*HEADER    TRANSCRIPTION                           08-AUG-06   2J11
*TITLE     P53 TETRAMERIZATION DOMAIN MUTANT Y327S T329G Q331G
*COMPND    MOL_ID: 1;
*COMPND   2 MOLECULE: CELLULAR TUMOR ANTIGEN P53;
*COMPND   3 SYNONYM: P53, TUMOR SUPPRESSOR P53, PHOSPHOPROTEIN P53,
*COMPND   4  ANTIGEN NY-CO-13;
*COMPND   5 CHAIN: A, B, C, D;
*COMPND   6 FRAGMENT: TETRAMERIZATION DOMAIN, RESIDUES 326-356;
*COMPND   7 MUTATION: YES
*SOURCE    MOL_ID: 1;
*SOURCE   2 SYNTHETIC: YES;
*SOURCE   3 ORGANISM_SCIENTIFIC: HOMO SAPIENS;
*SOURCE   4 ORGANISM_COMMON: HUMAN;
*SOURCE   5 OTHER_DETAILS: CHEMICAL SYNTHESIS
*KEYWDS    HOST-VIRUS INTERACTION, TETRAMERIZATION DOMAIN,
*KEYWDS   2 NUCLEAR PROTEIN, PHOSPHORYLATION, DISEASE MUTATION,
*KEYWDS   3 ALTERNATIVE SPLICING, LI-FRAUMENI SYNDROME,
*KEYWDS   4 TRANSCRIPTION REGULATION,
*KEYWDS   5 TRANSCRIPTION, METAL-BINDING, ANTI-ONCOGENE,
*KEYWDS   6 ACETYLATION, DNA-BINDING, POLYMORPHISM, GLYCOPROTEIN,
*KEYWDS   7 P53, ZINC, MUTANT, ACTIVATOR, APOPTOSIS, CELL CYCLE
*EXPDTA    NMR, 29 STRUCTURES
*AUTHOR    R.J.CARBAJO,P.MORA,M.M.SANCHEZ DEL PINO,E.PEREZ-PAYA,
*AUTHOR   2 A.PINEDA-LUCENA
*REVDAT   1   28-AUG-07 2J11    0




!###########################################################################

!  p53  1   tetramerization domain (326-356) unambiguous constraints

!###########################################################################



!   A-A

!*************



! E326

assign (residue 326 and name hn and segid p53A) (residue 326 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53A) (residue 326 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53A) (residue 326 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53A) (residue 327 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53A) (residue 327 and name ha and segid p53A) 7.0 7.0 0.0 ! 290106 

assign (residue 326 and name ha and segid p53A) (residue 327 and name hn and segid p53A) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 326 and name ha and segid p53A) (residue 327 and name ha and segid p53A) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name ha and segid p53A) (residue 327 and name hb# and segid p53A) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name hb# and segid p53A) (residue 327 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53A) (residue 327 and name ha and segid p53A) 6.0 6.0 0.0 ! 290106 

assign (residue 326 and name hg# and segid p53A) (residue 327 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name ha and segid p53A) (residue 328 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53A) (residue 328 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53A) (residue 328 and name hd# and segid p53A) 6.0 6.0 0.0 ! 240106 

assign (residue 326 and name hb# and segid p53A) (residue 328 and name he# and segid p53A) 5.0 5.0 0.0 ! 240106 




! S327

assign (residue 327 and name hn and segid p53A) (residue 327 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53A) (residue 327 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53A) (residue 328 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name ha and segid p53A) (residue 328 and name hn and segid p53A) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53A) (residue 328 and name hb# and segid p53A) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53A) (residue 328 and name hd# and segid p53A) 5.0 5.0 0.0 ! 240106 ! changed 290106

assign (residue 327 and name ha and segid p53A) (residue 328 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 290106

assign (residue 327 and name hb# and segid p53A) (residue 328 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hb# and segid p53A) (residue 328 and name hd# and segid p53A) 6.0 6.0 0.0 ! 290106 

assign (residue 327 and name hn and segid p53A) (residue 328 and name he# and segid p53A) 6.0 6.0 0.0 ! 180106
 



! F328

assign (residue 328 and name hn and segid p53A) (residue 328 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53A) (residue 328 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53A) (residue 328 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53A) (residue 328 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53A) (residue 329 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name ha and segid p53A) (residue 329 and name hn and segid p53A) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 328 and name ha and segid p53A) (residue 329 and name ha# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 328 and name hb# and segid p53A) (residue 329 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53A) (residue 329 and name hn and segid p53A) 5.0 5.0 0.0 ! 290106 




! G329

assign (residue 329 and name hn and segid p53A) (residue 329 and name ha# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 329 and name ha# and segid p53A) (residue 330 and name hn and segid p53A) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 329 and name ha# and segid p53A) (residue 330 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 329 and name ha# and segid p53A) (residue 330 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106 

! assign (residue 329 and name ha# and segid p53A) (residue 330 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106 ! removed 190106 





! L330

assign (residue 330 and name hn and segid p53A) (residue 330 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53A) (residue 330 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53A) (residue 330 and name hg and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53A) (residue 330 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53A) (residue 331 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53A) (residue 331 and name hn and segid p53A) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 330 and name hb# and segid p53A) (residue 331 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53A) (residue 331 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53A) (residue 331 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 330 and name ha and segid p53A) (residue 332 and name hd1# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53A) (residue 332 and name hd1# and segid p53A) 5.0 5.0 0.0 ! 140106

! assign (residue 330 and name hd# and segid p53A) (residue 332 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53A) (residue 332 and name hg1# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

! assign (residue 330 and name hd# and segid p53A) (residue 332 and name hg2# and segid p53A) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53A) (residue 332 and name hd1# and segid p53A) 6.0 6.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53A) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 190106




! G331

assign (residue 331 and name hn and segid p53A) (residue 331 and name ha# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name hn and segid p53A) (residue 332 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53A) (residue 332 and name hn and segid p53A) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 331 and name ha# and segid p53A) (residue 332 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53A) (residue 332 and name hg1# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 331 and name ha# and segid p53A) (residue 332 and name hd1# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106




! I332

assign (residue 332 and name hn and segid p53A) (residue 332 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53A) (residue 332 and name hb and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53A) (residue 332 and name hg1# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53A) (residue 332 and name hg2# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hn and segid p53A) (residue 332 and name hd1# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name ha and segid p53A) (residue 333 and name hn and segid p53A) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 332 and name hg2# and segid p53A) (residue 333 and name hn and segid p53A) 5.0 5.0 0.0 ! 290106

assign (residue 332 and name hg2# and segid p53A) (residue 335 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hg2# and segid p53A) (residue 337 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hg2# and segid p53A) (residue 337 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53A) (residue 338 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53A) (residue 338 and name ha and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53A) (residue 338 and name hd# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 190106

!assign (residue 332 and name hg1# and segid p53A) (residue 338 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 332 and name hg2# and segid p53A) (residue 338 and name hn and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53A) (residue 338 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53A) (residue 338 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53A) (residue 338 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hd1# and segid p53A) (residue 338 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53A) (residue 341 and name hd# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53A) (residue 341 and name he# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53A) (residue 341 and name hz and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53A) (residue 341 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53A) (residue 341 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53A) (residue 341 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! removed 230106

assign (residue 332 and name hd1# and segid p53A) (residue 341 and name hb# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53A) (residue 341 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53A) (residue 341 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53A) (residue 342 and name hn and segid p53A) 7.0 7.0 0.0 ! 140106 ! removed 230106




! R333

assign (residue 333 and name hn and segid p53A) (residue 333 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53A) (residue 333 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53A) (residue 333 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name ha and segid p53A) (residue 334 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 333 and name hb# and segid p53A) (residue 334 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 333 and name hg# and segid p53A) (residue 334 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106



! G334

assign (residue 334 and name hn and segid p53A) (residue 334 and name ha# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name hn and segid p53A) (residue 335 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53A) (residue 335 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 334 and name hn and segid p53A) (residue 335 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53A) (residue 335 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106





! R335

assign (residue 335 and name hn and segid p53A) (residue 335 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53A) (residue 335 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53A) (residue 335 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53A) (residue 335 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53A) (residue 336 and name hn and segid p53A) 5.0 5.0 0.0 ! 190106 ! changed 200106

assign (residue 335 and name ha and segid p53A) (residue 336 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hb# and segid p53A) (residue 336 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hg# and segid p53A) (residue 336 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name hg# and segid p53A) (residue 336 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name ha and segid p53A) (residue 338 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53A) (residue 338 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name ha and segid p53A) (residue 338 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53A) (residue 339 and name hg# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name hg# and segid p53A) (residue 339 and name hg# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 190106



! E336

assign (residue 336 and name hn and segid p53A) (residue 336 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53A) (residue 336 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53A) (residue 336 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106
 
assign (residue 336 and name hn and segid p53A) (residue 337 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53A) (residue 337 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hb# and segid p53A) (residue 337 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hg# and segid p53A) (residue 337 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name ha and segid p53A) (residue 339 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53A) (residue 339 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53A) (residue 339 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

 

! R337


assign (residue 337 and name hn and segid p53A) (residue 337 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106
 
assign (residue 337 and name hn and segid p53A) (residue 337 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53A) (residue 337 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53A) (residue 338 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 337 and name hn and segid p53A) (residue 338 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53A) (residue 338 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hb# and segid p53A) (residue 339 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53A) (residue 340 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 337 and name ha and segid p53A) (residue 340 and name hb# and segid p53A) 4.0 4.0 0.0 ! 190106

assign (residue 337 and name ha and segid p53A) (residue 340 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53A) (residue 340 and name he# and segid p53A) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name ha and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53A) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53A) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53A) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106




! F338

assign (residue 338 and name hn and segid p53A) (residue 338 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106
 
assign (residue 338 and name hn and segid p53A) (residue 338 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hn and segid p53A) (residue 339 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53A) (residue 339 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hb# and segid p53A) (residue 339 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53A) (residue 339 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53A) (residue 339 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53A) (residue 339 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53A) (residue 339 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53A) (residue 339 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name ha and segid p53A) (residue 341 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53A) (residue 341 and name hb# and segid p53A) 4.0 4.0 0.0 ! 190106

assign (residue 338 and name he# and segid p53A) (residue 342 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53A) (residue 342 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53A) (residue 342 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53A) (residue 342 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53A) (residue 342 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106



! E339

assign (residue 339 and name hn and segid p53A) (residue 339 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53A) (residue 339 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53A) (residue 339 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53A) (residue 340 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53A) (residue 340 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hb# and segid p53A) (residue 340 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hg# and segid p53A) (residue 340 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53A) (residue 342 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53A) (residue 342 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53A) (residue 342 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53A) (residue 342 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53A) (residue 342 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106




! M340

assign (residue 340 and name hn and segid p53A) (residue 340 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53A) (residue 340 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53A) (residue 340 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53A) (residue 340 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53A) (residue 341 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hn and segid p53A) (residue 341 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53A) (residue 341 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53A) (residue 341 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53A) (residue 341 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53A) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53A) (residue 341 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53A) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53A) (residue 341 and name hz and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53A) (residue 342 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53A) (residue 343 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 340 and name ha and segid p53A) (residue 343 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hb# and segid p53A) (residue 344 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53A) (residue 344 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106




! F341

assign (residue 341 and name hn and segid p53A) (residue 341 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53A) (residue 341 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53A) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53A) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53A) (residue 341 and name hz and segid p53A) 5.0 5.0 0.0 ! 140106
 
assign (residue 341 and name hn and segid p53A) (residue 342 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53A) (residue 342 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hb# and segid p53A) (residue 342 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name ha and segid p53A) (residue 344 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53A) (residue 344 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53A) (residue 344 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106





! R342

assign (residue 342 and name hn and segid p53A) (residue 342 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53A) (residue 342 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53A) (residue 342 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53A) (residue 342 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53A) (residue 343 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53A) (residue 343 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hb# and segid p53A) (residue 343 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hg# and segid p53A) (residue 343 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name ha and segid p53A) (residue 345 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53A) (residue 345 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53A) (residue 346 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106



! E343

assign (residue 343 and name hn and segid p53A) (residue 343 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53A) (residue 343 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53A) (residue 343 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53A) (residue 344 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53A) (residue 344 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hb# and segid p53A) (residue 344 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hg# and segid p53A) (residue 344 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name ha and segid p53A) (residue 346 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53A) (residue 346 and name hb# and segid p53A) 4.0 4.0 0.0 ! changed 190106




! L344

assign (residue 344 and name hn and segid p53A) (residue 344 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53A) (residue 344 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53A) (residue 344 and name hg and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53A) (residue 344 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53A) (residue 345 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 344 and name hn and segid p53A) (residue 345 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53A) (residue 345 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53A) (residue 345 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53A) (residue 345 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hg and segid p53A) (residue 345 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hd# and segid p53A) (residue 345 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53A) (residue 346 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53A) (residue 347 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 344 and name ha and segid p53A) (residue 347 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106


! N345

assign (residue 345 and name hn and segid p53A) (residue 345 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53A) (residue 345 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53A) (residue 345 and name hd2# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53A) (residue 346 and name hn and segid p53A) 2.8 2.8 0.0 ! 190106

assign (residue 345 and name ha and segid p53A) (residue 346 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53A) (residue 346 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53A) (residue 346 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53A) (residue 348 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53A) (residue 348 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53A) (residue 348 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53A) (residue 348 and name hg and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53A) (residue 348 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106




! E346

assign (residue 346 and name hn and segid p53A) (residue 346 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53A) (residue 346 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53A) (residue 346 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53A) (residue 347 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 346 and name hn and segid p53A) (residue 347 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53A) (residue 347 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hb# and segid p53A) (residue 347 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hg# and segid p53A) (residue 347 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53A) (residue 348 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53A) (residue 349 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 346 and name ha and segid p53A) (residue 349 and name hb# and segid p53A) 4.0 4.0 0.0 ! 190106

assign (residue 346 and name ha and segid p53A) (residue 350 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106




! A347

assign (residue 347 and name hn and segid p53A) (residue 347 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53A) (residue 347 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53A) (residue 348 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53A) (residue 348 and name hn and segid p53A) 2.8 2.8 0.0 ! 190106

assign (residue 347 and name ha and segid p53A) (residue 348 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53A) (residue 348 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53A) (residue 349 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53A) (residue 349 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53A) (residue 349 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53A) (residue 350 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53A) (residue 350 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53A) (residue 350 and name hg and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53A) (residue 350 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53A) (residue 350 and name hd# and segid p53A) 5.0 5.0 0.0 ! 180106





! L348

assign (residue 348 and name hn and segid p53A) (residue 348 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53A) (residue 348 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53A) (residue 348 and name hg and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53A) (residue 348 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53A) (residue 349 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53A) (residue 349 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hb# and segid p53A) (residue 349 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53A) (residue 349 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53A) (residue 350 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53A) (residue 351 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53A) (residue 351 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53A) (residue 351 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53A) (residue 351 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53A) (residue 351 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53A) (residue 351 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106


 


! E349

assign (residue 349 and name hn and segid p53A) (residue 349 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53A) (residue 349 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53A) (residue 349 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53A) (residue 350 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 349 and name hn and segid p53A) (residue 350 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53A) (residue 350 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hb# and segid p53A) (residue 350 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hg# and segid p53A) (residue 350 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53A) (residue 352 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 349 and name ha and segid p53A) (residue 352 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106




! L350

assign (residue 350 and name hn and segid p53A) (residue 350 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53A) (residue 350 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53A) (residue 350 and name hg and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53A) (residue 350 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53A) (residue 351 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 350 and name hn and segid p53A) (residue 351 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53A) (residue 351 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53A) (residue 351 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53A) (residue 351 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53A) (residue 351 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53A) (residue 351 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106
 
assign (residue 350 and name hn and segid p53A) (residue 352 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53A) (residue 353 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 350 and name ha and segid p53A) (residue 353 and name hb# and segid p53A) 4.0 4.0 0.0 ! 190106

assign (residue 350 and name hd# and segid p53A) (residue 353 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53A) (residue 354 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106




! K351

assign (residue 351 and name hn and segid p53A) (residue 351 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53A) (residue 351 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53A) (residue 351 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53A) (residue 351 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53A) (residue 351 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53A) (residue 352 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53A) (residue 352 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hb# and segid p53A) (residue 352 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hg# and segid p53A) (residue 352 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hd# and segid p53A) (residue 352 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53A) (residue 353 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 280106

assign (residue 351 and name ha and segid p53A) (residue 354 and name hb# and segid p53A) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53A) (residue 354 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53A) (residue 354 and name hn and segid p53A) 3.5 3.5 0.0 ! 140106 ! changed 280106




! D352

assign (residue 352 and name hn and segid p53A) (residue 352 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53A) (residue 352 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53A) (residue 353 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 352 and name ha and segid p53A) (residue 353 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53A) (residue 353 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53A) (residue 353 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name ha and segid p53A) (residue 355 and name hn and segid p53A) 3.5 3.5 0.0 ! 190106

assign (residue 352 and name ha and segid p53A) (residue 355 and name hb# and segid p53A) 4.0 4.0 0.0 ! 190106




! A353

assign (residue 353 and name hn and segid p53A) (residue 353 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53A) (residue 353 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53A) (residue 354 and name hn and segid p53A) 2.8 2.8 0.0 ! 140106

assign (residue 353 and name ha and segid p53A) (residue 354 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53A) (residue 354 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53A) (residue 354 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53A) (residue 354 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106




! Q354

assign (residue 354 and name hn and segid p53A) (residue 354 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53A) (residue 354 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53A) (residue 354 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53A) (residue 355 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name ha and segid p53A) (residue 355 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hb# and segid p53A) (residue 355 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hg# and segid p53A) (residue 355 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106




! A355

assign (residue 355 and name hn and segid p53A) (residue 355 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 355 and name hn and segid p53A) (residue 355 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106


! G356

assign (residue 356 and name hn and segid p53A) (residue 356 and name ha# and segid p53A) 5.0 5.0 0.0 ! 140106





!   B-B

!*************



! E326

assign (residue 326 and name hn and segid p53B) (residue 326 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53B) (residue 326 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53B) (residue 326 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53B) (residue 327 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53B) (residue 327 and name ha and segid p53B) 7.0 7.0 0.0 ! 290106 

assign (residue 326 and name ha and segid p53B) (residue 327 and name hn and segid p53B) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 326 and name ha and segid p53B) (residue 327 and name ha and segid p53B) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name ha and segid p53B) (residue 327 and name hb# and segid p53B) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name hb# and segid p53B) (residue 327 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53B) (residue 327 and name ha and segid p53B) 6.0 6.0 0.0 ! 290106 

assign (residue 326 and name hg# and segid p53B) (residue 327 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name ha and segid p53B) (residue 328 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53B) (residue 328 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53B) (residue 328 and name hd# and segid p53B) 6.0 6.0 0.0 ! 240106 

assign (residue 326 and name hb# and segid p53B) (residue 328 and name he# and segid p53B) 5.0 5.0 0.0 ! 240106 




! S327

assign (residue 327 and name hn and segid p53B) (residue 327 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53B) (residue 327 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53B) (residue 328 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name ha and segid p53B) (residue 328 and name hn and segid p53B) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53B) (residue 328 and name hb# and segid p53B) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53B) (residue 328 and name hd# and segid p53B) 5.0 5.0 0.0 ! 240106 ! changed 290106

assign (residue 327 and name ha and segid p53B) (residue 328 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 290106

assign (residue 327 and name hb# and segid p53B) (residue 328 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hb# and segid p53B) (residue 328 and name hd# and segid p53B) 6.0 6.0 0.0 ! 290106 

assign (residue 327 and name hn and segid p53B) (residue 328 and name he# and segid p53B) 6.0 6.0 0.0 ! 180106
 



! F328

assign (residue 328 and name hn and segid p53B) (residue 328 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53B) (residue 328 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53B) (residue 328 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53B) (residue 328 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53B) (residue 329 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name ha and segid p53B) (residue 329 and name hn and segid p53B) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 328 and name ha and segid p53B) (residue 329 and name ha# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 328 and name hb# and segid p53B) (residue 329 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53B) (residue 329 and name hn and segid p53B) 5.0 5.0 0.0 ! 290106 




! G329

assign (residue 329 and name hn and segid p53B) (residue 329 and name ha# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 329 and name ha# and segid p53B) (residue 330 and name hn and segid p53B) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 329 and name ha# and segid p53B) (residue 330 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 329 and name ha# and segid p53B) (residue 330 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106 

! assign (residue 329 and name ha# and segid p53B) (residue 330 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106 ! removed 190106 





! L330

assign (residue 330 and name hn and segid p53B) (residue 330 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53B) (residue 330 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53B) (residue 330 and name hg and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53B) (residue 330 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53B) (residue 331 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53B) (residue 331 and name hn and segid p53B) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 330 and name hb# and segid p53B) (residue 331 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53B) (residue 331 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53B) (residue 331 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 330 and name ha and segid p53B) (residue 332 and name hd1# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53B) (residue 332 and name hd1# and segid p53B) 5.0 5.0 0.0 ! 140106

! assign (residue 330 and name hd# and segid p53B) (residue 332 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53B) (residue 332 and name hg1# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

! assign (residue 330 and name hd# and segid p53B) (residue 332 and name hg2# and segid p53B) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53B) (residue 332 and name hd1# and segid p53B) 6.0 6.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53B) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 190106




! G331

assign (residue 331 and name hn and segid p53B) (residue 331 and name ha# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name hn and segid p53B) (residue 332 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53B) (residue 332 and name hn and segid p53B) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 331 and name ha# and segid p53B) (residue 332 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53B) (residue 332 and name hg1# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 331 and name ha# and segid p53B) (residue 332 and name hd1# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106




! I332

assign (residue 332 and name hn and segid p53B) (residue 332 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53B) (residue 332 and name hb and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53B) (residue 332 and name hg1# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53B) (residue 332 and name hg2# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hn and segid p53B) (residue 332 and name hd1# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name ha and segid p53B) (residue 333 and name hn and segid p53B) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 332 and name hg2# and segid p53B) (residue 333 and name hn and segid p53B) 5.0 5.0 0.0 ! 290106

assign (residue 332 and name hg2# and segid p53B) (residue 335 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hg2# and segid p53B) (residue 337 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hg2# and segid p53B) (residue 337 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53B) (residue 338 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53B) (residue 338 and name ha and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53B) (residue 338 and name hd# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 190106

!assign (residue 332 and name hg1# and segid p53B) (residue 338 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 332 and name hg2# and segid p53B) (residue 338 and name hn and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53B) (residue 338 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53B) (residue 338 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53B) (residue 338 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hd1# and segid p53B) (residue 338 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53B) (residue 341 and name hd# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53B) (residue 341 and name he# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53B) (residue 341 and name hz and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53B) (residue 341 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53B) (residue 341 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53B) (residue 341 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! removed 230106

assign (residue 332 and name hd1# and segid p53B) (residue 341 and name hb# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53B) (residue 341 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53B) (residue 341 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53B) (residue 342 and name hn and segid p53B) 7.0 7.0 0.0 ! 140106 ! removed 230106




! R333

assign (residue 333 and name hn and segid p53B) (residue 333 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53B) (residue 333 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53B) (residue 333 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name ha and segid p53B) (residue 334 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 333 and name hb# and segid p53B) (residue 334 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 333 and name hg# and segid p53B) (residue 334 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106



! G334

assign (residue 334 and name hn and segid p53B) (residue 334 and name ha# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name hn and segid p53B) (residue 335 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53B) (residue 335 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 334 and name hn and segid p53B) (residue 335 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53B) (residue 335 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106





! R335

assign (residue 335 and name hn and segid p53B) (residue 335 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53B) (residue 335 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53B) (residue 335 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53B) (residue 335 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53B) (residue 336 and name hn and segid p53B) 5.0 5.0 0.0 ! 190106 ! changed 200106

assign (residue 335 and name ha and segid p53B) (residue 336 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hb# and segid p53B) (residue 336 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hg# and segid p53B) (residue 336 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name hg# and segid p53B) (residue 336 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name ha and segid p53B) (residue 338 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53B) (residue 338 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name ha and segid p53B) (residue 338 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53B) (residue 339 and name hg# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name hg# and segid p53B) (residue 339 and name hg# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 190106



! E336

assign (residue 336 and name hn and segid p53B) (residue 336 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53B) (residue 336 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53B) (residue 336 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106
 
assign (residue 336 and name hn and segid p53B) (residue 337 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53B) (residue 337 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hb# and segid p53B) (residue 337 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hg# and segid p53B) (residue 337 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name ha and segid p53B) (residue 339 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53B) (residue 339 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53B) (residue 339 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

 

! R337


assign (residue 337 and name hn and segid p53B) (residue 337 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106
 
assign (residue 337 and name hn and segid p53B) (residue 337 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53B) (residue 337 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53B) (residue 338 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 337 and name hn and segid p53B) (residue 338 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53B) (residue 338 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hb# and segid p53B) (residue 339 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53B) (residue 340 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 337 and name ha and segid p53B) (residue 340 and name hb# and segid p53B) 4.0 4.0 0.0 ! 190106

assign (residue 337 and name ha and segid p53B) (residue 340 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53B) (residue 340 and name he# and segid p53B) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name ha and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53B) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53B) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53B) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106




! F338

assign (residue 338 and name hn and segid p53B) (residue 338 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106
 
assign (residue 338 and name hn and segid p53B) (residue 338 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hn and segid p53B) (residue 339 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53B) (residue 339 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hb# and segid p53B) (residue 339 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53B) (residue 339 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53B) (residue 339 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53B) (residue 339 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53B) (residue 339 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53B) (residue 339 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name ha and segid p53B) (residue 341 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53B) (residue 341 and name hb# and segid p53B) 4.0 4.0 0.0 ! 190106

assign (residue 338 and name he# and segid p53B) (residue 342 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53B) (residue 342 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53B) (residue 342 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53B) (residue 342 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53B) (residue 342 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106



! E339

assign (residue 339 and name hn and segid p53B) (residue 339 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53B) (residue 339 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53B) (residue 339 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53B) (residue 340 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53B) (residue 340 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hb# and segid p53B) (residue 340 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hg# and segid p53B) (residue 340 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53B) (residue 342 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53B) (residue 342 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53B) (residue 342 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53B) (residue 342 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53B) (residue 342 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106




! M340

assign (residue 340 and name hn and segid p53B) (residue 340 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53B) (residue 340 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53B) (residue 340 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53B) (residue 340 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53B) (residue 341 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hn and segid p53B) (residue 341 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53B) (residue 341 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53B) (residue 341 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53B) (residue 341 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53B) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53B) (residue 341 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53B) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53B) (residue 341 and name hz and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53B) (residue 342 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53B) (residue 343 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 340 and name ha and segid p53B) (residue 343 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hb# and segid p53B) (residue 344 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53B) (residue 344 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106




! F341

assign (residue 341 and name hn and segid p53B) (residue 341 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53B) (residue 341 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53B) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53B) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53B) (residue 341 and name hz and segid p53B) 5.0 5.0 0.0 ! 140106
 
assign (residue 341 and name hn and segid p53B) (residue 342 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53B) (residue 342 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hb# and segid p53B) (residue 342 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name ha and segid p53B) (residue 344 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53B) (residue 344 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53B) (residue 344 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106





! R342

assign (residue 342 and name hn and segid p53B) (residue 342 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53B) (residue 342 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53B) (residue 342 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53B) (residue 342 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53B) (residue 343 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53B) (residue 343 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hb# and segid p53B) (residue 343 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hg# and segid p53B) (residue 343 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name ha and segid p53B) (residue 345 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53B) (residue 345 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53B) (residue 346 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106



! E343

assign (residue 343 and name hn and segid p53B) (residue 343 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53B) (residue 343 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53B) (residue 343 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53B) (residue 344 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53B) (residue 344 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hb# and segid p53B) (residue 344 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hg# and segid p53B) (residue 344 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name ha and segid p53B) (residue 346 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53B) (residue 346 and name hb# and segid p53B) 4.0 4.0 0.0 ! changed 190106




! L344

assign (residue 344 and name hn and segid p53B) (residue 344 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53B) (residue 344 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53B) (residue 344 and name hg and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53B) (residue 344 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53B) (residue 345 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 344 and name hn and segid p53B) (residue 345 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53B) (residue 345 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53B) (residue 345 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53B) (residue 345 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hg and segid p53B) (residue 345 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hd# and segid p53B) (residue 345 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53B) (residue 346 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53B) (residue 347 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 344 and name ha and segid p53B) (residue 347 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106


! N345

assign (residue 345 and name hn and segid p53B) (residue 345 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53B) (residue 345 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53B) (residue 345 and name hd2# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53B) (residue 346 and name hn and segid p53B) 2.8 2.8 0.0 ! 190106

assign (residue 345 and name ha and segid p53B) (residue 346 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53B) (residue 346 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53B) (residue 346 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53B) (residue 348 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53B) (residue 348 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53B) (residue 348 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53B) (residue 348 and name hg and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53B) (residue 348 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106




! E346

assign (residue 346 and name hn and segid p53B) (residue 346 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53B) (residue 346 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53B) (residue 346 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53B) (residue 347 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 346 and name hn and segid p53B) (residue 347 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53B) (residue 347 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hb# and segid p53B) (residue 347 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hg# and segid p53B) (residue 347 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53B) (residue 348 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53B) (residue 349 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 346 and name ha and segid p53B) (residue 349 and name hb# and segid p53B) 4.0 4.0 0.0 ! 190106

assign (residue 346 and name ha and segid p53B) (residue 350 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106




! A347

assign (residue 347 and name hn and segid p53B) (residue 347 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53B) (residue 347 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53B) (residue 348 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53B) (residue 348 and name hn and segid p53B) 2.8 2.8 0.0 ! 190106

assign (residue 347 and name ha and segid p53B) (residue 348 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53B) (residue 348 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53B) (residue 349 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53B) (residue 349 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53B) (residue 349 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53B) (residue 350 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53B) (residue 350 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53B) (residue 350 and name hg and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53B) (residue 350 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53B) (residue 350 and name hd# and segid p53B) 5.0 5.0 0.0 ! 180106





! L348

assign (residue 348 and name hn and segid p53B) (residue 348 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53B) (residue 348 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53B) (residue 348 and name hg and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53B) (residue 348 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53B) (residue 349 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53B) (residue 349 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hb# and segid p53B) (residue 349 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53B) (residue 349 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53B) (residue 350 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53B) (residue 351 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53B) (residue 351 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53B) (residue 351 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53B) (residue 351 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53B) (residue 351 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53B) (residue 351 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106


 


! E349

assign (residue 349 and name hn and segid p53B) (residue 349 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53B) (residue 349 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53B) (residue 349 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53B) (residue 350 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 349 and name hn and segid p53B) (residue 350 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53B) (residue 350 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hb# and segid p53B) (residue 350 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hg# and segid p53B) (residue 350 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53B) (residue 352 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 349 and name ha and segid p53B) (residue 352 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106




! L350

assign (residue 350 and name hn and segid p53B) (residue 350 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53B) (residue 350 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53B) (residue 350 and name hg and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53B) (residue 350 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53B) (residue 351 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 350 and name hn and segid p53B) (residue 351 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53B) (residue 351 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53B) (residue 351 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53B) (residue 351 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53B) (residue 351 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53B) (residue 351 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106
 
assign (residue 350 and name hn and segid p53B) (residue 352 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53B) (residue 353 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 350 and name ha and segid p53B) (residue 353 and name hb# and segid p53B) 4.0 4.0 0.0 ! 190106

assign (residue 350 and name hd# and segid p53B) (residue 353 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53B) (residue 354 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106




! K351

assign (residue 351 and name hn and segid p53B) (residue 351 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53B) (residue 351 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53B) (residue 351 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53B) (residue 351 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53B) (residue 351 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53B) (residue 352 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53B) (residue 352 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hb# and segid p53B) (residue 352 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hg# and segid p53B) (residue 352 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hd# and segid p53B) (residue 352 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53B) (residue 353 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 280106

assign (residue 351 and name ha and segid p53B) (residue 354 and name hb# and segid p53B) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53B) (residue 354 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53B) (residue 354 and name hn and segid p53B) 3.5 3.5 0.0 ! 140106 ! changed 280106




! D352

assign (residue 352 and name hn and segid p53B) (residue 352 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53B) (residue 352 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53B) (residue 353 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 352 and name ha and segid p53B) (residue 353 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53B) (residue 353 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53B) (residue 353 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name ha and segid p53B) (residue 355 and name hn and segid p53B) 3.5 3.5 0.0 ! 190106

assign (residue 352 and name ha and segid p53B) (residue 355 and name hb# and segid p53B) 4.0 4.0 0.0 ! 190106




! A353

assign (residue 353 and name hn and segid p53B) (residue 353 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53B) (residue 353 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53B) (residue 354 and name hn and segid p53B) 2.8 2.8 0.0 ! 140106

assign (residue 353 and name ha and segid p53B) (residue 354 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53B) (residue 354 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53B) (residue 354 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53B) (residue 354 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106




! Q354

assign (residue 354 and name hn and segid p53B) (residue 354 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53B) (residue 354 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53B) (residue 354 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53B) (residue 355 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name ha and segid p53B) (residue 355 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hb# and segid p53B) (residue 355 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hg# and segid p53B) (residue 355 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106




! A355

assign (residue 355 and name hn and segid p53B) (residue 355 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 355 and name hn and segid p53B) (residue 355 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106


! G356

assign (residue 356 and name hn and segid p53B) (residue 356 and name ha# and segid p53B) 5.0 5.0 0.0 ! 140106




!   C-C

!*************



! E326

assign (residue 326 and name hn and segid p53C) (residue 326 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53C) (residue 326 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53C) (residue 326 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53C) (residue 327 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53C) (residue 327 and name ha and segid p53C) 7.0 7.0 0.0 ! 290106 

assign (residue 326 and name ha and segid p53C) (residue 327 and name hn and segid p53C) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 326 and name ha and segid p53C) (residue 327 and name ha and segid p53C) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name ha and segid p53C) (residue 327 and name hb# and segid p53C) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name hb# and segid p53C) (residue 327 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53C) (residue 327 and name ha and segid p53C) 6.0 6.0 0.0 ! 290106 

assign (residue 326 and name hg# and segid p53C) (residue 327 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name ha and segid p53C) (residue 328 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53C) (residue 328 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53C) (residue 328 and name hd# and segid p53C) 6.0 6.0 0.0 ! 240106 

assign (residue 326 and name hb# and segid p53C) (residue 328 and name he# and segid p53C) 5.0 5.0 0.0 ! 240106 




! S327

assign (residue 327 and name hn and segid p53C) (residue 327 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53C) (residue 327 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53C) (residue 328 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name ha and segid p53C) (residue 328 and name hn and segid p53C) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53C) (residue 328 and name hb# and segid p53C) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53C) (residue 328 and name hd# and segid p53C) 5.0 5.0 0.0 ! 240106 ! changed 290106

assign (residue 327 and name ha and segid p53C) (residue 328 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 290106

assign (residue 327 and name hb# and segid p53C) (residue 328 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hb# and segid p53C) (residue 328 and name hd# and segid p53C) 6.0 6.0 0.0 ! 290106 

assign (residue 327 and name hn and segid p53C) (residue 328 and name he# and segid p53C) 6.0 6.0 0.0 ! 180106
 



! F328

assign (residue 328 and name hn and segid p53C) (residue 328 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53C) (residue 328 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53C) (residue 328 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53C) (residue 328 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53C) (residue 329 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name ha and segid p53C) (residue 329 and name hn and segid p53C) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 328 and name ha and segid p53C) (residue 329 and name ha# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 328 and name hb# and segid p53C) (residue 329 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53C) (residue 329 and name hn and segid p53C) 5.0 5.0 0.0 ! 290106 




! G329

assign (residue 329 and name hn and segid p53C) (residue 329 and name ha# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 329 and name ha# and segid p53C) (residue 330 and name hn and segid p53C) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 329 and name ha# and segid p53C) (residue 330 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 329 and name ha# and segid p53C) (residue 330 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106 

! assign (residue 329 and name ha# and segid p53C) (residue 330 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106 ! removed 190106 





! L330

assign (residue 330 and name hn and segid p53C) (residue 330 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53C) (residue 330 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53C) (residue 330 and name hg and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53C) (residue 330 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53C) (residue 331 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53C) (residue 331 and name hn and segid p53C) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 330 and name hb# and segid p53C) (residue 331 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53C) (residue 331 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53C) (residue 331 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 330 and name ha and segid p53C) (residue 332 and name hd1# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53C) (residue 332 and name hd1# and segid p53C) 5.0 5.0 0.0 ! 140106

! assign (residue 330 and name hd# and segid p53C) (residue 332 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53C) (residue 332 and name hg1# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

! assign (residue 330 and name hd# and segid p53C) (residue 332 and name hg2# and segid p53C) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53C) (residue 332 and name hd1# and segid p53C) 6.0 6.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53C) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 190106




! G331

assign (residue 331 and name hn and segid p53C) (residue 331 and name ha# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name hn and segid p53C) (residue 332 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53C) (residue 332 and name hn and segid p53C) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 331 and name ha# and segid p53C) (residue 332 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53C) (residue 332 and name hg1# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 331 and name ha# and segid p53C) (residue 332 and name hd1# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106




! I332

assign (residue 332 and name hn and segid p53C) (residue 332 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53C) (residue 332 and name hb and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53C) (residue 332 and name hg1# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53C) (residue 332 and name hg2# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hn and segid p53C) (residue 332 and name hd1# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name ha and segid p53C) (residue 333 and name hn and segid p53C) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 332 and name hg2# and segid p53C) (residue 333 and name hn and segid p53C) 5.0 5.0 0.0 ! 290106

assign (residue 332 and name hg2# and segid p53C) (residue 335 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hg2# and segid p53C) (residue 337 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hg2# and segid p53C) (residue 337 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53C) (residue 338 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53C) (residue 338 and name ha and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53C) (residue 338 and name hd# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 190106

!assign (residue 332 and name hg1# and segid p53C) (residue 338 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 332 and name hg2# and segid p53C) (residue 338 and name hn and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53C) (residue 338 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53C) (residue 338 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53C) (residue 338 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hd1# and segid p53C) (residue 338 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53C) (residue 341 and name hd# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53C) (residue 341 and name he# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53C) (residue 341 and name hz and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53C) (residue 341 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53C) (residue 341 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53C) (residue 341 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! removed 230106

assign (residue 332 and name hd1# and segid p53C) (residue 341 and name hb# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53C) (residue 341 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53C) (residue 341 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53C) (residue 342 and name hn and segid p53C) 7.0 7.0 0.0 ! 140106 ! removed 230106




! R333

assign (residue 333 and name hn and segid p53C) (residue 333 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53C) (residue 333 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53C) (residue 333 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name ha and segid p53C) (residue 334 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 333 and name hb# and segid p53C) (residue 334 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 333 and name hg# and segid p53C) (residue 334 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106



! G334

assign (residue 334 and name hn and segid p53C) (residue 334 and name ha# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name hn and segid p53C) (residue 335 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53C) (residue 335 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 334 and name hn and segid p53C) (residue 335 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53C) (residue 335 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106





! R335

assign (residue 335 and name hn and segid p53C) (residue 335 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53C) (residue 335 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53C) (residue 335 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53C) (residue 335 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53C) (residue 336 and name hn and segid p53C) 5.0 5.0 0.0 ! 190106 ! changed 200106

assign (residue 335 and name ha and segid p53C) (residue 336 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hb# and segid p53C) (residue 336 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hg# and segid p53C) (residue 336 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name hg# and segid p53C) (residue 336 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name ha and segid p53C) (residue 338 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53C) (residue 338 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name ha and segid p53C) (residue 338 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53C) (residue 339 and name hg# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name hg# and segid p53C) (residue 339 and name hg# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 190106



! E336

assign (residue 336 and name hn and segid p53C) (residue 336 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53C) (residue 336 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53C) (residue 336 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106
 
assign (residue 336 and name hn and segid p53C) (residue 337 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53C) (residue 337 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hb# and segid p53C) (residue 337 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hg# and segid p53C) (residue 337 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name ha and segid p53C) (residue 339 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53C) (residue 339 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53C) (residue 339 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

 

! R337


assign (residue 337 and name hn and segid p53C) (residue 337 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106
 
assign (residue 337 and name hn and segid p53C) (residue 337 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53C) (residue 337 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53C) (residue 338 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 337 and name hn and segid p53C) (residue 338 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53C) (residue 338 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hb# and segid p53C) (residue 339 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53C) (residue 340 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 337 and name ha and segid p53C) (residue 340 and name hb# and segid p53C) 4.0 4.0 0.0 ! 190106

assign (residue 337 and name ha and segid p53C) (residue 340 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53C) (residue 340 and name he# and segid p53C) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name ha and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53C) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53C) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53C) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106




! F338

assign (residue 338 and name hn and segid p53C) (residue 338 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106
 
assign (residue 338 and name hn and segid p53C) (residue 338 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hn and segid p53C) (residue 339 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53C) (residue 339 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hb# and segid p53C) (residue 339 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53C) (residue 339 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53C) (residue 339 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53C) (residue 339 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53C) (residue 339 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53C) (residue 339 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name ha and segid p53C) (residue 341 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53C) (residue 341 and name hb# and segid p53C) 4.0 4.0 0.0 ! 190106

assign (residue 338 and name he# and segid p53C) (residue 342 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53C) (residue 342 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53C) (residue 342 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53C) (residue 342 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53C) (residue 342 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106



! E339

assign (residue 339 and name hn and segid p53C) (residue 339 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53C) (residue 339 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53C) (residue 339 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53C) (residue 340 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53C) (residue 340 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hb# and segid p53C) (residue 340 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hg# and segid p53C) (residue 340 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53C) (residue 342 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53C) (residue 342 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53C) (residue 342 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53C) (residue 342 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53C) (residue 342 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106




! M340

assign (residue 340 and name hn and segid p53C) (residue 340 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53C) (residue 340 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53C) (residue 340 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53C) (residue 340 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53C) (residue 341 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hn and segid p53C) (residue 341 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53C) (residue 341 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53C) (residue 341 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53C) (residue 341 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53C) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53C) (residue 341 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53C) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53C) (residue 341 and name hz and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53C) (residue 342 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53C) (residue 343 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 340 and name ha and segid p53C) (residue 343 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hb# and segid p53C) (residue 344 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53C) (residue 344 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106




! F341

assign (residue 341 and name hn and segid p53C) (residue 341 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53C) (residue 341 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53C) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53C) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53C) (residue 341 and name hz and segid p53C) 5.0 5.0 0.0 ! 140106
 
assign (residue 341 and name hn and segid p53C) (residue 342 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53C) (residue 342 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hb# and segid p53C) (residue 342 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name ha and segid p53C) (residue 344 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53C) (residue 344 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53C) (residue 344 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106





! R342

assign (residue 342 and name hn and segid p53C) (residue 342 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53C) (residue 342 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53C) (residue 342 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53C) (residue 342 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53C) (residue 343 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53C) (residue 343 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hb# and segid p53C) (residue 343 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hg# and segid p53C) (residue 343 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name ha and segid p53C) (residue 345 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53C) (residue 345 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53C) (residue 346 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106



! E343

assign (residue 343 and name hn and segid p53C) (residue 343 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53C) (residue 343 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53C) (residue 343 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53C) (residue 344 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53C) (residue 344 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hb# and segid p53C) (residue 344 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hg# and segid p53C) (residue 344 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name ha and segid p53C) (residue 346 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53C) (residue 346 and name hb# and segid p53C) 4.0 4.0 0.0 ! changed 190106




! L344

assign (residue 344 and name hn and segid p53C) (residue 344 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53C) (residue 344 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53C) (residue 344 and name hg and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53C) (residue 344 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53C) (residue 345 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 344 and name hn and segid p53C) (residue 345 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53C) (residue 345 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53C) (residue 345 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53C) (residue 345 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hg and segid p53C) (residue 345 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hd# and segid p53C) (residue 345 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53C) (residue 346 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53C) (residue 347 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 344 and name ha and segid p53C) (residue 347 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106


! N345

assign (residue 345 and name hn and segid p53C) (residue 345 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53C) (residue 345 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53C) (residue 345 and name hd2# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53C) (residue 346 and name hn and segid p53C) 2.8 2.8 0.0 ! 190106

assign (residue 345 and name ha and segid p53C) (residue 346 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53C) (residue 346 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53C) (residue 346 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53C) (residue 348 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53C) (residue 348 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53C) (residue 348 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53C) (residue 348 and name hg and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53C) (residue 348 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106




! E346

assign (residue 346 and name hn and segid p53C) (residue 346 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53C) (residue 346 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53C) (residue 346 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53C) (residue 347 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 346 and name hn and segid p53C) (residue 347 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53C) (residue 347 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hb# and segid p53C) (residue 347 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hg# and segid p53C) (residue 347 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53C) (residue 348 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53C) (residue 349 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 346 and name ha and segid p53C) (residue 349 and name hb# and segid p53C) 4.0 4.0 0.0 ! 190106

assign (residue 346 and name ha and segid p53C) (residue 350 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106




! A347

assign (residue 347 and name hn and segid p53C) (residue 347 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53C) (residue 347 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53C) (residue 348 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53C) (residue 348 and name hn and segid p53C) 2.8 2.8 0.0 ! 190106

assign (residue 347 and name ha and segid p53C) (residue 348 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53C) (residue 348 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53C) (residue 349 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53C) (residue 349 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53C) (residue 349 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53C) (residue 350 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53C) (residue 350 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53C) (residue 350 and name hg and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53C) (residue 350 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53C) (residue 350 and name hd# and segid p53C) 5.0 5.0 0.0 ! 180106





! L348

assign (residue 348 and name hn and segid p53C) (residue 348 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53C) (residue 348 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53C) (residue 348 and name hg and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53C) (residue 348 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53C) (residue 349 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53C) (residue 349 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hb# and segid p53C) (residue 349 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53C) (residue 349 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53C) (residue 350 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53C) (residue 351 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53C) (residue 351 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53C) (residue 351 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53C) (residue 351 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53C) (residue 351 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53C) (residue 351 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106


 


! E349

assign (residue 349 and name hn and segid p53C) (residue 349 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53C) (residue 349 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53C) (residue 349 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53C) (residue 350 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 349 and name hn and segid p53C) (residue 350 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53C) (residue 350 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hb# and segid p53C) (residue 350 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hg# and segid p53C) (residue 350 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53C) (residue 352 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 349 and name ha and segid p53C) (residue 352 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106




! L350

assign (residue 350 and name hn and segid p53C) (residue 350 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53C) (residue 350 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53C) (residue 350 and name hg and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53C) (residue 350 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53C) (residue 351 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 350 and name hn and segid p53C) (residue 351 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53C) (residue 351 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53C) (residue 351 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53C) (residue 351 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53C) (residue 351 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53C) (residue 351 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106
 
assign (residue 350 and name hn and segid p53C) (residue 352 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53C) (residue 353 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 350 and name ha and segid p53C) (residue 353 and name hb# and segid p53C) 4.0 4.0 0.0 ! 190106

assign (residue 350 and name hd# and segid p53C) (residue 353 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53C) (residue 354 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106




! K351

assign (residue 351 and name hn and segid p53C) (residue 351 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53C) (residue 351 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53C) (residue 351 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53C) (residue 351 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53C) (residue 351 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53C) (residue 352 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53C) (residue 352 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hb# and segid p53C) (residue 352 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hg# and segid p53C) (residue 352 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hd# and segid p53C) (residue 352 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53C) (residue 353 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 280106

assign (residue 351 and name ha and segid p53C) (residue 354 and name hb# and segid p53C) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53C) (residue 354 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53C) (residue 354 and name hn and segid p53C) 3.5 3.5 0.0 ! 140106 ! changed 280106




! D352

assign (residue 352 and name hn and segid p53C) (residue 352 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53C) (residue 352 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53C) (residue 353 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 352 and name ha and segid p53C) (residue 353 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53C) (residue 353 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53C) (residue 353 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name ha and segid p53C) (residue 355 and name hn and segid p53C) 3.5 3.5 0.0 ! 190106

assign (residue 352 and name ha and segid p53C) (residue 355 and name hb# and segid p53C) 4.0 4.0 0.0 ! 190106




! A353

assign (residue 353 and name hn and segid p53C) (residue 353 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53C) (residue 353 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53C) (residue 354 and name hn and segid p53C) 2.8 2.8 0.0 ! 140106

assign (residue 353 and name ha and segid p53C) (residue 354 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53C) (residue 354 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53C) (residue 354 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53C) (residue 354 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106




! Q354

assign (residue 354 and name hn and segid p53C) (residue 354 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53C) (residue 354 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53C) (residue 354 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53C) (residue 355 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name ha and segid p53C) (residue 355 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hb# and segid p53C) (residue 355 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hg# and segid p53C) (residue 355 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106




! A355

assign (residue 355 and name hn and segid p53C) (residue 355 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 355 and name hn and segid p53C) (residue 355 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106


! G356

assign (residue 356 and name hn and segid p53C) (residue 356 and name ha# and segid p53C) 5.0 5.0 0.0 ! 140106






!   D-D

!*************



! E326

assign (residue 326 and name hn and segid p53D) (residue 326 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53D) (residue 326 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 326 and name hn and segid p53D) (residue 326 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53D) (residue 327 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53D) (residue 327 and name ha and segid p53D) 7.0 7.0 0.0 ! 290106 

assign (residue 326 and name ha and segid p53D) (residue 327 and name hn and segid p53D) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 326 and name ha and segid p53D) (residue 327 and name ha and segid p53D) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name ha and segid p53D) (residue 327 and name hb# and segid p53D) 6.0 6.0 0.0 ! 290106

assign (residue 326 and name hb# and segid p53D) (residue 327 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53D) (residue 327 and name ha and segid p53D) 6.0 6.0 0.0 ! 290106 

assign (residue 326 and name hg# and segid p53D) (residue 327 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name ha and segid p53D) (residue 328 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hn and segid p53D) (residue 328 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 326 and name hb# and segid p53D) (residue 328 and name hd# and segid p53D) 6.0 6.0 0.0 ! 240106 

assign (residue 326 and name hb# and segid p53D) (residue 328 and name he# and segid p53D) 5.0 5.0 0.0 ! 240106 




! S327

assign (residue 327 and name hn and segid p53D) (residue 327 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53D) (residue 327 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hn and segid p53D) (residue 328 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name ha and segid p53D) (residue 328 and name hn and segid p53D) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53D) (residue 328 and name hb# and segid p53D) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53D) (residue 328 and name hd# and segid p53D) 5.0 5.0 0.0 ! 240106 ! changed 290106

assign (residue 327 and name ha and segid p53D) (residue 328 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 290106

assign (residue 327 and name hb# and segid p53D) (residue 328 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 327 and name hb# and segid p53D) (residue 328 and name hd# and segid p53D) 6.0 6.0 0.0 ! 290106 

assign (residue 327 and name hn and segid p53D) (residue 328 and name he# and segid p53D) 6.0 6.0 0.0 ! 180106
 



! F328

assign (residue 328 and name hn and segid p53D) (residue 328 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53D) (residue 328 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53D) (residue 328 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53D) (residue 328 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hn and segid p53D) (residue 329 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name ha and segid p53D) (residue 329 and name hn and segid p53D) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 328 and name ha and segid p53D) (residue 329 and name ha# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 328 and name hb# and segid p53D) (residue 329 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53D) (residue 329 and name hn and segid p53D) 5.0 5.0 0.0 ! 290106 




! G329

assign (residue 329 and name hn and segid p53D) (residue 329 and name ha# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 329 and name ha# and segid p53D) (residue 330 and name hn and segid p53D) 2.3 2.3 0.0 ! 140106 ! changed 180106 

assign (residue 329 and name ha# and segid p53D) (residue 330 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 329 and name ha# and segid p53D) (residue 330 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106 

! assign (residue 329 and name ha# and segid p53D) (residue 330 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106 ! removed 190106 





! L330

assign (residue 330 and name hn and segid p53D) (residue 330 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53D) (residue 330 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53D) (residue 330 and name hg and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53D) (residue 330 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hn and segid p53D) (residue 331 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53D) (residue 331 and name hn and segid p53D) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 330 and name hb# and segid p53D) (residue 331 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53D) (residue 331 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53D) (residue 331 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 330 and name ha and segid p53D) (residue 332 and name hd1# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hg and segid p53D) (residue 332 and name hd1# and segid p53D) 5.0 5.0 0.0 ! 140106

! assign (residue 330 and name hd# and segid p53D) (residue 332 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53D) (residue 332 and name hg1# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

! assign (residue 330 and name hd# and segid p53D) (residue 332 and name hg2# and segid p53D) 5.0 5.0 0.0 ! 140106 removed 190106

assign (residue 330 and name hd# and segid p53D) (residue 332 and name hd1# and segid p53D) 6.0 6.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 190106

assign (residue 330 and name hd# and segid p53D) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 190106




! G331

assign (residue 331 and name hn and segid p53D) (residue 331 and name ha# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name hn and segid p53D) (residue 332 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53D) (residue 332 and name hn and segid p53D) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 331 and name ha# and segid p53D) (residue 332 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 331 and name ha# and segid p53D) (residue 332 and name hg1# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 331 and name ha# and segid p53D) (residue 332 and name hd1# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106




! I332

assign (residue 332 and name hn and segid p53D) (residue 332 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53D) (residue 332 and name hb and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53D) (residue 332 and name hg1# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53D) (residue 332 and name hg2# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hn and segid p53D) (residue 332 and name hd1# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name ha and segid p53D) (residue 333 and name hn and segid p53D) 2.3 2.3 0.0 ! 140106 ! changed 180106

assign (residue 332 and name hg2# and segid p53D) (residue 333 and name hn and segid p53D) 5.0 5.0 0.0 ! 290106

assign (residue 332 and name hg2# and segid p53D) (residue 335 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 332 and name hg2# and segid p53D) (residue 337 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hg2# and segid p53D) (residue 337 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hn and segid p53D) (residue 338 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53D) (residue 338 and name ha and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53D) (residue 338 and name hd# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 190106

!assign (residue 332 and name hg1# and segid p53D) (residue 338 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106 

assign (residue 332 and name hg2# and segid p53D) (residue 338 and name hn and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53D) (residue 338 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53D) (residue 338 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53D) (residue 338 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 332 and name hd1# and segid p53D) (residue 338 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53D) (residue 341 and name hd# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53D) (residue 341 and name he# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg1# and segid p53D) (residue 341 and name hz and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53D) (residue 341 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hg2# and segid p53D) (residue 341 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53D) (residue 341 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! removed 230106

assign (residue 332 and name hd1# and segid p53D) (residue 341 and name hb# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53D) (residue 341 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

assign (residue 332 and name hd1# and segid p53D) (residue 341 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 230106

!assign (residue 332 and name hd1# and segid p53D) (residue 342 and name hn and segid p53D) 7.0 7.0 0.0 ! 140106 ! removed 230106




! R333

assign (residue 333 and name hn and segid p53D) (residue 333 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53D) (residue 333 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name hn and segid p53D) (residue 333 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 333 and name ha and segid p53D) (residue 334 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 333 and name hb# and segid p53D) (residue 334 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 333 and name hg# and segid p53D) (residue 334 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106



! G334

assign (residue 334 and name hn and segid p53D) (residue 334 and name ha# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name hn and segid p53D) (residue 335 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53D) (residue 335 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 180106

assign (residue 334 and name hn and segid p53D) (residue 335 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 334 and name ha# and segid p53D) (residue 335 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106





! R335

assign (residue 335 and name hn and segid p53D) (residue 335 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53D) (residue 335 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53D) (residue 335 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53D) (residue 335 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hn and segid p53D) (residue 336 and name hn and segid p53D) 5.0 5.0 0.0 ! 190106 ! changed 200106

assign (residue 335 and name ha and segid p53D) (residue 336 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hb# and segid p53D) (residue 336 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 335 and name hg# and segid p53D) (residue 336 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name hg# and segid p53D) (residue 336 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106
 
assign (residue 335 and name ha and segid p53D) (residue 338 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53D) (residue 338 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name ha and segid p53D) (residue 338 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106 ! changed 200106

assign (residue 335 and name ha and segid p53D) (residue 339 and name hg# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 190106

assign (residue 335 and name hg# and segid p53D) (residue 339 and name hg# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 190106



! E336

assign (residue 336 and name hn and segid p53D) (residue 336 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53D) (residue 336 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hn and segid p53D) (residue 336 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106
 
assign (residue 336 and name hn and segid p53D) (residue 337 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53D) (residue 337 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hb# and segid p53D) (residue 337 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name hg# and segid p53D) (residue 337 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 336 and name ha and segid p53D) (residue 339 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53D) (residue 339 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 336 and name ha and segid p53D) (residue 339 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

 

! R337


assign (residue 337 and name hn and segid p53D) (residue 337 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106
 
assign (residue 337 and name hn and segid p53D) (residue 337 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53D) (residue 337 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hn and segid p53D) (residue 338 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 337 and name hn and segid p53D) (residue 338 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53D) (residue 338 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hb# and segid p53D) (residue 339 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53D) (residue 340 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 337 and name ha and segid p53D) (residue 340 and name hb# and segid p53D) 4.0 4.0 0.0 ! 190106

assign (residue 337 and name ha and segid p53D) (residue 340 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53D) (residue 340 and name he# and segid p53D) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name ha and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name ha and segid p53D) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hg# and segid p53D) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name hd# and segid p53D) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106




! F338

assign (residue 338 and name hn and segid p53D) (residue 338 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106
 
assign (residue 338 and name hn and segid p53D) (residue 338 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hn and segid p53D) (residue 339 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53D) (residue 339 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hb# and segid p53D) (residue 339 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53D) (residue 339 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53D) (residue 339 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53D) (residue 339 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hd# and segid p53D) (residue 339 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53D) (residue 339 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name ha and segid p53D) (residue 341 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 338 and name ha and segid p53D) (residue 341 and name hb# and segid p53D) 4.0 4.0 0.0 ! 190106

assign (residue 338 and name he# and segid p53D) (residue 342 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53D) (residue 342 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53D) (residue 342 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name he# and segid p53D) (residue 342 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 338 and name hz and segid p53D) (residue 342 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106



! E339

assign (residue 339 and name hn and segid p53D) (residue 339 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53D) (residue 339 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53D) (residue 339 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53D) (residue 340 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53D) (residue 340 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hb# and segid p53D) (residue 340 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hg# and segid p53D) (residue 340 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name hn and segid p53D) (residue 342 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53D) (residue 342 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53D) (residue 342 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 339 and name ha and segid p53D) (residue 342 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 339 and name ha and segid p53D) (residue 342 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106




! M340

assign (residue 340 and name hn and segid p53D) (residue 340 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53D) (residue 340 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53D) (residue 340 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53D) (residue 340 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hn and segid p53D) (residue 341 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hn and segid p53D) (residue 341 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53D) (residue 341 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53D) (residue 341 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hb# and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53D) (residue 341 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53D) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53D) (residue 341 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53D) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name he# and segid p53D) (residue 341 and name hz and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53D) (residue 342 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name ha and segid p53D) (residue 343 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 340 and name ha and segid p53D) (residue 343 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 340 and name hb# and segid p53D) (residue 344 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 340 and name hg# and segid p53D) (residue 344 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106




! F341

assign (residue 341 and name hn and segid p53D) (residue 341 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53D) (residue 341 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53D) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53D) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hn and segid p53D) (residue 341 and name hz and segid p53D) 5.0 5.0 0.0 ! 140106
 
assign (residue 341 and name hn and segid p53D) (residue 342 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53D) (residue 342 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hb# and segid p53D) (residue 342 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name ha and segid p53D) (residue 344 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53D) (residue 344 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 341 and name ha and segid p53D) (residue 344 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106





! R342

assign (residue 342 and name hn and segid p53D) (residue 342 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53D) (residue 342 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53D) (residue 342 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53D) (residue 342 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hn and segid p53D) (residue 343 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53D) (residue 343 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hb# and segid p53D) (residue 343 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name hg# and segid p53D) (residue 343 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 342 and name ha and segid p53D) (residue 345 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53D) (residue 345 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 342 and name ha and segid p53D) (residue 346 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106



! E343

assign (residue 343 and name hn and segid p53D) (residue 343 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53D) (residue 343 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53D) (residue 343 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hn and segid p53D) (residue 344 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53D) (residue 344 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hb# and segid p53D) (residue 344 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name hg# and segid p53D) (residue 344 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 343 and name ha and segid p53D) (residue 346 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 343 and name ha and segid p53D) (residue 346 and name hb# and segid p53D) 4.0 4.0 0.0 ! changed 190106




! L344

assign (residue 344 and name hn and segid p53D) (residue 344 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53D) (residue 344 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53D) (residue 344 and name hg and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53D) (residue 344 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hn and segid p53D) (residue 345 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 344 and name hn and segid p53D) (residue 345 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53D) (residue 345 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53D) (residue 345 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hb# and segid p53D) (residue 345 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hg and segid p53D) (residue 345 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name hd# and segid p53D) (residue 345 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53D) (residue 346 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 344 and name ha and segid p53D) (residue 347 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 344 and name ha and segid p53D) (residue 347 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106


! N345

assign (residue 345 and name hn and segid p53D) (residue 345 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53D) (residue 345 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53D) (residue 345 and name hd2# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53D) (residue 346 and name hn and segid p53D) 2.8 2.8 0.0 ! 190106

assign (residue 345 and name ha and segid p53D) (residue 346 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53D) (residue 346 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hb# and segid p53D) (residue 346 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name hn and segid p53D) (residue 348 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53D) (residue 348 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53D) (residue 348 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 345 and name ha and segid p53D) (residue 348 and name hg and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 345 and name ha and segid p53D) (residue 348 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106




! E346

assign (residue 346 and name hn and segid p53D) (residue 346 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53D) (residue 346 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53D) (residue 346 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53D) (residue 347 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 346 and name hn and segid p53D) (residue 347 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53D) (residue 347 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hb# and segid p53D) (residue 347 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hg# and segid p53D) (residue 347 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name hn and segid p53D) (residue 348 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 346 and name ha and segid p53D) (residue 349 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 346 and name ha and segid p53D) (residue 349 and name hb# and segid p53D) 4.0 4.0 0.0 ! 190106

assign (residue 346 and name ha and segid p53D) (residue 350 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106




! A347

assign (residue 347 and name hn and segid p53D) (residue 347 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53D) (residue 347 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53D) (residue 348 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53D) (residue 348 and name hn and segid p53D) 2.8 2.8 0.0 ! 190106

assign (residue 347 and name ha and segid p53D) (residue 348 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53D) (residue 348 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hn and segid p53D) (residue 349 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53D) (residue 349 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53D) (residue 349 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53D) (residue 350 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53D) (residue 350 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 347 and name ha and segid p53D) (residue 350 and name hg and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name ha and segid p53D) (residue 350 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53D) (residue 350 and name hd# and segid p53D) 5.0 5.0 0.0 ! 180106





! L348

assign (residue 348 and name hn and segid p53D) (residue 348 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53D) (residue 348 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53D) (residue 348 and name hg and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53D) (residue 348 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hn and segid p53D) (residue 349 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53D) (residue 349 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hb# and segid p53D) (residue 349 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53D) (residue 349 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53D) (residue 350 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name ha and segid p53D) (residue 351 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53D) (residue 351 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 348 and name ha and segid p53D) (residue 351 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53D) (residue 351 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53D) (residue 351 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 348 and name hd# and segid p53D) (residue 351 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106


 


! E349

assign (residue 349 and name hn and segid p53D) (residue 349 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53D) (residue 349 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53D) (residue 349 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hn and segid p53D) (residue 350 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 349 and name hn and segid p53D) (residue 350 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53D) (residue 350 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hb# and segid p53D) (residue 350 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name hg# and segid p53D) (residue 350 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 349 and name ha and segid p53D) (residue 352 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 349 and name ha and segid p53D) (residue 352 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106




! L350

assign (residue 350 and name hn and segid p53D) (residue 350 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53D) (residue 350 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53D) (residue 350 and name hg and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53D) (residue 350 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hn and segid p53D) (residue 351 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 350 and name hn and segid p53D) (residue 351 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53D) (residue 351 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53D) (residue 351 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hb# and segid p53D) (residue 351 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53D) (residue 351 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53D) (residue 351 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106
 
assign (residue 350 and name hn and segid p53D) (residue 352 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name ha and segid p53D) (residue 353 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 190106

assign (residue 350 and name ha and segid p53D) (residue 353 and name hb# and segid p53D) 4.0 4.0 0.0 ! 190106

assign (residue 350 and name hd# and segid p53D) (residue 353 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53D) (residue 354 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106




! K351

assign (residue 351 and name hn and segid p53D) (residue 351 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53D) (residue 351 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53D) (residue 351 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53D) (residue 351 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53D) (residue 351 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hn and segid p53D) (residue 352 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53D) (residue 352 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hb# and segid p53D) (residue 352 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hg# and segid p53D) (residue 352 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name hd# and segid p53D) (residue 352 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53D) (residue 353 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 280106

assign (residue 351 and name ha and segid p53D) (residue 354 and name hb# and segid p53D) 4.0 4.0 0.0 ! 140106 ! changed 190106

assign (residue 351 and name ha and segid p53D) (residue 354 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 351 and name ha and segid p53D) (residue 354 and name hn and segid p53D) 3.5 3.5 0.0 ! 140106 ! changed 280106




! D352

assign (residue 352 and name hn and segid p53D) (residue 352 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53D) (residue 352 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hn and segid p53D) (residue 353 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106 ! changed 190106

assign (residue 352 and name ha and segid p53D) (residue 353 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53D) (residue 353 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name hb# and segid p53D) (residue 353 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 352 and name ha and segid p53D) (residue 355 and name hn and segid p53D) 3.5 3.5 0.0 ! 190106

assign (residue 352 and name ha and segid p53D) (residue 355 and name hb# and segid p53D) 4.0 4.0 0.0 ! 190106




! A353

assign (residue 353 and name hn and segid p53D) (residue 353 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53D) (residue 353 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hn and segid p53D) (residue 354 and name hn and segid p53D) 2.8 2.8 0.0 ! 140106

assign (residue 353 and name ha and segid p53D) (residue 354 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53D) (residue 354 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53D) (residue 354 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 353 and name hb# and segid p53D) (residue 354 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106




! Q354

assign (residue 354 and name hn and segid p53D) (residue 354 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53D) (residue 354 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53D) (residue 354 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hn and segid p53D) (residue 355 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name ha and segid p53D) (residue 355 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hb# and segid p53D) (residue 355 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 354 and name hg# and segid p53D) (residue 355 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106




! A355

assign (residue 355 and name hn and segid p53D) (residue 355 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 355 and name hn and segid p53D) (residue 355 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106


! G356

assign (residue 356 and name hn and segid p53D) (residue 356 and name ha# and segid p53D) 5.0 5.0 0.0 ! 140106





!###########################################################################

!  p53 1 tetramerization domain (326-356) unambiguous constraints

!###########################################################################



! A-B



assign (residue 326 and name hg# and segid p53A) (residue 333 and name hd# and segid p53B) 7.0 7.0 0.0 ! 290106 



assign (residue 327 and name ha and segid p53A) (residue 332 and name hg2# and segid p53B) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53A) (residue 333 and name ha and segid p53B) 2.5 2.5 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53A) (residue 333 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 327 and name ha and segid p53A) (residue 333 and name hg# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 327 and name ha and segid p53A) (residue 333 and name hd# and segid p53B) 5.0 5.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53A) (residue 334 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 



assign (residue 328 and name hn and segid p53A) (residue 332 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106  

assign (residue 328 and name hn and segid p53A) (residue 332 and name hb and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 328 and name hd# and segid p53A) (residue 332 and name hn and segid p53B) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hn and segid p53A) (residue 333 and name ha and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 200106
 
assign (residue 328 and name hd# and segid p53A) (residue 333 and name ha and segid p53B) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53A) (residue 333 and name ha and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53A) (residue 334 and name hn and segid p53B) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53A) (residue 334 and name ha# and segid p53B) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53A) (residue 334 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53A) (residue 334 and name ha# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53A) (residue 334 and name ha# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53A) (residue 335 and name hn and segid p53B) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53A) (residue 335 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53A) (residue 335 and name ha and segid p53B) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53A) (residue 335 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name he# and segid p53A) (residue 335 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53A) (residue 335 and name hg# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name he# and segid p53A) (residue 335 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53A) (residue 335 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53A) (residue 335 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53A) (residue 335 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53A) (residue 335 and name hg# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name hz and segid p53A) (residue 335 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name ha and segid p53A) (residue 338 and name he# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53A) (residue 338 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53A) (residue 338 and name hz and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53A) (residue 338 and name hn and segid p53B) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53A) (residue 338 and name hb# and segid p53B) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53A) (residue 338 and name hn and segid p53B) 7.0 7.0 0.0 ! 070306 


assign (residue 329 and name ha# and segid p53A) (residue 330 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53A) (residue 332 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53A) (residue 332 and name hd1# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 329 and name hn and segid p53A) (residue 338 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106  

assign (residue 329 and name ha# and segid p53A) (residue 338 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106  



assign (residue 330 and name hd# and segid p53A) (residue 330 and name hd# and segid p53B) 5.0 5.0 0.0 ! 180106

assign (residue 330 and name hn and segid p53A) (residue 331 and name ha# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hn and segid p53A) (residue 332 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name hn and segid p53A) (residue 332 and name hd1# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 330 and name hg and segid p53A) (residue 332 and name hd1# and segid p53B) 5.0 5.0 0.0 ! 140106 ! removed 200106

assign (residue 330 and name hd# and segid p53A) (residue 332 and name hd1# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name ha and segid p53A) (residue 338 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 330 and name ha and segid p53A) (residue 338 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53A) (residue 338 and name hz and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 338 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 338 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 338 and name he# and segid p53B) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hd# and segid p53A) (residue 338 and name hz and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 339 and name ha and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 341 and name ha and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 341 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53A) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53A) (residue 341 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 342 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 342 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53A) (residue 342 and name hd# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 345 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 345 and name ha and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 345 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53A) (residue 345 and name hd2# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106



assign (residue 332 and name ha and segid p53A) (residue 345 and name hd2# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hd1# and segid p53A) (residue 345 and name hb# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hg2# and segid p53A) (residue 345 and name ha and segid p53B) 6.0 6.0 0.0 ! 210106


assign (residue 337 and name hd# and segid p53A) (residue 345 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name ha and segid p53A) (residue 348 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name hd# and segid p53A) (residue 348 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53A) (residue 348 and name hb# and segid p53B) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name he and segid p53A) (residue 348 and name hd# and segid p53B) 6.0 6.0 0.0 ! 070306

!assign (residue 337 and name hd# and segid p53A) (residue 349 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106 ! removed 210106


assign (residue 340 and name he# and segid p53A) (residue 348 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106


assign (residue 341 and name hd# and segid p53A) (residue 341 and name hd# and segid p53B) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name he# and segid p53A) (residue 341 and name he# and segid p53B) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name hd# and segid p53A) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53A) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53A) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53A) (residue 344 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hd# and segid p53A) (residue 344 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53A) (residue 344 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53A) (residue 344 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53A) (residue 344 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53A) (residue 345 and name hn and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53A) (residue 345 and name hn and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53A) (residue 345 and name hn and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53A) (residue 345 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53A) (residue 345 and name ha and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53A) (residue 345 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hd# and segid p53A) (residue 345 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106 ! removed 210106

!assign (residue 341 and name he# and segid p53A) (residue 345 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hz and segid p53A) (residue 345 and name hb# and segid p53B) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hn and segid p53A) (residue 348 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hd# and segid p53A) (residue 348 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53A) (residue 348 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53A) (residue 348 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106





! B-A



assign (residue 326 and name hg# and segid p53B) (residue 333 and name hd# and segid p53A) 7.0 7.0 0.0 ! 290106 



assign (residue 327 and name ha and segid p53B) (residue 332 and name hg2# and segid p53A) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53B) (residue 333 and name ha and segid p53A) 2.5 2.5 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53B) (residue 333 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 327 and name ha and segid p53B) (residue 333 and name hg# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 327 and name ha and segid p53B) (residue 333 and name hd# and segid p53A) 5.0 5.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53B) (residue 334 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 



assign (residue 328 and name hn and segid p53B) (residue 332 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106  

assign (residue 328 and name hn and segid p53B) (residue 332 and name hb and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 328 and name hd# and segid p53B) (residue 332 and name hn and segid p53A) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hn and segid p53B) (residue 333 and name ha and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 200106
 
assign (residue 328 and name hd# and segid p53B) (residue 333 and name ha and segid p53A) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53B) (residue 333 and name ha and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53B) (residue 334 and name hn and segid p53A) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53B) (residue 334 and name ha# and segid p53A) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53B) (residue 334 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53B) (residue 334 and name ha# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53B) (residue 334 and name ha# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53B) (residue 335 and name hn and segid p53A) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53B) (residue 335 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53B) (residue 335 and name ha and segid p53A) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53B) (residue 335 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name he# and segid p53B) (residue 335 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53B) (residue 335 and name hg# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name he# and segid p53B) (residue 335 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53B) (residue 335 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53B) (residue 335 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53B) (residue 335 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53B) (residue 335 and name hg# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name hz and segid p53B) (residue 335 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name ha and segid p53B) (residue 338 and name he# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53B) (residue 338 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53B) (residue 338 and name hz and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53B) (residue 338 and name hn and segid p53A) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53B) (residue 338 and name hb# and segid p53A) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53B) (residue 338 and name hn and segid p53A) 7.0 7.0 0.0 ! 070306 


assign (residue 329 and name ha# and segid p53B) (residue 330 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53B) (residue 332 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53B) (residue 332 and name hd1# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 329 and name hn and segid p53B) (residue 338 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106  

assign (residue 329 and name ha# and segid p53B) (residue 338 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106  



assign (residue 330 and name hd# and segid p53B) (residue 330 and name hd# and segid p53A) 5.0 5.0 0.0 ! 180106

assign (residue 330 and name hn and segid p53B) (residue 331 and name ha# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hn and segid p53B) (residue 332 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name hn and segid p53B) (residue 332 and name hd1# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 330 and name hg and segid p53B) (residue 332 and name hd1# and segid p53A) 5.0 5.0 0.0 ! 140106 ! removed 200106

assign (residue 330 and name hd# and segid p53B) (residue 332 and name hd1# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name ha and segid p53B) (residue 338 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 330 and name ha and segid p53B) (residue 338 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53B) (residue 338 and name hz and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 338 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 338 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 338 and name he# and segid p53A) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hd# and segid p53B) (residue 338 and name hz and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 339 and name ha and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 341 and name ha and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 341 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53B) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53B) (residue 341 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 342 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 342 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53B) (residue 342 and name hd# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 345 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 345 and name ha and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 345 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53B) (residue 345 and name hd2# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106



assign (residue 332 and name ha and segid p53B) (residue 345 and name hd2# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hd1# and segid p53B) (residue 345 and name hb# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hg2# and segid p53B) (residue 345 and name ha and segid p53A) 6.0 6.0 0.0 ! 210106


assign (residue 337 and name hd# and segid p53B) (residue 345 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name ha and segid p53B) (residue 348 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name hd# and segid p53B) (residue 348 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53B) (residue 348 and name hb# and segid p53A) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name he and segid p53B) (residue 348 and name hd# and segid p53A) 6.0 6.0 0.0 ! 070306

!assign (residue 337 and name hd# and segid p53B) (residue 349 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106 ! removed 210106


assign (residue 340 and name he# and segid p53B) (residue 348 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106


assign (residue 341 and name hd# and segid p53B) (residue 341 and name hd# and segid p53A) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name he# and segid p53B) (residue 341 and name he# and segid p53A) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name hd# and segid p53B) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53B) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53B) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53B) (residue 344 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hd# and segid p53B) (residue 344 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53B) (residue 344 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53B) (residue 344 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53B) (residue 344 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53B) (residue 345 and name hn and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53B) (residue 345 and name hn and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53B) (residue 345 and name hn and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53B) (residue 345 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53B) (residue 345 and name ha and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53B) (residue 345 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hd# and segid p53B) (residue 345 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106 ! removed 210106

!assign (residue 341 and name he# and segid p53B) (residue 345 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hz and segid p53B) (residue 345 and name hb# and segid p53A) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hn and segid p53B) (residue 348 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hd# and segid p53B) (residue 348 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53B) (residue 348 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53B) (residue 348 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106




! C-D



assign (residue 326 and name hg# and segid p53C) (residue 333 and name hd# and segid p53D) 7.0 7.0 0.0 ! 290106 



assign (residue 327 and name ha and segid p53C) (residue 332 and name hg2# and segid p53D) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53C) (residue 333 and name ha and segid p53D) 2.5 2.5 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53C) (residue 333 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 327 and name ha and segid p53C) (residue 333 and name hg# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 327 and name ha and segid p53C) (residue 333 and name hd# and segid p53D) 5.0 5.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53C) (residue 334 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 



assign (residue 328 and name hn and segid p53C) (residue 332 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106  

assign (residue 328 and name hn and segid p53C) (residue 332 and name hb and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 328 and name hd# and segid p53C) (residue 332 and name hn and segid p53D) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hn and segid p53C) (residue 333 and name ha and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 200106
 
assign (residue 328 and name hd# and segid p53C) (residue 333 and name ha and segid p53D) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53C) (residue 333 and name ha and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53C) (residue 334 and name hn and segid p53D) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53C) (residue 334 and name ha# and segid p53D) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53C) (residue 334 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53C) (residue 334 and name ha# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53C) (residue 334 and name ha# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53C) (residue 335 and name hn and segid p53D) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53C) (residue 335 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53C) (residue 335 and name ha and segid p53D) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53C) (residue 335 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name he# and segid p53C) (residue 335 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53C) (residue 335 and name hg# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name he# and segid p53C) (residue 335 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53C) (residue 335 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53C) (residue 335 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53C) (residue 335 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53C) (residue 335 and name hg# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name hz and segid p53C) (residue 335 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name ha and segid p53C) (residue 338 and name he# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53C) (residue 338 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53C) (residue 338 and name hz and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53C) (residue 338 and name hn and segid p53D) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53C) (residue 338 and name hb# and segid p53D) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53C) (residue 338 and name hn and segid p53D) 7.0 7.0 0.0 ! 070306 


assign (residue 329 and name ha# and segid p53C) (residue 330 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53C) (residue 332 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53C) (residue 332 and name hd1# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 329 and name hn and segid p53C) (residue 338 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106  

assign (residue 329 and name ha# and segid p53C) (residue 338 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106  



assign (residue 330 and name hd# and segid p53C) (residue 330 and name hd# and segid p53D) 5.0 5.0 0.0 ! 180106

assign (residue 330 and name hn and segid p53C) (residue 331 and name ha# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hn and segid p53C) (residue 332 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name hn and segid p53C) (residue 332 and name hd1# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 330 and name hg and segid p53C) (residue 332 and name hd1# and segid p53D) 5.0 5.0 0.0 ! 140106 ! removed 200106

assign (residue 330 and name hd# and segid p53C) (residue 332 and name hd1# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name ha and segid p53C) (residue 338 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 330 and name ha and segid p53C) (residue 338 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53C) (residue 338 and name hz and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 338 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 338 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 338 and name he# and segid p53D) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hd# and segid p53C) (residue 338 and name hz and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 339 and name ha and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 341 and name ha and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 341 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53C) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53C) (residue 341 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 342 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 342 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53C) (residue 342 and name hd# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 345 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 345 and name ha and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 345 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53C) (residue 345 and name hd2# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106



assign (residue 332 and name ha and segid p53C) (residue 345 and name hd2# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hd1# and segid p53C) (residue 345 and name hb# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hg2# and segid p53C) (residue 345 and name ha and segid p53D) 6.0 6.0 0.0 ! 210106


assign (residue 337 and name hd# and segid p53C) (residue 345 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name ha and segid p53C) (residue 348 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name hd# and segid p53C) (residue 348 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53C) (residue 348 and name hb# and segid p53D) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name he and segid p53C) (residue 348 and name hd# and segid p53D) 6.0 6.0 0.0 ! 070306

!assign (residue 337 and name hd# and segid p53C) (residue 349 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106 ! removed 210106


assign (residue 340 and name he# and segid p53C) (residue 348 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106


assign (residue 341 and name hd# and segid p53C) (residue 341 and name hd# and segid p53D) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name he# and segid p53C) (residue 341 and name he# and segid p53D) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name hd# and segid p53C) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53C) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53C) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53C) (residue 344 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hd# and segid p53C) (residue 344 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53C) (residue 344 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53C) (residue 344 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53C) (residue 344 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53C) (residue 345 and name hn and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53C) (residue 345 and name hn and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53C) (residue 345 and name hn and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53C) (residue 345 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53C) (residue 345 and name ha and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53C) (residue 345 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hd# and segid p53C) (residue 345 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106 ! removed 210106

!assign (residue 341 and name he# and segid p53C) (residue 345 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hz and segid p53C) (residue 345 and name hb# and segid p53D) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hn and segid p53C) (residue 348 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hd# and segid p53C) (residue 348 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53C) (residue 348 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53C) (residue 348 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106




! D-C



assign (residue 326 and name hg# and segid p53D) (residue 333 and name hd# and segid p53C) 7.0 7.0 0.0 ! 290106 



assign (residue 327 and name ha and segid p53D) (residue 332 and name hg2# and segid p53C) 7.0 7.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53D) (residue 333 and name ha and segid p53C) 2.5 2.5 0.0 ! 140106 ! changed 180106 

assign (residue 327 and name ha and segid p53D) (residue 333 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 327 and name ha and segid p53D) (residue 333 and name hg# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 327 and name ha and segid p53D) (residue 333 and name hd# and segid p53C) 5.0 5.0 0.0 ! 290106 

assign (residue 327 and name ha and segid p53D) (residue 334 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 



assign (residue 328 and name hn and segid p53D) (residue 332 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106  

assign (residue 328 and name hn and segid p53D) (residue 332 and name hb and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 328 and name hd# and segid p53D) (residue 332 and name hn and segid p53C) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hn and segid p53D) (residue 333 and name ha and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 200106
 
assign (residue 328 and name hd# and segid p53D) (residue 333 and name ha and segid p53C) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53D) (residue 333 and name ha and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53D) (residue 334 and name hn and segid p53C) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53D) (residue 334 and name ha# and segid p53C) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53D) (residue 334 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53D) (residue 334 and name ha# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53D) (residue 334 and name ha# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53D) (residue 335 and name hn and segid p53C) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53D) (residue 335 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hd# and segid p53D) (residue 335 and name ha and segid p53C) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53D) (residue 335 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name he# and segid p53D) (residue 335 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name he# and segid p53D) (residue 335 and name hg# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name he# and segid p53D) (residue 335 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53D) (residue 335 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53D) (residue 335 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 328 and name hz and segid p53D) (residue 335 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hz and segid p53D) (residue 335 and name hg# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 328 and name hz and segid p53D) (residue 335 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name ha and segid p53D) (residue 338 and name he# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53D) (residue 338 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hb# and segid p53D) (residue 338 and name hz and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 328 and name hd# and segid p53D) (residue 338 and name hn and segid p53C) 7.0 7.0 0.0 ! 240106 

assign (residue 328 and name hd# and segid p53D) (residue 338 and name hb# and segid p53C) 6.0 6.0 0.0 ! 240106 

assign (residue 328 and name he# and segid p53D) (residue 338 and name hn and segid p53C) 7.0 7.0 0.0 ! 070306 


assign (residue 329 and name ha# and segid p53D) (residue 330 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53D) (residue 332 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 329 and name ha# and segid p53D) (residue 332 and name hd1# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 200106 

assign (residue 329 and name hn and segid p53D) (residue 338 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106  

assign (residue 329 and name ha# and segid p53D) (residue 338 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106  



assign (residue 330 and name hd# and segid p53D) (residue 330 and name hd# and segid p53C) 5.0 5.0 0.0 ! 180106

assign (residue 330 and name hn and segid p53D) (residue 331 and name ha# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hn and segid p53D) (residue 332 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name hn and segid p53D) (residue 332 and name hd1# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106 

!assign (residue 330 and name hg and segid p53D) (residue 332 and name hd1# and segid p53C) 5.0 5.0 0.0 ! 140106 ! removed 200106

assign (residue 330 and name hd# and segid p53D) (residue 332 and name hd1# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 200106

assign (residue 330 and name ha and segid p53D) (residue 338 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 330 and name ha and segid p53D) (residue 338 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name ha and segid p53D) (residue 338 and name hz and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 338 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 338 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 338 and name he# and segid p53C) 5.0 5.0 0.0 ! 140106 

assign (residue 330 and name hd# and segid p53D) (residue 338 and name hz and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 339 and name ha and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 341 and name ha and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 341 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53D) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53D) (residue 341 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 342 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 342 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 330 and name hd# and segid p53D) (residue 342 and name hd# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 345 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 345 and name ha and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 345 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 330 and name hd# and segid p53D) (residue 345 and name hd2# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106



assign (residue 332 and name ha and segid p53D) (residue 345 and name hd2# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hd1# and segid p53D) (residue 345 and name hb# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 332 and name hg2# and segid p53D) (residue 345 and name ha and segid p53C) 6.0 6.0 0.0 ! 210106


assign (residue 337 and name hd# and segid p53D) (residue 345 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name ha and segid p53D) (residue 348 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106
 
assign (residue 337 and name hd# and segid p53D) (residue 348 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 337 and name he and segid p53D) (residue 348 and name hb# and segid p53C) 6.0 6.0 0.0 ! 070306

assign (residue 337 and name he and segid p53D) (residue 348 and name hd# and segid p53C) 6.0 6.0 0.0 ! 070306

!assign (residue 337 and name hd# and segid p53D) (residue 349 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106 ! removed 210106


assign (residue 340 and name he# and segid p53D) (residue 348 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106


assign (residue 341 and name hd# and segid p53D) (residue 341 and name hd# and segid p53C) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name he# and segid p53D) (residue 341 and name he# and segid p53C) 5.0 5.0 0.0 ! 180106

assign (residue 341 and name hd# and segid p53D) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53D) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53D) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53D) (residue 344 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hd# and segid p53D) (residue 344 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53D) (residue 344 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53D) (residue 344 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hz and segid p53D) (residue 344 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53D) (residue 345 and name hn and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53D) (residue 345 and name hn and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53D) (residue 345 and name hn and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 341 and name hd# and segid p53D) (residue 345 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53D) (residue 345 and name ha and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53D) (residue 345 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hd# and segid p53D) (residue 345 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106 ! removed 210106

!assign (residue 341 and name he# and segid p53D) (residue 345 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hz and segid p53D) (residue 345 and name hb# and segid p53C) 5.0 5.0 0.0 ! 140106

!assign (residue 341 and name hn and segid p53D) (residue 348 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106 ! removed 210106

assign (residue 341 and name hd# and segid p53D) (residue 348 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name he# and segid p53D) (residue 348 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 210106

assign (residue 341 and name hz and segid p53D) (residue 348 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106






!###########################################################################

!  p53 1 tetramerization domain (326-356) unambiguous constraints

!###########################################################################




!  A-C

!*********



assign (residue 340 and name he# and segid p53A) (residue 343 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53A) (residue 343 and name hg# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hb# and segid p53A) (residue 344 and name hd# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hg# and segid p53A) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53A) (residue 344 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106


assign (residue 341 and name hd# and segid p53A) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name he# and segid p53A) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name hz and segid p53A) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 344 and name hd# and segid p53A) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

! assign (residue 344 and name hd# and segid p53A) (residue 345 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106 ! removed 220106





!  C-A

!*********


assign (residue 340 and name he# and segid p53C) (residue 343 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53C) (residue 343 and name hg# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hb# and segid p53C) (residue 344 and name hd# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hg# and segid p53C) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53A) (residue 344 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106


assign (residue 341 and name hd# and segid p53C) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name he# and segid p53C) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name hz and segid p53C) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 344 and name hd# and segid p53C) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

! assign (residue 344 and name hd# and segid p53C) (residue 345 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106 ! removed 220106



!  B-D

!*********


assign (residue 340 and name he# and segid p53B) (residue 343 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53B) (residue 343 and name hg# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hb# and segid p53B) (residue 344 and name hd# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hg# and segid p53B) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53D) (residue 344 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106


assign (residue 341 and name hd# and segid p53B) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name he# and segid p53B) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name hz and segid p53B) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 344 and name hd# and segid p53B) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

! assign (residue 344 and name hd# and segid p53B) (residue 345 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106 ! removed 220106





!  D-B

!*********


assign (residue 340 and name he# and segid p53D) (residue 343 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53D) (residue 343 and name hg# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hb# and segid p53D) (residue 344 and name hd# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name hg# and segid p53D) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 340 and name he# and segid p53B) (residue 344 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106


assign (residue 341 and name hd# and segid p53D) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name he# and segid p53D) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 341 and name hz and segid p53D) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 344 and name hd# and segid p53D) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

! assign (residue 344 and name hd# and segid p53D) (residue 345 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106 ! removed 220106




!###########################################################################

!  p53 1 tetramerization domain (326-356) unambiguous constraints

!###########################################################################



!  A-D

!**********



assign (residue 343 and name hg# and segid p53A) (residue 348 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 343 and name ha and segid p53A) (residue 351 and name he# and segid p53D) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hb# and segid p53A) (residue 351 and name he# and segid p53D) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hg# and segid p53A) (residue 351 and name he# and segid p53D) 5.0 5.0 0.0 ! 070306


assign (residue 344 and name hd# and segid p53A) (residue 344 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53A) (residue 345 and name ha and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53A) (residue 348 and name hd# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 346 and name ha and segid p53A) (residue 351 and name he# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 347 and name hb# and segid p53A) (residue 347 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53A) (residue 351 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53A) (residue 351 and name he# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53A) (residue 351 and name he# and segid p53D) 5.0 5.0 0.0 ! 070306

assign (residue 347 and name hb# and segid p53A) (residue 348 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53A) (residue 348 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53A) (residue 349 and name hn and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53A) (residue 350 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53A) (residue 350 and name hd# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 350 and name hd# and segid p53A) (residue 350 and name hd# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53A) (residue 352 and name hn and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53A) (residue 351 and name hn and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53A) (residue 351 and name ha and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53A) (residue 351 and name hb# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53A) (residue 351 and name hg# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53A) (residue 351 and name he# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hg and segid p53A) (residue 354 and name hg# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53A) (residue 354 and name hg# and segid p53D) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53A) (residue 354 and name he2# and segid p53D) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 353 and name hb# and segid p53A) (residue 354 and name he2# and segid p53D) 6.0 6.0 0.0 ! 140106 ! changed 220106






!  D-A

!**********



assign (residue 343 and name hg# and segid p53D) (residue 348 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 343 and name ha and segid p53D) (residue 351 and name he# and segid p53A) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hb# and segid p53D) (residue 351 and name he# and segid p53A) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hg# and segid p53D) (residue 351 and name he# and segid p53A) 5.0 5.0 0.0 ! 070306


assign (residue 344 and name hd# and segid p53D) (residue 344 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53D) (residue 345 and name ha and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53D) (residue 348 and name hd# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 346 and name ha and segid p53D) (residue 351 and name he# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 347 and name hb# and segid p53D) (residue 347 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53D) (residue 351 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53D) (residue 351 and name he# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53D) (residue 351 and name he# and segid p53A) 5.0 5.0 0.0 ! 070306

assign (residue 347 and name hb# and segid p53D) (residue 348 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53D) (residue 348 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53D) (residue 349 and name hn and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53D) (residue 350 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53D) (residue 350 and name hd# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 350 and name hd# and segid p53D) (residue 350 and name hd# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53D) (residue 352 and name hn and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53D) (residue 351 and name hn and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53D) (residue 351 and name ha and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53D) (residue 351 and name hb# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53D) (residue 351 and name hg# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53D) (residue 351 and name he# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hg and segid p53D) (residue 354 and name hg# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53D) (residue 354 and name hg# and segid p53A) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53D) (residue 354 and name he2# and segid p53A) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 353 and name hb# and segid p53D) (residue 354 and name he2# and segid p53A) 6.0 6.0 0.0 ! 140106 ! changed 220106



!  B-C

!**********




assign (residue 343 and name hg# and segid p53B) (residue 348 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 343 and name ha and segid p53B) (residue 351 and name he# and segid p53C) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hb# and segid p53B) (residue 351 and name he# and segid p53C) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hg# and segid p53B) (residue 351 and name he# and segid p53C) 5.0 5.0 0.0 ! 070306


assign (residue 344 and name hd# and segid p53B) (residue 344 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53B) (residue 345 and name ha and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53B) (residue 348 and name hd# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 346 and name ha and segid p53B) (residue 351 and name he# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 347 and name hb# and segid p53B) (residue 347 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53B) (residue 351 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53B) (residue 351 and name he# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53B) (residue 351 and name he# and segid p53C) 5.0 5.0 0.0 ! 070306

assign (residue 347 and name hb# and segid p53B) (residue 348 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53B) (residue 348 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53B) (residue 349 and name hn and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53B) (residue 350 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53B) (residue 350 and name hd# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 350 and name hd# and segid p53B) (residue 350 and name hd# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53B) (residue 352 and name hn and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53B) (residue 351 and name hn and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53B) (residue 351 and name ha and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53B) (residue 351 and name hb# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53B) (residue 351 and name hg# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53B) (residue 351 and name he# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hg and segid p53B) (residue 354 and name hg# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53B) (residue 354 and name hg# and segid p53C) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53B) (residue 354 and name he2# and segid p53C) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 353 and name hb# and segid p53B) (residue 354 and name he2# and segid p53C) 6.0 6.0 0.0 ! 140106 ! changed 220106





!  C-B

!**********




assign (residue 343 and name hg# and segid p53C) (residue 348 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 343 and name ha and segid p53C) (residue 351 and name he# and segid p53B) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hb# and segid p53C) (residue 351 and name he# and segid p53B) 6.0 6.0 0.0 ! 070306

assign (residue 343 and name hg# and segid p53C) (residue 351 and name he# and segid p53B) 5.0 5.0 0.0 ! 070306


assign (residue 344 and name hd# and segid p53C) (residue 344 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53C) (residue 345 and name ha and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 344 and name hd# and segid p53C) (residue 348 and name hd# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 346 and name ha and segid p53C) (residue 351 and name he# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 347 and name hb# and segid p53C) (residue 347 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53C) (residue 351 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name ha and segid p53C) (residue 351 and name he# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53C) (residue 351 and name he# and segid p53B) 5.0 5.0 0.0 ! 070306

assign (residue 347 and name hb# and segid p53C) (residue 348 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53C) (residue 348 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 347 and name hb# and segid p53C) (residue 349 and name hn and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53C) (residue 350 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 347 and name hb# and segid p53C) (residue 350 and name hd# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106


assign (residue 350 and name hd# and segid p53C) (residue 350 and name hd# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53C) (residue 352 and name hn and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53C) (residue 351 and name hn and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53C) (residue 351 and name ha and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53C) (residue 351 and name hb# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53C) (residue 351 and name hg# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hd# and segid p53C) (residue 351 and name he# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106
 
assign (residue 350 and name hg and segid p53C) (residue 354 and name hg# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106

assign (residue 350 and name hd# and segid p53C) (residue 354 and name hg# and segid p53B) 5.0 5.0 0.0 ! 140106

assign (residue 350 and name hd# and segid p53C) (residue 354 and name he2# and segid p53B) 7.0 7.0 0.0 ! 140106 ! changed 220106


assign (residue 353 and name hb# and segid p53C) (residue 354 and name he2# and segid p53B) 6.0 6.0 0.0 ! 140106 ! changed 220106





  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1    H1   GLU 326           H1       GLU 326 -18.841   5.107   9.914
    2    H2   GLU 326           H2       GLU 326 -18.422   6.570   9.122
    3    H3   GLU 326           H3       GLU 326 -19.883   6.463  10.016
    4    HB2  GLU 326           HB2      GLU 326 -20.840   7.421   8.200
    5    HB3  GLU 326           HB3      GLU 326 -19.656   7.186   6.921
    6    HG2  GLU 326           HG2      GLU 326 -21.722   7.243   5.837
    7    HG3  GLU 326           HG3      GLU 326 -21.292   5.535   5.909
    8    HA   GLU 326           HA       GLU 326 -20.737   4.861   8.500

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    SER 327           H        SER 327 -20.459   3.423   6.847
    2    HA   SER 327           HA       SER 327 -17.865   2.466   6.315
    3    HG   SER 327           HG       SER 327 -19.876   0.227   6.710
    4    HB2  SER 327           HB2      SER 327 -20.254   1.888   4.571
    5    HB3  SER 327           HB3      SER 327 -18.894   0.833   4.953

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    PHE 328           H        PHE 328 -16.698   2.405   4.334
    2    HA   PHE 328           HA       PHE 328 -17.382   4.540   2.428
    3    HD1  PHE 328           HD1      PHE 328 -13.786   4.627   5.345
    4    HD2  PHE 328           HD2      PHE 328 -17.277   6.462   3.748
    5    HE1  PHE 328           HE1      PHE 328 -14.018   5.961   7.398
    6    HE2  PHE 328           HE2      PHE 328 -17.516   7.801   5.798
    7    HZ   PHE 328           HZ       PHE 328 -15.885   7.552   7.627
    8    HB2  PHE 328           HB2      PHE 328 -14.555   3.947   3.302
    9    HB3  PHE 328           HB3      PHE 328 -15.127   5.310   2.346

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLY 329           H        GLY 329 -17.791   3.578   0.550
    2    HA2  GLY 329           HA2      GLY 329 -17.767   1.943  -1.097
    3    HA3  GLY 329           HA3      GLY 329 -16.642   1.015  -0.116

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    LEU 330           H        LEU 330 -15.295   0.532  -1.850
    2    HA   LEU 330           HA       LEU 330 -13.818   2.829  -2.960
    3    HG   LEU 330           HG       LEU 330 -11.556   2.956  -1.818
    4   HD11  LEU 330          1HD1      LEU 330 -10.276   0.299  -2.051
    5   HD12  LEU 330          2HD1      LEU 330  -9.294   1.704  -2.469
    6   HD13  LEU 330          3HD1      LEU 330 -10.024   1.583  -0.868
    7   HD21  LEU 330          1HD2      LEU 330 -11.689   1.846  -4.537
    8   HD22  LEU 330          2HD2      LEU 330 -11.623   3.523  -3.994
    9   HD23  LEU 330          3HD2      LEU 330 -10.143   2.568  -4.092
   10    HB2  LEU 330           HB2      LEU 330 -12.788   0.941  -1.280
   11    HB3  LEU 330           HB3      LEU 330 -12.408   0.250  -2.846

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLY 331           H        GLY 331 -14.128   3.042  -5.070
    2    HA2  GLY 331           HA2      GLY 331 -15.223   2.314  -7.083
    3    HA3  GLY 331           HA3      GLY 331 -14.850   0.656  -6.636

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ILE 332           H        ILE 332 -12.710  -0.122  -6.913
    2    HA   ILE 332           HA       ILE 332 -10.886   1.581  -8.442
    3    HB   ILE 332           HB       ILE 332 -10.343  -1.196  -7.399
    4   HG12  ILE 332          2HG1      ILE 332  -8.962   0.462  -5.738
    5   HG21  ILE 332          1HG2      ILE 332  -8.799   0.850  -8.830
    6   HG22  ILE 332          2HG2      ILE 332  -7.974   0.123  -7.451
    7   HG23  ILE 332          3HG2      ILE 332  -8.578  -0.898  -8.756
    8   HD11  ILE 332          1HD1      ILE 332 -10.464  -1.454  -5.116
    9   HD12  ILE 332          2HD1      ILE 332 -10.469  -0.079  -4.011
   10   HD13  ILE 332          3HD1      ILE 332 -11.801  -0.304  -5.144
   11   HG13  ILE 332          3HG1      ILE 332 -10.419   1.411  -6.016

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ARG 333           H        ARG 333 -10.214   1.123 -10.499
    2    HA   ARG 333           HA       ARG 333 -11.812  -0.864 -11.942
    3    HE   ARG 333           HE       ARG 333  -9.688   3.468 -10.149
    4   HH11  ARG 333          1HH1      ARG 333  -8.962   4.243 -13.474
    5   HH12  ARG 333          2HH1      ARG 333  -7.522   5.122 -13.085
    6   HH21  ARG 333          1HH2      ARG 333  -7.794   4.624  -9.636
    7   HH22  ARG 333          2HH2      ARG 333  -6.858   5.339 -10.906
    8    HB2  ARG 333           HB2      ARG 333 -10.890   0.369 -13.977
    9    HB3  ARG 333           HB3      ARG 333 -12.018   1.252 -12.957
   10    HG2  ARG 333           HG2      ARG 333  -9.133   1.548 -12.362
   11    HG3  ARG 333           HG3      ARG 333  -9.748   2.311 -13.829
   12    HD2  ARG 333           HD2      ARG 333 -10.901   3.867 -12.685
   13    HD3  ARG 333           HD3      ARG 333 -11.406   2.723 -11.443

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLY 334           H        GLY 334  -9.571  -1.671 -10.306
    2    HA2  GLY 334           HA2      GLY 334  -7.144  -2.128 -11.187
    3    HA3  GLY 334           HA3      GLY 334  -8.038  -3.043 -12.391

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ARG 335           H        ARG 335  -8.156  -5.138 -11.985
    2    HA   ARG 335           HA       ARG 335  -9.067  -6.254  -9.586
    3    HE   ARG 335           HE       ARG 335  -5.618  -9.065 -13.584
    4   HH11  ARG 335          1HH1      ARG 335  -8.734 -10.065 -14.796
    5   HH12  ARG 335          2HH1      ARG 335  -8.093 -11.390 -15.709
    6   HH21  ARG 335          1HH2      ARG 335  -4.773 -10.807 -14.784
    7   HH22  ARG 335          2HH2      ARG 335  -5.845 -11.812 -15.701
    8    HB2  ARG 335           HB2      ARG 335  -8.282  -8.413 -10.524
    9    HB3  ARG 335           HB3      ARG 335  -9.238  -7.475 -11.663
   10    HG2  ARG 335           HG2      ARG 335  -6.900  -6.619 -12.462
   11    HG3  ARG 335           HG3      ARG 335  -6.329  -8.103 -11.696
   12    HD2  ARG 335           HD2      ARG 335  -8.452  -9.025 -13.113
   13    HD3  ARG 335           HD3      ARG 335  -7.890  -7.719 -14.156

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 336           H        GLU 336  -5.807  -5.649 -10.773
    2    HA   GLU 336           HA       GLU 336  -4.468  -7.061  -8.702
    3    HB2  GLU 336           HB2      GLU 336  -3.599  -4.967 -10.681
    4    HB3  GLU 336           HB3      GLU 336  -2.500  -5.587  -9.457
    5    HG2  GLU 336           HG2      GLU 336  -1.967  -7.068 -11.047
    6    HG3  GLU 336           HG3      GLU 336  -3.418  -7.898 -10.489

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ARG 337           H        ARG 337  -5.332  -3.658  -9.174
    2    HA   ARG 337           HA       ARG 337  -4.052  -2.621  -6.909
    3    HE   ARG 337           HE       ARG 337  -2.522   1.718  -7.254
    4   HH11  ARG 337          1HH1      ARG 337  -2.379  -1.756  -7.545
    5   HH12  ARG 337          2HH1      ARG 337  -0.705  -1.775  -7.986
    6   HH21  ARG 337          1HH2      ARG 337  -0.321   1.695  -7.835
    7   HH22  ARG 337          2HH2      ARG 337   0.464   0.184  -8.151
    8    HB2  ARG 337           HB2      ARG 337  -6.141  -1.734  -8.779
    9    HB3  ARG 337           HB3      ARG 337  -6.256  -1.015  -7.179
   10    HG2  ARG 337           HG2      ARG 337  -3.733  -1.013  -8.812
   11    HG3  ARG 337           HG3      ARG 337  -4.930   0.282  -8.858
   12    HD2  ARG 337           HD2      ARG 337  -4.540   0.879  -6.632
   13    HD3  ARG 337           HD3      ARG 337  -3.731  -0.645  -6.271

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    PHE 338           H        PHE 338  -7.444  -3.618  -7.327
    2    HA   PHE 338           HA       PHE 338  -8.260  -3.185  -4.694
    3    HD1  PHE 338           HD1      PHE 338 -11.610  -3.092  -5.107
    4    HD2  PHE 338           HD2      PHE 338  -9.530  -6.773  -4.628
    5    HE1  PHE 338           HE1      PHE 338 -13.290  -3.823  -3.464
    6    HE2  PHE 338           HE2      PHE 338 -11.206  -7.512  -2.986
    7    HZ   PHE 338           HZ       PHE 338 -13.090  -6.036  -2.402
    8    HB2  PHE 338           HB2      PHE 338  -9.843  -3.594  -6.520
    9    HB3  PHE 338           HB3      PHE 338  -9.262  -5.249  -6.670

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLU 339           H        GLU 339  -6.585  -5.889  -6.167
    2    HA   GLU 339           HA       GLU 339  -6.917  -7.767  -4.112
    3    HB2  GLU 339           HB2      GLU 339  -4.993  -7.382  -6.345
    4    HB3  GLU 339           HB3      GLU 339  -4.501  -8.462  -5.048
    5    HG2  GLU 339           HG2      GLU 339  -7.219  -8.935  -5.998
    6    HG3  GLU 339           HG3      GLU 339  -5.981  -9.162  -7.232

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    MET 340           H        MET 340  -4.507  -5.226  -4.596
    2    HA   MET 340           HA       MET 340  -2.905  -5.883  -2.360
    3    HB2  MET 340           HB2      MET 340  -3.249  -3.097  -3.458
    4    HB3  MET 340           HB3      MET 340  -1.828  -3.797  -2.694
    5    HG2  MET 340           HG2      MET 340  -1.889  -5.429  -4.723
    6    HG3  MET 340           HG3      MET 340  -2.863  -4.160  -5.463
    7    HE1  MET 340           HE1      MET 340  -2.117  -1.624  -5.085
    8    HE2  MET 340           HE2      MET 340  -1.060  -1.642  -3.673
    9    HE3  MET 340           HE3      MET 340  -0.442  -1.094  -5.231

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    PHE 341           H        PHE 341  -5.291  -3.263  -2.789
    2    HA   PHE 341           HA       PHE 341  -5.363  -2.488  -0.096
    3    HD1  PHE 341           HD1      PHE 341  -7.386  -1.235  -4.055
    4    HD2  PHE 341           HD2      PHE 341  -4.593  -0.481  -0.934
    5    HE1  PHE 341           HE1      PHE 341  -6.056   0.155  -5.583
    6    HE2  PHE 341           HE2      PHE 341  -3.261   0.912  -2.456
    7    HZ   PHE 341           HZ       PHE 341  -3.991   1.223  -4.782
    8    HB2  PHE 341           HB2      PHE 341  -7.682  -2.259  -2.013
    9    HB3  PHE 341           HB3      PHE 341  -7.270  -1.188  -0.674

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    ARG 342           H        ARG 342  -6.869  -5.148  -1.745
    2    HA   ARG 342           HA       ARG 342  -8.854  -5.623   0.283
    3    HE   ARG 342           HE       ARG 342 -11.151 -10.076  -0.751
    4   HH11  ARG 342          1HH1      ARG 342  -8.622 -11.375  -2.775
    5   HH12  ARG 342          2HH1      ARG 342  -9.233 -12.994  -2.714
    6   HH21  ARG 342          1HH2      ARG 342 -11.956 -12.205  -0.669
    7   HH22  ARG 342          2HH2      ARG 342 -11.125 -13.466  -1.519
    8    HB2  ARG 342           HB2      ARG 342  -9.240  -6.326  -2.034
    9    HB3  ARG 342           HB3      ARG 342  -7.856  -7.406  -1.947
   10    HG2  ARG 342           HG2      ARG 342  -9.262  -8.326   0.138
   11    HG3  ARG 342           HG3      ARG 342 -10.581  -7.720  -0.866
   12    HD2  ARG 342           HD2      ARG 342  -9.676  -9.035  -2.762
   13    HD3  ARG 342           HD3      ARG 342  -8.458  -9.703  -1.677

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 343           H        GLU 343  -5.720  -7.015  -0.604
    2    HA   GLU 343           HA       GLU 343  -5.723  -9.002   1.426
    3    HB2  GLU 343           HB2      GLU 343  -4.280  -8.884  -0.703
    4    HB3  GLU 343           HB3      GLU 343  -3.244  -7.798   0.213
    5    HG2  GLU 343           HG2      GLU 343  -2.171  -9.658   0.810
    6    HG3  GLU 343           HG3      GLU 343  -3.504  -9.873   1.944

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 344           H        LEU 344  -4.795  -5.646   1.298
    2    HA   LEU 344           HA       LEU 344  -3.269  -5.610   3.698
    3    HG   LEU 344           HG       LEU 344  -1.739  -3.911   3.204
    4   HD11  LEU 344          1HD1      LEU 344  -2.449  -5.309   1.161
    5   HD12  LEU 344          2HD1      LEU 344  -2.279  -3.802   0.261
    6   HD13  LEU 344          3HD1      LEU 344  -0.894  -4.479   1.117
    7   HD21  LEU 344          1HD2      LEU 344  -2.717  -1.685   1.420
    8   HD22  LEU 344          2HD2      LEU 344  -2.250  -1.550   3.115
    9   HD23  LEU 344          3HD2      LEU 344  -1.038  -1.941   1.895
   10    HB2  LEU 344           HB2      LEU 344  -4.409  -3.609   1.838
   11    HB3  LEU 344           HB3      LEU 344  -4.108  -3.058   3.475

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ASN 345           H        ASN 345  -6.647  -4.881   2.918
    2    HA   ASN 345           HA       ASN 345  -7.386  -4.056   5.521
    3   HD21  ASN 345          1HD2      ASN 345  -9.543  -2.346   5.254
    4   HD22  ASN 345          2HD2      ASN 345 -10.962  -2.867   6.092
    5    HB2  ASN 345           HB2      ASN 345  -8.712  -3.534   3.499
    6    HB3  ASN 345           HB3      ASN 345  -9.129  -5.238   3.346

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    GLU 346           H        GLU 346  -7.444  -7.185   3.881
    2    HA   GLU 346           HA       GLU 346  -8.732  -8.548   6.041
    3    HB2  GLU 346           HB2      GLU 346  -7.285  -9.465   3.566
    4    HB3  GLU 346           HB3      GLU 346  -7.864 -10.608   4.770
    5    HG2  GLU 346           HG2      GLU 346 -10.144  -9.759   4.460
    6    HG3  GLU 346           HG3      GLU 346  -9.550  -8.655   3.221

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ALA 347           H        ALA 347  -5.417  -7.954   5.068
    2    HA   ALA 347           HA       ALA 347  -4.276  -9.769   6.977
    3    HB1  ALA 347           HB1      ALA 347  -2.888  -7.511   5.544
    4    HB2  ALA 347           HB2      ALA 347  -3.178  -9.096   4.828
    5    HB3  ALA 347           HB3      ALA 347  -2.155  -8.948   6.257

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    LEU 348           H        LEU 348  -5.163  -6.392   6.909
    2    HA   LEU 348           HA       LEU 348  -3.715  -5.685   9.281
    3    HG   LEU 348           HG       LEU 348  -2.943  -4.151   7.734
    4   HD11  LEU 348          1HD1      LEU 348  -5.103  -2.681   6.394
    5   HD12  LEU 348          2HD1      LEU 348  -3.580  -1.804   6.544
    6   HD13  LEU 348          3HD1      LEU 348  -3.618  -3.373   5.740
    7   HD21  LEU 348          1HD2      LEU 348  -4.251  -2.156   9.490
    8   HD22  LEU 348          2HD2      LEU 348  -2.654  -2.896   9.603
    9   HD23  LEU 348          3HD2      LEU 348  -2.941  -1.588   8.455
   10    HB2  LEU 348           HB2      LEU 348  -5.678  -4.353   7.486
   11    HB3  LEU 348           HB3      LEU 348  -5.493  -3.711   9.107

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLU 349           H        GLU 349  -6.892  -6.916   8.543
    2    HA   GLU 349           HA       GLU 349  -8.076  -6.305  11.062
    3    HB2  GLU 349           HB2      GLU 349  -9.150  -6.979   8.742
    4    HB3  GLU 349           HB3      GLU 349  -9.020  -8.603   9.404
    5    HG2  GLU 349           HG2      GLU 349 -10.394  -6.329  10.811
    6    HG3  GLU 349           HG3      GLU 349 -11.219  -7.484   9.765

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 350           H        LEU 350  -6.144  -8.929   9.823
    2    HA   LEU 350           HA       LEU 350  -6.735 -10.834  11.829
    3    HG   LEU 350           HG       LEU 350  -6.854 -11.829   9.585
    4   HD11  LEU 350          1HD1      LEU 350  -4.147 -12.581   8.511
    5   HD12  LEU 350          2HD1      LEU 350  -5.650 -13.302   7.937
    6   HD13  LEU 350          3HD1      LEU 350  -5.376 -11.570   7.752
    7   HD21  LEU 350          1HD2      LEU 350  -4.968 -13.655  11.026
    8   HD22  LEU 350          2HD2      LEU 350  -6.691 -13.391  11.296
    9   HD23  LEU 350          3HD2      LEU 350  -6.149 -14.294   9.882
   10    HB2  LEU 350           HB2      LEU 350  -4.573 -10.471   9.810
   11    HB3  LEU 350           HB3      LEU 350  -4.308 -11.617  11.110

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    LYS 351           H        LYS 351  -4.416  -8.206  11.610
    2    HA   LYS 351           HA       LYS 351  -2.785  -8.884  13.784
    3    HB2  LYS 351           HB2      LYS 351  -3.369  -6.423  12.244
    4    HB3  LYS 351           HB3      LYS 351  -2.685  -6.185  13.846
    5    HG2  LYS 351           HG2      LYS 351  -0.716  -6.404  12.822
    6    HG3  LYS 351           HG3      LYS 351  -1.068  -8.133  12.837
    7    HD2  LYS 351           HD2      LYS 351  -0.747  -7.981  10.615
    8    HD3  LYS 351           HD3      LYS 351  -2.395  -7.349  10.602
    9    HE2  LYS 351           HE2      LYS 351  -0.999  -5.879   9.317
   10    HE3  LYS 351           HE3      LYS 351  -1.459  -5.059  10.809
   11    HZ1  LYS 351           HZ1      LYS 351   0.821  -6.171  11.568
   12    HZ2  LYS 351           HZ2      LYS 351   1.157  -5.971   9.923
   13    HZ3  LYS 351           HZ3      LYS 351   0.739  -4.632  10.869

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    ASP 352           H        ASP 352  -5.870  -7.206  13.620
    2    HA   ASP 352           HA       ASP 352  -5.955  -6.200  16.231
    3    HB2  ASP 352           HB2      ASP 352  -7.981  -6.854  14.149
    4    HB3  ASP 352           HB3      ASP 352  -8.556  -6.608  15.795

  No H/Q in entry =           4
  Start of MODEL    1
    1    H    ALA 353           H        ALA 353  -6.872  -9.349  14.924
    2    HA   ALA 353           HA       ALA 353  -8.104 -10.400  17.207
    3    HB1  ALA 353           HB1      ALA 353  -8.492 -11.780  15.455
    4    HB2  ALA 353           HB2      ALA 353  -7.087 -12.621  16.110
    5    HB3  ALA 353           HB3      ALA 353  -6.898 -11.514  14.750

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLN 354           H        GLN 354  -4.732 -10.056  16.353
    2    HA   GLN 354           HA       GLN 354  -3.758 -11.784  18.425
    3   HE21  GLN 354          1HE2      GLN 354  -2.410 -14.156  15.238
    4   HE22  GLN 354          2HE2      GLN 354  -2.246 -15.150  16.641
    5    HB2  GLN 354           HB2      GLN 354  -2.432  -9.778  16.609
    6    HB3  GLN 354           HB3      GLN 354  -1.544 -10.649  17.851
    7    HG2  GLN 354           HG2      GLN 354  -3.038 -11.876  15.545
    8    HG3  GLN 354           HG3      GLN 354  -1.289 -11.715  15.692

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    ALA 355           H        ALA 355  -3.695  -8.251  17.946
    2    HA   ALA 355           HA       ALA 355  -3.587  -6.516  19.414
    3    HB1  ALA 355           HB1      ALA 355  -4.851  -8.570  21.220
    4    HB2  ALA 355           HB2      ALA 355  -4.653  -6.870  21.647
    5    HB3  ALA 355           HB3      ALA 355  -5.664  -7.322  20.274

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLY 356           H        GLY 356  -2.727  -5.911  21.723
    2    HA2  GLY 356           HA2      GLY 356  -0.048  -6.225  21.863
    3    HA3  GLY 356           HA3      GLY 356  -0.636  -7.646  22.713

  No H/Q in entry =           3
  Start of MODEL    1
    1    H1   GLU 326           H1       GLU 326 -14.040  -2.424 -15.913
    2    H2   GLU 326           H2       GLU 326 -13.827  -4.027 -16.488
    3    H3   GLU 326           H3       GLU 326 -15.219  -3.620 -15.571
    4    HA   GLU 326           HA       GLU 326 -13.835  -4.752 -14.138
    5    HB2  GLU 326           HB2      GLU 326 -11.448  -3.941 -13.850
    6    HB3  GLU 326           HB3      GLU 326 -11.804  -4.757 -15.366
    7    HG2  GLU 326           HG2      GLU 326 -12.127  -1.835 -15.393
    8    HG3  GLU 326           HG3      GLU 326 -10.479  -2.422 -15.172

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    SER 327           H        SER 327 -14.815  -4.086 -12.337
    2    HA   SER 327           HA       SER 327 -13.883  -1.789 -10.932
    3    HG   SER 327           HG       SER 327 -15.642   0.553 -12.498
    4    HB2  SER 327           HB2      SER 327 -16.648  -1.698 -12.152
    5    HB3  SER 327           HB3      SER 327 -16.149  -0.669 -10.810

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    PHE 328           H        PHE 328 -13.590  -2.950  -9.113
    2    HA   PHE 328           HA       PHE 328 -15.854  -4.514  -8.078
    3    HD1  PHE 328           HD1      PHE 328 -11.528  -4.934  -8.856
    4    HD2  PHE 328           HD2      PHE 328 -15.221  -7.048  -8.821
    5    HE1  PHE 328           HE1      PHE 328 -10.790  -6.247 -10.802
    6    HE2  PHE 328           HE2      PHE 328 -14.490  -8.365 -10.766
    7    HZ   PHE 328           HZ       PHE 328 -12.271  -7.966 -11.759
    8    HB2  PHE 328           HB2      PHE 328 -13.002  -4.620  -7.096
    9    HB3  PHE 328           HB3      PHE 328 -14.291  -5.781  -6.795

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLY 329           H        GLY 329 -16.461  -4.326  -5.876
    2    HA2  GLY 329           HA2      GLY 329 -17.307  -2.496  -4.505
    3    HA3  GLY 329           HA3      GLY 329 -15.751  -1.707  -4.711

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    LEU 330           H        LEU 330 -15.511  -1.513  -2.454
    2    HA   LEU 330           HA       LEU 330 -15.146  -4.032  -0.989
    3    HG   LEU 330           HG       LEU 330 -13.021  -4.873  -0.781
    4   HD11  LEU 330          1HD1      LEU 330 -11.052  -3.362  -1.651
    5   HD12  LEU 330          2HD1      LEU 330 -10.659  -3.276   0.066
    6   HD13  LEU 330          3HD1      LEU 330 -10.735  -4.841  -0.744
    7   HD21  LEU 330          1HD2      LEU 330 -13.740  -3.499   1.428
    8   HD22  LEU 330          2HD2      LEU 330 -12.919  -5.060   1.461
    9   HD23  LEU 330          3HD2      LEU 330 -11.992  -3.572   1.650
   10    HB2  LEU 330           HB2      LEU 330 -13.033  -2.574  -1.927
   11    HB3  LEU 330           HB3      LEU 330 -13.229  -1.909  -0.316

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLY 331           H        GLY 331 -15.896  -4.022   1.059
    2    HA2  GLY 331           HA2      GLY 331 -17.549  -3.139   2.536
    3    HA3  GLY 331           HA3      GLY 331 -17.121  -1.523   1.997

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ILE 332           H        ILE 332 -15.226  -0.534   2.822
    2    HA   ILE 332           HA       ILE 332 -14.103  -1.839   5.211
    3    HB   ILE 332           HB       ILE 332 -12.872   0.444   3.672
    4   HG12  ILE 332          2HG1      ILE 332 -12.027  -2.449   3.532
    5   HG21  ILE 332          1HG2      ILE 332 -12.168  -1.083   6.082
    6   HG22  ILE 332          2HG2      ILE 332 -10.851  -0.839   4.935
    7   HG23  ILE 332          3HG2      ILE 332 -11.713   0.550   5.596
    8   HD11  ILE 332          1HD1      ILE 332 -10.377  -0.686   2.899
    9   HD12  ILE 332          2HD1      ILE 332 -10.777  -1.831   1.618
   10   HD13  ILE 332          3HD1      ILE 332 -11.479  -0.213   1.605
   11   HG13  ILE 332          3HG1      ILE 332 -13.142  -1.738   2.370

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ARG 333           H        ARG 333 -14.512  -0.980   7.142
    2    HA   ARG 333           HA       ARG 333 -15.865   1.616   7.251
    3    HE   ARG 333           HE       ARG 333 -19.691   1.337  10.285
    4   HH11  ARG 333          1HH1      ARG 333 -17.788   0.933  13.182
    5   HH12  ARG 333          2HH1      ARG 333 -19.096   1.327  14.246
    6   HH21  ARG 333          1HH2      ARG 333 -21.412   1.856  11.683
    7   HH22  ARG 333          2HH2      ARG 333 -21.154   1.851  13.395
    8    HB2  ARG 333           HB2      ARG 333 -16.582  -0.710   8.397
    9    HB3  ARG 333           HB3      ARG 333 -15.596  -0.045   9.693
   10    HG2  ARG 333           HG2      ARG 333 -17.095   2.103   9.144
   11    HG3  ARG 333           HG3      ARG 333 -18.218   0.830   8.661
   12    HD2  ARG 333           HD2      ARG 333 -17.577  -0.234  10.945
   13    HD3  ARG 333           HD3      ARG 333 -17.032   1.394  11.348

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLY 334           H        GLY 334 -13.001   1.430   6.843
    2    HA2  GLY 334           HA2      GLY 334 -11.008   1.750   8.238
    3    HA3  GLY 334           HA3      GLY 334 -12.040   2.592   9.384

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ARG 335           H        ARG 335 -12.094   4.741   9.282
    2    HA   ARG 335           HA       ARG 335 -12.099   6.272   6.938
    3    HE   ARG 335           HE       ARG 335 -13.011  10.530   7.220
    4   HH11  ARG 335          1HH1      ARG 335 -13.325  11.406  10.583
    5   HH12  ARG 335          2HH1      ARG 335 -14.027  12.953  10.244
    6   HH21  ARG 335          1HH2      ARG 335 -13.934  12.563   6.772
    7   HH22  ARG 335          2HH2      ARG 335 -14.374  13.610   8.080
    8    HB2  ARG 335           HB2      ARG 335 -12.910   7.103   9.106
    9    HB3  ARG 335           HB3      ARG 335 -11.264   7.099   9.724
   10    HG2  ARG 335           HG2      ARG 335 -10.643   8.929   8.470
   11    HG3  ARG 335           HG3      ARG 335 -11.916   8.672   7.275
   12    HD2  ARG 335           HD2      ARG 335 -13.406   9.097   9.480
   13    HD3  ARG 335           HD3      ARG 335 -11.995  10.080   9.867

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 336           H        GLU 336  -9.449   5.442   9.147
    2    HA   GLU 336           HA       GLU 336  -7.487   6.916   7.685
    3    HB2  GLU 336           HB2      GLU 336  -7.493   6.094  10.179
    4    HB3  GLU 336           HB3      GLU 336  -6.778   4.640   9.496
    5    HG2  GLU 336           HG2      GLU 336  -4.967   5.974   8.546
    6    HG3  GLU 336           HG3      GLU 336  -5.685   7.432   9.230

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ARG 337           H        ARG 337  -8.204   3.442   8.001
    2    HA   ARG 337           HA       ARG 337  -6.246   2.522   6.229
    3    HE   ARG 337           HE       ARG 337  -6.527   0.817   8.977
    4   HH11  ARG 337          1HH1      ARG 337  -3.363   1.314   7.590
    5   HH12  ARG 337          2HH1      ARG 337  -2.757   2.171   8.967
    6   HH21  ARG 337          1HH2      ARG 337  -5.730   1.943  10.790
    7   HH22  ARG 337          2HH2      ARG 337  -4.100   2.527  10.784
    8    HB2  ARG 337           HB2      ARG 337  -8.081   1.326   7.831
    9    HB3  ARG 337           HB3      ARG 337  -8.805   1.043   6.255
   10    HG2  ARG 337           HG2      ARG 337  -7.370  -0.808   7.003
   11    HG3  ARG 337           HG3      ARG 337  -6.821  -0.084   5.490
   12    HD2  ARG 337           HD2      ARG 337  -5.045  -0.615   7.237
   13    HD3  ARG 337           HD3      ARG 337  -5.022   1.000   6.532

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    PHE 338           H        PHE 338  -9.678   3.248   5.625
    2    HA   PHE 338           HA       PHE 338  -9.605   2.704   2.862
    3    HD1  PHE 338           HD1      PHE 338 -12.156   6.177   2.925
    4    HD2  PHE 338           HD2      PHE 338 -11.984   2.111   1.681
    5    HE1  PHE 338           HE1      PHE 338 -13.333   6.767   0.847
    6    HE2  PHE 338           HE2      PHE 338 -13.160   2.694  -0.400
    7    HZ   PHE 338           HZ       PHE 338 -13.836   5.024  -0.820
    8    HB2  PHE 338           HB2      PHE 338 -11.711   2.838   4.097
    9    HB3  PHE 338           HB3      PHE 338 -11.434   4.545   4.423

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLU 339           H        GLU 339  -8.819   5.548   4.744
    2    HA   GLU 339           HA       GLU 339  -8.754   7.416   2.635
    3    HB2  GLU 339           HB2      GLU 339  -7.711   7.279   5.405
    4    HB3  GLU 339           HB3      GLU 339  -6.900   8.410   4.331
    5    HG2  GLU 339           HG2      GLU 339  -8.847   9.663   3.994
    6    HG3  GLU 339           HG3      GLU 339  -9.881   8.385   4.631

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    MET 340           H        MET 340  -6.421   5.092   3.843
    2    HA   MET 340           HA       MET 340  -4.185   6.062   2.397
    3    HB2  MET 340           HB2      MET 340  -4.455   4.242   4.347
    4    HB3  MET 340           HB3      MET 340  -4.406   3.152   2.968
    5    HG2  MET 340           HG2      MET 340  -2.237   3.673   2.454
    6    HG3  MET 340           HG3      MET 340  -2.328   5.267   3.200
    7    HE1  MET 340           HE1      MET 340  -3.239   1.774   4.092
    8    HE2  MET 340           HE2      MET 340  -1.562   1.263   4.290
    9    HE3  MET 340           HE3      MET 340  -2.586   1.498   5.707

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    PHE 341           H        PHE 341  -6.293   3.243   1.789
    2    HA   PHE 341           HA       PHE 341  -5.283   2.668  -0.763
    3    HD1  PHE 341           HD1      PHE 341  -4.666   0.881   0.498
    4    HD2  PHE 341           HD2      PHE 341  -8.698   0.813   1.854
    5    HE1  PHE 341           HE1      PHE 341  -3.994  -0.507   2.411
    6    HE2  PHE 341           HE2      PHE 341  -8.034  -0.578   3.771
    7    HZ   PHE 341           HZ       PHE 341  -5.678  -1.233   4.050
    8    HB2  PHE 341           HB2      PHE 341  -8.135   2.143   0.054
    9    HB3  PHE 341           HB3      PHE 341  -7.105   1.183  -1.006

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    ARG 342           H        ARG 342  -7.556   5.058   0.321
    2    HA   ARG 342           HA       ARG 342  -8.785   5.565  -2.192
    3    HE   ARG 342           HE       ARG 342 -13.027   7.053  -1.107
    4   HH11  ARG 342          1HH1      ARG 342 -11.560   8.010  -4.125
    5   HH12  ARG 342          2HH1      ARG 342 -12.993   8.778  -4.722
    6   HH21  ARG 342          1HH2      ARG 342 -14.912   8.061  -1.890
    7   HH22  ARG 342          2HH2      ARG 342 -14.896   8.807  -3.453
    8    HB2  ARG 342           HB2      ARG 342  -8.779   6.773   0.486
    9    HB3  ARG 342           HB3      ARG 342  -8.995   7.933  -0.817
   10    HG2  ARG 342           HG2      ARG 342 -10.662   5.453  -0.464
   11    HG3  ARG 342           HG3      ARG 342 -11.114   7.056   0.120
   12    HD2  ARG 342           HD2      ARG 342 -10.550   7.644  -2.439
   13    HD3  ARG 342           HD3      ARG 342 -11.075   5.971  -2.629

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 343           H        GLU 343  -5.949   6.830  -0.537
    2    HA   GLU 343           HA       GLU 343  -5.449   8.932  -2.395
    3    HB2  GLU 343           HB2      GLU 343  -4.564   8.638   0.024
    4    HB3  GLU 343           HB3      GLU 343  -3.323   7.633  -0.713
    5    HG2  GLU 343           HG2      GLU 343  -2.209   9.580  -0.809
    6    HG3  GLU 343           HG3      GLU 343  -3.140   9.787  -2.292

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 344           H        LEU 344  -4.555   5.558  -2.181
    2    HA   LEU 344           HA       LEU 344  -2.519   5.617  -4.161
    3    HG   LEU 344           HG       LEU 344  -1.323   4.388  -2.829
    4   HD11  LEU 344          1HD1      LEU 344  -3.145   3.720  -0.945
    5   HD12  LEU 344          2HD1      LEU 344  -2.163   2.256  -0.992
    6   HD13  LEU 344          3HD1      LEU 344  -1.407   3.814  -0.660
    7   HD21  LEU 344          1HD2      LEU 344  -1.930   1.648  -3.752
    8   HD22  LEU 344          2HD2      LEU 344  -0.521   2.665  -4.053
    9   HD23  LEU 344          3HD2      LEU 344  -0.677   1.806  -2.521
   10    HB2  LEU 344           HB2      LEU 344  -4.085   3.522  -2.755
   11    HB3  LEU 344           HB3      LEU 344  -3.330   3.067  -4.270

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ASN 345           H        ASN 345  -5.994   4.977  -4.236
    2    HA   ASN 345           HA       ASN 345  -6.146   4.183  -6.935
    3   HD21  ASN 345          1HD2      ASN 345 -10.280   5.030  -6.684
    4   HD22  ASN 345          2HD2      ASN 345 -10.434   3.709  -7.785
    5    HB2  ASN 345           HB2      ASN 345  -7.919   4.206  -4.917
    6    HB3  ASN 345           HB3      ASN 345  -8.439   5.663  -5.758

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    GLU 346           H        GLU 346  -6.426   7.342  -5.365
    2    HA   GLU 346           HA       GLU 346  -7.071   8.784  -7.720
    3    HB2  GLU 346           HB2      GLU 346  -7.256   9.454  -5.189
    4    HB3  GLU 346           HB3      GLU 346  -5.618  10.048  -5.426
    5    HG2  GLU 346           HG2      GLU 346  -6.735  11.214  -7.519
    6    HG3  GLU 346           HG3      GLU 346  -8.182  11.049  -6.525

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ALA 347           H        ALA 347  -4.025   8.190  -6.002
    2    HA   ALA 347           HA       ALA 347  -2.399   9.714  -7.746
    3    HB1  ALA 347           HB1      ALA 347  -1.510   9.235  -5.615
    4    HB2  ALA 347           HB2      ALA 347  -0.538   8.301  -6.751
    5    HB3  ALA 347           HB3      ALA 347  -1.790   7.504  -5.799

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    LEU 348           H        LEU 348  -3.646   6.464  -7.851
    2    HA   LEU 348           HA       LEU 348  -1.868   5.432  -9.803
    3    HG   LEU 348           HG       LEU 348  -3.782   3.770 -11.329
    4   HD11  LEU 348          1HD1      LEU 348  -2.092   2.318  -9.340
    5   HD12  LEU 348          2HD1      LEU 348  -2.604   1.512 -10.823
    6   HD13  LEU 348          3HD1      LEU 348  -1.650   2.993 -10.908
    7   HD21  LEU 348          1HD2      LEU 348  -5.186   2.380  -9.129
    8   HD22  LEU 348          2HD2      LEU 348  -5.736   2.778 -10.757
    9   HD23  LEU 348          3HD2      LEU 348  -4.674   1.394 -10.499
   10    HB2  LEU 348           HB2      LEU 348  -3.164   3.947  -8.407
   11    HB3  LEU 348           HB3      LEU 348  -4.664   4.622  -9.011

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLU 349           H        GLU 349  -4.972   7.099  -9.969
    2    HA   GLU 349           HA       GLU 349  -5.349   6.761 -12.762
    3    HB2  GLU 349           HB2      GLU 349  -7.168   7.320 -11.161
    4    HB3  GLU 349           HB3      GLU 349  -6.466   8.920 -10.965
    5    HG2  GLU 349           HG2      GLU 349  -7.958   9.467 -12.547
    6    HG3  GLU 349           HG3      GLU 349  -6.711   8.859 -13.635

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 350           H        LEU 350  -3.600   9.062 -10.814
    2    HA   LEU 350           HA       LEU 350  -3.293  11.063 -12.806
    3    HG   LEU 350           HG       LEU 350  -4.071  12.023 -10.640
    4   HD11  LEU 350          1HD1      LEU 350  -2.565  11.556  -8.531
    5   HD12  LEU 350          2HD1      LEU 350  -2.016  13.202  -8.845
    6   HD13  LEU 350          3HD1      LEU 350  -3.726  12.883  -8.554
    7   HD21  LEU 350          1HD2      LEU 350  -2.809  13.367 -12.317
    8   HD22  LEU 350          2HD2      LEU 350  -3.478  14.315 -10.988
    9   HD23  LEU 350          3HD2      LEU 350  -1.759  13.919 -11.011
   10    HB2  LEU 350           HB2      LEU 350  -2.004  10.439 -10.192
   11    HB3  LEU 350           HB3      LEU 350  -1.191  11.558 -11.270

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    LYS 351           H        LYS 351  -1.502   8.171 -11.954
    2    HA   LYS 351           HA       LYS 351   0.836   8.689 -13.431
    3    HB2  LYS 351           HB2      LYS 351   0.272   6.811 -11.692
    4    HB3  LYS 351           HB3      LYS 351  -0.239   5.911 -13.113
    5    HG2  LYS 351           HG2      LYS 351   2.127   6.641 -14.010
    6    HG3  LYS 351           HG3      LYS 351   2.480   6.770 -12.286
    7    HD2  LYS 351           HD2      LYS 351   1.129   4.316 -13.312
    8    HD3  LYS 351           HD3      LYS 351   2.864   4.513 -13.572
    9    HE2  LYS 351           HE2      LYS 351   3.014   4.999 -11.075
   10    HE3  LYS 351           HE3      LYS 351   1.366   4.381 -10.969
   11    HZ1  LYS 351           HZ1      LYS 351   2.413   2.383 -12.257
   12    HZ2  LYS 351           HZ2      LYS 351   3.853   2.949 -11.574
   13    HZ3  LYS 351           HZ3      LYS 351   2.565   2.496 -10.575

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    ASP 352           H        ASP 352  -2.307   7.468 -14.347
    2    HA   ASP 352           HA       ASP 352  -1.569   6.441 -16.886
    3    HB2  ASP 352           HB2      ASP 352  -3.806   6.264 -15.390
    4    HB3  ASP 352           HB3      ASP 352  -4.313   7.505 -16.531

  No H/Q in entry =           4
  Start of MODEL    1
    1    H    ALA 353           H        ALA 353  -2.509   9.611 -15.728
    2    HA   ALA 353           HA       ALA 353  -2.960  10.791 -18.269
    3    HB1  ALA 353           HB1      ALA 353  -2.331  11.973 -15.574
    4    HB2  ALA 353           HB2      ALA 353  -3.898  11.865 -16.375
    5    HB3  ALA 353           HB3      ALA 353  -2.659  12.949 -17.006

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLN 354           H        GLN 354  -0.123  10.513 -16.185
    2    HA   GLN 354           HA       GLN 354   1.529  12.134 -17.887
    3   HE21  GLN 354          1HE2      GLN 354   4.229  11.415 -14.503
    4   HE22  GLN 354          2HE2      GLN 354   5.163  12.830 -14.173
    5    HB2  GLN 354           HB2      GLN 354   2.162  10.328 -15.553
    6    HB3  GLN 354           HB3      GLN 354   3.381  11.259 -16.412
    7    HG2  GLN 354           HG2      GLN 354   1.423  13.116 -15.790
    8    HG3  GLN 354           HG3      GLN 354   1.520  12.086 -14.362

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    ALA 355           H        ALA 355   1.095   8.673 -17.305
    2    HA   ALA 355           HA       ALA 355   1.720   6.832 -18.486
    3    HB1  ALA 355           HB1      ALA 355   0.489   7.892 -20.290
    4    HB2  ALA 355           HB2      ALA 355   1.920   8.814 -20.751
    5    HB3  ALA 355           HB3      ALA 355   1.908   7.059 -20.925

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLY 356           H        GLY 356   3.644   6.665 -17.197
    2    HA2  GLY 356           HA2      GLY 356   6.108   7.703 -18.382
    3    HA3  GLY 356           HA3      GLY 356   5.933   5.957 -18.295

  No H/Q in entry =           3
  Start of MODEL    1
    1    H1   GLU 326           H1       GLU 326  15.619  11.067  10.202
    2    H2   GLU 326           H2       GLU 326  14.076  11.807  10.330
    3    H3   GLU 326           H3       GLU 326  14.200  10.115  10.068
    4    HA   GLU 326           HA       GLU 326  13.593  11.220   8.072
    5    HB2  GLU 326           HB2      GLU 326  15.259  12.798   7.067
    6    HB3  GLU 326           HB3      GLU 326  14.485  13.403   8.525
    7    HG2  GLU 326           HG2      GLU 326  17.056  11.971   8.843
    8    HG3  GLU 326           HG3      GLU 326  17.098  13.575   8.113

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    SER 327           H        SER 327  14.344  10.457   6.035
    2    HA   SER 327           HA       SER 327  15.342   8.956   4.649
    3    HG   SER 327           HG       SER 327  17.391  11.267   4.949
    4    HB2  SER 327           HB2      SER 327  17.652   9.731   6.415
    5    HB3  SER 327           HB3      SER 327  17.845   8.524   5.144

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    PHE 328           H        PHE 328  14.558   6.960   4.742
    2    HA   PHE 328           HA       PHE 328  15.591   5.147   6.802
    3    HD1  PHE 328           HD1      PHE 328  12.808   7.742   6.163
    4    HD2  PHE 328           HD2      PHE 328  13.368   5.101   9.452
    5    HE1  PHE 328           HE1      PHE 328  12.271   9.571   7.719
    6    HE2  PHE 328           HE2      PHE 328  12.832   6.925  11.014
    7    HZ   PHE 328           HZ       PHE 328  12.282   9.164  10.148
    8    HB2  PHE 328           HB2      PHE 328  12.683   5.157   5.994
    9    HB3  PHE 328           HB3      PHE 328  13.436   4.256   7.306

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLY 329           H        GLY 329  16.454   3.410   5.886
    2    HA2  GLY 329           HA2      GLY 329  17.169   2.228   3.951
    3    HA3  GLY 329           HA3      GLY 329  15.715   2.763   3.121

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    LEU 330           H        LEU 330  14.326   1.186   2.732
    2    HA   LEU 330           HA       LEU 330  13.894  -0.866   4.780
    3    HG   LEU 330           HG       LEU 330  11.660  -2.459   3.522
    4   HD11  LEU 330          1HD1      LEU 330  11.450  -0.644   5.915
    5   HD12  LEU 330          2HD1      LEU 330  10.801  -2.282   5.862
    6   HD13  LEU 330          3HD1      LEU 330  12.537  -2.016   5.694
    7   HD21  LEU 330          1HD2      LEU 330   9.917  -0.613   2.697
    8   HD22  LEU 330          2HD2      LEU 330   9.418  -2.135   3.435
    9   HD23  LEU 330          3HD2      LEU 330   9.480  -0.663   4.405
   10    HB2  LEU 330           HB2      LEU 330  11.996   0.531   3.783
   11    HB3  LEU 330           HB3      LEU 330  12.217  -0.416   2.325

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLY 331           H        GLY 331  15.025  -2.675   4.535
    2    HA2  GLY 331           HA2      GLY 331  16.500  -4.112   3.362
    3    HA3  GLY 331           HA3      GLY 331  15.849  -3.502   1.848

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ILE 332           H        ILE 332  13.810  -4.282   1.116
    2    HA   ILE 332           HA       ILE 332  12.682  -6.576   2.522
    3    HB   ILE 332           HB       ILE 332  11.687  -5.341  -0.043
    4   HG12  ILE 332          2HG1      ILE 332   9.964  -4.456   1.867
    5   HG21  ILE 332          1HG2      ILE 332  10.991  -7.694   1.052
    6   HG22  ILE 332          2HG2      ILE 332   9.869  -6.624   1.892
    7   HG23  ILE 332          3HG2      ILE 332   9.880  -6.682   0.129
    8   HD11  ILE 332          1HD1      ILE 332  11.260  -3.170   0.050
    9   HD12  ILE 332          2HD1      ILE 332  10.735  -2.314   1.500
   10   HD13  ILE 332          3HD1      ILE 332  12.412  -2.834   1.342
   11   HG13  ILE 332          3HG1      ILE 332  11.483  -4.418   2.757

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ARG 333           H        ARG 333  12.699  -8.645   1.766
    2    HA   ARG 333           HA       ARG 333  14.456  -9.165  -0.528
    3    HE   ARG 333           HE       ARG 333  14.656 -13.193  -0.987
    4   HH11  ARG 333          1HH1      ARG 333  16.639 -14.942   1.291
    5   HH12  ARG 333          2HH1      ARG 333  16.506 -16.446   0.443
    6   HH21  ARG 333          1HH2      ARG 333  14.480 -15.170  -2.104
    7   HH22  ARG 333          2HH2      ARG 333  15.281 -16.576  -1.485
    8    HB2  ARG 333           HB2      ARG 333  14.621 -10.175   1.974
    9    HB3  ARG 333           HB3      ARG 333  13.618 -11.404   1.216
   10    HG2  ARG 333           HG2      ARG 333  15.535 -11.167  -0.649
   11    HG3  ARG 333           HG3      ARG 333  16.458 -10.746   0.795
   12    HD2  ARG 333           HD2      ARG 333  16.720 -12.967   1.000
   13    HD3  ARG 333           HD3      ARG 333  15.089 -12.920   1.666

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLY 334           H        GLY 334  11.657  -8.397  -0.801
    2    HA2  GLY 334           HA2      GLY 334   9.593  -9.765  -1.249
    3    HA3  GLY 334           HA3      GLY 334  10.667 -10.850  -2.119

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ARG 335           H        ARG 335  10.542 -10.638  -4.242
    2    HA   ARG 335           HA       ARG 335  10.879  -8.187  -5.592
    3    HE   ARG 335           HE       ARG 335  10.557 -10.224 -11.003
    4   HH11  ARG 335          1HH1      ARG 335  12.230  -7.705  -9.260
    5   HH12  ARG 335          2HH1      ARG 335  12.249  -6.615 -10.605
    6   HH21  ARG 335          1HH2      ARG 335  10.581  -8.791 -12.773
    7   HH22  ARG 335          2HH2      ARG 335  11.313  -7.230 -12.599
    8    HB2  ARG 335           HB2      ARG 335  11.483 -10.353  -6.580
    9    HB3  ARG 335           HB3      ARG 335   9.785 -10.807  -6.634
   10    HG2  ARG 335           HG2      ARG 335   9.342  -9.487  -8.427
   11    HG3  ARG 335           HG3      ARG 335  10.564  -8.292  -7.990
   12    HD2  ARG 335           HD2      ARG 335  12.320  -9.667  -8.809
   13    HD3  ARG 335           HD3      ARG 335  11.242 -11.051  -8.982

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 336           H        GLU 336   8.018 -10.069  -4.757
    2    HA   GLU 336           HA       GLU 336   6.204  -8.438  -6.244
    3    HB2  GLU 336           HB2      GLU 336   6.010 -10.905  -5.187
    4    HB3  GLU 336           HB3      GLU 336   5.205  -9.987  -3.921
    5    HG2  GLU 336           HG2      GLU 336   3.386 -10.345  -5.177
    6    HG3  GLU 336           HG3      GLU 336   3.989  -8.964  -6.093

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ARG 337           H        ARG 337   6.796  -8.799  -2.743
    2    HA   ARG 337           HA       ARG 337   5.134  -6.715  -1.911
    3    HE   ARG 337           HE       ARG 337   5.470 -10.041   1.840
    4   HH11  ARG 337          1HH1      ARG 337   8.338  -8.194   1.087
    5   HH12  ARG 337          2HH1      ARG 337   9.293  -9.593   0.732
    6   HH21  ARG 337          1HH2      ARG 337   6.728 -11.877   1.373
    7   HH22  ARG 337          2HH2      ARG 337   8.381 -11.682   0.893
    8    HB2  ARG 337           HB2      ARG 337   6.846  -8.545  -0.688
    9    HB3  ARG 337           HB3      ARG 337   7.501  -6.975  -0.245
   10    HG2  ARG 337           HG2      ARG 337   5.366  -6.306   0.674
   11    HG3  ARG 337           HG3      ARG 337   4.642  -7.829   0.156
   12    HD2  ARG 337           HD2      ARG 337   6.893  -7.531   2.142
   13    HD3  ARG 337           HD3      ARG 337   5.207  -7.852   2.540

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    PHE 338           H        PHE 338   8.607  -6.699  -2.654
    2    HA   PHE 338           HA       PHE 338   9.040  -3.978  -2.074
    3    HD1  PHE 338           HD1      PHE 338  12.265  -3.860  -1.535
    4    HD2  PHE 338           HD2      PHE 338  10.805  -3.809  -5.532
    5    HE1  PHE 338           HE1      PHE 338  13.790  -2.002  -2.064
    6    HE2  PHE 338           HE2      PHE 338  12.327  -1.952  -6.068
    7    HZ   PHE 338           HZ       PHE 338  13.822  -1.046  -4.333
    8    HB2  PHE 338           HB2      PHE 338  10.879  -5.588  -2.290
    9    HB3  PHE 338           HB3      PHE 338  10.518  -5.786  -4.001

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLU 339           H        GLU 339   7.836  -5.634  -4.908
    2    HA   GLU 339           HA       GLU 339   8.125  -3.539  -6.766
    3    HB2  GLU 339           HB2      GLU 339   6.536  -6.037  -6.594
    4    HB3  GLU 339           HB3      GLU 339   5.948  -4.814  -7.711
    5    HG2  GLU 339           HG2      GLU 339   8.816  -5.307  -7.918
    6    HG3  GLU 339           HG3      GLU 339   7.820  -6.717  -8.275

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    MET 340           H        MET 340   5.594  -4.325  -4.443
    2    HA   MET 340           HA       MET 340   3.713  -2.409  -5.329
    3    HB2  MET 340           HB2      MET 340   3.101  -4.277  -3.858
    4    HB3  MET 340           HB3      MET 340   4.097  -3.604  -2.576
    5    HG2  MET 340           HG2      MET 340   2.501  -1.501  -3.076
    6    HG3  MET 340           HG3      MET 340   1.417  -2.823  -3.506
    7    HE1  MET 340           HE1      MET 340   1.309  -5.047  -1.771
    8    HE2  MET 340           HE2      MET 340   3.026  -4.935  -1.386
    9    HE3  MET 340           HE3      MET 340   1.830  -4.939  -0.089

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    PHE 341           H        PHE 341   5.976  -2.333  -2.571
    2    HA   PHE 341           HA       PHE 341   5.503   0.331  -1.848
    3    HD1  PHE 341           HD1      PHE 341   4.735  -0.918  -0.127
    4    HD2  PHE 341           HD2      PHE 341   8.484  -2.927  -0.247
    5    HE1  PHE 341           HE1      PHE 341   3.793  -2.743   1.221
    6    HE2  PHE 341           HE2      PHE 341   7.548  -4.759   1.103
    7    HZ   PHE 341           HZ       PHE 341   5.200  -4.667   1.833
    8    HB2  PHE 341           HB2      PHE 341   8.176  -1.021  -1.522
    9    HB3  PHE 341           HB3      PHE 341   7.410   0.160  -0.463

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    ARG 342           H        ARG 342   7.453  -1.048  -4.380
    2    HA   ARG 342           HA       ARG 342   9.084   1.223  -4.871
    3    HE   ARG 342           HE       ARG 342  10.608   1.071  -9.646
    4   HH11  ARG 342          1HH1      ARG 342  10.679  -2.380 -10.165
    5   HH12  ARG 342          2HH1      ARG 342  11.388  -2.255 -11.739
    6   HH21  ARG 342          1HH2      ARG 342  11.541   1.237 -11.717
    7   HH22  ARG 342          2HH2      ARG 342  11.878  -0.201 -12.621
    8    HB2  ARG 342           HB2      ARG 342   9.636  -1.050  -5.677
    9    HB3  ARG 342           HB3      ARG 342   8.264  -0.980  -6.775
   10    HG2  ARG 342           HG2      ARG 342   9.459   1.192  -7.629
   11    HG3  ARG 342           HG3      ARG 342  10.880   0.429  -6.912
   12    HD2  ARG 342           HD2      ARG 342  10.700  -1.456  -8.318
   13    HD3  ARG 342           HD3      ARG 342   9.067  -1.021  -8.819

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 343           H        GLU 343   6.014   0.087  -6.221
    2    HA   GLU 343           HA       GLU 343   5.778   2.247  -8.079
    3    HB2  GLU 343           HB2      GLU 343   3.886   0.138  -7.068
    4    HB3  GLU 343           HB3      GLU 343   3.325   1.433  -8.116
    5    HG2  GLU 343           HG2      GLU 343   5.680  -0.209  -8.924
    6    HG3  GLU 343           HG3      GLU 343   4.048  -0.848  -9.124

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 344           H        LEU 344   4.860   1.699  -4.766
    2    HA   LEU 344           HA       LEU 344   3.033   3.895  -4.592
    3    HG   LEU 344           HG       LEU 344   1.583   2.529  -3.614
    4   HD11  LEU 344          1HD1      LEU 344   2.714   0.506  -2.244
    5   HD12  LEU 344          2HD1      LEU 344   1.715   1.222  -0.979
    6   HD13  LEU 344          3HD1      LEU 344   0.975   0.678  -2.485
    7   HD21  LEU 344          1HD2      LEU 344   2.068   4.464  -1.789
    8   HD22  LEU 344          2HD2      LEU 344   0.465   3.825  -2.153
    9   HD23  LEU 344          3HD2      LEU 344   1.363   3.216  -0.763
   10    HB2  LEU 344           HB2      LEU 344   4.091   1.832  -2.824
   11    HB3  LEU 344           HB3      LEU 344   3.912   3.377  -2.017

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ASN 345           H        ASN 345   6.466   3.437  -4.112
    2    HA   ASN 345           HA       ASN 345   6.916   5.912  -2.764
    3   HD21  ASN 345          1HD2      ASN 345   7.872   4.958  -1.001
    4   HD22  ASN 345          2HD2      ASN 345   9.231   5.797  -0.344
    5    HB2  ASN 345           HB2      ASN 345   8.410   3.667  -3.147
    6    HB3  ASN 345           HB3      ASN 345   9.154   4.763  -4.308

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    GLU 346           H        GLU 346   7.094   4.840  -6.125
    2    HA   GLU 346           HA       GLU 346   8.145   7.286  -7.134
    3    HB2  GLU 346           HB2      GLU 346   6.720   4.991  -8.483
    4    HB3  GLU 346           HB3      GLU 346   7.391   6.362  -9.355
    5    HG2  GLU 346           HG2      GLU 346   9.592   5.782  -8.794
    6    HG3  GLU 346           HG3      GLU 346   9.064   4.666  -7.535

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ALA 347           H        ALA 347   4.906   5.997  -6.673
    2    HA   ALA 347           HA       ALA 347   3.576   8.082  -8.101
    3    HB1  ALA 347           HB1      ALA 347   2.760   5.682  -7.419
    4    HB2  ALA 347           HB2      ALA 347   1.617   7.017  -7.565
    5    HB3  ALA 347           HB3      ALA 347   2.193   6.520  -5.974

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    LEU 348           H        LEU 348   4.630   7.621  -4.801
    2    HA   LEU 348           HA       LEU 348   3.088   9.757  -3.696
    3    HG   LEU 348           HG       LEU 348   3.844   7.748  -0.754
    4   HD11  LEU 348          1HD1      LEU 348   2.665  10.249  -1.802
    5   HD12  LEU 348          2HD1      LEU 348   1.577   9.135  -0.974
    6   HD13  LEU 348          3HD1      LEU 348   3.001   9.758  -0.142
    7   HD21  LEU 348          1HD2      LEU 348   2.608   7.456  -3.416
    8   HD22  LEU 348          2HD2      LEU 348   2.848   6.267  -2.136
    9   HD23  LEU 348          3HD2      LEU 348   1.507   7.407  -2.039
   10    HB2  LEU 348           HB2      LEU 348   5.175   7.897  -2.765
   11    HB3  LEU 348           HB3      LEU 348   5.153   9.450  -1.952

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLU 349           H        GLU 349   6.271   9.455  -5.124
    2    HA   GLU 349           HA       GLU 349   7.267  11.977  -4.289
    3    HB2  GLU 349           HB2      GLU 349   8.555   9.944  -5.227
    4    HB3  GLU 349           HB3      GLU 349   8.123  10.577  -6.809
    5    HG2  GLU 349           HG2      GLU 349  10.148  11.561  -6.553
    6    HG3  GLU 349           HG3      GLU 349   9.133  12.798  -5.811

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 350           H        LEU 350   5.292  10.918  -6.968
    2    HA   LEU 350           HA       LEU 350   5.578  13.231  -8.579
    3    HG   LEU 350           HG       LEU 350   5.885  11.213  -9.929
    4   HD11  LEU 350          1HD1      LEU 350   4.202   9.309  -9.774
    5   HD12  LEU 350          2HD1      LEU 350   3.424  10.035 -11.181
    6   HD13  LEU 350          3HD1      LEU 350   5.093   9.474 -11.287
    7   HD21  LEU 350          1HD2      LEU 350   3.738  12.682 -11.411
    8   HD22  LEU 350          2HD2      LEU 350   5.434  13.111 -11.185
    9   HD23  LEU 350          3HD2      LEU 350   4.995  11.802 -12.281
   10    HB2  LEU 350           HB2      LEU 350   3.684  10.938  -8.455
   11    HB3  LEU 350           HB3      LEU 350   3.195  12.355  -9.364

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    LYS 351           H        LYS 351   3.348  12.334  -6.002
    2    HA   LYS 351           HA       LYS 351   1.539  14.464  -6.295
    3    HB2  LYS 351           HB2      LYS 351   2.306  13.002  -3.762
    4    HB3  LYS 351           HB3      LYS 351   0.855  13.966  -3.998
    5    HG2  LYS 351           HG2      LYS 351   1.458  11.586  -5.718
    6    HG3  LYS 351           HG3      LYS 351   0.642  11.431  -4.161
    7    HD2  LYS 351           HD2      LYS 351  -0.340  13.349  -6.249
    8    HD3  LYS 351           HD3      LYS 351  -0.802  11.645  -6.282
    9    HE2  LYS 351           HE2      LYS 351  -1.156  13.382  -3.852
   10    HE3  LYS 351           HE3      LYS 351  -2.392  13.230  -5.100
   11    HZ1  LYS 351           HZ1      LYS 351  -2.364  10.809  -4.704
   12    HZ2  LYS 351           HZ2      LYS 351  -1.289  11.044  -3.420
   13    HZ3  LYS 351           HZ3      LYS 351  -2.850  11.691  -3.344

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    ASP 352           H        ASP 352   4.554  14.169  -4.483
    2    HA   ASP 352           HA       ASP 352   4.401  16.576  -3.056
    3    HB2  ASP 352           HB2      ASP 352   6.143  14.530  -3.057
    4    HB3  ASP 352           HB3      ASP 352   7.072  15.688  -4.003

  No H/Q in entry =           4
  Start of MODEL    1
    1    H    ALA 353           H        ALA 353   5.385  15.879  -6.343
    2    HA   ALA 353           HA       ALA 353   6.586  18.408  -6.863
    3    HB1  ALA 353           HB1      ALA 353   6.141  17.663  -9.305
    4    HB2  ALA 353           HB2      ALA 353   7.289  16.754  -8.322
    5    HB3  ALA 353           HB3      ALA 353   5.656  16.135  -8.570

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLN 354           H        GLN 354   3.328  17.155  -7.042
    2    HA   GLN 354           HA       GLN 354   2.243  19.260  -8.618
    3   HE21  GLN 354          1HE2      GLN 354   0.741  14.803  -9.676
    4   HE22  GLN 354          2HE2      GLN 354   2.387  14.620 -10.170
    5    HB2  GLN 354           HB2      GLN 354   1.148  17.038  -6.966
    6    HB3  GLN 354           HB3      GLN 354   0.071  18.374  -7.348
    7    HG2  GLN 354           HG2      GLN 354  -0.166  16.576  -8.955
    8    HG3  GLN 354           HG3      GLN 354   0.468  18.029  -9.726

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    ALA 355           H        ALA 355   2.806  18.803  -5.199
    2    HA   ALA 355           HA       ALA 355   1.187  21.005  -4.348
    3    HB1  ALA 355           HB1      ALA 355   3.153  19.187  -3.035
    4    HB2  ALA 355           HB2      ALA 355   2.672  20.675  -2.218
    5    HB3  ALA 355           HB3      ALA 355   1.455  19.475  -2.654

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLY 356           H        GLY 356   2.074  22.910  -3.221
    2    HA2  GLY 356           HA2      GLY 356   4.734  23.732  -4.147
    3    HA3  GLY 356           HA3      GLY 356   3.808  24.498  -2.865

  No H/Q in entry =           3
  Start of MODEL    1
    1    H1   GLU 326           H1       GLU 326  17.238 -12.655  -2.106
    2    H2   GLU 326           H2       GLU 326  18.663 -13.139  -2.930
    3    H3   GLU 326           H3       GLU 326  18.770 -12.135  -1.542
    4    HA   GLU 326           HA       GLU 326  19.115 -10.874  -3.509
    5    HB2  GLU 326           HB2      GLU 326  17.602 -12.560  -4.795
    6    HB3  GLU 326           HB3      GLU 326  16.287 -11.500  -4.305
    7    HG2  GLU 326           HG2      GLU 326  17.185  -9.675  -5.510
    8    HG3  GLU 326           HG3      GLU 326  18.713 -10.514  -5.774

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    SER 327           H        SER 327  19.181  -9.277  -1.957
    2    HA   SER 327           HA       SER 327  16.652  -8.247  -0.908
    3    HG   SER 327           HG       SER 327  20.324  -8.389  -0.145
    4    HB2  SER 327           HB2      SER 327  18.110  -6.868   0.572
    5    HB3  SER 327           HB3      SER 327  18.395  -8.600   0.743

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    PHE 328           H        PHE 328  16.121  -6.012  -1.033
    2    HA   PHE 328           HA       PHE 328  17.503  -4.524  -3.160
    3    HD1  PHE 328           HD1      PHE 328  14.726  -7.110  -2.517
    4    HD2  PHE 328           HD2      PHE 328  15.744  -5.031  -6.088
    5    HE1  PHE 328           HE1      PHE 328  14.505  -9.202  -3.793
    6    HE2  PHE 328           HE2      PHE 328  15.525  -7.119  -7.371
    7    HZ   PHE 328           HZ       PHE 328  14.904  -9.208  -6.224
    8    HB2  PHE 328           HB2      PHE 328  14.502  -4.545  -2.822
    9    HB3  PHE 328           HB3      PHE 328  15.431  -3.835  -4.139

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLY 329           H        GLY 329  18.094  -2.546  -2.557
    2    HA2  GLY 329           HA2      GLY 329  18.475  -0.862  -0.979
    3    HA3  GLY 329           HA3      GLY 329  17.172  -1.517   0.002

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    LEU 330           H        LEU 330  15.461  -0.246   0.165
    2    HA   LEU 330           HA       LEU 330  14.747   1.454  -2.131
    3    HG   LEU 330           HG       LEU 330  12.449   0.866  -2.932
    4   HD11  LEU 330          1HD1      LEU 330  10.852  -0.288  -1.142
    5   HD12  LEU 330          2HD1      LEU 330  10.215   1.354  -1.053
    6   HD13  LEU 330          3HD1      LEU 330  10.238   0.500  -2.596
    7   HD21  LEU 330          1HD2      LEU 330  12.321   3.099  -0.969
    8   HD22  LEU 330          2HD2      LEU 330  12.888   3.092  -2.639
    9   HD23  LEU 330          3HD2      LEU 330  11.158   3.069  -2.295
   10    HB2  LEU 330           HB2      LEU 330  13.180  -0.383  -0.970
   11    HB3  LEU 330           HB3      LEU 330  12.806   0.983   0.063

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLY 331           H        GLY 331  16.053   3.215  -1.620
    2    HA2  GLY 331           HA2      GLY 331  16.765   5.080  -0.456
    3    HA3  GLY 331           HA3      GLY 331  16.028   4.407   0.991

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ILE 332           H        ILE 332  14.560   5.729   1.811
    2    HA   ILE 332           HA       ILE 332  12.996   7.417  -0.020
    3    HB   ILE 332           HB       ILE 332  11.800   6.058   2.392
    4   HG12  ILE 332          2HG1      ILE 332  11.313   5.313  -0.492
    5   HG21  ILE 332          1HG2      ILE 332  10.846   8.239   1.544
    6   HG22  ILE 332          2HG2      ILE 332  10.401   7.369   0.076
    7   HG23  ILE 332          3HG2      ILE 332   9.721   6.883   1.629
    8   HD11  ILE 332          1HD1      ILE 332   9.844   4.694   1.715
    9   HD12  ILE 332          2HD1      ILE 332   9.910   3.745   0.230
   10   HD13  ILE 332          3HD1      ILE 332  10.939   3.317   1.596
   11   HG13  ILE 332          3HG1      ILE 332  12.501   4.487   0.511

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ARG 333           H        ARG 333  12.456   9.444   0.740
    2    HA   ARG 333           HA       ARG 333  13.841  10.259   3.198
    3    HE   ARG 333           HE       ARG 333  17.473  12.449   1.227
    4   HH11  ARG 333          1HH1      ARG 333  15.213   9.784   1.150
    5   HH12  ARG 333          2HH1      ARG 333  15.760   9.207  -0.387
    6   HH21  ARG 333          1HH2      ARG 333  18.186  11.687  -0.794
    7   HH22  ARG 333          2HH2      ARG 333  17.445  10.285  -1.490
    8    HB2  ARG 333           HB2      ARG 333  14.028  11.317   0.696
    9    HB3  ARG 333           HB3      ARG 333  12.789  12.347   1.399
   10    HG2  ARG 333           HG2      ARG 333  14.906  13.385   1.737
   11    HG3  ARG 333           HG3      ARG 333  14.327  12.801   3.298
   12    HD2  ARG 333           HD2      ARG 333  16.535  12.131   3.321
   13    HD3  ARG 333           HD3      ARG 333  15.720  10.685   2.731

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLY 334           H        GLY 334  11.311   8.958   3.347
    2    HA2  GLY 334           HA2      GLY 334   8.964  10.067   3.474
    3    HA3  GLY 334           HA3      GLY 334   9.781  11.120   4.619

  No H/Q in entry =           3
  Start of MODEL    1
    1    H    ARG 335           H        ARG 335   9.106  10.611   6.593
    2    HA   ARG 335           HA       ARG 335   9.623   8.005   7.663
    3    HE   ARG 335           HE       ARG 335   8.338  13.862   9.687
    4   HH11  ARG 335          1HH1      ARG 335   8.047  12.307   6.577
    5   HH12  ARG 335          2HH1      ARG 335   7.024  13.538   5.917
    6   HH21  ARG 335          1HH2      ARG 335   6.991  15.482   8.821
    7   HH22  ARG 335          2HH2      ARG 335   6.425  15.341   7.190
    8    HB2  ARG 335           HB2      ARG 335   8.575   8.987   9.744
    9    HB3  ARG 335           HB3      ARG 335   9.988   9.835   9.130
   10    HG2  ARG 335           HG2      ARG 335   7.508  10.871   8.029
   11    HG3  ARG 335           HG3      ARG 335   7.562  10.959   9.791
   12    HD2  ARG 335           HD2      ARG 335   9.761  12.078   9.629
   13    HD3  ARG 335           HD3      ARG 335   9.615  12.056   7.872

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 336           H        GLU 336   6.814   9.731   6.509
    2    HA   GLU 336           HA       GLU 336   4.877   7.956   7.621
    3    HB2  GLU 336           HB2      GLU 336   4.816  10.103   5.526
    4    HB3  GLU 336           HB3      GLU 336   3.427   9.048   5.747
    5    HG2  GLU 336           HG2      GLU 336   3.119   9.781   7.983
    6    HG3  GLU 336           HG3      GLU 336   4.661  10.636   7.979

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ARG 337           H        ARG 337   6.272   8.323   4.368
    2    HA   ARG 337           HA       ARG 337   4.869   6.240   3.140
    3    HE   ARG 337           HE       ARG 337   6.371   9.707   0.203
    4   HH11  ARG 337          1HH1      ARG 337   8.227   7.732  -1.996
    5   HH12  ARG 337          2HH1      ARG 337   9.031   9.080  -2.726
    6   HH21  ARG 337          1HH2      ARG 337   7.428  11.482  -0.756
    7   HH22  ARG 337          2HH2      ARG 337   8.579  11.209  -2.022
    8    HB2  ARG 337           HB2      ARG 337   7.183   7.902   2.532
    9    HB3  ARG 337           HB3      ARG 337   7.351   6.275   1.888
   10    HG2  ARG 337           HG2      ARG 337   5.061   6.573   0.872
   11    HG3  ARG 337           HG3      ARG 337   5.188   8.277   1.314
   12    HD2  ARG 337           HD2      ARG 337   7.482   7.107  -0.138
   13    HD3  ARG 337           HD3      ARG 337   5.988   7.304  -1.053

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    PHE 338           H        PHE 338   8.105   6.219   4.622
    2    HA   PHE 338           HA       PHE 338   8.627   3.493   4.225
    3    HD1  PHE 338           HD1      PHE 338  11.755   3.228   4.371
    4    HD2  PHE 338           HD2      PHE 338   9.680   3.500   8.077
    5    HE1  PHE 338           HE1      PHE 338  13.108   1.375   5.260
    6    HE2  PHE 338           HE2      PHE 338  11.030   1.648   8.973
    7    HZ   PHE 338           HZ       PHE 338  12.747   0.584   7.564
    8    HB2  PHE 338           HB2      PHE 338  10.374   5.103   4.842
    9    HB3  PHE 338           HB3      PHE 338   9.628   5.322   6.421

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    GLU 339           H        GLU 339   6.826   5.191   6.698
    2    HA   GLU 339           HA       GLU 339   6.658   3.119   8.592
    3    HB2  GLU 339           HB2      GLU 339   5.117   5.598   8.011
    4    HB3  GLU 339           HB3      GLU 339   4.355   4.396   9.043
    5    HG2  GLU 339           HG2      GLU 339   5.919   4.642  10.716
    6    HG3  GLU 339           HG3      GLU 339   7.140   5.289   9.622

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    MET 340           H        MET 340   4.722   3.893   5.749
    2    HA   MET 340           HA       MET 340   2.673   2.003   6.198
    3    HB2  MET 340           HB2      MET 340   2.752   3.963   4.518
    4    HB3  MET 340           HB3      MET 340   3.604   2.844   3.462
    5    HG2  MET 340           HG2      MET 340   1.746   1.396   3.336
    6    HG3  MET 340           HG3      MET 340   0.926   2.216   4.664
    7    HE1  MET 340           HE1      MET 340   2.868   4.346   2.118
    8    HE2  MET 340           HE2      MET 340   2.488   2.970   1.082
    9    HE3  MET 340           HE3      MET 340   1.740   4.538   0.776

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    PHE 341           H        PHE 341   5.521   1.855   4.053
    2    HA   PHE 341           HA       PHE 341   5.194  -0.809   3.265
    3    HD1  PHE 341           HD1      PHE 341   4.905   0.374   1.360
    4    HD2  PHE 341           HD2      PHE 341   8.479   2.422   2.422
    5    HE1  PHE 341           HE1      PHE 341   4.328   2.179  -0.203
    6    HE2  PHE 341           HE2      PHE 341   7.909   4.234   0.860
    7    HZ   PHE 341           HZ       PHE 341   5.829   4.113  -0.450
    8    HB2  PHE 341           HB2      PHE 341   7.884   0.513   3.579
    9    HB3  PHE 341           HB3      PHE 341   7.386  -0.684   2.385

  No H/Q in entry =           9
  Start of MODEL    1
    1    H    ARG 342           H        ARG 342   6.411   0.542   6.216
    2    HA   ARG 342           HA       ARG 342   7.850  -1.772   7.072
    3    HE   ARG 342           HE       ARG 342  11.072  -0.906  10.220
    4   HH11  ARG 342          1HH1      ARG 342   8.664  -2.781  11.913
    5   HH12  ARG 342          2HH1      ARG 342   9.707  -3.147  13.246
    6   HH21  ARG 342          1HH2      ARG 342  12.445  -1.387  11.973
    7   HH22  ARG 342          2HH2      ARG 342  11.852  -2.355  13.281
    8    HB2  ARG 342           HB2      ARG 342   7.476   0.872   7.997
    9    HB3  ARG 342           HB3      ARG 342   6.916  -0.186   9.284
   10    HG2  ARG 342           HG2      ARG 342   9.559  -0.658   7.968
   11    HG3  ARG 342           HG3      ARG 342   9.384   0.547   9.246
   12    HD2  ARG 342           HD2      ARG 342   8.256  -1.354  10.573
   13    HD3  ARG 342           HD3      ARG 342   9.000  -2.423   9.385

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    GLU 343           H        GLU 343   4.622  -0.465   7.746
    2    HA   GLU 343           HA       GLU 343   3.880  -2.588   9.500
    3    HB2  GLU 343           HB2      GLU 343   2.865  -0.243   9.377
    4    HB3  GLU 343           HB3      GLU 343   1.972  -0.820   7.977
    5    HG2  GLU 343           HG2      GLU 343   1.803  -2.507  10.381
    6    HG3  GLU 343           HG3      GLU 343   1.051  -0.917  10.500

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 344           H        LEU 344   3.689  -2.041   6.060
    2    HA   LEU 344           HA       LEU 344   1.863  -4.180   5.528
    3    HG   LEU 344           HG       LEU 344   1.851  -1.308   4.651
    4   HD11  LEU 344          1HD1      LEU 344   2.894  -0.858   2.450
    5   HD12  LEU 344          2HD1      LEU 344   1.650  -1.855   1.695
    6   HD13  LEU 344          3HD1      LEU 344   1.200  -0.372   2.536
    7   HD21  LEU 344          1HD2      LEU 344   0.265  -3.237   4.789
    8   HD22  LEU 344          2HD2      LEU 344  -0.401  -1.792   4.029
    9   HD23  LEU 344          3HD2      LEU 344   0.107  -3.156   3.034
   10    HB2  LEU 344           HB2      LEU 344   3.741  -2.661   3.719
   11    HB3  LEU 344           HB3      LEU 344   2.564  -3.833   3.160

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    ASN 345           H        ASN 345   5.332  -3.840   5.764
    2    HA   ASN 345           HA       ASN 345   5.954  -6.348   4.540
    3   HD21  ASN 345          1HD2      ASN 345   8.761  -6.348   7.292
    4   HD22  ASN 345          2HD2      ASN 345   9.811  -7.366   6.373
    5    HB2  ASN 345           HB2      ASN 345   7.570  -4.474   4.652
    6    HB3  ASN 345           HB3      ASN 345   7.637  -4.656   6.402

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    GLU 346           H        GLU 346   5.509  -5.217   7.855
    2    HA   GLU 346           HA       GLU 346   6.274  -7.670   9.083
    3    HB2  GLU 346           HB2      GLU 346   4.811  -5.222  10.033
    4    HB3  GLU 346           HB3      GLU 346   4.971  -6.637  11.065
    5    HG2  GLU 346           HG2      GLU 346   7.323  -6.450  11.120
    6    HG3  GLU 346           HG3      GLU 346   7.331  -5.271   9.810

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    ALA 347           H        ALA 347   3.279  -6.370   7.840
    2    HA   ALA 347           HA       ALA 347   1.570  -8.298   9.070
    3    HB1  ALA 347           HB1      ALA 347   0.722  -6.984   6.555
    4    HB2  ALA 347           HB2      ALA 347   1.086  -5.938   7.927
    5    HB3  ALA 347           HB3      ALA 347  -0.145  -7.192   8.077

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    LEU 348           H        LEU 348   3.291  -8.087   6.013
    2    HA   LEU 348           HA       LEU 348   2.014 -10.317   4.791
    3    HG   LEU 348           HG       LEU 348   3.457  -8.596   1.927
    4   HD11  LEU 348          1HD1      LEU 348   2.568 -10.977   2.156
    5   HD12  LEU 348          2HD1      LEU 348   1.152 -10.245   2.913
    6   HD13  LEU 348          3HD1      LEU 348   1.583  -9.825   1.255
    7   HD21  LEU 348          1HD2      LEU 348   1.828  -7.827   4.268
    8   HD22  LEU 348          2HD2      LEU 348   2.456  -6.843   2.946
    9   HD23  LEU 348          3HD2      LEU 348   1.011  -7.824   2.705
   10    HB2  LEU 348           HB2      LEU 348   4.340  -8.585   4.213
   11    HB3  LEU 348           HB3      LEU 348   4.384 -10.188   3.504

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    GLU 349           H        GLU 349   4.890  -9.910   6.776
    2    HA   GLU 349           HA       GLU 349   5.923 -12.521   6.414
    3    HB2  GLU 349           HB2      GLU 349   7.076 -10.420   7.383
    4    HB3  GLU 349           HB3      GLU 349   6.332 -10.889   8.906
    5    HG2  GLU 349           HG2      GLU 349   7.881 -12.937   7.418
    6    HG3  GLU 349           HG3      GLU 349   8.765 -11.655   8.246

  No H/Q in entry =           6
  Start of MODEL    1
    1    H    LEU 350           H        LEU 350   3.503 -11.167   8.535
    2    HA   LEU 350           HA       LEU 350   3.398 -13.295  10.399
    3    HG   LEU 350           HG       LEU 350   3.463 -11.207  11.620
    4   HD11  LEU 350          1HD1      LEU 350   0.826  -9.773  11.637
    5   HD12  LEU 350          2HD1      LEU 350   2.047  -9.515  12.883
    6   HD13  LEU 350          3HD1      LEU 350   2.416  -9.150  11.198
    7   HD21  LEU 350          1HD2      LEU 350   1.953 -13.148  12.521
    8   HD22  LEU 350          2HD2      LEU 350   2.700 -12.002  13.634
    9   HD23  LEU 350          3HD2      LEU 350   1.003 -11.820  13.187
   10    HB2  LEU 350           HB2      LEU 350   1.657 -11.001   9.671
   11    HB3  LEU 350           HB3      LEU 350   0.916 -12.317  10.560

  No H/Q in entry =          11
  Start of MODEL    1
    1    H    LYS 351           H        LYS 351   1.747 -12.672   7.348
    2    HA   LYS 351           HA       LYS 351  -0.156 -14.721   7.478
    3    HB2  LYS 351           HB2      LYS 351   1.099 -13.132   5.298
    4    HB3  LYS 351           HB3      LYS 351   0.241 -14.596   4.840
    5    HG2  LYS 351           HG2      LYS 351  -1.735 -13.720   6.113
    6    HG3  LYS 351           HG3      LYS 351  -0.859 -12.196   6.276
    7    HD2  LYS 351           HD2      LYS 351  -0.608 -12.464   3.661
    8    HD3  LYS 351           HD3      LYS 351  -2.052 -13.459   3.858
    9    HE2  LYS 351           HE2      LYS 351  -1.744 -10.611   4.801
   10    HE3  LYS 351           HE3      LYS 351  -2.598 -11.118   3.345
   11    HZ1  LYS 351           HZ1      LYS 351  -4.028 -12.496   4.860
   12    HZ2  LYS 351           HZ2      LYS 351  -3.326 -11.675   6.161
   13    HZ3  LYS 351           HZ3      LYS 351  -4.218 -10.821   5.006

  No H/Q in entry =          13
  Start of MODEL    1
    1    H    ASP 352           H        ASP 352   3.227 -14.748   6.552
    2    HA   ASP 352           HA       ASP 352   3.281 -17.307   5.365
    3    HB2  ASP 352           HB2      ASP 352   5.307 -15.423   6.462
    4    HB3  ASP 352           HB3      ASP 352   5.796 -17.100   6.244

  No H/Q in entry =           4
  Start of MODEL    1
    1    H    ALA 353           H        ALA 353   3.659 -16.212   8.693
    2    HA   ALA 353           HA       ALA 353   4.465 -18.718   9.756
    3    HB1  ALA 353           HB1      ALA 353   4.621 -16.320  10.769
    4    HB2  ALA 353           HB2      ALA 353   3.019 -16.693  11.406
    5    HB3  ALA 353           HB3      ALA 353   4.396 -17.712  11.828

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLN 354           H        GLN 354   1.359 -17.227   9.131
    2    HA   GLN 354           HA       GLN 354  -0.203 -19.029  10.671
    3   HE21  GLN 354          1HE2      GLN 354  -1.304 -16.546  12.975
    4   HE22  GLN 354          2HE2      GLN 354  -2.210 -17.880  13.593
    5    HB2  GLN 354           HB2      GLN 354  -0.745 -16.998   8.559
    6    HB3  GLN 354           HB3      GLN 354  -1.995 -18.188   8.893
    7    HG2  GLN 354           HG2      GLN 354  -0.762 -16.294  10.880
    8    HG3  GLN 354           HG3      GLN 354  -2.370 -16.169  10.169

  No H/Q in entry =           8
  Start of MODEL    1
    1    H    ALA 355           H        ALA 355   1.071 -19.084   7.418
    2    HA   ALA 355           HA       ALA 355  -0.545 -21.249   6.493
    3    HB1  ALA 355           HB1      ALA 355   0.315 -19.881   4.802
    4    HB2  ALA 355           HB2      ALA 355   1.949 -19.933   5.466
    5    HB3  ALA 355           HB3      ALA 355   1.266 -21.362   4.688

  No H/Q in entry =           5
  Start of MODEL    1
    1    H    GLY 356           H        GLY 356   2.879 -21.031   7.476
    2    HA2  GLY 356           HA2      GLY 356   4.379 -22.804   7.801
    3    HA3  GLY 356           HA3      GLY 356   3.059 -23.937   7.552

  No H/Q in entry =           3
  Start of MODEL    2
    1    H1   GLU 326           H1       GLU 326 -16.906   6.170   9.306
    2    H2   GLU 326           H2       GLU 326 -18.087   5.864  10.511
    3    H3   GLU 326           H3       GLU 326 -16.452   6.132  10.961
    4    HB2  GLU 326           HB2      GLU 326 -18.274   3.990  11.673
    5    HB3  GLU 326           HB3      GLU 326 -17.369   2.545  11.245
    6    HG2  GLU 326           HG2      GLU 326 -15.349   3.807  12.255
    7    HG3  GLU 326           HG3      GLU 326 -16.579   4.811  13.021
    8    HA   GLU 326           HA       GLU 326 -15.758   4.140  10.022

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    SER 327           H        SER 327 -16.138   2.257   8.778
    2    HA   SER 327           HA       SER 327 -16.908   1.099   6.978
    3    HG   SER 327           HG       SER 327 -19.880   0.682   9.129
    4    HB2  SER 327           HB2      SER 327 -19.649   2.223   7.542
    5    HB3  SER 327           HB3      SER 327 -19.228   0.660   6.842

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    PHE 328           H        PHE 328 -16.207   1.829   5.084
    2    HA   PHE 328           HA       PHE 328 -17.684   4.014   3.799
    3    HD1  PHE 328           HD1      PHE 328 -14.411   3.398   6.084
    4    HD2  PHE 328           HD2      PHE 328 -16.311   6.876   4.533
    5    HE1  PHE 328           HE1      PHE 328 -14.095   4.530   8.246
    6    HE2  PHE 328           HE2      PHE 328 -15.998   8.014   6.692
    7    HZ   PHE 328           HZ       PHE 328 -14.889   6.841   8.552
    8    HB2  PHE 328           HB2      PHE 328 -14.679   3.801   3.634
    9    HB3  PHE 328           HB3      PHE 328 -15.701   5.125   3.085

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLY 329           H        GLY 329 -18.119   3.698   1.681
    2    HA2  GLY 329           HA2      GLY 329 -18.563   2.233  -0.094
    3    HA3  GLY 329           HA3      GLY 329 -17.368   1.120   0.554

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    LEU 330           H        LEU 330 -15.656   0.873  -0.700
    2    HA   LEU 330           HA       LEU 330 -14.635   3.209  -2.166
    3    HG   LEU 330           HG       LEU 330 -12.346   3.674  -1.468
    4   HD11  LEU 330          1HD1      LEU 330 -10.966   2.069  -0.157
    5   HD12  LEU 330          2HD1      LEU 330 -10.462   1.333  -1.678
    6   HD13  LEU 330          3HD1      LEU 330 -10.051   3.013  -1.333
    7   HD21  LEU 330          1HD2      LEU 330 -12.228   1.895  -3.837
    8   HD22  LEU 330          2HD2      LEU 330 -12.549   3.626  -3.732
    9   HD23  LEU 330          3HD2      LEU 330 -10.896   3.026  -3.596
   10    HB2  LEU 330           HB2      LEU 330 -13.288   1.624  -0.451
   11    HB3  LEU 330           HB3      LEU 330 -12.986   0.762  -1.947

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLY 331           H        GLY 331 -14.537   3.206  -4.339
    2    HA2  GLY 331           HA2      GLY 331 -15.717   2.382  -6.298
    3    HA3  GLY 331           HA3      GLY 331 -15.441   0.751  -5.705

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ILE 332           H        ILE 332 -13.311  -0.132  -5.830
    2    HA   ILE 332           HA       ILE 332 -11.209   1.286  -7.160
    3    HB   ILE 332           HB       ILE 332 -11.389  -1.693  -6.716
    4   HG12  ILE 332          2HG1      ILE 332 -11.758  -0.529  -4.594
    5   HG21  ILE 332          1HG2      ILE 332  -9.164   0.214  -7.341
    6   HG22  ILE 332          2HG2      ILE 332  -8.849  -1.338  -6.565
    7   HG23  ILE 332          3HG2      ILE 332  -9.605  -1.286  -8.158
    8   HD11  ILE 332          1HD1      ILE 332 -10.679   1.618  -5.163
    9   HD12  ILE 332          2HD1      ILE 332 -10.154   0.952  -3.617
   10   HD13  ILE 332          3HD1      ILE 332  -9.110   0.822  -5.032
   11   HG13  ILE 332          3HG1      ILE 332 -10.173  -1.295  -4.610

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ARG 333           H        ARG 333 -10.283   0.771  -9.200
    2    HA   ARG 333           HA       ARG 333 -12.080  -0.631 -11.061
    3    HE   ARG 333           HE       ARG 333 -12.064   4.132 -12.347
    4   HH11  ARG 333          1HH1      ARG 333 -13.840   3.183 -15.198
    5   HH12  ARG 333          2HH1      ARG 333 -13.306   4.538 -16.134
    6   HH21  ARG 333          1HH2      ARG 333 -11.361   5.915 -13.577
    7   HH22  ARG 333          2HH2      ARG 333 -11.898   6.089 -15.214
    8    HB2  ARG 333           HB2      ARG 333 -10.805   2.075 -11.368
    9    HB3  ARG 333           HB3      ARG 333 -11.271   1.125 -12.772
   10    HG2  ARG 333           HG2      ARG 333 -13.564   1.002 -11.429
   11    HG3  ARG 333           HG3      ARG 333 -12.951   2.525 -10.782
   12    HD2  ARG 333           HD2      ARG 333 -13.177   1.890 -13.720
   13    HD3  ARG 333           HD3      ARG 333 -14.391   2.779 -12.800

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLY 334           H        GLY 334 -10.549  -2.395 -10.602
    2    HA2  GLY 334           HA2      GLY 334  -7.832  -2.112 -11.543
    3    HA3  GLY 334           HA3      GLY 334  -8.870  -3.020 -12.632

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ARG 335           H        ARG 335  -8.258  -5.081 -12.429
    2    HA   ARG 335           HA       ARG 335  -8.897  -6.577 -10.146
    3    HE   ARG 335           HE       ARG 335  -8.045  -9.777 -14.011
    4   HH11  ARG 335          1HH1      ARG 335  -4.771  -8.583 -14.205
    5   HH12  ARG 335          2HH1      ARG 335  -4.060 -10.161 -14.146
    6   HH21  ARG 335          1HH2      ARG 335  -7.111 -11.852 -13.932
    7   HH22  ARG 335          2HH2      ARG 335  -5.387 -12.017 -13.991
    8    HB2  ARG 335           HB2      ARG 335  -7.649  -8.418 -11.261
    9    HB3  ARG 335           HB3      ARG 335  -8.819  -7.631 -12.311
   10    HG2  ARG 335           HG2      ARG 335  -6.679  -6.188 -12.953
   11    HG3  ARG 335           HG3      ARG 335  -5.864  -7.670 -12.449
   12    HD2  ARG 335           HD2      ARG 335  -8.094  -7.534 -14.474
   13    HD3  ARG 335           HD3      ARG 335  -6.378  -7.599 -14.874

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 336           H        GLU 336  -5.763  -5.422 -11.350
    2    HA   GLU 336           HA       GLU 336  -4.256  -6.571  -9.226
    3    HB2  GLU 336           HB2      GLU 336  -3.462  -4.239 -10.974
    4    HB3  GLU 336           HB3      GLU 336  -2.391  -5.321 -10.094
    5    HG2  GLU 336           HG2      GLU 336  -2.457  -6.889 -11.687
    6    HG3  GLU 336           HG3      GLU 336  -4.181  -6.662 -11.982

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ARG 337           H        ARG 337  -5.641  -3.376  -9.814
    2    HA   ARG 337           HA       ARG 337  -4.485  -2.062  -7.612
    3    HE   ARG 337           HE       ARG 337  -4.189   2.049  -9.801
    4   HH11  ARG 337          1HH1      ARG 337  -4.005  -1.438  -9.964
    5   HH12  ARG 337          2HH1      ARG 337  -3.787  -1.467 -11.680
    6   HH21  ARG 337          1HH2      ARG 337  -3.903   2.005 -12.056
    7   HH22  ARG 337          2HH2      ARG 337  -3.729   0.484 -12.868
    8    HB2  ARG 337           HB2      ARG 337  -5.947  -1.219  -9.685
    9    HB3  ARG 337           HB3      ARG 337  -7.227  -1.301  -8.484
   10    HG2  ARG 337           HG2      ARG 337  -6.369   0.920  -8.512
   11    HG3  ARG 337           HG3      ARG 337  -5.856   0.153  -7.010
   12    HD2  ARG 337           HD2      ARG 337  -3.905   1.158  -7.680
   13    HD3  ARG 337           HD3      ARG 337  -3.717  -0.445  -8.385

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    PHE 338           H        PHE 338  -7.746  -3.461  -7.959
    2    HA   PHE 338           HA       PHE 338  -8.503  -3.087  -5.281
    3    HD1  PHE 338           HD1      PHE 338  -9.523  -6.778  -5.284
    4    HD2  PHE 338           HD2      PHE 338 -11.848  -3.222  -5.512
    5    HE1  PHE 338           HE1      PHE 338 -11.062  -7.682  -3.591
    6    HE2  PHE 338           HE2      PHE 338 -13.392  -4.118  -3.819
    7    HZ   PHE 338           HZ       PHE 338 -13.000  -6.351  -2.856
    8    HB2  PHE 338           HB2      PHE 338 -10.134  -3.569  -7.042
    9    HB3  PHE 338           HB3      PHE 338  -9.443  -5.172  -7.266

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLU 339           H        GLU 339  -6.665  -5.595  -6.875
    2    HA   GLU 339           HA       GLU 339  -6.780  -7.548  -4.853
    3    HB2  GLU 339           HB2      GLU 339  -5.004  -6.981  -7.170
    4    HB3  GLU 339           HB3      GLU 339  -4.374  -8.051  -5.925
    5    HG2  GLU 339           HG2      GLU 339  -6.111  -9.612  -6.250
    6    HG3  GLU 339           HG3      GLU 339  -7.043  -8.480  -7.229

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    MET 340           H        MET 340  -4.741  -4.725  -5.326
    2    HA   MET 340           HA       MET 340  -2.876  -5.308  -3.274
    3    HB2  MET 340           HB2      MET 340  -3.658  -2.536  -4.165
    4    HB3  MET 340           HB3      MET 340  -2.109  -3.074  -3.532
    5    HG2  MET 340           HG2      MET 340  -2.409  -4.644  -5.750
    6    HG3  MET 340           HG3      MET 340  -3.149  -3.126  -6.255
    7    HE1  MET 340           HE1      MET 340  -2.102  -0.897  -5.572
    8    HE2  MET 340           HE2      MET 340  -0.400  -0.537  -5.863
    9    HE3  MET 340           HE3      MET 340  -1.440  -1.024  -7.202

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    PHE 341           H        PHE 341  -5.571  -2.962  -3.328
    2    HA   PHE 341           HA       PHE 341  -5.504  -2.424  -0.568
    3    HD1  PHE 341           HD1      PHE 341  -4.789  -0.528  -1.534
    4    HD2  PHE 341           HD2      PHE 341  -8.190  -0.836  -4.071
    5    HE1  PHE 341           HE1      PHE 341  -3.771   1.083  -3.084
    6    HE2  PHE 341           HE2      PHE 341  -7.178   0.777  -5.627
    7    HZ   PHE 341           HZ       PHE 341  -4.965   1.730  -5.134
    8    HB2  PHE 341           HB2      PHE 341  -7.997  -2.256  -2.252
    9    HB3  PHE 341           HB3      PHE 341  -7.528  -1.244  -0.888

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    ARG 342           H        ARG 342  -6.833  -5.070  -2.358
    2    HA   ARG 342           HA       ARG 342  -8.666  -5.921  -0.319
    3    HE   ARG 342           HE       ARG 342 -10.936 -10.110  -1.810
    4   HH11  ARG 342          1HH1      ARG 342  -9.144 -10.865  -4.708
    5   HH12  ARG 342          2HH1      ARG 342 -10.196 -12.159  -5.172
    6   HH21  ARG 342          1HH2      ARG 342 -12.322 -11.812  -2.419
    7   HH22  ARG 342          2HH2      ARG 342 -12.001 -12.697  -3.873
    8    HB2  ARG 342           HB2      ARG 342  -9.050  -6.498  -2.667
    9    HB3  ARG 342           HB3      ARG 342  -7.542  -7.400  -2.706
   10    HG2  ARG 342           HG2      ARG 342  -8.573  -8.800  -0.812
   11    HG3  ARG 342           HG3      ARG 342 -10.102  -8.077  -1.315
   12    HD2  ARG 342           HD2      ARG 342  -9.309  -8.838  -3.699
   13    HD3  ARG 342           HD3      ARG 342  -8.317  -9.966  -2.777

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 343           H        GLU 343  -5.395  -6.796  -1.332
    2    HA   GLU 343           HA       GLU 343  -5.127  -8.928   0.552
    3    HB2  GLU 343           HB2      GLU 343  -3.314  -7.487  -1.326
    4    HB3  GLU 343           HB3      GLU 343  -2.582  -8.399  -0.013
    5    HG2  GLU 343           HG2      GLU 343  -3.791 -10.405  -0.766
    6    HG3  GLU 343           HG3      GLU 343  -4.445  -9.478  -2.116

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 344           H        LEU 344  -4.482  -5.495   0.558
    2    HA   LEU 344           HA       LEU 344  -2.913  -5.496   2.948
    3    HG   LEU 344           HG       LEU 344  -1.705  -3.649   3.190
    4   HD11  LEU 344          1HD1      LEU 344  -1.724  -3.498   0.218
    5   HD12  LEU 344          2HD1      LEU 344  -0.347  -2.832   1.095
    6   HD13  LEU 344          3HD1      LEU 344  -0.780  -4.530   1.292
    7   HD21  LEU 344          1HD2      LEU 344  -2.839  -1.404   3.249
    8   HD22  LEU 344          2HD2      LEU 344  -1.105  -1.369   2.926
    9   HD23  LEU 344          3HD2      LEU 344  -2.253  -1.150   1.605
   10    HB2  LEU 344           HB2      LEU 344  -3.684  -3.616   0.967
   11    HB3  LEU 344           HB3      LEU 344  -4.192  -2.973   2.517

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ASN 345           H        ASN 345  -6.314  -5.234   2.188
    2    HA   ASN 345           HA       ASN 345  -7.146  -4.306   4.749
    3   HD21  ASN 345          1HD2      ASN 345 -10.306  -6.690   3.831
    4   HD22  ASN 345          2HD2      ASN 345 -11.337  -5.835   4.921
    5    HB2  ASN 345           HB2      ASN 345  -8.516  -4.031   2.705
    6    HB3  ASN 345           HB3      ASN 345  -8.744  -5.777   2.640

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    GLU 346           H        GLU 346  -6.840  -7.488   3.248
    2    HA   GLU 346           HA       GLU 346  -8.012  -8.928   5.403
    3    HB2  GLU 346           HB2      GLU 346  -7.870  -9.852   3.133
    4    HB3  GLU 346           HB3      GLU 346  -6.115  -9.871   3.245
    5    HG2  GLU 346           HG2      GLU 346  -6.175 -11.536   4.957
    6    HG3  GLU 346           HG3      GLU 346  -7.931 -11.419   5.075

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ALA 347           H        ALA 347  -4.704  -8.045   4.548
    2    HA   ALA 347           HA       ALA 347  -3.476  -9.557   6.630
    3    HB1  ALA 347           HB1      ALA 347  -2.206  -7.149   5.386
    4    HB2  ALA 347           HB2      ALA 347  -2.438  -8.626   4.450
    5    HB3  ALA 347           HB3      ALA 347  -1.461  -8.657   5.918

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    LEU 348           H        LEU 348  -4.805  -6.338   6.378
    2    HA   LEU 348           HA       LEU 348  -3.624  -5.329   8.775
    3    HG   LEU 348           HG       LEU 348  -3.186  -3.844   6.834
    4   HD11  LEU 348          1HD1      LEU 348  -5.398  -2.975   5.566
    5   HD12  LEU 348          2HD1      LEU 348  -4.868  -1.480   6.338
    6   HD13  LEU 348          3HD1      LEU 348  -3.778  -2.349   5.258
    7   HD21  LEU 348          1HD2      LEU 348  -4.355  -2.018   8.893
    8   HD22  LEU 348          2HD2      LEU 348  -2.795  -2.839   8.881
    9   HD23  LEU 348          3HD2      LEU 348  -3.070  -1.453   7.826
   10    HB2  LEU 348           HB2      LEU 348  -5.787  -4.426   6.923
   11    HB3  LEU 348           HB3      LEU 348  -5.646  -3.667   8.497

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLU 349           H        GLU 349  -6.551  -7.068   7.989
    2    HA   GLU 349           HA       GLU 349  -7.914  -6.593  10.432
    3    HB2  GLU 349           HB2      GLU 349  -9.070  -7.352   8.403
    4    HB3  GLU 349           HB3      GLU 349  -8.201  -8.879   8.473
    5    HG2  GLU 349           HG2      GLU 349  -9.308  -8.853  10.925
    6    HG3  GLU 349           HG3      GLU 349 -10.518  -7.943  10.022

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 350           H        LEU 350  -5.517  -8.916   9.402
    2    HA   LEU 350           HA       LEU 350  -5.837 -10.773  11.507
    3    HG   LEU 350           HG       LEU 350  -5.659 -11.866   9.241
    4   HD11  LEU 350          1HD1      LEU 350  -3.527 -11.432   7.835
    5   HD12  LEU 350          2HD1      LEU 350  -2.943 -12.922   8.576
    6   HD13  LEU 350          3HD1      LEU 350  -4.418 -12.938   7.610
    7   HD21  LEU 350          1HD2      LEU 350  -3.729 -13.294  11.040
    8   HD22  LEU 350          2HD2      LEU 350  -5.485 -13.179  11.166
    9   HD23  LEU 350          3HD2      LEU 350  -4.754 -14.168   9.901
   10    HB2  LEU 350           HB2      LEU 350  -3.701 -10.148   9.528
   11    HB3  LEU 350           HB3      LEU 350  -3.280 -11.147  10.906

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    LYS 351           H        LYS 351  -4.003  -7.796  11.196
    2    HA   LYS 351           HA       LYS 351  -2.366  -8.054  13.454
    3    HB2  LYS 351           HB2      LYS 351  -2.030  -6.330  11.739
    4    HB3  LYS 351           HB3      LYS 351  -3.522  -5.541  12.232
    5    HG2  LYS 351           HG2      LYS 351  -2.586  -4.999  14.380
    6    HG3  LYS 351           HG3      LYS 351  -1.125  -5.918  14.014
    7    HD2  LYS 351           HD2      LYS 351  -1.833  -3.833  12.058
    8    HD3  LYS 351           HD3      LYS 351  -1.370  -3.247  13.657
    9    HE2  LYS 351           HE2      LYS 351   0.760  -4.179  13.516
   10    HE3  LYS 351           HE3      LYS 351   0.288  -5.298  12.237
   11    HZ1  LYS 351           HZ1      LYS 351   0.131  -2.432  11.673
   12    HZ2  LYS 351           HZ2      LYS 351   1.667  -3.137  11.733
   13    HZ3  LYS 351           HZ3      LYS 351   0.512  -3.716  10.640

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    ASP 352           H        ASP 352  -5.706  -7.063  13.107
    2    HA   ASP 352           HA       ASP 352  -6.038  -5.939  15.678
    3    HB2  ASP 352           HB2      ASP 352  -7.848  -6.922  13.528
    4    HB3  ASP 352           HB3      ASP 352  -8.530  -6.736  15.141

  No H/Q in entry =           4
  Start of MODEL    2
    1    H    ALA 353           H        ALA 353  -6.228  -9.219  14.453
    2    HA   ALA 353           HA       ALA 353  -7.480 -10.408  16.679
    3    HB1  ALA 353           HB1      ALA 353  -7.377 -11.596  14.604
    4    HB2  ALA 353           HB2      ALA 353  -6.487 -12.524  15.811
    5    HB3  ALA 353           HB3      ALA 353  -5.613 -11.566  14.616

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLN 354           H        GLN 354  -4.142  -9.579  16.002
    2    HA   GLN 354           HA       GLN 354  -2.964 -11.076  18.095
    3   HE21  GLN 354          1HE2      GLN 354   0.517 -12.329  15.435
    4   HE22  GLN 354          2HE2      GLN 354   0.760 -13.243  16.881
    5    HB2  GLN 354           HB2      GLN 354  -2.084  -8.737  16.435
    6    HB3  GLN 354           HB3      GLN 354  -1.111  -9.265  17.801
    7    HG2  GLN 354           HG2      GLN 354  -1.953 -11.083  15.561
    8    HG3  GLN 354           HG3      GLN 354  -0.434 -10.188  15.580

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    ALA 355           H        ALA 355  -4.208  -7.777  17.893
    2    HA   ALA 355           HA       ALA 355  -3.726  -7.458  20.778
    3    HB1  ALA 355           HB1      ALA 355  -2.915  -5.783  18.884
    4    HB2  ALA 355           HB2      ALA 355  -4.540  -5.140  19.116
    5    HB3  ALA 355           HB3      ALA 355  -3.422  -5.223  20.478

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLY 356           H        GLY 356  -5.502  -5.503  21.412
    2    HA2  GLY 356           HA2      GLY 356  -7.710  -6.433  22.366
    3    HA3  GLY 356           HA3      GLY 356  -8.148  -6.558  20.669

  No H/Q in entry =           3
  Start of MODEL    2
    1    H1   GLU 326           H1       GLU 326 -16.364  -0.915 -15.094
    2    H2   GLU 326           H2       GLU 326 -14.845  -0.663 -15.851
    3    H3   GLU 326           H3       GLU 326 -15.878  -1.916 -16.400
    4    HA   GLU 326           HA       GLU 326 -15.540  -3.194 -14.551
    5    HB2  GLU 326           HB2      GLU 326 -13.650  -3.046 -16.167
    6    HB3  GLU 326           HB3      GLU 326 -12.916  -1.813 -15.151
    7    HG2  GLU 326           HG2      GLU 326 -11.788  -3.670 -14.456
    8    HG3  GLU 326           HG3      GLU 326 -13.116  -3.641 -13.297

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    SER 327           H        SER 327 -15.844  -3.186 -12.427
    2    HA   SER 327           HA       SER 327 -14.324  -1.512 -10.669
    3    HG   SER 327           HG       SER 327 -16.576   0.792  -9.428
    4    HB2  SER 327           HB2      SER 327 -16.149   0.028 -11.480
    5    HB3  SER 327           HB3      SER 327 -17.313  -1.054 -10.715

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    PHE 328           H        PHE 328 -14.555  -2.092  -8.463
    2    HA   PHE 328           HA       PHE 328 -16.308  -4.349  -7.856
    3    HD1  PHE 328           HD1      PHE 328 -12.665  -3.734  -9.470
    4    HD2  PHE 328           HD2      PHE 328 -15.047  -7.196  -8.800
    5    HE1  PHE 328           HE1      PHE 328 -12.077  -4.567 -11.709
    6    HE2  PHE 328           HE2      PHE 328 -14.463  -8.036 -11.038
    7    HZ   PHE 328           HZ       PHE 328 -12.976  -6.721 -12.495
    8    HB2  PHE 328           HB2      PHE 328 -13.368  -4.458  -7.186
    9    HB3  PHE 328           HB3      PHE 328 -14.561  -5.741  -7.017

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLY 329           H        GLY 329 -17.415  -3.722  -6.128
    2    HA2  GLY 329           HA2      GLY 329 -17.958  -2.618  -4.178
    3    HA3  GLY 329           HA3      GLY 329 -16.487  -1.673  -4.362

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    LEU 330           H        LEU 330 -15.851  -1.794  -2.233
    2    HA   LEU 330           HA       LEU 330 -15.315  -4.478  -1.160
    3    HG   LEU 330           HG       LEU 330 -13.044  -5.258  -1.167
    4   HD11  LEU 330          1HD1      LEU 330 -11.023  -3.108  -0.593
    5   HD12  LEU 330          2HD1      LEU 330 -10.687  -4.825  -0.371
    6   HD13  LEU 330          3HD1      LEU 330 -11.090  -4.205  -1.972
    7   HD21  LEU 330          1HD2      LEU 330 -13.292  -3.657   1.308
    8   HD22  LEU 330          2HD2      LEU 330 -13.774  -5.321   0.977
    9   HD23  LEU 330          3HD2      LEU 330 -12.083  -4.941   1.305
   10    HB2  LEU 330           HB2      LEU 330 -13.328  -2.988  -2.170
   11    HB3  LEU 330           HB3      LEU 330 -13.372  -2.322  -0.548

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLY 331           H        GLY 331 -15.695  -4.747   0.989
    2    HA2  GLY 331           HA2      GLY 331 -16.950  -4.258   2.894
    3    HA3  GLY 331           HA3      GLY 331 -17.125  -2.604   2.325

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ILE 332           H        ILE 332 -15.340  -1.138   2.631
    2    HA   ILE 332           HA       ILE 332 -13.233  -1.969   4.455
    3    HB   ILE 332           HB       ILE 332 -13.698   0.792   3.334
    4   HG12  ILE 332          2HG1      ILE 332 -13.508  -0.851   1.506
    5   HG21  ILE 332          1HG2      ILE 332 -11.579  -0.514   4.924
    6   HG22  ILE 332          2HG2      ILE 332 -11.047   0.574   3.642
    7   HG23  ILE 332          3HG2      ILE 332 -12.120   1.165   4.910
    8   HD11  ILE 332          1HD1      ILE 332 -12.183  -2.557   2.731
    9   HD12  ILE 332          2HD1      ILE 332 -11.551  -2.153   1.134
   10   HD13  ILE 332          3HD1      ILE 332 -10.779  -1.501   2.579
   11   HG13  ILE 332          3HG1      ILE 332 -12.108   0.215   1.568

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ARG 333           H        ARG 333 -12.806  -0.905   6.451
    2    HA   ARG 333           HA       ARG 333 -14.915   0.755   7.580
    3    HE   ARG 333           HE       ARG 333 -12.874  -4.542   9.487
    4   HH11  ARG 333          1HH1      ARG 333 -15.719  -4.495  11.508
    5   HH12  ARG 333          2HH1      ARG 333 -15.169  -5.782  12.527
    6   HH21  ARG 333          1HH2      ARG 333 -12.150  -6.236  10.826
    7   HH22  ARG 333          2HH2      ARG 333 -13.143  -6.771  12.141
    8    HB2  ARG 333           HB2      ARG 333 -14.914  -0.744   9.654
    9    HB3  ARG 333           HB3      ARG 333 -15.791  -1.322   8.245
   10    HG2  ARG 333           HG2      ARG 333 -13.939  -2.784   7.666
   11    HG3  ARG 333           HG3      ARG 333 -13.016  -2.177   9.043
   12    HD2  ARG 333           HD2      ARG 333 -15.062  -2.940  10.435
   13    HD3  ARG 333           HD3      ARG 333 -15.458  -3.909   9.016

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLY 334           H        GLY 334 -12.329   1.478   6.870
    2    HA2  GLY 334           HA2      GLY 334 -10.186   1.390   8.393
    3    HA3  GLY 334           HA3      GLY 334 -11.275   2.213   9.499

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ARG 335           H        ARG 335 -10.716   4.285   9.576
    2    HA   ARG 335           HA       ARG 335 -11.038   6.016   7.398
    3    HE   ARG 335           HE       ARG 335 -10.367  11.197   9.301
    4   HH11  ARG 335          1HH1      ARG 335  -9.029   8.673  11.305
    5   HH12  ARG 335          2HH1      ARG 335  -7.792   9.685  11.970
    6   HH21  ARG 335          1HH2      ARG 335  -8.740  12.529  10.174
    7   HH22  ARG 335          2HH2      ARG 335  -7.627  11.874  11.329
    8    HB2  ARG 335           HB2      ARG 335 -11.188   6.701   9.776
    9    HB3  ARG 335           HB3      ARG 335  -9.448   6.501   9.924
   10    HG2  ARG 335           HG2      ARG 335  -8.992   8.419   8.811
   11    HG3  ARG 335           HG3      ARG 335 -10.409   8.282   7.768
   12    HD2  ARG 335           HD2      ARG 335 -11.754   9.379   9.224
   13    HD3  ARG 335           HD3      ARG 335 -10.934   8.724  10.641

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 336           H        GLU 336  -7.973   5.341   9.101
    2    HA   GLU 336           HA       GLU 336  -6.316   6.435   7.132
    3    HB2  GLU 336           HB2      GLU 336  -4.489   5.255   8.240
    4    HB3  GLU 336           HB3      GLU 336  -5.568   5.976   9.426
    5    HG2  GLU 336           HG2      GLU 336  -6.668   3.737   9.649
    6    HG3  GLU 336           HG3      GLU 336  -5.377   3.082   8.642

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ARG 337           H        ARG 337  -7.597   3.183   7.533
    2    HA   ARG 337           HA       ARG 337  -6.026   1.919   5.561
    3    HE   ARG 337           HE       ARG 337  -9.248  -0.748   7.448
    4   HH11  ARG 337          1HH1      ARG 337  -8.039  -3.931   6.681
    5   HH12  ARG 337          2HH1      ARG 337  -9.094  -4.736   7.794
    6   HH21  ARG 337          1HH2      ARG 337 -10.635  -1.805   8.912
    7   HH22  ARG 337          2HH2      ARG 337 -10.568  -3.530   9.060
    8    HB2  ARG 337           HB2      ARG 337  -7.292   0.662   7.238
    9    HB3  ARG 337           HB3      ARG 337  -8.803   1.239   6.550
   10    HG2  ARG 337           HG2      ARG 337  -8.709  -0.186   4.788
   11    HG3  ARG 337           HG3      ARG 337  -6.945  -0.191   4.742
   12    HD2  ARG 337           HD2      ARG 337  -7.943  -2.356   5.455
   13    HD3  ARG 337           HD3      ARG 337  -6.836  -1.654   6.634

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    PHE 338           H        PHE 338  -9.398   3.072   5.386
    2    HA   PHE 338           HA       PHE 338  -9.636   2.691   2.600
    3    HD1  PHE 338           HD1      PHE 338 -11.073   6.173   2.395
    4    HD2  PHE 338           HD2      PHE 338 -13.005   2.382   2.324
    5    HE1  PHE 338           HE1      PHE 338 -12.410   6.895   0.460
    6    HE2  PHE 338           HE2      PHE 338 -14.345   3.096   0.388
    7    HZ   PHE 338           HZ       PHE 338 -14.049   5.356  -0.546
    8    HB2  PHE 338           HB2      PHE 338 -11.590   2.903   4.081
    9    HB3  PHE 338           HB3      PHE 338 -11.164   4.578   4.410

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLU 339           H        GLU 339  -8.411   5.307   4.557
    2    HA   GLU 339           HA       GLU 339  -8.399   7.301   2.544
    3    HB2  GLU 339           HB2      GLU 339  -7.073   6.936   5.193
    4    HB3  GLU 339           HB3      GLU 339  -6.430   8.161   4.108
    5    HG2  GLU 339           HG2      GLU 339  -9.092   8.699   4.011
    6    HG3  GLU 339           HG3      GLU 339  -8.903   8.133   5.670

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    MET 340           H        MET 340  -6.216   4.713   3.420
    2    HA   MET 340           HA       MET 340  -3.993   5.612   1.897
    3    HB2  MET 340           HB2      MET 340  -4.312   3.678   3.747
    4    HB3  MET 340           HB3      MET 340  -4.384   2.697   2.289
    5    HG2  MET 340           HG2      MET 340  -2.219   3.880   1.614
    6    HG3  MET 340           HG3      MET 340  -2.132   4.392   3.299
    7    HE1  MET 340           HE1      MET 340  -2.814   2.520   5.160
    8    HE2  MET 340           HE2      MET 340  -3.706   1.300   4.251
    9    HE3  MET 340           HE3      MET 340  -2.215   0.863   5.086

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    PHE 341           H        PHE 341  -6.386   3.034   1.271
    2    HA   PHE 341           HA       PHE 341  -5.577   2.531  -1.370
    3    HD1  PHE 341           HD1      PHE 341  -9.041   0.619   1.199
    4    HD2  PHE 341           HD2      PHE 341  -4.991   0.814  -0.090
    5    HE1  PHE 341           HE1      PHE 341  -8.397  -0.933   2.994
    6    HE2  PHE 341           HE2      PHE 341  -4.341  -0.738   1.699
    7    HZ   PHE 341           HZ       PHE 341  -6.044  -1.607   3.245
    8    HB2  PHE 341           HB2      PHE 341  -8.411   2.195  -0.407
    9    HB3  PHE 341           HB3      PHE 341  -7.529   1.218  -1.578

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    ARG 342           H        ARG 342  -7.527   5.054  -0.012
    2    HA   ARG 342           HA       ARG 342  -8.790   5.807  -2.475
    3    HE   ARG 342           HE       ARG 342  -8.795  10.261   0.421
    4   HH11  ARG 342          1HH1      ARG 342 -10.863  10.469  -2.383
    5   HH12  ARG 342          2HH1      ARG 342 -10.150  11.941  -2.954
    6   HH21  ARG 342          1HH2      ARG 342  -7.857  12.196  -0.329
    7   HH22  ARG 342          2HH2      ARG 342  -8.443  12.921  -1.788
    8    HB2  ARG 342           HB2      ARG 342  -9.733   6.294  -0.204
    9    HB3  ARG 342           HB3      ARG 342  -8.439   7.460   0.031
   10    HG2  ARG 342           HG2      ARG 342  -9.319   8.517  -2.160
   11    HG3  ARG 342           HG3      ARG 342 -10.779   7.585  -1.820
   12    HD2  ARG 342           HD2      ARG 342 -11.323   9.486  -0.703
   13    HD3  ARG 342           HD3      ARG 342 -10.435   8.669   0.583

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 343           H        GLU 343  -6.060   7.027  -0.562
    2    HA   GLU 343           HA       GLU 343  -5.428   9.149  -2.340
    3    HB2  GLU 343           HB2      GLU 343  -4.707   8.941   0.082
    4    HB3  GLU 343           HB3      GLU 343  -3.518   7.762  -0.456
    5    HG2  GLU 343           HG2      GLU 343  -2.259   9.340  -1.571
    6    HG3  GLU 343           HG3      GLU 343  -3.610  10.462  -1.721

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 344           H        LEU 344  -4.557   5.775  -2.153
    2    HA   LEU 344           HA       LEU 344  -2.408   5.886  -4.023
    3    HG   LEU 344           HG       LEU 344  -1.872   2.789  -2.140
    4   HD11  LEU 344          1HD1      LEU 344  -0.690   4.852  -3.990
    5   HD12  LEU 344          2HD1      LEU 344   0.244   3.823  -2.903
    6   HD13  LEU 344          3HD1      LEU 344  -0.694   3.102  -4.211
    7   HD21  LEU 344          1HD2      LEU 344  -2.130   5.740  -1.730
    8   HD22  LEU 344          2HD2      LEU 344  -2.338   4.426  -0.572
    9   HD23  LEU 344          3HD2      LEU 344  -0.721   4.875  -1.117
   10    HB2  LEU 344           HB2      LEU 344  -3.994   3.762  -2.687
   11    HB3  LEU 344           HB3      LEU 344  -3.174   3.323  -4.173

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ASN 345           H        ASN 345  -5.841   5.035  -4.236
    2    HA   ASN 345           HA       ASN 345  -5.848   4.331  -6.960
    3   HD21  ASN 345          1HD2      ASN 345  -9.676   3.159  -5.998
    4   HD22  ASN 345          2HD2      ASN 345 -10.065   3.171  -7.682
    5    HB2  ASN 345           HB2      ASN 345  -7.668   3.879  -5.244
    6    HB3  ASN 345           HB3      ASN 345  -8.176   5.549  -5.472

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    GLU 346           H        GLU 346  -6.121   7.418  -5.317
    2    HA   GLU 346           HA       GLU 346  -6.928   8.891  -7.629
    3    HB2  GLU 346           HB2      GLU 346  -5.878   9.655  -4.917
    4    HB3  GLU 346           HB3      GLU 346  -6.104  10.866  -6.171
    5    HG2  GLU 346           HG2      GLU 346  -8.501   9.814  -6.312
    6    HG3  GLU 346           HG3      GLU 346  -8.126   9.283  -4.673

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ALA 347           H        ALA 347  -3.842   8.351  -5.973
    2    HA   ALA 347           HA       ALA 347  -2.320   9.988  -7.737
    3    HB1  ALA 347           HB1      ALA 347  -1.751   9.153  -5.346
    4    HB2  ALA 347           HB2      ALA 347  -0.457   9.326  -6.531
    5    HB3  ALA 347           HB3      ALA 347  -1.123   7.731  -6.179

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    LEU 348           H        LEU 348  -3.310   6.634  -7.732
    2    HA   LEU 348           HA       LEU 348  -1.490   5.793  -9.770
    3    HG   LEU 348           HG       LEU 348  -1.096   4.250  -8.145
    4   HD11  LEU 348          1HD1      LEU 348  -3.560   3.055  -7.063
    5   HD12  LEU 348          2HD1      LEU 348  -2.089   2.105  -6.859
    6   HD13  LEU 348          3HD1      LEU 348  -2.170   3.751  -6.230
    7   HD21  LEU 348          1HD2      LEU 348  -1.745   2.709 -10.276
    8   HD22  LEU 348          2HD2      LEU 348  -0.431   2.355  -9.154
    9   HD23  LEU 348          3HD2      LEU 348  -1.999   1.574  -8.951
   10    HB2  LEU 348           HB2      LEU 348  -3.846   4.620  -8.381
   11    HB3  LEU 348           HB3      LEU 348  -3.376   3.919  -9.918

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLU 349           H        GLU 349  -4.765   7.049  -9.691
    2    HA   GLU 349           HA       GLU 349  -5.236   6.578 -12.494
    3    HB2  GLU 349           HB2      GLU 349  -7.060   6.641 -10.786
    4    HB3  GLU 349           HB3      GLU 349  -6.763   8.363 -10.589
    5    HG2  GLU 349           HG2      GLU 349  -8.529   8.362 -12.047
    6    HG3  GLU 349           HG3      GLU 349  -7.161   8.453 -13.155

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 350           H        LEU 350  -3.825   9.047 -10.549
    2    HA   LEU 350           HA       LEU 350  -4.103  11.168 -12.461
    3    HG   LEU 350           HG       LEU 350  -2.227  13.234 -11.553
    4   HD11  LEU 350          1HD1      LEU 350  -5.109  12.725 -11.201
    5   HD12  LEU 350          2HD1      LEU 350  -4.594  14.406 -11.059
    6   HD13  LEU 350          3HD1      LEU 350  -4.243  13.498 -12.529
    7   HD21  LEU 350          1HD2      LEU 350  -3.058  13.085  -8.722
    8   HD22  LEU 350          2HD2      LEU 350  -1.681  13.901  -9.462
    9   HD23  LEU 350          3HD2      LEU 350  -3.283  14.635  -9.532
   10    HB2  LEU 350           HB2      LEU 350  -3.725  11.237  -9.858
   11    HB3  LEU 350           HB3      LEU 350  -2.032  11.171 -10.308

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    LYS 351           H        LYS 351  -1.697   8.740 -11.677
    2    HA   LYS 351           HA       LYS 351   0.381   9.886 -13.273
    3    HB2  LYS 351           HB2      LYS 351   1.563   7.791 -12.896
    4    HB3  LYS 351           HB3      LYS 351   0.857   8.370 -11.393
    5    HG2  LYS 351           HG2      LYS 351  -0.781   6.715 -11.382
    6    HG3  LYS 351           HG3      LYS 351  -0.566   6.361 -13.097
    7    HD2  LYS 351           HD2      LYS 351   0.403   4.587 -11.763
    8    HD3  LYS 351           HD3      LYS 351   1.680   5.470 -12.603
    9    HE2  LYS 351           HE2      LYS 351   0.983   6.450  -9.909
   10    HE3  LYS 351           HE3      LYS 351   1.748   4.863  -9.977
   11    HZ1  LYS 351           HZ1      LYS 351   3.332   6.210 -11.612
   12    HZ2  LYS 351           HZ2      LYS 351   2.848   7.482 -10.607
   13    HZ3  LYS 351           HZ3      LYS 351   3.603   6.119  -9.945

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    ASP 352           H        ASP 352  -2.239   7.647 -13.833
    2    HA   ASP 352           HA       ASP 352  -1.279   6.647 -16.324
    3    HB2  ASP 352           HB2      ASP 352  -3.966   6.615 -14.964
    4    HB3  ASP 352           HB3      ASP 352  -3.750   5.975 -16.591

  No H/Q in entry =           4
  Start of MODEL    2
    1    H    ALA 353           H        ALA 353  -3.196   9.398 -15.343
    2    HA   ALA 353           HA       ALA 353  -4.204  10.049 -17.921
    3    HB1  ALA 353           HB1      ALA 353  -3.800  11.955 -15.627
    4    HB2  ALA 353           HB2      ALA 353  -5.152  10.827 -15.729
    5    HB3  ALA 353           HB3      ALA 353  -4.958  12.084 -16.951

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLN 354           H        GLN 354  -1.254  10.777 -16.196
    2    HA   GLN 354           HA       GLN 354  -0.421  12.698 -18.229
    3   HE21  GLN 354          1HE2      GLN 354  -0.007  12.537 -13.437
    4   HE22  GLN 354          2HE2      GLN 354   1.311  13.073 -12.458
    5    HB2  GLN 354           HB2      GLN 354   1.497  13.116 -16.787
    6    HB3  GLN 354           HB3      GLN 354   0.006  13.222 -15.863
    7    HG2  GLN 354           HG2      GLN 354   0.405  10.889 -15.086
    8    HG3  GLN 354           HG3      GLN 354   1.976  10.950 -15.885

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    ALA 355           H        ALA 355   0.343   9.475 -17.055
    2    HA   ALA 355           HA       ALA 355   1.534   7.762 -17.960
    3    HB1  ALA 355           HB1      ALA 355   0.842   9.416 -20.301
    4    HB2  ALA 355           HB2      ALA 355   0.581   7.697 -20.005
    5    HB3  ALA 355           HB3      ALA 355   2.165   8.272 -20.524

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLY 356           H        GLY 356   3.003  10.347 -19.900
    2    HA2  GLY 356           HA2      GLY 356   5.600   9.621 -18.730
    3    HA3  GLY 356           HA3      GLY 356   5.100  11.305 -18.711

  No H/Q in entry =           3
  Start of MODEL    2
    1    H1   GLU 326           H1       GLU 326  13.778  11.437   8.485
    2    H2   GLU 326           H2       GLU 326  14.742  12.825   8.197
    3    H3   GLU 326           H3       GLU 326  13.038  12.979   8.343
    4    HA   GLU 326           HA       GLU 326  12.680  11.804   6.364
    5    HB2  GLU 326           HB2      GLU 326  14.595  14.093   6.420
    6    HB3  GLU 326           HB3      GLU 326  14.258  13.335   4.870
    7    HG2  GLU 326           HG2      GLU 326  12.723  15.055   4.955
    8    HG3  GLU 326           HG3      GLU 326  11.783  13.663   5.492

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    SER 327           H        SER 327  13.477  10.668   4.531
    2    HA   SER 327           HA       SER 327  14.722   9.078   3.487
    3    HG   SER 327           HG       SER 327  18.073   9.584   2.824
    4    HB2  SER 327           HB2      SER 327  16.345  11.139   3.574
    5    HB3  SER 327           HB3      SER 327  17.223  10.153   4.743

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    PHE 328           H        PHE 328  14.397   7.093   4.248
    2    HA   PHE 328           HA       PHE 328  15.986   6.216   6.555
    3    HD1  PHE 328           HD1      PHE 328  11.929   7.409   5.895
    4    HD2  PHE 328           HD2      PHE 328  14.704   6.939   9.087
    5    HE1  PHE 328           HE1      PHE 328  11.064   9.460   6.944
    6    HE2  PHE 328           HE2      PHE 328  13.844   8.989  10.142
    7    HZ   PHE 328           HZ       PHE 328  12.021  10.252   9.070
    8    HB2  PHE 328           HB2      PHE 328  13.116   5.371   6.164
    9    HB3  PHE 328           HB3      PHE 328  14.146   5.084   7.563

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLY 329           H        GLY 329  16.510   3.989   6.582
    2    HA2  GLY 329           HA2      GLY 329  17.549   2.352   5.208
    3    HA3  GLY 329           HA3      GLY 329  16.453   2.789   3.906

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    LEU 330           H        LEU 330  15.528   0.868   3.439
    2    HA   LEU 330           HA       LEU 330  14.386  -0.703   5.637
    3    HG   LEU 330           HG       LEU 330  12.075  -0.578   6.116
    4   HD11  LEU 330          1HD1      LEU 330  10.352  -0.019   3.728
    5   HD12  LEU 330          2HD1      LEU 330   9.699  -0.782   5.177
    6   HD13  LEU 330          3HD1      LEU 330  10.415   0.827   5.274
    7   HD21  LEU 330          1HD2      LEU 330  12.102  -2.493   3.852
    8   HD22  LEU 330          2HD2      LEU 330  12.457  -2.750   5.560
    9   HD23  LEU 330          3HD2      LEU 330  10.784  -2.622   5.017
   10    HB2  LEU 330           HB2      LEU 330  12.797   0.949   4.242
   11    HB3  LEU 330           HB3      LEU 330  12.748  -0.445   3.180

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLY 331           H        GLY 331  14.558  -2.865   5.388
    2    HA2  GLY 331           HA2      GLY 331  15.883  -4.629   4.480
    3    HA3  GLY 331           HA3      GLY 331  15.870  -3.799   2.931

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ILE 332           H        ILE 332  13.900  -3.827   1.682
    2    HA   ILE 332           HA       ILE 332  11.691  -5.460   2.430
    3    HB   ILE 332           HB       ILE 332  12.426  -4.602  -0.367
    4   HG12  ILE 332          2HG1      ILE 332  10.541  -2.818   0.444
    5   HG21  ILE 332          1HG2      ILE 332  10.670  -6.308  -0.182
    6   HG22  ILE 332          2HG2      ILE 332   9.757  -5.240   0.884
    7   HG23  ILE 332          3HG2      ILE 332  10.043  -4.778  -0.794
    8   HD11  ILE 332          1HD1      ILE 332  13.360  -2.722  -0.054
    9   HD12  ILE 332          2HD1      ILE 332  12.126  -1.495  -0.339
   10   HD13  ILE 332          3HD1      ILE 332  12.920  -1.598   1.233
   11   HG13  ILE 332          3HG1      ILE 332  11.427  -3.060   1.946

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ARG 333           H        ARG 333  12.661  -7.463   3.000
    2    HA   ARG 333           HA       ARG 333  14.197  -8.978   1.134
    3    HE   ARG 333           HE       ARG 333  10.904 -10.330   5.954
    4   HH11  ARG 333          1HH1      ARG 333  13.966 -10.160   7.621
    5   HH12  ARG 333          2HH1      ARG 333  13.282 -10.504   9.174
    6   HH21  ARG 333          1HH2      ARG 333  10.002 -10.783   7.996
    7   HH22  ARG 333          2HH2      ARG 333  11.032 -10.858   9.387
    8    HB2  ARG 333           HB2      ARG 333  13.918 -10.827   2.735
    9    HB3  ARG 333           HB3      ARG 333  14.434  -9.345   3.529
   10    HG2  ARG 333           HG2      ARG 333  11.797  -9.075   3.824
   11    HG3  ARG 333           HG3      ARG 333  11.893 -10.836   3.753
   12    HD2  ARG 333           HD2      ARG 333  13.665 -10.717   5.521
   13    HD3  ARG 333           HD3      ARG 333  13.316  -8.995   5.669

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLY 334           H        GLY 334  12.700  -8.706  -0.701
    2    HA2  GLY 334           HA2      GLY 334  10.126  -9.884  -0.721
    3    HA3  GLY 334           HA3      GLY 334  11.312 -11.051  -1.285

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ARG 335           H        ARG 335  10.762 -11.167  -3.406
    2    HA   ARG 335           HA       ARG 335  11.593  -9.013  -5.100
    3    HE   ARG 335           HE       ARG 335  12.136 -12.865  -7.691
    4   HH11  ARG 335          1HH1      ARG 335   9.658 -12.634 -10.138
    5   HH12  ARG 335          2HH1      ARG 335   9.831 -14.281 -10.646
    6   HH21  ARG 335          1HH2      ARG 335  12.364 -15.031  -8.357
    7   HH22  ARG 335          2HH2      ARG 335  11.366 -15.642  -9.634
    8    HB2  ARG 335           HB2      ARG 335  11.779 -11.542  -5.544
    9    HB3  ARG 335           HB3      ARG 335  10.087 -11.452  -6.015
   10    HG2  ARG 335           HG2      ARG 335  11.063  -9.448  -7.500
   11    HG3  ARG 335           HG3      ARG 335  12.498 -10.470  -7.399
   12    HD2  ARG 335           HD2      ARG 335   9.775 -11.448  -8.245
   13    HD3  ARG 335           HD3      ARG 335  11.034 -10.934  -9.368

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 336           H        GLU 336   8.473 -10.693  -4.676
    2    HA   GLU 336           HA       GLU 336   6.990  -8.898  -6.261
    3    HB2  GLU 336           HB2      GLU 336   6.238 -10.898  -4.146
    4    HB3  GLU 336           HB3      GLU 336   5.023  -9.871  -4.893
    5    HG2  GLU 336           HG2      GLU 336   4.842 -11.548  -6.357
    6    HG3  GLU 336           HG3      GLU 336   6.280 -10.831  -7.083

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ARG 337           H        ARG 337   7.778  -8.945  -2.833
    2    HA   ARG 337           HA       ARG 337   5.998  -6.958  -1.967
    3    HE   ARG 337           HE       ARG 337   4.501  -9.186   1.681
    4   HH11  ARG 337          1HH1      ARG 337   5.382 -10.340  -1.492
    5   HH12  ARG 337          2HH1      ARG 337   4.725 -11.921  -1.237
    6   HH21  ARG 337          1HH2      ARG 337   3.638 -11.267   2.020
    7   HH22  ARG 337          2HH2      ARG 337   3.734 -12.448   0.756
    8    HB2  ARG 337           HB2      ARG 337   8.712  -7.787  -0.940
    9    HB3  ARG 337           HB3      ARG 337   7.702  -6.605  -0.126
   10    HG2  ARG 337           HG2      ARG 337   7.190  -9.530  -0.524
   11    HG3  ARG 337           HG3      ARG 337   7.340  -8.630   0.986
   12    HD2  ARG 337           HD2      ARG 337   5.257  -7.422   0.432
   13    HD3  ARG 337           HD3      ARG 337   5.097  -8.412  -1.019

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    PHE 338           H        PHE 338   9.433  -6.674  -2.857
    2    HA   PHE 338           HA       PHE 338   9.663  -3.921  -2.619
    3    HD1  PHE 338           HD1      PHE 338  11.285  -3.993  -6.311
    4    HD2  PHE 338           HD2      PHE 338  12.664  -3.375  -2.333
    5    HE1  PHE 338           HE1      PHE 338  12.600  -2.058  -7.072
    6    HE2  PHE 338           HE2      PHE 338  13.981  -1.438  -3.086
    7    HZ   PHE 338           HZ       PHE 338  13.950  -0.777  -5.458
    8    HB2  PHE 338           HB2      PHE 338  11.584  -5.425  -2.954
    9    HB3  PHE 338           HB3      PHE 338  11.064  -5.721  -4.610

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLU 339           H        GLU 339   8.431  -5.851  -5.297
    2    HA   GLU 339           HA       GLU 339   8.304  -3.831  -7.231
    3    HB2  GLU 339           HB2      GLU 339   6.932  -6.434  -6.795
    4    HB3  GLU 339           HB3      GLU 339   6.185  -5.318  -7.930
    5    HG2  GLU 339           HG2      GLU 339   9.062  -5.656  -8.313
    6    HG3  GLU 339           HG3      GLU 339   8.122  -7.130  -8.539

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    MET 340           H        MET 340   5.997  -4.799  -4.730
    2    HA   MET 340           HA       MET 340   3.966  -2.974  -5.480
    3    HB2  MET 340           HB2      MET 340   4.549  -4.223  -2.785
    4    HB3  MET 340           HB3      MET 340   3.064  -3.381  -3.210
    5    HG2  MET 340           HG2      MET 340   3.827  -5.583  -5.002
    6    HG3  MET 340           HG3      MET 340   3.396  -6.049  -3.358
    7    HE1  MET 340           HE1      MET 340   1.559  -5.111  -2.154
    8    HE2  MET 340           HE2      MET 340   0.073  -4.417  -2.802
    9    HE3  MET 340           HE3      MET 340   0.294  -6.167  -2.782

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    PHE 341           H        PHE 341   6.295  -2.867  -2.774
    2    HA   PHE 341           HA       PHE 341   5.750  -0.215  -2.039
    3    HD1  PHE 341           HD1      PHE 341   8.655  -3.438  -0.240
    4    HD2  PHE 341           HD2      PHE 341   4.924  -1.396  -0.431
    5    HE1  PHE 341           HE1      PHE 341   7.619  -5.200   1.122
    6    HE2  PHE 341           HE2      PHE 341   3.886  -3.157   0.928
    7    HZ   PHE 341           HZ       PHE 341   5.234  -5.062   1.696
    8    HB2  PHE 341           HB2      PHE 341   8.407  -1.595  -1.669
    9    HB3  PHE 341           HB3      PHE 341   7.670  -0.366  -0.642

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    ARG 342           H        ARG 342   7.538  -1.470  -4.702
    2    HA   ARG 342           HA       ARG 342   9.176   0.872  -5.072
    3    HE   ARG 342           HE       ARG 342  12.183   0.255  -8.911
    4   HH11  ARG 342          1HH1      ARG 342  10.957  -2.629 -10.446
    5   HH12  ARG 342          2HH1      ARG 342  12.176  -2.644 -11.676
    6   HH21  ARG 342          1HH2      ARG 342  13.787   0.238 -10.527
    7   HH22  ARG 342          2HH2      ARG 342  13.784  -1.017 -11.722
    8    HB2  ARG 342           HB2      ARG 342   9.988  -1.278  -5.863
    9    HB3  ARG 342           HB3      ARG 342   8.580  -1.463  -6.900
   10    HG2  ARG 342           HG2      ARG 342   9.330   0.590  -8.126
   11    HG3  ARG 342           HG3      ARG 342  10.822   0.521  -7.185
   12    HD2  ARG 342           HD2      ARG 342  10.854  -1.966  -8.046
   13    HD3  ARG 342           HD3      ARG 342   9.828  -1.306  -9.319

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 343           H        GLU 343   6.180  -0.420  -6.419
    2    HA   GLU 343           HA       GLU 343   5.878   1.642  -8.372
    3    HB2  GLU 343           HB2      GLU 343   4.825  -0.655  -8.465
    4    HB3  GLU 343           HB3      GLU 343   3.702  -0.110  -7.227
    5    HG2  GLU 343           HG2      GLU 343   3.267   1.840  -8.919
    6    HG3  GLU 343           HG3      GLU 343   3.908   0.685 -10.086

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 344           H        LEU 344   4.912   1.205  -5.044
    2    HA   LEU 344           HA       LEU 344   3.062   3.386  -4.992
    3    HG   LEU 344           HG       LEU 344   2.960   0.555  -4.185
    4   HD11  LEU 344          1HD1      LEU 344   3.818   0.221  -1.767
    5   HD12  LEU 344          2HD1      LEU 344   2.164   0.620  -1.304
    6   HD13  LEU 344          3HD1      LEU 344   2.477  -0.766  -2.349
    7   HD21  LEU 344          1HD2      LEU 344   1.180   2.364  -4.244
    8   HD22  LEU 344          2HD2      LEU 344   0.634   0.729  -3.867
    9   HD23  LEU 344          3HD2      LEU 344   0.818   1.918  -2.576
   10    HB2  LEU 344           HB2      LEU 344   4.486   2.042  -2.695
   11    HB3  LEU 344           HB3      LEU 344   3.079   3.081  -2.573

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ASN 345           H        ASN 345   6.479   2.967  -4.284
    2    HA   ASN 345           HA       ASN 345   6.862   5.521  -3.095
    3   HD21  ASN 345          1HD2      ASN 345   9.018   2.146  -2.379
    4   HD22  ASN 345          2HD2      ASN 345   9.101   2.696  -0.743
    5    HB2  ASN 345           HB2      ASN 345   8.608   3.330  -4.082
    6    HB3  ASN 345           HB3      ASN 345   9.334   4.930  -3.962

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    GLU 346           H        GLU 346   7.001   4.299  -6.382
    2    HA   GLU 346           HA       GLU 346   8.179   6.642  -7.507
    3    HB2  GLU 346           HB2      GLU 346   6.818   4.214  -8.613
    4    HB3  GLU 346           HB3      GLU 346   7.125   5.589  -9.664
    5    HG2  GLU 346           HG2      GLU 346   9.374   4.547  -8.033
    6    HG3  GLU 346           HG3      GLU 346   8.840   3.603  -9.423

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ALA 347           H        ALA 347   4.865   5.446  -7.176
    2    HA   ALA 347           HA       ALA 347   3.674   7.612  -8.595
    3    HB1  ALA 347           HB1      ALA 347   2.644   5.346  -8.239
    4    HB2  ALA 347           HB2      ALA 347   1.581   6.715  -7.913
    5    HB3  ALA 347           HB3      ALA 347   2.322   5.835  -6.575

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    LEU 348           H        LEU 348   4.573   7.045  -5.269
    2    HA   LEU 348           HA       LEU 348   3.068   9.222  -4.185
    3    HG   LEU 348           HG       LEU 348   2.416   7.397  -2.880
    4   HD11  LEU 348          1HD1      LEU 348   4.670   6.074  -1.548
    5   HD12  LEU 348          2HD1      LEU 348   3.159   6.064  -0.639
    6   HD13  LEU 348          3HD1      LEU 348   3.212   5.391  -2.268
    7   HD21  LEU 348          1HD2      LEU 348   3.633   9.070  -0.764
    8   HD22  LEU 348          2HD2      LEU 348   2.018   9.127  -1.470
    9   HD23  LEU 348          3HD2      LEU 348   2.409   7.904  -0.261
   10    HB2  LEU 348           HB2      LEU 348   5.119   7.319  -3.190
   11    HB3  LEU 348           HB3      LEU 348   4.932   8.823  -2.308

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLU 349           H        GLU 349   6.241   8.835  -5.575
    2    HA   GLU 349           HA       GLU 349   7.350  11.264  -4.598
    3    HB2  GLU 349           HB2      GLU 349   8.489   9.153  -5.684
    4    HB3  GLU 349           HB3      GLU 349   8.239  10.043  -7.180
    5    HG2  GLU 349           HG2      GLU 349   9.674  11.753  -6.552
    6    HG3  GLU 349           HG3      GLU 349   9.575  11.340  -4.841

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 350           H        LEU 350   5.385  10.408  -7.356
    2    HA   LEU 350           HA       LEU 350   5.813  12.739  -8.891
    3    HG   LEU 350           HG       LEU 350   4.252  10.411 -11.222
    4   HD11  LEU 350          1HD1      LEU 350   4.184  12.927 -11.496
    5   HD12  LEU 350          2HD1      LEU 350   5.895  12.922 -11.068
    6   HD13  LEU 350          3HD1      LEU 350   5.343  12.059 -12.503
    7   HD21  LEU 350          1HD2      LEU 350   6.186   9.949  -9.403
    8   HD22  LEU 350          2HD2      LEU 350   6.359   9.617 -11.126
    9   HD23  LEU 350          3HD2      LEU 350   7.006  11.110 -10.447
   10    HB2  LEU 350           HB2      LEU 350   3.885  10.509  -8.860
   11    HB3  LEU 350           HB3      LEU 350   3.287  11.996  -9.570

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    LYS 351           H        LYS 351   3.496  11.938  -6.351
    2    HA   LYS 351           HA       LYS 351   1.906  14.258  -6.589
    3    HB2  LYS 351           HB2      LYS 351   2.388  12.688  -4.057
    4    HB3  LYS 351           HB3      LYS 351   0.980  13.659  -4.462
    5    HG2  LYS 351           HG2      LYS 351   0.513  12.064  -6.326
    6    HG3  LYS 351           HG3      LYS 351   1.813  11.048  -5.700
    7    HD2  LYS 351           HD2      LYS 351   0.010  10.099  -4.649
    8    HD3  LYS 351           HD3      LYS 351   0.477  11.303  -3.446
    9    HE2  LYS 351           HE2      LYS 351  -1.181  12.860  -4.520
   10    HE3  LYS 351           HE3      LYS 351  -1.740  11.488  -5.475
   11    HZ1  LYS 351           HZ1      LYS 351  -2.190  10.328  -3.349
   12    HZ2  LYS 351           HZ2      LYS 351  -1.816  11.754  -2.520
   13    HZ3  LYS 351           HZ3      LYS 351  -3.138  11.711  -3.575

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    ASP 352           H        ASP 352   4.917  13.595  -4.945
    2    HA   ASP 352           HA       ASP 352   4.923  15.906  -3.292
    3    HB2  ASP 352           HB2      ASP 352   7.110  14.058  -4.241
    4    HB3  ASP 352           HB3      ASP 352   7.425  15.428  -3.180

  No H/Q in entry =           4
  Start of MODEL    2
    1    H    ALA 353           H        ALA 353   5.943  15.250  -6.573
    2    HA   ALA 353           HA       ALA 353   7.476  17.612  -6.940
    3    HB1  ALA 353           HB1      ALA 353   6.212  15.654  -8.830
    4    HB2  ALA 353           HB2      ALA 353   7.920  15.890  -8.459
    5    HB3  ALA 353           HB3      ALA 353   7.050  17.094  -9.410

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLN 354           H        GLN 354   4.076  16.852  -7.231
    2    HA   GLN 354           HA       GLN 354   3.483  19.427  -8.453
    3   HE21  GLN 354          1HE2      GLN 354   1.848  15.968 -11.754
    4   HE22  GLN 354          2HE2      GLN 354   0.146  16.119 -12.005
    5    HB2  GLN 354           HB2      GLN 354   1.769  17.058  -7.715
    6    HB3  GLN 354           HB3      GLN 354   1.096  18.568  -8.313
    7    HG2  GLN 354           HG2      GLN 354   2.711  18.233 -10.297
    8    HG3  GLN 354           HG3      GLN 354   2.790  16.562  -9.739

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    ALA 355           H        ALA 355   2.866  17.685  -5.431
    2    HA   ALA 355           HA       ALA 355   1.689  20.090  -4.260
    3    HB1  ALA 355           HB1      ALA 355   1.627  17.203  -3.628
    4    HB2  ALA 355           HB2      ALA 355   0.347  18.414  -3.544
    5    HB3  ALA 355           HB3      ALA 355   1.553  18.315  -2.261

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLY 356           H        GLY 356   2.324  20.082  -1.701
    2    HA2  GLY 356           HA2      GLY 356   5.207  20.621  -1.736
    3    HA3  GLY 356           HA3      GLY 356   4.583  19.539  -0.500

  No H/Q in entry =           3
  Start of MODEL    2
    1    H1   GLU 326           H1       GLU 326  17.405 -12.882   1.659
    2    H2   GLU 326           H2       GLU 326  17.964 -13.548   0.183
    3    H3   GLU 326           H3       GLU 326  18.736 -12.167   0.846
    4    HA   GLU 326           HA       GLU 326  17.346 -11.569  -0.975
    5    HB2  GLU 326           HB2      GLU 326  15.779 -13.607  -0.162
    6    HB3  GLU 326           HB3      GLU 326  14.896 -12.263   0.549
    7    HG2  GLU 326           HG2      GLU 326  14.156 -11.533  -1.433
    8    HG3  GLU 326           HG3      GLU 326  15.686 -11.863  -2.243

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    SER 327           H        SER 327  17.631  -9.458  -0.666
    2    HA   SER 327           HA       SER 327  15.913  -7.934   0.973
    3    HG   SER 327           HG       SER 327  19.320  -8.766   1.313
    4    HB2  SER 327           HB2      SER 327  17.460  -7.102   2.644
    5    HB3  SER 327           HB3      SER 327  17.403  -8.862   2.749

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    PHE 328           H        PHE 328  15.598  -6.465  -0.589
    2    HA   PHE 328           HA       PHE 328  17.909  -5.331  -1.981
    3    HD1  PHE 328           HD1      PHE 328  14.300  -7.149  -2.078
    4    HD2  PHE 328           HD2      PHE 328  17.229  -6.207  -5.018
    5    HE1  PHE 328           HE1      PHE 328  14.001  -9.375  -3.084
    6    HE2  PHE 328           HE2      PHE 328  16.935  -8.430  -6.030
    7    HZ   PHE 328           HZ       PHE 328  15.318 -10.017  -5.063
    8    HB2  PHE 328           HB2      PHE 328  14.994  -4.809  -2.566
    9    HB3  PHE 328           HB3      PHE 328  16.373  -4.513  -3.619

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLY 329           H        GLY 329  18.689  -3.384  -1.497
    2    HA2  GLY 329           HA2      GLY 329  18.966  -1.429  -0.301
    3    HA3  GLY 329           HA3      GLY 329  17.540  -1.852   0.634

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    LEU 330           H        LEU 330  16.339  -0.046   0.586
    2    HA   LEU 330           HA       LEU 330  15.961   1.348  -1.959
    3    HG   LEU 330           HG       LEU 330  13.888   1.042  -3.276
    4   HD11  LEU 330          1HD1      LEU 330  12.018  -0.429  -2.350
    5   HD12  LEU 330          2HD1      LEU 330  11.314   1.066  -1.735
    6   HD13  LEU 330          3HD1      LEU 330  11.563   0.857  -3.468
    7   HD21  LEU 330          1HD2      LEU 330  13.212   2.990  -1.132
    8   HD22  LEU 330          2HD2      LEU 330  14.144   3.214  -2.613
    9   HD23  LEU 330          3HD2      LEU 330  12.384   3.124  -2.684
   10    HB2  LEU 330           HB2      LEU 330  14.139  -0.458  -1.345
   11    HB3  LEU 330           HB3      LEU 330  13.550   0.808  -0.285

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLY 331           H        GLY 331  16.034   3.491  -1.720
    2    HA2  GLY 331           HA2      GLY 331  16.662   5.374  -0.426
    3    HA3  GLY 331           HA3      GLY 331  16.038   4.567   1.005

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ILE 332           H        ILE 332  13.960   4.910   1.630
    2    HA   ILE 332           HA       ILE 332  12.177   6.368  -0.180
    3    HB   ILE 332           HB       ILE 332  11.488   5.178   2.505
    4   HG12  ILE 332          2HG1      ILE 332  10.334   3.480   0.790
    5   HG21  ILE 332          1HG2      ILE 332   9.839   6.190   0.199
    6   HG22  ILE 332          2HG2      ILE 332   9.178   5.238   1.528
    7   HG23  ILE 332          3HG2      ILE 332   9.895   6.817   1.846
    8   HD11  ILE 332          1HD1      ILE 332  12.677   3.384   2.397
    9   HD12  ILE 332          2HD1      ILE 332  11.600   2.071   1.917
   10   HD13  ILE 332          3HD1      ILE 332  12.970   2.506   0.895
   11   HG13  ILE 332          3HG1      ILE 332  11.713   3.951  -0.199

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ARG 333           H        ARG 333  11.439   8.392   0.228
    2    HA   ARG 333           HA       ARG 333  12.549   9.749   2.595
    3    HE   ARG 333           HE       ARG 333  15.991  12.426  -1.002
    4   HH11  ARG 333          1HH1      ARG 333  12.505  12.588  -1.035
    5   HH12  ARG 333          2HH1      ARG 333  12.406  12.795  -2.751
    6   HH21  ARG 333          1HH2      ARG 333  15.863  12.700  -3.259
    7   HH22  ARG 333          2HH2      ARG 333  14.312  12.859  -4.014
    8    HB2  ARG 333           HB2      ARG 333  12.051  10.678  -0.212
    9    HB3  ARG 333           HB3      ARG 333  12.084  11.841   1.105
   10    HG2  ARG 333           HG2      ARG 333  14.360  10.573   1.641
   11    HG3  ARG 333           HG3      ARG 333  14.281  10.267  -0.095
   12    HD2  ARG 333           HD2      ARG 333  13.638  13.019   0.542
   13    HD3  ARG 333           HD3      ARG 333  15.226  12.562   1.156

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLY 334           H        GLY 334  10.663   8.967   3.783
    2    HA2  GLY 334           HA2      GLY 334   8.017   9.658   3.094
    3    HA3  GLY 334           HA3      GLY 334   8.697  10.932   4.096

  No H/Q in entry =           3
  Start of MODEL    2
    1    H    ARG 335           H        ARG 335   8.016  10.735   6.115
    2    HA   ARG 335           HA       ARG 335   8.583   8.466   7.695
    3    HE   ARG 335           HE       ARG 335   9.769  10.344  12.320
    4   HH11  ARG 335          1HH1      ARG 335   6.304  10.400  11.908
    5   HH12  ARG 335          2HH1      ARG 335   5.978   9.866  13.523
    6   HH21  ARG 335          1HH2      ARG 335   9.342   9.642  14.444
    7   HH22  ARG 335          2HH2      ARG 335   7.702   9.436  14.963
    8    HB2  ARG 335           HB2      ARG 335   8.071  11.026   8.282
    9    HB3  ARG 335           HB3      ARG 335   6.471  10.361   8.582
   10    HG2  ARG 335           HG2      ARG 335   7.151   9.164  10.393
   11    HG3  ARG 335           HG3      ARG 335   8.795   8.964   9.783
   12    HD2  ARG 335           HD2      ARG 335   9.291  11.286  10.295
   13    HD3  ARG 335           HD3      ARG 335   7.633  11.539  10.838

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 336           H        GLU 336   5.576   9.664   6.249
    2    HA   GLU 336           HA       GLU 336   3.960   7.574   7.330
    3    HB2  GLU 336           HB2      GLU 336   3.487   9.540   5.087
    4    HB3  GLU 336           HB3      GLU 336   2.274   8.399   5.652
    5    HG2  GLU 336           HG2      GLU 336   2.877   9.517   7.985
    6    HG3  GLU 336           HG3      GLU 336   3.313  10.858   6.927

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ARG 337           H        ARG 337   5.485   8.157   4.186
    2    HA   ARG 337           HA       ARG 337   4.429   5.937   2.840
    3    HE   ARG 337           HE       ARG 337   5.928   8.707  -0.510
    4   HH11  ARG 337          1HH1      ARG 337   8.623   7.027  -1.957
    5   HH12  ARG 337          2HH1      ARG 337   9.112   8.382  -2.918
    6   HH21  ARG 337          1HH2      ARG 337   6.570  10.490  -1.773
    7   HH22  ARG 337          2HH2      ARG 337   7.948  10.348  -2.813
    8    HB2  ARG 337           HB2      ARG 337   6.003   8.013   2.115
    9    HB3  ARG 337           HB3      ARG 337   7.202   6.729   2.175
   10    HG2  ARG 337           HG2      ARG 337   5.552   5.406   0.714
   11    HG3  ARG 337           HG3      ARG 337   4.792   6.971   0.420
   12    HD2  ARG 337           HD2      ARG 337   7.743   6.642   0.064
   13    HD3  ARG 337           HD3      ARG 337   6.636   6.103  -1.198

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    PHE 338           H        PHE 338   7.564   6.301   4.493
    2    HA   PHE 338           HA       PHE 338   8.426   3.659   4.137
    3    HD1  PHE 338           HD1      PHE 338   9.083   3.462   7.850
    4    HD2  PHE 338           HD2      PHE 338  11.756   4.078   4.596
    5    HE1  PHE 338           HE1      PHE 338  10.611   1.779   8.791
    6    HE2  PHE 338           HE2      PHE 338  13.288   2.395   5.531
    7    HZ   PHE 338           HZ       PHE 338  12.716   1.243   7.631
    8    HB2  PHE 338           HB2      PHE 338   9.926   5.475   4.843
    9    HB3  PHE 338           HB3      PHE 338   9.086   5.575   6.387

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    GLU 339           H        GLU 339   6.346   5.130   6.546
    2    HA   GLU 339           HA       GLU 339   6.320   3.025   8.408
    3    HB2  GLU 339           HB2      GLU 339   4.545   5.333   7.784
    4    HB3  GLU 339           HB3      GLU 339   3.876   4.042   8.773
    5    HG2  GLU 339           HG2      GLU 339   5.309   4.448  10.519
    6    HG3  GLU 339           HG3      GLU 339   6.528   5.194   9.487

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    MET 340           H        MET 340   4.518   3.589   5.447
    2    HA   MET 340           HA       MET 340   2.624   1.516   5.786
    3    HB2  MET 340           HB2      MET 340   3.657   2.509   3.133
    4    HB3  MET 340           HB3      MET 340   2.071   1.841   3.495
    5    HG2  MET 340           HG2      MET 340   2.080   3.957   5.154
    6    HG3  MET 340           HG3      MET 340   3.109   4.568   3.859
    7    HE1  MET 340           HE1      MET 340   2.234   5.961   2.248
    8    HE2  MET 340           HE2      MET 340   2.157   4.585   1.148
    9    HE3  MET 340           HE3      MET 340   0.795   5.699   1.263

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    PHE 341           H        PHE 341   5.567   1.647   3.769
    2    HA   PHE 341           HA       PHE 341   5.548  -1.069   3.055
    3    HD1  PHE 341           HD1      PHE 341   8.398   2.542   2.270
    4    HD2  PHE 341           HD2      PHE 341   5.236  -0.005   1.000
    5    HE1  PHE 341           HE1      PHE 341   7.665   4.258   0.665
    6    HE2  PHE 341           HE2      PHE 341   4.499   1.702  -0.608
    7    HZ   PHE 341           HZ       PHE 341   5.712   3.836  -0.772
    8    HB2  PHE 341           HB2      PHE 341   8.074   0.544   3.349
    9    HB3  PHE 341           HB3      PHE 341   7.710  -0.721   2.177

  No H/Q in entry =           9
  Start of MODEL    2
    1    H    ARG 342           H        ARG 342   6.649   0.558   5.927
    2    HA   ARG 342           HA       ARG 342   8.242  -1.621   6.894
    3    HE   ARG 342           HE       ARG 342  10.036  -0.201  11.420
    4   HH11  ARG 342          1HH1      ARG 342   7.550   2.075  12.326
    5   HH12  ARG 342          2HH1      ARG 342   8.294   2.477  13.837
    6   HH21  ARG 342          1HH2      ARG 342  11.016   0.327  13.407
    7   HH22  ARG 342          2HH2      ARG 342  10.262   1.485  14.450
    8    HB2  ARG 342           HB2      ARG 342   8.671   0.694   7.599
    9    HB3  ARG 342           HB3      ARG 342   7.088   0.760   8.361
   10    HG2  ARG 342           HG2      ARG 342   8.070  -1.384   9.616
   11    HG3  ARG 342           HG3      ARG 342   9.580  -0.538   9.267
   12    HD2  ARG 342           HD2      ARG 342   8.224   1.529  10.193
   13    HD3  ARG 342           HD3      ARG 342   7.302   0.265  11.006

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    GLU 343           H        GLU 343   4.981  -0.394   7.543
    2    HA   GLU 343           HA       GLU 343   4.377  -2.388   9.496
    3    HB2  GLU 343           HB2      GLU 343   3.216  -0.225   9.455
    4    HB3  GLU 343           HB3      GLU 343   2.533  -0.614   7.882
    5    HG2  GLU 343           HG2      GLU 343   1.731  -2.751   9.344
    6    HG3  GLU 343           HG3      GLU 343   1.720  -1.475  10.560

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 344           H        LEU 344   4.088  -2.134   6.031
    2    HA   LEU 344           HA       LEU 344   2.325  -4.359   5.706
    3    HG   LEU 344           HG       LEU 344   1.164  -2.865   4.376
    4   HD11  LEU 344          1HD1      LEU 344   2.197  -1.045   3.104
    5   HD12  LEU 344          2HD1      LEU 344   2.371  -2.119   1.716
    6   HD13  LEU 344          3HD1      LEU 344   0.764  -1.677   2.294
    7   HD21  LEU 344          1HD2      LEU 344   1.708  -5.206   3.147
    8   HD22  LEU 344          2HD2      LEU 344   0.141  -4.401   3.086
    9   HD23  LEU 344          3HD2      LEU 344   1.284  -4.205   1.759
   10    HB2  LEU 344           HB2      LEU 344   3.771  -2.484   3.982
   11    HB3  LEU 344           HB3      LEU 344   3.652  -4.099   3.309

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    ASN 345           H        ASN 345   5.793  -3.914   5.847
    2    HA   ASN 345           HA       ASN 345   6.484  -6.490   4.848
    3   HD21  ASN 345          1HD2      ASN 345   9.408  -5.580   3.684
    4   HD22  ASN 345          2HD2      ASN 345  10.424  -6.876   4.206
    5    HB2  ASN 345           HB2      ASN 345   8.027  -4.508   4.914
    6    HB3  ASN 345           HB3      ASN 345   8.132  -4.716   6.660

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    GLU 346           H        GLU 346   6.020  -5.146   8.087
    2    HA   GLU 346           HA       GLU 346   6.723  -7.588   9.415
    3    HB2  GLU 346           HB2      GLU 346   5.403  -5.045  10.365
    4    HB3  GLU 346           HB3      GLU 346   5.729  -6.408  11.428
    5    HG2  GLU 346           HG2      GLU 346   8.166  -6.128  10.462
    6    HG3  GLU 346           HG3      GLU 346   7.606  -4.481  10.176

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    ALA 347           H        ALA 347   3.797  -6.120   8.215
    2    HA   ALA 347           HA       ALA 347   2.045  -7.954   9.587
    3    HB1  ALA 347           HB1      ALA 347   1.546  -5.915   7.426
    4    HB2  ALA 347           HB2      ALA 347   0.283  -6.902   8.161
    5    HB3  ALA 347           HB3      ALA 347   1.198  -5.762   9.148

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    LEU 348           H        LEU 348   3.672  -7.772   6.516
    2    HA   LEU 348           HA       LEU 348   2.075  -9.827   5.279
    3    HG   LEU 348           HG       LEU 348   2.137  -7.459   4.092
    4   HD11  LEU 348          1HD1      LEU 348   4.569  -7.371   2.488
    5   HD12  LEU 348          2HD1      LEU 348   3.111  -6.991   1.572
    6   HD13  LEU 348          3HD1      LEU 348   3.510  -6.065   3.018
    7   HD21  LEU 348          1HD2      LEU 348   2.304  -9.824   2.338
    8   HD22  LEU 348          2HD2      LEU 348   0.899  -9.034   3.053
    9   HD23  LEU 348          3HD2      LEU 348   1.649  -8.359   1.607
   10    HB2  LEU 348           HB2      LEU 348   4.560  -8.336   4.498
   11    HB3  LEU 348           HB3      LEU 348   4.023  -9.729   3.578

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    GLU 349           H        GLU 349   5.040  -9.631   7.104
    2    HA   GLU 349           HA       GLU 349   5.925 -12.282   6.432
    3    HB2  GLU 349           HB2      GLU 349   7.657 -11.921   8.099
    4    HB3  GLU 349           HB3      GLU 349   7.513 -10.506   7.065
    5    HG2  GLU 349           HG2      GLU 349   6.178  -9.398   8.807
    6    HG3  GLU 349           HG3      GLU 349   6.404 -10.804   9.847

  No H/Q in entry =           6
  Start of MODEL    2
    1    H    LEU 350           H        LEU 350   3.887 -10.840   8.846
    2    HA   LEU 350           HA       LEU 350   3.965 -13.056  10.663
    3    HG   LEU 350           HG       LEU 350   4.536 -10.680  11.740
    4   HD11  LEU 350          1HD1      LEU 350   2.434  -9.090  12.005
    5   HD12  LEU 350          2HD1      LEU 350   2.352  -9.878  13.580
    6   HD13  LEU 350          3HD1      LEU 350   3.811  -9.010  13.104
    7   HD21  LEU 350          1HD2      LEU 350   2.753 -12.383  13.462
    8   HD22  LEU 350          2HD2      LEU 350   4.353 -12.768  12.829
    9   HD23  LEU 350          3HD2      LEU 350   4.173 -11.546  14.088
   10    HB2  LEU 350           HB2      LEU 350   2.357 -10.552  10.416
   11    HB3  LEU 350           HB3      LEU 350   1.769 -11.834  11.458

  No H/Q in entry =          11
  Start of MODEL    2
    1    H    LYS 351           H        LYS 351   1.920 -12.044   7.992
    2    HA   LYS 351           HA       LYS 351  -0.129 -13.974   8.458
    3    HB2  LYS 351           HB2      LYS 351  -0.892 -13.375   6.183
    4    HB3  LYS 351           HB3      LYS 351  -0.621 -11.965   7.197
    5    HG2  LYS 351           HG2      LYS 351   1.497 -11.546   6.103
    6    HG3  LYS 351           HG3      LYS 351   1.308 -13.008   5.133
    7    HD2  LYS 351           HD2      LYS 351  -0.722 -10.793   5.084
    8    HD3  LYS 351           HD3      LYS 351   0.700 -10.779   4.038
    9    HE2  LYS 351           HE2      LYS 351  -1.329 -13.007   4.158
   10    HE3  LYS 351           HE3      LYS 351  -1.319 -11.722   2.950
   11    HZ1  LYS 351           HZ1      LYS 351   0.945 -12.473   2.327
   12    HZ2  LYS 351           HZ2      LYS 351   0.767 -13.790   3.374
   13    HZ3  LYS 351           HZ3      LYS 351  -0.255 -13.631   2.036

  No H/Q in entry =          13
  Start of MODEL    2
    1    H    ASP 352           H        ASP 352   2.878 -13.941   6.682
    2    HA   ASP 352           HA       ASP 352   2.349 -16.354   5.223
    3    HB2  ASP 352           HB2      ASP 352   3.957 -14.498   4.538
    4    HB3  ASP 352           HB3      ASP 352   5.063 -15.142   5.748

  No H/Q in entry =           4
  Start of MODEL    2
    1    H    ALA 353           H        ALA 353   3.815 -15.524   8.282
    2    HA   ALA 353           HA       ALA 353   5.005 -18.105   8.704
    3    HB1  ALA 353           HB1      ALA 353   5.933 -17.214  10.572
    4    HB2  ALA 353           HB2      ALA 353   5.533 -15.706   9.749
    5    HB3  ALA 353           HB3      ALA 353   4.472 -16.330  11.012

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLN 354           H        GLN 354   2.004 -16.508   9.591
    2    HA   GLN 354           HA       GLN 354   1.174 -18.649  11.341
    3   HE21  GLN 354          1HE2      GLN 354  -2.132 -15.223   8.146
    4   HE22  GLN 354          2HE2      GLN 354  -3.690 -15.491   8.841
    5    HB2  GLN 354           HB2      GLN 354  -0.890 -17.386  11.591
    6    HB3  GLN 354           HB3      GLN 354   0.497 -16.322  11.777
    7    HG2  GLN 354           HG2      GLN 354  -0.265 -15.000  10.183
    8    HG3  GLN 354           HG3      GLN 354  -0.272 -16.340   9.037

  No H/Q in entry =           8
  Start of MODEL    2
    1    H    ALA 355           H        ALA 355   0.732 -17.721   8.010
    2    HA   ALA 355           HA       ALA 355  -1.275 -19.825   7.631
    3    HB1  ALA 355           HB1      ALA 355  -1.807 -18.807   5.552
    4    HB2  ALA 355           HB2      ALA 355  -1.666 -17.508   6.737
    5    HB3  ALA 355           HB3      ALA 355  -0.355 -17.806   5.596

  No H/Q in entry =           5
  Start of MODEL    2
    1    H    GLY 356           H        GLY 356   1.540 -20.425   8.132
    2    HA2  GLY 356           HA2      GLY 356   3.202 -20.988   6.103
    3    HA3  GLY 356           HA3      GLY 356   1.945 -22.192   5.866

  No H/Q in entry =           3
  Start of MODEL    3
    1    H1   GLU 326           H1       GLU 326 -16.402   1.763  11.436
    2    H2   GLU 326           H2       GLU 326 -15.127   2.910  11.494
    3    H3   GLU 326           H3       GLU 326 -16.530   3.135  12.456
    4    HB2  GLU 326           HB2      GLU 326 -15.307   5.040  10.744
    5    HB3  GLU 326           HB3      GLU 326 -16.597   5.496   9.640
    6    HG2  GLU 326           HG2      GLU 326 -17.971   5.205  11.959
    7    HG3  GLU 326           HG3      GLU 326 -16.412   5.777  12.549
    8    HA   GLU 326           HA       GLU 326 -17.863   3.455  10.557

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    SER 327           H        SER 327 -18.079   1.919   8.981
    2    HA   SER 327           HA       SER 327 -15.975   1.118   7.248
    3    HG   SER 327           HG       SER 327 -19.698   0.394   6.013
    4    HB2  SER 327           HB2      SER 327 -17.644  -0.150   6.072
    5    HB3  SER 327           HB3      SER 327 -18.022  -0.247   7.792

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    PHE 328           H        PHE 328 -15.060   2.458   5.838
    2    HA   PHE 328           HA       PHE 328 -16.714   4.469   4.489
    3    HD1  PHE 328           HD1      PHE 328 -16.212   6.568   5.957
    4    HD2  PHE 328           HD2      PHE 328 -12.734   4.181   6.518
    5    HE1  PHE 328           HE1      PHE 328 -16.013   7.407   8.261
    6    HE2  PHE 328           HE2      PHE 328 -12.529   5.015   8.823
    7    HZ   PHE 328           HZ       PHE 328 -14.170   6.629   9.698
    8    HB2  PHE 328           HB2      PHE 328 -13.703   4.273   4.435
    9    HB3  PHE 328           HB3      PHE 328 -14.702   5.661   4.017

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLY 329           H        GLY 329 -17.421   4.041   2.511
    2    HA2  GLY 329           HA2      GLY 329 -17.697   2.850   0.538
    3    HA3  GLY 329           HA3      GLY 329 -16.346   1.827   1.003

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    LEU 330           H        LEU 330 -15.673   1.977  -1.226
    2    HA   LEU 330           HA       LEU 330 -14.752   4.561  -2.173
    3    HG   LEU 330           HG       LEU 330 -12.567   5.426  -1.690
    4   HD11  LEU 330          1HD1      LEU 330 -10.827   3.674  -0.637
    5   HD12  LEU 330          2HD1      LEU 330 -10.101   3.902  -2.228
    6   HD13  LEU 330          3HD1      LEU 330 -10.375   5.291  -1.176
    7   HD21  LEU 330          1HD2      LEU 330 -13.042   4.616  -4.034
    8   HD22  LEU 330          2HD2      LEU 330 -11.609   5.627  -3.843
    9   HD23  LEU 330          3HD2      LEU 330 -11.440   3.879  -4.011
   10    HB2  LEU 330           HB2      LEU 330 -13.001   3.189  -0.663
   11    HB3  LEU 330           HB3      LEU 330 -12.668   2.456  -2.221

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLY 331           H        GLY 331 -15.486   4.619  -4.189
    2    HA2  GLY 331           HA2      GLY 331 -16.238   3.882  -6.246
    3    HA3  GLY 331           HA3      GLY 331 -16.041   2.230  -5.681

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ILE 332           H        ILE 332 -14.149   1.128  -6.106
    2    HA   ILE 332           HA       ILE 332 -12.148   2.546  -7.735
    3    HB   ILE 332           HB       ILE 332 -11.762  -0.081  -6.306
    4   HG12  ILE 332          2HG1      ILE 332 -10.738   2.605  -5.388
    5   HG21  ILE 332          1HG2      ILE 332 -10.109   1.636  -8.030
    6   HG22  ILE 332          2HG2      ILE 332  -9.311   1.015  -6.586
    7   HG23  ILE 332          3HG2      ILE 332 -10.030  -0.102  -7.745
    8   HD11  ILE 332          1HD1      ILE 332 -10.719  -0.145  -4.266
    9   HD12  ILE 332          2HD1      ILE 332  -9.457   1.087  -4.266
   10   HD13  ILE 332          3HD1      ILE 332 -10.829   1.230  -3.168
   11   HG13  ILE 332          3HG1      ILE 332 -12.252   1.923  -4.800

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ARG 333           H        ARG 333 -11.946   2.024  -9.813
    2    HA   ARG 333           HA       ARG 333 -13.316  -0.395 -10.774
    3    HE   ARG 333           HE       ARG 333 -13.543   5.354 -12.630
    4   HH11  ARG 333          1HH1      ARG 333 -10.848   3.865 -14.273
    5   HH12  ARG 333          2HH1      ARG 333  -9.894   5.310 -14.282
    6   HH21  ARG 333          1HH2      ARG 333 -12.289   7.255 -12.642
    7   HH22  ARG 333          2HH2      ARG 333 -10.712   7.235 -13.356
    8    HB2  ARG 333           HB2      ARG 333 -13.378   0.727 -12.972
    9    HB3  ARG 333           HB3      ARG 333 -14.204   1.653 -11.726
   10    HG2  ARG 333           HG2      ARG 333 -12.180   3.064 -11.500
   11    HG3  ARG 333           HG3      ARG 333 -11.463   2.184 -12.851
   12    HD2  ARG 333           HD2      ARG 333 -12.753   3.224 -14.384
   13    HD3  ARG 333           HD3      ARG 333 -14.162   3.262 -13.324

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLY 334           H        GLY 334 -10.629  -0.359  -9.634
    2    HA2  GLY 334           HA2      GLY 334  -8.356  -0.423 -10.652
    3    HA3  GLY 334           HA3      GLY 334  -9.115  -1.213 -12.026

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ARG 335           H        ARG 335  -9.085  -3.363 -12.074
    2    HA   ARG 335           HA       ARG 335  -9.490  -5.063  -9.893
    3    HE   ARG 335           HE       ARG 335  -8.774  -4.554 -15.728
    4   HH11  ARG 335          1HH1      ARG 335  -6.033  -6.338 -14.510
    5   HH12  ARG 335          2HH1      ARG 335  -4.909  -5.598 -15.600
    6   HH21  ARG 335          1HH2      ARG 335  -7.297  -3.581 -17.163
    7   HH22  ARG 335          2HH2      ARG 335  -5.626  -4.033 -17.106
    8    HB2  ARG 335           HB2      ARG 335  -8.606  -6.850 -11.375
    9    HB3  ARG 335           HB3      ARG 335  -9.826  -5.848 -12.150
   10    HG2  ARG 335           HG2      ARG 335  -7.650  -4.525 -12.936
   11    HG3  ARG 335           HG3      ARG 335  -6.945  -6.131 -12.739
   12    HD2  ARG 335           HD2      ARG 335  -8.101  -6.999 -14.478
   13    HD3  ARG 335           HD3      ARG 335  -9.529  -6.015 -14.158

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 336           H        GLU 336  -6.562  -3.655 -11.203
    2    HA   GLU 336           HA       GLU 336  -4.767  -5.297  -9.703
    3    HB2  GLU 336           HB2      GLU 336  -4.414  -3.763 -11.858
    4    HB3  GLU 336           HB3      GLU 336  -3.931  -2.597 -10.634
    5    HG2  GLU 336           HG2      GLU 336  -2.292  -4.235  -9.776
    6    HG3  GLU 336           HG3      GLU 336  -2.731  -5.316 -11.098

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ARG 337           H        ARG 337  -5.499  -1.811  -9.442
    2    HA   ARG 337           HA       ARG 337  -4.256  -1.413  -6.979
    3    HE   ARG 337           HE       ARG 337  -5.827   1.187 -10.235
    4   HH11  ARG 337          1HH1      ARG 337  -8.362   3.549  -9.815
    5   HH12  ARG 337          2HH1      ARG 337  -7.993   4.390 -11.283
    6   HH21  ARG 337          1HH2      ARG 337  -5.340   2.292 -12.166
    7   HH22  ARG 337          2HH2      ARG 337  -6.278   3.676 -12.618
    8    HB2  ARG 337           HB2      ARG 337  -5.546   0.644  -6.825
    9    HB3  ARG 337           HB3      ARG 337  -4.970   0.415  -8.470
   10    HG2  ARG 337           HG2      ARG 337  -7.232  -0.546  -9.010
   11    HG3  ARG 337           HG3      ARG 337  -7.755   0.010  -7.419
   12    HD2  ARG 337           HD2      ARG 337  -8.368   1.680  -9.009
   13    HD3  ARG 337           HD3      ARG 337  -7.017   2.307  -8.065

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    PHE 338           H        PHE 338  -7.560  -2.397  -7.740
    2    HA   PHE 338           HA       PHE 338  -8.544  -2.285  -5.088
    3    HD1  PHE 338           HD1      PHE 338 -11.709  -1.916  -5.454
    4    HD2  PHE 338           HD2      PHE 338 -10.064  -5.820  -5.854
    5    HE1  PHE 338           HE1      PHE 338 -13.497  -2.811  -4.021
    6    HE2  PHE 338           HE2      PHE 338 -11.850  -6.724  -4.423
    7    HZ   PHE 338           HZ       PHE 338 -13.570  -5.218  -3.504
    8    HB2  PHE 338           HB2      PHE 338 -10.027  -2.331  -7.051
    9    HB3  PHE 338           HB3      PHE 338  -9.494  -3.968  -7.418

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLU 339           H        GLU 339  -6.842  -4.729  -6.932
    2    HA   GLU 339           HA       GLU 339  -7.317  -6.921  -5.226
    3    HB2  GLU 339           HB2      GLU 339  -5.344  -6.260  -7.350
    4    HB3  GLU 339           HB3      GLU 339  -4.927  -7.566  -6.249
    5    HG2  GLU 339           HG2      GLU 339  -7.648  -7.712  -7.315
    6    HG3  GLU 339           HG3      GLU 339  -6.377  -7.839  -8.530

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    MET 340           H        MET 340  -4.866  -4.387  -5.225
    2    HA   MET 340           HA       MET 340  -3.238  -5.478  -3.192
    3    HB2  MET 340           HB2      MET 340  -3.003  -3.361  -4.860
    4    HB3  MET 340           HB3      MET 340  -3.437  -2.530  -3.373
    5    HG2  MET 340           HG2      MET 340  -1.465  -2.966  -2.392
    6    HG3  MET 340           HG3      MET 340  -1.339  -4.570  -3.111
    7    HE1  MET 340           HE1      MET 340  -1.732  -0.984  -4.062
    8    HE2  MET 340           HE2      MET 340  -0.332  -0.580  -5.056
    9    HE3  MET 340           HE3      MET 340  -1.723  -1.387  -5.779

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    PHE 341           H        PHE 341  -5.761  -2.964  -3.063
    2    HA   PHE 341           HA       PHE 341  -5.724  -2.592  -0.290
    3    HD1  PHE 341           HD1      PHE 341  -4.986  -0.680  -1.241
    4    HD2  PHE 341           HD2      PHE 341  -8.475  -0.814  -3.672
    5    HE1  PHE 341           HE1      PHE 341  -3.998   0.999  -2.740
    6    HE2  PHE 341           HE2      PHE 341  -7.493   0.865  -5.178
    7    HZ   PHE 341           HZ       PHE 341  -5.251   1.769  -4.713
    8    HB2  PHE 341           HB2      PHE 341  -8.227  -2.344  -1.947
    9    HB3  PHE 341           HB3      PHE 341  -7.737  -1.388  -0.550

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    ARG 342           H        ARG 342  -7.234  -5.045  -2.260
    2    HA   ARG 342           HA       ARG 342  -9.012  -6.024  -0.262
    3    HE   ARG 342           HE       ARG 342 -10.662 -11.045  -2.739
    4   HH11  ARG 342          1HH1      ARG 342 -12.119  -7.947  -2.062
    5   HH12  ARG 342          2HH1      ARG 342 -13.590  -8.631  -1.459
    6   HH21  ARG 342          1HH2      ARG 342 -12.597 -11.947  -1.946
    7   HH22  ARG 342          2HH2      ARG 342 -13.862 -10.901  -1.392
    8    HB2  ARG 342           HB2      ARG 342  -9.326  -6.455  -2.678
    9    HB3  ARG 342           HB3      ARG 342  -7.876  -7.449  -2.677
   10    HG2  ARG 342           HG2      ARG 342  -8.926  -9.020  -1.153
   11    HG3  ARG 342           HG3      ARG 342 -10.370  -8.008  -1.085
   12    HD2  ARG 342           HD2      ARG 342 -10.641  -8.315  -3.529
   13    HD3  ARG 342           HD3      ARG 342  -9.267  -9.419  -3.511

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 343           H        GLU 343  -5.808  -7.050  -1.402
    2    HA   GLU 343           HA       GLU 343  -5.576  -9.194   0.457
    3    HB2  GLU 343           HB2      GLU 343  -4.296  -8.963  -1.708
    4    HB3  GLU 343           HB3      GLU 343  -3.321  -7.730  -0.920
    5    HG2  GLU 343           HG2      GLU 343  -2.502  -9.318   0.680
    6    HG3  GLU 343           HG3      GLU 343  -3.592 -10.559   0.065

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 344           H        LEU 344  -4.829  -5.790   0.521
    2    HA   LEU 344           HA       LEU 344  -3.175  -5.871   2.846
    3    HG   LEU 344           HG       LEU 344  -1.720  -4.510   1.836
    4   HD11  LEU 344          1HD1      LEU 344  -2.926  -2.137   0.563
    5   HD12  LEU 344          2HD1      LEU 344  -1.256  -1.973   1.108
    6   HD13  LEU 344          3HD1      LEU 344  -1.691  -3.245  -0.034
    7   HD21  LEU 344          1HD2      LEU 344  -2.734  -2.438   3.712
    8   HD22  LEU 344          2HD2      LEU 344  -1.596  -3.756   3.990
    9   HD23  LEU 344          3HD2      LEU 344  -1.075  -2.307   3.131
   10    HB2  LEU 344           HB2      LEU 344  -4.196  -3.873   1.014
   11    HB3  LEU 344           HB3      LEU 344  -4.302  -3.316   2.673

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ASN 345           H        ASN 345  -6.608  -5.422   2.232
    2    HA   ASN 345           HA       ASN 345  -7.279  -4.655   4.893
    3   HD21  ASN 345          1HD2      ASN 345 -11.205  -4.476   2.981
    4   HD22  ASN 345          2HD2      ASN 345 -11.700  -3.819   4.500
    5    HB2  ASN 345           HB2      ASN 345  -8.628  -4.401   2.652
    6    HB3  ASN 345           HB3      ASN 345  -9.241  -5.999   3.068

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    GLU 346           H        GLU 346  -7.314  -7.719   3.121
    2    HA   GLU 346           HA       GLU 346  -8.407  -9.246   5.259
    3    HB2  GLU 346           HB2      GLU 346  -8.486  -9.923   2.861
    4    HB3  GLU 346           HB3      GLU 346  -6.752 -10.211   2.920
    5    HG2  GLU 346           HG2      GLU 346  -6.966 -12.098   4.198
    6    HG3  GLU 346           HG3      GLU 346  -8.501 -11.584   4.895

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ALA 347           H        ALA 347  -5.154  -8.410   4.238
    2    HA   ALA 347           HA       ALA 347  -3.837 -10.226   6.011
    3    HB1  ALA 347           HB1      ALA 347  -2.760  -7.769   4.630
    4    HB2  ALA 347           HB2      ALA 347  -2.760  -9.406   3.971
    5    HB3  ALA 347           HB3      ALA 347  -1.801  -9.031   5.403

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    LEU 348           H        LEU 348  -4.898  -6.883   6.185
    2    HA   LEU 348           HA       LEU 348  -3.510  -6.265   8.599
    3    HG   LEU 348           HG       LEU 348  -2.978  -4.569   6.965
    4   HD11  LEU 348          1HD1      LEU 348  -5.125  -3.441   5.762
    5   HD12  LEU 348          2HD1      LEU 348  -4.480  -2.066   6.658
    6   HD13  LEU 348          3HD1      LEU 348  -3.457  -2.929   5.510
    7   HD21  LEU 348          1HD2      LEU 348  -3.530  -3.688   9.453
    8   HD22  LEU 348          2HD2      LEU 348  -2.197  -3.085   8.468
    9   HD23  LEU 348          3HD2      LEU 348  -3.717  -2.193   8.537
   10    HB2  LEU 348           HB2      LEU 348  -5.633  -4.971   6.959
   11    HB3  LEU 348           HB3      LEU 348  -5.437  -4.436   8.617

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLU 349           H        GLU 349  -6.571  -7.731   7.827
    2    HA   GLU 349           HA       GLU 349  -7.762  -7.404  10.394
    3    HB2  GLU 349           HB2      GLU 349  -8.798  -8.053   8.045
    4    HB3  GLU 349           HB3      GLU 349  -8.499  -9.688   8.618
    5    HG2  GLU 349           HG2      GLU 349 -10.776  -8.944   9.093
    6    HG3  GLU 349           HG3      GLU 349  -9.873  -9.295  10.566

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 350           H        LEU 350  -5.550  -9.692   8.994
    2    HA   LEU 350           HA       LEU 350  -5.909 -11.745  10.942
    3    HG   LEU 350           HG       LEU 350  -5.931 -13.269   9.388
    4   HD11  LEU 350          1HD1      LEU 350  -4.830 -11.847   7.041
    5   HD12  LEU 350          2HD1      LEU 350  -5.472 -13.467   6.770
    6   HD13  LEU 350          3HD1      LEU 350  -6.501 -12.216   7.467
    7   HD21  LEU 350          1HD2      LEU 350  -3.431 -14.210   9.550
    8   HD22  LEU 350          2HD2      LEU 350  -4.766 -15.137   8.864
    9   HD23  LEU 350          3HD2      LEU 350  -3.651 -14.277   7.801
   10    HB2  LEU 350           HB2      LEU 350  -3.983 -11.169   8.754
   11    HB3  LEU 350           HB3      LEU 350  -3.454 -12.265  10.016

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    LYS 351           H        LYS 351  -3.433  -9.231  10.466
    2    HA   LYS 351           HA       LYS 351  -1.986  -9.855  12.820
    3    HB2  LYS 351           HB2      LYS 351  -0.896  -7.664  12.473
    4    HB3  LYS 351           HB3      LYS 351  -0.932  -8.637  11.010
    5    HG2  LYS 351           HG2      LYS 351  -1.562  -6.639  10.143
    6    HG3  LYS 351           HG3      LYS 351  -3.151  -7.269  10.582
    7    HD2  LYS 351           HD2      LYS 351  -3.391  -5.309  11.656
    8    HD3  LYS 351           HD3      LYS 351  -2.390  -6.061  12.900
    9    HE2  LYS 351           HE2      LYS 351  -0.400  -5.152  11.548
   10    HE3  LYS 351           HE3      LYS 351  -1.591  -4.123  10.755
   11    HZ1  LYS 351           HZ1      LYS 351  -2.250  -3.494  13.137
   12    HZ2  LYS 351           HZ2      LYS 351  -0.747  -4.130  13.581
   13    HZ3  LYS 351           HZ3      LYS 351  -0.831  -2.831  12.499

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    ASP 352           H        ASP 352  -4.780  -7.880  12.177
    2    HA   ASP 352           HA       ASP 352  -4.673  -6.427  14.647
    3    HB2  ASP 352           HB2      ASP 352  -5.811  -5.544  12.629
    4    HB3  ASP 352           HB3      ASP 352  -7.005  -6.832  12.760

  No H/Q in entry =           4
  Start of MODEL    3
    1    H    ALA 353           H        ALA 353  -6.177  -9.382  13.515
    2    HA   ALA 353           HA       ALA 353  -7.823  -9.719  15.847
    3    HB1  ALA 353           HB1      ALA 353  -8.437 -11.837  14.903
    4    HB2  ALA 353           HB2      ALA 353  -8.408 -10.637  13.611
    5    HB3  ALA 353           HB3      ALA 353  -7.078 -11.783  13.780

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLN 354           H        GLN 354  -4.634 -10.709  14.825
    2    HA   GLN 354           HA       GLN 354  -4.312 -12.623  16.961
    3   HE21  GLN 354          1HE2      GLN 354  -0.780 -14.893  14.257
    4   HE22  GLN 354          2HE2      GLN 354   0.796 -14.555  14.879
    5    HB2  GLN 354           HB2      GLN 354  -3.122 -12.336  14.535
    6    HB3  GLN 354           HB3      GLN 354  -1.907 -11.612  15.580
    7    HG2  GLN 354           HG2      GLN 354  -2.585 -13.927  16.906
    8    HG3  GLN 354           HG3      GLN 354  -2.631 -14.398  15.208

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    ALA 355           H        ALA 355  -3.555  -9.268  16.363
    2    HA   ALA 355           HA       ALA 355  -1.869  -9.057  18.715
    3    HB1  ALA 355           HB1      ALA 355  -1.161  -7.719  16.906
    4    HB2  ALA 355           HB2      ALA 355  -2.781  -7.072  16.650
    5    HB3  ALA 355           HB3      ALA 355  -1.861  -6.604  18.080

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLY 356           H        GLY 356  -2.972  -9.250  20.585
    2    HA2  GLY 356           HA2      GLY 356  -5.437  -8.945  21.394
    3    HA3  GLY 356           HA3      GLY 356  -5.060  -7.255  21.098

  No H/Q in entry =           3
  Start of MODEL    3
    1    H1   GLU 326           H1       GLU 326 -15.474  -1.907 -15.983
    2    H2   GLU 326           H2       GLU 326 -13.802  -1.530 -15.962
    3    H3   GLU 326           H3       GLU 326 -14.350  -2.957 -16.744
    4    HA   GLU 326           HA       GLU 326 -14.947  -3.949 -14.750
    5    HB2  GLU 326           HB2      GLU 326 -12.276  -2.544 -14.677
    6    HB3  GLU 326           HB3      GLU 326 -12.725  -3.786 -13.517
    7    HG2  GLU 326           HG2      GLU 326 -13.080  -4.513 -16.342
    8    HG3  GLU 326           HG3      GLU 326 -11.415  -4.258 -15.823

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    SER 327           H        SER 327 -15.271  -3.888 -12.482
    2    HA   SER 327           HA       SER 327 -15.080  -1.413 -11.037
    3    HG   SER 327           HG       SER 327 -18.204  -3.034 -12.441
    4    HB2  SER 327           HB2      SER 327 -17.424  -1.050 -10.639
    5    HB3  SER 327           HB3      SER 327 -17.190  -1.144 -12.385

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    PHE 328           H        PHE 328 -15.238  -1.688  -8.821
    2    HA   PHE 328           HA       PHE 328 -16.140  -4.211  -7.727
    3    HD1  PHE 328           HD1      PHE 328 -14.521  -6.656  -8.290
    4    HD2  PHE 328           HD2      PHE 328 -12.485  -3.123  -9.508
    5    HE1  PHE 328           HE1      PHE 328 -13.770  -7.799 -10.335
    6    HE2  PHE 328           HE2      PHE 328 -11.731  -4.259 -11.556
    7    HZ   PHE 328           HZ       PHE 328 -12.373  -6.600 -11.972
    8    HB2  PHE 328           HB2      PHE 328 -13.277  -3.368  -7.259
    9    HB3  PHE 328           HB3      PHE 328 -14.059  -4.850  -6.719

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLY 329           H        GLY 329 -16.843  -4.014  -5.660
    2    HA2  GLY 329           HA2      GLY 329 -17.834  -2.614  -4.036
    3    HA3  GLY 329           HA3      GLY 329 -16.734  -1.328  -4.508

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    LEU 330           H        LEU 330 -15.325  -0.828  -2.981
    2    HA   LEU 330           HA       LEU 330 -14.180  -2.999  -1.359
    3    HG   LEU 330           HG       LEU 330 -11.687  -3.022  -1.742
    4   HD11  LEU 330          1HD1      LEU 330 -10.673  -0.250  -1.585
    5   HD12  LEU 330          2HD1      LEU 330  -9.755  -1.485  -0.725
    6   HD13  LEU 330          3HD1      LEU 330 -10.040  -1.645  -2.458
    7   HD21  LEU 330          1HD2      LEU 330 -12.501  -1.542   0.691
    8   HD22  LEU 330          2HD2      LEU 330 -12.384  -3.278   0.404
    9   HD23  LEU 330          3HD2      LEU 330 -10.927  -2.336   0.716
   10    HB2  LEU 330           HB2      LEU 330 -12.847  -1.200  -2.848
   11    HB3  LEU 330           HB3      LEU 330 -12.944  -0.307  -1.342

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLY 331           H        GLY 331 -14.324  -2.972   0.828
    2    HA2  GLY 331           HA2      GLY 331 -16.184  -2.210   2.400
    3    HA3  GLY 331           HA3      GLY 331 -15.552  -0.602   2.082

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ILE 332           H        ILE 332 -13.557   0.012   2.963
    2    HA   ILE 332           HA       ILE 332 -12.241  -1.867   4.773
    3    HB   ILE 332           HB       ILE 332 -11.380   0.946   4.110
    4   HG12  ILE 332          2HG1      ILE 332  -9.665  -0.673   2.741
    5   HG21  ILE 332          1HG2      ILE 332 -10.434  -0.067   6.152
    6   HG22  ILE 332          2HG2      ILE 332  -9.815  -1.399   5.176
    7   HG23  ILE 332          3HG2      ILE 332  -9.215   0.239   4.914
    8   HD11  ILE 332          1HD1      ILE 332 -10.897   1.354   1.904
    9   HD12  ILE 332          2HD1      ILE 332 -10.647   0.058   0.734
   10   HD13  ILE 332          3HD1      ILE 332 -12.225   0.268   1.494
   11   HG13  ILE 332          3HG1      ILE 332 -11.176  -1.561   2.568

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ARG 333           H        ARG 333 -11.942  -1.474   6.966
    2    HA   ARG 333           HA       ARG 333 -13.770   0.529   8.115
    3    HE   ARG 333           HE       ARG 333 -14.963  -4.599   9.368
    4   HH11  ARG 333          1HH1      ARG 333 -17.586  -2.444   8.562
    5   HH12  ARG 333          2HH1      ARG 333 -18.343  -3.567   7.482
    6   HH21  ARG 333          1HH2      ARG 333 -15.956  -6.077   7.948
    7   HH22  ARG 333          2HH2      ARG 333 -17.418  -5.630   7.134
    8    HB2  ARG 333           HB2      ARG 333 -13.033  -2.242   8.907
    9    HB3  ARG 333           HB3      ARG 333 -13.347  -1.091  10.198
   10    HG2  ARG 333           HG2      ARG 333 -15.555  -0.629   9.237
   11    HG3  ARG 333           HG3      ARG 333 -15.238  -1.814   7.969
   12    HD2  ARG 333           HD2      ARG 333 -14.851  -2.766  10.728
   13    HD3  ARG 333           HD3      ARG 333 -16.512  -2.371  10.288

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLY 334           H        GLY 334 -12.038   2.114   7.846
    2    HA2  GLY 334           HA2      GLY 334  -9.549   1.852   9.184
    3    HA3  GLY 334           HA3      GLY 334 -10.702   2.689  10.211

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ARG 335           H        ARG 335  -9.610   4.642  10.172
    2    HA   ARG 335           HA       ARG 335 -10.156   6.295   7.885
    3    HE   ARG 335           HE       ARG 335 -10.474  10.942   8.770
    4   HH11  ARG 335          1HH1      ARG 335  -8.254  11.305  11.438
    5   HH12  ARG 335          2HH1      ARG 335  -8.370  13.033  11.463
    6   HH21  ARG 335          1HH2      ARG 335 -10.628  13.214   8.801
    7   HH22  ARG 335          2HH2      ARG 335  -9.718  14.117   9.966
    8    HB2  ARG 335           HB2      ARG 335 -10.055   6.826  10.515
    9    HB3  ARG 335           HB3      ARG 335  -8.421   7.302  10.072
   10    HG2  ARG 335           HG2      ARG 335  -9.695   8.606   8.164
   11    HG3  ARG 335           HG3      ARG 335 -11.023   8.514   9.322
   12    HD2  ARG 335           HD2      ARG 335  -9.599   9.536  11.030
   13    HD3  ARG 335           HD3      ARG 335  -8.273   9.626   9.872

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 336           H        GLU 336  -7.185   5.335   9.605
    2    HA   GLU 336           HA       GLU 336  -5.413   6.513   7.752
    3    HB2  GLU 336           HB2      GLU 336  -5.102   5.462  10.207
    4    HB3  GLU 336           HB3      GLU 336  -4.515   4.112   9.246
    5    HG2  GLU 336           HG2      GLU 336  -2.642   5.189   8.628
    6    HG3  GLU 336           HG3      GLU 336  -3.450   6.751   8.506

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ARG 337           H        ARG 337  -6.703   3.230   8.058
    2    HA   ARG 337           HA       ARG 337  -5.183   2.047   6.016
    3    HE   ARG 337           HE       ARG 337  -8.927  -1.060   7.662
    4   HH11  ARG 337          1HH1      ARG 337  -5.698  -2.231   8.281
    5   HH12  ARG 337          2HH1      ARG 337  -5.969  -2.453   9.977
    6   HH21  ARG 337          1HH2      ARG 337  -9.285  -1.351   9.892
    7   HH22  ARG 337          2HH2      ARG 337  -8.005  -1.954  10.892
    8    HB2  ARG 337           HB2      ARG 337  -7.033   1.154   7.820
    9    HB3  ARG 337           HB3      ARG 337  -7.935   1.044   6.315
   10    HG2  ARG 337           HG2      ARG 337  -5.850  -0.185   5.421
   11    HG3  ARG 337           HG3      ARG 337  -5.437  -0.383   7.125
   12    HD2  ARG 337           HD2      ARG 337  -7.861  -1.395   5.663
   13    HD3  ARG 337           HD3      ARG 337  -6.626  -2.330   6.504

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    PHE 338           H        PHE 338  -8.506   3.334   5.913
    2    HA   PHE 338           HA       PHE 338  -8.893   2.974   3.160
    3    HD1  PHE 338           HD1      PHE 338 -12.258   3.029   3.006
    4    HD2  PHE 338           HD2      PHE 338  -9.968   6.615   2.974
    5    HE1  PHE 338           HE1      PHE 338 -13.599   3.863   1.120
    6    HE2  PHE 338           HE2      PHE 338 -11.305   7.457   1.088
    7    HZ   PHE 338           HZ       PHE 338 -13.124   6.081   0.158
    8    HB2  PHE 338           HB2      PHE 338 -10.739   3.428   4.713
    9    HB3  PHE 338           HB3      PHE 338 -10.115   5.050   4.994

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLU 339           H        GLU 339  -7.283   5.483   4.973
    2    HA   GLU 339           HA       GLU 339  -7.189   7.453   2.960
    3    HB2  GLU 339           HB2      GLU 339  -5.727   6.910   5.488
    4    HB3  GLU 339           HB3      GLU 339  -4.943   7.983   4.336
    5    HG2  GLU 339           HG2      GLU 339  -7.489   8.968   4.398
    6    HG3  GLU 339           HG3      GLU 339  -7.250   8.438   6.062

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    MET 340           H        MET 340  -5.117   4.704   3.713
    2    HA   MET 340           HA       MET 340  -3.047   5.342   1.891
    3    HB2  MET 340           HB2      MET 340  -3.866   2.969   3.465
    4    HB3  MET 340           HB3      MET 340  -2.885   2.648   2.041
    5    HG2  MET 340           HG2      MET 340  -1.168   2.972   3.428
    6    HG3  MET 340           HG3      MET 340  -1.501   4.682   3.161
    7    HE1  MET 340           HE1      MET 340  -3.017   1.758   4.976
    8    HE2  MET 340           HE2      MET 340  -1.649   1.792   6.090
    9    HE3  MET 340           HE3      MET 340  -3.249   2.287   6.642

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    PHE 341           H        PHE 341  -5.720   2.991   1.646
    2    HA   PHE 341           HA       PHE 341  -5.268   2.341  -1.056
    3    HD1  PHE 341           HD1      PHE 341  -4.672   0.589   0.239
    4    HD2  PHE 341           HD2      PHE 341  -8.537   0.834   2.001
    5    HE1  PHE 341           HE1      PHE 341  -3.945  -0.926   2.031
    6    HE2  PHE 341           HE2      PHE 341  -7.817  -0.682   3.799
    7    HZ   PHE 341           HZ       PHE 341  -5.517  -1.558   3.815
    8    HB2  PHE 341           HB2      PHE 341  -7.988   2.245   0.231
    9    HB3  PHE 341           HB3      PHE 341  -7.302   1.158  -0.972

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    ARG 342           H        ARG 342  -6.930   4.994   0.462
    2    HA   ARG 342           HA       ARG 342  -8.396   5.800  -1.860
    3    HE   ARG 342           HE       ARG 342 -10.666  10.806  -0.116
    4   HH11  ARG 342          1HH1      ARG 342  -7.280  10.312  -0.800
    5   HH12  ARG 342          2HH1      ARG 342  -7.125  11.771  -1.719
    6   HH21  ARG 342          1HH2      ARG 342 -10.464  12.725  -1.325
    7   HH22  ARG 342          2HH2      ARG 342  -8.932  13.142  -2.017
    8    HB2  ARG 342           HB2      ARG 342  -9.128   6.411   0.406
    9    HB3  ARG 342           HB3      ARG 342  -7.664   7.360   0.627
   10    HG2  ARG 342           HG2      ARG 342  -8.510   8.598  -1.520
   11    HG3  ARG 342           HG3      ARG 342 -10.071   7.941  -1.023
   12    HD2  ARG 342           HD2      ARG 342  -9.918   9.025   1.108
   13    HD3  ARG 342           HD3      ARG 342  -8.261   9.531   0.786

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 343           H        GLU 343  -5.343   6.759  -0.352
    2    HA   GLU 343           HA       GLU 343  -4.797   8.845  -2.223
    3    HB2  GLU 343           HB2      GLU 343  -3.315   7.483  -0.033
    4    HB3  GLU 343           HB3      GLU 343  -2.360   8.316  -1.252
    5    HG2  GLU 343           HG2      GLU 343  -3.765  10.350  -0.811
    6    HG3  GLU 343           HG3      GLU 343  -4.447   9.485   0.565

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 344           H        LEU 344  -4.128   5.422  -2.049
    2    HA   LEU 344           HA       LEU 344  -2.190   5.360  -4.134
    3    HG   LEU 344           HG       LEU 344  -1.107   4.089  -2.483
    4   HD11  LEU 344          1HD1      LEU 344  -2.614   2.243  -1.237
    5   HD12  LEU 344          2HD1      LEU 344  -1.492   1.193  -2.102
    6   HD13  LEU 344          3HD1      LEU 344  -0.876   2.416  -0.991
    7   HD21  LEU 344          1HD2      LEU 344  -1.398   2.243  -4.761
    8   HD22  LEU 344          2HD2      LEU 344  -0.156   3.449  -4.425
    9   HD23  LEU 344          3HD2      LEU 344  -0.092   1.874  -3.634
   10    HB2  LEU 344           HB2      LEU 344  -3.679   3.407  -2.514
   11    HB3  LEU 344           HB3      LEU 344  -3.260   2.849  -4.122

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ASN 345           H        ASN 345  -5.682   5.172  -3.998
    2    HA   ASN 345           HA       ASN 345  -6.070   4.247  -6.658
    3   HD21  ASN 345          1HD2      ASN 345  -9.431   6.207  -6.860
    4   HD22  ASN 345          2HD2      ASN 345 -10.109   4.933  -7.810
    5    HB2  ASN 345           HB2      ASN 345  -7.729   4.293  -4.647
    6    HB3  ASN 345           HB3      ASN 345  -8.085   5.927  -5.197

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    GLU 346           H        GLU 346  -6.116   7.469  -5.168
    2    HA   GLU 346           HA       GLU 346  -6.680   8.842  -7.599
    3    HB2  GLU 346           HB2      GLU 346  -7.143   9.749  -5.317
    4    HB3  GLU 346           HB3      GLU 346  -5.411   9.942  -5.086
    5    HG2  GLU 346           HG2      GLU 346  -5.424  11.414  -7.132
    6    HG3  GLU 346           HG3      GLU 346  -7.185  11.373  -7.041

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ALA 347           H        ALA 347  -3.762   7.840  -5.956
    2    HA   ALA 347           HA       ALA 347  -1.994   9.416  -7.574
    3    HB1  ALA 347           HB1      ALA 347  -1.577   8.490  -5.209
    4    HB2  ALA 347           HB2      ALA 347  -0.246   8.459  -6.366
    5    HB3  ALA 347           HB3      ALA 347  -1.157   6.987  -6.030

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    LEU 348           H        LEU 348  -3.368   6.209  -7.724
    2    HA   LEU 348           HA       LEU 348  -1.587   5.224  -9.734
    3    HG   LEU 348           HG       LEU 348  -1.888   3.868  -7.486
    4   HD11  LEU 348          1HD1      LEU 348  -4.324   2.727  -7.282
    5   HD12  LEU 348          2HD1      LEU 348  -3.351   1.328  -7.740
    6   HD13  LEU 348          3HD1      LEU 348  -2.931   2.263  -6.304
    7   HD21  LEU 348          1HD2      LEU 348  -1.787   2.216  -9.932
    8   HD22  LEU 348          2HD2      LEU 348  -0.480   2.914  -8.975
    9   HD23  LEU 348          3HD2      LEU 348  -1.276   1.437  -8.434
   10    HB2  LEU 348           HB2      LEU 348  -4.217   4.281  -8.629
   11    HB3  LEU 348           HB3      LEU 348  -3.466   3.481  -9.996

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLU 349           H        GLU 349  -4.623   6.948  -9.712
    2    HA   GLU 349           HA       GLU 349  -5.219   6.502 -12.477
    3    HB2  GLU 349           HB2      GLU 349  -6.809   7.182 -10.522
    4    HB3  GLU 349           HB3      GLU 349  -6.292   8.819 -10.903
    5    HG2  GLU 349           HG2      GLU 349  -7.197   8.703 -13.079
    6    HG3  GLU 349           HG3      GLU 349  -7.433   6.959 -12.965

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 350           H        LEU 350  -3.404   8.858 -10.659
    2    HA   LEU 350           HA       LEU 350  -3.235  10.792 -12.758
    3    HG   LEU 350           HG       LEU 350  -4.061  11.869 -10.624
    4   HD11  LEU 350          1HD1      LEU 350  -1.731  12.846  -8.981
    5   HD12  LEU 350          2HD1      LEU 350  -3.379  13.463  -8.861
    6   HD13  LEU 350          3HD1      LEU 350  -3.034  11.783  -8.448
    7   HD21  LEU 350          1HD2      LEU 350  -1.818  13.407 -11.823
    8   HD22  LEU 350          2HD2      LEU 350  -3.503  13.281 -12.329
    9   HD23  LEU 350          3HD2      LEU 350  -3.069  14.294 -10.952
   10    HB2  LEU 350           HB2      LEU 350  -1.971  10.401 -10.093
   11    HB3  LEU 350           HB3      LEU 350  -1.156  11.456 -11.232

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    LYS 351           H        LYS 351  -1.172   8.167 -11.596
    2    HA   LYS 351           HA       LYS 351   1.013   8.730 -13.315
    3    HB2  LYS 351           HB2      LYS 351   1.774   6.453 -12.740
    4    HB3  LYS 351           HB3      LYS 351   1.319   7.383 -11.319
    5    HG2  LYS 351           HG2      LYS 351  -0.848   6.226 -11.277
    6    HG3  LYS 351           HG3      LYS 351  -0.342   5.263 -12.667
    7    HD2  LYS 351           HD2      LYS 351   1.022   5.328  -9.975
    8    HD3  LYS 351           HD3      LYS 351  -0.036   4.043 -10.564
    9    HE2  LYS 351           HE2      LYS 351   2.678   4.841 -11.582
   10    HE3  LYS 351           HE3      LYS 351   2.173   3.286 -10.920
   11    HZ1  LYS 351           HZ1      LYS 351   0.552   3.324 -12.930
   12    HZ2  LYS 351           HZ2      LYS 351   1.658   4.427 -13.578
   13    HZ3  LYS 351           HZ3      LYS 351   2.166   2.870 -13.160

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    ASP 352           H        ASP 352  -1.958   6.941 -13.685
    2    HA   ASP 352           HA       ASP 352  -1.216   5.477 -16.000
    3    HB2  ASP 352           HB2      ASP 352  -3.753   6.098 -14.579
    4    HB3  ASP 352           HB3      ASP 352  -3.880   5.592 -16.261

  No H/Q in entry =           4
  Start of MODEL    3
    1    H    ALA 353           H        ALA 353  -2.459   8.695 -15.457
    2    HA   ALA 353           HA       ALA 353  -3.146   9.181 -18.201
    3    HB1  ALA 353           HB1      ALA 353  -3.307  11.573 -17.415
    4    HB2  ALA 353           HB2      ALA 353  -4.351  10.421 -16.583
    5    HB3  ALA 353           HB3      ALA 353  -2.870  10.987 -15.810

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLN 354           H        GLN 354  -0.327   9.626 -16.186
    2    HA   GLN 354           HA       GLN 354   1.046  11.341 -18.033
    3   HE21  GLN 354          1HE2      GLN 354   3.605  12.633 -15.372
    4   HE22  GLN 354          2HE2      GLN 354   3.169  14.292 -15.575
    5    HB2  GLN 354           HB2      GLN 354   2.248   9.718 -15.788
    6    HB3  GLN 354           HB3      GLN 354   2.930  11.146 -16.553
    7    HG2  GLN 354           HG2      GLN 354   0.273  11.410 -15.268
    8    HG3  GLN 354           HG3      GLN 354   1.684  11.244 -14.223

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    ALA 355           H        ALA 355   0.868   7.900 -17.425
    2    HA   ALA 355           HA       ALA 355   3.139   7.060 -18.828
    3    HB1  ALA 355           HB1      ALA 355   0.509   5.620 -18.505
    4    HB2  ALA 355           HB2      ALA 355   1.853   5.587 -17.364
    5    HB3  ALA 355           HB3      ALA 355   2.043   4.885 -18.971

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLY 356           H        GLY 356   3.634   6.992 -20.926
    2    HA2  GLY 356           HA2      GLY 356   2.286   8.285 -22.920
    3    HA3  GLY 356           HA3      GLY 356   1.640   6.652 -22.966

  No H/Q in entry =           3
  Start of MODEL    3
    1    H1   GLU 326           H1       GLU 326  14.636  12.468   8.500
    2    H2   GLU 326           H2       GLU 326  13.324  13.545   8.243
    3    H3   GLU 326           H3       GLU 326  13.044  11.854   8.338
    4    HA   GLU 326           HA       GLU 326  12.937  12.348   6.113
    5    HB2  GLU 326           HB2      GLU 326  14.601  13.734   4.990
    6    HB3  GLU 326           HB3      GLU 326  13.890  14.609   6.339
    7    HG2  GLU 326           HG2      GLU 326  16.109  15.111   6.587
    8    HG3  GLU 326           HG3      GLU 326  15.949  13.715   7.651

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    SER 327           H        SER 327  13.563  10.769   4.744
    2    HA   SER 327           HA       SER 327  14.638   8.934   3.940
    3    HG   SER 327           HG       SER 327  16.887   8.071   3.460
    4    HB2  SER 327           HB2      SER 327  16.543  10.827   4.028
    5    HB3  SER 327           HB3      SER 327  17.245   9.673   5.161

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    PHE 328           H        PHE 328  14.169   7.041   4.824
    2    HA   PHE 328           HA       PHE 328  15.386   6.358   7.412
    3    HD1  PHE 328           HD1      PHE 328  14.236   7.771   9.101
    4    HD2  PHE 328           HD2      PHE 328  10.990   7.096   6.433
    5    HE1  PHE 328           HE1      PHE 328  13.250   9.927   9.761
    6    HE2  PHE 328           HE2      PHE 328   9.999   9.251   7.087
    7    HZ   PHE 328           HZ       PHE 328  11.129  10.670   8.753
    8    HB2  PHE 328           HB2      PHE 328  12.603   5.492   6.633
    9    HB3  PHE 328           HB3      PHE 328  13.377   5.364   8.210

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLY 329           H        GLY 329  15.834   4.137   7.741
    2    HA2  GLY 329           HA2      GLY 329  16.920   2.260   6.879
    3    HA3  GLY 329           HA3      GLY 329  16.402   2.730   5.267

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    LEU 330           H        LEU 330  15.019   1.376   4.359
    2    HA   LEU 330           HA       LEU 330  12.997   0.073   6.042
    3    HG   LEU 330           HG       LEU 330  10.738   0.658   5.089
    4   HD11  LEU 330          1HD1      LEU 330  10.798   0.251   2.146
    5   HD12  LEU 330          2HD1      LEU 330   9.366  -0.267   3.036
    6   HD13  LEU 330          3HD1      LEU 330   9.891   1.416   3.110
    7   HD21  LEU 330          1HD2      LEU 330  11.763  -1.963   4.179
    8   HD22  LEU 330          2HD2      LEU 330  11.008  -1.505   5.706
    9   HD23  LEU 330          3HD2      LEU 330  10.011  -1.781   4.277
   10    HB2  LEU 330           HB2      LEU 330  12.617   1.480   3.789
   11    HB3  LEU 330           HB3      LEU 330  12.861  -0.108   3.086

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLY 331           H        GLY 331  13.158  -2.024   6.485
    2    HA2  GLY 331           HA2      GLY 331  14.438  -4.012   6.611
    3    HA3  GLY 331           HA3      GLY 331  15.192  -3.595   5.080

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ILE 332           H        ILE 332  14.159  -4.115   3.145
    2    HA   ILE 332           HA       ILE 332  11.617  -5.535   3.269
    3    HB   ILE 332           HB       ILE 332  13.263  -4.930   0.816
    4   HG12  ILE 332          2HG1      ILE 332  12.722  -2.852   2.035
    5   HG21  ILE 332          1HG2      ILE 332  10.641  -6.152   1.333
    6   HG22  ILE 332          2HG2      ILE 332  10.670  -4.951   0.041
    7   HG23  ILE 332          3HG2      ILE 332  11.740  -6.351  -0.032
    8   HD11  ILE 332          1HD1      ILE 332   9.860  -3.722   1.731
    9   HD12  ILE 332          2HD1      ILE 332  10.738  -3.491   3.244
   10   HD13  ILE 332          3HD1      ILE 332  10.393  -2.109   2.204
   11   HG13  ILE 332          3HG1      ILE 332  11.858  -2.957   0.504

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ARG 333           H        ARG 333  11.318  -7.646   2.484
    2    HA   ARG 333           HA       ARG 333  13.706  -9.230   1.916
    3    HE   ARG 333           HE       ARG 333  12.198 -13.149   5.150
    4   HH11  ARG 333          1HH1      ARG 333  15.565 -13.099   4.234
    5   HH12  ARG 333          2HH1      ARG 333  15.589 -14.764   3.758
    6   HH21  ARG 333          1HH2      ARG 333  12.228 -15.339   4.525
    7   HH22  ARG 333          2HH2      ARG 333  13.695 -16.035   3.923
    8    HB2  ARG 333           HB2      ARG 333  12.792  -9.210   4.452
    9    HB3  ARG 333           HB3      ARG 333  11.783 -10.486   3.787
   10    HG2  ARG 333           HG2      ARG 333  13.840 -11.630   3.001
   11    HG3  ARG 333           HG3      ARG 333  14.791 -10.394   3.829
   12    HD2  ARG 333           HD2      ARG 333  14.726 -11.843   5.548
   13    HD3  ARG 333           HD3      ARG 333  13.123 -11.161   5.815

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLY 334           H        GLY 334  11.537  -8.315   0.261
    2    HA2  GLY 334           HA2      GLY 334   9.410  -9.842  -0.275
    3    HA3  GLY 334           HA3      GLY 334  10.716 -10.901  -0.786

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ARG 335           H        ARG 335  10.340 -10.906  -2.954
    2    HA   ARG 335           HA       ARG 335  11.263  -8.661  -4.448
    3    HE   ARG 335           HE       ARG 335  14.391  -9.932  -7.831
    4   HH11  ARG 335          1HH1      ARG 335  12.679  -7.573  -5.911
    5   HH12  ARG 335          2HH1      ARG 335  13.324  -6.218  -6.775
    6   HH21  ARG 335          1HH2      ARG 335  15.241  -8.151  -8.968
    7   HH22  ARG 335          2HH2      ARG 335  14.778  -6.546  -8.510
    8    HB2  ARG 335           HB2      ARG 335  11.204 -11.303  -4.946
    9    HB3  ARG 335           HB3      ARG 335   9.767 -10.815  -5.834
   10    HG2  ARG 335           HG2      ARG 335  11.462 -10.727  -7.418
   11    HG3  ARG 335           HG3      ARG 335  11.271  -9.046  -6.916
   12    HD2  ARG 335           HD2      ARG 335  13.150  -9.424  -5.293
   13    HD3  ARG 335           HD3      ARG 335  13.404 -10.992  -6.057

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 336           H        GLU 336   8.100 -10.309  -4.337
    2    HA   GLU 336           HA       GLU 336   6.733  -8.444  -5.924
    3    HB2  GLU 336           HB2      GLU 336   6.083 -10.843  -4.935
    4    HB3  GLU 336           HB3      GLU 336   5.245  -9.838  -3.760
    5    HG2  GLU 336           HG2      GLU 336   4.846  -9.190  -6.618
    6    HG3  GLU 336           HG3      GLU 336   4.113 -10.675  -6.013

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ARG 337           H        ARG 337   7.113  -8.668  -2.406
    2    HA   ARG 337           HA       ARG 337   5.435  -6.539  -1.707
    3    HE   ARG 337           HE       ARG 337   8.163  -7.931   2.472
    4   HH11  ARG 337          1HH1      ARG 337   5.188  -9.659   1.887
    5   HH12  ARG 337          2HH1      ARG 337   5.927 -11.221   2.002
    6   HH21  ARG 337          1HH2      ARG 337   9.136  -9.984   2.623
    7   HH22  ARG 337          2HH2      ARG 337   8.168 -11.406   2.420
    8    HB2  ARG 337           HB2      ARG 337   7.326  -8.250  -0.396
    9    HB3  ARG 337           HB3      ARG 337   7.598  -6.594   0.125
   10    HG2  ARG 337           HG2      ARG 337   5.053  -6.528   0.510
   11    HG3  ARG 337           HG3      ARG 337   5.155  -8.288   0.437
   12    HD2  ARG 337           HD2      ARG 337   6.463  -6.418   2.392
   13    HD3  ARG 337           HD3      ARG 337   5.334  -7.731   2.721

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    PHE 338           H        PHE 338   8.961  -6.570  -2.208
    2    HA   PHE 338           HA       PHE 338   9.388  -3.837  -1.791
    3    HD1  PHE 338           HD1      PHE 338  11.203  -3.715  -5.130
    4    HD2  PHE 338           HD2      PHE 338  12.680  -3.840  -1.141
    5    HE1  PHE 338           HE1      PHE 338  12.771  -1.893  -5.658
    6    HE2  PHE 338           HE2      PHE 338  14.250  -2.018  -1.661
    7    HZ   PHE 338           HZ       PHE 338  14.296  -1.042  -3.921
    8    HB2  PHE 338           HB2      PHE 338  11.211  -5.484  -1.868
    9    HB3  PHE 338           HB3      PHE 338  10.922  -5.732  -3.586

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLU 339           H        GLU 339   8.324  -5.611  -4.617
    2    HA   GLU 339           HA       GLU 339   8.695  -3.600  -6.543
    3    HB2  GLU 339           HB2      GLU 339   6.939  -6.013  -6.334
    4    HB3  GLU 339           HB3      GLU 339   6.649  -4.859  -7.629
    5    HG2  GLU 339           HG2      GLU 339   9.283  -5.174  -7.926
    6    HG3  GLU 339           HG3      GLU 339   8.886  -6.743  -7.226

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    MET 340           H        MET 340   6.027  -4.291  -4.337
    2    HA   MET 340           HA       MET 340   4.222  -2.386  -5.380
    3    HB2  MET 340           HB2      MET 340   4.465  -3.946  -2.862
    4    HB3  MET 340           HB3      MET 340   3.440  -2.519  -2.817
    5    HG2  MET 340           HG2      MET 340   1.855  -3.947  -3.488
    6    HG3  MET 340           HG3      MET 340   2.553  -3.670  -5.082
    7    HE1  MET 340           HE1      MET 340   3.305  -5.533  -1.878
    8    HE2  MET 340           HE2      MET 340   1.945  -6.572  -2.303
    9    HE3  MET 340           HE3      MET 340   3.590  -7.206  -2.356

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    PHE 341           H        PHE 341   6.349  -2.231  -2.520
    2    HA   PHE 341           HA       PHE 341   5.854   0.462  -1.916
    3    HD1  PHE 341           HD1      PHE 341   8.750  -2.661   0.124
    4    HD2  PHE 341           HD2      PHE 341   4.930  -0.850  -0.358
    5    HE1  PHE 341           HE1      PHE 341   7.732  -4.457   1.463
    6    HE2  PHE 341           HE2      PHE 341   3.907  -2.637   0.981
    7    HZ   PHE 341           HZ       PHE 341   5.308  -4.445   1.889
    8    HB2  PHE 341           HB2      PHE 341   8.490  -0.888  -1.374
    9    HB3  PHE 341           HB3      PHE 341   7.656   0.321  -0.402

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    ARG 342           H        ARG 342   7.914  -1.021  -4.289
    2    HA   ARG 342           HA       ARG 342   9.574   1.253  -4.754
    3    HE   ARG 342           HE       ARG 342  12.920  -0.564  -8.980
    4   HH11  ARG 342          1HH1      ARG 342   9.630   0.373  -9.667
    5   HH12  ARG 342          2HH1      ARG 342  10.052   1.287 -11.076
    6   HH21  ARG 342          1HH2      ARG 342  13.478   0.639 -10.832
    7   HH22  ARG 342          2HH2      ARG 342  12.236   1.438 -11.738
    8    HB2  ARG 342           HB2      ARG 342  10.286  -1.013  -5.373
    9    HB3  ARG 342           HB3      ARG 342   8.968  -1.119  -6.532
   10    HG2  ARG 342           HG2      ARG 342  10.005   0.908  -7.663
   11    HG3  ARG 342           HG3      ARG 342  11.419   0.606  -6.651
   12    HD2  ARG 342           HD2      ARG 342  11.531  -1.690  -7.561
   13    HD3  ARG 342           HD3      ARG 342  10.180  -1.307  -8.627

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 343           H        GLU 343   6.678  -0.065  -6.317
    2    HA   GLU 343           HA       GLU 343   6.543   1.973  -8.308
    3    HB2  GLU 343           HB2      GLU 343   4.800  -0.255  -7.392
    4    HB3  GLU 343           HB3      GLU 343   4.023   1.060  -8.263
    5    HG2  GLU 343           HG2      GLU 343   4.558  -0.108 -10.085
    6    HG3  GLU 343           HG3      GLU 343   6.170   0.566  -9.850

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 344           H        LEU 344   5.319   1.589  -5.065
    2    HA   LEU 344           HA       LEU 344   3.453   3.745  -5.169
    3    HG   LEU 344           HG       LEU 344   1.876   2.759  -4.018
    4   HD11  LEU 344          1HD1      LEU 344   3.154   0.202  -3.068
    5   HD12  LEU 344          2HD1      LEU 344   1.474   0.347  -3.584
    6   HD13  LEU 344          3HD1      LEU 344   2.777   0.656  -4.730
    7   HD21  LEU 344          1HD2      LEU 344   2.365   3.177  -1.390
    8   HD22  LEU 344          2HD2      LEU 344   0.804   2.676  -2.042
    9   HD23  LEU 344          3HD2      LEU 344   1.908   1.473  -1.374
   10    HB2  LEU 344           HB2      LEU 344   4.579   1.966  -3.086
   11    HB3  LEU 344           HB3      LEU 344   3.976   3.518  -2.536

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ASN 345           H        ASN 345   6.837   3.412  -4.300
    2    HA   ASN 345           HA       ASN 345   7.143   5.977  -3.135
    3   HD21  ASN 345          1HD2      ASN 345   8.106   3.374  -1.672
    4   HD22  ASN 345          2HD2      ASN 345   8.881   4.171  -0.350
    5    HB2  ASN 345           HB2      ASN 345   8.845   3.731  -3.832
    6    HB3  ASN 345           HB3      ASN 345   9.629   5.264  -4.200

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    GLU 346           H        GLU 346   7.590   4.731  -6.414
    2    HA   GLU 346           HA       GLU 346   8.569   7.202  -7.467
    3    HB2  GLU 346           HB2      GLU 346   7.349   4.887  -8.978
    4    HB3  GLU 346           HB3      GLU 346   8.391   6.143  -9.634
    5    HG2  GLU 346           HG2      GLU 346  10.288   5.276  -8.630
    6    HG3  GLU 346           HG3      GLU 346   9.362   4.369  -7.435

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ALA 347           H        ALA 347   5.422   5.682  -7.171
    2    HA   ALA 347           HA       ALA 347   4.096   7.631  -8.825
    3    HB1  ALA 347           HB1      ALA 347   3.434   5.146  -8.301
    4    HB2  ALA 347           HB2      ALA 347   2.195   6.371  -8.576
    5    HB3  ALA 347           HB3      ALA 347   2.602   5.883  -6.931

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    LEU 348           H        LEU 348   4.817   7.227  -5.445
    2    HA   LEU 348           HA       LEU 348   2.958   9.281  -4.610
    3    HG   LEU 348           HG       LEU 348   2.623   6.780  -3.733
    4   HD11  LEU 348          1HD1      LEU 348   4.544   6.018  -2.028
    5   HD12  LEU 348          2HD1      LEU 348   3.261   6.394  -0.878
    6   HD13  LEU 348          3HD1      LEU 348   2.982   5.208  -2.153
    7   HD21  LEU 348          1HD2      LEU 348   1.743   8.972  -2.605
    8   HD22  LEU 348          2HD2      LEU 348   0.897   7.443  -2.371
    9   HD23  LEU 348          3HD2      LEU 348   1.976   8.054  -1.117
   10    HB2  LEU 348           HB2      LEU 348   5.041   7.661  -3.161
   11    HB3  LEU 348           HB3      LEU 348   4.155   8.958  -2.382

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLU 349           H        GLU 349   6.189   9.101  -5.734
    2    HA   GLU 349           HA       GLU 349   7.024  11.581  -4.497
    3    HB2  GLU 349           HB2      GLU 349   8.635   9.744  -4.876
    4    HB3  GLU 349           HB3      GLU 349   8.392   9.906  -6.610
    5    HG2  GLU 349           HG2      GLU 349   9.304  12.152  -6.553
    6    HG3  GLU 349           HG3      GLU 349   9.494  12.046  -4.804

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 350           H        LEU 350   5.735  10.476  -7.550
    2    HA   LEU 350           HA       LEU 350   6.356  12.894  -8.968
    3    HG   LEU 350           HG       LEU 350   4.263   9.851  -8.722
    4   HD11  LEU 350          1HD1      LEU 350   2.829  11.925 -10.192
    5   HD12  LEU 350          2HD1      LEU 350   2.078  10.333 -10.300
    6   HD13  LEU 350          3HD1      LEU 350   2.383  11.059  -8.723
    7   HD21  LEU 350          1HD2      LEU 350   4.442   9.635 -11.705
    8   HD22  LEU 350          2HD2      LEU 350   5.022   8.516 -10.471
    9   HD23  LEU 350          3HD2      LEU 350   3.293   8.662 -10.787
   10    HB2  LEU 350           HB2      LEU 350   4.930  11.978 -10.740
   11    HB3  LEU 350           HB3      LEU 350   6.133  10.825 -10.196

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    LYS 351           H        LYS 351   3.748  11.768  -6.969
    2    HA   LYS 351           HA       LYS 351   1.820  13.681  -7.869
    3    HB2  LYS 351           HB2      LYS 351   0.487  12.958  -5.978
    4    HB3  LYS 351           HB3      LYS 351   1.186  11.555  -6.775
    5    HG2  LYS 351           HG2      LYS 351   2.695  11.171  -5.045
    6    HG3  LYS 351           HG3      LYS 351   2.508  12.800  -4.395
    7    HD2  LYS 351           HD2      LYS 351   1.363  11.243  -2.956
    8    HD3  LYS 351           HD3      LYS 351   0.171  12.242  -3.790
    9    HE2  LYS 351           HE2      LYS 351  -0.458  10.500  -5.219
   10    HE3  LYS 351           HE3      LYS 351   0.998   9.570  -4.871
   11    HZ1  LYS 351           HZ1      LYS 351  -0.102   9.724  -2.447
   12    HZ2  LYS 351           HZ2      LYS 351  -1.497   9.721  -3.403
   13    HZ3  LYS 351           HZ3      LYS 351  -0.386   8.451  -3.524

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    ASP 352           H        ASP 352   4.334  13.620  -5.447
    2    HA   ASP 352           HA       ASP 352   3.472  15.855  -3.940
    3    HB2  ASP 352           HB2      ASP 352   5.265  14.062  -3.375
    4    HB3  ASP 352           HB3      ASP 352   6.366  15.109  -4.266

  No H/Q in entry =           4
  Start of MODEL    3
    1    H    ALA 353           H        ALA 353   5.452  15.509  -6.824
    2    HA   ALA 353           HA       ALA 353   6.471  18.130  -6.926
    3    HB1  ALA 353           HB1      ALA 353   6.740  17.641  -9.387
    4    HB2  ALA 353           HB2      ALA 353   5.970  16.086  -9.076
    5    HB3  ALA 353           HB3      ALA 353   7.496  16.487  -8.288

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLN 354           H        GLN 354   3.404  16.760  -7.892
    2    HA   GLN 354           HA       GLN 354   2.544  18.945  -9.494
    3   HE21  GLN 354          1HE2      GLN 354   0.503  16.484 -12.726
    4   HE22  GLN 354          2HE2      GLN 354   0.337  18.110 -13.287
    5    HB2  GLN 354           HB2      GLN 354   1.240  16.565  -8.254
    6    HB3  GLN 354           HB3      GLN 354   0.214  17.876  -8.819
    7    HG2  GLN 354           HG2      GLN 354   2.266  16.497 -10.530
    8    HG3  GLN 354           HG3      GLN 354   0.565  16.036 -10.459

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    ALA 355           H        ALA 355   2.002  18.042  -6.107
    2    HA   ALA 355           HA       ALA 355   0.243  20.120  -5.444
    3    HB1  ALA 355           HB1      ALA 355   2.039  18.319  -3.899
    4    HB2  ALA 355           HB2      ALA 355   0.286  18.500  -3.828
    5    HB3  ALA 355           HB3      ALA 355   1.330  19.710  -3.081

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLY 356           H        GLY 356   0.730  21.956  -3.970
    2    HA2  GLY 356           HA2      GLY 356   2.642  23.679  -5.131
    3    HA3  GLY 356           HA3      GLY 356   3.276  23.047  -3.619

  No H/Q in entry =           3
  Start of MODEL    3
    1    H1   GLU 326           H1       GLU 326  16.769 -13.147   1.965
    2    H2   GLU 326           H2       GLU 326  18.069 -13.743   1.020
    3    H3   GLU 326           H3       GLU 326  18.338 -12.474   2.143
    4    HA   GLU 326           HA       GLU 326  18.270 -11.644  -0.073
    5    HB2  GLU 326           HB2      GLU 326  15.785 -13.277  -0.068
    6    HB3  GLU 326           HB3      GLU 326  15.748 -11.774  -0.980
    7    HG2  GLU 326           HG2      GLU 326  17.704 -12.504  -2.254
    8    HG3  GLU 326           HG3      GLU 326  17.722 -14.016  -1.347

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    SER 327           H        SER 327  18.467  -9.674   0.852
    2    HA   SER 327           HA       SER 327  15.995  -8.405   1.827
    3    HG   SER 327           HG       SER 327  17.751  -6.639   4.389
    4    HB2  SER 327           HB2      SER 327  17.530  -8.928   3.709
    5    HB3  SER 327           HB3      SER 327  18.775  -7.947   2.936

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    PHE 328           H        PHE 328  15.471  -6.564   0.840
    2    HA   PHE 328           HA       PHE 328  17.514  -5.272  -0.845
    3    HD1  PHE 328           HD1      PHE 328  16.588  -6.135  -3.926
    4    HD2  PHE 328           HD2      PHE 328  14.238  -7.512  -0.656
    5    HE1  PHE 328           HE1      PHE 328  16.449  -8.360  -4.967
    6    HE2  PHE 328           HE2      PHE 328  14.096  -9.739  -1.691
    7    HZ   PHE 328           HZ       PHE 328  15.203 -10.166  -3.849
    8    HB2  PHE 328           HB2      PHE 328  14.526  -5.060  -1.214
    9    HB3  PHE 328           HB3      PHE 328  15.791  -4.606  -2.353

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLY 329           H        GLY 329  18.168  -3.326  -0.225
    2    HA2  GLY 329           HA2      GLY 329  18.302  -1.505   1.236
    3    HA3  GLY 329           HA3      GLY 329  16.715  -1.920   1.864

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    LEU 330           H        LEU 330  15.608  -0.060   1.667
    2    HA   LEU 330           HA       LEU 330  15.724   1.394  -0.873
    3    HG   LEU 330           HG       LEU 330  13.057   2.605  -1.217
    4   HD11  LEU 330          1HD1      LEU 330  14.543   0.606  -2.805
    5   HD12  LEU 330          2HD1      LEU 330  13.349   1.576  -3.668
    6   HD13  LEU 330          3HD1      LEU 330  14.661   2.365  -2.792
    7   HD21  LEU 330          1HD2      LEU 330  11.108   1.138  -0.948
    8   HD22  LEU 330          2HD2      LEU 330  11.264   1.729  -2.602
    9   HD23  LEU 330          3HD2      LEU 330  11.741   0.078  -2.207
   10    HB2  LEU 330           HB2      LEU 330  13.788  -0.291  -0.763
   11    HB3  LEU 330           HB3      LEU 330  13.088   0.781   0.434

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLY 331           H        GLY 331  16.364   3.366  -0.302
    2    HA2  GLY 331           HA2      GLY 331  16.662   5.268   0.977
    3    HA3  GLY 331           HA3      GLY 331  15.851   4.453   2.306

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ILE 332           H        ILE 332  13.626   4.661   2.555
    2    HA   ILE 332           HA       ILE 332  12.018   6.067   0.644
    3    HB   ILE 332           HB       ILE 332  11.291   5.527   3.518
    4   HG12  ILE 332          2HG1      ILE 332  12.054   3.427   2.567
    5   HG21  ILE 332          1HG2      ILE 332   9.848   6.349   1.070
    6   HG22  ILE 332          2HG2      ILE 332   9.025   5.218   2.144
    7   HG23  ILE 332          3HG2      ILE 332   9.564   6.781   2.756
    8   HD11  ILE 332          1HD1      ILE 332  10.950   4.412   0.141
    9   HD12  ILE 332          2HD1      ILE 332  11.913   2.961   0.417
   10   HD13  ILE 332          3HD1      ILE 332  10.157   2.892   0.559
   11   HG13  ILE 332          3HG1      ILE 332  10.298   3.401   2.700

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ARG 333           H        ARG 333  11.717   8.189   0.463
    2    HA   ARG 333           HA       ARG 333  12.820   9.935   2.544
    3    HE   ARG 333           HE       ARG 333  14.812  11.056  -1.162
    4   HH11  ARG 333          1HH1      ARG 333  17.232  10.316   1.242
    5   HH12  ARG 333          2HH1      ARG 333  18.261   9.479   0.129
    6   HH21  ARG 333          1HH2      ARG 333  16.165   9.956  -2.627
    7   HH22  ARG 333          2HH2      ARG 333  17.656   9.275  -2.068
    8    HB2  ARG 333           HB2      ARG 333  13.266  10.003  -0.107
    9    HB3  ARG 333           HB3      ARG 333  11.870  11.068  -0.028
   10    HG2  ARG 333           HG2      ARG 333  13.428  12.648   0.304
   11    HG3  ARG 333           HG3      ARG 333  13.353  12.086   1.975
   12    HD2  ARG 333           HD2      ARG 333  15.665  12.291   1.104
   13    HD3  ARG 333           HD3      ARG 333  15.258  10.661   1.639

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLY 334           H        GLY 334  10.324   8.661   3.016
    2    HA2  GLY 334           HA2      GLY 334   7.967   9.753   2.470
    3    HA3  GLY 334           HA3      GLY 334   8.691  11.045   3.416

  No H/Q in entry =           3
  Start of MODEL    3
    1    H    ARG 335           H        ARG 335   7.559  11.006   5.269
    2    HA   ARG 335           HA       ARG 335   8.028   8.922   7.140
    3    HE   ARG 335           HE       ARG 335   9.476  11.442  10.771
    4   HH11  ARG 335          1HH1      ARG 335   6.313  10.292  11.694
    5   HH12  ARG 335          2HH1      ARG 335   6.862   9.594  13.180
    6   HH21  ARG 335          1HH2      ARG 335  10.201  10.524  12.726
    7   HH22  ARG 335          2HH2      ARG 335   9.070   9.726  13.766
    8    HB2  ARG 335           HB2      ARG 335   7.457  11.499   7.443
    9    HB3  ARG 335           HB3      ARG 335   5.817  10.876   7.565
   10    HG2  ARG 335           HG2      ARG 335   6.188   9.899   9.570
   11    HG3  ARG 335           HG3      ARG 335   7.873   9.526   9.202
   12    HD2  ARG 335           HD2      ARG 335   7.958  12.228   9.264
   13    HD3  ARG 335           HD3      ARG 335   6.684  11.918  10.442

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 336           H        GLU 336   4.960  10.103   5.747
    2    HA   GLU 336           HA       GLU 336   3.386   7.983   6.679
    3    HB2  GLU 336           HB2      GLU 336   2.800  10.308   5.519
    4    HB3  GLU 336           HB3      GLU 336   2.680   9.284   4.094
    5    HG2  GLU 336           HG2      GLU 336   1.204   7.824   5.749
    6    HG3  GLU 336           HG3      GLU 336   0.967   9.399   6.504

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ARG 337           H        ARG 337   5.251   8.370   3.718
    2    HA   ARG 337           HA       ARG 337   4.257   6.119   2.350
    3    HE   ARG 337           HE       ARG 337   5.174   9.494  -0.751
    4   HH11  ARG 337          1HH1      ARG 337   8.359   8.535  -1.807
    5   HH12  ARG 337          2HH1      ARG 337   8.757  10.096  -2.440
    6   HH21  ARG 337          1HH2      ARG 337   5.695  11.549  -1.584
    7   HH22  ARG 337          2HH2      ARG 337   7.244  11.808  -2.313
    8    HB2  ARG 337           HB2      ARG 337   6.387   8.047   2.014
    9    HB3  ARG 337           HB3      ARG 337   6.937   6.435   1.578
   10    HG2  ARG 337           HG2      ARG 337   5.021   6.217   0.052
   11    HG3  ARG 337           HG3      ARG 337   4.535   7.864   0.459
   12    HD2  ARG 337           HD2      ARG 337   7.331   7.636  -0.353
   13    HD3  ARG 337           HD3      ARG 337   6.192   7.146  -1.607

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    PHE 338           H        PHE 338   7.282   6.495   4.204
    2    HA   PHE 338           HA       PHE 338   8.036   3.798   4.096
    3    HD1  PHE 338           HD1      PHE 338   8.535   4.081   7.956
    4    HD2  PHE 338           HD2      PHE 338  11.251   3.909   4.684
    5    HE1  PHE 338           HE1      PHE 338   9.890   2.427   9.173
    6    HE2  PHE 338           HE2      PHE 338  12.610   2.254   5.894
    7    HZ   PHE 338           HZ       PHE 338  11.930   1.510   8.142
    8    HB2  PHE 338           HB2      PHE 338   9.597   5.567   4.740
    9    HB3  PHE 338           HB3      PHE 338   8.667   5.878   6.202

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    GLU 339           H        GLU 339   5.598   5.377   5.922
    2    HA   GLU 339           HA       GLU 339   5.478   3.517   8.084
    3    HB2  GLU 339           HB2      GLU 339   3.806   5.773   7.099
    4    HB3  GLU 339           HB3      GLU 339   3.042   4.597   8.159
    5    HG2  GLU 339           HG2      GLU 339   5.345   5.096   9.502
    6    HG3  GLU 339           HG3      GLU 339   5.033   6.661   8.750

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    MET 340           H        MET 340   3.750   3.869   5.003
    2    HA   MET 340           HA       MET 340   1.942   1.734   5.516
    3    HB2  MET 340           HB2      MET 340   1.157   2.026   3.324
    4    HB3  MET 340           HB3      MET 340   1.663   3.631   3.826
    5    HG2  MET 340           HG2      MET 340   3.927   2.732   2.654
    6    HG3  MET 340           HG3      MET 340   2.706   1.890   1.707
    7    HE1  MET 340           HE1      MET 340   0.435   4.269   2.387
    8    HE2  MET 340           HE2      MET 340   0.475   5.191   0.884
    9    HE3  MET 340           HE3      MET 340   0.434   3.429   0.836

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    PHE 341           H        PHE 341   5.068   1.940   3.872
    2    HA   PHE 341           HA       PHE 341   5.036  -0.766   2.960
    3    HD1  PHE 341           HD1      PHE 341   4.696   0.495   1.054
    4    HD2  PHE 341           HD2      PHE 341   8.010   2.824   2.353
    5    HE1  PHE 341           HE1      PHE 341   4.017   2.297  -0.470
    6    HE2  PHE 341           HE2      PHE 341   7.337   4.634   0.830
    7    HZ   PHE 341           HZ       PHE 341   5.336   4.370  -0.576
    8    HB2  PHE 341           HB2      PHE 341   7.549   0.822   3.409
    9    HB3  PHE 341           HB3      PHE 341   7.203  -0.370   2.158

  No H/Q in entry =           9
  Start of MODEL    3
    1    H    ARG 342           H        ARG 342   6.002   0.825   5.903
    2    HA   ARG 342           HA       ARG 342   7.562  -1.351   6.915
    3    HE   ARG 342           HE       ARG 342   8.688   0.406  12.285
    4   HH11  ARG 342          1HH1      ARG 342   5.518  -0.524  11.162
    5   HH12  ARG 342          2HH1      ARG 342   5.172  -1.495  12.553
    6   HH21  ARG 342          1HH2      ARG 342   8.236  -0.872  14.116
    7   HH22  ARG 342          2HH2      ARG 342   6.715  -1.693  14.231
    8    HB2  ARG 342           HB2      ARG 342   7.912   0.954   7.690
    9    HB3  ARG 342           HB3      ARG 342   6.288   0.979   8.364
   10    HG2  ARG 342           HG2      ARG 342   7.133  -1.105   9.700
   11    HG3  ARG 342           HG3      ARG 342   8.723  -0.431   9.335
   12    HD2  ARG 342           HD2      ARG 342   8.176   1.627  10.419
   13    HD3  ARG 342           HD3      ARG 342   6.489   1.147  10.597

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    GLU 343           H        GLU 343   4.227  -0.254   7.289
    2    HA   GLU 343           HA       GLU 343   3.554  -2.268   9.214
    3    HB2  GLU 343           HB2      GLU 343   2.083  -0.169   7.699
    4    HB3  GLU 343           HB3      GLU 343   1.148  -1.519   8.330
    5    HG2  GLU 343           HG2      GLU 343   1.003  -0.316  10.194
    6    HG3  GLU 343           HG3      GLU 343   2.667  -0.819  10.487

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 344           H        LEU 344   3.480  -1.975   5.739
    2    HA   LEU 344           HA       LEU 344   1.824  -4.262   5.284
    3    HG   LEU 344           HG       LEU 344   0.723  -2.659   3.987
    4   HD11  LEU 344          1HD1      LEU 344   2.405  -1.537   1.838
    5   HD12  LEU 344          2HD1      LEU 344   0.686  -1.702   1.482
    6   HD13  LEU 344          3HD1      LEU 344   1.211  -0.756   2.874
    7   HD21  LEU 344          1HD2      LEU 344   1.535  -4.662   1.981
    8   HD22  LEU 344          2HD2      LEU 344   0.120  -4.613   3.033
    9   HD23  LEU 344          3HD2      LEU 344   0.154  -3.652   1.554
   10    HB2  LEU 344           HB2      LEU 344   3.364  -2.351   3.647
   11    HB3  LEU 344           HB3      LEU 344   3.186  -3.952   2.954

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    ASN 345           H        ASN 345   5.252  -3.675   5.642
    2    HA   ASN 345           HA       ASN 345   6.095  -6.220   4.657
    3   HD21  ASN 345          1HD2      ASN 345   8.488  -6.821   6.842
    4   HD22  ASN 345          2HD2      ASN 345   9.711  -7.354   5.744
    5    HB2  ASN 345           HB2      ASN 345   7.471  -4.035   4.912
    6    HB3  ASN 345           HB3      ASN 345   7.690  -4.549   6.582

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    GLU 346           H        GLU 346   5.489  -4.870   7.874
    2    HA   GLU 346           HA       GLU 346   6.254  -7.245   9.265
    3    HB2  GLU 346           HB2      GLU 346   6.300  -4.995  10.301
    4    HB3  GLU 346           HB3      GLU 346   4.545  -4.937  10.214
    5    HG2  GLU 346           HG2      GLU 346   4.282  -6.554  11.855
    6    HG3  GLU 346           HG3      GLU 346   5.925  -7.163  11.655

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    ALA 347           H        ALA 347   3.285  -6.000   7.913
    2    HA   ALA 347           HA       ALA 347   1.577  -7.892   9.228
    3    HB1  ALA 347           HB1      ALA 347   1.035  -6.171   6.811
    4    HB2  ALA 347           HB2      ALA 347  -0.170  -7.032   7.768
    5    HB3  ALA 347           HB3      ALA 347   0.746  -5.708   8.488

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    LEU 348           H        LEU 348   3.358  -7.758   6.225
    2    HA   LEU 348           HA       LEU 348   2.021  -9.975   5.004
    3    HG   LEU 348           HG       LEU 348   3.428  -8.264   2.115
    4   HD11  LEU 348          1HD1      LEU 348   2.004 -10.660   3.116
    5   HD12  LEU 348          2HD1      LEU 348   1.166  -9.647   1.940
    6   HD13  LEU 348          3HD1      LEU 348   2.735 -10.347   1.542
    7   HD21  LEU 348          1HD2      LEU 348   1.624  -7.753   4.397
    8   HD22  LEU 348          2HD2      LEU 348   2.176  -6.671   3.119
    9   HD23  LEU 348          3HD2      LEU 348   0.876  -7.820   2.801
   10    HB2  LEU 348           HB2      LEU 348   4.289  -8.208   4.370
   11    HB3  LEU 348           HB3      LEU 348   4.425  -9.834   3.727

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    GLU 349           H        GLU 349   4.843  -9.552   7.036
    2    HA   GLU 349           HA       GLU 349   5.910 -12.159   6.668
    3    HB2  GLU 349           HB2      GLU 349   6.360  -9.910   8.564
    4    HB3  GLU 349           HB3      GLU 349   6.918 -11.504   9.051
    5    HG2  GLU 349           HG2      GLU 349   7.654 -10.737   6.322
    6    HG3  GLU 349           HG3      GLU 349   8.355  -9.731   7.589

  No H/Q in entry =           6
  Start of MODEL    3
    1    H    LEU 350           H        LEU 350   3.442 -10.816   8.726
    2    HA   LEU 350           HA       LEU 350   3.347 -12.948  10.605
    3    HG   LEU 350           HG       LEU 350   1.558 -10.343  12.392
    4   HD11  LEU 350          1HD1      LEU 350   1.851 -12.957  12.612
    5   HD12  LEU 350          2HD1      LEU 350   3.551 -12.513  12.767
    6   HD13  LEU 350          3HD1      LEU 350   2.362 -11.858  13.893
    7   HD21  LEU 350          1HD2      LEU 350   4.103 -10.467  10.896
    8   HD22  LEU 350          2HD2      LEU 350   3.340  -9.115  11.734
    9   HD23  LEU 350          3HD2      LEU 350   4.224 -10.336  12.651
   10    HB2  LEU 350           HB2      LEU 350   1.698 -10.588   9.939
   11    HB3  LEU 350           HB3      LEU 350   0.848 -11.914  10.710

  No H/Q in entry =          11
  Start of MODEL    3
    1    H    LYS 351           H        LYS 351   1.519 -12.212   7.654
    2    HA   LYS 351           HA       LYS 351  -0.236 -14.419   7.827
    3    HB2  LYS 351           HB2      LYS 351  -0.764 -13.961   5.497
    4    HB3  LYS 351           HB3      LYS 351  -0.673 -12.458   6.404
    5    HG2  LYS 351           HG2      LYS 351   1.236 -11.769   5.344
    6    HG3  LYS 351           HG3      LYS 351   1.750 -13.413   4.964
    7    HD2  LYS 351           HD2      LYS 351   1.082 -12.422   2.915
    8    HD3  LYS 351           HD3      LYS 351  -0.206 -13.536   3.378
    9    HE2  LYS 351           HE2      LYS 351  -1.367 -11.543   4.421
   10    HE3  LYS 351           HE3      LYS 351  -0.175 -10.535   3.602
   11    HZ1  LYS 351           HZ1      LYS 351  -1.988 -12.447   2.232
   12    HZ2  LYS 351           HZ2      LYS 351  -2.260 -10.782   2.349
   13    HZ3  LYS 351           HZ3      LYS 351  -0.922 -11.361   1.492

  No H/Q in entry =          13
  Start of MODEL    3
    1    H    ASP 352           H        ASP 352   3.020 -14.062   6.643
    2    HA   ASP 352           HA       ASP 352   3.110 -16.443   5.098
    3    HB2  ASP 352           HB2      ASP 352   4.761 -14.332   5.322
    4    HB3  ASP 352           HB3      ASP 352   5.602 -15.461   6.379

  No H/Q in entry =           4
  Start of MODEL    3
    1    H    ALA 353           H        ALA 353   3.754 -15.694   8.473
    2    HA   ALA 353           HA       ALA 353   4.850 -18.260   9.103
    3    HB1  ALA 353           HB1      ALA 353   5.418 -16.292  10.421
    4    HB2  ALA 353           HB2      ALA 353   3.735 -16.126  10.921
    5    HB3  ALA 353           HB3      ALA 353   4.674 -17.529  11.433

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLN 354           H        GLN 354   1.654 -16.851   9.078
    2    HA   GLN 354           HA       GLN 354   0.424 -18.949  10.598
    3   HE21  GLN 354          1HE2      GLN 354  -3.886 -18.320   9.494
    4   HE22  GLN 354          2HE2      GLN 354  -4.868 -16.923   9.752
    5    HB2  GLN 354           HB2      GLN 354  -0.331 -16.427   9.970
    6    HB3  GLN 354           HB3      GLN 354  -1.248 -17.329   8.772
    7    HG2  GLN 354           HG2      GLN 354  -2.070 -18.757  10.707
    8    HG3  GLN 354           HG3      GLN 354  -1.401 -17.512  11.761

  No H/Q in entry =           8
  Start of MODEL    3
    1    H    ALA 355           H        ALA 355   1.054 -18.320   7.220
    2    HA   ALA 355           HA       ALA 355  -0.733 -20.232   6.138
    3    HB1  ALA 355           HB1      ALA 355  -0.083 -18.840   4.476
    4    HB2  ALA 355           HB2      ALA 355   1.537 -18.626   5.139
    5    HB3  ALA 355           HB3      ALA 355   1.142 -20.084   4.229

  No H/Q in entry =           5
  Start of MODEL    3
    1    H    GLY 356           H        GLY 356   2.704 -20.378   7.014
    2    HA2  GLY 356           HA2      GLY 356   4.106 -22.289   6.624
    3    HA3  GLY 356           HA3      GLY 356   2.659 -23.278   6.508

  No H/Q in entry =           3
  Start of MODEL    4
    1    H1   GLU 326           H1       GLU 326 -20.556   1.699   9.986
    2    H2   GLU 326           H2       GLU 326 -19.781   1.288  11.461
    3    H3   GLU 326           H3       GLU 326 -20.709   2.727  11.349
    4    HB2  GLU 326           HB2      GLU 326 -18.618   3.116  12.515
    5    HB3  GLU 326           HB3      GLU 326 -17.328   2.196  11.752
    6    HG2  GLU 326           HG2      GLU 326 -16.421   4.178  10.759
    7    HG3  GLU 326           HG3      GLU 326 -17.791   5.136  11.318
    8    HA   GLU 326           HA       GLU 326 -19.187   3.766  10.014

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    SER 327           H        SER 327 -19.185   2.921   7.902
    2    HA   SER 327           HA       SER 327 -16.817   1.328   7.288
    3    HG   SER 327           HG       SER 327 -20.437  -0.271   6.536
    4    HB2  SER 327           HB2      SER 327 -18.443   0.179   5.508
    5    HB3  SER 327           HB3      SER 327 -18.220  -0.481   7.128

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    PHE 328           H        PHE 328 -15.833   1.882   5.399
    2    HA   PHE 328           HA       PHE 328 -17.116   4.029   3.841
    3    HD1  PHE 328           HD1      PHE 328 -14.459   3.052   6.546
    4    HD2  PHE 328           HD2      PHE 328 -15.375   6.782   4.714
    5    HE1  PHE 328           HE1      PHE 328 -14.334   4.157   8.741
    6    HE2  PHE 328           HE2      PHE 328 -15.250   7.894   6.905
    7    HZ   PHE 328           HZ       PHE 328 -14.729   6.581   8.923
    8    HB2  PHE 328           HB2      PHE 328 -14.149   3.511   4.053
    9    HB3  PHE 328           HB3      PHE 328 -14.946   4.929   3.381

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLY 329           H        GLY 329 -17.581   3.619   1.781
    2    HA2  GLY 329           HA2      GLY 329 -17.951   2.076   0.024
    3    HA3  GLY 329           HA3      GLY 329 -16.587   1.131   0.601

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    LEU 330           H        LEU 330 -14.851   1.191  -0.649
    2    HA   LEU 330           HA       LEU 330 -14.169   3.678  -2.035
    3    HG   LEU 330           HG       LEU 330 -11.834   2.865  -3.522
    4   HD11  LEU 330          1HD1      LEU 330 -11.684   4.514  -1.068
    5   HD12  LEU 330          2HD1      LEU 330 -10.378   4.688  -2.241
    6   HD13  LEU 330          3HD1      LEU 330 -12.048   4.979  -2.730
    7   HD21  LEU 330          1HD2      LEU 330 -10.405   1.172  -1.998
    8   HD22  LEU 330          2HD2      LEU 330  -9.700   2.177  -3.265
    9   HD23  LEU 330          3HD2      LEU 330  -9.620   2.695  -1.581
   10    HB2  LEU 330           HB2      LEU 330 -12.477   2.526  -0.601
   11    HB3  LEU 330           HB3      LEU 330 -12.514   1.176  -1.718

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLY 331           H        GLY 331 -14.405   3.907  -4.166
    2    HA2  GLY 331           HA2      GLY 331 -15.529   3.238  -6.157
    3    HA3  GLY 331           HA3      GLY 331 -15.262   1.560  -5.708

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ILE 332           H        ILE 332 -13.110   0.688  -5.927
    2    HA   ILE 332           HA       ILE 332 -11.173   2.221  -7.445
    3    HB   ILE 332           HB       ILE 332 -11.010  -0.688  -6.663
    4   HG12  ILE 332          2HG1      ILE 332  -9.389   0.587  -4.902
    5   HG21  ILE 332          1HG2      ILE 332  -9.457   0.608  -8.410
    6   HG22  ILE 332          2HG2      ILE 332  -8.623   1.038  -6.917
    7   HG23  ILE 332          3HG2      ILE 332  -8.850  -0.658  -7.343
    8   HD11  ILE 332          1HD1      ILE 332 -12.000  -0.629  -4.752
    9   HD12  ILE 332          2HD1      ILE 332 -10.656  -0.686  -3.611
   10   HD13  ILE 332          3HD1      ILE 332 -11.802   0.653  -3.557
   11   HG13  ILE 332          3HG1      ILE 332 -10.666   1.787  -5.078

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ARG 333           H        ARG 333 -10.789   2.070  -9.575
    2    HA   ARG 333           HA       ARG 333 -12.477   0.236 -11.123
    3    HE   ARG 333           HE       ARG 333 -14.465   1.825 -15.101
    4   HH11  ARG 333          1HH1      ARG 333 -14.037   5.249 -14.578
    5   HH12  ARG 333          2HH1      ARG 333 -14.995   5.705 -15.946
    6   HH21  ARG 333          1HH2      ARG 333 -15.726   2.423 -16.901
    7   HH22  ARG 333          2HH2      ARG 333 -15.954   4.101 -17.265
    8    HB2  ARG 333           HB2      ARG 333 -12.301   2.863 -11.438
    9    HB3  ARG 333           HB3      ARG 333 -10.904   2.420 -12.410
   10    HG2  ARG 333           HG2      ARG 333 -12.177   1.352 -14.001
   11    HG3  ARG 333           HG3      ARG 333 -13.514   1.059 -12.887
   12    HD2  ARG 333           HD2      ARG 333 -14.080   3.422 -12.914
   13    HD3  ARG 333           HD3      ARG 333 -12.705   3.758 -13.965

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLY 334           H        GLY 334 -10.991  -1.534 -10.576
    2    HA2  GLY 334           HA2      GLY 334  -8.299  -1.482 -11.561
    3    HA3  GLY 334           HA3      GLY 334  -9.387  -2.330 -12.649

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ARG 335           H        ARG 335  -8.607  -4.374 -12.381
    2    HA   ARG 335           HA       ARG 335  -9.407  -5.751  -9.991
    3    HE   ARG 335           HE       ARG 335  -7.741  -7.219 -15.390
    4   HH11  ARG 335          1HH1      ARG 335  -6.379 -10.181 -14.145
    5   HH12  ARG 335          2HH1      ARG 335  -5.986 -10.806 -15.711
    6   HH21  ARG 335          1HH2      ARG 335  -7.226  -8.039 -17.451
    7   HH22  ARG 335          2HH2      ARG 335  -6.466  -9.590 -17.589
    8    HB2  ARG 335           HB2      ARG 335  -8.456  -7.755 -11.172
    9    HB3  ARG 335           HB3      ARG 335  -9.715  -6.905 -12.059
   10    HG2  ARG 335           HG2      ARG 335  -8.250  -6.099 -13.639
   11    HG3  ARG 335           HG3      ARG 335  -6.854  -6.235 -12.567
   12    HD2  ARG 335           HD2      ARG 335  -6.484  -8.390 -13.110
   13    HD3  ARG 335           HD3      ARG 335  -8.203  -8.771 -13.193

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 336           H        GLU 336  -6.399  -4.629 -11.391
    2    HA   GLU 336           HA       GLU 336  -4.696  -6.072  -9.609
    3    HB2  GLU 336           HB2      GLU 336  -4.234  -3.713 -11.431
    4    HB3  GLU 336           HB3      GLU 336  -2.961  -4.403 -10.433
    5    HG2  GLU 336           HG2      GLU 336  -2.799  -6.289 -11.694
    6    HG3  GLU 336           HG3      GLU 336  -4.490  -6.239 -12.188

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ARG 337           H        ARG 337  -5.662  -2.645  -9.800
    2    HA   ARG 337           HA       ARG 337  -4.367  -1.793  -7.477
    3    HE   ARG 337           HE       ARG 337  -6.294   1.292  -9.998
    4   HH11  ARG 337          1HH1      ARG 337  -7.216   3.979  -7.971
    5   HH12  ARG 337          2HH1      ARG 337  -8.182   4.732  -9.195
    6   HH21  ARG 337          1HH2      ARG 337  -7.564   2.281 -11.609
    7   HH22  ARG 337          2HH2      ARG 337  -8.381   3.769 -11.260
    8    HB2  ARG 337           HB2      ARG 337  -5.891  -0.593  -9.417
    9    HB3  ARG 337           HB3      ARG 337  -6.940  -0.478  -8.010
   10    HG2  ARG 337           HG2      ARG 337  -4.903   0.478  -6.797
   11    HG3  ARG 337           HG3      ARG 337  -4.204   0.675  -8.406
   12    HD2  ARG 337           HD2      ARG 337  -6.694   1.937  -7.287
   13    HD3  ARG 337           HD3      ARG 337  -5.235   2.736  -7.873

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    PHE 338           H        PHE 338  -7.725  -2.876  -7.927
    2    HA   PHE 338           HA       PHE 338  -8.505  -2.619  -5.241
    3    HD1  PHE 338           HD1      PHE 338  -9.815  -6.231  -5.517
    4    HD2  PHE 338           HD2      PHE 338 -11.809  -2.472  -5.503
    5    HE1  PHE 338           HE1      PHE 338 -11.452  -7.110  -3.904
    6    HE2  PHE 338           HE2      PHE 338 -13.449  -3.343  -3.889
    7    HZ   PHE 338           HZ       PHE 338 -13.271  -5.665  -3.087
    8    HB2  PHE 338           HB2      PHE 338 -10.125  -2.878  -7.062
    9    HB3  PHE 338           HB3      PHE 338  -9.545  -4.513  -7.362

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLU 339           H        GLU 339  -6.804  -5.140  -6.964
    2    HA   GLU 339           HA       GLU 339  -7.100  -7.209  -5.081
    3    HB2  GLU 339           HB2      GLU 339  -5.290  -6.629  -7.352
    4    HB3  GLU 339           HB3      GLU 339  -4.683  -7.766  -6.156
    5    HG2  GLU 339           HG2      GLU 339  -7.434  -8.285  -6.982
    6    HG3  GLU 339           HG3      GLU 339  -6.259  -8.393  -8.292

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    MET 340           H        MET 340  -4.790  -4.561  -5.355
    2    HA   MET 340           HA       MET 340  -3.048  -5.419  -3.299
    3    HB2  MET 340           HB2      MET 340  -2.770  -3.551  -5.119
    4    HB3  MET 340           HB3      MET 340  -3.496  -2.516  -3.897
    5    HG2  MET 340           HG2      MET 340  -1.691  -2.649  -2.506
    6    HG3  MET 340           HG3      MET 340  -1.197  -4.227  -3.117
    7    HE1  MET 340           HE1      MET 340  -2.264  -1.030  -4.588
    8    HE2  MET 340           HE2      MET 340  -0.787  -0.188  -5.053
    9    HE3  MET 340           HE3      MET 340  -1.556  -1.306  -6.179

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    PHE 341           H        PHE 341  -5.605  -2.929  -3.281
    2    HA   PHE 341           HA       PHE 341  -5.522  -2.449  -0.515
    3    HD1  PHE 341           HD1      PHE 341  -8.216  -0.733  -3.966
    4    HD2  PHE 341           HD2      PHE 341  -4.741  -0.566  -1.517
    5    HE1  PHE 341           HE1      PHE 341  -7.187   0.853  -5.540
    6    HE2  PHE 341           HE2      PHE 341  -3.707   1.021  -3.082
    7    HZ   PHE 341           HZ       PHE 341  -4.929   1.728  -5.097
    8    HB2  PHE 341           HB2      PHE 341  -8.026  -2.174  -2.165
    9    HB3  PHE 341           HB3      PHE 341  -7.492  -1.187  -0.808

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    ARG 342           H        ARG 342  -7.051  -4.951  -2.388
    2    HA   ARG 342           HA       ARG 342  -8.875  -5.804  -0.365
    3    HE   ARG 342           HE       ARG 342 -11.180  -7.941   0.859
    4   HH11  ARG 342          1HH1      ARG 342 -11.911  -9.493  -2.180
    5   HH12  ARG 342          2HH1      ARG 342 -12.703 -10.845  -1.442
    6   HH21  ARG 342          1HH2      ARG 342 -12.221  -9.718   1.831
    7   HH22  ARG 342          2HH2      ARG 342 -12.880 -10.973   0.835
    8    HB2  ARG 342           HB2      ARG 342  -9.129  -6.297  -2.807
    9    HB3  ARG 342           HB3      ARG 342  -7.772  -7.408  -2.678
   10    HG2  ARG 342           HG2      ARG 342  -9.771  -8.688  -2.591
   11    HG3  ARG 342           HG3      ARG 342  -9.073  -8.680  -0.970
   12    HD2  ARG 342           HD2      ARG 342 -10.684  -6.502  -0.852
   13    HD3  ARG 342           HD3      ARG 342 -11.595  -7.532  -1.955

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 343           H        GLU 343  -5.638  -6.805  -1.381
    2    HA   GLU 343           HA       GLU 343  -5.466  -8.942   0.514
    3    HB2  GLU 343           HB2      GLU 343  -4.098  -8.393  -1.727
    4    HB3  GLU 343           HB3      GLU 343  -2.990  -7.692  -0.555
    5    HG2  GLU 343           HG2      GLU 343  -2.652  -9.757   0.517
    6    HG3  GLU 343           HG3      GLU 343  -4.030 -10.494  -0.299

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 344           H        LEU 344  -4.709  -5.543   0.498
    2    HA   LEU 344           HA       LEU 344  -3.094  -5.584   2.860
    3    HG   LEU 344           HG       LEU 344  -1.936  -3.397   3.196
    4   HD11  LEU 344          1HD1      LEU 344  -1.749  -5.139   1.137
    5   HD12  LEU 344          2HD1      LEU 344  -0.963  -3.721   0.442
    6   HD13  LEU 344          3HD1      LEU 344  -0.365  -4.411   1.951
    7   HD21  LEU 344          1HD2      LEU 344  -2.703  -1.594   0.973
    8   HD22  LEU 344          2HD2      LEU 344  -2.142  -1.214   2.601
    9   HD23  LEU 344          3HD2      LEU 344  -0.988  -1.714   1.365
   10    HB2  LEU 344           HB2      LEU 344  -3.858  -3.683   0.883
   11    HB3  LEU 344           HB3      LEU 344  -4.272  -3.019   2.452

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ASN 345           H        ASN 345  -6.496  -5.173   2.143
    2    HA   ASN 345           HA       ASN 345  -7.231  -4.248   4.744
    3   HD21  ASN 345          1HD2      ASN 345  -9.913  -5.612   5.328
    4   HD22  ASN 345          2HD2      ASN 345 -10.881  -4.253   5.776
    5    HB2  ASN 345           HB2      ASN 345  -8.508  -4.100   2.442
    6    HB3  ASN 345           HB3      ASN 345  -9.172  -5.650   2.949

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    GLU 346           H        GLU 346  -7.216  -7.392   3.125
    2    HA   GLU 346           HA       GLU 346  -8.423  -8.810   5.275
    3    HB2  GLU 346           HB2      GLU 346  -7.014  -9.540   2.754
    4    HB3  GLU 346           HB3      GLU 346  -7.162 -10.776   3.996
    5    HG2  GLU 346           HG2      GLU 346  -9.671 -10.098   3.990
    6    HG3  GLU 346           HG3      GLU 346  -9.291  -9.425   2.406

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ALA 347           H        ALA 347  -5.143  -7.932   4.455
    2    HA   ALA 347           HA       ALA 347  -3.889  -9.705   6.316
    3    HB1  ALA 347           HB1      ALA 347  -2.606  -7.198   5.302
    4    HB2  ALA 347           HB2      ALA 347  -2.882  -8.566   4.223
    5    HB3  ALA 347           HB3      ALA 347  -1.874  -8.763   5.657

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    LEU 348           H        LEU 348  -4.941  -6.338   6.379
    2    HA   LEU 348           HA       LEU 348  -3.774  -5.716   8.895
    3    HG   LEU 348           HG       LEU 348  -3.091  -3.975   7.467
    4   HD11  LEU 348          1HD1      LEU 348  -5.346  -2.409   6.396
    5   HD12  LEU 348          2HD1      LEU 348  -3.854  -1.517   6.694
    6   HD13  LEU 348          3HD1      LEU 348  -3.845  -2.919   5.624
    7   HD21  LEU 348          1HD2      LEU 348  -4.584  -2.450   9.522
    8   HD22  LEU 348          2HD2      LEU 348  -2.935  -3.075   9.546
    9   HD23  LEU 348          3HD2      LEU 348  -3.306  -1.601   8.652
   10    HB2  LEU 348           HB2      LEU 348  -5.721  -4.439   7.056
   11    HB3  LEU 348           HB3      LEU 348  -5.765  -3.924   8.732

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLU 349           H        GLU 349  -6.780  -7.171   7.898
    2    HA   GLU 349           HA       GLU 349  -8.036  -6.912  10.476
    3    HB2  GLU 349           HB2      GLU 349  -8.736  -8.148   7.861
    4    HB3  GLU 349           HB3      GLU 349  -9.538  -8.779   9.293
    5    HG2  GLU 349           HG2      GLU 349  -9.807  -6.090   9.642
    6    HG3  GLU 349           HG3      GLU 349  -9.907  -6.245   7.888

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 350           H        LEU 350  -6.010  -9.212   8.847
    2    HA   LEU 350           HA       LEU 350  -6.564 -11.389  10.638
    3    HG   LEU 350           HG       LEU 350  -4.688 -13.574   8.390
    4   HD11  LEU 350          1HD1      LEU 350  -3.698 -13.163  10.675
    5   HD12  LEU 350          2HD1      LEU 350  -5.330 -13.346  11.318
    6   HD13  LEU 350          3HD1      LEU 350  -4.561 -14.688  10.470
    7   HD21  LEU 350          1HD2      LEU 350  -7.213 -12.811   8.422
    8   HD22  LEU 350          2HD2      LEU 350  -6.761 -14.504   8.623
    9   HD23  LEU 350          3HD2      LEU 350  -7.165 -13.526  10.034
   10    HB2  LEU 350           HB2      LEU 350  -5.530 -11.273   8.154
   11    HB3  LEU 350           HB3      LEU 350  -4.045 -11.353   9.082

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    LYS 351           H        LYS 351  -4.064  -8.920  10.306
    2    HA   LYS 351           HA       LYS 351  -2.412  -9.953  12.392
    3    HB2  LYS 351           HB2      LYS 351  -1.227  -7.801  12.227
    4    HB3  LYS 351           HB3      LYS 351  -1.469  -8.538  10.649
    5    HG2  LYS 351           HG2      LYS 351  -2.053  -6.403  10.155
    6    HG3  LYS 351           HG3      LYS 351  -3.627  -7.015  10.665
    7    HD2  LYS 351           HD2      LYS 351  -3.637  -5.236  12.037
    8    HD3  LYS 351           HD3      LYS 351  -2.558  -6.209  13.038
    9    HE2  LYS 351           HE2      LYS 351  -0.708  -5.174  11.490
   10    HE3  LYS 351           HE3      LYS 351  -1.930  -3.931  11.219
   11    HZ1  LYS 351           HZ1      LYS 351  -2.057  -3.628  13.638
   12    HZ2  LYS 351           HZ2      LYS 351  -0.811  -4.755  13.843
   13    HZ3  LYS 351           HZ3      LYS 351  -0.511  -3.300  13.035

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    ASP 352           H        ASP 352  -5.148  -7.808  12.251
    2    HA   ASP 352           HA       ASP 352  -4.781  -6.653  14.838
    3    HB2  ASP 352           HB2      ASP 352  -6.166  -5.716  12.894
    4    HB3  ASP 352           HB3      ASP 352  -7.409  -6.866  13.378

  No H/Q in entry =           4
  Start of MODEL    4
    1    H    ALA 353           H        ALA 353  -6.346  -9.515  13.592
    2    HA   ALA 353           HA       ALA 353  -7.907 -10.091  15.896
    3    HB1  ALA 353           HB1      ALA 353  -8.011 -11.028  13.434
    4    HB2  ALA 353           HB2      ALA 353  -6.966 -12.277  14.112
    5    HB3  ALA 353           HB3      ALA 353  -8.562 -11.991  14.805

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLN 354           H        GLN 354  -4.655 -10.961  14.858
    2    HA   GLN 354           HA       GLN 354  -4.157 -12.883  16.873
    3   HE21  GLN 354          1HE2      GLN 354  -0.918 -13.517  13.059
    4   HE22  GLN 354          2HE2      GLN 354  -2.044 -13.482  11.749
    5    HB2  GLN 354           HB2      GLN 354  -2.545 -11.378  14.897
    6    HB3  GLN 354           HB3      GLN 354  -1.676 -11.981  16.302
    7    HG2  GLN 354           HG2      GLN 354  -1.455 -13.861  15.136
    8    HG3  GLN 354           HG3      GLN 354  -3.140 -14.161  15.560

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    ALA 355           H        ALA 355  -3.840  -9.395  16.745
    2    HA   ALA 355           HA       ALA 355  -2.242  -8.996  19.007
    3    HB1  ALA 355           HB1      ALA 355  -2.447  -7.045  17.871
    4    HB2  ALA 355           HB2      ALA 355  -4.129  -7.346  17.435
    5    HB3  ALA 355           HB3      ALA 355  -3.727  -6.777  19.055

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLY 356           H        GLY 356  -2.709 -10.048  20.861
    2    HA2  GLY 356           HA2      GLY 356  -4.981 -10.963  21.936
    3    HA3  GLY 356           HA3      GLY 356  -5.119  -9.244  22.274

  No H/Q in entry =           3
  Start of MODEL    4
    1    H1   GLU 326           H1       GLU 326 -15.755  -4.119 -14.875
    2    H2   GLU 326           H2       GLU 326 -14.177  -4.271 -15.535
    3    H3   GLU 326           H3       GLU 326 -14.467  -4.698 -13.900
    4    HA   GLU 326           HA       GLU 326 -13.389  -2.626 -13.962
    5    HB2  GLU 326           HB2      GLU 326 -15.555  -2.038 -15.963
    6    HB3  GLU 326           HB3      GLU 326 -14.757  -0.733 -15.097
    7    HG2  GLU 326           HG2      GLU 326 -12.803  -0.996 -16.212
    8    HG3  GLU 326           HG3      GLU 326 -13.024  -2.733 -16.417

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    SER 327           H        SER 327 -13.890  -0.977 -12.459
    2    HA   SER 327           HA       SER 327 -14.903  -0.102 -10.621
    3    HG   SER 327           HG       SER 327 -17.117   1.758 -11.261
    4    HB2  SER 327           HB2      SER 327 -17.195  -0.646 -12.453
    5    HB3  SER 327           HB3      SER 327 -17.554  -0.227 -10.778

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    PHE 328           H        PHE 328 -14.583  -1.187  -8.797
    2    HA   PHE 328           HA       PHE 328 -16.326  -3.472  -8.205
    3    HD1  PHE 328           HD1      PHE 328 -13.046  -2.561  -9.946
    4    HD2  PHE 328           HD2      PHE 328 -14.620  -6.401  -9.002
    5    HE1  PHE 328           HE1      PHE 328 -12.428  -3.362 -12.189
    6    HE2  PHE 328           HE2      PHE 328 -14.004  -7.209 -11.243
    7    HZ   PHE 328           HZ       PHE 328 -12.906  -5.689 -12.840
    8    HB2  PHE 328           HB2      PHE 328 -13.385  -3.460  -7.523
    9    HB3  PHE 328           HB3      PHE 328 -14.522  -4.793  -7.355

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLY 329           H        GLY 329 -17.052  -3.580  -6.130
    2    HA2  GLY 329           HA2      GLY 329 -17.786  -2.421  -4.222
    3    HA3  GLY 329           HA3      GLY 329 -16.489  -1.259  -4.455

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    LEU 330           H        LEU 330 -15.235  -1.274  -2.715
    2    HA   LEU 330           HA       LEU 330 -14.322  -3.879  -1.692
    3    HG   LEU 330           HG       LEU 330 -12.146  -4.219  -1.444
    4   HD11  LEU 330          1HD1      LEU 330 -10.826  -2.584  -3.004
    5   HD12  LEU 330          2HD1      LEU 330  -9.987  -2.168  -1.510
    6   HD13  LEU 330          3HD1      LEU 330  -9.981  -3.833  -2.090
    7   HD21  LEU 330          1HD2      LEU 330 -12.472  -3.334   0.813
    8   HD22  LEU 330          2HD2      LEU 330 -10.797  -3.817   0.545
    9   HD23  LEU 330          3HD2      LEU 330 -11.239  -2.110   0.512
   10    HB2  LEU 330           HB2      LEU 330 -12.767  -1.929  -2.652
   11    HB3  LEU 330           HB3      LEU 330 -12.889  -1.373  -0.993

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLY 331           H        GLY 331 -14.427  -4.342   0.472
    2    HA2  GLY 331           HA2      GLY 331 -15.838  -4.264   2.382
    3    HA3  GLY 331           HA3      GLY 331 -16.156  -2.569   2.044

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ILE 332           H        ILE 332 -14.975  -1.043   3.055
    2    HA   ILE 332           HA       ILE 332 -12.648  -1.948   4.623
    3    HB   ILE 332           HB       ILE 332 -13.189   0.878   3.719
    4   HG12  ILE 332          2HG1      ILE 332 -11.042   0.131   2.266
    5   HG21  ILE 332          1HG2      ILE 332 -11.132  -0.446   5.348
    6   HG22  ILE 332          2HG2      ILE 332 -10.525   0.687   4.140
    7   HG23  ILE 332          3HG2      ILE 332 -11.685   1.229   5.354
    8   HD11  ILE 332          1HD1      ILE 332 -13.434   1.011   1.580
    9   HD12  ILE 332          2HD1      ILE 332 -12.319   0.313   0.404
   10   HD13  ILE 332          3HD1      ILE 332 -13.627  -0.666   1.069
   11   HG13  ILE 332          3HG1      ILE 332 -11.894  -1.408   2.342

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ARG 333           H        ARG 333 -12.557  -1.510   6.773
    2    HA   ARG 333           HA       ARG 333 -14.783   0.028   7.937
    3    HE   ARG 333           HE       ARG 333 -17.363  -1.663  11.595
    4   HH11  ARG 333          1HH1      ARG 333 -19.072  -1.724   8.553
    5   HH12  ARG 333          2HH1      ARG 333 -20.639  -1.709   9.290
    6   HH21  ARG 333          1HH2      ARG 333 -19.423  -1.644  12.566
    7   HH22  ARG 333          2HH2      ARG 333 -20.839  -1.663  11.568
    8    HB2  ARG 333           HB2      ARG 333 -14.924  -2.526   8.172
    9    HB3  ARG 333           HB3      ARG 333 -13.567  -2.377   9.280
   10    HG2  ARG 333           HG2      ARG 333 -15.194  -2.228  10.820
   11    HG3  ARG 333           HG3      ARG 333 -15.222  -0.534  10.325
   12    HD2  ARG 333           HD2      ARG 333 -17.081  -0.893   8.894
   13    HD3  ARG 333           HD3      ARG 333 -16.940  -2.644   9.042

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLY 334           H        GLY 334 -12.073   0.874   7.281
    2    HA2  GLY 334           HA2      GLY 334 -10.066   1.028   8.917
    3    HA3  GLY 334           HA3      GLY 334 -11.279   1.722   9.981

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ARG 335           H        ARG 335 -10.748   3.813  10.139
    2    HA   ARG 335           HA       ARG 335 -11.181   5.565   7.967
    3    HE   ARG 335           HE       ARG 335  -9.315   9.412   9.403
    4   HH11  ARG 335          1HH1      ARG 335 -10.814  10.268  12.436
    5   HH12  ARG 335          2HH1      ARG 335  -9.703  11.555  12.765
    6   HH21  ARG 335          1HH2      ARG 335  -7.853  11.104   9.835
    7   HH22  ARG 335          2HH2      ARG 335  -8.022  12.030  11.288
    8    HB2  ARG 335           HB2      ARG 335 -11.192   5.894  10.628
    9    HB3  ARG 335           HB3      ARG 335  -9.582   6.511  10.284
   10    HG2  ARG 335           HG2      ARG 335 -10.692   7.997   8.545
   11    HG3  ARG 335           HG3      ARG 335 -12.222   7.539   9.297
   12    HD2  ARG 335           HD2      ARG 335 -11.835   9.335  10.597
   13    HD3  ARG 335           HD3      ARG 335 -10.784   8.228  11.478

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 336           H        GLU 336  -8.191   4.658   9.679
    2    HA   GLU 336           HA       GLU 336  -6.471   6.118   7.972
    3    HB2  GLU 336           HB2      GLU 336  -6.087   3.945   9.996
    4    HB3  GLU 336           HB3      GLU 336  -4.748   4.398   8.951
    5    HG2  GLU 336           HG2      GLU 336  -4.395   6.331  10.024
    6    HG3  GLU 336           HG3      GLU 336  -6.116   6.649  10.235

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ARG 337           H        ARG 337  -7.656   2.803   7.939
    2    HA   ARG 337           HA       ARG 337  -5.957   1.809   5.928
    3    HE   ARG 337           HE       ARG 337  -6.716  -1.759   8.291
    4   HH11  ARG 337          1HH1      ARG 337  -9.607  -3.277   7.059
    5   HH12  ARG 337          2HH1      ARG 337  -9.961  -4.094   8.544
    6   HH21  ARG 337          1HH2      ARG 337  -7.180  -2.833  10.245
    7   HH22  ARG 337          2HH2      ARG 337  -8.584  -3.842  10.353
    8    HB2  ARG 337           HB2      ARG 337  -7.866   0.722   7.538
    9    HB3  ARG 337           HB3      ARG 337  -8.702   0.731   5.991
   10    HG2  ARG 337           HG2      ARG 337  -6.865  -0.526   4.987
   11    HG3  ARG 337           HG3      ARG 337  -6.025  -0.534   6.539
   12    HD2  ARG 337           HD2      ARG 337  -8.814  -1.591   6.335
   13    HD3  ARG 337           HD3      ARG 337  -7.453  -2.590   5.828

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    PHE 338           H        PHE 338  -9.321   2.970   5.690
    2    HA   PHE 338           HA       PHE 338  -9.493   2.835   2.897
    3    HD1  PHE 338           HD1      PHE 338 -10.891   6.486   3.062
    4    HD2  PHE 338           HD2      PHE 338 -12.681   2.689   2.366
    5    HE1  PHE 338           HE1      PHE 338 -12.133   7.426   1.156
    6    HE2  PHE 338           HE2      PHE 338 -13.926   3.621   0.459
    7    HZ   PHE 338           HZ       PHE 338 -13.652   5.992  -0.148
    8    HB2  PHE 338           HB2      PHE 338 -11.465   3.069   4.340
    9    HB3  PHE 338           HB3      PHE 338 -10.947   4.688   4.799

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLU 339           H        GLU 339  -8.181   5.268   5.034
    2    HA   GLU 339           HA       GLU 339  -8.026   7.391   3.186
    3    HB2  GLU 339           HB2      GLU 339  -6.712   6.724   5.775
    4    HB3  GLU 339           HB3      GLU 339  -5.968   7.968   4.781
    5    HG2  GLU 339           HG2      GLU 339  -8.853   8.282   5.095
    6    HG3  GLU 339           HG3      GLU 339  -7.952   8.369   6.608

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    MET 340           H        MET 340  -5.920   4.666   3.880
    2    HA   MET 340           HA       MET 340  -3.708   5.542   2.345
    3    HB2  MET 340           HB2      MET 340  -3.745   3.687   4.091
    4    HB3  MET 340           HB3      MET 340  -4.466   2.666   2.854
    5    HG2  MET 340           HG2      MET 340  -2.422   3.335   1.433
    6    HG3  MET 340           HG3      MET 340  -1.717   3.828   2.972
    7    HE1  MET 340           HE1      MET 340  -2.058   2.478   4.984
    8    HE2  MET 340           HE2      MET 340  -2.361   0.743   5.066
    9    HE3  MET 340           HE3      MET 340  -0.716   1.341   4.853

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    PHE 341           H        PHE 341  -6.230   3.124   1.615
    2    HA   PHE 341           HA       PHE 341  -5.511   2.730  -1.063
    3    HD1  PHE 341           HD1      PHE 341  -8.967   1.074   1.632
    4    HD2  PHE 341           HD2      PHE 341  -5.085   0.734  -0.075
    5    HE1  PHE 341           HE1      PHE 341  -8.378  -0.619   3.316
    6    HE2  PHE 341           HE2      PHE 341  -4.490  -0.961   1.602
    7    HZ   PHE 341           HZ       PHE 341  -6.136  -1.634   3.301
    8    HB2  PHE 341           HB2      PHE 341  -8.342   2.524  -0.053
    9    HB3  PHE 341           HB3      PHE 341  -7.555   1.565  -1.304

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    ARG 342           H        ARG 342  -7.283   5.286   0.471
    2    HA   ARG 342           HA       ARG 342  -8.585   6.261  -1.873
    3    HE   ARG 342           HE       ARG 342 -10.748  11.339  -0.286
    4   HH11  ARG 342          1HH1      ARG 342  -7.687  10.113  -1.428
    5   HH12  ARG 342          2HH1      ARG 342  -7.511  11.332  -2.645
    6   HH21  ARG 342          1HH2      ARG 342 -10.518  12.944  -1.886
    7   HH22  ARG 342          2HH2      ARG 342  -9.117  12.939  -2.905
    8    HB2  ARG 342           HB2      ARG 342  -9.239   6.743   0.534
    9    HB3  ARG 342           HB3      ARG 342  -7.883   7.861   0.589
   10    HG2  ARG 342           HG2      ARG 342  -9.123   8.736  -1.634
   11    HG3  ARG 342           HG3      ARG 342 -10.504   8.122  -0.723
   12    HD2  ARG 342           HD2      ARG 342 -10.150   9.597   1.044
   13    HD3  ARG 342           HD3      ARG 342  -8.475   9.897   0.583

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 343           H        GLU 343  -5.600   7.113  -0.159
    2    HA   GLU 343           HA       GLU 343  -4.903   9.226  -1.944
    3    HB2  GLU 343           HB2      GLU 343  -4.045   9.128   0.356
    4    HB3  GLU 343           HB3      GLU 343  -3.175   7.649  -0.027
    5    HG2  GLU 343           HG2      GLU 343  -2.088   9.137  -1.887
    6    HG3  GLU 343           HG3      GLU 343  -2.597  10.453  -0.831

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 344           H        LEU 344  -4.309   5.787  -1.821
    2    HA   LEU 344           HA       LEU 344  -2.258   5.759  -3.808
    3    HG   LEU 344           HG       LEU 344  -2.450   4.313  -1.060
    4   HD11  LEU 344          1HD1      LEU 344  -1.725   1.709  -2.391
    5   HD12  LEU 344          2HD1      LEU 344  -1.199   2.189  -0.778
    6   HD13  LEU 344          3HD1      LEU 344  -2.915   1.960  -1.114
    7   HD21  LEU 344          1HD2      LEU 344  -0.388   3.841  -3.209
    8   HD22  LEU 344          2HD2      LEU 344  -0.815   5.386  -2.474
    9   HD23  LEU 344          3HD2      LEU 344  -0.027   4.139  -1.509
   10    HB2  LEU 344           HB2      LEU 344  -4.055   3.587  -2.733
   11    HB3  LEU 344           HB3      LEU 344  -2.764   3.299  -3.886

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ASN 345           H        ASN 345  -5.748   5.586  -3.826
    2    HA   ASN 345           HA       ASN 345  -6.021   4.675  -6.508
    3   HD21  ASN 345          1HD2      ASN 345  -9.525   4.405  -6.886
    4   HD22  ASN 345          2HD2      ASN 345  -9.513   2.748  -6.396
    5    HB2  ASN 345           HB2      ASN 345  -7.811   5.715  -4.395
    6    HB3  ASN 345           HB3      ASN 345  -8.361   5.967  -6.049

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    GLU 346           H        GLU 346  -6.001   7.868  -4.985
    2    HA   GLU 346           HA       GLU 346  -6.535   9.284  -7.407
    3    HB2  GLU 346           HB2      GLU 346  -6.746   9.987  -4.846
    4    HB3  GLU 346           HB3      GLU 346  -5.131  10.615  -5.143
    5    HG2  GLU 346           HG2      GLU 346  -7.572  11.314  -6.758
    6    HG3  GLU 346           HG3      GLU 346  -6.907  12.293  -5.451

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ALA 347           H        ALA 347  -3.655   8.224  -5.729
    2    HA   ALA 347           HA       ALA 347  -1.852   9.780  -7.340
    3    HB1  ALA 347           HB1      ALA 347  -1.355   9.065  -5.003
    4    HB2  ALA 347           HB2      ALA 347  -0.092   8.658  -6.166
    5    HB3  ALA 347           HB3      ALA 347  -1.201   7.410  -5.595

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    LEU 348           H        LEU 348  -3.212   6.560  -7.425
    2    HA   LEU 348           HA       LEU 348  -1.414   5.587  -9.443
    3    HG   LEU 348           HG       LEU 348  -1.294   4.110  -7.486
    4   HD11  LEU 348          1HD1      LEU 348  -3.684   3.118  -6.680
    5   HD12  LEU 348          2HD1      LEU 348  -2.892   1.658  -7.271
    6   HD13  LEU 348          3HD1      LEU 348  -2.124   2.631  -6.017
    7   HD21  LEU 348          1HD2      LEU 348  -1.950   2.262  -9.734
    8   HD22  LEU 348          2HD2      LEU 348  -0.443   3.101  -9.369
    9   HD23  LEU 348          3HD2      LEU 348  -0.923   1.698  -8.415
   10    HB2  LEU 348           HB2      LEU 348  -3.860   4.557  -8.082
   11    HB3  LEU 348           HB3      LEU 348  -3.369   3.814  -9.593

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLU 349           H        GLU 349  -4.488   7.220  -9.368
    2    HA   GLU 349           HA       GLU 349  -5.183   6.646 -12.090
    3    HB2  GLU 349           HB2      GLU 349  -6.261   8.420  -9.939
    4    HB3  GLU 349           HB3      GLU 349  -6.752   8.711 -11.602
    5    HG2  GLU 349           HG2      GLU 349  -7.930   6.761 -11.747
    6    HG3  GLU 349           HG3      GLU 349  -6.942   5.945 -10.536

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 350           H        LEU 350  -3.395   9.136 -10.420
    2    HA   LEU 350           HA       LEU 350  -3.375  10.998 -12.588
    3    HG   LEU 350           HG       LEU 350  -4.162  12.086 -10.421
    4   HD11  LEU 350          1HD1      LEU 350  -2.682  12.089  -8.367
    5   HD12  LEU 350          2HD1      LEU 350  -1.932  13.541  -9.029
    6   HD13  LEU 350          3HD1      LEU 350  -3.651  13.537  -8.637
    7   HD21  LEU 350          1HD2      LEU 350  -2.085  13.682 -11.821
    8   HD22  LEU 350          2HD2      LEU 350  -3.793  13.464 -12.200
    9   HD23  LEU 350          3HD2      LEU 350  -3.310  14.547 -10.894
   10    HB2  LEU 350           HB2      LEU 350  -1.981  10.742  -9.970
   11    HB3  LEU 350           HB3      LEU 350  -1.274  11.801 -11.175

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    LYS 351           H        LYS 351  -1.251   8.418 -11.486
    2    HA   LYS 351           HA       LYS 351   0.890   9.016 -13.261
    3    HB2  LYS 351           HB2      LYS 351   0.914   7.577 -11.118
    4    HB3  LYS 351           HB3      LYS 351   0.324   6.281 -12.148
    5    HG2  LYS 351           HG2      LYS 351   2.415   7.088 -13.613
    6    HG3  LYS 351           HG3      LYS 351   2.992   7.525 -12.004
    7    HD2  LYS 351           HD2      LYS 351   1.849   4.811 -12.600
    8    HD3  LYS 351           HD3      LYS 351   3.554   5.183 -12.863
    9    HE2  LYS 351           HE2      LYS 351   3.729   4.447 -10.730
   10    HE3  LYS 351           HE3      LYS 351   3.289   6.116 -10.370
   11    HZ1  LYS 351           HZ1      LYS 351   1.096   4.237 -10.754
   12    HZ2  LYS 351           HZ2      LYS 351   2.013   4.046  -9.346
   13    HZ3  LYS 351           HZ3      LYS 351   1.244   5.520  -9.661

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    ASP 352           H        ASP 352  -2.034   7.121 -13.505
    2    HA   ASP 352           HA       ASP 352  -1.286   5.738 -15.893
    3    HB2  ASP 352           HB2      ASP 352  -3.214   5.318 -14.056
    4    HB3  ASP 352           HB3      ASP 352  -4.162   6.140 -15.292

  No H/Q in entry =           4
  Start of MODEL    4
    1    H    ALA 353           H        ALA 353  -2.861   8.767 -15.154
    2    HA   ALA 353           HA       ALA 353  -3.839   9.229 -17.807
    3    HB1  ALA 353           HB1      ALA 353  -4.055  11.628 -16.885
    4    HB2  ALA 353           HB2      ALA 353  -5.050  10.357 -16.175
    5    HB3  ALA 353           HB3      ALA 353  -3.598  10.911 -15.340

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLN 354           H        GLN 354  -0.938  10.066 -16.010
    2    HA   GLN 354           HA       GLN 354   0.060  11.705 -18.203
    3   HE21  GLN 354          1HE2      GLN 354  -1.023  13.834 -13.952
    4   HE22  GLN 354          2HE2      GLN 354   0.189  14.181 -12.771
    5    HB2  GLN 354           HB2      GLN 354   1.132  11.064 -15.457
    6    HB3  GLN 354           HB3      GLN 354   2.057  11.967 -16.650
    7    HG2  GLN 354           HG2      GLN 354   0.588  13.778 -16.594
    8    HG3  GLN 354           HG3      GLN 354  -0.687  12.834 -15.824

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    ALA 355           H        ALA 355   0.543   8.562 -16.754
    2    HA   ALA 355           HA       ALA 355   1.738   6.737 -17.398
    3    HB1  ALA 355           HB1      ALA 355   0.622   6.893 -19.492
    4    HB2  ALA 355           HB2      ALA 355   1.670   8.208 -20.024
    5    HB3  ALA 355           HB3      ALA 355   2.323   6.581 -19.835

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLY 356           H        GLY 356   3.897   5.966 -17.880
    2    HA2  GLY 356           HA2      GLY 356   5.979   6.961 -16.654
    3    HA3  GLY 356           HA3      GLY 356   5.965   8.041 -18.040

  No H/Q in entry =           3
  Start of MODEL    4
    1    H1   GLU 326           H1       GLU 326  14.016  10.676   7.468
    2    H2   GLU 326           H2       GLU 326  15.277  11.528   8.255
    3    H3   GLU 326           H3       GLU 326  13.786  12.313   7.929
    4    HA   GLU 326           HA       GLU 326  14.167  12.413   5.694
    5    HB2  GLU 326           HB2      GLU 326  15.784  13.640   7.471
    6    HB3  GLU 326           HB3      GLU 326  16.990  12.770   6.533
    7    HG2  GLU 326           HG2      GLU 326  16.745  14.096   4.746
    8    HG3  GLU 326           HG3      GLU 326  14.994  14.196   4.931

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    SER 327           H        SER 327  14.027  10.618   4.429
    2    HA   SER 327           HA       SER 327  14.693   8.873   3.132
    3    HG   SER 327           HG       SER 327  15.876  11.326   2.436
    4    HB2  SER 327           HB2      SER 327  17.408  10.090   3.679
    5    HB3  SER 327           HB3      SER 327  17.132   8.782   2.530

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    PHE 328           H        PHE 328  14.194   7.026   4.156
    2    HA   PHE 328           HA       PHE 328  16.082   6.010   6.176
    3    HD1  PHE 328           HD1      PHE 328  15.000   6.797   8.571
    4    HD2  PHE 328           HD2      PHE 328  11.791   6.908   5.778
    5    HE1  PHE 328           HE1      PHE 328  14.089   8.782   9.703
    6    HE2  PHE 328           HE2      PHE 328  10.875   8.894   6.904
    7    HZ   PHE 328           HZ       PHE 328  12.024   9.834   8.869
    8    HB2  PHE 328           HB2      PHE 328  13.235   5.087   5.792
    9    HB3  PHE 328           HB3      PHE 328  14.291   4.788   7.168

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLY 329           H        GLY 329  17.056   4.074   5.887
    2    HA2  GLY 329           HA2      GLY 329  17.992   2.425   4.543
    3    HA3  GLY 329           HA3      GLY 329  16.885   2.883   3.258

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    LEU 330           H        LEU 330  14.707   2.073   3.333
    2    HA   LEU 330           HA       LEU 330  13.959   0.087   5.250
    3    HG   LEU 330           HG       LEU 330  11.582   0.791   5.502
    4   HD11  LEU 330          1HD1      LEU 330  10.317   1.429   3.219
    5   HD12  LEU 330          2HD1      LEU 330   9.710  -0.210   3.458
    6   HD13  LEU 330          3HD1      LEU 330   9.481   1.007   4.713
    7   HD21  LEU 330          1HD2      LEU 330  12.499  -1.616   4.813
    8   HD22  LEU 330          2HD2      LEU 330  11.126  -1.395   5.898
    9   HD23  LEU 330          3HD2      LEU 330  10.854  -1.763   4.195
   10    HB2  LEU 330           HB2      LEU 330  12.606   1.671   3.459
   11    HB3  LEU 330           HB3      LEU 330  12.496   0.089   2.711

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLY 331           H        GLY 331  14.666  -1.935   5.288
    2    HA2  GLY 331           HA2      GLY 331  16.076  -3.666   4.448
    3    HA3  GLY 331           HA3      GLY 331  15.735  -3.109   2.816

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ILE 332           H        ILE 332  14.418  -4.351   1.673
    2    HA   ILE 332           HA       ILE 332  12.329  -5.870   3.080
    3    HB   ILE 332           HB       ILE 332  12.466  -5.326   0.118
    4   HG12  ILE 332          2HG1      ILE 332  12.336  -3.200   1.352
    5   HG21  ILE 332          1HG2      ILE 332  10.625  -6.742   1.912
    6   HG22  ILE 332          2HG2      ILE 332   9.852  -5.656   0.758
    7   HG23  ILE 332          3HG2      ILE 332  10.910  -6.944   0.183
    8   HD11  ILE 332          1HD1      ILE 332   9.983  -4.481   2.694
    9   HD12  ILE 332          2HD1      ILE 332  11.382  -3.700   3.432
   10   HD13  ILE 332          3HD1      ILE 332  10.179  -2.731   2.582
   11   HG13  ILE 332          3HG1      ILE 332  10.836  -3.535   0.493

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ARG 333           H        ARG 333  12.231  -8.052   2.954
    2    HA   ARG 333           HA       ARG 333  14.429  -9.389   1.531
    3    HE   ARG 333           HE       ARG 333  16.903 -12.724   3.132
    4   HH11  ARG 333          1HH1      ARG 333  18.276  -9.561   3.674
    5   HH12  ARG 333          2HH1      ARG 333  19.911 -10.129   3.644
    6   HH21  ARG 333          1HH2      ARG 333  19.053 -13.472   3.092
    7   HH22  ARG 333          2HH2      ARG 333  20.353 -12.349   3.313
    8    HB2  ARG 333           HB2      ARG 333  13.990  -9.588   4.114
    9    HB3  ARG 333           HB3      ARG 333  12.767 -10.749   3.616
   10    HG2  ARG 333           HG2      ARG 333  14.590 -12.098   3.989
   11    HG3  ARG 333           HG3      ARG 333  14.698 -11.814   2.251
   12    HD2  ARG 333           HD2      ARG 333  16.323 -10.021   2.656
   13    HD3  ARG 333           HD3      ARG 333  16.223 -10.329   4.389

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLY 334           H        GLY 334  12.078  -8.562   0.145
    2    HA2  GLY 334           HA2      GLY 334  10.000 -10.235  -0.222
    3    HA3  GLY 334           HA3      GLY 334  11.317 -11.125  -0.972

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ARG 335           H        ARG 335  10.905 -10.994  -3.095
    2    HA   ARG 335           HA       ARG 335  11.304  -8.527  -4.448
    3    HE   ARG 335           HE       ARG 335  10.093 -14.423  -6.772
    4   HH11  ARG 335          1HH1      ARG 335  12.489 -11.907  -7.098
    5   HH12  ARG 335          2HH1      ARG 335  13.814 -13.013  -7.233
    6   HH21  ARG 335          1HH2      ARG 335  11.835 -15.880  -6.948
    7   HH22  ARG 335          2HH2      ARG 335  13.443 -15.269  -7.148
    8    HB2  ARG 335           HB2      ARG 335  10.691  -9.872  -6.490
    9    HB3  ARG 335           HB3      ARG 335  12.028 -10.511  -5.544
   10    HG2  ARG 335           HG2      ARG 335  10.828 -12.324  -4.812
   11    HG3  ARG 335           HG3      ARG 335   9.274 -11.511  -5.011
   12    HD2  ARG 335           HD2      ARG 335   9.031 -12.410  -7.026
   13    HD3  ARG 335           HD3      ARG 335  10.554 -11.697  -7.555

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 336           H        GLU 336   8.477 -10.383  -3.532
    2    HA   GLU 336           HA       GLU 336   6.633  -8.902  -5.134
    3    HB2  GLU 336           HB2      GLU 336   6.461 -11.275  -3.913
    4    HB3  GLU 336           HB3      GLU 336   5.704 -10.286  -2.672
    5    HG2  GLU 336           HG2      GLU 336   3.989 -11.153  -4.066
    6    HG3  GLU 336           HG3      GLU 336   4.138  -9.429  -4.404

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ARG 337           H        ARG 337   7.315  -8.936  -1.634
    2    HA   ARG 337           HA       ARG 337   5.610  -6.833  -0.940
    3    HE   ARG 337           HE       ARG 337   6.109  -7.467   4.551
    4   HH11  ARG 337          1HH1      ARG 337   8.386  -8.680   2.199
    5   HH12  ARG 337          2HH1      ARG 337   8.539 -10.227   2.961
    6   HH21  ARG 337          1HH2      ARG 337   6.310  -9.502   5.553
    7   HH22  ARG 337          2HH2      ARG 337   7.360 -10.694   4.864
    8    HB2  ARG 337           HB2      ARG 337   7.198  -8.528   0.454
    9    HB3  ARG 337           HB3      ARG 337   8.140  -7.048   0.578
   10    HG2  ARG 337           HG2      ARG 337   5.771  -6.051   1.238
   11    HG3  ARG 337           HG3      ARG 337   5.497  -7.723   1.730
   12    HD2  ARG 337           HD2      ARG 337   8.090  -6.753   2.590
   13    HD3  ARG 337           HD3      ARG 337   6.779  -5.742   3.196

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    PHE 338           H        PHE 338   9.078  -6.780  -1.722
    2    HA   PHE 338           HA       PHE 338   9.420  -4.003  -1.427
    3    HD1  PHE 338           HD1      PHE 338  12.556  -3.630  -0.934
    4    HD2  PHE 338           HD2      PHE 338  11.235  -4.221  -4.936
    5    HE1  PHE 338           HE1      PHE 338  14.008  -1.790  -1.681
    6    HE2  PHE 338           HE2      PHE 338  12.685  -2.382  -5.690
    7    HZ   PHE 338           HZ       PHE 338  14.075  -1.164  -4.062
    8    HB2  PHE 338           HB2      PHE 338  11.314  -5.556  -1.501
    9    HB3  PHE 338           HB3      PHE 338  10.943  -5.949  -3.176

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLU 339           H        GLU 339   8.226  -5.968  -4.057
    2    HA   GLU 339           HA       GLU 339   8.438  -4.069  -6.125
    3    HB2  GLU 339           HB2      GLU 339   6.926  -6.578  -5.673
    4    HB3  GLU 339           HB3      GLU 339   6.274  -5.490  -6.891
    5    HG2  GLU 339           HG2      GLU 339   9.152  -5.914  -7.120
    6    HG3  GLU 339           HG3      GLU 339   8.196  -7.383  -7.308

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    MET 340           H        MET 340   5.961  -4.671  -3.691
    2    HA   MET 340           HA       MET 340   4.028  -2.891  -4.744
    3    HB2  MET 340           HB2      MET 340   3.621  -4.692  -3.021
    4    HB3  MET 340           HB3      MET 340   4.393  -3.642  -1.840
    5    HG2  MET 340           HG2      MET 340   2.581  -1.936  -2.803
    6    HG3  MET 340           HG3      MET 340   1.732  -3.451  -3.103
    7    HE1  MET 340           HE1      MET 340   2.398  -5.349  -1.129
    8    HE2  MET 340           HE2      MET 340   1.714  -5.042   0.467
    9    HE3  MET 340           HE3      MET 340   0.676  -5.006  -0.958

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    PHE 341           H        PHE 341   6.291  -2.509  -2.011
    2    HA   PHE 341           HA       PHE 341   5.770   0.215  -1.579
    3    HD1  PHE 341           HD1      PHE 341   4.945  -0.929   0.176
    4    HD2  PHE 341           HD2      PHE 341   8.766  -2.773   0.494
    5    HE1  PHE 341           HE1      PHE 341   3.995  -2.624   1.679
    6    HE2  PHE 341           HE2      PHE 341   7.822  -4.474   1.999
    7    HZ   PHE 341           HZ       PHE 341   5.433  -4.401   2.587
    8    HB2  PHE 341           HB2      PHE 341   8.445  -1.062  -1.045
    9    HB3  PHE 341           HB3      PHE 341   7.633   0.208  -0.132

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    ARG 342           H        ARG 342   7.719  -1.406  -3.945
    2    HA   ARG 342           HA       ARG 342   9.365   0.819  -4.630
    3    HE   ARG 342           HE       ARG 342  12.195   0.019  -8.529
    4   HH11  ARG 342          1HH1      ARG 342  13.708   0.299  -5.397
    5   HH12  ARG 342          2HH1      ARG 342  15.314   0.363  -6.040
    6   HH21  ARG 342          1HH2      ARG 342  14.307   0.104  -9.376
    7   HH22  ARG 342          2HH2      ARG 342  15.655   0.253  -8.299
    8    HB2  ARG 342           HB2      ARG 342  10.021  -1.479  -5.169
    9    HB3  ARG 342           HB3      ARG 342   8.630  -1.639  -6.232
   10    HG2  ARG 342           HG2      ARG 342  10.343  -1.216  -7.712
   11    HG3  ARG 342           HG3      ARG 342   9.649   0.389  -7.474
   12    HD2  ARG 342           HD2      ARG 342  11.421   1.103  -6.168
   13    HD3  ARG 342           HD3      ARG 342  11.894  -0.538  -5.732

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 343           H        GLU 343   6.337  -0.509  -5.895
    2    HA   GLU 343           HA       GLU 343   6.119   1.415  -8.001
    3    HB2  GLU 343           HB2      GLU 343   5.037  -0.883  -7.945
    4    HB3  GLU 343           HB3      GLU 343   3.875  -0.213  -6.808
    5    HG2  GLU 343           HG2      GLU 343   3.663   1.607  -8.747
    6    HG3  GLU 343           HG3      GLU 343   4.159   0.220  -9.715

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 344           H        LEU 344   5.074   1.209  -4.677
    2    HA   LEU 344           HA       LEU 344   3.254   3.416  -4.815
    3    HG   LEU 344           HG       LEU 344   1.866   3.586  -2.811
    4   HD11  LEU 344          1HD1      LEU 344   1.996   1.485  -4.482
    5   HD12  LEU 344          2HD1      LEU 344   1.205   0.728  -3.099
    6   HD13  LEU 344          3HD1      LEU 344   0.484   2.147  -3.860
    7   HD21  LEU 344          1HD2      LEU 344   2.543   2.794  -0.551
    8   HD22  LEU 344          2HD2      LEU 344   0.875   2.407  -0.974
    9   HD23  LEU 344          3HD2      LEU 344   2.117   1.156  -1.046
   10    HB2  LEU 344           HB2      LEU 344   3.983   1.438  -2.913
   11    HB3  LEU 344           HB3      LEU 344   4.222   3.001  -2.157

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ASN 345           H        ASN 345   6.655   2.995  -4.137
    2    HA   ASN 345           HA       ASN 345   7.079   5.582  -3.015
    3   HD21  ASN 345          1HD2      ASN 345  10.348   5.624  -4.908
    4   HD22  ASN 345          2HD2      ASN 345  11.174   6.555  -3.711
    5    HB2  ASN 345           HB2      ASN 345   8.591   3.595  -2.695
    6    HB3  ASN 345           HB3      ASN 345   9.123   3.807  -4.361

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    GLU 346           H        GLU 346   7.320   4.211  -6.257
    2    HA   GLU 346           HA       GLU 346   8.433   6.550  -7.451
    3    HB2  GLU 346           HB2      GLU 346   8.270   4.011  -8.267
    4    HB3  GLU 346           HB3      GLU 346   6.846   4.638  -9.088
    5    HG2  GLU 346           HG2      GLU 346   8.265   5.154 -10.726
    6    HG3  GLU 346           HG3      GLU 346   8.703   6.524  -9.707

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ALA 347           H        ALA 347   5.176   5.323  -6.962
    2    HA   ALA 347           HA       ALA 347   3.899   7.280  -8.606
    3    HB1  ALA 347           HB1      ALA 347   3.012   4.977  -7.851
    4    HB2  ALA 347           HB2      ALA 347   1.883   6.328  -7.947
    5    HB3  ALA 347           HB3      ALA 347   2.520   5.821  -6.383

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    LEU 348           H        LEU 348   4.825   7.077  -5.239
    2    HA   LEU 348           HA       LEU 348   3.280   9.317  -4.371
    3    HG   LEU 348           HG       LEU 348   3.899   7.527  -1.257
    4   HD11  LEU 348          1HD1      LEU 348   2.782   9.942  -2.538
    5   HD12  LEU 348          2HD1      LEU 348   1.639   8.887  -1.706
    6   HD13  LEU 348          3HD1      LEU 348   3.014   9.562  -0.831
    7   HD21  LEU 348          1HD2      LEU 348   2.772   7.032  -3.940
    8   HD22  LEU 348          2HD2      LEU 348   2.978   5.938  -2.573
    9   HD23  LEU 348          3HD2      LEU 348   1.624   7.068  -2.602
   10    HB2  LEU 348           HB2      LEU 348   5.318   7.524  -3.214
   11    HB3  LEU 348           HB3      LEU 348   5.260   9.135  -2.524

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLU 349           H        GLU 349   6.492   8.865  -5.679
    2    HA   GLU 349           HA       GLU 349   7.504  11.432  -5.004
    3    HB2  GLU 349           HB2      GLU 349   8.691   9.216  -5.864
    4    HB3  GLU 349           HB3      GLU 349   8.486   9.997  -7.426
    5    HG2  GLU 349           HG2      GLU 349  10.523  10.817  -6.900
    6    HG3  GLU 349           HG3      GLU 349   9.536  12.046  -6.110

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 350           H        LEU 350   5.586  10.192  -7.642
    2    HA   LEU 350           HA       LEU 350   5.961  12.326  -9.452
    3    HG   LEU 350           HG       LEU 350   3.742  10.577 -11.760
    4   HD11  LEU 350          1HD1      LEU 350   3.122  12.886 -11.060
    5   HD12  LEU 350          2HD1      LEU 350   4.831  13.315 -11.139
    6   HD13  LEU 350          3HD1      LEU 350   3.982  12.803 -12.597
    7   HD21  LEU 350          1HD2      LEU 350   6.288  10.134 -11.167
    8   HD22  LEU 350          2HD2      LEU 350   5.770  10.576 -12.793
    9   HD23  LEU 350          3HD2      LEU 350   6.445  11.801 -11.718
   10    HB2  LEU 350           HB2      LEU 350   4.714   9.921  -9.568
   11    HB3  LEU 350           HB3      LEU 350   3.330  10.989  -9.440

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    LYS 351           H        LYS 351   3.730  11.816  -6.781
    2    HA   LYS 351           HA       LYS 351   1.961  13.925  -7.285
    3    HB2  LYS 351           HB2      LYS 351   1.998  11.987  -5.462
    4    HB3  LYS 351           HB3      LYS 351   2.676  13.269  -4.467
    5    HG2  LYS 351           HG2      LYS 351   0.428  13.447  -4.021
    6    HG3  LYS 351           HG3      LYS 351   0.642  14.645  -5.300
    7    HD2  LYS 351           HD2      LYS 351  -1.102  13.592  -6.255
    8    HD3  LYS 351           HD3      LYS 351   0.116  12.419  -6.758
    9    HE2  LYS 351           HE2      LYS 351  -1.293  10.958  -5.768
   10    HE3  LYS 351           HE3      LYS 351  -0.445  11.470  -4.310
   11    HZ1  LYS 351           HZ1      LYS 351  -2.247  13.234  -4.143
   12    HZ2  LYS 351           HZ2      LYS 351  -3.103  12.322  -5.281
   13    HZ3  LYS 351           HZ3      LYS 351  -2.694  11.643  -3.786

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    ASP 352           H        ASP 352   5.065  13.846  -5.613
    2    HA   ASP 352           HA       ASP 352   5.009  16.427  -4.525
    3    HB2  ASP 352           HB2      ASP 352   7.117  14.436  -5.170
    4    HB3  ASP 352           HB3      ASP 352   7.643  16.101  -4.939

  No H/Q in entry =           4
  Start of MODEL    4
    1    H    ALA 353           H        ALA 353   5.867  15.265  -7.725
    2    HA   ALA 353           HA       ALA 353   7.097  17.591  -8.704
    3    HB1  ALA 353           HB1      ALA 353   5.547  15.468 -10.182
    4    HB2  ALA 353           HB2      ALA 353   7.284  15.485  -9.873
    5    HB3  ALA 353           HB3      ALA 353   6.565  16.692 -10.941

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLN 354           H        GLN 354   3.714  16.630  -8.515
    2    HA   GLN 354           HA       GLN 354   2.809  18.947  -9.986
    3   HE21  GLN 354          1HE2      GLN 354  -0.697  16.439 -11.482
    4   HE22  GLN 354          2HE2      GLN 354  -0.370  17.210 -12.993
    5    HB2  GLN 354           HB2      GLN 354   1.197  16.947  -8.392
    6    HB3  GLN 354           HB3      GLN 354   0.568  18.103  -9.557
    7    HG2  GLN 354           HG2      GLN 354   2.620  16.149 -10.456
    8    HG3  GLN 354           HG3      GLN 354   0.967  15.592 -10.198

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    ALA 355           H        ALA 355   3.064  17.919  -6.638
    2    HA   ALA 355           HA       ALA 355   1.525  20.026  -5.523
    3    HB1  ALA 355           HB1      ALA 355   3.686  18.867  -3.883
    4    HB2  ALA 355           HB2      ALA 355   2.508  17.728  -4.535
    5    HB3  ALA 355           HB3      ALA 355   1.971  19.071  -3.525

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLY 356           H        GLY 356   2.687  21.485  -3.791
    2    HA2  GLY 356           HA2      GLY 356   3.750  23.574  -3.824
    3    HA3  GLY 356           HA3      GLY 356   4.568  23.110  -5.309

  No H/Q in entry =           3
  Start of MODEL    4
    1    H1   GLU 326           H1       GLU 326  19.169 -12.440  -0.099
    2    H2   GLU 326           H2       GLU 326  17.782 -13.382   0.258
    3    H3   GLU 326           H3       GLU 326  18.717 -13.728  -1.139
    4    HA   GLU 326           HA       GLU 326  18.095 -11.741  -2.161
    5    HB2  GLU 326           HB2      GLU 326  16.000 -13.502  -0.972
    6    HB3  GLU 326           HB3      GLU 326  15.473 -12.072  -1.849
    7    HG2  GLU 326           HG2      GLU 326  16.213 -12.859  -3.862
    8    HG3  GLU 326           HG3      GLU 326  17.460 -13.870  -3.133

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    SER 327           H        SER 327  18.026  -9.624  -1.830
    2    HA   SER 327           HA       SER 327  16.238  -8.448   0.084
    3    HG   SER 327           HG       SER 327  17.228  -6.706   1.707
    4    HB2  SER 327           HB2      SER 327  18.601  -9.136   1.187
    5    HB3  SER 327           HB3      SER 327  19.025  -7.545   0.554

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    PHE 328           H        PHE 328  16.030  -6.171  -0.166
    2    HA   PHE 328           HA       PHE 328  17.541  -4.910  -2.316
    3    HD1  PHE 328           HD1      PHE 328  13.678  -7.037  -2.475
    4    HD2  PHE 328           HD2      PHE 328  17.120  -6.033  -4.767
    5    HE1  PHE 328           HE1      PHE 328  13.562  -9.223  -3.598
    6    HE2  PHE 328           HE2      PHE 328  17.010  -8.217  -5.896
    7    HZ   PHE 328           HZ       PHE 328  15.229  -9.815  -5.311
    8    HB2  PHE 328           HB2      PHE 328  14.524  -4.879  -2.378
    9    HB3  PHE 328           HB3      PHE 328  15.637  -4.298  -3.612

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLY 329           H        GLY 329  17.637  -2.682  -2.178
    2    HA2  GLY 329           HA2      GLY 329  17.961  -0.947  -0.553
    3    HA3  GLY 329           HA3      GLY 329  16.577  -1.571   0.333

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    LEU 330           H        LEU 330  15.349   0.253   0.408
    2    HA   LEU 330           HA       LEU 330  14.683   1.558  -2.137
    3    HG   LEU 330           HG       LEU 330  12.736   1.268  -3.170
    4   HD11  LEU 330          1HD1      LEU 330  11.307  -0.729  -2.063
    5   HD12  LEU 330          2HD1      LEU 330  10.093   0.550  -2.093
    6   HD13  LEU 330          3HD1      LEU 330  10.888   0.053  -3.587
    7   HD21  LEU 330          1HD2      LEU 330  12.227   3.280  -1.658
    8   HD22  LEU 330          2HD2      LEU 330  11.198   3.016  -3.066
    9   HD23  LEU 330          3HD2      LEU 330  10.633   2.550  -1.462
   10    HB2  LEU 330           HB2      LEU 330  12.985  -0.214  -1.004
   11    HB3  LEU 330           HB3      LEU 330  12.476   1.256  -0.195

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLY 331           H        GLY 331  15.172   3.637  -1.966
    2    HA2  GLY 331           HA2      GLY 331  15.677   5.675  -1.009
    3    HA3  GLY 331           HA3      GLY 331  15.576   4.907   0.568

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ILE 332           H        ILE 332  13.766   5.154   1.782
    2    HA   ILE 332           HA       ILE 332  11.355   6.253   0.570
    3    HB   ILE 332           HB       ILE 332  11.787   5.524   3.466
    4   HG12  ILE 332          2HG1      ILE 332  12.234   3.561   2.095
    5   HG21  ILE 332          1HG2      ILE 332   9.393   6.164   1.784
    6   HG22  ILE 332          2HG2      ILE 332   9.242   5.187   3.245
    7   HG23  ILE 332          3HG2      ILE 332   9.869   6.833   3.345
    8   HD11  ILE 332          1HD1      ILE 332   9.668   4.274   0.732
    9   HD12  ILE 332          2HD1      ILE 332  11.241   3.911   0.020
   10   HD13  ILE 332          3HD1      ILE 332  10.285   2.622   0.753
   11   HG13  ILE 332          3HG1      ILE 332  10.682   3.379   2.908

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ARG 333           H        ARG 333  11.469   8.393   0.233
    2    HA   ARG 333           HA       ARG 333  12.717  10.114   2.234
    3    HE   ARG 333           HE       ARG 333  15.735  12.527  -1.774
    4   HH11  ARG 333          1HH1      ARG 333  12.247  12.456  -1.657
    5   HH12  ARG 333          2HH1      ARG 333  12.076  14.131  -2.061
    6   HH21  ARG 333          1HH2      ARG 333  15.511  14.730  -2.305
    7   HH22  ARG 333          2HH2      ARG 333  13.928  15.422  -2.430
    8    HB2  ARG 333           HB2      ARG 333  11.959  10.400  -0.629
    9    HB3  ARG 333           HB3      ARG 333  11.962  11.856   0.356
   10    HG2  ARG 333           HG2      ARG 333  14.219  11.856   0.605
   11    HG3  ARG 333           HG3      ARG 333  14.341  10.098   0.513
   12    HD2  ARG 333           HD2      ARG 333  15.036  10.353  -1.585
   13    HD3  ARG 333           HD3      ARG 333  13.397  10.864  -1.986

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLY 334           H        GLY 334  10.959   9.609   3.773
    2    HA2  GLY 334           HA2      GLY 334   8.321  10.626   3.207
    3    HA3  GLY 334           HA3      GLY 334   9.262  11.672   4.260

  No H/Q in entry =           3
  Start of MODEL    4
    1    H    ARG 335           H        ARG 335   8.147  11.415   6.135
    2    HA   ARG 335           HA       ARG 335   8.603   9.002   7.608
    3    HE   ARG 335           HE       ARG 335   8.098   7.966  11.314
    4   HH11  ARG 335          1HH1      ARG 335  10.702  10.122  12.178
    5   HH12  ARG 335          2HH1      ARG 335  11.265   9.123  13.476
    6   HH21  ARG 335          1HH2      ARG 335   8.837   6.651  13.021
    7   HH22  ARG 335          2HH2      ARG 335  10.207   7.153  13.954
    8    HB2  ARG 335           HB2      ARG 335   8.617  11.297   8.609
    9    HB3  ARG 335           HB3      ARG 335   6.876  11.360   8.375
   10    HG2  ARG 335           HG2      ARG 335   6.869  10.635  10.507
   11    HG3  ARG 335           HG3      ARG 335   7.043   9.060   9.729
   12    HD2  ARG 335           HD2      ARG 335   9.613   9.686   9.887
   13    HD3  ARG 335           HD3      ARG 335   9.037  10.681  11.223

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 336           H        GLU 336   5.838  10.507   6.034
    2    HA   GLU 336           HA       GLU 336   3.884   8.724   7.071
    3    HB2  GLU 336           HB2      GLU 336   3.489  11.013   6.024
    4    HB3  GLU 336           HB3      GLU 336   3.693  10.228   4.464
    5    HG2  GLU 336           HG2      GLU 336   1.760   8.978   6.305
    6    HG3  GLU 336           HG3      GLU 336   1.323  10.562   5.664

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ARG 337           H        ARG 337   5.613   8.861   3.964
    2    HA   ARG 337           HA       ARG 337   4.433   6.614   2.793
    3    HE   ARG 337           HE       ARG 337   5.641   9.439   0.037
    4   HH11  ARG 337          1HH1      ARG 337   8.405   8.437  -1.842
    5   HH12  ARG 337          2HH1      ARG 337   8.859  10.053  -2.268
    6   HH21  ARG 337          1HH2      ARG 337   6.236  11.566  -0.522
    7   HH22  ARG 337          2HH2      ARG 337   7.628  11.830  -1.519
    8    HB2  ARG 337           HB2      ARG 337   6.319   8.462   2.031
    9    HB3  ARG 337           HB3      ARG 337   7.269   6.987   2.139
   10    HG2  ARG 337           HG2      ARG 337   5.853   5.880   0.562
   11    HG3  ARG 337           HG3      ARG 337   4.717   7.231   0.564
   12    HD2  ARG 337           HD2      ARG 337   7.585   7.364  -0.361
   13    HD3  ARG 337           HD3      ARG 337   6.181   7.226  -1.419

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    PHE 338           H        PHE 338   7.458   6.869   4.651
    2    HA   PHE 338           HA       PHE 338   8.127   4.147   4.555
    3    HD1  PHE 338           HD1      PHE 338  11.382   4.272   5.173
    4    HD2  PHE 338           HD2      PHE 338   8.562   4.268   8.361
    5    HE1  PHE 338           HE1      PHE 338  12.703   2.552   6.335
    6    HE2  PHE 338           HE2      PHE 338   9.879   2.549   9.529
    7    HZ   PHE 338           HZ       PHE 338  11.952   1.688   8.516
    8    HB2  PHE 338           HB2      PHE 338   9.715   5.899   5.239
    9    HB3  PHE 338           HB3      PHE 338   8.780   6.177   6.704

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    GLU 339           H        GLU 339   6.013   5.968   6.681
    2    HA   GLU 339           HA       GLU 339   5.677   4.035   8.691
    3    HB2  GLU 339           HB2      GLU 339   4.206   6.437   7.772
    4    HB3  GLU 339           HB3      GLU 339   3.274   5.272   8.702
    5    HG2  GLU 339           HG2      GLU 339   5.537   5.490  10.199
    6    HG3  GLU 339           HG3      GLU 339   5.367   7.123   9.555

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    MET 340           H        MET 340   4.120   4.491   5.571
    2    HA   MET 340           HA       MET 340   2.065   2.582   5.917
    3    HB2  MET 340           HB2      MET 340   1.986   4.265   4.145
    4    HB3  MET 340           HB3      MET 340   3.407   3.559   3.388
    5    HG2  MET 340           HG2      MET 340   2.247   1.689   2.657
    6    HG3  MET 340           HG3      MET 340   0.940   1.928   3.815
    7    HE1  MET 340           HE1      MET 340   2.896   3.932   1.279
    8    HE2  MET 340           HE2      MET 340   1.692   4.665   0.218
    9    HE3  MET 340           HE3      MET 340   1.959   5.319   1.835

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    PHE 341           H        PHE 341   5.139   2.347   4.116
    2    HA   PHE 341           HA       PHE 341   4.981  -0.399   3.593
    3    HD1  PHE 341           HD1      PHE 341   8.176   2.907   2.757
    4    HD2  PHE 341           HD2      PHE 341   4.884   0.519   1.510
    5    HE1  PHE 341           HE1      PHE 341   7.696   4.514   0.958
    6    HE2  PHE 341           HE2      PHE 341   4.400   2.117  -0.293
    7    HZ   PHE 341           HZ       PHE 341   5.804   4.119  -0.566
    8    HB2  PHE 341           HB2      PHE 341   7.578   1.070   4.013
    9    HB3  PHE 341           HB3      PHE 341   7.244  -0.269   2.917

  No H/Q in entry =           9
  Start of MODEL    4
    1    H    ARG 342           H        ARG 342   5.926   1.332   6.457
    2    HA   ARG 342           HA       ARG 342   7.331  -0.805   7.708
    3    HE   ARG 342           HE       ARG 342   9.340   0.508  11.717
    4   HH11  ARG 342          1HH1      ARG 342   7.823   3.508  12.653
    5   HH12  ARG 342          2HH1      ARG 342   8.954   3.828  13.924
    6   HH21  ARG 342          1HH2      ARG 342  10.829   0.928  13.389
    7   HH22  ARG 342          2HH2      ARG 342  10.661   2.364  14.342
    8    HB2  ARG 342           HB2      ARG 342   7.596   1.569   8.366
    9    HB3  ARG 342           HB3      ARG 342   5.948   1.566   8.977
   10    HG2  ARG 342           HG2      ARG 342   6.553  -0.122  10.629
   11    HG3  ARG 342           HG3      ARG 342   8.205  -0.140  10.008
   12    HD2  ARG 342           HD2      ARG 342   7.893   2.497  10.472
   13    HD3  ARG 342           HD3      ARG 342   6.837   1.834  11.720

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    GLU 343           H        GLU 343   3.990   0.352   7.824
    2    HA   GLU 343           HA       GLU 343   3.164  -1.592   9.759
    3    HB2  GLU 343           HB2      GLU 343   2.093   0.717   9.124
    4    HB3  GLU 343           HB3      GLU 343   1.253  -0.224   7.900
    5    HG2  GLU 343           HG2      GLU 343   0.556  -1.757   9.824
    6    HG3  GLU 343           HG3      GLU 343   1.078  -0.446  10.880

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 344           H        LEU 344   3.328  -1.416   6.282
    2    HA   LEU 344           HA       LEU 344   1.663  -3.697   5.801
    3    HG   LEU 344           HG       LEU 344   1.579  -0.989   4.755
    4   HD11  LEU 344          1HD1      LEU 344   2.338  -1.455   1.881
    5   HD12  LEU 344          2HD1      LEU 344   1.266  -0.157   2.409
    6   HD13  LEU 344          3HD1      LEU 344   2.937  -0.206   2.972
    7   HD21  LEU 344          1HD2      LEU 344   0.124  -3.069   4.354
    8   HD22  LEU 344          2HD2      LEU 344  -0.481  -1.509   3.797
    9   HD23  LEU 344          3HD2      LEU 344   0.232  -2.639   2.647
   10    HB2  LEU 344           HB2      LEU 344   3.670  -2.321   4.012
   11    HB3  LEU 344           HB3      LEU 344   2.524  -3.543   3.492

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    ASN 345           H        ASN 345   5.061  -3.132   6.366
    2    HA   ASN 345           HA       ASN 345   5.940  -5.702   5.475
    3   HD21  ASN 345          1HD2      ASN 345   7.626  -2.361   4.954
    4   HD22  ASN 345          2HD2      ASN 345   8.521  -3.054   3.649
    5    HB2  ASN 345           HB2      ASN 345   7.151  -3.351   6.797
    6    HB3  ASN 345           HB3      ASN 345   7.918  -4.897   7.148

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    GLU 346           H        GLU 346   5.078  -4.293   8.598
    2    HA   GLU 346           HA       GLU 346   5.785  -6.611  10.111
    3    HB2  GLU 346           HB2      GLU 346   5.328  -4.044  10.784
    4    HB3  GLU 346           HB3      GLU 346   3.760  -4.730  11.187
    5    HG2  GLU 346           HG2      GLU 346   4.678  -5.196  13.159
    6    HG3  GLU 346           HG3      GLU 346   5.469  -6.528  12.319

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    ALA 347           H        ALA 347   2.863  -5.427   8.576
    2    HA   ALA 347           HA       ALA 347   1.137  -7.379   9.771
    3    HB1  ALA 347           HB1      ALA 347   0.582  -5.812   7.264
    4    HB2  ALA 347           HB2      ALA 347  -0.577  -6.490   8.407
    5    HB3  ALA 347           HB3      ALA 347   0.430  -5.122   8.880

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    LEU 348           H        LEU 348   3.093  -7.184   6.886
    2    HA   LEU 348           HA       LEU 348   1.886  -9.431   5.581
    3    HG   LEU 348           HG       LEU 348   1.754  -7.745   3.948
    4   HD11  LEU 348          1HD1      LEU 348   4.383  -6.693   3.175
    5   HD12  LEU 348          2HD1      LEU 348   3.209  -6.803   1.864
    6   HD13  LEU 348          3HD1      LEU 348   2.826  -5.877   3.315
    7   HD21  LEU 348          1HD2      LEU 348   2.329 -10.031   3.042
    8   HD22  LEU 348          2HD2      LEU 348   1.786  -8.846   1.854
    9   HD23  LEU 348          3HD2      LEU 348   3.502  -9.227   1.999
   10    HB2  LEU 348           HB2      LEU 348   4.193  -7.639   5.090
   11    HB3  LEU 348           HB3      LEU 348   4.279  -9.235   4.368

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    GLU 349           H        GLU 349   4.520  -8.939   7.818
    2    HA   GLU 349           HA       GLU 349   5.717 -11.504   7.468
    3    HB2  GLU 349           HB2      GLU 349   6.705  -9.339   8.523
    4    HB3  GLU 349           HB3      GLU 349   5.933  -9.903   9.998
    5    HG2  GLU 349           HG2      GLU 349   7.224 -12.143   9.254
    6    HG3  GLU 349           HG3      GLU 349   8.307 -10.919   8.592

  No H/Q in entry =           6
  Start of MODEL    4
    1    H    LEU 350           H        LEU 350   3.099 -10.255   9.395
    2    HA   LEU 350           HA       LEU 350   2.971 -12.423  11.238
    3    HG   LEU 350           HG       LEU 350   2.986 -10.364  12.511
    4   HD11  LEU 350          1HD1      LEU 350   0.481  -8.838  12.166
    5   HD12  LEU 350          2HD1      LEU 350   1.213  -8.808  13.770
    6   HD13  LEU 350          3HD1      LEU 350   2.139  -8.273  12.368
    7   HD21  LEU 350          1HD2      LEU 350   1.303 -12.295  13.289
    8   HD22  LEU 350          2HD2      LEU 350   2.225 -11.307  14.422
    9   HD23  LEU 350          3HD2      LEU 350   0.541 -10.914  14.078
   10    HB2  LEU 350           HB2      LEU 350   1.235 -10.122  10.509
   11    HB3  LEU 350           HB3      LEU 350   0.483 -11.467  11.347

  No H/Q in entry =          11
  Start of MODEL    4
    1    H    LYS 351           H        LYS 351   1.267 -11.651   8.225
    2    HA   LYS 351           HA       LYS 351  -0.478 -13.864   8.265
    3    HB2  LYS 351           HB2      LYS 351  -0.835 -13.400   5.893
    4    HB3  LYS 351           HB3      LYS 351  -0.845 -11.911   6.828
    5    HG2  LYS 351           HG2      LYS 351   1.250 -11.254   6.020
    6    HG3  LYS 351           HG3      LYS 351   1.625 -12.874   5.428
    7    HD2  LYS 351           HD2      LYS 351   1.087 -11.540   3.531
    8    HD3  LYS 351           HD3      LYS 351  -0.282 -12.617   3.813
    9    HE2  LYS 351           HE2      LYS 351  -1.632 -10.909   4.596
   10    HE3  LYS 351           HE3      LYS 351  -0.262  -9.887   5.028
   11    HZ1  LYS 351           HZ1      LYS 351   0.160  -9.794   2.530
   12    HZ2  LYS 351           HZ2      LYS 351  -1.416 -10.382   2.354
   13    HZ3  LYS 351           HZ3      LYS 351  -1.145  -8.904   3.133

  No H/Q in entry =          13
  Start of MODEL    4
    1    H    ASP 352           H        ASP 352   2.838 -13.486   7.249
    2    HA   ASP 352           HA       ASP 352   3.045 -15.842   5.699
    3    HB2  ASP 352           HB2      ASP 352   4.676 -13.778   6.006
    4    HB3  ASP 352           HB3      ASP 352   5.394 -14.817   7.233

  No H/Q in entry =           4
  Start of MODEL    4
    1    H    ALA 353           H        ALA 353   3.238 -15.205   9.128
    2    HA   ALA 353           HA       ALA 353   4.440 -17.654   9.896
    3    HB1  ALA 353           HB1      ALA 353   4.202 -16.926  12.035
    4    HB2  ALA 353           HB2      ALA 353   2.573 -16.309  11.763
    5    HB3  ALA 353           HB3      ALA 353   3.969 -15.386  11.206

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLN 354           H        GLN 354   1.067 -16.604   9.616
    2    HA   GLN 354           HA       GLN 354  -0.080 -18.986  10.617
    3   HE21  GLN 354          1HE2      GLN 354  -3.428 -16.082  12.645
    4   HE22  GLN 354          2HE2      GLN 354  -4.967 -16.586  12.043
    5    HB2  GLN 354           HB2      GLN 354  -1.053 -16.613   9.114
    6    HB3  GLN 354           HB3      GLN 354  -2.057 -18.056   9.073
    7    HG2  GLN 354           HG2      GLN 354  -1.488 -17.858  11.727
    8    HG3  GLN 354           HG3      GLN 354  -1.561 -16.164  11.245

  No H/Q in entry =           8
  Start of MODEL    4
    1    H    ALA 355           H        ALA 355   0.777 -17.914   7.364
    2    HA   ALA 355           HA       ALA 355  -0.337 -20.214   6.070
    3    HB1  ALA 355           HB1      ALA 355  -0.258 -18.543   4.545
    4    HB2  ALA 355           HB2      ALA 355   1.194 -17.825   5.243
    5    HB3  ALA 355           HB3      ALA 355   1.323 -19.246   4.207

  No H/Q in entry =           5
  Start of MODEL    4
    1    H    GLY 356           H        GLY 356   1.396 -21.253   4.384
    2    HA2  GLY 356           HA2      GLY 356   2.975 -22.919   4.242
    3    HA3  GLY 356           HA3      GLY 356   2.988 -22.964   5.999

  No H/Q in entry =           3
  Start of MODEL    5
    1    H1   GLU 326           H1       GLU 326 -17.479   4.932   9.398
    2    H2   GLU 326           H2       GLU 326 -18.532   4.610  10.714
    3    H3   GLU 326           H3       GLU 326 -17.294   3.493  10.315
    4    HB2  GLU 326           HB2      GLU 326 -20.778   3.895   8.090
    5    HB3  GLU 326           HB3      GLU 326 -20.574   4.660   9.659
    6    HG2  GLU 326           HG2      GLU 326 -18.845   6.142   8.577
    7    HG3  GLU 326           HG3      GLU 326 -19.388   5.492   7.030
    8    HA   GLU 326           HA       GLU 326 -19.260   2.600   9.520

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    SER 327           H        SER 327 -19.472   1.573   7.475
    2    HA   SER 327           HA       SER 327 -17.075   1.363   6.016
    3    HG   SER 327           HG       SER 327 -17.497  -0.116   4.002
    4    HB2  SER 327           HB2      SER 327 -19.185  -0.253   6.279
    5    HB3  SER 327           HB3      SER 327 -19.626   0.495   4.744

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    PHE 328           H        PHE 328 -16.323   2.395   4.271
    2    HA   PHE 328           HA       PHE 328 -18.053   4.430   3.044
    3    HD1  PHE 328           HD1      PHE 328 -17.808   5.874   4.773
    4    HD2  PHE 328           HD2      PHE 328 -13.678   4.865   4.598
    5    HE1  PHE 328           HE1      PHE 328 -17.510   6.713   7.067
    6    HE2  PHE 328           HE2      PHE 328 -13.372   5.702   6.892
    7    HZ   PHE 328           HZ       PHE 328 -15.290   6.627   8.129
    8    HB2  PHE 328           HB2      PHE 328 -15.046   4.280   2.847
    9    HB3  PHE 328           HB3      PHE 328 -16.085   5.653   2.480

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLY 329           H        GLY 329 -18.248   4.597   0.819
    2    HA2  GLY 329           HA2      GLY 329 -18.665   3.544  -1.215
    3    HA3  GLY 329           HA3      GLY 329 -17.815   2.124  -0.624

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    LEU 330           H        LEU 330 -16.093   1.670  -1.807
    2    HA   LEU 330           HA       LEU 330 -14.623   3.884  -3.066
    3    HG   LEU 330           HG       LEU 330 -12.453   4.472  -1.973
    4   HD11  LEU 330          1HD1      LEU 330 -11.319   2.831  -0.387
    5   HD12  LEU 330          2HD1      LEU 330 -10.523   2.179  -1.819
    6   HD13  LEU 330          3HD1      LEU 330 -10.275   3.864  -1.362
    7   HD21  LEU 330          1HD2      LEU 330 -12.134   2.502  -4.151
    8   HD22  LEU 330          2HD2      LEU 330 -12.321   4.254  -4.221
    9   HD23  LEU 330          3HD2      LEU 330 -10.753   3.550  -3.827
   10    HB2  LEU 330           HB2      LEU 330 -13.628   2.611  -0.920
   11    HB3  LEU 330           HB3      LEU 330 -13.067   1.523  -2.175

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLY 331           H        GLY 331 -14.890   3.629  -5.185
    2    HA2  GLY 331           HA2      GLY 331 -15.515   2.433  -7.128
    3    HA3  GLY 331           HA3      GLY 331 -15.136   0.932  -6.296

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ILE 332           H        ILE 332 -13.132   0.054  -6.493
    2    HA   ILE 332           HA       ILE 332 -11.034   1.632  -7.792
    3    HB   ILE 332           HB       ILE 332 -10.774  -1.126  -6.598
    4   HG12  ILE 332          2HG1      ILE 332  -9.534   0.483  -4.816
    5   HG21  ILE 332          1HG2      ILE 332  -9.032  -0.498  -8.192
    6   HG22  ILE 332          2HG2      ILE 332  -8.715   0.972  -7.269
    7   HG23  ILE 332          3HG2      ILE 332  -8.392  -0.607  -6.552
    8   HD11  ILE 332          1HD1      ILE 332 -11.923  -1.022  -4.830
    9   HD12  ILE 332          2HD1      ILE 332 -10.938  -0.529  -3.452
   10   HD13  ILE 332          3HD1      ILE 332 -12.250   0.508  -4.014
   11   HG13  ILE 332          3HG1      ILE 332 -10.829   1.556  -5.338

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ARG 333           H        ARG 333 -10.995   1.528  -9.937
    2    HA   ARG 333           HA       ARG 333 -12.048  -0.780 -11.340
    3    HE   ARG 333           HE       ARG 333 -11.557   1.934 -15.542
    4   HH11  ARG 333          1HH1      ARG 333 -14.974   2.640 -15.562
    5   HH12  ARG 333          2HH1      ARG 333 -14.916   3.494 -17.068
    6   HH21  ARG 333          1HH2      ARG 333 -11.479   3.056 -17.523
    7   HH22  ARG 333          2HH2      ARG 333 -12.932   3.730 -18.181
    8    HB2  ARG 333           HB2      ARG 333 -12.202   1.797 -11.952
    9    HB3  ARG 333           HB3      ARG 333 -10.679   1.457 -12.762
   10    HG2  ARG 333           HG2      ARG 333 -11.652   0.068 -14.309
   11    HG3  ARG 333           HG3      ARG 333 -13.016  -0.323 -13.259
   12    HD2  ARG 333           HD2      ARG 333 -14.135   1.112 -14.579
   13    HD3  ARG 333           HD3      ARG 333 -13.367   2.342 -13.577

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLY 334           H        GLY 334 -10.397  -2.253 -10.493
    2    HA2  GLY 334           HA2      GLY 334  -7.650  -1.956 -11.105
    3    HA3  GLY 334           HA3      GLY 334  -8.441  -2.874 -12.378

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ARG 335           H        ARG 335  -8.034  -4.962 -12.125
    2    HA   ARG 335           HA       ARG 335  -8.882  -6.392  -9.838
    3    HE   ARG 335           HE       ARG 335  -8.371 -11.805 -10.990
    4   HH11  ARG 335          1HH1      ARG 335  -8.894  -9.484 -13.542
    5   HH12  ARG 335          2HH1      ARG 335 -10.069 -10.459 -14.359
    6   HH21  ARG 335          1HH2      ARG 335  -9.915 -13.090 -12.063
    7   HH22  ARG 335          2HH2      ARG 335 -10.649 -12.507 -13.520
    8    HB2  ARG 335           HB2      ARG 335  -8.550  -7.164 -12.318
    9    HB3  ARG 335           HB3      ARG 335  -6.913  -7.528 -11.790
   10    HG2  ARG 335           HG2      ARG 335  -8.288  -8.736  -9.832
   11    HG3  ARG 335           HG3      ARG 335  -9.456  -8.871 -11.148
   12    HD2  ARG 335           HD2      ARG 335  -7.223  -9.610 -12.443
   13    HD3  ARG 335           HD3      ARG 335  -6.808 -10.140 -10.814

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 336           H        GLU 336  -5.656  -5.521 -11.043
    2    HA   GLU 336           HA       GLU 336  -4.233  -6.773  -8.938
    3    HB2  GLU 336           HB2      GLU 336  -3.475  -5.801 -11.299
    4    HB3  GLU 336           HB3      GLU 336  -3.081  -4.397 -10.316
    5    HG2  GLU 336           HG2      GLU 336  -1.099  -5.506 -10.241
    6    HG3  GLU 336           HG3      GLU 336  -1.882  -6.186  -8.816

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ARG 337           H        ARG 337  -5.268  -3.420  -9.475
    2    HA   ARG 337           HA       ARG 337  -4.099  -2.303  -7.190
    3    HE   ARG 337           HE       ARG 337  -4.099   2.163 -10.374
    4   HH11  ARG 337          1HH1      ARG 337  -6.723  -0.140 -10.447
    5   HH12  ARG 337          2HH1      ARG 337  -6.818  -0.163 -12.175
    6   HH21  ARG 337          1HH2      ARG 337  -4.225   2.132 -12.646
    7   HH22  ARG 337          2HH2      ARG 337  -5.401   1.125 -13.424
    8    HB2  ARG 337           HB2      ARG 337  -6.143  -1.525  -9.143
    9    HB3  ARG 337           HB3      ARG 337  -6.385  -0.814  -7.554
   10    HG2  ARG 337           HG2      ARG 337  -4.001  -0.037  -7.647
   11    HG3  ARG 337           HG3      ARG 337  -3.975  -0.559  -9.332
   12    HD2  ARG 337           HD2      ARG 337  -6.308   1.018  -8.915
   13    HD3  ARG 337           HD3      ARG 337  -4.926   1.885  -8.248

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    PHE 338           H        PHE 338  -7.418  -3.500  -7.678
    2    HA   PHE 338           HA       PHE 338  -8.313  -3.062  -5.061
    3    HD1  PHE 338           HD1      PHE 338  -9.467  -6.672  -4.964
    4    HD2  PHE 338           HD2      PHE 338 -11.646  -3.067  -5.565
    5    HE1  PHE 338           HE1      PHE 338 -11.157  -7.428  -3.343
    6    HE2  PHE 338           HE2      PHE 338 -13.339  -3.815  -3.945
    7    HZ   PHE 338           HZ       PHE 338 -13.096  -5.998  -2.831
    8    HB2  PHE 338           HB2      PHE 338  -9.833  -3.544  -6.930
    9    HB3  PHE 338           HB3      PHE 338  -9.198  -5.183  -7.031

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLU 339           H        GLU 339  -6.484  -5.683  -6.484
    2    HA   GLU 339           HA       GLU 339  -6.790  -7.575  -4.428
    3    HB2  GLU 339           HB2      GLU 339  -4.865  -7.134  -6.648
    4    HB3  GLU 339           HB3      GLU 339  -4.338  -8.184  -5.340
    5    HG2  GLU 339           HG2      GLU 339  -6.840  -9.137  -5.850
    6    HG3  GLU 339           HG3      GLU 339  -6.299  -8.647  -7.454

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    MET 340           H        MET 340  -4.542  -4.894  -4.863
    2    HA   MET 340           HA       MET 340  -2.869  -5.499  -2.665
    3    HB2  MET 340           HB2      MET 340  -2.222  -3.943  -4.466
    4    HB3  MET 340           HB3      MET 340  -3.461  -2.815  -3.932
    5    HG2  MET 340           HG2      MET 340  -2.321  -2.361  -1.920
    6    HG3  MET 340           HG3      MET 340  -1.231  -3.728  -2.144
    7    HE1  MET 340           HE1      MET 340  -2.689  -0.966  -4.169
    8    HE2  MET 340           HE2      MET 340  -1.670   0.257  -3.410
    9    HE3  MET 340           HE3      MET 340  -1.347  -0.257  -5.066

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    PHE 341           H        PHE 341  -5.473  -3.080  -2.989
    2    HA   PHE 341           HA       PHE 341  -5.527  -2.363  -0.270
    3    HD1  PHE 341           HD1      PHE 341  -4.663  -0.639  -1.435
    4    HD2  PHE 341           HD2      PHE 341  -8.089  -0.892  -3.945
    5    HE1  PHE 341           HE1      PHE 341  -3.558   0.813  -3.079
    6    HE2  PHE 341           HE2      PHE 341  -6.990   0.562  -5.597
    7    HZ   PHE 341           HZ       PHE 341  -4.720   1.410  -5.164
    8    HB2  PHE 341           HB2      PHE 341  -7.945  -2.247  -2.059
    9    HB3  PHE 341           HB3      PHE 341  -7.481  -1.143  -0.767

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    ARG 342           H        ARG 342  -6.910  -5.046  -1.988
    2    HA   ARG 342           HA       ARG 342  -8.809  -5.733   0.055
    3    HE   ARG 342           HE       ARG 342 -11.063 -10.084  -1.390
    4   HH11  ARG 342          1HH1      ARG 342  -8.364 -11.420  -3.154
    5   HH12  ARG 342          2HH1      ARG 342  -9.074 -12.993  -3.295
    6   HH21  ARG 342          1HH2      ARG 342 -11.998 -12.153  -1.574
    7   HH22  ARG 342          2HH2      ARG 342 -11.137 -13.409  -2.399
    8    HB2  ARG 342           HB2      ARG 342  -9.172  -6.374  -2.289
    9    HB3  ARG 342           HB3      ARG 342  -7.725  -7.371  -2.246
   10    HG2  ARG 342           HG2      ARG 342  -9.057  -8.439  -0.181
   11    HG3  ARG 342           HG3      ARG 342 -10.417  -7.883  -1.159
   12    HD2  ARG 342           HD2      ARG 342  -9.246  -9.042  -3.115
   13    HD3  ARG 342           HD3      ARG 342  -8.253  -9.832  -1.891

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 343           H        GLU 343  -5.586  -6.832  -0.899
    2    HA   GLU 343           HA       GLU 343  -5.441  -8.881   1.085
    3    HB2  GLU 343           HB2      GLU 343  -4.097  -8.799  -1.053
    4    HB3  GLU 343           HB3      GLU 343  -3.131  -7.530  -0.315
    5    HG2  GLU 343           HG2      GLU 343  -1.869  -9.413   0.079
    6    HG3  GLU 343           HG3      GLU 343  -2.766  -9.236   1.587

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 344           H        LEU 344  -4.629  -5.490   0.941
    2    HA   LEU 344           HA       LEU 344  -3.055  -5.437   3.319
    3    HG   LEU 344           HG       LEU 344  -1.538  -4.075   2.510
    4   HD11  LEU 344          1HD1      LEU 344  -2.562  -1.740   0.973
    5   HD12  LEU 344          2HD1      LEU 344  -0.916  -1.694   1.605
    6   HD13  LEU 344          3HD1      LEU 344  -1.402  -2.981   0.501
    7   HD21  LEU 344          1HD2      LEU 344  -2.752  -2.679   4.481
    8   HD22  LEU 344          2HD2      LEU 344  -1.007  -2.727   4.231
    9   HD23  LEU 344          3HD2      LEU 344  -1.951  -1.377   3.602
   10    HB2  LEU 344           HB2      LEU 344  -3.879  -3.592   1.294
   11    HB3  LEU 344           HB3      LEU 344  -4.235  -2.895   2.863

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ASN 345           H        ASN 345  -6.458  -5.023   2.572
    2    HA   ASN 345           HA       ASN 345  -7.234  -4.026   5.115
    3   HD21  ASN 345          1HD2      ASN 345 -10.349  -5.954   5.090
    4   HD22  ASN 345          2HD2      ASN 345 -11.275  -4.681   5.803
    5    HB2  ASN 345           HB2      ASN 345  -8.539  -3.949   2.895
    6    HB3  ASN 345           HB3      ASN 345  -9.037  -5.593   3.281

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    GLU 346           H        GLU 346  -7.148  -7.268   3.691
    2    HA   GLU 346           HA       GLU 346  -8.242  -8.549   6.001
    3    HB2  GLU 346           HB2      GLU 346  -7.017  -9.448   3.434
    4    HB3  GLU 346           HB3      GLU 346  -7.109 -10.602   4.757
    5    HG2  GLU 346           HG2      GLU 346  -9.547 -10.174   4.892
    6    HG3  GLU 346           HG3      GLU 346  -9.404  -9.145   3.467

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ALA 347           H        ALA 347  -5.047  -7.688   4.914
    2    HA   ALA 347           HA       ALA 347  -3.670  -9.363   6.800
    3    HB1  ALA 347           HB1      ALA 347  -2.585  -7.017   5.249
    4    HB2  ALA 347           HB2      ALA 347  -2.691  -8.663   4.625
    5    HB3  ALA 347           HB3      ALA 347  -1.661  -8.311   6.013

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    LEU 348           H        LEU 348  -4.914  -6.105   6.734
    2    HA   LEU 348           HA       LEU 348  -3.441  -5.206   9.025
    3    HG   LEU 348           HG       LEU 348  -3.062  -3.593   7.092
    4   HD11  LEU 348          1HD1      LEU 348  -5.205  -2.337   6.185
    5   HD12  LEU 348          2HD1      LEU 348  -4.633  -1.082   7.284
    6   HD13  LEU 348          3HD1      LEU 348  -3.584  -1.669   5.993
    7   HD21  LEU 348          1HD2      LEU 348  -2.948  -3.120   9.602
    8   HD22  LEU 348          2HD2      LEU 348  -2.137  -1.987   8.520
    9   HD23  LEU 348          3HD2      LEU 348  -3.704  -1.574   9.217
   10    HB2  LEU 348           HB2      LEU 348  -5.585  -4.117   7.284
   11    HB3  LEU 348           HB3      LEU 348  -5.456  -3.447   8.900

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLU 349           H        GLU 349  -6.592  -6.641   8.443
    2    HA   GLU 349           HA       GLU 349  -7.589  -6.183  11.082
    3    HB2  GLU 349           HB2      GLU 349  -9.377  -7.751  10.444
    4    HB3  GLU 349           HB3      GLU 349  -9.123  -6.515   9.220
    5    HG2  GLU 349           HG2      GLU 349  -7.828  -8.106   7.889
    6    HG3  GLU 349           HG3      GLU 349  -8.106  -9.345   9.111

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 350           H        LEU 350  -5.693  -8.662   9.539
    2    HA   LEU 350           HA       LEU 350  -6.051 -10.667  11.526
    3    HG   LEU 350           HG       LEU 350  -4.288 -12.904   9.290
    4   HD11  LEU 350          1HD1      LEU 350  -4.323 -12.360  12.254
    5   HD12  LEU 350          2HD1      LEU 350  -4.139 -13.954  11.522
    6   HD13  LEU 350          3HD1      LEU 350  -2.911 -12.716  11.258
    7   HD21  LEU 350          1HD2      LEU 350  -6.765 -12.159   9.589
    8   HD22  LEU 350          2HD2      LEU 350  -6.305 -13.830   9.915
    9   HD23  LEU 350          3HD2      LEU 350  -6.531 -12.701  11.251
   10    HB2  LEU 350           HB2      LEU 350  -4.974 -10.622   9.030
   11    HB3  LEU 350           HB3      LEU 350  -3.522 -10.659  10.012

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    LYS 351           H        LYS 351  -3.761  -8.040  11.061
    2    HA   LYS 351           HA       LYS 351  -1.931  -8.816  13.075
    3    HB2  LYS 351           HB2      LYS 351  -1.436  -7.182  11.262
    4    HB3  LYS 351           HB3      LYS 351  -2.502  -6.029  12.053
    5    HG2  LYS 351           HG2      LYS 351  -0.883  -6.601  14.105
    6    HG3  LYS 351           HG3      LYS 351   0.228  -6.888  12.764
    7    HD2  LYS 351           HD2      LYS 351  -1.401  -4.414  12.665
    8    HD3  LYS 351           HD3      LYS 351  -0.113  -4.480  13.869
    9    HE2  LYS 351           HE2      LYS 351   1.255  -5.384  11.773
   10    HE3  LYS 351           HE3      LYS 351   0.046  -4.437  10.906
   11    HZ1  LYS 351           HZ1      LYS 351   1.641  -3.324  13.140
   12    HZ2  LYS 351           HZ2      LYS 351   2.150  -3.242  11.529
   13    HZ3  LYS 351           HZ3      LYS 351   0.715  -2.482  12.001

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    ASP 352           H        ASP 352  -4.936  -7.039  13.118
    2    HA   ASP 352           HA       ASP 352  -4.668  -5.863  15.672
    3    HB2  ASP 352           HB2      ASP 352  -6.431  -5.490  13.736
    4    HB3  ASP 352           HB3      ASP 352  -7.350  -6.687  14.643

  No H/Q in entry =           4
  Start of MODEL    5
    1    H    ALA 353           H        ALA 353  -5.665  -9.033  14.596
    2    HA   ALA 353           HA       ALA 353  -6.930  -9.916  16.946
    3    HB1  ALA 353           HB1      ALA 353  -7.363 -11.378  15.269
    4    HB2  ALA 353           HB2      ALA 353  -5.984 -12.219  15.978
    5    HB3  ALA 353           HB3      ALA 353  -5.760 -11.204  14.553

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLN 354           H        GLN 354  -3.549 -10.144  15.884
    2    HA   GLN 354           HA       GLN 354  -2.663 -11.563  18.183
    3   HE21  GLN 354          1HE2      GLN 354   0.661 -11.408  15.277
    4   HE22  GLN 354          2HE2      GLN 354   2.143 -10.538  15.101
    5    HB2  GLN 354           HB2      GLN 354  -0.404 -11.040  17.388
    6    HB3  GLN 354           HB3      GLN 354  -1.421 -11.624  16.078
    7    HG2  GLN 354           HG2      GLN 354  -1.460  -9.603  15.018
    8    HG3  GLN 354           HG3      GLN 354  -1.219  -8.692  16.507

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    ALA 355           H        ALA 355  -3.098  -8.190  17.429
    2    HA   ALA 355           HA       ALA 355  -2.159  -7.515  20.138
    3    HB1  ALA 355           HB1      ALA 355  -0.877  -5.802  19.421
    4    HB2  ALA 355           HB2      ALA 355  -0.830  -6.740  17.929
    5    HB3  ALA 355           HB3      ALA 355  -1.966  -5.400  18.093

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLY 356           H        GLY 356  -4.163  -7.435  21.087
    2    HA2  GLY 356           HA2      GLY 356  -6.594  -6.778  20.419
    3    HA3  GLY 356           HA3      GLY 356  -5.856  -5.195  20.234

  No H/Q in entry =           3
  Start of MODEL    5
    1    H1   GLU 326           H1       GLU 326 -14.265  -6.174 -13.107
    2    H2   GLU 326           H2       GLU 326 -13.230  -6.227 -14.475
    3    H3   GLU 326           H3       GLU 326 -12.715  -5.445 -13.036
    4    HA   GLU 326           HA       GLU 326 -13.300  -3.760 -14.463
    5    HB2  GLU 326           HB2      GLU 326 -15.597  -5.591 -15.094
    6    HB3  GLU 326           HB3      GLU 326 -15.707  -3.872 -15.449
    7    HG2  GLU 326           HG2      GLU 326 -13.299  -4.490 -16.541
    8    HG3  GLU 326           HG3      GLU 326 -14.197  -5.985 -16.796

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    SER 327           H        SER 327 -13.320  -2.497 -12.653
    2    HA   SER 327           HA       SER 327 -14.152  -1.235 -10.955
    3    HG   SER 327           HG       SER 327 -16.703  -0.808 -10.026
    4    HB2  SER 327           HB2      SER 327 -15.818  -0.623 -12.709
    5    HB3  SER 327           HB3      SER 327 -16.858  -1.922 -12.125

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    PHE 328           H        PHE 328 -13.600  -2.413  -9.176
    2    HA   PHE 328           HA       PHE 328 -15.536  -4.414  -8.224
    3    HD1  PHE 328           HD1      PHE 328 -14.182  -7.146  -8.485
    4    HD2  PHE 328           HD2      PHE 328 -11.660  -3.877  -9.516
    5    HE1  PHE 328           HE1      PHE 328 -13.356  -8.402 -10.433
    6    HE2  PHE 328           HE2      PHE 328 -10.830  -5.126 -11.466
    7    HZ   PHE 328           HZ       PHE 328 -11.679  -7.392 -11.927
    8    HB2  PHE 328           HB2      PHE 328 -12.676  -4.041  -7.318
    9    HB3  PHE 328           HB3      PHE 328 -13.750  -5.376  -6.913

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLY 329           H        GLY 329 -16.512  -4.196  -6.268
    2    HA2  GLY 329           HA2      GLY 329 -17.515  -2.814  -4.668
    3    HA3  GLY 329           HA3      GLY 329 -16.308  -1.582  -5.007

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    LEU 330           H        LEU 330 -15.224  -1.147  -3.209
    2    HA   LEU 330           HA       LEU 330 -14.489  -3.382  -1.439
    3    HG   LEU 330           HG       LEU 330 -12.360  -3.963  -1.066
    4   HD11  LEU 330          1HD1      LEU 330 -10.442  -2.277  -2.548
    5   HD12  LEU 330          2HD1      LEU 330  -9.789  -3.230  -1.215
    6   HD13  LEU 330          3HD1      LEU 330 -10.644  -4.029  -2.534
    7   HD21  LEU 330          1HD2      LEU 330 -12.554  -1.936   0.586
    8   HD22  LEU 330          2HD2      LEU 330 -11.416  -3.247   0.899
    9   HD23  LEU 330          3HD2      LEU 330 -10.845  -1.732   0.201
   10    HB2  LEU 330           HB2      LEU 330 -12.674  -2.190  -2.992
   11    HB3  LEU 330           HB3      LEU 330 -12.659  -1.051  -1.658

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLY 331           H        GLY 331 -15.739  -3.076   0.304
    2    HA2  GLY 331           HA2      GLY 331 -17.059  -1.800   1.798
    3    HA3  GLY 331           HA3      GLY 331 -16.199  -0.356   1.286

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ILE 332           H        ILE 332 -14.575   0.382   2.518
    2    HA   ILE 332           HA       ILE 332 -13.376  -1.422   4.499
    3    HB   ILE 332           HB       ILE 332 -12.419   1.332   3.725
    4   HG12  ILE 332          2HG1      ILE 332 -10.603  -0.330   2.615
    5   HG21  ILE 332          1HG2      ILE 332 -11.771  -0.091   5.912
    6   HG22  ILE 332          2HG2      ILE 332 -10.584  -0.725   4.771
    7   HG23  ILE 332          3HG2      ILE 332 -10.657   1.007   5.097
    8   HD11  ILE 332          1HD1      ILE 332 -11.892   1.548   1.518
    9   HD12  ILE 332          2HD1      ILE 332 -11.449   0.183   0.493
   10   HD13  ILE 332          3HD1      ILE 332 -13.099   0.333   1.096
   11   HG13  ILE 332          3HG1      ILE 332 -12.055  -1.307   2.426

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ARG 333           H        ARG 333 -13.668  -1.148   6.630
    2    HA   ARG 333           HA       ARG 333 -15.412   1.044   7.484
    3    HE   ARG 333           HE       ARG 333 -16.255  -1.911  11.179
    4   HH11  ARG 333          1HH1      ARG 333 -17.087   1.017  12.886
    5   HH12  ARG 333          2HH1      ARG 333 -17.188   0.238  14.429
    6   HH21  ARG 333          1HH2      ARG 333 -16.389  -2.938  13.208
    7   HH22  ARG 333          2HH2      ARG 333 -16.791  -2.007  14.612
    8    HB2  ARG 333           HB2      ARG 333 -15.525  -1.634   8.023
    9    HB3  ARG 333           HB3      ARG 333 -14.702  -1.024   9.452
   10    HG2  ARG 333           HG2      ARG 333 -17.065   0.514   8.640
   11    HG3  ARG 333           HG3      ARG 333 -17.387  -1.144   9.153
   12    HD2  ARG 333           HD2      ARG 333 -15.655   0.692  10.775
   13    HD3  ARG 333           HD3      ARG 333 -17.411   0.708  10.934

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLY 334           H        GLY 334 -12.583   1.462   6.925
    2    HA2  GLY 334           HA2      GLY 334 -10.635   1.587   8.590
    3    HA3  GLY 334           HA3      GLY 334 -11.799   2.441   9.591

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ARG 335           H        ARG 335 -11.044   4.472   9.656
    2    HA   ARG 335           HA       ARG 335 -11.259   6.116   7.345
    3    HE   ARG 335           HE       ARG 335 -11.970  10.577   7.934
    4   HH11  ARG 335          1HH1      ARG 335 -14.875   8.645   8.010
    5   HH12  ARG 335          2HH1      ARG 335 -15.881   9.908   7.386
    6   HH21  ARG 335          1HH2      ARG 335 -13.292  12.240   7.113
    7   HH22  ARG 335          2HH2      ARG 335 -14.983  11.949   6.876
    8    HB2  ARG 335           HB2      ARG 335 -11.548   6.697   9.882
    9    HB3  ARG 335           HB3      ARG 335  -9.816   6.992   9.820
   10    HG2  ARG 335           HG2      ARG 335 -10.582   9.084   9.371
   11    HG3  ARG 335           HG3      ARG 335 -10.486   8.449   7.728
   12    HD2  ARG 335           HD2      ARG 335 -12.861   7.894   7.795
   13    HD3  ARG 335           HD3      ARG 335 -12.963   8.494   9.449

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 336           H        GLU 336  -8.483   5.064   9.308
    2    HA   GLU 336           HA       GLU 336  -6.520   6.323   7.721
    3    HB2  GLU 336           HB2      GLU 336  -4.924   4.838   8.879
    4    HB3  GLU 336           HB3      GLU 336  -6.036   5.621   9.993
    5    HG2  GLU 336           HG2      GLU 336  -7.412   3.416   9.687
    6    HG3  GLU 336           HG3      GLU 336  -5.851   2.762   9.193

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ARG 337           H        ARG 337  -7.732   2.982   7.761
    2    HA   ARG 337           HA       ARG 337  -6.062   1.970   5.758
    3    HE   ARG 337           HE       ARG 337  -8.840  -0.543   8.433
    4   HH11  ARG 337          1HH1      ARG 337  -8.149  -3.845   7.541
    5   HH12  ARG 337          2HH1      ARG 337  -9.170  -4.521   8.766
    6   HH21  ARG 337          1HH2      ARG 337 -10.183  -1.430  10.044
    7   HH22  ARG 337          2HH2      ARG 337 -10.325  -3.150  10.187
    8    HB2  ARG 337           HB2      ARG 337  -8.527   1.138   7.106
    9    HB3  ARG 337           HB3      ARG 337  -8.397   0.540   5.458
   10    HG2  ARG 337           HG2      ARG 337  -6.138  -0.346   6.041
   11    HG3  ARG 337           HG3      ARG 337  -6.461   0.102   7.717
   12    HD2  ARG 337           HD2      ARG 337  -8.212  -1.730   6.087
   13    HD3  ARG 337           HD3      ARG 337  -6.939  -2.289   7.172

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    PHE 338           H        PHE 338  -9.377   3.246   5.507
    2    HA   PHE 338           HA       PHE 338  -9.610   2.999   2.725
    3    HD1  PHE 338           HD1      PHE 338 -10.684   6.671   2.658
    4    HD2  PHE 338           HD2      PHE 338 -12.928   3.069   2.351
    5    HE1  PHE 338           HE1      PHE 338 -11.906   7.601   0.735
    6    HE2  PHE 338           HE2      PHE 338 -14.154   3.991   0.428
    7    HZ   PHE 338           HZ       PHE 338 -13.643   6.260  -0.383
    8    HB2  PHE 338           HB2      PHE 338 -11.539   3.402   4.187
    9    HB3  PHE 338           HB3      PHE 338 -10.925   5.007   4.570

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLU 339           H        GLU 339  -8.120   5.441   4.730
    2    HA   GLU 339           HA       GLU 339  -7.897   7.487   2.813
    3    HB2  GLU 339           HB2      GLU 339  -6.572   6.821   5.386
    4    HB3  GLU 339           HB3      GLU 339  -5.718   7.932   4.324
    5    HG2  GLU 339           HG2      GLU 339  -8.254   8.944   4.294
    6    HG3  GLU 339           HG3      GLU 339  -8.108   8.342   5.944

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    MET 340           H        MET 340  -5.852   4.712   3.570
    2    HA   MET 340           HA       MET 340  -3.702   5.409   1.871
    3    HB2  MET 340           HB2      MET 340  -4.618   2.943   3.258
    4    HB3  MET 340           HB3      MET 340  -3.497   2.738   1.919
    5    HG2  MET 340           HG2      MET 340  -1.954   2.981   3.525
    6    HG3  MET 340           HG3      MET 340  -2.250   4.698   3.262
    7    HE1  MET 340           HE1      MET 340  -3.815   1.664   5.016
    8    HE2  MET 340           HE2      MET 340  -2.343   1.822   5.975
    9    HE3  MET 340           HE3      MET 340  -3.913   2.153   6.708

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    PHE 341           H        PHE 341  -6.354   3.068   1.402
    2    HA   PHE 341           HA       PHE 341  -5.774   2.524  -1.296
    3    HD1  PHE 341           HD1      PHE 341  -5.255   0.689  -0.094
    4    HD2  PHE 341           HD2      PHE 341  -9.163   0.935   1.570
    5    HE1  PHE 341           HE1      PHE 341  -4.601  -0.904   1.657
    6    HE2  PHE 341           HE2      PHE 341  -8.516  -0.660   3.328
    7    HZ   PHE 341           HZ       PHE 341  -6.232  -1.576   3.373
    8    HB2  PHE 341           HB2      PHE 341  -8.551   2.388  -0.138
    9    HB3  PHE 341           HB3      PHE 341  -7.818   1.351  -1.359

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    ARG 342           H        ARG 342  -7.475   5.141   0.231
    2    HA   ARG 342           HA       ARG 342  -8.820   6.029  -2.143
    3    HE   ARG 342           HE       ARG 342 -10.455  10.743  -1.426
    4   HH11  ARG 342          1HH1      ARG 342  -9.833  11.095   1.990
    5   HH12  ARG 342          2HH1      ARG 342 -10.360  12.744   2.043
    6   HH21  ARG 342          1HH2      ARG 342 -11.148  12.911  -1.359
    7   HH22  ARG 342          2HH2      ARG 342 -11.107  13.775   0.142
    8    HB2  ARG 342           HB2      ARG 342  -9.691   6.542   0.102
    9    HB3  ARG 342           HB3      ARG 342  -8.252   7.494   0.443
   10    HG2  ARG 342           HG2      ARG 342  -9.022   8.760  -1.753
   11    HG3  ARG 342           HG3      ARG 342 -10.594   8.131  -1.256
   12    HD2  ARG 342           HD2      ARG 342 -10.384   9.188   0.902
   13    HD3  ARG 342           HD3      ARG 342  -8.743   9.710   0.524

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 343           H        GLU 343  -5.887   6.958  -0.392
    2    HA   GLU 343           HA       GLU 343  -5.231   9.088  -2.184
    3    HB2  GLU 343           HB2      GLU 343  -3.925   7.739   0.122
    4    HB3  GLU 343           HB3      GLU 343  -2.877   8.588  -1.006
    5    HG2  GLU 343           HG2      GLU 343  -5.284   9.960   0.093
    6    HG3  GLU 343           HG3      GLU 343  -3.828   9.813   1.076

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 344           H        LEU 344  -4.541   5.675  -1.990
    2    HA   LEU 344           HA       LEU 344  -2.432   5.679  -3.918
    3    HG   LEU 344           HG       LEU 344  -1.388   4.457  -2.248
    4   HD11  LEU 344          1HD1      LEU 344  -2.908   2.669  -0.967
    5   HD12  LEU 344          2HD1      LEU 344  -1.781   1.569  -1.762
    6   HD13  LEU 344          3HD1      LEU 344  -1.173   2.831  -0.690
    7   HD21  LEU 344          1HD2      LEU 344  -1.534   2.479  -4.435
    8   HD22  LEU 344          2HD2      LEU 344  -0.355   3.755  -4.131
    9   HD23  LEU 344          3HD2      LEU 344  -0.259   2.236  -3.241
   10    HB2  LEU 344           HB2      LEU 344  -3.948   3.683  -2.382
   11    HB3  LEU 344           HB3      LEU 344  -3.419   3.129  -3.959

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ASN 345           H        ASN 345  -5.915   5.410  -4.024
    2    HA   ASN 345           HA       ASN 345  -6.080   4.449  -6.702
    3   HD21  ASN 345          1HD2      ASN 345  -9.582   3.274  -5.671
    4   HD22  ASN 345          2HD2      ASN 345 -10.156   3.362  -7.298
    5    HB2  ASN 345           HB2      ASN 345  -7.887   4.331  -4.893
    6    HB3  ASN 345           HB3      ASN 345  -8.222   6.019  -5.270

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    GLU 346           H        GLU 346  -6.275   7.657  -5.211
    2    HA   GLU 346           HA       GLU 346  -6.785   9.039  -7.648
    3    HB2  GLU 346           HB2      GLU 346  -7.043   9.745  -5.086
    4    HB3  GLU 346           HB3      GLU 346  -5.453  10.435  -5.381
    5    HG2  GLU 346           HG2      GLU 346  -6.567  11.508  -7.451
    6    HG3  GLU 346           HG3      GLU 346  -8.077  11.142  -6.619

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ALA 347           H        ALA 347  -3.903   8.054  -5.936
    2    HA   ALA 347           HA       ALA 347  -2.089   9.685  -7.420
    3    HB1  ALA 347           HB1      ALA 347  -1.791   8.502  -5.110
    4    HB2  ALA 347           HB2      ALA 347  -0.409   8.709  -6.186
    5    HB3  ALA 347           HB3      ALA 347  -1.231   7.152  -6.097

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    LEU 348           H        LEU 348  -3.462   6.495  -7.823
    2    HA   LEU 348           HA       LEU 348  -1.641   5.621  -9.835
    3    HG   LEU 348           HG       LEU 348  -3.065   2.486  -8.649
    4   HD11  LEU 348          1HD1      LEU 348  -1.404   3.762 -10.710
    5   HD12  LEU 348          2HD1      LEU 348  -0.540   2.719  -9.580
    6   HD13  LEU 348          3HD1      LEU 348  -1.887   2.077 -10.519
    7   HD21  LEU 348          1HD2      LEU 348  -1.623   4.853  -7.633
    8   HD22  LEU 348          2HD2      LEU 348  -2.235   3.438  -6.776
    9   HD23  LEU 348          3HD2      LEU 348  -0.718   3.340  -7.670
   10    HB2  LEU 348           HB2      LEU 348  -4.137   4.646  -8.613
   11    HB3  LEU 348           HB3      LEU 348  -3.889   4.145 -10.275

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLU 349           H        GLU 349  -4.804   7.190  -9.865
    2    HA   GLU 349           HA       GLU 349  -5.169   7.060 -12.678
    3    HB2  GLU 349           HB2      GLU 349  -6.445   8.548 -10.428
    4    HB3  GLU 349           HB3      GLU 349  -6.742   9.106 -12.069
    5    HG2  GLU 349           HG2      GLU 349  -8.060   7.360 -12.567
    6    HG3  GLU 349           HG3      GLU 349  -7.073   6.219 -11.655

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 350           H        LEU 350  -3.520   9.270 -10.544
    2    HA   LEU 350           HA       LEU 350  -3.261  11.388 -12.449
    3    HG   LEU 350           HG       LEU 350  -4.237  12.314 -10.419
    4   HD11  LEU 350          1HD1      LEU 350  -2.276  12.399  -8.211
    5   HD12  LEU 350          2HD1      LEU 350  -3.403  13.750  -8.325
    6   HD13  LEU 350          3HD1      LEU 350  -4.014  12.102  -8.178
    7   HD21  LEU 350          1HD2      LEU 350  -2.374  13.729 -11.700
    8   HD22  LEU 350          2HD2      LEU 350  -3.790  14.471 -10.956
    9   HD23  LEU 350          3HD2      LEU 350  -2.244  14.479 -10.109
   10    HB2  LEU 350           HB2      LEU 350  -2.159  10.782  -9.752
   11    HB3  LEU 350           HB3      LEU 350  -1.303  11.953 -10.737

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    LYS 351           H        LYS 351  -1.169   8.754 -11.336
    2    HA   LYS 351           HA       LYS 351   1.048   9.511 -12.963
    3    HB2  LYS 351           HB2      LYS 351   1.974   7.320 -12.356
    4    HB3  LYS 351           HB3      LYS 351   1.361   8.171 -10.946
    5    HG2  LYS 351           HG2      LYS 351  -0.729   6.819 -11.135
    6    HG3  LYS 351           HG3      LYS 351   0.066   5.880 -12.402
    7    HD2  LYS 351           HD2      LYS 351   1.094   6.213  -9.584
    8    HD3  LYS 351           HD3      LYS 351   0.210   4.807 -10.181
    9    HE2  LYS 351           HE2      LYS 351   2.308   4.024 -10.521
   10    HE3  LYS 351           HE3      LYS 351   2.131   4.914 -12.033
   11    HZ1  LYS 351           HZ1      LYS 351   3.067   6.830 -10.457
   12    HZ2  LYS 351           HZ2      LYS 351   3.797   5.493  -9.723
   13    HZ3  LYS 351           HZ3      LYS 351   4.069   5.811 -11.362

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    ASP 352           H        ASP 352  -1.777   7.518 -13.420
    2    HA   ASP 352           HA       ASP 352  -0.814   6.228 -15.796
    3    HB2  ASP 352           HB2      ASP 352  -3.362   6.289 -14.265
    4    HB3  ASP 352           HB3      ASP 352  -3.464   5.858 -15.970

  No H/Q in entry =           4
  Start of MODEL    5
    1    H    ALA 353           H        ALA 353  -2.608   9.129 -15.045
    2    HA   ALA 353           HA       ALA 353  -3.521   9.610 -17.712
    3    HB1  ALA 353           HB1      ALA 353  -3.318  11.427 -15.316
    4    HB2  ALA 353           HB2      ALA 353  -4.746  10.556 -15.876
    5    HB3  ALA 353           HB3      ALA 353  -4.078  11.870 -16.845

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLN 354           H        GLN 354  -0.672  10.433 -15.864
    2    HA   GLN 354           HA       GLN 354   0.290  12.444 -17.640
    3   HE21  GLN 354          1HE2      GLN 354   3.135  13.769 -14.656
    4   HE22  GLN 354          2HE2      GLN 354   2.707  15.396 -15.050
    5    HB2  GLN 354           HB2      GLN 354   1.782  10.769 -15.612
    6    HB3  GLN 354           HB3      GLN 354   2.414  12.202 -16.410
    7    HG2  GLN 354           HG2      GLN 354  -0.142  12.462 -14.934
    8    HG3  GLN 354           HG3      GLN 354   1.340  12.284 -13.996

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    ALA 355           H        ALA 355   0.635   8.967 -17.424
    2    HA   ALA 355           HA       ALA 355   2.656   8.901 -19.511
    3    HB1  ALA 355           HB1      ALA 355   2.282   7.305 -17.392
    4    HB2  ALA 355           HB2      ALA 355   3.090   6.776 -18.867
    5    HB3  ALA 355           HB3      ALA 355   1.389   6.391 -18.607

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLY 356           H        GLY 356   2.376   7.919 -21.540
    2    HA2  GLY 356           HA2      GLY 356   0.562   8.513 -23.268
    3    HA3  GLY 356           HA3      GLY 356  -0.405   7.376 -22.340

  No H/Q in entry =           3
  Start of MODEL    5
    1    H1   GLU 326           H1       GLU 326  13.711  11.036   8.014
    2    H2   GLU 326           H2       GLU 326  14.919  11.881   8.892
    3    H3   GLU 326           H3       GLU 326  13.497  12.696   8.384
    4    HA   GLU 326           HA       GLU 326  14.108  12.696   6.200
    5    HB2  GLU 326           HB2      GLU 326  16.504  13.109   7.992
    6    HB3  GLU 326           HB3      GLU 326  16.488  13.567   6.294
    7    HG2  GLU 326           HG2      GLU 326  15.140  15.348   6.642
    8    HG3  GLU 326           HG3      GLU 326  14.268  14.572   7.963

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    SER 327           H        SER 327  14.166  11.044   4.806
    2    HA   SER 327           HA       SER 327  14.909   9.262   3.606
    3    HG   SER 327           HG       SER 327  17.907  11.260   3.083
    4    HB2  SER 327           HB2      SER 327  17.642   9.743   4.788
    5    HB3  SER 327           HB3      SER 327  17.239   9.067   3.211

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    PHE 328           H        PHE 328  14.152   7.363   4.266
    2    HA   PHE 328           HA       PHE 328  15.359   6.131   6.657
    3    HD1  PHE 328           HD1      PHE 328  12.920   5.863   9.071
    4    HD2  PHE 328           HD2      PHE 328  12.554   8.338   5.629
    5    HE1  PHE 328           HE1      PHE 328  12.154   7.719  10.492
    6    HE2  PHE 328           HE2      PHE 328  11.788  10.200   7.044
    7    HZ   PHE 328           HZ       PHE 328  11.588   9.891   9.479
    8    HB2  PHE 328           HB2      PHE 328  12.563   5.743   5.566
    9    HB3  PHE 328           HB3      PHE 328  13.232   4.937   6.981

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLY 329           H        GLY 329  16.041   4.027   6.547
    2    HA2  GLY 329           HA2      GLY 329  17.274   2.537   5.119
    3    HA3  GLY 329           HA3      GLY 329  16.120   2.875   3.838

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    LEU 330           H        LEU 330  14.669   1.347   3.450
    2    HA   LEU 330           HA       LEU 330  13.844  -0.409   5.660
    3    HG   LEU 330           HG       LEU 330  11.764  -1.993   4.603
    4   HD11  LEU 330          1HD1      LEU 330  12.085  -0.408   6.614
    5   HD12  LEU 330          2HD1      LEU 330  10.462   0.160   6.221
    6   HD13  LEU 330          3HD1      LEU 330  10.728  -1.536   6.626
    7   HD21  LEU 330          1HD2      LEU 330  10.310  -0.549   2.880
    8   HD22  LEU 330          2HD2      LEU 330   9.639  -1.870   3.837
    9   HD23  LEU 330          3HD2      LEU 330   9.427  -0.201   4.367
   10    HB2  LEU 330           HB2      LEU 330  12.149   0.985   4.328
   11    HB3  LEU 330           HB3      LEU 330  12.439  -0.140   3.015

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLY 331           H        GLY 331  14.510  -2.451   5.667
    2    HA2  GLY 331           HA2      GLY 331  16.043  -4.098   4.866
    3    HA3  GLY 331           HA3      GLY 331  15.773  -3.509   3.233

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ILE 332           H        ILE 332  13.979  -4.214   2.071
    2    HA   ILE 332           HA       ILE 332  12.216  -6.173   3.334
    3    HB   ILE 332           HB       ILE 332  12.052  -5.102   0.519
    4   HG12  ILE 332          2HG1      ILE 332  10.051  -3.837   1.812
    5   HG21  ILE 332          1HG2      ILE 332  10.445  -6.933   2.161
    6   HG22  ILE 332          2HG2      ILE 332   9.529  -5.715   1.274
    7   HG23  ILE 332          3HG2      ILE 332  10.601  -6.816   0.409
    8   HD11  ILE 332          1HD1      ILE 332  11.974  -2.871   0.418
    9   HD12  ILE 332          2HD1      ILE 332  11.223  -1.848   1.643
   10   HD13  ILE 332          3HD1      ILE 332  12.774  -2.620   1.970
   11   HG13  ILE 332          3HG1      ILE 332  11.230  -3.930   3.117

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ARG 333           H        ARG 333  12.366  -8.301   2.999
    2    HA   ARG 333           HA       ARG 333  14.392  -9.254   1.106
    3    HE   ARG 333           HE       ARG 333  16.250 -10.836   6.357
    4   HH11  ARG 333          1HH1      ARG 333  13.959 -12.466   4.288
    5   HH12  ARG 333          2HH1      ARG 333  13.138 -13.242   5.600
    6   HH21  ARG 333          1HH2      ARG 333  15.170 -11.856   8.083
    7   HH22  ARG 333          2HH2      ARG 333  13.825 -12.896   7.754
    8    HB2  ARG 333           HB2      ARG 333  13.022 -10.727   3.363
    9    HB3  ARG 333           HB3      ARG 333  14.333 -11.350   2.371
   10    HG2  ARG 333           HG2      ARG 333  15.487  -9.105   3.274
   11    HG3  ARG 333           HG3      ARG 333  14.394  -9.444   4.618
   12    HD2  ARG 333           HD2      ARG 333  15.753 -11.834   3.705
   13    HD3  ARG 333           HD3      ARG 333  16.894 -10.574   4.171

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLY 334           H        GLY 334  11.822  -8.377   0.163
    2    HA2  GLY 334           HA2      GLY 334   9.736  -9.770  -0.377
    3    HA3  GLY 334           HA3      GLY 334  10.904 -10.922  -1.006

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ARG 335           H        ARG 335  10.386 -10.881  -3.136
    2    HA   ARG 335           HA       ARG 335  11.253  -8.601  -4.653
    3    HE   ARG 335           HE       ARG 335  11.371  -8.184  -8.851
    4   HH11  ARG 335          1HH1      ARG 335   8.619 -10.104  -9.810
    5   HH12  ARG 335          2HH1      ARG 335   8.495  -9.372 -11.375
    6   HH21  ARG 335          1HH2      ARG 335  11.210  -7.220 -10.908
    7   HH22  ARG 335          2HH2      ARG 335   9.966  -7.735 -11.998
    8    HB2  ARG 335           HB2      ARG 335  11.445 -11.139  -5.229
    9    HB3  ARG 335           HB3      ARG 335   9.810 -10.944  -5.846
   10    HG2  ARG 335           HG2      ARG 335  11.778  -8.948  -6.755
   11    HG3  ARG 335           HG3      ARG 335  12.017 -10.599  -7.330
   12    HD2  ARG 335           HD2      ARG 335   9.960 -10.648  -8.419
   13    HD3  ARG 335           HD3      ARG 335   9.323  -9.299  -7.479

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 336           H        GLU 336   8.154 -10.296  -4.220
    2    HA   GLU 336           HA       GLU 336   6.653  -8.503  -5.815
    3    HB2  GLU 336           HB2      GLU 336   4.683  -9.561  -4.795
    4    HB3  GLU 336           HB3      GLU 336   5.857 -10.756  -5.331
    5    HG2  GLU 336           HG2      GLU 336   6.676 -10.920  -2.997
    6    HG3  GLU 336           HG3      GLU 336   5.376  -9.834  -2.508

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ARG 337           H        ARG 337   7.115  -8.764  -2.302
    2    HA   ARG 337           HA       ARG 337   5.436  -6.656  -1.554
    3    HE   ARG 337           HE       ARG 337   6.127  -9.746   1.515
    4   HH11  ARG 337          1HH1      ARG 337   7.679  -8.144   4.200
    5   HH12  ARG 337          2HH1      ARG 337   8.362  -9.603   4.837
    6   HH21  ARG 337          1HH2      ARG 337   7.024 -11.665   2.352
    7   HH22  ARG 337          2HH2      ARG 337   7.991 -11.601   3.788
    8    HB2  ARG 337           HB2      ARG 337   7.187  -8.434  -0.264
    9    HB3  ARG 337           HB3      ARG 337   7.753  -6.826   0.168
   10    HG2  ARG 337           HG2      ARG 337   5.496  -6.254   0.943
   11    HG3  ARG 337           HG3      ARG 337   4.960  -7.888   0.544
   12    HD2  ARG 337           HD2      ARG 337   7.181  -7.253   2.481
   13    HD3  ARG 337           HD3      ARG 337   5.508  -7.544   2.954

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    PHE 338           H        PHE 338   8.945  -6.654  -2.158
    2    HA   PHE 338           HA       PHE 338   9.359  -3.922  -1.693
    3    HD1  PHE 338           HD1      PHE 338  11.079  -3.707  -5.055
    4    HD2  PHE 338           HD2      PHE 338  12.688  -3.927  -1.122
    5    HE1  PHE 338           HE1      PHE 338  12.618  -1.862  -5.586
    6    HE2  PHE 338           HE2      PHE 338  14.228  -2.081  -1.644
    7    HZ   PHE 338           HZ       PHE 338  14.194  -1.046  -3.879
    8    HB2  PHE 338           HB2      PHE 338  11.195  -5.551  -1.834
    9    HB3  PHE 338           HB3      PHE 338  10.872  -5.773  -3.550

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLU 339           H        GLU 339   8.236  -5.662  -4.515
    2    HA   GLU 339           HA       GLU 339   8.553  -3.618  -6.419
    3    HB2  GLU 339           HB2      GLU 339   6.926  -6.098  -6.210
    4    HB3  GLU 339           HB3      GLU 339   6.426  -4.911  -7.406
    5    HG2  GLU 339           HG2      GLU 339   9.100  -5.060  -7.873
    6    HG3  GLU 339           HG3      GLU 339   8.728  -6.713  -7.384

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    MET 340           H        MET 340   5.947  -4.365  -4.161
    2    HA   MET 340           HA       MET 340   4.092  -2.474  -5.138
    3    HB2  MET 340           HB2      MET 340   3.985  -4.446  -3.280
    4    HB3  MET 340           HB3      MET 340   4.075  -3.036  -2.234
    5    HG2  MET 340           HG2      MET 340   2.008  -2.330  -2.775
    6    HG3  MET 340           HG3      MET 340   2.141  -2.871  -4.447
    7    HE1  MET 340           HE1      MET 340   2.968  -4.846  -1.325
    8    HE2  MET 340           HE2      MET 340   1.432  -4.282  -0.667
    9    HE3  MET 340           HE3      MET 340   1.631  -5.977  -1.112

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    PHE 341           H        PHE 341   6.301  -2.320  -2.341
    2    HA   PHE 341           HA       PHE 341   5.782   0.351  -1.676
    3    HD1  PHE 341           HD1      PHE 341   8.802  -2.786   0.129
    4    HD2  PHE 341           HD2      PHE 341   4.965  -0.954  -0.038
    5    HE1  PHE 341           HE1      PHE 341   7.871  -4.617   1.482
    6    HE2  PHE 341           HE2      PHE 341   4.029  -2.777   1.316
    7    HZ   PHE 341           HZ       PHE 341   5.482  -4.613   2.074
    8    HB2  PHE 341           HB2      PHE 341   8.464  -0.956  -1.266
    9    HB3  PHE 341           HB3      PHE 341   7.652   0.225  -0.242

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    ARG 342           H        ARG 342   7.795  -1.050  -4.144
    2    HA   ARG 342           HA       ARG 342   9.391   1.256  -4.637
    3    HE   ARG 342           HE       ARG 342   9.642  -0.405  -9.384
    4   HH11  ARG 342          1HH1      ARG 342  12.088  -2.829  -8.818
    5   HH12  ARG 342          2HH1      ARG 342  11.771  -3.673 -10.297
    6   HH21  ARG 342          1HH2      ARG 342   9.224  -1.513 -11.329
    7   HH22  ARG 342          2HH2      ARG 342  10.145  -2.926 -11.723
    8    HB2  ARG 342           HB2      ARG 342  10.044  -1.030  -5.337
    9    HB3  ARG 342           HB3      ARG 342   8.724  -1.033  -6.499
   10    HG2  ARG 342           HG2      ARG 342   9.758   0.869  -7.657
   11    HG3  ARG 342           HG3      ARG 342  11.097   0.822  -6.509
   12    HD2  ARG 342           HD2      ARG 342  12.050  -0.484  -8.080
   13    HD3  ARG 342           HD3      ARG 342  11.078  -1.746  -7.324

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 343           H        GLU 343   6.439  -0.052  -6.098
    2    HA   GLU 343           HA       GLU 343   6.195   2.038  -8.026
    3    HB2  GLU 343           HB2      GLU 343   5.144  -0.358  -7.997
    4    HB3  GLU 343           HB3      GLU 343   3.864   0.413  -7.070
    5    HG2  GLU 343           HG2      GLU 343   3.035   0.584  -9.191
    6    HG3  GLU 343           HG3      GLU 343   3.869   2.129  -9.033

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 344           H        LEU 344   5.132   1.555  -4.742
    2    HA   LEU 344           HA       LEU 344   3.229   3.691  -4.728
    3    HG   LEU 344           HG       LEU 344   1.779   2.268  -3.754
    4   HD11  LEU 344          1HD1      LEU 344   2.811   0.391  -2.213
    5   HD12  LEU 344          2HD1      LEU 344   1.932   1.269  -0.961
    6   HD13  LEU 344          3HD1      LEU 344   1.067   0.617  -2.352
    7   HD21  LEU 344          1HD2      LEU 344   2.159   3.881  -1.261
    8   HD22  LEU 344          2HD2      LEU 344   1.355   4.326  -2.766
    9   HD23  LEU 344          3HD2      LEU 344   0.587   3.188  -1.659
   10    HB2  LEU 344           HB2      LEU 344   4.245   1.709  -2.858
   11    HB3  LEU 344           HB3      LEU 344   4.025   3.273  -2.096

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ASN 345           H        ASN 345   6.647   3.369  -4.056
    2    HA   ASN 345           HA       ASN 345   6.951   5.895  -2.771
    3   HD21  ASN 345          1HD2      ASN 345  10.530   5.934  -4.496
    4   HD22  ASN 345          2HD2      ASN 345  11.169   6.911  -3.222
    5    HB2  ASN 345           HB2      ASN 345   8.542   3.937  -2.590
    6    HB3  ASN 345           HB3      ASN 345   9.095   4.330  -4.215

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    GLU 346           H        GLU 346   7.281   4.750  -6.093
    2    HA   GLU 346           HA       GLU 346   8.305   7.200  -7.123
    3    HB2  GLU 346           HB2      GLU 346   7.097   4.748  -8.375
    4    HB3  GLU 346           HB3      GLU 346   7.491   6.159  -9.346
    5    HG2  GLU 346           HG2      GLU 346   9.774   5.939  -8.964
    6    HG3  GLU 346           HG3      GLU 346   9.534   4.899  -7.561

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ALA 347           H        ALA 347   5.083   5.804  -6.813
    2    HA   ALA 347           HA       ALA 347   3.768   7.868  -8.287
    3    HB1  ALA 347           HB1      ALA 347   2.946   5.479  -7.810
    4    HB2  ALA 347           HB2      ALA 347   1.769   6.791  -7.760
    5    HB3  ALA 347           HB3      ALA 347   2.413   6.126  -6.258

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    LEU 348           H        LEU 348   4.589   7.346  -4.920
    2    HA   LEU 348           HA       LEU 348   2.956   9.460  -3.904
    3    HG   LEU 348           HG       LEU 348   2.301   7.713  -2.574
    4   HD11  LEU 348          1HD1      LEU 348   4.496   6.201  -1.570
    5   HD12  LEU 348          2HD1      LEU 348   3.312   6.408  -0.280
    6   HD13  LEU 348          3HD1      LEU 348   2.825   5.698  -1.818
    7   HD21  LEU 348          1HD2      LEU 348   3.503   8.904  -0.079
    8   HD22  LEU 348          2HD2      LEU 348   2.344   9.674  -1.162
    9   HD23  LEU 348          3HD2      LEU 348   1.864   8.267  -0.212
   10    HB2  LEU 348           HB2      LEU 348   5.030   7.636  -2.828
   11    HB3  LEU 348           HB3      LEU 348   4.790   9.145  -1.967

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLU 349           H        GLU 349   6.185   9.211  -5.188
    2    HA   GLU 349           HA       GLU 349   7.155  11.689  -4.183
    3    HB2  GLU 349           HB2      GLU 349   8.428   9.637  -5.215
    4    HB3  GLU 349           HB3      GLU 349   8.168  10.489  -6.732
    5    HG2  GLU 349           HG2      GLU 349   9.366  11.916  -4.400
    6    HG3  GLU 349           HG3      GLU 349  10.358  10.858  -5.402

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 350           H        LEU 350   5.300  10.741  -6.984
    2    HA   LEU 350           HA       LEU 350   5.671  13.065  -8.536
    3    HG   LEU 350           HG       LEU 350   5.900  11.112  -9.949
    4   HD11  LEU 350          1HD1      LEU 350   3.291   9.937 -10.895
    5   HD12  LEU 350          2HD1      LEU 350   4.881   9.558 -11.556
    6   HD13  LEU 350          3HD1      LEU 350   4.498   9.140  -9.886
    7   HD21  LEU 350          1HD2      LEU 350   4.992  13.223 -10.959
    8   HD22  LEU 350          2HD2      LEU 350   5.464  11.981 -12.119
    9   HD23  LEU 350          3HD2      LEU 350   3.760  12.235 -11.744
   10    HB2  LEU 350           HB2      LEU 350   3.701  10.841  -8.463
   11    HB3  LEU 350           HB3      LEU 350   3.242  12.293  -9.332

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    LYS 351           H        LYS 351   3.373  12.240  -5.993
    2    HA   LYS 351           HA       LYS 351   1.650  14.433  -6.275
    3    HB2  LYS 351           HB2      LYS 351   2.239  12.430  -4.194
    4    HB3  LYS 351           HB3      LYS 351   1.568  13.941  -3.594
    5    HG2  LYS 351           HG2      LYS 351  -0.419  13.046  -4.036
    6    HG3  LYS 351           HG3      LYS 351  -0.054  13.375  -5.730
    7    HD2  LYS 351           HD2      LYS 351  -0.398  11.172  -6.007
    8    HD3  LYS 351           HD3      LYS 351   1.233  11.007  -5.353
    9    HE2  LYS 351           HE2      LYS 351  -0.234   9.501  -4.185
   10    HE3  LYS 351           HE3      LYS 351   0.253  10.793  -3.088
   11    HZ1  LYS 351           HZ1      LYS 351  -1.990  11.812  -4.093
   12    HZ2  LYS 351           HZ2      LYS 351  -2.368  10.165  -4.165
   13    HZ3  LYS 351           HZ3      LYS 351  -1.945  10.870  -2.687

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    ASP 352           H        ASP 352   4.753  14.099  -4.687
    2    HA   ASP 352           HA       ASP 352   4.655  16.528  -3.224
    3    HB2  ASP 352           HB2      ASP 352   6.817  14.618  -4.022
    4    HB3  ASP 352           HB3      ASP 352   7.264  16.195  -3.377

  No H/Q in entry =           4
  Start of MODEL    5
    1    H    ALA 353           H        ALA 353   5.669  15.683  -6.474
    2    HA   ALA 353           HA       ALA 353   6.970  18.137  -7.066
    3    HB1  ALA 353           HB1      ALA 353   5.691  16.382  -9.135
    4    HB2  ALA 353           HB2      ALA 353   7.156  15.886  -8.287
    5    HB3  ALA 353           HB3      ALA 353   7.155  17.358  -9.258

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLN 354           H        GLN 354   3.654  17.041  -7.229
    2    HA   GLN 354           HA       GLN 354   2.654  19.113  -8.878
    3   HE21  GLN 354          1HE2      GLN 354  -0.069  15.921 -10.932
    4   HE22  GLN 354          2HE2      GLN 354  -0.153  17.287 -11.986
    5    HB2  GLN 354           HB2      GLN 354   1.353  17.261  -6.890
    6    HB3  GLN 354           HB3      GLN 354   0.435  18.473  -7.773
    7    HG2  GLN 354           HG2      GLN 354   2.125  16.394  -9.130
    8    HG3  GLN 354           HG3      GLN 354   0.425  16.148  -8.732

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    ALA 355           H        ALA 355   3.225  18.836  -5.433
    2    HA   ALA 355           HA       ALA 355   2.126  21.535  -5.036
    3    HB1  ALA 355           HB1      ALA 355   2.884  19.674  -2.812
    4    HB2  ALA 355           HB2      ALA 355   1.742  21.017  -2.797
    5    HB3  ALA 355           HB3      ALA 355   1.335  19.524  -3.642

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLY 356           H        GLY 356   3.416  22.328  -2.782
    2    HA2  GLY 356           HA2      GLY 356   5.291  23.732  -2.526
    3    HA3  GLY 356           HA3      GLY 356   6.094  22.859  -3.822

  No H/Q in entry =           3
  Start of MODEL    5
    1    H1   GLU 326           H1       GLU 326  16.719 -10.875  -4.288
    2    H2   GLU 326           H2       GLU 326  17.591 -12.292  -3.869
    3    H3   GLU 326           H3       GLU 326  15.929 -12.396  -4.282
    4    HA   GLU 326           HA       GLU 326  15.243 -11.416  -2.356
    5    HB2  GLU 326           HB2      GLU 326  16.593 -13.734  -2.342
    6    HB3  GLU 326           HB3      GLU 326  17.604 -12.827  -1.226
    7    HG2  GLU 326           HG2      GLU 326  15.486 -12.295   0.048
    8    HG3  GLU 326           HG3      GLU 326  14.694 -13.508  -0.957

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    SER 327           H        SER 327  15.608 -10.152  -0.469
    2    HA   SER 327           HA       SER 327  16.445  -8.376   0.679
    3    HG   SER 327           HG       SER 327  18.823  -8.720   2.384
    4    HB2  SER 327           HB2      SER 327  18.358 -10.118   0.901
    5    HB3  SER 327           HB3      SER 327  19.209  -9.098  -0.259

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    PHE 328           H        PHE 328  15.928  -6.458  -0.138
    2    HA   PHE 328           HA       PHE 328  17.626  -5.335  -2.245
    3    HD1  PHE 328           HD1      PHE 328  13.665  -7.157  -2.276
    4    HD2  PHE 328           HD2      PHE 328  17.015  -6.372  -4.780
    5    HE1  PHE 328           HE1      PHE 328  13.347  -9.334  -3.378
    6    HE2  PHE 328           HE2      PHE 328  16.703  -8.547  -5.887
    7    HZ   PHE 328           HZ       PHE 328  14.867 -10.031  -5.186
    8    HB2  PHE 328           HB2      PHE 328  14.625  -5.024  -2.298
    9    HB3  PHE 328           HB3      PHE 328  15.781  -4.558  -3.541

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLY 329           H        GLY 329  17.750  -3.053  -2.260
    2    HA2  GLY 329           HA2      GLY 329  18.285  -1.289  -0.730
    3    HA3  GLY 329           HA3      GLY 329  17.000  -1.861   0.323

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    LEU 330           H        LEU 330  15.710  -0.119   0.498
    2    HA   LEU 330           HA       LEU 330  14.855   1.227  -1.971
    3    HG   LEU 330           HG       LEU 330  12.790   0.998  -2.823
    4   HD11  LEU 330          1HD1      LEU 330  11.510  -1.041  -1.951
    5   HD12  LEU 330          2HD1      LEU 330  10.396   0.129  -1.243
    6   HD13  LEU 330          3HD1      LEU 330  10.646   0.094  -2.988
    7   HD21  LEU 330          1HD2      LEU 330  12.531   3.003  -1.307
    8   HD22  LEU 330          2HD2      LEU 330  11.236   2.744  -2.476
    9   HD23  LEU 330          3HD2      LEU 330  11.001   2.299  -0.786
   10    HB2  LEU 330           HB2      LEU 330  13.252  -0.560  -0.767
   11    HB3  LEU 330           HB3      LEU 330  12.833   0.865   0.166

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLY 331           H        GLY 331  14.830   3.392  -1.854
    2    HA2  GLY 331           HA2      GLY 331  15.799   5.307  -0.770
    3    HA3  GLY 331           HA3      GLY 331  15.371   4.596   0.779

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ILE 332           H        ILE 332  13.412   5.030   1.673
    2    HA   ILE 332           HA       ILE 332  11.485   6.558   0.060
    3    HB   ILE 332           HB       ILE 332  10.973   5.236   2.723
    4   HG12  ILE 332          2HG1      ILE 332   9.634   3.666   1.029
    5   HG21  ILE 332          1HG2      ILE 332   9.495   7.127   1.934
    6   HG22  ILE 332          2HG2      ILE 332   8.991   6.064   0.619
    7   HG23  ILE 332          3HG2      ILE 332   8.680   5.605   2.294
    8   HD11  ILE 332          1HD1      ILE 332  11.894   3.325   2.555
    9   HD12  ILE 332          2HD1      ILE 332  11.009   2.063   1.698
   10   HD13  ILE 332          3HD1      ILE 332  12.404   2.831   0.941
   11   HG13  ILE 332          3HG1      ILE 332  10.929   4.161  -0.056

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ARG 333           H        ARG 333  11.484   8.681   0.347
    2    HA   ARG 333           HA       ARG 333  12.613   9.815   2.787
    3    HE   ARG 333           HE       ARG 333  16.372  11.289  -0.966
    4   HH11  ARG 333          1HH1      ARG 333  14.761  13.658   1.027
    5   HH12  ARG 333          2HH1      ARG 333  16.224  14.485   1.445
    6   HH21  ARG 333          1HH2      ARG 333  18.298  12.375  -0.417
    7   HH22  ARG 333          2HH2      ARG 333  18.232  13.757   0.625
    8    HB2  ARG 333           HB2      ARG 333  12.008  10.861   0.052
    9    HB3  ARG 333           HB3      ARG 333  12.114  11.997   1.390
   10    HG2  ARG 333           HG2      ARG 333  14.362  11.588   1.734
   11    HG3  ARG 333           HG3      ARG 333  14.304  10.019   0.929
   12    HD2  ARG 333           HD2      ARG 333  14.113  11.048  -1.217
   13    HD3  ARG 333           HD3      ARG 333  13.888  12.640  -0.495

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLY 334           H        GLY 334  10.734   9.033   4.040
    2    HA2  GLY 334           HA2      GLY 334   8.111   9.935   3.624
    3    HA3  GLY 334           HA3      GLY 334   8.945  11.129   4.607

  No H/Q in entry =           3
  Start of MODEL    5
    1    H    ARG 335           H        ARG 335   7.864  10.821   6.503
    2    HA   ARG 335           HA       ARG 335   8.631   8.537   8.064
    3    HE   ARG 335           HE       ARG 335   9.858  10.196  11.085
    4   HH11  ARG 335          1HH1      ARG 335   7.957  11.598  13.653
    5   HH12  ARG 335          2HH1      ARG 335   9.332  11.979  14.633
    6   HH21  ARG 335          1HH2      ARG 335  11.669  10.697  12.372
    7   HH22  ARG 335          2HH2      ARG 335  11.440  11.468  13.906
    8    HB2  ARG 335           HB2      ARG 335   8.437  10.860   8.977
    9    HB3  ARG 335           HB3      ARG 335   6.693  10.739   8.790
   10    HG2  ARG 335           HG2      ARG 335   6.492   9.163  10.480
   11    HG3  ARG 335           HG3      ARG 335   8.196   8.711  10.394
   12    HD2  ARG 335           HD2      ARG 335   7.492  11.507  11.139
   13    HD3  ARG 335           HD3      ARG 335   7.277  10.233  12.339

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 336           H        GLU 336   5.564   9.816   6.809
    2    HA   GLU 336           HA       GLU 336   3.984   7.686   7.842
    3    HB2  GLU 336           HB2      GLU 336   3.482   9.788   5.740
    4    HB3  GLU 336           HB3      GLU 336   2.280   8.576   6.161
    5    HG2  GLU 336           HG2      GLU 336   2.316   9.369   8.483
    6    HG3  GLU 336           HG3      GLU 336   3.484  10.608   8.027

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ARG 337           H        ARG 337   5.499   8.333   4.717
    2    HA   ARG 337           HA       ARG 337   4.362   6.201   3.291
    3    HE   ARG 337           HE       ARG 337   5.746   9.424   1.107
    4   HH11  ARG 337          1HH1      ARG 337   7.751   8.656  -1.644
    5   HH12  ARG 337          2HH1      ARG 337   8.187  10.304  -1.945
    6   HH21  ARG 337          1HH2      ARG 337   6.319  11.593   0.714
    7   HH22  ARG 337          2HH2      ARG 337   7.375  11.972  -0.606
    8    HB2  ARG 337           HB2      ARG 337   6.081   8.253   2.693
    9    HB3  ARG 337           HB3      ARG 337   7.138   6.852   2.580
   10    HG2  ARG 337           HG2      ARG 337   5.680   5.832   0.951
   11    HG3  ARG 337           HG3      ARG 337   4.520   7.152   1.123
   12    HD2  ARG 337           HD2      ARG 337   7.334   7.341   0.055
   13    HD3  ARG 337           HD3      ARG 337   5.841   7.488  -0.871

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    PHE 338           H        PHE 338   7.525   6.405   4.920
    2    HA   PHE 338           HA       PHE 338   8.276   3.743   4.475
    3    HD1  PHE 338           HD1      PHE 338   9.015   3.679   8.333
    4    HD2  PHE 338           HD2      PHE 338  11.510   3.762   4.887
    5    HE1  PHE 338           HE1      PHE 338  10.425   1.920   9.317
    6    HE2  PHE 338           HE2      PHE 338  12.924   2.001   5.864
    7    HZ   PHE 338           HZ       PHE 338  12.382   1.078   8.082
    8    HB2  PHE 338           HB2      PHE 338   9.886   5.428   5.196
    9    HB3  PHE 338           HB3      PHE 338   9.045   5.610   6.731

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    GLU 339           H        GLU 339   6.350   5.240   7.006
    2    HA   GLU 339           HA       GLU 339   6.239   3.079   8.787
    3    HB2  GLU 339           HB2      GLU 339   4.605   5.506   8.284
    4    HB3  GLU 339           HB3      GLU 339   3.838   4.215   9.199
    5    HG2  GLU 339           HG2      GLU 339   6.260   4.403  10.430
    6    HG3  GLU 339           HG3      GLU 339   5.950   6.078   9.975

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    MET 340           H        MET 340   4.385   3.822   5.890
    2    HA   MET 340           HA       MET 340   2.407   1.829   6.222
    3    HB2  MET 340           HB2      MET 340   2.586   3.859   4.545
    4    HB3  MET 340           HB3      MET 340   3.334   2.658   3.502
    5    HG2  MET 340           HG2      MET 340   1.169   1.284   4.238
    6    HG3  MET 340           HG3      MET 340   0.533   2.921   4.394
    7    HE1  MET 340           HE1      MET 340   1.927   4.565   2.410
    8    HE2  MET 340           HE2      MET 340   1.258   4.334   0.794
    9    HE3  MET 340           HE3      MET 340   0.181   4.602   2.164

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    PHE 341           H        PHE 341   5.317   1.872   4.156
    2    HA   PHE 341           HA       PHE 341   5.152  -0.798   3.330
    3    HD1  PHE 341           HD1      PHE 341   4.841   0.371   1.412
    4    HD2  PHE 341           HD2      PHE 341   8.237   2.643   2.598
    5    HE1  PHE 341           HE1      PHE 341   4.181   2.157  -0.141
    6    HE2  PHE 341           HE2      PHE 341   7.584   4.435   1.045
    7    HZ   PHE 341           HZ       PHE 341   5.552   4.193  -0.322
    8    HB2  PHE 341           HB2      PHE 341   7.755   0.674   3.701
    9    HB3  PHE 341           HB3      PHE 341   7.346  -0.536   2.487

  No H/Q in entry =           9
  Start of MODEL    5
    1    H    ARG 342           H        ARG 342   6.272   0.597   6.304
    2    HA   ARG 342           HA       ARG 342   7.800  -1.665   7.158
    3    HE   ARG 342           HE       ARG 342   8.535  -0.044  12.203
    4   HH11  ARG 342          1HH1      ARG 342   5.739  -1.103  10.387
    5   HH12  ARG 342          2HH1      ARG 342   4.620  -0.225  11.371
    6   HH21  ARG 342          1HH2      ARG 342   7.056   1.105  13.490
    7   HH22  ARG 342          2HH2      ARG 342   5.364   1.027  13.129
    8    HB2  ARG 342           HB2      ARG 342   7.708   0.887   7.992
    9    HB3  ARG 342           HB3      ARG 342   6.625   0.170   9.176
   10    HG2  ARG 342           HG2      ARG 342   9.247  -1.139   8.681
   11    HG3  ARG 342           HG3      ARG 342   9.209   0.361   9.611
   12    HD2  ARG 342           HD2      ARG 342   7.371  -1.910  10.277
   13    HD3  ARG 342           HD3      ARG 342   9.033  -1.895  10.858

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    GLU 343           H        GLU 343   4.525  -0.470   7.819
    2    HA   GLU 343           HA       GLU 343   3.856  -2.613   9.579
    3    HB2  GLU 343           HB2      GLU 343   1.549  -1.782   9.369
    4    HB3  GLU 343           HB3      GLU 343   2.682  -0.480   9.704
    5    HG2  GLU 343           HG2      GLU 343   2.605   0.273   7.451
    6    HG3  GLU 343           HG3      GLU 343   1.702  -1.154   6.944

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 344           H        LEU 344   3.680  -2.090   6.138
    2    HA   LEU 344           HA       LEU 344   1.926  -4.268   5.572
    3    HG   LEU 344           HG       LEU 344   0.783  -3.544   3.891
    4   HD11  LEU 344          1HD1      LEU 344   1.900  -0.767   3.586
    5   HD12  LEU 344          2HD1      LEU 344   0.201  -1.169   3.341
    6   HD13  LEU 344          3HD1      LEU 344   0.945  -1.409   4.922
    7   HD21  LEU 344          1HD2      LEU 344   2.234  -3.697   1.627
    8   HD22  LEU 344          2HD2      LEU 344   0.490  -3.435   1.658
    9   HD23  LEU 344          3HD2      LEU 344   1.585  -2.064   1.474
   10    HB2  LEU 344           HB2      LEU 344   3.461  -2.287   4.062
   11    HB3  LEU 344           HB3      LEU 344   3.379  -3.849   3.267

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    ASN 345           H        ASN 345   5.404  -3.856   5.805
    2    HA   ASN 345           HA       ASN 345   6.111  -6.370   4.695
    3   HD21  ASN 345          1HD2      ASN 345   9.186  -5.154   3.772
    4   HD22  ASN 345          2HD2      ASN 345  10.130  -6.562   4.101
    5    HB2  ASN 345           HB2      ASN 345   7.638  -4.370   4.989
    6    HB3  ASN 345           HB3      ASN 345   7.722  -4.785   6.699

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    GLU 346           H        GLU 346   5.575  -5.235   8.006
    2    HA   GLU 346           HA       GLU 346   6.264  -7.692   9.253
    3    HB2  GLU 346           HB2      GLU 346   4.821  -5.214  10.128
    4    HB3  GLU 346           HB3      GLU 346   4.820  -6.637  11.161
    5    HG2  GLU 346           HG2      GLU 346   7.428  -6.502  10.698
    6    HG3  GLU 346           HG3      GLU 346   7.032  -4.802  10.453

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    ALA 347           H        ALA 347   3.296  -6.358   7.955
    2    HA   ALA 347           HA       ALA 347   1.553  -8.306   9.087
    3    HB1  ALA 347           HB1      ALA 347   0.881  -6.877   6.557
    4    HB2  ALA 347           HB2      ALA 347   1.041  -5.957   8.053
    5    HB3  ALA 347           HB3      ALA 347  -0.143  -7.259   7.941

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    LEU 348           H        LEU 348   3.382  -8.067   6.096
    2    HA   LEU 348           HA       LEU 348   2.151 -10.261   4.783
    3    HG   LEU 348           HG       LEU 348   3.805  -8.501   2.053
    4   HD11  LEU 348          1HD1      LEU 348   2.854 -10.968   2.371
    5   HD12  LEU 348          2HD1      LEU 348   1.355 -10.068   2.600
    6   HD13  LEU 348          3HD1      LEU 348   2.277  -9.881   1.108
    7   HD21  LEU 348          1HD2      LEU 348   1.946  -7.882   4.269
    8   HD22  LEU 348          2HD2      LEU 348   2.677  -6.818   3.068
    9   HD23  LEU 348          3HD2      LEU 348   1.289  -7.815   2.634
   10    HB2  LEU 348           HB2      LEU 348   4.537  -8.568   4.370
   11    HB3  LEU 348           HB3      LEU 348   4.608 -10.166   3.652

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    GLU 349           H        GLU 349   4.921  -9.944   6.931
    2    HA   GLU 349           HA       GLU 349   5.953 -12.544   6.604
    3    HB2  GLU 349           HB2      GLU 349   6.139 -10.531   8.835
    4    HB3  GLU 349           HB3      GLU 349   6.918 -12.103   8.942
    5    HG2  GLU 349           HG2      GLU 349   7.435 -10.479   6.520
    6    HG3  GLU 349           HG3      GLU 349   8.170  -9.956   8.035

  No H/Q in entry =           6
  Start of MODEL    5
    1    H    LEU 350           H        LEU 350   3.339 -11.267   8.533
    2    HA   LEU 350           HA       LEU 350   3.042 -13.411  10.331
    3    HG   LEU 350           HG       LEU 350   2.290 -12.239  12.030
    4   HD11  LEU 350          1HD1      LEU 350   2.154  -9.531  10.731
    5   HD12  LEU 350          2HD1      LEU 350   2.589  -9.765  12.425
    6   HD13  LEU 350          3HD1      LEU 350   3.586 -10.470  11.153
    7   HD21  LEU 350          1HD2      LEU 350  -0.360 -11.814  11.770
    8   HD22  LEU 350          2HD2      LEU 350   0.539 -11.535  13.261
    9   HD23  LEU 350          3HD2      LEU 350   0.184 -10.187  12.180
   10    HB2  LEU 350           HB2      LEU 350   1.391 -11.141   9.412
   11    HB3  LEU 350           HB3      LEU 350   0.504 -12.501  10.076

  No H/Q in entry =          11
  Start of MODEL    5
    1    H    LYS 351           H        LYS 351   1.642 -12.807   7.134
    2    HA   LYS 351           HA       LYS 351  -0.106 -14.985   7.044
    3    HB2  LYS 351           HB2      LYS 351   1.142 -13.171   5.083
    4    HB3  LYS 351           HB3      LYS 351   0.641 -14.728   4.438
    5    HG2  LYS 351           HG2      LYS 351  -1.234 -13.448   4.097
    6    HG3  LYS 351           HG3      LYS 351  -1.600 -14.210   5.646
    7    HD2  LYS 351           HD2      LYS 351  -1.468 -12.261   6.784
    8    HD3  LYS 351           HD3      LYS 351  -0.143 -11.651   5.790
    9    HE2  LYS 351           HE2      LYS 351  -2.861 -11.907   4.591
   10    HE3  LYS 351           HE3      LYS 351  -2.530 -10.560   5.678
   11    HZ1  LYS 351           HZ1      LYS 351  -0.691 -11.138   3.452
   12    HZ2  LYS 351           HZ2      LYS 351  -2.123 -10.285   3.161
   13    HZ3  LYS 351           HZ3      LYS 351  -0.980  -9.672   4.247

  No H/Q in entry =          13
  Start of MODEL    5
    1    H    ASP 352           H        ASP 352   3.344 -14.791   6.559
    2    HA   ASP 352           HA       ASP 352   3.615 -17.367   5.346
    3    HB2  ASP 352           HB2      ASP 352   5.459 -15.270   6.371
    4    HB3  ASP 352           HB3      ASP 352   6.091 -16.910   6.258

  No H/Q in entry =           4
  Start of MODEL    5
    1    H    ALA 353           H        ALA 353   3.642 -16.127   8.615
    2    HA   ALA 353           HA       ALA 353   4.717 -18.481   9.823
    3    HB1  ALA 353           HB1      ALA 353   5.017 -16.593  11.127
    4    HB2  ALA 353           HB2      ALA 353   3.658 -17.387  11.923
    5    HB3  ALA 353           HB3      ALA 353   3.373 -16.015  10.851

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLN 354           H        GLN 354   1.513 -17.371   8.976
    2    HA   GLN 354           HA       GLN 354   0.084 -19.267  10.549
    3   HE21  GLN 354          1HE2      GLN 354  -2.465 -15.580   8.266
    4   HE22  GLN 354          2HE2      GLN 354  -3.956 -15.402   9.119
    5    HB2  GLN 354           HB2      GLN 354  -0.793 -17.753   8.082
    6    HB3  GLN 354           HB3      GLN 354  -1.857 -18.616   9.184
    7    HG2  GLN 354           HG2      GLN 354  -0.677 -17.013  10.946
    8    HG3  GLN 354           HG3      GLN 354  -0.493 -16.012   9.506

  No H/Q in entry =           8
  Start of MODEL    5
    1    H    ALA 355           H        ALA 355   1.471 -19.282   7.341
    2    HA   ALA 355           HA       ALA 355   0.137 -21.691   6.512
    3    HB1  ALA 355           HB1      ALA 355   1.231 -19.705   5.114
    4    HB2  ALA 355           HB2      ALA 355   1.064 -21.338   4.469
    5    HB3  ALA 355           HB3      ALA 355   2.607 -20.807   5.137

  No H/Q in entry =           5
  Start of MODEL    5
    1    H    GLY 356           H        GLY 356   0.621 -23.284   8.014
    2    HA2  GLY 356           HA2      GLY 356   1.826 -25.003   8.940
    3    HA3  GLY 356           HA3      GLY 356   3.158 -23.861   9.050

  No H/Q in entry =           3
  Start of MODEL    6
    1    H1   GLU 326           H1       GLU 326 -17.292   2.249  11.634
    2    H2   GLU 326           H2       GLU 326 -17.683   3.723  12.421
    3    H3   GLU 326           H3       GLU 326 -18.748   3.071  11.247
    4    HB2  GLU 326           HB2      GLU 326 -15.365   3.703  11.778
    5    HB3  GLU 326           HB3      GLU 326 -14.982   4.432  10.224
    6    HG2  GLU 326           HG2      GLU 326 -16.483   6.383  11.131
    7    HG3  GLU 326           HG3      GLU 326 -16.062   5.683  12.694
    8    HA   GLU 326           HA       GLU 326 -17.643   4.790  10.207

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    SER 327           H        SER 327 -18.639   3.558   8.542
    2    HA   SER 327           HA       SER 327 -16.983   1.502   7.274
    3    HG   SER 327           HG       SER 327 -19.646  -0.210   6.227
    4    HB2  SER 327           HB2      SER 327 -19.547   1.292   7.801
    5    HB3  SER 327           HB3      SER 327 -19.730   2.226   6.317

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    PHE 328           H        PHE 328 -16.473   1.583   5.052
    2    HA   PHE 328           HA       PHE 328 -17.009   4.022   3.576
    3    HD1  PHE 328           HD1      PHE 328 -13.776   3.155   6.347
    4    HD2  PHE 328           HD2      PHE 328 -15.907   6.393   4.591
    5    HE1  PHE 328           HE1      PHE 328 -13.662   4.379   8.478
    6    HE2  PHE 328           HE2      PHE 328 -15.796   7.624   6.719
    7    HZ   PHE 328           HZ       PHE 328 -14.672   6.618   8.665
    8    HB2  PHE 328           HB2      PHE 328 -14.143   3.190   4.035
    9    HB3  PHE 328           HB3      PHE 328 -14.725   4.641   3.226

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLY 329           H        GLY 329 -17.343   3.547   1.502
    2    HA2  GLY 329           HA2      GLY 329 -17.818   1.796  -0.086
    3    HA3  GLY 329           HA3      GLY 329 -16.430   0.917   0.536

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    LEU 330           H        LEU 330 -14.808   0.850  -0.853
    2    HA   LEU 330           HA       LEU 330 -14.205   3.261  -2.427
    3    HG   LEU 330           HG       LEU 330 -12.110   4.016  -2.364
    4   HD11  LEU 330          1HD1      LEU 330 -10.221   2.219  -0.935
    5   HD12  LEU 330          2HD1      LEU 330  -9.564   3.546  -1.893
    6   HD13  LEU 330          3HD1      LEU 330 -10.691   3.880  -0.578
    7   HD21  LEU 330          1HD2      LEU 330 -11.944   2.542  -4.379
    8   HD22  LEU 330          2HD2      LEU 330 -10.553   3.596  -4.121
    9   HD23  LEU 330          3HD2      LEU 330 -10.454   1.886  -3.701
   10    HB2  LEU 330           HB2      LEU 330 -12.545   1.947  -0.781
   11    HB3  LEU 330           HB3      LEU 330 -12.251   1.037  -2.251

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLY 331           H        GLY 331 -14.406   3.226  -4.576
    2    HA2  GLY 331           HA2      GLY 331 -15.492   2.247  -6.469
    3    HA3  GLY 331           HA3      GLY 331 -15.088   0.658  -5.837

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ILE 332           H        ILE 332 -13.192  -0.295  -6.412
    2    HA   ILE 332           HA       ILE 332 -11.254   1.290  -7.941
    3    HB   ILE 332           HB       ILE 332 -10.899  -1.524  -6.916
    4   HG12  ILE 332          2HG1      ILE 332  -9.342  -0.057  -5.282
    5   HG21  ILE 332          1HG2      ILE 332  -9.454  -0.238  -8.787
    6   HG22  ILE 332          2HG2      ILE 332  -8.610   0.283  -7.330
    7   HG23  ILE 332          3HG2      ILE 332  -8.781  -1.437  -7.683
    8   HD11  ILE 332          1HD1      ILE 332 -11.922  -1.305  -5.013
    9   HD12  ILE 332          2HD1      ILE 332 -10.588  -1.207  -3.864
   10   HD13  ILE 332          3HD1      ILE 332 -11.771   0.098  -3.955
   11   HG13  ILE 332          3HG1      ILE 332 -10.636   1.105  -5.562

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ARG 333           H        ARG 333 -10.784   0.879 -10.040
    2    HA   ARG 333           HA       ARG 333 -12.397  -1.194 -11.370
    3    HE   ARG 333           HE       ARG 333 -11.697   1.486 -15.433
    4   HH11  ARG 333          1HH1      ARG 333 -14.671   3.273 -15.055
    5   HH12  ARG 333          2HH1      ARG 333 -14.173   4.564 -16.096
    6   HH21  ARG 333          1HH2      ARG 333 -11.041   3.183 -16.802
    7   HH22  ARG 333          2HH2      ARG 333 -12.113   4.513 -17.088
    8    HB2  ARG 333           HB2      ARG 333 -12.602   1.356 -11.925
    9    HB3  ARG 333           HB3      ARG 333 -11.122   1.087 -12.836
   10    HG2  ARG 333           HG2      ARG 333 -12.173  -0.443 -14.288
   11    HG3  ARG 333           HG3      ARG 333 -13.588  -0.577 -13.241
   12    HD2  ARG 333           HD2      ARG 333 -14.304   0.816 -14.968
   13    HD3  ARG 333           HD3      ARG 333 -13.894   1.934 -13.668

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLY 334           H        GLY 334  -9.858  -1.707 -10.082
    2    HA2  GLY 334           HA2      GLY 334  -7.528  -1.810 -11.215
    3    HA3  GLY 334           HA3      GLY 334  -8.413  -2.708 -12.438

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ARG 335           H        ARG 335  -7.307  -4.624 -12.158
    2    HA   ARG 335           HA       ARG 335  -8.213  -6.263  -9.978
    3    HE   ARG 335           HE       ARG 335  -4.056  -8.268 -12.055
    4   HH11  ARG 335          1HH1      ARG 335  -5.222  -9.965 -14.872
    5   HH12  ARG 335          2HH1      ARG 335  -3.989 -11.179 -14.805
    6   HH21  ARG 335          1HH2      ARG 335  -2.433  -9.864 -11.965
    7   HH22  ARG 335          2HH2      ARG 335  -2.406 -11.122 -13.155
    8    HB2  ARG 335           HB2      ARG 335  -6.855  -8.035 -11.104
    9    HB3  ARG 335           HB3      ARG 335  -8.057  -7.282 -12.143
   10    HG2  ARG 335           HG2      ARG 335  -6.423  -6.052 -13.313
   11    HG3  ARG 335           HG3      ARG 335  -5.184  -6.410 -12.108
   12    HD2  ARG 335           HD2      ARG 335  -6.456  -8.733 -13.414
   13    HD3  ARG 335           HD3      ARG 335  -5.423  -7.734 -14.435

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 336           H        GLU 336  -5.173  -4.773 -10.961
    2    HA   GLU 336           HA       GLU 336  -3.606  -6.027  -8.930
    3    HB2  GLU 336           HB2      GLU 336  -2.929  -4.815 -11.197
    4    HB3  GLU 336           HB3      GLU 336  -2.775  -3.427 -10.128
    5    HG2  GLU 336           HG2      GLU 336  -1.400  -5.220  -8.702
    6    HG3  GLU 336           HG3      GLU 336  -1.132  -5.869 -10.319

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ARG 337           H        ARG 337  -5.017  -2.785  -9.299
    2    HA   ARG 337           HA       ARG 337  -4.094  -1.717  -6.882
    3    HE   ARG 337           HE       ARG 337  -4.727   0.853  -9.848
    4   HH11  ARG 337          1HH1      ARG 337  -6.760   3.631  -9.276
    5   HH12  ARG 337          2HH1      ARG 337  -6.772   4.121 -10.937
    6   HH21  ARG 337          1HH2      ARG 337  -4.741   1.495 -12.033
    7   HH22  ARG 337          2HH2      ARG 337  -5.626   2.908 -12.503
    8    HB2  ARG 337           HB2      ARG 337  -5.552  -0.768  -8.993
    9    HB3  ARG 337           HB3      ARG 337  -6.767  -0.820  -7.723
   10    HG2  ARG 337           HG2      ARG 337  -5.523   0.651  -6.347
   11    HG3  ARG 337           HG3      ARG 337  -4.098   0.516  -7.380
   12    HD2  ARG 337           HD2      ARG 337  -6.734   1.794  -8.098
   13    HD3  ARG 337           HD3      ARG 337  -5.213   2.627  -7.780

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    PHE 338           H        PHE 338  -7.226  -3.236  -7.636
    2    HA   PHE 338           HA       PHE 338  -8.277  -3.095  -5.038
    3    HD1  PHE 338           HD1      PHE 338 -11.399  -3.309  -5.387
    4    HD2  PHE 338           HD2      PHE 338  -9.193  -6.941  -5.616
    5    HE1  PHE 338           HE1      PHE 338 -13.049  -4.398  -3.923
    6    HE2  PHE 338           HE2      PHE 338 -10.840  -8.038  -4.153
    7    HZ   PHE 338           HZ       PHE 338 -12.771  -6.766  -3.305
    8    HB2  PHE 338           HB2      PHE 338  -9.672  -3.567  -6.997
    9    HB3  PHE 338           HB3      PHE 338  -8.852  -5.107  -7.226

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLU 339           H        GLU 339  -6.112  -5.375  -6.568
    2    HA   GLU 339           HA       GLU 339  -6.303  -7.462  -4.692
    3    HB2  GLU 339           HB2      GLU 339  -4.331  -6.627  -6.756
    4    HB3  GLU 339           HB3      GLU 339  -3.768  -7.741  -5.518
    5    HG2  GLU 339           HG2      GLU 339  -5.255  -9.408  -6.167
    6    HG3  GLU 339           HG3      GLU 339  -6.283  -8.278  -7.047

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    MET 340           H        MET 340  -4.366  -4.521  -4.780
    2    HA   MET 340           HA       MET 340  -2.721  -5.131  -2.562
    3    HB2  MET 340           HB2      MET 340  -2.365  -3.304  -4.300
    4    HB3  MET 340           HB3      MET 340  -3.560  -2.362  -3.419
    5    HG2  MET 340           HG2      MET 340  -2.177  -2.011  -1.636
    6    HG3  MET 340           HG3      MET 340  -1.257  -3.487  -1.918
    7    HE1  MET 340           HE1      MET 340  -2.231  -0.169  -3.715
    8    HE2  MET 340           HE2      MET 340  -0.840   0.110  -4.764
    9    HE3  MET 340           HE3      MET 340  -1.916  -1.253  -5.070

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    PHE 341           H        PHE 341  -5.563  -2.986  -2.804
    2    HA   PHE 341           HA       PHE 341  -5.819  -2.535  -0.044
    3    HD1  PHE 341           HD1      PHE 341  -5.186  -0.564  -0.927
    4    HD2  PHE 341           HD2      PHE 341  -8.319  -1.099  -3.753
    5    HE1  PHE 341           HE1      PHE 341  -4.187   1.170  -2.351
    6    HE2  PHE 341           HE2      PHE 341  -7.326   0.636  -5.187
    7    HZ   PHE 341           HZ       PHE 341  -5.255   1.767  -4.485
    8    HB2  PHE 341           HB2      PHE 341  -8.149  -2.549  -1.953
    9    HB3  PHE 341           HB3      PHE 341  -7.900  -1.531  -0.537

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    ARG 342           H        ARG 342  -6.802  -5.199  -2.048
    2    HA   ARG 342           HA       ARG 342  -8.698  -6.288  -0.204
    3    HE   ARG 342           HE       ARG 342  -7.486 -11.482  -2.153
    4   HH11  ARG 342          1HH1      ARG 342 -10.764 -10.346  -1.768
    5   HH12  ARG 342          2HH1      ARG 342 -11.293 -11.772  -0.939
    6   HH21  ARG 342          1HH2      ARG 342  -8.180 -13.357  -1.063
    7   HH22  ARG 342          2HH2      ARG 342  -9.826 -13.481  -0.538
    8    HB2  ARG 342           HB2      ARG 342  -8.784  -6.817  -2.602
    9    HB3  ARG 342           HB3      ARG 342  -7.217  -7.607  -2.489
   10    HG2  ARG 342           HG2      ARG 342  -8.436  -9.051  -0.666
   11    HG3  ARG 342           HG3      ARG 342  -9.879  -8.524  -1.535
   12    HD2  ARG 342           HD2      ARG 342  -9.403  -9.777  -3.348
   13    HD3  ARG 342           HD3      ARG 342  -7.669  -9.484  -3.223

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 343           H        GLU 343  -5.292  -6.893  -0.951
    2    HA   GLU 343           HA       GLU 343  -5.033  -8.994   0.981
    3    HB2  GLU 343           HB2      GLU 343  -2.993  -7.372  -0.548
    4    HB3  GLU 343           HB3      GLU 343  -2.566  -8.677   0.551
    5    HG2  GLU 343           HG2      GLU 343  -3.744 -10.273  -0.814
    6    HG3  GLU 343           HG3      GLU 343  -4.324  -8.987  -1.871

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 344           H        LEU 344  -4.656  -5.534   0.954
    2    HA   LEU 344           HA       LEU 344  -3.217  -5.371   3.425
    3    HG   LEU 344           HG       LEU 344  -1.860  -4.042   1.911
    4   HD11  LEU 344          1HD1      LEU 344  -2.833  -2.341   0.349
    5   HD12  LEU 344          2HD1      LEU 344  -2.693  -1.161   1.653
    6   HD13  LEU 344          3HD1      LEU 344  -1.246  -1.933   1.002
    7   HD21  LEU 344          1HD2      LEU 344  -2.450  -3.149   4.408
    8   HD22  LEU 344          2HD2      LEU 344  -0.835  -3.154   3.700
    9   HD23  LEU 344          3HD2      LEU 344  -1.810  -1.686   3.660
   10    HB2  LEU 344           HB2      LEU 344  -4.379  -3.493   1.474
   11    HB3  LEU 344           HB3      LEU 344  -4.352  -2.913   3.129

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ASN 345           H        ASN 345  -6.576  -5.419   2.466
    2    HA   ASN 345           HA       ASN 345  -7.596  -4.514   4.984
    3   HD21  ASN 345          1HD2      ASN 345 -10.222  -7.117   4.409
    4   HD22  ASN 345          2HD2      ASN 345 -11.490  -6.291   5.243
    5    HB2  ASN 345           HB2      ASN 345  -8.866  -4.276   2.871
    6    HB3  ASN 345           HB3      ASN 345  -9.007  -6.029   2.775

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    GLU 346           H        GLU 346  -7.160  -7.670   3.436
    2    HA   GLU 346           HA       GLU 346  -8.291  -9.145   5.604
    3    HB2  GLU 346           HB2      GLU 346  -8.183  -9.985   3.263
    4    HB3  GLU 346           HB3      GLU 346  -6.437 -10.114   3.421
    5    HG2  GLU 346           HG2      GLU 346  -7.250 -11.539   5.572
    6    HG3  GLU 346           HG3      GLU 346  -8.564 -11.856   4.441

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ALA 347           H        ALA 347  -5.106  -7.986   4.783
    2    HA   ALA 347           HA       ALA 347  -3.720  -9.617   6.693
    3    HB1  ALA 347           HB1      ALA 347  -2.761  -7.101   5.337
    4    HB2  ALA 347           HB2      ALA 347  -2.654  -8.718   4.641
    5    HB3  ALA 347           HB3      ALA 347  -1.769  -8.333   6.117

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    LEU 348           H        LEU 348  -5.203  -6.451   6.674
    2    HA   LEU 348           HA       LEU 348  -4.007  -5.567   9.120
    3    HG   LEU 348           HG       LEU 348  -4.939  -2.417   7.568
    4   HD11  LEU 348          1HD1      LEU 348  -4.876  -3.099  10.187
    5   HD12  LEU 348          2HD1      LEU 348  -3.169  -3.233   9.764
    6   HD13  LEU 348          3HD1      LEU 348  -4.027  -1.716   9.496
    7   HD21  LEU 348          1HD2      LEU 348  -3.501  -4.558   6.711
    8   HD22  LEU 348          2HD2      LEU 348  -2.938  -2.887   6.668
    9   HD23  LEU 348          3HD2      LEU 348  -2.471  -3.941   8.003
   10    HB2  LEU 348           HB2      LEU 348  -5.931  -4.541   7.171
   11    HB3  LEU 348           HB3      LEU 348  -6.315  -4.089   8.820

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLU 349           H        GLU 349  -6.948  -7.252   8.227
    2    HA   GLU 349           HA       GLU 349  -8.235  -7.012  10.750
    3    HB2  GLU 349           HB2      GLU 349  -8.641  -8.634   8.286
    4    HB3  GLU 349           HB3      GLU 349  -9.412  -9.191   9.765
    5    HG2  GLU 349           HG2      GLU 349  -9.760  -6.337   9.151
    6    HG3  GLU 349           HG3      GLU 349 -10.527  -7.461   8.031

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 350           H        LEU 350  -5.862  -9.192   9.429
    2    HA   LEU 350           HA       LEU 350  -6.175 -11.218  11.425
    3    HG   LEU 350           HG       LEU 350  -6.338 -12.388   9.358
    4   HD11  LEU 350          1HD1      LEU 350  -3.820 -12.325   7.812
    5   HD12  LEU 350          2HD1      LEU 350  -4.792 -13.792   7.695
    6   HD13  LEU 350          3HD1      LEU 350  -5.494 -12.233   7.265
    7   HD21  LEU 350          1HD2      LEU 350  -4.753 -13.517  11.205
    8   HD22  LEU 350          2HD2      LEU 350  -5.861 -14.436  10.185
    9   HD23  LEU 350          3HD2      LEU 350  -4.152 -14.331   9.760
   10    HB2  LEU 350           HB2      LEU 350  -4.295 -10.660   9.201
   11    HB3  LEU 350           HB3      LEU 350  -3.695 -11.671  10.502

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    LYS 351           H        LYS 351  -3.851  -8.583  10.898
    2    HA   LYS 351           HA       LYS 351  -2.378  -9.114  13.280
    3    HB2  LYS 351           HB2      LYS 351  -1.293  -6.957  12.846
    4    HB3  LYS 351           HB3      LYS 351  -1.357  -7.947  11.395
    5    HG2  LYS 351           HG2      LYS 351  -3.429  -6.640  10.758
    6    HG3  LYS 351           HG3      LYS 351  -3.011  -5.534  12.069
    7    HD2  LYS 351           HD2      LYS 351  -1.021  -6.260   9.943
    8    HD3  LYS 351           HD3      LYS 351  -2.198  -4.969   9.695
    9    HE2  LYS 351           HE2      LYS 351  -0.471  -3.752  10.559
   10    HE3  LYS 351           HE3      LYS 351  -1.307  -4.181  12.051
   11    HZ1  LYS 351           HZ1      LYS 351   0.325  -6.259  11.794
   12    HZ2  LYS 351           HZ2      LYS 351   1.269  -5.070  11.047
   13    HZ3  LYS 351           HZ3      LYS 351   0.743  -4.855  12.639

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    ASP 352           H        ASP 352  -5.221  -7.265  12.524
    2    HA   ASP 352           HA       ASP 352  -5.174  -5.708  14.941
    3    HB2  ASP 352           HB2      ASP 352  -7.141  -6.098  12.708
    4    HB3  ASP 352           HB3      ASP 352  -7.643  -5.297  14.194

  No H/Q in entry =           4
  Start of MODEL    6
    1    H    ALA 353           H        ALA 353  -6.516  -8.754  13.898
    2    HA   ALA 353           HA       ALA 353  -8.333  -9.045  16.089
    3    HB1  ALA 353           HB1      ALA 353  -9.049 -10.386  14.409
    4    HB2  ALA 353           HB2      ALA 353  -7.417 -10.721  13.831
    5    HB3  ALA 353           HB3      ALA 353  -8.042 -11.566  15.248

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLN 354           H        GLN 354  -4.987  -9.856  15.494
    2    HA   GLN 354           HA       GLN 354  -4.692 -11.657  17.680
    3   HE21  GLN 354          1HE2      GLN 354  -1.932 -14.085  14.585
    4   HE22  GLN 354          2HE2      GLN 354  -2.428 -15.285  15.725
    5    HB2  GLN 354           HB2      GLN 354  -2.641 -10.060  16.138
    6    HB3  GLN 354           HB3      GLN 354  -2.252 -11.308  17.314
    7    HG2  GLN 354           HG2      GLN 354  -3.973 -11.868  14.925
    8    HG3  GLN 354           HG3      GLN 354  -2.213 -11.944  14.850

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    ALA 355           H        ALA 355  -4.432  -8.192  17.294
    2    HA   ALA 355           HA       ALA 355  -3.232  -7.789  19.890
    3    HB1  ALA 355           HB1      ALA 355  -2.553  -6.152  18.412
    4    HB2  ALA 355           HB2      ALA 355  -3.843  -5.330  19.290
    5    HB3  ALA 355           HB3      ALA 355  -4.152  -5.994  17.686

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLY 356           H        GLY 356  -6.429  -7.447  18.421
    2    HA2  GLY 356           HA2      GLY 356  -8.338  -6.484  19.506
    3    HA3  GLY 356           HA3      GLY 356  -7.530  -6.716  21.049

  No H/Q in entry =           3
  Start of MODEL    6
    1    H1   GLU 326           H1       GLU 326 -15.408  -7.419 -14.021
    2    H2   GLU 326           H2       GLU 326 -14.077  -7.541 -15.094
    3    H3   GLU 326           H3       GLU 326 -13.820  -7.612 -13.398
    4    HA   GLU 326           HA       GLU 326 -13.184  -5.507 -14.015
    5    HB2  GLU 326           HB2      GLU 326 -14.588  -5.883 -16.229
    6    HB3  GLU 326           HB3      GLU 326 -15.794  -4.946 -15.359
    7    HG2  GLU 326           HG2      GLU 326 -14.634  -3.365 -16.601
    8    HG3  GLU 326           HG3      GLU 326 -13.937  -3.234 -14.987

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    SER 327           H        SER 327 -13.681  -3.623 -12.837
    2    HA   SER 327           HA       SER 327 -14.550  -2.437 -11.103
    3    HG   SER 327           HG       SER 327 -17.084  -2.591  -9.847
    4    HB2  SER 327           HB2      SER 327 -16.517  -2.286 -12.609
    5    HB3  SER 327           HB3      SER 327 -17.161  -3.759 -11.884

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    PHE 328           H        PHE 328 -13.889  -3.015  -9.147
    2    HA   PHE 328           HA       PHE 328 -15.132  -5.370  -7.890
    3    HD1  PHE 328           HD1      PHE 328 -12.965  -7.907  -8.220
    4    HD2  PHE 328           HD2      PHE 328 -11.959  -4.124  -9.889
    5    HE1  PHE 328           HE1      PHE 328 -12.163  -9.024 -10.259
    6    HE2  PHE 328           HE2      PHE 328 -11.155  -5.234 -11.932
    7    HZ   PHE 328           HZ       PHE 328 -11.257  -7.688 -12.119
    8    HB2  PHE 328           HB2      PHE 328 -12.282  -4.506  -7.397
    9    HB3  PHE 328           HB3      PHE 328 -13.061  -6.000  -6.886

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLY 329           H        GLY 329 -16.014  -5.029  -5.943
    2    HA2  GLY 329           HA2      GLY 329 -17.014  -3.312  -4.546
    3    HA3  GLY 329           HA3      GLY 329 -15.510  -2.413  -4.674

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    LEU 330           H        LEU 330 -14.891  -2.265  -2.589
    2    HA   LEU 330           HA       LEU 330 -14.704  -4.760  -1.038
    3    HG   LEU 330           HG       LEU 330 -12.612  -4.354   0.903
    4   HD11  LEU 330          1HD1      LEU 330 -12.170  -6.189  -1.445
    5   HD12  LEU 330          2HD1      LEU 330 -11.906  -6.635   0.240
    6   HD13  LEU 330          3HD1      LEU 330 -13.525  -6.211  -0.316
    7   HD21  LEU 330          1HD2      LEU 330 -10.533  -3.223  -0.263
    8   HD22  LEU 330          2HD2      LEU 330 -10.333  -4.489   0.948
    9   HD23  LEU 330          3HD2      LEU 330 -10.210  -4.883  -0.767
   10    HB2  LEU 330           HB2      LEU 330 -12.515  -3.851  -2.075
   11    HB3  LEU 330           HB3      LEU 330 -12.628  -2.601  -0.850

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLY 331           H        GLY 331 -15.182  -4.624   1.117
    2    HA2  GLY 331           HA2      GLY 331 -16.793  -3.576   2.589
    3    HA3  GLY 331           HA3      GLY 331 -16.221  -2.016   2.019

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ILE 332           H        ILE 332 -14.303  -1.155   2.846
    2    HA   ILE 332           HA       ILE 332 -12.976  -2.641   4.990
    3    HB   ILE 332           HB       ILE 332 -12.169   0.027   3.839
    4   HG12  ILE 332          2HG1      ILE 332 -10.371  -1.603   2.758
    5   HG21  ILE 332          1HG2      ILE 332 -11.340  -1.100   6.131
    6   HG22  ILE 332          2HG2      ILE 332 -10.206  -1.841   5.003
    7   HG23  ILE 332          3HG2      ILE 332 -10.313  -0.085   5.119
    8   HD11  ILE 332          1HD1      ILE 332 -12.704  -0.349   1.775
    9   HD12  ILE 332          2HD1      ILE 332 -11.253  -0.826   0.893
   10   HD13  ILE 332          3HD1      ILE 332 -12.601  -1.953   1.049
   11   HG13  ILE 332          3HG1      ILE 332 -11.690  -2.762   2.889

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ARG 333           H        ARG 333 -13.484  -2.286   7.041
    2    HA   ARG 333           HA       ARG 333 -15.061   0.073   7.734
    3    HE   ARG 333           HE       ARG 333 -16.094  -3.537  10.509
    4   HH11  ARG 333          1HH1      ARG 333 -19.354  -2.530  11.242
    5   HH12  ARG 333          2HH1      ARG 333 -19.526  -3.622  12.574
    6   HH21  ARG 333          1HH2      ARG 333 -16.318  -4.975  12.261
    7   HH22  ARG 333          2HH2      ARG 333 -17.802  -5.010  13.154
    8    HB2  ARG 333           HB2      ARG 333 -14.548  -2.569   9.060
    9    HB3  ARG 333           HB3      ARG 333 -15.162  -1.215   9.998
   10    HG2  ARG 333           HG2      ARG 333 -16.877  -1.153   7.932
   11    HG3  ARG 333           HG3      ARG 333 -16.497  -2.876   7.966
   12    HD2  ARG 333           HD2      ARG 333 -17.529  -1.214  10.262
   13    HD3  ARG 333           HD3      ARG 333 -18.437  -2.417   9.346

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLY 334           H        GLY 334 -12.533   0.819   7.166
    2    HA2  GLY 334           HA2      GLY 334 -10.411   0.872   8.674
    3    HA3  GLY 334           HA3      GLY 334 -11.533   1.597   9.815

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ARG 335           H        ARG 335 -10.856   3.655   9.953
    2    HA   ARG 335           HA       ARG 335 -11.297   5.396   7.722
    3    HE   ARG 335           HE       ARG 335 -10.330  10.446   8.988
    4   HH11  ARG 335          1HH1      ARG 335 -13.115   9.102  10.606
    5   HH12  ARG 335          2HH1      ARG 335 -14.130  10.460  10.257
    6   HH21  ARG 335          1HH2      ARG 335 -11.664  12.235   8.528
    7   HH22  ARG 335          2HH2      ARG 335 -13.307  12.239   9.077
    8    HB2  ARG 335           HB2      ARG 335 -11.535   5.790  10.338
    9    HB3  ARG 335           HB3      ARG 335  -9.874   6.339  10.166
   10    HG2  ARG 335           HG2      ARG 335 -10.985   7.701   8.152
   11    HG3  ARG 335           HG3      ARG 335 -12.386   7.560   9.214
   12    HD2  ARG 335           HD2      ARG 335 -11.215   8.611  11.013
   13    HD3  ARG 335           HD3      ARG 335  -9.694   8.560  10.122

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 336           H        GLU 336  -8.422   4.525   9.637
    2    HA   GLU 336           HA       GLU 336  -6.600   5.976   8.029
    3    HB2  GLU 336           HB2      GLU 336  -6.347   3.839  10.109
    4    HB3  GLU 336           HB3      GLU 336  -4.943   4.264   9.140
    5    HG2  GLU 336           HG2      GLU 336  -4.661   6.239  10.170
    6    HG3  GLU 336           HG3      GLU 336  -6.394   6.532  10.315

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ARG 337           H        ARG 337  -7.556   2.560   8.084
    2    HA   ARG 337           HA       ARG 337  -5.788   1.669   6.094
    3    HE   ARG 337           HE       ARG 337  -7.279  -1.965   8.713
    4   HH11  ARG 337          1HH1      ARG 337  -8.956  -3.717   6.203
    5   HH12  ARG 337          2HH1      ARG 337  -9.954  -4.596   7.311
    6   HH21  ARG 337          1HH2      ARG 337  -8.592  -3.121  10.171
    7   HH22  ARG 337          2HH2      ARG 337  -9.748  -4.258   9.563
    8    HB2  ARG 337           HB2      ARG 337  -7.843   0.557   7.670
    9    HB3  ARG 337           HB3      ARG 337  -8.290   0.233   6.000
   10    HG2  ARG 337           HG2      ARG 337  -5.883  -0.619   5.734
   11    HG3  ARG 337           HG3      ARG 337  -5.854  -0.648   7.499
   12    HD2  ARG 337           HD2      ARG 337  -8.054  -1.967   5.942
   13    HD3  ARG 337           HD3      ARG 337  -6.530  -2.795   6.261

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    PHE 338           H        PHE 338  -9.236   2.534   5.831
    2    HA   PHE 338           HA       PHE 338  -9.383   2.323   3.037
    3    HD1  PHE 338           HD1      PHE 338 -12.524   1.965   2.393
    4    HD2  PHE 338           HD2      PHE 338 -11.100   5.877   3.269
    5    HE1  PHE 338           HE1      PHE 338 -13.805   2.853   0.489
    6    HE2  PHE 338           HE2      PHE 338 -12.378   6.774   1.367
    7    HZ   PHE 338           HZ       PHE 338 -13.733   5.261  -0.025
    8    HB2  PHE 338           HB2      PHE 338 -11.390   2.383   4.416
    9    HB3  PHE 338           HB3      PHE 338 -11.017   4.024   4.933

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLU 339           H        GLU 339  -8.158   4.820   5.110
    2    HA   GLU 339           HA       GLU 339  -8.258   6.959   3.257
    3    HB2  GLU 339           HB2      GLU 339  -6.880   6.428   5.838
    4    HB3  GLU 339           HB3      GLU 339  -6.224   7.706   4.825
    5    HG2  GLU 339           HG2      GLU 339  -8.176   8.977   4.956
    6    HG3  GLU 339           HG3      GLU 339  -9.134   7.609   5.520

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    MET 340           H        MET 340  -5.921   4.420   3.907
    2    HA   MET 340           HA       MET 340  -3.847   5.521   2.291
    3    HB2  MET 340           HB2      MET 340  -3.470   3.835   4.086
    4    HB3  MET 340           HB3      MET 340  -4.285   2.637   3.090
    5    HG2  MET 340           HG2      MET 340  -2.576   2.756   1.427
    6    HG3  MET 340           HG3      MET 340  -1.815   4.123   2.238
    7    HE1  MET 340           HE1      MET 340  -3.390   1.345   4.328
    8    HE2  MET 340           HE2      MET 340  -2.932   0.335   2.956
    9    HE3  MET 340           HE3      MET 340  -2.116   0.139   4.507

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    PHE 341           H        PHE 341  -6.358   3.078   1.764
    2    HA   PHE 341           HA       PHE 341  -5.606   2.389  -0.860
    3    HD1  PHE 341           HD1      PHE 341  -5.102   0.756   0.556
    4    HD2  PHE 341           HD2      PHE 341  -9.174   0.782   1.789
    5    HE1  PHE 341           HE1      PHE 341  -4.539  -0.734   2.424
    6    HE2  PHE 341           HE2      PHE 341  -8.618  -0.711   3.663
    7    HZ   PHE 341           HZ       PHE 341  -6.297  -1.464   3.981
    8    HB2  PHE 341           HB2      PHE 341  -8.442   2.281   0.138
    9    HB3  PHE 341           HB3      PHE 341  -7.629   1.192  -0.982

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    ARG 342           H        ARG 342  -7.677   4.970   0.383
    2    HA   ARG 342           HA       ARG 342  -8.712   5.671  -2.190
    3    HE   ARG 342           HE       ARG 342 -10.060   7.397   2.578
    4   HH11  ARG 342          1HH1      ARG 342 -10.211  10.862   2.193
    5   HH12  ARG 342          2HH1      ARG 342 -11.050  11.117   3.686
    6   HH21  ARG 342          1HH2      ARG 342 -11.164   7.730   4.542
    7   HH22  ARG 342          2HH2      ARG 342 -11.591   9.339   5.020
    8    HB2  ARG 342           HB2      ARG 342  -9.713   7.553  -1.125
    9    HB3  ARG 342           HB3      ARG 342  -9.826   6.207  -0.001
   10    HG2  ARG 342           HG2      ARG 342  -8.161   7.086   1.391
   11    HG3  ARG 342           HG3      ARG 342  -7.611   8.224   0.161
   12    HD2  ARG 342           HD2      ARG 342  -8.858   9.691   1.328
   13    HD3  ARG 342           HD3      ARG 342 -10.185   8.986   0.406

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 343           H        GLU 343  -5.956   6.656  -0.263
    2    HA   GLU 343           HA       GLU 343  -5.260   8.864  -1.965
    3    HB2  GLU 343           HB2      GLU 343  -4.021   7.502   0.387
    4    HB3  GLU 343           HB3      GLU 343  -3.002   8.511  -0.631
    5    HG2  GLU 343           HG2      GLU 343  -5.154  10.128  -0.232
    6    HG3  GLU 343           HG3      GLU 343  -5.067   9.256   1.298

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 344           H        LEU 344  -4.402   5.480  -1.695
    2    HA   LEU 344           HA       LEU 344  -2.203   5.615  -3.524
    3    HG   LEU 344           HG       LEU 344  -1.289   3.038  -4.027
    4   HD11  LEU 344          1HD1      LEU 344  -0.854   4.834  -1.724
    5   HD12  LEU 344          2HD1      LEU 344   0.439   3.692  -2.090
    6   HD13  LEU 344          3HD1      LEU 344  -0.107   4.830  -3.321
    7   HD21  LEU 344          1HD2      LEU 344  -2.224   1.408  -2.098
    8   HD22  LEU 344          2HD2      LEU 344  -0.645   1.220  -2.859
    9   HD23  LEU 344          3HD2      LEU 344  -0.782   2.037  -1.302
   10    HB2  LEU 344           HB2      LEU 344  -3.046   3.785  -1.687
   11    HB3  LEU 344           HB3      LEU 344  -3.559   3.026  -3.182

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ASN 345           H        ASN 345  -5.641   5.068  -3.767
    2    HA   ASN 345           HA       ASN 345  -5.582   4.054  -6.442
    3   HD21  ASN 345          1HD2      ASN 345  -8.097   2.177  -6.282
    4   HD22  ASN 345          2HD2      ASN 345  -9.022   2.565  -7.688
    5    HB2  ASN 345           HB2      ASN 345  -7.432   3.617  -4.809
    6    HB3  ASN 345           HB3      ASN 345  -7.911   5.304  -4.970

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    GLU 346           H        GLU 346  -6.043   7.214  -4.955
    2    HA   GLU 346           HA       GLU 346  -6.738   8.556  -7.372
    3    HB2  GLU 346           HB2      GLU 346  -7.171   9.298  -4.941
    4    HB3  GLU 346           HB3      GLU 346  -5.514   9.886  -4.966
    5    HG2  GLU 346           HG2      GLU 346  -6.039  11.354  -6.825
    6    HG3  GLU 346           HG3      GLU 346  -7.690  10.736  -6.864

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ALA 347           H        ALA 347  -3.732   7.934  -5.660
    2    HA   ALA 347           HA       ALA 347  -2.133   9.661  -7.277
    3    HB1  ALA 347           HB1      ALA 347  -1.597   8.827  -4.935
    4    HB2  ALA 347           HB2      ALA 347  -0.276   8.816  -6.104
    5    HB3  ALA 347           HB3      ALA 347  -1.111   7.315  -5.701

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    LEU 348           H        LEU 348  -3.041   6.270  -7.393
    2    HA   LEU 348           HA       LEU 348  -1.197   5.536  -9.436
    3    HG   LEU 348           HG       LEU 348  -0.894   3.922  -7.751
    4   HD11  LEU 348          1HD1      LEU 348  -3.323   2.347  -7.215
    5   HD12  LEU 348          2HD1      LEU 348  -1.794   1.486  -7.040
    6   HD13  LEU 348          3HD1      LEU 348  -2.091   2.953  -6.108
    7   HD21  LEU 348          1HD2      LEU 348  -1.080   2.874 -10.191
    8   HD22  LEU 348          2HD2      LEU 348   0.020   2.238  -8.968
    9   HD23  LEU 348          3HD2      LEU 348  -1.532   1.451  -9.253
   10    HB2  LEU 348           HB2      LEU 348  -3.546   4.296  -8.114
   11    HB3  LEU 348           HB3      LEU 348  -3.109   3.674  -9.694

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLU 349           H        GLU 349  -4.418   6.885  -9.398
    2    HA   GLU 349           HA       GLU 349  -5.072   6.362 -12.105
    3    HB2  GLU 349           HB2      GLU 349  -6.122   8.128  -9.953
    4    HB3  GLU 349           HB3      GLU 349  -6.566   8.521 -11.609
    5    HG2  GLU 349           HG2      GLU 349  -7.176   5.969 -11.707
    6    HG3  GLU 349           HG3      GLU 349  -7.289   6.159  -9.957

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 350           H        LEU 350  -3.230   8.857 -10.507
    2    HA   LEU 350           HA       LEU 350  -3.227  10.783 -12.557
    3    HG   LEU 350           HG       LEU 350  -3.097  12.538 -11.251
    4   HD11  LEU 350          1HD1      LEU 350  -2.918  10.988  -8.721
    5   HD12  LEU 350          2HD1      LEU 350  -3.443  12.669  -8.643
    6   HD13  LEU 350          3HD1      LEU 350  -4.335  11.512  -9.631
    7   HD21  LEU 350          1HD2      LEU 350  -0.525  13.011 -10.633
    8   HD22  LEU 350          2HD2      LEU 350  -1.824  14.170 -10.350
    9   HD23  LEU 350          3HD2      LEU 350  -1.252  13.147  -9.032
   10    HB2  LEU 350           HB2      LEU 350  -1.608  10.210 -10.154
   11    HB3  LEU 350           HB3      LEU 350  -0.813  11.163 -11.392

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    LYS 351           H        LYS 351  -1.206   7.958 -11.967
    2    HA   LYS 351           HA       LYS 351   0.785   8.449 -13.866
    3    HB2  LYS 351           HB2      LYS 351  -0.337   5.924 -12.681
    4    HB3  LYS 351           HB3      LYS 351   0.924   5.867 -13.905
    5    HG2  LYS 351           HG2      LYS 351   2.344   7.274 -12.451
    6    HG3  LYS 351           HG3      LYS 351   1.092   7.199 -11.210
    7    HD2  LYS 351           HD2      LYS 351   1.408   4.568 -11.776
    8    HD3  LYS 351           HD3      LYS 351   3.044   5.167 -12.061
    9    HE2  LYS 351           HE2      LYS 351   3.338   5.804  -9.871
   10    HE3  LYS 351           HE3      LYS 351   1.609   6.001  -9.585
   11    HZ1  LYS 351           HZ1      LYS 351   1.444   3.526  -9.771
   12    HZ2  LYS 351           HZ2      LYS 351   3.134   3.464  -9.754
   13    HZ3  LYS 351           HZ3      LYS 351   2.296   4.081  -8.419

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    ASP 352           H        ASP 352  -2.459   7.186 -14.201
    2    HA   ASP 352           HA       ASP 352  -2.185   6.146 -16.820
    3    HB2  ASP 352           HB2      ASP 352  -4.044   5.544 -15.305
    4    HB3  ASP 352           HB3      ASP 352  -4.673   7.184 -15.445

  No H/Q in entry =           4
  Start of MODEL    6
    1    H    ALA 353           H        ALA 353  -3.329   9.274 -15.592
    2    HA   ALA 353           HA       ALA 353  -3.944  10.378 -18.121
    3    HB1  ALA 353           HB1      ALA 353  -3.150  11.964 -15.693
    4    HB2  ALA 353           HB2      ALA 353  -4.728  11.194 -15.855
    5    HB3  ALA 353           HB3      ALA 353  -4.231  12.436 -17.004

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLN 354           H        GLN 354  -0.996  10.165 -16.256
    2    HA   GLN 354           HA       GLN 354   0.471  12.104 -17.737
    3   HE21  GLN 354          1HE2      GLN 354   0.505  14.179 -14.599
    4   HE22  GLN 354          2HE2      GLN 354   1.588  15.201 -15.474
    5    HB2  GLN 354           HB2      GLN 354   1.262   9.877 -15.874
    6    HB3  GLN 354           HB3      GLN 354   2.467  10.850 -16.706
    7    HG2  GLN 354           HG2      GLN 354   0.317  12.013 -14.959
    8    HG3  GLN 354           HG3      GLN 354   1.920  11.570 -14.374

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    ALA 355           H        ALA 355  -0.155   8.688 -18.113
    2    HA   ALA 355           HA       ALA 355   1.385   8.739 -20.625
    3    HB1  ALA 355           HB1      ALA 355   1.371   6.704 -18.449
    4    HB2  ALA 355           HB2      ALA 355   2.718   7.331 -19.399
    5    HB3  ALA 355           HB3      ALA 355   1.596   6.174 -20.116

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLY 356           H        GLY 356  -0.488   9.214 -21.820
    2    HA2  GLY 356           HA2      GLY 356  -2.708   8.821 -22.546
    3    HA3  GLY 356           HA3      GLY 356  -2.688   7.283 -21.697

  No H/Q in entry =           3
  Start of MODEL    6
    1    H1   GLU 326           H1       GLU 326  15.890  12.094   8.965
    2    H2   GLU 326           H2       GLU 326  14.406  12.943   8.842
    3    H3   GLU 326           H3       GLU 326  14.408  11.229   8.943
    4    HA   GLU 326           HA       GLU 326  14.000  11.780   6.737
    5    HB2  GLU 326           HB2      GLU 326  15.598  13.247   5.505
    6    HB3  GLU 326           HB3      GLU 326  14.727  14.079   6.786
    7    HG2  GLU 326           HG2      GLU 326  17.441  12.931   7.287
    8    HG3  GLU 326           HG3      GLU 326  17.251  14.498   6.501

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    SER 327           H        SER 327  14.909  10.636   4.975
    2    HA   SER 327           HA       SER 327  16.089   8.953   4.003
    3    HG   SER 327           HG       SER 327  19.594   9.092   3.930
    4    HB2  SER 327           HB2      SER 327  17.931  10.658   4.236
    5    HB3  SER 327           HB3      SER 327  18.403   9.850   5.732

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    PHE 328           H        PHE 328  15.438   6.977   4.531
    2    HA   PHE 328           HA       PHE 328  16.488   5.775   6.995
    3    HD1  PHE 328           HD1      PHE 328  13.239   7.788   5.723
    4    HD2  PHE 328           HD2      PHE 328  14.449   6.163   9.466
    5    HE1  PHE 328           HE1      PHE 328  12.474   9.834   6.855
    6    HE2  PHE 328           HE2      PHE 328  13.685   8.206  10.604
    7    HZ   PHE 328           HZ       PHE 328  12.695  10.045   9.298
    8    HB2  PHE 328           HB2      PHE 328  13.650   5.355   6.048
    9    HB3  PHE 328           HB3      PHE 328  14.373   4.789   7.551

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLY 329           H        GLY 329  16.884   3.558   6.901
    2    HA2  GLY 329           HA2      GLY 329  18.024   2.019   5.419
    3    HA3  GLY 329           HA3      GLY 329  16.875   2.458   4.165

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    LEU 330           H        LEU 330  15.262   1.087   3.808
    2    HA   LEU 330           HA       LEU 330  14.288  -0.581   6.012
    3    HG   LEU 330           HG       LEU 330  11.796  -0.257   6.119
    4   HD11  LEU 330          1HD1      LEU 330  10.640  -0.587   3.382
    5   HD12  LEU 330          2HD1      LEU 330   9.754  -1.146   4.801
    6   HD13  LEU 330          3HD1      LEU 330  10.201   0.553   4.654
    7   HD21  LEU 330          1HD2      LEU 330  12.597  -2.659   4.595
    8   HD22  LEU 330          2HD2      LEU 330  12.486  -2.402   6.336
    9   HD23  LEU 330          3HD2      LEU 330  11.027  -2.715   5.396
   10    HB2  LEU 330           HB2      LEU 330  12.878   0.880   4.262
   11    HB3  LEU 330           HB3      LEU 330  12.962  -0.621   3.360

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLY 331           H        GLY 331  14.668  -2.706   6.102
    2    HA2  GLY 331           HA2      GLY 331  16.078  -4.530   5.532
    3    HA3  GLY 331           HA3      GLY 331  16.163  -3.915   3.888

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ILE 332           H        ILE 332  14.303  -4.189   2.510
    2    HA   ILE 332           HA       ILE 332  12.276  -6.082   3.401
    3    HB   ILE 332           HB       ILE 332  12.522  -4.794   0.684
    4   HG12  ILE 332          2HG1      ILE 332  10.513  -3.438   1.879
    5   HG21  ILE 332          1HG2      ILE 332  10.561  -6.549   2.008
    6   HG22  ILE 332          2HG2      ILE 332   9.891  -5.198   1.095
    7   HG23  ILE 332          3HG2      ILE 332  10.949  -6.362   0.298
    8   HD11  ILE 332          1HD1      ILE 332  12.696  -2.599   0.767
    9   HD12  ILE 332          2HD1      ILE 332  11.847  -1.568   1.919
   10   HD13  ILE 332          3HD1      ILE 332  13.276  -2.468   2.428
   11   HG13  ILE 332          3HG1      ILE 332  11.544  -3.737   3.275

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ARG 333           H        ARG 333  12.412  -8.194   3.048
    2    HA   ARG 333           HA       ARG 333  14.402  -9.170   1.122
    3    HE   ARG 333           HE       ARG 333  15.128 -12.900   5.069
    4   HH11  ARG 333          1HH1      ARG 333  16.720 -13.396   2.004
    5   HH12  ARG 333          2HH1      ARG 333  18.250 -13.777   2.718
    6   HH21  ARG 333          1HH2      ARG 333  17.140 -13.401   6.011
    7   HH22  ARG 333          2HH2      ARG 333  18.489 -13.780   4.993
    8    HB2  ARG 333           HB2      ARG 333  14.397  -9.862   3.608
    9    HB3  ARG 333           HB3      ARG 333  13.010 -10.858   3.186
   10    HG2  ARG 333           HG2      ARG 333  14.701 -11.640   1.267
   11    HG3  ARG 333           HG3      ARG 333  15.864 -11.194   2.517
   12    HD2  ARG 333           HD2      ARG 333  13.560 -12.798   3.416
   13    HD3  ARG 333           HD3      ARG 333  14.690 -13.618   2.340

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLY 334           H        GLY 334  11.769  -8.191   0.337
    2    HA2  GLY 334           HA2      GLY 334   9.652  -9.432  -0.252
    3    HA3  GLY 334           HA3      GLY 334  10.726 -10.692  -0.841

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ARG 335           H        ARG 335  10.244 -10.682  -2.975
    2    HA   ARG 335           HA       ARG 335  11.282  -8.523  -4.555
    3    HE   ARG 335           HE       ARG 335  10.612 -11.308  -9.635
    4   HH11  ARG 335          1HH1      ARG 335  12.920  -9.016  -8.372
    5   HH12  ARG 335          2HH1      ARG 335  13.141  -8.213  -9.890
    6   HH21  ARG 335          1HH2      ARG 335  10.902 -10.253 -11.633
    7   HH22  ARG 335          2HH2      ARG 335  11.996  -8.914 -11.741
    8    HB2  ARG 335           HB2      ARG 335  11.484 -10.926  -5.195
    9    HB3  ARG 335           HB3      ARG 335   9.747 -10.963  -5.465
   10    HG2  ARG 335           HG2      ARG 335   9.879  -9.601  -7.339
   11    HG3  ARG 335           HG3      ARG 335  11.470  -8.978  -6.893
   12    HD2  ARG 335           HD2      ARG 335  12.559 -10.905  -7.590
   13    HD3  ARG 335           HD3      ARG 335  11.100 -11.887  -7.484

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 336           H        GLU 336   8.066  -9.880  -3.932
    2    HA   GLU 336           HA       GLU 336   6.722  -8.010  -5.629
    3    HB2  GLU 336           HB2      GLU 336   5.470  -9.607  -3.399
    4    HB3  GLU 336           HB3      GLU 336   4.697  -8.993  -4.854
    5    HG2  GLU 336           HG2      GLU 336   6.420 -10.531  -6.068
    6    HG3  GLU 336           HG3      GLU 336   6.486 -11.347  -4.507

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ARG 337           H        ARG 337   7.137  -8.323  -2.115
    2    HA   ARG 337           HA       ARG 337   5.604  -6.115  -1.353
    3    HE   ARG 337           HE       ARG 337   6.014  -9.565   2.816
    4   HH11  ARG 337          1HH1      ARG 337   8.678  -7.566   1.757
    5   HH12  ARG 337          2HH1      ARG 337   9.815  -8.871   1.758
    6   HH21  ARG 337          1HH2      ARG 337   7.512 -11.276   2.816
    7   HH22  ARG 337          2HH2      ARG 337   9.155 -10.974   2.357
    8    HB2  ARG 337           HB2      ARG 337   7.613  -7.845  -0.121
    9    HB3  ARG 337           HB3      ARG 337   7.644  -6.205   0.513
   10    HG2  ARG 337           HG2      ARG 337   5.167  -6.421   0.892
   11    HG3  ARG 337           HG3      ARG 337   5.342  -8.135   0.508
   12    HD2  ARG 337           HD2      ARG 337   7.098  -6.885   2.577
   13    HD3  ARG 337           HD3      ARG 337   5.444  -7.330   2.987

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    PHE 338           H        PHE 338   9.099  -6.327  -1.986
    2    HA   PHE 338           HA       PHE 338   9.688  -3.628  -1.522
    3    HD1  PHE 338           HD1      PHE 338  12.970  -3.687  -1.047
    4    HD2  PHE 338           HD2      PHE 338  11.393  -3.684  -4.999
    5    HE1  PHE 338           HE1      PHE 338  14.593  -1.953  -1.688
    6    HE2  PHE 338           HE2      PHE 338  13.013  -1.950  -5.649
    7    HZ   PHE 338           HZ       PHE 338  14.616  -1.082  -3.992
    8    HB2  PHE 338           HB2      PHE 338  11.436  -5.327  -1.679
    9    HB3  PHE 338           HB3      PHE 338  11.049  -5.598  -3.375

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLU 339           H        GLU 339   8.629  -5.319  -4.434
    2    HA   GLU 339           HA       GLU 339   8.963  -3.240  -6.272
    3    HB2  GLU 339           HB2      GLU 339   7.311  -5.703  -6.134
    4    HB3  GLU 339           HB3      GLU 339   6.813  -4.483  -7.298
    5    HG2  GLU 339           HG2      GLU 339   9.491  -4.635  -7.765
    6    HG3  GLU 339           HG3      GLU 339   9.101  -6.299  -7.333

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    MET 340           H        MET 340   6.372  -3.923  -3.994
    2    HA   MET 340           HA       MET 340   4.530  -2.020  -4.988
    3    HB2  MET 340           HB2      MET 340   4.440  -3.971  -3.079
    4    HB3  MET 340           HB3      MET 340   4.481  -2.521  -2.085
    5    HG2  MET 340           HG2      MET 340   2.409  -1.886  -2.684
    6    HG3  MET 340           HG3      MET 340   2.588  -2.472  -4.337
    7    HE1  MET 340           HE1      MET 340   2.329  -3.547  -0.652
    8    HE2  MET 340           HE2      MET 340   1.647  -5.172  -0.726
    9    HE3  MET 340           HE3      MET 340   3.317  -4.894  -1.219

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    PHE 341           H        PHE 341   6.710  -1.878  -2.167
    2    HA   PHE 341           HA       PHE 341   6.251   0.819  -1.562
    3    HD1  PHE 341           HD1      PHE 341   9.120  -2.377   0.374
    4    HD2  PHE 341           HD2      PHE 341   5.358  -0.412   0.082
    5    HE1  PHE 341           HE1      PHE 341   8.093  -4.146   1.740
    6    HE2  PHE 341           HE2      PHE 341   4.325  -2.173   1.449
    7    HZ   PHE 341           HZ       PHE 341   5.693  -4.043   2.275
    8    HB2  PHE 341           HB2      PHE 341   8.880  -0.564  -1.065
    9    HB3  PHE 341           HB3      PHE 341   8.087   0.666  -0.085

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    ARG 342           H        ARG 342   8.225  -0.670  -3.995
    2    HA   ARG 342           HA       ARG 342   9.896   1.602  -4.481
    3    HE   ARG 342           HE       ARG 342  12.483   0.565  -8.937
    4   HH11  ARG 342          1HH1      ARG 342   9.048   0.650  -8.286
    5   HH12  ARG 342          2HH1      ARG 342   8.631  -0.186  -9.742
    6   HH21  ARG 342          1HH2      ARG 342  11.925  -0.532 -10.848
    7   HH22  ARG 342          2HH2      ARG 342  10.260  -0.856 -11.194
    8    HB2  ARG 342           HB2      ARG 342  10.103  -0.989  -5.162
    9    HB3  ARG 342           HB3      ARG 342   9.407  -0.367  -6.651
   10    HG2  ARG 342           HG2      ARG 342  11.828   0.878  -5.392
   11    HG3  ARG 342           HG3      ARG 342  11.942  -0.493  -6.497
   12    HD2  ARG 342           HD2      ARG 342  10.270   1.735  -7.436
   13    HD3  ARG 342           HD3      ARG 342  11.981   2.109  -7.260

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 343           H        GLU 343   6.998   0.252  -6.023
    2    HA   GLU 343           HA       GLU 343   6.831   2.280  -8.018
    3    HB2  GLU 343           HB2      GLU 343   5.798   0.061  -8.299
    4    HB3  GLU 343           HB3      GLU 343   4.692   0.411  -6.978
    5    HG2  GLU 343           HG2      GLU 343   3.643   2.157  -8.239
    6    HG3  GLU 343           HG3      GLU 343   4.839   2.002  -9.526

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 344           H        LEU 344   5.592   1.897  -4.773
    2    HA   LEU 344           HA       LEU 344   3.739   4.066  -4.899
    3    HG   LEU 344           HG       LEU 344   3.351   1.225  -3.749
    4   HD11  LEU 344          1HD1      LEU 344   3.445   1.264  -1.245
    5   HD12  LEU 344          2HD1      LEU 344   2.061   2.358  -1.278
    6   HD13  LEU 344          3HD1      LEU 344   1.910   0.725  -1.927
    7   HD21  LEU 344          1HD2      LEU 344   1.746   3.736  -3.648
    8   HD22  LEU 344          2HD2      LEU 344   1.982   2.602  -4.978
    9   HD23  LEU 344          3HD2      LEU 344   0.919   2.179  -3.636
   10    HB2  LEU 344           HB2      LEU 344   4.991   2.585  -2.591
   11    HB3  LEU 344           HB3      LEU 344   3.819   3.872  -2.378

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ASN 345           H        ASN 345   7.131   3.738  -4.160
    2    HA   ASN 345           HA       ASN 345   7.445   6.271  -2.898
    3   HD21  ASN 345          1HD2      ASN 345   9.435   6.264  -1.214
    4   HD22  ASN 345          2HD2      ASN 345  10.780   7.297  -1.544
    5    HB2  ASN 345           HB2      ASN 345   9.049   4.415  -2.594
    6    HB3  ASN 345           HB3      ASN 345   9.516   4.555  -4.287

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    GLU 346           H        GLU 346   7.905   5.089  -6.207
    2    HA   GLU 346           HA       GLU 346   8.849   7.583  -7.220
    3    HB2  GLU 346           HB2      GLU 346   8.395   6.539  -9.455
    4    HB3  GLU 346           HB3      GLU 346   9.439   5.590  -8.406
    5    HG2  GLU 346           HG2      GLU 346   7.697   4.064  -7.908
    6    HG3  GLU 346           HG3      GLU 346   6.487   5.101  -8.661

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ALA 347           H        ALA 347   5.705   6.096  -6.848
    2    HA   ALA 347           HA       ALA 347   4.318   7.987  -8.497
    3    HB1  ALA 347           HB1      ALA 347   3.597   5.597  -7.887
    4    HB2  ALA 347           HB2      ALA 347   2.361   6.855  -7.923
    5    HB3  ALA 347           HB3      ALA 347   3.018   6.308  -6.380

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    LEU 348           H        LEU 348   5.139   7.722  -5.105
    2    HA   LEU 348           HA       LEU 348   3.385   9.795  -4.218
    3    HG   LEU 348           HG       LEU 348   4.024   7.950  -1.143
    4   HD11  LEU 348          1HD1      LEU 348   3.273  10.282  -1.101
    5   HD12  LEU 348          2HD1      LEU 348   2.296   9.988  -2.540
    6   HD13  LEU 348          3HD1      LEU 348   1.918   9.155  -1.032
    7   HD21  LEU 348          1HD2      LEU 348   3.003   7.497  -3.879
    8   HD22  LEU 348          2HD2      LEU 348   3.261   6.357  -2.558
    9   HD23  LEU 348          3HD2      LEU 348   1.829   7.388  -2.567
   10    HB2  LEU 348           HB2      LEU 348   5.502   8.111  -3.047
   11    HB3  LEU 348           HB3      LEU 348   5.316   9.689  -2.306

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLU 349           H        GLU 349   6.660   9.651  -5.428
    2    HA   GLU 349           HA       GLU 349   7.451  12.253  -4.610
    3    HB2  GLU 349           HB2      GLU 349   8.876  10.224  -5.450
    4    HB3  GLU 349           HB3      GLU 349   8.581  10.913  -7.040
    5    HG2  GLU 349           HG2      GLU 349   9.556  13.040  -6.267
    6    HG3  GLU 349           HG3      GLU 349   9.918  12.281  -4.717

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 350           H        LEU 350   5.699  10.997  -7.352
    2    HA   LEU 350           HA       LEU 350   5.952  13.318  -8.989
    3    HG   LEU 350           HG       LEU 350   6.573  11.212 -10.259
    4   HD11  LEU 350          1HD1      LEU 350   4.995   9.282 -10.486
    5   HD12  LEU 350          2HD1      LEU 350   4.246  10.136 -11.835
    6   HD13  LEU 350          3HD1      LEU 350   5.937   9.646 -11.932
    7   HD21  LEU 350          1HD2      LEU 350   4.706  12.969 -11.729
    8   HD22  LEU 350          2HD2      LEU 350   6.453  13.086 -11.523
    9   HD23  LEU 350          3HD2      LEU 350   5.777  11.960 -12.701
   10    HB2  LEU 350           HB2      LEU 350   4.308  10.838  -9.027
   11    HB3  LEU 350           HB3      LEU 350   3.756  12.197  -9.988

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    LYS 351           H        LYS 351   3.681  12.251  -6.539
    2    HA   LYS 351           HA       LYS 351   1.666  14.170  -7.052
    3    HB2  LYS 351           HB2      LYS 351   1.499  12.039  -5.648
    4    HB3  LYS 351           HB3      LYS 351   2.255  12.961  -4.356
    5    HG2  LYS 351           HG2      LYS 351   0.288  14.651  -4.957
    6    HG3  LYS 351           HG3      LYS 351  -0.474  13.147  -5.479
    7    HD2  LYS 351           HD2      LYS 351   0.859  13.300  -2.805
    8    HD3  LYS 351           HD3      LYS 351  -0.763  13.963  -3.021
    9    HE2  LYS 351           HE2      LYS 351  -1.690  11.895  -3.472
   10    HE3  LYS 351           HE3      LYS 351  -0.151  11.201  -3.980
   11    HZ1  LYS 351           HZ1      LYS 351  -0.873  11.911  -1.187
   12    HZ2  LYS 351           HZ2      LYS 351  -0.871  10.346  -1.830
   13    HZ3  LYS 351           HZ3      LYS 351   0.581  11.205  -1.687

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    ASP 352           H        ASP 352   4.629  14.236  -5.196
    2    HA   ASP 352           HA       ASP 352   4.108  16.553  -3.678
    3    HB2  ASP 352           HB2      ASP 352   6.573  15.068  -4.491
    4    HB3  ASP 352           HB3      ASP 352   6.744  16.671  -3.782

  No H/Q in entry =           4
  Start of MODEL    6
    1    H    ALA 353           H        ALA 353   5.399  16.069  -6.914
    2    HA   ALA 353           HA       ALA 353   6.321  18.677  -7.386
    3    HB1  ALA 353           HB1      ALA 353   5.145  16.991  -9.562
    4    HB2  ALA 353           HB2      ALA 353   6.648  16.518  -8.770
    5    HB3  ALA 353           HB3      ALA 353   6.544  18.063  -9.612

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLN 354           H        GLN 354   3.124  17.258  -7.580
    2    HA   GLN 354           HA       GLN 354   1.962  19.547  -8.892
    3   HE21  GLN 354          1HE2      GLN 354   0.031  16.501 -12.072
    4   HE22  GLN 354          2HE2      GLN 354  -0.389  14.897 -11.587
    5    HB2  GLN 354           HB2      GLN 354   0.968  16.936  -7.856
    6    HB3  GLN 354           HB3      GLN 354  -0.196  18.240  -8.044
    7    HG2  GLN 354           HG2      GLN 354  -0.066  18.222 -10.312
    8    HG3  GLN 354           HG3      GLN 354   1.610  17.677 -10.323

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    ALA 355           H        ALA 355   2.168  18.272  -5.616
    2    HA   ALA 355           HA       ALA 355   0.446  20.318  -4.528
    3    HB1  ALA 355           HB1      ALA 355   2.093  18.132  -3.284
    4    HB2  ALA 355           HB2      ALA 355   1.212  19.322  -2.325
    5    HB3  ALA 355           HB3      ALA 355   0.338  18.244  -3.413

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLY 356           H        GLY 356   3.733  19.421  -3.498
    2    HA2  GLY 356           HA2      GLY 356   4.253  22.212  -2.844
    3    HA3  GLY 356           HA3      GLY 356   5.274  21.509  -4.089

  No H/Q in entry =           3
  Start of MODEL    6
    1    H1   GLU 326           H1       GLU 326  15.641 -13.207  -1.579
    2    H2   GLU 326           H2       GLU 326  16.727 -14.163  -2.501
    3    H3   GLU 326           H3       GLU 326  17.164 -13.651  -0.924
    4    HA   GLU 326           HA       GLU 326  18.317 -12.277  -2.333
    5    HB2  GLU 326           HB2      GLU 326  15.721 -12.223  -3.859
    6    HB3  GLU 326           HB3      GLU 326  16.975 -11.023  -4.138
    7    HG2  GLU 326           HG2      GLU 326  18.315 -12.473  -5.221
    8    HG3  GLU 326           HG3      GLU 326  17.846 -13.835  -4.205

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    SER 327           H        SER 327  18.750 -10.380  -1.402
    2    HA   SER 327           HA       SER 327  16.634  -9.064   0.123
    3    HG   SER 327           HG       SER 327  20.234  -9.083  -0.497
    4    HB2  SER 327           HB2      SER 327  18.386  -7.953   1.334
    5    HB3  SER 327           HB3      SER 327  18.841  -9.650   1.189

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    PHE 328           H        PHE 328  16.251  -6.813  -0.011
    2    HA   PHE 328           HA       PHE 328  17.389  -5.403  -2.305
    3    HD1  PHE 328           HD1      PHE 328  15.945  -6.151  -5.051
    4    HD2  PHE 328           HD2      PHE 328  14.262  -7.921  -1.566
    5    HE1  PHE 328           HE1      PHE 328  15.706  -8.284  -6.254
    6    HE2  PHE 328           HE2      PHE 328  14.021 -10.058  -2.763
    7    HZ   PHE 328           HZ       PHE 328  14.743 -10.241  -5.110
    8    HB2  PHE 328           HB2      PHE 328  14.406  -5.471  -1.853
    9    HB3  PHE 328           HB3      PHE 328  15.274  -4.794  -3.227

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLY 329           H        GLY 329  18.108  -3.512  -1.597
    2    HA2  GLY 329           HA2      GLY 329  18.483  -1.939   0.146
    3    HA3  GLY 329           HA3      GLY 329  16.914  -2.353   0.820

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    LEU 330           H        LEU 330  15.493  -0.765   0.665
    2    HA   LEU 330           HA       LEU 330  15.496   0.890  -1.769
    3    HG   LEU 330           HG       LEU 330  13.612   0.901  -2.924
    4   HD11  LEU 330          1HD1      LEU 330  11.840  -0.842  -1.982
    5   HD12  LEU 330          2HD1      LEU 330  10.830   0.603  -1.954
    6   HD13  LEU 330          3HD1      LEU 330  11.570   0.074  -3.465
    7   HD21  LEU 330          1HD2      LEU 330  13.162   2.932  -1.214
    8   HD22  LEU 330          2HD2      LEU 330  12.687   2.957  -2.912
    9   HD23  LEU 330          3HD2      LEU 330  11.505   2.537  -1.672
   10    HB2  LEU 330           HB2      LEU 330  13.443  -0.553  -0.722
   11    HB3  LEU 330           HB3      LEU 330  13.161   1.009   0.024

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLY 331           H        GLY 331  15.629   3.082  -1.638
    2    HA2  GLY 331           HA2      GLY 331  16.762   4.862  -0.505
    3    HA3  GLY 331           HA3      GLY 331  16.249   4.167   1.025

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ILE 332           H        ILE 332  14.526   5.024   2.000
    2    HA   ILE 332           HA       ILE 332  12.639   6.599   0.384
    3    HB   ILE 332           HB       ILE 332  12.203   5.596   3.194
    4   HG12  ILE 332          2HG1      ILE 332  12.544   3.700   1.655
    5   HG21  ILE 332          1HG2      ILE 332  10.875   7.543   1.929
    6   HG22  ILE 332          2HG2      ILE 332   9.977   6.148   1.331
    7   HG23  ILE 332          3HG2      ILE 332  10.105   6.436   3.066
    8   HD11  ILE 332          1HD1      ILE 332  10.444   5.072   0.031
    9   HD12  ILE 332          2HD1      ILE 332  11.990   4.401  -0.486
   10   HD13  ILE 332          3HD1      ILE 332  10.667   3.324  -0.038
   11   HG13  ILE 332          3HG1      ILE 332  10.878   3.787   2.217

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ARG 333           H        ARG 333  12.642   8.739   0.570
    2    HA   ARG 333           HA       ARG 333  14.169   9.956   2.755
    3    HE   ARG 333           HE       ARG 333  16.047   8.695   1.775
    4   HH11  ARG 333          1HH1      ARG 333  16.945   8.093  -1.543
    5   HH12  ARG 333          2HH1      ARG 333  17.718   6.584  -1.191
    6   HH21  ARG 333          1HH2      ARG 333  17.063   6.710   2.240
    7   HH22  ARG 333          2HH2      ARG 333  17.785   5.798   0.956
    8    HB2  ARG 333           HB2      ARG 333  13.442  10.791  -0.013
    9    HB3  ARG 333           HB3      ARG 333  13.684  12.050   1.192
   10    HG2  ARG 333           HG2      ARG 333  15.762  11.809   0.164
   11    HG3  ARG 333           HG3      ARG 333  15.916  10.918   1.679
   12    HD2  ARG 333           HD2      ARG 333  14.951   9.353  -0.620
   13    HD3  ARG 333           HD3      ARG 333  16.611   9.936  -0.745

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLY 334           H        GLY 334  11.539   8.894   3.244
    2    HA2  GLY 334           HA2      GLY 334   9.316  10.293   3.224
    3    HA3  GLY 334           HA3      GLY 334  10.291  11.352   4.231

  No H/Q in entry =           3
  Start of MODEL    6
    1    H    ARG 335           H        ARG 335   9.235  11.141   6.143
    2    HA   ARG 335           HA       ARG 335   9.680   8.717   7.620
    3    HE   ARG 335           HE       ARG 335   9.573  11.322  11.775
    4   HH11  ARG 335          1HH1      ARG 335  12.154   8.977  11.632
    5   HH12  ARG 335          2HH1      ARG 335  13.121   9.783  12.822
    6   HH21  ARG 335          1HH2      ARG 335  10.843  12.384  13.339
    7   HH22  ARG 335          2HH2      ARG 335  12.377  11.717  13.791
    8    HB2  ARG 335           HB2      ARG 335   9.892  10.962   8.647
    9    HB3  ARG 335           HB3      ARG 335   8.166  11.208   8.423
   10    HG2  ARG 335           HG2      ARG 335   8.035  10.463  10.530
   11    HG3  ARG 335           HG3      ARG 335   8.159   8.871   9.778
   12    HD2  ARG 335           HD2      ARG 335   9.863   8.617  11.234
   13    HD3  ARG 335           HD3      ARG 335  10.768   9.490   9.997

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 336           H        GLU 336   6.914  10.362   6.192
    2    HA   GLU 336           HA       GLU 336   4.958   8.620   7.326
    3    HB2  GLU 336           HB2      GLU 336   3.400   9.684   5.765
    4    HB3  GLU 336           HB3      GLU 336   4.381  10.884   6.596
    5    HG2  GLU 336           HG2      GLU 336   5.891  10.805   4.533
    6    HG3  GLU 336           HG3      GLU 336   4.549   9.972   3.749

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ARG 337           H        ARG 337   6.484   8.855   4.125
    2    HA   ARG 337           HA       ARG 337   5.108   6.731   2.925
    3    HE   ARG 337           HE       ARG 337   6.534   9.899  -0.735
    4   HH11  ARG 337          1HH1      ARG 337   9.042   8.113   0.917
    5   HH12  ARG 337          2HH1      ARG 337   9.864   9.535   1.462
    6   HH21  ARG 337          1HH2      ARG 337   7.617  11.765  -0.015
    7   HH22  ARG 337          2HH2      ARG 337   9.056  11.606   0.936
    8    HB2  ARG 337           HB2      ARG 337   7.110   8.528   2.174
    9    HB3  ARG 337           HB3      ARG 337   7.850   6.943   1.994
   10    HG2  ARG 337           HG2      ARG 337   6.042   6.236   0.540
   11    HG3  ARG 337           HG3      ARG 337   5.236   7.790   0.762
   12    HD2  ARG 337           HD2      ARG 337   7.959   7.386  -0.472
   13    HD3  ARG 337           HD3      ARG 337   6.466   7.674  -1.362

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    PHE 338           H        PHE 338   8.286   6.770   4.528
    2    HA   PHE 338           HA       PHE 338   8.817   4.028   4.247
    3    HD1  PHE 338           HD1      PHE 338   9.524   3.926   7.973
    4    HD2  PHE 338           HD2      PHE 338  12.168   4.017   4.640
    5    HE1  PHE 338           HE1      PHE 338  10.843   2.106   8.974
    6    HE2  PHE 338           HE2      PHE 338  13.491   2.197   5.634
    7    HZ   PHE 338           HZ       PHE 338  12.829   1.239   7.804
    8    HB2  PHE 338           HB2      PHE 338  10.547   5.661   4.854
    9    HB3  PHE 338           HB3      PHE 338   9.755   5.937   6.402

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    GLU 339           H        GLU 339   6.942   5.824   6.592
    2    HA   GLU 339           HA       GLU 339   6.713   3.818   8.555
    3    HB2  GLU 339           HB2      GLU 339   5.221   6.295   7.857
    4    HB3  GLU 339           HB3      GLU 339   4.408   5.132   8.896
    5    HG2  GLU 339           HG2      GLU 339   7.153   5.693   9.703
    6    HG3  GLU 339           HG3      GLU 339   6.103   7.109   9.725

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    MET 340           H        MET 340   4.882   4.501   5.625
    2    HA   MET 340           HA       MET 340   2.798   2.646   6.085
    3    HB2  MET 340           HB2      MET 340   3.226   4.571   4.233
    4    HB3  MET 340           HB3      MET 340   3.624   3.145   3.286
    5    HG2  MET 340           HG2      MET 340   1.493   2.450   3.185
    6    HG3  MET 340           HG3      MET 340   1.136   2.962   4.834
    7    HE1  MET 340           HE1      MET 340   1.637   3.855   1.229
    8    HE2  MET 340           HE2      MET 340   0.803   5.389   0.983
    9    HE3  MET 340           HE3      MET 340   2.412   5.366   1.705

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    PHE 341           H        PHE 341   5.701   2.418   4.024
    2    HA   PHE 341           HA       PHE 341   5.370  -0.276   3.320
    3    HD1  PHE 341           HD1      PHE 341   5.049   0.952   1.465
    4    HD2  PHE 341           HD2      PHE 341   8.765   2.834   2.331
    5    HE1  PHE 341           HE1      PHE 341   4.522   2.724  -0.153
    6    HE2  PHE 341           HE2      PHE 341   8.245   4.612   0.712
    7    HZ   PHE 341           HZ       PHE 341   6.119   4.558  -0.526
    8    HB2  PHE 341           HB2      PHE 341   8.066   1.034   3.622
    9    HB3  PHE 341           HB3      PHE 341   7.564  -0.185   2.454

  No H/Q in entry =           9
  Start of MODEL    6
    1    H    ARG 342           H        ARG 342   6.645   1.212   6.198
    2    HA   ARG 342           HA       ARG 342   8.024  -1.079   7.180
    3    HE   ARG 342           HE       ARG 342   6.644   0.628  11.333
    4   HH11  ARG 342          1HH1      ARG 342   9.408   2.215  12.755
    5   HH12  ARG 342          2HH1      ARG 342   8.586   2.597  14.230
    6   HH21  ARG 342          1HH2      ARG 342   5.561   1.130  13.273
    7   HH22  ARG 342          2HH2      ARG 342   6.403   1.981  14.525
    8    HB2  ARG 342           HB2      ARG 342   8.409   1.299   7.923
    9    HB3  ARG 342           HB3      ARG 342   6.889   1.204   8.801
   10    HG2  ARG 342           HG2      ARG 342   7.884  -0.811   9.992
   11    HG3  ARG 342           HG3      ARG 342   9.430  -0.306   9.306
   12    HD2  ARG 342           HD2      ARG 342   9.504   0.791  11.311
   13    HD3  ARG 342           HD3      ARG 342   8.735   2.024  10.313

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    GLU 343           H        GLU 343   4.800   0.281   7.726
    2    HA   GLU 343           HA       GLU 343   4.020  -1.745   9.586
    3    HB2  GLU 343           HB2      GLU 343   3.048   0.642   9.258
    4    HB3  GLU 343           HB3      GLU 343   2.084  -0.097   7.986
    5    HG2  GLU 343           HG2      GLU 343   0.606  -0.504   9.598
    6    HG3  GLU 343           HG3      GLU 343   1.687  -1.818  10.061

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 344           H        LEU 344   3.908  -1.359   6.128
    2    HA   LEU 344           HA       LEU 344   2.039  -3.470   5.646
    3    HG   LEU 344           HG       LEU 344   1.139  -3.414   3.608
    4   HD11  LEU 344          1HD1      LEU 344   1.504  -0.489   3.887
    5   HD12  LEU 344          2HD1      LEU 344   0.230  -1.046   2.802
    6   HD13  LEU 344          3HD1      LEU 344   0.224  -1.539   4.495
    7   HD21  LEU 344          1HD2      LEU 344   2.583  -3.426   1.566
    8   HD22  LEU 344          2HD2      LEU 344   0.947  -2.821   1.304
    9   HD23  LEU 344          3HD2      LEU 344   2.296  -1.692   1.424
   10    HB2  LEU 344           HB2      LEU 344   3.324  -1.460   4.127
   11    HB3  LEU 344           HB3      LEU 344   3.761  -2.994   3.399

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    ASN 345           H        ASN 345   5.508  -3.219   5.977
    2    HA   ASN 345           HA       ASN 345   6.106  -5.789   4.890
    3   HD21  ASN 345          1HD2      ASN 345   8.424  -6.424   4.276
    4   HD22  ASN 345          2HD2      ASN 345   8.976  -5.480   2.939
    5    HB2  ASN 345           HB2      ASN 345   7.599  -3.667   6.337
    6    HB3  ASN 345           HB3      ASN 345   8.258  -5.298   6.420

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    GLU 346           H        GLU 346   5.604  -4.525   8.155
    2    HA   GLU 346           HA       GLU 346   6.200  -6.974   9.479
    3    HB2  GLU 346           HB2      GLU 346   4.623  -4.570  10.417
    4    HB3  GLU 346           HB3      GLU 346   5.151  -5.892  11.450
    5    HG2  GLU 346           HG2      GLU 346   7.300  -4.662   9.896
    6    HG3  GLU 346           HG3      GLU 346   6.511  -3.571  11.036

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    ALA 347           H        ALA 347   3.277  -5.512   8.201
    2    HA   ALA 347           HA       ALA 347   1.475  -7.375   9.393
    3    HB1  ALA 347           HB1      ALA 347   0.956  -5.729   6.928
    4    HB2  ALA 347           HB2      ALA 347   0.890  -5.067   8.561
    5    HB3  ALA 347           HB3      ALA 347  -0.218  -6.354   8.087

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    LEU 348           H        LEU 348   3.326  -7.273   6.431
    2    HA   LEU 348           HA       LEU 348   1.920  -9.377   5.112
    3    HG   LEU 348           HG       LEU 348   3.595  -7.718   2.339
    4   HD11  LEU 348          1HD1      LEU 348   2.092 -10.100   3.168
    5   HD12  LEU 348          2HD1      LEU 348   1.215  -8.989   2.116
    6   HD13  LEU 348          3HD1      LEU 348   2.759  -9.664   1.595
    7   HD21  LEU 348          1HD2      LEU 348   1.713  -7.133   4.533
    8   HD22  LEU 348          2HD2      LEU 348   2.373  -6.074   3.287
    9   HD23  LEU 348          3HD2      LEU 348   1.029  -7.151   2.908
   10    HB2  LEU 348           HB2      LEU 348   4.333  -7.763   4.634
   11    HB3  LEU 348           HB3      LEU 348   4.398  -9.383   3.968

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    GLU 349           H        GLU 349   4.746  -9.203   7.204
    2    HA   GLU 349           HA       GLU 349   5.604 -11.874   6.850
    3    HB2  GLU 349           HB2      GLU 349   6.745  -9.775   7.998
    4    HB3  GLU 349           HB3      GLU 349   6.035 -10.471   9.448
    5    HG2  GLU 349           HG2      GLU 349   7.166 -12.665   8.579
    6    HG3  GLU 349           HG3      GLU 349   8.186 -11.534   7.689

  No H/Q in entry =           6
  Start of MODEL    6
    1    H    LEU 350           H        LEU 350   3.194 -10.384   8.893
    2    HA   LEU 350           HA       LEU 350   2.847 -12.592  10.657
    3    HG   LEU 350           HG       LEU 350   3.150 -10.572  11.982
    4   HD11  LEU 350          1HD1      LEU 350   1.844  -8.461  11.392
    5   HD12  LEU 350          2HD1      LEU 350   0.700  -8.968  12.634
    6   HD13  LEU 350          3HD1      LEU 350   2.380  -8.644  13.063
    7   HD21  LEU 350          1HD2      LEU 350   0.512 -11.516  13.069
    8   HD22  LEU 350          2HD2      LEU 350   2.071 -12.340  13.102
    9   HD23  LEU 350          3HD2      LEU 350   1.805 -10.914  14.107
   10    HB2  LEU 350           HB2      LEU 350   1.374 -10.078  10.055
   11    HB3  LEU 350           HB3      LEU 350   0.500 -11.354  10.881

  No H/Q in entry =          11
  Start of MODEL    6
    1    H    LYS 351           H        LYS 351   1.063 -11.455   7.799
    2    HA   LYS 351           HA       LYS 351  -0.822 -13.571   7.814
    3    HB2  LYS 351           HB2      LYS 351  -1.367 -12.828   5.532
    4    HB3  LYS 351           HB3      LYS 351  -1.277 -11.478   6.655
    5    HG2  LYS 351           HG2      LYS 351   1.003 -10.997   5.838
    6    HG3  LYS 351           HG3      LYS 351   0.819 -12.293   4.654
    7    HD2  LYS 351           HD2      LYS 351  -1.240 -10.137   4.788
    8    HD3  LYS 351           HD3      LYS 351   0.306  -9.803   4.005
    9    HE2  LYS 351           HE2      LYS 351  -1.334 -12.219   3.309
   10    HE3  LYS 351           HE3      LYS 351  -1.615 -10.657   2.542
   11    HZ1  LYS 351           HZ1      LYS 351   1.111 -11.746   2.597
   12    HZ2  LYS 351           HZ2      LYS 351   0.005 -12.373   1.481
   13    HZ3  LYS 351           HZ3      LYS 351   0.386 -10.724   1.461

  No H/Q in entry =          13
  Start of MODEL    6
    1    H    ASP 352           H        ASP 352   2.386 -13.213   6.497
    2    HA   ASP 352           HA       ASP 352   2.251 -15.464   4.743
    3    HB2  ASP 352           HB2      ASP 352   4.407 -13.656   5.740
    4    HB3  ASP 352           HB3      ASP 352   4.875 -15.198   5.030

  No H/Q in entry =           4
  Start of MODEL    6
    1    H    ALA 353           H        ALA 353   3.086 -14.971   8.097
    2    HA   ALA 353           HA       ALA 353   4.396 -17.457   8.509
    3    HB1  ALA 353           HB1      ALA 353   4.431 -15.334   9.972
    4    HB2  ALA 353           HB2      ALA 353   2.949 -15.979  10.676
    5    HB3  ALA 353           HB3      ALA 353   4.445 -16.908  10.768

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLN 354           H        GLN 354   1.053 -16.431   8.565
    2    HA   GLN 354           HA       GLN 354   0.107 -18.874   9.775
    3   HE21  GLN 354          1HE2      GLN 354  -1.406 -16.309  13.070
    4   HE22  GLN 354          2HE2      GLN 354  -3.076 -16.687  13.305
    5    HB2  GLN 354           HB2      GLN 354  -1.361 -16.579   8.466
    6    HB3  GLN 354           HB3      GLN 354  -2.149 -17.939   9.253
    7    HG2  GLN 354           HG2      GLN 354  -0.330 -16.974  11.128
    8    HG3  GLN 354           HG3      GLN 354  -1.047 -15.539  10.395

  No H/Q in entry =           8
  Start of MODEL    6
    1    H    ALA 355           H        ALA 355  -0.040 -17.388   6.549
    2    HA   ALA 355           HA       ALA 355  -0.346 -18.272   4.475
    3    HB1  ALA 355           HB1      ALA 355   0.682 -20.702   5.916
    4    HB2  ALA 355           HB2      ALA 355   0.323 -20.698   4.189
    5    HB3  ALA 355           HB3      ALA 355   1.558 -19.617   4.836

  No H/Q in entry =           5
  Start of MODEL    6
    1    H    GLY 356           H        GLY 356  -1.806 -19.544   3.179
    2    HA2  GLY 356           HA2      GLY 356  -3.949 -20.256   2.736
    3    HA3  GLY 356           HA3      GLY 356  -4.367 -19.828   4.388

  No H/Q in entry =           3
  Start of MODEL    7
    1    H1   GLU 326           H1       GLU 326 -14.528   2.804  10.895
    2    H2   GLU 326           H2       GLU 326 -14.300   4.433  10.406
    3    H3   GLU 326           H3       GLU 326 -15.212   4.077  11.816
    4    HB2  GLU 326           HB2      GLU 326 -16.409   5.689  10.751
    5    HB3  GLU 326           HB3      GLU 326 -16.443   5.531   9.000
    6    HG2  GLU 326           HG2      GLU 326 -18.644   4.248  10.493
    7    HG3  GLU 326           HG3      GLU 326 -18.615   6.010  10.469
    8    HA   GLU 326           HA       GLU 326 -16.889   3.041  10.547

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    SER 327           H        SER 327 -17.773   2.456   8.504
    2    HA   SER 327           HA       SER 327 -15.730   1.637   6.598
    3    HG   SER 327           HG       SER 327 -19.504   1.282   6.806
    4    HB2  SER 327           HB2      SER 327 -17.908   0.548   5.546
    5    HB3  SER 327           HB3      SER 327 -17.112  -0.175   6.943

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    PHE 328           H        PHE 328 -15.657   2.248   4.463
    2    HA   PHE 328           HA       PHE 328 -17.600   4.250   3.552
    3    HD1  PHE 328           HD1      PHE 328 -13.806   4.219   5.340
    4    HD2  PHE 328           HD2      PHE 328 -16.896   7.037   4.552
    5    HE1  PHE 328           HE1      PHE 328 -13.463   5.212   7.565
    6    HE2  PHE 328           HE2      PHE 328 -16.558   8.035   6.775
    7    HZ   PHE 328           HZ       PHE 328 -14.839   7.123   8.285
    8    HB2  PHE 328           HB2      PHE 328 -14.633   4.565   3.100
    9    HB3  PHE 328           HB3      PHE 328 -15.905   5.735   2.768

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLY 329           H        GLY 329 -17.953   4.313   1.326
    2    HA2  GLY 329           HA2      GLY 329 -18.356   3.132  -0.636
    3    HA3  GLY 329           HA3      GLY 329 -17.310   1.849  -0.047

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    LEU 330           H        LEU 330 -15.891   1.538  -1.654
    2    HA   LEU 330           HA       LEU 330 -14.543   3.897  -2.786
    3    HG   LEU 330           HG       LEU 330 -11.941   2.548  -3.794
    4   HD11  LEU 330          1HD1      LEU 330 -12.639   4.835  -2.060
    5   HD12  LEU 330          2HD1      LEU 330 -11.040   4.863  -2.805
    6   HD13  LEU 330          3HD1      LEU 330 -12.482   4.742  -3.814
    7   HD21  LEU 330          1HD2      LEU 330 -10.827   1.489  -1.706
    8   HD22  LEU 330          2HD2      LEU 330  -9.871   2.530  -2.761
    9   HD23  LEU 330          3HD2      LEU 330 -10.508   3.160  -1.242
   10    HB2  LEU 330           HB2      LEU 330 -13.172   2.703  -1.041
   11    HB3  LEU 330           HB3      LEU 330 -13.158   1.307  -2.102

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLY 331           H        GLY 331 -14.023   3.802  -4.946
    2    HA2  GLY 331           HA2      GLY 331 -15.239   3.006  -6.971
    3    HA3  GLY 331           HA3      GLY 331 -14.935   1.380  -6.377

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ILE 332           H        ILE 332 -12.747   0.600  -6.355
    2    HA   ILE 332           HA       ILE 332 -10.755   2.138  -7.808
    3    HB   ILE 332           HB       ILE 332 -10.499  -0.671  -6.735
    4   HG12  ILE 332          2HG1      ILE 332  -9.113   0.859  -4.981
    5   HG21  ILE 332          1HG2      ILE 332  -8.869   0.559  -8.467
    6   HG22  ILE 332          2HG2      ILE 332  -8.191   1.161  -6.954
    7   HG23  ILE 332          3HG2      ILE 332  -8.297  -0.576  -7.244
    8   HD11  ILE 332          1HD1      ILE 332 -11.018  -0.856  -4.606
    9   HD12  ILE 332          2HD1      ILE 332 -10.680   0.366  -3.379
   10   HD13  ILE 332          3HD1      ILE 332 -12.036   0.580  -4.487
   11   HG13  ILE 332          3HG1      ILE 332 -10.423   1.963  -5.386

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ARG 333           H        ARG 333 -10.192   1.843  -9.879
    2    HA   ARG 333           HA       ARG 333 -11.673  -0.145 -11.423
    3    HE   ARG 333           HE       ARG 333 -14.237   3.109 -14.925
    4   HH11  ARG 333          1HH1      ARG 333 -11.728   4.457 -12.910
    5   HH12  ARG 333          2HH1      ARG 333 -12.550   5.964 -12.678
    6   HH21  ARG 333          1HH2      ARG 333 -15.320   5.090 -14.622
    7   HH22  ARG 333          2HH2      ARG 333 -14.589   6.323 -13.650
    8    HB2  ARG 333           HB2      ARG 333 -10.307   2.425 -12.040
    9    HB3  ARG 333           HB3      ARG 333 -10.374   1.219 -13.318
   10    HG2  ARG 333           HG2      ARG 333 -12.930   1.161 -12.591
   11    HG3  ARG 333           HG3      ARG 333 -12.546   2.809 -12.088
   12    HD2  ARG 333           HD2      ARG 333 -11.457   2.946 -14.470
   13    HD3  ARG 333           HD3      ARG 333 -12.542   1.600 -14.816

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLY 334           H        GLY 334 -10.595  -2.059 -11.044
    2    HA2  GLY 334           HA2      GLY 334  -7.712  -2.179 -11.438
    3    HA3  GLY 334           HA3      GLY 334  -8.687  -3.013 -12.639

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ARG 335           H        ARG 335  -8.201  -5.100 -12.201
    2    HA   ARG 335           HA       ARG 335  -9.372  -6.268  -9.854
    3    HE   ARG 335           HE       ARG 335  -6.952  -8.784 -15.153
    4   HH11  ARG 335          1HH1      ARG 335  -5.290  -9.496 -12.168
    5   HH12  ARG 335          2HH1      ARG 335  -3.741  -9.664 -12.925
    6   HH21  ARG 335          1HH2      ARG 335  -4.916  -9.006 -16.150
    7   HH22  ARG 335          2HH2      ARG 335  -3.529  -9.385 -15.185
    8    HB2  ARG 335           HB2      ARG 335  -8.717  -8.402 -10.828
    9    HB3  ARG 335           HB3      ARG 335  -9.481  -7.387 -12.043
   10    HG2  ARG 335           HG2      ARG 335  -7.348  -6.851 -13.012
   11    HG3  ARG 335           HG3      ARG 335  -6.505  -7.710 -11.721
   12    HD2  ARG 335           HD2      ARG 335  -7.244  -9.803 -12.483
   13    HD3  ARG 335           HD3      ARG 335  -8.500  -9.087 -13.491

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 336           H        GLU 336  -6.107  -5.666 -11.040
    2    HA   GLU 336           HA       GLU 336  -4.794  -7.095  -8.953
    3    HB2  GLU 336           HB2      GLU 336  -3.957  -6.213 -11.325
    4    HB3  GLU 336           HB3      GLU 336  -3.419  -4.853 -10.349
    5    HG2  GLU 336           HG2      GLU 336  -1.768  -6.027  -9.383
    6    HG3  GLU 336           HG3      GLU 336  -2.729  -7.502  -9.287

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ARG 337           H        ARG 337  -5.405  -3.641  -9.537
    2    HA   ARG 337           HA       ARG 337  -4.168  -2.668  -7.222
    3    HE   ARG 337           HE       ARG 337  -4.162   0.416 -10.395
    4   HH11  ARG 337          1HH1      ARG 337  -6.537   2.791  -9.448
    5   HH12  ARG 337          2HH1      ARG 337  -6.776   3.378 -11.059
    6   HH21  ARG 337          1HH2      ARG 337  -4.474   1.186 -12.515
    7   HH22  ARG 337          2HH2      ARG 337  -5.606   2.466 -12.801
    8    HB2  ARG 337           HB2      ARG 337  -5.525  -1.569  -9.377
    9    HB3  ARG 337           HB3      ARG 337  -6.537  -1.151  -8.001
   10    HG2  ARG 337           HG2      ARG 337  -4.570  -0.163  -6.892
   11    HG3  ARG 337           HG3      ARG 337  -3.611  -0.520  -8.330
   12    HD2  ARG 337           HD2      ARG 337  -6.121   1.135  -8.418
   13    HD3  ARG 337           HD3      ARG 337  -4.530   1.838  -8.131

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    PHE 338           H        PHE 338  -7.600  -3.415  -7.809
    2    HA   PHE 338           HA       PHE 338  -8.473  -2.862  -5.192
    3    HD1  PHE 338           HD1      PHE 338 -10.204  -6.220  -5.197
    4    HD2  PHE 338           HD2      PHE 338 -11.759  -2.301  -5.772
    5    HE1  PHE 338           HE1      PHE 338 -12.031  -6.719  -3.626
    6    HE2  PHE 338           HE2      PHE 338 -13.588  -2.791  -4.201
    7    HZ   PHE 338           HZ       PHE 338 -13.725  -5.003  -3.125
    8    HB2  PHE 338           HB2      PHE 338 -10.012  -3.038  -7.102
    9    HB3  PHE 338           HB3      PHE 338  -9.658  -4.757  -7.235

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLU 339           H        GLU 339  -7.038  -5.693  -6.653
    2    HA   GLU 339           HA       GLU 339  -7.700  -7.553  -4.633
    3    HB2  GLU 339           HB2      GLU 339  -5.749  -7.428  -6.869
    4    HB3  GLU 339           HB3      GLU 339  -5.407  -8.577  -5.583
    5    HG2  GLU 339           HG2      GLU 339  -7.297  -9.831  -6.019
    6    HG3  GLU 339           HG3      GLU 339  -8.110  -8.504  -6.848

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    MET 340           H        MET 340  -5.080  -5.243  -5.014
    2    HA   MET 340           HA       MET 340  -3.474  -6.192  -2.882
    3    HB2  MET 340           HB2      MET 340  -3.043  -4.416  -4.833
    4    HB3  MET 340           HB3      MET 340  -3.475  -3.293  -3.552
    5    HG2  MET 340           HG2      MET 340  -1.594  -3.703  -2.361
    6    HG3  MET 340           HG3      MET 340  -1.487  -5.379  -2.894
    7    HE1  MET 340           HE1      MET 340  -1.797  -1.981  -4.760
    8    HE2  MET 340           HE2      MET 340  -0.454  -1.641  -3.669
    9    HE3  MET 340           HE3      MET 340  -0.173  -1.744  -5.407

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    PHE 341           H        PHE 341  -5.725  -3.431  -3.075
    2    HA   PHE 341           HA       PHE 341  -5.598  -2.737  -0.361
    3    HD1  PHE 341           HD1      PHE 341  -8.128  -1.056  -3.952
    4    HD2  PHE 341           HD2      PHE 341  -4.642  -1.035  -1.513
    5    HE1  PHE 341           HE1      PHE 341  -6.957   0.294  -5.642
    6    HE2  PHE 341           HE2      PHE 341  -3.466   0.317  -3.195
    7    HZ   PHE 341           HZ       PHE 341  -4.623   0.978  -5.263
    8    HB2  PHE 341           HB2      PHE 341  -8.067  -2.368  -2.045
    9    HB3  PHE 341           HB3      PHE 341  -7.444  -1.326  -0.768

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    ARG 342           H        ARG 342  -7.382  -5.223  -2.024
    2    HA   ARG 342           HA       ARG 342  -9.255  -5.722   0.075
    3    HE   ARG 342           HE       ARG 342 -10.941 -10.496  -1.504
    4   HH11  ARG 342          1HH1      ARG 342 -13.247  -8.626  -3.339
    5   HH12  ARG 342          2HH1      ARG 342 -14.307  -9.968  -3.610
    6   HH21  ARG 342          1HH2      ARG 342 -12.334 -12.262  -1.860
    7   HH22  ARG 342          2HH2      ARG 342 -13.790 -12.032  -2.771
    8    HB2  ARG 342           HB2      ARG 342  -9.714  -6.372  -2.247
    9    HB3  ARG 342           HB3      ARG 342  -8.362  -7.496  -2.207
   10    HG2  ARG 342           HG2      ARG 342  -9.472  -8.998  -0.865
   11    HG3  ARG 342           HG3      ARG 342 -10.552  -7.769  -0.202
   12    HD2  ARG 342           HD2      ARG 342 -11.977  -7.861  -1.986
   13    HD3  ARG 342           HD3      ARG 342 -10.707  -8.335  -3.114

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 343           H        GLU 343  -6.209  -7.229  -0.948
    2    HA   GLU 343           HA       GLU 343  -6.215  -9.212   1.090
    3    HB2  GLU 343           HB2      GLU 343  -4.864  -9.087  -1.146
    4    HB3  GLU 343           HB3      GLU 343  -3.697  -8.193  -0.181
    5    HG2  GLU 343           HG2      GLU 343  -2.830 -10.194   0.269
    6    HG3  GLU 343           HG3      GLU 343  -4.173 -10.356   1.399

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 344           H        LEU 344  -5.084  -5.918   0.883
    2    HA   LEU 344           HA       LEU 344  -3.445  -5.974   3.208
    3    HG   LEU 344           HG       LEU 344  -2.799  -5.006   0.649
    4   HD11  LEU 344          1HD1      LEU 344  -3.730  -2.511   0.339
    5   HD12  LEU 344          2HD1      LEU 344  -2.076  -2.152   0.833
    6   HD13  LEU 344          3HD1      LEU 344  -2.374  -3.162  -0.581
    7   HD21  LEU 344          1HD2      LEU 344  -1.583  -4.781   2.983
    8   HD22  LEU 344          2HD2      LEU 344  -0.682  -4.761   1.467
    9   HD23  LEU 344          3HD2      LEU 344  -1.055  -3.247   2.291
   10    HB2  LEU 344           HB2      LEU 344  -4.761  -3.698   1.728
   11    HB3  LEU 344           HB3      LEU 344  -3.665  -3.473   3.078

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ASN 345           H        ASN 345  -6.840  -5.353   2.598
    2    HA   ASN 345           HA       ASN 345  -7.446  -4.263   5.148
    3   HD21  ASN 345          1HD2      ASN 345 -11.520  -4.941   4.008
    4   HD22  ASN 345          2HD2      ASN 345 -11.836  -3.612   5.065
    5    HB2  ASN 345           HB2      ASN 345  -8.813  -4.355   2.857
    6    HB3  ASN 345           HB3      ASN 345  -9.529  -5.762   3.636

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    GLU 346           H        GLU 346  -7.694  -7.531   3.786
    2    HA   GLU 346           HA       GLU 346  -8.761  -8.708   6.141
    3    HB2  GLU 346           HB2      GLU 346  -7.609  -9.711   3.583
    4    HB3  GLU 346           HB3      GLU 346  -7.706 -10.834   4.932
    5    HG2  GLU 346           HG2      GLU 346 -10.192  -9.816   4.995
    6    HG3  GLU 346           HG3      GLU 346  -9.840  -9.670   3.273

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ALA 347           H        ALA 347  -5.502  -8.251   4.893
    2    HA   ALA 347           HA       ALA 347  -4.226  -9.847   6.889
    3    HB1  ALA 347           HB1      ALA 347  -2.974  -7.671   5.222
    4    HB2  ALA 347           HB2      ALA 347  -3.256  -9.314   4.645
    5    HB3  ALA 347           HB3      ALA 347  -2.165  -9.031   6.001

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    LEU 348           H        LEU 348  -5.176  -6.494   6.621
    2    HA   LEU 348           HA       LEU 348  -3.616  -5.552   8.816
    3    HG   LEU 348           HG       LEU 348  -3.065  -4.026   7.186
    4   HD11  LEU 348          1HD1      LEU 348  -5.390  -2.770   5.944
    5   HD12  LEU 348          2HD1      LEU 348  -3.991  -1.704   6.076
    6   HD13  LEU 348          3HD1      LEU 348  -3.846  -3.250   5.242
    7   HD21  LEU 348          1HD2      LEU 348  -3.751  -2.754   9.404
    8   HD22  LEU 348          2HD2      LEU 348  -2.494  -2.139   8.330
    9   HD23  LEU 348          3HD2      LEU 348  -4.122  -1.466   8.258
   10    HB2  LEU 348           HB2      LEU 348  -5.751  -4.476   7.071
   11    HB3  LEU 348           HB3      LEU 348  -5.602  -3.736   8.653

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLU 349           H        GLU 349  -6.780  -6.983   8.462
    2    HA   GLU 349           HA       GLU 349  -7.806  -6.259  11.002
    3    HB2  GLU 349           HB2      GLU 349  -8.498  -8.407   9.016
    4    HB3  GLU 349           HB3      GLU 349  -9.306  -8.318  10.575
    5    HG2  GLU 349           HG2      GLU 349  -9.956  -5.977  10.022
    6    HG3  GLU 349           HG3      GLU 349  -9.294  -6.233   8.408

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 350           H        LEU 350  -5.734  -8.834   9.883
    2    HA   LEU 350           HA       LEU 350  -5.979 -10.525  12.143
    3    HG   LEU 350           HG       LEU 350  -5.950 -12.340  10.867
    4   HD11  LEU 350          1HD1      LEU 350  -5.176 -11.117   8.248
    5   HD12  LEU 350          2HD1      LEU 350  -6.061 -12.641   8.308
    6   HD13  LEU 350          3HD1      LEU 350  -6.758 -11.188   9.024
    7   HD21  LEU 350          1HD2      LEU 350  -3.430 -13.164  10.725
    8   HD22  LEU 350          2HD2      LEU 350  -4.777 -14.164  10.180
    9   HD23  LEU 350          3HD2      LEU 350  -3.825 -13.251   9.009
   10    HB2  LEU 350           HB2      LEU 350  -4.071 -10.262   9.872
   11    HB3  LEU 350           HB3      LEU 350  -3.566 -11.201  11.264

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    LYS 351           H        LYS 351  -3.562  -8.073  11.247
    2    HA   LYS 351           HA       LYS 351  -1.955  -8.331  13.530
    3    HB2  LYS 351           HB2      LYS 351  -1.091  -6.102  12.951
    4    HB3  LYS 351           HB3      LYS 351  -1.194  -7.149  11.542
    5    HG2  LYS 351           HG2      LYS 351  -3.026  -5.994  10.670
    6    HG3  LYS 351           HG3      LYS 351  -3.382  -5.215  12.214
    7    HD2  LYS 351           HD2      LYS 351  -2.392  -3.525  10.937
    8    HD3  LYS 351           HD3      LYS 351  -1.081  -4.109  11.964
    9    HE2  LYS 351           HE2      LYS 351  -0.243  -5.483  10.138
   10    HE3  LYS 351           HE3      LYS 351  -1.577  -4.956   9.112
   11    HZ1  LYS 351           HZ1      LYS 351   0.349  -3.047  10.299
   12    HZ2  LYS 351           HZ2      LYS 351   0.621  -3.786   8.802
   13    HZ3  LYS 351           HZ3      LYS 351  -0.727  -2.787   9.020

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    ASP 352           H        ASP 352  -4.922  -6.573  12.961
    2    HA   ASP 352           HA       ASP 352  -4.809  -4.914  15.255
    3    HB2  ASP 352           HB2      ASP 352  -6.345  -4.780  13.144
    4    HB3  ASP 352           HB3      ASP 352  -7.401  -5.846  14.066

  No H/Q in entry =           4
  Start of MODEL    7
    1    H    ALA 353           H        ALA 353  -6.258  -8.085  14.633
    2    HA   ALA 353           HA       ALA 353  -7.424  -8.346  17.217
    3    HB1  ALA 353           HB1      ALA 353  -7.968  -9.596  15.000
    4    HB2  ALA 353           HB2      ALA 353  -6.710 -10.710  15.535
    5    HB3  ALA 353           HB3      ALA 353  -8.132 -10.437  16.542

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLN 354           H        GLN 354  -4.305  -9.116  15.846
    2    HA   GLN 354           HA       GLN 354  -3.457 -10.773  18.028
    3   HE21  GLN 354          1HE2      GLN 354  -0.302 -12.932  15.019
    4   HE22  GLN 354          2HE2      GLN 354   0.008 -13.971  16.364
    5    HB2  GLN 354           HB2      GLN 354  -2.107  -9.561  15.641
    6    HB3  GLN 354           HB3      GLN 354  -1.144 -10.275  16.927
    7    HG2  GLN 354           HG2      GLN 354  -3.369 -11.905  15.871
    8    HG3  GLN 354           HG3      GLN 354  -1.993 -11.642  14.801

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    ALA 355           H        ALA 355  -3.285  -7.379  17.220
    2    HA   ALA 355           HA       ALA 355  -1.279  -6.605  19.036
    3    HB1  ALA 355           HB1      ALA 355  -1.850  -5.060  17.355
    4    HB2  ALA 355           HB2      ALA 355  -2.408  -4.335  18.863
    5    HB3  ALA 355           HB3      ALA 355  -3.562  -5.110  17.776

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLY 356           H        GLY 356  -1.767  -7.842  20.939
    2    HA2  GLY 356           HA2      GLY 356  -4.094  -7.823  22.415
    3    HA3  GLY 356           HA3      GLY 356  -3.254  -6.346  22.864

  No H/Q in entry =           3
  Start of MODEL    7
    1    H1   GLU 326           H1       GLU 326 -12.356  -0.839 -14.252
    2    H2   GLU 326           H2       GLU 326 -11.814  -2.468 -14.222
    3    H3   GLU 326           H3       GLU 326 -12.740  -1.893 -15.548
    4    HA   GLU 326           HA       GLU 326 -14.657  -1.766 -14.332
    5    HB2  GLU 326           HB2      GLU 326 -12.966  -4.183 -13.843
    6    HB3  GLU 326           HB3      GLU 326 -14.542  -4.086 -13.069
    7    HG2  GLU 326           HG2      GLU 326 -14.164  -3.718 -16.024
    8    HG3  GLU 326           HG3      GLU 326 -14.434  -5.294 -15.283

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    SER 327           H        SER 327 -15.460  -0.682 -12.666
    2    HA   SER 327           HA       SER 327 -13.893  -0.247 -10.284
    3    HG   SER 327           HG       SER 327 -14.964   2.524  -9.898
    4    HB2  SER 327           HB2      SER 327 -15.551   1.384 -11.546
    5    HB3  SER 327           HB3      SER 327 -16.745   0.625 -10.494

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    PHE 328           H        PHE 328 -14.291  -0.998  -8.242
    2    HA   PHE 328           HA       PHE 328 -16.539  -2.852  -7.880
    3    HD1  PHE 328           HD1      PHE 328 -12.139  -4.088  -8.348
    4    HD2  PHE 328           HD2      PHE 328 -16.223  -4.650  -9.404
    5    HE1  PHE 328           HE1      PHE 328 -11.446  -5.020 -10.517
    6    HE2  PHE 328           HE2      PHE 328 -15.537  -5.584 -11.574
    7    HZ   PHE 328           HZ       PHE 328 -13.146  -5.771 -12.133
    8    HB2  PHE 328           HB2      PHE 328 -13.756  -3.447  -6.870
    9    HB3  PHE 328           HB3      PHE 328 -15.157  -4.513  -6.854

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLY 329           H        GLY 329 -17.452  -2.864  -5.858
    2    HA2  GLY 329           HA2      GLY 329 -18.155  -1.650  -3.990
    3    HA3  GLY 329           HA3      GLY 329 -16.736  -0.625  -4.151

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    LEU 330           H        LEU 330 -15.981  -0.716  -2.089
    2    HA   LEU 330           HA       LEU 330 -15.572  -3.331  -0.849
    3    HG   LEU 330           HG       LEU 330 -13.061  -2.698   0.842
    4   HD11  LEU 330          1HD1      LEU 330 -13.696  -4.870  -1.079
    5   HD12  LEU 330          2HD1      LEU 330 -12.528  -5.204   0.199
    6   HD13  LEU 330          3HD1      LEU 330 -14.160  -4.680   0.611
    7   HD21  LEU 330          1HD2      LEU 330 -11.143  -2.013  -0.651
    8   HD22  LEU 330          2HD2      LEU 330 -10.845  -3.397   0.401
    9   HD23  LEU 330          3HD2      LEU 330 -11.187  -3.648  -1.311
   10    HB2  LEU 330           HB2      LEU 330 -13.521  -2.763  -2.144
   11    HB3  LEU 330           HB3      LEU 330 -13.348  -1.316  -1.168

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLY 331           H        GLY 331 -15.580  -3.307   1.374
    2    HA2  GLY 331           HA2      GLY 331 -16.767  -2.297   3.208
    3    HA3  GLY 331           HA3      GLY 331 -16.309  -0.721   2.581

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ILE 332           H        ILE 332 -14.281   0.120   3.045
    2    HA   ILE 332           HA       ILE 332 -12.424  -1.460   4.631
    3    HB   ILE 332           HB       ILE 332 -12.141   1.429   3.813
    4   HG12  ILE 332          2HG1      ILE 332 -12.483  -0.017   1.836
    5   HG21  ILE 332          1HG2      ILE 332 -10.339  -0.621   5.009
    6   HG22  ILE 332          2HG2      ILE 332  -9.657   0.618   3.956
    7   HG23  ILE 332          3HG2      ILE 332 -10.532   1.085   5.414
    8   HD11  ILE 332          1HD1      ILE 332 -10.284  -1.607   3.067
    9   HD12  ILE 332          2HD1      ILE 332 -11.778  -2.154   2.305
   10   HD13  ILE 332          3HD1      ILE 332 -10.458  -1.535   1.313
   11   HG13  ILE 332          3HG1      ILE 332 -10.853   0.645   1.897

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ARG 333           H        ARG 333 -12.752  -1.606   6.748
    2    HA   ARG 333           HA       ARG 333 -14.234   0.415   8.185
    3    HE   ARG 333           HE       ARG 333 -17.327  -2.309  10.429
    4   HH11  ARG 333          1HH1      ARG 333 -17.107   1.119  11.046
    5   HH12  ARG 333          2HH1      ARG 333 -18.524   1.158  12.040
    6   HH21  ARG 333          1HH2      ARG 333 -19.191  -2.260  11.736
    7   HH22  ARG 333          2HH2      ARG 333 -19.707  -0.760  12.433
    8    HB2  ARG 333           HB2      ARG 333 -13.179  -2.303   8.783
    9    HB3  ARG 333           HB3      ARG 333 -13.439  -1.219  10.143
   10    HG2  ARG 333           HG2      ARG 333 -15.556  -1.831   8.100
   11    HG3  ARG 333           HG3      ARG 333 -15.346  -2.751   9.591
   12    HD2  ARG 333           HD2      ARG 333 -15.398  -0.282  10.615
   13    HD3  ARG 333           HD3      ARG 333 -16.375  -0.006   9.174

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLY 334           H        GLY 334 -12.671   2.144   7.764
    2    HA2  GLY 334           HA2      GLY 334 -10.065   1.996   8.977
    3    HA3  GLY 334           HA3      GLY 334 -11.213   2.927   9.928

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ARG 335           H        ARG 335 -10.546   4.976   9.678
    2    HA   ARG 335           HA       ARG 335 -10.945   6.258   7.156
    3    HE   ARG 335           HE       ARG 335 -13.616  10.207   8.101
    4   HH11  ARG 335          1HH1      ARG 335 -10.284  11.213   8.364
    5   HH12  ARG 335          2HH1      ARG 335 -10.510  12.642   7.413
    6   HH21  ARG 335          1HH2      ARG 335 -13.914  12.087   6.849
    7   HH22  ARG 335          2HH2      ARG 335 -12.570  13.138   6.553
    8    HB2  ARG 335           HB2      ARG 335 -11.187   7.147   9.645
    9    HB3  ARG 335           HB3      ARG 335  -9.517   7.633   9.384
   10    HG2  ARG 335           HG2      ARG 335 -10.072   9.258   7.918
   11    HG3  ARG 335           HG3      ARG 335 -11.438   8.353   7.262
   12    HD2  ARG 335           HD2      ARG 335 -12.553   8.793   9.536
   13    HD3  ARG 335           HD3      ARG 335 -11.304  10.018   9.754

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 336           H        GLU 336  -8.140   5.277   9.043
    2    HA   GLU 336           HA       GLU 336  -6.224   6.584   7.383
    3    HB2  GLU 336           HB2      GLU 336  -5.756   4.224   9.208
    4    HB3  GLU 336           HB3      GLU 336  -4.562   5.384   8.642
    5    HG2  GLU 336           HG2      GLU 336  -6.886   6.398  10.187
    6    HG3  GLU 336           HG3      GLU 336  -5.612   5.535  11.049

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ARG 337           H        ARG 337  -7.307   3.208   7.676
    2    HA   ARG 337           HA       ARG 337  -5.666   2.127   5.689
    3    HE   ARG 337           HE       ARG 337  -8.544  -0.316   8.204
    4   HH11  ARG 337          1HH1      ARG 337  -7.711  -3.656   7.630
    5   HH12  ARG 337          2HH1      ARG 337  -8.969  -4.274   8.647
    6   HH21  ARG 337          1HH2      ARG 337 -10.199  -1.127   9.542
    7   HH22  ARG 337          2HH2      ARG 337 -10.382  -2.839   9.732
    8    HB2  ARG 337           HB2      ARG 337  -8.046   1.302   7.175
    9    HB3  ARG 337           HB3      ARG 337  -7.979   0.618   5.556
   10    HG2  ARG 337           HG2      ARG 337  -5.639  -0.138   6.096
   11    HG3  ARG 337           HG3      ARG 337  -5.966   0.327   7.767
   12    HD2  ARG 337           HD2      ARG 337  -7.443  -1.727   6.129
   13    HD3  ARG 337           HD3      ARG 337  -6.382  -2.031   7.504

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    PHE 338           H        PHE 338  -9.016   3.309   5.458
    2    HA   PHE 338           HA       PHE 338  -9.333   2.859   2.709
    3    HD1  PHE 338           HD1      PHE 338 -10.460   6.476   2.392
    4    HD2  PHE 338           HD2      PHE 338 -12.694   2.854   2.472
    5    HE1  PHE 338           HE1      PHE 338 -11.765   7.242   0.452
    6    HE2  PHE 338           HE2      PHE 338 -14.002   3.614   0.532
    7    HZ   PHE 338           HZ       PHE 338 -13.538   5.810  -0.481
    8    HB2  PHE 338           HB2      PHE 338 -11.223   3.326   4.203
    9    HB3  PHE 338           HB3      PHE 338 -10.633   4.965   4.452

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLU 339           H        GLU 339  -7.880   5.499   4.491
    2    HA   GLU 339           HA       GLU 339  -7.747   7.387   2.415
    3    HB2  GLU 339           HB2      GLU 339  -6.331   6.957   4.993
    4    HB3  GLU 339           HB3      GLU 339  -5.560   8.024   3.827
    5    HG2  GLU 339           HG2      GLU 339  -7.236   9.592   3.943
    6    HG3  GLU 339           HG3      GLU 339  -8.436   8.423   4.494

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    MET 340           H        MET 340  -5.642   4.711   3.314
    2    HA   MET 340           HA       MET 340  -3.528   5.326   1.542
    3    HB2  MET 340           HB2      MET 340  -3.839   3.520   3.522
    4    HB3  MET 340           HB3      MET 340  -4.088   2.475   2.130
    5    HG2  MET 340           HG2      MET 340  -1.925   3.193   1.224
    6    HG3  MET 340           HG3      MET 340  -1.675   4.197   2.650
    7    HE1  MET 340           HE1      MET 340  -2.484   3.030   4.938
    8    HE2  MET 340           HE2      MET 340  -3.171   1.425   4.691
    9    HE3  MET 340           HE3      MET 340  -1.614   1.603   5.500

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    PHE 341           H        PHE 341  -6.126   2.895   1.267
    2    HA   PHE 341           HA       PHE 341  -5.594   2.197  -1.398
    3    HD1  PHE 341           HD1      PHE 341  -8.873   0.842   1.679
    4    HD2  PHE 341           HD2      PHE 341  -5.075   0.356  -0.176
    5    HE1  PHE 341           HE1      PHE 341  -8.172  -0.645   3.509
    6    HE2  PHE 341           HE2      PHE 341  -4.368  -1.133   1.646
    7    HZ   PHE 341           HZ       PHE 341  -5.916  -1.630   3.493
    8    HB2  PHE 341           HB2      PHE 341  -8.348   2.114  -0.180
    9    HB3  PHE 341           HB3      PHE 341  -7.636   1.013  -1.358

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    ARG 342           H        ARG 342  -7.328   4.876  -0.012
    2    HA   ARG 342           HA       ARG 342  -8.695   5.607  -2.426
    3    HE   ARG 342           HE       ARG 342 -11.125   9.980  -1.807
    4   HH11  ARG 342          1HH1      ARG 342  -9.114  11.226   0.759
    5   HH12  ARG 342          2HH1      ARG 342  -9.673  12.855   0.575
    6   HH21  ARG 342          1HH2      ARG 342 -11.861  12.122  -2.050
    7   HH22  ARG 342          2HH2      ARG 342 -11.233  13.364  -1.019
    8    HB2  ARG 342           HB2      ARG 342  -9.497   6.215  -0.140
    9    HB3  ARG 342           HB3      ARG 342  -8.125   7.306   0.010
   10    HG2  ARG 342           HG2      ARG 342  -9.137   8.230  -2.277
   11    HG3  ARG 342           HG3      ARG 342 -10.614   7.586  -1.557
   12    HD2  ARG 342           HD2      ARG 342 -10.172   8.897   0.476
   13    HD3  ARG 342           HD3      ARG 342  -8.726   9.563  -0.281

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 343           H        GLU 343  -5.808   6.755  -0.711
    2    HA   GLU 343           HA       GLU 343  -5.180   8.776  -2.613
    3    HB2  GLU 343           HB2      GLU 343  -3.797   7.512  -0.295
    4    HB3  GLU 343           HB3      GLU 343  -2.809   8.382  -1.461
    5    HG2  GLU 343           HG2      GLU 343  -4.081  10.397  -1.099
    6    HG3  GLU 343           HG3      GLU 343  -5.186   9.541  -0.025

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 344           H        LEU 344  -4.452   5.379  -2.307
    2    HA   LEU 344           HA       LEU 344  -2.349   5.311  -4.225
    3    HG   LEU 344           HG       LEU 344  -1.625   4.163  -2.153
    4   HD11  LEU 344          1HD1      LEU 344  -3.168   2.168  -1.318
    5   HD12  LEU 344          2HD1      LEU 344  -1.859   1.213  -2.014
    6   HD13  LEU 344          3HD1      LEU 344  -1.515   2.386  -0.744
    7   HD21  LEU 344          1HD2      LEU 344  -1.170   2.444  -4.501
    8   HD22  LEU 344          2HD2      LEU 344  -0.177   3.736  -3.826
    9   HD23  LEU 344          3HD2      LEU 344  -0.139   2.127  -3.106
   10    HB2  LEU 344           HB2      LEU 344  -4.030   3.305  -2.812
   11    HB3  LEU 344           HB3      LEU 344  -3.213   2.789  -4.276

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ASN 345           H        ASN 345  -5.843   4.946  -4.364
    2    HA   ASN 345           HA       ASN 345  -5.986   3.998  -7.027
    3   HD21  ASN 345          1HD2      ASN 345  -7.642   2.893  -7.785
    4   HD22  ASN 345          2HD2      ASN 345  -8.976   3.328  -8.793
    5    HB2  ASN 345           HB2      ASN 345  -7.844   3.823  -5.386
    6    HB3  ASN 345           HB3      ASN 345  -8.064   5.568  -5.485

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    GLU 346           H        GLU 346  -6.144   7.242  -5.613
    2    HA   GLU 346           HA       GLU 346  -6.585   8.563  -8.103
    3    HB2  GLU 346           HB2      GLU 346  -5.950   9.408  -5.315
    4    HB3  GLU 346           HB3      GLU 346  -5.665  10.561  -6.613
    5    HG2  GLU 346           HG2      GLU 346  -7.931  10.614  -7.212
    6    HG3  GLU 346           HG3      GLU 346  -8.295   9.160  -6.283

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ALA 347           H        ALA 347  -3.768   7.603  -6.276
    2    HA   ALA 347           HA       ALA 347  -1.915   9.180  -7.798
    3    HB1  ALA 347           HB1      ALA 347  -1.663   8.245  -5.392
    4    HB2  ALA 347           HB2      ALA 347  -0.252   8.297  -6.450
    5    HB3  ALA 347           HB3      ALA 347  -1.115   6.778  -6.204

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    LEU 348           H        LEU 348  -3.234   5.947  -7.981
    2    HA   LEU 348           HA       LEU 348  -1.325   4.974  -9.880
    3    HG   LEU 348           HG       LEU 348  -2.567   1.862  -8.485
    4   HD11  LEU 348          1HD1      LEU 348  -1.810   2.227 -10.954
    5   HD12  LEU 348          2HD1      LEU 348  -0.351   2.875 -10.205
    6   HD13  LEU 348          3HD1      LEU 348  -0.851   1.216  -9.873
    7   HD21  LEU 348          1HD2      LEU 348  -1.576   4.095  -7.314
    8   HD22  LEU 348          2HD2      LEU 348  -0.956   2.467  -7.040
    9   HD23  LEU 348          3HD2      LEU 348  -0.164   3.527  -8.205
   10    HB2  LEU 348           HB2      LEU 348  -3.699   3.968  -8.507
   11    HB3  LEU 348           HB3      LEU 348  -3.577   3.397 -10.160

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLU 349           H        GLU 349  -4.405   6.617 -10.038
    2    HA   GLU 349           HA       GLU 349  -4.903   6.113 -12.797
    3    HB2  GLU 349           HB2      GLU 349  -5.959   8.226 -10.914
    4    HB3  GLU 349           HB3      GLU 349  -6.527   8.018 -12.565
    5    HG2  GLU 349           HG2      GLU 349  -6.559   5.630 -10.823
    6    HG3  GLU 349           HG3      GLU 349  -7.724   6.905 -10.468

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 350           H        LEU 350  -3.092   8.513 -11.027
    2    HA   LEU 350           HA       LEU 350  -2.845  10.414 -13.112
    3    HG   LEU 350           HG       LEU 350  -1.027  12.523 -10.761
    4   HD11  LEU 350          1HD1      LEU 350  -0.112  11.546 -13.092
    5   HD12  LEU 350          2HD1      LEU 350  -1.453  12.531 -13.677
    6   HD13  LEU 350          3HD1      LEU 350  -0.175  13.267 -12.711
    7   HD21  LEU 350          1HD2      LEU 350  -3.639  11.906 -11.999
    8   HD22  LEU 350          2HD2      LEU 350  -3.236  13.012 -10.686
    9   HD23  LEU 350          3HD2      LEU 350  -2.946  13.487 -12.359
   10    HB2  LEU 350           HB2      LEU 350  -2.204  10.374 -10.473
   11    HB3  LEU 350           HB3      LEU 350  -0.617  10.189 -11.194

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    LYS 351           H        LYS 351  -0.943   7.606 -12.156
    2    HA   LYS 351           HA       LYS 351   1.267   8.050 -13.838
    3    HB2  LYS 351           HB2      LYS 351   0.091   5.556 -12.627
    4    HB3  LYS 351           HB3      LYS 351   1.527   5.507 -13.641
    5    HG2  LYS 351           HG2      LYS 351   2.766   6.816 -12.108
    6    HG3  LYS 351           HG3      LYS 351   1.318   7.228 -11.187
    7    HD2  LYS 351           HD2      LYS 351   2.020   5.554  -9.845
    8    HD3  LYS 351           HD3      LYS 351   1.225   4.536 -11.048
    9    HE2  LYS 351           HE2      LYS 351   3.225   3.495 -11.090
   10    HE3  LYS 351           HE3      LYS 351   3.645   4.807 -12.191
   11    HZ1  LYS 351           HZ1      LYS 351   4.545   6.034 -10.297
   12    HZ2  LYS 351           HZ2      LYS 351   4.179   4.742  -9.269
   13    HZ3  LYS 351           HZ3      LYS 351   5.327   4.547 -10.496

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    ASP 352           H        ASP 352  -1.808   6.400 -14.370
    2    HA   ASP 352           HA       ASP 352  -1.237   5.258 -16.860
    3    HB2  ASP 352           HB2      ASP 352  -3.341   5.098 -15.236
    4    HB3  ASP 352           HB3      ASP 352  -3.981   6.305 -16.347

  No H/Q in entry =           4
  Start of MODEL    7
    1    H    ALA 353           H        ALA 353  -2.131   8.514 -15.963
    2    HA   ALA 353           HA       ALA 353  -2.707   9.371 -18.643
    3    HB1  ALA 353           HB1      ALA 353  -2.007  11.390 -16.606
    4    HB2  ALA 353           HB2      ALA 353  -3.387  10.354 -16.241
    5    HB3  ALA 353           HB3      ALA 353  -3.376  11.321 -17.716

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLN 354           H        GLN 354   0.090   9.319 -16.543
    2    HA   GLN 354           HA       GLN 354   1.662  11.006 -18.289
    3   HE21  GLN 354          1HE2      GLN 354   3.811  12.293 -14.348
    4   HE22  GLN 354          2HE2      GLN 354   3.715  13.904 -14.965
    5    HB2  GLN 354           HB2      GLN 354   2.626   9.332 -15.969
    6    HB3  GLN 354           HB3      GLN 354   3.444  10.702 -16.706
    7    HG2  GLN 354           HG2      GLN 354   0.749  11.201 -15.608
    8    HG3  GLN 354           HG3      GLN 354   2.038  10.878 -14.449

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    ALA 355           H        ALA 355   1.268   7.586 -17.614
    2    HA   ALA 355           HA       ALA 355   3.506   6.814 -19.269
    3    HB1  ALA 355           HB1      ALA 355   1.521   5.404 -17.575
    4    HB2  ALA 355           HB2      ALA 355   2.279   4.492 -18.880
    5    HB3  ALA 355           HB3      ALA 355   3.276   5.245 -17.636

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLY 356           H        GLY 356   3.389   6.879 -21.411
    2    HA2  GLY 356           HA2      GLY 356   1.600   7.456 -23.188
    3    HA3  GLY 356           HA3      GLY 356   0.934   5.904 -22.705

  No H/Q in entry =           3
  Start of MODEL    7
    1    H1   GLU 326           H1       GLU 326  14.526  11.856   9.597
    2    H2   GLU 326           H2       GLU 326  13.155  12.884   9.573
    3    H3   GLU 326           H3       GLU 326  12.966  11.197   9.319
    4    HA   GLU 326           HA       GLU 326  12.790  12.186   7.252
    5    HB2  GLU 326           HB2      GLU 326  14.143  14.236   8.327
    6    HB3  GLU 326           HB3      GLU 326  15.457  13.490   7.429
    7    HG2  GLU 326           HG2      GLU 326  14.670  14.953   5.872
    8    HG3  GLU 326           HG3      GLU 326  13.722  13.523   5.468

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    SER 327           H        SER 327  13.524  11.096   5.466
    2    HA   SER 327           HA       SER 327  14.584   9.476   4.275
    3    HG   SER 327           HG       SER 327  18.120   9.498   5.837
    4    HB2  SER 327           HB2      SER 327  16.916   9.594   4.129
    5    HB3  SER 327           HB3      SER 327  16.481  11.203   4.703

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    PHE 328           H        PHE 328  13.881   7.492   4.718
    2    HA   PHE 328           HA       PHE 328  15.055   6.093   7.027
    3    HD1  PHE 328           HD1      PHE 328  13.585   6.277   9.434
    4    HD2  PHE 328           HD2      PHE 328  11.305   7.939   6.248
    5    HE1  PHE 328           HE1      PHE 328  12.862   8.106  10.911
    6    HE2  PHE 328           HE2      PHE 328  10.578   9.772   7.720
    7    HZ   PHE 328           HZ       PHE 328  11.357   9.858  10.054
    8    HB2  PHE 328           HB2      PHE 328  12.212   5.775   6.046
    9    HB3  PHE 328           HB3      PHE 328  12.943   4.954   7.421

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLY 329           H        GLY 329  15.328   3.821   6.789
    2    HA2  GLY 329           HA2      GLY 329  16.598   2.710   4.836
    3    HA3  GLY 329           HA3      GLY 329  15.030   2.794   4.047

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    LEU 330           H        LEU 330  14.563   0.659   3.871
    2    HA   LEU 330           HA       LEU 330  14.663  -0.980   6.304
    3    HG   LEU 330           HG       LEU 330  12.566  -1.379   3.347
    4   HD11  LEU 330          1HD1      LEU 330  10.859  -2.686   4.510
    5   HD12  LEU 330          2HD1      LEU 330  10.021  -1.199   4.952
    6   HD13  LEU 330          3HD1      LEU 330  10.150  -1.667   3.257
    7   HD21  LEU 330          1HD2      LEU 330  12.624   1.090   3.674
    8   HD22  LEU 330          2HD2      LEU 330  11.301   0.531   2.650
    9   HD23  LEU 330          3HD2      LEU 330  10.986   0.994   4.322
   10    HB2  LEU 330           HB2      LEU 330  12.448  -1.823   5.958
   11    HB3  LEU 330           HB3      LEU 330  12.374  -0.072   6.019

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLY 331           H        GLY 331  14.752  -3.251   5.938
    2    HA2  GLY 331           HA2      GLY 331  16.208  -4.760   4.754
    3    HA3  GLY 331           HA3      GLY 331  15.812  -3.908   3.269

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ILE 332           H        ILE 332  13.862  -4.349   2.210
    2    HA   ILE 332           HA       ILE 332  12.025  -6.292   3.292
    3    HB   ILE 332           HB       ILE 332  12.084  -5.174   0.490
    4   HG12  ILE 332          2HG1      ILE 332  10.062  -3.890   1.906
    5   HG21  ILE 332          1HG2      ILE 332  10.256  -6.907   2.010
    6   HG22  ILE 332          2HG2      ILE 332   9.489  -5.619   1.079
    7   HG23  ILE 332          3HG2      ILE 332  10.532  -6.790   0.272
    8   HD11  ILE 332          1HD1      ILE 332  12.823  -2.884   1.276
    9   HD12  ILE 332          2HD1      ILE 332  11.396  -2.774   0.246
   10   HD13  ILE 332          3HD1      ILE 332  11.460  -1.878   1.764
   11   HG13  ILE 332          3HG1      ILE 332  11.417  -3.909   3.030

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ARG 333           H        ARG 333  12.041  -8.423   2.965
    2    HA   ARG 333           HA       ARG 333  14.068  -9.530   1.166
    3    HE   ARG 333           HE       ARG 333  15.046 -14.748   3.264
    4   HH11  ARG 333          1HH1      ARG 333  16.841 -11.758   3.139
    5   HH12  ARG 333          2HH1      ARG 333  18.315 -12.519   2.641
    6   HH21  ARG 333          1HH2      ARG 333  16.984 -15.750   2.609
    7   HH22  ARG 333          2HH2      ARG 333  18.396 -14.785   2.340
    8    HB2  ARG 333           HB2      ARG 333  13.809 -10.187   3.654
    9    HB3  ARG 333           HB3      ARG 333  12.422 -11.123   3.113
   10    HG2  ARG 333           HG2      ARG 333  13.805 -12.459   1.682
   11    HG3  ARG 333           HG3      ARG 333  15.208 -11.442   2.020
   12    HD2  ARG 333           HD2      ARG 333  15.165 -12.120   4.352
   13    HD3  ARG 333           HD3      ARG 333  13.715 -13.081   4.066

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLY 334           H        GLY 334  11.671  -8.419   0.058
    2    HA2  GLY 334           HA2      GLY 334   9.505  -9.709  -0.591
    3    HA3  GLY 334           HA3      GLY 334  10.667 -10.835  -1.276

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ARG 335           H        ARG 335  10.699 -10.631  -3.409
    2    HA   ARG 335           HA       ARG 335  11.512  -8.256  -4.689
    3    HE   ARG 335           HE       ARG 335  12.395 -12.532  -7.096
    4   HH11  ARG 335          1HH1      ARG 335   9.672 -13.735  -5.274
    5   HH12  ARG 335          2HH1      ARG 335  10.613 -14.890  -4.391
    6   HH21  ARG 335          1HH2      ARG 335  13.634 -14.051  -5.936
    7   HH22  ARG 335          2HH2      ARG 335  12.863 -15.069  -4.767
    8    HB2  ARG 335           HB2      ARG 335  11.042  -9.453  -6.785
    9    HB3  ARG 335           HB3      ARG 335  11.948 -10.450  -5.654
   10    HG2  ARG 335           HG2      ARG 335   9.828 -11.556  -5.005
   11    HG3  ARG 335           HG3      ARG 335   9.004 -10.625  -6.257
   12    HD2  ARG 335           HD2      ARG 335   9.543 -12.842  -7.077
   13    HD3  ARG 335           HD3      ARG 335  10.474 -11.625  -7.949

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 336           H        GLU 336   8.341  -9.848  -4.488
    2    HA   GLU 336           HA       GLU 336   6.988  -7.865  -6.015
    3    HB2  GLU 336           HB2      GLU 336   6.339 -10.358  -5.312
    4    HB3  GLU 336           HB3      GLU 336   5.494  -9.502  -4.030
    5    HG2  GLU 336           HG2      GLU 336   4.739  -8.084  -6.225
    6    HG3  GLU 336           HG3      GLU 336   4.878  -9.715  -6.879

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ARG 337           H        ARG 337   7.477  -8.402  -2.561
    2    HA   ARG 337           HA       ARG 337   5.726  -6.423  -1.612
    3    HE   ARG 337           HE       ARG 337   6.160  -8.070   3.652
    4   HH11  ARG 337          1HH1      ARG 337   8.709  -8.416   1.289
    5   HH12  ARG 337          2HH1      ARG 337   9.104 -10.031   1.771
    6   HH21  ARG 337          1HH2      ARG 337   6.681 -10.193   4.284
    7   HH22  ARG 337          2HH2      ARG 337   7.954 -11.040   3.469
    8    HB2  ARG 337           HB2      ARG 337   7.313  -8.308  -0.448
    9    HB3  ARG 337           HB3      ARG 337   8.196  -6.839  -0.057
   10    HG2  ARG 337           HG2      ARG 337   5.751  -6.039   0.636
   11    HG3  ARG 337           HG3      ARG 337   5.554  -7.776   0.881
   12    HD2  ARG 337           HD2      ARG 337   8.052  -6.697   1.959
   13    HD3  ARG 337           HD3      ARG 337   6.603  -6.023   2.703

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    PHE 338           H        PHE 338   9.252  -6.279  -2.120
    2    HA   PHE 338           HA       PHE 338   9.558  -3.569  -1.491
    3    HD1  PHE 338           HD1      PHE 338  12.898  -3.547  -0.815
    4    HD2  PHE 338           HD2      PHE 338  11.352  -3.062  -4.750
    5    HE1  PHE 338           HE1      PHE 338  14.397  -1.628  -1.163
    6    HE2  PHE 338           HE2      PHE 338  12.850  -1.142  -5.106
    7    HZ   PHE 338           HZ       PHE 338  14.375  -0.423  -3.311
    8    HB2  PHE 338           HB2      PHE 338  11.448  -5.134  -1.666
    9    HB3  PHE 338           HB3      PHE 338  11.191  -5.255  -3.403

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLU 339           H        GLU 339   8.579  -5.171  -4.443
    2    HA   GLU 339           HA       GLU 339   8.890  -3.002  -6.210
    3    HB2  GLU 339           HB2      GLU 339   7.373  -5.557  -6.217
    4    HB3  GLU 339           HB3      GLU 339   6.850  -4.318  -7.350
    5    HG2  GLU 339           HG2      GLU 339   9.554  -4.323  -7.720
    6    HG3  GLU 339           HG3      GLU 339   9.218  -6.021  -7.385

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    MET 340           H        MET 340   6.280  -3.950  -4.047
    2    HA   MET 340           HA       MET 340   4.370  -2.089  -5.001
    3    HB2  MET 340           HB2      MET 340   4.659  -3.860  -2.653
    4    HB3  MET 340           HB3      MET 340   3.641  -2.447  -2.409
    5    HG2  MET 340           HG2      MET 340   2.021  -3.758  -3.208
    6    HG3  MET 340           HG3      MET 340   2.701  -3.342  -4.780
    7    HE1  MET 340           HE1      MET 340   2.244  -5.592  -1.986
    8    HE2  MET 340           HE2      MET 340   2.306  -7.207  -2.692
    9    HE3  MET 340           HE3      MET 340   3.764  -6.485  -2.013

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    PHE 341           H        PHE 341   6.467  -2.017  -2.115
    2    HA   PHE 341           HA       PHE 341   5.825   0.622  -1.373
    3    HD1  PHE 341           HD1      PHE 341   4.908  -0.816   0.138
    4    HD2  PHE 341           HD2      PHE 341   8.782  -2.531   0.522
    5    HE1  PHE 341           HE1      PHE 341   3.933  -2.739   1.317
    6    HE2  PHE 341           HE2      PHE 341   7.814  -4.460   1.704
    7    HZ   PHE 341           HZ       PHE 341   5.386  -4.565   2.097
    8    HB2  PHE 341           HB2      PHE 341   8.494  -0.640  -0.794
    9    HB3  PHE 341           HB3      PHE 341   7.554   0.458   0.212

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    ARG 342           H        ARG 342   8.031  -0.667  -3.729
    2    HA   ARG 342           HA       ARG 342   9.567   1.739  -4.018
    3    HE   ARG 342           HE       ARG 342  13.449   0.737  -6.806
    4   HH11  ARG 342          1HH1      ARG 342  12.086  -1.309  -9.283
    5   HH12  ARG 342          2HH1      ARG 342  13.542  -1.357 -10.219
    6   HH21  ARG 342          1HH2      ARG 342  15.365   0.674  -8.036
    7   HH22  ARG 342          2HH2      ARG 342  15.404  -0.232  -9.511
    8    HB2  ARG 342           HB2      ARG 342  10.399  -0.566  -4.587
    9    HB3  ARG 342           HB3      ARG 342   9.318  -0.551  -5.973
   10    HG2  ARG 342           HG2      ARG 342  10.528   1.604  -6.649
   11    HG3  ARG 342           HG3      ARG 342  11.752   1.120  -5.475
   12    HD2  ARG 342           HD2      ARG 342  11.541  -1.181  -6.785
   13    HD3  ARG 342           HD3      ARG 342  11.017  -0.104  -8.079

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 343           H        GLU 343   6.913   0.198  -5.793
    2    HA   GLU 343           HA       GLU 343   6.765   2.195  -7.812
    3    HB2  GLU 343           HB2      GLU 343   5.856  -0.119  -8.042
    4    HB3  GLU 343           HB3      GLU 343   4.593   0.302  -6.895
    5    HG2  GLU 343           HG2      GLU 343   3.452   0.699  -8.799
    6    HG3  GLU 343           HG3      GLU 343   4.220   2.277  -8.633

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 344           H        LEU 344   5.366   1.805  -4.638
    2    HA   LEU 344           HA       LEU 344   3.405   3.858  -4.901
    3    HG   LEU 344           HG       LEU 344   1.696   3.369  -3.120
    4   HD11  LEU 344          1HD1      LEU 344   2.941   0.955  -4.333
    5   HD12  LEU 344          2HD1      LEU 344   1.236   0.898  -3.885
    6   HD13  LEU 344          3HD1      LEU 344   1.808   2.113  -5.028
    7   HD21  LEU 344          1HD2      LEU 344   2.785   1.204  -1.354
    8   HD22  LEU 344          2HD2      LEU 344   1.827   2.619  -0.915
    9   HD23  LEU 344          3HD2      LEU 344   1.073   1.275  -1.772
   10    HB2  LEU 344           HB2      LEU 344   4.411   2.092  -2.791
   11    HB3  LEU 344           HB3      LEU 344   3.926   3.673  -2.206

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ASN 345           H        ASN 345   6.683   3.704  -3.583
    2    HA   ASN 345           HA       ASN 345   6.806   6.320  -2.573
    3   HD21  ASN 345          1HD2      ASN 345  11.092   5.294  -2.516
    4   HD22  ASN 345          2HD2      ASN 345  11.241   6.729  -1.566
    5    HB2  ASN 345           HB2      ASN 345   8.451   4.349  -2.250
    6    HB3  ASN 345           HB3      ASN 345   9.188   4.906  -3.749

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    GLU 346           H        GLU 346   7.342   5.009  -5.788
    2    HA   GLU 346           HA       GLU 346   8.483   7.336  -6.929
    3    HB2  GLU 346           HB2      GLU 346   8.242   4.823  -7.796
    4    HB3  GLU 346           HB3      GLU 346   6.845   5.509  -8.615
    5    HG2  GLU 346           HG2      GLU 346   8.384   5.873 -10.224
    6    HG3  GLU 346           HG3      GLU 346   8.640   7.348  -9.291

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ALA 347           H        ALA 347   5.162   6.047  -7.002
    2    HA   ALA 347           HA       ALA 347   4.022   8.179  -8.430
    3    HB1  ALA 347           HB1      ALA 347   3.006   5.902  -7.952
    4    HB2  ALA 347           HB2      ALA 347   1.920   7.287  -7.837
    5    HB3  ALA 347           HB3      ALA 347   2.561   6.545  -6.371

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    LEU 348           H        LEU 348   4.838   7.790  -5.067
    2    HA   LEU 348           HA       LEU 348   3.255   9.885  -4.017
    3    HG   LEU 348           HG       LEU 348   5.067  10.984  -2.037
    4   HD11  LEU 348          1HD1      LEU 348   2.802   9.580  -1.519
    5   HD12  LEU 348          2HD1      LEU 348   3.689   9.380  -0.008
    6   HD13  LEU 348          3HD1      LEU 348   3.335  10.997  -0.615
    7   HD21  LEU 348          1HD2      LEU 348   6.360   8.599  -0.941
    8   HD22  LEU 348          2HD2      LEU 348   6.889  10.281  -0.940
    9   HD23  LEU 348          3HD2      LEU 348   5.749   9.715   0.280
   10    HB2  LEU 348           HB2      LEU 348   4.189   8.189  -2.573
   11    HB3  LEU 348           HB3      LEU 348   5.820   8.636  -3.034

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLU 349           H        GLU 349   6.561   9.757  -5.273
    2    HA   GLU 349           HA       GLU 349   7.235  12.432  -4.637
    3    HB2  GLU 349           HB2      GLU 349   8.368  10.294  -6.367
    4    HB3  GLU 349           HB3      GLU 349   8.880  11.945  -6.688
    5    HG2  GLU 349           HG2      GLU 349   8.970  10.923  -3.894
    6    HG3  GLU 349           HG3      GLU 349  10.212  10.416  -5.039

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 350           H        LEU 350   5.585  10.945  -7.333
    2    HA   LEU 350           HA       LEU 350   5.748  13.198  -9.077
    3    HG   LEU 350           HG       LEU 350   6.452  10.744 -10.113
    4   HD11  LEU 350          1HD1      LEU 350   3.947   9.963 -11.507
    5   HD12  LEU 350          2HD1      LEU 350   5.464   9.886 -12.404
    6   HD13  LEU 350          3HD1      LEU 350   5.272   8.963 -10.913
    7   HD21  LEU 350          1HD2      LEU 350   5.077  12.890 -11.627
    8   HD22  LEU 350          2HD2      LEU 350   6.767  12.745 -11.144
    9   HD23  LEU 350          3HD2      LEU 350   6.162  11.828 -12.523
   10    HB2  LEU 350           HB2      LEU 350   4.199  10.647  -9.027
   11    HB3  LEU 350           HB3      LEU 350   3.676  11.928 -10.105

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    LYS 351           H        LYS 351   3.329  11.996  -6.795
    2    HA   LYS 351           HA       LYS 351   1.350  13.928  -7.404
    3    HB2  LYS 351           HB2      LYS 351   1.278  11.662  -6.014
    4    HB3  LYS 351           HB3      LYS 351   1.526  12.763  -4.666
    5    HG2  LYS 351           HG2      LYS 351  -0.463  14.067  -5.760
    6    HG3  LYS 351           HG3      LYS 351  -0.806  12.500  -6.497
    7    HD2  LYS 351           HD2      LYS 351  -0.249  12.522  -3.589
    8    HD3  LYS 351           HD3      LYS 351  -1.777  13.231  -4.114
    9    HE2  LYS 351           HE2      LYS 351  -0.884  10.522  -5.051
   10    HE3  LYS 351           HE3      LYS 351  -1.754  10.737  -3.533
   11    HZ1  LYS 351           HZ1      LYS 351  -3.491  11.918  -4.887
   12    HZ2  LYS 351           HZ2      LYS 351  -2.703  11.348  -6.271
   13    HZ3  LYS 351           HZ3      LYS 351  -3.360  10.253  -5.162

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    ASP 352           H        ASP 352   4.131  13.914  -5.297
    2    HA   ASP 352           HA       ASP 352   3.406  16.167  -3.729
    3    HB2  ASP 352           HB2      ASP 352   5.348  14.308  -3.518
    4    HB3  ASP 352           HB3      ASP 352   6.284  15.633  -4.204

  No H/Q in entry =           4
  Start of MODEL    7
    1    H    ALA 353           H        ALA 353   4.973  15.765  -6.827
    2    HA   ALA 353           HA       ALA 353   6.067  18.358  -7.060
    3    HB1  ALA 353           HB1      ALA 353   5.714  17.722  -9.621
    4    HB2  ALA 353           HB2      ALA 353   6.985  17.002  -8.634
    5    HB3  ALA 353           HB3      ALA 353   5.482  16.123  -8.914

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLN 354           H        GLN 354   2.876  17.059  -7.641
    2    HA   GLN 354           HA       GLN 354   1.969  19.510  -8.920
    3   HE21  GLN 354          1HE2      GLN 354  -1.265  17.201 -10.652
    4   HE22  GLN 354          2HE2      GLN 354  -1.527  15.571 -11.160
    5    HB2  GLN 354           HB2      GLN 354   0.482  16.974  -8.212
    6    HB3  GLN 354           HB3      GLN 354  -0.202  18.329  -9.099
    7    HG2  GLN 354           HG2      GLN 354   1.214  17.953 -10.952
    8    HG3  GLN 354           HG3      GLN 354   2.215  16.820 -10.045

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    ALA 355           H        ALA 355   1.203  17.616  -6.005
    2    HA   ALA 355           HA       ALA 355  -0.244  19.914  -4.913
    3    HB1  ALA 355           HB1      ALA 355  -0.270  16.999  -4.414
    4    HB2  ALA 355           HB2      ALA 355  -0.590  18.048  -3.033
    5    HB3  ALA 355           HB3      ALA 355  -1.601  18.154  -4.474

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLY 356           H        GLY 356   0.425  21.050  -3.159
    2    HA2  GLY 356           HA2      GLY 356   3.007  21.460  -2.511
    3    HA3  GLY 356           HA3      GLY 356   2.593  20.088  -1.496

  No H/Q in entry =           3
  Start of MODEL    7
    1    H1   GLU 326           H1       GLU 326  14.831 -12.098  -1.704
    2    H2   GLU 326           H2       GLU 326  15.956 -13.287  -2.220
    3    H3   GLU 326           H3       GLU 326  15.783 -12.940  -0.551
    4    HA   GLU 326           HA       GLU 326  17.728 -11.915  -1.249
    5    HB2  GLU 326           HB2      GLU 326  15.993 -10.967  -3.527
    6    HB3  GLU 326           HB3      GLU 326  17.546 -10.227  -3.163
    7    HG2  GLU 326           HG2      GLU 326  18.709 -11.930  -4.033
    8    HG3  GLU 326           HG3      GLU 326  17.609 -13.147  -3.388

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    SER 327           H        SER 327  18.358  -9.969  -0.350
    2    HA   SER 327           HA       SER 327  16.192  -8.413   0.867
    3    HG   SER 327           HG       SER 327  16.742  -9.533   2.776
    4    HB2  SER 327           HB2      SER 327  19.131  -8.637   1.553
    5    HB3  SER 327           HB3      SER 327  18.010  -7.544   2.366

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    PHE 328           H        PHE 328  15.651  -6.556  -0.046
    2    HA   PHE 328           HA       PHE 328  17.666  -5.124  -1.643
    3    HD1  PHE 328           HD1      PHE 328  16.597  -5.442  -4.718
    4    HD2  PHE 328           HD2      PHE 328  14.303  -7.258  -1.628
    5    HE1  PHE 328           HE1      PHE 328  16.352  -7.466  -6.095
    6    HE2  PHE 328           HE2      PHE 328  14.054  -9.286  -2.999
    7    HZ   PHE 328           HZ       PHE 328  15.080  -9.392  -5.236
    8    HB2  PHE 328           HB2      PHE 328  14.667  -4.780  -1.768
    9    HB3  PHE 328           HB3      PHE 328  15.863  -4.156  -2.900

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLY 329           H        GLY 329  17.842  -2.851  -1.459
    2    HA2  GLY 329           HA2      GLY 329  18.370  -1.263   0.269
    3    HA3  GLY 329           HA3      GLY 329  16.988  -1.856   1.178

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    LEU 330           H        LEU 330  15.291  -0.554   1.201
    2    HA   LEU 330           HA       LEU 330  14.682   1.041  -1.182
    3    HG   LEU 330           HG       LEU 330  12.311   0.507  -1.818
    4   HD11  LEU 330          1HD1      LEU 330  10.569   0.728   0.598
    5   HD12  LEU 330          2HD1      LEU 330   9.967   1.243  -0.978
    6   HD13  LEU 330          3HD1      LEU 330  10.497  -0.422  -0.737
    7   HD21  LEU 330          1HD2      LEU 330  12.468   2.982  -0.176
    8   HD22  LEU 330          2HD2      LEU 330  12.932   2.706  -1.855
    9   HD23  LEU 330          3HD2      LEU 330  11.230   2.879  -1.428
   10    HB2  LEU 330           HB2      LEU 330  13.046  -0.531   0.256
   11    HB3  LEU 330           HB3      LEU 330  12.817   0.978   1.120

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLY 331           H        GLY 331  14.749   3.219  -1.190
    2    HA2  GLY 331           HA2      GLY 331  16.016   5.083  -0.287
    3    HA3  GLY 331           HA3      GLY 331  15.584   4.523   1.322

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ILE 332           H        ILE 332  13.416   4.822   2.059
    2    HA   ILE 332           HA       ILE 332  11.603   6.421   0.475
    3    HB   ILE 332           HB       ILE 332  11.304   5.681   3.383
    4   HG12  ILE 332          2HG1      ILE 332  11.705   3.664   2.005
    5   HG21  ILE 332          1HG2      ILE 332   9.598   6.935   1.338
    6   HG22  ILE 332          2HG2      ILE 332   8.819   5.709   2.339
    7   HG23  ILE 332          3HG2      ILE 332   9.584   7.107   3.094
    8   HD11  ILE 332          1HD1      ILE 332  10.825   4.523  -0.140
    9   HD12  ILE 332          2HD1      ILE 332  10.170   2.951   0.318
   10   HD13  ILE 332          3HD1      ILE 332   9.197   4.407   0.527
   11   HG13  ILE 332          3HG1      ILE 332  10.070   3.712   2.656

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ARG 333           H        ARG 333  10.818   8.491   1.062
    2    HA   ARG 333           HA       ARG 333  12.632  10.021   2.811
    3    HE   ARG 333           HE       ARG 333  16.141  12.678   1.674
    4   HH11  ARG 333          1HH1      ARG 333  14.589  10.804  -0.828
    5   HH12  ARG 333          2HH1      ARG 333  15.652  11.360  -2.077
    6   HH21  ARG 333          1HH2      ARG 333  17.540  13.410   0.033
    7   HH22  ARG 333          2HH2      ARG 333  17.328  12.839  -1.588
    8    HB2  ARG 333           HB2      ARG 333  12.464  10.356   0.128
    9    HB3  ARG 333           HB3      ARG 333  11.218  11.477   0.659
   10    HG2  ARG 333           HG2      ARG 333  13.297  12.650   0.422
   11    HG3  ARG 333           HG3      ARG 333  12.873  12.565   2.133
   12    HD2  ARG 333           HD2      ARG 333  14.635  11.246   2.639
   13    HD3  ARG 333           HD3      ARG 333  14.539  10.357   1.120

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLY 334           H        GLY 334  10.350   8.803   3.817
    2    HA2  GLY 334           HA2      GLY 334   7.948  10.069   3.830
    3    HA3  GLY 334           HA3      GLY 334   8.949  11.110   4.832

  No H/Q in entry =           3
  Start of MODEL    7
    1    H    ARG 335           H        ARG 335   7.753  10.706   6.695
    2    HA   ARG 335           HA       ARG 335   8.531   8.333   8.119
    3    HE   ARG 335           HE       ARG 335   9.131   8.393  12.403
    4   HH11  ARG 335          1HH1      ARG 335   9.854  11.805  12.498
    5   HH12  ARG 335          2HH1      ARG 335  11.146  11.628  13.637
    6   HH21  ARG 335          1HH2      ARG 335  10.831   8.157  13.901
    7   HH22  ARG 335          2HH2      ARG 335  11.702   9.556  14.432
    8    HB2  ARG 335           HB2      ARG 335   8.270  10.710   9.067
    9    HB3  ARG 335           HB3      ARG 335   6.543  10.377   9.084
   10    HG2  ARG 335           HG2      ARG 335   6.691   8.986  10.848
   11    HG3  ARG 335           HG3      ARG 335   8.249   8.332  10.339
   12    HD2  ARG 335           HD2      ARG 335   8.958  10.863  10.955
   13    HD3  ARG 335           HD3      ARG 335   7.628  10.623  12.087

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 336           H        GLU 336   5.376   9.775   7.282
    2    HA   GLU 336           HA       GLU 336   3.812   7.610   8.120
    3    HB2  GLU 336           HB2      GLU 336   3.251  10.090   7.234
    4    HB3  GLU 336           HB3      GLU 336   2.858   9.171   5.788
    5    HG2  GLU 336           HG2      GLU 336   0.848   8.932   6.711
    6    HG3  GLU 336           HG3      GLU 336   1.618   7.715   7.729

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ARG 337           H        ARG 337   5.137   8.391   4.921
    2    HA   ARG 337           HA       ARG 337   4.001   6.245   3.522
    3    HE   ARG 337           HE       ARG 337   3.856   6.921  -0.881
    4   HH11  ARG 337          1HH1      ARG 337   1.254   7.587   1.347
    5   HH12  ARG 337          2HH1      ARG 337   0.080   7.832   0.097
    6   HH21  ARG 337          1HH2      ARG 337   2.314   7.243  -2.526
    7   HH22  ARG 337          2HH2      ARG 337   0.681   7.636  -2.101
    8    HB2  ARG 337           HB2      ARG 337   5.481   8.380   2.803
    9    HB3  ARG 337           HB3      ARG 337   6.717   7.133   2.729
   10    HG2  ARG 337           HG2      ARG 337   5.605   7.544   0.568
   11    HG3  ARG 337           HG3      ARG 337   5.438   5.881   1.130
   12    HD2  ARG 337           HD2      ARG 337   3.192   6.161   1.676
   13    HD3  ARG 337           HD3      ARG 337   3.326   7.918   1.724

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    PHE 338           H        PHE 338   7.247   6.539   4.960
    2    HA   PHE 338           HA       PHE 338   8.042   3.898   4.395
    3    HD1  PHE 338           HD1      PHE 338   9.184   3.842   8.167
    4    HD2  PHE 338           HD2      PHE 338  11.272   4.003   4.463
    5    HE1  PHE 338           HE1      PHE 338  10.742   2.118   8.975
    6    HE2  PHE 338           HE2      PHE 338  12.834   2.278   5.263
    7    HZ   PHE 338           HZ       PHE 338  12.569   1.333   7.522
    8    HB2  PHE 338           HB2      PHE 338   9.660   5.638   4.977
    9    HB3  PHE 338           HB3      PHE 338   8.969   5.767   6.590

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    GLU 339           H        GLU 339   6.215   5.314   7.017
    2    HA   GLU 339           HA       GLU 339   6.356   3.152   8.821
    3    HB2  GLU 339           HB2      GLU 339   4.552   5.500   8.456
    4    HB3  GLU 339           HB3      GLU 339   4.007   4.195   9.501
    5    HG2  GLU 339           HG2      GLU 339   6.752   5.064  10.007
    6    HG3  GLU 339           HG3      GLU 339   5.532   6.308  10.281

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    MET 340           H        MET 340   4.262   3.858   6.088
    2    HA   MET 340           HA       MET 340   2.364   1.815   6.558
    3    HB2  MET 340           HB2      MET 340   3.133   2.835   3.830
    4    HB3  MET 340           HB3      MET 340   1.569   2.239   4.367
    5    HG2  MET 340           HG2      MET 340   2.000   4.360   6.042
    6    HG3  MET 340           HG3      MET 340   2.718   4.910   4.530
    7    HE1  MET 340           HE1      MET 340   1.797   4.969   2.465
    8    HE2  MET 340           HE2      MET 340   0.369   4.034   2.023
    9    HE3  MET 340           HE3      MET 340   0.242   5.777   2.261

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    PHE 341           H        PHE 341   5.114   1.945   4.285
    2    HA   PHE 341           HA       PHE 341   4.954  -0.712   3.431
    3    HD1  PHE 341           HD1      PHE 341   7.935   2.784   2.533
    4    HD2  PHE 341           HD2      PHE 341   4.496   0.467   1.582
    5    HE1  PHE 341           HE1      PHE 341   7.151   4.567   1.033
    6    HE2  PHE 341           HE2      PHE 341   3.709   2.243   0.079
    7    HZ   PHE 341           HZ       PHE 341   5.035   4.296  -0.191
    8    HB2  PHE 341           HB2      PHE 341   7.542   0.814   3.681
    9    HB3  PHE 341           HB3      PHE 341   7.102  -0.398   2.480

  No H/Q in entry =           9
  Start of MODEL    7
    1    H    ARG 342           H        ARG 342   6.230   0.649   6.361
    2    HA   ARG 342           HA       ARG 342   7.846  -1.593   7.084
    3    HE   ARG 342           HE       ARG 342  11.041  -1.710  10.554
    4   HH11  ARG 342          1HH1      ARG 342   9.594  -2.506   7.479
    5   HH12  ARG 342          2HH1      ARG 342  11.040  -3.213   6.840
    6   HH21  ARG 342          1HH2      ARG 342  12.943  -2.640   9.716
    7   HH22  ARG 342          2HH2      ARG 342  12.941  -3.290   8.110
    8    HB2  ARG 342           HB2      ARG 342   7.404   0.999   8.076
    9    HB3  ARG 342           HB3      ARG 342   6.902  -0.086   9.364
   10    HG2  ARG 342           HG2      ARG 342   9.565  -0.258   7.975
   11    HG3  ARG 342           HG3      ARG 342   9.284   0.636   9.470
   12    HD2  ARG 342           HD2      ARG 342   8.790  -1.320  10.673
   13    HD3  ARG 342           HD3      ARG 342   8.572  -2.268   9.203

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    GLU 343           H        GLU 343   4.591  -0.493   7.972
    2    HA   GLU 343           HA       GLU 343   4.055  -2.678   9.711
    3    HB2  GLU 343           HB2      GLU 343   2.393  -0.552   8.411
    4    HB3  GLU 343           HB3      GLU 343   1.601  -1.907   9.203
    5    HG2  GLU 343           HG2      GLU 343   3.264  -1.229  11.159
    6    HG3  GLU 343           HG3      GLU 343   3.140   0.339  10.361

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 344           H        LEU 344   3.725  -2.144   6.283
    2    HA   LEU 344           HA       LEU 344   1.992  -4.347   5.769
    3    HG   LEU 344           HG       LEU 344   1.255  -4.355   3.307
    4   HD11  LEU 344          1HD1      LEU 344   0.754  -2.802   5.400
    5   HD12  LEU 344          2HD1      LEU 344   0.361  -1.650   4.124
    6   HD13  LEU 344          3HD1      LEU 344  -0.481  -3.198   4.205
    7   HD21  LEU 344          1HD2      LEU 344   2.311  -1.834   2.155
    8   HD22  LEU 344          2HD2      LEU 344   1.837  -3.335   1.358
    9   HD23  LEU 344          3HD2      LEU 344   0.603  -2.199   1.905
   10    HB2  LEU 344           HB2      LEU 344   3.165  -2.231   4.289
   11    HB3  LEU 344           HB3      LEU 344   3.616  -3.728   3.495

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    ASN 345           H        ASN 345   5.461  -3.923   5.981
    2    HA   ASN 345           HA       ASN 345   6.163  -6.416   4.803
    3   HD21  ASN 345          1HD2      ASN 345   8.566  -7.073   7.228
    4   HD22  ASN 345          2HD2      ASN 345   9.773  -7.739   6.187
    5    HB2  ASN 345           HB2      ASN 345   7.682  -4.404   5.094
    6    HB3  ASN 345           HB3      ASN 345   7.812  -4.853   6.792

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    GLU 346           H        GLU 346   5.739  -5.323   8.149
    2    HA   GLU 346           HA       GLU 346   6.423  -7.833   9.309
    3    HB2  GLU 346           HB2      GLU 346   4.866  -5.505  10.452
    4    HB3  GLU 346           HB3      GLU 346   5.463  -6.873  11.383
    5    HG2  GLU 346           HG2      GLU 346   7.748  -6.265  10.870
    6    HG3  GLU 346           HG3      GLU 346   7.188  -4.941   9.850

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    ALA 347           H        ALA 347   3.434  -6.338   8.241
    2    HA   ALA 347           HA       ALA 347   1.728  -8.333   9.391
    3    HB1  ALA 347           HB1      ALA 347   0.882  -6.599   7.110
    4    HB2  ALA 347           HB2      ALA 347   1.179  -5.883   8.694
    5    HB3  ALA 347           HB3      ALA 347  -0.042  -7.142   8.511

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    LEU 348           H        LEU 348   3.374  -7.883   6.343
    2    HA   LEU 348           HA       LEU 348   1.914  -9.902   4.932
    3    HG   LEU 348           HG       LEU 348   1.817  -7.835   3.630
    4   HD11  LEU 348          1HD1      LEU 348   4.224  -6.736   3.061
    5   HD12  LEU 348          2HD1      LEU 348   3.713  -7.270   1.460
    6   HD13  LEU 348          3HD1      LEU 348   2.691  -6.177   2.392
    7   HD21  LEU 348          1HD2      LEU 348   2.208 -10.164   2.351
    8   HD22  LEU 348          2HD2      LEU 348   1.130  -8.900   1.761
    9   HD23  LEU 348          3HD2      LEU 348   2.762  -9.041   1.109
   10    HB2  LEU 348           HB2      LEU 348   4.328  -8.240   4.412
   11    HB3  LEU 348           HB3      LEU 348   4.128  -9.704   3.468

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    GLU 349           H        GLU 349   4.754  -9.821   6.952
    2    HA   GLU 349           HA       GLU 349   5.785 -12.363   6.187
    3    HB2  GLU 349           HB2      GLU 349   7.178 -10.646   7.263
    4    HB3  GLU 349           HB3      GLU 349   6.218 -10.783   8.729
    5    HG2  GLU 349           HG2      GLU 349   6.944 -13.343   8.439
    6    HG3  GLU 349           HG3      GLU 349   8.316 -12.557   7.659

  No H/Q in entry =           6
  Start of MODEL    7
    1    H    LEU 350           H        LEU 350   3.387 -11.279   8.472
    2    HA   LEU 350           HA       LEU 350   3.282 -13.621  10.061
    3    HG   LEU 350           HG       LEU 350   3.180 -11.119  11.411
    4   HD11  LEU 350          1HD1      LEU 350   0.329 -11.377  12.348
    5   HD12  LEU 350          2HD1      LEU 350   1.627 -10.663  13.304
    6   HD13  LEU 350          3HD1      LEU 350   1.144  -9.920  11.779
    7   HD21  LEU 350          1HD2      LEU 350   1.905 -13.687  12.292
    8   HD22  LEU 350          2HD2      LEU 350   3.613 -13.323  12.046
    9   HD23  LEU 350          3HD2      LEU 350   2.758 -12.644  13.431
   10    HB2  LEU 350           HB2      LEU 350   1.533 -11.257   9.622
   11    HB3  LEU 350           HB3      LEU 350   0.810 -12.670  10.366

  No H/Q in entry =          11
  Start of MODEL    7
    1    H    LYS 351           H        LYS 351   1.601 -12.609   7.129
    2    HA   LYS 351           HA       LYS 351  -0.290 -14.674   7.013
    3    HB2  LYS 351           HB2      LYS 351   0.899 -12.768   5.072
    4    HB3  LYS 351           HB3      LYS 351   0.096 -14.182   4.403
    5    HG2  LYS 351           HG2      LYS 351  -1.870 -13.533   5.920
    6    HG3  LYS 351           HG3      LYS 351  -1.061 -11.970   6.054
    7    HD2  LYS 351           HD2      LYS 351  -1.316 -13.005   3.315
    8    HD3  LYS 351           HD3      LYS 351  -2.844 -12.623   4.110
    9    HE2  LYS 351           HE2      LYS 351  -2.412 -10.556   3.307
   10    HE3  LYS 351           HE3      LYS 351  -1.436 -10.438   4.771
   11    HZ1  LYS 351           HZ1      LYS 351   0.322 -11.518   3.101
   12    HZ2  LYS 351           HZ2      LYS 351  -0.600 -10.631   1.996
   13    HZ3  LYS 351           HZ3      LYS 351   0.142  -9.849   3.300

  No H/Q in entry =          13
  Start of MODEL    7
    1    H    ASP 352           H        ASP 352   3.028 -14.486   5.809
    2    HA   ASP 352           HA       ASP 352   3.078 -16.887   4.376
    3    HB2  ASP 352           HB2      ASP 352   4.862 -14.905   4.763
    4    HB3  ASP 352           HB3      ASP 352   5.542 -16.122   5.839

  No H/Q in entry =           4
  Start of MODEL    7
    1    H    ALA 353           H        ALA 353   3.359 -16.239   7.797
    2    HA   ALA 353           HA       ALA 353   4.336 -18.830   8.511
    3    HB1  ALA 353           HB1      ALA 353   4.262 -16.474   9.806
    4    HB2  ALA 353           HB2      ALA 353   2.867 -17.268  10.536
    5    HB3  ALA 353           HB3      ALA 353   4.457 -18.028  10.618

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLN 354           H        GLN 354   1.181 -17.382   8.103
    2    HA   GLN 354           HA       GLN 354  -0.255 -19.508   9.384
    3   HE21  GLN 354          1HE2      GLN 354  -2.545 -15.450  11.233
    4   HE22  GLN 354          2HE2      GLN 354  -4.221 -15.856  11.125
    5    HB2  GLN 354           HB2      GLN 354  -1.059 -17.167   7.677
    6    HB3  GLN 354           HB3      GLN 354  -2.227 -18.394   8.144
    7    HG2  GLN 354           HG2      GLN 354  -1.061 -17.788  10.533
    8    HG3  GLN 354           HG3      GLN 354  -1.041 -16.231   9.705

  No H/Q in entry =           8
  Start of MODEL    7
    1    H    ALA 355           H        ALA 355   0.804 -18.780   6.135
    2    HA   ALA 355           HA       ALA 355  -0.110 -21.436   5.295
    3    HB1  ALA 355           HB1      ALA 355  -1.771 -19.767   4.530
    4    HB2  ALA 355           HB2      ALA 355  -0.972 -20.610   3.203
    5    HB3  ALA 355           HB3      ALA 355  -0.496 -18.962   3.616

  No H/Q in entry =           5
  Start of MODEL    7
    1    H    GLY 356           H        GLY 356   1.840 -22.387   5.066
    2    HA2  GLY 356           HA2      GLY 356   3.942 -22.831   4.257
    3    HA3  GLY 356           HA3      GLY 356   4.193 -21.093   4.203

  No H/Q in entry =           3
  Start of MODEL    8
    1    H1   GLU 326           H1       GLU 326 -17.952   4.814   8.758
    2    H2   GLU 326           H2       GLU 326 -17.542   4.698  10.418
    3    H3   GLU 326           H3       GLU 326 -16.559   3.932   9.238
    4    HB2  GLU 326           HB2      GLU 326 -20.035   4.249   9.963
    5    HB3  GLU 326           HB3      GLU 326 -20.355   2.536  10.194
    6    HG2  GLU 326           HG2      GLU 326 -18.520   3.021  12.145
    7    HG3  GLU 326           HG3      GLU 326 -19.400   4.548  12.086
    8    HA   GLU 326           HA       GLU 326 -17.790   2.254  10.180

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    SER 327           H        SER 327 -16.937   1.409   8.217
    2    HA   SER 327           HA       SER 327 -17.077   0.369   6.200
    3    HG   SER 327           HG       SER 327 -19.429  -0.793   8.150
    4    HB2  SER 327           HB2      SER 327 -20.042   0.664   6.728
    5    HB3  SER 327           HB3      SER 327 -19.357  -0.301   5.420

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    PHE 328           H        PHE 328 -16.322   1.480   4.527
    2    HA   PHE 328           HA       PHE 328 -18.041   3.558   3.342
    3    HD1  PHE 328           HD1      PHE 328 -17.690   5.870   4.725
    4    HD2  PHE 328           HD2      PHE 328 -14.201   3.569   5.522
    5    HE1  PHE 328           HE1      PHE 328 -17.631   6.762   7.017
    6    HE2  PHE 328           HE2      PHE 328 -14.135   4.455   7.817
    7    HZ   PHE 328           HZ       PHE 328 -15.852   6.054   8.567
    8    HB2  PHE 328           HB2      PHE 328 -15.025   3.675   3.358
    9    HB3  PHE 328           HB3      PHE 328 -16.153   4.945   2.895

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLY 329           H        GLY 329 -18.618   3.083   1.333
    2    HA2  GLY 329           HA2      GLY 329 -18.717   1.916  -0.660
    3    HA3  GLY 329           HA3      GLY 329 -17.398   0.906  -0.088

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    LEU 330           H        LEU 330 -15.914   0.937  -1.655
    2    HA   LEU 330           HA       LEU 330 -15.178   3.538  -2.821
    3    HG   LEU 330           HG       LEU 330 -13.036   4.475  -2.018
    4   HD11  LEU 330          1HD1      LEU 330 -11.346   2.714  -0.907
    5   HD12  LEU 330          2HD1      LEU 330 -10.553   2.946  -2.466
    6   HD13  LEU 330          3HD1      LEU 330 -10.864   4.332  -1.420
    7   HD21  LEU 330          1HD2      LEU 330 -12.594   2.790  -4.406
    8   HD22  LEU 330          2HD2      LEU 330 -13.171   4.451  -4.278
    9   HD23  LEU 330          3HD2      LEU 330 -11.448   4.103  -4.138
   10    HB2  LEU 330           HB2      LEU 330 -13.609   2.302  -1.030
   11    HB3  LEU 330           HB3      LEU 330 -13.058   1.492  -2.485

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLY 331           H        GLY 331 -15.287   3.564  -4.966
    2    HA2  GLY 331           HA2      GLY 331 -15.912   2.653  -7.039
    3    HA3  GLY 331           HA3      GLY 331 -15.624   1.044  -6.394

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ILE 332           H        ILE 332 -13.424   0.304  -6.211
    2    HA   ILE 332           HA       ILE 332 -11.296   1.814  -7.404
    3    HB   ILE 332           HB       ILE 332 -11.291  -1.132  -6.760
    4   HG12  ILE 332          2HG1      ILE 332  -9.997   0.012  -4.676
    5   HG21  ILE 332          1HG2      ILE 332  -9.113   0.912  -7.131
    6   HG22  ILE 332          2HG2      ILE 332  -8.844  -0.693  -6.452
    7   HG23  ILE 332          3HG2      ILE 332  -9.425  -0.522  -8.108
    8   HD11  ILE 332          1HD1      ILE 332 -12.558  -1.205  -5.047
    9   HD12  ILE 332          2HD1      ILE 332 -11.497  -1.229  -3.638
   10   HD13  ILE 332          3HD1      ILE 332 -12.662   0.079  -3.842
   11   HG13  ILE 332          3HG1      ILE 332 -11.202   1.253  -5.007

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ARG 333           H        ARG 333 -10.161   1.313  -9.316
    2    HA   ARG 333           HA       ARG 333 -11.591  -0.412 -11.222
    3    HE   ARG 333           HE       ARG 333 -11.845   4.025 -14.092
    4   HH11  ARG 333          1HH1      ARG 333 -14.866   2.303 -13.798
    5   HH12  ARG 333          2HH1      ARG 333 -15.191   2.330 -15.499
    6   HH21  ARG 333          1HH2      ARG 333 -12.270   4.062 -16.329
    7   HH22  ARG 333          2HH2      ARG 333 -13.717   3.328 -16.936
    8    HB2  ARG 333           HB2      ARG 333 -10.765   2.442 -11.517
    9    HB3  ARG 333           HB3      ARG 333 -10.689   1.400 -12.931
   10    HG2  ARG 333           HG2      ARG 333 -12.965   1.135 -13.033
   11    HG3  ARG 333           HG3      ARG 333 -13.187   1.459 -11.312
   12    HD2  ARG 333           HD2      ARG 333 -14.021   3.376 -12.333
   13    HD3  ARG 333           HD3      ARG 333 -12.383   3.837 -11.873

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLY 334           H        GLY 334  -9.928  -1.955 -10.543
    2    HA2  GLY 334           HA2      GLY 334  -7.170  -1.434 -11.093
    3    HA3  GLY 334           HA3      GLY 334  -7.932  -2.335 -12.395

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ARG 335           H        ARG 335  -7.125  -4.336 -12.201
    2    HA   ARG 335           HA       ARG 335  -7.979  -5.989 -10.052
    3    HE   ARG 335           HE       ARG 335  -7.846 -10.499 -10.553
    4   HH11  ARG 335          1HH1      ARG 335  -7.890 -10.703 -14.037
    5   HH12  ARG 335          2HH1      ARG 335  -8.494 -12.325 -14.059
    6   HH21  ARG 335          1HH2      ARG 335  -8.640 -12.633 -10.581
    7   HH22  ARG 335          2HH2      ARG 335  -8.920 -13.422 -12.097
    8    HB2  ARG 335           HB2      ARG 335  -7.615  -6.735 -12.427
    9    HB3  ARG 335           HB3      ARG 335  -5.885  -6.633 -12.131
   10    HG2  ARG 335           HG2      ARG 335  -5.854  -8.495 -10.825
   11    HG3  ARG 335           HG3      ARG 335  -7.507  -8.257 -10.255
   12    HD2  ARG 335           HD2      ARG 335  -8.171  -8.777 -12.700
   13    HD3  ARG 335           HD3      ARG 335  -6.548  -9.452 -12.829

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 336           H        GLU 336  -4.861  -4.589 -10.970
    2    HA   GLU 336           HA       GLU 336  -3.402  -5.841  -8.864
    3    HB2  GLU 336           HB2      GLU 336  -2.641  -3.335 -10.367
    4    HB3  GLU 336           HB3      GLU 336  -1.564  -4.442  -9.526
    5    HG2  GLU 336           HG2      GLU 336  -2.631  -6.164 -11.243
    6    HG3  GLU 336           HG3      GLU 336  -2.851  -4.686 -12.179

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ARG 337           H        ARG 337  -4.823  -2.624  -9.307
    2    HA   ARG 337           HA       ARG 337  -3.894  -1.481  -6.921
    3    HE   ARG 337           HE       ARG 337  -5.692   3.589  -8.248
    4   HH11  ARG 337          1HH1      ARG 337  -7.246   0.641  -9.291
    5   HH12  ARG 337          2HH1      ARG 337  -7.484   1.195 -10.913
    6   HH21  ARG 337          1HH2      ARG 337  -6.007   4.316 -10.381
    7   HH22  ARG 337          2HH2      ARG 337  -6.781   3.280 -11.532
    8    HB2  ARG 337           HB2      ARG 337  -5.300  -0.558  -9.044
    9    HB3  ARG 337           HB3      ARG 337  -6.583  -0.667  -7.847
   10    HG2  ARG 337           HG2      ARG 337  -4.723   0.581  -6.381
   11    HG3  ARG 337           HG3      ARG 337  -4.264   1.150  -7.987
   12    HD2  ARG 337           HD2      ARG 337  -7.145   1.228  -7.435
   13    HD3  ARG 337           HD3      ARG 337  -6.175   2.286  -6.413

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    PHE 338           H        PHE 338  -7.042  -2.992  -7.632
    2    HA   PHE 338           HA       PHE 338  -8.066  -2.815  -5.027
    3    HD1  PHE 338           HD1      PHE 338 -11.353  -3.101  -5.605
    4    HD2  PHE 338           HD2      PHE 338  -8.874  -6.546  -5.295
    5    HE1  PHE 338           HE1      PHE 338 -13.006  -4.151  -4.115
    6    HE2  PHE 338           HE2      PHE 338 -10.522  -7.603  -3.805
    7    HZ   PHE 338           HZ       PHE 338 -12.592  -6.405  -3.213
    8    HB2  PHE 338           HB2      PHE 338  -9.482  -3.292  -6.969
    9    HB3  PHE 338           HB3      PHE 338  -8.683  -4.846  -7.186

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLU 339           H        GLU 339  -5.921  -5.119  -6.539
    2    HA   GLU 339           HA       GLU 339  -6.127  -7.183  -4.630
    3    HB2  GLU 339           HB2      GLU 339  -4.176  -6.420  -6.742
    4    HB3  GLU 339           HB3      GLU 339  -3.624  -7.537  -5.501
    5    HG2  GLU 339           HG2      GLU 339  -5.281  -9.129  -6.068
    6    HG3  GLU 339           HG3      GLU 339  -6.132  -7.975  -7.095

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    MET 340           H        MET 340  -4.161  -4.269  -4.798
    2    HA   MET 340           HA       MET 340  -2.470  -4.880  -2.611
    3    HB2  MET 340           HB2      MET 340  -2.062  -3.109  -4.360
    4    HB3  MET 340           HB3      MET 340  -3.278  -2.127  -3.555
    5    HG2  MET 340           HG2      MET 340  -1.962  -1.927  -1.604
    6    HG3  MET 340           HG3      MET 340  -0.846  -3.179  -2.145
    7    HE1  MET 340           HE1      MET 340  -2.608  -0.180  -3.520
    8    HE2  MET 340           HE2      MET 340  -1.350   0.943  -4.035
    9    HE3  MET 340           HE3      MET 340  -1.787  -0.422  -5.063

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    PHE 341           H        PHE 341  -5.316  -2.741  -2.839
    2    HA   PHE 341           HA       PHE 341  -5.485  -2.195  -0.085
    3    HD1  PHE 341           HD1      PHE 341  -4.821  -0.307  -1.145
    4    HD2  PHE 341           HD2      PHE 341  -8.164  -0.841  -3.722
    5    HE1  PHE 341           HE1      PHE 341  -3.883   1.352  -2.695
    6    HE2  PHE 341           HE2      PHE 341  -7.232   0.820  -5.279
    7    HZ   PHE 341           HZ       PHE 341  -5.087   1.913  -4.766
    8    HB2  PHE 341           HB2      PHE 341  -7.883  -2.258  -1.903
    9    HB3  PHE 341           HB3      PHE 341  -7.559  -1.180  -0.548

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    ARG 342           H        ARG 342  -6.531  -4.912  -1.980
    2    HA   ARG 342           HA       ARG 342  -8.395  -5.939  -0.077
    3    HE   ARG 342           HE       ARG 342 -11.412  -9.380  -1.972
    4   HH11  ARG 342          1HH1      ARG 342  -9.295  -9.678   0.786
    5   HH12  ARG 342          2HH1      ARG 342  -9.830 -11.277   1.182
    6   HH21  ARG 342          1HH2      ARG 342 -12.117 -11.483  -1.453
    7   HH22  ARG 342          2HH2      ARG 342 -11.432 -12.302  -0.090
    8    HB2  ARG 342           HB2      ARG 342  -8.502  -6.552  -2.452
    9    HB3  ARG 342           HB3      ARG 342  -6.933  -7.337  -2.326
   10    HG2  ARG 342           HG2      ARG 342  -8.475  -9.081  -2.228
   11    HG3  ARG 342           HG3      ARG 342  -8.005  -8.816  -0.548
   12    HD2  ARG 342           HD2      ARG 342 -10.032  -7.874   0.011
   13    HD3  ARG 342           HD3      ARG 342 -10.376  -7.377  -1.645

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 343           H        GLU 343  -4.985  -6.521  -0.797
    2    HA   GLU 343           HA       GLU 343  -4.699  -8.594   1.156
    3    HB2  GLU 343           HB2      GLU 343  -3.249  -8.057  -0.964
    4    HB3  GLU 343           HB3      GLU 343  -2.386  -6.989   0.133
    5    HG2  GLU 343           HG2      GLU 343  -1.413  -8.686   1.238
    6    HG3  GLU 343           HG3      GLU 343  -2.836  -9.720   1.122

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 344           H        LEU 344  -4.342  -5.124   1.104
    2    HA   LEU 344           HA       LEU 344  -2.962  -4.945   3.609
    3    HG   LEU 344           HG       LEU 344  -1.571  -3.713   2.127
    4   HD11  LEU 344          1HD1      LEU 344  -2.425  -2.287   0.313
    5   HD12  LEU 344          2HD1      LEU 344  -2.475  -0.923   1.430
    6   HD13  LEU 344          3HD1      LEU 344  -0.931  -1.664   1.013
    7   HD21  LEU 344          1HD2      LEU 344  -2.322  -1.793   4.232
    8   HD22  LEU 344          2HD2      LEU 344  -1.024  -2.985   4.190
    9   HD23  LEU 344          3HD2      LEU 344  -0.828  -1.439   3.366
   10    HB2  LEU 344           HB2      LEU 344  -4.116  -3.057   1.643
   11    HB3  LEU 344           HB3      LEU 344  -4.010  -2.481   3.296

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ASN 345           H        ASN 345  -6.296  -4.950   2.560
    2    HA   ASN 345           HA       ASN 345  -7.387  -4.005   5.025
    3   HD21  ASN 345          1HD2      ASN 345 -10.516  -6.430   3.525
    4   HD22  ASN 345          2HD2      ASN 345 -11.611  -5.708   4.650
    5    HB2  ASN 345           HB2      ASN 345  -8.603  -3.815   2.886
    6    HB3  ASN 345           HB3      ASN 345  -8.716  -5.571   2.800

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    GLU 346           H        GLU 346  -6.729  -7.175   3.635
    2    HA   GLU 346           HA       GLU 346  -8.016  -8.636   5.730
    3    HB2  GLU 346           HB2      GLU 346  -7.365  -9.349   3.275
    4    HB3  GLU 346           HB3      GLU 346  -5.860  -9.838   4.043
    5    HG2  GLU 346           HG2      GLU 346  -7.032 -11.341   5.504
    6    HG3  GLU 346           HG3      GLU 346  -8.588 -10.770   4.904

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ALA 347           H        ALA 347  -4.797  -7.408   5.156
    2    HA   ALA 347           HA       ALA 347  -3.544  -8.926   7.237
    3    HB1  ALA 347           HB1      ALA 347  -2.282  -6.404   6.380
    4    HB2  ALA 347           HB2      ALA 347  -2.584  -7.586   5.107
    5    HB3  ALA 347           HB3      ALA 347  -1.607  -8.029   6.506

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    LEU 348           H        LEU 348  -5.127  -5.817   7.001
    2    HA   LEU 348           HA       LEU 348  -4.198  -4.838   9.526
    3    HG   LEU 348           HG       LEU 348  -5.095  -1.755   7.808
    4   HD11  LEU 348          1HD1      LEU 348  -4.790  -2.252  10.321
    5   HD12  LEU 348          2HD1      LEU 348  -3.242  -2.942   9.836
    6   HD13  LEU 348          3HD1      LEU 348  -3.595  -1.247   9.502
    7   HD21  LEU 348          1HD2      LEU 348  -3.438  -4.141   7.271
    8   HD22  LEU 348          2HD2      LEU 348  -3.762  -2.730   6.263
    9   HD23  LEU 348          3HD2      LEU 348  -2.576  -2.630   7.564
   10    HB2  LEU 348           HB2      LEU 348  -6.083  -3.951   7.430
   11    HB3  LEU 348           HB3      LEU 348  -6.425  -3.376   9.051

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLU 349           H        GLU 349  -7.028  -6.587   8.391
    2    HA   GLU 349           HA       GLU 349  -8.499  -6.364  10.822
    3    HB2  GLU 349           HB2      GLU 349  -9.414  -6.901   8.500
    4    HB3  GLU 349           HB3      GLU 349  -8.823  -8.536   8.758
    5    HG2  GLU 349           HG2      GLU 349 -10.552  -7.342  10.850
    6    HG3  GLU 349           HG3      GLU 349 -11.302  -7.824   9.329

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 350           H        LEU 350  -6.074  -8.554   9.608
    2    HA   LEU 350           HA       LEU 350  -6.524 -10.643  11.487
    3    HG   LEU 350           HG       LEU 350  -3.992 -12.581   9.719
    4   HD11  LEU 350          1HD1      LEU 350  -5.145 -12.160  12.472
    5   HD12  LEU 350          2HD1      LEU 350  -4.433 -13.661  11.880
    6   HD13  LEU 350          3HD1      LEU 350  -3.434 -12.217  12.048
    7   HD21  LEU 350          1HD2      LEU 350  -6.588 -12.109   9.263
    8   HD22  LEU 350          2HD2      LEU 350  -5.924 -13.731   9.463
    9   HD23  LEU 350          3HD2      LEU 350  -6.712 -12.927  10.820
   10    HB2  LEU 350           HB2      LEU 350  -5.059 -10.415   9.215
   11    HB3  LEU 350           HB3      LEU 350  -3.795 -10.284  10.423

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    LYS 351           H        LYS 351  -4.593  -7.719  11.478
    2    HA   LYS 351           HA       LYS 351  -2.983  -8.317  13.720
    3    HB2  LYS 351           HB2      LYS 351  -3.706  -5.866  12.202
    4    HB3  LYS 351           HB3      LYS 351  -3.053  -5.643  13.819
    5    HG2  LYS 351           HG2      LYS 351  -1.243  -7.359  12.895
    6    HG3  LYS 351           HG3      LYS 351  -1.745  -6.644  11.362
    7    HD2  LYS 351           HD2      LYS 351  -1.464  -4.421  12.870
    8    HD3  LYS 351           HD3      LYS 351  -0.244  -5.462  13.607
    9    HE2  LYS 351           HE2      LYS 351  -0.390  -5.195  10.632
   10    HE3  LYS 351           HE3      LYS 351   0.391  -3.938  11.592
   11    HZ1  LYS 351           HZ1      LYS 351   1.111  -6.816  11.710
   12    HZ2  LYS 351           HZ2      LYS 351   1.930  -5.668  10.775
   13    HZ3  LYS 351           HZ3      LYS 351   1.921  -5.536  12.462

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    ASP 352           H        ASP 352  -6.152  -6.807  13.381
    2    HA   ASP 352           HA       ASP 352  -6.460  -5.898  16.011
    3    HB2  ASP 352           HB2      ASP 352  -8.329  -6.598  13.790
    4    HB3  ASP 352           HB3      ASP 352  -8.999  -6.369  15.403

  No H/Q in entry =           4
  Start of MODEL    8
    1    H    ALA 353           H        ALA 353  -6.906  -9.065  14.584
    2    HA   ALA 353           HA       ALA 353  -8.245 -10.204  16.840
    3    HB1  ALA 353           HB1      ALA 353  -8.390 -11.055  14.481
    4    HB2  ALA 353           HB2      ALA 353  -6.758 -11.691  14.685
    5    HB3  ALA 353           HB3      ALA 353  -8.069 -12.285  15.704

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLN 354           H        GLN 354  -4.908  -9.945  15.776
    2    HA   GLN 354           HA       GLN 354  -3.859 -11.758  17.719
    3   HE21  GLN 354          1HE2      GLN 354  -1.929 -12.663  17.965
    4   HE22  GLN 354          2HE2      GLN 354  -0.458 -13.552  17.787
    5    HB2  GLN 354           HB2      GLN 354  -2.679  -9.766  15.819
    6    HB3  GLN 354           HB3      GLN 354  -1.674 -10.451  17.090
    7    HG2  GLN 354           HG2      GLN 354  -3.197 -12.444  15.600
    8    HG3  GLN 354           HG3      GLN 354  -2.064 -11.525  14.611

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    ALA 355           H        ALA 355  -4.537  -8.334  17.629
    2    HA   ALA 355           HA       ALA 355  -3.196  -7.912  20.191
    3    HB1  ALA 355           HB1      ALA 355  -2.928  -6.290  18.299
    4    HB2  ALA 355           HB2      ALA 355  -4.626  -5.865  18.508
    5    HB3  ALA 355           HB3      ALA 355  -3.478  -5.577  19.815

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLY 356           H        GLY 356  -4.579  -9.062  21.573
    2    HA2  GLY 356           HA2      GLY 356  -7.120  -7.672  22.103
    3    HA3  GLY 356           HA3      GLY 356  -6.195  -8.582  23.288

  No H/Q in entry =           3
  Start of MODEL    8
    1    H1   GLU 326           H1       GLU 326 -14.148  -2.253 -15.875
    2    H2   GLU 326           H2       GLU 326 -12.585  -1.603 -16.139
    3    H3   GLU 326           H3       GLU 326 -12.974  -3.166 -16.731
    4    HA   GLU 326           HA       GLU 326 -13.033  -4.085 -14.644
    5    HB2  GLU 326           HB2      GLU 326 -10.790  -3.146 -15.710
    6    HB3  GLU 326           HB3      GLU 326 -10.790  -2.151 -14.261
    7    HG2  GLU 326           HG2      GLU 326  -9.715  -3.855 -13.317
    8    HG3  GLU 326           HG3      GLU 326 -11.299  -4.626 -13.240

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    SER 327           H        SER 327 -14.037  -3.943 -12.752
    2    HA   SER 327           HA       SER 327 -13.713  -1.675 -11.020
    3    HG   SER 327           HG       SER 327 -16.824  -0.172 -10.959
    4    HB2  SER 327           HB2      SER 327 -15.495  -0.889 -12.581
    5    HB3  SER 327           HB3      SER 327 -16.491  -2.254 -12.075

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    PHE 328           H        PHE 328 -13.798  -2.337  -8.967
    2    HA   PHE 328           HA       PHE 328 -15.399  -4.692  -8.281
    3    HD1  PHE 328           HD1      PHE 328 -10.834  -4.697  -8.799
    4    HD2  PHE 328           HD2      PHE 328 -14.589  -6.524  -9.622
    5    HE1  PHE 328           HE1      PHE 328  -9.916  -5.640 -10.878
    6    HE2  PHE 328           HE2      PHE 328 -13.677  -7.471 -11.702
    7    HZ   PHE 328           HZ       PHE 328 -11.337  -7.029 -12.332
    8    HB2  PHE 328           HB2      PHE 328 -12.552  -4.393  -7.328
    9    HB3  PHE 328           HB3      PHE 328 -13.608  -5.790  -7.155

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLY 329           H        GLY 329 -16.470  -4.476  -6.410
    2    HA2  GLY 329           HA2      GLY 329 -17.375  -3.307  -4.629
    3    HA3  GLY 329           HA3      GLY 329 -16.252  -1.998  -4.963

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    LEU 330           H        LEU 330 -15.528  -1.634  -2.915
    2    HA   LEU 330           HA       LEU 330 -14.419  -3.893  -1.415
    3    HG   LEU 330           HG       LEU 330 -12.234  -2.959   0.119
    4   HD11  LEU 330          1HD1      LEU 330 -12.708  -4.889  -1.692
    5   HD12  LEU 330          2HD1      LEU 330 -10.960  -4.725  -1.865
    6   HD13  LEU 330          3HD1      LEU 330 -11.660  -5.099  -0.290
    7   HD21  LEU 330          1HD2      LEU 330 -10.304  -2.304  -2.094
    8   HD22  LEU 330          2HD2      LEU 330 -10.596  -1.406  -0.605
    9   HD23  LEU 330          3HD2      LEU 330  -9.804  -2.981  -0.544
   10    HB2  LEU 330           HB2      LEU 330 -12.679  -2.639  -2.849
   11    HB3  LEU 330           HB3      LEU 330 -12.870  -1.335  -1.692

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLY 331           H        GLY 331 -15.482  -3.860   0.453
    2    HA2  GLY 331           HA2      GLY 331 -16.890  -2.892   2.087
    3    HA3  GLY 331           HA3      GLY 331 -16.349  -1.300   1.577

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ILE 332           H        ILE 332 -14.281  -0.550   2.278
    2    HA   ILE 332           HA       ILE 332 -12.879  -2.087   4.302
    3    HB   ILE 332           HB       ILE 332 -12.284   0.729   3.397
    4   HG12  ILE 332          2HG1      ILE 332 -12.296  -0.763   1.456
    5   HG21  ILE 332          1HG2      ILE 332 -11.294  -0.262   5.548
    6   HG22  ILE 332          2HG2      ILE 332 -10.340  -1.283   4.472
    7   HG23  ILE 332          3HG2      ILE 332 -10.188   0.472   4.386
    8   HD11  ILE 332          1HD1      ILE 332 -10.617  -2.508   3.192
    9   HD12  ILE 332          2HD1      ILE 332 -11.957  -2.934   2.127
   10   HD13  ILE 332          3HD1      ILE 332 -10.387  -2.512   1.443
   11   HG13  ILE 332          3HG1      ILE 332 -10.651  -0.275   1.851

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ARG 333           H        ARG 333 -13.163  -1.888   6.426
    2    HA   ARG 333           HA       ARG 333 -14.886   0.273   7.403
    3    HE   ARG 333           HE       ARG 333 -16.633  -0.186  11.649
    4   HH11  ARG 333          1HH1      ARG 333 -16.264  -3.568  12.425
    5   HH12  ARG 333          2HH1      ARG 333 -16.658  -3.356  14.098
    6   HH21  ARG 333          1HH2      ARG 333 -17.151   0.096  13.849
    7   HH22  ARG 333          2HH2      ARG 333 -17.162  -1.276  14.907
    8    HB2  ARG 333           HB2      ARG 333 -15.184  -2.328   7.840
    9    HB3  ARG 333           HB3      ARG 333 -14.049  -2.001   9.143
   10    HG2  ARG 333           HG2      ARG 333 -15.720  -0.052   9.683
   11    HG3  ARG 333           HG3      ARG 333 -16.850  -1.068   8.786
   12    HD2  ARG 333           HD2      ARG 333 -16.906  -2.655  10.393
   13    HD3  ARG 333           HD3      ARG 333 -15.203  -2.450  10.802

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLY 334           H        GLY 334 -12.935   1.695   7.113
    2    HA2  GLY 334           HA2      GLY 334 -10.584   1.482   8.558
    3    HA3  GLY 334           HA3      GLY 334 -11.758   2.192   9.655

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ARG 335           H        ARG 335 -11.343   4.294   9.802
    2    HA   ARG 335           HA       ARG 335 -11.656   6.011   7.567
    3    HE   ARG 335           HE       ARG 335 -11.305   9.961   7.150
    4   HH11  ARG 335          1HH1      ARG 335 -14.563   8.735   6.898
    5   HH12  ARG 335          2HH1      ARG 335 -14.960   9.717   5.529
    6   HH21  ARG 335          1HH2      ARG 335 -11.826  11.255   5.349
    7   HH22  ARG 335          2HH2      ARG 335 -13.407  11.148   4.649
    8    HB2  ARG 335           HB2      ARG 335 -12.200   6.592   9.949
    9    HB3  ARG 335           HB3      ARG 335 -10.473   6.710  10.257
   10    HG2  ARG 335           HG2      ARG 335 -11.269   8.909   9.909
   11    HG3  ARG 335           HG3      ARG 335 -10.368   8.456   8.460
   12    HD2  ARG 335           HD2      ARG 335 -12.804   7.649   7.715
   13    HD3  ARG 335           HD3      ARG 335 -13.268   8.933   8.830

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 336           H        GLU 336  -8.838   4.930   9.417
    2    HA   GLU 336           HA       GLU 336  -6.982   6.517   7.929
    3    HB2  GLU 336           HB2      GLU 336  -6.765   5.473  10.319
    4    HB3  GLU 336           HB3      GLU 336  -6.183   4.061   9.448
    5    HG2  GLU 336           HG2      GLU 336  -4.239   5.054   8.851
    6    HG3  GLU 336           HG3      GLU 336  -4.958   6.661   8.757

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ARG 337           H        ARG 337  -7.742   3.038   7.984
    2    HA   ARG 337           HA       ARG 337  -5.991   2.258   5.954
    3    HE   ARG 337           HE       ARG 337  -7.515  -1.028   8.601
    4   HH11  ARG 337          1HH1      ARG 337  -8.754  -3.455   6.422
    5   HH12  ARG 337          2HH1      ARG 337  -9.743  -4.210   7.626
    6   HH21  ARG 337          1HH2      ARG 337  -8.815  -2.020  10.186
    7   HH22  ARG 337          2HH2      ARG 337  -9.778  -3.395   9.763
    8    HB2  ARG 337           HB2      ARG 337  -7.915   1.019   7.555
    9    HB3  ARG 337           HB3      ARG 337  -8.466   0.740   5.909
   10    HG2  ARG 337           HG2      ARG 337  -6.169  -0.118   5.387
   11    HG3  ARG 337           HG3      ARG 337  -5.823  -0.031   7.115
   12    HD2  ARG 337           HD2      ARG 337  -8.052  -1.625   5.854
   13    HD3  ARG 337           HD3      ARG 337  -6.514  -2.284   6.409

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    PHE 338           H        PHE 338  -9.426   3.164   5.751
    2    HA   PHE 338           HA       PHE 338  -9.674   2.855   2.971
    3    HD1  PHE 338           HD1      PHE 338 -12.848   2.503   2.526
    4    HD2  PHE 338           HD2      PHE 338 -11.292   6.433   3.021
    5    HE1  PHE 338           HE1      PHE 338 -14.194   3.273   0.615
    6    HE2  PHE 338           HE2      PHE 338 -12.636   7.210   1.113
    7    HZ   PHE 338           HZ       PHE 338 -14.089   5.630  -0.093
    8    HB2  PHE 338           HB2      PHE 338 -11.617   3.048   4.456
    9    HB3  PHE 338           HB3      PHE 338 -11.182   4.713   4.826

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLU 339           H        GLU 339  -8.547   5.524   4.953
    2    HA   GLU 339           HA       GLU 339  -8.540   7.528   2.987
    3    HB2  GLU 339           HB2      GLU 339  -7.157   7.099   5.586
    4    HB3  GLU 339           HB3      GLU 339  -6.494   8.322   4.512
    5    HG2  GLU 339           HG2      GLU 339  -9.394   8.474   4.860
    6    HG3  GLU 339           HG3      GLU 339  -8.466   8.734   6.336

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    MET 340           H        MET 340  -6.182   5.048   3.831
    2    HA   MET 340           HA       MET 340  -4.082   5.986   2.194
    3    HB2  MET 340           HB2      MET 340  -4.177   4.108   4.057
    4    HB3  MET 340           HB3      MET 340  -4.453   3.061   2.672
    5    HG2  MET 340           HG2      MET 340  -2.347   4.361   1.738
    6    HG3  MET 340           HG3      MET 340  -2.032   4.575   3.459
    7    HE1  MET 340           HE1      MET 340  -3.058   2.523   4.847
    8    HE2  MET 340           HE2      MET 340  -3.374   0.970   4.073
    9    HE3  MET 340           HE3      MET 340  -1.860   1.232   4.938

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    PHE 341           H        PHE 341  -6.471   3.397   1.641
    2    HA   PHE 341           HA       PHE 341  -5.736   2.833  -1.000
    3    HD1  PHE 341           HD1      PHE 341  -5.212   1.034   0.244
    4    HD2  PHE 341           HD2      PHE 341  -9.197   1.172   1.725
    5    HE1  PHE 341           HE1      PHE 341  -4.584  -0.499   2.058
    6    HE2  PHE 341           HE2      PHE 341  -8.578  -0.362   3.544
    7    HZ   PHE 341           HZ       PHE 341  -6.267  -1.195   3.713
    8    HB2  PHE 341           HB2      PHE 341  -8.565   2.603   0.009
    9    HB3  PHE 341           HB3      PHE 341  -7.729   1.576  -1.152

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    ARG 342           H        ARG 342  -7.679   5.395   0.335
    2    HA   ARG 342           HA       ARG 342  -8.933   6.147  -2.119
    3    HE   ARG 342           HE       ARG 342 -10.811   9.887   0.488
    4   HH11  ARG 342          1HH1      ARG 342 -10.114  11.445  -2.556
    5   HH12  ARG 342          2HH1      ARG 342 -10.241  13.046  -1.909
    6   HH21  ARG 342          1HH2      ARG 342 -10.979  11.992   1.341
    7   HH22  ARG 342          2HH2      ARG 342 -10.732  13.357   0.304
    8    HB2  ARG 342           HB2      ARG 342  -9.345   6.779   0.508
    9    HB3  ARG 342           HB3      ARG 342  -8.575   8.244  -0.083
   10    HG2  ARG 342           HG2      ARG 342 -10.725   7.178  -1.782
   11    HG3  ARG 342           HG3      ARG 342 -11.224   7.770  -0.196
   12    HD2  ARG 342           HD2      ARG 342  -9.400   9.421  -1.892
   13    HD3  ARG 342           HD3      ARG 342 -11.128   9.395  -2.238

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 343           H        GLU 343  -6.141   7.354  -0.289
    2    HA   GLU 343           HA       GLU 343  -5.488   9.385  -2.177
    3    HB2  GLU 343           HB2      GLU 343  -4.777   9.514   0.169
    4    HB3  GLU 343           HB3      GLU 343  -3.778   8.084  -0.048
    5    HG2  GLU 343           HG2      GLU 343  -2.494   9.352  -1.780
    6    HG3  GLU 343           HG3      GLU 343  -3.402  10.787  -1.306

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 344           H        LEU 344  -4.655   6.018  -1.786
    2    HA   LEU 344           HA       LEU 344  -2.474   6.025  -3.631
    3    HG   LEU 344           HG       LEU 344  -2.574   5.091  -0.989
    4   HD11  LEU 344          1HD1      LEU 344  -3.801   3.050  -0.424
    5   HD12  LEU 344          2HD1      LEU 344  -2.537   2.083  -1.184
    6   HD13  LEU 344          3HD1      LEU 344  -2.173   3.040   0.252
    7   HD21  LEU 344          1HD2      LEU 344  -0.751   3.690  -2.845
    8   HD22  LEU 344          2HD2      LEU 344  -0.507   5.162  -1.905
    9   HD23  LEU 344          3HD2      LEU 344  -0.364   3.586  -1.128
   10    HB2  LEU 344           HB2      LEU 344  -4.180   3.759  -2.595
   11    HB3  LEU 344           HB3      LEU 344  -2.722   3.556  -3.548

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ASN 345           H        ASN 345  -5.934   5.596  -3.862
    2    HA   ASN 345           HA       ASN 345  -5.952   4.492  -6.487
    3   HD21  ASN 345          1HD2      ASN 345 -10.276   4.883  -5.682
    4   HD22  ASN 345          2HD2      ASN 345 -10.480   4.297  -7.295
    5    HB2  ASN 345           HB2      ASN 345  -7.829   4.374  -4.774
    6    HB3  ASN 345           HB3      ASN 345  -8.196   6.045  -5.195

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    GLU 346           H        GLU 346  -6.272   7.765  -5.185
    2    HA   GLU 346           HA       GLU 346  -6.779   9.008  -7.691
    3    HB2  GLU 346           HB2      GLU 346  -7.084   9.851  -5.190
    4    HB3  GLU 346           HB3      GLU 346  -5.482  10.519  -5.471
    5    HG2  GLU 346           HG2      GLU 346  -6.569  11.468  -7.642
    6    HG3  GLU 346           HG3      GLU 346  -8.076  11.207  -6.764

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ALA 347           H        ALA 347  -3.888   8.152  -5.928
    2    HA   ALA 347           HA       ALA 347  -2.091   9.739  -7.473
    3    HB1  ALA 347           HB1      ALA 347  -1.471   9.031  -5.250
    4    HB2  ALA 347           HB2      ALA 347  -0.333   8.359  -6.418
    5    HB3  ALA 347           HB3      ALA 347  -1.590   7.336  -5.721

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    LEU 348           H        LEU 348  -3.281   6.430  -7.671
    2    HA   LEU 348           HA       LEU 348  -1.495   5.571  -9.701
    3    HG   LEU 348           HG       LEU 348  -2.777   2.449  -8.316
    4   HD11  LEU 348          1HD1      LEU 348  -1.100   3.710 -10.390
    5   HD12  LEU 348          2HD1      LEU 348  -0.264   2.701  -9.210
    6   HD13  LEU 348          3HD1      LEU 348  -1.573   2.025 -10.178
    7   HD21  LEU 348          1HD2      LEU 348  -1.347   4.926  -7.487
    8   HD22  LEU 348          2HD2      LEU 348  -2.103   3.674  -6.501
    9   HD23  LEU 348          3HD2      LEU 348  -0.548   3.368  -7.275
   10    HB2  LEU 348           HB2      LEU 348  -3.955   4.551  -8.424
   11    HB3  LEU 348           HB3      LEU 348  -3.652   3.967 -10.049

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLU 349           H        GLU 349  -4.654   7.111  -9.727
    2    HA   GLU 349           HA       GLU 349  -5.202   6.781 -12.477
    3    HB2  GLU 349           HB2      GLU 349  -6.759   7.537 -10.541
    4    HB3  GLU 349           HB3      GLU 349  -6.150   9.149 -10.892
    5    HG2  GLU 349           HG2      GLU 349  -7.191   9.255 -12.927
    6    HG3  GLU 349           HG3      GLU 349  -7.215   7.503 -13.128

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 350           H        LEU 350  -3.231   9.040 -10.709
    2    HA   LEU 350           HA       LEU 350  -3.034  11.056 -12.674
    3    HG   LEU 350           HG       LEU 350  -3.450  11.995 -10.428
    4   HD11  LEU 350          1HD1      LEU 350  -0.919  12.206  -8.824
    5   HD12  LEU 350          2HD1      LEU 350  -2.310  13.251  -8.537
    6   HD13  LEU 350          3HD1      LEU 350  -2.467  11.504  -8.352
    7   HD21  LEU 350          1HD2      LEU 350  -1.029  13.533 -11.323
    8   HD22  LEU 350          2HD2      LEU 350  -2.633  13.480 -12.056
    9   HD23  LEU 350          3HD2      LEU 350  -2.393  14.307 -10.516
   10    HB2  LEU 350           HB2      LEU 350  -1.450  10.258 -10.281
   11    HB3  LEU 350           HB3      LEU 350  -0.714  11.364 -11.426

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    LYS 351           H        LYS 351  -1.102   8.160 -12.029
    2    HA   LYS 351           HA       LYS 351   0.911   8.624 -13.927
    3    HB2  LYS 351           HB2      LYS 351  -0.081   6.310 -12.386
    4    HB3  LYS 351           HB3      LYS 351   0.770   5.911 -13.872
    5    HG2  LYS 351           HG2      LYS 351   2.675   6.135 -12.771
    6    HG3  LYS 351           HG3      LYS 351   2.333   7.860 -12.619
    7    HD2  LYS 351           HD2      LYS 351   2.442   7.452 -10.409
    8    HD3  LYS 351           HD3      LYS 351   0.800   6.842 -10.621
    9    HE2  LYS 351           HE2      LYS 351   2.961   4.920 -11.183
   10    HE3  LYS 351           HE3      LYS 351   2.812   5.428  -9.501
   11    HZ1  LYS 351           HZ1      LYS 351   0.447   4.805  -9.609
   12    HZ2  LYS 351           HZ2      LYS 351   0.682   4.217 -11.177
   13    HZ3  LYS 351           HZ3      LYS 351   1.477   3.490  -9.873

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    ASP 352           H        ASP 352  -2.326   7.352 -14.231
    2    HA   ASP 352           HA       ASP 352  -2.057   6.180 -16.786
    3    HB2  ASP 352           HB2      ASP 352  -3.956   5.782 -15.199
    4    HB3  ASP 352           HB3      ASP 352  -4.556   7.391 -15.588

  No H/Q in entry =           4
  Start of MODEL    8
    1    H    ALA 353           H        ALA 353  -2.837   9.445 -15.718
    2    HA   ALA 353           HA       ALA 353  -3.661  10.514 -18.169
    3    HB1  ALA 353           HB1      ALA 353  -2.577  12.672 -17.031
    4    HB2  ALA 353           HB2      ALA 353  -4.115  11.987 -16.506
    5    HB3  ALA 353           HB3      ALA 353  -2.637  11.615 -15.620

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLN 354           H        GLN 354  -0.476   9.857 -16.892
    2    HA   GLN 354           HA       GLN 354   0.709  10.982 -19.345
    3   HE21  GLN 354          1HE2      GLN 354   3.006  14.226 -16.777
    4   HE22  GLN 354          2HE2      GLN 354   3.513  14.127 -15.128
    5    HB2  GLN 354           HB2      GLN 354   2.194  10.444 -16.778
    6    HB3  GLN 354           HB3      GLN 354   2.718  11.411 -18.150
    7    HG2  GLN 354           HG2      GLN 354   1.297  13.174 -17.606
    8    HG3  GLN 354           HG3      GLN 354   0.302  12.168 -16.555

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    ALA 355           H        ALA 355  -0.477   8.334 -19.048
    2    HA   ALA 355           HA       ALA 355   1.928   6.674 -19.443
    3    HB1  ALA 355           HB1      ALA 355  -0.784   5.903 -18.385
    4    HB2  ALA 355           HB2      ALA 355   0.757   5.873 -17.527
    5    HB3  ALA 355           HB3      ALA 355   0.458   4.738 -18.844

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLY 356           H        GLY 356   1.555   4.796 -20.943
    2    HA2  GLY 356           HA2      GLY 356   1.110   4.062 -23.072
    3    HA3  GLY 356           HA3      GLY 356   0.752   5.735 -23.473

  No H/Q in entry =           3
  Start of MODEL    8
    1    H1   GLU 326           H1       GLU 326  18.105  12.990   4.781
    2    H2   GLU 326           H2       GLU 326  18.039  13.812   6.284
    3    H3   GLU 326           H3       GLU 326  18.652  12.210   6.209
    4    HA   GLU 326           HA       GLU 326  16.530  12.045   7.071
    5    HB2  GLU 326           HB2      GLU 326  15.900  14.014   4.890
    6    HB3  GLU 326           HB3      GLU 326  14.626  13.028   5.595
    7    HG2  GLU 326           HG2      GLU 326  15.391  13.910   7.846
    8    HG3  GLU 326           HG3      GLU 326  16.343  15.086   6.941

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    SER 327           H        SER 327  17.133   9.916   6.477
    2    HA   SER 327           HA       SER 327  15.490   8.792   4.416
    3    HG   SER 327           HG       SER 327  18.543   9.924   2.629
    4    HB2  SER 327           HB2      SER 327  18.446   8.311   4.086
    5    HB3  SER 327           HB3      SER 327  17.142   7.951   2.955

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    PHE 328           H        PHE 328  15.360   6.501   4.528
    2    HA   PHE 328           HA       PHE 328  16.743   5.261   6.802
    3    HD1  PHE 328           HD1      PHE 328  14.671   5.399   9.599
    4    HD2  PHE 328           HD2      PHE 328  13.767   7.465   5.991
    5    HE1  PHE 328           HE1      PHE 328  14.088   7.406  10.899
    6    HE2  PHE 328           HE2      PHE 328  13.182   9.475   7.283
    7    HZ   PHE 328           HZ       PHE 328  13.342   9.447   9.740
    8    HB2  PHE 328           HB2      PHE 328  13.801   4.866   6.237
    9    HB3  PHE 328           HB3      PHE 328  14.716   4.246   7.607

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLY 329           H        GLY 329  16.943   2.971   6.686
    2    HA2  GLY 329           HA2      GLY 329  17.906   1.407   5.117
    3    HA3  GLY 329           HA3      GLY 329  16.750   1.971   3.919

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    LEU 330           H        LEU 330  15.307   0.462   3.459
    2    HA   LEU 330           HA       LEU 330  14.293  -1.220   5.658
    3    HG   LEU 330           HG       LEU 330  11.861  -0.760   6.122
    4   HD11  LEU 330          1HD1      LEU 330  10.405  -0.543   3.542
    5   HD12  LEU 330          2HD1      LEU 330   9.633  -1.416   4.867
    6   HD13  LEU 330          3HD1      LEU 330  10.112   0.268   5.081
    7   HD21  LEU 330          1HD2      LEU 330  12.221  -2.996   4.201
    8   HD22  LEU 330          2HD2      LEU 330  12.468  -2.951   5.947
    9   HD23  LEU 330          3HD2      LEU 330  10.835  -3.053   5.289
   10    HB2  LEU 330           HB2      LEU 330  12.801   0.536   4.295
   11    HB3  LEU 330           HB3      LEU 330  12.658  -0.835   3.212

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLY 331           H        GLY 331  14.345  -3.385   5.411
    2    HA2  GLY 331           HA2      GLY 331  15.636  -5.176   4.437
    3    HA3  GLY 331           HA3      GLY 331  15.454  -4.394   2.874

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ILE 332           H        ILE 332  13.707  -4.856   1.618
    2    HA   ILE 332           HA       ILE 332  11.593  -6.538   2.768
    3    HB   ILE 332           HB       ILE 332  11.575  -5.187   0.071
    4   HG12  ILE 332          2HG1      ILE 332  11.776  -3.491   1.825
    5   HG21  ILE 332          1HG2      ILE 332   9.599  -6.723   1.687
    6   HG22  ILE 332          2HG2      ILE 332   9.025  -5.436   0.626
    7   HG23  ILE 332          3HG2      ILE 332   9.938  -6.789  -0.043
    8   HD11  ILE 332          1HD1      ILE 332   9.356  -4.794   3.041
    9   HD12  ILE 332          2HD1      ILE 332  10.957  -4.635   3.765
   10   HD13  ILE 332          3HD1      ILE 332   9.972  -3.200   3.478
   11   HG13  ILE 332          3HG1      ILE 332  10.165  -3.458   1.115

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ARG 333           H        ARG 333  11.343  -8.609   2.186
    2    HA   ARG 333           HA       ARG 333  13.194  -9.689   0.183
    3    HE   ARG 333           HE       ARG 333  13.025 -14.041   2.679
    4   HH11  ARG 333          1HH1      ARG 333  15.494 -12.689   4.742
    5   HH12  ARG 333          2HH1      ARG 333  15.246 -13.844   6.007
    6   HH21  ARG 333          1HH2      ARG 333  12.697 -15.562   4.343
    7   HH22  ARG 333          2HH2      ARG 333  13.658 -15.476   5.781
    8    HB2  ARG 333           HB2      ARG 333  12.777 -10.529   2.711
    9    HB3  ARG 333           HB3      ARG 333  11.592 -11.522   1.873
   10    HG2  ARG 333           HG2      ARG 333  13.164 -12.779   0.851
   11    HG3  ARG 333           HG3      ARG 333  14.293 -11.433   0.689
   12    HD2  ARG 333           HD2      ARG 333  15.374 -12.719   2.254
   13    HD3  ARG 333           HD3      ARG 333  14.444 -11.641   3.293

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLY 334           H        GLY 334  11.992  -9.118  -1.666
    2    HA2  GLY 334           HA2      GLY 334   9.259  -9.957  -1.973
    3    HA3  GLY 334           HA3      GLY 334  10.392 -11.014  -2.802

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ARG 335           H        ARG 335  10.112 -10.567  -4.902
    2    HA   ARG 335           HA       ARG 335  11.026  -8.068  -5.930
    3    HE   ARG 335           HE       ARG 335   9.768 -13.760  -7.417
    4   HH11  ARG 335          1HH1      ARG 335   7.711 -11.740  -9.384
    5   HH12  ARG 335          2HH1      ARG 335   6.403 -12.874  -9.402
    6   HH21  ARG 335          1HH2      ARG 335   8.048 -15.253  -7.440
    7   HH22  ARG 335          2HH2      ARG 335   6.594 -14.868  -8.299
    8    HB2  ARG 335           HB2      ARG 335  10.509  -9.021  -8.131
    9    HB3  ARG 335           HB3      ARG 335  11.415 -10.154  -7.139
   10    HG2  ARG 335           HG2      ARG 335   9.067 -11.083  -6.524
   11    HG3  ARG 335           HG3      ARG 335   8.560 -10.252  -7.996
   12    HD2  ARG 335           HD2      ARG 335   9.740 -11.651  -9.357
   13    HD3  ARG 335           HD3      ARG 335  10.981 -11.962  -8.143

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 336           H        GLU 336   7.852  -9.663  -5.821
    2    HA   GLU 336           HA       GLU 336   6.473  -7.512  -7.076
    3    HB2  GLU 336           HB2      GLU 336   5.307  -9.654  -5.293
    4    HB3  GLU 336           HB3      GLU 336   4.451  -8.691  -6.489
    5    HG2  GLU 336           HG2      GLU 336   5.457  -9.811  -8.279
    6    HG3  GLU 336           HG3      GLU 336   6.712 -10.503  -7.251

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ARG 337           H        ARG 337   6.970  -8.485  -3.711
    2    HA   ARG 337           HA       ARG 337   5.285  -6.574  -2.526
    3    HE   ARG 337           HE       ARG 337   4.045  -9.373   0.924
    4   HH11  ARG 337          1HH1      ARG 337   4.859  -8.847  -2.433
    5   HH12  ARG 337          2HH1      ARG 337   4.788 -10.528  -2.839
    6   HH21  ARG 337          1HH2      ARG 337   3.956 -11.581   0.386
    7   HH22  ARG 337          2HH2      ARG 337   4.277 -12.079  -1.241
    8    HB2  ARG 337           HB2      ARG 337   6.643  -8.656  -1.557
    9    HB3  ARG 337           HB3      ARG 337   7.782  -7.390  -1.124
   10    HG2  ARG 337           HG2      ARG 337   6.339  -7.799   0.736
   11    HG3  ARG 337           HG3      ARG 337   5.955  -6.215   0.063
   12    HD2  ARG 337           HD2      ARG 337   3.861  -7.125   0.401
   13    HD3  ARG 337           HD3      ARG 337   4.161  -7.501  -1.293

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    PHE 338           H        PHE 338   8.820  -6.505  -2.986
    2    HA   PHE 338           HA       PHE 338   9.172  -3.874  -2.062
    3    HD1  PHE 338           HD1      PHE 338  12.329  -3.839  -1.198
    4    HD2  PHE 338           HD2      PHE 338  11.266  -3.292  -5.282
    5    HE1  PHE 338           HE1      PHE 338  13.882  -1.937  -1.343
    6    HE2  PHE 338           HE2      PHE 338  12.819  -1.389  -5.435
    7    HZ   PHE 338           HZ       PHE 338  14.129  -0.709  -3.464
    8    HB2  PHE 338           HB2      PHE 338  11.037  -5.456  -2.291
    9    HB3  PHE 338           HB3      PHE 338  10.846  -5.440  -4.041

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLU 339           H        GLU 339   8.274  -5.181  -5.178
    2    HA   GLU 339           HA       GLU 339   8.704  -2.871  -6.732
    3    HB2  GLU 339           HB2      GLU 339   7.107  -5.366  -7.018
    4    HB3  GLU 339           HB3      GLU 339   6.677  -4.014  -8.057
    5    HG2  GLU 339           HG2      GLU 339   8.669  -4.074  -9.195
    6    HG3  GLU 339           HG3      GLU 339   9.529  -4.848  -7.865

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    MET 340           H        MET 340   6.040  -3.928  -4.706
    2    HA   MET 340           HA       MET 340   4.169  -1.971  -5.527
    3    HB2  MET 340           HB2      MET 340   3.951  -4.155  -4.010
    4    HB3  MET 340           HB3      MET 340   4.142  -2.975  -2.721
    5    HG2  MET 340           HG2      MET 340   2.141  -1.965  -3.155
    6    HG3  MET 340           HG3      MET 340   2.151  -2.425  -4.856
    7    HE1  MET 340           HE1      MET 340   1.861  -3.499  -1.266
    8    HE2  MET 340           HE2      MET 340   0.855  -4.947  -1.272
    9    HE3  MET 340           HE3      MET 340   2.566  -5.060  -1.688

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    PHE 341           H        PHE 341   6.138  -2.146  -2.549
    2    HA   PHE 341           HA       PHE 341   5.599   0.467  -1.691
    3    HD1  PHE 341           HD1      PHE 341   8.257  -3.010  -0.054
    4    HD2  PHE 341           HD2      PHE 341   4.633  -0.782  -0.077
    5    HE1  PHE 341           HE1      PHE 341   7.105  -4.878   1.053
    6    HE2  PHE 341           HE2      PHE 341   3.476  -2.644   1.032
    7    HZ   PHE 341           HZ       PHE 341   4.713  -4.694   1.591
    8    HB2  PHE 341           HB2      PHE 341   8.188  -0.980  -1.150
    9    HB3  PHE 341           HB3      PHE 341   7.342   0.166  -0.113

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    ARG 342           H        ARG 342   7.831  -0.754  -4.064
    2    HA   ARG 342           HA       ARG 342   9.475   1.581  -4.183
    3    HE   ARG 342           HE       ARG 342  12.834   0.857  -7.905
    4   HH11  ARG 342          1HH1      ARG 342  10.928  -1.203  -9.979
    5   HH12  ARG 342          2HH1      ARG 342  12.111  -1.238 -11.242
    6   HH21  ARG 342          1HH2      ARG 342  14.392   0.812  -9.565
    7   HH22  ARG 342          2HH2      ARG 342  14.079  -0.094 -11.007
    8    HB2  ARG 342           HB2      ARG 342  10.267  -0.627  -4.941
    9    HB3  ARG 342           HB3      ARG 342   9.070  -0.610  -6.229
   10    HG2  ARG 342           HG2      ARG 342  10.299   1.688  -6.785
   11    HG3  ARG 342           HG3      ARG 342  11.633   0.843  -5.997
   12    HD2  ARG 342           HD2      ARG 342  10.951  -1.122  -7.563
   13    HD3  ARG 342           HD3      ARG 342  10.155   0.141  -8.500

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 343           H        GLU 343   6.739   0.354  -6.074
    2    HA   GLU 343           HA       GLU 343   6.703   2.510  -7.922
    3    HB2  GLU 343           HB2      GLU 343   5.645   0.254  -8.275
    4    HB3  GLU 343           HB3      GLU 343   4.387   0.732  -7.144
    5    HG2  GLU 343           HG2      GLU 343   3.520   2.331  -8.588
    6    HG3  GLU 343           HG3      GLU 343   4.995   2.398  -9.552

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 344           H        LEU 344   5.268   1.956  -4.783
    2    HA   LEU 344           HA       LEU 344   3.416   4.107  -4.860
    3    HG   LEU 344           HG       LEU 344   2.121   4.388  -2.995
    4   HD11  LEU 344          1HD1      LEU 344   1.932   1.462  -3.278
    5   HD12  LEU 344          2HD1      LEU 344   0.634   2.237  -2.370
    6   HD13  LEU 344          3HD1      LEU 344   0.977   2.743  -4.025
    7   HD21  LEU 344          1HD2      LEU 344   3.249   3.919  -0.680
    8   HD22  LEU 344          2HD2      LEU 344   1.510   4.191  -0.789
    9   HD23  LEU 344          3HD2      LEU 344   2.139   2.549  -0.648
   10    HB2  LEU 344           HB2      LEU 344   3.885   2.016  -3.164
   11    HB3  LEU 344           HB3      LEU 344   4.498   3.367  -2.228

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ASN 345           H        ASN 345   6.778   3.802  -3.883
    2    HA   ASN 345           HA       ASN 345   7.018   6.324  -2.629
    3   HD21  ASN 345          1HD2      ASN 345   9.383   3.002  -2.079
    4   HD22  ASN 345          2HD2      ASN 345   9.342   3.413  -0.401
    5    HB2  ASN 345           HB2      ASN 345   8.907   4.281  -3.695
    6    HB3  ASN 345           HB3      ASN 345   9.535   5.903  -3.416

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    GLU 346           H        GLU 346   7.682   5.228  -5.940
    2    HA   GLU 346           HA       GLU 346   8.559   7.767  -6.871
    3    HB2  GLU 346           HB2      GLU 346   8.891   5.372  -7.880
    4    HB3  GLU 346           HB3      GLU 346   7.367   5.708  -8.691
    5    HG2  GLU 346           HG2      GLU 346   9.829   7.430  -8.867
    6    HG3  GLU 346           HG3      GLU 346   9.339   6.234 -10.066

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ALA 347           H        ALA 347   5.448   6.193  -6.629
    2    HA   ALA 347           HA       ALA 347   4.065   8.057  -8.310
    3    HB1  ALA 347           HB1      ALA 347   3.431   5.611  -7.611
    4    HB2  ALA 347           HB2      ALA 347   2.176   6.814  -7.913
    5    HB3  ALA 347           HB3      ALA 347   2.646   6.426  -6.258

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    LEU 348           H        LEU 348   4.810   7.818  -4.903
    2    HA   LEU 348           HA       LEU 348   2.957   9.824  -4.057
    3    HG   LEU 348           HG       LEU 348   3.582   7.968  -0.982
    4   HD11  LEU 348          1HD1      LEU 348   2.257  10.292  -2.245
    5   HD12  LEU 348          2HD1      LEU 348   1.215   9.079  -1.499
    6   HD13  LEU 348          3HD1      LEU 348   2.458   9.884  -0.541
    7   HD21  LEU 348          1HD2      LEU 348   2.649   7.511  -3.755
    8   HD22  LEU 348          2HD2      LEU 348   2.966   6.358  -2.458
    9   HD23  LEU 348          3HD2      LEU 348   1.471   7.294  -2.461
   10    HB2  LEU 348           HB2      LEU 348   5.114   8.225  -2.831
   11    HB3  LEU 348           HB3      LEU 348   4.820   9.785  -2.086

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLU 349           H        GLU 349   6.277   9.798  -5.159
    2    HA   GLU 349           HA       GLU 349   6.921  12.442  -4.326
    3    HB2  GLU 349           HB2      GLU 349   8.644  10.760  -4.818
    4    HB3  GLU 349           HB3      GLU 349   8.152  10.746  -6.506
    5    HG2  GLU 349           HG2      GLU 349   8.669  13.297  -6.383
    6    HG3  GLU 349           HG3      GLU 349   9.631  12.833  -4.980

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 350           H        LEU 350   5.388  11.069  -7.144
    2    HA   LEU 350           HA       LEU 350   5.639  13.307  -8.854
    3    HG   LEU 350           HG       LEU 350   4.139  11.237 -11.417
    4   HD11  LEU 350          1HD1      LEU 350   2.641  13.131 -10.950
    5   HD12  LEU 350          2HD1      LEU 350   4.049  14.148 -10.641
    6   HD13  LEU 350          3HD1      LEU 350   3.780  13.478 -12.250
    7   HD21  LEU 350          1HD2      LEU 350   6.559  11.755 -10.376
    8   HD22  LEU 350          2HD2      LEU 350   6.191  11.892 -12.095
    9   HD23  LEU 350          3HD2      LEU 350   6.189  13.331 -11.076
   10    HB2  LEU 350           HB2      LEU 350   4.737  10.757  -9.145
   11    HB3  LEU 350           HB3      LEU 350   3.225  11.645  -9.149

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    LYS 351           H        LYS 351   3.271  12.387  -6.422
    2    HA   LYS 351           HA       LYS 351   1.322  14.326  -7.049
    3    HB2  LYS 351           HB2      LYS 351   1.050  12.291  -5.556
    4    HB3  LYS 351           HB3      LYS 351   1.868  13.210  -4.300
    5    HG2  LYS 351           HG2      LYS 351   0.092  14.953  -4.534
    6    HG3  LYS 351           HG3      LYS 351  -0.762  13.847  -5.612
    7    HD2  LYS 351           HD2      LYS 351   0.087  13.046  -2.842
    8    HD3  LYS 351           HD3      LYS 351  -1.454  13.847  -3.157
    9    HE2  LYS 351           HE2      LYS 351  -0.701  11.434  -4.743
   10    HE3  LYS 351           HE3      LYS 351  -1.299  11.234  -3.097
   11    HZ1  LYS 351           HZ1      LYS 351  -3.129  12.884  -4.042
   12    HZ2  LYS 351           HZ2      LYS 351  -2.706  12.118  -5.489
   13    HZ3  LYS 351           HZ3      LYS 351  -3.264  11.202  -4.181

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    ASP 352           H        ASP 352   4.227  14.419  -5.086
    2    HA   ASP 352           HA       ASP 352   3.697  16.884  -3.793
    3    HB2  ASP 352           HB2      ASP 352   5.538  14.988  -3.395
    4    HB3  ASP 352           HB3      ASP 352   6.511  16.093  -4.361

  No H/Q in entry =           4
  Start of MODEL    8
    1    H    ALA 353           H        ALA 353   5.106  16.030  -6.880
    2    HA   ALA 353           HA       ALA 353   6.276  18.528  -7.484
    3    HB1  ALA 353           HB1      ALA 353   5.204  16.872  -9.697
    4    HB2  ALA 353           HB2      ALA 353   6.413  16.137  -8.645
    5    HB3  ALA 353           HB3      ALA 353   6.786  17.629  -9.508

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLN 354           H        GLN 354   3.023  17.275  -7.814
    2    HA   GLN 354           HA       GLN 354   2.077  19.389  -9.492
    3   HE21  GLN 354          1HE2      GLN 354   0.694  16.437 -12.423
    4   HE22  GLN 354          2HE2      GLN 354   2.236  15.668 -12.309
    5    HB2  GLN 354           HB2      GLN 354   0.918  17.049  -8.113
    6    HB3  GLN 354           HB3      GLN 354  -0.182  18.400  -8.353
    7    HG2  GLN 354           HG2      GLN 354  -0.408  16.899 -10.191
    8    HG3  GLN 354           HG3      GLN 354   0.383  18.366 -10.765

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    ALA 355           H        ALA 355   1.650  18.621  -6.040
    2    HA   ALA 355           HA       ALA 355   0.569  21.294  -5.579
    3    HB1  ALA 355           HB1      ALA 355   0.923  19.398  -3.332
    4    HB2  ALA 355           HB2      ALA 355  -0.419  20.481  -3.704
    5    HB3  ALA 355           HB3      ALA 355  -0.243  18.961  -4.581

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLY 356           H        GLY 356   2.870  19.248  -3.771
    2    HA2  GLY 356           HA2      GLY 356   4.377  21.694  -3.125
    3    HA3  GLY 356           HA3      GLY 356   5.219  20.299  -3.783

  No H/Q in entry =           3
  Start of MODEL    8
    1    H1   GLU 326           H1       GLU 326  16.846 -10.628  -4.495
    2    H2   GLU 326           H2       GLU 326  17.837 -11.941  -4.005
    3    H3   GLU 326           H3       GLU 326  16.322 -12.240  -4.756
    4    HA   GLU 326           HA       GLU 326  15.142 -11.453  -2.943
    5    HB2  GLU 326           HB2      GLU 326  17.496 -13.122  -2.030
    6    HB3  GLU 326           HB3      GLU 326  15.970 -12.967  -1.171
    7    HG2  GLU 326           HG2      GLU 326  15.389 -14.818  -2.262
    8    HG3  GLU 326           HG3      GLU 326  15.135 -13.750  -3.641

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    SER 327           H        SER 327  14.959 -10.247  -1.063
    2    HA   SER 327           HA       SER 327  15.416  -8.565   0.398
    3    HG   SER 327           HG       SER 327  17.357  -7.655   1.776
    4    HB2  SER 327           HB2      SER 327  16.923  -9.974   1.543
    5    HB3  SER 327           HB3      SER 327  18.106  -9.913   0.237

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    PHE 328           H        PHE 328  15.184  -6.588  -0.407
    2    HA   PHE 328           HA       PHE 328  17.409  -5.446  -1.956
    3    HD1  PHE 328           HD1      PHE 328  16.489  -5.627  -5.309
    4    HD2  PHE 328           HD2      PHE 328  14.132  -7.403  -2.243
    5    HE1  PHE 328           HE1      PHE 328  16.229  -7.649  -6.686
    6    HE2  PHE 328           HE2      PHE 328  13.869  -9.430  -3.614
    7    HZ   PHE 328           HZ       PHE 328  14.919  -9.555  -5.838
    8    HB2  PHE 328           HB2      PHE 328  14.505  -4.838  -2.514
    9    HB3  PHE 328           HB3      PHE 328  15.907  -4.367  -3.470

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLY 329           H        GLY 329  17.694  -3.173  -1.757
    2    HA2  GLY 329           HA2      GLY 329  18.084  -1.530  -0.095
    3    HA3  GLY 329           HA3      GLY 329  16.716  -2.158   0.812

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    LEU 330           H        LEU 330  15.681  -0.204   1.072
    2    HA   LEU 330           HA       LEU 330  14.804   1.153  -1.388
    3    HG   LEU 330           HG       LEU 330  12.287   2.589  -0.257
    4   HD11  LEU 330          1HD1      LEU 330  12.798   0.761  -2.548
    5   HD12  LEU 330          2HD1      LEU 330  11.483   1.930  -2.672
    6   HD13  LEU 330          3HD1      LEU 330  13.131   2.485  -2.379
    7   HD21  LEU 330          1HD2      LEU 330  10.787   0.038  -0.244
    8   HD22  LEU 330          2HD2      LEU 330  10.402   1.587   0.507
    9   HD23  LEU 330          3HD2      LEU 330  10.128   1.351  -1.220
   10    HB2  LEU 330           HB2      LEU 330  13.038  -0.333  -0.394
   11    HB3  LEU 330           HB3      LEU 330  13.066   0.687   1.032

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLY 331           H        GLY 331  14.716   3.361  -1.321
    2    HA2  GLY 331           HA2      GLY 331  15.949   5.259  -0.505
    3    HA3  GLY 331           HA3      GLY 331  15.819   4.593   1.116

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ILE 332           H        ILE 332  14.135   5.171   2.385
    2    HA   ILE 332           HA       ILE 332  11.954   6.711   1.148
    3    HB   ILE 332           HB       ILE 332  11.956   5.479   3.901
    4   HG12  ILE 332          2HG1      ILE 332  10.329   3.838   2.700
    5   HG21  ILE 332          1HG2      ILE 332  10.062   7.072   2.315
    6   HG22  ILE 332          2HG2      ILE 332   9.372   5.668   3.130
    7   HG23  ILE 332          3HG2      ILE 332  10.221   6.901   4.063
    8   HD11  ILE 332          1HD1      ILE 332  13.075   3.675   3.238
    9   HD12  ILE 332          2HD1      ILE 332  11.930   2.354   3.011
   10   HD13  ILE 332          3HD1      ILE 332  12.832   2.985   1.634
   11   HG13  ILE 332          3HG1      ILE 332  11.149   4.359   1.232

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ARG 333           H        ARG 333  11.677   8.802   1.635
    2    HA   ARG 333           HA       ARG 333  13.400   9.956   3.726
    3    HE   ARG 333           HE       ARG 333  15.734  10.280  -0.921
    4   HH11  ARG 333          1HH1      ARG 333  16.745  13.391   0.295
    5   HH12  ARG 333          2HH1      ARG 333  18.136  13.481  -0.733
    6   HH21  ARG 333          1HH2      ARG 333  17.563  10.397  -2.274
    7   HH22  ARG 333          2HH2      ARG 333  18.600  11.782  -2.192
    8    HB2  ARG 333           HB2      ARG 333  12.186  11.470   1.421
    9    HB3  ARG 333           HB3      ARG 333  13.500  11.972   2.475
   10    HG2  ARG 333           HG2      ARG 333  14.616   9.780   1.453
   11    HG3  ARG 333           HG3      ARG 333  13.528  10.183   0.123
   12    HD2  ARG 333           HD2      ARG 333  14.465  12.475   0.111
   13    HD3  ARG 333           HD3      ARG 333  15.609  11.982   1.359

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLY 334           H        GLY 334  10.881   8.789   4.336
    2    HA2  GLY 334           HA2      GLY 334   8.618  10.219   4.441
    3    HA3  GLY 334           HA3      GLY 334   9.627  11.093   5.583

  No H/Q in entry =           3
  Start of MODEL    8
    1    H    ARG 335           H        ARG 335   9.010  10.594   7.576
    2    HA   ARG 335           HA       ARG 335   9.337   8.046   8.679
    3    HE   ARG 335           HE       ARG 335  10.123  12.049  11.201
    4   HH11  ARG 335          1HH1      ARG 335   6.785  13.054  11.023
    5   HH12  ARG 335          2HH1      ARG 335   6.712  13.536  12.685
    6   HH21  ARG 335          1HH2      ARG 335  10.027  12.682  13.387
    7   HH22  ARG 335          2HH2      ARG 335   8.552  13.325  14.027
    8    HB2  ARG 335           HB2      ARG 335   7.916   9.019  10.586
    9    HB3  ARG 335           HB3      ARG 335   9.431   9.822  10.202
   10    HG2  ARG 335           HG2      ARG 335   7.199  10.908   8.699
   11    HG3  ARG 335           HG3      ARG 335   6.957  11.013  10.443
   12    HD2  ARG 335           HD2      ARG 335   9.449  11.939   9.024
   13    HD3  ARG 335           HD3      ARG 335   8.094  12.994   9.426

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 336           H        GLU 336   6.497   9.634   7.343
    2    HA   GLU 336           HA       GLU 336   4.671   7.592   8.190
    3    HB2  GLU 336           HB2      GLU 336   4.297  10.135   7.454
    4    HB3  GLU 336           HB3      GLU 336   4.001   9.367   5.900
    5    HG2  GLU 336           HG2      GLU 336   2.147   8.206   6.687
    6    HG3  GLU 336           HG3      GLU 336   2.614   8.417   8.374

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ARG 337           H        ARG 337   6.396   8.370   5.211
    2    HA   ARG 337           HA       ARG 337   5.177   6.448   3.558
    3    HE   ARG 337           HE       ARG 337   8.961   8.260   0.910
    4   HH11  ARG 337          1HH1      ARG 337   6.634   8.751  -1.644
    5   HH12  ARG 337          2HH1      ARG 337   7.632   9.870  -2.509
    6   HH21  ARG 337          1HH2      ARG 337  10.276   9.732  -0.227
    7   HH22  ARG 337          2HH2      ARG 337   9.700  10.427  -1.705
    8    HB2  ARG 337           HB2      ARG 337   6.572   8.340   2.748
    9    HB3  ARG 337           HB3      ARG 337   7.996   7.530   3.385
   10    HG2  ARG 337           HG2      ARG 337   8.140   6.154   1.636
   11    HG3  ARG 337           HG3      ARG 337   6.400   5.860   1.600
   12    HD2  ARG 337           HD2      ARG 337   6.849   6.946  -0.423
   13    HD3  ARG 337           HD3      ARG 337   6.206   8.213   0.621

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    PHE 338           H        PHE 338   8.305   6.316   5.264
    2    HA   PHE 338           HA       PHE 338   8.834   3.622   4.654
    3    HD1  PHE 338           HD1      PHE 338  12.190   3.549   5.041
    4    HD2  PHE 338           HD2      PHE 338   9.545   3.095   8.343
    5    HE1  PHE 338           HE1      PHE 338  13.503   1.620   5.822
    6    HE2  PHE 338           HE2      PHE 338  10.853   1.165   9.131
    7    HZ   PHE 338           HZ       PHE 338  12.835   0.426   7.870
    8    HB2  PHE 338           HB2      PHE 338  10.577   5.165   5.438
    9    HB3  PHE 338           HB3      PHE 338   9.789   5.270   7.008

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    GLU 339           H        GLU 339   6.990   5.158   7.199
    2    HA   GLU 339           HA       GLU 339   6.731   2.936   8.911
    3    HB2  GLU 339           HB2      GLU 339   5.310   5.514   8.527
    4    HB3  GLU 339           HB3      GLU 339   4.425   4.249   9.368
    5    HG2  GLU 339           HG2      GLU 339   5.952   4.177  11.123
    6    HG3  GLU 339           HG3      GLU 339   7.200   5.005  10.193

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    MET 340           H        MET 340   5.032   3.932   6.015
    2    HA   MET 340           HA       MET 340   2.867   2.115   6.234
    3    HB2  MET 340           HB2      MET 340   3.085   4.168   4.701
    4    HB3  MET 340           HB3      MET 340   4.009   3.121   3.633
    5    HG2  MET 340           HG2      MET 340   2.176   1.780   3.154
    6    HG3  MET 340           HG3      MET 340   1.286   2.324   4.574
    7    HE1  MET 340           HE1      MET 340   3.003   3.748   1.336
    8    HE2  MET 340           HE2      MET 340   2.125   5.264   1.131
    9    HE3  MET 340           HE3      MET 340   3.176   5.035   2.529

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    PHE 341           H        PHE 341   5.744   2.009   4.115
    2    HA   PHE 341           HA       PHE 341   5.368  -0.666   3.320
    3    HD1  PHE 341           HD1      PHE 341   4.961   0.500   1.418
    4    HD2  PHE 341           HD2      PHE 341   8.549   2.610   2.296
    5    HE1  PHE 341           HE1      PHE 341   4.267   2.300  -0.103
    6    HE2  PHE 341           HE2      PHE 341   7.864   4.413   0.771
    7    HZ   PHE 341           HZ       PHE 341   5.718   4.261  -0.421
    8    HB2  PHE 341           HB2      PHE 341   8.058   0.683   3.465
    9    HB3  PHE 341           HB3      PHE 341   7.497  -0.519   2.304

  No H/Q in entry =           9
  Start of MODEL    8
    1    H    ARG 342           H        ARG 342   6.737   0.725   6.181
    2    HA   ARG 342           HA       ARG 342   8.215  -1.604   6.970
    3    HE   ARG 342           HE       ARG 342   7.335  -0.606  12.282
    4   HH11  ARG 342          1HH1      ARG 342  10.702  -0.429  11.381
    5   HH12  ARG 342          2HH1      ARG 342  11.235  -1.415  12.701
    6   HH21  ARG 342          1HH2      ARG 342   8.035  -1.903  14.018
    7   HH22  ARG 342          2HH2      ARG 342   9.722  -2.253  14.197
    8    HB2  ARG 342           HB2      ARG 342   8.849   0.631   7.761
    9    HB3  ARG 342           HB3      ARG 342   7.304   0.785   8.588
   10    HG2  ARG 342           HG2      ARG 342   8.207  -1.514   9.672
   11    HG3  ARG 342           HG3      ARG 342   9.731  -0.679   9.364
   12    HD2  ARG 342           HD2      ARG 342   9.307   0.945  10.891
   13    HD3  ARG 342           HD3      ARG 342   7.569   0.920  10.592

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    GLU 343           H        GLU 343   5.032  -0.253   7.664
    2    HA   GLU 343           HA       GLU 343   4.370  -2.229   9.630
    3    HB2  GLU 343           HB2      GLU 343   3.337   0.036   9.558
    4    HB3  GLU 343           HB3      GLU 343   2.525  -0.414   8.064
    5    HG2  GLU 343           HG2      GLU 343   1.107  -1.902   9.130
    6    HG3  GLU 343           HG3      GLU 343   2.161  -2.052  10.536

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 344           H        LEU 344   4.029  -1.903   6.174
    2    HA   LEU 344           HA       LEU 344   2.162  -4.040   5.845
    3    HG   LEU 344           HG       LEU 344   0.979  -2.695   4.475
    4   HD11  LEU 344          1HD1      LEU 344   2.564  -1.433   2.334
    5   HD12  LEU 344          2HD1      LEU 344   0.872  -1.762   1.959
    6   HD13  LEU 344          3HD1      LEU 344   1.289  -0.764   3.352
    7   HD21  LEU 344          1HD2      LEU 344   1.707  -4.940   3.148
    8   HD22  LEU 344          2HD2      LEU 344   0.089  -4.238   3.101
    9   HD23  LEU 344          3HD2      LEU 344   1.236  -3.897   1.805
   10    HB2  LEU 344           HB2      LEU 344   3.577  -2.152   4.157
   11    HB3  LEU 344           HB3      LEU 344   3.557  -3.754   3.445

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    ASN 345           H        ASN 345   5.654  -3.752   5.890
    2    HA   ASN 345           HA       ASN 345   6.198  -6.352   4.866
    3   HD21  ASN 345          1HD2      ASN 345  10.218  -5.100   6.266
    4   HD22  ASN 345          2HD2      ASN 345  10.755  -6.603   5.606
    5    HB2  ASN 345           HB2      ASN 345   7.809  -4.396   4.928
    6    HB3  ASN 345           HB3      ASN 345   8.001  -4.711   6.650

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    GLU 346           H        GLU 346   5.905  -4.996   8.121
    2    HA   GLU 346           HA       GLU 346   6.615  -7.386   9.484
    3    HB2  GLU 346           HB2      GLU 346   5.418  -4.767  10.234
    4    HB3  GLU 346           HB3      GLU 346   5.195  -6.106  11.351
    5    HG2  GLU 346           HG2      GLU 346   7.817  -6.349  10.929
    6    HG3  GLU 346           HG3      GLU 346   7.642  -4.620  10.630

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    ALA 347           H        ALA 347   3.575  -6.015   8.367
    2    HA   ALA 347           HA       ALA 347   1.892  -7.883   9.700
    3    HB1  ALA 347           HB1      ALA 347   1.189  -6.368   7.199
    4    HB2  ALA 347           HB2      ALA 347   1.223  -5.615   8.793
    5    HB3  ALA 347           HB3      ALA 347   0.109  -6.944   8.469

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    LEU 348           H        LEU 348   3.550  -7.839   6.618
    2    HA   LEU 348           HA       LEU 348   2.142 -10.020   5.455
    3    HG   LEU 348           HG       LEU 348   2.512  -7.656   4.227
    4   HD11  LEU 348          1HD1      LEU 348   4.770  -6.888   3.576
    5   HD12  LEU 348          2HD1      LEU 348   4.709  -7.976   2.189
    6   HD13  LEU 348          3HD1      LEU 348   3.563  -6.641   2.314
    7   HD21  LEU 348          1HD2      LEU 348   2.690 -10.031   2.477
    8   HD22  LEU 348          2HD2      LEU 348   1.277  -9.152   3.061
    9   HD23  LEU 348          3HD2      LEU 348   2.215  -8.515   1.711
   10    HB2  LEU 348           HB2      LEU 348   4.813  -8.759   4.867
   11    HB3  LEU 348           HB3      LEU 348   4.189 -10.113   3.945

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    GLU 349           H        GLU 349   5.066  -9.733   7.398
    2    HA   GLU 349           HA       GLU 349   5.966 -12.387   7.112
    3    HB2  GLU 349           HB2      GLU 349   6.475 -10.160   9.018
    4    HB3  GLU 349           HB3      GLU 349   6.948 -11.777   9.519
    5    HG2  GLU 349           HG2      GLU 349   8.031 -11.782   7.091
    6    HG3  GLU 349           HG3      GLU 349   8.056 -10.045   7.395

  No H/Q in entry =           6
  Start of MODEL    8
    1    H    LEU 350           H        LEU 350   3.543 -10.923   9.152
    2    HA   LEU 350           HA       LEU 350   3.301 -13.006  11.046
    3    HG   LEU 350           HG       LEU 350   3.390 -10.791  12.130
    4   HD11  LEU 350          1HD1      LEU 350   0.748  -9.398  11.978
    5   HD12  LEU 350          2HD1      LEU 350   1.835  -9.114  13.338
    6   HD13  LEU 350          3HD1      LEU 350   2.368  -8.760  11.695
    7   HD21  LEU 350          1HD2      LEU 350   2.082 -12.721  13.174
    8   HD22  LEU 350          2HD2      LEU 350   2.546 -11.388  14.230
    9   HD23  LEU 350          3HD2      LEU 350   0.891 -11.504  13.631
   10    HB2  LEU 350           HB2      LEU 350   1.602 -10.721  10.168
   11    HB3  LEU 350           HB3      LEU 350   0.854 -11.986  11.123

  No H/Q in entry =          11
  Start of MODEL    8
    1    H    LYS 351           H        LYS 351   1.709 -12.388   7.950
    2    HA   LYS 351           HA       LYS 351  -0.193 -14.438   8.062
    3    HB2  LYS 351           HB2      LYS 351   1.161 -13.007   5.794
    4    HB3  LYS 351           HB3      LYS 351   0.036 -14.322   5.482
    5    HG2  LYS 351           HG2      LYS 351  -1.727 -13.118   6.637
    6    HG3  LYS 351           HG3      LYS 351  -0.602 -11.813   7.021
    7    HD2  LYS 351           HD2      LYS 351  -0.284 -11.944   4.348
    8    HD3  LYS 351           HD3      LYS 351  -1.965 -12.464   4.486
    9    HE2  LYS 351           HE2      LYS 351  -2.677 -10.424   5.124
   10    HE3  LYS 351           HE3      LYS 351  -1.247 -10.122   6.110
   11    HZ1  LYS 351           HZ1      LYS 351  -0.816 -10.152   3.240
   12    HZ2  LYS 351           HZ2      LYS 351  -1.753  -8.868   3.820
   13    HZ3  LYS 351           HZ3      LYS 351  -0.190  -9.113   4.419

  No H/Q in entry =          13
  Start of MODEL    8
    1    H    ASP 352           H        ASP 352   3.209 -14.480   7.271
    2    HA   ASP 352           HA       ASP 352   3.320 -16.994   6.009
    3    HB2  ASP 352           HB2      ASP 352   5.315 -15.250   7.403
    4    HB3  ASP 352           HB3      ASP 352   5.766 -16.896   6.969

  No H/Q in entry =           4
  Start of MODEL    8
    1    H    ALA 353           H        ALA 353   3.354 -16.038   9.386
    2    HA   ALA 353           HA       ALA 353   4.177 -18.492  10.492
    3    HB1  ALA 353           HB1      ALA 353   4.132 -16.357  11.729
    4    HB2  ALA 353           HB2      ALA 353   3.304 -17.657  12.586
    5    HB3  ALA 353           HB3      ALA 353   2.369 -16.425  11.740

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLN 354           H        GLN 354   1.079 -17.341   9.358
    2    HA   GLN 354           HA       GLN 354  -0.459 -19.432  10.565
    3   HE21  GLN 354          1HE2      GLN 354  -3.139 -15.097   9.811
    4   HE22  GLN 354          2HE2      GLN 354  -4.779 -15.621   9.947
    5    HB2  GLN 354           HB2      GLN 354  -1.026 -17.366   8.455
    6    HB3  GLN 354           HB3      GLN 354  -2.194 -18.625   8.831
    7    HG2  GLN 354           HG2      GLN 354  -1.657 -17.713  11.308
    8    HG3  GLN 354           HG3      GLN 354  -1.414 -16.243  10.365

  No H/Q in entry =           8
  Start of MODEL    8
    1    H    ALA 355           H        ALA 355   0.937 -18.867   7.367
    2    HA   ALA 355           HA       ALA 355  -0.141 -21.299   6.270
    3    HB1  ALA 355           HB1      ALA 355   0.203 -19.427   4.797
    4    HB2  ALA 355           HB2      ALA 355   1.918 -19.371   5.206
    5    HB3  ALA 355           HB3      ALA 355   1.269 -20.744   4.309

  No H/Q in entry =           5
  Start of MODEL    8
    1    H    GLY 356           H        GLY 356   2.882 -20.262   7.715
    2    HA2  GLY 356           HA2      GLY 356   3.746 -23.071   7.742
    3    HA3  GLY 356           HA3      GLY 356   4.305 -21.818   8.839

  No H/Q in entry =           3
  Start of MODEL    9
    1    H1   GLU 326           H1       GLU 326 -17.468   2.805  10.705
    2    H2   GLU 326           H2       GLU 326 -16.708   4.301  10.342
    3    H3   GLU 326           H3       GLU 326 -18.139   4.275  11.284
    4    HB2  GLU 326           HB2      GLU 326 -17.705   5.944   9.277
    5    HB3  GLU 326           HB3      GLU 326 -18.639   5.512   7.852
    6    HG2  GLU 326           HG2      GLU 326 -20.168   5.438  10.340
    7    HG3  GLU 326           HG3      GLU 326 -19.533   7.030   9.927
    8    HA   GLU 326           HA       GLU 326 -19.406   3.512   9.470

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    SER 327           H        SER 327 -19.398   2.012   7.938
    2    HA   SER 327           HA       SER 327 -17.025   1.039   6.735
    3    HG   SER 327           HG       SER 327 -19.549  -1.296   7.291
    4    HB2  SER 327           HB2      SER 327 -19.787   0.541   5.644
    5    HB3  SER 327           HB3      SER 327 -18.392  -0.538   5.642

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    PHE 328           H        PHE 328 -15.967   2.649   5.619
    2    HA   PHE 328           HA       PHE 328 -17.339   4.211   3.615
    3    HD1  PHE 328           HD1      PHE 328 -17.283   6.171   4.986
    4    HD2  PHE 328           HD2      PHE 328 -13.495   4.585   6.101
    5    HE1  PHE 328           HE1      PHE 328 -17.442   7.327   7.151
    6    HE2  PHE 328           HE2      PHE 328 -13.647   5.738   8.270
    7    HZ   PHE 328           HZ       PHE 328 -15.622   7.111   8.797
    8    HB2  PHE 328           HB2      PHE 328 -14.358   4.041   4.059
    9    HB3  PHE 328           HB3      PHE 328 -15.261   5.346   3.297

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLY 329           H        GLY 329 -17.773   3.465   1.654
    2    HA2  GLY 329           HA2      GLY 329 -17.770   1.864  -0.063
    3    HA3  GLY 329           HA3      GLY 329 -16.306   1.169   0.617

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    LEU 330           H        LEU 330 -15.413   1.103  -1.503
    2    HA   LEU 330           HA       LEU 330 -14.902   3.642  -2.830
    3    HG   LEU 330           HG       LEU 330 -13.009   4.890  -2.691
    4   HD11  LEU 330          1HD1      LEU 330 -11.377   4.076  -0.726
    5   HD12  LEU 330          2HD1      LEU 330 -10.259   4.009  -2.088
    6   HD13  LEU 330          3HD1      LEU 330 -11.082   5.518  -1.697
    7   HD21  LEU 330          1HD2      LEU 330 -12.404   3.009  -4.508
    8   HD22  LEU 330          2HD2      LEU 330 -11.885   4.689  -4.640
    9   HD23  LEU 330          3HD2      LEU 330 -10.779   3.472  -4.004
   10    HB2  LEU 330           HB2      LEU 330 -13.079   2.898  -1.022
   11    HB3  LEU 330           HB3      LEU 330 -12.503   1.951  -2.380

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLY 331           H        GLY 331 -14.704   3.443  -5.002
    2    HA2  GLY 331           HA2      GLY 331 -15.327   2.265  -6.950
    3    HA3  GLY 331           HA3      GLY 331 -15.055   0.754  -6.096

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ILE 332           H        ILE 332 -13.024  -0.168  -6.084
    2    HA   ILE 332           HA       ILE 332 -10.736   1.215  -7.136
    3    HB   ILE 332           HB       ILE 332 -10.995  -1.746  -6.622
    4   HG12  ILE 332          2HG1      ILE 332 -11.639  -0.542  -4.603
    5   HG21  ILE 332          1HG2      ILE 332  -8.645   0.122  -6.847
    6   HG22  ILE 332          2HG2      ILE 332  -8.530  -1.524  -6.224
    7   HG23  ILE 332          3HG2      ILE 332  -9.043  -1.245  -7.888
    8   HD11  ILE 332          1HD1      ILE 332  -9.023   0.918  -4.861
    9   HD12  ILE 332          2HD1      ILE 332 -10.634   1.622  -4.995
   10   HD13  ILE 332          3HD1      ILE 332 -10.088   0.955  -3.456
   11   HG13  ILE 332          3HG1      ILE 332 -10.047  -1.264  -4.386

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ARG 333           H        ARG 333  -9.599   0.727  -9.042
    2    HA   ARG 333           HA       ARG 333 -11.093  -0.808 -11.059
    3    HE   ARG 333           HE       ARG 333  -8.247   0.405 -13.820
    4   HH11  ARG 333          1HH1      ARG 333 -10.914   1.902 -15.501
    5   HH12  ARG 333          2HH1      ARG 333  -9.928   3.118 -16.242
    6   HH21  ARG 333          1HH2      ARG 333  -6.949   2.004 -14.793
    7   HH22  ARG 333          2HH2      ARG 333  -7.677   3.176 -15.840
    8    HB2  ARG 333           HB2      ARG 333 -11.101   1.849 -11.150
    9    HB3  ARG 333           HB3      ARG 333  -9.542   1.587 -11.919
   10    HG2  ARG 333           HG2      ARG 333 -12.105   0.311 -12.842
   11    HG3  ARG 333           HG3      ARG 333 -11.451   1.814 -13.496
   12    HD2  ARG 333           HD2      ARG 333 -10.104  -0.885 -13.524
   13    HD3  ARG 333           HD3      ARG 333 -10.845  -0.077 -14.904

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLY 334           H        GLY 334  -9.595  -2.518 -10.479
    2    HA2  GLY 334           HA2      GLY 334  -6.781  -2.122 -11.039
    3    HA3  GLY 334           HA3      GLY 334  -7.635  -3.071 -12.246

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ARG 335           H        ARG 335  -7.134  -5.140 -11.970
    2    HA   ARG 335           HA       ARG 335  -7.926  -6.601  -9.716
    3    HE   ARG 335           HE       ARG 335  -5.108  -7.464 -14.734
    4   HH11  ARG 335          1HH1      ARG 335  -4.228 -10.682 -13.708
    5   HH12  ARG 335          2HH1      ARG 335  -3.572 -11.129 -15.247
    6   HH21  ARG 335          1HH2      ARG 335  -4.246  -8.050 -16.759
    7   HH22  ARG 335          2HH2      ARG 335  -3.582  -9.635 -16.980
    8    HB2  ARG 335           HB2      ARG 335  -6.581  -8.455 -10.720
    9    HB3  ARG 335           HB3      ARG 335  -7.717  -7.707 -11.833
   10    HG2  ARG 335           HG2      ARG 335  -6.009  -6.588 -12.994
   11    HG3  ARG 335           HG3      ARG 335  -4.830  -6.898 -11.718
   12    HD2  ARG 335           HD2      ARG 335  -4.397  -8.992 -12.444
   13    HD3  ARG 335           HD3      ARG 335  -6.070  -9.285 -12.918

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 336           H        GLU 336  -4.812  -5.226 -10.622
    2    HA   GLU 336           HA       GLU 336  -3.358  -6.453  -8.492
    3    HB2  GLU 336           HB2      GLU 336  -2.735  -4.118 -10.302
    4    HB3  GLU 336           HB3      GLU 336  -1.613  -4.723  -9.091
    5    HG2  GLU 336           HG2      GLU 336  -1.498  -6.858 -10.190
    6    HG3  GLU 336           HG3      GLU 336  -2.742  -6.370 -11.341

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ARG 337           H        ARG 337  -4.676  -3.193  -9.017
    2    HA   ARG 337           HA       ARG 337  -3.821  -2.070  -6.599
    3    HE   ARG 337           HE       ARG 337  -4.556   1.902  -9.049
    4   HH11  ARG 337          1HH1      ARG 337  -7.858   2.546  -8.122
    5   HH12  ARG 337          2HH1      ARG 337  -8.173   3.568  -9.484
    6   HH21  ARG 337          1HH2      ARG 337  -4.968   3.246 -10.841
    7   HH22  ARG 337          2HH2      ARG 337  -6.532   3.965 -11.028
    8    HB2  ARG 337           HB2      ARG 337  -5.138  -1.136  -8.789
    9    HB3  ARG 337           HB3      ARG 337  -6.440  -1.159  -7.608
   10    HG2  ARG 337           HG2      ARG 337  -4.777   0.096  -6.087
   11    HG3  ARG 337           HG3      ARG 337  -3.900   0.418  -7.584
   12    HD2  ARG 337           HD2      ARG 337  -6.821   0.939  -7.563
   13    HD3  ARG 337           HD3      ARG 337  -5.791   2.046  -6.655

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    PHE 338           H        PHE 338  -6.962  -3.528  -7.431
    2    HA   PHE 338           HA       PHE 338  -8.105  -3.285  -4.880
    3    HD1  PHE 338           HD1      PHE 338 -11.088  -3.365  -5.143
    4    HD2  PHE 338           HD2      PHE 338  -9.241  -7.172  -5.591
    5    HE1  PHE 338           HE1      PHE 338 -12.822  -4.371  -3.715
    6    HE2  PHE 338           HE2      PHE 338 -10.971  -8.185  -4.165
    7    HZ   PHE 338           HZ       PHE 338 -12.765  -6.784  -3.225
    8    HB2  PHE 338           HB2      PHE 338  -9.441  -3.767  -6.875
    9    HB3  PHE 338           HB3      PHE 338  -8.659  -5.336  -7.037

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLU 339           H        GLU 339  -5.941  -5.657  -6.260
    2    HA   GLU 339           HA       GLU 339  -6.270  -7.688  -4.339
    3    HB2  GLU 339           HB2      GLU 339  -4.198  -6.975  -6.350
    4    HB3  GLU 339           HB3      GLU 339  -3.726  -8.081  -5.067
    5    HG2  GLU 339           HG2      GLU 339  -6.275  -8.746  -6.328
    6    HG3  GLU 339           HG3      GLU 339  -4.893  -8.795  -7.421

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    MET 340           H        MET 340  -4.243  -4.810  -4.437
    2    HA   MET 340           HA       MET 340  -2.690  -5.412  -2.150
    3    HB2  MET 340           HB2      MET 340  -2.538  -3.504  -4.040
    4    HB3  MET 340           HB3      MET 340  -3.300  -2.571  -2.759
    5    HG2  MET 340           HG2      MET 340  -1.403  -3.516  -1.276
    6    HG3  MET 340           HG3      MET 340  -0.607  -3.859  -2.811
    7    HE1  MET 340           HE1      MET 340  -0.282  -2.404  -4.559
    8    HE2  MET 340           HE2      MET 340  -0.939  -0.770  -4.656
    9    HE3  MET 340           HE3      MET 340   0.740  -1.019  -4.177

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    PHE 341           H        PHE 341  -5.473  -3.214  -2.552
    2    HA   PHE 341           HA       PHE 341  -5.798  -2.646   0.178
    3    HD1  PHE 341           HD1      PHE 341  -8.186  -1.332  -3.653
    4    HD2  PHE 341           HD2      PHE 341  -5.104  -0.727  -0.784
    5    HE1  PHE 341           HE1      PHE 341  -7.131   0.319  -5.140
    6    HE2  PHE 341           HE2      PHE 341  -4.045   0.926  -2.260
    7    HZ   PHE 341           HZ       PHE 341  -5.057   1.446  -4.442
    8    HB2  PHE 341           HB2      PHE 341  -8.079  -2.707  -1.790
    9    HB3  PHE 341           HB3      PHE 341  -7.846  -1.630  -0.414

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    ARG 342           H        ARG 342  -6.772  -5.376  -1.740
    2    HA   ARG 342           HA       ARG 342  -8.728  -6.357   0.107
    3    HE   ARG 342           HE       ARG 342  -9.024 -11.338  -1.483
    4   HH11  ARG 342          1HH1      ARG 342 -10.002 -10.359  -4.687
    5   HH12  ARG 342          2HH1      ARG 342 -10.063 -11.978  -5.299
    6   HH21  ARG 342          1HH2      ARG 342  -9.104 -13.468  -2.286
    7   HH22  ARG 342          2HH2      ARG 342  -9.554 -13.743  -3.935
    8    HB2  ARG 342           HB2      ARG 342  -8.800  -6.960  -2.271
    9    HB3  ARG 342           HB3      ARG 342  -7.250  -7.775  -2.119
   10    HG2  ARG 342           HG2      ARG 342  -8.178  -9.461  -0.727
   11    HG3  ARG 342           HG3      ARG 342  -9.693  -8.573  -0.560
   12    HD2  ARG 342           HD2      ARG 342 -10.470  -9.266  -2.561
   13    HD3  ARG 342           HD3      ARG 342  -8.883  -9.177  -3.323

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 343           H        GLU 343  -5.338  -7.113  -0.603
    2    HA   GLU 343           HA       GLU 343  -5.147  -9.151   1.390
    3    HB2  GLU 343           HB2      GLU 343  -3.007  -7.586  -0.065
    4    HB3  GLU 343           HB3      GLU 343  -2.694  -8.963   0.982
    5    HG2  GLU 343           HG2      GLU 343  -3.757 -10.457  -0.491
    6    HG3  GLU 343           HG3      GLU 343  -4.491  -9.146  -1.413

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 344           H        LEU 344  -4.665  -5.699   1.304
    2    HA   LEU 344           HA       LEU 344  -3.276  -5.528   3.798
    3    HG   LEU 344           HG       LEU 344  -1.796  -4.204   2.667
    4   HD11  LEU 344          1HD1      LEU 344  -3.024  -1.858   1.346
    5   HD12  LEU 344          2HD1      LEU 344  -1.360  -1.688   1.904
    6   HD13  LEU 344          3HD1      LEU 344  -1.782  -2.969   0.768
    7   HD21  LEU 344          1HD2      LEU 344  -2.784  -2.963   4.854
    8   HD22  LEU 344          2HD2      LEU 344  -1.079  -2.964   4.405
    9   HD23  LEU 344          3HD2      LEU 344  -2.101  -1.590   3.983
   10    HB2  LEU 344           HB2      LEU 344  -4.250  -3.695   1.748
   11    HB3  LEU 344           HB3      LEU 344  -4.447  -3.056   3.368

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ASN 345           H        ASN 345  -6.620  -5.486   2.781
    2    HA   ASN 345           HA       ASN 345  -7.684  -4.495   5.233
    3   HD21  ASN 345          1HD2      ASN 345 -11.364  -5.437   2.921
    4   HD22  ASN 345          2HD2      ASN 345 -12.230  -5.159   4.390
    5    HB2  ASN 345           HB2      ASN 345  -8.896  -4.396   3.062
    6    HB3  ASN 345           HB3      ASN 345  -9.067  -6.148   3.109

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    GLU 346           H        GLU 346  -7.139  -7.719   3.892
    2    HA   GLU 346           HA       GLU 346  -8.332  -9.075   6.119
    3    HB2  GLU 346           HB2      GLU 346  -6.863  -9.873   3.657
    4    HB3  GLU 346           HB3      GLU 346  -6.893 -11.020   4.989
    5    HG2  GLU 346           HG2      GLU 346  -8.706 -11.614   3.653
    6    HG3  GLU 346           HG3      GLU 346  -9.417 -10.709   4.988

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ALA 347           H        ALA 347  -5.179  -7.860   5.339
    2    HA   ALA 347           HA       ALA 347  -3.806  -9.424   7.334
    3    HB1  ALA 347           HB1      ALA 347  -2.744  -6.963   5.972
    4    HB2  ALA 347           HB2      ALA 347  -2.785  -8.540   5.183
    5    HB3  ALA 347           HB3      ALA 347  -1.841  -8.315   6.655

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    LEU 348           H        LEU 348  -5.346  -6.303   7.126
    2    HA   LEU 348           HA       LEU 348  -4.180  -5.292   9.554
    3    HG   LEU 348           HG       LEU 348  -3.591  -3.686   7.906
    4   HD11  LEU 348          1HD1      LEU 348  -5.943  -2.364   6.711
    5   HD12  LEU 348          2HD1      LEU 348  -4.489  -1.380   6.876
    6   HD13  LEU 348          3HD1      LEU 348  -4.432  -2.891   5.968
    7   HD21  LEU 348          1HD2      LEU 348  -4.023  -2.720  10.133
    8   HD22  LEU 348          2HD2      LEU 348  -3.420  -1.527   8.983
    9   HD23  LEU 348          3HD2      LEU 348  -5.135  -1.566   9.395
   10    HB2  LEU 348           HB2      LEU 348  -6.190  -4.345   7.580
   11    HB3  LEU 348           HB3      LEU 348  -6.256  -3.656   9.191

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLU 349           H        GLU 349  -7.155  -6.901   8.609
    2    HA   GLU 349           HA       GLU 349  -8.441  -6.534  11.145
    3    HB2  GLU 349           HB2      GLU 349 -10.100  -8.149  10.271
    4    HB3  GLU 349           HB3      GLU 349  -9.796  -6.822   9.160
    5    HG2  GLU 349           HG2      GLU 349  -9.575  -8.402   7.612
    6    HG3  GLU 349           HG3      GLU 349  -7.989  -8.690   8.326

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 350           H        LEU 350  -6.220  -8.821   9.800
    2    HA   LEU 350           HA       LEU 350  -6.772 -10.913  11.691
    3    HG   LEU 350           HG       LEU 350  -6.765 -11.716   8.943
    4   HD11  LEU 350          1HD1      LEU 350  -4.090 -12.976   8.963
    5   HD12  LEU 350          2HD1      LEU 350  -5.457 -14.002   8.529
    6   HD13  LEU 350          3HD1      LEU 350  -5.129 -12.534   7.609
    7   HD21  LEU 350          1HD2      LEU 350  -6.072 -13.191  11.424
    8   HD22  LEU 350          2HD2      LEU 350  -7.649 -12.728  10.783
    9   HD23  LEU 350          3HD2      LEU 350  -6.785 -14.102  10.093
   10    HB2  LEU 350           HB2      LEU 350  -4.782 -10.440   9.530
   11    HB3  LEU 350           HB3      LEU 350  -4.368 -11.604  10.774

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    LYS 351           H        LYS 351  -4.505  -8.241  11.432
    2    HA   LYS 351           HA       LYS 351  -2.859  -9.057  13.616
    3    HB2  LYS 351           HB2      LYS 351  -1.964  -6.740  13.488
    4    HB3  LYS 351           HB3      LYS 351  -1.947  -7.580  11.943
    5    HG2  LYS 351           HG2      LYS 351  -3.868  -6.362  11.190
    6    HG3  LYS 351           HG3      LYS 351  -4.077  -5.626  12.781
    7    HD2  LYS 351           HD2      LYS 351  -3.030  -4.031  11.310
    8    HD3  LYS 351           HD3      LYS 351  -1.857  -4.551  12.522
    9    HE2  LYS 351           HE2      LYS 351  -0.471  -5.021  10.847
   10    HE3  LYS 351           HE3      LYS 351  -1.548  -6.351  10.422
   11    HZ1  LYS 351           HZ1      LYS 351  -2.306  -3.722   9.438
   12    HZ2  LYS 351           HZ2      LYS 351  -0.917  -4.397   8.747
   13    HZ3  LYS 351           HZ3      LYS 351  -2.387  -5.229   8.675

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    ASP 352           H        ASP 352  -5.767  -7.152  13.289
    2    HA   ASP 352           HA       ASP 352  -5.674  -5.956  15.870
    3    HB2  ASP 352           HB2      ASP 352  -7.984  -6.427  13.975
    4    HB3  ASP 352           HB3      ASP 352  -8.092  -5.474  15.451

  No H/Q in entry =           4
  Start of MODEL    9
    1    H    ALA 353           H        ALA 353  -6.887  -8.982  14.609
    2    HA   ALA 353           HA       ALA 353  -8.488  -9.690  16.841
    3    HB1  ALA 353           HB1      ALA 353  -9.080 -11.005  15.098
    4    HB2  ALA 353           HB2      ALA 353  -7.881 -12.086  15.808
    5    HB3  ALA 353           HB3      ALA 353  -7.444 -11.060  14.441

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLN 354           H        GLN 354  -5.087 -10.009  16.105
    2    HA   GLN 354           HA       GLN 354  -4.625 -11.709  18.426
    3   HE21  GLN 354          1HE2      GLN 354  -1.227 -13.924  15.634
    4   HE22  GLN 354          2HE2      GLN 354  -1.099 -15.114  16.880
    5    HB2  GLN 354           HB2      GLN 354  -2.831 -10.670  16.237
    6    HB3  GLN 354           HB3      GLN 354  -2.206 -11.528  17.638
    7    HG2  GLN 354           HG2      GLN 354  -4.403 -12.902  16.291
    8    HG3  GLN 354           HG3      GLN 354  -2.969 -12.677  15.291

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    ALA 355           H        ALA 355  -3.905  -8.444  17.284
    2    HA   ALA 355           HA       ALA 355  -2.455  -7.750  19.679
    3    HB1  ALA 355           HB1      ALA 355  -2.202  -6.811  17.245
    4    HB2  ALA 355           HB2      ALA 355  -3.464  -5.695  17.769
    5    HB3  ALA 355           HB3      ALA 355  -1.933  -5.769  18.642

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLY 356           H        GLY 356  -5.485  -6.572  18.195
    2    HA2  GLY 356           HA2      GLY 356  -6.300  -5.550  20.823
    3    HA3  GLY 356           HA3      GLY 356  -7.342  -6.713  20.019

  No H/Q in entry =           3
  Start of MODEL    9
    1    H1   GLU 326           H1       GLU 326 -10.646  -3.954 -14.993
    2    H2   GLU 326           H2       GLU 326 -11.535  -4.723 -16.244
    3    H3   GLU 326           H3       GLU 326 -12.089  -3.240 -15.587
    4    HA   GLU 326           HA       GLU 326 -13.391  -4.981 -14.732
    5    HB2  GLU 326           HB2      GLU 326 -10.687  -6.161 -14.122
    6    HB3  GLU 326           HB3      GLU 326 -12.137  -6.704 -13.289
    7    HG2  GLU 326           HG2      GLU 326 -13.088  -7.545 -15.263
    8    HG3  GLU 326           HG3      GLU 326 -11.934  -6.685 -16.280

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    SER 327           H        SER 327 -14.389  -4.009 -13.102
    2    HA   SER 327           HA       SER 327 -12.786  -2.649 -11.056
    3    HG   SER 327           HG       SER 327 -16.720  -1.816 -11.397
    4    HB2  SER 327           HB2      SER 327 -14.775  -1.351 -10.561
    5    HB3  SER 327           HB3      SER 327 -14.493  -1.323 -12.301

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    PHE 328           H        PHE 328 -13.317  -2.858  -8.828
    2    HA   PHE 328           HA       PHE 328 -15.075  -5.053  -8.064
    3    HD1  PHE 328           HD1      PHE 328 -10.869  -4.910  -8.990
    4    HD2  PHE 328           HD2      PHE 328 -14.094  -7.675  -8.751
    5    HE1  PHE 328           HE1      PHE 328 -10.018  -6.068 -10.988
    6    HE2  PHE 328           HE2      PHE 328 -13.249  -8.839 -10.748
    7    HZ   PHE 328           HZ       PHE 328 -11.209  -8.036 -11.868
    8    HB2  PHE 328           HB2      PHE 328 -12.229  -4.980  -7.063
    9    HB3  PHE 328           HB3      PHE 328 -13.424  -6.251  -6.828

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLY 329           H        GLY 329 -16.090  -4.701  -6.166
    2    HA2  GLY 329           HA2      GLY 329 -16.949  -3.214  -4.572
    3    HA3  GLY 329           HA3      GLY 329 -15.561  -2.168  -4.832

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    LEU 330           H        LEU 330 -14.986  -1.896  -2.713
    2    HA   LEU 330           HA       LEU 330 -14.356  -4.313  -1.166
    3    HG   LEU 330           HG       LEU 330 -12.312  -4.953  -0.629
    4   HD11  LEU 330          1HD1      LEU 330 -10.204  -3.199  -1.771
    5   HD12  LEU 330          2HD1      LEU 330  -9.727  -4.426  -0.598
    6   HD13  LEU 330          3HD1      LEU 330 -10.555  -4.899  -2.082
    7   HD21  LEU 330          1HD2      LEU 330 -11.203  -2.586   0.873
    8   HD22  LEU 330          2HD2      LEU 330 -12.576  -3.588   1.343
    9   HD23  LEU 330          3HD2      LEU 330 -10.952  -4.274   1.317
   10    HB2  LEU 330           HB2      LEU 330 -12.398  -2.946  -2.384
   11    HB3  LEU 330           HB3      LEU 330 -12.518  -2.000  -0.913

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLY 331           H        GLY 331 -14.919  -4.232   0.937
    2    HA2  GLY 331           HA2      GLY 331 -16.513  -3.309   2.481
    3    HA3  GLY 331           HA3      GLY 331 -16.098  -1.707   1.888

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ILE 332           H        ILE 332 -14.503  -0.572   2.868
    2    HA   ILE 332           HA       ILE 332 -12.836  -1.958   4.850
    3    HB   ILE 332           HB       ILE 332 -12.456   0.841   3.794
    4   HG12  ILE 332          2HG1      ILE 332 -10.458  -0.577   2.651
    5   HG21  ILE 332          1HG2      ILE 332 -11.427  -0.020   6.018
    6   HG22  ILE 332          2HG2      ILE 332 -10.328  -0.903   4.958
    7   HG23  ILE 332          3HG2      ILE 332 -10.414   0.857   4.872
    8   HD11  ILE 332          1HD1      ILE 332 -12.022   0.960   1.489
    9   HD12  ILE 332          2HD1      ILE 332 -11.608  -0.486   0.568
   10   HD13  ILE 332          3HD1      ILE 332 -13.171  -0.374   1.377
   11   HG13  ILE 332          3HG1      ILE 332 -11.728  -1.796   2.657

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ARG 333           H        ARG 333 -12.835  -1.396   6.979
    2    HA   ARG 333           HA       ARG 333 -14.805   0.636   7.804
    3    HE   ARG 333           HE       ARG 333 -16.028  -1.763  11.682
    4   HH11  ARG 333          1HH1      ARG 333 -18.402  -0.062   9.772
    5   HH12  ARG 333          2HH1      ARG 333 -18.632   1.190  10.945
    6   HH21  ARG 333          1HH2      ARG 333 -16.329  -0.117  13.227
    7   HH22  ARG 333          2HH2      ARG 333 -17.455   1.160  12.906
    8    HB2  ARG 333           HB2      ARG 333 -14.217  -2.095   8.827
    9    HB3  ARG 333           HB3      ARG 333 -14.648  -0.866  10.008
   10    HG2  ARG 333           HG2      ARG 333 -16.658  -0.406   8.456
   11    HG3  ARG 333           HG3      ARG 333 -16.285  -1.991   7.775
   12    HD2  ARG 333           HD2      ARG 333 -17.995  -2.011   9.602
   13    HD3  ARG 333           HD3      ARG 333 -16.603  -3.057   9.880

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLY 334           H        GLY 334 -13.196   2.275   7.793
    2    HA2  GLY 334           HA2      GLY 334 -10.827   2.009   9.404
    3    HA3  GLY 334           HA3      GLY 334 -12.080   2.965  10.182

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ARG 335           H        ARG 335 -11.554   5.040  10.028
    2    HA   ARG 335           HA       ARG 335 -11.480   6.393   7.567
    3    HE   ARG 335           HE       ARG 335 -12.210   8.450  12.302
    4   HH11  ARG 335          1HH1      ARG 335  -9.432  10.536  12.628
    5   HH12  ARG 335          2HH1      ARG 335 -10.209  11.605  13.748
    6   HH21  ARG 335          1HH2      ARG 335 -13.234   9.854  13.774
    7   HH22  ARG 335          2HH2      ARG 335 -12.367  11.217  14.399
    8    HB2  ARG 335           HB2      ARG 335 -10.577   8.313   8.986
    9    HB3  ARG 335           HB3      ARG 335 -12.145   7.659   9.438
   10    HG2  ARG 335           HG2      ARG 335 -11.337   6.680  11.358
   11    HG3  ARG 335           HG3      ARG 335  -9.681   6.610  10.751
   12    HD2  ARG 335           HD2      ARG 335  -9.403   8.369  12.141
   13    HD3  ARG 335           HD3      ARG 335 -10.043   9.268  10.766

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 336           H        GLU 336  -8.932   5.139   9.638
    2    HA   GLU 336           HA       GLU 336  -6.796   6.393   8.210
    3    HB2  GLU 336           HB2      GLU 336  -6.923   4.184  10.251
    4    HB3  GLU 336           HB3      GLU 336  -5.410   4.636   9.477
    5    HG2  GLU 336           HG2      GLU 336  -6.234   7.054  10.276
    6    HG3  GLU 336           HG3      GLU 336  -7.003   6.057  11.510

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ARG 337           H        ARG 337  -8.089   3.080   8.306
    2    HA   ARG 337           HA       ARG 337  -6.342   1.968   6.422
    3    HE   ARG 337           HE       ARG 337  -7.438  -1.885   8.725
    4   HH11  ARG 337          1HH1      ARG 337 -10.314  -2.941   7.054
    5   HH12  ARG 337          2HH1      ARG 337 -10.874  -3.914   8.373
    6   HH21  ARG 337          1HH2      ARG 337  -8.172  -3.164  10.460
    7   HH22  ARG 337          2HH2      ARG 337  -9.659  -4.041  10.306
    8    HB2  ARG 337           HB2      ARG 337  -8.383   1.019   7.981
    9    HB3  ARG 337           HB3      ARG 337  -9.088   0.912   6.374
   10    HG2  ARG 337           HG2      ARG 337  -7.003  -0.324   5.675
   11    HG3  ARG 337           HG3      ARG 337  -6.587  -0.407   7.388
   12    HD2  ARG 337           HD2      ARG 337  -9.320  -1.256   6.647
   13    HD3  ARG 337           HD3      ARG 337  -8.002  -2.300   6.117

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    PHE 338           H        PHE 338  -9.624   3.276   5.970
    2    HA   PHE 338           HA       PHE 338  -9.702   2.941   3.182
    3    HD1  PHE 338           HD1      PHE 338 -10.905   6.660   3.061
    4    HD2  PHE 338           HD2      PHE 338 -12.880   2.930   2.523
    5    HE1  PHE 338           HE1      PHE 338 -12.018   7.544   1.052
    6    HE2  PHE 338           HE2      PHE 338 -13.996   3.805   0.512
    7    HZ   PHE 338           HZ       PHE 338 -13.565   6.115  -0.225
    8    HB2  PHE 338           HB2      PHE 338 -11.717   3.363   4.516
    9    HB3  PHE 338           HB3      PHE 338 -11.135   4.979   4.902

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLU 339           H        GLU 339  -8.344   5.437   5.213
    2    HA   GLU 339           HA       GLU 339  -8.019   7.435   3.255
    3    HB2  GLU 339           HB2      GLU 339  -6.888   6.863   5.935
    4    HB3  GLU 339           HB3      GLU 339  -5.940   7.925   4.904
    5    HG2  GLU 339           HG2      GLU 339  -8.774   8.602   4.973
    6    HG3  GLU 339           HG3      GLU 339  -7.985   8.693   6.547

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    MET 340           H        MET 340  -6.046   4.671   4.189
    2    HA   MET 340           HA       MET 340  -3.774   5.349   2.640
    3    HB2  MET 340           HB2      MET 340  -4.003   3.594   4.524
    4    HB3  MET 340           HB3      MET 340  -4.600   2.523   3.264
    5    HG2  MET 340           HG2      MET 340  -2.371   3.354   2.068
    6    HG3  MET 340           HG3      MET 340  -1.874   3.558   3.747
    7    HE1  MET 340           HE1      MET 340  -1.683   1.939   5.419
    8    HE2  MET 340           HE2      MET 340  -3.101   0.892   5.372
    9    HE3  MET 340           HE3      MET 340  -1.488   0.200   5.199

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    PHE 341           H        PHE 341  -6.380   2.988   2.033
    2    HA   PHE 341           HA       PHE 341  -5.614   2.404  -0.611
    3    HD1  PHE 341           HD1      PHE 341  -9.187   0.839   2.038
    4    HD2  PHE 341           HD2      PHE 341  -5.168   0.595   0.666
    5    HE1  PHE 341           HE1      PHE 341  -8.660  -0.719   3.868
    6    HE2  PHE 341           HE2      PHE 341  -4.633  -0.964   2.487
    7    HZ   PHE 341           HZ       PHE 341  -6.380  -1.618   4.093
    8    HB2  PHE 341           HB2      PHE 341  -8.463   2.267   0.353
    9    HB3  PHE 341           HB3      PHE 341  -7.639   1.213  -0.793

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    ARG 342           H        ARG 342  -7.411   5.040   0.757
    2    HA   ARG 342           HA       ARG 342  -8.637   5.881  -1.689
    3    HE   ARG 342           HE       ARG 342 -11.209  10.088  -1.020
    4   HH11  ARG 342          1HH1      ARG 342 -11.215  10.048   2.469
    5   HH12  ARG 342          2HH1      ARG 342 -12.634  11.031   2.603
    6   HH21  ARG 342          1HH2      ARG 342 -13.076  11.382  -0.846
    7   HH22  ARG 342          2HH2      ARG 342 -13.691  11.788   0.721
    8    HB2  ARG 342           HB2      ARG 342  -9.587   6.476   0.498
    9    HB3  ARG 342           HB3      ARG 342  -8.144   7.407   0.876
   10    HG2  ARG 342           HG2      ARG 342  -8.662   8.841  -1.113
   11    HG3  ARG 342           HG3      ARG 342 -10.204   7.992  -1.234
   12    HD2  ARG 342           HD2      ARG 342 -10.365   8.648   1.317
   13    HD3  ARG 342           HD3      ARG 342  -9.242   9.915   0.825

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 343           H        GLU 343  -5.744   6.805   0.126
    2    HA   GLU 343           HA       GLU 343  -5.002   8.887  -1.690
    3    HB2  GLU 343           HB2      GLU 343  -4.284   8.347   0.837
    4    HB3  GLU 343           HB3      GLU 343  -2.939   7.578   0.004
    5    HG2  GLU 343           HG2      GLU 343  -1.993   9.590   0.059
    6    HG3  GLU 343           HG3      GLU 343  -3.086   9.987  -1.266

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 344           H        LEU 344  -4.376   5.467  -1.405
    2    HA   LEU 344           HA       LEU 344  -2.221   5.399  -3.283
    3    HG   LEU 344           HG       LEU 344  -0.931   3.894  -2.398
    4   HD11  LEU 344          1HD1      LEU 344  -2.190   4.565  -0.261
    5   HD12  LEU 344          2HD1      LEU 344  -2.110   2.852   0.151
    6   HD13  LEU 344          3HD1      LEU 344  -0.624   3.771  -0.095
    7   HD21  LEU 344          1HD2      LEU 344  -1.851   1.432  -2.944
    8   HD22  LEU 344          2HD2      LEU 344  -0.244   1.744  -2.290
    9   HD23  LEU 344          3HD2      LEU 344  -1.556   1.264  -1.214
   10    HB2  LEU 344           HB2      LEU 344  -3.789   3.463  -1.723
   11    HB3  LEU 344           HB3      LEU 344  -3.237   2.859  -3.274

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ASN 345           H        ASN 345  -5.705   5.028  -3.432
    2    HA   ASN 345           HA       ASN 345  -5.785   4.089  -6.125
    3   HD21  ASN 345          1HD2      ASN 345  -9.003   5.975  -6.669
    4   HD22  ASN 345          2HD2      ASN 345  -9.638   4.748  -7.706
    5    HB2  ASN 345           HB2      ASN 345  -7.601   3.856  -4.325
    6    HB3  ASN 345           HB3      ASN 345  -8.035   5.517  -4.717

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    GLU 346           H        GLU 346  -6.123   7.258  -4.588
    2    HA   GLU 346           HA       GLU 346  -6.703   8.645  -7.013
    3    HB2  GLU 346           HB2      GLU 346  -7.090   9.317  -4.488
    4    HB3  GLU 346           HB3      GLU 346  -5.490  10.027  -4.658
    5    HG2  GLU 346           HG2      GLU 346  -6.199  11.612  -6.155
    6    HG3  GLU 346           HG3      GLU 346  -7.569  10.643  -6.696

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ALA 347           H        ALA 347  -3.791   7.811  -5.268
    2    HA   ALA 347           HA       ALA 347  -2.070   9.547  -6.764
    3    HB1  ALA 347           HB1      ALA 347  -1.628   8.662  -4.436
    4    HB2  ALA 347           HB2      ALA 347  -0.281   8.568  -5.569
    5    HB3  ALA 347           HB3      ALA 347  -1.222   7.124  -5.196

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    LEU 348           H        LEU 348  -3.161   6.229  -7.037
    2    HA   LEU 348           HA       LEU 348  -1.260   5.463  -9.026
    3    HG   LEU 348           HG       LEU 348  -1.083   3.801  -7.362
    4   HD11  LEU 348          1HD1      LEU 348  -3.593   2.331  -6.944
    5   HD12  LEU 348          2HD1      LEU 348  -2.120   1.379  -6.762
    6   HD13  LEU 348          3HD1      LEU 348  -2.358   2.830  -5.788
    7   HD21  LEU 348          1HD2      LEU 348  -1.922   2.079  -9.645
    8   HD22  LEU 348          2HD2      LEU 348  -0.362   2.831  -9.313
    9   HD23  LEU 348          3HD2      LEU 348  -0.866   1.406  -8.404
   10    HB2  LEU 348           HB2      LEU 348  -3.703   4.284  -7.820
   11    HB3  LEU 348           HB3      LEU 348  -3.225   3.683  -9.397

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLU 349           H        GLU 349  -4.440   6.914  -9.050
    2    HA   GLU 349           HA       GLU 349  -4.991   6.506 -11.805
    3    HB2  GLU 349           HB2      GLU 349  -6.482   7.331  -9.724
    4    HB3  GLU 349           HB3      GLU 349  -6.118   8.891 -10.448
    5    HG2  GLU 349           HG2      GLU 349  -7.982   8.458 -11.622
    6    HG3  GLU 349           HG3      GLU 349  -6.865   7.552 -12.642

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 350           H        LEU 350  -3.199   8.908 -10.018
    2    HA   LEU 350           HA       LEU 350  -3.081  10.889 -12.033
    3    HG   LEU 350           HG       LEU 350  -2.027  12.662  -9.025
    4   HD11  LEU 350          1HD1      LEU 350  -1.733  13.108 -11.659
    5   HD12  LEU 350          2HD1      LEU 350  -3.489  13.211 -11.524
    6   HD13  LEU 350          3HD1      LEU 350  -2.466  14.265 -10.547
    7   HD21  LEU 350          1HD2      LEU 350  -4.274  10.996  -9.994
    8   HD22  LEU 350          2HD2      LEU 350  -3.967  11.670  -8.394
    9   HD23  LEU 350          3HD2      LEU 350  -4.613  12.697  -9.674
   10    HB2  LEU 350           HB2      LEU 350  -1.685  10.317  -9.494
   11    HB3  LEU 350           HB3      LEU 350  -0.788  11.288 -10.646

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    LYS 351           H        LYS 351  -0.930   8.202 -11.184
    2    HA   LYS 351           HA       LYS 351   1.030   8.792 -13.150
    3    HB2  LYS 351           HB2      LYS 351   1.869   6.521 -12.689
    4    HB3  LYS 351           HB3      LYS 351   1.572   7.428 -11.212
    5    HG2  LYS 351           HG2      LYS 351  -0.251   6.142 -10.628
    6    HG3  LYS 351           HG3      LYS 351  -0.538   5.612 -12.287
    7    HD2  LYS 351           HD2      LYS 351   0.351   3.782 -10.963
    8    HD3  LYS 351           HD3      LYS 351   1.520   4.266 -12.193
    9    HE2  LYS 351           HE2      LYS 351   2.889   5.347 -10.619
   10    HE3  LYS 351           HE3      LYS 351   1.619   5.353  -9.395
   11    HZ1  LYS 351           HZ1      LYS 351   2.733   2.820 -10.426
   12    HZ2  LYS 351           HZ2      LYS 351   3.492   3.658  -9.169
   13    HZ3  LYS 351           HZ3      LYS 351   1.906   3.099  -8.978

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    ASP 352           H        ASP 352  -1.939   6.952 -13.159
    2    HA   ASP 352           HA       ASP 352  -1.449   5.589 -15.618
    3    HB2  ASP 352           HB2      ASP 352  -3.071   4.827 -13.862
    4    HB3  ASP 352           HB3      ASP 352  -4.118   6.167 -14.319

  No H/Q in entry =           4
  Start of MODEL    9
    1    H    ALA 353           H        ALA 353  -2.843   8.666 -14.725
    2    HA   ALA 353           HA       ALA 353  -4.095   9.220 -17.214
    3    HB1  ALA 353           HB1      ALA 353  -3.135  11.154 -15.108
    4    HB2  ALA 353           HB2      ALA 353  -4.710  10.362 -15.130
    5    HB3  ALA 353           HB3      ALA 353  -4.279  11.503 -16.404

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLN 354           H        GLN 354  -0.857   9.652 -15.970
    2    HA   GLN 354           HA       GLN 354   0.051  11.464 -17.956
    3   HE21  GLN 354          1HE2      GLN 354   3.089  10.222 -14.306
    4   HE22  GLN 354          2HE2      GLN 354   4.275  11.453 -14.059
    5    HB2  GLN 354           HB2      GLN 354   1.580   9.526 -16.211
    6    HB3  GLN 354           HB3      GLN 354   2.322  10.771 -17.206
    7    HG2  GLN 354           HG2      GLN 354   0.702  12.343 -15.854
    8    HG3  GLN 354           HG3      GLN 354   0.773  11.024 -14.686

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    ALA 355           H        ALA 355  -0.219   7.984 -17.789
    2    HA   ALA 355           HA       ALA 355   1.237   7.667 -20.304
    3    HB1  ALA 355           HB1      ALA 355  -0.004   5.354 -18.910
    4    HB2  ALA 355           HB2      ALA 355   1.531   5.466 -19.772
    5    HB3  ALA 355           HB3      ALA 355   1.378   6.144 -18.151

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLY 356           H        GLY 356   0.047   5.592 -21.517
    2    HA2  GLY 356           HA2      GLY 356  -2.805   6.056 -21.767
    3    HA3  GLY 356           HA3      GLY 356  -1.866   4.840 -22.620

  No H/Q in entry =           3
  Start of MODEL    9
    1    H1   GLU 326           H1       GLU 326  16.405  13.449   5.397
    2    H2   GLU 326           H2       GLU 326  17.299  14.095   6.712
    3    H3   GLU 326           H3       GLU 326  18.048  13.012   5.611
    4    HA   GLU 326           HA       GLU 326  17.589  11.820   7.537
    5    HB2  GLU 326           HB2      GLU 326  15.046  13.355   7.349
    6    HB3  GLU 326           HB3      GLU 326  14.961  11.743   8.047
    7    HG2  GLU 326           HG2      GLU 326  16.547  12.335   9.748
    8    HG3  GLU 326           HG3      GLU 326  16.823  13.906   8.998

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    SER 327           H        SER 327  18.150  10.212   6.050
    2    HA   SER 327           HA       SER 327  15.980   9.073   4.439
    3    HG   SER 327           HG       SER 327  17.307   8.863   2.048
    4    HB2  SER 327           HB2      SER 327  18.960   9.015   4.262
    5    HB3  SER 327           HB3      SER 327  18.062   7.644   3.612

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    PHE 328           H        PHE 328  15.020   7.230   5.000
    2    HA   PHE 328           HA       PHE 328  16.197   5.673   7.200
    3    HD1  PHE 328           HD1      PHE 328  13.096   8.005   5.904
    4    HD2  PHE 328           HD2      PHE 328  14.307   6.412   9.660
    5    HE1  PHE 328           HE1      PHE 328  12.562  10.151   6.982
    6    HE2  PHE 328           HE2      PHE 328  13.774   8.555  10.745
    7    HZ   PHE 328           HZ       PHE 328  12.900  10.428   9.406
    8    HB2  PHE 328           HB2      PHE 328  13.324   5.576   6.283
    9    HB3  PHE 328           HB3      PHE 328  13.995   4.978   7.796

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLY 329           H        GLY 329  16.994   3.731   6.754
    2    HA2  GLY 329           HA2      GLY 329  17.707   2.022   5.323
    3    HA3  GLY 329           HA3      GLY 329  16.550   2.575   4.122

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    LEU 330           H        LEU 330  15.750   0.517   3.713
    2    HA   LEU 330           HA       LEU 330  14.529  -0.939   5.934
    3    HG   LEU 330           HG       LEU 330  12.110  -0.424   6.436
    4   HD11  LEU 330          1HD1      LEU 330  10.546  -0.588   3.888
    5   HD12  LEU 330          2HD1      LEU 330   9.850  -1.122   5.418
    6   HD13  LEU 330          3HD1      LEU 330  10.382   0.549   5.227
    7   HD21  LEU 330          1HD2      LEU 330  12.571  -2.779   4.720
    8   HD22  LEU 330          2HD2      LEU 330  12.680  -2.609   6.472
    9   HD23  LEU 330          3HD2      LEU 330  11.106  -2.804   5.701
   10    HB2  LEU 330           HB2      LEU 330  12.984   0.752   4.500
   11    HB3  LEU 330           HB3      LEU 330  12.839  -0.695   3.520

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLY 331           H        GLY 331  15.374  -2.908   5.792
    2    HA2  GLY 331           HA2      GLY 331  16.502  -4.696   4.792
    3    HA3  GLY 331           HA3      GLY 331  16.209  -3.972   3.218

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ILE 332           H        ILE 332  14.324  -4.449   2.103
    2    HA   ILE 332           HA       ILE 332  12.423  -6.292   3.342
    3    HB   ILE 332           HB       ILE 332  12.265  -5.023   0.607
    4   HG12  ILE 332          2HG1      ILE 332  10.516  -4.040   2.773
    5   HG21  ILE 332          1HG2      ILE 332  10.376  -6.623   2.289
    6   HG22  ILE 332          2HG2      ILE 332   9.769  -5.487   1.085
    7   HG23  ILE 332          3HG2      ILE 332  10.805  -6.826   0.591
    8   HD11  ILE 332          1HD1      ILE 332  10.989  -3.160   0.302
    9   HD12  ILE 332          2HD1      ILE 332  10.497  -2.104   1.626
   10   HD13  ILE 332          3HD1      ILE 332  12.199  -2.222   1.178
   11   HG13  ILE 332          3HG1      ILE 332  12.219  -3.629   2.948

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ARG 333           H        ARG 333  12.149  -8.376   2.725
    2    HA   ARG 333           HA       ARG 333  14.078  -9.431   0.773
    3    HE   ARG 333           HE       ARG 333  15.649 -12.280   5.576
    4   HH11  ARG 333          1HH1      ARG 333  17.220 -10.009   3.441
    5   HH12  ARG 333          2HH1      ARG 333  18.313  -9.433   4.654
    6   HH21  ARG 333          1HH2      ARG 333  17.086 -11.523   7.173
    7   HH22  ARG 333          2HH2      ARG 333  18.237 -10.292   6.772
    8    HB2  ARG 333           HB2      ARG 333  12.638 -10.758   3.073
    9    HB3  ARG 333           HB3      ARG 333  13.598 -11.639   1.891
   10    HG2  ARG 333           HG2      ARG 333  15.394  -9.793   2.641
   11    HG3  ARG 333           HG3      ARG 333  14.450  -9.920   4.127
   12    HD2  ARG 333           HD2      ARG 333  14.753 -12.532   3.504
   13    HD3  ARG 333           HD3      ARG 333  16.248 -11.870   2.845

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLY 334           H        GLY 334  12.578  -8.681  -0.927
    2    HA2  GLY 334           HA2      GLY 334   9.982  -9.782  -1.209
    3    HA3  GLY 334           HA3      GLY 334  11.148 -10.776  -2.069

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ARG 335           H        ARG 335  11.278 -10.315  -4.151
    2    HA   ARG 335           HA       ARG 335  11.808  -7.749  -5.166
    3    HE   ARG 335           HE       ARG 335  10.155  -8.513  -9.188
    4   HH11  ARG 335          1HH1      ARG 335  12.565  -9.963 -11.254
    5   HH12  ARG 335          2HH1      ARG 335  11.604  -9.818 -12.687
    6   HH21  ARG 335          1HH2      ARG 335   8.890  -8.320 -11.073
    7   HH22  ARG 335          2HH2      ARG 335   9.518  -8.884 -12.585
    8    HB2  ARG 335           HB2      ARG 335  12.116 -10.180  -6.183
    9    HB3  ARG 335           HB3      ARG 335  10.563  -9.816  -6.921
   10    HG2  ARG 335           HG2      ARG 335  11.696  -7.627  -7.685
   11    HG3  ARG 335           HG3      ARG 335  13.203  -8.473  -7.325
   12    HD2  ARG 335           HD2      ARG 335  12.957  -9.055  -9.517
   13    HD3  ARG 335           HD3      ARG 335  12.065 -10.375  -8.762

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 336           H        GLU 336   8.814  -9.575  -4.830
    2    HA   GLU 336           HA       GLU 336   7.211  -7.734  -6.306
    3    HB2  GLU 336           HB2      GLU 336   6.675 -10.070  -4.521
    4    HB3  GLU 336           HB3      GLU 336   5.351  -8.981  -4.911
    5    HG2  GLU 336           HG2      GLU 336   6.075  -9.350  -7.360
    6    HG3  GLU 336           HG3      GLU 336   6.929 -10.755  -6.724

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ARG 337           H        ARG 337   7.667  -8.336  -2.829
    2    HA   ARG 337           HA       ARG 337   5.926  -6.356  -1.895
    3    HE   ARG 337           HE       ARG 337   5.456  -9.454   2.750
    4   HH11  ARG 337          1HH1      ARG 337   7.678  -9.766   0.076
    5   HH12  ARG 337          2HH1      ARG 337   7.477 -11.482  -0.052
    6   HH21  ARG 337          1HH2      ARG 337   5.192 -11.710   2.583
    7   HH22  ARG 337          2HH2      ARG 337   6.066 -12.585   1.371
    8    HB2  ARG 337           HB2      ARG 337   8.084  -8.001  -0.783
    9    HB3  ARG 337           HB3      ARG 337   7.900  -6.448   0.021
   10    HG2  ARG 337           HG2      ARG 337   5.465  -6.982   0.288
   11    HG3  ARG 337           HG3      ARG 337   5.831  -8.606  -0.297
   12    HD2  ARG 337           HD2      ARG 337   7.730  -8.212   1.651
   13    HD3  ARG 337           HD3      ARG 337   6.315  -7.397   2.315

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    PHE 338           H        PHE 338   9.445  -6.210  -2.410
    2    HA   PHE 338           HA       PHE 338   9.765  -3.518  -1.696
    3    HD1  PHE 338           HD1      PHE 338  11.581  -3.053  -5.027
    4    HD2  PHE 338           HD2      PHE 338  13.064  -3.409  -1.054
    5    HE1  PHE 338           HE1      PHE 338  13.072  -1.136  -5.417
    6    HE2  PHE 338           HE2      PHE 338  14.558  -1.492  -1.436
    7    HZ   PHE 338           HZ       PHE 338  14.563  -0.352  -3.620
    8    HB2  PHE 338           HB2      PHE 338  11.661  -5.053  -1.901
    9    HB3  PHE 338           HB3      PHE 338  11.384  -5.188  -3.634

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLU 339           H        GLU 339   8.753  -5.037  -4.678
    2    HA   GLU 339           HA       GLU 339   9.075  -2.836  -6.399
    3    HB2  GLU 339           HB2      GLU 339   7.506  -5.359  -6.438
    4    HB3  GLU 339           HB3      GLU 339   6.987  -4.085  -7.533
    5    HG2  GLU 339           HG2      GLU 339   9.079  -4.066  -8.643
    6    HG3  GLU 339           HG3      GLU 339   9.815  -5.091  -7.412

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    MET 340           H        MET 340   6.458  -3.798  -4.244
    2    HA   MET 340           HA       MET 340   4.589  -1.857  -5.111
    3    HB2  MET 340           HB2      MET 340   3.935  -3.830  -3.800
    4    HB3  MET 340           HB3      MET 340   4.842  -3.220  -2.422
    5    HG2  MET 340           HG2      MET 340   3.260  -1.121  -2.814
    6    HG3  MET 340           HG3      MET 340   2.224  -2.370  -3.502
    7    HE1  MET 340           HE1      MET 340   1.347  -4.416  -2.257
    8    HE2  MET 340           HE2      MET 340   2.921  -4.949  -1.666
    9    HE3  MET 340           HE3      MET 340   1.576  -4.756  -0.542

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    PHE 341           H        PHE 341   6.661  -1.940  -2.205
    2    HA   PHE 341           HA       PHE 341   6.122   0.698  -1.402
    3    HD1  PHE 341           HD1      PHE 341   8.906  -2.615   0.471
    4    HD2  PHE 341           HD2      PHE 341   5.137  -0.689   0.044
    5    HE1  PHE 341           HE1      PHE 341   7.816  -4.500   1.616
    6    HE2  PHE 341           HE2      PHE 341   4.041  -2.563   1.190
    7    HZ   PHE 341           HZ       PHE 341   5.381  -4.474   1.972
    8    HB2  PHE 341           HB2      PHE 341   8.731  -0.705  -0.855
    9    HB3  PHE 341           HB3      PHE 341   7.862   0.433   0.171

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    ARG 342           H        ARG 342   8.252  -0.588  -3.820
    2    HA   ARG 342           HA       ARG 342   9.875   1.776  -4.029
    3    HE   ARG 342           HE       ARG 342  12.995   1.306  -8.011
    4   HH11  ARG 342          1HH1      ARG 342  11.193  -1.163  -9.696
    5   HH12  ARG 342          2HH1      ARG 342  12.054  -0.952 -11.184
    6   HH21  ARG 342          1HH2      ARG 342  14.128   1.585  -9.968
    7   HH22  ARG 342          2HH2      ARG 342  13.720   0.607 -11.338
    8    HB2  ARG 342           HB2      ARG 342  10.735  -0.454  -4.660
    9    HB3  ARG 342           HB3      ARG 342   9.551  -0.532  -5.958
   10    HG2  ARG 342           HG2      ARG 342  10.725   1.769  -6.615
   11    HG3  ARG 342           HG3      ARG 342  12.072   0.999  -5.774
   12    HD2  ARG 342           HD2      ARG 342  11.789  -0.986  -7.220
   13    HD3  ARG 342           HD3      ARG 342  10.516  -0.136  -8.095

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 343           H        GLU 343   7.219   0.335  -5.892
    2    HA   GLU 343           HA       GLU 343   7.102   2.426  -7.814
    3    HB2  GLU 343           HB2      GLU 343   6.102   0.000  -7.866
    4    HB3  GLU 343           HB3      GLU 343   4.713   0.761  -7.102
    5    HG2  GLU 343           HG2      GLU 343   4.013   1.150  -9.176
    6    HG3  GLU 343           HG3      GLU 343   5.207   2.448  -9.188

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 344           H        LEU 344   5.709   1.908  -4.663
    2    HA   LEU 344           HA       LEU 344   3.736   3.950  -4.799
    3    HG   LEU 344           HG       LEU 344   2.660   1.872  -1.999
    4   HD11  LEU 344          1HD1      LEU 344   2.236   4.483  -2.638
    5   HD12  LEU 344          2HD1      LEU 344   1.356   3.654  -3.922
    6   HD13  LEU 344          3HD1      LEU 344   0.971   3.324  -2.233
    7   HD21  LEU 344          1HD2      LEU 344   2.989   1.936  -4.982
    8   HD22  LEU 344          2HD2      LEU 344   3.080   0.555  -3.889
    9   HD23  LEU 344          3HD2      LEU 344   1.525   1.318  -4.219
   10    HB2  LEU 344           HB2      LEU 344   4.906   2.207  -2.728
   11    HB3  LEU 344           HB3      LEU 344   4.292   3.741  -2.143

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ASN 345           H        ASN 345   7.038   3.806  -3.510
    2    HA   ASN 345           HA       ASN 345   7.164   6.398  -2.473
    3   HD21  ASN 345          1HD2      ASN 345  10.252   6.957  -4.279
    4   HD22  ASN 345          2HD2      ASN 345  11.055   7.892  -3.068
    5    HB2  ASN 345           HB2      ASN 345   8.848   4.610  -2.060
    6    HB3  ASN 345           HB3      ASN 345   9.434   4.822  -3.708

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    GLU 346           H        GLU 346   7.757   5.179  -5.731
    2    HA   GLU 346           HA       GLU 346   8.705   7.659  -6.773
    3    HB2  GLU 346           HB2      GLU 346   8.817   5.132  -7.676
    4    HB3  GLU 346           HB3      GLU 346   7.427   5.692  -8.594
    5    HG2  GLU 346           HG2      GLU 346   8.656   7.196  -9.808
    6    HG3  GLU 346           HG3      GLU 346   9.895   7.353  -8.563

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ALA 347           H        ALA 347   5.566   6.079  -6.584
    2    HA   ALA 347           HA       ALA 347   4.194   7.948  -8.235
    3    HB1  ALA 347           HB1      ALA 347   3.334   5.696  -7.856
    4    HB2  ALA 347           HB2      ALA 347   2.156   6.913  -7.366
    5    HB3  ALA 347           HB3      ALA 347   3.104   6.063  -6.147

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    LEU 348           H        LEU 348   4.977   7.782  -4.833
    2    HA   LEU 348           HA       LEU 348   3.166   9.804  -3.976
    3    HG   LEU 348           HG       LEU 348   2.627   8.505  -2.324
    4   HD11  LEU 348          1HD1      LEU 348   4.893   6.682  -1.883
    5   HD12  LEU 348          2HD1      LEU 348   3.554   6.522  -0.747
    6   HD13  LEU 348          3HD1      LEU 348   3.266   6.354  -2.479
    7   HD21  LEU 348          1HD2      LEU 348   4.432   9.416  -0.170
    8   HD22  LEU 348          2HD2      LEU 348   2.726   9.763  -0.446
    9   HD23  LEU 348          3HD2      LEU 348   3.208   8.228   0.275
   10    HB2  LEU 348           HB2      LEU 348   5.476   8.352  -2.807
   11    HB3  LEU 348           HB3      LEU 348   5.054   9.888  -2.076

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLU 349           H        GLU 349   6.527   9.792  -5.045
    2    HA   GLU 349           HA       GLU 349   7.127  12.467  -4.402
    3    HB2  GLU 349           HB2      GLU 349   8.590  10.398  -5.302
    4    HB3  GLU 349           HB3      GLU 349   8.389  11.279  -6.810
    5    HG2  GLU 349           HG2      GLU 349   9.707  12.989  -6.151
    6    HG3  GLU 349           HG3      GLU 349   9.215  12.865  -4.463

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 350           H        LEU 350   5.475  11.004  -7.105
    2    HA   LEU 350           HA       LEU 350   5.614  13.172  -8.902
    3    HG   LEU 350           HG       LEU 350   4.501  10.374 -10.964
    4   HD11  LEU 350          1HD1      LEU 350   5.172  13.248 -10.850
    5   HD12  LEU 350          2HD1      LEU 350   6.193  12.236 -11.872
    6   HD13  LEU 350          3HD1      LEU 350   4.452  12.297 -12.150
    7   HD21  LEU 350          1HD2      LEU 350   6.694  11.092  -9.092
    8   HD22  LEU 350          2HD2      LEU 350   6.282   9.535  -9.810
    9   HD23  LEU 350          3HD2      LEU 350   7.108  10.759 -10.773
   10    HB2  LEU 350           HB2      LEU 350   3.994  10.715  -8.628
   11    HB3  LEU 350           HB3      LEU 350   3.276  12.000  -9.581

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    LYS 351           H        LYS 351   3.209  12.277  -6.454
    2    HA   LYS 351           HA       LYS 351   1.349  14.296  -6.991
    3    HB2  LYS 351           HB2      LYS 351   1.969  12.551  -4.666
    4    HB3  LYS 351           HB3      LYS 351   0.969  13.964  -4.363
    5    HG2  LYS 351           HG2      LYS 351  -0.783  13.160  -5.575
    6    HG3  LYS 351           HG3      LYS 351   0.250  12.220  -6.653
    7    HD2  LYS 351           HD2      LYS 351  -0.945  10.670  -5.298
    8    HD3  LYS 351           HD3      LYS 351   0.719  10.697  -4.711
    9    HE2  LYS 351           HE2      LYS 351  -0.941  10.708  -2.885
   10    HE3  LYS 351           HE3      LYS 351   0.095  12.135  -2.878
   11    HZ1  LYS 351           HZ1      LYS 351  -2.453  12.291  -4.311
   12    HZ2  LYS 351           HZ2      LYS 351  -2.494  12.324  -2.619
   13    HZ3  LYS 351           HZ3      LYS 351  -1.614  13.493  -3.467

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    ASP 352           H        ASP 352   4.349  14.341  -5.206
    2    HA   ASP 352           HA       ASP 352   3.879  16.878  -3.955
    3    HB2  ASP 352           HB2      ASP 352   5.553  14.893  -3.351
    4    HB3  ASP 352           HB3      ASP 352   6.649  15.851  -4.342

  No H/Q in entry =           4
  Start of MODEL    9
    1    H    ALA 353           H        ALA 353   5.330  15.764  -6.931
    2    HA   ALA 353           HA       ALA 353   6.591  18.259  -7.569
    3    HB1  ALA 353           HB1      ALA 353   5.956  16.350  -9.736
    4    HB2  ALA 353           HB2      ALA 353   6.998  15.764  -8.439
    5    HB3  ALA 353           HB3      ALA 353   7.462  17.190  -9.367

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLN 354           H        GLN 354   3.499  16.751  -8.235
    2    HA   GLN 354           HA       GLN 354   2.707  18.655 -10.226
    3   HE21  GLN 354          1HE2      GLN 354   0.737  14.411 -12.129
    4   HE22  GLN 354          2HE2      GLN 354  -0.860  14.862 -12.608
    5    HB2  GLN 354           HB2      GLN 354   1.421  16.387  -8.792
    6    HB3  GLN 354           HB3      GLN 354   0.365  17.600  -9.502
    7    HG2  GLN 354           HG2      GLN 354   2.083  17.116 -11.550
    8    HG3  GLN 354           HG3      GLN 354   1.991  15.533 -10.781

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    ALA 355           H        ALA 355   2.403  18.368  -6.757
    2    HA   ALA 355           HA       ALA 355   0.561  20.615  -6.599
    3    HB1  ALA 355           HB1      ALA 355   1.564  18.562  -4.717
    4    HB2  ALA 355           HB2      ALA 355  -0.068  19.187  -4.953
    5    HB3  ALA 355           HB3      ALA 355   1.110  20.124  -4.035

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLY 356           H        GLY 356   2.091  22.129  -7.580
    2    HA2  GLY 356           HA2      GLY 356   4.471  23.013  -7.164
    3    HA3  GLY 356           HA3      GLY 356   3.880  23.250  -5.526

  No H/Q in entry =           3
  Start of MODEL    9
    1    H1   GLU 326           H1       GLU 326  14.977 -12.758  -1.755
    2    H2   GLU 326           H2       GLU 326  14.082 -12.288  -3.142
    3    H3   GLU 326           H3       GLU 326  15.300 -13.485  -3.276
    4    HA   GLU 326           HA       GLU 326  16.988 -11.955  -2.860
    5    HB2  GLU 326           HB2      GLU 326  15.476 -12.032  -5.094
    6    HB3  GLU 326           HB3      GLU 326  15.293 -10.334  -4.675
    7    HG2  GLU 326           HG2      GLU 326  17.173 -10.033  -5.824
    8    HG3  GLU 326           HG3      GLU 326  17.984 -10.697  -4.406

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    SER 327           H        SER 327  17.727 -10.144  -1.876
    2    HA   SER 327           HA       SER 327  15.724  -8.457  -0.549
    3    HG   SER 327           HG       SER 327  19.419  -8.157  -0.202
    4    HB2  SER 327           HB2      SER 327  17.602  -7.803   0.957
    5    HB3  SER 327           HB3      SER 327  17.267  -9.534   0.982

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    PHE 328           H        PHE 328  15.976  -6.179  -0.501
    2    HA   PHE 328           HA       PHE 328  17.927  -4.969  -2.282
    3    HD1  PHE 328           HD1      PHE 328  17.677  -5.483  -5.029
    4    HD2  PHE 328           HD2      PHE 328  13.991  -6.529  -3.176
    5    HE1  PHE 328           HE1      PHE 328  17.483  -7.429  -6.522
    6    HE2  PHE 328           HE2      PHE 328  13.791  -8.478  -4.665
    7    HZ   PHE 328           HZ       PHE 328  15.539  -8.930  -6.341
    8    HB2  PHE 328           HB2      PHE 328  14.982  -4.457  -2.714
    9    HB3  PHE 328           HB3      PHE 328  16.325  -3.852  -3.678

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLY 329           H        GLY 329  18.379  -2.845  -1.796
    2    HA2  GLY 329           HA2      GLY 329  18.718  -1.270  -0.084
    3    HA3  GLY 329           HA3      GLY 329  17.315  -1.914   0.756

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    LEU 330           H        LEU 330  15.644  -0.583   0.835
    2    HA   LEU 330           HA       LEU 330  15.074   1.125  -1.480
    3    HG   LEU 330           HG       LEU 330  12.814   0.705  -2.215
    4   HD11  LEU 330          1HD1      LEU 330  11.194  -0.504  -0.533
    5   HD12  LEU 330          2HD1      LEU 330  10.548   1.125  -0.336
    6   HD13  LEU 330          3HD1      LEU 330  10.571   0.372  -1.930
    7   HD21  LEU 330          1HD2      LEU 330  12.709   2.956  -0.307
    8   HD22  LEU 330          2HD2      LEU 330  13.113   2.938  -2.023
    9   HD23  LEU 330          3HD2      LEU 330  11.425   2.888  -1.515
   10    HB2  LEU 330           HB2      LEU 330  13.412  -0.510  -0.126
   11    HB3  LEU 330           HB3      LEU 330  13.160   0.975   0.772

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLY 331           H        GLY 331  15.261   3.281  -1.391
    2    HA2  GLY 331           HA2      GLY 331  16.388   5.150  -0.439
    3    HA3  GLY 331           HA3      GLY 331  16.136   4.453   1.154

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ILE 332           H        ILE 332  14.113   4.688   2.173
    2    HA   ILE 332           HA       ILE 332  12.168   6.446   0.873
    3    HB   ILE 332           HB       ILE 332  11.881   5.059   3.535
    4   HG12  ILE 332          2HG1      ILE 332  10.349   3.541   2.019
    5   HG21  ILE 332          1HG2      ILE 332  10.410   7.055   2.793
    6   HG22  ILE 332          2HG2      ILE 332   9.659   5.882   1.710
    7   HG23  ILE 332          3HG2      ILE 332   9.635   5.615   3.454
    8   HD11  ILE 332          1HD1      ILE 332  12.578   2.972   3.258
    9   HD12  ILE 332          2HD1      ILE 332  11.912   1.881   2.043
   10   HD13  ILE 332          3HD1      ILE 332  13.236   2.968   1.622
   11   HG13  ILE 332          3HG1      ILE 332  11.435   4.080   0.742

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ARG 333           H        ARG 333  12.404   8.555   1.180
    2    HA   ARG 333           HA       ARG 333  13.705   9.527   3.613
    3    HE   ARG 333           HE       ARG 333  14.839  13.878   1.290
    4   HH11  ARG 333          1HH1      ARG 333  17.596  12.211  -0.053
    5   HH12  ARG 333          2HH1      ARG 333  17.971  13.475  -1.176
    6   HH21  ARG 333          1HH2      ARG 333  15.332  15.542  -0.186
    7   HH22  ARG 333          2HH2      ARG 333  16.686  15.367  -1.251
    8    HB2  ARG 333           HB2      ARG 333  14.135  10.254   1.072
    9    HB3  ARG 333           HB3      ARG 333  12.863  11.401   1.466
   10    HG2  ARG 333           HG2      ARG 333  14.173  12.584   2.876
   11    HG3  ARG 333           HG3      ARG 333  15.067  11.162   3.415
   12    HD2  ARG 333           HD2      ARG 333  16.721  12.067   2.178
   13    HD3  ARG 333           HD3      ARG 333  15.872  11.278   0.850

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLY 334           H        GLY 334  11.136   8.492   3.975
    2    HA2  GLY 334           HA2      GLY 334   8.874   9.837   3.852
    3    HA3  GLY 334           HA3      GLY 334   9.773  10.901   4.923

  No H/Q in entry =           3
  Start of MODEL    9
    1    H    ARG 335           H        ARG 335   8.647  10.635   6.785
    2    HA   ARG 335           HA       ARG 335   9.087   8.215   8.255
    3    HE   ARG 335           HE       ARG 335  10.095  10.573  11.510
    4   HH11  ARG 335          1HH1      ARG 335   7.410  12.182  13.052
    5   HH12  ARG 335          2HH1      ARG 335   8.383  13.463  13.693
    6   HH21  ARG 335          1HH2      ARG 335  11.377  12.257  12.352
    7   HH22  ARG 335          2HH2      ARG 335  10.635  13.506  13.295
    8    HB2  ARG 335           HB2      ARG 335   9.046  10.586   9.195
    9    HB3  ARG 335           HB3      ARG 335   7.294  10.497   9.073
   10    HG2  ARG 335           HG2      ARG 335   7.276   8.580  10.577
   11    HG3  ARG 335           HG3      ARG 335   9.036   8.646  10.687
   12    HD2  ARG 335           HD2      ARG 335   7.257  10.953  11.439
   13    HD3  ARG 335           HD3      ARG 335   7.756   9.714  12.590

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 336           H        GLU 336   6.162   9.919   7.139
    2    HA   GLU 336           HA       GLU 336   4.331   7.960   7.972
    3    HB2  GLU 336           HB2      GLU 336   4.194  10.098   5.853
    4    HB3  GLU 336           HB3      GLU 336   2.839   9.031   6.191
    5    HG2  GLU 336           HG2      GLU 336   3.978  10.314   8.560
    6    HG3  GLU 336           HG3      GLU 336   3.283  11.430   7.385

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ARG 337           H        ARG 337   5.873   8.500   4.815
    2    HA   ARG 337           HA       ARG 337   4.622   6.408   3.441
    3    HE   ARG 337           HE       ARG 337   6.280   9.928   0.385
    4   HH11  ARG 337          1HH1      ARG 337   8.703   7.596   1.336
    5   HH12  ARG 337          2HH1      ARG 337   9.737   8.782   2.054
    6   HH21  ARG 337          1HH2      ARG 337   7.643  11.483   1.331
    7   HH22  ARG 337          2HH2      ARG 337   9.137  10.987   2.053
    8    HB2  ARG 337           HB2      ARG 337   6.512   8.350   2.842
    9    HB3  ARG 337           HB3      ARG 337   7.386   6.841   2.617
   10    HG2  ARG 337           HG2      ARG 337   5.722   6.066   1.049
   11    HG3  ARG 337           HG3      ARG 337   4.747   7.510   1.331
   12    HD2  ARG 337           HD2      ARG 337   7.418   7.289  -0.029
   13    HD3  ARG 337           HD3      ARG 337   5.903   7.908  -0.681

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    PHE 338           H        PHE 338   7.776   6.464   5.095
    2    HA   PHE 338           HA       PHE 338   8.432   3.778   4.629
    3    HD1  PHE 338           HD1      PHE 338  11.766   3.852   5.118
    4    HD2  PHE 338           HD2      PHE 338   9.056   3.460   8.375
    5    HE1  PHE 338           HE1      PHE 338  13.135   2.023   6.032
    6    HE2  PHE 338           HE2      PHE 338  10.420   1.631   9.296
    7    HZ   PHE 338           HZ       PHE 338  12.463   0.911   8.124
    8    HB2  PHE 338           HB2      PHE 338  10.080   5.422   5.395
    9    HB3  PHE 338           HB3      PHE 338   9.239   5.568   6.934

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    GLU 339           H        GLU 339   6.422   5.306   7.047
    2    HA   GLU 339           HA       GLU 339   6.246   3.169   8.865
    3    HB2  GLU 339           HB2      GLU 339   4.635   5.596   8.270
    4    HB3  GLU 339           HB3      GLU 339   3.849   4.323   9.194
    5    HG2  GLU 339           HG2      GLU 339   6.050   4.442  10.619
    6    HG3  GLU 339           HG3      GLU 339   6.145   6.061   9.928

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    MET 340           H        MET 340   4.432   3.943   5.939
    2    HA   MET 340           HA       MET 340   2.474   1.925   6.212
    3    HB2  MET 340           HB2      MET 340   3.510   2.979   3.584
    4    HB3  MET 340           HB3      MET 340   1.901   2.369   3.948
    5    HG2  MET 340           HG2      MET 340   1.973   4.401   5.671
    6    HG3  MET 340           HG3      MET 340   3.090   5.025   4.458
    7    HE1  MET 340           HE1      MET 340   2.530   4.187   2.029
    8    HE2  MET 340           HE2      MET 340   0.919   4.217   1.312
    9    HE3  MET 340           HE3      MET 340   1.786   5.726   1.595

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    PHE 341           H        PHE 341   5.414   2.027   4.191
    2    HA   PHE 341           HA       PHE 341   5.291  -0.627   3.316
    3    HD1  PHE 341           HD1      PHE 341   4.958   0.619   1.494
    4    HD2  PHE 341           HD2      PHE 341   8.431   2.796   2.633
    5    HE1  PHE 341           HE1      PHE 341   4.323   2.423  -0.046
    6    HE2  PHE 341           HE2      PHE 341   7.802   4.609   1.093
    7    HZ   PHE 341           HZ       PHE 341   5.744   4.423  -0.242
    8    HB2  PHE 341           HB2      PHE 341   7.873   0.857   3.777
    9    HB3  PHE 341           HB3      PHE 341   7.506  -0.336   2.534

  No H/Q in entry =           9
  Start of MODEL    9
    1    H    ARG 342           H        ARG 342   6.339   0.725   6.338
    2    HA   ARG 342           HA       ARG 342   7.823  -1.580   7.183
    3    HE   ARG 342           HE       ARG 342   9.977  -3.073   9.649
    4   HH11  ARG 342          1HH1      ARG 342   9.537  -0.473  11.935
    5   HH12  ARG 342          2HH1      ARG 342   9.832  -1.471  13.318
    6   HH21  ARG 342          1HH2      ARG 342  10.365  -4.388  11.468
    7   HH22  ARG 342          2HH2      ARG 342  10.303  -3.694  13.053
    8    HB2  ARG 342           HB2      ARG 342   8.260   0.685   8.085
    9    HB3  ARG 342           HB3      ARG 342   6.668   0.680   8.831
   10    HG2  ARG 342           HG2      ARG 342   8.040   0.094  10.585
   11    HG3  ARG 342           HG3      ARG 342   7.491  -1.478   9.999
   12    HD2  ARG 342           HD2      ARG 342   9.693  -1.141   8.481
   13    HD3  ARG 342           HD3      ARG 342  10.172  -0.251   9.926

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    GLU 343           H        GLU 343   4.615  -0.246   7.951
    2    HA   GLU 343           HA       GLU 343   3.848  -2.382   9.648
    3    HB2  GLU 343           HB2      GLU 343   2.774  -0.118   9.598
    4    HB3  GLU 343           HB3      GLU 343   2.039  -0.551   8.060
    5    HG2  GLU 343           HG2      GLU 343   0.712  -2.229   9.059
    6    HG3  GLU 343           HG3      GLU 343   1.621  -2.150  10.567

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 344           H        LEU 344   3.749  -1.863   6.207
    2    HA   LEU 344           HA       LEU 344   1.938  -3.952   5.561
    3    HG   LEU 344           HG       LEU 344   1.991  -1.885   2.559
    4   HD11  LEU 344          1HD1      LEU 344   1.468  -4.349   2.460
    5   HD12  LEU 344          2HD1      LEU 344   0.478  -4.110   3.900
    6   HD13  LEU 344          3HD1      LEU 344   0.077  -3.265   2.405
    7   HD21  LEU 344          1HD2      LEU 344   0.981  -2.082   5.388
    8   HD22  LEU 344          2HD2      LEU 344   1.602  -0.656   4.557
    9   HD23  LEU 344          3HD2      LEU 344   0.059  -1.357   4.070
   10    HB2  LEU 344           HB2      LEU 344   3.767  -2.152   4.119
   11    HB3  LEU 344           HB3      LEU 344   3.507  -3.702   3.341

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    ASN 345           H        ASN 345   5.477  -3.731   5.664
    2    HA   ASN 345           HA       ASN 345   6.040  -6.321   4.765
    3   HD21  ASN 345          1HD2      ASN 345   8.506  -7.298   6.788
    4   HD22  ASN 345          2HD2      ASN 345   9.592  -7.794   5.540
    5    HB2  ASN 345           HB2      ASN 345   7.595  -4.245   5.291
    6    HB3  ASN 345           HB3      ASN 345   7.781  -5.060   6.841

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    GLU 346           H        GLU 346   5.380  -5.082   8.009
    2    HA   GLU 346           HA       GLU 346   5.868  -7.588   9.304
    3    HB2  GLU 346           HB2      GLU 346   5.931  -5.190  10.303
    4    HB3  GLU 346           HB3      GLU 346   4.192  -5.387  10.474
    5    HG2  GLU 346           HG2      GLU 346   4.385  -6.950  12.115
    6    HG3  GLU 346           HG3      GLU 346   5.939  -7.540  11.525

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    ALA 347           H        ALA 347   3.087  -5.960   7.945
    2    HA   ALA 347           HA       ALA 347   1.167  -7.782   9.061
    3    HB1  ALA 347           HB1      ALA 347   0.646  -6.019   6.694
    4    HB2  ALA 347           HB2      ALA 347   0.788  -5.345   8.318
    5    HB3  ALA 347           HB3      ALA 347  -0.465  -6.535   7.963

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    LEU 348           H        LEU 348   3.052  -7.562   6.133
    2    HA   LEU 348           HA       LEU 348   1.540  -9.534   4.697
    3    HG   LEU 348           HG       LEU 348   2.051  -6.976   3.844
    4   HD11  LEU 348          1HD1      LEU 348   4.365  -7.191   1.933
    5   HD12  LEU 348          2HD1      LEU 348   3.157  -5.909   1.857
    6   HD13  LEU 348          3HD1      LEU 348   4.176  -6.077   3.287
    7   HD21  LEU 348          1HD2      LEU 348   1.140  -8.929   2.462
    8   HD22  LEU 348          2HD2      LEU 348   0.974  -7.304   1.796
    9   HD23  LEU 348          3HD2      LEU 348   2.239  -8.377   1.198
   10    HB2  LEU 348           HB2      LEU 348   4.273  -8.347   4.225
   11    HB3  LEU 348           HB3      LEU 348   3.504  -9.487   3.137

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    GLU 349           H        GLU 349   4.294  -9.525   6.840
    2    HA   GLU 349           HA       GLU 349   5.179 -12.167   6.222
    3    HB2  GLU 349           HB2      GLU 349   6.455 -10.222   7.388
    4    HB3  GLU 349           HB3      GLU 349   5.686 -10.815   8.854
    5    HG2  GLU 349           HG2      GLU 349   7.379 -12.506   7.031
    6    HG3  GLU 349           HG3      GLU 349   7.981 -11.682   8.469

  No H/Q in entry =           6
  Start of MODEL    9
    1    H    LEU 350           H        LEU 350   2.816 -10.797   8.386
    2    HA   LEU 350           HA       LEU 350   2.515 -13.087  10.052
    3    HG   LEU 350           HG       LEU 350   1.073 -10.415  12.069
    4   HD11  LEU 350          1HD1      LEU 350   1.609 -13.309  11.820
    5   HD12  LEU 350          2HD1      LEU 350   2.398 -12.467  13.154
    6   HD13  LEU 350          3HD1      LEU 350   0.641 -12.428  13.002
    7   HD21  LEU 350          1HD2      LEU 350   3.590 -11.070  10.659
    8   HD22  LEU 350          2HD2      LEU 350   3.121  -9.608  11.526
    9   HD23  LEU 350          3HD2      LEU 350   3.646 -11.034  12.422
   10    HB2  LEU 350           HB2      LEU 350   1.129 -10.511   9.655
   11    HB3  LEU 350           HB3      LEU 350   0.132 -11.813  10.278

  No H/Q in entry =          11
  Start of MODEL    9
    1    H    LYS 351           H        LYS 351   0.798 -11.876   7.198
    2    HA   LYS 351           HA       LYS 351  -1.204 -13.860   7.154
    3    HB2  LYS 351           HB2      LYS 351  -1.474 -13.203   4.759
    4    HB3  LYS 351           HB3      LYS 351  -1.505 -11.848   5.879
    5    HG2  LYS 351           HG2      LYS 351   0.748 -11.250   5.301
    6    HG3  LYS 351           HG3      LYS 351   0.911 -12.690   4.294
    7    HD2  LYS 351           HD2      LYS 351   0.493 -10.770   2.890
    8    HD3  LYS 351           HD3      LYS 351  -0.911 -11.840   2.852
    9    HE2  LYS 351           HE2      LYS 351  -2.227 -10.380   4.028
   10    HE3  LYS 351           HE3      LYS 351  -0.857  -9.650   4.864
   11    HZ1  LYS 351           HZ1      LYS 351  -0.939  -9.247   1.991
   12    HZ2  LYS 351           HZ2      LYS 351  -2.163  -8.476   2.867
   13    HZ3  LYS 351           HZ3      LYS 351  -0.541  -8.162   3.227

  No H/Q in entry =          13
  Start of MODEL    9
    1    H    ASP 352           H        ASP 352   2.086 -13.790   5.983
    2    HA   ASP 352           HA       ASP 352   1.939 -16.027   4.263
    3    HB2  ASP 352           HB2      ASP 352   4.134 -14.510   5.598
    4    HB3  ASP 352           HB3      ASP 352   4.511 -16.095   4.928

  No H/Q in entry =           4
  Start of MODEL    9
    1    H    ALA 353           H        ALA 353   2.358 -15.688   7.714
    2    HA   ALA 353           HA       ALA 353   3.269 -18.334   8.216
    3    HB1  ALA 353           HB1      ALA 353   3.761 -17.001   9.996
    4    HB2  ALA 353           HB2      ALA 353   2.245 -17.692  10.576
    5    HB3  ALA 353           HB3      ALA 353   2.263 -16.079   9.863

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLN 354           H        GLN 354   0.107 -16.847   7.940
    2    HA   GLN 354           HA       GLN 354  -1.281 -19.194   8.897
    3   HE21  GLN 354          1HE2      GLN 354  -2.412 -17.333  11.858
    4   HE22  GLN 354          2HE2      GLN 354  -3.983 -16.715  12.223
    5    HB2  GLN 354           HB2      GLN 354  -2.507 -16.842   7.464
    6    HB3  GLN 354           HB3      GLN 354  -3.288 -17.960   8.574
    7    HG2  GLN 354           HG2      GLN 354  -1.275 -16.895  10.103
    8    HG3  GLN 354           HG3      GLN 354  -1.783 -15.529   9.111

  No H/Q in entry =           8
  Start of MODEL    9
    1    H    ALA 355           H        ALA 355  -0.603 -17.641   5.804
    2    HA   ALA 355           HA       ALA 355  -1.522 -20.093   4.460
    3    HB1  ALA 355           HB1      ALA 355  -2.144 -17.247   3.764
    4    HB2  ALA 355           HB2      ALA 355  -3.239 -18.621   3.917
    5    HB3  ALA 355           HB3      ALA 355  -2.154 -18.507   2.531

  No H/Q in entry =           5
  Start of MODEL    9
    1    H    GLY 356           H        GLY 356   0.096 -21.039   3.418
    2    HA2  GLY 356           HA2      GLY 356   2.664 -20.059   3.146
    3    HA3  GLY 356           HA3      GLY 356   1.833 -19.612   1.663

  No H/Q in entry =           3
  Start of MODEL   10
    1    H1   GLU 326           H1       GLU 326 -19.358   4.081  10.198
    2    H2   GLU 326           H2       GLU 326 -18.284   3.827  11.509
    3    H3   GLU 326           H3       GLU 326 -19.168   5.294  11.397
    4    HB2  GLU 326           HB2      GLU 326 -16.161   4.527  11.543
    5    HB3  GLU 326           HB3      GLU 326 -15.586   5.772  10.442
    6    HG2  GLU 326           HG2      GLU 326 -16.619   7.473  11.613
    7    HG3  GLU 326           HG3      GLU 326 -17.774   6.382  12.378
    8    HA   GLU 326           HA       GLU 326 -17.949   6.060   9.647

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    SER 327           H        SER 327 -18.567   4.911   7.751
    2    HA   SER 327           HA       SER 327 -16.523   2.993   6.864
    3    HG   SER 327           HG       SER 327 -20.248   2.181   5.580
    4    HB2  SER 327           HB2      SER 327 -18.172   1.617   5.781
    5    HB3  SER 327           HB3      SER 327 -18.685   1.842   7.453

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    PHE 328           H        PHE 328 -15.522   3.662   5.092
    2    HA   PHE 328           HA       PHE 328 -16.846   5.676   3.407
    3    HD1  PHE 328           HD1      PHE 328 -15.949   7.982   4.434
    4    HD2  PHE 328           HD2      PHE 328 -13.020   5.119   5.588
    5    HE1  PHE 328           HE1      PHE 328 -15.614   9.186   6.553
    6    HE2  PHE 328           HE2      PHE 328 -12.680   6.318   7.710
    7    HZ   PHE 328           HZ       PHE 328 -13.978   8.354   8.195
    8    HB2  PHE 328           HB2      PHE 328 -13.896   5.041   3.452
    9    HB3  PHE 328           HB3      PHE 328 -14.685   6.460   2.772

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLY 329           H        GLY 329 -17.068   5.382   1.229
    2    HA2  GLY 329           HA2      GLY 329 -17.707   3.770  -0.417
    3    HA3  GLY 329           HA3      GLY 329 -16.530   2.658   0.264

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    LEU 330           H        LEU 330 -15.019   2.253  -1.203
    2    HA   LEU 330           HA       LEU 330 -13.828   4.536  -2.629
    3    HG   LEU 330           HG       LEU 330 -11.416   4.725  -1.938
    4   HD11  LEU 330          1HD1      LEU 330 -10.179   2.038  -2.024
    5   HD12  LEU 330          2HD1      LEU 330  -9.257   3.372  -2.716
    6   HD13  LEU 330          3HD1      LEU 330  -9.781   3.442  -1.034
    7   HD21  LEU 330          1HD2      LEU 330 -11.834   3.268  -4.476
    8   HD22  LEU 330          2HD2      LEU 330 -11.825   5.001  -4.147
    9   HD23  LEU 330          3HD2      LEU 330 -10.302   4.124  -4.297
   10    HB2  LEU 330           HB2      LEU 330 -12.560   2.787  -1.019
   11    HB3  LEU 330           HB3      LEU 330 -12.409   1.940  -2.547

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLY 331           H        GLY 331 -13.834   4.591  -4.802
    2    HA2  GLY 331           HA2      GLY 331 -15.067   3.991  -6.769
    3    HA3  GLY 331           HA3      GLY 331 -15.126   2.336  -6.182

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ILE 332           H        ILE 332 -13.197   1.052  -6.288
    2    HA   ILE 332           HA       ILE 332 -10.947   2.070  -7.801
    3    HB   ILE 332           HB       ILE 332 -11.412  -0.770  -6.895
    4   HG12  ILE 332          2HG1      ILE 332 -11.552   0.726  -4.965
    5   HG21  ILE 332          1HG2      ILE 332  -9.554   0.138  -8.612
    6   HG22  ILE 332          2HG2      ILE 332  -8.709   0.391  -7.085
    7   HG23  ILE 332          3HG2      ILE 332  -9.289  -1.218  -7.515
    8   HD11  ILE 332          1HD1      ILE 332  -8.854   1.749  -5.810
    9   HD12  ILE 332          2HD1      ILE 332 -10.360   2.667  -5.787
   10   HD13  ILE 332          3HD1      ILE 332  -9.654   2.091  -4.276
   11   HG13  ILE 332          3HG1      ILE 332 -10.053  -0.197  -4.920

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ARG 333           H        ARG 333 -10.429   1.595  -9.880
    2    HA   ARG 333           HA       ARG 333 -12.383  -0.008 -11.397
    3    HE   ARG 333           HE       ARG 333 -10.172   1.476 -15.139
    4   HH11  ARG 333          1HH1      ARG 333 -13.341   2.803 -15.753
    5   HH12  ARG 333          2HH1      ARG 333 -12.737   4.160 -16.643
    6   HH21  ARG 333          1HH2      ARG 333  -9.376   3.260 -16.310
    7   HH22  ARG 333          2HH2      ARG 333 -10.487   4.420 -16.961
    8    HB2  ARG 333           HB2      ARG 333 -11.871   2.626 -11.765
    9    HB3  ARG 333           HB3      ARG 333 -10.688   1.923 -12.861
   10    HG2  ARG 333           HG2      ARG 333 -13.469   0.903 -12.998
   11    HG3  ARG 333           HG3      ARG 333 -13.146   2.518 -13.630
   12    HD2  ARG 333           HD2      ARG 333 -11.744  -0.027 -14.440
   13    HD3  ARG 333           HD3      ARG 333 -12.954   0.839 -15.386

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLY 334           H        GLY 334 -10.105  -1.114 -10.069
    2    HA2  GLY 334           HA2      GLY 334  -7.760  -1.525 -11.230
    3    HA3  GLY 334           HA3      GLY 334  -8.812  -2.318 -12.393

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ARG 335           H        ARG 335  -8.342  -4.423 -12.126
    2    HA   ARG 335           HA       ARG 335  -9.281  -5.749  -9.778
    3    HE   ARG 335           HE       ARG 335  -7.696  -9.425 -12.735
    4   HH11  ARG 335          1HH1      ARG 335  -4.254  -9.105 -12.259
    5   HH12  ARG 335          2HH1      ARG 335  -3.920 -10.760 -12.644
    6   HH21  ARG 335          1HH2      ARG 335  -7.260 -11.602 -13.242
    7   HH22  ARG 335          2HH2      ARG 335  -5.626 -12.177 -13.203
    8    HB2  ARG 335           HB2      ARG 335  -8.515  -7.807 -10.912
    9    HB3  ARG 335           HB3      ARG 335  -9.522  -6.805 -11.947
   10    HG2  ARG 335           HG2      ARG 335  -7.918  -7.141 -13.465
   11    HG3  ARG 335           HG3      ARG 335  -7.045  -5.891 -12.578
   12    HD2  ARG 335           HD2      ARG 335  -5.482  -7.594 -12.713
   13    HD3  ARG 335           HD3      ARG 335  -6.198  -7.857 -11.123

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 336           H        GLU 336  -6.136  -4.843 -11.037
    2    HA   GLU 336           HA       GLU 336  -4.624  -6.393  -9.177
    3    HB2  GLU 336           HB2      GLU 336  -3.772  -3.963 -10.762
    4    HB3  GLU 336           HB3      GLU 336  -2.703  -5.116  -9.976
    5    HG2  GLU 336           HG2      GLU 336  -3.786  -6.875 -11.472
    6    HG3  GLU 336           HG3      GLU 336  -4.433  -5.515 -12.388

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ARG 337           H        ARG 337  -5.455  -2.939  -9.381
    2    HA   ARG 337           HA       ARG 337  -4.168  -2.124  -7.036
    3    HE   ARG 337           HE       ARG 337  -3.388   2.259  -6.869
    4   HH11  ARG 337          1HH1      ARG 337  -1.075  -0.199  -7.756
    5   HH12  ARG 337          2HH1      ARG 337   0.285   0.867  -7.656
    6   HH21  ARG 337          1HH2      ARG 337  -1.599   3.663  -6.737
    7   HH22  ARG 337          2HH2      ARG 337  -0.012   3.060  -7.076
    8    HB2  ARG 337           HB2      ARG 337  -5.475  -0.825  -8.993
    9    HB3  ARG 337           HB3      ARG 337  -6.723  -0.794  -7.755
   10    HG2  ARG 337           HG2      ARG 337  -5.299   1.220  -7.769
   11    HG3  ARG 337           HG3      ARG 337  -5.265   0.354  -6.235
   12    HD2  ARG 337           HD2      ARG 337  -3.118  -0.491  -6.627
   13    HD3  ARG 337           HD3      ARG 337  -3.197  -0.131  -8.352

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    PHE 338           H        PHE 338  -7.568  -3.053  -7.541
    2    HA   PHE 338           HA       PHE 338  -8.338  -2.802  -4.845
    3    HD1  PHE 338           HD1      PHE 338 -10.089  -6.359  -5.431
    4    HD2  PHE 338           HD2      PHE 338 -11.425  -2.357  -4.878
    5    HE1  PHE 338           HE1      PHE 338 -11.787  -7.150  -3.835
    6    HE2  PHE 338           HE2      PHE 338 -13.125  -3.140  -3.281
    7    HZ   PHE 338           HZ       PHE 338 -13.307  -5.540  -2.757
    8    HB2  PHE 338           HB2      PHE 338  -9.967  -2.909  -6.681
    9    HB3  PHE 338           HB3      PHE 338  -9.500  -4.574  -7.008

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLU 339           H        GLU 339  -6.839  -5.394  -6.654
    2    HA   GLU 339           HA       GLU 339  -7.243  -7.476  -4.802
    3    HB2  GLU 339           HB2      GLU 339  -5.412  -6.974  -7.086
    4    HB3  GLU 339           HB3      GLU 339  -4.915  -8.206  -5.934
    5    HG2  GLU 339           HG2      GLU 339  -6.744  -9.559  -6.397
    6    HG3  GLU 339           HG3      GLU 339  -7.663  -8.235  -7.112

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    MET 340           H        MET 340  -4.791  -4.968  -5.075
    2    HA   MET 340           HA       MET 340  -3.027  -5.961  -3.111
    3    HB2  MET 340           HB2      MET 340  -3.479  -3.051  -3.781
    4    HB3  MET 340           HB3      MET 340  -2.020  -3.784  -3.129
    5    HG2  MET 340           HG2      MET 340  -2.769  -5.022  -5.619
    6    HG3  MET 340           HG3      MET 340  -2.614  -3.276  -5.800
    7    HE1  MET 340           HE1      MET 340  -0.860  -1.939  -5.295
    8    HE2  MET 340           HE2      MET 340   0.294  -2.418  -4.051
    9    HE3  MET 340           HE3      MET 340   0.788  -2.377  -5.743

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    PHE 341           H        PHE 341  -5.457  -3.351  -2.893
    2    HA   PHE 341           HA       PHE 341  -5.278  -2.963  -0.134
    3    HD1  PHE 341           HD1      PHE 341  -4.602  -0.978  -0.935
    4    HD2  PHE 341           HD2      PHE 341  -7.993  -1.196  -3.494
    5    HE1  PHE 341           HE1      PHE 341  -3.583   0.694  -2.418
    6    HE2  PHE 341           HE2      PHE 341  -6.981   0.477  -4.983
    7    HZ   PHE 341           HZ       PHE 341  -4.772   1.417  -4.446
    8    HB2  PHE 341           HB2      PHE 341  -7.829  -2.651  -1.711
    9    HB3  PHE 341           HB3      PHE 341  -7.299  -1.729  -0.307

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    ARG 342           H        ARG 342  -6.896  -5.436  -1.968
    2    HA   ARG 342           HA       ARG 342  -8.681  -6.313   0.050
    3    HE   ARG 342           HE       ARG 342 -11.170 -10.934  -1.938
    4   HH11  ARG 342          1HH1      ARG 342 -11.534  -7.712  -0.647
    5   HH12  ARG 342          2HH1      ARG 342 -12.853  -8.141   0.389
    6   HH21  ARG 342          1HH2      ARG 342 -12.906 -11.500  -0.577
    7   HH22  ARG 342          2HH2      ARG 342 -13.632 -10.291   0.429
    8    HB2  ARG 342           HB2      ARG 342  -8.968  -6.921  -2.309
    9    HB3  ARG 342           HB3      ARG 342  -7.472  -7.844  -2.262
   10    HG2  ARG 342           HG2      ARG 342  -8.422  -9.594  -1.200
   11    HG3  ARG 342           HG3      ARG 342  -9.518  -8.574  -0.266
   12    HD2  ARG 342           HD2      ARG 342 -10.728  -8.160  -2.479
   13    HD3  ARG 342           HD3      ARG 342  -9.800  -9.524  -3.101

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 343           H        GLU 343  -5.374  -7.195  -0.817
    2    HA   GLU 343           HA       GLU 343  -5.178  -9.306   1.099
    3    HB2  GLU 343           HB2      GLU 343  -3.316  -7.895  -0.741
    4    HB3  GLU 343           HB3      GLU 343  -2.605  -8.720   0.639
    5    HG2  GLU 343           HG2      GLU 343  -2.684 -10.610  -0.498
    6    HG3  GLU 343           HG3      GLU 343  -4.444 -10.518  -0.479

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 344           H        LEU 344  -4.565  -5.869   1.100
    2    HA   LEU 344           HA       LEU 344  -3.082  -5.808   3.535
    3    HG   LEU 344           HG       LEU 344  -1.627  -4.349   2.801
    4   HD11  LEU 344          1HD1      LEU 344  -2.941  -3.717   0.226
    5   HD12  LEU 344          2HD1      LEU 344  -1.274  -3.179   0.433
    6   HD13  LEU 344          3HD1      LEU 344  -1.677  -4.888   0.601
    7   HD21  LEU 344          1HD2      LEU 344  -2.614  -1.915   3.427
    8   HD22  LEU 344          2HD2      LEU 344  -0.918  -2.227   3.060
    9   HD23  LEU 344          3HD2      LEU 344  -1.991  -1.602   1.807
   10    HB2  LEU 344           HB2      LEU 344  -4.334  -3.815   1.727
   11    HB3  LEU 344           HB3      LEU 344  -4.046  -3.311   3.382

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ASN 345           H        ASN 345  -6.478  -5.580   2.685
    2    HA   ASN 345           HA       ASN 345  -7.372  -4.753   5.262
    3   HD21  ASN 345          1HD2      ASN 345 -10.034  -6.550   5.547
    4   HD22  ASN 345          2HD2      ASN 345 -11.144  -5.337   6.078
    5    HB2  ASN 345           HB2      ASN 345  -8.588  -4.596   2.969
    6    HB3  ASN 345           HB3      ASN 345  -9.092  -6.250   3.303

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    GLU 346           H        GLU 346  -7.174  -7.878   3.601
    2    HA   GLU 346           HA       GLU 346  -8.304  -9.370   5.747
    3    HB2  GLU 346           HB2      GLU 346  -8.002  -9.977   3.210
    4    HB3  GLU 346           HB3      GLU 346  -6.445 -10.596   3.745
    5    HG2  GLU 346           HG2      GLU 346  -7.545 -12.495   4.117
    6    HG3  GLU 346           HG3      GLU 346  -8.134 -11.696   5.574

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ALA 347           H        ALA 347  -5.080  -8.334   4.904
    2    HA   ALA 347           HA       ALA 347  -3.734 -10.081   6.733
    3    HB1  ALA 347           HB1      ALA 347  -2.670  -7.539   5.516
    4    HB2  ALA 347           HB2      ALA 347  -2.693  -9.093   4.683
    5    HB3  ALA 347           HB3      ALA 347  -1.744  -8.897   6.156

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    LEU 348           H        LEU 348  -5.016  -6.816   6.844
    2    HA   LEU 348           HA       LEU 348  -3.782  -6.105   9.316
    3    HG   LEU 348           HG       LEU 348  -3.483  -4.255   7.358
    4   HD11  LEU 348          1HD1      LEU 348  -5.525  -2.829   6.783
    5   HD12  LEU 348          2HD1      LEU 348  -5.168  -1.948   8.269
    6   HD13  LEU 348          3HD1      LEU 348  -3.977  -2.005   6.969
    7   HD21  LEU 348          1HD2      LEU 348  -3.437  -4.281  10.051
    8   HD22  LEU 348          2HD2      LEU 348  -2.297  -3.371   9.059
    9   HD23  LEU 348          3HD2      LEU 348  -3.700  -2.561   9.758
   10    HB2  LEU 348           HB2      LEU 348  -5.877  -4.949   7.553
   11    HB3  LEU 348           HB3      LEU 348  -5.849  -4.418   9.224

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLU 349           H        GLU 349  -6.764  -7.678   8.398
    2    HA   GLU 349           HA       GLU 349  -8.069  -7.451  10.909
    3    HB2  GLU 349           HB2      GLU 349  -9.103  -8.029   8.639
    4    HB3  GLU 349           HB3      GLU 349  -8.518  -9.664   8.914
    5    HG2  GLU 349           HG2      GLU 349 -10.019 -10.075  10.578
    6    HG3  GLU 349           HG3      GLU 349 -10.134  -8.379  11.046

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 350           H        LEU 350  -5.716  -9.659   9.591
    2    HA   LEU 350           HA       LEU 350  -6.049 -11.770  11.434
    3    HG   LEU 350           HG       LEU 350  -3.370 -13.529   9.689
    4   HD11  LEU 350          1HD1      LEU 350  -3.413 -12.783  12.268
    5   HD12  LEU 350          2HD1      LEU 350  -4.799 -13.875  12.245
    6   HD13  LEU 350          3HD1      LEU 350  -3.211 -14.454  11.740
    7   HD21  LEU 350          1HD2      LEU 350  -5.983 -13.183   9.157
    8   HD22  LEU 350          2HD2      LEU 350  -5.217 -14.765   9.301
    9   HD23  LEU 350          3HD2      LEU 350  -6.095 -14.083  10.670
   10    HB2  LEU 350           HB2      LEU 350  -4.571 -11.418   9.195
   11    HB3  LEU 350           HB3      LEU 350  -3.326 -11.244  10.418

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    LYS 351           H        LYS 351  -4.109  -8.827  11.494
    2    HA   LYS 351           HA       LYS 351  -2.554  -9.403  13.751
    3    HB2  LYS 351           HB2      LYS 351  -3.470  -6.853  12.460
    4    HB3  LYS 351           HB3      LYS 351  -2.580  -6.807  13.976
    5    HG2  LYS 351           HG2      LYS 351  -0.667  -7.781  13.000
    6    HG3  LYS 351           HG3      LYS 351  -1.555  -8.243  11.546
    7    HD2  LYS 351           HD2      LYS 351  -1.369  -6.192  10.627
    8    HD3  LYS 351           HD3      LYS 351  -1.589  -5.369  12.173
    9    HE2  LYS 351           HE2      LYS 351   0.764  -6.146  12.743
   10    HE3  LYS 351           HE3      LYS 351   0.924  -6.570  11.040
   11    HZ1  LYS 351           HZ1      LYS 351  -0.046  -3.889  11.608
   12    HZ2  LYS 351           HZ2      LYS 351   1.568  -4.191  12.013
   13    HZ3  LYS 351           HZ3      LYS 351   1.037  -4.420  10.423

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    ASP 352           H        ASP 352  -5.847  -8.283  13.432
    2    HA   ASP 352           HA       ASP 352  -6.220  -7.380  16.082
    3    HB2  ASP 352           HB2      ASP 352  -8.001  -8.155  13.823
    4    HB3  ASP 352           HB3      ASP 352  -8.711  -8.081  15.433

  No H/Q in entry =           4
  Start of MODEL   10
    1    H    ALA 353           H        ALA 353  -6.421 -10.541  14.581
    2    HA   ALA 353           HA       ALA 353  -7.766 -11.917  16.618
    3    HB1  ALA 353           HB1      ALA 353  -6.900 -12.606  14.178
    4    HB2  ALA 353           HB2      ALA 353  -7.351 -13.785  15.410
    5    HB3  ALA 353           HB3      ALA 353  -5.653 -13.377  15.158

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLN 354           H        GLN 354  -4.400 -11.003  16.256
    2    HA   GLN 354           HA       GLN 354  -3.588 -12.552  18.573
    3   HE21  GLN 354          1HE2      GLN 354  -1.957 -14.975  15.379
    4   HE22  GLN 354          2HE2      GLN 354  -0.884 -15.779  16.470
    5    HB2  GLN 354           HB2      GLN 354  -2.003 -10.599  16.896
    6    HB3  GLN 354           HB3      GLN 354  -1.347 -11.688  18.111
    7    HG2  GLN 354           HG2      GLN 354  -2.923 -12.960  15.977
    8    HG3  GLN 354           HG3      GLN 354  -1.402 -12.220  15.477

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    ALA 355           H        ALA 355  -4.040  -9.167  17.666
    2    HA   ALA 355           HA       ALA 355  -3.724  -8.432  20.503
    3    HB1  ALA 355           HB1      ALA 355  -2.235  -7.457  18.511
    4    HB2  ALA 355           HB2      ALA 355  -3.584  -6.324  18.431
    5    HB3  ALA 355           HB3      ALA 355  -2.673  -6.506  19.930

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLY 356           H        GLY 356  -5.624  -8.135  21.460
    2    HA2  GLY 356           HA2      GLY 356  -7.680  -6.598  20.021
    3    HA3  GLY 356           HA3      GLY 356  -7.544  -6.728  21.768

  No H/Q in entry =           3
  Start of MODEL   10
    1    H1   GLU 326           H1       GLU 326 -14.879  -5.789 -12.346
    2    H2   GLU 326           H2       GLU 326 -15.920  -5.871 -13.705
    3    H3   GLU 326           H3       GLU 326 -14.236  -6.139 -13.898
    4    HA   GLU 326           HA       GLU 326 -13.707  -3.959 -13.559
    5    HB2  GLU 326           HB2      GLU 326 -16.193  -4.379 -15.190
    6    HB3  GLU 326           HB3      GLU 326 -15.478  -2.777 -15.068
    7    HG2  GLU 326           HG2      GLU 326 -13.565  -3.399 -16.204
    8    HG3  GLU 326           HG3      GLU 326 -13.797  -5.113 -15.861

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    SER 327           H        SER 327 -13.883  -2.168 -12.337
    2    HA   SER 327           HA       SER 327 -14.638  -0.718 -10.756
    3    HG   SER 327           HG       SER 327 -17.633   0.875 -11.100
    4    HB2  SER 327           HB2      SER 327 -16.296  -0.131 -12.469
    5    HB3  SER 327           HB3      SER 327 -17.347  -1.431 -11.909

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    PHE 328           H        PHE 328 -13.991  -1.948  -8.984
    2    HA   PHE 328           HA       PHE 328 -16.067  -3.617  -7.736
    3    HD1  PHE 328           HD1      PHE 328 -12.114  -3.530  -9.183
    4    HD2  PHE 328           HD2      PHE 328 -15.059  -6.442  -8.205
    5    HE1  PHE 328           HE1      PHE 328 -11.476  -4.836 -11.168
    6    HE2  PHE 328           HE2      PHE 328 -14.427  -7.754 -10.188
    7    HZ   PHE 328           HZ       PHE 328 -12.633  -6.951 -11.673
    8    HB2  PHE 328           HB2      PHE 328 -13.140  -3.573  -7.003
    9    HB3  PHE 328           HB3      PHE 328 -14.342  -4.789  -6.584

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLY 329           H        GLY 329 -16.522  -3.384  -5.513
    2    HA2  GLY 329           HA2      GLY 329 -17.309  -1.632  -4.055
    3    HA3  GLY 329           HA3      GLY 329 -15.888  -0.694  -4.489

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    LEU 330           H        LEU 330 -14.610  -0.467  -2.787
    2    HA   LEU 330           HA       LEU 330 -14.031  -2.844  -1.153
    3    HG   LEU 330           HG       LEU 330 -12.026  -2.378   0.433
    4   HD11  LEU 330          1HD1      LEU 330 -10.592  -3.230  -2.078
    5   HD12  LEU 330          2HD1      LEU 330 -10.353  -3.932  -0.478
    6   HD13  LEU 330          3HD1      LEU 330 -11.915  -4.082  -1.283
    7   HD21  LEU 330          1HD2      LEU 330 -10.592  -0.221  -0.262
    8   HD22  LEU 330          2HD2      LEU 330 -10.013  -1.446   0.868
    9   HD23  LEU 330          3HD2      LEU 330  -9.503  -1.492  -0.820
   10    HB2  LEU 330           HB2      LEU 330 -12.189  -1.588  -2.436
   11    HB3  LEU 330           HB3      LEU 330 -12.380  -0.335  -1.224

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLY 331           H        GLY 331 -14.982  -2.909   0.767
    2    HA2  GLY 331           HA2      GLY 331 -16.451  -2.008   2.408
    3    HA3  GLY 331           HA3      GLY 331 -15.878  -0.399   1.996

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ILE 332           H        ILE 332 -14.543   0.520   3.398
    2    HA   ILE 332           HA       ILE 332 -13.081  -1.225   5.271
    3    HB   ILE 332           HB       ILE 332 -12.060   1.426   4.256
    4   HG12  ILE 332          2HG1      ILE 332 -10.352  -0.163   3.095
    5   HG21  ILE 332          1HG2      ILE 332 -11.159  -0.555   6.234
    6   HG22  ILE 332          2HG2      ILE 332  -9.911   0.053   5.146
    7   HG23  ILE 332          3HG2      ILE 332 -10.844   1.177   6.133
    8   HD11  ILE 332          1HD1      ILE 332 -12.914   0.823   2.187
    9   HD12  ILE 332          2HD1      ILE 332 -11.358   0.771   1.357
   10   HD13  ILE 332          3HD1      ILE 332 -12.417  -0.639   1.336
   11   HG13  ILE 332          3HG1      ILE 332 -11.618  -1.376   3.264

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ARG 333           H        ARG 333 -13.246  -0.742   7.387
    2    HA   ARG 333           HA       ARG 333 -14.936   1.538   8.110
    3    HE   ARG 333           HE       ARG 333 -18.839   1.446  10.547
    4   HH11  ARG 333          1HH1      ARG 333 -17.484  -1.767  10.407
    5   HH12  ARG 333          2HH1      ARG 333 -18.618  -2.430  11.536
    6   HH21  ARG 333          1HH2      ARG 333 -20.331   0.576  12.032
    7   HH22  ARG 333          2HH2      ARG 333 -20.234  -1.100  12.458
    8    HB2  ARG 333           HB2      ARG 333 -15.260  -0.969   8.865
    9    HB3  ARG 333           HB3      ARG 333 -14.068  -0.534  10.082
   10    HG2  ARG 333           HG2      ARG 333 -16.050  -0.117  11.171
   11    HG3  ARG 333           HG3      ARG 333 -15.639   1.478  10.537
   12    HD2  ARG 333           HD2      ARG 333 -17.265   1.387   8.893
   13    HD3  ARG 333           HD3      ARG 333 -17.340  -0.374   8.922

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLY 334           H        GLY 334 -12.193   1.975   7.372
    2    HA2  GLY 334           HA2      GLY 334 -10.148   2.205   8.940
    3    HA3  GLY 334           HA3      GLY 334 -11.266   3.165   9.897

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ARG 335           H        ARG 335 -10.440   5.171   9.729
    2    HA   ARG 335           HA       ARG 335 -10.747   6.566   7.253
    3    HE   ARG 335           HE       ARG 335  -8.535  11.092   8.841
    4   HH11  ARG 335          1HH1      ARG 335 -11.650  12.013  10.117
    5   HH12  ARG 335          2HH1      ARG 335 -11.218  13.678  10.310
    6   HH21  ARG 335          1HH2      ARG 335  -7.965  13.282   9.095
    7   HH22  ARG 335          2HH2      ARG 335  -9.126  14.399   9.730
    8    HB2  ARG 335           HB2      ARG 335 -11.203   7.642   9.412
    9    HB3  ARG 335           HB3      ARG 335  -9.511   7.472   9.860
   10    HG2  ARG 335           HG2      ARG 335  -8.821   9.038   8.235
   11    HG3  ARG 335           HG3      ARG 335 -10.397   9.016   7.441
   12    HD2  ARG 335           HD2      ARG 335 -11.327  10.423   8.949
   13    HD3  ARG 335           HD3      ARG 335 -10.390   9.772  10.293

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 336           H        GLU 336  -7.963   5.602   9.233
    2    HA   GLU 336           HA       GLU 336  -6.017   6.733   7.497
    3    HB2  GLU 336           HB2      GLU 336  -5.689   4.514   9.524
    4    HB3  GLU 336           HB3      GLU 336  -4.392   5.460   8.807
    5    HG2  GLU 336           HG2      GLU 336  -5.392   7.491   9.837
    6    HG3  GLU 336           HG3      GLU 336  -6.546   6.444  10.662

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ARG 337           H        ARG 337  -7.156   3.396   7.986
    2    HA   ARG 337           HA       ARG 337  -5.538   2.181   6.057
    3    HE   ARG 337           HE       ARG 337  -7.144  -1.705   8.441
    4   HH11  ARG 337          1HH1      ARG 337  -9.410  -2.773   6.012
    5   HH12  ARG 337          2HH1      ARG 337 -10.261  -3.827   7.090
    6   HH21  ARG 337          1HH2      ARG 337  -8.262  -3.091   9.861
    7   HH22  ARG 337          2HH2      ARG 337  -9.611  -4.007   9.276
    8    HB2  ARG 337           HB2      ARG 337  -7.367   1.287   7.859
    9    HB3  ARG 337           HB3      ARG 337  -8.260   1.077   6.359
   10    HG2  ARG 337           HG2      ARG 337  -5.968  -0.034   5.605
   11    HG3  ARG 337           HG3      ARG 337  -5.841  -0.315   7.343
   12    HD2  ARG 337           HD2      ARG 337  -8.410  -0.962   5.993
   13    HD3  ARG 337           HD3      ARG 337  -7.040  -2.041   5.735

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    PHE 338           H        PHE 338  -8.871   3.398   5.771
    2    HA   PHE 338           HA       PHE 338  -9.191   2.797   3.047
    3    HD1  PHE 338           HD1      PHE 338 -12.326   2.690   2.589
    4    HD2  PHE 338           HD2      PHE 338 -10.520   6.539   2.769
    5    HE1  PHE 338           HE1      PHE 338 -13.618   3.385   0.613
    6    HE2  PHE 338           HE2      PHE 338 -11.808   7.241   0.794
    7    HZ   PHE 338           HZ       PHE 338 -13.360   5.663  -0.286
    8    HB2  PHE 338           HB2      PHE 338 -11.087   3.340   4.500
    9    HB3  PHE 338           HB3      PHE 338 -10.488   4.984   4.691

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLU 339           H        GLU 339  -7.757   5.537   4.700
    2    HA   GLU 339           HA       GLU 339  -7.602   7.303   2.520
    3    HB2  GLU 339           HB2      GLU 339  -6.216   7.026   5.136
    4    HB3  GLU 339           HB3      GLU 339  -5.437   8.030   3.922
    5    HG2  GLU 339           HG2      GLU 339  -7.353   9.457   3.781
    6    HG3  GLU 339           HG3      GLU 339  -8.282   8.387   4.830

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    MET 340           H        MET 340  -5.497   4.696   3.605
    2    HA   MET 340           HA       MET 340  -3.358   5.213   1.834
    3    HB2  MET 340           HB2      MET 340  -3.125   3.753   3.792
    4    HB3  MET 340           HB3      MET 340  -4.244   2.601   3.077
    5    HG2  MET 340           HG2      MET 340  -2.633   2.352   1.178
    6    HG3  MET 340           HG3      MET 340  -1.495   3.328   2.105
    7    HE1  MET 340           HE1      MET 340  -1.499   2.816   4.744
    8    HE2  MET 340           HE2      MET 340  -2.729   1.631   5.185
    9    HE3  MET 340           HE3      MET 340  -1.020   1.215   5.310

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    PHE 341           H        PHE 341  -5.964   2.783   1.648
    2    HA   PHE 341           HA       PHE 341  -5.376   1.950  -0.976
    3    HD1  PHE 341           HD1      PHE 341  -4.770   0.366   0.491
    4    HD2  PHE 341           HD2      PHE 341  -8.736   0.517   2.024
    5    HE1  PHE 341           HE1      PHE 341  -4.071  -0.992   2.415
    6    HE2  PHE 341           HE2      PHE 341  -8.044  -0.843   3.953
    7    HZ   PHE 341           HZ       PHE 341  -5.709  -1.594   4.150
    8    HB2  PHE 341           HB2      PHE 341  -8.143   1.863   0.207
    9    HB3  PHE 341           HB3      PHE 341  -7.379   0.714  -0.887

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    ARG 342           H        ARG 342  -7.236   4.629   0.266
    2    HA   ARG 342           HA       ARG 342  -8.557   5.205  -2.214
    3    HE   ARG 342           HE       ARG 342  -8.788   9.944  -2.911
    4   HH11  ARG 342          1HH1      ARG 342 -11.535   9.484  -0.807
    5   HH12  ARG 342          2HH1      ARG 342 -12.601  10.436  -1.784
    6   HH21  ARG 342          1HH2      ARG 342 -10.189  11.196  -4.198
    7   HH22  ARG 342          2HH2      ARG 342 -11.838  11.408  -3.710
    8    HB2  ARG 342           HB2      ARG 342  -9.420   5.861   0.057
    9    HB3  ARG 342           HB3      ARG 342  -8.135   7.059   0.134
   10    HG2  ARG 342           HG2      ARG 342  -9.678   7.249  -2.318
   11    HG3  ARG 342           HG3      ARG 342 -10.671   7.439  -0.872
   12    HD2  ARG 342           HD2      ARG 342  -9.606   9.357  -0.225
   13    HD3  ARG 342           HD3      ARG 342  -8.087   8.902  -0.997

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 343           H        GLU 343  -5.651   6.311  -0.569
    2    HA   GLU 343           HA       GLU 343  -5.079   8.426  -2.388
    3    HB2  GLU 343           HB2      GLU 343  -4.175   8.136  -0.018
    4    HB3  GLU 343           HB3      GLU 343  -3.058   6.960  -0.696
    5    HG2  GLU 343           HG2      GLU 343  -1.844   8.541  -1.810
    6    HG3  GLU 343           HG3      GLU 343  -3.205   9.653  -1.941

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 344           H        LEU 344  -4.223   5.022  -2.200
    2    HA   LEU 344           HA       LEU 344  -2.273   5.051  -4.255
    3    HG   LEU 344           HG       LEU 344  -1.003   3.693  -3.113
    4   HD11  LEU 344          1HD1      LEU 344  -2.820   2.551  -1.035
    5   HD12  LEU 344          2HD1      LEU 344  -1.071   2.444  -0.841
    6   HD13  LEU 344          3HD1      LEU 344  -1.847   4.021  -0.990
    7   HD21  LEU 344          1HD2      LEU 344  -1.953   0.931  -3.549
    8   HD22  LEU 344          2HD2      LEU 344  -0.463   1.717  -4.071
    9   HD23  LEU 344          3HD2      LEU 344  -0.619   1.134  -2.413
   10    HB2  LEU 344           HB2      LEU 344  -3.843   2.971  -2.826
   11    HB3  LEU 344           HB3      LEU 344  -3.127   2.521  -4.362

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ASN 345           H        ASN 345  -5.762   4.485  -4.220
    2    HA   ASN 345           HA       ASN 345  -6.045   3.698  -6.900
    3   HD21  ASN 345          1HD2      ASN 345  -7.792   2.529  -7.525
    4   HD22  ASN 345          2HD2      ASN 345  -9.157   3.000  -8.473
    5    HB2  ASN 345           HB2      ASN 345  -7.809   3.461  -5.159
    6    HB3  ASN 345           HB3      ASN 345  -8.048   5.205  -5.203

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    GLU 346           H        GLU 346  -6.127   6.890  -5.366
    2    HA   GLU 346           HA       GLU 346  -6.785   8.343  -7.702
    3    HB2  GLU 346           HB2      GLU 346  -6.659   8.994  -5.101
    4    HB3  GLU 346           HB3      GLU 346  -5.109   9.640  -5.620
    5    HG2  GLU 346           HG2      GLU 346  -6.269  11.479  -6.107
    6    HG3  GLU 346           HG3      GLU 346  -6.762  10.597  -7.552

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ALA 347           H        ALA 347  -3.676   7.665  -6.118
    2    HA   ALA 347           HA       ALA 347  -2.070   9.040  -7.982
    3    HB1  ALA 347           HB1      ALA 347  -1.413   8.225  -5.670
    4    HB2  ALA 347           HB2      ALA 347  -0.217   8.011  -6.948
    5    HB3  ALA 347           HB3      ALA 347  -1.182   6.638  -6.404

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    LEU 348           H        LEU 348  -3.511   5.870  -7.983
    2    HA   LEU 348           HA       LEU 348  -1.908   4.700 -10.001
    3    HG   LEU 348           HG       LEU 348  -4.083   3.191 -11.428
    4   HD11  LEU 348          1HD1      LEU 348  -2.163   1.839  -9.636
    5   HD12  LEU 348          2HD1      LEU 348  -2.970   0.832 -10.838
    6   HD13  LEU 348          3HD1      LEU 348  -2.035   2.237 -11.350
    7   HD21  LEU 348          1HD2      LEU 348  -5.793   2.379  -9.477
    8   HD22  LEU 348          2HD2      LEU 348  -5.691   1.664 -11.086
    9   HD23  LEU 348          3HD2      LEU 348  -4.838   0.919  -9.734
   10    HB2  LEU 348           HB2      LEU 348  -3.252   3.324  -8.547
   11    HB3  LEU 348           HB3      LEU 348  -4.721   4.115  -9.084

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLU 349           H        GLU 349  -4.912   6.559 -10.069
    2    HA   GLU 349           HA       GLU 349  -5.394   6.244 -12.847
    3    HB2  GLU 349           HB2      GLU 349  -6.885   7.166 -10.815
    4    HB3  GLU 349           HB3      GLU 349  -6.344   8.702 -11.478
    5    HG2  GLU 349           HG2      GLU 349  -7.864   6.542 -12.917
    6    HG3  GLU 349           HG3      GLU 349  -8.463   8.129 -12.434

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 350           H        LEU 350  -3.433   8.429 -10.970
    2    HA   LEU 350           HA       LEU 350  -3.058  10.378 -13.016
    3    HG   LEU 350           HG       LEU 350  -1.230  12.390 -10.588
    4   HD11  LEU 350          1HD1      LEU 350  -0.333  11.424 -12.910
    5   HD12  LEU 350          2HD1      LEU 350  -1.669  12.406 -13.512
    6   HD13  LEU 350          3HD1      LEU 350  -0.392  13.149 -12.549
    7   HD21  LEU 350          1HD2      LEU 350  -3.862  11.995 -10.974
    8   HD22  LEU 350          2HD2      LEU 350  -3.100  13.585 -10.993
    9   HD23  LEU 350          3HD2      LEU 350  -3.437  12.750 -12.510
   10    HB2  LEU 350           HB2      LEU 350  -2.537  10.290 -10.349
   11    HB3  LEU 350           HB3      LEU 350  -0.929  10.054 -11.004

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    LYS 351           H        LYS 351  -1.242   7.543 -11.935
    2    HA   LYS 351           HA       LYS 351   1.000   7.913 -13.601
    3    HB2  LYS 351           HB2      LYS 351  -0.157   5.348 -12.493
    4    HB3  LYS 351           HB3      LYS 351   1.450   5.522 -13.186
    5    HG2  LYS 351           HG2      LYS 351   2.255   6.689 -11.380
    6    HG3  LYS 351           HG3      LYS 351   0.656   7.264 -10.903
    7    HD2  LYS 351           HD2      LYS 351   1.347   5.637  -9.298
    8    HD3  LYS 351           HD3      LYS 351   0.084   4.904 -10.290
    9    HE2  LYS 351           HE2      LYS 351   2.173   4.111 -11.709
   10    HE3  LYS 351           HE3      LYS 351   2.995   4.310 -10.163
   11    HZ1  LYS 351           HZ1      LYS 351   0.556   2.666 -10.567
   12    HZ2  LYS 351           HZ2      LYS 351   2.132   2.049 -10.523
   13    HZ3  LYS 351           HZ3      LYS 351   1.471   2.783  -9.149

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    ASP 352           H        ASP 352  -2.160   6.548 -14.161
    2    HA   ASP 352           HA       ASP 352  -1.581   5.136 -16.536
    3    HB2  ASP 352           HB2      ASP 352  -4.048   6.155 -15.211
    4    HB3  ASP 352           HB3      ASP 352  -4.158   5.702 -16.910

  No H/Q in entry =           4
  Start of MODEL   10
    1    H    ALA 353           H        ALA 353  -2.333   8.492 -15.876
    2    HA   ALA 353           HA       ALA 353  -2.943   9.330 -18.483
    3    HB1  ALA 353           HB1      ALA 353  -1.509  11.097 -16.538
    4    HB2  ALA 353           HB2      ALA 353  -3.170  10.586 -16.239
    5    HB3  ALA 353           HB3      ALA 353  -2.778  11.507 -17.692

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLN 354           H        GLN 354   0.106   8.728 -16.885
    2    HA   GLN 354           HA       GLN 354   1.508   9.500 -19.360
    3   HE21  GLN 354          1HE2      GLN 354   2.070  10.300 -14.873
    4   HE22  GLN 354          2HE2      GLN 354   2.901  11.544 -14.009
    5    HB2  GLN 354           HB2      GLN 354   2.735   9.434 -16.605
    6    HB3  GLN 354           HB3      GLN 354   3.425  10.114 -18.072
    7    HG2  GLN 354           HG2      GLN 354   2.080  11.984 -18.000
    8    HG3  GLN 354           HG3      GLN 354   0.860  11.196 -17.000

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    ALA 355           H        ALA 355   0.300   6.933 -18.774
    2    HA   ALA 355           HA       ALA 355   2.456   5.250 -19.521
    3    HB1  ALA 355           HB1      ALA 355   1.356   4.707 -16.769
    4    HB2  ALA 355           HB2      ALA 355   2.638   3.830 -17.605
    5    HB3  ALA 355           HB3      ALA 355   2.905   5.492 -17.077

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLY 356           H        GLY 356   0.886   4.917 -21.187
    2    HA2  GLY 356           HA2      GLY 356  -1.288   4.191 -21.911
    3    HA3  GLY 356           HA3      GLY 356  -1.473   3.351 -20.379

  No H/Q in entry =           3
  Start of MODEL   10
    1    H1   GLU 326           H1       GLU 326  14.916  13.791   6.616
    2    H2   GLU 326           H2       GLU 326  15.599  14.601   7.967
    3    H3   GLU 326           H3       GLU 326  16.615  13.781   6.857
    4    HA   GLU 326           HA       GLU 326  16.460  12.431   8.712
    5    HB2  GLU 326           HB2      GLU 326  13.620  13.318   8.586
    6    HB3  GLU 326           HB3      GLU 326  13.937  11.716   9.236
    7    HG2  GLU 326           HG2      GLU 326  14.043  12.908  11.156
    8    HG3  GLU 326           HG3      GLU 326  15.728  13.046  10.655

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    SER 327           H        SER 327  17.370  11.107   7.093
    2    HA   SER 327           HA       SER 327  15.609   9.641   5.314
    3    HG   SER 327           HG       SER 327  17.996   8.862   3.254
    4    HB2  SER 327           HB2      SER 327  17.889  10.472   4.622
    5    HB3  SER 327           HB3      SER 327  18.584   9.263   5.702

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    PHE 328           H        PHE 328  15.297   7.408   5.334
    2    HA   PHE 328           HA       PHE 328  16.232   5.957   7.707
    3    HD1  PHE 328           HD1      PHE 328  15.319   7.040   9.666
    4    HD2  PHE 328           HD2      PHE 328  11.999   7.571   7.058
    5    HE1  PHE 328           HE1      PHE 328  14.672   9.062  10.909
    6    HE2  PHE 328           HE2      PHE 328  11.345   9.595   8.295
    7    HZ   PHE 328           HZ       PHE 328  12.683  10.343  10.224
    8    HB2  PHE 328           HB2      PHE 328  13.380   5.784   6.731
    9    HB3  PHE 328           HB3      PHE 328  14.058   5.097   8.204

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLY 329           H        GLY 329  16.802   3.878   7.339
    2    HA2  GLY 329           HA2      GLY 329  17.641   2.218   5.928
    3    HA3  GLY 329           HA3      GLY 329  16.826   2.988   4.575

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    LEU 330           H        LEU 330  15.470   1.585   3.685
    2    HA   LEU 330           HA       LEU 330  13.566   0.196   5.428
    3    HG   LEU 330           HG       LEU 330  11.293   0.995   4.628
    4   HD11  LEU 330          1HD1      LEU 330  11.111   1.402   1.979
    5   HD12  LEU 330          2HD1      LEU 330  10.388  -0.203   2.092
    6   HD13  LEU 330          3HD1      LEU 330   9.715   1.135   3.024
    7   HD21  LEU 330          1HD2      LEU 330  12.164  -1.691   3.812
    8   HD22  LEU 330          2HD2      LEU 330  11.395  -1.148   5.303
    9   HD23  LEU 330          3HD2      LEU 330  10.418  -1.452   3.867
   10    HB2  LEU 330           HB2      LEU 330  13.123   1.676   3.199
   11    HB3  LEU 330           HB3      LEU 330  13.221   0.071   2.500

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLY 331           H        GLY 331  13.544  -1.962   5.643
    2    HA2  GLY 331           HA2      GLY 331  15.049  -3.888   5.643
    3    HA3  GLY 331           HA3      GLY 331  15.439  -3.497   3.975

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ILE 332           H        ILE 332  13.943  -3.985   2.331
    2    HA   ILE 332           HA       ILE 332  11.579  -5.530   3.088
    3    HB   ILE 332           HB       ILE 332  12.428  -4.664   0.324
    4   HG12  ILE 332          2HG1      ILE 332  10.162  -3.303   1.629
    5   HG21  ILE 332          1HG2      ILE 332  10.124  -6.132   1.433
    6   HG22  ILE 332          2HG2      ILE 332   9.754  -4.904   0.223
    7   HG23  ILE 332          3HG2      ILE 332  10.865  -6.217  -0.165
    8   HD11  ILE 332          1HD1      ILE 332  11.174  -2.691  -0.595
    9   HD12  ILE 332          2HD1      ILE 332  10.970  -1.374   0.560
   10   HD13  ILE 332          3HD1      ILE 332  12.563  -2.086   0.308
   11   HG13  ILE 332          3HG1      ILE 332  11.734  -2.959   2.342

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ARG 333           H        ARG 333  11.167  -7.614   2.281
    2    HA   ARG 333           HA       ARG 333  13.516  -9.035   1.217
    3    HE   ARG 333           HE       ARG 333  16.126 -10.546   4.655
    4   HH11  ARG 333          1HH1      ARG 333  14.556 -13.661   4.743
    5   HH12  ARG 333          2HH1      ARG 333  15.984 -14.506   5.236
    6   HH21  ARG 333          1HH2      ARG 333  18.006 -11.656   5.303
    7   HH22  ARG 333          2HH2      ARG 333  17.943 -13.368   5.555
    8    HB2  ARG 333           HB2      ARG 333  11.759  -9.703   3.533
    9    HB3  ARG 333           HB3      ARG 333  12.385 -11.025   2.557
   10    HG2  ARG 333           HG2      ARG 333  14.658  -9.688   2.937
   11    HG3  ARG 333           HG3      ARG 333  13.793  -9.185   4.391
   12    HD2  ARG 333           HD2      ARG 333  13.587 -11.385   5.166
   13    HD3  ARG 333           HD3      ARG 333  13.957 -12.070   3.584

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLY 334           H        GLY 334  12.467  -8.610  -0.861
    2    HA2  GLY 334           HA2      GLY 334   9.936  -9.906  -1.394
    3    HA3  GLY 334           HA3      GLY 334  11.328 -10.741  -2.067

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ARG 335           H        ARG 335  10.730 -10.400  -4.200
    2    HA   ARG 335           HA       ARG 335  11.562  -7.907  -5.319
    3    HE   ARG 335           HE       ARG 335  12.496  -7.683  -9.864
    4   HH11  ARG 335          1HH1      ARG 335  15.273  -8.763  -8.048
    5   HH12  ARG 335          2HH1      ARG 335  16.399  -8.397  -9.313
    6   HH21  ARG 335          1HH2      ARG 335  13.974  -7.201 -11.529
    7   HH22  ARG 335          2HH2      ARG 335  15.662  -7.510 -11.288
    8    HB2  ARG 335           HB2      ARG 335  11.820 -10.211  -6.368
    9    HB3  ARG 335           HB3      ARG 335  10.110 -10.118  -6.769
   10    HG2  ARG 335           HG2      ARG 335  11.039  -9.360  -8.710
   11    HG3  ARG 335           HG3      ARG 335  10.808  -7.835  -7.851
   12    HD2  ARG 335           HD2      ARG 335  13.096  -7.746  -7.221
   13    HD3  ARG 335           HD3      ARG 335  13.373  -9.406  -7.748

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 336           H        GLU 336   8.437  -9.580  -5.061
    2    HA   GLU 336           HA       GLU 336   6.947  -7.536  -6.348
    3    HB2  GLU 336           HB2      GLU 336   6.202  -9.858  -4.586
    4    HB3  GLU 336           HB3      GLU 336   4.991  -8.709  -5.140
    5    HG2  GLU 336           HG2      GLU 336   4.777 -10.125  -6.855
    6    HG3  GLU 336           HG3      GLU 336   6.211  -9.308  -7.474

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ARG 337           H        ARG 337   7.799  -8.190  -3.000
    2    HA   ARG 337           HA       ARG 337   6.069  -6.323  -1.793
    3    HE   ARG 337           HE       ARG 337   7.925  -8.506   2.601
    4   HH11  ARG 337          1HH1      ARG 337   5.749  -9.246  -0.037
    5   HH12  ARG 337          2HH1      ARG 337   6.251 -10.899  -0.142
    6   HH21  ARG 337          1HH2      ARG 337   8.578 -10.676   2.452
    7   HH22  ARG 337          2HH2      ARG 337   7.853 -11.710   1.266
    8    HB2  ARG 337           HB2      ARG 337   7.397  -8.181  -0.665
    9    HB3  ARG 337           HB3      ARG 337   8.785  -7.107  -0.744
   10    HG2  ARG 337           HG2      ARG 337   8.148  -6.150   1.141
   11    HG3  ARG 337           HG3      ARG 337   6.646  -5.636   0.371
   12    HD2  ARG 337           HD2      ARG 337   6.198  -6.916   2.393
   13    HD3  ARG 337           HD3      ARG 337   5.607  -7.764   0.967

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    PHE 338           H        PHE 338   9.543  -6.042  -2.555
    2    HA   PHE 338           HA       PHE 338   9.771  -3.331  -1.873
    3    HD1  PHE 338           HD1      PHE 338  11.390  -2.738  -5.244
    4    HD2  PHE 338           HD2      PHE 338  13.108  -3.124  -1.371
    5    HE1  PHE 338           HE1      PHE 338  12.775  -0.749  -5.666
    6    HE2  PHE 338           HE2      PHE 338  14.497  -1.135  -1.784
    7    HZ   PHE 338           HZ       PHE 338  14.331   0.055  -3.934
    8    HB2  PHE 338           HB2      PHE 338  11.720  -4.798  -2.171
    9    HB3  PHE 338           HB3      PHE 338  11.374  -4.919  -3.893

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLU 339           H        GLU 339   8.687  -4.925  -4.788
    2    HA   GLU 339           HA       GLU 339   8.811  -2.721  -6.536
    3    HB2  GLU 339           HB2      GLU 339   7.401  -5.333  -6.490
    4    HB3  GLU 339           HB3      GLU 339   6.734  -4.099  -7.550
    5    HG2  GLU 339           HG2      GLU 339   9.406  -3.977  -8.119
    6    HG3  GLU 339           HG3      GLU 339   9.157  -5.696  -7.816

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    MET 340           H        MET 340   6.407  -3.781  -4.201
    2    HA   MET 340           HA       MET 340   4.361  -1.985  -4.988
    3    HB2  MET 340           HB2      MET 340   4.411  -4.081  -3.319
    4    HB3  MET 340           HB3      MET 340   4.585  -2.794  -2.134
    5    HG2  MET 340           HG2      MET 340   2.474  -2.056  -2.419
    6    HG3  MET 340           HG3      MET 340   2.455  -2.437  -4.140
    7    HE1  MET 340           HE1      MET 340   2.812  -4.140  -0.677
    8    HE2  MET 340           HE2      MET 340   2.084  -5.726  -0.937
    9    HE3  MET 340           HE3      MET 340   3.620  -5.323  -1.706

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    PHE 341           H        PHE 341   6.579  -1.870  -2.189
    2    HA   PHE 341           HA       PHE 341   5.944   0.775  -1.464
    3    HD1  PHE 341           HD1      PHE 341   5.066  -0.539   0.121
    4    HD2  PHE 341           HD2      PHE 341   8.886  -2.392   0.392
    5    HE1  PHE 341           HE1      PHE 341   4.068  -2.401   1.375
    6    HE2  PHE 341           HE2      PHE 341   7.895  -4.258   1.648
    7    HZ   PHE 341           HZ       PHE 341   5.483  -4.264   2.133
    8    HB2  PHE 341           HB2      PHE 341   8.619  -0.509  -0.943
    9    HB3  PHE 341           HB3      PHE 341   7.741   0.641   0.062

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    ARG 342           H        ARG 342   8.029  -0.511  -3.914
    2    HA   ARG 342           HA       ARG 342   9.589   1.877  -4.248
    3    HE   ARG 342           HE       ARG 342   9.114  -0.143  -8.306
    4   HH11  ARG 342          1HH1      ARG 342  12.187  -0.985  -9.729
    5   HH12  ARG 342          2HH1      ARG 342  11.488  -1.551 -11.209
    6   HH21  ARG 342          1HH2      ARG 342   8.193  -0.887 -10.252
    7   HH22  ARG 342          2HH2      ARG 342   9.221  -1.495 -11.506
    8    HB2  ARG 342           HB2      ARG 342  10.485  -0.317  -4.883
    9    HB3  ARG 342           HB3      ARG 342   9.214  -0.499  -6.084
   10    HG2  ARG 342           HG2      ARG 342  10.177   1.725  -7.037
   11    HG3  ARG 342           HG3      ARG 342  11.614   1.270  -6.118
   12    HD2  ARG 342           HD2      ARG 342  11.934   0.389  -8.281
   13    HD3  ARG 342           HD3      ARG 342  11.471  -0.980  -7.271

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 343           H        GLU 343   6.776   0.425  -5.816
    2    HA   GLU 343           HA       GLU 343   6.567   2.463  -7.818
    3    HB2  GLU 343           HB2      GLU 343   5.619   0.000  -7.761
    4    HB3  GLU 343           HB3      GLU 343   4.234   0.778  -7.007
    5    HG2  GLU 343           HG2      GLU 343   3.626   0.808  -9.212
    6    HG3  GLU 343           HG3      GLU 343   4.380   2.392  -9.043

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 344           H        LEU 344   5.331   1.961  -4.599
    2    HA   LEU 344           HA       LEU 344   3.325   3.995  -4.720
    3    HG   LEU 344           HG       LEU 344   2.063   2.214  -3.888
    4   HD11  LEU 344          1HD1      LEU 344   3.161   0.617  -2.165
    5   HD12  LEU 344          2HD1      LEU 344   2.138   1.456  -0.999
    6   HD13  LEU 344          3HD1      LEU 344   1.408   0.608  -2.363
    7   HD21  LEU 344          1HD2      LEU 344   1.892   4.191  -1.700
    8   HD22  LEU 344          2HD2      LEU 344   0.959   4.061  -3.191
    9   HD23  LEU 344          3HD2      LEU 344   0.574   3.026  -1.816
   10    HB2  LEU 344           HB2      LEU 344   4.450   2.190  -2.682
   11    HB3  LEU 344           HB3      LEU 344   3.859   3.720  -2.063

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ASN 345           H        ASN 345   6.717   3.868  -3.880
    2    HA   ASN 345           HA       ASN 345   6.820   6.428  -2.625
    3   HD21  ASN 345          1HD2      ASN 345  10.878   6.360  -3.498
    4   HD22  ASN 345          2HD2      ASN 345  11.084   7.360  -2.104
    5    HB2  ASN 345           HB2      ASN 345   8.500   4.429  -2.494
    6    HB3  ASN 345           HB3      ASN 345   9.197   5.153  -3.940

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    GLU 346           H        GLU 346   7.505   5.236  -5.889
    2    HA   GLU 346           HA       GLU 346   8.351   7.770  -6.892
    3    HB2  GLU 346           HB2      GLU 346   9.057   5.656  -7.926
    4    HB3  GLU 346           HB3      GLU 346   7.391   5.315  -8.374
    5    HG2  GLU 346           HG2      GLU 346   7.753   7.768  -9.483
    6    HG3  GLU 346           HG3      GLU 346   9.364   7.070  -9.635

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ALA 347           H        ALA 347   5.294   6.098  -6.642
    2    HA   ALA 347           HA       ALA 347   3.881   7.870  -8.402
    3    HB1  ALA 347           HB1      ALA 347   3.175   5.535  -8.019
    4    HB2  ALA 347           HB2      ALA 347   1.890   6.698  -7.692
    5    HB3  ALA 347           HB3      ALA 347   2.768   5.955  -6.355

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    LEU 348           H        LEU 348   4.563   7.721  -4.978
    2    HA   LEU 348           HA       LEU 348   2.616   9.683  -4.225
    3    HG   LEU 348           HG       LEU 348   2.194   7.763  -2.807
    4   HD11  LEU 348          1HD1      LEU 348   4.236   6.688  -1.568
    5   HD12  LEU 348          2HD1      LEU 348   3.587   7.562  -0.181
    6   HD13  LEU 348          3HD1      LEU 348   2.588   6.378  -1.023
    7   HD21  LEU 348          1HD2      LEU 348   2.673   9.934  -0.795
    8   HD22  LEU 348          2HD2      LEU 348   1.375   9.784  -1.980
    9   HD23  LEU 348          3HD2      LEU 348   1.404   8.731  -0.566
   10    HB2  LEU 348           HB2      LEU 348   4.807   8.200  -2.887
   11    HB3  LEU 348           HB3      LEU 348   4.341   9.729  -2.167

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLU 349           H        GLU 349   5.961   9.719  -5.230
    2    HA   GLU 349           HA       GLU 349   6.523  12.386  -4.407
    3    HB2  GLU 349           HB2      GLU 349   8.100  10.376  -5.152
    4    HB3  GLU 349           HB3      GLU 349   7.963  11.169  -6.715
    5    HG2  GLU 349           HG2      GLU 349   9.690  12.398  -6.045
    6    HG3  GLU 349           HG3      GLU 349   8.515  13.267  -5.059

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 350           H        LEU 350   5.073  10.947  -7.229
    2    HA   LEU 350           HA       LEU 350   5.337  13.150  -8.982
    3    HG   LEU 350           HG       LEU 350   3.893  11.016 -11.525
    4   HD11  LEU 350          1HD1      LEU 350   3.612  13.900 -10.702
    5   HD12  LEU 350          2HD1      LEU 350   3.599  13.323 -12.368
    6   HD13  LEU 350          3HD1      LEU 350   2.329  12.822 -11.252
    7   HD21  LEU 350          1HD2      LEU 350   6.287  11.632 -10.461
    8   HD22  LEU 350          2HD2      LEU 350   5.937  11.698 -12.189
    9   HD23  LEU 350          3HD2      LEU 350   5.879  13.171 -11.221
   10    HB2  LEU 350           HB2      LEU 350   4.469  10.590  -9.241
   11    HB3  LEU 350           HB3      LEU 350   2.943  11.452  -9.273

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    LYS 351           H        LYS 351   2.920  12.253  -6.585
    2    HA   LYS 351           HA       LYS 351   0.973  14.166  -7.283
    3    HB2  LYS 351           HB2      LYS 351   0.502  12.245  -5.826
    4    HB3  LYS 351           HB3      LYS 351   1.547  12.924  -4.586
    5    HG2  LYS 351           HG2      LYS 351  -0.122  14.988  -4.927
    6    HG3  LYS 351           HG3      LYS 351  -1.199  13.661  -5.367
    7    HD2  LYS 351           HD2      LYS 351   0.416  13.257  -2.932
    8    HD3  LYS 351           HD3      LYS 351  -0.820  14.512  -2.836
    9    HE2  LYS 351           HE2      LYS 351  -2.365  12.702  -3.878
   10    HE3  LYS 351           HE3      LYS 351  -1.132  11.575  -3.313
   11    HZ1  LYS 351           HZ1      LYS 351  -2.167  13.567  -1.429
   12    HZ2  LYS 351           HZ2      LYS 351  -3.146  12.241  -1.806
   13    HZ3  LYS 351           HZ3      LYS 351  -1.612  11.995  -1.139

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    ASP 352           H        ASP 352   3.833  14.320  -5.256
    2    HA   ASP 352           HA       ASP 352   3.259  16.816  -4.041
    3    HB2  ASP 352           HB2      ASP 352   5.121  14.916  -3.593
    4    HB3  ASP 352           HB3      ASP 352   6.096  16.081  -4.484

  No H/Q in entry =           4
  Start of MODEL   10
    1    H    ALA 353           H        ALA 353   4.739  15.884  -7.067
    2    HA   ALA 353           HA       ALA 353   5.853  18.436  -7.678
    3    HB1  ALA 353           HB1      ALA 353   5.137  16.655  -9.915
    4    HB2  ALA 353           HB2      ALA 353   6.212  15.970  -8.696
    5    HB3  ALA 353           HB3      ALA 353   6.664  17.452  -9.539

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLN 354           H        GLN 354   2.757  16.892  -8.246
    2    HA   GLN 354           HA       GLN 354   1.823  18.909 -10.068
    3   HE21  GLN 354          1HE2      GLN 354  -0.830  16.249 -12.380
    4   HE22  GLN 354          2HE2      GLN 354  -1.534  14.711 -12.029
    5    HB2  GLN 354           HB2      GLN 354   0.395  16.694  -8.592
    6    HB3  GLN 354           HB3      GLN 354  -0.393  17.770  -9.738
    7    HG2  GLN 354           HG2      GLN 354   1.032  16.975 -11.520
    8    HG3  GLN 354           HG3      GLN 354   1.922  15.959 -10.386

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    ALA 355           H        ALA 355   1.670  18.324  -6.626
    2    HA   ALA 355           HA       ALA 355   0.284  20.903  -6.308
    3    HB1  ALA 355           HB1      ALA 355  -0.932  18.572  -5.743
    4    HB2  ALA 355           HB2      ALA 355  -1.258  20.076  -4.881
    5    HB3  ALA 355           HB3      ALA 355  -0.147  18.890  -4.196

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLY 356           H        GLY 356   2.311  21.917  -6.005
    2    HA2  GLY 356           HA2      GLY 356   4.331  22.351  -4.900
    3    HA3  GLY 356           HA3      GLY 356   3.987  21.027  -3.797

  No H/Q in entry =           3
  Start of MODEL   10
    1    H1   GLU 326           H1       GLU 326  16.401 -13.132   0.250
    2    H2   GLU 326           H2       GLU 326  16.931 -13.736  -1.264
    3    H3   GLU 326           H3       GLU 326  17.726 -12.391  -0.551
    4    HA   GLU 326           HA       GLU 326  16.332 -11.664  -2.300
    5    HB2  GLU 326           HB2      GLU 326  14.361 -13.363  -0.813
    6    HB3  GLU 326           HB3      GLU 326  13.783 -11.999  -1.760
    7    HG2  GLU 326           HG2      GLU 326  15.592 -14.064  -2.954
    8    HG3  GLU 326           HG3      GLU 326  13.848 -14.309  -2.859

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    SER 327           H        SER 327  17.061  -9.726  -1.454
    2    HA   SER 327           HA       SER 327  15.144  -8.261   0.119
    3    HG   SER 327           HG       SER 327  17.698  -7.051   2.351
    4    HB2  SER 327           HB2      SER 327  16.386  -9.269   1.936
    5    HB3  SER 327           HB3      SER 327  17.919  -8.792   1.205

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    PHE 328           H        PHE 328  15.386  -6.023  -0.049
    2    HA   PHE 328           HA       PHE 328  17.654  -4.999  -1.575
    3    HD1  PHE 328           HD1      PHE 328  13.927  -6.608  -2.473
    4    HD2  PHE 328           HD2      PHE 328  17.453  -5.567  -4.617
    5    HE1  PHE 328           HE1      PHE 328  13.725  -8.670  -3.800
    6    HE2  PHE 328           HE2      PHE 328  17.257  -7.627  -5.948
    7    HZ   PHE 328           HZ       PHE 328  15.390  -9.181  -5.541
    8    HB2  PHE 328           HB2      PHE 328  14.829  -4.348  -2.411
    9    HB3  PHE 328           HB3      PHE 328  16.323  -3.948  -3.251

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLY 329           H        GLY 329  18.208  -2.928  -1.069
    2    HA2  GLY 329           HA2      GLY 329  18.384  -1.274   0.591
    3    HA3  GLY 329           HA3      GLY 329  16.808  -1.753   1.204

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    LEU 330           H        LEU 330  16.286   0.506   1.298
    2    HA   LEU 330           HA       LEU 330  16.082   1.956  -1.205
    3    HG   LEU 330           HG       LEU 330  14.275   1.919  -2.628
    4   HD11  LEU 330          1HD1      LEU 330  12.251   0.373  -1.846
    5   HD12  LEU 330          2HD1      LEU 330  11.424   1.930  -1.839
    6   HD13  LEU 330          3HD1      LEU 330  12.193   1.347  -3.315
    7   HD21  LEU 330          1HD2      LEU 330  13.970   3.928  -0.865
    8   HD22  LEU 330          2HD2      LEU 330  13.592   4.069  -2.582
    9   HD23  LEU 330          3HD2      LEU 330  12.305   3.749  -1.419
   10    HB2  LEU 330           HB2      LEU 330  13.977   0.383  -0.591
   11    HB3  LEU 330           HB3      LEU 330  13.529   1.835   0.284

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLY 331           H        GLY 331  16.365   4.077  -0.886
    2    HA2  GLY 331           HA2      GLY 331  17.235   5.776   0.551
    3    HA3  GLY 331           HA3      GLY 331  16.378   5.033   1.893

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ILE 332           H        ILE 332  14.270   5.592   2.305
    2    HA   ILE 332           HA       ILE 332  13.078   7.623   0.536
    3    HB   ILE 332           HB       ILE 332  11.618   5.936   2.565
    4   HG12  ILE 332          2HG1      ILE 332  10.755   4.943   0.234
    5   HG21  ILE 332          1HG2      ILE 332  10.656   7.660   0.286
    6   HG22  ILE 332          2HG2      ILE 332   9.629   6.649   1.302
    7   HG23  ILE 332          3HG2      ILE 332  10.500   8.010   2.008
    8   HD11  ILE 332          1HD1      ILE 332  11.947   3.771   2.205
    9   HD12  ILE 332          2HD1      ILE 332  11.956   3.018   0.610
   10   HD13  ILE 332          3HD1      ILE 332  13.378   3.891   1.181
   11   HG13  ILE 332          3HG1      ILE 332  12.382   5.399  -0.261

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ARG 333           H        ARG 333  12.832   9.626   1.286
    2    HA   ARG 333           HA       ARG 333  13.507  10.169   4.069
    3    HE   ARG 333           HE       ARG 333  14.367  14.803   2.348
    4   HH11  ARG 333          1HH1      ARG 333  17.634  13.684   1.844
    5   HH12  ARG 333          2HH1      ARG 333  18.014  14.923   0.694
    6   HH21  ARG 333          1HH2      ARG 333  14.865  16.432   0.836
    7   HH22  ARG 333          2HH2      ARG 333  16.442  16.483   0.122
    8    HB2  ARG 333           HB2      ARG 333  14.323  11.435   1.883
    9    HB3  ARG 333           HB3      ARG 333  12.839  12.343   2.139
   10    HG2  ARG 333           HG2      ARG 333  13.632  13.389   3.973
   11    HG3  ARG 333           HG3      ARG 333  14.570  11.990   4.500
   12    HD2  ARG 333           HD2      ARG 333  16.204  13.530   3.902
   13    HD3  ARG 333           HD3      ARG 333  16.070  12.509   2.471

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLY 334           H        GLY 334  11.458   9.166   4.786
    2    HA2  GLY 334           HA2      GLY 334   8.912  10.052   4.177
    3    HA3  GLY 334           HA3      GLY 334   9.530  11.177   5.378

  No H/Q in entry =           3
  Start of MODEL   10
    1    H    ARG 335           H        ARG 335   8.672  10.706   7.286
    2    HA   ARG 335           HA       ARG 335   9.103   8.124   8.466
    3    HE   ARG 335           HE       ARG 335   8.936  12.167  11.234
    4   HH11  ARG 335          1HH1      ARG 335   6.149  11.440  13.205
    5   HH12  ARG 335          2HH1      ARG 335   6.924  11.887  14.687
    6   HH21  ARG 335          1HH2      ARG 335   9.958  12.755  13.183
    7   HH22  ARG 335          2HH2      ARG 335   9.087  12.633  14.675
    8    HB2  ARG 335           HB2      ARG 335   7.954   9.125  10.440
    9    HB3  ARG 335           HB3      ARG 335   9.328  10.063   9.869
   10    HG2  ARG 335           HG2      ARG 335   7.995  11.762   9.044
   11    HG3  ARG 335           HG3      ARG 335   6.569  10.727   8.935
   12    HD2  ARG 335           HD2      ARG 335   6.278  12.255  10.765
   13    HD3  ARG 335           HD3      ARG 335   6.512  10.632  11.413

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 336           H        GLU 336   6.389   9.867   7.093
    2    HA   GLU 336           HA       GLU 336   4.390   8.048   8.019
    3    HB2  GLU 336           HB2      GLU 336   4.482  10.343   6.121
    4    HB3  GLU 336           HB3      GLU 336   3.136   9.221   5.988
    5    HG2  GLU 336           HG2      GLU 336   3.158   9.675   8.655
    6    HG3  GLU 336           HG3      GLU 336   3.734  11.225   8.043

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ARG 337           H        ARG 337   5.887   8.596   4.830
    2    HA   ARG 337           HA       ARG 337   4.614   6.506   3.486
    3    HE   ARG 337           HE       ARG 337   5.881   9.762  -0.785
    4   HH11  ARG 337          1HH1      ARG 337   8.211   8.705   1.592
    5   HH12  ARG 337          2HH1      ARG 337   8.976  10.253   1.712
    6   HH21  ARG 337          1HH2      ARG 337   6.887  11.798  -0.625
    7   HH22  ARG 337          2HH2      ARG 337   8.224  12.009   0.455
    8    HB2  ARG 337           HB2      ARG 337   6.884   8.273   3.014
    9    HB3  ARG 337           HB3      ARG 337   7.121   6.682   2.305
   10    HG2  ARG 337           HG2      ARG 337   4.768   7.000   1.321
   11    HG3  ARG 337           HG3      ARG 337   4.997   8.705   1.717
   12    HD2  ARG 337           HD2      ARG 337   7.282   7.508   0.348
   13    HD3  ARG 337           HD3      ARG 337   5.798   7.472  -0.602

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    PHE 338           H        PHE 338   7.780   6.549   5.108
    2    HA   PHE 338           HA       PHE 338   8.429   3.862   4.607
    3    HD1  PHE 338           HD1      PHE 338   9.126   3.517   8.330
    4    HD2  PHE 338           HD2      PHE 338  11.775   3.940   5.026
    5    HE1  PHE 338           HE1      PHE 338  10.509   1.682   9.209
    6    HE2  PHE 338           HE2      PHE 338  13.162   2.105   5.898
    7    HZ   PHE 338           HZ       PHE 338  12.530   0.973   7.992
    8    HB2  PHE 338           HB2      PHE 338  10.094   5.505   5.347
    9    HB3  PHE 338           HB3      PHE 338   9.284   5.639   6.905

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    GLU 339           H        GLU 339   6.475   5.390   7.074
    2    HA   GLU 339           HA       GLU 339   6.326   3.236   8.878
    3    HB2  GLU 339           HB2      GLU 339   4.742   5.694   8.355
    4    HB3  GLU 339           HB3      GLU 339   3.947   4.419   9.269
    5    HG2  GLU 339           HG2      GLU 339   6.654   5.028  10.184
    6    HG3  GLU 339           HG3      GLU 339   5.522   6.372  10.324

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    MET 340           H        MET 340   4.499   4.036   5.978
    2    HA   MET 340           HA       MET 340   2.501   2.054   6.282
    3    HB2  MET 340           HB2      MET 340   2.929   4.129   4.541
    4    HB3  MET 340           HB3      MET 340   3.252   2.735   3.521
    5    HG2  MET 340           HG2      MET 340   1.100   2.103   3.472
    6    HG3  MET 340           HG3      MET 340   0.819   2.551   5.154
    7    HE1  MET 340           HE1      MET 340   1.620   4.183   1.633
    8    HE2  MET 340           HE2      MET 340   1.141   5.849   1.958
    9    HE3  MET 340           HE3      MET 340   2.500   5.136   2.827

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    PHE 341           H        PHE 341   5.397   2.130   4.198
    2    HA   PHE 341           HA       PHE 341   5.204  -0.544   3.351
    3    HD1  PHE 341           HD1      PHE 341   4.731   0.758   1.565
    4    HD2  PHE 341           HD2      PHE 341   8.338   2.846   2.422
    5    HE1  PHE 341           HE1      PHE 341   4.023   2.580   0.077
    6    HE2  PHE 341           HE2      PHE 341   7.636   4.675   0.934
    7    HZ   PHE 341           HZ       PHE 341   5.474   4.542  -0.235
    8    HB2  PHE 341           HB2      PHE 341   7.819   0.925   3.616
    9    HB3  PHE 341           HB3      PHE 341   7.343  -0.257   2.401

  No H/Q in entry =           9
  Start of MODEL   10
    1    H    ARG 342           H        ARG 342   6.414   0.869   6.278
    2    HA   ARG 342           HA       ARG 342   7.986  -1.392   7.075
    3    HE   ARG 342           HE       ARG 342   8.639   2.180   9.741
    4   HH11  ARG 342          1HH1      ARG 342   8.405   1.368  13.127
    5   HH12  ARG 342          2HH1      ARG 342   8.774   2.972  13.666
    6   HH21  ARG 342          1HH2      ARG 342   9.125   4.290  10.448
    7   HH22  ARG 342          2HH2      ARG 342   9.183   4.631  12.145
    8    HB2  ARG 342           HB2      ARG 342   8.394   0.923   7.901
    9    HB3  ARG 342           HB3      ARG 342   6.874   0.845   8.781
   10    HG2  ARG 342           HG2      ARG 342   8.033  -1.359   9.745
   11    HG3  ARG 342           HG3      ARG 342   9.477  -0.417   9.370
   12    HD2  ARG 342           HD2      ARG 342   7.184   0.372  11.157
   13    HD3  ARG 342           HD3      ARG 342   8.849   0.043  11.634

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    GLU 343           H        GLU 343   4.734  -0.194   7.784
    2    HA   GLU 343           HA       GLU 343   4.128  -2.282   9.643
    3    HB2  GLU 343           HB2      GLU 343   2.630  -0.065   8.340
    4    HB3  GLU 343           HB3      GLU 343   1.692  -1.414   8.965
    5    HG2  GLU 343           HG2      GLU 343   2.932  -1.071  11.151
    6    HG3  GLU 343           HG3      GLU 343   3.488   0.458  10.470

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 344           H        LEU 344   3.818  -1.829   6.199
    2    HA   LEU 344           HA       LEU 344   2.043  -4.026   5.761
    3    HG   LEU 344           HG       LEU 344   0.839  -2.599   4.494
    4   HD11  LEU 344          1HD1      LEU 344   2.388  -1.197   2.395
    5   HD12  LEU 344          2HD1      LEU 344   0.664  -1.436   2.109
    6   HD13  LEU 344          3HD1      LEU 344   1.207  -0.571   3.546
    7   HD21  LEU 344          1HD2      LEU 344   1.802  -4.316   2.281
    8   HD22  LEU 344          2HD2      LEU 344   0.459  -4.552   3.400
    9   HD23  LEU 344          3HD2      LEU 344   0.286  -3.449   2.034
   10    HB2  LEU 344           HB2      LEU 344   3.452  -2.042   4.148
   11    HB3  LEU 344           HB3      LEU 344   3.387  -3.616   3.378

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    ASN 345           H        ASN 345   5.508  -3.611   5.940
    2    HA   ASN 345           HA       ASN 345   6.181  -6.128   4.778
    3   HD21  ASN 345          1HD2      ASN 345   8.759  -6.881   6.848
    4   HD22  ASN 345          2HD2      ASN 345   9.856  -7.426   5.630
    5    HB2  ASN 345           HB2      ASN 345   7.666  -4.021   5.099
    6    HB3  ASN 345           HB3      ASN 345   7.944  -4.657   6.717

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    GLU 346           H        GLU 346   5.790  -4.953   8.096
    2    HA   GLU 346           HA       GLU 346   6.531  -7.414   9.322
    3    HB2  GLU 346           HB2      GLU 346   6.454  -5.026  10.335
    4    HB3  GLU 346           HB3      GLU 346   4.753  -5.370  10.619
    5    HG2  GLU 346           HG2      GLU 346   5.413  -7.369  11.910
    6    HG3  GLU 346           HG3      GLU 346   7.102  -6.914  11.693

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    ALA 347           H        ALA 347   3.495  -5.998   8.264
    2    HA   ALA 347           HA       ALA 347   1.837  -7.988   9.475
    3    HB1  ALA 347           HB1      ALA 347   1.026  -6.281   7.144
    4    HB2  ALA 347           HB2      ALA 347   1.180  -5.614   8.769
    5    HB3  ALA 347           HB3      ALA 347   0.029  -6.913   8.454

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    LEU 348           H        LEU 348   3.440  -7.611   6.388
    2    HA   LEU 348           HA       LEU 348   2.023  -9.703   5.059
    3    HG   LEU 348           HG       LEU 348   1.926  -7.688   3.691
    4   HD11  LEU 348          1HD1      LEU 348   4.358  -6.606   3.111
    5   HD12  LEU 348          2HD1      LEU 348   3.805  -7.126   1.519
    6   HD13  LEU 348          3HD1      LEU 348   2.816  -6.028   2.481
    7   HD21  LEU 348          1HD2      LEU 348   3.135  -9.581   1.692
    8   HD22  LEU 348          2HD2      LEU 348   1.580  -9.705   2.516
    9   HD23  LEU 348          3HD2      LEU 348   1.830  -8.467   1.285
   10    HB2  LEU 348           HB2      LEU 348   4.445  -8.064   4.495
   11    HB3  LEU 348           HB3      LEU 348   4.236  -9.556   3.598

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    GLU 349           H        GLU 349   4.876  -9.521   7.065
    2    HA   GLU 349           HA       GLU 349   5.944 -12.066   6.423
    3    HB2  GLU 349           HB2      GLU 349   7.209 -10.236   7.549
    4    HB3  GLU 349           HB3      GLU 349   6.254 -10.514   8.999
    5    HG2  GLU 349           HG2      GLU 349   7.132 -12.980   8.682
    6    HG3  GLU 349           HG3      GLU 349   8.419 -12.154   7.804

  No H/Q in entry =           6
  Start of MODEL   10
    1    H    LEU 350           H        LEU 350   3.462 -10.976   8.621
    2    HA   LEU 350           HA       LEU 350   3.321 -13.248  10.275
    3    HG   LEU 350           HG       LEU 350   1.344 -10.725  12.022
    4   HD11  LEU 350          1HD1      LEU 350   2.461 -13.494  12.055
    5   HD12  LEU 350          2HD1      LEU 350   2.699 -12.429  13.441
    6   HD13  LEU 350          3HD1      LEU 350   1.066 -12.834  12.910
    7   HD21  LEU 350          1HD2      LEU 350   4.095 -11.233  10.970
    8   HD22  LEU 350          2HD2      LEU 350   3.320  -9.706  11.393
    9   HD23  LEU 350          3HD2      LEU 350   3.858 -10.803  12.664
   10    HB2  LEU 350           HB2      LEU 350   1.576 -10.950   9.639
   11    HB3  LEU 350           HB3      LEU 350   0.762 -12.368  10.270

  No H/Q in entry =          11
  Start of MODEL   10
    1    H    LYS 351           H        LYS 351   1.748 -12.453   7.211
    2    HA   LYS 351           HA       LYS 351   0.059 -14.718   7.117
    3    HB2  LYS 351           HB2      LYS 351   1.170 -13.155   4.781
    4    HB3  LYS 351           HB3      LYS 351  -0.268 -14.167   4.780
    5    HG2  LYS 351           HG2      LYS 351  -1.488 -12.643   6.057
    6    HG3  LYS 351           HG3      LYS 351  -0.037 -11.794   6.594
    7    HD2  LYS 351           HD2      LYS 351  -0.988 -10.375   4.990
    8    HD3  LYS 351           HD3      LYS 351   0.310 -11.204   4.130
    9    HE2  LYS 351           HE2      LYS 351  -1.497 -11.292   2.653
   10    HE3  LYS 351           HE3      LYS 351  -1.488 -12.881   3.417
   11    HZ1  LYS 351           HZ1      LYS 351  -3.112 -11.655   5.064
   12    HZ2  LYS 351           HZ2      LYS 351  -3.403 -10.692   3.704
   13    HZ3  LYS 351           HZ3      LYS 351  -3.672 -12.360   3.632

  No H/Q in entry =          13
  Start of MODEL   10
    1    H    ASP 352           H        ASP 352   3.388 -14.172   6.203
    2    HA   ASP 352           HA       ASP 352   3.711 -16.513   4.630
    3    HB2  ASP 352           HB2      ASP 352   5.551 -14.548   5.926
    4    HB3  ASP 352           HB3      ASP 352   6.217 -16.078   5.364

  No H/Q in entry =           4
  Start of MODEL   10
    1    H    ALA 353           H        ALA 353   4.033 -15.813   8.056
    2    HA   ALA 353           HA       ALA 353   5.340 -18.186   8.825
    3    HB1  ALA 353           HB1      ALA 353   5.425 -16.700  10.535
    4    HB2  ALA 353           HB2      ALA 353   3.994 -17.590  11.054
    5    HB3  ALA 353           HB3      ALA 353   3.818 -16.055  10.203

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLN 354           H        GLN 354   1.986 -17.441   8.184
    2    HA   GLN 354           HA       GLN 354   1.279 -20.224   8.853
    3   HE21  GLN 354          1HE2      GLN 354  -1.366 -16.367  11.281
    4   HE22  GLN 354          2HE2      GLN 354  -2.332 -17.161  12.473
    5    HB2  GLN 354           HB2      GLN 354  -0.668 -17.927   8.725
    6    HB3  GLN 354           HB3      GLN 354  -0.918 -19.521   9.423
    7    HG2  GLN 354           HG2      GLN 354   1.052 -18.796  10.993
    8    HG3  GLN 354           HG3      GLN 354   0.540 -17.176  10.522

  No H/Q in entry =           8
  Start of MODEL   10
    1    H    ALA 355           H        ALA 355   2.387 -19.263   6.343
    2    HA   ALA 355           HA       ALA 355   0.119 -19.404   4.503
    3    HB1  ALA 355           HB1      ALA 355   1.430 -17.777   3.631
    4    HB2  ALA 355           HB2      ALA 355   2.908 -18.445   4.323
    5    HB3  ALA 355           HB3      ALA 355   2.221 -19.153   2.862

  No H/Q in entry =           5
  Start of MODEL   10
    1    H    GLY 356           H        GLY 356  -0.109 -21.004   2.943
    2    HA2  GLY 356           HA2      GLY 356   1.008 -23.568   3.674
    3    HA3  GLY 356           HA3      GLY 356   1.557 -22.967   2.117

  No H/Q in entry =           3
  Start of MODEL   11
    1    H1   GLU 326           H1       GLU 326 -16.787   0.851  11.878
    2    H2   GLU 326           H2       GLU 326 -17.567   2.127  12.721
    3    H3   GLU 326           H3       GLU 326 -18.475   1.102  11.689
    4    HB2  GLU 326           HB2      GLU 326 -15.830   3.944  10.192
    5    HB3  GLU 326           HB3      GLU 326 -16.288   3.946  11.890
    6    HG2  GLU 326           HG2      GLU 326 -14.945   2.075  12.362
    7    HG3  GLU 326           HG3      GLU 326 -14.734   1.698  10.653
    8    HA   GLU 326           HA       GLU 326 -18.144   3.116  10.584

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    SER 327           H        SER 327 -18.088   3.049   8.379
    2    HA   SER 327           HA       SER 327 -16.495   1.037   7.018
    3    HG   SER 327           HG       SER 327 -20.150   1.677   7.070
    4    HB2  SER 327           HB2      SER 327 -18.803   0.506   5.745
    5    HB3  SER 327           HB3      SER 327 -18.252  -0.420   7.141

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    PHE 328           H        PHE 328 -16.316   1.385   4.757
    2    HA   PHE 328           HA       PHE 328 -17.565   3.771   3.648
    3    HD1  PHE 328           HD1      PHE 328 -13.572   3.457   5.621
    4    HD2  PHE 328           HD2      PHE 328 -16.924   5.986   4.933
    5    HE1  PHE 328           HE1      PHE 328 -13.278   4.447   7.854
    6    HE2  PHE 328           HE2      PHE 328 -16.636   6.982   7.164
    7    HZ   PHE 328           HZ       PHE 328 -14.811   6.213   8.628
    8    HB2  PHE 328           HB2      PHE 328 -14.565   3.464   3.543
    9    HB3  PHE 328           HB3      PHE 328 -15.527   4.853   3.048

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLY 329           H        GLY 329 -17.861   3.675   1.467
    2    HA2  GLY 329           HA2      GLY 329 -18.362   2.261  -0.367
    3    HA3  GLY 329           HA3      GLY 329 -17.137   1.135   0.198

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    LEU 330           H        LEU 330 -15.923   0.949  -1.621
    2    HA   LEU 330           HA       LEU 330 -14.888   3.409  -2.843
    3    HG   LEU 330           HG       LEU 330 -12.175   2.712  -3.871
    4   HD11  LEU 330          1HD1      LEU 330 -13.260   4.588  -1.871
    5   HD12  LEU 330          2HD1      LEU 330 -11.701   5.016  -2.577
    6   HD13  LEU 330          3HD1      LEU 330 -13.100   4.754  -3.620
    7   HD21  LEU 330          1HD2      LEU 330 -10.890   1.690  -1.766
    8   HD22  LEU 330          2HD2      LEU 330 -10.118   2.777  -2.921
    9   HD23  LEU 330          3HD2      LEU 330 -10.723   3.404  -1.388
   10    HB2  LEU 330           HB2      LEU 330 -13.323   2.282  -1.112
   11    HB3  LEU 330           HB3      LEU 330 -13.086   1.063  -2.349

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLY 331           H        GLY 331 -15.119   3.384  -4.978
    2    HA2  GLY 331           HA2      GLY 331 -16.061   2.421  -6.935
    3    HA3  GLY 331           HA3      GLY 331 -15.701   0.826  -6.290

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ILE 332           H        ILE 332 -13.484   0.103  -6.310
    2    HA   ILE 332           HA       ILE 332 -11.574   1.603  -7.886
    3    HB   ILE 332           HB       ILE 332 -11.286  -1.196  -6.793
    4   HG12  ILE 332          2HG1      ILE 332  -9.934   1.029  -5.413
    5   HG21  ILE 332          1HG2      ILE 332  -9.719  -0.466  -8.599
    6   HG22  ILE 332          2HG2      ILE 332  -9.157   0.807  -7.517
    7   HG23  ILE 332          3HG2      ILE 332  -8.937  -0.886  -7.075
    8   HD11  ILE 332          1HD1      ILE 332 -10.175  -1.479  -4.738
    9   HD12  ILE 332          2HD1      ILE 332 -10.225  -0.208  -3.516
   10   HD13  ILE 332          3HD1      ILE 332 -11.724  -0.939  -4.089
   11   HG13  ILE 332          3HG1      ILE 332 -11.688   1.033  -5.262

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ARG 333           H        ARG 333 -10.778   1.042  -9.892
    2    HA   ARG 333           HA       ARG 333 -12.308  -1.018 -11.342
    3    HE   ARG 333           HE       ARG 333 -12.266   3.481 -14.037
    4   HH11  ARG 333          1HH1      ARG 333 -14.891   3.074 -11.774
    5   HH12  ARG 333          2HH1      ARG 333 -14.619   4.594 -10.992
    6   HH21  ARG 333          1HH2      ARG 333 -11.905   5.481 -13.009
    7   HH22  ARG 333          2HH2      ARG 333 -12.924   5.962 -11.693
    8    HB2  ARG 333           HB2      ARG 333 -11.451   1.733 -12.110
    9    HB3  ARG 333           HB3      ARG 333 -11.502   0.502 -13.365
   10    HG2  ARG 333           HG2      ARG 333 -13.861   0.061 -12.794
   11    HG3  ARG 333           HG3      ARG 333 -13.791   1.372 -11.614
   12    HD2  ARG 333           HD2      ARG 333 -13.410   1.591 -14.597
   13    HD3  ARG 333           HD3      ARG 333 -14.778   2.187 -13.657

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLY 334           H        GLY 334 -10.580  -2.460 -10.506
    2    HA2  GLY 334           HA2      GLY 334  -7.881  -2.193 -11.251
    3    HA3  GLY 334           HA3      GLY 334  -8.722  -3.077 -12.516

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ARG 335           H        ARG 335  -7.798  -5.056 -12.223
    2    HA   ARG 335           HA       ARG 335  -8.791  -6.636 -10.049
    3    HE   ARG 335           HE       ARG 335  -6.428 -10.711 -12.788
    4   HH11  ARG 335          1HH1      ARG 335  -9.093 -11.409 -10.647
    5   HH12  ARG 335          2HH1      ARG 335  -8.324 -12.789  -9.936
    6   HH21  ARG 335          1HH2      ARG 335  -5.415 -12.525 -11.855
    7   HH22  ARG 335          2HH2      ARG 335  -6.236 -13.422 -10.622
    8    HB2  ARG 335           HB2      ARG 335  -8.127  -7.226 -12.593
    9    HB3  ARG 335           HB3      ARG 335  -6.649  -7.724 -11.782
   10    HG2  ARG 335           HG2      ARG 335  -7.849  -9.269 -10.404
   11    HG3  ARG 335           HG3      ARG 335  -9.397  -8.671 -11.004
   12    HD2  ARG 335           HD2      ARG 335  -9.249 -10.408 -12.424
   13    HD3  ARG 335           HD3      ARG 335  -8.175  -9.340 -13.326

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 336           H        GLU 336  -5.555  -5.596 -11.097
    2    HA   GLU 336           HA       GLU 336  -4.208  -6.771  -8.886
    3    HB2  GLU 336           HB2      GLU 336  -3.377  -5.810 -11.259
    4    HB3  GLU 336           HB3      GLU 336  -2.985  -4.432 -10.239
    5    HG2  GLU 336           HG2      GLU 336  -1.760  -6.055  -8.741
    6    HG3  GLU 336           HG3      GLU 336  -1.959  -7.245 -10.027

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ARG 337           H        ARG 337  -5.355  -3.493  -9.586
    2    HA   ARG 337           HA       ARG 337  -4.300  -2.250  -7.297
    3    HE   ARG 337           HE       ARG 337  -4.767   0.905 -10.405
    4   HH11  ARG 337          1HH1      ARG 337  -7.225   2.128  -8.251
    5   HH12  ARG 337          2HH1      ARG 337  -8.298   2.582  -9.532
    6   HH21  ARG 337          1HH2      ARG 337  -6.177   1.501 -12.091
    7   HH22  ARG 337          2HH2      ARG 337  -7.704   2.225 -11.712
    8    HB2  ARG 337           HB2      ARG 337  -5.270  -1.123  -9.349
    9    HB3  ARG 337           HB3      ARG 337  -6.863  -1.478  -8.694
   10    HG2  ARG 337           HG2      ARG 337  -6.785   0.337  -7.436
   11    HG3  ARG 337           HG3      ARG 337  -5.297  -0.224  -6.671
   12    HD2  ARG 337           HD2      ARG 337  -5.181   2.026  -7.818
   13    HD3  ARG 337           HD3      ARG 337  -3.947   0.854  -8.278

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    PHE 338           H        PHE 338  -7.599  -3.462  -7.902
    2    HA   PHE 338           HA       PHE 338  -8.531  -3.021  -5.282
    3    HD1  PHE 338           HD1      PHE 338  -9.933  -6.649  -5.463
    4    HD2  PHE 338           HD2      PHE 338 -11.758  -2.812  -5.683
    5    HE1  PHE 338           HE1      PHE 338 -11.673  -7.391  -3.890
    6    HE2  PHE 338           HE2      PHE 338 -13.501  -3.546  -4.110
    7    HZ   PHE 338           HZ       PHE 338 -13.460  -5.839  -3.211
    8    HB2  PHE 338           HB2      PHE 338 -10.047  -3.379  -7.182
    9    HB3  PHE 338           HB3      PHE 338  -9.478  -5.038  -7.333

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLU 339           H        GLU 339  -6.749  -5.639  -6.751
    2    HA   GLU 339           HA       GLU 339  -7.169  -7.579  -4.743
    3    HB2  GLU 339           HB2      GLU 339  -5.230  -7.183  -6.961
    4    HB3  GLU 339           HB3      GLU 339  -4.756  -8.288  -5.678
    5    HG2  GLU 339           HG2      GLU 339  -7.475  -8.712  -6.653
    6    HG3  GLU 339           HG3      GLU 339  -6.228  -8.943  -7.878

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    MET 340           H        MET 340  -4.900  -4.925  -5.091
    2    HA   MET 340           HA       MET 340  -3.197  -5.659  -2.944
    3    HB2  MET 340           HB2      MET 340  -2.914  -3.881  -4.881
    4    HB3  MET 340           HB3      MET 340  -3.614  -2.794  -3.690
    5    HG2  MET 340           HG2      MET 340  -1.798  -3.660  -2.111
    6    HG3  MET 340           HG3      MET 340  -1.030  -4.300  -3.563
    7    HE1  MET 340           HE1      MET 340  -1.391  -2.827  -5.666
    8    HE2  MET 340           HE2      MET 340  -1.697  -1.091  -5.614
    9    HE3  MET 340           HE3      MET 340  -0.040  -1.692  -5.686

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    PHE 341           H        PHE 341  -5.720  -3.140  -3.158
    2    HA   PHE 341           HA       PHE 341  -5.742  -2.548  -0.409
    3    HD1  PHE 341           HD1      PHE 341  -8.266  -0.737  -3.963
    4    HD2  PHE 341           HD2      PHE 341  -4.789  -0.872  -1.517
    5    HE1  PHE 341           HE1      PHE 341  -7.107   0.762  -5.531
    6    HE2  PHE 341           HE2      PHE 341  -3.625   0.627  -3.076
    7    HZ   PHE 341           HZ       PHE 341  -4.784   1.439  -5.087
    8    HB2  PHE 341           HB2      PHE 341  -8.151  -2.261  -2.194
    9    HB3  PHE 341           HB3      PHE 341  -7.658  -1.241  -0.844

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    ARG 342           H        ARG 342  -7.182  -5.125  -2.224
    2    HA   ARG 342           HA       ARG 342  -9.141  -5.824  -0.250
    3    HE   ARG 342           HE       ARG 342 -12.745  -8.826  -1.798
    4   HH11  ARG 342          1HH1      ARG 342 -10.469  -9.198   0.821
    5   HH12  ARG 342          2HH1      ARG 342 -11.188 -10.662   1.403
    6   HH21  ARG 342          1HH2      ARG 342 -13.693 -10.750  -1.033
    7   HH22  ARG 342          2HH2      ARG 342 -13.018 -11.544   0.351
    8    HB2  ARG 342           HB2      ARG 342  -9.439  -6.413  -2.618
    9    HB3  ARG 342           HB3      ARG 342  -8.014  -7.440  -2.546
   10    HG2  ARG 342           HG2      ARG 342  -9.840  -8.895  -2.384
   11    HG3  ARG 342           HG3      ARG 342  -9.220  -8.745  -0.738
   12    HD2  ARG 342           HD2      ARG 342 -10.994  -7.388  -0.067
   13    HD3  ARG 342           HD3      ARG 342 -11.423  -6.969  -1.725

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 343           H        GLU 343  -5.903  -6.947  -1.119
    2    HA   GLU 343           HA       GLU 343  -5.860  -9.027   0.848
    3    HB2  GLU 343           HB2      GLU 343  -3.756  -7.748  -0.885
    4    HB3  GLU 343           HB3      GLU 343  -3.338  -8.941   0.338
    5    HG2  GLU 343           HG2      GLU 343  -4.085 -10.647  -0.894
    6    HG3  GLU 343           HG3      GLU 343  -5.514  -9.764  -1.429

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 344           H        LEU 344  -5.001  -5.653   0.743
    2    HA   LEU 344           HA       LEU 344  -3.455  -5.655   3.148
    3    HG   LEU 344           HG       LEU 344  -2.773  -4.704   0.594
    4   HD11  LEU 344          1HD1      LEU 344  -2.839  -1.700   0.830
    5   HD12  LEU 344          2HD1      LEU 344  -1.993  -2.618  -0.416
    6   HD13  LEU 344          3HD1      LEU 344  -3.753  -2.675  -0.320
    7   HD21  LEU 344          1HD2      LEU 344  -1.558  -3.202   2.864
    8   HD22  LEU 344          2HD2      LEU 344  -1.153  -4.793   2.218
    9   HD23  LEU 344          3HD2      LEU 344  -0.669  -3.338   1.347
   10    HB2  LEU 344           HB2      LEU 344  -4.792  -3.399   1.653
   11    HB3  LEU 344           HB3      LEU 344  -3.691  -3.186   3.001

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ASN 345           H        ASN 345  -6.832  -5.276   2.344
    2    HA   ASN 345           HA       ASN 345  -7.618  -4.198   4.872
    3   HD21  ASN 345          1HD2      ASN 345  -9.874  -2.621   4.480
    4   HD22  ASN 345          2HD2      ASN 345 -11.266  -3.162   5.349
    5    HB2  ASN 345           HB2      ASN 345  -8.959  -3.875   2.822
    6    HB3  ASN 345           HB3      ASN 345  -9.287  -5.605   2.775

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    GLU 346           H        GLU 346  -7.617  -7.434   3.431
    2    HA   GLU 346           HA       GLU 346  -8.811  -8.695   5.696
    3    HB2  GLU 346           HB2      GLU 346  -8.866  -9.611   3.369
    4    HB3  GLU 346           HB3      GLU 346  -7.150  -9.964   3.513
    5    HG2  GLU 346           HG2      GLU 346  -7.946 -11.253   5.668
    6    HG3  GLU 346           HG3      GLU 346  -9.477 -11.289   4.793

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ALA 347           H        ALA 347  -5.545  -7.957   4.706
    2    HA   ALA 347           HA       ALA 347  -4.289  -9.649   6.654
    3    HB1  ALA 347           HB1      ALA 347  -3.063  -7.332   5.167
    4    HB2  ALA 347           HB2      ALA 347  -3.226  -8.957   4.501
    5    HB3  ALA 347           HB3      ALA 347  -2.226  -8.685   5.928

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    LEU 348           H        LEU 348  -5.304  -6.294   6.482
    2    HA   LEU 348           HA       LEU 348  -3.946  -5.471   8.856
    3    HG   LEU 348           HG       LEU 348  -4.512  -2.313   7.123
    4   HD11  LEU 348          1HD1      LEU 348  -4.086  -2.369   9.525
    5   HD12  LEU 348          2HD1      LEU 348  -3.015  -3.753   9.308
    6   HD13  LEU 348          3HD1      LEU 348  -2.588  -2.190   8.613
    7   HD21  LEU 348          1HD2      LEU 348  -3.274  -4.953   6.647
    8   HD22  LEU 348          2HD2      LEU 348  -3.445  -3.566   5.571
    9   HD23  LEU 348          3HD2      LEU 348  -2.175  -3.582   6.795
   10    HB2  LEU 348           HB2      LEU 348  -5.881  -4.296   6.961
   11    HB3  LEU 348           HB3      LEU 348  -5.951  -3.663   8.595

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLU 349           H        GLU 349  -7.050  -6.890   8.134
    2    HA   GLU 349           HA       GLU 349  -8.302  -6.308  10.613
    3    HB2  GLU 349           HB2      GLU 349  -9.550  -6.951   8.581
    4    HB3  GLU 349           HB3      GLU 349  -8.858  -8.564   8.677
    5    HG2  GLU 349           HG2      GLU 349 -10.037  -9.055  10.664
    6    HG3  GLU 349           HG3      GLU 349 -10.508  -7.371  10.883

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 350           H        LEU 350  -6.130  -8.810   9.521
    2    HA   LEU 350           HA       LEU 350  -6.574 -10.686  11.575
    3    HG   LEU 350           HG       LEU 350  -4.001 -12.770  10.040
    4   HD11  LEU 350          1HD1      LEU 350  -3.640 -12.100  12.395
    5   HD12  LEU 350          2HD1      LEU 350  -5.375 -12.255  12.671
    6   HD13  LEU 350          3HD1      LEU 350  -4.422 -13.672  12.229
    7   HD21  LEU 350          1HD2      LEU 350  -6.576 -12.333   9.420
    8   HD22  LEU 350          2HD2      LEU 350  -5.915 -13.934   9.752
    9   HD23  LEU 350          3HD2      LEU 350  -6.770 -13.054  11.018
   10    HB2  LEU 350           HB2      LEU 350  -5.082 -10.654   9.317
   11    HB3  LEU 350           HB3      LEU 350  -3.826 -10.432  10.521

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    LYS 351           H        LYS 351  -4.621  -7.786  11.395
    2    HA   LYS 351           HA       LYS 351  -3.015  -8.225  13.663
    3    HB2  LYS 351           HB2      LYS 351  -3.863  -5.809  12.118
    4    HB3  LYS 351           HB3      LYS 351  -3.051  -5.592  13.663
    5    HG2  LYS 351           HG2      LYS 351  -1.058  -6.358  12.884
    6    HG3  LYS 351           HG3      LYS 351  -1.807  -7.439  11.706
    7    HD2  LYS 351           HD2      LYS 351  -1.842  -5.861  10.099
    8    HD3  LYS 351           HD3      LYS 351  -2.275  -4.578  11.230
    9    HE2  LYS 351           HE2      LYS 351   0.109  -4.666  12.052
   10    HE3  LYS 351           HE3      LYS 351   0.457  -5.716  10.679
   11    HZ1  LYS 351           HZ1      LYS 351  -0.570  -3.836   9.303
   12    HZ2  LYS 351           HZ2      LYS 351  -0.329  -2.873  10.673
   13    HZ3  LYS 351           HZ3      LYS 351   0.991  -3.612   9.914

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    ASP 352           H        ASP 352  -6.269  -6.985  13.277
    2    HA   ASP 352           HA       ASP 352  -6.625  -5.845  15.807
    3    HB2  ASP 352           HB2      ASP 352  -8.172  -6.039  13.605
    4    HB3  ASP 352           HB3      ASP 352  -8.944  -7.256  14.617

  No H/Q in entry =           4
  Start of MODEL   11
    1    H    ALA 353           H        ALA 353  -7.135  -9.164  14.678
    2    HA   ALA 353           HA       ALA 353  -8.232 -10.199  17.042
    3    HB1  ALA 353           HB1      ALA 353  -7.954 -11.226  14.639
    4    HB2  ALA 353           HB2      ALA 353  -6.488 -11.912  15.341
    5    HB3  ALA 353           HB3      ALA 353  -8.059 -12.263  16.062

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLN 354           H        GLN 354  -4.930  -9.557  16.099
    2    HA   GLN 354           HA       GLN 354  -3.744 -11.073  18.225
    3   HE21  GLN 354          1HE2      GLN 354   0.293 -11.897  15.868
    4   HE22  GLN 354          2HE2      GLN 354   0.528 -12.910  17.248
    5    HB2  GLN 354           HB2      GLN 354  -2.738  -9.139  16.173
    6    HB3  GLN 354           HB3      GLN 354  -1.713  -9.558  17.539
    7    HG2  GLN 354           HG2      GLN 354  -2.967 -11.693  15.866
    8    HG3  GLN 354           HG3      GLN 354  -1.492 -10.882  15.341

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    ALA 355           H        ALA 355  -4.488  -7.660  17.664
    2    HA   ALA 355           HA       ALA 355  -3.389  -6.833  20.195
    3    HB1  ALA 355           HB1      ALA 355  -3.225  -5.178  18.573
    4    HB2  ALA 355           HB2      ALA 355  -4.597  -4.647  19.544
    5    HB3  ALA 355           HB3      ALA 355  -4.870  -5.443  17.994

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLY 356           H        GLY 356  -4.384  -6.934  22.094
    2    HA2  GLY 356           HA2      GLY 356  -7.299  -7.354  22.119
    3    HA3  GLY 356           HA3      GLY 356  -6.585  -6.114  23.139

  No H/Q in entry =           3
  Start of MODEL   11
    1    H1   GLU 326           H1       GLU 326 -12.599  -4.587 -14.068
    2    H2   GLU 326           H2       GLU 326 -13.398  -4.741 -15.579
    3    H3   GLU 326           H3       GLU 326 -13.041  -3.185 -14.949
    4    HA   GLU 326           HA       GLU 326 -15.315  -3.616 -14.645
    5    HB2  GLU 326           HB2      GLU 326 -14.221  -6.225 -13.709
    6    HB3  GLU 326           HB3      GLU 326 -15.695  -5.641 -12.949
    7    HG2  GLU 326           HG2      GLU 326 -16.933  -5.849 -14.859
    8    HG3  GLU 326           HG3      GLU 326 -15.535  -5.660 -15.917

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    SER 327           H        SER 327 -16.403  -2.822 -12.824
    2    HA   SER 327           HA       SER 327 -14.652  -1.703 -10.801
    3    HG   SER 327           HG       SER 327 -16.716  -0.072  -9.298
    4    HB2  SER 327           HB2      SER 327 -16.654  -0.542 -12.049
    5    HB3  SER 327           HB3      SER 327 -17.623  -1.314 -10.794

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    PHE 328           H        PHE 328 -14.204  -2.797  -9.016
    2    HA   PHE 328           HA       PHE 328 -16.159  -4.741  -8.005
    3    HD1  PHE 328           HD1      PHE 328 -14.733  -7.455  -8.622
    4    HD2  PHE 328           HD2      PHE 328 -12.309  -4.032  -9.345
    5    HE1  PHE 328           HE1      PHE 328 -13.902  -8.485 -10.697
    6    HE2  PHE 328           HE2      PHE 328 -11.476  -5.055 -11.421
    7    HZ   PHE 328           HZ       PHE 328 -12.272  -7.285 -12.100
    8    HB2  PHE 328           HB2      PHE 328 -13.279  -4.473  -7.145
    9    HB3  PHE 328           HB3      PHE 328 -14.358  -5.842  -6.897

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLY 329           H        GLY 329 -16.828  -4.730  -5.859
    2    HA2  GLY 329           HA2      GLY 329 -17.771  -3.398  -4.160
    3    HA3  GLY 329           HA3      GLY 329 -16.642  -2.116  -4.569

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    LEU 330           H        LEU 330 -15.262  -1.711  -2.988
    2    HA   LEU 330           HA       LEU 330 -14.101  -3.975  -1.518
    3    HG   LEU 330           HG       LEU 330 -12.144  -2.734   0.164
    4   HD11  LEU 330          1HD1      LEU 330 -12.218  -4.647  -1.610
    5   HD12  LEU 330          2HD1      LEU 330 -10.631  -4.022  -2.060
    6   HD13  LEU 330          3HD1      LEU 330 -10.921  -4.592  -0.416
    7   HD21  LEU 330          1HD2      LEU 330 -10.337  -1.561  -1.943
    8   HD22  LEU 330          2HD2      LEU 330 -10.901  -0.787  -0.462
    9   HD23  LEU 330          3HD2      LEU 330  -9.782  -2.148  -0.375
   10    HB2  LEU 330           HB2      LEU 330 -12.632  -2.329  -2.785
   11    HB3  LEU 330           HB3      LEU 330 -13.075  -1.145  -1.570

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLY 331           H        GLY 331 -14.439  -4.227   0.608
    2    HA2  GLY 331           HA2      GLY 331 -15.999  -3.885   2.402
    3    HA3  GLY 331           HA3      GLY 331 -16.080  -2.187   1.954

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ILE 332           H        ILE 332 -14.560  -0.758   2.734
    2    HA   ILE 332           HA       ILE 332 -12.398  -1.809   4.400
    3    HB   ILE 332           HB       ILE 332 -12.919   1.070   3.667
    4   HG12  ILE 332          2HG1      ILE 332 -10.919   0.549   2.065
    5   HG21  ILE 332          1HG2      ILE 332 -10.824  -0.375   5.156
    6   HG22  ILE 332          2HG2      ILE 332 -10.265   0.869   4.037
    7   HG23  ILE 332          3HG2      ILE 332 -11.400   1.284   5.323
    8   HD11  ILE 332          1HD1      ILE 332 -13.526   0.891   1.560
    9   HD12  ILE 332          2HD1      ILE 332 -12.324   0.548   0.316
   10   HD13  ILE 332          3HD1      ILE 332 -13.313  -0.758   0.970
   11   HG13  ILE 332          3HG1      ILE 332 -11.467  -1.117   2.212

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ARG 333           H        ARG 333 -12.551  -1.880   6.539
    2    HA   ARG 333           HA       ARG 333 -14.708  -0.366   7.841
    3    HE   ARG 333           HE       ARG 333 -14.168  -5.517   7.504
    4   HH11  ARG 333          1HH1      ARG 333 -17.332  -4.541   8.607
    5   HH12  ARG 333          2HH1      ARG 333 -17.603  -5.994   9.509
    6   HH21  ARG 333          1HH2      ARG 333 -14.523  -7.429   8.690
    7   HH22  ARG 333          2HH2      ARG 333 -16.008  -7.633   9.557
    8    HB2  ARG 333           HB2      ARG 333 -13.373  -2.974   8.437
    9    HB3  ARG 333           HB3      ARG 333 -14.076  -2.056   9.761
   10    HG2  ARG 333           HG2      ARG 333 -15.900  -3.267   9.246
   11    HG3  ARG 333           HG3      ARG 333 -16.132  -1.995   8.045
   12    HD2  ARG 333           HD2      ARG 333 -16.369  -3.902   6.768
   13    HD3  ARG 333           HD3      ARG 333 -14.664  -3.520   6.536

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLY 334           H        GLY 334 -12.121   0.774   7.118
    2    HA2  GLY 334           HA2      GLY 334 -10.128   1.017   8.849
    3    HA3  GLY 334           HA3      GLY 334 -11.418   1.781   9.765

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ARG 335           H        ARG 335 -10.568   3.830   9.777
    2    HA   ARG 335           HA       ARG 335 -11.041   5.411   7.445
    3    HE   ARG 335           HE       ARG 335 -12.023   9.291   6.494
    4   HH11  ARG 335          1HH1      ARG 335 -12.191   9.590   9.967
    5   HH12  ARG 335          2HH1      ARG 335 -12.356  11.313   9.936
    6   HH21  ARG 335          1HH2      ARG 335 -12.240  11.557   6.451
    7   HH22  ARG 335          2HH2      ARG 335 -12.384  12.431   7.940
    8    HB2  ARG 335           HB2      ARG 335 -11.331   6.128   9.876
    9    HB3  ARG 335           HB3      ARG 335  -9.583   6.306   9.927
   10    HG2  ARG 335           HG2      ARG 335 -10.394   8.451   9.493
   11    HG3  ARG 335           HG3      ARG 335  -9.843   7.856   7.926
   12    HD2  ARG 335           HD2      ARG 335 -12.177   7.200   7.410
   13    HD3  ARG 335           HD3      ARG 335 -12.684   7.930   8.933

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 336           H        GLU 336  -8.112   4.537   9.267
    2    HA   GLU 336           HA       GLU 336  -6.292   5.873   7.589
    3    HB2  GLU 336           HB2      GLU 336  -6.058   3.650   9.584
    4    HB3  GLU 336           HB3      GLU 336  -4.678   4.062   8.576
    5    HG2  GLU 336           HG2      GLU 336  -4.593   5.173  10.746
    6    HG3  GLU 336           HG3      GLU 336  -4.698   6.329   9.419

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ARG 337           H        ARG 337  -7.552   2.570   7.546
    2    HA   ARG 337           HA       ARG 337  -5.896   1.577   5.505
    3    HE   ARG 337           HE       ARG 337  -6.995  -1.697   8.609
    4   HH11  ARG 337          1HH1      ARG 337  -9.420  -3.485   6.847
    5   HH12  ARG 337          2HH1      ARG 337 -10.109  -4.196   8.268
    6   HH21  ARG 337          1HH2      ARG 337  -7.900  -2.631  10.479
    7   HH22  ARG 337          2HH2      ARG 337  -9.246  -3.711  10.331
    8    HB2  ARG 337           HB2      ARG 337  -8.231   0.698   6.963
    9    HB3  ARG 337           HB3      ARG 337  -8.370   0.268   5.264
   10    HG2  ARG 337           HG2      ARG 337  -6.172  -0.828   5.383
   11    HG3  ARG 337           HG3      ARG 337  -6.095  -0.443   7.103
   12    HD2  ARG 337           HD2      ARG 337  -8.534  -1.827   6.183
   13    HD3  ARG 337           HD3      ARG 337  -7.042  -2.767   6.133

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    PHE 338           H        PHE 338  -9.242   2.792   5.318
    2    HA   PHE 338           HA       PHE 338  -9.454   2.685   2.526
    3    HD1  PHE 338           HD1      PHE 338 -10.726   6.348   2.736
    4    HD2  PHE 338           HD2      PHE 338 -12.709   2.643   2.067
    5    HE1  PHE 338           HE1      PHE 338 -11.974   7.358   0.871
    6    HE2  PHE 338           HE2      PHE 338 -13.960   3.645   0.201
    7    HZ   PHE 338           HZ       PHE 338 -13.593   6.005  -0.400
    8    HB2  PHE 338           HB2      PHE 338 -11.404   2.932   3.985
    9    HB3  PHE 338           HB3      PHE 338 -10.851   4.528   4.478

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLU 339           H        GLU 339  -7.758   4.863   4.570
    2    HA   GLU 339           HA       GLU 339  -7.721   7.093   2.787
    3    HB2  GLU 339           HB2      GLU 339  -6.394   6.354   5.335
    4    HB3  GLU 339           HB3      GLU 339  -5.571   7.543   4.335
    5    HG2  GLU 339           HG2      GLU 339  -8.133   8.474   4.321
    6    HG3  GLU 339           HG3      GLU 339  -7.999   7.785   5.939

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    MET 340           H        MET 340  -5.532   4.378   3.430
    2    HA   MET 340           HA       MET 340  -3.476   5.322   1.710
    3    HB2  MET 340           HB2      MET 340  -2.358   3.308   2.131
    4    HB3  MET 340           HB3      MET 340  -3.273   3.603   3.600
    5    HG2  MET 340           HG2      MET 340  -5.026   2.085   2.213
    6    HG3  MET 340           HG3      MET 340  -3.496   1.441   1.628
    7    HE1  MET 340           HE1      MET 340  -1.461   1.078   3.600
    8    HE2  MET 340           HE2      MET 340  -2.017   2.418   4.602
    9    HE3  MET 340           HE3      MET 340  -1.864   0.804   5.295

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    PHE 341           H        PHE 341  -6.214   3.124   1.257
    2    HA   PHE 341           HA       PHE 341  -5.486   2.382  -1.402
    3    HD1  PHE 341           HD1      PHE 341  -8.937   1.052   1.501
    4    HD2  PHE 341           HD2      PHE 341  -5.047   0.504  -0.132
    5    HE1  PHE 341           HE1      PHE 341  -8.356  -0.421   3.383
    6    HE2  PHE 341           HE2      PHE 341  -4.461  -0.973   1.740
    7    HZ   PHE 341           HZ       PHE 341  -6.115  -1.429   3.501
    8    HB2  PHE 341           HB2      PHE 341  -8.299   2.286  -0.345
    9    HB3  PHE 341           HB3      PHE 341  -7.502   1.184  -1.466

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    ARG 342           H        ARG 342  -7.278   5.011   0.008
    2    HA   ARG 342           HA       ARG 342  -8.533   5.843  -2.429
    3    HE   ARG 342           HE       ARG 342 -11.835   9.634  -0.109
    4   HH11  ARG 342          1HH1      ARG 342  -9.139  10.953  -1.889
    5   HH12  ARG 342          2HH1      ARG 342 -10.104  12.118  -2.732
    6   HH21  ARG 342          1HH2      ARG 342 -13.106  11.165  -1.217
    7   HH22  ARG 342          2HH2      ARG 342 -12.356  12.239  -2.351
    8    HB2  ARG 342           HB2      ARG 342  -9.498   6.394  -0.239
    9    HB3  ARG 342           HB3      ARG 342  -8.077   7.353   0.152
   10    HG2  ARG 342           HG2      ARG 342  -8.671   8.700  -1.960
   11    HG3  ARG 342           HG3      ARG 342 -10.252   7.931  -1.816
   12    HD2  ARG 342           HD2      ARG 342  -9.890   8.756   0.723
   13    HD3  ARG 342           HD3      ARG 342  -8.985   9.999  -0.138

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 343           H        GLU 343  -5.650   6.792  -0.618
    2    HA   GLU 343           HA       GLU 343  -4.961   8.928  -2.390
    3    HB2  GLU 343           HB2      GLU 343  -4.229   8.430   0.103
    4    HB3  GLU 343           HB3      GLU 343  -2.914   7.573  -0.688
    5    HG2  GLU 343           HG2      GLU 343  -2.878   9.917  -2.037
    6    HG3  GLU 343           HG3      GLU 343  -3.424  10.450  -0.448

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 344           H        LEU 344  -4.244   5.517  -2.182
    2    HA   LEU 344           HA       LEU 344  -2.110   5.546  -4.084
    3    HG   LEU 344           HG       LEU 344  -1.817   4.320  -1.581
    4   HD11  LEU 344          1HD1      LEU 344  -2.821   1.911  -1.508
    5   HD12  LEU 344          2HD1      LEU 344  -1.281   1.463  -2.240
    6   HD13  LEU 344          3HD1      LEU 344  -1.310   2.272  -0.673
    7   HD21  LEU 344          1HD2      LEU 344  -0.528   4.323  -3.929
    8   HD22  LEU 344          2HD2      LEU 344   0.299   4.235  -2.374
    9   HD23  LEU 344          3HD2      LEU 344   0.010   2.764  -3.303
   10    HB2  LEU 344           HB2      LEU 344  -3.792   3.393  -2.843
   11    HB3  LEU 344           HB3      LEU 344  -2.693   3.022  -4.158

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ASN 345           H        ASN 345  -5.586   5.209  -4.227
    2    HA   ASN 345           HA       ASN 345  -5.703   4.237  -6.903
    3   HD21  ASN 345          1HD2      ASN 345 -10.001   4.865  -5.907
    4   HD22  ASN 345          2HD2      ASN 345 -10.327   4.645  -7.589
    5    HB2  ASN 345           HB2      ASN 345  -7.552   3.941  -5.289
    6    HB3  ASN 345           HB3      ASN 345  -7.822   5.681  -5.296

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    GLU 346           H        GLU 346  -5.906   7.441  -5.422
    2    HA   GLU 346           HA       GLU 346  -6.471   8.818  -7.850
    3    HB2  GLU 346           HB2      GLU 346  -5.714   9.591  -5.075
    4    HB3  GLU 346           HB3      GLU 346  -5.473  10.780  -6.348
    5    HG2  GLU 346           HG2      GLU 346  -8.096   9.454  -6.338
    6    HG3  GLU 346           HG3      GLU 346  -7.756  10.490  -4.953

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ALA 347           H        ALA 347  -3.551   7.851  -6.191
    2    HA   ALA 347           HA       ALA 347  -1.773   9.492  -7.702
    3    HB1  ALA 347           HB1      ALA 347  -1.253   8.545  -5.457
    4    HB2  ALA 347           HB2      ALA 347  -0.005   8.249  -6.667
    5    HB3  ALA 347           HB3      ALA 347  -1.115   6.957  -6.211

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    LEU 348           H        LEU 348  -3.138   6.298  -8.102
    2    HA   LEU 348           HA       LEU 348  -1.359   5.447 -10.158
    3    HG   LEU 348           HG       LEU 348  -2.755   2.296  -8.972
    4   HD11  LEU 348          1HD1      LEU 348  -1.042   3.647 -10.937
    5   HD12  LEU 348          2HD1      LEU 348  -0.192   2.621  -9.781
    6   HD13  LEU 348          3HD1      LEU 348  -1.476   1.945 -10.782
    7   HD21  LEU 348          1HD2      LEU 348  -1.441   4.675  -7.832
    8   HD22  LEU 348          2HD2      LEU 348  -2.023   3.208  -7.044
    9   HD23  LEU 348          3HD2      LEU 348  -0.469   3.204  -7.878
   10    HB2  LEU 348           HB2      LEU 348  -3.851   4.462  -8.920
   11    HB3  LEU 348           HB3      LEU 348  -3.580   3.950 -10.575

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLU 349           H        GLU 349  -4.553   6.963 -10.119
    2    HA   GLU 349           HA       GLU 349  -4.988   6.858 -12.912
    3    HB2  GLU 349           HB2      GLU 349  -6.158   8.440 -10.653
    4    HB3  GLU 349           HB3      GLU 349  -6.552   8.876 -12.311
    5    HG2  GLU 349           HG2      GLU 349  -7.031   6.250 -12.432
    6    HG3  GLU 349           HG3      GLU 349  -7.357   6.525 -10.722

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 350           H        LEU 350  -3.284   9.090 -10.834
    2    HA   LEU 350           HA       LEU 350  -3.082  11.236 -12.668
    3    HG   LEU 350           HG       LEU 350  -3.771  12.104 -10.500
    4   HD11  LEU 350          1HD1      LEU 350  -1.510  12.162  -8.558
    5   HD12  LEU 350          2HD1      LEU 350  -2.769  13.394  -8.460
    6   HD13  LEU 350          3HD1      LEU 350  -3.192  11.687  -8.318
    7   HD21  LEU 350          1HD2      LEU 350  -2.007  13.478 -11.954
    8   HD22  LEU 350          2HD2      LEU 350  -3.285  14.257 -11.021
    9   HD23  LEU 350          3HD2      LEU 350  -1.649  14.163 -10.369
   10    HB2  LEU 350           HB2      LEU 350  -1.727  10.444 -10.145
   11    HB3  LEU 350           HB3      LEU 350  -0.909  11.616 -11.161

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    LYS 351           H        LYS 351  -1.186   8.336 -12.130
    2    HA   LYS 351           HA       LYS 351   1.085   9.033 -13.630
    3    HB2  LYS 351           HB2      LYS 351  -0.166   6.368 -12.979
    4    HB3  LYS 351           HB3      LYS 351   1.339   6.510 -13.877
    5    HG2  LYS 351           HG2      LYS 351   2.453   7.490 -12.031
    6    HG3  LYS 351           HG3      LYS 351   0.939   7.716 -11.154
    7    HD2  LYS 351           HD2      LYS 351   1.583   5.811 -10.121
    8    HD3  LYS 351           HD3      LYS 351   0.856   5.056 -11.541
    9    HE2  LYS 351           HE2      LYS 351   2.861   4.019 -11.657
   10    HE3  LYS 351           HE3      LYS 351   3.326   5.504 -12.487
   11    HZ1  LYS 351           HZ1      LYS 351   3.843   6.270 -10.056
   12    HZ2  LYS 351           HZ2      LYS 351   3.979   4.608  -9.773
   13    HZ3  LYS 351           HZ3      LYS 351   4.965   5.352 -10.929

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    ASP 352           H        ASP 352  -2.066   7.850 -14.565
    2    HA   ASP 352           HA       ASP 352  -1.419   7.054 -17.199
    3    HB2  ASP 352           HB2      ASP 352  -3.623   6.800 -15.666
    4    HB3  ASP 352           HB3      ASP 352  -4.129   8.143 -16.686

  No H/Q in entry =           4
  Start of MODEL   11
    1    H    ALA 353           H        ALA 353  -2.390  10.130 -15.788
    2    HA   ALA 353           HA       ALA 353  -2.781  11.500 -18.241
    3    HB1  ALA 353           HB1      ALA 353  -2.309  13.536 -16.637
    4    HB2  ALA 353           HB2      ALA 353  -3.803  12.605 -16.518
    5    HB3  ALA 353           HB3      ALA 353  -2.481  12.300 -15.391

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLN 354           H        GLN 354   0.016  10.857 -16.248
    2    HA   GLN 354           HA       GLN 354   1.743  12.781 -17.414
    3   HE21  GLN 354          1HE2      GLN 354   1.630  14.475 -14.522
    4   HE22  GLN 354          2HE2      GLN 354   3.087  15.359 -14.801
    5    HB2  GLN 354           HB2      GLN 354   2.253  10.235 -15.880
    6    HB3  GLN 354           HB3      GLN 354   3.557  11.259 -16.466
    7    HG2  GLN 354           HG2      GLN 354   1.368  12.379 -14.762
    8    HG3  GLN 354           HG3      GLN 354   2.746  11.544 -14.047

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    ALA 355           H        ALA 355   0.817   9.523 -18.274
    2    HA   ALA 355           HA       ALA 355   2.771   9.504 -20.463
    3    HB1  ALA 355           HB1      ALA 355   1.344   7.401 -18.942
    4    HB2  ALA 355           HB2      ALA 355   3.009   7.451 -19.522
    5    HB3  ALA 355           HB3      ALA 355   1.697   7.072 -20.638

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLY 356           H        GLY 356   0.394  11.190 -20.508
    2    HA2  GLY 356           HA2      GLY 356  -1.833  10.496 -21.774
    3    HA3  GLY 356           HA3      GLY 356  -0.663  10.264 -23.064

  No H/Q in entry =           3
  Start of MODEL   11
    1    H1   GLU 326           H1       GLU 326  17.398  13.433   5.032
    2    H2   GLU 326           H2       GLU 326  15.751  13.916   5.049
    3    H3   GLU 326           H3       GLU 326  16.833  14.524   6.231
    4    HA   GLU 326           HA       GLU 326  17.116  12.372   7.150
    5    HB2  GLU 326           HB2      GLU 326  14.404  13.580   6.807
    6    HB3  GLU 326           HB3      GLU 326  14.537  12.052   7.666
    7    HG2  GLU 326           HG2      GLU 326  16.425  14.134   8.517
    8    HG3  GLU 326           HG3      GLU 326  14.723  14.481   8.824

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    SER 327           H        SER 327  17.884  10.812   5.674
    2    HA   SER 327           HA       SER 327  15.917   9.417   4.028
    3    HG   SER 327           HG       SER 327  18.006   9.052   1.710
    4    HB2  SER 327           HB2      SER 327  18.479  10.076   3.483
    5    HB3  SER 327           HB3      SER 327  18.718   8.451   4.123

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    PHE 328           H        PHE 328  15.635   7.134   4.140
    2    HA   PHE 328           HA       PHE 328  16.585   5.810   6.567
    3    HD1  PHE 328           HD1      PHE 328  13.405   8.160   5.465
    4    HD2  PHE 328           HD2      PHE 328  14.872   6.555   9.123
    5    HE1  PHE 328           HE1      PHE 328  12.949  10.303   6.583
    6    HE2  PHE 328           HE2      PHE 328  14.417   8.695  10.249
    7    HZ   PHE 328           HZ       PHE 328  13.454  10.572   8.979
    8    HB2  PHE 328           HB2      PHE 328  13.665   5.738   5.808
    9    HB3  PHE 328           HB3      PHE 328  14.414   5.124   7.278

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLY 329           H        GLY 329  17.432   3.926   5.996
    2    HA2  GLY 329           HA2      GLY 329  18.024   2.196   4.554
    3    HA3  GLY 329           HA3      GLY 329  16.808   2.761   3.418

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    LEU 330           H        LEU 330  16.244   0.520   3.129
    2    HA   LEU 330           HA       LEU 330  14.988  -0.821   5.388
    3    HG   LEU 330           HG       LEU 330  12.562  -0.470   5.850
    4   HD11  LEU 330          1HD1      LEU 330  10.925  -0.822   3.346
    5   HD12  LEU 330          2HD1      LEU 330  10.299  -0.997   4.985
    6   HD13  LEU 330          3HD1      LEU 330  10.917   0.562   4.439
    7   HD21  LEU 330          1HD2      LEU 330  12.928  -2.793   4.028
    8   HD22  LEU 330          2HD2      LEU 330  13.268  -2.643   5.752
    9   HD23  LEU 330          3HD2      LEU 330  11.606  -2.833   5.194
   10    HB2  LEU 330           HB2      LEU 330  13.397   0.759   3.912
   11    HB3  LEU 330           HB3      LEU 330  13.324  -0.697   2.938

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLY 331           H        GLY 331  15.182  -2.986   5.279
    2    HA2  GLY 331           HA2      GLY 331  16.620  -4.723   4.372
    3    HA3  GLY 331           HA3      GLY 331  16.269  -4.095   2.769

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ILE 332           H        ILE 332  14.118  -4.399   1.914
    2    HA   ILE 332           HA       ILE 332  12.276  -6.146   3.246
    3    HB   ILE 332           HB       ILE 332  12.267  -5.373   0.330
    4   HG12  ILE 332          2HG1      ILE 332  12.384  -3.369   1.767
    5   HG21  ILE 332          1HG2      ILE 332  10.743  -7.218   1.562
    6   HG22  ILE 332          2HG2      ILE 332   9.768  -5.774   1.838
    7   HG23  ILE 332          3HG2      ILE 332  10.195  -6.250   0.194
    8   HD11  ILE 332          1HD1      ILE 332  11.384  -4.279   3.810
    9   HD12  ILE 332          2HD1      ILE 332  10.599  -2.792   3.279
   10   HD13  ILE 332          3HD1      ILE 332   9.821  -4.349   2.995
   11   HG13  ILE 332          3HG1      ILE 332  10.826  -3.502   0.957

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ARG 333           H        ARG 333  12.073  -8.298   3.091
    2    HA   ARG 333           HA       ARG 333  14.014  -9.726   1.426
    3    HE   ARG 333           HE       ARG 333  16.168 -13.295   3.552
    4   HH11  ARG 333          1HH1      ARG 333  13.824 -12.191   1.206
    5   HH12  ARG 333          2HH1      ARG 333  13.237 -13.782   0.864
    6   HH21  ARG 333          1HH2      ARG 333  15.391 -15.383   3.100
    7   HH22  ARG 333          2HH2      ARG 333  14.124 -15.593   1.938
    8    HB2  ARG 333           HB2      ARG 333  12.582 -10.321   3.960
    9    HB3  ARG 333           HB3      ARG 333  12.937 -11.684   2.908
   10    HG2  ARG 333           HG2      ARG 333  15.001  -9.718   3.869
   11    HG3  ARG 333           HG3      ARG 333  14.648 -11.256   4.659
   12    HD2  ARG 333           HD2      ARG 333  15.319 -11.181   1.745
   13    HD3  ARG 333           HD3      ARG 333  16.601 -11.097   2.949

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLY 334           H        GLY 334  11.598  -8.523   0.310
    2    HA2  GLY 334           HA2      GLY 334   9.380  -9.748  -0.239
    3    HA3  GLY 334           HA3      GLY 334  10.474 -10.971  -0.867

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ARG 335           H        ARG 335   9.976 -10.855  -3.004
    2    HA   ARG 335           HA       ARG 335  11.047  -8.628  -4.469
    3    HE   ARG 335           HE       ARG 335  11.019 -12.662  -8.160
    4   HH11  ARG 335          1HH1      ARG 335  12.667  -9.673  -8.889
    5   HH12  ARG 335          2HH1      ARG 335  14.086 -10.458  -9.496
    6   HH21  ARG 335          1HH2      ARG 335  12.885 -13.696  -8.958
    7   HH22  ARG 335          2HH2      ARG 335  14.210 -12.742  -9.536
    8    HB2  ARG 335           HB2      ARG 335  10.990 -11.195  -5.065
    9    HB3  ARG 335           HB3      ARG 335   9.433 -10.782  -5.771
   10    HG2  ARG 335           HG2      ARG 335  10.927  -8.842  -6.851
   11    HG3  ARG 335           HG3      ARG 335  12.162 -10.087  -6.650
   12    HD2  ARG 335           HD2      ARG 335   9.572 -10.938  -7.803
   13    HD3  ARG 335           HD3      ARG 335  10.596  -9.919  -8.813

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 336           H        GLU 336   7.818 -10.123  -4.242
    2    HA   GLU 336           HA       GLU 336   6.501  -8.157  -5.774
    3    HB2  GLU 336           HB2      GLU 336   5.609 -10.271  -3.851
    4    HB3  GLU 336           HB3      GLU 336   4.452  -9.074  -4.416
    5    HG2  GLU 336           HG2      GLU 336   6.075 -10.423  -6.480
    6    HG3  GLU 336           HG3      GLU 336   4.871 -11.403  -5.645

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ARG 337           H        ARG 337   6.947  -8.530  -2.278
    2    HA   ARG 337           HA       ARG 337   5.364  -6.363  -1.470
    3    HE   ARG 337           HE       ARG 337   6.748  -9.436   1.333
    4   HH11  ARG 337          1HH1      ARG 337   7.259  -7.900   4.424
    5   HH12  ARG 337          2HH1      ARG 337   8.286  -9.159   5.021
    6   HH21  ARG 337          1HH2      ARG 337   8.098 -11.095   2.116
    7   HH22  ARG 337          2HH2      ARG 337   8.763 -10.973   3.711
    8    HB2  ARG 337           HB2      ARG 337   7.082  -8.247  -0.240
    9    HB3  ARG 337           HB3      ARG 337   7.625  -6.656   0.275
   10    HG2  ARG 337           HG2      ARG 337   5.325  -6.139   0.998
   11    HG3  ARG 337           HG3      ARG 337   4.846  -7.779   0.555
   12    HD2  ARG 337           HD2      ARG 337   6.771  -6.922   2.702
   13    HD3  ARG 337           HD3      ARG 337   5.249  -7.792   2.892

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    PHE 338           H        PHE 338   8.886  -6.528  -1.982
    2    HA   PHE 338           HA       PHE 338   9.404  -3.817  -1.499
    3    HD1  PHE 338           HD1      PHE 338  11.544  -3.981  -4.881
    4    HD2  PHE 338           HD2      PHE 338  12.420  -3.675  -0.728
    5    HE1  PHE 338           HE1      PHE 338  13.184  -2.210  -5.361
    6    HE2  PHE 338           HE2      PHE 338  14.060  -1.903  -1.200
    7    HZ   PHE 338           HZ       PHE 338  14.443  -1.168  -3.519
    8    HB2  PHE 338           HB2      PHE 338  11.171  -5.523  -1.569
    9    HB3  PHE 338           HB3      PHE 338  10.902  -5.740  -3.296

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLU 339           H        GLU 339   8.299  -5.505  -4.356
    2    HA   GLU 339           HA       GLU 339   8.779  -3.473  -6.245
    3    HB2  GLU 339           HB2      GLU 339   7.037  -5.884  -6.109
    4    HB3  GLU 339           HB3      GLU 339   6.657  -4.679  -7.331
    5    HG2  GLU 339           HG2      GLU 339   9.342  -4.957  -7.659
    6    HG3  GLU 339           HG3      GLU 339   8.866  -6.588  -7.187

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    MET 340           H        MET 340   6.088  -4.103  -4.060
    2    HA   MET 340           HA       MET 340   4.327  -2.160  -5.111
    3    HB2  MET 340           HB2      MET 340   4.118  -4.104  -3.216
    4    HB3  MET 340           HB3      MET 340   4.188  -2.666  -2.207
    5    HG2  MET 340           HG2      MET 340   2.010  -2.460  -2.537
    6    HG3  MET 340           HG3      MET 340   2.389  -1.994  -4.194
    7    HE1  MET 340           HE1      MET 340   2.413  -4.879  -1.918
    8    HE2  MET 340           HE2      MET 340   0.933  -5.740  -2.345
    9    HE3  MET 340           HE3      MET 340   2.471  -6.219  -3.063

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    PHE 341           H        PHE 341   6.455  -2.057  -2.250
    2    HA   PHE 341           HA       PHE 341   6.019   0.630  -1.611
    3    HD1  PHE 341           HD1      PHE 341   8.845  -2.663   0.172
    4    HD2  PHE 341           HD2      PHE 341   5.165  -0.528   0.118
    5    HE1  PHE 341           HE1      PHE 341   7.804  -4.427   1.535
    6    HE2  PHE 341           HE2      PHE 341   4.120  -2.283   1.483
    7    HZ   PHE 341           HZ       PHE 341   5.438  -4.237   2.188
    8    HB2  PHE 341           HB2      PHE 341   8.644  -0.780  -1.158
    9    HB3  PHE 341           HB3      PHE 341   7.880   0.454  -0.160

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    ARG 342           H        ARG 342   7.976  -0.822  -4.082
    2    HA   ARG 342           HA       ARG 342   9.650   1.450  -4.540
    3    HE   ARG 342           HE       ARG 342  13.716   0.788  -7.471
    4   HH11  ARG 342          1HH1      ARG 342  11.390   2.779  -5.796
    5   HH12  ARG 342          2HH1      ARG 342  12.571   3.926  -5.259
    6   HH21  ARG 342          1HH2      ARG 342  15.271   2.295  -6.765
    7   HH22  ARG 342          2HH2      ARG 342  14.775   3.651  -5.809
    8    HB2  ARG 342           HB2      ARG 342   9.528  -1.213  -5.453
    9    HB3  ARG 342           HB3      ARG 342   9.347  -0.205  -6.881
   10    HG2  ARG 342           HG2      ARG 342  11.490   0.588  -5.027
   11    HG3  ARG 342           HG3      ARG 342  11.716  -0.953  -5.856
   12    HD2  ARG 342           HD2      ARG 342  11.606   0.059  -7.981
   13    HD3  ARG 342           HD3      ARG 342  10.952   1.557  -7.321

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 343           H        GLU 343   6.776   0.123  -6.159
    2    HA   GLU 343           HA       GLU 343   6.590   2.198  -8.085
    3    HB2  GLU 343           HB2      GLU 343   5.456  -0.195  -7.941
    4    HB3  GLU 343           HB3      GLU 343   4.158   0.719  -7.186
    5    HG2  GLU 343           HG2      GLU 343   3.786   1.997  -9.113
    6    HG3  GLU 343           HG3      GLU 343   5.322   1.514  -9.831

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 344           H        LEU 344   5.425   1.801  -4.821
    2    HA   LEU 344           HA       LEU 344   3.560   3.953  -4.871
    3    HG   LEU 344           HG       LEU 344   1.990   3.141  -3.540
    4   HD11  LEU 344          1HD1      LEU 344   3.098   1.000  -4.394
    5   HD12  LEU 344          2HD1      LEU 344   2.856   0.378  -2.761
    6   HD13  LEU 344          3HD1      LEU 344   1.468   0.874  -3.731
    7   HD21  LEU 344          1HD2      LEU 344   2.351   3.515  -1.081
    8   HD22  LEU 344          2HD2      LEU 344   1.051   2.396  -1.491
    9   HD23  LEU 344          3HD2      LEU 344   2.603   1.776  -0.929
   10    HB2  LEU 344           HB2      LEU 344   4.719   2.149  -2.846
   11    HB3  LEU 344           HB3      LEU 344   4.216   3.718  -2.246

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ASN 345           H        ASN 345   6.954   3.630  -3.970
    2    HA   ASN 345           HA       ASN 345   7.277   6.205  -2.869
    3   HD21  ASN 345          1HD2      ASN 345  11.472   5.001  -3.785
    4   HD22  ASN 345          2HD2      ASN 345  11.945   6.509  -3.088
    5    HB2  ASN 345           HB2      ASN 345   8.887   4.339  -2.557
    6    HB3  ASN 345           HB3      ASN 345   9.360   4.495  -4.247

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    GLU 346           H        GLU 346   7.544   4.970  -6.160
    2    HA   GLU 346           HA       GLU 346   8.555   7.413  -7.252
    3    HB2  GLU 346           HB2      GLU 346   8.860   5.126  -8.267
    4    HB3  GLU 346           HB3      GLU 346   7.164   5.176  -8.730
    5    HG2  GLU 346           HG2      GLU 346   7.759   7.366  -9.921
    6    HG3  GLU 346           HG3      GLU 346   9.434   6.849  -9.733

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ALA 347           H        ALA 347   5.373   5.961  -6.874
    2    HA   ALA 347           HA       ALA 347   4.030   7.982  -8.411
    3    HB1  ALA 347           HB1      ALA 347   3.266   5.567  -8.008
    4    HB2  ALA 347           HB2      ALA 347   2.047   6.839  -7.940
    5    HB3  ALA 347           HB3      ALA 347   2.689   6.152  -6.448

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    LEU 348           H        LEU 348   4.835   7.462  -5.051
    2    HA   LEU 348           HA       LEU 348   3.113   9.557  -4.081
    3    HG   LEU 348           HG       LEU 348   2.472   7.486  -3.042
    4   HD11  LEU 348          1HD1      LEU 348   4.661   6.318  -1.480
    5   HD12  LEU 348          2HD1      LEU 348   3.048   6.031  -0.825
    6   HD13  LEU 348          3HD1      LEU 348   3.430   5.540  -2.475
    7   HD21  LEU 348          1HD2      LEU 348   3.137   8.905  -0.493
    8   HD22  LEU 348          2HD2      LEU 348   1.774   9.149  -1.586
    9   HD23  LEU 348          3HD2      LEU 348   1.829   7.723  -0.549
   10    HB2  LEU 348           HB2      LEU 348   5.194   7.786  -2.855
   11    HB3  LEU 348           HB3      LEU 348   4.612   9.188  -1.978

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLU 349           H        GLU 349   6.384   9.268  -5.211
    2    HA   GLU 349           HA       GLU 349   7.271  11.766  -4.090
    3    HB2  GLU 349           HB2      GLU 349   8.444   9.774  -6.006
    4    HB3  GLU 349           HB3      GLU 349   9.194  11.350  -5.791
    5    HG2  GLU 349           HG2      GLU 349   8.573   9.792  -3.351
    6    HG3  GLU 349           HG3      GLU 349   9.894   9.223  -4.371

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 350           H        LEU 350   5.855  10.670  -7.088
    2    HA   LEU 350           HA       LEU 350   6.437  13.065  -8.553
    3    HG   LEU 350           HG       LEU 350   7.299  11.084  -9.817
    4   HD11  LEU 350          1HD1      LEU 350   5.058   9.744 -11.248
    5   HD12  LEU 350          2HD1      LEU 350   6.635   9.845 -12.031
    6   HD13  LEU 350          3HD1      LEU 350   6.477   9.047 -10.466
    7   HD21  LEU 350          1HD2      LEU 350   6.252  13.236 -10.966
    8   HD22  LEU 350          2HD2      LEU 350   7.613  12.364 -11.672
    9   HD23  LEU 350          3HD2      LEU 350   5.980  12.087 -12.277
   10    HB2  LEU 350           HB2      LEU 350   4.848  10.595  -9.023
   11    HB3  LEU 350           HB3      LEU 350   4.459  12.007  -9.987

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    LYS 351           H        LYS 351   3.799  11.891  -6.576
    2    HA   LYS 351           HA       LYS 351   1.928  13.905  -7.341
    3    HB2  LYS 351           HB2      LYS 351   1.253  11.734  -6.365
    4    HB3  LYS 351           HB3      LYS 351   1.994  12.204  -4.842
    5    HG2  LYS 351           HG2      LYS 351   0.388  14.264  -5.054
    6    HG3  LYS 351           HG3      LYS 351  -0.512  13.178  -6.115
    7    HD2  LYS 351           HD2      LYS 351   0.367  12.392  -3.346
    8    HD3  LYS 351           HD3      LYS 351  -1.183  13.173  -3.671
    9    HE2  LYS 351           HE2      LYS 351  -0.361  10.706  -5.159
   10    HE3  LYS 351           HE3      LYS 351  -1.079  10.592  -3.552
   11    HZ1  LYS 351           HZ1      LYS 351  -2.990  11.854  -4.395
   12    HZ2  LYS 351           HZ2      LYS 351  -2.308  11.852  -5.944
   13    HZ3  LYS 351           HZ3      LYS 351  -2.776  10.395  -5.223

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    ASP 352           H        ASP 352   4.450  13.657  -4.941
    2    HA   ASP 352           HA       ASP 352   3.626  15.852  -3.336
    3    HB2  ASP 352           HB2      ASP 352   6.114  14.227  -3.616
    4    HB3  ASP 352           HB3      ASP 352   6.221  15.772  -2.777

  No H/Q in entry =           4
  Start of MODEL   11
    1    H    ALA 353           H        ALA 353   5.531  15.541  -6.248
    2    HA   ALA 353           HA       ALA 353   6.654  18.165  -6.168
    3    HB1  ALA 353           HB1      ALA 353   6.291  16.346  -8.546
    4    HB2  ALA 353           HB2      ALA 353   7.661  16.304  -7.437
    5    HB3  ALA 353           HB3      ALA 353   7.377  17.731  -8.433

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLN 354           H        GLN 354   3.867  16.712  -7.809
    2    HA   GLN 354           HA       GLN 354   3.113  19.184  -9.070
    3   HE21  GLN 354          1HE2      GLN 354  -0.503  16.834 -10.145
    4   HE22  GLN 354          2HE2      GLN 354  -1.834  16.802  -9.044
    5    HB2  GLN 354           HB2      GLN 354   1.122  17.942  -9.809
    6    HB3  GLN 354           HB3      GLN 354   2.605  17.063 -10.154
    7    HG2  GLN 354           HG2      GLN 354   1.513  15.330  -9.265
    8    HG3  GLN 354           HG3      GLN 354   1.973  16.056  -7.726

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    ALA 355           H        ALA 355   2.296  17.469  -6.142
    2    HA   ALA 355           HA       ALA 355   0.436  19.646  -5.441
    3    HB1  ALA 355           HB1      ALA 355   0.233  16.703  -4.984
    4    HB2  ALA 355           HB2      ALA 355  -0.528  17.818  -3.851
    5    HB3  ALA 355           HB3      ALA 355  -0.990  17.839  -5.553

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLY 356           H        GLY 356   1.740  20.947  -4.247
    2    HA2  GLY 356           HA2      GLY 356   3.351  21.528  -2.663
    3    HA3  GLY 356           HA3      GLY 356   3.566  19.824  -2.292

  No H/Q in entry =           3
  Start of MODEL   11
    1    H1   GLU 326           H1       GLU 326  14.821 -12.590  -1.945
    2    H2   GLU 326           H2       GLU 326  15.964 -13.859  -2.120
    3    H3   GLU 326           H3       GLU 326  15.660 -13.188  -0.572
    4    HA   GLU 326           HA       GLU 326  17.690 -12.353  -1.344
    5    HB2  GLU 326           HB2      GLU 326  16.070 -11.879  -3.828
    6    HB3  GLU 326           HB3      GLU 326  17.511 -10.921  -3.516
    7    HG2  GLU 326           HG2      GLU 326  18.869 -12.919  -3.458
    8    HG3  GLU 326           HG3      GLU 326  17.436 -13.926  -3.661

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    SER 327           H        SER 327  18.227 -10.471  -0.399
    2    HA   SER 327           HA       SER 327  16.125  -8.738   0.520
    3    HG   SER 327           HG       SER 327  17.807  -8.390   3.179
    4    HB2  SER 327           HB2      SER 327  19.052  -9.007   1.015
    5    HB3  SER 327           HB3      SER 327  18.302  -7.449   1.360

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    PHE 328           H        PHE 328  15.997  -6.470   0.159
    2    HA   PHE 328           HA       PHE 328  17.475  -5.414  -2.130
    3    HD1  PHE 328           HD1      PHE 328  13.392  -7.199  -2.023
    4    HD2  PHE 328           HD2      PHE 328  16.885  -6.647  -4.390
    5    HE1  PHE 328           HE1      PHE 328  13.048  -9.413  -3.039
    6    HE2  PHE 328           HE2      PHE 328  16.547  -8.860  -5.411
    7    HZ   PHE 328           HZ       PHE 328  14.626 -10.246  -4.736
    8    HB2  PHE 328           HB2      PHE 328  14.471  -5.164  -1.976
    9    HB3  PHE 328           HB3      PHE 328  15.524  -4.709  -3.311

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLY 329           H        GLY 329  18.117  -3.380  -1.798
    2    HA2  GLY 329           HA2      GLY 329  18.537  -1.490  -0.517
    3    HA3  GLY 329           HA3      GLY 329  17.334  -2.042   0.639

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    LEU 330           H        LEU 330  16.299  -0.081   0.852
    2    HA   LEU 330           HA       LEU 330  15.100   1.067  -1.570
    3    HG   LEU 330           HG       LEU 330  12.964   0.670  -2.101
    4   HD11  LEU 330          1HD1      LEU 330  11.734  -1.017  -0.463
    5   HD12  LEU 330          2HD1      LEU 330  10.658   0.366  -0.264
    6   HD13  LEU 330          3HD1      LEU 330  10.930  -0.315  -1.867
    7   HD21  LEU 330          1HD2      LEU 330  12.940   2.923  -0.776
    8   HD22  LEU 330          2HD2      LEU 330  11.713   2.597  -2.001
    9   HD23  LEU 330          3HD2      LEU 330  11.331   2.390  -0.291
   10    HB2  LEU 330           HB2      LEU 330  13.657  -0.483   0.144
   11    HB3  LEU 330           HB3      LEU 330  13.394   1.109   0.829

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLY 331           H        GLY 331  15.172   3.235  -1.665
    2    HA2  GLY 331           HA2      GLY 331  16.380   5.186  -0.961
    3    HA3  GLY 331           HA3      GLY 331  16.220   4.638   0.700

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ILE 332           H        ILE 332  14.296   5.007   1.821
    2    HA   ILE 332           HA       ILE 332  12.285   6.658   0.458
    3    HB   ILE 332           HB       ILE 332  12.049   5.330   3.158
    4   HG12  ILE 332          2HG1      ILE 332  10.501   4.272   0.880
    5   HG21  ILE 332          1HG2      ILE 332  10.574   7.366   2.179
    6   HG22  ILE 332          2HG2      ILE 332   9.667   5.986   1.561
    7   HG23  ILE 332          3HG2      ILE 332   9.955   6.147   3.293
    8   HD11  ILE 332          1HD1      ILE 332  10.666   3.328   3.260
    9   HD12  ILE 332          2HD1      ILE 332  10.759   2.212   1.898
   10   HD13  ILE 332          3HD1      ILE 332  12.230   2.700   2.739
   11   HG13  ILE 332          3HG1      ILE 332  12.236   3.980   0.798

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ARG 333           H        ARG 333  12.391   8.778   0.749
    2    HA   ARG 333           HA       ARG 333  13.821   9.837   3.074
    3    HE   ARG 333           HE       ARG 333  16.818  14.207   1.602
    4   HH11  ARG 333          1HH1      ARG 333  13.499  13.955   0.553
    5   HH12  ARG 333          2HH1      ARG 333  13.197  15.655   0.687
    6   HH21  ARG 333          1HH2      ARG 333  16.423  16.443   1.779
    7   HH22  ARG 333          2HH2      ARG 333  14.857  17.068   1.382
    8    HB2  ARG 333           HB2      ARG 333  14.236  10.528   0.590
    9    HB3  ARG 333           HB3      ARG 333  12.804  11.523   0.813
   10    HG2  ARG 333           HG2      ARG 333  13.842  12.943   2.266
   11    HG3  ARG 333           HG3      ARG 333  14.974  11.713   2.832
   12    HD2  ARG 333           HD2      ARG 333  16.415  12.035   1.078
   13    HD3  ARG 333           HD3      ARG 333  15.143  12.604  -0.002

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLY 334           H        GLY 334  11.231   8.733   3.479
    2    HA2  GLY 334           HA2      GLY 334   8.963  10.028   3.491
    3    HA3  GLY 334           HA3      GLY 334   9.887  11.134   4.496

  No H/Q in entry =           3
  Start of MODEL   11
    1    H    ARG 335           H        ARG 335   9.124  10.901   6.499
    2    HA   ARG 335           HA       ARG 335   9.610   8.521   7.958
    3    HE   ARG 335           HE       ARG 335  11.272  11.057  10.461
    4   HH11  ARG 335          1HH1      ARG 335   9.184  12.724  12.706
    5   HH12  ARG 335          2HH1      ARG 335  10.291  14.032  12.958
    6   HH21  ARG 335          1HH2      ARG 335  12.729  12.776  10.791
    7   HH22  ARG 335          2HH2      ARG 335  12.303  14.062  11.870
    8    HB2  ARG 335           HB2      ARG 335   9.357  11.068   8.696
    9    HB3  ARG 335           HB3      ARG 335   7.704  10.555   9.007
   10    HG2  ARG 335           HG2      ARG 335   8.394   8.961  10.602
   11    HG3  ARG 335           HG3      ARG 335  10.084   9.097  10.114
   12    HD2  ARG 335           HD2      ARG 335   8.547  11.422  11.235
   13    HD3  ARG 335           HD3      ARG 335   9.389  10.270  12.270

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 336           H        GLU 336   6.584  10.101   6.941
    2    HA   GLU 336           HA       GLU 336   4.883   8.069   7.923
    3    HB2  GLU 336           HB2      GLU 336   4.534  10.294   5.933
    4    HB3  GLU 336           HB3      GLU 336   3.250   9.125   6.212
    5    HG2  GLU 336           HG2      GLU 336   2.786  10.998   7.571
    6    HG3  GLU 336           HG3      GLU 336   3.361   9.720   8.641

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ARG 337           H        ARG 337   6.497   8.571   4.843
    2    HA   ARG 337           HA       ARG 337   5.119   6.612   3.360
    3    HE   ARG 337           HE       ARG 337   5.547   9.464   1.845
    4   HH11  ARG 337          1HH1      ARG 337   2.567   7.715   1.358
    5   HH12  ARG 337          2HH1      ARG 337   1.575   8.977   2.006
    6   HH21  ARG 337          1HH2      ARG 337   4.244  11.125   2.698
    7   HH22  ARG 337          2HH2      ARG 337   2.526  10.913   2.767
    8    HB2  ARG 337           HB2      ARG 337   7.008   8.484   2.775
    9    HB3  ARG 337           HB3      ARG 337   7.969   7.013   2.710
   10    HG2  ARG 337           HG2      ARG 337   7.061   7.665   0.522
   11    HG3  ARG 337           HG3      ARG 337   6.507   6.074   1.045
   12    HD2  ARG 337           HD2      ARG 337   4.773   7.635   0.020
   13    HD3  ARG 337           HD3      ARG 337   4.359   6.861   1.548

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    PHE 338           H        PHE 338   8.315   6.441   4.936
    2    HA   PHE 338           HA       PHE 338   8.735   3.710   4.477
    3    HD1  PHE 338           HD1      PHE 338   9.472   3.353   8.192
    4    HD2  PHE 338           HD2      PHE 338  12.089   3.536   4.841
    5    HE1  PHE 338           HE1      PHE 338  10.728   1.430   9.073
    6    HE2  PHE 338           HE2      PHE 338  13.349   1.612   5.715
    7    HZ   PHE 338           HZ       PHE 338  12.669   0.556   7.834
    8    HB2  PHE 338           HB2      PHE 338  10.535   5.225   5.166
    9    HB3  PHE 338           HB3      PHE 338   9.768   5.442   6.736

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    GLU 339           H        GLU 339   6.927   5.399   6.941
    2    HA   GLU 339           HA       GLU 339   6.656   3.281   8.778
    3    HB2  GLU 339           HB2      GLU 339   5.238   5.841   8.250
    4    HB3  GLU 339           HB3      GLU 339   4.385   4.637   9.206
    5    HG2  GLU 339           HG2      GLU 339   7.147   5.067  10.046
    6    HG3  GLU 339           HG3      GLU 339   6.125   6.498  10.178

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    MET 340           H        MET 340   4.861   4.183   5.890
    2    HA   MET 340           HA       MET 340   2.720   2.363   6.244
    3    HB2  MET 340           HB2      MET 340   3.057   4.392   4.576
    4    HB3  MET 340           HB3      MET 340   3.653   3.127   3.511
    5    HG2  MET 340           HG2      MET 340   1.540   2.827   2.911
    6    HG3  MET 340           HG3      MET 340   1.314   2.063   4.483
    7    HE1  MET 340           HE1      MET 340   1.595   5.175   2.583
    8    HE2  MET 340           HE2      MET 340  -0.087   5.704   2.603
    9    HE3  MET 340           HE3      MET 340   1.078   6.429   3.710

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    PHE 341           H        PHE 341   5.576   2.196   4.107
    2    HA   PHE 341           HA       PHE 341   5.173  -0.472   3.317
    3    HD1  PHE 341           HD1      PHE 341   8.516   2.667   2.257
    4    HD2  PHE 341           HD2      PHE 341   4.759   0.815   1.513
    5    HE1  PHE 341           HE1      PHE 341   7.911   4.507   0.741
    6    HE2  PHE 341           HE2      PHE 341   4.149   2.647  -0.005
    7    HZ   PHE 341           HZ       PHE 341   5.724   4.497  -0.388
    8    HB2  PHE 341           HB2      PHE 341   7.890   0.813   3.504
    9    HB3  PHE 341           HB3      PHE 341   7.310  -0.360   2.325

  No H/Q in entry =           9
  Start of MODEL   11
    1    H    ARG 342           H        ARG 342   6.547   0.905   6.189
    2    HA   ARG 342           HA       ARG 342   7.982  -1.429   7.009
    3    HE   ARG 342           HE       ARG 342  10.458   0.744  11.508
    4   HH11  ARG 342          1HH1      ARG 342   7.603  -1.169  12.118
    5   HH12  ARG 342          2HH1      ARG 342   8.328  -2.066  13.410
    6   HH21  ARG 342          1HH2      ARG 342  11.413  -0.435  13.207
    7   HH22  ARG 342          2HH2      ARG 342  10.490  -1.649  14.029
    8    HB2  ARG 342           HB2      ARG 342   8.578   0.805   7.835
    9    HB3  ARG 342           HB3      ARG 342   7.012   0.938   8.624
   10    HG2  ARG 342           HG2      ARG 342   7.701  -1.182   9.898
   11    HG3  ARG 342           HG3      ARG 342   9.333  -0.813   9.337
   12    HD2  ARG 342           HD2      ARG 342   8.726   1.583  10.271
   13    HD3  ARG 342           HD3      ARG 342   7.600   0.654  11.260

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    GLU 343           H        GLU 343   4.791  -0.074   7.690
    2    HA   GLU 343           HA       GLU 343   4.089  -2.104   9.584
    3    HB2  GLU 343           HB2      GLU 343   3.099   0.348   9.076
    4    HB3  GLU 343           HB3      GLU 343   1.950  -0.619   8.163
    5    HG2  GLU 343           HG2      GLU 343   0.851  -0.720  10.105
    6    HG3  GLU 343           HG3      GLU 343   2.014  -1.988  10.490

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 344           H        LEU 344   3.817  -1.688   6.135
    2    HA   LEU 344           HA       LEU 344   1.930  -3.801   5.730
    3    HG   LEU 344           HG       LEU 344   1.103  -4.013   3.675
    4   HD11  LEU 344          1HD1      LEU 344   1.077  -1.077   3.660
    5   HD12  LEU 344          2HD1      LEU 344   0.062  -1.842   2.437
    6   HD13  LEU 344          3HD1      LEU 344  -0.171  -2.225   4.143
    7   HD21  LEU 344          1HD2      LEU 344   2.886  -3.824   1.739
    8   HD22  LEU 344          2HD2      LEU 344   1.176  -4.079   1.392
    9   HD23  LEU 344          3HD2      LEU 344   1.872  -2.464   1.255
   10    HB2  LEU 344           HB2      LEU 344   2.889  -1.736   4.198
   11    HB3  LEU 344           HB3      LEU 344   3.683  -3.124   3.479

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    ASN 345           H        ASN 345   5.412  -3.533   5.868
    2    HA   ASN 345           HA       ASN 345   5.955  -6.097   4.735
    3   HD21  ASN 345          1HD2      ASN 345   8.429  -5.736   3.394
    4   HD22  ASN 345          2HD2      ASN 345   9.575  -6.922   3.907
    5    HB2  ASN 345           HB2      ASN 345   7.593  -4.200   4.810
    6    HB3  ASN 345           HB3      ASN 345   7.733  -4.454   6.547

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    GLU 346           H        GLU 346   5.612  -4.846   8.022
    2    HA   GLU 346           HA       GLU 346   6.288  -7.326   9.278
    3    HB2  GLU 346           HB2      GLU 346   6.544  -5.095  10.368
    4    HB3  GLU 346           HB3      GLU 346   4.792  -4.970  10.442
    5    HG2  GLU 346           HG2      GLU 346   4.718  -6.972  11.852
    6    HG3  GLU 346           HG3      GLU 346   6.478  -7.063  11.797

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    ALA 347           H        ALA 347   3.344  -5.798   8.176
    2    HA   ALA 347           HA       ALA 347   1.594  -7.650   9.507
    3    HB1  ALA 347           HB1      ALA 347   0.765  -5.968   7.175
    4    HB2  ALA 347           HB2      ALA 347   1.096  -5.226   8.740
    5    HB3  ALA 347           HB3      ALA 347  -0.166  -6.449   8.593

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    LEU 348           H        LEU 348   3.153  -7.414   6.390
    2    HA   LEU 348           HA       LEU 348   1.569  -9.462   5.152
    3    HG   LEU 348           HG       LEU 348   1.422  -7.466   3.746
    4   HD11  LEU 348          1HD1      LEU 348   3.794  -6.429   2.983
    5   HD12  LEU 348          2HD1      LEU 348   3.210  -7.067   1.446
    6   HD13  LEU 348          3HD1      LEU 348   2.235  -5.905   2.347
    7   HD21  LEU 348          1HD2      LEU 348   1.351  -9.773   2.703
    8   HD22  LEU 348          2HD2      LEU 348   0.785  -8.440   1.695
    9   HD23  LEU 348          3HD2      LEU 348   2.390  -9.125   1.434
   10    HB2  LEU 348           HB2      LEU 348   3.963  -7.860   4.414
   11    HB3  LEU 348           HB3      LEU 348   3.704  -9.370   3.562

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    GLU 349           H        GLU 349   4.513  -9.327   7.011
    2    HA   GLU 349           HA       GLU 349   5.435 -11.942   6.322
    3    HB2  GLU 349           HB2      GLU 349   6.193  -9.849   8.295
    4    HB3  GLU 349           HB3      GLU 349   6.703 -11.498   8.632
    5    HG2  GLU 349           HG2      GLU 349   7.219 -10.627   5.890
    6    HG3  GLU 349           HG3      GLU 349   8.075  -9.699   7.121

  No H/Q in entry =           6
  Start of MODEL   11
    1    H    LEU 350           H        LEU 350   3.284 -10.619   8.728
    2    HA   LEU 350           HA       LEU 350   3.248 -12.872  10.457
    3    HG   LEU 350           HG       LEU 350   3.605 -10.819  11.747
    4   HD11  LEU 350          1HD1      LEU 350   1.070  -9.270  12.096
    5   HD12  LEU 350          2HD1      LEU 350   2.347  -9.187  13.309
    6   HD13  LEU 350          3HD1      LEU 350   2.677  -8.700  11.646
    7   HD21  LEU 350          1HD2      LEU 350   1.204 -11.938  13.171
    8   HD22  LEU 350          2HD2      LEU 350   2.794 -12.672  12.966
    9   HD23  LEU 350          3HD2      LEU 350   2.598 -11.275  14.024
   10    HB2  LEU 350           HB2      LEU 350   1.565 -10.445  10.076
   11    HB3  LEU 350           HB3      LEU 350   0.890 -11.777  10.994

  No H/Q in entry =          11
  Start of MODEL   11
    1    H    LYS 351           H        LYS 351   1.384 -11.934   7.625
    2    HA   LYS 351           HA       LYS 351  -0.628 -13.899   7.837
    3    HB2  LYS 351           HB2      LYS 351  -0.497 -11.805   6.312
    4    HB3  LYS 351           HB3      LYS 351   0.374 -12.856   5.204
    5    HG2  LYS 351           HG2      LYS 351  -1.714 -14.425   5.632
    6    HG3  LYS 351           HG3      LYS 351  -2.481 -12.878   5.996
    7    HD2  LYS 351           HD2      LYS 351  -0.993 -13.541   3.456
    8    HD3  LYS 351           HD3      LYS 351  -2.748 -13.512   3.635
    9    HE2  LYS 351           HE2      LYS 351  -2.818 -11.208   3.854
   10    HE3  LYS 351           HE3      LYS 351  -1.132 -11.105   4.360
   11    HZ1  LYS 351           HZ1      LYS 351  -0.704 -11.984   1.967
   12    HZ2  LYS 351           HZ2      LYS 351  -2.246 -11.365   1.655
   13    HZ3  LYS 351           HZ3      LYS 351  -1.022 -10.342   2.218

  No H/Q in entry =          13
  Start of MODEL   11
    1    H    ASP 352           H        ASP 352   2.621 -13.957   6.546
    2    HA   ASP 352           HA       ASP 352   2.368 -16.411   5.127
    3    HB2  ASP 352           HB2      ASP 352   4.158 -14.641   4.787
    4    HB3  ASP 352           HB3      ASP 352   4.922 -15.256   6.250

  No H/Q in entry =           4
  Start of MODEL   11
    1    H    ALA 353           H        ALA 353   3.451 -15.553   8.381
    2    HA   ALA 353           HA       ALA 353   4.334 -18.130   9.128
    3    HB1  ALA 353           HB1      ALA 353   5.159 -16.621  10.601
    4    HB2  ALA 353           HB2      ALA 353   3.710 -17.068  11.502
    5    HB3  ALA 353           HB3      ALA 353   3.724 -15.598  10.527

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLN 354           H        GLN 354   1.196 -16.576   9.162
    2    HA   GLN 354           HA       GLN 354  -0.074 -18.562  10.785
    3   HE21  GLN 354          1HE2      GLN 354  -1.311 -14.727  13.183
    4   HE22  GLN 354          2HE2      GLN 354  -2.536 -15.645  13.984
    5    HB2  GLN 354           HB2      GLN 354  -1.197 -16.426   8.967
    6    HB3  GLN 354           HB3      GLN 354  -2.184 -17.466   9.985
    7    HG2  GLN 354           HG2      GLN 354  -0.025 -16.096  11.404
    8    HG3  GLN 354           HG3      GLN 354  -1.229 -15.023  10.693

  No H/Q in entry =           8
  Start of MODEL   11
    1    H    ALA 355           H        ALA 355   0.475 -18.098   7.366
    2    HA   ALA 355           HA       ALA 355  -1.390 -20.100   6.512
    3    HB1  ALA 355           HB1      ALA 355  -0.717 -18.227   5.066
    4    HB2  ALA 355           HB2      ALA 355  -0.423 -19.793   4.310
    5    HB3  ALA 355           HB3      ALA 355   0.919 -18.881   5.002

  No H/Q in entry =           5
  Start of MODEL   11
    1    H    GLY 356           H        GLY 356   1.990 -20.034   7.405
    2    HA2  GLY 356           HA2      GLY 356   2.032 -22.964   7.197
    3    HA3  GLY 356           HA3      GLY 356   3.095 -21.991   8.202

  No H/Q in entry =           3
  Start of MODEL   12
    1    H1   GLU 326           H1       GLU 326 -17.700   1.001  10.403
    2    H2   GLU 326           H2       GLU 326 -16.885   2.503  10.242
    3    H3   GLU 326           H3       GLU 326 -18.311   2.400  11.187
    4    HB2  GLU 326           HB2      GLU 326 -17.874   4.348   9.276
    5    HB3  GLU 326           HB3      GLU 326 -19.149   4.126   8.086
    6    HG2  GLU 326           HG2      GLU 326 -20.823   4.071   9.770
    7    HG3  GLU 326           HG3      GLU 326 -19.615   3.992  11.051
    8    HA   GLU 326           HA       GLU 326 -19.587   1.871   9.259

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    SER 327           H        SER 327 -19.613   0.856   7.362
    2    HA   SER 327           HA       SER 327 -17.110   0.356   5.980
    3    HG   SER 327           HG       SER 327 -18.227  -1.138   3.704
    4    HB2  SER 327           HB2      SER 327 -18.900  -1.413   6.439
    5    HB3  SER 327           HB3      SER 327 -19.837  -0.642   5.159

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    PHE 328           H        PHE 328 -16.415   1.822   4.573
    2    HA   PHE 328           HA       PHE 328 -18.357   3.401   3.055
    3    HD1  PHE 328           HD1      PHE 328 -17.744   6.290   4.203
    4    HD2  PHE 328           HD2      PHE 328 -15.066   3.249   5.502
    5    HE1  PHE 328           HE1      PHE 328 -17.803   7.218   6.481
    6    HE2  PHE 328           HE2      PHE 328 -15.121   4.170   7.783
    7    HZ   PHE 328           HZ       PHE 328 -16.491   6.157   8.275
    8    HB2  PHE 328           HB2      PHE 328 -15.365   3.786   3.119
    9    HB3  PHE 328           HB3      PHE 328 -16.592   4.943   2.617

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLY 329           H        GLY 329 -18.816   2.922   1.014
    2    HA2  GLY 329           HA2      GLY 329 -18.763   1.821  -1.008
    3    HA3  GLY 329           HA3      GLY 329 -17.526   0.767  -0.338

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    LEU 330           H        LEU 330 -16.021   0.740  -1.909
    2    HA   LEU 330           HA       LEU 330 -15.065   3.321  -2.946
    3    HG   LEU 330           HG       LEU 330 -13.045   4.167  -2.308
    4   HD11  LEU 330          1HD1      LEU 330 -11.840   2.788  -0.397
    5   HD12  LEU 330          2HD1      LEU 330 -10.605   2.615  -1.644
    6   HD13  LEU 330          3HD1      LEU 330 -11.107   4.222  -1.117
    7   HD21  LEU 330          1HD2      LEU 330 -12.594   2.647  -4.435
    8   HD22  LEU 330          2HD2      LEU 330 -11.679   4.123  -4.127
    9   HD23  LEU 330          3HD2      LEU 330 -10.988   2.555  -3.711
   10    HB2  LEU 330           HB2      LEU 330 -13.668   1.970  -1.091
   11    HB3  LEU 330           HB3      LEU 330 -13.066   1.173  -2.533

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLY 331           H        GLY 331 -14.766   3.392  -5.094
    2    HA2  GLY 331           HA2      GLY 331 -15.430   2.522  -7.215
    3    HA3  GLY 331           HA3      GLY 331 -15.198   0.898  -6.586

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ILE 332           H        ILE 332 -13.080   0.052  -6.428
    2    HA   ILE 332           HA       ILE 332 -10.856   1.587  -7.455
    3    HB   ILE 332           HB       ILE 332 -10.888  -1.356  -6.798
    4   HG12  ILE 332          2HG1      ILE 332  -9.722  -0.238  -4.641
    5   HG21  ILE 332          1HG2      ILE 332  -8.680   0.686  -6.994
    6   HG22  ILE 332          2HG2      ILE 332  -8.472  -0.959  -6.392
    7   HG23  ILE 332          3HG2      ILE 332  -8.960  -0.687  -8.065
    8   HD11  ILE 332          1HD1      ILE 332 -12.336  -1.322  -5.181
    9   HD12  ILE 332          2HD1      ILE 332 -11.314  -1.490  -3.754
   10   HD13  ILE 332          3HD1      ILE 332 -12.388  -0.099  -3.911
   11   HG13  ILE 332          3HG1      ILE 332 -10.868   1.038  -5.044

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ARG 333           H        ARG 333 -10.072   1.555  -9.470
    2    HA   ARG 333           HA       ARG 333 -11.328  -0.281 -11.393
    3    HE   ARG 333           HE       ARG 333 -10.129   2.640 -15.157
    4   HH11  ARG 333          1HH1      ARG 333  -9.690  -0.637 -16.274
    5   HH12  ARG 333          2HH1      ARG 333  -8.960  -0.161 -17.771
    6   HH21  ARG 333          1HH2      ARG 333  -9.169   3.267 -17.124
    7   HH22  ARG 333          2HH2      ARG 333  -8.663   2.055 -18.253
    8    HB2  ARG 333           HB2      ARG 333 -11.271   2.394 -11.534
    9    HB3  ARG 333           HB3      ARG 333  -9.742   2.051 -12.331
   10    HG2  ARG 333           HG2      ARG 333 -12.274   0.689 -13.171
   11    HG3  ARG 333           HG3      ARG 333 -11.839   2.289 -13.777
   12    HD2  ARG 333           HD2      ARG 333  -9.700   0.274 -13.903
   13    HD3  ARG 333           HD3      ARG 333 -11.095  -0.049 -14.932

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLY 334           H        GLY 334  -9.808  -1.947 -10.629
    2    HA2  GLY 334           HA2      GLY 334  -6.999  -1.617 -11.130
    3    HA3  GLY 334           HA3      GLY 334  -7.806  -2.527 -12.397

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ARG 335           H        ARG 335  -7.406  -4.617 -12.145
    2    HA   ARG 335           HA       ARG 335  -8.289  -6.070  -9.904
    3    HE   ARG 335           HE       ARG 335  -3.191  -7.868 -13.206
    4   HH11  ARG 335          1HH1      ARG 335  -6.276  -9.455 -12.828
    5   HH12  ARG 335          2HH1      ARG 335  -6.012 -10.556 -14.138
    6   HH21  ARG 335          1HH2      ARG 335  -2.841  -9.315 -14.930
    7   HH22  ARG 335          2HH2      ARG 335  -4.062 -10.477 -15.331
    8    HB2  ARG 335           HB2      ARG 335  -7.125  -7.989 -10.947
    9    HB3  ARG 335           HB3      ARG 335  -8.139  -7.112 -12.084
   10    HG2  ARG 335           HG2      ARG 335  -6.327  -7.265 -13.399
   11    HG3  ARG 335           HG3      ARG 335  -5.798  -5.852 -12.484
   12    HD2  ARG 335           HD2      ARG 335  -4.209  -7.005 -11.364
   13    HD3  ARG 335           HD3      ARG 335  -5.185  -8.471 -11.278

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 336           H        GLU 336  -5.108  -4.873 -10.841
    2    HA   GLU 336           HA       GLU 336  -3.698  -6.200  -8.747
    3    HB2  GLU 336           HB2      GLU 336  -1.814  -4.787  -9.384
    4    HB3  GLU 336           HB3      GLU 336  -2.585  -5.466 -10.811
    5    HG2  GLU 336           HG2      GLU 336  -3.827  -3.302 -11.049
    6    HG3  GLU 336           HG3      GLU 336  -2.800  -2.656  -9.771

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ARG 337           H        ARG 337  -4.952  -2.912  -9.180
    2    HA   ARG 337           HA       ARG 337  -3.965  -1.825  -6.792
    3    HE   ARG 337           HE       ARG 337  -4.082   1.703  -9.440
    4   HH11  ARG 337          1HH1      ARG 337  -7.263   3.096  -9.091
    5   HH12  ARG 337          2HH1      ARG 337  -7.219   3.895 -10.627
    6   HH21  ARG 337          1HH2      ARG 337  -4.022   2.753 -11.460
    7   HH22  ARG 337          2HH2      ARG 337  -5.379   3.700 -11.972
    8    HB2  ARG 337           HB2      ARG 337  -5.416  -0.879  -8.925
    9    HB3  ARG 337           HB3      ARG 337  -6.594  -0.817  -7.621
   10    HG2  ARG 337           HG2      ARG 337  -5.031   0.516  -6.284
   11    HG3  ARG 337           HG3      ARG 337  -3.872   0.473  -7.615
   12    HD2  ARG 337           HD2      ARG 337  -6.636   1.444  -8.151
   13    HD3  ARG 337           HD3      ARG 337  -5.518   2.506  -7.296

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    PHE 338           H        PHE 338  -7.180  -3.188  -7.501
    2    HA   PHE 338           HA       PHE 338  -8.199  -2.957  -4.900
    3    HD1  PHE 338           HD1      PHE 338 -11.508  -3.107  -5.516
    4    HD2  PHE 338           HD2      PHE 338  -9.159  -6.633  -5.117
    5    HE1  PHE 338           HE1      PHE 338 -13.211  -4.068  -4.023
    6    HE2  PHE 338           HE2      PHE 338 -10.858  -7.601  -3.624
    7    HZ   PHE 338           HZ       PHE 338 -12.888  -6.319  -3.076
    8    HB2  PHE 338           HB2      PHE 338  -9.628  -3.383  -6.847
    9    HB3  PHE 338           HB3      PHE 338  -8.900  -4.973  -7.047

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLU 339           H        GLU 339  -6.164  -5.368  -6.403
    2    HA   GLU 339           HA       GLU 339  -6.459  -7.411  -4.488
    3    HB2  GLU 339           HB2      GLU 339  -4.473  -6.733  -6.594
    4    HB3  GLU 339           HB3      GLU 339  -3.956  -7.853  -5.341
    5    HG2  GLU 339           HG2      GLU 339  -6.579  -8.484  -6.440
    6    HG3  GLU 339           HG3      GLU 339  -5.287  -8.513  -7.639

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    MET 340           H        MET 340  -4.369  -4.582  -4.652
    2    HA   MET 340           HA       MET 340  -2.722  -5.250  -2.450
    3    HB2  MET 340           HB2      MET 340  -2.516  -3.374  -4.305
    4    HB3  MET 340           HB3      MET 340  -3.343  -2.399  -3.098
    5    HG2  MET 340           HG2      MET 340  -1.433  -3.448  -1.557
    6    HG3  MET 340           HG3      MET 340  -0.599  -3.487  -3.109
    7    HE1  MET 340           HE1      MET 340  -1.301  -1.578  -4.722
    8    HE2  MET 340           HE2      MET 340  -2.027  -0.067  -4.173
    9    HE3  MET 340           HE3      MET 340  -0.278  -0.183  -4.376

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    PHE 341           H        PHE 341  -5.464  -2.976  -2.688
    2    HA   PHE 341           HA       PHE 341  -5.643  -2.437   0.058
    3    HD1  PHE 341           HD1      PHE 341  -4.976  -0.496  -0.895
    4    HD2  PHE 341           HD2      PHE 341  -8.171  -1.052  -3.648
    5    HE1  PHE 341           HE1      PHE 341  -3.956   1.155  -2.402
    6    HE2  PHE 341           HE2      PHE 341  -7.158   0.601  -5.162
    7    HZ   PHE 341           HZ       PHE 341  -5.046   1.701  -4.540
    8    HB2  PHE 341           HB2      PHE 341  -8.019  -2.427  -1.794
    9    HB3  PHE 341           HB3      PHE 341  -7.697  -1.373  -0.419

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    ARG 342           H        ARG 342  -6.766  -5.126  -1.834
    2    HA   ARG 342           HA       ARG 342  -8.677  -6.086   0.055
    3    HE   ARG 342           HE       ARG 342  -6.946 -10.217  -1.181
    4   HH11  ARG 342          1HH1      ARG 342  -8.906 -11.625  -3.702
    5   HH12  ARG 342          2HH1      ARG 342  -7.956 -13.069  -3.806
    6   HH21  ARG 342          1HH2      ARG 342  -5.695 -12.115  -1.317
    7   HH22  ARG 342          2HH2      ARG 342  -6.134 -13.348  -2.453
    8    HB2  ARG 342           HB2      ARG 342  -8.757  -6.713  -2.324
    9    HB3  ARG 342           HB3      ARG 342  -7.224  -7.557  -2.154
   10    HG2  ARG 342           HG2      ARG 342  -8.514  -8.869  -0.285
   11    HG3  ARG 342           HG3      ARG 342  -9.930  -8.321  -1.184
   12    HD2  ARG 342           HD2      ARG 342  -9.562 -10.236  -2.333
   13    HD3  ARG 342           HD3      ARG 342  -8.440  -9.206  -3.222

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 343           H        GLU 343  -5.285  -6.820  -0.642
    2    HA   GLU 343           HA       GLU 343  -5.088  -8.859   1.353
    3    HB2  GLU 343           HB2      GLU 343  -3.179  -7.417  -0.431
    4    HB3  GLU 343           HB3      GLU 343  -2.530  -8.253   0.973
    5    HG2  GLU 343           HG2      GLU 343  -2.439 -10.033  -0.358
    6    HG3  GLU 343           HG3      GLU 343  -4.179 -10.144  -0.093

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 344           H        LEU 344  -4.616  -5.404   1.251
    2    HA   LEU 344           HA       LEU 344  -3.233  -5.206   3.742
    3    HG   LEU 344           HG       LEU 344  -1.785  -3.768   2.984
    4   HD11  LEU 344          1HD1      LEU 344  -2.854  -2.792   0.347
    5   HD12  LEU 344          2HD1      LEU 344  -1.134  -2.897   0.722
    6   HD13  LEU 344          3HD1      LEU 344  -2.124  -4.356   0.710
    7   HD21  LEU 344          1HD2      LEU 344  -2.469  -1.514   3.849
    8   HD22  LEU 344          2HD2      LEU 344  -1.043  -1.516   2.812
    9   HD23  LEU 344          3HD2      LEU 344  -2.598  -0.986   2.171
   10    HB2  LEU 344           HB2      LEU 344  -4.450  -3.321   1.799
   11    HB3  LEU 344           HB3      LEU 344  -4.253  -2.745   3.444

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ASN 345           H        ASN 345  -6.581  -5.194   2.735
    2    HA   ASN 345           HA       ASN 345  -7.652  -4.231   5.191
    3   HD21  ASN 345          1HD2      ASN 345 -11.355  -5.149   2.970
    4   HD22  ASN 345          2HD2      ASN 345 -12.150  -4.511   4.365
    5    HB2  ASN 345           HB2      ASN 345  -8.786  -4.286   2.886
    6    HB3  ASN 345           HB3      ASN 345  -9.132  -5.978   3.231

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    GLU 346           H        GLU 346  -7.153  -7.461   3.821
    2    HA   GLU 346           HA       GLU 346  -8.287  -8.828   6.059
    3    HB2  GLU 346           HB2      GLU 346  -6.777  -9.618   3.609
    4    HB3  GLU 346           HB3      GLU 346  -6.864 -10.768   4.937
    5    HG2  GLU 346           HG2      GLU 346  -9.431  -9.565   4.206
    6    HG3  GLU 346           HG3      GLU 346  -8.689 -10.544   2.941

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ALA 347           H        ALA 347  -5.099  -7.711   5.176
    2    HA   ALA 347           HA       ALA 347  -3.730  -9.202   7.214
    3    HB1  ALA 347           HB1      ALA 347  -2.763  -6.824   5.631
    4    HB2  ALA 347           HB2      ALA 347  -1.769  -7.950   6.556
    5    HB3  ALA 347           HB3      ALA 347  -2.627  -8.507   5.119

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    LEU 348           H        LEU 348  -5.208  -6.050   6.936
    2    HA   LEU 348           HA       LEU 348  -4.011  -4.980   9.312
    3    HG   LEU 348           HG       LEU 348  -3.500  -3.385   7.619
    4   HD11  LEU 348          1HD1      LEU 348  -5.910  -2.064   6.538
    5   HD12  LEU 348          2HD1      LEU 348  -4.455  -1.075   6.661
    6   HD13  LEU 348          3HD1      LEU 348  -4.428  -2.570   5.726
    7   HD21  LEU 348          1HD2      LEU 348  -5.064  -1.480   9.350
    8   HD22  LEU 348          2HD2      LEU 348  -3.655  -2.439   9.802
    9   HD23  LEU 348          3HD2      LEU 348  -3.484  -1.108   8.657
   10    HB2  LEU 348           HB2      LEU 348  -6.068  -4.111   7.359
   11    HB3  LEU 348           HB3      LEU 348  -6.148  -3.397   8.958

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLU 349           H        GLU 349  -6.906  -6.772   8.537
    2    HA   GLU 349           HA       GLU 349  -8.251  -6.279  11.005
    3    HB2  GLU 349           HB2      GLU 349  -9.258  -7.080   8.779
    4    HB3  GLU 349           HB3      GLU 349  -8.695  -8.680   9.243
    5    HG2  GLU 349           HG2      GLU 349  -9.989  -8.190  11.448
    6    HG3  GLU 349           HG3      GLU 349 -10.829  -6.995  10.461

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 350           H        LEU 350  -5.922  -8.629   9.884
    2    HA   LEU 350           HA       LEU 350  -6.253 -10.492  12.000
    3    HG   LEU 350           HG       LEU 350  -6.278 -11.719   9.907
    4   HD11  LEU 350          1HD1      LEU 350  -4.672 -11.290   8.066
    5   HD12  LEU 350          2HD1      LEU 350  -3.575 -12.459   8.801
    6   HD13  LEU 350          3HD1      LEU 350  -5.150 -12.982   8.205
    7   HD21  LEU 350          1HD2      LEU 350  -5.121 -12.767  11.994
    8   HD22  LEU 350          2HD2      LEU 350  -5.831 -13.812  10.763
    9   HD23  LEU 350          3HD2      LEU 350  -4.088 -13.545  10.794
   10    HB2  LEU 350           HB2      LEU 350  -4.245 -10.004   9.868
   11    HB3  LEU 350           HB3      LEU 350  -3.730 -10.959  11.246

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    LYS 351           H        LYS 351  -4.148  -7.700  11.513
    2    HA   LYS 351           HA       LYS 351  -2.518  -8.051  13.772
    3    HB2  LYS 351           HB2      LYS 351  -3.209  -5.774  11.986
    4    HB3  LYS 351           HB3      LYS 351  -2.460  -5.393  13.530
    5    HG2  LYS 351           HG2      LYS 351  -0.471  -6.376  12.967
    6    HG3  LYS 351           HG3      LYS 351  -1.220  -7.487  11.819
    7    HD2  LYS 351           HD2      LYS 351   0.045  -5.868  10.584
    8    HD3  LYS 351           HD3      LYS 351  -1.670  -5.538  10.331
    9    HE2  LYS 351           HE2      LYS 351  -1.296  -3.947  12.412
   10    HE3  LYS 351           HE3      LYS 351   0.370  -3.982  11.834
   11    HZ1  LYS 351           HZ1      LYS 351  -1.812  -3.432   9.940
   12    HZ2  LYS 351           HZ2      LYS 351  -1.260  -2.195  10.953
   13    HZ3  LYS 351           HZ3      LYS 351  -0.192  -2.947   9.878

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    ASP 352           H        ASP 352  -5.716  -6.703  13.384
    2    HA   ASP 352           HA       ASP 352  -5.895  -5.319  15.828
    3    HB2  ASP 352           HB2      ASP 352  -7.492  -5.374  13.738
    4    HB3  ASP 352           HB3      ASP 352  -8.290  -6.663  14.634

  No H/Q in entry =           4
  Start of MODEL   12
    1    H    ALA 353           H        ALA 353  -6.455  -8.683  14.966
    2    HA   ALA 353           HA       ALA 353  -7.644  -9.466  17.415
    3    HB1  ALA 353           HB1      ALA 353  -8.013 -10.908  15.607
    4    HB2  ALA 353           HB2      ALA 353  -6.299 -10.981  15.201
    5    HB3  ALA 353           HB3      ALA 353  -6.897 -11.789  16.650

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLN 354           H        GLN 354  -4.310  -9.402  16.255
    2    HA   GLN 354           HA       GLN 354  -3.230 -10.700  18.562
    3   HE21  GLN 354          1HE2      GLN 354  -0.060 -10.960  14.705
    4   HE22  GLN 354          2HE2      GLN 354   1.445 -11.485  15.371
    5    HB2  GLN 354           HB2      GLN 354  -2.131  -9.340  16.153
    6    HB3  GLN 354           HB3      GLN 354  -1.073  -9.498  17.549
    7    HG2  GLN 354           HG2      GLN 354  -2.058 -12.012  17.364
    8    HG3  GLN 354           HG3      GLN 354  -2.041 -11.528  15.669

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    ALA 355           H        ALA 355  -3.675  -7.355  17.549
    2    HA   ALA 355           HA       ALA 355  -2.447  -6.399  20.026
    3    HB1  ALA 355           HB1      ALA 355  -1.904  -5.384  17.775
    4    HB2  ALA 355           HB2      ALA 355  -3.531  -4.705  17.790
    5    HB3  ALA 355           HB3      ALA 355  -2.376  -4.252  19.042

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLY 356           H        GLY 356  -3.845  -6.584  21.688
    2    HA2  GLY 356           HA2      GLY 356  -5.778  -6.388  22.927
    3    HA3  GLY 356           HA3      GLY 356  -6.667  -6.246  21.418

  No H/Q in entry =           3
  Start of MODEL   12
    1    H1   GLU 326           H1       GLU 326 -13.544  -1.589 -15.543
    2    H2   GLU 326           H2       GLU 326 -11.919  -2.125 -15.673
    3    H3   GLU 326           H3       GLU 326 -13.166  -2.964 -16.497
    4    HA   GLU 326           HA       GLU 326 -14.045  -3.820 -14.581
    5    HB2  GLU 326           HB2      GLU 326 -11.026  -3.755 -14.420
    6    HB3  GLU 326           HB3      GLU 326 -12.034  -4.856 -13.490
    7    HG2  GLU 326           HG2      GLU 326 -12.651  -6.076 -15.350
    8    HG3  GLU 326           HG3      GLU 326 -12.273  -4.762 -16.463

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    SER 327           H        SER 327 -15.020  -3.107 -12.810
    2    HA   SER 327           HA       SER 327 -13.494  -1.439 -10.928
    3    HG   SER 327           HG       SER 327 -14.429   0.095 -12.968
    4    HB2  SER 327           HB2      SER 327 -16.266  -0.954 -12.008
    5    HB3  SER 327           HB3      SER 327 -15.737  -0.264 -10.474

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    PHE 328           H        PHE 328 -13.299  -2.537  -9.099
    2    HA   PHE 328           HA       PHE 328 -15.486  -4.326  -8.278
    3    HD1  PHE 328           HD1      PHE 328 -11.441  -4.082  -9.298
    4    HD2  PHE 328           HD2      PHE 328 -14.384  -7.123  -8.851
    5    HE1  PHE 328           HE1      PHE 328 -10.588  -5.199 -11.318
    6    HE2  PHE 328           HE2      PHE 328 -13.536  -8.247 -10.869
    7    HZ   PHE 328           HZ       PHE 328 -11.635  -7.285 -12.105
    8    HB2  PHE 328           HB2      PHE 328 -12.658  -4.352  -7.224
    9    HB3  PHE 328           HB3      PHE 328 -13.886  -5.601  -7.047

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLY 329           H        GLY 329 -16.329  -4.228  -6.206
    2    HA2  GLY 329           HA2      GLY 329 -17.253  -2.557  -4.717
    3    HA3  GLY 329           HA3      GLY 329 -15.696  -1.742  -4.750

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    LEU 330           H        LEU 330 -15.392  -1.736  -2.542
    2    HA   LEU 330           HA       LEU 330 -15.332  -4.328  -1.174
    3    HG   LEU 330           HG       LEU 330 -13.521  -5.195  -0.041
    4   HD11  LEU 330          1HD1      LEU 330 -10.996  -4.062  -1.122
    5   HD12  LEU 330          2HD1      LEU 330 -10.906  -5.118   0.287
    6   HD13  LEU 330          3HD1      LEU 330 -11.630  -5.705  -1.210
    7   HD21  LEU 330          1HD2      LEU 330 -13.456  -2.893   1.345
    8   HD22  LEU 330          2HD2      LEU 330 -12.987  -4.452   2.023
    9   HD23  LEU 330          3HD2      LEU 330 -11.753  -3.344   1.424
   10    HB2  LEU 330           HB2      LEU 330 -13.044  -3.583  -2.093
   11    HB3  LEU 330           HB3      LEU 330 -13.090  -2.357  -0.840

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLY 331           H        GLY 331 -15.715  -4.249   1.034
    2    HA2  GLY 331           HA2      GLY 331 -17.168  -3.299   2.654
    3    HA3  GLY 331           HA3      GLY 331 -16.860  -1.714   1.962

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ILE 332           H        ILE 332 -14.813  -0.695   2.401
    2    HA   ILE 332           HA       ILE 332 -13.027  -1.814   4.342
    3    HB   ILE 332           HB       ILE 332 -13.171   1.067   3.460
    4   HG12  ILE 332          2HG1      ILE 332 -11.148   0.019   1.999
    5   HG21  ILE 332          1HG2      ILE 332 -11.133  -0.618   4.855
    6   HG22  ILE 332          2HG2      ILE 332 -10.634   0.779   3.902
    7   HG23  ILE 332          3HG2      ILE 332 -11.730   0.989   5.268
    8   HD11  ILE 332          1HD1      ILE 332 -13.875   0.781   1.431
    9   HD12  ILE 332          2HD1      ILE 332 -12.404   1.054   0.499
   10   HD13  ILE 332          3HD1      ILE 332 -13.288  -0.463   0.329
   11   HG13  ILE 332          3HG1      ILE 332 -12.235  -1.365   2.054

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ARG 333           H        ARG 333 -13.339  -1.852   6.461
    2    HA   ARG 333           HA       ARG 333 -15.300  -0.037   7.653
    3    HE   ARG 333           HE       ARG 333 -18.521  -3.440   8.203
    4   HH11  ARG 333          1HH1      ARG 333 -18.686  -1.374  11.011
    5   HH12  ARG 333          2HH1      ARG 333 -20.230  -1.973  11.515
    6   HH21  ARG 333          1HH2      ARG 333 -20.553  -4.229   8.865
    7   HH22  ARG 333          2HH2      ARG 333 -21.290  -3.594  10.298
    8    HB2  ARG 333           HB2      ARG 333 -14.050  -2.620   8.550
    9    HB3  ARG 333           HB3      ARG 333 -14.898  -1.579   9.685
   10    HG2  ARG 333           HG2      ARG 333 -16.334  -2.234   7.193
   11    HG3  ARG 333           HG3      ARG 333 -16.077  -3.560   8.329
   12    HD2  ARG 333           HD2      ARG 333 -16.977  -1.956  10.111
   13    HD3  ARG 333           HD3      ARG 333 -17.545  -0.976   8.759

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLY 334           H        GLY 334 -13.802   1.785   7.452
    2    HA2  GLY 334           HA2      GLY 334 -11.362   1.789   8.961
    3    HA3  GLY 334           HA3      GLY 334 -12.674   2.592   9.811

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ARG 335           H        ARG 335 -11.944   4.665   9.724
    2    HA   ARG 335           HA       ARG 335 -12.261   6.047   7.228
    3    HE   ARG 335           HE       ARG 335 -14.305   9.451  10.712
    4   HH11  ARG 335          1HH1      ARG 335 -14.030  10.094   7.293
    5   HH12  ARG 335          2HH1      ARG 335 -15.725  10.374   7.082
    6   HH21  ARG 335          1HH2      ARG 335 -16.536   9.819  10.437
    7   HH22  ARG 335          2HH2      ARG 335 -17.148  10.219   8.867
    8    HB2  ARG 335           HB2      ARG 335 -12.696   6.787   9.770
    9    HB3  ARG 335           HB3      ARG 335 -11.075   7.439   9.568
   10    HG2  ARG 335           HG2      ARG 335 -11.871   8.658   7.560
   11    HG3  ARG 335           HG3      ARG 335 -13.503   8.087   7.912
   12    HD2  ARG 335           HD2      ARG 335 -12.104   9.366  10.161
   13    HD3  ARG 335           HD3      ARG 335 -12.472  10.429   8.804

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 336           H        GLU 336  -9.568   5.149   9.315
    2    HA   GLU 336           HA       GLU 336  -7.604   6.604   7.835
    3    HB2  GLU 336           HB2      GLU 336  -7.619   5.528  10.301
    4    HB3  GLU 336           HB3      GLU 336  -6.776   4.250   9.437
    5    HG2  GLU 336           HG2      GLU 336  -4.941   5.437   9.854
    6    HG3  GLU 336           HG3      GLU 336  -5.486   6.474   8.537

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ARG 337           H        ARG 337  -8.603   3.201   7.953
    2    HA   ARG 337           HA       ARG 337  -6.708   2.205   6.143
    3    HE   ARG 337           HE       ARG 337  -7.608  -1.375   8.741
    4   HH11  ARG 337          1HH1      ARG 337 -10.171  -3.037   7.054
    5   HH12  ARG 337          2HH1      ARG 337 -10.738  -3.860   8.468
    6   HH21  ARG 337          1HH2      ARG 337  -8.352  -2.457  10.602
    7   HH22  ARG 337          2HH2      ARG 337  -9.706  -3.531  10.482
    8    HB2  ARG 337           HB2      ARG 337  -8.758   1.136   7.647
    9    HB3  ARG 337           HB3      ARG 337  -9.327   0.901   6.000
   10    HG2  ARG 337           HG2      ARG 337  -7.168  -0.206   5.472
   11    HG3  ARG 337           HG3      ARG 337  -6.738  -0.079   7.179
   12    HD2  ARG 337           HD2      ARG 337  -9.344  -1.322   6.451
   13    HD3  ARG 337           HD3      ARG 337  -7.868  -2.254   6.201

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    PHE 338           H        PHE 338 -10.082   3.198   5.572
    2    HA   PHE 338           HA       PHE 338 -10.043   2.832   2.790
    3    HD1  PHE 338           HD1      PHE 338 -11.404   6.356   2.455
    4    HD2  PHE 338           HD2      PHE 338 -13.359   2.587   2.165
    5    HE1  PHE 338           HE1      PHE 338 -12.536   7.105   0.403
    6    HE2  PHE 338           HE2      PHE 338 -14.493   3.329   0.112
    7    HZ   PHE 338           HZ       PHE 338 -14.082   5.591  -0.772
    8    HB2  PHE 338           HB2      PHE 338 -12.126   3.087   4.062
    9    HB3  PHE 338           HB3      PHE 338 -11.704   4.754   4.437

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLU 339           H        GLU 339  -8.989   5.473   4.820
    2    HA   GLU 339           HA       GLU 339  -8.779   7.459   2.833
    3    HB2  GLU 339           HB2      GLU 339  -7.653   7.041   5.554
    4    HB3  GLU 339           HB3      GLU 339  -6.852   8.221   4.526
    5    HG2  GLU 339           HG2      GLU 339  -8.699   9.609   4.454
    6    HG3  GLU 339           HG3      GLU 339  -9.813   8.316   4.898

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    MET 340           H        MET 340  -6.604   4.903   3.890
    2    HA   MET 340           HA       MET 340  -4.341   5.769   2.423
    3    HB2  MET 340           HB2      MET 340  -4.729   3.873   4.303
    4    HB3  MET 340           HB3      MET 340  -4.716   2.862   2.865
    5    HG2  MET 340           HG2      MET 340  -2.516   3.123   2.542
    6    HG3  MET 340           HG3      MET 340  -2.547   4.826   2.994
    7    HE1  MET 340           HE1      MET 340  -1.907   1.294   3.840
    8    HE2  MET 340           HE2      MET 340  -1.546   1.228   5.565
    9    HE3  MET 340           HE3      MET 340  -3.221   1.294   5.016

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    PHE 341           H        PHE 341  -6.698   3.174   1.757
    2    HA   PHE 341           HA       PHE 341  -5.770   2.601  -0.832
    3    HD1  PHE 341           HD1      PHE 341  -5.253   0.863   0.500
    4    HD2  PHE 341           HD2      PHE 341  -9.342   0.817   1.675
    5    HE1  PHE 341           HE1      PHE 341  -4.691  -0.622   2.374
    6    HE2  PHE 341           HE2      PHE 341  -8.788  -0.670   3.555
    7    HZ   PHE 341           HZ       PHE 341  -6.459  -1.386   3.906
    8    HB2  PHE 341           HB2      PHE 341  -8.645   2.276   0.003
    9    HB3  PHE 341           HB3      PHE 341  -7.697   1.266  -1.085

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    ARG 342           H        ARG 342  -7.792   5.143   0.378
    2    HA   ARG 342           HA       ARG 342  -8.973   5.832  -2.138
    3    HE   ARG 342           HE       ARG 342 -10.925   7.930   1.253
    4   HH11  ARG 342          1HH1      ARG 342 -11.114  11.390   0.838
    5   HH12  ARG 342          2HH1      ARG 342 -11.831  11.663   2.391
    6   HH21  ARG 342          1HH2      ARG 342 -11.868   8.286   3.295
    7   HH22  ARG 342          2HH2      ARG 342 -12.259   9.901   3.786
    8    HB2  ARG 342           HB2      ARG 342  -9.961   6.400   0.093
    9    HB3  ARG 342           HB3      ARG 342  -8.664   7.565   0.319
   10    HG2  ARG 342           HG2      ARG 342  -9.534   8.463  -2.003
   11    HG3  ARG 342           HG3      ARG 342 -11.023   7.674  -1.478
   12    HD2  ARG 342           HD2      ARG 342  -9.500   9.869  -0.093
   13    HD3  ARG 342           HD3      ARG 342 -11.137   9.930  -0.744

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 343           H        GLU 343  -6.259   7.065  -0.216
    2    HA   GLU 343           HA       GLU 343  -5.577   9.127  -2.061
    3    HB2  GLU 343           HB2      GLU 343  -4.934   9.224   0.310
    4    HB3  GLU 343           HB3      GLU 343  -3.902   7.817   0.091
    5    HG2  GLU 343           HG2      GLU 343  -2.291   9.345  -0.177
    6    HG3  GLU 343           HG3      GLU 343  -2.920   9.447  -1.821

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 344           H        LEU 344  -4.651   5.777  -1.642
    2    HA   LEU 344           HA       LEU 344  -2.454   5.844  -3.461
    3    HG   LEU 344           HG       LEU 344  -2.679   4.554  -0.650
    4   HD11  LEU 344          1HD1      LEU 344  -1.696   1.946  -1.783
    5   HD12  LEU 344          2HD1      LEU 344  -1.178   2.584  -0.222
    6   HD13  LEU 344          3HD1      LEU 344  -2.876   2.197  -0.497
    7   HD21  LEU 344          1HD2      LEU 344  -0.720   4.583  -2.861
    8   HD22  LEU 344          2HD2      LEU 344  -0.947   5.715  -1.528
    9   HD23  LEU 344          3HD2      LEU 344  -0.095   4.195  -1.259
   10    HB2  LEU 344           HB2      LEU 344  -4.102   3.575  -2.353
   11    HB3  LEU 344           HB3      LEU 344  -2.724   3.336  -3.411

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ASN 345           H        ASN 345  -5.894   5.384  -3.757
    2    HA   ASN 345           HA       ASN 345  -5.851   4.241  -6.368
    3   HD21  ASN 345          1HD2      ASN 345  -9.024   3.711  -3.668
    4   HD22  ASN 345          2HD2      ASN 345  -8.977   2.068  -4.200
    5    HB2  ASN 345           HB2      ASN 345  -7.921   5.329  -4.533
    6    HB3  ASN 345           HB3      ASN 345  -8.321   5.282  -6.247

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    GLU 346           H        GLU 346  -6.258   7.529  -5.112
    2    HA   GLU 346           HA       GLU 346  -6.704   8.712  -7.665
    3    HB2  GLU 346           HB2      GLU 346  -6.222  10.859  -6.447
    4    HB3  GLU 346           HB3      GLU 346  -7.504   9.883  -5.744
    5    HG2  GLU 346           HG2      GLU 346  -6.144   9.193  -3.958
    6    HG3  GLU 346           HG3      GLU 346  -4.676   9.760  -4.753

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ALA 347           H        ALA 347  -3.867   8.115  -5.681
    2    HA   ALA 347           HA       ALA 347  -2.086   9.659  -7.304
    3    HB1  ALA 347           HB1      ALA 347  -1.856   8.879  -4.817
    4    HB2  ALA 347           HB2      ALA 347  -0.426   9.046  -5.836
    5    HB3  ALA 347           HB3      ALA 347  -1.120   7.451  -5.546

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    LEU 348           H        LEU 348  -3.189   6.343  -7.257
    2    HA   LEU 348           HA       LEU 348  -1.178   5.342  -9.024
    3    HG   LEU 348           HG       LEU 348  -1.064   3.844  -7.241
    4   HD11  LEU 348          1HD1      LEU 348  -3.609   2.487  -6.705
    5   HD12  LEU 348          2HD1      LEU 348  -2.169   1.509  -6.421
    6   HD13  LEU 348          3HD1      LEU 348  -2.365   3.054  -5.593
    7   HD21  LEU 348          1HD2      LEU 348  -0.775   2.725  -9.446
    8   HD22  LEU 348          2HD2      LEU 348  -0.400   1.695  -8.065
    9   HD23  LEU 348          3HD2      LEU 348  -1.929   1.498  -8.923
   10    HB2  LEU 348           HB2      LEU 348  -3.669   4.318  -7.795
   11    HB3  LEU 348           HB3      LEU 348  -3.173   3.551  -9.292

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLU 349           H        GLU 349  -4.308   6.834  -9.404
    2    HA   GLU 349           HA       GLU 349  -4.731   6.085 -12.112
    3    HB2  GLU 349           HB2      GLU 349  -6.406   7.031 -10.359
    4    HB3  GLU 349           HB3      GLU 349  -5.836   8.602 -10.906
    5    HG2  GLU 349           HG2      GLU 349  -7.474   8.446 -12.408
    6    HG3  GLU 349           HG3      GLU 349  -6.372   7.372 -13.268

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 350           H        LEU 350  -2.983   8.667 -10.543
    2    HA   LEU 350           HA       LEU 350  -2.717  10.394 -12.756
    3    HG   LEU 350           HG       LEU 350  -3.335  11.587 -10.644
    4   HD11  LEU 350          1HD1      LEU 350  -0.895  12.404  -9.075
    5   HD12  LEU 350          2HD1      LEU 350  -2.501  13.108  -8.889
    6   HD13  LEU 350          3HD1      LEU 350  -2.235  11.408  -8.505
    7   HD21  LEU 350          1HD2      LEU 350  -0.985  13.141 -11.692
    8   HD22  LEU 350          2HD2      LEU 350  -2.536  12.839 -12.475
    9   HD23  LEU 350          3HD2      LEU 350  -2.445  13.919 -11.083
   10    HB2  LEU 350           HB2      LEU 350  -1.275  10.013 -10.177
   11    HB3  LEU 350           HB3      LEU 350  -0.512  10.992 -11.415

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    LYS 351           H        LYS 351  -0.821   7.638 -11.644
    2    HA   LYS 351           HA       LYS 351   1.368   7.938 -13.373
    3    HB2  LYS 351           HB2      LYS 351   0.232   5.777 -11.715
    4    HB3  LYS 351           HB3      LYS 351   1.215   5.239 -13.071
    5    HG2  LYS 351           HG2      LYS 351   3.039   5.630 -11.887
    6    HG3  LYS 351           HG3      LYS 351   2.618   7.342 -11.815
    7    HD2  LYS 351           HD2      LYS 351   2.617   6.958  -9.587
    8    HD3  LYS 351           HD3      LYS 351   0.981   6.380  -9.907
    9    HE2  LYS 351           HE2      LYS 351   3.118   4.392 -10.279
   10    HE3  LYS 351           HE3      LYS 351   2.887   4.947  -8.622
   11    HZ1  LYS 351           HZ1      LYS 351   0.769   3.824 -10.376
   12    HZ2  LYS 351           HZ2      LYS 351   1.533   3.007  -9.107
   13    HZ3  LYS 351           HZ3      LYS 351   0.554   4.347  -8.782

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    ASP 352           H        ASP 352  -1.805   6.527 -13.841
    2    HA   ASP 352           HA       ASP 352  -1.325   5.119 -16.213
    3    HB2  ASP 352           HB2      ASP 352  -3.758   6.327 -14.953
    4    HB3  ASP 352           HB3      ASP 352  -3.861   5.702 -16.596

  No H/Q in entry =           4
  Start of MODEL   12
    1    H    ALA 353           H        ALA 353  -2.037   8.512 -15.625
    2    HA   ALA 353           HA       ALA 353  -2.405   9.191 -18.376
    3    HB1  ALA 353           HB1      ALA 353  -1.595  11.211 -16.334
    4    HB2  ALA 353           HB2      ALA 353  -3.175  10.438 -16.212
    5    HB3  ALA 353           HB3      ALA 353  -2.749  11.351 -17.660

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLN 354           H        GLN 354   0.324   9.033 -16.200
    2    HA   GLN 354           HA       GLN 354   2.099  10.459 -17.968
    3   HE21  GLN 354          1HE2      GLN 354   4.213  13.222 -15.929
    4   HE22  GLN 354          2HE2      GLN 354   5.611  12.897 -14.967
    5    HB2  GLN 354           HB2      GLN 354   2.359   9.077 -15.335
    6    HB3  GLN 354           HB3      GLN 354   3.815   9.357 -16.280
    7    HG2  GLN 354           HG2      GLN 354   2.665  11.801 -16.390
    8    HG3  GLN 354           HG3      GLN 354   2.124  11.246 -14.806

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    ALA 355           H        ALA 355   1.400   7.103 -17.162
    2    HA   ALA 355           HA       ALA 355   3.389   6.212 -19.127
    3    HB1  ALA 355           HB1      ALA 355   2.015   4.848 -16.840
    4    HB2  ALA 355           HB2      ALA 355   2.788   3.917 -18.123
    5    HB3  ALA 355           HB3      ALA 355   3.741   5.037 -17.150

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLY 356           H        GLY 356   2.611   4.054 -20.239
    2    HA2  GLY 356           HA2      GLY 356   1.018   4.434 -22.294
    3    HA3  GLY 356           HA3      GLY 356  -0.198   4.235 -21.042

  No H/Q in entry =           3
  Start of MODEL   12
    1    H1   GLU 326           H1       GLU 326  16.715  13.516   5.489
    2    H2   GLU 326           H2       GLU 326  15.263  13.427   6.401
    3    H3   GLU 326           H3       GLU 326  16.690  14.062   7.114
    4    HA   GLU 326           HA       GLU 326  17.752  11.962   6.971
    5    HB2  GLU 326           HB2      GLU 326  16.298  10.784   8.604
    6    HB3  GLU 326           HB3      GLU 326  16.499  12.491   8.975
    7    HG2  GLU 326           HG2      GLU 326  14.171  11.851   7.309
    8    HG3  GLU 326           HG3      GLU 326  14.131  11.188   8.942

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    SER 327           H        SER 327  17.863   9.891   6.199
    2    HA   SER 327           HA       SER 327  15.666   9.020   4.437
    3    HG   SER 327           HG       SER 327  19.164   9.996   3.424
    4    HB2  SER 327           HB2      SER 327  17.756   7.763   3.314
    5    HB3  SER 327           HB3      SER 327  17.255   9.384   2.832

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    PHE 328           H        PHE 328  14.847   7.061   4.821
    2    HA   PHE 328           HA       PHE 328  16.277   5.325   6.721
    3    HD1  PHE 328           HD1      PHE 328  15.800   6.588   8.549
    4    HD2  PHE 328           HD2      PHE 328  11.865   6.807   6.943
    5    HE1  PHE 328           HE1      PHE 328  15.351   8.574   9.930
    6    HE2  PHE 328           HE2      PHE 328  11.409   8.794   8.321
    7    HZ   PHE 328           HZ       PHE 328  13.153   9.680   9.817
    8    HB2  PHE 328           HB2      PHE 328  13.322   5.238   6.114
    9    HB3  PHE 328           HB3      PHE 328  14.170   4.491   7.464

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLY 329           H        GLY 329  17.058   3.471   5.972
    2    HA2  GLY 329           HA2      GLY 329  17.666   2.091   4.129
    3    HA3  GLY 329           HA3      GLY 329  16.165   2.543   3.334

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    LEU 330           H        LEU 330  14.825   0.887   3.152
    2    HA   LEU 330           HA       LEU 330  14.537  -0.943   5.435
    3    HG   LEU 330           HG       LEU 330  12.372  -1.010   6.244
    4   HD11  LEU 330          1HD1      LEU 330  10.579   0.397   5.279
    5   HD12  LEU 330          2HD1      LEU 330  10.074  -0.977   4.296
    6   HD13  LEU 330          3HD1      LEU 330   9.976  -1.068   6.054
    7   HD21  LEU 330          1HD2      LEU 330  12.831  -3.061   4.571
    8   HD22  LEU 330          2HD2      LEU 330  11.929  -3.218   6.078
    9   HD23  LEU 330          3HD2      LEU 330  11.067  -3.042   4.549
   10    HB2  LEU 330           HB2      LEU 330  12.609   0.469   4.170
   11    HB3  LEU 330           HB3      LEU 330  12.560  -1.017   3.240

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLY 331           H        GLY 331  15.195  -2.984   5.253
    2    HA2  GLY 331           HA2      GLY 331  16.546  -4.609   4.175
    3    HA3  GLY 331           HA3      GLY 331  16.097  -3.916   2.624

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ILE 332           H        ILE 332  14.253  -4.612   1.589
    2    HA   ILE 332           HA       ILE 332  12.750  -6.775   2.909
    3    HB   ILE 332           HB       ILE 332  11.842  -5.157   0.531
    4   HG12  ILE 332          2HG1      ILE 332  10.234  -4.334   2.540
    5   HG21  ILE 332          1HG2      ILE 332  10.720  -7.368   2.128
    6   HG22  ILE 332          2HG2      ILE 332   9.605  -6.070   1.701
    7   HG23  ILE 332          3HG2      ILE 332  10.467  -6.945   0.435
    8   HD11  ILE 332          1HD1      ILE 332  11.881  -3.045   0.919
    9   HD12  ILE 332          2HD1      ILE 332  11.152  -2.278   2.330
   10   HD13  ILE 332          3HD1      ILE 332  12.806  -2.884   2.412
   11   HG13  ILE 332          3HG1      ILE 332  11.726  -4.597   3.438

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ARG 333           H        ARG 333  12.712  -8.762   2.028
    2    HA   ARG 333           HA       ARG 333  14.280  -9.175  -0.415
    3    HE   ARG 333           HE       ARG 333  15.900 -12.523   2.467
    4   HH11  ARG 333          1HH1      ARG 333  15.542 -15.418   0.551
    5   HH12  ARG 333          2HH1      ARG 333  16.157 -16.462   1.788
    6   HH21  ARG 333          1HH2      ARG 333  16.710 -13.895   4.094
    7   HH22  ARG 333          2HH2      ARG 333  16.820 -15.598   3.799
    8    HB2  ARG 333           HB2      ARG 333  14.557 -10.412   1.937
    9    HB3  ARG 333           HB3      ARG 333  13.344 -11.470   1.230
   10    HG2  ARG 333           HG2      ARG 333  15.051 -11.349  -0.823
   11    HG3  ARG 333           HG3      ARG 333  16.179 -11.082   0.507
   12    HD2  ARG 333           HD2      ARG 333  14.197 -13.344   0.490
   13    HD3  ARG 333           HD3      ARG 333  15.807 -13.490  -0.213

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLY 334           H        GLY 334  12.338  -8.307  -1.586
    2    HA2  GLY 334           HA2      GLY 334   9.844  -9.394  -1.728
    3    HA3  GLY 334           HA3      GLY 334  10.835 -10.526  -2.637

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ARG 335           H        ARG 335  10.301 -10.190  -4.706
    2    HA   ARG 335           HA       ARG 335  11.044  -7.702  -5.937
    3    HE   ARG 335           HE       ARG 335  11.800  -6.615  -9.580
    4   HH11  ARG 335          1HH1      ARG 335  14.454  -8.878  -9.687
    5   HH12  ARG 335          2HH1      ARG 335  15.416  -7.891 -10.735
    6   HH21  ARG 335          1HH2      ARG 335  13.064  -5.316 -10.958
    7   HH22  ARG 335          2HH2      ARG 335  14.628  -5.869 -11.456
    8    HB2  ARG 335           HB2      ARG 335  11.375 -10.009  -6.940
    9    HB3  ARG 335           HB3      ARG 335   9.645 -10.029  -7.251
   10    HG2  ARG 335           HG2      ARG 335  10.270  -9.206  -9.243
   11    HG3  ARG 335           HG3      ARG 335  10.287  -7.672  -8.371
   12    HD2  ARG 335           HD2      ARG 335  12.756  -8.421  -7.813
   13    HD3  ARG 335           HD3      ARG 335  12.554  -9.371  -9.284

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 336           H        GLU 336   8.018  -9.476  -5.418
    2    HA   GLU 336           HA       GLU 336   6.391  -7.520  -6.713
    3    HB2  GLU 336           HB2      GLU 336   5.447  -9.541  -4.685
    4    HB3  GLU 336           HB3      GLU 336   4.529  -8.812  -5.995
    5    HG2  GLU 336           HG2      GLU 336   4.944 -10.744  -7.041
    6    HG3  GLU 336           HG3      GLU 336   6.508 -10.008  -7.387

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ARG 337           H        ARG 337   7.064  -8.306  -3.313
    2    HA   ARG 337           HA       ARG 337   5.395  -6.372  -2.165
    3    HE   ARG 337           HE       ARG 337   6.093  -9.495   0.966
    4   HH11  ARG 337          1HH1      ARG 337   8.403  -8.107   3.184
    5   HH12  ARG 337          2HH1      ARG 337   8.942  -9.641   3.779
    6   HH21  ARG 337          1HH2      ARG 337   6.800 -11.514   1.748
    7   HH22  ARG 337          2HH2      ARG 337   8.033 -11.576   2.964
    8    HB2  ARG 337           HB2      ARG 337   6.967  -8.351  -1.183
    9    HB3  ARG 337           HB3      ARG 337   7.936  -6.945  -0.764
   10    HG2  ARG 337           HG2      ARG 337   5.884  -5.981   0.318
   11    HG3  ARG 337           HG3      ARG 337   5.115  -7.551   0.076
   12    HD2  ARG 337           HD2      ARG 337   7.728  -7.202   1.528
   13    HD3  ARG 337           HD3      ARG 337   6.165  -7.169   2.341

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    PHE 338           H        PHE 338   8.887  -6.226  -2.854
    2    HA   PHE 338           HA       PHE 338   9.256  -3.568  -2.039
    3    HD1  PHE 338           HD1      PHE 338  12.207  -3.163  -1.428
    4    HD2  PHE 338           HD2      PHE 338  11.283  -3.299  -5.580
    5    HE1  PHE 338           HE1      PHE 338  13.683  -1.233  -1.816
    6    HE2  PHE 338           HE2      PHE 338  12.758  -1.370  -5.976
    7    HZ   PHE 338           HZ       PHE 338  13.961  -0.335  -4.092
    8    HB2  PHE 338           HB2      PHE 338  11.135  -5.091  -2.399
    9    HB3  PHE 338           HB3      PHE 338  10.771  -5.164  -4.120

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLU 339           H        GLU 339   8.086  -4.956  -5.026
    2    HA   GLU 339           HA       GLU 339   8.338  -2.697  -6.678
    3    HB2  GLU 339           HB2      GLU 339   6.718  -5.191  -6.716
    4    HB3  GLU 339           HB3      GLU 339   6.176  -3.870  -7.742
    5    HG2  GLU 339           HG2      GLU 339   8.080  -3.932  -9.054
    6    HG3  GLU 339           HG3      GLU 339   9.023  -4.769  -7.821

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    MET 340           H        MET 340   5.821  -3.709  -4.424
    2    HA   MET 340           HA       MET 340   3.942  -1.709  -5.109
    3    HB2  MET 340           HB2      MET 340   4.335  -3.588  -2.838
    4    HB3  MET 340           HB3      MET 340   3.304  -2.194  -2.549
    5    HG2  MET 340           HG2      MET 340   1.686  -3.520  -3.329
    6    HG3  MET 340           HG3      MET 340   2.318  -3.064  -4.909
    7    HE1  MET 340           HE1      MET 340   3.199  -5.273  -1.971
    8    HE2  MET 340           HE2      MET 340   1.823  -6.266  -2.452
    9    HE3  MET 340           HE3      MET 340   3.465  -6.881  -2.647

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    PHE 341           H        PHE 341   6.157  -1.927  -2.317
    2    HA   PHE 341           HA       PHE 341   5.716   0.702  -1.418
    3    HD1  PHE 341           HD1      PHE 341   8.457  -2.761   0.223
    4    HD2  PHE 341           HD2      PHE 341   4.750  -0.678   0.059
    5    HE1  PHE 341           HE1      PHE 341   7.351  -4.645   1.353
    6    HE2  PHE 341           HE2      PHE 341   3.639  -2.553   1.192
    7    HZ   PHE 341           HZ       PHE 341   4.939  -4.540   1.834
    8    HB2  PHE 341           HB2      PHE 341   8.299  -0.791  -1.006
    9    HB3  PHE 341           HB3      PHE 341   7.502   0.342   0.082

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    ARG 342           H        ARG 342   7.753  -0.588  -3.923
    2    HA   ARG 342           HA       ARG 342   9.436   1.727  -4.135
    3    HE   ARG 342           HE       ARG 342  10.872  -1.684  -6.959
    4   HH11  ARG 342          1HH1      ARG 342  10.764  -0.491 -10.237
    5   HH12  ARG 342          2HH1      ARG 342  11.128  -2.030 -10.942
    6   HH21  ARG 342          1HH2      ARG 342  11.351  -3.709  -7.885
    7   HH22  ARG 342          2HH2      ARG 342  11.462  -3.857  -9.607
    8    HB2  ARG 342           HB2      ARG 342  10.202  -0.495  -4.866
    9    HB3  ARG 342           HB3      ARG 342   8.952  -0.518  -6.103
   10    HG2  ARG 342           HG2      ARG 342  10.286   1.845  -6.589
   11    HG3  ARG 342           HG3      ARG 342  11.572   0.731  -6.120
   12    HD2  ARG 342           HD2      ARG 342   9.523   0.302  -8.292
   13    HD3  ARG 342           HD3      ARG 342  11.233   0.663  -8.521

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 343           H        GLU 343   6.579   0.497  -5.814
    2    HA   GLU 343           HA       GLU 343   6.498   2.629  -7.719
    3    HB2  GLU 343           HB2      GLU 343   4.462   0.567  -6.869
    4    HB3  GLU 343           HB3      GLU 343   4.150   1.761  -8.122
    5    HG2  GLU 343           HG2      GLU 343   6.632   0.270  -8.500
    6    HG3  GLU 343           HG3      GLU 343   5.179  -0.728  -8.527

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 344           H        LEU 344   5.190   2.069  -4.533
    2    HA   LEU 344           HA       LEU 344   3.313   4.218  -4.580
    3    HG   LEU 344           HG       LEU 344   2.235   4.552  -2.086
    4   HD11  LEU 344          1HD1      LEU 344   1.686   2.446  -4.081
    5   HD12  LEU 344          2HD1      LEU 344   0.357   2.878  -3.005
    6   HD13  LEU 344          3HD1      LEU 344   1.122   4.115  -4.003
    7   HD21  LEU 344          1HD2      LEU 344   2.517   1.824  -1.006
    8   HD22  LEU 344          2HD2      LEU 344   2.106   3.333  -0.192
    9   HD23  LEU 344          3HD2      LEU 344   0.873   2.454  -1.095
   10    HB2  LEU 344           HB2      LEU 344   3.758   2.084  -2.931
   11    HB3  LEU 344           HB3      LEU 344   4.384   3.406  -1.964

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ASN 345           H        ASN 345   6.687   3.874  -3.715
    2    HA   ASN 345           HA       ASN 345   6.940   6.374  -2.381
    3   HD21  ASN 345          1HD2      ASN 345  11.146   5.279  -3.352
    4   HD22  ASN 345          2HD2      ASN 345  11.614   6.733  -2.545
    5    HB2  ASN 345           HB2      ASN 345   8.543   4.517  -2.072
    6    HB3  ASN 345           HB3      ASN 345   9.072   4.709  -3.740

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    GLU 346           H        GLU 346   7.564   5.288  -5.697
    2    HA   GLU 346           HA       GLU 346   8.578   7.750  -6.643
    3    HB2  GLU 346           HB2      GLU 346   7.538   5.253  -7.890
    4    HB3  GLU 346           HB3      GLU 346   7.650   6.686  -8.902
    5    HG2  GLU 346           HG2      GLU 346  10.081   6.777  -7.858
    6    HG3  GLU 346           HG3      GLU 346   9.794   5.046  -7.685

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ALA 347           H        ALA 347   5.341   6.455  -6.316
    2    HA   ALA 347           HA       ALA 347   4.023   8.395  -7.911
    3    HB1  ALA 347           HB1      ALA 347   3.216   6.296  -5.995
    4    HB2  ALA 347           HB2      ALA 347   2.074   7.618  -6.240
    5    HB3  ALA 347           HB3      ALA 347   2.612   6.651  -7.613

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    LEU 348           H        LEU 348   4.786   8.187  -4.467
    2    HA   LEU 348           HA       LEU 348   3.337  10.456  -3.642
    3    HG   LEU 348           HG       LEU 348   4.122   8.764  -0.511
    4   HD11  LEU 348          1HD1      LEU 348   3.311  11.107  -0.759
    5   HD12  LEU 348          2HD1      LEU 348   2.198  10.536  -2.002
    6   HD13  LEU 348          3HD1      LEU 348   2.051   9.944  -0.348
    7   HD21  LEU 348          1HD2      LEU 348   2.958   8.070  -3.153
    8   HD22  LEU 348          2HD2      LEU 348   3.411   7.027  -1.806
    9   HD23  LEU 348          3HD2      LEU 348   1.917   7.961  -1.733
   10    HB2  LEU 348           HB2      LEU 348   5.498   8.773  -2.522
   11    HB3  LEU 348           HB3      LEU 348   5.353  10.386  -1.851

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLU 349           H        GLU 349   6.616  10.046  -4.870
    2    HA   GLU 349           HA       GLU 349   7.577  12.625  -4.342
    3    HB2  GLU 349           HB2      GLU 349   8.850  10.541  -5.159
    4    HB3  GLU 349           HB3      GLU 349   8.357  11.032  -6.774
    5    HG2  GLU 349           HG2      GLU 349   9.404  13.298  -6.186
    6    HG3  GLU 349           HG3      GLU 349  10.179  12.434  -4.859

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 350           H        LEU 350   5.528  11.386  -6.884
    2    HA   LEU 350           HA       LEU 350   5.766  13.620  -8.630
    3    HG   LEU 350           HG       LEU 350   6.134  11.558  -9.888
    4   HD11  LEU 350          1HD1      LEU 350   3.572  10.131 -10.519
    5   HD12  LEU 350          2HD1      LEU 350   5.015   9.939 -11.514
    6   HD13  LEU 350          3HD1      LEU 350   5.052   9.486  -9.810
    7   HD21  LEU 350          1HD2      LEU 350   5.115  13.545 -11.042
    8   HD22  LEU 350          2HD2      LEU 350   5.676  12.259 -12.110
    9   HD23  LEU 350          3HD2      LEU 350   3.954  12.434 -11.770
   10    HB2  LEU 350           HB2      LEU 350   3.947  11.275  -8.391
   11    HB3  LEU 350           HB3      LEU 350   3.410  12.631  -9.364

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    LYS 351           H        LYS 351   3.563  12.769  -6.011
    2    HA   LYS 351           HA       LYS 351   1.708  14.852  -6.401
    3    HB2  LYS 351           HB2      LYS 351   2.409  13.016  -4.167
    4    HB3  LYS 351           HB3      LYS 351   1.464  14.446  -3.775
    5    HG2  LYS 351           HG2      LYS 351  -0.375  13.436  -4.467
    6    HG3  LYS 351           HG3      LYS 351   0.320  13.245  -6.078
    7    HD2  LYS 351           HD2      LYS 351   0.051  11.047  -5.623
    8    HD3  LYS 351           HD3      LYS 351   1.591  11.256  -4.787
    9    HE2  LYS 351           HE2      LYS 351   0.202  11.822  -2.726
   10    HE3  LYS 351           HE3      LYS 351  -1.177  11.185  -3.619
   11    HZ1  LYS 351           HZ1      LYS 351   1.181   9.490  -3.537
   12    HZ2  LYS 351           HZ2      LYS 351   0.373   9.694  -2.065
   13    HZ3  LYS 351           HZ3      LYS 351  -0.454   9.078  -3.407

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    ASP 352           H        ASP 352   4.808  14.717  -4.798
    2    HA   ASP 352           HA       ASP 352   4.610  17.081  -3.285
    3    HB2  ASP 352           HB2      ASP 352   6.888  15.447  -4.341
    4    HB3  ASP 352           HB3      ASP 352   7.215  17.021  -3.624

  No H/Q in entry =           4
  Start of MODEL   12
    1    H    ALA 353           H        ALA 353   5.515  16.482  -6.629
    2    HA   ALA 353           HA       ALA 353   6.441  19.130  -7.151
    3    HB1  ALA 353           HB1      ALA 353   5.985  18.312  -9.599
    4    HB2  ALA 353           HB2      ALA 353   7.313  17.633  -8.658
    5    HB3  ALA 353           HB3      ALA 353   5.799  16.743  -8.816

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLN 354           H        GLN 354   3.342  17.516  -7.320
    2    HA   GLN 354           HA       GLN 354   2.057  19.642  -8.776
    3   HE21  GLN 354          1HE2      GLN 354   1.423  15.727 -11.429
    4   HE22  GLN 354          2HE2      GLN 354   1.168  17.020 -12.545
    5    HB2  GLN 354           HB2      GLN 354   0.797  17.373  -7.227
    6    HB3  GLN 354           HB3      GLN 354   0.009  18.385  -8.429
    7    HG2  GLN 354           HG2      GLN 354   2.387  16.682  -9.089
    8    HG3  GLN 354           HG3      GLN 354   0.736  16.066  -9.153

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    ALA 355           H        ALA 355   2.371  18.653  -5.417
    2    HA   ALA 355           HA       ALA 355   0.646  20.855  -4.559
    3    HB1  ALA 355           HB1      ALA 355   1.922  18.667  -2.920
    4    HB2  ALA 355           HB2      ALA 355   0.739  19.845  -2.351
    5    HB3  ALA 355           HB3      ALA 355   0.278  18.644  -3.557

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLY 356           H        GLY 356   1.614  21.643  -2.211
    2    HA2  GLY 356           HA2      GLY 356   4.442  22.148  -2.263
    3    HA3  GLY 356           HA3      GLY 356   3.286  22.804  -1.114

  No H/Q in entry =           3
  Start of MODEL   12
    1    H1   GLU 326           H1       GLU 326  16.669  -9.553  -6.000
    2    H2   GLU 326           H2       GLU 326  17.881 -10.762  -6.115
    3    H3   GLU 326           H3       GLU 326  16.229 -11.177  -6.327
    4    HA   GLU 326           HA       GLU 326  15.732 -10.894  -4.129
    5    HB2  GLU 326           HB2      GLU 326  17.098 -12.899  -4.727
    6    HB3  GLU 326           HB3      GLU 326  18.537 -12.022  -4.226
    7    HG2  GLU 326           HG2      GLU 326  17.091 -11.748  -2.004
    8    HG3  GLU 326           HG3      GLU 326  16.400 -13.256  -2.602

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    SER 327           H        SER 327  15.904  -9.777  -2.239
    2    HA   SER 327           HA       SER 327  16.522  -8.136  -0.792
    3    HG   SER 327           HG       SER 327  18.299 -10.532  -0.727
    4    HB2  SER 327           HB2      SER 327  19.278  -8.830  -1.834
    5    HB3  SER 327           HB3      SER 327  18.970  -7.791  -0.443

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    PHE 328           H        PHE 328  15.804  -6.177  -1.300
    2    HA   PHE 328           HA       PHE 328  17.341  -4.592  -3.241
    3    HD1  PHE 328           HD1      PHE 328  16.056  -4.862  -6.159
    4    HD2  PHE 328           HD2      PHE 328  14.025  -6.925  -3.039
    5    HE1  PHE 328           HE1      PHE 328  15.774  -6.810  -7.636
    6    HE2  PHE 328           HE2      PHE 328  13.740  -8.877  -4.510
    7    HZ   PHE 328           HZ       PHE 328  14.616  -8.821  -6.811
    8    HB2  PHE 328           HB2      PHE 328  14.333  -4.469  -3.011
    9    HB3  PHE 328           HB3      PHE 328  15.351  -3.698  -4.223

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLY 329           H        GLY 329  17.618  -2.443  -2.748
    2    HA2  GLY 329           HA2      GLY 329  18.053  -0.797  -1.160
    3    HA3  GLY 329           HA3      GLY 329  17.136  -1.726   0.016

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    LEU 330           H        LEU 330  15.457  -0.619   0.743
    2    HA   LEU 330           HA       LEU 330  13.657   0.658  -1.157
    3    HG   LEU 330           HG       LEU 330  11.571   1.719   0.277
    4   HD11  LEU 330          1HD1      LEU 330  11.694   0.067  -1.548
    5   HD12  LEU 330          2HD1      LEU 330  10.931  -1.124  -0.494
    6   HD13  LEU 330          3HD1      LEU 330  10.046   0.325  -0.974
    7   HD21  LEU 330          1HD2      LEU 330  11.210   0.590   2.612
    8   HD22  LEU 330          2HD2      LEU 330   9.832   1.157   1.668
    9   HD23  LEU 330          3HD2      LEU 330  10.249  -0.557   1.677
   10    HB2  LEU 330           HB2      LEU 330  12.992  -0.881   0.825
   11    HB3  LEU 330           HB3      LEU 330  13.234   0.549   1.810

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLY 331           H        GLY 331  14.804   2.508  -1.751
    2    HA2  GLY 331           HA2      GLY 331  15.678   4.632  -1.537
    3    HA3  GLY 331           HA3      GLY 331  15.888   4.319   0.179

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ILE 332           H        ILE 332  14.059   4.633   1.591
    2    HA   ILE 332           HA       ILE 332  11.933   6.322   0.466
    3    HB   ILE 332           HB       ILE 332  11.973   5.029   3.191
    4   HG12  ILE 332          2HG1      ILE 332  12.071   3.320   1.410
    5   HG21  ILE 332          1HG2      ILE 332  10.084   6.721   1.693
    6   HG22  ILE 332          2HG2      ILE 332   9.379   5.344   2.539
    7   HG23  ILE 332          3HG2      ILE 332  10.318   6.541   3.432
    8   HD11  ILE 332          1HD1      ILE 332   9.955   4.967   0.217
    9   HD12  ILE 332          2HD1      ILE 332  11.132   3.895  -0.541
   10   HD13  ILE 332          3HD1      ILE 332   9.677   3.225   0.195
   11   HG13  ILE 332          3HG1      ILE 332  10.530   3.294   2.260

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ARG 333           H        ARG 333  11.895   8.429   0.892
    2    HA   ARG 333           HA       ARG 333  13.669   9.454   3.003
    3    HE   ARG 333           HE       ARG 333  15.808  13.725   1.655
    4   HH11  ARG 333          1HH1      ARG 333  12.932  14.869   3.268
    5   HH12  ARG 333          2HH1      ARG 333  13.516  16.491   3.429
    6   HH21  ARG 333          1HH2      ARG 333  16.578  15.858   1.867
    7   HH22  ARG 333          2HH2      ARG 333  15.586  17.053   2.634
    8    HB2  ARG 333           HB2      ARG 333  13.714  10.121   0.400
    9    HB3  ARG 333           HB3      ARG 333  12.542  11.300   0.973
   10    HG2  ARG 333           HG2      ARG 333  15.010  11.045   2.566
   11    HG3  ARG 333           HG3      ARG 333  15.187  11.724   0.947
   12    HD2  ARG 333           HD2      ARG 333  13.088  13.143   1.716
   13    HD3  ARG 333           HD3      ARG 333  13.741  12.791   3.315

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLY 334           H        GLY 334  11.000   8.424   3.495
    2    HA2  GLY 334           HA2      GLY 334   8.835   9.877   3.709
    3    HA3  GLY 334           HA3      GLY 334   9.887  10.834   4.740

  No H/Q in entry =           3
  Start of MODEL   12
    1    H    ARG 335           H        ARG 335   9.271  10.502   6.774
    2    HA   ARG 335           HA       ARG 335   9.611   7.981   8.014
    3    HE   ARG 335           HE       ARG 335   6.497  12.575  10.260
    4   HH11  ARG 335          1HH1      ARG 335   4.999   9.605  11.314
    5   HH12  ARG 335          2HH1      ARG 335   3.971  10.387  12.468
    6   HH21  ARG 335          1HH2      ARG 335   5.147  13.605  11.777
    7   HH22  ARG 335          2HH2      ARG 335   4.055  12.658  12.731
    8    HB2  ARG 335           HB2      ARG 335   8.701   9.081  10.024
    9    HB3  ARG 335           HB3      ARG 335   9.949  10.047   9.249
   10    HG2  ARG 335           HG2      ARG 335   8.450  11.694   9.587
   11    HG3  ARG 335           HG3      ARG 335   7.802  11.098   8.057
   12    HD2  ARG 335           HD2      ARG 335   5.956  10.229   9.025
   13    HD3  ARG 335           HD3      ARG 335   6.824   9.732  10.476

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 336           H        GLU 336   6.793   9.736   6.847
    2    HA   GLU 336           HA       GLU 336   4.873   7.958   7.982
    3    HB2  GLU 336           HB2      GLU 336   4.803  10.180   5.986
    4    HB3  GLU 336           HB3      GLU 336   3.427   9.089   6.081
    5    HG2  GLU 336           HG2      GLU 336   3.713   9.650   8.679
    6    HG3  GLU 336           HG3      GLU 336   4.366  11.134   7.988

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ARG 337           H        ARG 337   6.132   8.388   4.678
    2    HA   ARG 337           HA       ARG 337   4.708   6.301   3.485
    3    HE   ARG 337           HE       ARG 337   5.839   9.729  -0.035
    4   HH11  ARG 337          1HH1      ARG 337   8.465   7.808   1.239
    5   HH12  ARG 337          2HH1      ARG 337   9.352   9.179   1.810
    6   HH21  ARG 337          1HH2      ARG 337   7.008  11.528   0.718
    7   HH22  ARG 337          2HH2      ARG 337   8.527  11.290   1.517
    8    HB2  ARG 337           HB2      ARG 337   6.646   8.158   2.688
    9    HB3  ARG 337           HB3      ARG 337   7.357   6.587   2.346
   10    HG2  ARG 337           HG2      ARG 337   5.436   5.977   1.003
   11    HG3  ARG 337           HG3      ARG 337   4.650   7.506   1.399
   12    HD2  ARG 337           HD2      ARG 337   7.251   7.195  -0.098
   13    HD3  ARG 337           HD3      ARG 337   5.686   7.559  -0.822

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    PHE 338           H        PHE 338   7.969   6.306   4.901
    2    HA   PHE 338           HA       PHE 338   8.550   3.606   4.406
    3    HD1  PHE 338           HD1      PHE 338   9.429   3.262   8.077
    4    HD2  PHE 338           HD2      PHE 338  11.921   3.663   4.651
    5    HE1  PHE 338           HE1      PHE 338  10.837   1.415   8.890
    6    HE2  PHE 338           HE2      PHE 338  13.332   1.816   5.456
    7    HZ   PHE 338           HZ       PHE 338  12.791   0.689   7.578
    8    HB2  PHE 338           HB2      PHE 338  10.268   5.238   5.047
    9    HB3  PHE 338           HB3      PHE 338   9.543   5.387   6.644

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    GLU 339           H        GLU 339   6.770   5.188   6.975
    2    HA   GLU 339           HA       GLU 339   6.676   3.051   8.797
    3    HB2  GLU 339           HB2      GLU 339   5.093   5.524   8.332
    4    HB3  GLU 339           HB3      GLU 339   4.344   4.270   9.312
    5    HG2  GLU 339           HG2      GLU 339   7.098   4.828  10.072
    6    HG3  GLU 339           HG3      GLU 339   6.035   6.226  10.214

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    MET 340           H        MET 340   4.654   3.882   6.027
    2    HA   MET 340           HA       MET 340   2.667   1.924   6.452
    3    HB2  MET 340           HB2      MET 340   2.382   3.837   4.920
    4    HB3  MET 340           HB3      MET 340   3.596   3.153   3.848
    5    HG2  MET 340           HG2      MET 340   2.212   1.439   3.155
    6    HG3  MET 340           HG3      MET 340   1.173   1.569   4.573
    7    HE1  MET 340           HE1      MET 340   2.656   3.750   1.848
    8    HE2  MET 340           HE2      MET 340   1.306   4.694   1.218
    9    HE3  MET 340           HE3      MET 340   2.009   5.097   2.784

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    PHE 341           H        PHE 341   5.466   1.929   4.239
    2    HA   PHE 341           HA       PHE 341   5.189  -0.709   3.354
    3    HD1  PHE 341           HD1      PHE 341   8.432   2.589   2.531
    4    HD2  PHE 341           HD2      PHE 341   4.805   0.587   1.563
    5    HE1  PHE 341           HE1      PHE 341   7.800   4.453   1.054
    6    HE2  PHE 341           HE2      PHE 341   4.168   2.441   0.083
    7    HZ   PHE 341           HZ       PHE 341   5.664   4.378  -0.168
    8    HB2  PHE 341           HB2      PHE 341   7.855   0.659   3.677
    9    HB3  PHE 341           HB3      PHE 341   7.361  -0.497   2.443

  No H/Q in entry =           9
  Start of MODEL   12
    1    H    ARG 342           H        ARG 342   6.516   0.582   6.301
    2    HA   ARG 342           HA       ARG 342   7.944  -1.782   7.048
    3    HE   ARG 342           HE       ARG 342   7.193  -0.967  12.477
    4   HH11  ARG 342          1HH1      ARG 342  10.441  -1.047  11.202
    5   HH12  ARG 342          2HH1      ARG 342  11.012  -2.174  12.385
    6   HH21  ARG 342          1HH2      ARG 342   7.942  -2.450  14.035
    7   HH22  ARG 342          2HH2      ARG 342   9.593  -2.971  13.993
    8    HB2  ARG 342           HB2      ARG 342   8.492   0.471   7.936
    9    HB3  ARG 342           HB3      ARG 342   6.957   0.483   8.793
   10    HG2  ARG 342           HG2      ARG 342   7.963  -1.819   9.723
   11    HG3  ARG 342           HG3      ARG 342   9.463  -0.945   9.404
   12    HD2  ARG 342           HD2      ARG 342   9.076   0.586  11.030
   13    HD3  ARG 342           HD3      ARG 342   7.330   0.557  10.792

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    GLU 343           H        GLU 343   4.829  -0.359   8.008
    2    HA   GLU 343           HA       GLU 343   4.094  -2.469   9.744
    3    HB2  GLU 343           HB2      GLU 343   2.710  -0.167   8.468
    4    HB3  GLU 343           HB3      GLU 343   1.698  -1.483   9.048
    5    HG2  GLU 343           HG2      GLU 343   2.008  -0.940  11.191
    6    HG3  GLU 343           HG3      GLU 343   3.727  -0.620  10.963

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 344           H        LEU 344   3.802  -1.956   6.308
    2    HA   LEU 344           HA       LEU 344   1.927  -4.032   5.798
    3    HG   LEU 344           HG       LEU 344   1.746  -1.963   2.804
    4   HD11  LEU 344          1HD1      LEU 344   1.281  -4.599   3.152
    5   HD12  LEU 344          2HD1      LEU 344   0.008  -3.909   4.159
    6   HD13  LEU 344          3HD1      LEU 344   0.118  -3.473   2.453
    7   HD21  LEU 344          1HD2      LEU 344   1.703  -1.306   5.429
    8   HD22  LEU 344          2HD2      LEU 344   0.467  -0.830   4.265
    9   HD23  LEU 344          3HD2      LEU 344   0.213  -2.238   5.295
   10    HB2  LEU 344           HB2      LEU 344   3.637  -2.230   4.223
   11    HB3  LEU 344           HB3      LEU 344   3.324  -3.779   3.463

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    ASN 345           H        ASN 345   5.467  -3.825   5.598
    2    HA   ASN 345           HA       ASN 345   5.909  -6.447   4.694
    3   HD21  ASN 345          1HD2      ASN 345   9.089  -6.846   6.742
    4   HD22  ASN 345          2HD2      ASN 345   9.858  -7.665   5.429
    5    HB2  ASN 345           HB2      ASN 345   7.541  -4.414   4.906
    6    HB3  ASN 345           HB3      ASN 345   7.852  -5.061   6.514

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    GLU 346           H        GLU 346   5.556  -5.097   7.933
    2    HA   GLU 346           HA       GLU 346   6.261  -7.474   9.324
    3    HB2  GLU 346           HB2      GLU 346   6.261  -5.151  10.293
    4    HB3  GLU 346           HB3      GLU 346   4.504  -5.227  10.319
    5    HG2  GLU 346           HG2      GLU 346   4.808  -7.352  11.712
    6    HG3  GLU 346           HG3      GLU 346   6.474  -6.813  11.921

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    ALA 347           H        ALA 347   3.157  -6.014   8.413
    2    HA   ALA 347           HA       ALA 347   1.541  -8.033   9.564
    3    HB1  ALA 347           HB1      ALA 347   0.632  -6.457   7.196
    4    HB2  ALA 347           HB2      ALA 347   0.933  -5.636   8.728
    5    HB3  ALA 347           HB3      ALA 347  -0.261  -6.930   8.642

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    LEU 348           H        LEU 348   3.210  -7.735   6.523
    2    HA   LEU 348           HA       LEU 348   1.790  -9.762   5.127
    3    HG   LEU 348           HG       LEU 348   2.221  -9.196   2.707
    4   HD11  LEU 348          1HD1      LEU 348   1.626  -7.478   4.718
    5   HD12  LEU 348          2HD1      LEU 348   2.170  -6.362   3.465
    6   HD13  LEU 348          3HD1      LEU 348   0.844  -7.478   3.137
    7   HD21  LEU 348          1HD2      LEU 348   4.428  -8.526   1.808
    8   HD22  LEU 348          2HD2      LEU 348   3.106  -7.504   1.244
    9   HD23  LEU 348          3HD2      LEU 348   4.191  -6.924   2.508
   10    HB2  LEU 348           HB2      LEU 348   4.221  -8.153   4.714
   11    HB3  LEU 348           HB3      LEU 348   4.243  -9.727   3.941

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    GLU 349           H        GLU 349   4.647  -9.734   7.183
    2    HA   GLU 349           HA       GLU 349   5.532 -12.352   6.667
    3    HB2  GLU 349           HB2      GLU 349   5.910 -10.406   8.907
    4    HB3  GLU 349           HB3      GLU 349   6.443 -12.067   9.122
    5    HG2  GLU 349           HG2      GLU 349   7.951 -11.903   7.288
    6    HG3  GLU 349           HG3      GLU 349   7.295 -10.335   6.819

  No H/Q in entry =           6
  Start of MODEL   12
    1    H    LEU 350           H        LEU 350   3.022 -11.090   8.741
    2    HA   LEU 350           HA       LEU 350   2.648 -13.320  10.404
    3    HG   LEU 350           HG       LEU 350   0.765 -10.576  11.934
    4   HD11  LEU 350          1HD1      LEU 350   1.519 -13.424  12.142
    5   HD12  LEU 350          2HD1      LEU 350   2.102 -12.355  13.418
    6   HD13  LEU 350          3HD1      LEU 350   0.374 -12.478  13.092
    7   HD21  LEU 350          1HD2      LEU 350   3.138 -10.436  10.667
    8   HD22  LEU 350          2HD2      LEU 350   2.876  -9.888  12.323
    9   HD23  LEU 350          3HD2      LEU 350   3.567 -11.482  12.020
   10    HB2  LEU 350           HB2      LEU 350   1.026 -10.974   9.590
   11    HB3  LEU 350           HB3      LEU 350   0.157 -12.331  10.282

  No H/Q in entry =          11
  Start of MODEL   12
    1    H    LYS 351           H        LYS 351   1.349 -12.526   7.219
    2    HA   LYS 351           HA       LYS 351  -0.535 -14.584   7.015
    3    HB2  LYS 351           HB2      LYS 351   1.040 -13.032   4.980
    4    HB3  LYS 351           HB3      LYS 351  -0.048 -14.322   4.486
    5    HG2  LYS 351           HG2      LYS 351  -1.913 -13.137   4.999
    6    HG3  LYS 351           HG3      LYS 351  -1.132 -12.267   6.321
    7    HD2  LYS 351           HD2      LYS 351  -1.154 -10.536   4.883
    8    HD3  LYS 351           HD3      LYS 351   0.260 -11.331   4.187
    9    HE2  LYS 351           HE2      LYS 351  -0.892 -12.094   2.369
   10    HE3  LYS 351           HE3      LYS 351  -2.420 -12.195   3.244
   11    HZ1  LYS 351           HZ1      LYS 351  -2.292  -9.653   3.256
   12    HZ2  LYS 351           HZ2      LYS 351  -1.149  -9.830   2.023
   13    HZ3  LYS 351           HZ3      LYS 351  -2.719 -10.420   1.810

  No H/Q in entry =          13
  Start of MODEL   12
    1    H    ASP 352           H        ASP 352   2.927 -14.538   6.369
    2    HA   ASP 352           HA       ASP 352   3.129 -17.032   5.096
    3    HB2  ASP 352           HB2      ASP 352   4.884 -15.052   5.606
    4    HB3  ASP 352           HB3      ASP 352   5.364 -16.194   6.857

  No H/Q in entry =           4
  Start of MODEL   12
    1    H    ALA 353           H        ALA 353   3.232 -16.127   8.510
    2    HA   ALA 353           HA       ALA 353   3.900 -18.695   9.498
    3    HB1  ALA 353           HB1      ALA 353   3.853 -16.284  10.623
    4    HB2  ALA 353           HB2      ALA 353   2.289 -16.870  11.188
    5    HB3  ALA 353           HB3      ALA 353   3.758 -17.769  11.568

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLN 354           H        GLN 354   0.884 -17.167   8.617
    2    HA   GLN 354           HA       GLN 354  -0.845 -19.004   9.915
    3   HE21  GLN 354          1HE2      GLN 354  -4.368 -16.199  10.062
    4   HE22  GLN 354          2HE2      GLN 354  -4.685 -14.769   9.145
    5    HB2  GLN 354           HB2      GLN 354  -1.234 -17.090   7.619
    6    HB3  GLN 354           HB3      GLN 354  -2.533 -18.113   8.217
    7    HG2  GLN 354           HG2      GLN 354  -2.435 -17.074  10.375
    8    HG3  GLN 354           HG3      GLN 354  -1.008 -16.149   9.910

  No H/Q in entry =           8
  Start of MODEL   12
    1    H    ALA 355           H        ALA 355   0.777 -18.973   6.817
    2    HA   ALA 355           HA       ALA 355  -0.702 -21.255   5.822
    3    HB1  ALA 355           HB1      ALA 355  -0.134 -19.804   4.103
    4    HB2  ALA 355           HB2      ALA 355   1.492 -19.536   4.731
    5    HB3  ALA 355           HB3      ALA 355   1.085 -21.070   3.962

  No H/Q in entry =           5
  Start of MODEL   12
    1    H    GLY 356           H        GLY 356  -0.260 -23.239   6.511
    2    HA2  GLY 356           HA2      GLY 356   0.889 -25.008   7.446
    3    HA3  GLY 356           HA3      GLY 356   2.190 -23.894   7.840

  No H/Q in entry =           3
  Start of MODEL   13
    1    H1   GLU 326           H1       GLU 326 -17.478   0.753  11.453
    2    H2   GLU 326           H2       GLU 326 -18.377   1.942  12.299
    3    H3   GLU 326           H3       GLU 326 -19.102   1.079  11.004
    4    HB2  GLU 326           HB2      GLU 326 -15.867   2.500  11.447
    5    HB3  GLU 326           HB3      GLU 326 -16.040   3.795  10.271
    6    HG2  GLU 326           HG2      GLU 326 -17.910   3.949  12.515
    7    HG3  GLU 326           HG3      GLU 326 -16.212   4.091  12.964
    8    HA   GLU 326           HA       GLU 326 -18.544   3.225  10.267

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    SER 327           H        SER 327 -19.117   2.422   8.299
    2    HA   SER 327           HA       SER 327 -17.140   0.793   6.855
    3    HG   SER 327           HG       SER 327 -19.793  -0.380   4.734
    4    HB2  SER 327           HB2      SER 327 -19.336  -0.248   7.008
    5    HB3  SER 327           HB3      SER 327 -20.097   1.196   6.341

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    PHE 328           H        PHE 328 -16.643   1.294   4.665
    2    HA   PHE 328           HA       PHE 328 -17.446   3.910   3.665
    3    HD1  PHE 328           HD1      PHE 328 -16.089   6.388   4.747
    4    HD2  PHE 328           HD2      PHE 328 -14.564   2.765   6.375
    5    HE1  PHE 328           HE1      PHE 328 -16.071   7.407   6.987
    6    HE2  PHE 328           HE2      PHE 328 -14.543   3.776   8.618
    7    HZ   PHE 328           HZ       PHE 328 -15.297   6.100   8.926
    8    HB2  PHE 328           HB2      PHE 328 -14.530   3.175   3.994
    9    HB3  PHE 328           HB3      PHE 328 -15.165   4.672   3.319

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLY 329           H        GLY 329 -17.884   3.769   1.566
    2    HA2  GLY 329           HA2      GLY 329 -18.258   2.517  -0.396
    3    HA3  GLY 329           HA3      GLY 329 -17.002   1.396   0.107

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    LEU 330           H        LEU 330 -15.189   1.475  -1.029
    2    HA   LEU 330           HA       LEU 330 -14.381   4.043  -2.215
    3    HG   LEU 330           HG       LEU 330 -12.338   4.748  -1.788
    4   HD11  LEU 330          1HD1      LEU 330 -10.734   2.786  -0.270
    5   HD12  LEU 330          2HD1      LEU 330  -9.853   4.109  -1.034
    6   HD13  LEU 330          3HD1      LEU 330 -11.148   4.457   0.111
    7   HD21  LEU 330          1HD2      LEU 330 -11.753   3.152  -3.846
    8   HD22  LEU 330          2HD2      LEU 330 -10.891   4.658  -3.531
    9   HD23  LEU 330          3HD2      LEU 330 -10.195   3.120  -3.019
   10    HB2  LEU 330           HB2      LEU 330 -12.933   2.454  -0.581
   11    HB3  LEU 330           HB3      LEU 330 -12.463   1.794  -2.135

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLY 331           H        GLY 331 -13.884   4.196  -4.377
    2    HA2  GLY 331           HA2      GLY 331 -14.796   3.585  -6.524
    3    HA3  GLY 331           HA3      GLY 331 -14.752   1.904  -6.013

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ILE 332           H        ILE 332 -13.172   0.721  -6.844
    2    HA   ILE 332           HA       ILE 332 -10.741   2.103  -7.779
    3    HB   ILE 332           HB       ILE 332 -10.828  -0.734  -6.760
    4   HG12  ILE 332          2HG1      ILE 332  -9.377   0.546  -4.897
    5   HG21  ILE 332          1HG2      ILE 332  -9.046   0.072  -8.417
    6   HG22  ILE 332          2HG2      ILE 332  -8.416   1.019  -7.070
    7   HG23  ILE 332          3HG2      ILE 332  -8.501  -0.738  -6.948
    8   HD11  ILE 332          1HD1      ILE 332 -11.582  -0.838  -4.709
    9   HD12  ILE 332          2HD1      ILE 332 -11.072   0.230  -3.402
   10   HD13  ILE 332          3HD1      ILE 332 -12.318   0.756  -4.534
   11   HG13  ILE 332          3HG1      ILE 332 -10.471   1.852  -5.341

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ARG 333           H        ARG 333 -10.724   2.117  -9.926
    2    HA   ARG 333           HA       ARG 333 -12.043  -0.015 -11.415
    3    HE   ARG 333           HE       ARG 333 -14.065   2.522 -10.278
    4   HH11  ARG 333          1HH1      ARG 333 -14.372   5.689 -11.712
    5   HH12  ARG 333          2HH1      ARG 333 -15.198   6.364 -10.348
    6   HH21  ARG 333          1HH2      ARG 333 -15.151   3.408  -8.483
    7   HH22  ARG 333          2HH2      ARG 333 -15.640   5.070  -8.514
    8    HB2  ARG 333           HB2      ARG 333 -11.150   2.755 -12.010
    9    HB3  ARG 333           HB3      ARG 333 -11.143   1.614 -13.348
   10    HG2  ARG 333           HG2      ARG 333 -13.310   1.947 -13.621
   11    HG3  ARG 333           HG3      ARG 333 -13.604   1.292 -12.009
   12    HD2  ARG 333           HD2      ARG 333 -12.650   4.072 -12.073
   13    HD3  ARG 333           HD3      ARG 333 -14.240   3.813 -12.790

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLY 334           H        GLY 334 -10.345  -1.547 -10.655
    2    HA2  GLY 334           HA2      GLY 334  -7.652  -1.355 -11.399
    3    HA3  GLY 334           HA3      GLY 334  -8.522  -2.104 -12.729

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ARG 335           H        ARG 335  -7.574  -4.108 -12.545
    2    HA   ARG 335           HA       ARG 335  -8.688  -5.828 -10.531
    3    HE   ARG 335           HE       ARG 335  -6.562 -10.653 -12.815
    4   HH11  ARG 335          1HH1      ARG 335  -6.680  -7.510 -14.334
    5   HH12  ARG 335          2HH1      ARG 335  -5.146  -7.693 -15.114
    6   HH21  ARG 335          1HH2      ARG 335  -4.544 -10.891 -13.841
    7   HH22  ARG 335          2HH2      ARG 335  -3.933  -9.611 -14.835
    8    HB2  ARG 335           HB2      ARG 335  -8.344  -6.479 -12.937
    9    HB3  ARG 335           HB3      ARG 335  -6.616  -6.516 -12.617
   10    HG2  ARG 335           HG2      ARG 335  -6.809  -8.351 -11.171
   11    HG3  ARG 335           HG3      ARG 335  -8.556  -8.157 -11.025
   12    HD2  ARG 335           HD2      ARG 335  -8.671  -9.766 -12.579
   13    HD3  ARG 335           HD3      ARG 335  -8.249  -8.488 -13.717

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 336           H        GLU 336  -5.344  -5.070 -11.522
    2    HA   GLU 336           HA       GLU 336  -4.100  -6.367  -9.369
    3    HB2  GLU 336           HB2      GLU 336  -3.272  -4.298 -11.352
    4    HB3  GLU 336           HB3      GLU 336  -2.240  -4.568  -9.955
    5    HG2  GLU 336           HG2      GLU 336  -1.631  -6.657 -10.628
    6    HG3  GLU 336           HG3      GLU 336  -3.135  -6.934 -11.506

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ARG 337           H        ARG 337  -5.226  -3.043  -9.758
    2    HA   ARG 337           HA       ARG 337  -4.125  -2.003  -7.388
    3    HE   ARG 337           HE       ARG 337  -4.817   3.057  -9.264
    4   HH11  ARG 337          1HH1      ARG 337  -6.970   0.419 -10.043
    5   HH12  ARG 337          2HH1      ARG 337  -6.953   0.746 -11.742
    6   HH21  ARG 337          1HH2      ARG 337  -4.797   3.484 -11.499
    7   HH22  ARG 337          2HH2      ARG 337  -5.720   2.483 -12.569
    8    HB2  ARG 337           HB2      ARG 337  -5.591  -0.992  -9.494
    9    HB3  ARG 337           HB3      ARG 337  -6.713  -0.860  -8.147
   10    HG2  ARG 337           HG2      ARG 337  -4.749   0.243  -6.901
   11    HG3  ARG 337           HG3      ARG 337  -4.042   0.436  -8.506
   12    HD2  ARG 337           HD2      ARG 337  -6.853   1.255  -8.288
   13    HD3  ARG 337           HD3      ARG 337  -5.729   2.213  -7.326

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    PHE 338           H        PHE 338  -7.445  -3.126  -8.043
    2    HA   PHE 338           HA       PHE 338  -8.350  -2.918  -5.394
    3    HD1  PHE 338           HD1      PHE 338 -11.404  -2.664  -5.505
    4    HD2  PHE 338           HD2      PHE 338  -9.896  -6.599  -6.096
    5    HE1  PHE 338           HE1      PHE 338 -13.123  -3.547  -3.982
    6    HE2  PHE 338           HE2      PHE 338 -11.612  -7.490  -4.575
    7    HZ   PHE 338           HZ       PHE 338 -13.229  -5.963  -3.516
    8    HB2  PHE 338           HB2      PHE 338  -9.881  -3.141  -7.297
    9    HB3  PHE 338           HB3      PHE 338  -9.296  -4.775  -7.591

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLU 339           H        GLU 339  -6.569  -5.410  -7.072
    2    HA   GLU 339           HA       GLU 339  -6.959  -7.504  -5.225
    3    HB2  GLU 339           HB2      GLU 339  -5.011  -6.907  -7.393
    4    HB3  GLU 339           HB3      GLU 339  -4.551  -8.126  -6.211
    5    HG2  GLU 339           HG2      GLU 339  -7.085  -8.895  -6.823
    6    HG3  GLU 339           HG3      GLU 339  -6.531  -8.233  -8.361

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    MET 340           H        MET 340  -4.658  -4.845  -5.381
    2    HA   MET 340           HA       MET 340  -2.966  -5.735  -3.296
    3    HB2  MET 340           HB2      MET 340  -2.677  -3.809  -5.069
    4    HB3  MET 340           HB3      MET 340  -3.414  -2.821  -3.816
    5    HG2  MET 340           HG2      MET 340  -1.541  -4.043  -2.354
    6    HG3  MET 340           HG3      MET 340  -0.745  -4.070  -3.926
    7    HE1  MET 340           HE1      MET 340  -0.825  -1.851  -5.480
    8    HE2  MET 340           HE2      MET 340  -2.357  -1.164  -4.940
    9    HE3  MET 340           HE3      MET 340  -0.876  -0.212  -4.829

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    PHE 341           H        PHE 341  -5.547  -3.269  -3.297
    2    HA   PHE 341           HA       PHE 341  -5.558  -2.793  -0.547
    3    HD1  PHE 341           HD1      PHE 341  -4.928  -0.828  -1.418
    4    HD2  PHE 341           HD2      PHE 341  -8.211  -1.269  -4.087
    5    HE1  PHE 341           HE1      PHE 341  -3.931   0.849  -2.910
    6    HE2  PHE 341           HE2      PHE 341  -7.220   0.410  -5.588
    7    HZ   PHE 341           HZ       PHE 341  -5.076   1.464  -5.000
    8    HB2  PHE 341           HB2      PHE 341  -8.031  -2.686  -2.269
    9    HB3  PHE 341           HB3      PHE 341  -7.629  -1.685  -0.875

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    ARG 342           H        ARG 342  -6.856  -5.440  -2.379
    2    HA   ARG 342           HA       ARG 342  -8.702  -6.361  -0.417
    3    HE   ARG 342           HE       ARG 342  -9.121  -9.800   0.609
    4   HH11  ARG 342          1HH1      ARG 342 -11.933  -8.653  -1.110
    5   HH12  ARG 342          2HH1      ARG 342 -12.848  -8.358   0.330
    6   HH21  ARG 342          1HH2      ARG 342 -10.323  -9.413   2.505
    7   HH22  ARG 342          2HH2      ARG 342 -11.934  -8.788   2.382
    8    HB2  ARG 342           HB2      ARG 342  -8.140  -7.021  -3.033
    9    HB3  ARG 342           HB3      ARG 342  -7.538  -8.419  -2.152
   10    HG2  ARG 342           HG2      ARG 342 -10.210  -7.462  -1.366
   11    HG3  ARG 342           HG3      ARG 342 -10.076  -8.151  -2.985
   12    HD2  ARG 342           HD2      ARG 342 -10.452 -10.080  -1.863
   13    HD3  ARG 342           HD3      ARG 342  -8.708  -9.998  -1.616

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 343           H        GLU 343  -5.375  -7.283  -1.264
    2    HA   GLU 343           HA       GLU 343  -5.138  -9.240   0.782
    3    HB2  GLU 343           HB2      GLU 343  -3.285  -7.873  -1.101
    4    HB3  GLU 343           HB3      GLU 343  -2.573  -8.611   0.327
    5    HG2  GLU 343           HG2      GLU 343  -3.138 -10.742  -0.322
    6    HG3  GLU 343           HG3      GLU 343  -4.463 -10.192  -1.347

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 344           H        LEU 344  -4.661  -5.797   0.628
    2    HA   LEU 344           HA       LEU 344  -3.183  -5.530   3.045
    3    HG   LEU 344           HG       LEU 344  -2.592  -2.434   1.170
    4   HD11  LEU 344          1HD1      LEU 344  -2.299  -3.157   3.767
    5   HD12  LEU 344          2HD1      LEU 344  -1.065  -4.151   2.993
    6   HD13  LEU 344          3HD1      LEU 344  -1.041  -2.399   2.790
    7   HD21  LEU 344          1HD2      LEU 344  -2.250  -5.398   0.962
    8   HD22  LEU 344          2HD2      LEU 344  -2.322  -4.187  -0.318
    9   HD23  LEU 344          3HD2      LEU 344  -0.883  -4.318   0.692
   10    HB2  LEU 344           HB2      LEU 344  -4.607  -3.713   1.177
   11    HB3  LEU 344           HB3      LEU 344  -4.327  -3.121   2.803

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ASN 345           H        ASN 345  -6.608  -5.274   2.200
    2    HA   ASN 345           HA       ASN 345  -7.553  -4.486   4.721
    3   HD21  ASN 345          1HD2      ASN 345 -10.483  -5.947   5.101
    4   HD22  ASN 345          2HD2      ASN 345 -11.363  -4.483   5.358
    5    HB2  ASN 345           HB2      ASN 345  -8.704  -4.830   2.292
    6    HB3  ASN 345           HB3      ASN 345  -9.307  -6.258   3.128

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    GLU 346           H        GLU 346  -7.021  -7.697   3.326
    2    HA   GLU 346           HA       GLU 346  -8.069  -9.078   5.610
    3    HB2  GLU 346           HB2      GLU 346  -7.207 -11.098   4.529
    4    HB3  GLU 346           HB3      GLU 346  -8.102 -10.105   3.387
    5    HG2  GLU 346           HG2      GLU 346  -5.925  -9.196   2.586
    6    HG3  GLU 346           HG3      GLU 346  -5.117 -10.375   3.617

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ALA 347           H        ALA 347  -4.939  -7.925   4.586
    2    HA   ALA 347           HA       ALA 347  -3.480  -9.407   6.578
    3    HB1  ALA 347           HB1      ALA 347  -2.588  -7.089   4.865
    4    HB2  ALA 347           HB2      ALA 347  -1.543  -8.149   5.811
    5    HB3  ALA 347           HB3      ALA 347  -2.445  -8.795   4.440

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    LEU 348           H        LEU 348  -4.967  -6.262   6.306
    2    HA   LEU 348           HA       LEU 348  -3.654  -5.172   8.621
    3    HG   LEU 348           HG       LEU 348  -3.212  -3.801   6.611
    4   HD11  LEU 348          1HD1      LEU 348  -5.499  -2.921   5.376
    5   HD12  LEU 348          2HD1      LEU 348  -4.731  -1.420   5.893
    6   HD13  LEU 348          3HD1      LEU 348  -3.850  -2.556   4.873
    7   HD21  LEU 348          1HD2      LEU 348  -3.692  -2.497   8.919
    8   HD22  LEU 348          2HD2      LEU 348  -2.431  -2.037   7.775
    9   HD23  LEU 348          3HD2      LEU 348  -3.983  -1.200   7.759
   10    HB2  LEU 348           HB2      LEU 348  -5.856  -4.267   6.807
   11    HB3  LEU 348           HB3      LEU 348  -5.596  -3.446   8.334

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLU 349           H        GLU 349  -6.574  -6.942   7.954
    2    HA   GLU 349           HA       GLU 349  -7.846  -6.350  10.453
    3    HB2  GLU 349           HB2      GLU 349  -9.132  -6.988   8.450
    4    HB3  GLU 349           HB3      GLU 349  -8.383  -8.578   8.479
    5    HG2  GLU 349           HG2      GLU 349  -9.396  -8.450  10.983
    6    HG3  GLU 349           HG3      GLU 349 -10.576  -7.489  10.093

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 350           H        LEU 350  -5.564  -8.704   9.307
    2    HA   LEU 350           HA       LEU 350  -5.939 -10.588  11.419
    3    HG   LEU 350           HG       LEU 350  -4.314 -12.606   8.861
    4   HD11  LEU 350          1HD1      LEU 350  -4.480 -12.818  11.524
    5   HD12  LEU 350          2HD1      LEU 350  -6.191 -12.945  11.115
    6   HD13  LEU 350          3HD1      LEU 350  -5.030 -14.077  10.419
    7   HD21  LEU 350          1HD2      LEU 350  -6.689 -10.892   9.205
    8   HD22  LEU 350          2HD2      LEU 350  -6.127 -11.788   7.794
    9   HD23  LEU 350          3HD2      LEU 350  -6.994 -12.624   9.082
   10    HB2  LEU 350           HB2      LEU 350  -4.086 -10.220   9.159
   11    HB3  LEU 350           HB3      LEU 350  -3.405 -11.056  10.541

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    LYS 351           H        LYS 351  -3.767  -7.858  10.872
    2    HA   LYS 351           HA       LYS 351  -2.112  -8.306  13.121
    3    HB2  LYS 351           HB2      LYS 351  -1.316  -6.042  12.778
    4    HB3  LYS 351           HB3      LYS 351  -1.476  -6.856  11.227
    5    HG2  LYS 351           HG2      LYS 351  -2.960  -5.374  10.482
    6    HG3  LYS 351           HG3      LYS 351  -3.880  -5.409  11.987
    7    HD2  LYS 351           HD2      LYS 351  -2.982  -3.181  11.570
    8    HD3  LYS 351           HD3      LYS 351  -2.256  -3.890  13.014
    9    HE2  LYS 351           HE2      LYS 351  -0.320  -3.244  12.072
   10    HE3  LYS 351           HE3      LYS 351  -0.512  -4.708  11.109
   11    HZ1  LYS 351           HZ1      LYS 351  -1.905  -3.040   9.629
   12    HZ2  LYS 351           HZ2      LYS 351  -0.856  -1.915  10.336
   13    HZ3  LYS 351           HZ3      LYS 351  -0.232  -3.214   9.450

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    ASP 352           H        ASP 352  -5.235  -6.837  12.733
    2    HA   ASP 352           HA       ASP 352  -5.239  -5.377  15.180
    3    HB2  ASP 352           HB2      ASP 352  -6.757  -5.019  13.151
    4    HB3  ASP 352           HB3      ASP 352  -7.691  -6.388  13.746

  No H/Q in entry =           4
  Start of MODEL   13
    1    H    ALA 353           H        ALA 353  -6.045  -8.650  14.264
    2    HA   ALA 353           HA       ALA 353  -7.366  -9.277  16.741
    3    HB1  ALA 353           HB1      ALA 353  -7.772 -10.383  14.481
    4    HB2  ALA 353           HB2      ALA 353  -6.286 -11.283  14.785
    5    HB3  ALA 353           HB3      ALA 353  -7.655 -11.443  15.885

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLN 354           H        GLN 354  -4.127  -9.506  15.452
    2    HA   GLN 354           HA       GLN 354  -3.192 -11.135  17.664
    3   HE21  GLN 354          1HE2      GLN 354   1.370 -12.370  15.946
    4   HE22  GLN 354          2HE2      GLN 354   2.185 -11.557  17.234
    5    HB2  GLN 354           HB2      GLN 354  -2.363 -10.942  15.099
    6    HB3  GLN 354           HB3      GLN 354  -1.236  -9.832  15.865
    7    HG2  GLN 354           HG2      GLN 354  -1.628 -12.490  17.119
    8    HG3  GLN 354           HG3      GLN 354  -0.723 -12.410  15.608

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    ALA 355           H        ALA 355  -3.167  -7.788  16.647
    2    HA   ALA 355           HA       ALA 355  -1.909  -7.080  19.213
    3    HB1  ALA 355           HB1      ALA 355  -1.172  -6.239  16.475
    4    HB2  ALA 355           HB2      ALA 355  -0.165  -6.458  17.906
    5    HB3  ALA 355           HB3      ALA 355  -1.138  -4.998  17.727

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLY 356           H        GLY 356  -3.841  -6.590  20.221
    2    HA2  GLY 356           HA2      GLY 356  -6.076  -5.352  19.327
    3    HA3  GLY 356           HA3      GLY 356  -4.961  -4.013  19.551

  No H/Q in entry =           3
  Start of MODEL   13
    1    H1   GLU 326           H1       GLU 326 -13.464  -5.108 -13.766
    2    H2   GLU 326           H2       GLU 326 -14.470  -5.058 -15.155
    3    H3   GLU 326           H3       GLU 326 -12.772  -4.892 -15.322
    4    HA   GLU 326           HA       GLU 326 -12.743  -2.814 -14.412
    5    HB2  GLU 326           HB2      GLU 326 -14.959  -3.406 -16.307
    6    HB3  GLU 326           HB3      GLU 326 -14.902  -1.789 -15.620
    7    HG2  GLU 326           HG2      GLU 326 -12.668  -1.463 -16.476
    8    HG3  GLU 326           HG3      GLU 326 -12.633  -3.118 -17.083

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    SER 327           H        SER 327 -13.390  -1.374 -12.880
    2    HA   SER 327           HA       SER 327 -14.455  -0.560 -11.043
    3    HG   SER 327           HG       SER 327 -16.663   0.929 -11.438
    4    HB2  SER 327           HB2      SER 327 -16.684  -1.512 -12.770
    5    HB3  SER 327           HB3      SER 327 -17.069  -1.138 -11.090

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    PHE 328           H        PHE 328 -13.899  -1.483  -9.186
    2    HA   PHE 328           HA       PHE 328 -15.219  -3.996  -8.428
    3    HD1  PHE 328           HD1      PHE 328 -13.251  -6.696  -8.705
    4    HD2  PHE 328           HD2      PHE 328 -12.201  -2.982 -10.497
    5    HE1  PHE 328           HE1      PHE 328 -12.708  -7.865 -10.800
    6    HE2  PHE 328           HE2      PHE 328 -11.657  -4.144 -12.596
    7    HZ   PHE 328           HZ       PHE 328 -11.910  -6.589 -12.750
    8    HB2  PHE 328           HB2      PHE 328 -12.298  -3.349  -7.973
    9    HB3  PHE 328           HB3      PHE 328 -13.133  -4.784  -7.389

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLY 329           H        GLY 329 -16.551  -3.358  -6.846
    2    HA2  GLY 329           HA2      GLY 329 -17.319  -2.332  -4.935
    3    HA3  GLY 329           HA3      GLY 329 -16.012  -1.170  -5.107

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    LEU 330           H        LEU 330 -15.126  -1.076  -3.131
    2    HA   LEU 330           HA       LEU 330 -14.352  -3.619  -1.859
    3    HG   LEU 330           HG       LEU 330 -12.223  -4.144  -1.540
    4   HD11  LEU 330          1HD1      LEU 330 -10.668  -2.740  -3.119
    5   HD12  LEU 330          2HD1      LEU 330  -9.878  -2.310  -1.602
    6   HD13  LEU 330          3HD1      LEU 330 -10.003  -4.003  -2.083
    7   HD21  LEU 330          1HD2      LEU 330 -12.578  -2.663   0.572
    8   HD22  LEU 330          2HD2      LEU 330 -11.318  -3.896   0.566
    9   HD23  LEU 330          3HD2      LEU 330 -10.897  -2.204   0.303
   10    HB2  LEU 330           HB2      LEU 330 -12.575  -1.925  -2.950
   11    HB3  LEU 330           HB3      LEU 330 -12.704  -1.208  -1.356

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLY 331           H        GLY 331 -15.013  -3.885   0.177
    2    HA2  GLY 331           HA2      GLY 331 -16.606  -3.254   1.856
    3    HA3  GLY 331           HA3      GLY 331 -16.226  -1.570   1.530

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ILE 332           H        ILE 332 -14.936  -0.577   2.930
    2    HA   ILE 332           HA       ILE 332 -13.086  -2.213   4.536
    3    HB   ILE 332           HB       ILE 332 -12.925   0.767   4.095
    4   HG12  ILE 332          2HG1      ILE 332 -10.918   0.016   2.621
    5   HG21  ILE 332          1HG2      ILE 332 -11.775  -0.688   6.042
    6   HG22  ILE 332          2HG2      ILE 332 -10.553  -0.843   4.780
    7   HG23  ILE 332          3HG2      ILE 332 -11.044   0.756   5.340
    8   HD11  ILE 332          1HD1      ILE 332 -13.605   0.566   1.972
    9   HD12  ILE 332          2HD1      ILE 332 -12.170   0.758   0.966
   10   HD13  ILE 332          3HD1      ILE 332 -13.068  -0.759   0.941
   11   HG13  ILE 332          3HG1      ILE 332 -11.760  -1.528   2.544

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ARG 333           H        ARG 333 -13.153  -2.141   6.729
    2    HA   ARG 333           HA       ARG 333 -15.361  -0.606   7.918
    3    HE   ARG 333           HE       ARG 333 -16.459  -4.912   9.699
    4   HH11  ARG 333          1HH1      ARG 333 -19.047  -4.083   7.509
    5   HH12  ARG 333          2HH1      ARG 333 -19.517  -5.729   7.244
    6   HH21  ARG 333          1HH2      ARG 333 -17.075  -7.077   9.350
    7   HH22  ARG 333          2HH2      ARG 333 -18.398  -7.428   8.289
    8    HB2  ARG 333           HB2      ARG 333 -14.943  -3.267   8.068
    9    HB3  ARG 333           HB3      ARG 333 -14.040  -2.746   9.484
   10    HG2  ARG 333           HG2      ARG 333 -15.973  -2.821  10.574
   11    HG3  ARG 333           HG3      ARG 333 -16.406  -1.352   9.697
   12    HD2  ARG 333           HD2      ARG 333 -18.202  -2.797   9.315
   13    HD3  ARG 333           HD3      ARG 333 -17.229  -2.921   7.850

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLY 334           H        GLY 334 -12.731   0.507   7.329
    2    HA2  GLY 334           HA2      GLY 334 -10.806   0.749   9.111
    3    HA3  GLY 334           HA3      GLY 334 -12.126   1.459  10.029

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ARG 335           H        ARG 335 -11.321   3.521  10.133
    2    HA   ARG 335           HA       ARG 335 -11.724   5.151   7.806
    3    HE   ARG 335           HE       ARG 335  -9.877   8.254  10.311
    4   HH11  ARG 335          1HH1      ARG 335 -10.204   8.595  13.769
    5   HH12  ARG 335          2HH1      ARG 335  -9.532  10.190  13.801
    6   HH21  ARG 335          1HH2      ARG 335  -8.993  10.353  10.351
    7   HH22  ARG 335          2HH2      ARG 335  -8.845  11.189  11.861
    8    HB2  ARG 335           HB2      ARG 335 -11.101   7.022   9.304
    9    HB3  ARG 335           HB3      ARG 335 -12.369   6.007   9.977
   10    HG2  ARG 335           HG2      ARG 335 -10.865   4.987  11.500
   11    HG3  ARG 335           HG3      ARG 335  -9.467   5.703  10.697
   12    HD2  ARG 335           HD2      ARG 335 -11.637   7.257  12.101
   13    HD3  ARG 335           HD3      ARG 335 -10.076   6.845  12.808

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 336           H        GLU 336  -8.954   3.983   9.638
    2    HA   GLU 336           HA       GLU 336  -7.027   5.561   8.244
    3    HB2  GLU 336           HB2      GLU 336  -6.932   4.224  10.557
    4    HB3  GLU 336           HB3      GLU 336  -6.225   2.996   9.517
    5    HG2  GLU 336           HG2      GLU 336  -5.195   5.798   9.453
    6    HG3  GLU 336           HG3      GLU 336  -4.692   4.688  10.726

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ARG 337           H        ARG 337  -8.088   2.181   8.003
    2    HA   ARG 337           HA       ARG 337  -6.323   1.382   5.985
    3    HE   ARG 337           HE       ARG 337  -7.465  -1.979   8.602
    4   HH11  ARG 337          1HH1      ARG 337  -9.666  -3.967   6.764
    5   HH12  ARG 337          2HH1      ARG 337 -10.367  -4.705   8.165
    6   HH21  ARG 337          1HH2      ARG 337  -8.386  -2.948  10.446
    7   HH22  ARG 337          2HH2      ARG 337  -9.641  -4.126  10.255
    8    HB2  ARG 337           HB2      ARG 337  -8.463   0.241   7.403
    9    HB3  ARG 337           HB3      ARG 337  -8.900   0.100   5.706
   10    HG2  ARG 337           HG2      ARG 337  -6.784  -1.025   5.248
   11    HG3  ARG 337           HG3      ARG 337  -6.335  -0.875   6.948
   12    HD2  ARG 337           HD2      ARG 337  -8.874  -2.237   6.114
   13    HD3  ARG 337           HD3      ARG 337  -7.337  -3.101   6.143

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    PHE 338           H        PHE 338  -9.666   2.579   5.724
    2    HA   PHE 338           HA       PHE 338  -9.817   2.524   2.927
    3    HD1  PHE 338           HD1      PHE 338 -11.019   6.199   3.170
    4    HD2  PHE 338           HD2      PHE 338 -13.078   2.556   2.400
    5    HE1  PHE 338           HE1      PHE 338 -12.204   7.269   1.299
    6    HE2  PHE 338           HE2      PHE 338 -14.267   3.619   0.526
    7    HZ   PHE 338           HZ       PHE 338 -13.830   5.979  -0.026
    8    HB2  PHE 338           HB2      PHE 338 -11.799   2.773   4.341
    9    HB3  PHE 338           HB3      PHE 338 -11.234   4.350   4.883

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLU 339           H        GLU 339  -8.542   4.923   5.150
    2    HA   GLU 339           HA       GLU 339  -8.285   7.063   3.351
    3    HB2  GLU 339           HB2      GLU 339  -7.064   6.313   5.954
    4    HB3  GLU 339           HB3      GLU 339  -6.218   7.523   5.000
    5    HG2  GLU 339           HG2      GLU 339  -8.284   8.860   4.913
    6    HG3  GLU 339           HG3      GLU 339  -9.073   7.665   5.942

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    MET 340           H        MET 340  -6.201   4.309   4.045
    2    HA   MET 340           HA       MET 340  -3.966   5.176   2.553
    3    HB2  MET 340           HB2      MET 340  -3.893   3.341   4.215
    4    HB3  MET 340           HB3      MET 340  -4.858   2.345   3.135
    5    HG2  MET 340           HG2      MET 340  -3.115   1.851   1.813
    6    HG3  MET 340           HG3      MET 340  -2.418   3.465   1.949
    7    HE1  MET 340           HE1      MET 340  -3.446   1.639   5.165
    8    HE2  MET 340           HE2      MET 340  -3.120   0.224   4.164
    9    HE3  MET 340           HE3      MET 340  -2.070   0.599   5.531

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    PHE 341           H        PHE 341  -6.530   2.839   1.719
    2    HA   PHE 341           HA       PHE 341  -5.772   2.454  -0.943
    3    HD1  PHE 341           HD1      PHE 341  -5.461   0.433  -0.004
    4    HD2  PHE 341           HD2      PHE 341  -9.350   0.913   1.650
    5    HE1  PHE 341           HE1      PHE 341  -4.968  -1.319   1.645
    6    HE2  PHE 341           HE2      PHE 341  -8.866  -0.841   3.305
    7    HZ   PHE 341           HZ       PHE 341  -6.670  -1.953   3.305
    8    HB2  PHE 341           HB2      PHE 341  -8.632   2.369   0.005
    9    HB3  PHE 341           HB3      PHE 341  -7.870   1.400  -1.254

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    ARG 342           H        ARG 342  -7.491   5.072   0.563
    2    HA   ARG 342           HA       ARG 342  -8.663   6.117  -1.818
    3    HE   ARG 342           HE       ARG 342 -11.915   9.432  -1.202
    4   HH11  ARG 342          1HH1      ARG 342  -9.674  11.711   0.200
    5   HH12  ARG 342          2HH1      ARG 342 -10.550  13.100  -0.350
    6   HH21  ARG 342          1HH2      ARG 342 -13.067  11.258  -1.926
    7   HH22  ARG 342          2HH2      ARG 342 -12.476  12.843  -1.556
    8    HB2  ARG 342           HB2      ARG 342  -8.970   6.625   0.853
    9    HB3  ARG 342           HB3      ARG 342  -8.060   8.036   0.330
   10    HG2  ARG 342           HG2      ARG 342  -9.978   7.831  -1.609
   11    HG3  ARG 342           HG3      ARG 342 -10.840   7.303  -0.162
   12    HD2  ARG 342           HD2      ARG 342 -10.323   9.337   0.975
   13    HD3  ARG 342           HD3      ARG 342  -9.214   9.835  -0.302

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 343           H        GLU 343  -5.708   6.829   0.001
    2    HA   GLU 343           HA       GLU 343  -4.864   8.919  -1.754
    3    HB2  GLU 343           HB2      GLU 343  -4.165   8.373   0.724
    4    HB3  GLU 343           HB3      GLU 343  -2.943   7.377  -0.054
    5    HG2  GLU 343           HG2      GLU 343  -2.005   9.264  -1.165
    6    HG3  GLU 343           HG3      GLU 343  -3.338  10.297  -0.650

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 344           H        LEU 344  -4.429   5.461  -1.609
    2    HA   LEU 344           HA       LEU 344  -2.298   5.355  -3.517
    3    HG   LEU 344           HG       LEU 344  -1.068   3.789  -2.733
    4   HD11  LEU 344          1HD1      LEU 344  -2.477   4.058  -0.445
    5   HD12  LEU 344          2HD1      LEU 344  -1.870   2.412  -0.263
    6   HD13  LEU 344          3HD1      LEU 344  -0.743   3.746  -0.509
    7   HD21  LEU 344          1HD2      LEU 344  -2.104   1.418  -3.478
    8   HD22  LEU 344          2HD2      LEU 344  -0.454   1.625  -2.893
    9   HD23  LEU 344          3HD2      LEU 344  -1.717   1.073  -1.793
   10    HB2  LEU 344           HB2      LEU 344  -3.900   3.456  -1.967
   11    HB3  LEU 344           HB3      LEU 344  -3.475   2.869  -3.564

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ASN 345           H        ASN 345  -5.795   5.202  -3.633
    2    HA   ASN 345           HA       ASN 345  -5.969   4.322  -6.339
    3   HD21  ASN 345          1HD2      ASN 345  -9.684   6.191  -6.253
    4   HD22  ASN 345          2HD2      ASN 345 -10.169   5.120  -7.519
    5    HB2  ASN 345           HB2      ASN 345  -7.778   4.189  -4.521
    6    HB3  ASN 345           HB3      ASN 345  -8.099   5.882  -4.885

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    GLU 346           H        GLU 346  -5.971   7.471  -4.748
    2    HA   GLU 346           HA       GLU 346  -6.468   8.916  -7.183
    3    HB2  GLU 346           HB2      GLU 346  -5.919   9.622  -4.342
    4    HB3  GLU 346           HB3      GLU 346  -5.582  10.842  -5.564
    5    HG2  GLU 346           HG2      GLU 346  -7.762  11.272  -4.831
    6    HG3  GLU 346           HG3      GLU 346  -7.943  10.470  -6.391

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ALA 347           H        ALA 347  -3.683   7.780  -5.450
    2    HA   ALA 347           HA       ALA 347  -1.842   9.475  -6.908
    3    HB1  ALA 347           HB1      ALA 347  -1.460   8.790  -4.534
    4    HB2  ALA 347           HB2      ALA 347  -0.111   8.448  -5.617
    5    HB3  ALA 347           HB3      ALA 347  -1.187   7.146  -5.111

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    LEU 348           H        LEU 348  -3.136   6.249  -7.087
    2    HA   LEU 348           HA       LEU 348  -1.176   5.341  -9.005
    3    HG   LEU 348           HG       LEU 348  -1.304   4.052  -6.719
    4   HD11  LEU 348          1HD1      LEU 348  -3.614   2.717  -6.391
    5   HD12  LEU 348          2HD1      LEU 348  -2.545   1.382  -6.820
    6   HD13  LEU 348          3HD1      LEU 348  -2.163   2.409  -5.438
    7   HD21  LEU 348          1HD2      LEU 348  -1.179   1.935  -8.854
    8   HD22  LEU 348          2HD2      LEU 348  -0.026   3.233  -8.542
    9   HD23  LEU 348          3HD2      LEU 348  -0.188   1.902  -7.396
   10    HB2  LEU 348           HB2      LEU 348  -3.685   4.155  -7.851
   11    HB3  LEU 348           HB3      LEU 348  -2.847   3.392  -9.189

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLU 349           H        GLU 349  -4.280   6.885  -9.041
    2    HA   GLU 349           HA       GLU 349  -4.836   6.223 -11.795
    3    HB2  GLU 349           HB2      GLU 349  -6.781   7.688 -11.539
    4    HB3  GLU 349           HB3      GLU 349  -6.681   6.532 -10.219
    5    HG2  GLU 349           HG2      GLU 349  -7.116   8.368  -8.993
    6    HG3  GLU 349           HG3      GLU 349  -5.366   8.554  -9.092

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 350           H        LEU 350  -3.384   8.862 -10.011
    2    HA   LEU 350           HA       LEU 350  -3.400  10.664 -12.258
    3    HG   LEU 350           HG       LEU 350  -1.989   9.784  -8.942
    4   HD11  LEU 350          1HD1      LEU 350  -0.040  11.256 -10.525
    5   HD12  LEU 350          2HD1      LEU 350   0.402  11.139  -8.821
    6   HD13  LEU 350          3HD1      LEU 350   0.086   9.675  -9.753
    7   HD21  LEU 350          1HD2      LEU 350  -1.581  12.700  -8.289
    8   HD22  LEU 350          2HD2      LEU 350  -2.901  11.678  -7.722
    9   HD23  LEU 350          3HD2      LEU 350  -1.248  11.351  -7.205
   10    HB2  LEU 350           HB2      LEU 350  -2.024  12.116 -10.843
   11    HB3  LEU 350           HB3      LEU 350  -3.475  11.579 -10.021

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    LYS 351           H        LYS 351  -1.272   8.249 -10.957
    2    HA   LYS 351           HA       LYS 351   1.045   9.124 -12.420
    3    HB2  LYS 351           HB2      LYS 351   1.286   7.905 -10.309
    4    HB3  LYS 351           HB3      LYS 351   0.474   6.511 -11.008
    5    HG2  LYS 351           HG2      LYS 351   2.349   6.487 -12.730
    6    HG3  LYS 351           HG3      LYS 351   3.188   7.611 -11.657
    7    HD2  LYS 351           HD2      LYS 351   3.988   5.509 -11.019
    8    HD3  LYS 351           HD3      LYS 351   2.749   5.878  -9.818
    9    HE2  LYS 351           HE2      LYS 351   2.182   3.723 -10.351
   10    HE3  LYS 351           HE3      LYS 351   1.189   4.611 -11.506
   11    HZ1  LYS 351           HZ1      LYS 351   3.895   3.771 -12.286
   12    HZ2  LYS 351           HZ2      LYS 351   2.645   2.631 -12.293
   13    HZ3  LYS 351           HZ3      LYS 351   2.528   4.020 -13.252

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    ASP 352           H        ASP 352  -1.554   6.814 -12.875
    2    HA   ASP 352           HA       ASP 352  -0.389   5.508 -15.130
    3    HB2  ASP 352           HB2      ASP 352  -2.225   4.606 -13.592
    4    HB3  ASP 352           HB3      ASP 352  -3.336   5.626 -14.501

  No H/Q in entry =           4
  Start of MODEL   13
    1    H    ALA 353           H        ALA 353  -2.397   8.325 -14.665
    2    HA   ALA 353           HA       ALA 353  -3.235   8.599 -17.371
    3    HB1  ALA 353           HB1      ALA 353  -3.517  11.084 -16.504
    4    HB2  ALA 353           HB2      ALA 353  -4.613   9.796 -16.003
    5    HB3  ALA 353           HB3      ALA 353  -3.302  10.302 -14.938

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLN 354           H        GLN 354  -0.422   9.616 -15.563
    2    HA   GLN 354           HA       GLN 354   0.524  11.315 -17.724
    3   HE21  GLN 354          1HE2      GLN 354   1.407  14.623 -16.866
    4   HE22  GLN 354          2HE2      GLN 354   2.657  15.386 -15.950
    5    HB2  GLN 354           HB2      GLN 354   1.560  10.648 -14.980
    6    HB3  GLN 354           HB3      GLN 354   2.561  11.494 -16.151
    7    HG2  GLN 354           HG2      GLN 354   0.247  12.939 -16.230
    8    HG3  GLN 354           HG3      GLN 354   0.331  12.458 -14.536

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    ALA 355           H        ALA 355   1.237   8.193 -16.267
    2    HA   ALA 355           HA       ALA 355   2.508   6.434 -16.949
    3    HB1  ALA 355           HB1      ALA 355   1.942   7.807 -19.550
    4    HB2  ALA 355           HB2      ALA 355   1.301   6.286 -18.929
    5    HB3  ALA 355           HB3      ALA 355   2.972   6.376 -19.488

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLY 356           H        GLY 356   4.278   7.204 -15.667
    2    HA2  GLY 356           HA2      GLY 356   6.333   8.794 -16.955
    3    HA3  GLY 356           HA3      GLY 356   6.751   7.105 -16.712

  No H/Q in entry =           3
  Start of MODEL   13
    1    H1   GLU 326           H1       GLU 326  13.196  12.171   6.918
    2    H2   GLU 326           H2       GLU 326  14.050  13.532   7.516
    3    H3   GLU 326           H3       GLU 326  14.153  13.117   5.854
    4    HA   GLU 326           HA       GLU 326  16.123  12.444   6.877
    5    HB2  GLU 326           HB2      GLU 326  14.201  11.533   8.954
    6    HB3  GLU 326           HB3      GLU 326  15.649  10.561   8.731
    7    HG2  GLU 326           HG2      GLU 326  17.009  12.608   9.055
    8    HG3  GLU 326           HG3      GLU 326  15.524  13.488   9.417

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    SER 327           H        SER 327  17.182  10.466   6.370
    2    HA   SER 327           HA       SER 327  15.663   8.829   4.513
    3    HG   SER 327           HG       SER 327  18.987  10.341   4.700
    4    HB2  SER 327           HB2      SER 327  18.130   7.773   4.375
    5    HB3  SER 327           HB3      SER 327  17.671   9.233   3.498

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    PHE 328           H        PHE 328  14.886   6.874   4.955
    2    HA   PHE 328           HA       PHE 328  15.973   5.420   7.275
    3    HD1  PHE 328           HD1      PHE 328  15.405   6.553   9.144
    4    HD2  PHE 328           HD2      PHE 328  11.759   7.246   7.062
    5    HE1  PHE 328           HE1      PHE 328  15.032   8.584  10.481
    6    HE2  PHE 328           HE2      PHE 328  11.379   9.279   8.395
    7    HZ   PHE 328           HZ       PHE 328  13.017   9.951  10.107
    8    HB2  PHE 328           HB2      PHE 328  13.066   5.473   6.444
    9    HB3  PHE 328           HB3      PHE 328  13.745   4.669   7.856

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLY 329           H        GLY 329  16.727   3.471   6.786
    2    HA2  GLY 329           HA2      GLY 329  17.356   1.736   5.366
    3    HA3  GLY 329           HA3      GLY 329  16.259   2.369   4.148

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    LEU 330           H        LEU 330  15.038   0.658   3.612
    2    HA   LEU 330           HA       LEU 330  13.639  -0.740   5.797
    3    HG   LEU 330           HG       LEU 330  11.176  -0.214   5.776
    4   HD11  LEU 330          1HD1      LEU 330  10.072  -0.660   3.014
    5   HD12  LEU 330          2HD1      LEU 330   9.109  -0.832   4.482
    6   HD13  LEU 330          3HD1      LEU 330   9.825   0.727   4.074
    7   HD21  LEU 330          1HD2      LEU 330  11.713  -2.708   4.222
    8   HD22  LEU 330          2HD2      LEU 330  11.855  -2.412   5.955
    9   HD23  LEU 330          3HD2      LEU 330  10.263  -2.587   5.218
   10    HB2  LEU 330           HB2      LEU 330  12.436   0.817   3.973
   11    HB3  LEU 330           HB3      LEU 330  12.450  -0.693   3.082

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLY 331           H        GLY 331  13.793  -2.900   5.879
    2    HA2  GLY 331           HA2      GLY 331  15.177  -4.793   5.363
    3    HA3  GLY 331           HA3      GLY 331  15.273  -4.221   3.704

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ILE 332           H        ILE 332  13.792  -4.897   2.236
    2    HA   ILE 332           HA       ILE 332  11.576  -6.563   3.237
    3    HB   ILE 332           HB       ILE 332  11.721  -5.223   0.539
    4   HG12  ILE 332          2HG1      ILE 332   9.774  -3.874   1.833
    5   HG21  ILE 332          1HG2      ILE 332   9.748  -6.925   1.951
    6   HG22  ILE 332          2HG2      ILE 332   9.127  -5.611   0.951
    7   HG23  ILE 332          3HG2      ILE 332  10.161  -6.849   0.238
    8   HD11  ILE 332          1HD1      ILE 332  12.028  -3.094   0.704
    9   HD12  ILE 332          2HD1      ILE 332  11.086  -2.029   1.747
   10   HD13  ILE 332          3HD1      ILE 332  12.500  -2.866   2.388
   11   HG13  ILE 332          3HG1      ILE 332  10.849  -4.213   3.186

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ARG 333           H        ARG 333  11.113  -8.522   2.188
    2    HA   ARG 333           HA       ARG 333  13.192  -9.512   0.356
    3    HE   ARG 333           HE       ARG 333  12.131 -13.365   0.735
    4   HH11  ARG 333          1HH1      ARG 333  14.248 -15.482   2.528
    5   HH12  ARG 333          2HH1      ARG 333  13.471 -16.929   1.979
    6   HH21  ARG 333          1HH2      ARG 333  11.107 -15.267   0.013
    7   HH22  ARG 333          2HH2      ARG 333  11.688 -16.807   0.551
    8    HB2  ARG 333           HB2      ARG 333  13.153 -10.300   2.909
    9    HB3  ARG 333           HB3      ARG 333  11.960 -11.424   2.273
   10    HG2  ARG 333           HG2      ARG 333  13.901 -11.718   0.435
   11    HG3  ARG 333           HG3      ARG 333  14.870 -11.308   1.852
   12    HD2  ARG 333           HD2      ARG 333  14.721 -13.628   1.951
   13    HD3  ARG 333           HD3      ARG 333  13.467 -13.088   3.066

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLY 334           H        GLY 334  11.546  -8.907  -1.248
    2    HA2  GLY 334           HA2      GLY 334   8.995 -10.086  -1.358
    3    HA3  GLY 334           HA3      GLY 334  10.132 -11.138  -2.188

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ARG 335           H        ARG 335  10.010 -10.866  -4.307
    2    HA   ARG 335           HA       ARG 335  10.591  -8.443  -5.590
    3    HE   ARG 335           HE       ARG 335  10.221 -13.087  -5.286
    4   HH11  ARG 335          1HH1      ARG 335  11.179 -14.073  -8.494
    5   HH12  ARG 335          2HH1      ARG 335  12.356 -15.210  -7.928
    6   HH21  ARG 335          1HH2      ARG 335  11.769 -14.582  -4.540
    7   HH22  ARG 335          2HH2      ARG 335  12.691 -15.500  -5.683
    8    HB2  ARG 335           HB2      ARG 335   9.832  -9.605  -7.660
    9    HB3  ARG 335           HB3      ARG 335  10.991 -10.530  -6.716
   10    HG2  ARG 335           HG2      ARG 335   8.712 -11.497  -5.690
   11    HG3  ARG 335           HG3      ARG 335   8.159 -11.083  -7.314
   12    HD2  ARG 335           HD2      ARG 335   8.900 -13.234  -7.637
   13    HD3  ARG 335           HD3      ARG 335  10.345 -12.312  -8.051

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 336           H        GLU 336   7.526  -9.983  -4.791
    2    HA   GLU 336           HA       GLU 336   5.938  -8.078  -6.231
    3    HB2  GLU 336           HB2      GLU 336   5.432 -10.562  -5.341
    4    HB3  GLU 336           HB3      GLU 336   4.730  -9.643  -4.017
    5    HG2  GLU 336           HG2      GLU 336   2.990  -8.958  -5.245
    6    HG3  GLU 336           HG3      GLU 336   3.974  -8.701  -6.684

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ARG 337           H        ARG 337   6.730  -8.612  -2.810
    2    HA   ARG 337           HA       ARG 337   5.187  -6.527  -1.751
    3    HE   ARG 337           HE       ARG 337   5.242  -9.144   2.590
    4   HH11  ARG 337          1HH1      ARG 337   8.161  -9.022   0.671
    5   HH12  ARG 337          2HH1      ARG 337   8.223 -10.736   0.438
    6   HH21  ARG 337          1HH2      ARG 337   5.329 -11.395   2.280
    7   HH22  ARG 337          2HH2      ARG 337   6.618 -12.082   1.349
    8    HB2  ARG 337           HB2      ARG 337   6.703  -8.475  -0.667
    9    HB3  ARG 337           HB3      ARG 337   7.789  -7.109  -0.453
   10    HG2  ARG 337           HG2      ARG 337   6.049  -5.906   0.759
   11    HG3  ARG 337           HG3      ARG 337   4.948  -7.266   0.532
   12    HD2  ARG 337           HD2      ARG 337   7.613  -7.639   1.853
   13    HD3  ARG 337           HD3      ARG 337   6.224  -7.055   2.766

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    PHE 338           H        PHE 338   8.649  -6.576  -2.584
    2    HA   PHE 338           HA       PHE 338   9.137  -3.868  -2.041
    3    HD1  PHE 338           HD1      PHE 338  10.857  -3.938  -5.656
    4    HD2  PHE 338           HD2      PHE 338  12.282  -3.604  -1.660
    5    HE1  PHE 338           HE1      PHE 338  12.365  -2.122  -6.349
    6    HE2  PHE 338           HE2      PHE 338  13.793  -1.787  -2.346
    7    HZ   PHE 338           HZ       PHE 338  13.835  -1.043  -4.694
    8    HB2  PHE 338           HB2      PHE 338  10.961  -5.461  -2.305
    9    HB3  PHE 338           HB3      PHE 338  10.518  -5.733  -3.987

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLU 339           H        GLU 339   7.934  -5.514  -4.903
    2    HA   GLU 339           HA       GLU 339   8.144  -3.404  -6.732
    3    HB2  GLU 339           HB2      GLU 339   6.544  -5.895  -6.534
    4    HB3  GLU 339           HB3      GLU 339   5.942  -4.663  -7.634
    5    HG2  GLU 339           HG2      GLU 339   7.947  -4.706  -8.909
    6    HG3  GLU 339           HG3      GLU 339   8.756  -5.716  -7.711

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    MET 340           H        MET 340   5.711  -4.168  -4.310
    2    HA   MET 340           HA       MET 340   3.783  -2.275  -5.139
    3    HB2  MET 340           HB2      MET 340   4.225  -3.186  -2.297
    4    HB3  MET 340           HB3      MET 340   2.723  -2.647  -3.035
    5    HG2  MET 340           HG2      MET 340   3.339  -4.755  -4.614
    6    HG3  MET 340           HG3      MET 340   4.012  -5.280  -3.072
    7    HE1  MET 340           HE1      MET 340   2.883  -4.859  -0.965
    8    HE2  MET 340           HE2      MET 340   1.145  -4.762  -0.678
    9    HE3  MET 340           HE3      MET 340   1.906  -6.327  -0.965

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    PHE 341           H        PHE 341   6.093  -2.138  -2.418
    2    HA   PHE 341           HA       PHE 341   5.672   0.549  -1.784
    3    HD1  PHE 341           HD1      PHE 341   4.959  -0.418   0.086
    4    HD2  PHE 341           HD2      PHE 341   8.483  -2.788  -0.162
    5    HE1  PHE 341           HE1      PHE 341   3.926  -2.094   1.552
    6    HE2  PHE 341           HE2      PHE 341   7.456  -4.473   1.306
    7    HZ   PHE 341           HZ       PHE 341   5.173  -4.126   2.156
    8    HB2  PHE 341           HB2      PHE 341   8.308  -0.883  -1.458
    9    HB3  PHE 341           HB3      PHE 341   7.642   0.405  -0.455

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    ARG 342           H        ARG 342   7.407  -0.861  -4.417
    2    HA   ARG 342           HA       ARG 342   9.091   1.396  -4.943
    3    HE   ARG 342           HE       ARG 342  11.688   0.390  -9.451
    4   HH11  ARG 342          1HH1      ARG 342  12.225   2.273  -6.562
    5   HH12  ARG 342          2HH1      ARG 342  13.912   2.504  -6.875
    6   HH21  ARG 342          1HH2      ARG 342  13.907   0.693  -9.864
    7   HH22  ARG 342          2HH2      ARG 342  14.867   1.607  -8.750
    8    HB2  ARG 342           HB2      ARG 342   9.023  -1.210  -5.825
    9    HB3  ARG 342           HB3      ARG 342   8.454  -0.325  -7.232
   10    HG2  ARG 342           HG2      ARG 342  10.914   0.584  -5.811
   11    HG3  ARG 342           HG3      ARG 342  10.990  -0.790  -6.916
   12    HD2  ARG 342           HD2      ARG 342   9.666   0.878  -8.490
   13    HD3  ARG 342           HD3      ARG 342  10.461   2.082  -7.476

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 343           H        GLU 343   6.021   0.192  -6.243
    2    HA   GLU 343           HA       GLU 343   5.719   2.288  -8.146
    3    HB2  GLU 343           HB2      GLU 343   3.992   0.117  -7.058
    4    HB3  GLU 343           HB3      GLU 343   3.199   1.465  -7.861
    5    HG2  GLU 343           HG2      GLU 343   4.682   1.056  -9.829
    6    HG3  GLU 343           HG3      GLU 343   5.243  -0.408  -9.023

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 344           H        LEU 344   4.892   1.881  -4.785
    2    HA   LEU 344           HA       LEU 344   3.083   4.081  -4.626
    3    HG   LEU 344           HG       LEU 344   2.028   2.100  -3.712
    4   HD11  LEU 344          1HD1      LEU 344   3.313   1.220  -1.201
    5   HD12  LEU 344          2HD1      LEU 344   1.570   0.983  -1.327
    6   HD13  LEU 344          3HD1      LEU 344   2.646   0.274  -2.531
    7   HD21  LEU 344          1HD2      LEU 344   1.837   3.987  -1.415
    8   HD22  LEU 344          2HD2      LEU 344   0.911   3.937  -2.915
    9   HD23  LEU 344          3HD2      LEU 344   0.577   2.774  -1.632
   10    HB2  LEU 344           HB2      LEU 344   4.503   2.337  -2.664
   11    HB3  LEU 344           HB3      LEU 344   3.797   3.837  -2.095

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ASN 345           H        ASN 345   6.540   3.647  -4.062
    2    HA   ASN 345           HA       ASN 345   7.011   6.226  -2.990
    3   HD21  ASN 345          1HD2      ASN 345  11.155   5.119  -3.409
    4   HD22  ASN 345          2HD2      ASN 345  11.346   6.175  -2.056
    5    HB2  ASN 345           HB2      ASN 345   8.506   3.980  -3.191
    6    HB3  ASN 345           HB3      ASN 345   9.200   4.927  -4.504

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    GLU 346           H        GLU 346   7.087   4.905  -6.261
    2    HA   GLU 346           HA       GLU 346   8.103   7.275  -7.479
    3    HB2  GLU 346           HB2      GLU 346   6.951   4.700  -8.427
    4    HB3  GLU 346           HB3      GLU 346   6.935   6.054  -9.549
    5    HG2  GLU 346           HG2      GLU 346   9.158   5.996  -9.861
    6    HG3  GLU 346           HG3      GLU 346   9.492   5.585  -8.179

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ALA 347           H        ALA 347   4.873   5.913  -7.015
    2    HA   ALA 347           HA       ALA 347   3.520   7.971  -8.452
    3    HB1  ALA 347           HB1      ALA 347   2.764   5.541  -7.703
    4    HB2  ALA 347           HB2      ALA 347   1.600   6.836  -7.984
    5    HB3  ALA 347           HB3      ALA 347   2.101   6.442  -6.339

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    LEU 348           H        LEU 348   4.615   7.573  -5.171
    2    HA   LEU 348           HA       LEU 348   3.006   9.658  -4.053
    3    HG   LEU 348           HG       LEU 348   4.821  10.591  -1.927
    4   HD11  LEU 348          1HD1      LEU 348   2.395   9.952  -1.924
    5   HD12  LEU 348          2HD1      LEU 348   2.778   8.781  -0.662
    6   HD13  LEU 348          3HD1      LEU 348   3.028  10.502  -0.372
    7   HD21  LEU 348          1HD2      LEU 348   5.579   8.010  -0.727
    8   HD22  LEU 348          2HD2      LEU 348   6.373   9.582  -0.641
    9   HD23  LEU 348          3HD2      LEU 348   4.990   9.235   0.397
   10    HB2  LEU 348           HB2      LEU 348   3.905   7.832  -2.688
   11    HB3  LEU 348           HB3      LEU 348   5.538   8.368  -3.033

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLU 349           H        GLU 349   6.193   9.448  -5.499
    2    HA   GLU 349           HA       GLU 349   7.088  12.023  -4.699
    3    HB2  GLU 349           HB2      GLU 349   7.966   9.987  -6.698
    4    HB3  GLU 349           HB3      GLU 349   8.601  11.621  -6.834
    5    HG2  GLU 349           HG2      GLU 349   9.821  11.460  -4.921
    6    HG3  GLU 349           HG3      GLU 349   8.708  10.314  -4.175

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 350           H        LEU 350   5.144  10.834  -7.334
    2    HA   LEU 350           HA       LEU 350   5.356  13.077  -9.040
    3    HG   LEU 350           HG       LEU 350   5.258  11.955 -10.911
    4   HD11  LEU 350          1HD1      LEU 350   4.678   9.196  -9.882
    5   HD12  LEU 350          2HD1      LEU 350   5.579   9.471 -11.373
    6   HD13  LEU 350          3HD1      LEU 350   6.196  10.092  -9.842
    7   HD21  LEU 350          1HD2      LEU 350   2.717  11.710 -11.622
    8   HD22  LEU 350          2HD2      LEU 350   4.037  11.289 -12.714
    9   HD23  LEU 350          3HD2      LEU 350   3.195  10.024 -11.819
   10    HB2  LEU 350           HB2      LEU 350   3.581  10.726  -8.793
   11    HB3  LEU 350           HB3      LEU 350   2.904  12.108  -9.633

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    LYS 351           H        LYS 351   3.187  12.279  -6.376
    2    HA   LYS 351           HA       LYS 351   1.328  14.338  -6.701
    3    HB2  LYS 351           HB2      LYS 351   2.300  12.863  -4.260
    4    HB3  LYS 351           HB3      LYS 351   1.041  14.088  -4.168
    5    HG2  LYS 351           HG2      LYS 351  -0.331  12.795  -5.724
    6    HG3  LYS 351           HG3      LYS 351   0.930  11.564  -5.807
    7    HD2  LYS 351           HD2      LYS 351  -0.523  10.682  -4.232
    8    HD3  LYS 351           HD3      LYS 351   0.679  11.492  -3.226
    9    HE2  LYS 351           HE2      LYS 351  -0.778  13.072  -2.522
   10    HE3  LYS 351           HE3      LYS 351  -1.620  13.135  -4.070
   11    HZ1  LYS 351           HZ1      LYS 351  -2.330  10.719  -3.242
   12    HZ2  LYS 351           HZ2      LYS 351  -2.141  11.475  -1.741
   13    HZ3  LYS 351           HZ3      LYS 351  -3.217  12.113  -2.879

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    ASP 352           H        ASP 352   4.540  14.338  -5.328
    2    HA   ASP 352           HA       ASP 352   4.300  16.941  -4.134
    3    HB2  ASP 352           HB2      ASP 352   6.429  14.896  -4.430
    4    HB3  ASP 352           HB3      ASP 352   6.966  16.563  -4.248

  No H/Q in entry =           4
  Start of MODEL   13
    1    H    ALA 353           H        ALA 353   5.348  15.638  -7.197
    2    HA   ALA 353           HA       ALA 353   6.608  18.069  -8.080
    3    HB1  ALA 353           HB1      ALA 353   6.308  16.722 -10.361
    4    HB2  ALA 353           HB2      ALA 353   7.577  16.347  -9.196
    5    HB3  ALA 353           HB3      ALA 353   6.098  15.387  -9.227

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLN 354           H        GLN 354   3.451  16.579  -8.357
    2    HA   GLN 354           HA       GLN 354   2.528  18.484 -10.328
    3   HE21  GLN 354          1HE2      GLN 354  -0.652  14.482  -9.627
    4   HE22  GLN 354          2HE2      GLN 354  -2.167  14.882  -8.899
    5    HB2  GLN 354           HB2      GLN 354   0.345  17.349 -10.049
    6    HB3  GLN 354           HB3      GLN 354   1.650  16.232 -10.425
    7    HG2  GLN 354           HG2      GLN 354   1.334  15.089  -8.552
    8    HG3  GLN 354           HG3      GLN 354   1.312  16.554  -7.573

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    ALA 355           H        ALA 355   2.420  18.061  -6.867
    2    HA   ALA 355           HA       ALA 355   0.313  19.819  -6.264
    3    HB1  ALA 355           HB1      ALA 355   2.643  18.744  -4.743
    4    HB2  ALA 355           HB2      ALA 355   1.683  20.048  -4.046
    5    HB3  ALA 355           HB3      ALA 355   0.915  18.518  -4.467

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLY 356           H        GLY 356   0.373  21.746  -7.353
    2    HA2  GLY 356           HA2      GLY 356   1.068  23.859  -7.942
    3    HA3  GLY 356           HA3      GLY 356   2.716  23.338  -7.625

  No H/Q in entry =           3
  Start of MODEL   13
    1    H1   GLU 326           H1       GLU 326  14.676 -10.832  -4.776
    2    H2   GLU 326           H2       GLU 326  16.016 -11.395  -5.684
    3    H3   GLU 326           H3       GLU 326  14.641 -12.400  -5.473
    4    HA   GLU 326           HA       GLU 326  15.066 -12.727  -3.249
    5    HB2  GLU 326           HB2      GLU 326  17.609 -12.769  -4.883
    6    HB3  GLU 326           HB3      GLU 326  17.439 -13.561  -3.322
    7    HG2  GLU 326           HG2      GLU 326  15.755 -14.166  -5.741
    8    HG3  GLU 326           HG3      GLU 326  17.174 -15.086  -5.244

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    SER 327           H        SER 327  14.892 -11.201  -1.698
    2    HA   SER 327           HA       SER 327  15.486  -9.602  -0.193
    3    HG   SER 327           HG       SER 327  17.592 -12.095  -0.513
    4    HB2  SER 327           HB2      SER 327  18.331 -10.117  -1.080
    5    HB3  SER 327           HB3      SER 327  17.795  -9.461   0.467

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    PHE 328           H        PHE 328  14.793  -7.646  -0.773
    2    HA   PHE 328           HA       PHE 328  16.446  -6.099  -2.659
    3    HD1  PHE 328           HD1      PHE 328  15.843  -6.137  -5.181
    4    HD2  PHE 328           HD2      PHE 328  12.575  -7.978  -3.171
    5    HE1  PHE 328           HE1      PHE 328  15.665  -7.791  -6.994
    6    HE2  PHE 328           HE2      PHE 328  12.391  -9.636  -4.980
    7    HZ   PHE 328           HZ       PHE 328  13.937  -9.544  -6.895
    8    HB2  PHE 328           HB2      PHE 328  13.437  -6.002  -2.348
    9    HB3  PHE 328           HB3      PHE 328  14.385  -4.954  -3.398

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLY 329           H        GLY 329  16.583  -3.835  -2.283
    2    HA2  GLY 329           HA2      GLY 329  17.365  -2.716  -0.131
    3    HA3  GLY 329           HA3      GLY 329  15.712  -2.979   0.403

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    LEU 330           H        LEU 330  14.998  -0.920   0.595
    2    HA   LEU 330           HA       LEU 330  15.276   0.846  -1.740
    3    HG   LEU 330           HG       LEU 330  13.492   1.136  -3.139
    4   HD11  LEU 330          1HD1      LEU 330  10.882   0.512  -1.902
    5   HD12  LEU 330          2HD1      LEU 330  10.879   1.701  -3.204
    6   HD13  LEU 330          3HD1      LEU 330  11.522   0.083  -3.489
    7   HD21  LEU 330          1HD2      LEU 330  12.672   3.051  -1.045
    8   HD22  LEU 330          2HD2      LEU 330  13.744   3.268  -2.429
    9   HD23  LEU 330          3HD2      LEU 330  11.995   3.305  -2.654
   10    HB2  LEU 330           HB2      LEU 330  12.949  -0.423  -1.160
   11    HB3  LEU 330           HB3      LEU 330  12.752   1.048  -0.227

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLY 331           H        GLY 331  15.386   3.051  -1.309
    2    HA2  GLY 331           HA2      GLY 331  16.609   4.542   0.141
    3    HA3  GLY 331           HA3      GLY 331  15.919   3.694   1.517

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ILE 332           H        ILE 332  13.655   4.004   1.983
    2    HA   ILE 332           HA       ILE 332  12.266   6.160   0.642
    3    HB   ILE 332           HB       ILE 332  11.398   4.680   3.124
    4   HG12  ILE 332          2HG1      ILE 332   9.930   3.562   1.158
    5   HG21  ILE 332          1HG2      ILE 332   9.897   6.288   1.064
    6   HG22  ILE 332          2HG2      ILE 332   9.138   5.333   2.338
    7   HG23  ILE 332          3HG2      ILE 332  10.161   6.707   2.757
    8   HD11  ILE 332          1HD1      ILE 332  11.773   2.610   2.888
    9   HD12  ILE 332          2HD1      ILE 332  10.944   1.639   1.671
   10   HD13  ILE 332          3HD1      ILE 332  12.554   2.280   1.342
   11   HG13  ILE 332          3HG1      ILE 332  11.414   3.883   0.266

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ARG 333           H        ARG 333  12.501   8.222   1.169
    2    HA   ARG 333           HA       ARG 333  13.580   8.902   3.810
    3    HE   ARG 333           HE       ARG 333  13.244  11.535  -1.550
    4   HH11  ARG 333          1HH1      ARG 333  14.466  14.372   0.074
    5   HH12  ARG 333          2HH1      ARG 333  14.512  15.330  -1.367
    6   HH21  ARG 333          1HH2      ARG 333  13.304  12.794  -3.446
    7   HH22  ARG 333          2HH2      ARG 333  13.852  14.435  -3.366
    8    HB2  ARG 333           HB2      ARG 333  14.008  11.143   2.778
    9    HB3  ARG 333           HB3      ARG 333  14.873   9.817   2.013
   10    HG2  ARG 333           HG2      ARG 333  13.645   9.941   0.086
   11    HG3  ARG 333           HG3      ARG 333  12.240  10.636   0.897
   12    HD2  ARG 333           HD2      ARG 333  13.200  12.770   0.974
   13    HD3  ARG 333           HD3      ARG 333  14.820  12.149   0.660

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLY 334           H        GLY 334  11.376   8.397   4.662
    2    HA2  GLY 334           HA2      GLY 334   9.104   9.909   4.027
    3    HA3  GLY 334           HA3      GLY 334   9.995  10.773   5.271

  No H/Q in entry =           3
  Start of MODEL   13
    1    H    ARG 335           H        ARG 335   9.178  10.424   7.215
    2    HA   ARG 335           HA       ARG 335   9.004   7.901   8.408
    3    HE   ARG 335           HE       ARG 335   5.371  11.818  11.313
    4   HH11  ARG 335          1HH1      ARG 335   6.248  12.777   8.074
    5   HH12  ARG 335          2HH1      ARG 335   5.921  14.455   8.349
    6   HH21  ARG 335          1HH2      ARG 335   4.940  14.025  11.676
    7   HH22  ARG 335          2HH2      ARG 335   5.180  15.164  10.393
    8    HB2  ARG 335           HB2      ARG 335   7.713   9.079  10.198
    9    HB3  ARG 335           HB3      ARG 335   9.240   9.846   9.785
   10    HG2  ARG 335           HG2      ARG 335   7.993  11.710   9.762
   11    HG3  ARG 335           HG3      ARG 335   7.584  11.175   8.131
   12    HD2  ARG 335           HD2      ARG 335   5.452  10.810   8.684
   13    HD3  ARG 335           HD3      ARG 335   5.901   9.940  10.150

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 336           H        GLU 336   6.457   9.959   7.030
    2    HA   GLU 336           HA       GLU 336   4.311   8.250   7.675
    3    HB2  GLU 336           HB2      GLU 336   3.058   9.525   5.943
    4    HB3  GLU 336           HB3      GLU 336   3.876  10.547   7.116
    5    HG2  GLU 336           HG2      GLU 336   5.777  10.506   5.277
    6    HG3  GLU 336           HG3      GLU 336   4.403  10.173   4.225

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ARG 337           H        ARG 337   6.088   8.661   4.606
    2    HA   ARG 337           HA       ARG 337   4.721   6.593   3.253
    3    HE   ARG 337           HE       ARG 337   7.636  10.353   1.428
    4   HH11  ARG 337          1HH1      ARG 337  10.309   8.771  -0.164
    5   HH12  ARG 337          2HH1      ARG 337  10.607  10.089  -1.246
    6   HH21  ARG 337          1HH2      ARG 337   8.026  12.087   0.005
    7   HH22  ARG 337          2HH2      ARG 337   9.312  11.973  -1.150
    8    HB2  ARG 337           HB2      ARG 337   6.770   6.666   1.721
    9    HB3  ARG 337           HB3      ARG 337   5.828   8.142   1.874
   10    HG2  ARG 337           HG2      ARG 337   7.447   9.151   3.258
   11    HG3  ARG 337           HG3      ARG 337   8.289   7.621   3.514
   12    HD2  ARG 337           HD2      ARG 337   9.656   8.449   1.915
   13    HD3  ARG 337           HD3      ARG 337   8.436   7.761   0.844

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    PHE 338           H        PHE 338   7.699   6.659   5.145
    2    HA   PHE 338           HA       PHE 338   8.435   3.968   4.588
    3    HD1  PHE 338           HD1      PHE 338   9.491   4.160   8.630
    4    HD2  PHE 338           HD2      PHE 338  11.282   3.536   4.821
    5    HE1  PHE 338           HE1      PHE 338  10.841   2.331   9.569
    6    HE2  PHE 338           HE2      PHE 338  12.635   1.705   5.753
    7    HZ   PHE 338           HZ       PHE 338  12.416   1.100   8.130
    8    HB2  PHE 338           HB2      PHE 338  10.077   5.615   5.369
    9    HB3  PHE 338           HB3      PHE 338   9.217   5.763   6.898

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    GLU 339           H        GLU 339   6.403   5.525   6.968
    2    HA   GLU 339           HA       GLU 339   6.177   3.375   8.777
    3    HB2  GLU 339           HB2      GLU 339   4.637   5.852   8.203
    4    HB3  GLU 339           HB3      GLU 339   3.808   4.590   9.103
    5    HG2  GLU 339           HG2      GLU 339   6.482   5.123  10.111
    6    HG3  GLU 339           HG3      GLU 339   5.431   6.539  10.154

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    MET 340           H        MET 340   4.444   4.219   5.830
    2    HA   MET 340           HA       MET 340   2.414   2.261   6.059
    3    HB2  MET 340           HB2      MET 340   3.518   3.312   3.457
    4    HB3  MET 340           HB3      MET 340   1.886   2.748   3.793
    5    HG2  MET 340           HG2      MET 340   2.063   4.776   5.555
    6    HG3  MET 340           HG3      MET 340   3.127   5.369   4.280
    7    HE1  MET 340           HE1      MET 340   2.656   5.571   2.015
    8    HE2  MET 340           HE2      MET 340   1.085   5.759   1.238
    9    HE3  MET 340           HE3      MET 340   1.715   7.040   2.273

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    PHE 341           H        PHE 341   5.381   2.298   4.072
    2    HA   PHE 341           HA       PHE 341   5.171  -0.378   3.223
    3    HD1  PHE 341           HD1      PHE 341   4.735   0.963   1.471
    4    HD2  PHE 341           HD2      PHE 341   8.408   2.933   2.323
    5    HE1  PHE 341           HE1      PHE 341   4.094   2.795  -0.034
    6    HE2  PHE 341           HE2      PHE 341   7.774   4.773   0.818
    7    HZ   PHE 341           HZ       PHE 341   5.612   4.704  -0.357
    8    HB2  PHE 341           HB2      PHE 341   7.800   1.052   3.552
    9    HB3  PHE 341           HB3      PHE 341   7.334  -0.124   2.325

  No H/Q in entry =           9
  Start of MODEL   13
    1    H    ARG 342           H        ARG 342   6.392   1.051   6.150
    2    HA   ARG 342           HA       ARG 342   7.837  -1.282   7.000
    3    HE   ARG 342           HE       ARG 342   7.950   0.028  12.633
    4   HH11  ARG 342          1HH1      ARG 342  10.661   0.338  10.457
    5   HH12  ARG 342          2HH1      ARG 342  11.785  -0.393  11.553
    6   HH21  ARG 342          1HH2      ARG 342   9.426  -0.934  14.076
    7   HH22  ARG 342          2HH2      ARG 342  11.084  -1.116  13.607
    8    HB2  ARG 342           HB2      ARG 342   8.479   0.954   7.782
    9    HB3  ARG 342           HB3      ARG 342   6.915   1.139   8.564
   10    HG2  ARG 342           HG2      ARG 342   7.618  -1.043   9.821
   11    HG3  ARG 342           HG3      ARG 342   9.244  -0.540   9.354
   12    HD2  ARG 342           HD2      ARG 342   8.964   1.574  10.468
   13    HD3  ARG 342           HD3      ARG 342   7.272   1.216  10.809

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    GLU 343           H        GLU 343   4.692   0.175   7.723
    2    HA   GLU 343           HA       GLU 343   3.948  -1.802   9.639
    3    HB2  GLU 343           HB2      GLU 343   2.526   0.387   8.177
    4    HB3  GLU 343           HB3      GLU 343   1.576  -0.841   9.001
    5    HG2  GLU 343           HG2      GLU 343   3.262  -0.222  10.974
    6    HG3  GLU 343           HG3      GLU 343   3.267   1.312  10.105

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 344           H        LEU 344   3.697  -1.487   6.180
    2    HA   LEU 344           HA       LEU 344   1.809  -3.612   5.831
    3    HG   LEU 344           HG       LEU 344   0.660  -3.141   3.747
    4   HD11  LEU 344          1HD1      LEU 344   1.405  -0.360   4.633
    5   HD12  LEU 344          2HD1      LEU 344  -0.227  -0.870   4.202
    6   HD13  LEU 344          3HD1      LEU 344   0.589  -1.600   5.585
    7   HD21  LEU 344          1HD2      LEU 344   2.171  -1.159   2.078
    8   HD22  LEU 344          2HD2      LEU 344   1.382  -2.656   1.581
    9   HD23  LEU 344          3HD2      LEU 344   0.410  -1.253   2.028
   10    HB2  LEU 344           HB2      LEU 344   3.325  -1.772   4.124
   11    HB3  LEU 344           HB3      LEU 344   3.110  -3.364   3.422

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    ASN 345           H        ASN 345   5.326  -3.286   5.556
    2    HA   ASN 345           HA       ASN 345   5.777  -5.961   4.715
    3   HD21  ASN 345          1HD2      ASN 345   8.797  -6.246   6.723
    4   HD22  ASN 345          2HD2      ASN 345   9.664  -7.141   5.526
    5    HB2  ASN 345           HB2      ASN 345   7.363  -3.944   4.525
    6    HB3  ASN 345           HB3      ASN 345   7.781  -4.270   6.204

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    GLU 346           H        GLU 346   5.488  -4.384   7.827
    2    HA   GLU 346           HA       GLU 346   6.467  -6.592   9.360
    3    HB2  GLU 346           HB2      GLU 346   6.478  -4.238  10.170
    4    HB3  GLU 346           HB3      GLU 346   4.722  -4.288  10.251
    5    HG2  GLU 346           HG2      GLU 346   6.323  -6.326  11.725
    6    HG3  GLU 346           HG3      GLU 346   6.152  -4.699  12.383

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    ALA 347           H        ALA 347   3.247  -5.356   8.524
    2    HA   ALA 347           HA       ALA 347   1.825  -7.350   9.971
    3    HB1  ALA 347           HB1      ALA 347   1.150  -5.214   8.045
    4    HB2  ALA 347           HB2      ALA 347   0.015  -6.560   8.156
    5    HB3  ALA 347           HB3      ALA 347   0.413  -5.621   9.595

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    LEU 348           H        LEU 348   3.260  -7.189   6.816
    2    HA   LEU 348           HA       LEU 348   1.826  -9.366   5.662
    3    HG   LEU 348           HG       LEU 348   2.060  -8.944   3.137
    4   HD11  LEU 348          1HD1      LEU 348   1.571  -7.048   5.142
    5   HD12  LEU 348          2HD1      LEU 348   1.594  -6.156   3.622
    6   HD13  LEU 348          3HD1      LEU 348   0.502  -7.525   3.824
    7   HD21  LEU 348          1HD2      LEU 348   4.232  -6.975   2.793
    8   HD22  LEU 348          2HD2      LEU 348   3.570  -8.149   1.656
    9   HD23  LEU 348          3HD2      LEU 348   2.717  -6.635   1.957
   10    HB2  LEU 348           HB2      LEU 348   4.102  -7.645   4.935
   11    HB3  LEU 348           HB3      LEU 348   4.162  -9.261   4.259

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    GLU 349           H        GLU 349   4.865  -9.033   7.416
    2    HA   GLU 349           HA       GLU 349   5.837 -11.639   6.989
    3    HB2  GLU 349           HB2      GLU 349   6.961  -9.506   8.040
    4    HB3  GLU 349           HB3      GLU 349   6.370 -10.186   9.550
    5    HG2  GLU 349           HG2      GLU 349   7.554 -12.350   8.403
    6    HG3  GLU 349           HG3      GLU 349   8.582 -11.034   7.837

  No H/Q in entry =           6
  Start of MODEL   13
    1    H    LEU 350           H        LEU 350   3.501 -10.336   9.232
    2    HA   LEU 350           HA       LEU 350   3.447 -12.489  11.057
    3    HG   LEU 350           HG       LEU 350   3.520 -10.356  12.241
    4   HD11  LEU 350          1HD1      LEU 350   2.098  -8.424  11.636
    5   HD12  LEU 350          2HD1      LEU 350   0.843  -9.052  12.705
    6   HD13  LEU 350          3HD1      LEU 350   2.398  -8.551  13.369
    7   HD21  LEU 350          1HD2      LEU 350   2.233 -12.329  13.267
    8   HD22  LEU 350          2HD2      LEU 350   2.787 -11.046  14.344
    9   HD23  LEU 350          3HD2      LEU 350   1.098 -11.107  13.840
   10    HB2  LEU 350           HB2      LEU 350   1.625 -10.238  10.367
   11    HB3  LEU 350           HB3      LEU 350   0.968 -11.565  11.306

  No H/Q in entry =          11
  Start of MODEL   13
    1    H    LYS 351           H        LYS 351   1.500 -11.778   8.173
    2    HA   LYS 351           HA       LYS 351  -0.210 -13.989   8.334
    3    HB2  LYS 351           HB2      LYS 351  -0.311 -11.914   6.791
    4    HB3  LYS 351           HB3      LYS 351   0.722 -12.846   5.716
    5    HG2  LYS 351           HG2      LYS 351  -1.094 -14.680   5.977
    6    HG3  LYS 351           HG3      LYS 351  -2.111 -13.340   6.513
    7    HD2  LYS 351           HD2      LYS 351  -0.540 -13.163   3.965
    8    HD3  LYS 351           HD3      LYS 351  -2.108 -13.971   4.009
    9    HE2  LYS 351           HE2      LYS 351  -3.182 -11.964   4.775
   10    HE3  LYS 351           HE3      LYS 351  -1.629 -11.150   4.956
   11    HZ1  LYS 351           HZ1      LYS 351  -1.497 -11.805   2.403
   12    HZ2  LYS 351           HZ2      LYS 351  -3.177 -11.682   2.547
   13    HZ3  LYS 351           HZ3      LYS 351  -2.198 -10.359   2.934

  No H/Q in entry =          13
  Start of MODEL   13
    1    H    ASP 352           H        ASP 352   3.041 -13.657   7.077
    2    HA   ASP 352           HA       ASP 352   3.132 -16.123   5.680
    3    HB2  ASP 352           HB2      ASP 352   5.186 -14.187   6.687
    4    HB3  ASP 352           HB3      ASP 352   5.698 -15.765   6.096

  No H/Q in entry =           4
  Start of MODEL   13
    1    H    ALA 353           H        ALA 353   3.812 -15.184   8.997
    2    HA   ALA 353           HA       ALA 353   5.082 -17.558   9.824
    3    HB1  ALA 353           HB1      ALA 353   5.405 -15.961  11.398
    4    HB2  ALA 353           HB2      ALA 353   3.986 -16.723  12.116
    5    HB3  ALA 353           HB3      ALA 353   3.809 -15.250  11.164

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLN 354           H        GLN 354   1.693 -16.624   9.634
    2    HA   GLN 354           HA       GLN 354   0.761 -19.007  10.953
    3   HE21  GLN 354          1HE2      GLN 354  -2.169 -16.197  13.635
    4   HE22  GLN 354          2HE2      GLN 354  -3.794 -16.679  13.304
    5    HB2  GLN 354           HB2      GLN 354  -0.494 -16.620   9.694
    6    HB3  GLN 354           HB3      GLN 354  -1.470 -18.077   9.819
    7    HG2  GLN 354           HG2      GLN 354  -0.435 -17.910  12.324
    8    HG3  GLN 354           HG3      GLN 354  -0.594 -16.208  11.892

  No H/Q in entry =           8
  Start of MODEL   13
    1    H    ALA 355           H        ALA 355   1.226 -17.913   7.657
    2    HA   ALA 355           HA       ALA 355   0.002 -20.347   6.598
    3    HB1  ALA 355           HB1      ALA 355  -0.125 -17.820   5.686
    4    HB2  ALA 355           HB2      ALA 355   1.243 -18.416   4.745
    5    HB3  ALA 355           HB3      ALA 355  -0.315 -19.239   4.656

  No H/Q in entry =           5
  Start of MODEL   13
    1    H    GLY 356           H        GLY 356   1.350 -21.007   4.433
    2    HA2  GLY 356           HA2      GLY 356   3.723 -22.233   5.475
    3    HA3  GLY 356           HA3      GLY 356   4.088 -20.965   4.315

  No H/Q in entry =           3
  Start of MODEL   14
    1    H1   GLU 326           H1       GLU 326 -17.847   5.167   8.560
    2    H2   GLU 326           H2       GLU 326 -19.248   4.557   9.340
    3    H3   GLU 326           H3       GLU 326 -17.860   4.955  10.263
    4    HB2  GLU 326           HB2      GLU 326 -18.212   2.960  11.243
    5    HB3  GLU 326           HB3      GLU 326 -19.221   2.046  10.131
    6    HG2  GLU 326           HG2      GLU 326 -16.409   1.246  10.134
    7    HG3  GLU 326           HG3      GLU 326 -17.239   1.005  11.670
    8    HA   GLU 326           HA       GLU 326 -16.621   3.237   9.206

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    SER 327           H        SER 327 -16.454   1.574   7.705
    2    HA   SER 327           HA       SER 327 -16.794   0.497   5.731
    3    HG   SER 327           HG       SER 327 -19.089  -1.232   7.364
    4    HB2  SER 327           HB2      SER 327 -19.557   0.736   6.839
    5    HB3  SER 327           HB3      SER 327 -19.370   0.202   5.169

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    PHE 328           H        PHE 328 -16.165   1.543   3.968
    2    HA   PHE 328           HA       PHE 328 -17.961   3.571   2.828
    3    HD1  PHE 328           HD1      PHE 328 -14.756   3.183   5.199
    4    HD2  PHE 328           HD2      PHE 328 -17.022   6.547   3.909
    5    HE1  PHE 328           HE1      PHE 328 -14.686   4.100   7.481
    6    HE2  PHE 328           HE2      PHE 328 -16.955   7.471   6.189
    7    HZ   PHE 328           HZ       PHE 328 -15.785   6.247   7.978
    8    HB2  PHE 328           HB2      PHE 328 -14.956   3.847   2.780
    9    HB3  PHE 328           HB3      PHE 328 -16.161   5.049   2.328

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLY 329           H        GLY 329 -18.452   3.193   0.766
    2    HA2  GLY 329           HA2      GLY 329 -18.514   2.094  -1.258
    3    HA3  GLY 329           HA3      GLY 329 -17.353   0.946  -0.608

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    LEU 330           H        LEU 330 -16.035   0.840  -2.388
    2    HA   LEU 330           HA       LEU 330 -14.932   3.304  -3.483
    3    HG   LEU 330           HG       LEU 330 -12.236   3.109  -4.072
    4   HD11  LEU 330          1HD1      LEU 330 -13.807   4.636  -2.504
    5   HD12  LEU 330          2HD1      LEU 330 -12.243   4.894  -1.731
    6   HD13  LEU 330          3HD1      LEU 330 -12.451   5.260  -3.444
    7   HD21  LEU 330          1HD2      LEU 330 -11.083   2.703  -1.321
    8   HD22  LEU 330          2HD2      LEU 330 -10.596   1.928  -2.828
    9   HD23  LEU 330          3HD2      LEU 330 -10.283   3.645  -2.579
   10    HB2  LEU 330           HB2      LEU 330 -13.557   2.332  -1.470
   11    HB3  LEU 330           HB3      LEU 330 -12.997   1.177  -2.665

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLY 331           H        GLY 331 -14.379   3.144  -5.602
    2    HA2  GLY 331           HA2      GLY 331 -15.079   2.020  -7.635
    3    HA3  GLY 331           HA3      GLY 331 -14.752   0.489  -6.836

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ILE 332           H        ILE 332 -12.528  -0.087  -6.427
    2    HA   ILE 332           HA       ILE 332 -10.467   1.444  -7.778
    3    HB   ILE 332           HB       ILE 332 -10.189  -1.225  -6.396
    4   HG12  ILE 332          2HG1      ILE 332  -9.236   1.178  -4.999
    5   HG21  ILE 332          1HG2      ILE 332  -8.186   0.886  -7.181
    6   HG22  ILE 332          2HG2      ILE 332  -7.821  -0.517  -6.177
    7   HG23  ILE 332          3HG2      ILE 332  -8.337  -0.740  -7.849
    8   HD11  ILE 332          1HD1      ILE 332  -9.781  -1.396  -4.277
    9   HD12  ILE 332          2HD1      ILE 332  -9.564  -0.040  -3.170
   10   HD13  ILE 332          3HD1      ILE 332 -11.186  -0.521  -3.668
   11   HG13  ILE 332          3HG1      ILE 332 -10.986   1.106  -5.179

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ARG 333           H        ARG 333  -9.660   1.031  -9.739
    2    HA   ARG 333           HA       ARG 333 -10.667  -1.331 -11.163
    3    HE   ARG 333           HE       ARG 333 -12.076  -0.540 -15.661
    4   HH11  ARG 333          1HH1      ARG 333 -11.023   2.766 -16.037
    5   HH12  ARG 333          2HH1      ARG 333 -12.126   3.102 -17.329
    6   HH21  ARG 333          1HH2      ARG 333 -13.526  -0.101 -17.361
    7   HH22  ARG 333          2HH2      ARG 333 -13.548   1.475 -18.081
    8    HB2  ARG 333           HB2      ARG 333 -10.991   1.102 -12.008
    9    HB3  ARG 333           HB3      ARG 333  -9.300   0.998 -12.477
   10    HG2  ARG 333           HG2      ARG 333  -9.873  -1.035 -13.806
   11    HG3  ARG 333           HG3      ARG 333 -11.571  -0.716 -13.450
   12    HD2  ARG 333           HD2      ARG 333 -10.838   1.701 -14.356
   13    HD3  ARG 333           HD3      ARG 333  -9.707   0.695 -15.259

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLY 334           H        GLY 334  -9.110  -2.758 -10.225
    2    HA2  GLY 334           HA2      GLY 334  -6.314  -2.329 -10.411
    3    HA3  GLY 334           HA3      GLY 334  -6.871  -3.256 -11.796

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ARG 335           H        ARG 335  -6.441  -5.334 -11.519
    2    HA   ARG 335           HA       ARG 335  -7.568  -6.880  -9.473
    3    HE   ARG 335           HE       ARG 335  -7.462  -9.472 -13.309
    4   HH11  ARG 335          1HH1      ARG 335  -8.546 -11.131 -10.437
    5   HH12  ARG 335          2HH1      ARG 335 -10.193 -11.225 -10.962
    6   HH21  ARG 335          1HH2      ARG 335  -9.628  -9.594 -14.001
    7   HH22  ARG 335          2HH2      ARG 335 -10.808 -10.353 -12.986
    8    HB2  ARG 335           HB2      ARG 335  -6.689  -7.585 -11.804
    9    HB3  ARG 335           HB3      ARG 335  -5.131  -7.745 -11.005
   10    HG2  ARG 335           HG2      ARG 335  -5.881  -9.485  -9.636
   11    HG3  ARG 335           HG3      ARG 335  -7.578  -9.127  -9.963
   12    HD2  ARG 335           HD2      ARG 335  -5.637 -10.071 -12.064
   13    HD3  ARG 335           HD3      ARG 335  -6.661 -11.158 -11.127

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 336           H        GLU 336  -4.083  -6.337 -10.024
    2    HA   GLU 336           HA       GLU 336  -3.263  -7.275  -7.517
    3    HB2  GLU 336           HB2      GLU 336  -2.005  -5.534  -9.605
    4    HB3  GLU 336           HB3      GLU 336  -1.207  -5.738  -8.052
    5    HG2  GLU 336           HG2      GLU 336  -0.225  -7.467  -9.083
    6    HG3  GLU 336           HG3      GLU 336  -1.713  -8.307  -8.652

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ARG 337           H        ARG 337  -4.173  -4.049  -8.605
    2    HA   ARG 337           HA       ARG 337  -3.363  -2.636  -6.309
    3    HE   ARG 337           HE       ARG 337  -2.760   1.704  -6.829
    4   HH11  ARG 337          1HH1      ARG 337  -0.301  -0.603  -7.730
    5   HH12  ARG 337          2HH1      ARG 337   0.946   0.590  -7.864
    6   HH21  ARG 337          1HH2      ARG 337  -1.121   3.275  -7.005
    7   HH22  ARG 337          2HH2      ARG 337   0.481   2.792  -7.452
    8    HB2  ARG 337           HB2      ARG 337  -4.338  -1.903  -8.716
    9    HB3  ARG 337           HB3      ARG 337  -5.784  -1.697  -7.736
   10    HG2  ARG 337           HG2      ARG 337  -4.500   0.373  -7.939
   11    HG3  ARG 337           HG3      ARG 337  -4.611  -0.176  -6.267
   12    HD2  ARG 337           HD2      ARG 337  -2.382  -0.903  -6.240
   13    HD3  ARG 337           HD3      ARG 337  -2.262  -0.875  -7.998

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    PHE 338           H        PHE 338  -6.609  -3.782  -7.241
    2    HA   PHE 338           HA       PHE 338  -7.844  -3.120  -4.804
    3    HD1  PHE 338           HD1      PHE 338  -9.273  -6.613  -4.719
    4    HD2  PHE 338           HD2      PHE 338 -11.074  -2.918  -5.817
    5    HE1  PHE 338           HE1      PHE 338 -11.234  -7.163  -3.338
    6    HE2  PHE 338           HE2      PHE 338 -13.038  -3.460  -4.438
    7    HZ   PHE 338           HZ       PHE 338 -13.119  -5.585  -3.196
    8    HB2  PHE 338           HB2      PHE 338  -9.115  -3.579  -6.858
    9    HB3  PHE 338           HB3      PHE 338  -8.605  -5.263  -6.802

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLU 339           H        GLU 339  -6.031  -5.921  -5.847
    2    HA   GLU 339           HA       GLU 339  -6.772  -7.659  -3.745
    3    HB2  GLU 339           HB2      GLU 339  -4.578  -7.550  -5.754
    4    HB3  GLU 339           HB3      GLU 339  -4.334  -8.579  -4.349
    5    HG2  GLU 339           HG2      GLU 339  -6.556  -9.639  -4.889
    6    HG3  GLU 339           HG3      GLU 339  -6.502  -8.761  -6.418

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    MET 340           H        MET 340  -4.364  -5.135  -4.055
    2    HA   MET 340           HA       MET 340  -2.909  -5.759  -1.700
    3    HB2  MET 340           HB2      MET 340  -3.096  -3.434  -3.550
    4    HB3  MET 340           HB3      MET 340  -2.425  -3.141  -1.951
    5    HG2  MET 340           HG2      MET 340  -0.532  -4.275  -2.386
    6    HG3  MET 340           HG3      MET 340  -1.351  -5.478  -3.381
    7    HE1  MET 340           HE1      MET 340  -0.471  -1.911  -2.989
    8    HE2  MET 340           HE2      MET 340   0.421  -1.485  -4.449
    9    HE3  MET 340           HE3      MET 340  -1.334  -1.324  -4.410

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    PHE 341           H        PHE 341  -5.306  -3.194  -2.360
    2    HA   PHE 341           HA       PHE 341  -5.562  -2.368   0.317
    3    HD1  PHE 341           HD1      PHE 341  -4.445  -0.847  -0.864
    4    HD2  PHE 341           HD2      PHE 341  -7.718  -0.783  -3.582
    5    HE1  PHE 341           HE1      PHE 341  -3.103   0.475  -2.441
    6    HE2  PHE 341           HE2      PHE 341  -6.381   0.540  -5.165
    7    HZ   PHE 341           HZ       PHE 341  -4.070   1.164  -4.595
    8    HB2  PHE 341           HB2      PHE 341  -7.793  -2.178  -1.698
    9    HB3  PHE 341           HB3      PHE 341  -7.385  -1.055  -0.403

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    ARG 342           H        ARG 342  -7.001  -4.993  -1.464
    2    HA   ARG 342           HA       ARG 342  -9.076  -5.511   0.452
    3    HE   ARG 342           HE       ARG 342 -11.326  -9.925  -0.708
    4   HH11  ARG 342          1HH1      ARG 342  -8.806 -11.171  -2.775
    5   HH12  ARG 342          2HH1      ARG 342  -9.424 -12.789  -2.763
    6   HH21  ARG 342          1HH2      ARG 342 -12.140 -12.052  -0.690
    7   HH22  ARG 342          2HH2      ARG 342 -11.316 -13.289  -1.580
    8    HB2  ARG 342           HB2      ARG 342  -9.304  -6.169  -1.913
    9    HB3  ARG 342           HB3      ARG 342  -7.952  -7.279  -1.731
   10    HG2  ARG 342           HG2      ARG 342  -9.508  -8.198   0.231
   11    HG3  ARG 342           HG3      ARG 342 -10.753  -7.532  -0.828
   12    HD2  ARG 342           HD2      ARG 342  -9.838  -8.842  -2.696
   13    HD3  ARG 342           HD3      ARG 342  -8.632  -9.529  -1.610

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 343           H        GLU 343  -5.917  -6.928  -0.317
    2    HA   GLU 343           HA       GLU 343  -6.023  -8.912   1.716
    3    HB2  GLU 343           HB2      GLU 343  -4.541  -9.011  -0.296
    4    HB3  GLU 343           HB3      GLU 343  -3.573  -7.721   0.404
    5    HG2  GLU 343           HG2      GLU 343  -2.686  -9.074   2.026
    6    HG3  GLU 343           HG3      GLU 343  -4.055 -10.185   1.999

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 344           H        LEU 344  -4.983  -5.582   1.585
    2    HA   LEU 344           HA       LEU 344  -3.545  -5.560   4.032
    3    HG   LEU 344           HG       LEU 344  -2.049  -4.281   2.491
    4   HD11  LEU 344          1HD1      LEU 344  -3.077  -2.079   1.404
    5   HD12  LEU 344          2HD1      LEU 344  -2.219  -1.338   2.755
    6   HD13  LEU 344          3HD1      LEU 344  -1.341  -2.326   1.588
    7   HD21  LEU 344          1HD2      LEU 344  -2.738  -2.986   5.043
    8   HD22  LEU 344          2HD2      LEU 344  -1.519  -4.207   4.679
    9   HD23  LEU 344          3HD2      LEU 344  -1.194  -2.508   4.337
   10    HB2  LEU 344           HB2      LEU 344  -4.463  -3.612   2.055
   11    HB3  LEU 344           HB3      LEU 344  -4.488  -2.986   3.692

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ASN 345           H        ASN 345  -6.904  -4.935   3.151
    2    HA   ASN 345           HA       ASN 345  -7.771  -3.964   5.645
    3   HD21  ASN 345          1HD2      ASN 345 -11.296  -5.288   5.411
    4   HD22  ASN 345          2HD2      ASN 345 -11.890  -3.748   5.922
    5    HB2  ASN 345           HB2      ASN 345  -8.946  -4.192   3.237
    6    HB3  ASN 345           HB3      ASN 345  -9.664  -5.589   4.033

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    GLU 346           H        GLU 346  -7.732  -7.244   4.286
    2    HA   GLU 346           HA       GLU 346  -8.868  -8.466   6.595
    3    HB2  GLU 346           HB2      GLU 346  -8.658  -9.328   4.119
    4    HB3  GLU 346           HB3      GLU 346  -7.123  -9.973   4.686
    5    HG2  GLU 346           HG2      GLU 346  -8.821 -10.801   6.643
    6    HG3  GLU 346           HG3      GLU 346  -9.856 -10.865   5.217

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ALA 347           H        ALA 347  -5.616  -7.722   5.545
    2    HA   ALA 347           HA       ALA 347  -4.311  -9.314   7.535
    3    HB1  ALA 347           HB1      ALA 347  -3.479  -7.386   5.453
    4    HB2  ALA 347           HB2      ALA 347  -2.394  -7.587   6.828
    5    HB3  ALA 347           HB3      ALA 347  -2.839  -8.982   5.844

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    LEU 348           H        LEU 348  -5.473  -6.024   7.309
    2    HA   LEU 348           HA       LEU 348  -4.102  -5.040   9.604
    3    HG   LEU 348           HG       LEU 348  -4.984  -1.933   7.954
    4   HD11  LEU 348          1HD1      LEU 348  -4.843  -2.474  10.580
    5   HD12  LEU 348          2HD1      LEU 348  -3.171  -2.788  10.116
    6   HD13  LEU 348          3HD1      LEU 348  -3.895  -1.212   9.792
    7   HD21  LEU 348          1HD2      LEU 348  -3.673  -4.176   7.128
    8   HD22  LEU 348          2HD2      LEU 348  -3.065  -2.529   6.961
    9   HD23  LEU 348          3HD2      LEU 348  -2.554  -3.524   8.325
   10    HB2  LEU 348           HB2      LEU 348  -6.050  -4.056   7.679
   11    HB3  LEU 348           HB3      LEU 348  -6.383  -3.484   9.302

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLU 349           H        GLU 349  -7.199  -6.591   9.046
    2    HA   GLU 349           HA       GLU 349  -8.340  -6.068  11.577
    3    HB2  GLU 349           HB2      GLU 349  -9.601  -6.844   9.569
    4    HB3  GLU 349           HB3      GLU 349  -8.868  -8.430   9.766
    5    HG2  GLU 349           HG2      GLU 349 -10.280  -7.290  12.103
    6    HG3  GLU 349           HG3      GLU 349 -11.261  -7.819  10.737

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 350           H        LEU 350  -6.067  -8.453  10.441
    2    HA   LEU 350           HA       LEU 350  -6.325 -10.224  12.664
    3    HG   LEU 350           HG       LEU 350  -6.568 -11.465  10.545
    4   HD11  LEU 350          1HD1      LEU 350  -3.912 -11.982   9.262
    5   HD12  LEU 350          2HD1      LEU 350  -5.273 -13.076   9.015
    6   HD13  LEU 350          3HD1      LEU 350  -5.403 -11.384   8.534
    7   HD21  LEU 350          1HD2      LEU 350  -5.567 -12.582  12.599
    8   HD22  LEU 350          2HD2      LEU 350  -6.148 -13.645  11.317
    9   HD23  LEU 350          3HD2      LEU 350  -4.420 -13.339  11.493
   10    HB2  LEU 350           HB2      LEU 350  -4.419  -9.906  10.395
   11    HB3  LEU 350           HB3      LEU 350  -3.919 -10.873  11.769

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    LYS 351           H        LYS 351  -4.316  -7.444  11.919
    2    HA   LYS 351           HA       LYS 351  -2.489  -7.763  14.065
    3    HB2  LYS 351           HB2      LYS 351  -2.338  -6.268  11.937
    4    HB3  LYS 351           HB3      LYS 351  -3.205  -5.087  12.910
    5    HG2  LYS 351           HG2      LYS 351  -1.273  -5.692  14.639
    6    HG3  LYS 351           HG3      LYS 351  -0.424  -6.063  13.137
    7    HD2  LYS 351           HD2      LYS 351  -1.926  -3.511  13.243
    8    HD3  LYS 351           HD3      LYS 351  -0.458  -3.619  14.216
    9    HE2  LYS 351           HE2      LYS 351   0.622  -4.538  12.054
   10    HE3  LYS 351           HE3      LYS 351  -0.779  -3.836  11.245
   11    HZ1  LYS 351           HZ1      LYS 351   0.706  -2.150  13.119
   12    HZ2  LYS 351           HZ2      LYS 351   1.419  -2.473  11.620
   13    HZ3  LYS 351           HZ3      LYS 351  -0.099  -1.728  11.693

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    ASP 352           H        ASP 352  -5.583  -6.118  13.730
    2    HA   ASP 352           HA       ASP 352  -5.520  -4.702  16.165
    3    HB2  ASP 352           HB2      ASP 352  -7.122  -4.364  14.218
    4    HB3  ASP 352           HB3      ASP 352  -8.013  -5.755  14.829

  No H/Q in entry =           4
  Start of MODEL   14
    1    H    ALA 353           H        ALA 353  -6.391  -7.993  15.360
    2    HA   ALA 353           HA       ALA 353  -7.600  -8.567  17.899
    3    HB1  ALA 353           HB1      ALA 353  -7.974  -9.735  15.613
    4    HB2  ALA 353           HB2      ALA 353  -6.555 -10.681  16.061
    5    HB3  ALA 353           HB3      ALA 353  -7.988 -10.699  17.090

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLN 354           H        GLN 354  -4.401  -8.812  16.511
    2    HA   GLN 354           HA       GLN 354  -3.346 -10.444  18.632
    3   HE21  GLN 354          1HE2      GLN 354  -0.344 -12.393  16.249
    4   HE22  GLN 354          2HE2      GLN 354  -0.973 -13.733  17.138
    5    HB2  GLN 354           HB2      GLN 354  -1.953  -8.858  16.467
    6    HB3  GLN 354           HB3      GLN 354  -1.154  -9.973  17.567
    7    HG2  GLN 354           HG2      GLN 354  -3.370 -10.793  15.712
    8    HG3  GLN 354           HG3      GLN 354  -1.662 -10.867  15.281

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    ALA 355           H        ALA 355  -3.574  -7.032  17.907
    2    HA   ALA 355           HA       ALA 355  -1.985  -6.396  20.295
    3    HB1  ALA 355           HB1      ALA 355  -1.231  -5.284  18.286
    4    HB2  ALA 355           HB2      ALA 355  -2.848  -4.640  18.000
    5    HB3  ALA 355           HB3      ALA 355  -1.917  -4.097  19.396

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLY 356           H        GLY 356  -2.769  -4.641  21.690
    2    HA2  GLY 356           HA2      GLY 356  -5.683  -4.281  21.658
    3    HA3  GLY 356           HA3      GLY 356  -4.536  -3.294  22.551

  No H/Q in entry =           3
  Start of MODEL   14
    1    H1   GLU 326           H1       GLU 326 -14.201  -5.967 -14.243
    2    H2   GLU 326           H2       GLU 326 -12.816  -6.161 -15.238
    3    H3   GLU 326           H3       GLU 326 -12.646  -6.082 -13.532
    4    HA   GLU 326           HA       GLU 326 -12.001  -4.029 -14.300
    5    HB2  GLU 326           HB2      GLU 326 -14.329  -4.424 -16.141
    6    HB3  GLU 326           HB3      GLU 326 -13.796  -2.789 -15.776
    7    HG2  GLU 326           HG2      GLU 326 -11.832  -3.023 -16.903
    8    HG3  GLU 326           HG3      GLU 326 -11.750  -4.762 -16.624

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    SER 327           H        SER 327 -12.260  -2.574 -12.736
    2    HA   SER 327           HA       SER 327 -13.164  -1.353 -11.044
    3    HG   SER 327           HG       SER 327 -13.684   0.187 -12.755
    4    HB2  SER 327           HB2      SER 327 -15.751  -1.736 -12.572
    5    HB3  SER 327           HB3      SER 327 -15.460  -0.534 -11.315

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    PHE 328           H        PHE 328 -13.185  -2.284  -9.113
    2    HA   PHE 328           HA       PHE 328 -15.264  -4.294  -8.552
    3    HD1  PHE 328           HD1      PHE 328 -10.705  -4.790  -8.566
    4    HD2  PHE 328           HD2      PHE 328 -14.516  -6.260  -9.760
    5    HE1  PHE 328           HE1      PHE 328  -9.671  -5.871 -10.519
    6    HE2  PHE 328           HE2      PHE 328 -13.489  -7.345 -11.715
    7    HZ   PHE 328           HZ       PHE 328 -11.064  -7.152 -12.097
    8    HB2  PHE 328           HB2      PHE 328 -12.526  -4.295  -7.283
    9    HB3  PHE 328           HB3      PHE 328 -13.747  -5.562  -7.222

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLY 329           H        GLY 329 -16.111  -4.323  -6.426
    2    HA2  GLY 329           HA2      GLY 329 -17.218  -2.761  -4.963
    3    HA3  GLY 329           HA3      GLY 329 -15.787  -1.744  -5.039

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    LEU 330           H        LEU 330 -15.751  -1.670  -2.745
    2    HA   LEU 330           HA       LEU 330 -15.340  -4.134  -1.280
    3    HG   LEU 330           HG       LEU 330 -13.203  -3.234   0.760
    4   HD11  LEU 330          1HD1      LEU 330 -12.992  -5.691  -0.968
    5   HD12  LEU 330          2HD1      LEU 330 -12.678  -5.666   0.767
    6   HD13  LEU 330          3HD1      LEU 330 -14.287  -5.279   0.156
    7   HD21  LEU 330          1HD2      LEU 330 -11.073  -2.629  -0.621
    8   HD22  LEU 330          2HD2      LEU 330 -10.933  -3.616   0.835
    9   HD23  LEU 330          3HD2      LEU 330 -10.900  -4.379  -0.755
   10    HB2  LEU 330           HB2      LEU 330 -13.112  -3.593  -2.238
   11    HB3  LEU 330           HB3      LEU 330 -13.157  -2.053  -1.401

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLY 331           H        GLY 331 -15.503  -3.885   0.977
    2    HA2  GLY 331           HA2      GLY 331 -17.066  -2.831   2.501
    3    HA3  GLY 331           HA3      GLY 331 -16.643  -1.285   1.780

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ILE 332           H        ILE 332 -14.529  -0.405   2.218
    2    HA   ILE 332           HA       ILE 332 -12.803  -1.583   4.154
    3    HB   ILE 332           HB       ILE 332 -12.889   1.324   3.352
    4   HG12  ILE 332          2HG1      ILE 332 -12.777  -0.033   1.335
    5   HG21  ILE 332          1HG2      ILE 332 -11.522   0.791   5.316
    6   HG22  ILE 332          2HG2      ILE 332 -10.633  -0.400   4.366
    7   HG23  ILE 332          3HG2      ILE 332 -10.533   1.311   3.951
    8   HD11  ILE 332          1HD1      ILE 332 -10.601  -1.498   2.773
    9   HD12  ILE 332          2HD1      ILE 332 -12.020  -2.146   1.951
   10   HD13  ILE 332          3HD1      ILE 332 -10.695  -1.460   1.012
   11   HG13  ILE 332          3HG1      ILE 332 -11.211   0.714   1.634

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ARG 333           H        ARG 333 -13.225  -1.749   6.248
    2    HA   ARG 333           HA       ARG 333 -15.070   0.137   7.506
    3    HE   ARG 333           HE       ARG 333 -17.760  -3.760   6.730
    4   HH11  ARG 333          1HH1      ARG 333 -16.588  -6.000   9.136
    5   HH12  ARG 333          2HH1      ARG 333 -17.743  -7.227   8.736
    6   HH21  ARG 333          1HH2      ARG 333 -19.279  -5.373   6.203
    7   HH22  ARG 333          2HH2      ARG 333 -19.270  -6.872   7.071
    8    HB2  ARG 333           HB2      ARG 333 -14.012  -2.568   8.278
    9    HB3  ARG 333           HB3      ARG 333 -14.791  -1.531   9.465
   10    HG2  ARG 333           HG2      ARG 333 -16.856  -1.748   8.509
   11    HG3  ARG 333           HG3      ARG 333 -16.200  -2.060   6.900
   12    HD2  ARG 333           HD2      ARG 333 -15.333  -4.256   7.875
   13    HD3  ARG 333           HD3      ARG 333 -16.406  -3.937   9.237

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLY 334           H        GLY 334 -13.458   1.866   7.423
    2    HA2  GLY 334           HA2      GLY 334 -11.045   1.634   8.959
    3    HA3  GLY 334           HA3      GLY 334 -12.316   2.473   9.835

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ARG 335           H        ARG 335 -11.495   4.506   9.865
    2    HA   ARG 335           HA       ARG 335 -11.656   6.020   7.430
    3    HE   ARG 335           HE       ARG 335  -8.695   8.145  10.785
    4   HH11  ARG 335          1HH1      ARG 335 -10.799  10.221  12.641
    5   HH12  ARG 335          2HH1      ARG 335  -9.608  11.462  12.837
    6   HH21  ARG 335          1HH2      ARG 335  -7.127   9.777  11.043
    7   HH22  ARG 335          2HH2      ARG 335  -7.524  11.211  11.929
    8    HB2  ARG 335           HB2      ARG 335 -10.957   7.929   8.937
    9    HB3  ARG 335           HB3      ARG 335 -12.449   7.112   9.382
   10    HG2  ARG 335           HG2      ARG 335 -11.503   6.110  11.239
   11    HG3  ARG 335           HG3      ARG 335  -9.859   6.287  10.621
   12    HD2  ARG 335           HD2      ARG 335 -11.427   8.756  11.139
   13    HD3  ARG 335           HD3      ARG 335 -10.826   7.855  12.530

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 336           H        GLU 336  -9.095   4.817   9.514
    2    HA   GLU 336           HA       GLU 336  -7.000   6.264   8.215
    3    HB2  GLU 336           HB2      GLU 336  -7.125   5.073  10.591
    4    HB3  GLU 336           HB3      GLU 336  -6.435   3.734   9.684
    5    HG2  GLU 336           HG2      GLU 336  -5.156   6.364   9.309
    6    HG3  GLU 336           HG3      GLU 336  -4.970   5.615  10.894

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ARG 337           H        ARG 337  -7.986   2.839   8.165
    2    HA   ARG 337           HA       ARG 337  -6.159   1.972   6.243
    3    HE   ARG 337           HE       ARG 337  -7.670  -1.334   9.413
    4   HH11  ARG 337          1HH1      ARG 337  -9.067  -3.557   7.114
    5   HH12  ARG 337          2HH1      ARG 337  -9.944  -4.444   8.315
    6   HH21  ARG 337          1HH2      ARG 337  -8.823  -2.499  10.994
    7   HH22  ARG 337          2HH2      ARG 337  -9.806  -3.843  10.518
    8    HB2  ARG 337           HB2      ARG 337  -8.652   0.966   7.422
    9    HB3  ARG 337           HB3      ARG 337  -8.355   0.383   5.790
   10    HG2  ARG 337           HG2      ARG 337  -6.074  -0.319   6.561
   11    HG3  ARG 337           HG3      ARG 337  -6.593   0.063   8.204
   12    HD2  ARG 337           HD2      ARG 337  -8.435  -1.645   6.677
   13    HD3  ARG 337           HD3      ARG 337  -6.864  -2.367   7.023

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    PHE 338           H        PHE 338  -9.500   3.114   5.827
    2    HA   PHE 338           HA       PHE 338  -9.595   2.845   3.035
    3    HD1  PHE 338           HD1      PHE 338 -11.799   2.776   1.771
    4    HD2  PHE 338           HD2      PHE 338 -11.885   6.576   3.684
    5    HE1  PHE 338           HE1      PHE 338 -12.947   3.731  -0.185
    6    HE2  PHE 338           HE2      PHE 338 -13.034   7.538   1.733
    7    HZ   PHE 338           HZ       PHE 338 -13.567   6.114  -0.205
    8    HB2  PHE 338           HB2      PHE 338 -11.615   3.155   4.367
    9    HB3  PHE 338           HB3      PHE 338 -11.082   4.764   4.843

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLU 339           H        GLU 339  -8.389   5.406   5.110
    2    HA   GLU 339           HA       GLU 339  -8.127   7.417   3.165
    3    HB2  GLU 339           HB2      GLU 339  -6.935   6.880   5.839
    4    HB3  GLU 339           HB3      GLU 339  -6.129   8.062   4.816
    5    HG2  GLU 339           HG2      GLU 339  -9.008   8.449   4.939
    6    HG3  GLU 339           HG3      GLU 339  -8.227   8.550   6.516

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    MET 340           H        MET 340  -6.033   4.749   4.102
    2    HA   MET 340           HA       MET 340  -3.773   5.549   2.598
    3    HB2  MET 340           HB2      MET 340  -4.212   3.614   4.432
    4    HB3  MET 340           HB3      MET 340  -4.265   2.650   2.963
    5    HG2  MET 340           HG2      MET 340  -2.061   3.034   2.464
    6    HG3  MET 340           HG3      MET 340  -2.009   4.548   3.364
    7    HE1  MET 340           HE1      MET 340  -3.301   1.140   3.960
    8    HE2  MET 340           HE2      MET 340  -1.741   0.357   4.212
    9    HE3  MET 340           HE3      MET 340  -2.778   0.721   5.591

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    PHE 341           H        PHE 341  -6.271   3.093   1.921
    2    HA   PHE 341           HA       PHE 341  -5.433   2.539  -0.703
    3    HD1  PHE 341           HD1      PHE 341  -8.973   1.086   1.992
    4    HD2  PHE 341           HD2      PHE 341  -5.052   0.544   0.432
    5    HE1  PHE 341           HE1      PHE 341  -8.459  -0.467   3.830
    6    HE2  PHE 341           HE2      PHE 341  -4.532  -1.012   2.262
    7    HZ   PHE 341           HZ       PHE 341  -6.236  -1.514   3.966
    8    HB2  PHE 341           HB2      PHE 341  -8.303   2.342   0.187
    9    HB3  PHE 341           HB3      PHE 341  -7.429   1.309  -0.941

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    ARG 342           H        ARG 342  -7.340   5.126   0.617
    2    HA   ARG 342           HA       ARG 342  -8.525   5.942  -1.852
    3    HE   ARG 342           HE       ARG 342 -10.082   8.825  -1.818
    4   HH11  ARG 342          1HH1      ARG 342 -12.020  10.251   0.710
    5   HH12  ARG 342          2HH1      ARG 342 -11.945  11.845   0.039
    6   HH21  ARG 342          1HH2      ARG 342  -9.982  10.922  -2.701
    7   HH22  ARG 342          2HH2      ARG 342 -10.789  12.227  -1.897
    8    HB2  ARG 342           HB2      ARG 342  -8.414   6.944   0.920
    9    HB3  ARG 342           HB3      ARG 342  -8.575   8.189  -0.311
   10    HG2  ARG 342           HG2      ARG 342 -10.437   6.387  -1.129
   11    HG3  ARG 342           HG3      ARG 342 -10.507   6.199   0.624
   12    HD2  ARG 342           HD2      ARG 342 -12.085   7.899  -0.238
   13    HD3  ARG 342           HD3      ARG 342 -10.918   8.554   0.909

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 343           H        GLU 343  -5.678   6.934   0.002
    2    HA   GLU 343           HA       GLU 343  -4.952   9.060  -1.740
    3    HB2  GLU 343           HB2      GLU 343  -3.287   7.479   0.229
    4    HB3  GLU 343           HB3      GLU 343  -2.760   8.952  -0.574
    5    HG2  GLU 343           HG2      GLU 343  -4.143  10.291   0.667
    6    HG3  GLU 343           HG3      GLU 343  -5.290   8.992   0.991

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 344           H        LEU 344  -4.265   5.631  -1.636
    2    HA   LEU 344           HA       LEU 344  -2.168   5.675  -3.566
    3    HG   LEU 344           HG       LEU 344  -1.862   4.568  -1.236
    4   HD11  LEU 344          1HD1      LEU 344  -3.282   2.024  -1.202
    5   HD12  LEU 344          2HD1      LEU 344  -1.672   1.934  -0.490
    6   HD13  LEU 344          3HD1      LEU 344  -2.845   3.099   0.125
    7   HD21  LEU 344          1HD2      LEU 344  -0.752   2.410  -3.015
    8   HD22  LEU 344          2HD2      LEU 344  -0.179   4.067  -2.825
    9   HD23  LEU 344          3HD2      LEU 344   0.017   2.910  -1.509
   10    HB2  LEU 344           HB2      LEU 344  -3.957   3.471  -2.550
   11    HB3  LEU 344           HB3      LEU 344  -2.684   3.200  -3.725

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ASN 345           H        ASN 345  -5.657   5.123  -3.705
    2    HA   ASN 345           HA       ASN 345  -5.771   4.430  -6.441
    3   HD21  ASN 345          1HD2      ASN 345  -8.078   2.567  -6.105
    4   HD22  ASN 345          2HD2      ASN 345  -9.075   2.855  -7.486
    5    HB2  ASN 345           HB2      ASN 345  -7.575   4.131  -4.629
    6    HB3  ASN 345           HB3      ASN 345  -7.997   5.811  -4.950

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    GLU 346           H        GLU 346  -5.961   7.501  -4.718
    2    HA   GLU 346           HA       GLU 346  -6.665   9.094  -6.950
    3    HB2  GLU 346           HB2      GLU 346  -6.829   9.716  -4.486
    4    HB3  GLU 346           HB3      GLU 346  -5.100  10.030  -4.547
    5    HG2  GLU 346           HG2      GLU 346  -5.691  12.111  -5.069
    6    HG3  GLU 346           HG3      GLU 346  -5.999  11.464  -6.680

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ALA 347           H        ALA 347  -3.549   8.291  -5.455
    2    HA   ALA 347           HA       ALA 347  -1.948   9.886  -7.133
    3    HB1  ALA 347           HB1      ALA 347  -1.121   8.969  -5.033
    4    HB2  ALA 347           HB2      ALA 347  -0.084   8.485  -6.375
    5    HB3  ALA 347           HB3      ALA 347  -1.232   7.335  -5.688

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    LEU 348           H        LEU 348  -3.366   6.727  -7.536
    2    HA   LEU 348           HA       LEU 348  -1.780   5.856  -9.711
    3    HG   LEU 348           HG       LEU 348  -1.933   3.520  -9.517
    4   HD11  LEU 348          1HD1      LEU 348  -3.966   2.539  -8.186
    5   HD12  LEU 348          2HD1      LEU 348  -4.528   2.086  -9.795
    6   HD13  LEU 348          3HD1      LEU 348  -2.971   1.501  -9.208
    7   HD21  LEU 348          1HD2      LEU 348  -3.955   4.111 -11.607
    8   HD22  LEU 348          2HD2      LEU 348  -2.198   4.020 -11.722
    9   HD23  LEU 348          3HD2      LEU 348  -3.155   2.540 -11.656
   10    HB2  LEU 348           HB2      LEU 348  -3.689   4.716  -8.141
   11    HB3  LEU 348           HB3      LEU 348  -4.582   4.953  -9.630

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLU 349           H        GLU 349  -4.917   7.508  -9.535
    2    HA   GLU 349           HA       GLU 349  -5.483   7.584 -12.265
    3    HB2  GLU 349           HB2      GLU 349  -6.908   8.292 -10.195
    4    HB3  GLU 349           HB3      GLU 349  -6.194   9.875 -10.466
    5    HG2  GLU 349           HG2      GLU 349  -7.455   8.472 -12.762
    6    HG3  GLU 349           HG3      GLU 349  -8.492   9.206 -11.539

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 350           H        LEU 350  -3.320   9.522 -10.334
    2    HA   LEU 350           HA       LEU 350  -2.969  11.616 -12.236
    3    HG   LEU 350           HG       LEU 350  -1.868  13.100  -9.089
    4   HD11  LEU 350          1HD1      LEU 350  -1.104  13.921 -11.343
    5   HD12  LEU 350          2HD1      LEU 350  -2.772  13.740 -11.885
    6   HD13  LEU 350          3HD1      LEU 350  -2.386  14.863 -10.582
    7   HD21  LEU 350          1HD2      LEU 350  -4.324  12.265 -10.627
    8   HD22  LEU 350          2HD2      LEU 350  -3.955  11.873  -8.947
    9   HD23  LEU 350          3HD2      LEU 350  -4.263  13.545  -9.416
   10    HB2  LEU 350           HB2      LEU 350  -1.730  10.787  -9.687
   11    HB3  LEU 350           HB3      LEU 350  -0.692  11.697 -10.769

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    LYS 351           H        LYS 351  -1.355   8.558 -11.593
    2    HA   LYS 351           HA       LYS 351   0.868   8.979 -13.293
    3    HB2  LYS 351           HB2      LYS 351   0.344   7.134 -11.456
    4    HB3  LYS 351           HB3      LYS 351  -0.205   6.231 -12.861
    5    HG2  LYS 351           HG2      LYS 351   2.125   6.958 -13.834
    6    HG3  LYS 351           HG3      LYS 351   2.535   7.118 -12.124
    7    HD2  LYS 351           HD2      LYS 351   1.217   4.636 -13.172
    8    HD3  LYS 351           HD3      LYS 351   2.963   4.858 -13.296
    9    HE2  LYS 351           HE2      LYS 351   3.267   4.804 -11.007
   10    HE3  LYS 351           HE3      LYS 351   1.604   5.286 -10.672
   11    HZ1  LYS 351           HZ1      LYS 351   1.173   2.963 -11.855
   12    HZ2  LYS 351           HZ2      LYS 351   2.700   2.641 -11.199
   13    HZ3  LYS 351           HZ3      LYS 351   1.426   3.103 -10.188

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    ASP 352           H        ASP 352  -2.342   7.616 -13.808
    2    HA   ASP 352           HA       ASP 352  -1.893   6.626 -16.412
    3    HB2  ASP 352           HB2      ASP 352  -3.934   6.413 -14.661
    4    HB3  ASP 352           HB3      ASP 352  -4.604   7.626 -15.748

  No H/Q in entry =           4
  Start of MODEL   14
    1    H    ALA 353           H        ALA 353  -2.982   9.757 -15.202
    2    HA   ALA 353           HA       ALA 353  -3.526  10.839 -17.793
    3    HB1  ALA 353           HB1      ALA 353  -2.948  12.703 -15.583
    4    HB2  ALA 353           HB2      ALA 353  -4.263  11.560 -15.307
    5    HB3  ALA 353           HB3      ALA 353  -4.315  12.646 -16.695

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLN 354           H        GLN 354  -0.749  10.711 -15.675
    2    HA   GLN 354           HA       GLN 354   0.756  12.647 -17.201
    3   HE21  GLN 354          1HE2      GLN 354   2.573  13.106 -12.893
    4   HE22  GLN 354          2HE2      GLN 354   1.830  14.648 -12.662
    5    HB2  GLN 354           HB2      GLN 354   0.912  11.835 -14.626
    6    HB3  GLN 354           HB3      GLN 354   2.173  10.838 -15.338
    7    HG2  GLN 354           HG2      GLN 354   3.501  12.588 -14.989
    8    HG3  GLN 354           HG3      GLN 354   2.720  13.286 -16.407

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    ALA 355           H        ALA 355   0.429   9.174 -17.021
    2    HA   ALA 355           HA       ALA 355   2.731   8.684 -18.706
    3    HB1  ALA 355           HB1      ALA 355   0.660   6.624 -18.052
    4    HB2  ALA 355           HB2      ALA 355   1.806   7.166 -16.826
    5    HB3  ALA 355           HB3      ALA 355   2.392   6.423 -18.314

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLY 356           H        GLY 356   2.732   8.264 -20.855
    2    HA2  GLY 356           HA2      GLY 356   1.872   8.741 -22.990
    3    HA3  GLY 356           HA3      GLY 356   0.260   8.829 -22.297

  No H/Q in entry =           3
  Start of MODEL   14
    1    H1   GLU 326           H1       GLU 326  14.088  12.542   5.473
    2    H2   GLU 326           H2       GLU 326  12.677  12.314   6.423
    3    H3   GLU 326           H3       GLU 326  13.857  13.459   6.906
    4    HA   GLU 326           HA       GLU 326  15.382  11.847   7.456
    5    HB2  GLU 326           HB2      GLU 326  12.572  11.108   8.280
    6    HB3  GLU 326           HB3      GLU 326  14.000  10.376   8.999
    7    HG2  GLU 326           HG2      GLU 326  14.560  12.252  10.149
    8    HG3  GLU 326           HG3      GLU 326  13.858  13.334   8.947

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    SER 327           H        SER 327  16.488  10.344   6.395
    2    HA   SER 327           HA       SER 327  15.221   8.519   4.576
    3    HG   SER 327           HG       SER 327  16.750   8.460   2.871
    4    HB2  SER 327           HB2      SER 327  17.677   9.625   4.619
    5    HB3  SER 327           HB3      SER 327  18.046   8.071   5.368

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    PHE 328           H        PHE 328  15.067   6.287   4.738
    2    HA   PHE 328           HA       PHE 328  15.812   5.033   7.270
    3    HD1  PHE 328           HD1      PHE 328  14.600   6.109   9.216
    4    HD2  PHE 328           HD2      PHE 328  11.713   6.562   6.123
    5    HE1  PHE 328           HE1      PHE 328  13.804   8.186  10.269
    6    HE2  PHE 328           HE2      PHE 328  10.911   8.640   7.170
    7    HZ   PHE 328           HZ       PHE 328  11.958   9.454   9.246
    8    HB2  PHE 328           HB2      PHE 328  13.035   4.695   6.138
    9    HB3  PHE 328           HB3      PHE 328  13.642   4.139   7.694

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLY 329           H        GLY 329  16.125   2.801   7.154
    2    HA2  GLY 329           HA2      GLY 329  17.261   1.187   5.800
    3    HA3  GLY 329           HA3      GLY 329  16.379   1.789   4.405

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    LEU 330           H        LEU 330  15.272   0.081   3.672
    2    HA   LEU 330           HA       LEU 330  13.719  -1.498   5.610
    3    HG   LEU 330           HG       LEU 330  11.619  -2.698   3.847
    4   HD11  LEU 330          1HD1      LEU 330  11.126  -0.796   6.115
    5   HD12  LEU 330          2HD1      LEU 330  10.091  -2.194   5.826
    6   HD13  LEU 330          3HD1      LEU 330  11.807  -2.422   6.163
    7   HD21  LEU 330          1HD2      LEU 330  10.036  -0.151   3.600
    8   HD22  LEU 330          2HD2      LEU 330  10.312  -1.385   2.371
    9   HD23  LEU 330          3HD2      LEU 330   9.289  -1.741   3.763
   10    HB2  LEU 330           HB2      LEU 330  12.349   0.195   4.328
   11    HB3  LEU 330           HB3      LEU 330  12.729  -0.710   2.875

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLY 331           H        GLY 331  14.432  -3.521   5.570
    2    HA2  GLY 331           HA2      GLY 331  15.695  -5.327   4.759
    3    HA3  GLY 331           HA3      GLY 331  15.727  -4.564   3.176

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ILE 332           H        ILE 332  13.814  -4.695   1.849
    2    HA   ILE 332           HA       ILE 332  11.748  -6.572   2.634
    3    HB   ILE 332           HB       ILE 332  12.080  -5.230  -0.047
    4   HG12  ILE 332          2HG1      ILE 332  10.128  -3.806   1.163
    5   HG21  ILE 332          1HG2      ILE 332  10.440  -7.254   0.588
    6   HG22  ILE 332          2HG2      ILE 332   9.431  -5.892   1.072
    7   HG23  ILE 332          3HG2      ILE 332  10.026  -6.003  -0.584
    8   HD11  ILE 332          1HD1      ILE 332  12.873  -3.331   0.528
    9   HD12  ILE 332          2HD1      ILE 332  11.516  -2.205   0.551
   10   HD13  ILE 332          3HD1      ILE 332  12.444  -2.497   2.022
   11   HG13  ILE 332          3HG1      ILE 332  11.130  -4.186   2.560

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ARG 333           H        ARG 333  11.623  -8.651   2.051
    2    HA   ARG 333           HA       ARG 333  13.687  -9.684   0.229
    3    HE   ARG 333           HE       ARG 333  16.807 -13.302   1.310
    4   HH11  ARG 333          1HH1      ARG 333  14.283 -12.867   3.680
    5   HH12  ARG 333          2HH1      ARG 333  14.620 -14.356   4.497
    6   HH21  ARG 333          1HH2      ARG 333  17.253 -15.261   2.383
    7   HH22  ARG 333          2HH2      ARG 333  16.307 -15.715   3.761
    8    HB2  ARG 333           HB2      ARG 333  13.464 -10.496   2.675
    9    HB3  ARG 333           HB3      ARG 333  12.053 -11.375   2.102
   10    HG2  ARG 333           HG2      ARG 333  13.569 -13.007   1.783
   11    HG3  ARG 333           HG3      ARG 333  13.831 -12.156   0.259
   12    HD2  ARG 333           HD2      ARG 333  15.834 -11.286   0.930
   13    HD3  ARG 333           HD3      ARG 333  15.377 -11.265   2.632

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLY 334           H        GLY 334  12.179  -8.853  -1.494
    2    HA2  GLY 334           HA2      GLY 334   9.652  -9.977  -1.961
    3    HA3  GLY 334           HA3      GLY 334  10.853 -11.009  -2.721

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ARG 335           H        ARG 335  10.415 -10.609  -4.835
    2    HA   ARG 335           HA       ARG 335  11.341  -8.108  -5.907
    3    HE   ARG 335           HE       ARG 335  12.290  -8.882 -11.312
    4   HH11  ARG 335          1HH1      ARG 335  14.074 -10.256  -8.646
    5   HH12  ARG 335          2HH1      ARG 335  15.620  -9.812  -9.288
    6   HH21  ARG 335          1HH2      ARG 335  14.322  -8.298 -12.159
    7   HH22  ARG 335          2HH2      ARG 335  15.761  -8.700 -11.282
    8    HB2  ARG 335           HB2      ARG 335  11.402 -10.626  -6.855
    9    HB3  ARG 335           HB3      ARG 335   9.953 -10.050  -7.668
   10    HG2  ARG 335           HG2      ARG 335  11.318  -8.104  -8.489
   11    HG3  ARG 335           HG3      ARG 335  12.740  -8.943  -7.866
   12    HD2  ARG 335           HD2      ARG 335  12.175 -10.882  -9.289
   13    HD3  ARG 335           HD3      ARG 335  10.820  -9.970  -9.953

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 336           H        GLU 336   8.234  -9.756  -5.588
    2    HA   GLU 336           HA       GLU 336   6.769  -7.783  -7.049
    3    HB2  GLU 336           HB2      GLU 336   6.221 -10.318  -6.353
    4    HB3  GLU 336           HB3      GLU 336   5.371  -9.484  -5.060
    5    HG2  GLU 336           HG2      GLU 336   4.940  -8.629  -7.880
    6    HG3  GLU 336           HG3      GLU 336   4.151 -10.087  -7.281

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ARG 337           H        ARG 337   7.144  -8.524  -3.592
    2    HA   ARG 337           HA       ARG 337   5.488  -6.491  -2.612
    3    HE   ARG 337           HE       ARG 337   5.790  -8.313   2.617
    4   HH11  ARG 337          1HH1      ARG 337   8.389  -8.603   0.301
    5   HH12  ARG 337          2HH1      ARG 337   8.776 -10.228   0.755
    6   HH21  ARG 337          1HH2      ARG 337   6.301 -10.449   3.212
    7   HH22  ARG 337          2HH2      ARG 337   7.592 -11.276   2.405
    8    HB2  ARG 337           HB2      ARG 337   6.883  -8.516  -1.476
    9    HB3  ARG 337           HB3      ARG 337   7.886  -7.149  -1.011
   10    HG2  ARG 337           HG2      ARG 337   5.466  -6.183  -0.360
   11    HG3  ARG 337           HG3      ARG 337   5.183  -7.908  -0.123
   12    HD2  ARG 337           HD2      ARG 337   7.714  -6.908   0.982
   13    HD3  ARG 337           HD3      ARG 337   6.266  -6.241   1.733

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    PHE 338           H        PHE 338   9.022  -6.515  -3.048
    2    HA   PHE 338           HA       PHE 338   9.440  -3.851  -2.254
    3    HD1  PHE 338           HD1      PHE 338  12.710  -3.946  -1.446
    4    HD2  PHE 338           HD2      PHE 338  11.424  -3.383  -5.463
    5    HE1  PHE 338           HE1      PHE 338  14.309  -2.093  -1.694
    6    HE2  PHE 338           HE2      PHE 338  13.021  -1.529  -5.719
    7    HZ   PHE 338           HZ       PHE 338  14.466  -0.882  -3.833
    8    HB2  PHE 338           HB2      PHE 338  11.264  -5.485  -2.407
    9    HB3  PHE 338           HB3      PHE 338  11.068  -5.555  -4.155

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLU 339           H        GLU 339   8.491  -5.279  -5.300
    2    HA   GLU 339           HA       GLU 339   8.985  -3.055  -6.960
    3    HB2  GLU 339           HB2      GLU 339   7.361  -5.536  -7.141
    4    HB3  GLU 339           HB3      GLU 339   6.931  -4.226  -8.232
    5    HG2  GLU 339           HG2      GLU 339   9.797  -4.828  -8.107
    6    HG3  GLU 339           HG3      GLU 339   8.790  -6.126  -8.747

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    MET 340           H        MET 340   6.254  -3.970  -4.940
    2    HA   MET 340           HA       MET 340   4.464  -1.987  -5.881
    3    HB2  MET 340           HB2      MET 340   4.591  -3.860  -3.600
    4    HB3  MET 340           HB3      MET 340   3.631  -2.412  -3.330
    5    HG2  MET 340           HG2      MET 340   2.003  -3.071  -4.719
    6    HG3  MET 340           HG3      MET 340   3.131  -3.762  -5.884
    7    HE1  MET 340           HE1      MET 340   2.549  -4.018  -2.274
    8    HE2  MET 340           HE2      MET 340   1.348  -5.304  -2.144
    9    HE3  MET 340           HE3      MET 340   3.063  -5.676  -1.959

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    PHE 341           H        PHE 341   6.451  -2.126  -2.921
    2    HA   PHE 341           HA       PHE 341   5.904   0.503  -2.089
    3    HD1  PHE 341           HD1      PHE 341   4.863  -0.959  -0.755
    4    HD2  PHE 341           HD2      PHE 341   8.637  -2.826  -0.145
    5    HE1  PHE 341           HE1      PHE 341   3.741  -2.861   0.318
    6    HE2  PHE 341           HE2      PHE 341   7.521  -4.736   0.931
    7    HZ   PHE 341           HZ       PHE 341   5.070  -4.754   1.157
    8    HB2  PHE 341           HB2      PHE 341   8.490  -0.917  -1.488
    9    HB3  PHE 341           HB3      PHE 341   7.586   0.197  -0.467

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    ARG 342           H        ARG 342   8.152  -0.778  -4.417
    2    HA   ARG 342           HA       ARG 342   9.755   1.604  -4.559
    3    HE   ARG 342           HE       ARG 342  11.018   2.223  -9.233
    4   HH11  ARG 342          1HH1      ARG 342  13.672   0.513  -7.744
    5   HH12  ARG 342          2HH1      ARG 342  14.869   1.636  -8.297
    6   HH21  ARG 342          1HH2      ARG 342  12.592   3.700  -9.961
    7   HH22  ARG 342          2HH2      ARG 342  14.256   3.445  -9.555
    8    HB2  ARG 342           HB2      ARG 342  10.535  -0.737  -5.155
    9    HB3  ARG 342           HB3      ARG 342   9.576  -0.593  -6.622
   10    HG2  ARG 342           HG2      ARG 342  11.256   1.710  -6.334
   11    HG3  ARG 342           HG3      ARG 342  12.220   0.239  -6.198
   12    HD2  ARG 342           HD2      ARG 342  11.866  -0.351  -8.352
   13    HD3  ARG 342           HD3      ARG 342  10.218   0.274  -8.363

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 343           H        GLU 343   7.182   0.141  -6.510
    2    HA   GLU 343           HA       GLU 343   7.146   2.221  -8.456
    3    HB2  GLU 343           HB2      GLU 343   6.275  -0.062  -8.884
    4    HB3  GLU 343           HB3      GLU 343   4.973   0.240  -7.742
    5    HG2  GLU 343           HG2      GLU 343   3.875   1.668  -9.157
    6    HG3  GLU 343           HG3      GLU 343   5.343   2.108 -10.029

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 344           H        LEU 344   5.616   1.699  -5.372
    2    HA   LEU 344           HA       LEU 344   3.630   3.730  -5.644
    3    HG   LEU 344           HG       LEU 344   1.883   2.922  -4.290
    4   HD11  LEU 344          1HD1      LEU 344   3.183   1.168  -5.651
    5   HD12  LEU 344          2HD1      LEU 344   2.887   0.102  -4.277
    6   HD13  LEU 344          3HD1      LEU 344   1.529   0.797  -5.162
    7   HD21  LEU 344          1HD2      LEU 344   2.671   1.056  -2.056
    8   HD22  LEU 344          2HD2      LEU 344   1.971   2.664  -1.873
    9   HD23  LEU 344          3HD2      LEU 344   1.023   1.367  -2.602
   10    HB2  LEU 344           HB2      LEU 344   4.630   1.958  -3.506
   11    HB3  LEU 344           HB3      LEU 344   3.951   3.480  -2.960

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ASN 345           H        ASN 345   6.853   3.567  -4.197
    2    HA   ASN 345           HA       ASN 345   6.882   6.151  -3.090
    3   HD21  ASN 345          1HD2      ASN 345  10.105   6.570  -4.781
    4   HD22  ASN 345          2HD2      ASN 345  10.883   7.556  -3.595
    5    HB2  ASN 345           HB2      ASN 345   8.518   4.420  -2.482
    6    HB3  ASN 345           HB3      ASN 345   9.201   4.488  -4.104

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    GLU 346           H        GLU 346   7.649   4.953  -6.307
    2    HA   GLU 346           HA       GLU 346   8.751   7.414  -7.249
    3    HB2  GLU 346           HB2      GLU 346   7.805   4.893  -8.587
    4    HB3  GLU 346           HB3      GLU 346   8.273   6.298  -9.535
    5    HG2  GLU 346           HG2      GLU 346  10.434   6.158  -8.030
    6    HG3  GLU 346           HG3      GLU 346   9.938   4.472  -7.893

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ALA 347           H        ALA 347   5.575   5.871  -7.444
    2    HA   ALA 347           HA       ALA 347   4.428   7.946  -9.050
    3    HB1  ALA 347           HB1      ALA 347   3.490   5.746  -9.198
    4    HB2  ALA 347           HB2      ALA 347   2.273   6.816  -8.502
    5    HB3  ALA 347           HB3      ALA 347   3.173   5.711  -7.463

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    LEU 348           H        LEU 348   4.747   7.308  -5.630
    2    HA   LEU 348           HA       LEU 348   2.844   9.317  -4.842
    3    HG   LEU 348           HG       LEU 348   3.622   9.762  -1.926
    4   HD11  LEU 348          1HD1      LEU 348   1.291   8.257  -3.089
    5   HD12  LEU 348          2HD1      LEU 348   1.141   9.396  -1.750
    6   HD13  LEU 348          3HD1      LEU 348   1.715   9.953  -3.322
    7   HD21  LEU 348          1HD2      LEU 348   3.664   6.979  -1.257
    8   HD22  LEU 348          2HD2      LEU 348   3.721   8.382  -0.191
    9   HD23  LEU 348          3HD2      LEU 348   2.166   7.704  -0.674
   10    HB2  LEU 348           HB2      LEU 348   3.550   7.213  -3.537
   11    HB3  LEU 348           HB3      LEU 348   4.969   8.133  -3.076

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLU 349           H        GLU 349   6.227   9.192  -5.576
    2    HA   GLU 349           HA       GLU 349   6.925  11.622  -4.225
    3    HB2  GLU 349           HB2      GLU 349   8.281   9.713  -6.057
    4    HB3  GLU 349           HB3      GLU 349   8.921  11.350  -5.991
    5    HG2  GLU 349           HG2      GLU 349   9.074  11.100  -3.510
    6    HG3  GLU 349           HG3      GLU 349   8.642   9.403  -3.717

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 350           H        LEU 350   5.713  10.752  -7.374
    2    HA   LEU 350           HA       LEU 350   6.348  13.231  -8.647
    3    HG   LEU 350           HG       LEU 350   7.229  11.577 -10.123
    4   HD11  LEU 350          1HD1      LEU 350   6.098   9.437 -10.608
    5   HD12  LEU 350          2HD1      LEU 350   5.254  10.215 -11.947
    6   HD13  LEU 350          3HD1      LEU 350   7.011  10.059 -11.982
    7   HD21  LEU 350          1HD2      LEU 350   5.296  13.061 -11.817
    8   HD22  LEU 350          2HD2      LEU 350   6.925  13.501 -11.303
    9   HD23  LEU 350          3HD2      LEU 350   6.695  12.333 -12.605
   10    HB2  LEU 350           HB2      LEU 350   4.810  10.794  -9.320
   11    HB3  LEU 350           HB3      LEU 350   4.335  12.261 -10.155

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    LYS 351           H        LYS 351   3.419  11.868  -7.177
    2    HA   LYS 351           HA       LYS 351   1.797  14.143  -7.716
    3    HB2  LYS 351           HB2      LYS 351   0.189  13.114  -6.187
    4    HB3  LYS 351           HB3      LYS 351   0.828  11.929  -7.317
    5    HG2  LYS 351           HG2      LYS 351   0.977  10.712  -5.416
    6    HG3  LYS 351           HG3      LYS 351   2.541  11.523  -5.333
    7    HD2  LYS 351           HD2      LYS 351   1.854  12.069  -3.254
    8    HD3  LYS 351           HD3      LYS 351   0.978  13.348  -4.099
    9    HE2  LYS 351           HE2      LYS 351  -0.792  11.319  -4.306
   10    HE3  LYS 351           HE3      LYS 351  -0.024  10.915  -2.771
   11    HZ1  LYS 351           HZ1      LYS 351  -0.895  13.679  -3.218
   12    HZ2  LYS 351           HZ2      LYS 351  -2.069  12.513  -2.867
   13    HZ3  LYS 351           HZ3      LYS 351  -0.807  12.797  -1.777

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    ASP 352           H        ASP 352   3.947  13.230  -5.125
    2    HA   ASP 352           HA       ASP 352   3.028  15.209  -3.273
    3    HB2  ASP 352           HB2      ASP 352   4.220  13.104  -2.616
    4    HB3  ASP 352           HB3      ASP 352   5.693  13.780  -3.303

  No H/Q in entry =           4
  Start of MODEL   14
    1    H    ALA 353           H        ALA 353   5.394  15.090  -5.834
    2    HA   ALA 353           HA       ALA 353   6.820  17.439  -5.087
    3    HB1  ALA 353           HB1      ALA 353   6.630  15.881  -7.650
    4    HB2  ALA 353           HB2      ALA 353   7.607  17.341  -7.500
    5    HB3  ALA 353           HB3      ALA 353   7.961  15.936  -6.495

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLN 354           H        GLN 354   3.949  16.808  -6.979
    2    HA   GLN 354           HA       GLN 354   3.830  19.505  -8.025
    3   HE21  GLN 354          1HE2      GLN 354   1.989  15.719 -10.404
    4   HE22  GLN 354          2HE2      GLN 354   0.344  15.450 -10.859
    5    HB2  GLN 354           HB2      GLN 354   1.614  18.738  -8.933
    6    HB3  GLN 354           HB3      GLN 354   3.000  17.801  -9.473
    7    HG2  GLN 354           HG2      GLN 354   2.455  15.997  -8.050
    8    HG3  GLN 354           HG3      GLN 354   1.270  16.959  -7.169

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    ALA 355           H        ALA 355   2.431  17.642  -5.420
    2    HA   ALA 355           HA       ALA 355   0.466  19.651  -4.759
    3    HB1  ALA 355           HB1      ALA 355   1.198  16.968  -3.755
    4    HB2  ALA 355           HB2      ALA 355   0.451  18.073  -2.600
    5    HB3  ALA 355           HB3      ALA 355  -0.388  17.661  -4.095

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLY 356           H        GLY 356   0.394  20.344  -2.352
    2    HA2  GLY 356           HA2      GLY 356   2.543  22.070  -1.871
    3    HA3  GLY 356           HA3      GLY 356   2.784  20.635  -0.885

  No H/Q in entry =           3
  Start of MODEL   14
    1    H1   GLU 326           H1       GLU 326  19.625 -11.354  -3.865
    2    H2   GLU 326           H2       GLU 326  18.725 -12.642  -4.550
    3    H3   GLU 326           H3       GLU 326  18.243 -11.018  -4.826
    4    HA   GLU 326           HA       GLU 326  16.794 -11.805  -3.250
    5    HB2  GLU 326           HB2      GLU 326  17.732 -12.905  -1.158
    6    HB3  GLU 326           HB3      GLU 326  17.832 -13.846  -2.640
    7    HG2  GLU 326           HG2      GLU 326  20.196 -12.992  -2.871
    8    HG3  GLU 326           HG3      GLU 326  20.037 -12.381  -1.225

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    SER 327           H        SER 327  16.122 -10.626  -1.426
    2    HA   SER 327           HA       SER 327  16.023  -8.832  -0.033
    3    HG   SER 327           HG       SER 327  18.321  -7.325   1.429
    4    HB2  SER 327           HB2      SER 327  18.077 -10.058   0.916
    5    HB3  SER 327           HB3      SER 327  19.035  -8.835   0.082

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    PHE 328           H        PHE 328  16.100  -6.577  -0.087
    2    HA   PHE 328           HA       PHE 328  17.729  -5.278  -2.118
    3    HD1  PHE 328           HD1      PHE 328  14.384  -7.438  -2.158
    4    HD2  PHE 328           HD2      PHE 328  16.603  -5.392  -5.158
    5    HE1  PHE 328           HE1      PHE 328  14.137  -9.374  -3.656
    6    HE2  PHE 328           HE2      PHE 328  16.359  -7.324  -6.662
    7    HZ   PHE 328           HZ       PHE 328  15.124  -9.318  -5.911
    8    HB2  PHE 328           HB2      PHE 328  14.723  -4.962  -2.125
    9    HB3  PHE 328           HB3      PHE 328  15.868  -4.235  -3.247

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLY 329           H        GLY 329  18.145  -3.136  -1.695
    2    HA2  GLY 329           HA2      GLY 329  18.671  -1.693   0.163
    3    HA3  GLY 329           HA3      GLY 329  17.152  -2.170   0.905

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    LEU 330           H        LEU 330  15.601  -0.699   0.831
    2    HA   LEU 330           HA       LEU 330  15.517   1.145  -1.462
    3    HG   LEU 330           HG       LEU 330  12.863   2.558  -0.844
    4   HD11  LEU 330          1HD1      LEU 330  13.917   0.881  -3.035
    5   HD12  LEU 330          2HD1      LEU 330  12.584   1.964  -3.435
    6   HD13  LEU 330          3HD1      LEU 330  14.074   2.614  -2.752
    7   HD21  LEU 330          1HD2      LEU 330  11.109   0.659  -0.481
    8   HD22  LEU 330          2HD2      LEU 330  10.738   2.017  -1.544
    9   HD23  LEU 330          3HD2      LEU 330  11.241   0.471  -2.229
   10    HB2  LEU 330           HB2      LEU 330  13.545  -0.379  -1.007
   11    HB3  LEU 330           HB3      LEU 330  13.271   0.548   0.456

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLY 331           H        GLY 331  15.821   3.262  -1.146
    2    HA2  GLY 331           HA2      GLY 331  16.849   4.947   0.205
    3    HA3  GLY 331           HA3      GLY 331  16.154   4.182   1.627

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ILE 332           H        ILE 332  13.862   4.411   1.993
    2    HA   ILE 332           HA       ILE 332  12.407   6.358   0.427
    3    HB   ILE 332           HB       ILE 332  11.550   5.090   3.026
    4   HG12  ILE 332          2HG1      ILE 332  10.196   3.701   1.153
    5   HG21  ILE 332          1HG2      ILE 332  10.278   6.818   1.009
    6   HG22  ILE 332          2HG2      ILE 332   9.303   5.468   1.590
    7   HG23  ILE 332          3HG2      ILE 332   9.947   6.647   2.733
    8   HD11  ILE 332          1HD1      ILE 332  12.511   3.159   2.782
    9   HD12  ILE 332          2HD1      ILE 332  11.154   2.115   2.361
   10   HD13  ILE 332          3HD1      ILE 332  12.541   2.238   1.278
   11   HG13  ILE 332          3HG1      ILE 332  11.686   4.009   0.267

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ARG 333           H        ARG 333  12.406   8.473   0.785
    2    HA   ARG 333           HA       ARG 333  13.507   9.481   3.305
    3    HE   ARG 333           HE       ARG 333  16.291  14.021   1.577
    4   HH11  ARG 333          1HH1      ARG 333  14.284  12.016  -0.456
    5   HH12  ARG 333          2HH1      ARG 333  13.815  13.321  -1.493
    6   HH21  ARG 333          1HH2      ARG 333  15.675  15.738   0.214
    7   HH22  ARG 333          2HH2      ARG 333  14.605  15.434  -1.113
    8    HB2  ARG 333           HB2      ARG 333  14.174  10.187   0.819
    9    HB3  ARG 333           HB3      ARG 333  12.844  11.313   1.056
   10    HG2  ARG 333           HG2      ARG 333  13.984  12.560   2.548
   11    HG3  ARG 333           HG3      ARG 333  14.817  11.167   3.241
   12    HD2  ARG 333           HD2      ARG 333  16.629  11.822   2.126
   13    HD3  ARG 333           HD3      ARG 333  15.798  11.344   0.647

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLY 334           H        GLY 334  10.803   8.410   3.132
    2    HA2  GLY 334           HA2      GLY 334   8.588   9.661   2.915
    3    HA3  GLY 334           HA3      GLY 334   9.357  10.843   3.962

  No H/Q in entry =           3
  Start of MODEL   14
    1    H    ARG 335           H        ARG 335   8.457  10.713   5.907
    2    HA   ARG 335           HA       ARG 335   8.729   8.394   7.509
    3    HE   ARG 335           HE       ARG 335   7.907  12.270  10.636
    4   HH11  ARG 335          1HH1      ARG 335   4.666  12.084   9.355
    5   HH12  ARG 335          2HH1      ARG 335   3.948  11.715  10.887
    6   HH21  ARG 335          1HH2      ARG 335   6.964  11.784  12.652
    7   HH22  ARG 335          2HH2      ARG 335   5.252  11.545  12.759
    8    HB2  ARG 335           HB2      ARG 335   7.470   9.656   9.198
    9    HB3  ARG 335           HB3      ARG 335   8.744  10.632   8.479
   10    HG2  ARG 335           HG2      ARG 335   6.854  11.456   6.895
   11    HG3  ARG 335           HG3      ARG 335   5.786  10.851   8.163
   12    HD2  ARG 335           HD2      ARG 335   7.957  12.923   8.452
   13    HD3  ARG 335           HD3      ARG 335   6.216  13.195   8.531

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 336           H        GLU 336   5.909   9.933   5.991
    2    HA   GLU 336           HA       GLU 336   4.056   7.983   6.924
    3    HB2  GLU 336           HB2      GLU 336   3.538  10.358   6.162
    4    HB3  GLU 336           HB3      GLU 336   3.692   9.761   4.516
    5    HG2  GLU 336           HG2      GLU 336   1.967   7.954   5.571
    6    HG3  GLU 336           HG3      GLU 336   1.528   9.414   6.458

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ARG 337           H        ARG 337   5.857   8.429   3.917
    2    HA   ARG 337           HA       ARG 337   4.635   6.375   2.441
    3    HE   ARG 337           HE       ARG 337   6.793   7.972  -2.282
    4   HH11  ARG 337          1HH1      ARG 337   8.110   8.829   0.838
    5   HH12  ARG 337          2HH1      ARG 337   8.155  10.524   0.490
    6   HH21  ARG 337          1HH2      ARG 337   6.853  10.201  -2.737
    7   HH22  ARG 337          2HH2      ARG 337   7.441  11.303  -1.537
    8    HB2  ARG 337           HB2      ARG 337   6.410   8.268   1.811
    9    HB3  ARG 337           HB3      ARG 337   7.531   6.932   2.033
   10    HG2  ARG 337           HG2      ARG 337   5.987   5.639   0.441
   11    HG3  ARG 337           HG3      ARG 337   5.331   7.223   0.028
   12    HD2  ARG 337           HD2      ARG 337   8.263   7.063   0.034
   13    HD3  ARG 337           HD3      ARG 337   7.471   6.065  -1.183

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    PHE 338           H        PHE 338   7.710   6.349   4.243
    2    HA   PHE 338           HA       PHE 338   8.238   3.617   3.909
    3    HD1  PHE 338           HD1      PHE 338   8.713   3.379   7.660
    4    HD2  PHE 338           HD2      PHE 338  11.571   3.577   4.514
    5    HE1  PHE 338           HE1      PHE 338   9.959   1.520   8.681
    6    HE2  PHE 338           HE2      PHE 338  12.822   1.717   5.528
    7    HZ   PHE 338           HZ       PHE 338  12.017   0.686   7.615
    8    HB2  PHE 338           HB2      PHE 338   9.940   5.213   4.672
    9    HB3  PHE 338           HB3      PHE 338   9.058   5.448   6.178

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    GLU 339           H        GLU 339   6.266   5.352   6.225
    2    HA   GLU 339           HA       GLU 339   5.896   3.286   8.094
    3    HB2  GLU 339           HB2      GLU 339   4.457   5.791   7.381
    4    HB3  GLU 339           HB3      GLU 339   3.581   4.602   8.336
    5    HG2  GLU 339           HG2      GLU 339   6.274   5.129   9.319
    6    HG3  GLU 339           HG3      GLU 339   5.227   6.548   9.320

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    MET 340           H        MET 340   4.272   4.063   5.068
    2    HA   MET 340           HA       MET 340   2.141   2.225   5.333
    3    HB2  MET 340           HB2      MET 340   2.626   4.179   3.590
    4    HB3  MET 340           HB3      MET 340   3.259   2.843   2.638
    5    HG2  MET 340           HG2      MET 340   0.923   1.775   3.355
    6    HG3  MET 340           HG3      MET 340   0.481   3.481   3.408
    7    HE1  MET 340           HE1      MET 340   1.111   5.128   1.466
    8    HE2  MET 340           HE2      MET 340   2.642   4.450   0.913
    9    HE3  MET 340           HE3      MET 340   1.307   4.653  -0.221

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    PHE 341           H        PHE 341   5.153   1.991   3.428
    2    HA   PHE 341           HA       PHE 341   4.856  -0.685   2.684
    3    HD1  PHE 341           HD1      PHE 341   8.189   2.517   2.038
    4    HD2  PHE 341           HD2      PHE 341   4.774   0.358   0.706
    5    HE1  PHE 341           HE1      PHE 341   7.748   4.258   0.357
    6    HE2  PHE 341           HE2      PHE 341   4.329   2.089  -0.979
    7    HZ   PHE 341           HZ       PHE 341   5.814   4.043  -1.149
    8    HB2  PHE 341           HB2      PHE 341   7.519   0.634   3.195
    9    HB3  PHE 341           HB3      PHE 341   7.133  -0.616   2.014

  No H/Q in entry =           9
  Start of MODEL   14
    1    H    ARG 342           H        ARG 342   5.796   0.705   5.710
    2    HA   ARG 342           HA       ARG 342   7.166  -1.568   6.746
    3    HE   ARG 342           HE       ARG 342   7.721  -1.359  11.779
    4   HH11  ARG 342          1HH1      ARG 342  10.070  -1.531   9.204
    5   HH12  ARG 342          2HH1      ARG 342  11.430  -1.425  10.269
    6   HH21  ARG 342          1HH2      ARG 342   9.509  -1.218  13.182
    7   HH22  ARG 342          2HH2      ARG 342  11.113  -1.247  12.527
    8    HB2  ARG 342           HB2      ARG 342   6.813   1.033   7.572
    9    HB3  ARG 342           HB3      ARG 342   5.817   0.142   8.714
   10    HG2  ARG 342           HG2      ARG 342   8.702  -0.493   8.141
   11    HG3  ARG 342           HG3      ARG 342   8.153   0.535   9.466
   12    HD2  ARG 342           HD2      ARG 342   6.598  -1.659   9.827
   13    HD3  ARG 342           HD3      ARG 342   8.063  -2.389   9.171

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    GLU 343           H        GLU 343   3.834  -0.383   6.965
    2    HA   GLU 343           HA       GLU 343   2.924  -2.458   8.679
    3    HB2  GLU 343           HB2      GLU 343   1.397  -0.659   6.787
    4    HB3  GLU 343           HB3      GLU 343   0.655  -1.712   7.984
    5    HG2  GLU 343           HG2      GLU 343   2.295  -0.363   9.590
    6    HG3  GLU 343           HG3      GLU 343   2.083   0.852   8.331

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 344           H        LEU 344   3.271  -2.114   5.225
    2    HA   LEU 344           HA       LEU 344   1.675  -4.364   4.506
    3    HG   LEU 344           HG       LEU 344   1.896  -2.231   1.517
    4   HD11  LEU 344          1HD1      LEU 344   1.159  -4.783   1.912
    5   HD12  LEU 344          2HD1      LEU 344  -0.101  -3.957   2.828
    6   HD13  LEU 344          3HD1      LEU 344   0.137  -3.584   1.120
    7   HD21  LEU 344          1HD2      LEU 344   0.942  -2.183   4.364
    8   HD22  LEU 344          2HD2      LEU 344   1.567  -0.853   3.390
    9   HD23  LEU 344          3HD2      LEU 344  -0.020  -1.534   3.037
   10    HB2  LEU 344           HB2      LEU 344   3.627  -2.589   3.122
   11    HB3  LEU 344           HB3      LEU 344   3.248  -4.132   2.379

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    ASN 345           H        ASN 345   5.148  -3.838   4.974
    2    HA   ASN 345           HA       ASN 345   5.950  -6.456   4.272
    3   HD21  ASN 345          1HD2      ASN 345   8.595  -5.349   3.072
    4   HD22  ASN 345          2HD2      ASN 345   9.706  -6.613   3.464
    5    HB2  ASN 345           HB2      ASN 345   7.371  -4.298   4.535
    6    HB3  ASN 345           HB3      ASN 345   7.458  -4.751   6.235

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    GLU 346           H        GLU 346   4.924  -4.983   7.293
    2    HA   GLU 346           HA       GLU 346   5.627  -7.232   8.920
    3    HB2  GLU 346           HB2      GLU 346   5.259  -4.737   9.596
    4    HB3  GLU 346           HB3      GLU 346   3.566  -5.200   9.706
    5    HG2  GLU 346           HG2      GLU 346   4.346  -7.074  11.240
    6    HG3  GLU 346           HG3      GLU 346   5.885  -6.216  11.310

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    ALA 347           H        ALA 347   2.731  -6.127   7.264
    2    HA   ALA 347           HA       ALA 347   1.007  -8.092   8.434
    3    HB1  ALA 347           HB1      ALA 347   0.766  -5.986   6.377
    4    HB2  ALA 347           HB2      ALA 347  -0.351  -7.345   6.246
    5    HB3  ALA 347           HB3      ALA 347  -0.299  -6.386   7.725

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    LEU 348           H        LEU 348   3.061  -7.924   5.617
    2    HA   LEU 348           HA       LEU 348   1.934 -10.227   4.328
    3    HG   LEU 348           HG       LEU 348   3.447  -8.457   1.525
    4   HD11  LEU 348          1HD1      LEU 348   2.672 -10.908   1.799
    5   HD12  LEU 348          2HD1      LEU 348   1.149 -10.193   2.328
    6   HD13  LEU 348          3HD1      LEU 348   1.777  -9.841   0.718
    7   HD21  LEU 348          1HD2      LEU 348   1.544  -7.846   3.725
    8   HD22  LEU 348          2HD2      LEU 348   2.314  -6.767   2.562
    9   HD23  LEU 348          3HD2      LEU 348   0.956  -7.775   2.063
   10    HB2  LEU 348           HB2      LEU 348   4.199  -8.382   3.847
   11    HB3  LEU 348           HB3      LEU 348   4.358  -9.994   3.176

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    GLU 349           H        GLU 349   4.520  -9.609   6.596
    2    HA   GLU 349           HA       GLU 349   5.744 -12.182   6.346
    3    HB2  GLU 349           HB2      GLU 349   6.826 -10.043   7.225
    4    HB3  GLU 349           HB3      GLU 349   5.956 -10.340   8.723
    5    HG2  GLU 349           HG2      GLU 349   7.078 -12.683   8.591
    6    HG3  GLU 349           HG3      GLU 349   8.203 -11.871   7.504

  No H/Q in entry =           6
  Start of MODEL   14
    1    H    LEU 350           H        LEU 350   3.190 -10.813   8.297
    2    HA   LEU 350           HA       LEU 350   3.075 -12.912  10.216
    3    HG   LEU 350           HG       LEU 350   3.170 -10.749  11.358
    4   HD11  LEU 350          1HD1      LEU 350   1.827  -8.795  10.694
    5   HD12  LEU 350          2HD1      LEU 350   0.505  -9.383  11.702
    6   HD13  LEU 350          3HD1      LEU 350   2.035  -8.912  12.441
    7   HD21  LEU 350          1HD2      LEU 350   0.712 -12.004  12.512
    8   HD22  LEU 350          2HD2      LEU 350   2.403 -12.460  12.718
    9   HD23  LEU 350          3HD2      LEU 350   1.774 -11.022  13.521
   10    HB2  LEU 350           HB2      LEU 350   1.327 -10.631   9.435
   11    HB3  LEU 350           HB3      LEU 350   0.617 -11.924  10.382

  No H/Q in entry =          11
  Start of MODEL   14
    1    H    LYS 351           H        LYS 351   1.584 -12.349   7.091
    2    HA   LYS 351           HA       LYS 351  -0.367 -14.385   7.234
    3    HB2  LYS 351           HB2      LYS 351   0.662 -12.553   5.241
    4    HB3  LYS 351           HB3      LYS 351   0.363 -14.138   4.541
    5    HG2  LYS 351           HG2      LYS 351  -1.730 -13.415   4.286
    6    HG3  LYS 351           HG3      LYS 351  -1.899 -13.745   6.011
    7    HD2  LYS 351           HD2      LYS 351  -1.956 -11.557   6.552
    8    HD3  LYS 351           HD3      LYS 351  -0.737 -11.125   5.351
    9    HE2  LYS 351           HE2      LYS 351  -2.459 -10.163   4.278
   10    HE3  LYS 351           HE3      LYS 351  -2.823 -11.808   3.757
   11    HZ1  LYS 351           HZ1      LYS 351  -3.914 -10.997   6.329
   12    HZ2  LYS 351           HZ2      LYS 351  -4.586 -10.250   4.968
   13    HZ3  LYS 351           HZ3      LYS 351  -4.608 -11.937   5.106

  No H/Q in entry =          13
  Start of MODEL   14
    1    H    ASP 352           H        ASP 352   3.030 -14.392   6.421
    2    HA   ASP 352           HA       ASP 352   3.131 -16.921   5.166
    3    HB2  ASP 352           HB2      ASP 352   4.914 -14.961   5.395
    4    HB3  ASP 352           HB3      ASP 352   5.464 -15.947   6.747

  No H/Q in entry =           4
  Start of MODEL   14
    1    H    ALA 353           H        ALA 353   3.275 -15.903   8.521
    2    HA   ALA 353           HA       ALA 353   4.094 -18.425   9.566
    3    HB1  ALA 353           HB1      ALA 353   4.557 -16.826  11.106
    4    HB2  ALA 353           HB2      ALA 353   2.959 -17.284  11.697
    5    HB3  ALA 353           HB3      ALA 353   3.148 -15.853  10.683

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLN 354           H        GLN 354   0.965 -16.837   9.115
    2    HA   GLN 354           HA       GLN 354  -0.504 -18.990  10.330
    3   HE21  GLN 354          1HE2      GLN 354  -2.238 -15.328  12.885
    4   HE22  GLN 354          2HE2      GLN 354  -0.685 -14.580  13.001
    5    HB2  GLN 354           HB2      GLN 354  -1.171 -16.408   9.014
    6    HB3  GLN 354           HB3      GLN 354  -2.420 -17.645   9.038
    7    HG2  GLN 354           HG2      GLN 354  -2.856 -16.426  10.947
    8    HG3  GLN 354           HG3      GLN 354  -1.923 -17.792  11.558

  No H/Q in entry =           8
  Start of MODEL   14
    1    H    ALA 355           H        ALA 355   0.450 -18.060   7.098
    2    HA   ALA 355           HA       ALA 355  -0.731 -20.562   6.093
    3    HB1  ALA 355           HB1      ALA 355  -1.756 -19.570   4.333
    4    HB2  ALA 355           HB2      ALA 355  -1.794 -18.197   5.439
    5    HB3  ALA 355           HB3      ALA 355  -0.542 -18.298   4.201

  No H/Q in entry =           5
  Start of MODEL   14
    1    H    GLY 356           H        GLY 356   1.195 -21.687   6.119
    2    HA2  GLY 356           HA2      GLY 356   3.726 -20.932   5.512
    3    HA3  GLY 356           HA3      GLY 356   2.989 -21.122   3.929

  No H/Q in entry =           3
  Start of MODEL   15
    1    H1   GLU 326           H1       GLU 326 -17.013   4.704  10.021
    2    H2   GLU 326           H2       GLU 326 -18.142   5.458  11.072
    3    H3   GLU 326           H3       GLU 326 -18.130   3.750  10.904
    4    HB2  GLU 326           HB2      GLU 326 -18.893   6.859   9.729
    5    HB3  GLU 326           HB3      GLU 326 -18.221   6.419   8.164
    6    HG2  GLU 326           HG2      GLU 326 -20.239   6.437   7.131
    7    HG3  GLU 326           HG3      GLU 326 -21.111   5.941   8.581
    8    HA   GLU 326           HA       GLU 326 -19.912   4.447   9.666

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    SER 327           H        SER 327 -20.435   3.733   7.541
    2    HA   SER 327           HA       SER 327 -18.383   2.012   6.406
    3    HG   SER 327           HG       SER 327 -20.504   1.468   3.988
    4    HB2  SER 327           HB2      SER 327 -20.549   1.000   6.765
    5    HB3  SER 327           HB3      SER 327 -21.345   2.273   5.839

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    PHE 328           H        PHE 328 -17.179   2.600   4.737
    2    HA   PHE 328           HA       PHE 328 -18.130   4.790   3.016
    3    HD1  PHE 328           HD1      PHE 328 -15.353   3.479   5.710
    4    HD2  PHE 328           HD2      PHE 328 -16.275   7.238   3.940
    5    HE1  PHE 328           HE1      PHE 328 -15.045   4.577   7.890
    6    HE2  PHE 328           HE2      PHE 328 -15.968   8.343   6.117
    7    HZ   PHE 328           HZ       PHE 328 -15.351   7.012   8.096
    8    HB2  PHE 328           HB2      PHE 328 -15.279   3.835   3.262
    9    HB3  PHE 328           HB3      PHE 328 -15.858   5.349   2.576

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLY 329           H        GLY 329 -17.832   4.650   0.749
    2    HA2  GLY 329           HA2      GLY 329 -18.592   3.176  -1.009
    3    HA3  GLY 329           HA3      GLY 329 -17.732   1.866  -0.215

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    LEU 330           H        LEU 330 -16.745   1.431  -2.272
    2    HA   LEU 330           HA       LEU 330 -14.811   3.421  -3.201
    3    HG   LEU 330           HG       LEU 330 -13.534   3.230  -1.174
    4   HD11  LEU 330          1HD1      LEU 330 -13.960   0.408  -0.253
    5   HD12  LEU 330          2HD1      LEU 330 -13.342   1.656   0.828
    6   HD13  LEU 330          3HD1      LEU 330 -14.931   1.841   0.084
    7   HD21  LEU 330          1HD2      LEU 330 -11.482   1.116  -1.669
    8   HD22  LEU 330          2HD2      LEU 330 -11.322   2.872  -1.721
    9   HD23  LEU 330          3HD2      LEU 330 -11.445   2.044  -0.169
   10    HB2  LEU 330           HB2      LEU 330 -14.116   0.594  -2.405
   11    HB3  LEU 330           HB3      LEU 330 -13.047   1.660  -3.296

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLY 331           H        GLY 331 -14.067   3.091  -5.346
    2    HA2  GLY 331           HA2      GLY 331 -15.566   2.701  -7.392
    3    HA3  GLY 331           HA3      GLY 331 -15.513   1.024  -6.870

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ILE 332           H        ILE 332 -13.450  -0.069  -6.881
    2    HA   ILE 332           HA       ILE 332 -11.214   1.173  -8.208
    3    HB   ILE 332           HB       ILE 332 -11.529  -1.762  -7.599
    4   HG12  ILE 332          2HG1      ILE 332 -11.976  -0.436  -5.564
    5   HG21  ILE 332          1HG2      ILE 332  -9.595  -0.490  -9.002
    6   HG22  ILE 332          2HG2      ILE 332  -8.923  -0.424  -7.373
    7   HG23  ILE 332          3HG2      ILE 332  -9.347  -1.979  -8.090
    8   HD11  ILE 332          1HD1      ILE 332  -9.236   0.717  -6.012
    9   HD12  ILE 332          2HD1      ILE 332 -10.763   1.599  -6.043
   10   HD13  ILE 332          3HD1      ILE 332 -10.191   0.878  -4.538
   11   HG13  ILE 332          3HG1      ILE 332 -10.466  -1.333  -5.441

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ARG 333           H        ARG 333 -10.469   0.805 -10.260
    2    HA   ARG 333           HA       ARG 333 -12.270  -0.701 -12.041
    3    HE   ARG 333           HE       ARG 333 -14.681   2.250 -14.703
    4   HH11  ARG 333          1HH1      ARG 333 -13.703   0.960 -11.605
    5   HH12  ARG 333          2HH1      ARG 333 -14.488   2.210 -10.702
    6   HH21  ARG 333          1HH2      ARG 333 -15.707   3.891 -13.510
    7   HH22  ARG 333          2HH2      ARG 333 -15.623   3.872 -11.780
    8    HB2  ARG 333           HB2      ARG 333 -12.041   1.864 -12.289
    9    HB3  ARG 333           HB3      ARG 333 -10.458   1.512 -12.965
   10    HG2  ARG 333           HG2      ARG 333 -11.950   1.751 -14.782
   11    HG3  ARG 333           HG3      ARG 333 -11.603   0.028 -14.630
   12    HD2  ARG 333           HD2      ARG 333 -13.903   0.077 -14.940
   13    HD3  ARG 333           HD3      ARG 333 -13.740  -0.050 -13.191

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLY 334           H        GLY 334  -9.989  -1.756 -10.551
    2    HA2  GLY 334           HA2      GLY 334  -7.608  -2.036 -11.801
    3    HA3  GLY 334           HA3      GLY 334  -8.665  -3.050 -12.771

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ARG 335           H        ARG 335  -7.763  -5.002 -12.249
    2    HA   ARG 335           HA       ARG 335  -8.571  -6.152  -9.757
    3    HE   ARG 335           HE       ARG 335  -6.033  -5.241 -13.668
    4   HH11  ARG 335          1HH1      ARG 335  -8.364  -6.684 -15.827
    5   HH12  ARG 335          2HH1      ARG 335  -8.315  -5.373 -16.957
    6   HH21  ARG 335          1HH2      ARG 335  -5.967  -3.516 -15.153
    7   HH22  ARG 335          2HH2      ARG 335  -6.954  -3.575 -16.575
    8    HB2  ARG 335           HB2      ARG 335  -7.489  -8.204 -10.624
    9    HB3  ARG 335           HB3      ARG 335  -8.626  -7.500 -11.765
   10    HG2  ARG 335           HG2      ARG 335  -5.858  -6.587 -12.080
   11    HG3  ARG 335           HG3      ARG 335  -6.111  -8.308 -12.376
   12    HD2  ARG 335           HD2      ARG 335  -6.848  -7.787 -14.406
   13    HD3  ARG 335           HD3      ARG 335  -8.234  -7.002 -13.651

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 336           H        GLU 336  -5.598  -4.876 -11.068
    2    HA   GLU 336           HA       GLU 336  -3.834  -6.017  -9.166
    3    HB2  GLU 336           HB2      GLU 336  -3.373  -4.802 -11.455
    4    HB3  GLU 336           HB3      GLU 336  -3.271  -3.369 -10.440
    5    HG2  GLU 336           HG2      GLU 336  -1.729  -5.583  -9.378
    6    HG3  GLU 336           HG3      GLU 336  -1.230  -5.131 -11.007

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ARG 337           H        ARG 337  -5.221  -2.738  -9.402
    2    HA   ARG 337           HA       ARG 337  -4.198  -1.767  -6.992
    3    HE   ARG 337           HE       ARG 337  -5.762   3.453  -7.955
    4   HH11  ARG 337          1HH1      ARG 337  -7.372   0.657  -9.291
    5   HH12  ARG 337          2HH1      ARG 337  -7.498   1.335 -10.879
    6   HH21  ARG 337          1HH2      ARG 337  -5.929   4.343 -10.044
    7   HH22  ARG 337          2HH2      ARG 337  -6.679   3.425 -11.307
    8    HB2  ARG 337           HB2      ARG 337  -5.641  -0.684  -9.008
    9    HB3  ARG 337           HB3      ARG 337  -6.889  -0.818  -7.777
   10    HG2  ARG 337           HG2      ARG 337  -4.990   0.296  -6.288
   11    HG3  ARG 337           HG3      ARG 337  -4.484   0.903  -7.866
   12    HD2  ARG 337           HD2      ARG 337  -7.360   1.119  -7.386
   13    HD3  ARG 337           HD3      ARG 337  -6.381   2.043  -6.248

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    PHE 338           H        PHE 338  -7.347  -3.270  -7.675
    2    HA   PHE 338           HA       PHE 338  -8.332  -3.141  -5.043
    3    HD1  PHE 338           HD1      PHE 338  -9.179  -6.889  -5.446
    4    HD2  PHE 338           HD2      PHE 338 -11.592  -3.384  -5.505
    5    HE1  PHE 338           HE1      PHE 338 -10.797  -7.983  -3.949
    6    HE2  PHE 338           HE2      PHE 338 -13.214  -4.471  -4.008
    7    HZ   PHE 338           HZ       PHE 338 -12.817  -6.773  -3.227
    8    HB2  PHE 338           HB2      PHE 338  -9.785  -3.569  -6.971
    9    HB3  PHE 338           HB3      PHE 338  -8.991  -5.117  -7.241

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLU 339           H        GLU 339  -6.226  -5.409  -6.669
    2    HA   GLU 339           HA       GLU 339  -6.386  -7.524  -4.818
    3    HB2  GLU 339           HB2      GLU 339  -4.478  -6.688  -6.939
    4    HB3  GLU 339           HB3      GLU 339  -3.882  -7.819  -5.732
    5    HG2  GLU 339           HG2      GLU 339  -6.497  -8.530  -6.815
    6    HG3  GLU 339           HG3      GLU 339  -5.212  -8.483  -8.021

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    MET 340           H        MET 340  -4.434  -4.597  -4.922
    2    HA   MET 340           HA       MET 340  -2.720  -5.265  -2.769
    3    HB2  MET 340           HB2      MET 340  -3.079  -3.074  -4.537
    4    HB3  MET 340           HB3      MET 340  -3.147  -2.431  -2.902
    5    HG2  MET 340           HG2      MET 340  -0.967  -2.769  -2.543
    6    HG3  MET 340           HG3      MET 340  -0.971  -4.333  -3.356
    7    HE1  MET 340           HE1      MET 340  -0.488  -0.682  -3.395
    8    HE2  MET 340           HE2      MET 340   0.147  -0.264  -4.986
    9    HE3  MET 340           HE3      MET 340  -1.591  -0.451  -4.751

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    PHE 341           H        PHE 341  -5.552  -3.095  -2.894
    2    HA   PHE 341           HA       PHE 341  -5.712  -2.661  -0.126
    3    HD1  PHE 341           HD1      PHE 341  -8.351  -1.234  -3.742
    4    HD2  PHE 341           HD2      PHE 341  -5.123  -0.668  -1.030
    5    HE1  PHE 341           HE1      PHE 341  -7.419   0.501  -5.217
    6    HE2  PHE 341           HE2      PHE 341  -4.188   1.069  -2.494
    7    HZ   PHE 341           HZ       PHE 341  -5.335   1.651  -4.592
    8    HB2  PHE 341           HB2      PHE 341  -8.114  -2.670  -1.943
    9    HB3  PHE 341           HB3      PHE 341  -7.806  -1.653  -0.537

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    ARG 342           H        ARG 342  -6.754  -5.317  -2.106
    2    HA   ARG 342           HA       ARG 342  -8.594  -6.421  -0.216
    3    HE   ARG 342           HE       ARG 342  -7.291 -10.434  -3.800
    4   HH11  ARG 342          1HH1      ARG 342  -9.488 -11.494  -1.304
    5   HH12  ARG 342          2HH1      ARG 342  -8.660 -12.992  -1.038
    6   HH21  ARG 342          1HH2      ARG 342  -6.202 -12.403  -3.452
    7   HH22  ARG 342          2HH2      ARG 342  -6.795 -13.508  -2.257
    8    HB2  ARG 342           HB2      ARG 342  -8.742  -6.944  -2.610
    9    HB3  ARG 342           HB3      ARG 342  -7.166  -7.721  -2.545
   10    HG2  ARG 342           HG2      ARG 342  -8.077  -9.382  -0.972
   11    HG3  ARG 342           HG3      ARG 342  -9.663  -8.623  -1.124
   12    HD2  ARG 342           HD2      ARG 342  -9.948 -10.177  -2.734
   13    HD3  ARG 342           HD3      ARG 342  -9.080  -9.003  -3.721

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 343           H        GLU 343  -5.216  -7.067  -1.083
    2    HA   GLU 343           HA       GLU 343  -4.895  -9.165   0.826
    3    HB2  GLU 343           HB2      GLU 343  -3.107  -7.623  -0.989
    4    HB3  GLU 343           HB3      GLU 343  -2.363  -8.444   0.377
    5    HG2  GLU 343           HG2      GLU 343  -3.124 -10.562  -0.371
    6    HG3  GLU 343           HG3      GLU 343  -4.165  -9.827  -1.589

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 344           H        LEU 344  -4.489  -5.699   0.845
    2    HA   LEU 344           HA       LEU 344  -3.027  -5.566   3.291
    3    HG   LEU 344           HG       LEU 344  -1.798  -3.791   3.215
    4   HD11  LEU 344          1HD1      LEU 344  -2.068  -4.284   0.587
    5   HD12  LEU 344          2HD1      LEU 344  -1.636  -2.575   0.536
    6   HD13  LEU 344          3HD1      LEU 344  -0.566  -3.731   1.328
    7   HD21  LEU 344          1HD2      LEU 344  -3.229  -1.540   3.355
    8   HD22  LEU 344          2HD2      LEU 344  -1.467  -1.559   3.427
    9   HD23  LEU 344          3HD2      LEU 344  -2.283  -1.181   1.910
   10    HB2  LEU 344           HB2      LEU 344  -4.084  -3.721   1.329
   11    HB3  LEU 344           HB3      LEU 344  -4.392  -3.143   2.955

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ASN 345           H        ASN 345  -6.414  -5.560   2.405
    2    HA   ASN 345           HA       ASN 345  -7.431  -4.733   4.920
    3   HD21  ASN 345          1HD2      ASN 345 -10.642  -3.928   3.055
    4   HD22  ASN 345          2HD2      ASN 345 -11.644  -4.266   4.421
    5    HB2  ASN 345           HB2      ASN 345  -8.683  -4.717   2.723
    6    HB3  ASN 345           HB3      ASN 345  -8.851  -6.462   2.888

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    GLU 346           H        GLU 346  -6.839  -7.909   3.464
    2    HA   GLU 346           HA       GLU 346  -7.854  -9.378   5.689
    3    HB2  GLU 346           HB2      GLU 346  -6.387 -10.021   3.182
    4    HB3  GLU 346           HB3      GLU 346  -6.306 -11.197   4.487
    5    HG2  GLU 346           HG2      GLU 346  -8.790 -11.204   4.551
    6    HG3  GLU 346           HG3      GLU 346  -8.782 -10.160   3.130

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ALA 347           H        ALA 347  -4.711  -8.151   4.746
    2    HA   ALA 347           HA       ALA 347  -3.258  -9.587   6.757
    3    HB1  ALA 347           HB1      ALA 347  -2.207  -7.095   5.495
    4    HB2  ALA 347           HB2      ALA 347  -2.424  -8.543   4.511
    5    HB3  ALA 347           HB3      ALA 347  -1.363  -8.584   5.919

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    LEU 348           H        LEU 348  -4.870  -6.498   6.538
    2    HA   LEU 348           HA       LEU 348  -3.682  -5.381   8.889
    3    HG   LEU 348           HG       LEU 348  -3.357  -3.784   7.085
    4   HD11  LEU 348          1HD1      LEU 348  -5.487  -3.143   5.664
    5   HD12  LEU 348          2HD1      LEU 348  -5.371  -1.654   6.603
    6   HD13  LEU 348          3HD1      LEU 348  -4.012  -2.177   5.607
    7   HD21  LEU 348          1HD2      LEU 348  -3.834  -2.930   9.475
    8   HD22  LEU 348          2HD2      LEU 348  -2.966  -1.880   8.354
    9   HD23  LEU 348          3HD2      LEU 348  -4.682  -1.613   8.664
   10    HB2  LEU 348           HB2      LEU 348  -5.878  -4.636   7.030
   11    HB3  LEU 348           HB3      LEU 348  -5.898  -3.916   8.629

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLU 349           H        GLU 349  -6.497  -7.329   8.190
    2    HA   GLU 349           HA       GLU 349  -7.808  -6.938  10.682
    3    HB2  GLU 349           HB2      GLU 349  -8.033  -9.032   8.530
    4    HB3  GLU 349           HB3      GLU 349  -8.977  -9.124  10.010
    5    HG2  GLU 349           HG2      GLU 349 -10.029  -7.010   9.518
    6    HG3  GLU 349           HG3      GLU 349  -9.017  -6.808   8.089

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 350           H        LEU 350  -5.368  -9.169   9.520
    2    HA   LEU 350           HA       LEU 350  -5.493 -10.991  11.687
    3    HG   LEU 350           HG       LEU 350  -5.508 -12.171   9.508
    4   HD11  LEU 350          1HD1      LEU 350  -3.859 -11.698   7.709
    5   HD12  LEU 350          2HD1      LEU 350  -2.767 -12.859   8.465
    6   HD13  LEU 350          3HD1      LEU 350  -4.321 -13.396   7.826
    7   HD21  LEU 350          1HD2      LEU 350  -4.683 -13.278  11.566
    8   HD22  LEU 350          2HD2      LEU 350  -4.793 -14.366  10.182
    9   HD23  LEU 350          3HD2      LEU 350  -3.224 -13.742  10.691
   10    HB2  LEU 350           HB2      LEU 350  -3.546 -10.393   9.514
   11    HB3  LEU 350           HB3      LEU 350  -2.991 -11.345  10.878

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    LYS 351           H        LYS 351  -3.805  -7.969  11.161
    2    HA   LYS 351           HA       LYS 351  -1.965  -8.153  13.284
    3    HB2  LYS 351           HB2      LYS 351  -3.217  -5.732  11.978
    4    HB3  LYS 351           HB3      LYS 351  -1.875  -5.661  13.112
    5    HG2  LYS 351           HG2      LYS 351  -0.415  -6.736  11.617
    6    HG3  LYS 351           HG3      LYS 351  -1.741  -7.260  10.577
    7    HD2  LYS 351           HD2      LYS 351  -0.675  -5.436   9.483
    8    HD3  LYS 351           HD3      LYS 351  -2.206  -4.832  10.121
    9    HE2  LYS 351           HE2      LYS 351  -0.734  -4.194  12.193
   10    HE3  LYS 351           HE3      LYS 351   0.584  -4.279  11.025
   11    HZ1  LYS 351           HZ1      LYS 351  -1.854  -2.661  10.563
   12    HZ2  LYS 351           HZ2      LYS 351  -0.481  -2.039  11.332
   13    HZ3  LYS 351           HZ3      LYS 351  -0.380  -2.584   9.734

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    ASP 352           H        ASP 352  -5.319  -7.133  13.136
    2    HA   ASP 352           HA       ASP 352  -5.512  -5.884  15.635
    3    HB2  ASP 352           HB2      ASP 352  -7.428  -7.134  13.735
    4    HB3  ASP 352           HB3      ASP 352  -7.989  -6.870  15.383

  No H/Q in entry =           4
  Start of MODEL   15
    1    H    ALA 353           H        ALA 353  -5.873  -9.277  14.701
    2    HA   ALA 353           HA       ALA 353  -6.659 -10.207  17.263
    3    HB1  ALA 353           HB1      ALA 353  -7.058 -11.444  15.159
    4    HB2  ALA 353           HB2      ALA 353  -5.327 -11.767  15.053
    5    HB3  ALA 353           HB3      ALA 353  -6.266 -12.422  16.394

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLN 354           H        GLN 354  -3.549  -9.749  15.694
    2    HA   GLN 354           HA       GLN 354  -2.061 -11.093  17.751
    3   HE21  GLN 354          1HE2      GLN 354   1.533 -11.066  14.861
    4   HE22  GLN 354          2HE2      GLN 354   2.321 -12.303  15.774
    5    HB2  GLN 354           HB2      GLN 354  -1.322  -9.427  15.363
    6    HB3  GLN 354           HB3      GLN 354  -0.108  -9.880  16.550
    7    HG2  GLN 354           HG2      GLN 354  -1.757 -12.104  15.607
    8    HG3  GLN 354           HG3      GLN 354  -0.778 -11.336  14.358

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    ALA 355           H        ALA 355  -2.861  -7.755  16.947
    2    HA   ALA 355           HA       ALA 355  -1.253  -6.689  19.100
    3    HB1  ALA 355           HB1      ALA 355  -1.608  -5.497  16.932
    4    HB2  ALA 355           HB2      ALA 355  -1.973  -4.534  18.364
    5    HB3  ALA 355           HB3      ALA 355  -3.284  -5.236  17.415

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLY 356           H        GLY 356  -2.218  -5.261  20.757
    2    HA2  GLY 356           HA2      GLY 356  -3.475  -5.733  22.766
    3    HA3  GLY 356           HA3      GLY 356  -4.722  -6.452  21.759

  No H/Q in entry =           3
  Start of MODEL   15
    1    H1   GLU 326           H1       GLU 326 -13.598  -3.485 -16.058
    2    H2   GLU 326           H2       GLU 326 -13.740  -5.086 -16.660
    3    H3   GLU 326           H3       GLU 326 -15.039  -4.375 -15.793
    4    HA   GLU 326           HA       GLU 326 -14.017  -5.824 -14.335
    5    HB2  GLU 326           HB2      GLU 326 -11.570  -4.724 -15.628
    6    HB3  GLU 326           HB3      GLU 326 -11.437  -5.240 -13.952
    7    HG2  GLU 326           HG2      GLU 326 -12.451  -6.965 -16.199
    8    HG3  GLU 326           HG3      GLU 326 -10.800  -6.981 -15.582

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    SER 327           H        SER 327 -15.262  -4.664 -12.887
    2    HA   SER 327           HA       SER 327 -13.859  -2.480 -11.502
    3    HG   SER 327           HG       SER 327 -16.455  -1.275 -10.245
    4    HB2  SER 327           HB2      SER 327 -15.745  -1.637 -12.939
    5    HB3  SER 327           HB3      SER 327 -16.851  -2.578 -11.939

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    PHE 328           H        PHE 328 -13.336  -3.206  -9.553
    2    HA   PHE 328           HA       PHE 328 -15.114  -5.110  -8.207
    3    HD1  PHE 328           HD1      PHE 328 -13.496  -7.731  -7.841
    4    HD2  PHE 328           HD2      PHE 328 -11.437  -4.559  -9.793
    5    HE1  PHE 328           HE1      PHE 328 -12.650  -9.319  -9.520
    6    HE2  PHE 328           HE2      PHE 328 -10.588  -6.141 -11.476
    7    HZ   PHE 328           HZ       PHE 328 -11.195  -8.524 -11.341
    8    HB2  PHE 328           HB2      PHE 328 -12.276  -4.328  -7.508
    9    HB3  PHE 328           HB3      PHE 328 -13.215  -5.617  -6.762

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLY 329           H        GLY 329 -16.478  -4.349  -6.740
    2    HA2  GLY 329           HA2      GLY 329 -17.489  -2.524  -5.584
    3    HA3  GLY 329           HA3      GLY 329 -15.915  -1.748  -5.497

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    LEU 330           H        LEU 330 -15.667  -1.460  -3.350
    2    HA   LEU 330           HA       LEU 330 -16.227  -3.663  -1.524
    3    HG   LEU 330           HG       LEU 330 -13.536  -1.163  -1.518
    4   HD11  LEU 330          1HD1      LEU 330 -11.714  -3.390  -0.794
    5   HD12  LEU 330          2HD1      LEU 330 -11.003  -1.929  -1.479
    6   HD13  LEU 330          3HD1      LEU 330 -11.971  -1.833  -0.008
    7   HD21  LEU 330          1HD2      LEU 330 -13.568  -2.493  -3.851
    8   HD22  LEU 330          2HD2      LEU 330 -12.612  -1.037  -3.574
    9   HD23  LEU 330          3HD2      LEU 330 -11.855  -2.626  -3.452
   10    HB2  LEU 330           HB2      LEU 330 -14.010  -3.557  -0.507
   11    HB3  LEU 330           HB3      LEU 330 -13.921  -4.046  -2.188

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLY 331           H        GLY 331 -16.473  -3.030   0.647
    2    HA2  GLY 331           HA2      GLY 331 -17.847  -1.084   1.543
    3    HA3  GLY 331           HA3      GLY 331 -16.442  -0.117   1.118

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ILE 332           H        ILE 332 -15.020   0.253   2.681
    2    HA   ILE 332           HA       ILE 332 -14.733  -1.714   4.841
    3    HB   ILE 332           HB       ILE 332 -12.928   0.634   4.270
    4   HG12  ILE 332          2HG1      ILE 332 -11.500  -1.547   3.500
    5   HG21  ILE 332          1HG2      ILE 332 -12.591  -1.854   5.936
    6   HG22  ILE 332          2HG2      ILE 332 -11.312  -0.686   5.603
    7   HG23  ILE 332          3HG2      ILE 332 -12.736  -0.196   6.520
    8   HD11  ILE 332          1HD1      ILE 332 -12.320   0.701   2.255
    9   HD12  ILE 332          2HD1      ILE 332 -11.428  -0.605   1.474
   10   HD13  ILE 332          3HD1      ILE 332 -13.184  -0.529   1.331
   11   HG13  ILE 332          3HG1      ILE 332 -13.118  -2.027   3.000

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ARG 333           H        ARG 333 -14.684  -1.037   7.033
    2    HA   ARG 333           HA       ARG 333 -16.239   1.413   7.513
    3    HE   ARG 333           HE       ARG 333 -17.713   0.505  12.086
    4   HH11  ARG 333          1HH1      ARG 333 -20.411   1.094   9.953
    5   HH12  ARG 333          2HH1      ARG 333 -21.583   0.452  11.054
    6   HH21  ARG 333          1HH2      ARG 333 -19.253  -0.340  13.536
    7   HH22  ARG 333          2HH2      ARG 333 -20.926  -0.362  13.089
    8    HB2  ARG 333           HB2      ARG 333 -16.614  -1.228   8.397
    9    HB3  ARG 333           HB3      ARG 333 -16.063  -0.334   9.807
   10    HG2  ARG 333           HG2      ARG 333 -18.239   0.802   8.117
   11    HG3  ARG 333           HG3      ARG 333 -18.602  -0.500   9.252
   12    HD2  ARG 333           HD2      ARG 333 -16.988   1.739  10.301
   13    HD3  ARG 333           HD3      ARG 333 -18.667   2.108   9.906

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLY 334           H        GLY 334 -13.449   1.577   7.092
    2    HA2  GLY 334           HA2      GLY 334 -11.519   1.567   8.783
    3    HA3  GLY 334           HA3      GLY 334 -12.621   2.533   9.753

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ARG 335           H        ARG 335 -11.444   4.400   9.807
    2    HA   ARG 335           HA       ARG 335 -11.560   6.048   7.452
    3    HE   ARG 335           HE       ARG 335 -10.939  10.855  10.510
    4   HH11  ARG 335          1HH1      ARG 335 -12.189  10.170   7.324
    5   HH12  ARG 335          2HH1      ARG 335 -11.756  11.720   6.685
    6   HH21  ARG 335          1HH2      ARG 335 -10.368  12.894   9.670
    7   HH22  ARG 335          2HH2      ARG 335 -10.722  13.266   8.016
    8    HB2  ARG 335           HB2      ARG 335 -11.912   6.754   9.918
    9    HB3  ARG 335           HB3      ARG 335 -10.156   6.798  10.002
   10    HG2  ARG 335           HG2      ARG 335 -10.004   8.668   8.745
   11    HG3  ARG 335           HG3      ARG 335 -11.395   8.243   7.746
   12    HD2  ARG 335           HD2      ARG 335 -12.860   9.288   9.111
   13    HD3  ARG 335           HD3      ARG 335 -11.984   8.831  10.572

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 336           H        GLU 336  -8.910   4.966   9.584
    2    HA   GLU 336           HA       GLU 336  -6.814   5.956   8.018
    3    HB2  GLU 336           HB2      GLU 336  -6.877   4.901  10.439
    4    HB3  GLU 336           HB3      GLU 336  -6.457   3.430   9.573
    5    HG2  GLU 336           HG2      GLU 336  -4.511   4.613   8.603
    6    HG3  GLU 336           HG3      GLU 336  -4.907   6.008   9.605

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ARG 337           H        ARG 337  -8.275   2.714   8.087
    2    HA   ARG 337           HA       ARG 337  -6.634   1.553   6.133
    3    HE   ARG 337           HE       ARG 337  -9.341  -3.437   5.794
    4   HH11  ARG 337          1HH1      ARG 337  -9.547  -0.983   8.269
    5   HH12  ARG 337          2HH1      ARG 337 -11.100  -1.504   8.831
    6   HH21  ARG 337          1HH2      ARG 337 -11.383  -4.122   6.533
    7   HH22  ARG 337          2HH2      ARG 337 -12.142  -3.286   7.846
    8    HB2  ARG 337           HB2      ARG 337  -8.153   0.301   7.656
    9    HB3  ARG 337           HB3      ARG 337  -9.525   0.897   6.732
   10    HG2  ARG 337           HG2      ARG 337  -9.260  -0.640   5.146
   11    HG3  ARG 337           HG3      ARG 337  -7.517  -0.378   5.062
   12    HD2  ARG 337           HD2      ARG 337  -7.308  -2.393   5.993
   13    HD3  ARG 337           HD3      ARG 337  -7.856  -1.642   7.490

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    PHE 338           H        PHE 338  -9.876   2.995   5.801
    2    HA   PHE 338           HA       PHE 338  -9.987   2.745   2.993
    3    HD1  PHE 338           HD1      PHE 338 -11.024   6.415   2.946
    4    HD2  PHE 338           HD2      PHE 338 -13.315   2.863   2.453
    5    HE1  PHE 338           HE1      PHE 338 -12.138   7.409   0.990
    6    HE2  PHE 338           HE2      PHE 338 -14.432   3.850   0.496
    7    HZ   PHE 338           HZ       PHE 338 -13.844   6.126  -0.238
    8    HB2  PHE 338           HB2      PHE 338 -11.997   3.117   4.345
    9    HB3  PHE 338           HB3      PHE 338 -11.405   4.707   4.814

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLU 339           H        GLU 339  -8.621   5.154   5.123
    2    HA   GLU 339           HA       GLU 339  -8.280   7.219   3.236
    3    HB2  GLU 339           HB2      GLU 339  -7.152   6.550   5.900
    4    HB3  GLU 339           HB3      GLU 339  -6.222   7.666   4.909
    5    HG2  GLU 339           HG2      GLU 339  -8.219   9.094   4.697
    6    HG3  GLU 339           HG3      GLU 339  -9.085   7.998   5.771

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    MET 340           H        MET 340  -6.369   4.389   4.060
    2    HA   MET 340           HA       MET 340  -4.064   5.104   2.569
    3    HB2  MET 340           HB2      MET 340  -4.470   3.215   4.375
    4    HB3  MET 340           HB3      MET 340  -4.840   2.242   2.958
    5    HG2  MET 340           HG2      MET 340  -2.693   2.255   2.210
    6    HG3  MET 340           HG3      MET 340  -2.334   3.824   2.929
    7    HE1  MET 340           HE1      MET 340  -3.654   0.435   3.847
    8    HE2  MET 340           HE2      MET 340  -2.626  -0.156   5.152
    9    HE3  MET 340           HE3      MET 340  -3.909   1.004   5.497

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    PHE 341           H        PHE 341  -6.651   2.746   1.851
    2    HA   PHE 341           HA       PHE 341  -5.882   2.317  -0.820
    3    HD1  PHE 341           HD1      PHE 341  -9.438   0.371   1.617
    4    HD2  PHE 341           HD2      PHE 341  -5.351   0.610   0.461
    5    HE1  PHE 341           HE1      PHE 341  -8.857  -1.290   3.333
    6    HE2  PHE 341           HE2      PHE 341  -4.763  -1.050   2.172
    7    HZ   PHE 341           HZ       PHE 341  -6.517  -1.997   3.612
    8    HB2  PHE 341           HB2      PHE 341  -8.721   2.079   0.158
    9    HB3  PHE 341           HB3      PHE 341  -7.898   1.114  -1.065

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    ARG 342           H        ARG 342  -7.634   4.893   0.678
    2    HA   ARG 342           HA       ARG 342  -8.906   5.827  -1.721
    3    HE   ARG 342           HE       ARG 342  -9.117  10.492  -1.416
    4   HH11  ARG 342          1HH1      ARG 342  -8.928  11.226   1.991
    5   HH12  ARG 342          2HH1      ARG 342  -8.550  12.897   1.738
    6   HH21  ARG 342          1HH2      ARG 342  -8.619  12.689  -1.750
    7   HH22  ARG 342          2HH2      ARG 342  -8.375  13.728  -0.386
    8    HB2  ARG 342           HB2      ARG 342  -9.869   6.311   0.478
    9    HB3  ARG 342           HB3      ARG 342  -8.426   7.210   0.925
   10    HG2  ARG 342           HG2      ARG 342  -9.308   8.357  -1.467
   11    HG3  ARG 342           HG3      ARG 342 -10.760   8.087  -0.502
   12    HD2  ARG 342           HD2      ARG 342 -10.180   9.630   1.035
   13    HD3  ARG 342           HD3      ARG 342  -8.471   9.202   0.968

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 343           H        GLU 343  -6.042   6.730   0.161
    2    HA   GLU 343           HA       GLU 343  -5.311   8.887  -1.562
    3    HB2  GLU 343           HB2      GLU 343  -4.091   7.476   0.753
    4    HB3  GLU 343           HB3      GLU 343  -2.998   8.341  -0.320
    5    HG2  GLU 343           HG2      GLU 343  -3.442  10.102   0.969
    6    HG3  GLU 343           HG3      GLU 343  -4.955  10.189   0.069

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 344           H        LEU 344  -4.608   5.468  -1.412
    2    HA   LEU 344           HA       LEU 344  -2.457   5.529  -3.293
    3    HG   LEU 344           HG       LEU 344  -1.277   3.624  -3.454
    4   HD11  LEU 344          1HD1      LEU 344  -1.682   3.199  -0.508
    5   HD12  LEU 344          2HD1      LEU 344  -0.144   2.884  -1.311
    6   HD13  LEU 344          3HD1      LEU 344  -0.827   4.510  -1.321
    7   HD21  LEU 344          1HD2      LEU 344  -2.359   1.429  -3.801
    8   HD22  LEU 344          2HD2      LEU 344  -0.774   1.302  -3.040
    9   HD23  LEU 344          3HD2      LEU 344  -2.235   1.123  -2.069
   10    HB2  LEU 344           HB2      LEU 344  -3.558   3.648  -1.552
   11    HB3  LEU 344           HB3      LEU 344  -3.863   2.994  -3.150

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ASN 345           H        ASN 345  -5.931   5.208  -3.473
    2    HA   ASN 345           HA       ASN 345  -6.045   4.276  -6.158
    3   HD21  ASN 345          1HD2      ASN 345  -8.505   4.035  -7.406
    4   HD22  ASN 345          2HD2      ASN 345  -8.961   2.414  -7.020
    5    HB2  ASN 345           HB2      ASN 345  -7.927   5.053  -4.083
    6    HB3  ASN 345           HB3      ASN 345  -8.433   5.634  -5.666

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    GLU 346           H        GLU 346  -6.175   7.470  -4.650
    2    HA   GLU 346           HA       GLU 346  -6.725   8.899  -7.040
    3    HB2  GLU 346           HB2      GLU 346  -7.125   9.783  -4.747
    4    HB3  GLU 346           HB3      GLU 346  -5.386   9.905  -4.523
    5    HG2  GLU 346           HG2      GLU 346  -5.657  11.300  -6.802
    6    HG3  GLU 346           HG3      GLU 346  -7.225  11.612  -6.059

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ALA 347           H        ALA 347  -3.743   8.072  -5.328
    2    HA   ALA 347           HA       ALA 347  -2.022   9.544  -7.050
    3    HB1  ALA 347           HB1      ALA 347  -1.618   8.575  -4.652
    4    HB2  ALA 347           HB2      ALA 347  -0.282   8.722  -5.794
    5    HB3  ALA 347           HB3      ALA 347  -1.059   7.158  -5.542

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    LEU 348           H        LEU 348  -3.360   6.316  -7.105
    2    HA   LEU 348           HA       LEU 348  -1.603   5.280  -9.097
    3    HG   LEU 348           HG       LEU 348  -2.927   2.238  -7.605
    4   HD11  LEU 348          1HD1      LEU 348  -2.027   2.239  -9.884
    5   HD12  LEU 348          2HD1      LEU 348  -0.829   3.441  -9.404
    6   HD13  LEU 348          3HD1      LEU 348  -0.795   1.828  -8.691
    7   HD21  LEU 348          1HD2      LEU 348  -1.465   4.693  -6.849
    8   HD22  LEU 348          2HD2      LEU 348  -2.039   3.357  -5.850
    9   HD23  LEU 348          3HD2      LEU 348  -0.558   3.182  -6.792
   10    HB2  LEU 348           HB2      LEU 348  -4.021   4.391  -7.680
   11    HB3  LEU 348           HB3      LEU 348  -3.857   3.752  -9.305

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLU 349           H        GLU 349  -4.608   7.057  -9.138
    2    HA   GLU 349           HA       GLU 349  -5.303   6.552 -11.838
    3    HB2  GLU 349           HB2      GLU 349  -6.678   7.602  -9.852
    4    HB3  GLU 349           HB3      GLU 349  -6.040   9.114 -10.483
    5    HG2  GLU 349           HG2      GLU 349  -7.187   8.917 -12.481
    6    HG3  GLU 349           HG3      GLU 349  -7.391   7.175 -12.308

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 350           H        LEU 350  -3.181   8.849 -10.281
    2    HA   LEU 350           HA       LEU 350  -2.891  10.622 -12.474
    3    HG   LEU 350           HG       LEU 350  -3.399  11.699 -10.227
    4   HD11  LEU 350          1HD1      LEU 350  -0.919  11.842  -8.629
    5   HD12  LEU 350          2HD1      LEU 350  -1.976  13.253  -8.582
    6   HD13  LEU 350          3HD1      LEU 350  -2.597  11.670  -8.114
    7   HD21  LEU 350          1HD2      LEU 350  -1.120  13.170 -11.462
    8   HD22  LEU 350          2HD2      LEU 350  -2.829  13.169 -11.897
    9   HD23  LEU 350          3HD2      LEU 350  -2.282  14.054 -10.473
   10    HB2  LEU 350           HB2      LEU 350  -1.320  10.075  -9.985
   11    HB3  LEU 350           HB3      LEU 350  -0.650  11.117 -11.225

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    LYS 351           H        LYS 351  -1.195   7.705 -11.466
    2    HA   LYS 351           HA       LYS 351   0.929   7.895 -13.329
    3    HB2  LYS 351           HB2      LYS 351   0.545   6.348 -11.203
    4    HB3  LYS 351           HB3      LYS 351  -0.051   5.229 -12.422
    5    HG2  LYS 351           HG2      LYS 351   2.164   5.701 -13.638
    6    HG3  LYS 351           HG3      LYS 351   2.700   6.359 -12.091
    7    HD2  LYS 351           HD2      LYS 351   1.409   3.681 -12.100
    8    HD3  LYS 351           HD3      LYS 351   3.053   3.810 -12.727
    9    HE2  LYS 351           HE2      LYS 351   3.631   3.521 -10.571
   10    HE3  LYS 351           HE3      LYS 351   3.280   5.244 -10.450
   11    HZ1  LYS 351           HZ1      LYS 351   0.871   4.300 -10.013
   12    HZ2  LYS 351           HZ2      LYS 351   1.748   2.963  -9.464
   13    HZ3  LYS 351           HZ3      LYS 351   1.997   4.482  -8.763

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    ASP 352           H        ASP 352  -2.327   6.641 -13.511
    2    HA   ASP 352           HA       ASP 352  -2.010   5.149 -15.901
    3    HB2  ASP 352           HB2      ASP 352  -3.922   5.016 -14.200
    4    HB3  ASP 352           HB3      ASP 352  -4.582   6.439 -15.001

  No H/Q in entry =           4
  Start of MODEL   15
    1    H    ALA 353           H        ALA 353  -2.642   8.516 -15.221
    2    HA   ALA 353           HA       ALA 353  -3.507   9.239 -17.831
    3    HB1  ALA 353           HB1      ALA 353  -2.640  11.573 -16.904
    4    HB2  ALA 353           HB2      ALA 353  -4.148  10.844 -16.352
    5    HB3  ALA 353           HB3      ALA 353  -2.685  10.690 -15.379

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLN 354           H        GLN 354  -0.373   9.411 -16.170
    2    HA   GLN 354           HA       GLN 354   0.992  10.528 -18.417
    3   HE21  GLN 354          1HE2      GLN 354   3.745  10.737 -14.962
    4   HE22  GLN 354          2HE2      GLN 354   5.071   9.819 -14.345
    5    HB2  GLN 354           HB2      GLN 354   3.043  10.033 -17.115
    6    HB3  GLN 354           HB3      GLN 354   1.842  10.924 -16.189
    7    HG2  GLN 354           HG2      GLN 354   1.431   9.188 -14.780
    8    HG3  GLN 354           HG3      GLN 354   1.823   7.967 -15.990

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    ALA 355           H        ALA 355   0.352   7.298 -17.251
    2    HA   ALA 355           HA       ALA 355   2.164   6.112 -19.202
    3    HB1  ALA 355           HB1      ALA 355   0.430   4.884 -17.065
    4    HB2  ALA 355           HB2      ALA 355   1.452   3.961 -18.167
    5    HB3  ALA 355           HB3      ALA 355   2.180   5.097 -17.031

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLY 356           H        GLY 356   1.521   4.867 -20.939
    2    HA2  GLY 356           HA2      GLY 356   0.186   4.280 -22.713
    3    HA3  GLY 356           HA3      GLY 356  -0.891   5.575 -22.213

  No H/Q in entry =           3
  Start of MODEL   15
    1    H1   GLU 326           H1       GLU 326  17.916  11.872   7.815
    2    H2   GLU 326           H2       GLU 326  16.391  12.556   8.196
    3    H3   GLU 326           H3       GLU 326  17.680  12.654   9.325
    4    HA   GLU 326           HA       GLU 326  17.637  10.384   9.732
    5    HB2  GLU 326           HB2      GLU 326  14.912  11.676   9.622
    6    HB3  GLU 326           HB3      GLU 326  15.191  10.125  10.402
    7    HG2  GLU 326           HG2      GLU 326  17.078  11.515  11.639
    8    HG3  GLU 326           HG3      GLU 326  15.994  12.848  11.243

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    SER 327           H        SER 327  18.197   8.950   8.135
    2    HA   SER 327           HA       SER 327  16.123   8.199   6.194
    3    HG   SER 327           HG       SER 327  19.538   7.118   6.877
    4    HB2  SER 327           HB2      SER 327  18.103   6.950   5.112
    5    HB3  SER 327           HB3      SER 327  18.099   8.711   5.018

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    PHE 328           H        PHE 328  15.170   6.256   6.266
    2    HA   PHE 328           HA       PHE 328  16.111   4.359   8.309
    3    HD1  PHE 328           HD1      PHE 328  13.405   4.234  10.542
    4    HD2  PHE 328           HD2      PHE 328  13.769   7.109   7.426
    5    HE1  PHE 328           HE1      PHE 328  12.780   6.016  12.119
    6    HE2  PHE 328           HE2      PHE 328  13.145   8.897   8.997
    7    HZ   PHE 328           HZ       PHE 328  12.650   8.351  11.347
    8    HB2  PHE 328           HB2      PHE 328  13.365   4.540   7.054
    9    HB3  PHE 328           HB3      PHE 328  13.838   3.513   8.403

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLY 329           H        GLY 329  16.439   2.217   7.817
    2    HA2  GLY 329           HA2      GLY 329  17.462   0.745   6.265
    3    HA3  GLY 329           HA3      GLY 329  16.694   1.631   4.957

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    LEU 330           H        LEU 330  15.165   0.529   3.949
    2    HA   LEU 330           HA       LEU 330  13.341  -1.143   5.513
    3    HG   LEU 330           HG       LEU 330  11.419  -2.097   3.491
    4   HD11  LEU 330          1HD1      LEU 330  10.874   0.093   5.483
    5   HD12  LEU 330          2HD1      LEU 330   9.783  -1.261   5.191
    6   HD13  LEU 330          3HD1      LEU 330  11.408  -1.556   5.809
    7   HD21  LEU 330          1HD2      LEU 330  10.895  -0.037   1.899
    8   HD22  LEU 330          2HD2      LEU 330   9.641  -1.158   2.429
    9   HD23  LEU 330          3HD2      LEU 330   9.834   0.397   3.239
   10    HB2  LEU 330           HB2      LEU 330  12.603   0.664   3.820
   11    HB3  LEU 330           HB3      LEU 330  13.050  -0.508   2.594

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLY 331           H        GLY 331  13.823  -3.227   5.677
    2    HA2  GLY 331           HA2      GLY 331  15.146  -5.136   5.198
    3    HA3  GLY 331           HA3      GLY 331  15.443  -4.494   3.589

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ILE 332           H        ILE 332  13.768  -4.656   2.001
    2    HA   ILE 332           HA       ILE 332  11.515  -6.398   2.631
    3    HB   ILE 332           HB       ILE 332  12.159  -5.070  -0.002
    4   HG12  ILE 332          2HG1      ILE 332   9.979  -3.992   1.665
    5   HG21  ILE 332          1HG2      ILE 332   9.984  -6.781   0.986
    6   HG22  ILE 332          2HG2      ILE 332   9.471  -5.355   0.084
    7   HG23  ILE 332          3HG2      ILE 332  10.569  -6.520  -0.657
    8   HD11  ILE 332          1HD1      ILE 332  10.942  -3.053  -0.531
    9   HD12  ILE 332          2HD1      ILE 332  10.566  -1.942   0.787
   10   HD13  ILE 332          3HD1      ILE 332  12.235  -2.430   0.494
   11   HG13  ILE 332          3HG1      ILE 332  11.597  -3.727   2.307

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ARG 333           H        ARG 333  11.436  -8.492   2.126
    2    HA   ARG 333           HA       ARG 333  13.613  -9.600   0.490
    3    HE   ARG 333           HE       ARG 333  12.854 -14.164   2.208
    4   HH11  ARG 333          1HH1      ARG 333  14.252 -13.452   5.326
    5   HH12  ARG 333          2HH1      ARG 333  13.490 -14.792   6.113
    6   HH21  ARG 333          1HH2      ARG 333  11.849 -15.927   3.243
    7   HH22  ARG 333          2HH2      ARG 333  12.126 -16.198   4.931
    8    HB2  ARG 333           HB2      ARG 333  13.011 -10.325   2.971
    9    HB3  ARG 333           HB3      ARG 333  11.839 -11.338   2.141
   10    HG2  ARG 333           HG2      ARG 333  13.542 -12.489   0.957
   11    HG3  ARG 333           HG3      ARG 333  14.770 -11.334   1.477
   12    HD2  ARG 333           HD2      ARG 333  15.179 -13.016   2.963
   13    HD3  ARG 333           HD3      ARG 333  13.974 -12.106   3.874

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLY 334           H        GLY 334  11.324  -8.368  -0.715
    2    HA2  GLY 334           HA2      GLY 334   9.172  -9.668  -1.520
    3    HA3  GLY 334           HA3      GLY 334  10.407 -10.654  -2.289

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ARG 335           H        ARG 335   9.979 -10.196  -4.396
    2    HA   ARG 335           HA       ARG 335  10.927  -7.693  -5.407
    3    HE   ARG 335           HE       ARG 335  10.859 -12.466  -7.390
    4   HH11  ARG 335          1HH1      ARG 335   9.136 -12.189 -10.413
    5   HH12  ARG 335          2HH1      ARG 335   9.776 -13.664 -11.056
    6   HH21  ARG 335          1HH2      ARG 335  11.701 -14.406  -8.234
    7   HH22  ARG 335          2HH2      ARG 335  11.231 -14.923  -9.819
    8    HB2  ARG 335           HB2      ARG 335  10.297  -8.653  -7.627
    9    HB3  ARG 335           HB3      ARG 335  11.377  -9.672  -6.685
   10    HG2  ARG 335           HG2      ARG 335   9.621 -11.163  -6.122
   11    HG3  ARG 335           HG3      ARG 335   8.398 -10.061  -6.757
   12    HD2  ARG 335           HD2      ARG 335   8.530 -11.350  -8.594
   13    HD3  ARG 335           HD3      ARG 335   9.969 -10.391  -8.937

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 336           H        GLU 336   7.768  -9.226  -5.057
    2    HA   GLU 336           HA       GLU 336   6.335  -7.186  -6.442
    3    HB2  GLU 336           HB2      GLU 336   5.622  -9.547  -4.772
    4    HB3  GLU 336           HB3      GLU 336   4.399  -8.304  -4.994
    5    HG2  GLU 336           HG2      GLU 336   4.346  -8.619  -7.319
    6    HG3  GLU 336           HG3      GLU 336   5.845  -9.547  -7.308

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ARG 337           H        ARG 337   6.921  -7.898  -3.017
    2    HA   ARG 337           HA       ARG 337   5.346  -5.851  -1.935
    3    HE   ARG 337           HE       ARG 337   5.951  -7.723   3.230
    4   HH11  ARG 337          1HH1      ARG 337   8.401  -8.031   0.760
    5   HH12  ARG 337          2HH1      ARG 337   8.764  -9.677   1.153
    6   HH21  ARG 337          1HH2      ARG 337   6.431  -9.887   3.746
    7   HH22  ARG 337          2HH2      ARG 337   7.647 -10.731   2.846
    8    HB2  ARG 337           HB2      ARG 337   6.825  -7.870  -0.890
    9    HB3  ARG 337           HB3      ARG 337   7.853  -6.495  -0.508
   10    HG2  ARG 337           HG2      ARG 337   5.520  -5.510   0.328
   11    HG3  ARG 337           HG3      ARG 337   5.192  -7.231   0.546
   12    HD2  ARG 337           HD2      ARG 337   7.817  -6.336   1.514
   13    HD3  ARG 337           HD3      ARG 337   6.439  -5.645   2.368

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    PHE 338           H        PHE 338   8.838  -5.891  -2.637
    2    HA   PHE 338           HA       PHE 338   9.351  -3.241  -1.888
    3    HD1  PHE 338           HD1      PHE 338  10.993  -2.725  -5.262
    4    HD2  PHE 338           HD2      PHE 338  12.699  -3.397  -1.421
    5    HE1  PHE 338           HE1      PHE 338  12.577  -0.883  -5.648
    6    HE2  PHE 338           HE2      PHE 338  14.286  -1.555  -1.800
    7    HZ   PHE 338           HZ       PHE 338  14.226  -0.295  -3.915
    8    HB2  PHE 338           HB2      PHE 338  11.133  -4.891  -2.248
    9    HB3  PHE 338           HB3      PHE 338  10.761  -4.930  -3.968

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLU 339           H        GLU 339   8.140  -4.628  -4.870
    2    HA   GLU 339           HA       GLU 339   8.471  -2.392  -6.537
    3    HB2  GLU 339           HB2      GLU 339   6.786  -4.840  -6.570
    4    HB3  GLU 339           HB3      GLU 339   6.283  -3.512  -7.608
    5    HG2  GLU 339           HG2      GLU 339   9.130  -4.131  -7.786
    6    HG3  GLU 339           HG3      GLU 339   8.075  -5.458  -8.271

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    MET 340           H        MET 340   5.938  -3.288  -4.265
    2    HA   MET 340           HA       MET 340   4.094  -1.271  -4.993
    3    HB2  MET 340           HB2      MET 340   4.362  -3.272  -2.902
    4    HB3  MET 340           HB3      MET 340   3.703  -1.768  -2.273
    5    HG2  MET 340           HG2      MET 340   1.747  -2.032  -3.326
    6    HG3  MET 340           HG3      MET 340   2.501  -2.664  -4.788
    7    HE1  MET 340           HE1      MET 340   1.939  -3.312  -1.132
    8    HE2  MET 340           HE2      MET 340   1.415  -4.992  -1.011
    9    HE3  MET 340           HE3      MET 340   3.129  -4.612  -1.182

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    PHE 341           H        PHE 341   6.340  -1.455  -2.226
    2    HA   PHE 341           HA       PHE 341   5.942   1.176  -1.344
    3    HD1  PHE 341           HD1      PHE 341   8.730  -2.315   0.086
    4    HD2  PHE 341           HD2      PHE 341   5.088  -0.127   0.307
    5    HE1  PHE 341           HE1      PHE 341   7.680  -4.190   1.284
    6    HE2  PHE 341           HE2      PHE 341   4.032  -1.993   1.507
    7    HZ   PHE 341           HZ       PHE 341   5.328  -4.028   1.992
    8    HB2  PHE 341           HB2      PHE 341   8.549  -0.302  -1.033
    9    HB3  PHE 341           HB3      PHE 341   7.798   0.841   0.078

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    ARG 342           H        ARG 342   7.874  -0.115  -3.927
    2    HA   ARG 342           HA       ARG 342   9.536   2.206  -4.222
    3    HE   ARG 342           HE       ARG 342  13.245   1.065  -7.001
    4   HH11  ARG 342          1HH1      ARG 342  11.876  -0.904  -9.536
    5   HH12  ARG 342          2HH1      ARG 342  13.382  -1.102 -10.367
    6   HH21  ARG 342          1HH2      ARG 342  15.227   0.807  -8.093
    7   HH22  ARG 342          2HH2      ARG 342  15.284  -0.131  -9.549
    8    HB2  ARG 342           HB2      ARG 342  10.110  -0.153  -4.982
    9    HB3  ARG 342           HB3      ARG 342   8.990   0.099  -6.313
   10    HG2  ARG 342           HG2      ARG 342  10.360   2.129  -6.922
   11    HG3  ARG 342           HG3      ARG 342  11.554   1.559  -5.753
   12    HD2  ARG 342           HD2      ARG 342  11.169  -0.700  -7.157
   13    HD3  ARG 342           HD3      ARG 342  10.831   0.492  -8.411

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 343           H        GLU 343   6.692   0.905  -5.905
    2    HA   GLU 343           HA       GLU 343   6.495   3.039  -7.766
    3    HB2  GLU 343           HB2      GLU 343   4.721   0.808  -6.882
    4    HB3  GLU 343           HB3      GLU 343   3.992   2.144  -7.763
    5    HG2  GLU 343           HG2      GLU 343   5.261   1.723  -9.680
    6    HG3  GLU 343           HG3      GLU 343   6.404   0.705  -8.805

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 344           H        LEU 344   5.331   2.514  -4.521
    2    HA   LEU 344           HA       LEU 344   3.453   4.648  -4.467
    3    HG   LEU 344           HG       LEU 344   2.501   2.521  -1.648
    4   HD11  LEU 344          1HD1      LEU 344   1.967   5.006  -3.144
    5   HD12  LEU 344          2HD1      LEU 344   0.692   3.788  -3.172
    6   HD13  LEU 344          3HD1      LEU 344   1.277   4.416  -1.631
    7   HD21  LEU 344          1HD2      LEU 344   2.919   2.375  -4.596
    8   HD22  LEU 344          2HD2      LEU 344   2.768   1.076  -3.412
    9   HD23  LEU 344          3HD2      LEU 344   1.337   1.969  -3.929
   10    HB2  LEU 344           HB2      LEU 344   4.730   2.848  -2.489
   11    HB3  LEU 344           HB3      LEU 344   4.114   4.370  -1.873

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ASN 345           H        ASN 345   6.830   4.321  -3.438
    2    HA   ASN 345           HA       ASN 345   7.124   6.909  -2.386
    3   HD21  ASN 345          1HD2      ASN 345  11.350   5.997  -2.957
    4   HD22  ASN 345          2HD2      ASN 345  11.609   7.283  -1.833
    5    HB2  ASN 345           HB2      ASN 345   8.698   4.856  -2.208
    6    HB3  ASN 345           HB3      ASN 345   9.375   5.432  -3.728

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    GLU 346           H        GLU 346   7.560   5.632  -5.650
    2    HA   GLU 346           HA       GLU 346   8.577   8.073  -6.730
    3    HB2  GLU 346           HB2      GLU 346   9.033   5.893  -7.776
    4    HB3  GLU 346           HB3      GLU 346   7.321   5.703  -8.130
    5    HG2  GLU 346           HG2      GLU 346   7.671   8.001  -9.365
    6    HG3  GLU 346           HG3      GLU 346   9.345   7.452  -9.416

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ALA 347           H        ALA 347   5.398   6.573  -6.502
    2    HA   ALA 347           HA       ALA 347   4.052   8.484  -8.123
    3    HB1  ALA 347           HB1      ALA 347   3.274   6.132  -7.473
    4    HB2  ALA 347           HB2      ALA 347   2.064   7.416  -7.497
    5    HB3  ALA 347           HB3      ALA 347   2.737   6.866  -5.962

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    LEU 348           H        LEU 348   4.917   8.307  -4.741
    2    HA   LEU 348           HA       LEU 348   3.185  10.365  -3.828
    3    HG   LEU 348           HG       LEU 348   3.388   7.968  -2.649
    4   HD11  LEU 348          1HD1      LEU 348   5.323   8.265  -0.366
    5   HD12  LEU 348          2HD1      LEU 348   4.025   7.071  -0.382
    6   HD13  LEU 348          3HD1      LEU 348   5.289   7.016  -1.611
    7   HD21  LEU 348          1HD2      LEU 348   3.054  10.272  -0.857
    8   HD22  LEU 348          2HD2      LEU 348   1.845   9.276  -1.669
    9   HD23  LEU 348          3HD2      LEU 348   2.588   8.715  -0.171
   10    HB2  LEU 348           HB2      LEU 348   5.725   9.184  -2.720
   11    HB3  LEU 348           HB3      LEU 348   4.848  10.463  -1.900

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLU 349           H        GLU 349   6.554  10.310  -4.921
    2    HA   GLU 349           HA       GLU 349   7.011  13.085  -4.467
    3    HB2  GLU 349           HB2      GLU 349   9.022  12.746  -5.877
    4    HB3  GLU 349           HB3      GLU 349   8.884  11.557  -4.589
    5    HG2  GLU 349           HG2      GLU 349   8.073   9.905  -6.150
    6    HG3  GLU 349           HG3      GLU 349   8.079  11.094  -7.452

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 350           H        LEU 350   5.560  11.243  -7.009
    2    HA   LEU 350           HA       LEU 350   5.814  13.174  -9.083
    3    HG   LEU 350           HG       LEU 350   4.632  12.328 -11.285
    4   HD11  LEU 350          1HD1      LEU 350   6.941  11.789  -9.959
    5   HD12  LEU 350          2HD1      LEU 350   6.872  10.448 -11.103
    6   HD13  LEU 350          3HD1      LEU 350   6.826  12.111 -11.689
    7   HD21  LEU 350          1HD2      LEU 350   4.377   9.395 -10.829
    8   HD22  LEU 350          2HD2      LEU 350   3.431  10.461 -11.867
    9   HD23  LEU 350          3HD2      LEU 350   5.056   9.973 -12.350
   10    HB2  LEU 350           HB2      LEU 350   4.906  10.548  -8.862
   11    HB3  LEU 350           HB3      LEU 350   3.478  11.462  -9.308

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    LYS 351           H        LYS 351   3.456  12.560  -6.556
    2    HA   LYS 351           HA       LYS 351   1.386  14.202  -7.519
    3    HB2  LYS 351           HB2      LYS 351   2.142  13.114  -4.841
    4    HB3  LYS 351           HB3      LYS 351   0.906  14.361  -4.928
    5    HG2  LYS 351           HG2      LYS 351  -0.578  13.006  -6.048
    6    HG3  LYS 351           HG3      LYS 351   0.694  11.959  -6.682
    7    HD2  LYS 351           HD2      LYS 351  -0.455  10.718  -5.012
    8    HD3  LYS 351           HD3      LYS 351   1.096  11.195  -4.319
    9    HE2  LYS 351           HE2      LYS 351  -0.323  13.269  -3.494
   10    HE3  LYS 351           HE3      LYS 351  -1.653  12.123  -3.663
   11    HZ1  LYS 351           HZ1      LYS 351   0.091  10.633  -2.336
   12    HZ2  LYS 351           HZ2      LYS 351   0.537  12.156  -1.750
   13    HZ3  LYS 351           HZ3      LYS 351  -1.054  11.612  -1.567

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    ASP 352           H        ASP 352   4.302  14.907  -5.714
    2    HA   ASP 352           HA       ASP 352   3.633  17.511  -4.869
    3    HB2  ASP 352           HB2      ASP 352   5.551  16.143  -4.008
    4    HB3  ASP 352           HB3      ASP 352   6.397  16.469  -5.519

  No H/Q in entry =           4
  Start of MODEL   15
    1    H    ALA 353           H        ALA 353   5.122  16.280  -7.822
    2    HA   ALA 353           HA       ALA 353   5.887  18.721  -8.954
    3    HB1  ALA 353           HB1      ALA 353   5.531  17.400 -11.160
    4    HB2  ALA 353           HB2      ALA 353   6.772  16.872 -10.024
    5    HB3  ALA 353           HB3      ALA 353   5.220  16.036 -10.087

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLN 354           H        GLN 354   2.802  17.019  -8.982
    2    HA   GLN 354           HA       GLN 354   1.545  18.740 -10.870
    3   HE21  GLN 354          1HE2      GLN 354  -1.237  15.054 -12.457
    4   HE22  GLN 354          2HE2      GLN 354  -2.166  16.272 -13.256
    5    HB2  GLN 354           HB2      GLN 354   0.643  16.612  -8.987
    6    HB3  GLN 354           HB3      GLN 354  -0.567  17.714  -9.629
    7    HG2  GLN 354           HG2      GLN 354   1.285  16.521 -11.590
    8    HG3  GLN 354           HG3      GLN 354   0.138  15.425 -10.820

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    ALA 355           H        ALA 355   1.955  18.783  -7.401
    2    HA   ALA 355           HA       ALA 355   0.641  21.414  -7.336
    3    HB1  ALA 355           HB1      ALA 355   0.382  19.344  -5.160
    4    HB2  ALA 355           HB2      ALA 355  -0.396  20.925  -5.226
    5    HB3  ALA 355           HB3      ALA 355  -0.849  19.671  -6.380

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLY 356           H        GLY 356   2.812  22.245  -7.516
    2    HA2  GLY 356           HA2      GLY 356   5.048  22.464  -6.670
    3    HA3  GLY 356           HA3      GLY 356   4.485  21.832  -5.130

  No H/Q in entry =           3
  Start of MODEL   15
    1    H1   GLU 326           H1       GLU 326  18.055 -13.444  -1.130
    2    H2   GLU 326           H2       GLU 326  16.503 -14.168  -1.186
    3    H3   GLU 326           H3       GLU 326  17.591 -14.370  -2.498
    4    HA   GLU 326           HA       GLU 326  17.401 -12.194  -3.159
    5    HB2  GLU 326           HB2      GLU 326  15.356 -13.904  -3.263
    6    HB3  GLU 326           HB3      GLU 326  14.587 -12.655  -2.293
    7    HG2  GLU 326           HG2      GLU 326  13.999 -11.891  -4.330
    8    HG3  GLU 326           HG3      GLU 326  15.576 -11.112  -4.219

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    SER 327           H        SER 327  17.047 -10.026  -2.761
    2    HA   SER 327           HA       SER 327  15.698  -9.020  -0.486
    3    HG   SER 327           HG       SER 327  19.702  -9.115   0.226
    4    HB2  SER 327           HB2      SER 327  17.783  -8.056   0.624
    5    HB3  SER 327           HB3      SER 327  17.513  -9.785   0.845

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    PHE 328           H        PHE 328  15.642  -6.730  -0.430
    2    HA   PHE 328           HA       PHE 328  17.033  -5.323  -2.585
    3    HD1  PHE 328           HD1      PHE 328  15.368  -5.376  -5.457
    4    HD2  PHE 328           HD2      PHE 328  13.829  -7.560  -2.144
    5    HE1  PHE 328           HE1      PHE 328  14.909  -7.288  -6.936
    6    HE2  PHE 328           HE2      PHE 328  13.368  -9.476  -3.617
    7    HZ   PHE 328           HZ       PHE 328  13.909  -9.342  -6.016
    8    HB2  PHE 328           HB2      PHE 328  14.056  -5.038  -2.152
    9    HB3  PHE 328           HB3      PHE 328  15.024  -4.292  -3.419

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLY 329           H        GLY 329  17.629  -3.279  -2.073
    2    HA2  GLY 329           HA2      GLY 329  18.343  -1.837  -0.320
    3    HA3  GLY 329           HA3      GLY 329  16.981  -2.383   0.646

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    LEU 330           H        LEU 330  15.864  -0.583   1.087
    2    HA   LEU 330           HA       LEU 330  15.288   1.279  -1.112
    3    HG   LEU 330           HG       LEU 330  13.106   1.220  -2.116
    4   HD11  LEU 330          1HD1      LEU 330  10.885   0.677  -0.164
    5   HD12  LEU 330          2HD1      LEU 330  10.624   1.438  -1.734
    6   HD13  LEU 330          3HD1      LEU 330  11.275  -0.199  -1.644
    7   HD21  LEU 330          1HD2      LEU 330  13.662   3.188  -0.724
    8   HD22  LEU 330          2HD2      LEU 330  12.128   3.355  -1.578
    9   HD23  LEU 330          3HD2      LEU 330  12.142   2.968   0.143
   10    HB2  LEU 330           HB2      LEU 330  13.433  -0.484  -0.320
   11    HB3  LEU 330           HB3      LEU 330  13.138   0.771   0.868

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLY 331           H        GLY 331  15.864   3.276  -0.584
    2    HA2  GLY 331           HA2      GLY 331  16.941   4.783   0.922
    3    HA3  GLY 331           HA3      GLY 331  16.170   3.945   2.261

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ILE 332           H        ILE 332  14.649   5.092   3.228
    2    HA   ILE 332           HA       ILE 332  13.166   7.081   1.640
    3    HB   ILE 332           HB       ILE 332  11.975   5.439   3.876
    4   HG12  ILE 332          2HG1      ILE 332  10.962   5.091   1.128
    5   HG21  ILE 332          1HG2      ILE 332  11.061   7.713   2.242
    6   HG22  ILE 332          2HG2      ILE 332   9.894   6.410   2.466
    7   HG23  ILE 332          3HG2      ILE 332  10.592   7.219   3.869
    8   HD11  ILE 332          1HD1      ILE 332  10.600   3.749   3.444
    9   HD12  ILE 332          2HD1      ILE 332  10.325   3.072   1.839
   10   HD13  ILE 332          3HD1      ILE 332  11.848   2.770   2.674
   11   HG13  ILE 332          3HG1      ILE 332  12.584   4.462   1.401

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ARG 333           H        ARG 333  13.039   9.074   2.494
    2    HA   ARG 333           HA       ARG 333  14.279   9.497   5.116
    3    HE   ARG 333           HE       ARG 333  14.588  13.883   3.466
    4   HH11  ARG 333          1HH1      ARG 333  14.922  14.835   6.807
    5   HH12  ARG 333          2HH1      ARG 333  14.686  16.519   6.481
    6   HH21  ARG 333          1HH2      ARG 333  14.278  16.098   3.035
    7   HH22  ARG 333          2HH2      ARG 333  14.320  17.236   4.340
    8    HB2  ARG 333           HB2      ARG 333  14.725  10.752   2.738
    9    HB3  ARG 333           HB3      ARG 333  13.572  11.848   3.486
   10    HG2  ARG 333           HG2      ARG 333  15.794  10.951   5.200
   11    HG3  ARG 333           HG3      ARG 333  16.225  11.999   3.846
   12    HD2  ARG 333           HD2      ARG 333  14.026  12.643   5.798
   13    HD3  ARG 333           HD3      ARG 333  15.694  13.166   6.020

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLY 334           H        GLY 334  11.633   8.472   5.028
    2    HA2  GLY 334           HA2      GLY 334   9.384   9.690   5.149
    3    HA3  GLY 334           HA3      GLY 334  10.217  10.722   6.302

  No H/Q in entry =           3
  Start of MODEL   15
    1    H    ARG 335           H        ARG 335   9.275  10.279   8.202
    2    HA   ARG 335           HA       ARG 335   9.709   7.693   9.380
    3    HE   ARG 335           HE       ARG 335   9.592  12.612  11.999
    4   HH11  ARG 335          1HH1      ARG 335   6.295  12.667  10.855
    5   HH12  ARG 335          2HH1      ARG 335   6.357  14.330  10.377
    6   HH21  ARG 335          1HH2      ARG 335   9.675  14.799  11.370
    7   HH22  ARG 335          2HH2      ARG 335   8.276  15.541  10.669
    8    HB2  ARG 335           HB2      ARG 335   8.803   8.679  11.410
    9    HB3  ARG 335           HB3      ARG 335   9.977   9.767  10.683
   10    HG2  ARG 335           HG2      ARG 335   8.171  11.113   9.753
   11    HG3  ARG 335           HG3      ARG 335   6.984  10.014  10.458
   12    HD2  ARG 335           HD2      ARG 335   6.999  11.391  12.218
   13    HD3  ARG 335           HD3      ARG 335   8.555  10.661  12.611

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 336           H        GLU 336   6.906   9.585   8.340
    2    HA   GLU 336           HA       GLU 336   5.004   7.619   9.189
    3    HB2  GLU 336           HB2      GLU 336   3.359   9.001   8.022
    4    HB3  GLU 336           HB3      GLU 336   4.403   9.991   9.033
    5    HG2  GLU 336           HG2      GLU 336   5.757  10.463   6.959
    6    HG3  GLU 336           HG3      GLU 336   4.455   9.703   6.045

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ARG 337           H        ARG 337   6.363   8.592   6.056
    2    HA   ARG 337           HA       ARG 337   4.906   6.801   4.466
    3    HE   ARG 337           HE       ARG 337   5.397   9.665   1.057
    4   HH11  ARG 337          1HH1      ARG 337   2.485   8.950   2.843
    5   HH12  ARG 337          2HH1      ARG 337   1.744  10.474   2.488
    6   HH21  ARG 337          1HH2      ARG 337   4.424  11.670   0.590
    7   HH22  ARG 337          2HH2      ARG 337   2.844  12.018   1.209
    8    HB2  ARG 337           HB2      ARG 337   6.625   8.791   3.922
    9    HB3  ARG 337           HB3      ARG 337   7.704   7.423   3.685
   10    HG2  ARG 337           HG2      ARG 337   6.719   8.056   1.585
   11    HG3  ARG 337           HG3      ARG 337   6.108   6.475   2.070
   12    HD2  ARG 337           HD2      ARG 337   4.102   7.362   1.589
   13    HD3  ARG 337           HD3      ARG 337   4.252   8.100   3.182

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    PHE 338           H        PHE 338   8.198   6.487   5.793
    2    HA   PHE 338           HA       PHE 338   8.620   3.856   4.897
    3    HD1  PHE 338           HD1      PHE 338  11.943   3.661   4.923
    4    HD2  PHE 338           HD2      PHE 338   9.710   3.047   8.493
    5    HE1  PHE 338           HE1      PHE 338  13.286   1.658   5.414
    6    HE2  PHE 338           HE2      PHE 338  11.050   1.044   8.991
    7    HZ   PHE 338           HZ       PHE 338  12.840   0.347   7.450
    8    HB2  PHE 338           HB2      PHE 338  10.456   5.300   5.647
    9    HB3  PHE 338           HB3      PHE 338   9.818   5.280   7.287

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    GLU 339           H        GLU 339   7.029   5.161   7.724
    2    HA   GLU 339           HA       GLU 339   6.911   2.807   9.260
    3    HB2  GLU 339           HB2      GLU 339   5.491   5.405   9.217
    4    HB3  GLU 339           HB3      GLU 339   4.637   4.078   9.991
    5    HG2  GLU 339           HG2      GLU 339   7.433   4.310  10.796
    6    HG3  GLU 339           HG3      GLU 339   6.450   5.717  11.198

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    MET 340           H        MET 340   4.917   4.049   6.650
    2    HA   MET 340           HA       MET 340   2.811   2.172   6.898
    3    HB2  MET 340           HB2      MET 340   2.629   4.280   5.608
    4    HB3  MET 340           HB3      MET 340   3.760   3.637   4.426
    5    HG2  MET 340           HG2      MET 340   1.977   1.677   4.352
    6    HG3  MET 340           HG3      MET 340   0.913   2.975   4.889
    7    HE1  MET 340           HE1      MET 340   2.833   5.285   3.484
    8    HE2  MET 340           HE2      MET 340   1.992   5.600   1.966
    9    HE3  MET 340           HE3      MET 340   1.082   5.500   3.474

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    PHE 341           H        PHE 341   5.468   2.326   4.512
    2    HA   PHE 341           HA       PHE 341   5.052  -0.250   3.476
    3    HD1  PHE 341           HD1      PHE 341   8.145   3.141   2.551
    4    HD2  PHE 341           HD2      PHE 341   4.498   1.098   1.762
    5    HE1  PHE 341           HE1      PHE 341   7.339   5.079   1.272
    6    HE2  PHE 341           HE2      PHE 341   3.687   3.029   0.479
    7    HZ   PHE 341           HZ       PHE 341   5.107   5.022   0.240
    8    HB2  PHE 341           HB2      PHE 341   7.740   1.109   3.577
    9    HB3  PHE 341           HB3      PHE 341   7.112   0.022   2.341

  No H/Q in entry =           9
  Start of MODEL   15
    1    H    ARG 342           H        ARG 342   6.638   0.832   6.363
    2    HA   ARG 342           HA       ARG 342   8.180  -1.542   6.787
    3    HE   ARG 342           HE       ARG 342   7.706  -1.162  12.249
    4   HH11  ARG 342          1HH1      ARG 342  10.982  -0.751  11.118
    5   HH12  ARG 342          2HH1      ARG 342  11.654  -1.835  12.289
    6   HH21  ARG 342          1HH2      ARG 342   8.589  -2.587  13.790
    7   HH22  ARG 342          2HH2      ARG 342  10.296  -2.878  13.806
    8    HB2  ARG 342           HB2      ARG 342   8.823   0.600   7.796
    9    HB3  ARG 342           HB3      ARG 342   7.332   0.617   8.728
   10    HG2  ARG 342           HG2      ARG 342   8.322  -1.757   9.498
   11    HG3  ARG 342           HG3      ARG 342   9.823  -0.894   9.160
   12    HD2  ARG 342           HD2      ARG 342   9.518   0.584  10.861
   13    HD3  ARG 342           HD3      ARG 342   7.760   0.547  10.722

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    GLU 343           H        GLU 343   5.052  -0.333   7.906
    2    HA   GLU 343           HA       GLU 343   4.536  -2.522   9.654
    3    HB2  GLU 343           HB2      GLU 343   3.446  -0.124   9.503
    4    HB3  GLU 343           HB3      GLU 343   2.324  -0.934   8.418
    5    HG2  GLU 343           HG2      GLU 343   1.176  -1.406  10.265
    6    HG3  GLU 343           HG3      GLU 343   2.393  -2.654  10.529

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 344           H        LEU 344   3.946  -1.871   6.271
    2    HA   LEU 344           HA       LEU 344   2.124  -4.014   5.834
    3    HG   LEU 344           HG       LEU 344   0.831  -2.800   4.533
    4   HD11  LEU 344          1HD1      LEU 344   2.469  -0.333   4.024
    5   HD12  LEU 344          2HD1      LEU 344   0.706  -0.321   4.043
    6   HD13  LEU 344          3HD1      LEU 344   1.600  -0.788   5.490
    7   HD21  LEU 344          1HD2      LEU 344   1.279  -3.389   2.150
    8   HD22  LEU 344          2HD2      LEU 344   0.155  -2.047   2.367
    9   HD23  LEU 344          3HD2      LEU 344   1.825  -1.731   1.898
   10    HB2  LEU 344           HB2      LEU 344   3.696  -2.153   4.130
   11    HB3  LEU 344           HB3      LEU 344   3.116  -3.631   3.386

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    ASN 345           H        ASN 345   5.615  -3.675   5.707
    2    HA   ASN 345           HA       ASN 345   6.158  -6.153   4.446
    3   HD21  ASN 345          1HD2      ASN 345   8.561  -4.490   3.051
    4   HD22  ASN 345          2HD2      ASN 345   9.604  -5.831   2.739
    5    HB2  ASN 345           HB2      ASN 345   7.683  -4.030   4.970
    6    HB3  ASN 345           HB3      ASN 345   8.118  -5.002   6.373

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    GLU 346           H        GLU 346   5.965  -5.156   7.839
    2    HA   GLU 346           HA       GLU 346   6.645  -7.743   8.856
    3    HB2  GLU 346           HB2      GLU 346   5.401  -5.328  10.178
    4    HB3  GLU 346           HB3      GLU 346   5.870  -6.787  11.040
    5    HG2  GLU 346           HG2      GLU 346   8.164  -6.437  10.562
    6    HG3  GLU 346           HG3      GLU 346   7.794  -5.154   9.411

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    ALA 347           H        ALA 347   3.721  -6.176   7.853
    2    HA   ALA 347           HA       ALA 347   1.977  -8.036   9.206
    3    HB1  ALA 347           HB1      ALA 347   1.234  -6.111   7.014
    4    HB2  ALA 347           HB2      ALA 347   1.382  -5.643   8.708
    5    HB3  ALA 347           HB3      ALA 347   0.176  -6.836   8.224

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    LEU 348           H        LEU 348   3.461  -7.695   6.069
    2    HA   LEU 348           HA       LEU 348   1.812  -9.683   4.802
    3    HG   LEU 348           HG       LEU 348   1.535  -7.736   3.453
    4   HD11  LEU 348          1HD1      LEU 348   4.045  -6.894   2.147
    5   HD12  LEU 348          2HD1      LEU 348   2.557  -6.638   1.234
    6   HD13  LEU 348          3HD1      LEU 348   2.741  -5.928   2.838
    7   HD21  LEU 348          1HD2      LEU 348   1.748  -9.969   2.177
    8   HD22  LEU 348          2HD2      LEU 348   0.911  -8.625   1.400
    9   HD23  LEU 348          3HD2      LEU 348   2.572  -9.009   0.949
   10    HB2  LEU 348           HB2      LEU 348   4.148  -8.018   4.029
   11    HB3  LEU 348           HB3      LEU 348   3.892  -9.503   3.133

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    GLU 349           H        GLU 349   4.943  -9.571   6.386
    2    HA   GLU 349           HA       GLU 349   5.717 -12.215   5.615
    3    HB2  GLU 349           HB2      GLU 349   7.511 -11.936   7.285
    4    HB3  GLU 349           HB3      GLU 349   7.412 -10.570   6.182
    5    HG2  GLU 349           HG2      GLU 349   7.555  -9.370   8.066
    6    HG3  GLU 349           HG3      GLU 349   5.825  -9.691   8.167

  No H/Q in entry =           6
  Start of MODEL   15
    1    H    LEU 350           H        LEU 350   3.816 -10.838   8.166
    2    HA   LEU 350           HA       LEU 350   3.981 -13.054   9.956
    3    HG   LEU 350           HG       LEU 350   4.496 -10.790  11.084
    4   HD11  LEU 350          1HD1      LEU 350   2.826  -8.935  11.154
    5   HD12  LEU 350          2HD1      LEU 350   2.043  -9.766  12.499
    6   HD13  LEU 350          3HD1      LEU 350   3.702  -9.189  12.664
    7   HD21  LEU 350          1HD2      LEU 350   2.568 -12.164  12.952
    8   HD22  LEU 350          2HD2      LEU 350   3.994 -12.885  12.206
    9   HD23  LEU 350          3HD2      LEU 350   4.176 -11.584  13.383
   10    HB2  LEU 350           HB2      LEU 350   2.293 -10.607   9.730
   11    HB3  LEU 350           HB3      LEU 350   1.731 -11.911  10.759

  No H/Q in entry =          11
  Start of MODEL   15
    1    H    LYS 351           H        LYS 351   1.908 -12.177   7.272
    2    HA   LYS 351           HA       LYS 351  -0.047 -14.211   7.797
    3    HB2  LYS 351           HB2      LYS 351  -0.994 -13.586   5.643
    4    HB3  LYS 351           HB3      LYS 351  -0.622 -12.149   6.584
    5    HG2  LYS 351           HG2      LYS 351   1.035 -11.481   5.173
    6    HG3  LYS 351           HG3      LYS 351   1.432 -13.128   4.680
    7    HD2  LYS 351           HD2      LYS 351   0.434 -12.121   2.794
    8    HD3  LYS 351           HD3      LYS 351  -0.809 -13.160   3.493
    9    HE2  LYS 351           HE2      LYS 351  -2.114 -11.342   3.350
   10    HE3  LYS 351           HE3      LYS 351  -1.262 -10.819   4.802
   11    HZ1  LYS 351           HZ1      LYS 351  -0.311 -10.167   2.074
   12    HZ2  LYS 351           HZ2      LYS 351  -1.374  -9.168   2.930
   13    HZ3  LYS 351           HZ3      LYS 351   0.175  -9.473   3.538

  No H/Q in entry =          13
  Start of MODEL   15
    1    H    ASP 352           H        ASP 352   2.932 -13.995   6.013
    2    HA   ASP 352           HA       ASP 352   2.491 -16.374   4.465
    3    HB2  ASP 352           HB2      ASP 352   4.827 -14.545   4.919
    4    HB3  ASP 352           HB3      ASP 352   5.065 -16.100   4.128

  No H/Q in entry =           4
  Start of MODEL   15
    1    H    ALA 353           H        ALA 353   3.960 -15.577   7.534
    2    HA   ALA 353           HA       ALA 353   5.297 -18.083   7.875
    3    HB1  ALA 353           HB1      ALA 353   5.955 -15.947   9.000
    4    HB2  ALA 353           HB2      ALA 353   4.531 -16.117  10.026
    5    HB3  ALA 353           HB3      ALA 353   5.809 -17.332  10.081

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLN 354           H        GLN 354   2.130 -16.819   8.639
    2    HA   GLN 354           HA       GLN 354   1.449 -19.139  10.257
    3   HE21  GLN 354          1HE2      GLN 354  -2.712 -15.500   9.829
    4   HE22  GLN 354          2HE2      GLN 354  -3.770 -16.456   8.853
    5    HB2  GLN 354           HB2      GLN 354  -0.690 -18.020  10.614
    6    HB3  GLN 354           HB3      GLN 354   0.644 -16.924  10.946
    7    HG2  GLN 354           HG2      GLN 354  -0.569 -15.502   9.710
    8    HG3  GLN 354           HG3      GLN 354   0.201 -16.340   8.363

  No H/Q in entry =           8
  Start of MODEL   15
    1    H    ALA 355           H        ALA 355   0.894 -17.854   7.056
    2    HA   ALA 355           HA       ALA 355  -1.072 -19.907   6.431
    3    HB1  ALA 355           HB1      ALA 355  -1.296 -18.793   4.293
    4    HB2  ALA 355           HB2      ALA 355  -1.385 -17.610   5.598
    5    HB3  ALA 355           HB3      ALA 355   0.094 -17.769   4.651

  No H/Q in entry =           5
  Start of MODEL   15
    1    H    GLY 356           H        GLY 356  -0.795 -21.194   4.417
    2    HA2  GLY 356           HA2      GLY 356   0.354 -22.784   3.227
    3    HA3  GLY 356           HA3      GLY 356   1.525 -22.763   4.537

  No H/Q in entry =           3
  Start of MODEL   16
    1    H1   GLU 326           H1       GLU 326 -17.890   2.178  10.533
    2    H2   GLU 326           H2       GLU 326 -16.650   3.360  10.481
    3    H3   GLU 326           H3       GLU 326 -18.115   3.691  11.313
    4    HB2  GLU 326           HB2      GLU 326 -17.824   5.638  10.171
    5    HB3  GLU 326           HB3      GLU 326 -16.931   5.326   8.688
    6    HG2  GLU 326           HG2      GLU 326 -18.363   6.765   7.769
    7    HG3  GLU 326           HG3      GLU 326 -19.484   5.404   7.767
    8    HA   GLU 326           HA       GLU 326 -19.334   3.654   9.311

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    SER 327           H        SER 327 -19.621   2.711   7.395
    2    HA   SER 327           HA       SER 327 -17.339   1.392   6.132
    3    HG   SER 327           HG       SER 327 -19.210  -1.136   6.395
    4    HB2  SER 327           HB2      SER 327 -20.316   1.118   5.655
    5    HB3  SER 327           HB3      SER 327 -19.075   0.208   4.794

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    PHE 328           H        PHE 328 -16.921   1.581   3.883
    2    HA   PHE 328           HA       PHE 328 -18.213   3.770   2.454
    3    HD1  PHE 328           HD1      PHE 328 -17.198   6.621   3.329
    4    HD2  PHE 328           HD2      PHE 328 -15.080   3.382   5.100
    5    HE1  PHE 328           HE1      PHE 328 -17.199   7.805   5.486
    6    HE2  PHE 328           HE2      PHE 328 -15.078   4.560   7.260
    7    HZ   PHE 328           HZ       PHE 328 -16.139   6.774   7.456
    8    HB2  PHE 328           HB2      PHE 328 -15.205   3.666   2.666
    9    HB3  PHE 328           HB3      PHE 328 -16.195   4.942   1.966

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLY 329           H        GLY 329 -17.895   3.713   0.178
    2    HA2  GLY 329           HA2      GLY 329 -18.188   2.186  -1.629
    3    HA3  GLY 329           HA3      GLY 329 -17.180   1.028  -0.774

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    LEU 330           H        LEU 330 -15.168   0.793  -1.483
    2    HA   LEU 330           HA       LEU 330 -13.788   3.064  -2.696
    3    HG   LEU 330           HG       LEU 330 -11.299   1.799  -3.566
    4   HD11  LEU 330          1HD1      LEU 330 -11.975   3.922  -2.399
    5   HD12  LEU 330          2HD1      LEU 330 -10.894   3.453  -1.086
    6   HD13  LEU 330          3HD1      LEU 330 -10.248   3.739  -2.702
    7   HD21  LEU 330          1HD2      LEU 330 -10.426   0.716  -0.935
    8   HD22  LEU 330          2HD2      LEU 330 -10.031   0.177  -2.567
    9   HD23  LEU 330          3HD2      LEU 330  -9.266   1.622  -1.906
   10    HB2  LEU 330           HB2      LEU 330 -12.715   1.664  -0.906
   11    HB3  LEU 330           HB3      LEU 330 -12.687   0.333  -2.047

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLY 331           H        GLY 331 -14.093   3.318  -4.811
    2    HA2  GLY 331           HA2      GLY 331 -14.801   2.654  -6.964
    3    HA3  GLY 331           HA3      GLY 331 -14.565   0.976  -6.499

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ILE 332           H        ILE 332 -12.447   0.098  -6.520
    2    HA   ILE 332           HA       ILE 332 -10.359   1.725  -7.763
    3    HB   ILE 332           HB       ILE 332 -10.107  -1.101  -6.742
    4   HG12  ILE 332          2HG1      ILE 332 -10.866   0.417  -4.943
    5   HG21  ILE 332          1HG2      ILE 332  -8.393  -0.196  -8.343
    6   HG22  ILE 332          2HG2      ILE 332  -7.978   0.993  -7.108
    7   HG23  ILE 332          3HG2      ILE 332  -7.763  -0.727  -6.784
    8   HD11  ILE 332          1HD1      ILE 332  -8.450   2.014  -5.718
    9   HD12  ILE 332          2HD1      ILE 332 -10.119   2.559  -5.549
   10   HD13  ILE 332          3HD1      ILE 332  -9.189   2.108  -4.119
   11   HG13  ILE 332          3HG1      ILE 332  -9.226  -0.163  -4.672

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ARG 333           H        ARG 333  -9.484   1.305  -9.743
    2    HA   ARG 333           HA       ARG 333 -10.907  -0.676 -11.385
    3    HE   ARG 333           HE       ARG 333 -13.905   1.292 -14.789
    4   HH11  ARG 333          1HH1      ARG 333 -10.595   2.389 -14.938
    5   HH12  ARG 333          2HH1      ARG 333 -10.944   3.687 -16.030
    6   HH21  ARG 333          1HH2      ARG 333 -14.365   2.998 -16.226
    7   HH22  ARG 333          2HH2      ARG 333 -13.083   4.033 -16.761
    8    HB2  ARG 333           HB2      ARG 333  -9.702   1.988 -11.951
    9    HB3  ARG 333           HB3      ARG 333  -9.673   0.790 -13.237
   10    HG2  ARG 333           HG2      ARG 333 -12.257   1.170 -11.865
   11    HG3  ARG 333           HG3      ARG 333 -11.688   2.508 -12.866
   12    HD2  ARG 333           HD2      ARG 333 -11.207   0.425 -14.514
   13    HD3  ARG 333           HD3      ARG 333 -12.609  -0.185 -13.635

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLY 334           H        GLY 334  -9.537  -2.381 -10.541
    2    HA2  GLY 334           HA2      GLY 334  -6.713  -2.343 -10.930
    3    HA3  GLY 334           HA3      GLY 334  -7.520  -3.176 -12.251

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ARG 335           H        ARG 335  -7.437  -5.298 -11.998
    2    HA   ARG 335           HA       ARG 335  -8.559  -6.650  -9.817
    3    HE   ARG 335           HE       ARG 335 -10.945 -10.000 -12.065
    4   HH11  ARG 335          1HH1      ARG 335  -8.270 -11.499 -10.397
    5   HH12  ARG 335          2HH1      ARG 335  -9.273 -12.611  -9.527
    6   HH21  ARG 335          1HH2      ARG 335 -12.265 -11.462 -10.922
    7   HH22  ARG 335          2HH2      ARG 335 -11.542 -12.590  -9.825
    8    HB2  ARG 335           HB2      ARG 335  -7.977  -7.432 -12.264
    9    HB3  ARG 335           HB3      ARG 335  -6.480  -7.968 -11.514
   10    HG2  ARG 335           HG2      ARG 335  -7.479  -9.659 -10.404
   11    HG3  ARG 335           HG3      ARG 335  -8.972  -8.754 -10.147
   12    HD2  ARG 335           HD2      ARG 335  -9.025  -9.060 -12.834
   13    HD3  ARG 335           HD3      ARG 335  -8.187 -10.536 -12.356

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 336           H        GLU 336  -5.155  -6.062 -10.653
    2    HA   GLU 336           HA       GLU 336  -4.127  -7.386  -8.351
    3    HB2  GLU 336           HB2      GLU 336  -2.956  -5.546 -10.414
    4    HB3  GLU 336           HB3      GLU 336  -2.023  -6.005  -8.997
    5    HG2  GLU 336           HG2      GLU 336  -1.506  -7.419 -10.906
    6    HG3  GLU 336           HG3      GLU 336  -2.228  -8.348  -9.593

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ARG 337           H        ARG 337  -4.766  -3.999  -9.163
    2    HA   ARG 337           HA       ARG 337  -3.679  -2.849  -6.847
    3    HE   ARG 337           HE       ARG 337  -2.963  -1.141  -9.621
    4   HH11  ARG 337          1HH1      ARG 337  -0.555  -1.404  -7.109
    5   HH12  ARG 337          2HH1      ARG 337   0.605  -2.186  -8.130
    6   HH21  ARG 337          1HH2      ARG 337  -1.439  -2.170 -10.965
    7   HH22  ARG 337          2HH2      ARG 337   0.104  -2.620 -10.319
    8    HB2  ARG 337           HB2      ARG 337  -4.757  -1.854  -9.114
    9    HB3  ARG 337           HB3      ARG 337  -6.093  -1.581  -8.004
   10    HG2  ARG 337           HG2      ARG 337  -4.631   0.366  -8.179
   11    HG3  ARG 337           HG3      ARG 337  -4.655  -0.292  -6.542
   12    HD2  ARG 337           HD2      ARG 337  -2.388   0.375  -7.464
   13    HD3  ARG 337           HD3      ARG 337  -2.517  -1.245  -6.782

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    PHE 338           H        PHE 338  -7.062  -3.689  -7.583
    2    HA   PHE 338           HA       PHE 338  -8.077  -3.050  -5.041
    3    HD1  PHE 338           HD1      PHE 338  -9.714  -6.526  -5.113
    4    HD2  PHE 338           HD2      PHE 338 -11.340  -2.635  -5.690
    5    HE1  PHE 338           HE1      PHE 338 -11.588  -7.092  -3.622
    6    HE2  PHE 338           HE2      PHE 338 -13.216  -3.194  -4.199
    7    HZ   PHE 338           HZ       PHE 338 -13.341  -5.425  -3.163
    8    HB2  PHE 338           HB2      PHE 338  -9.536  -3.327  -6.983
    9    HB3  PHE 338           HB3      PHE 338  -9.107  -5.031  -7.088

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLU 339           H        GLU 339  -6.630  -5.973  -6.344
    2    HA   GLU 339           HA       GLU 339  -7.310  -7.720  -4.247
    3    HB2  GLU 339           HB2      GLU 339  -5.240  -7.683  -6.392
    4    HB3  GLU 339           HB3      GLU 339  -5.017  -8.807  -5.058
    5    HG2  GLU 339           HG2      GLU 339  -7.106  -9.874  -5.523
    6    HG3  GLU 339           HG3      GLU 339  -7.510  -8.657  -6.733

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    MET 340           H        MET 340  -4.732  -5.379  -4.644
    2    HA   MET 340           HA       MET 340  -3.156  -6.205  -2.443
    3    HB2  MET 340           HB2      MET 340  -2.278  -4.744  -4.205
    4    HB3  MET 340           HB3      MET 340  -3.405  -3.480  -3.733
    5    HG2  MET 340           HG2      MET 340  -2.300  -3.141  -1.667
    6    HG3  MET 340           HG3      MET 340  -1.326  -4.596  -1.876
    7    HE1  MET 340           HE1      MET 340  -2.331  -1.382  -3.775
    8    HE2  MET 340           HE2      MET 340  -0.876  -0.977  -4.685
    9    HE3  MET 340           HE3      MET 340  -1.824  -2.397  -5.125

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    PHE 341           H        PHE 341  -5.420  -3.461  -2.767
    2    HA   PHE 341           HA       PHE 341  -5.408  -2.730  -0.067
    3    HD1  PHE 341           HD1      PHE 341  -7.715  -1.155  -3.821
    4    HD2  PHE 341           HD2      PHE 341  -4.471  -0.974  -1.076
    5    HE1  PHE 341           HE1      PHE 341  -6.442   0.213  -5.420
    6    HE2  PHE 341           HE2      PHE 341  -3.194   0.396  -2.663
    7    HZ   PHE 341           HZ       PHE 341  -4.178   0.985  -4.840
    8    HB2  PHE 341           HB2      PHE 341  -7.795  -2.419  -1.884
    9    HB3  PHE 341           HB3      PHE 341  -7.285  -1.367  -0.565

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    ARG 342           H        ARG 342  -7.131  -5.258  -1.743
    2    HA   ARG 342           HA       ARG 342  -8.997  -5.742   0.389
    3    HE   ARG 342           HE       ARG 342 -11.604  -8.689   0.967
    4   HH11  ARG 342          1HH1      ARG 342  -9.623 -11.360  -0.090
    5   HH12  ARG 342          2HH1      ARG 342 -10.134 -12.408   1.189
    6   HH21  ARG 342          1HH2      ARG 342 -12.277 -10.066   2.651
    7   HH22  ARG 342          2HH2      ARG 342 -11.641 -11.674   2.746
    8    HB2  ARG 342           HB2      ARG 342  -9.106  -6.363  -2.190
    9    HB3  ARG 342           HB3      ARG 342  -8.338  -7.842  -1.629
   10    HG2  ARG 342           HG2      ARG 342 -10.658  -7.026  -0.046
   11    HG3  ARG 342           HG3      ARG 342 -11.021  -7.402  -1.731
   12    HD2  ARG 342           HD2      ARG 342 -10.653  -9.595  -1.441
   13    HD3  ARG 342           HD3      ARG 342  -9.220  -9.318  -0.452

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 343           H        GLU 343  -6.054  -7.325  -0.814
    2    HA   GLU 343           HA       GLU 343  -5.996  -9.327   1.197
    3    HB2  GLU 343           HB2      GLU 343  -4.767  -9.308  -1.055
    4    HB3  GLU 343           HB3      GLU 343  -3.582  -8.275  -0.269
    5    HG2  GLU 343           HG2      GLU 343  -2.553 -10.183   0.243
    6    HG3  GLU 343           HG3      GLU 343  -3.775 -10.324   1.507

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 344           H        LEU 344  -4.904  -6.031   1.016
    2    HA   LEU 344           HA       LEU 344  -3.125  -6.116   3.234
    3    HG   LEU 344           HG       LEU 344  -1.608  -4.252   2.847
    4   HD11  LEU 344          1HD1      LEU 344  -2.233  -5.966   1.061
    5   HD12  LEU 344          2HD1      LEU 344  -2.191  -4.616  -0.073
    6   HD13  LEU 344          3HD1      LEU 344  -0.741  -5.056   0.829
    7   HD21  LEU 344          1HD2      LEU 344  -2.810  -2.240   0.985
    8   HD22  LEU 344          2HD2      LEU 344  -1.877  -1.981   2.459
    9   HD23  LEU 344          3HD2      LEU 344  -1.071  -2.535   0.991
   10    HB2  LEU 344           HB2      LEU 344  -4.294  -4.067   1.480
   11    HB3  LEU 344           HB3      LEU 344  -3.955  -3.513   3.109

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ASN 345           H        ASN 345  -6.526  -5.203   2.838
    2    HA   ASN 345           HA       ASN 345  -6.986  -4.347   5.468
    3   HD21  ASN 345          1HD2      ASN 345  -9.935  -3.529   2.476
    4   HD22  ASN 345          2HD2      ASN 345  -9.840  -1.930   3.123
    5    HB2  ASN 345           HB2      ASN 345  -8.654  -5.191   3.174
    6    HB3  ASN 345           HB3      ASN 345  -9.414  -5.326   4.757

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    GLU 346           H        GLU 346  -7.159  -7.549   3.986
    2    HA   GLU 346           HA       GLU 346  -8.244  -8.878   6.241
    3    HB2  GLU 346           HB2      GLU 346  -8.175  -9.716   3.840
    4    HB3  GLU 346           HB3      GLU 346  -6.492 -10.134   4.131
    5    HG2  GLU 346           HG2      GLU 346  -7.057 -11.758   5.725
    6    HG3  GLU 346           HG3      GLU 346  -8.707 -11.154   5.875

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ALA 347           H        ALA 347  -4.916  -8.527   5.041
    2    HA   ALA 347           HA       ALA 347  -3.725  -9.985   7.165
    3    HB1  ALA 347           HB1      ALA 347  -2.733  -8.210   4.993
    4    HB2  ALA 347           HB2      ALA 347  -1.655  -8.576   6.340
    5    HB3  ALA 347           HB3      ALA 347  -2.320  -9.885   5.362

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    LEU 348           H        LEU 348  -4.718  -6.676   6.766
    2    HA   LEU 348           HA       LEU 348  -3.192  -5.621   8.941
    3    HG   LEU 348           HG       LEU 348  -3.051  -3.004   8.271
    4   HD11  LEU 348          1HD1      LEU 348  -2.792  -5.323   6.517
    5   HD12  LEU 348          2HD1      LEU 348  -2.064  -3.855   5.866
    6   HD13  LEU 348          3HD1      LEU 348  -1.569  -4.459   7.447
    7   HD21  LEU 348          1HD2      LEU 348  -4.981  -2.773   6.084
    8   HD22  LEU 348          2HD2      LEU 348  -4.122  -1.521   6.981
    9   HD23  LEU 348          3HD2      LEU 348  -3.327  -2.348   5.642
   10    HB2  LEU 348           HB2      LEU 348  -5.272  -4.640   7.087
   11    HB3  LEU 348           HB3      LEU 348  -5.210  -3.841   8.645

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLU 349           H        GLU 349  -6.330  -7.106   8.587
    2    HA   GLU 349           HA       GLU 349  -7.392  -6.272  11.090
    3    HB2  GLU 349           HB2      GLU 349  -8.106  -8.382   9.087
    4    HB3  GLU 349           HB3      GLU 349  -8.878  -8.387  10.666
    5    HG2  GLU 349           HG2      GLU 349  -8.868  -5.787   9.314
    6    HG3  GLU 349           HG3      GLU 349  -9.792  -7.047   8.499

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 350           H        LEU 350  -5.348  -8.906  10.062
    2    HA   LEU 350           HA       LEU 350  -5.661 -10.555  12.338
    3    HG   LEU 350           HG       LEU 350  -3.592 -12.964  10.601
    4   HD11  LEU 350          1HD1      LEU 350  -3.808 -11.897  13.405
    5   HD12  LEU 350          2HD1      LEU 350  -3.635 -13.611  13.029
    6   HD13  LEU 350          3HD1      LEU 350  -2.366 -12.475  12.571
    7   HD21  LEU 350          1HD2      LEU 350  -6.171 -12.238  10.767
    8   HD22  LEU 350          2HD2      LEU 350  -5.607 -13.887  11.036
    9   HD23  LEU 350          3HD2      LEU 350  -5.918 -12.827  12.410
   10    HB2  LEU 350           HB2      LEU 350  -4.408 -10.810   9.937
   11    HB3  LEU 350           HB3      LEU 350  -3.035 -10.581  11.003

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    LYS 351           H        LYS 351  -3.413  -7.946  11.548
    2    HA   LYS 351           HA       LYS 351  -1.697  -8.209  13.743
    3    HB2  LYS 351           HB2      LYS 351  -2.405  -6.013  11.862
    4    HB3  LYS 351           HB3      LYS 351  -1.550  -5.576  13.335
    5    HG2  LYS 351           HG2      LYS 351   0.358  -6.695  12.726
    6    HG3  LYS 351           HG3      LYS 351  -0.506  -7.809  11.664
    7    HD2  LYS 351           HD2      LYS 351   0.827  -6.242  10.363
    8    HD3  LYS 351           HD3      LYS 351  -0.894  -5.980  10.076
    9    HE2  LYS 351           HE2      LYS 351   0.382  -4.407  12.240
   10    HE3  LYS 351           HE3      LYS 351   0.801  -3.985  10.580
   11    HZ1  LYS 351           HZ1      LYS 351  -1.841  -4.158  10.385
   12    HZ2  LYS 351           HZ2      LYS 351  -1.713  -3.660  11.998
   13    HZ3  LYS 351           HZ3      LYS 351  -1.035  -2.721  10.765

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    ASP 352           H        ASP 352  -4.828  -6.666  13.422
    2    HA   ASP 352           HA       ASP 352  -4.796  -5.202  15.830
    3    HB2  ASP 352           HB2      ASP 352  -6.461  -5.161  13.794
    4    HB3  ASP 352           HB3      ASP 352  -7.339  -6.353  14.749

  No H/Q in entry =           4
  Start of MODEL   16
    1    H    ALA 353           H        ALA 353  -5.795  -8.501  15.067
    2    HA   ALA 353           HA       ALA 353  -6.960  -9.140  17.538
    3    HB1  ALA 353           HB1      ALA 353  -7.425 -10.640  15.825
    4    HB2  ALA 353           HB2      ALA 353  -5.732 -10.780  15.353
    5    HB3  ALA 353           HB3      ALA 353  -6.297 -11.535  16.843

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLN 354           H        GLN 354  -3.628  -9.037  16.491
    2    HA   GLN 354           HA       GLN 354  -2.624 -10.437  18.801
    3   HE21  GLN 354          1HE2      GLN 354  -1.765 -12.478  14.863
    4   HE22  GLN 354          2HE2      GLN 354  -0.530 -12.081  13.722
    5    HB2  GLN 354           HB2      GLN 354  -1.421  -9.096  16.421
    6    HB3  GLN 354           HB3      GLN 354  -0.406  -9.358  17.833
    7    HG2  GLN 354           HG2      GLN 354  -0.409 -11.622  17.592
    8    HG3  GLN 354           HG3      GLN 354  -1.988 -11.649  16.810

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    ALA 355           H        ALA 355  -2.689  -7.072  17.672
    2    HA   ALA 355           HA       ALA 355  -1.471  -6.102  20.103
    3    HB1  ALA 355           HB1      ALA 355  -0.987  -4.980  18.009
    4    HB2  ALA 355           HB2      ALA 355  -2.697  -4.616  17.783
    5    HB3  ALA 355           HB3      ALA 355  -1.806  -3.875  19.113

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLY 356           H        GLY 356  -2.984  -6.869  21.666
    2    HA2  GLY 356           HA2      GLY 356  -5.624  -5.570  21.607
    3    HA3  GLY 356           HA3      GLY 356  -4.578  -5.335  22.999

  No H/Q in entry =           3
  Start of MODEL   16
    1    H1   GLU 326           H1       GLU 326 -13.216  -6.435 -13.314
    2    H2   GLU 326           H2       GLU 326 -13.538  -5.916 -14.918
    3    H3   GLU 326           H3       GLU 326 -11.990  -6.535 -14.508
    4    HA   GLU 326           HA       GLU 326 -11.423  -4.705 -13.295
    5    HB2  GLU 326           HB2      GLU 326 -13.087  -3.831 -15.667
    6    HB3  GLU 326           HB3      GLU 326 -11.892  -2.825 -14.861
    7    HG2  GLU 326           HG2      GLU 326 -10.425  -5.036 -15.416
    8    HG3  GLU 326           HG3      GLU 326 -11.539  -5.006 -16.782

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    SER 327           H        SER 327 -11.940  -2.780 -12.145
    2    HA   SER 327           HA       SER 327 -13.150  -1.528 -10.683
    3    HG   SER 327           HG       SER 327 -15.940  -0.622 -10.645
    4    HB2  SER 327           HB2      SER 327 -14.393  -1.120 -12.947
    5    HB3  SER 327           HB3      SER 327 -15.658  -2.113 -12.225

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    PHE 328           H        PHE 328 -13.358  -2.392  -8.729
    2    HA   PHE 328           HA       PHE 328 -15.562  -4.263  -8.256
    3    HD1  PHE 328           HD1      PHE 328 -15.047  -6.713  -9.247
    4    HD2  PHE 328           HD2      PHE 328 -11.210  -4.965  -8.672
    5    HE1  PHE 328           HE1      PHE 328 -14.224  -7.868 -11.258
    6    HE2  PHE 328           HE2      PHE 328 -10.380  -6.115 -10.683
    7    HZ   PHE 328           HZ       PHE 328 -11.888  -7.569 -11.978
    8    HB2  PHE 328           HB2      PHE 328 -12.832  -4.698  -7.045
    9    HB3  PHE 328           HB3      PHE 328 -14.221  -5.779  -6.994

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLY 329           H        GLY 329 -16.458  -4.178  -6.185
    2    HA2  GLY 329           HA2      GLY 329 -17.293  -2.686  -4.556
    3    HA3  GLY 329           HA3      GLY 329 -15.848  -1.704  -4.747

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    LEU 330           H        LEU 330 -14.874  -1.618  -2.832
    2    HA   LEU 330           HA       LEU 330 -14.403  -4.158  -1.416
    3    HG   LEU 330           HG       LEU 330 -12.308  -4.767  -1.120
    4   HD11  LEU 330          1HD1      LEU 330 -10.326  -2.655  -1.764
    5   HD12  LEU 330          2HD1      LEU 330  -9.771  -4.060  -0.855
    6   HD13  LEU 330          3HD1      LEU 330 -10.520  -4.273  -2.438
    7   HD21  LEU 330          1HD2      LEU 330 -12.728  -3.492   1.077
    8   HD22  LEU 330          2HD2      LEU 330 -11.415  -4.669   1.026
    9   HD23  LEU 330          3HD2      LEU 330 -11.060  -2.946   0.905
   10    HB2  LEU 330           HB2      LEU 330 -12.530  -2.448  -2.389
   11    HB3  LEU 330           HB3      LEU 330 -12.710  -1.837  -0.756

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLY 331           H        GLY 331 -15.939  -4.290   0.119
    2    HA2  GLY 331           HA2      GLY 331 -17.276  -3.715   1.902
    3    HA3  GLY 331           HA3      GLY 331 -17.032  -2.031   1.465

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ILE 332           H        ILE 332 -15.114  -0.956   2.243
    2    HA   ILE 332           HA       ILE 332 -13.707  -2.283   4.436
    3    HB   ILE 332           HB       ILE 332 -13.160   0.456   3.298
    4   HG12  ILE 332          2HG1      ILE 332 -11.796  -2.149   2.585
    5   HG21  ILE 332          1HG2      ILE 332 -12.298  -0.345   5.612
    6   HG22  ILE 332          2HG2      ILE 332 -11.175  -1.315   4.660
    7   HG23  ILE 332          3HG2      ILE 332 -11.183   0.441   4.494
    8   HD11  ILE 332          1HD1      ILE 332 -10.648   0.236   2.411
    9   HD12  ILE 332          2HD1      ILE 332 -10.410  -1.026   1.202
   10   HD13  ILE 332          3HD1      ILE 332 -11.569   0.271   0.908
   11   HG13  ILE 332          3HG1      ILE 332 -13.001  -1.356   1.576

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ARG 333           H        ARG 333 -13.798  -1.624   6.538
    2    HA   ARG 333           HA       ARG 333 -15.760   0.484   7.164
    3    HE   ARG 333           HE       ARG 333 -18.838  -2.193   8.462
    4   HH11  ARG 333          1HH1      ARG 333 -18.483  -3.245  11.770
    5   HH12  ARG 333          2HH1      ARG 333 -19.754  -4.416  11.666
    6   HH21  ARG 333          1HH2      ARG 333 -20.510  -3.732   8.323
    7   HH22  ARG 333          2HH2      ARG 333 -20.905  -4.694   9.708
    8    HB2  ARG 333           HB2      ARG 333 -16.135  -2.052   7.804
    9    HB3  ARG 333           HB3      ARG 333 -15.068  -1.646   9.141
   10    HG2  ARG 333           HG2      ARG 333 -16.594   0.164   9.790
   11    HG3  ARG 333           HG3      ARG 333 -17.676  -0.297   8.474
   12    HD2  ARG 333           HD2      ARG 333 -16.848  -2.394  10.411
   13    HD3  ARG 333           HD3      ARG 333 -18.017  -1.188  10.945

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLY 334           H        GLY 334 -13.661   1.772   6.829
    2    HA2  GLY 334           HA2      GLY 334 -11.494   1.695   8.541
    3    HA3  GLY 334           HA3      GLY 334 -12.740   2.590   9.399

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ARG 335           H        ARG 335 -12.031   4.640   9.346
    2    HA   ARG 335           HA       ARG 335 -12.087   6.048   6.852
    3    HE   ARG 335           HE       ARG 335 -12.557  11.307   9.024
    4   HH11  ARG 335          1HH1      ARG 335 -13.733   9.538   6.255
    5   HH12  ARG 335          2HH1      ARG 335 -13.767  10.928   5.224
    6   HH21  ARG 335          1HH2      ARG 335 -12.601  13.137   7.669
    7   HH22  ARG 335          2HH2      ARG 335 -13.124  12.972   6.026
    8    HB2  ARG 335           HB2      ARG 335 -12.813   6.894   9.179
    9    HB3  ARG 335           HB3      ARG 335 -11.102   7.193   9.454
   10    HG2  ARG 335           HG2      ARG 335 -11.045   8.965   8.057
   11    HG3  ARG 335           HG3      ARG 335 -12.232   8.272   6.950
   12    HD2  ARG 335           HD2      ARG 335 -14.032   8.995   8.228
   13    HD3  ARG 335           HD3      ARG 335 -13.052   9.179   9.682

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 336           H        GLU 336  -9.572   5.163   9.184
    2    HA   GLU 336           HA       GLU 336  -7.464   6.469   7.785
    3    HB2  GLU 336           HB2      GLU 336  -5.974   5.214   9.286
    4    HB3  GLU 336           HB3      GLU 336  -7.284   5.987  10.168
    5    HG2  GLU 336           HG2      GLU 336  -8.441   3.648   9.834
    6    HG3  GLU 336           HG3      GLU 336  -6.772   3.105   9.665

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ARG 337           H        ARG 337  -8.680   3.150   7.865
    2    HA   ARG 337           HA       ARG 337  -6.672   1.983   6.284
    3    HE   ARG 337           HE       ARG 337  -7.530   0.227   8.915
    4   HH11  ARG 337          1HH1      ARG 337  -4.185   0.283   7.923
    5   HH12  ARG 337          2HH1      ARG 337  -3.625   0.972   9.410
    6   HH21  ARG 337          1HH2      ARG 337  -6.796   1.132  10.871
    7   HH22  ARG 337          2HH2      ARG 337  -5.108   1.453  11.084
    8    HB2  ARG 337           HB2      ARG 337  -8.826   1.033   7.635
    9    HB3  ARG 337           HB3      ARG 337  -9.412   0.916   5.982
   10    HG2  ARG 337           HG2      ARG 337  -8.366  -1.158   6.767
   11    HG3  ARG 337           HG3      ARG 337  -7.537  -0.471   5.369
   12    HD2  ARG 337           HD2      ARG 337  -6.082  -1.341   7.266
   13    HD3  ARG 337           HD3      ARG 337  -5.734   0.280   6.668

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    PHE 338           H        PHE 338  -9.929   3.092   5.352
    2    HA   PHE 338           HA       PHE 338  -9.609   2.698   2.595
    3    HD1  PHE 338           HD1      PHE 338 -12.828   2.587   1.597
    4    HD2  PHE 338           HD2      PHE 338 -10.796   6.289   2.122
    5    HE1  PHE 338           HE1      PHE 338 -13.701   3.368  -0.567
    6    HE2  PHE 338           HE2      PHE 338 -11.666   7.077  -0.041
    7    HZ   PHE 338           HZ       PHE 338 -13.120   5.616  -1.388
    8    HB2  PHE 338           HB2      PHE 338 -11.804   3.049   3.627
    9    HB3  PHE 338           HB3      PHE 338 -11.358   4.699   4.047

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLU 339           H        GLU 339  -8.696   5.335   4.705
    2    HA   GLU 339           HA       GLU 339  -8.187   7.290   2.753
    3    HB2  GLU 339           HB2      GLU 339  -7.343   6.822   5.566
    4    HB3  GLU 339           HB3      GLU 339  -6.380   7.949   4.621
    5    HG2  GLU 339           HG2      GLU 339  -9.238   8.410   4.359
    6    HG3  GLU 339           HG3      GLU 339  -8.665   8.542   6.021

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    MET 340           H        MET 340  -6.274   4.610   3.976
    2    HA   MET 340           HA       MET 340  -3.834   5.344   2.734
    3    HB2  MET 340           HB2      MET 340  -4.519   3.451   4.539
    4    HB3  MET 340           HB3      MET 340  -4.423   2.462   3.089
    5    HG2  MET 340           HG2      MET 340  -2.174   2.746   2.870
    6    HG3  MET 340           HG3      MET 340  -2.184   4.322   3.658
    7    HE1  MET 340           HE1      MET 340  -4.077   1.296   5.124
    8    HE2  MET 340           HE2      MET 340  -2.734   0.436   4.371
    9    HE3  MET 340           HE3      MET 340  -2.869   0.495   6.129

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    PHE 341           H        PHE 341  -6.168   2.786   1.852
    2    HA   PHE 341           HA       PHE 341  -5.085   2.304  -0.694
    3    HD1  PHE 341           HD1      PHE 341  -8.654   0.526   1.727
    4    HD2  PHE 341           HD2      PHE 341  -4.634   0.369   0.345
    5    HE1  PHE 341           HE1      PHE 341  -8.096  -1.047   3.534
    6    HE2  PHE 341           HE2      PHE 341  -4.069  -1.206   2.142
    7    HZ   PHE 341           HZ       PHE 341  -5.801  -1.909   3.741
    8    HB2  PHE 341           HB2      PHE 341  -7.991   1.927   0.016
    9    HB3  PHE 341           HB3      PHE 341  -7.015   0.989  -1.113

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    ARG 342           H        ARG 342  -7.163   4.820   0.462
    2    HA   ARG 342           HA       ARG 342  -8.242   5.559  -2.078
    3    HE   ARG 342           HE       ARG 342 -11.186   9.378  -1.748
    4   HH11  ARG 342          1HH1      ARG 342 -11.659   6.569  -3.764
    5   HH12  ARG 342          2HH1      ARG 342 -13.174   7.121  -4.393
    6   HH21  ARG 342          1HH2      ARG 342 -13.179  10.106  -2.575
    7   HH22  ARG 342          2HH2      ARG 342 -14.038   9.129  -3.719
    8    HB2  ARG 342           HB2      ARG 342  -9.384   6.173  -0.009
    9    HB3  ARG 342           HB3      ARG 342  -7.997   7.129   0.496
   10    HG2  ARG 342           HG2      ARG 342  -9.683   8.607  -0.321
   11    HG3  ARG 342           HG3      ARG 342  -8.354   8.588  -1.481
   12    HD2  ARG 342           HD2      ARG 342  -9.589   7.569  -3.087
   13    HD3  ARG 342           HD3      ARG 342 -10.525   6.631  -1.924

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 343           H        GLU 343  -5.433   6.484  -0.180
    2    HA   GLU 343           HA       GLU 343  -4.674   8.643  -1.905
    3    HB2  GLU 343           HB2      GLU 343  -4.013   8.018   0.623
    4    HB3  GLU 343           HB3      GLU 343  -2.634   7.312  -0.208
    5    HG2  GLU 343           HG2      GLU 343  -1.753   9.307  -0.719
    6    HG3  GLU 343           HG3      GLU 343  -3.324  10.032  -1.058

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 344           H        LEU 344  -4.070   5.220  -1.743
    2    HA   LEU 344           HA       LEU 344  -1.840   5.213  -3.535
    3    HG   LEU 344           HG       LEU 344  -0.622   3.662  -2.443
    4   HD11  LEU 344          1HD1      LEU 344  -2.545   3.150  -0.181
    5   HD12  LEU 344          2HD1      LEU 344  -0.799   3.316   0.009
    6   HD13  LEU 344          3HD1      LEU 344  -1.754   4.674  -0.587
    7   HD21  LEU 344          1HD2      LEU 344  -1.149   1.264  -3.050
    8   HD22  LEU 344          2HD2      LEU 344  -0.097   1.498  -1.653
    9   HD23  LEU 344          3HD2      LEU 344  -1.797   1.090  -1.419
   10    HB2  LEU 344           HB2      LEU 344  -3.569   3.170  -2.245
   11    HB3  LEU 344           HB3      LEU 344  -2.699   2.691  -3.690

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ASN 345           H        ASN 345  -5.319   4.721  -3.838
    2    HA   ASN 345           HA       ASN 345  -5.235   3.982  -6.592
    3   HD21  ASN 345          1HD2      ASN 345  -9.581   4.714  -5.832
    4   HD22  ASN 345          2HD2      ASN 345  -9.829   4.381  -7.508
    5    HB2  ASN 345           HB2      ASN 345  -7.106   3.357  -5.101
    6    HB3  ASN 345           HB3      ASN 345  -7.551   5.056  -4.965

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    GLU 346           H        GLU 346  -5.647   7.001  -4.841
    2    HA   GLU 346           HA       GLU 346  -6.324   8.543  -7.153
    3    HB2  GLU 346           HB2      GLU 346  -6.703   9.015  -4.579
    4    HB3  GLU 346           HB3      GLU 346  -5.132   9.792  -4.715
    5    HG2  GLU 346           HG2      GLU 346  -6.043  11.176  -6.565
    6    HG3  GLU 346           HG3      GLU 346  -7.628  10.470  -6.250

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ALA 347           H        ALA 347  -3.381   7.534  -5.617
    2    HA   ALA 347           HA       ALA 347  -1.703   9.484  -6.889
    3    HB1  ALA 347           HB1      ALA 347  -1.199   8.306  -4.713
    4    HB2  ALA 347           HB2      ALA 347   0.121   8.362  -5.883
    5    HB3  ALA 347           HB3      ALA 347  -0.812   6.879  -5.676

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    LEU 348           H        LEU 348  -2.565   6.100  -7.482
    2    HA   LEU 348           HA       LEU 348  -0.786   5.800  -9.696
    3    HG   LEU 348           HG       LEU 348  -3.909   4.761  -8.057
    4   HD11  LEU 348          1HD1      LEU 348  -4.012   3.811 -10.831
    5   HD12  LEU 348          2HD1      LEU 348  -5.302   3.209  -9.790
    6   HD13  LEU 348          3HD1      LEU 348  -5.057   4.945  -9.976
    7   HD21  LEU 348          1HD2      LEU 348  -3.215   1.881  -8.590
    8   HD22  LEU 348          2HD2      LEU 348  -3.164   2.739  -7.050
    9   HD23  LEU 348          3HD2      LEU 348  -4.714   2.397  -7.818
   10    HB2  LEU 348           HB2      LEU 348  -2.014   3.715 -10.129
   11    HB3  LEU 348           HB3      LEU 348  -1.498   3.854  -8.460

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLU 349           H        GLU 349  -4.033   6.967  -9.287
    2    HA   GLU 349           HA       GLU 349  -4.792   6.772 -12.035
    3    HB2  GLU 349           HB2      GLU 349  -6.215   7.106  -9.800
    4    HB3  GLU 349           HB3      GLU 349  -6.053   8.797 -10.255
    5    HG2  GLU 349           HG2      GLU 349  -6.864   7.020 -12.438
    6    HG3  GLU 349           HG3      GLU 349  -8.017   7.136 -11.110

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 350           H        LEU 350  -3.108   9.109 -10.081
    2    HA   LEU 350           HA       LEU 350  -3.391  11.347 -11.785
    3    HG   LEU 350           HG       LEU 350  -1.454  13.255  -9.347
    4   HD11  LEU 350          1HD1      LEU 350  -0.400  13.173 -11.544
    5   HD12  LEU 350          2HD1      LEU 350  -1.987  13.114 -12.311
    6   HD13  LEU 350          3HD1      LEU 350  -1.494  14.550 -11.414
    7   HD21  LEU 350          1HD2      LEU 350  -4.132  12.563 -10.382
    8   HD22  LEU 350          2HD2      LEU 350  -3.668  13.498  -8.961
    9   HD23  LEU 350          3HD2      LEU 350  -3.633  14.245 -10.558
   10    HB2  LEU 350           HB2      LEU 350  -2.386  10.975  -9.306
   11    HB3  LEU 350           HB3      LEU 350  -0.895  11.078 -10.221

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    LYS 351           H        LYS 351  -1.120   8.669 -11.684
    2    HA   LYS 351           HA       LYS 351   0.810   9.684 -13.448
    3    HB2  LYS 351           HB2      LYS 351  -0.024   6.811 -13.006
    4    HB3  LYS 351           HB3      LYS 351   1.460   7.332 -13.791
    5    HG2  LYS 351           HG2      LYS 351   2.472   7.852 -11.843
    6    HG3  LYS 351           HG3      LYS 351   0.975   8.401 -11.085
    7    HD2  LYS 351           HD2      LYS 351   1.247   6.487  -9.898
    8    HD3  LYS 351           HD3      LYS 351   0.415   5.794 -11.292
    9    HE2  LYS 351           HE2      LYS 351   3.413   5.975 -11.053
   10    HE3  LYS 351           HE3      LYS 351   2.477   4.565 -10.557
   11    HZ1  LYS 351           HZ1      LYS 351   1.659   4.364 -12.828
   12    HZ2  LYS 351           HZ2      LYS 351   2.578   5.705 -13.298
   13    HZ3  LYS 351           HZ3      LYS 351   3.349   4.290 -12.785

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    ASP 352           H        ASP 352  -2.272   8.115 -14.011
    2    HA   ASP 352           HA       ASP 352  -1.970   7.494 -16.725
    3    HB2  ASP 352           HB2      ASP 352  -3.928   7.078 -14.916
    4    HB3  ASP 352           HB3      ASP 352  -4.644   8.405 -15.825

  No H/Q in entry =           4
  Start of MODEL   16
    1    H    ALA 353           H        ALA 353  -3.207  10.428 -15.154
    2    HA   ALA 353           HA       ALA 353  -3.859  11.810 -17.521
    3    HB1  ALA 353           HB1      ALA 353  -3.449  13.849 -15.887
    4    HB2  ALA 353           HB2      ALA 353  -4.849  12.790 -15.714
    5    HB3  ALA 353           HB3      ALA 353  -3.440  12.565 -14.678

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLN 354           H        GLN 354  -0.864  11.419 -15.761
    2    HA   GLN 354           HA       GLN 354   0.550  13.525 -17.057
    3   HE21  GLN 354          1HE2      GLN 354   3.760  13.310 -14.468
    4   HE22  GLN 354          2HE2      GLN 354   3.780  15.032 -14.337
    5    HB2  GLN 354           HB2      GLN 354   1.567  11.068 -15.618
    6    HB3  GLN 354           HB3      GLN 354   2.569  12.420 -16.129
    7    HG2  GLN 354           HG2      GLN 354   0.222  12.999 -14.410
    8    HG3  GLN 354           HG3      GLN 354   1.624  12.223 -13.674

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    ALA 355           H        ALA 355   0.191  10.062 -17.646
    2    HA   ALA 355           HA       ALA 355   1.590  10.427 -20.216
    3    HB1  ALA 355           HB1      ALA 355   1.365   7.800 -18.776
    4    HB2  ALA 355           HB2      ALA 355   2.452   8.244 -20.091
    5    HB3  ALA 355           HB3      ALA 355   2.691   8.925 -18.482

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLY 356           H        GLY 356  -0.127  10.814 -21.548
    2    HA2  GLY 356           HA2      GLY 356  -2.425   8.999 -21.445
    3    HA3  GLY 356           HA3      GLY 356  -1.480   9.039 -22.926

  No H/Q in entry =           3
  Start of MODEL   16
    1    H1   GLU 326           H1       GLU 326  16.511  13.220   5.283
    2    H2   GLU 326           H2       GLU 326  14.992  13.909   4.878
    3    H3   GLU 326           H3       GLU 326  15.796  14.393   6.312
    4    HA   GLU 326           HA       GLU 326  15.504  12.306   7.289
    5    HB2  GLU 326           HB2      GLU 326  13.660  13.918   7.421
    6    HB3  GLU 326           HB3      GLU 326  12.986  13.284   5.925
    7    HG2  GLU 326           HG2      GLU 326  12.351  11.271   6.927
    8    HG3  GLU 326           HG3      GLU 326  13.393  11.538   8.324

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    SER 327           H        SER 327  16.314  10.414   6.553
    2    HA   SER 327           HA       SER 327  14.730   8.993   4.523
    3    HG   SER 327           HG       SER 327  17.355   7.287   3.255
    4    HB2  SER 327           HB2      SER 327  16.960   9.896   3.653
    5    HB3  SER 327           HB3      SER 327  17.729   8.724   4.724

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    PHE 328           H        PHE 328  14.669   6.716   4.735
    2    HA   PHE 328           HA       PHE 328  15.791   5.599   7.200
    3    HD1  PHE 328           HD1      PHE 328  11.622   7.006   6.363
    4    HD2  PHE 328           HD2      PHE 328  14.670   6.656   9.312
    5    HE1  PHE 328           HE1      PHE 328  10.861   9.107   7.393
    6    HE2  PHE 328           HE2      PHE 328  13.914   8.756  10.348
    7    HZ   PHE 328           HZ       PHE 328  12.007   9.984   9.388
    8    HB2  PHE 328           HB2      PHE 328  12.920   5.109   6.409
    9    HB3  PHE 328           HB3      PHE 328  13.719   4.657   7.911

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLY 329           H        GLY 329  16.377   3.472   7.072
    2    HA2  GLY 329           HA2      GLY 329  17.347   1.806   5.701
    3    HA3  GLY 329           HA3      GLY 329  16.289   2.303   4.389

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    LEU 330           H        LEU 330  14.772   0.881   3.894
    2    HA   LEU 330           HA       LEU 330  13.508  -0.658   6.049
    3    HG   LEU 330           HG       LEU 330  11.095  -0.321   5.950
    4   HD11  LEU 330          1HD1      LEU 330   9.919   0.752   4.069
    5   HD12  LEU 330          2HD1      LEU 330   9.879  -0.801   3.235
    6   HD13  LEU 330          3HD1      LEU 330   9.013  -0.596   4.758
    7   HD21  LEU 330          1HD2      LEU 330  11.755  -2.714   4.345
    8   HD22  LEU 330          2HD2      LEU 330  11.569  -2.530   6.089
    9   HD23  LEU 330          3HD2      LEU 330  10.143  -2.656   5.059
   10    HB2  LEU 330           HB2      LEU 330  12.332   0.782   4.111
   11    HB3  LEU 330           HB3      LEU 330  12.444  -0.760   3.284

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLY 331           H        GLY 331  13.692  -2.820   6.190
    2    HA2  GLY 331           HA2      GLY 331  15.089  -4.716   5.849
    3    HA3  GLY 331           HA3      GLY 331  15.430  -4.136   4.225

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ILE 332           H        ILE 332  13.970  -4.560   2.556
    2    HA   ILE 332           HA       ILE 332  11.627  -6.190   3.169
    3    HB   ILE 332           HB       ILE 332  12.509  -5.189   0.465
    4   HG12  ILE 332          2HG1      ILE 332  12.184  -3.311   2.045
    5   HG21  ILE 332          1HG2      ILE 332  10.209  -6.698   1.491
    6   HG22  ILE 332          2HG2      ILE 332   9.808  -5.371   0.400
    7   HG23  ILE 332          3HG2      ILE 332  10.905  -6.647  -0.128
    8   HD11  ILE 332          1HD1      ILE 332  10.573  -4.356   3.571
    9   HD12  ILE 332          2HD1      ILE 332  10.017  -2.799   2.957
   10   HD13  ILE 332          3HD1      ILE 332   9.355  -4.294   2.298
   11   HG13  ILE 332          3HG1      ILE 332  10.968  -3.327   0.772

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ARG 333           H        ARG 333  11.486  -8.318   2.776
    2    HA   ARG 333           HA       ARG 333  13.748  -9.602   1.389
    3    HE   ARG 333           HE       ARG 333  16.610 -10.410   4.724
    4   HH11  ARG 333          1HH1      ARG 333  15.614 -13.693   5.363
    5   HH12  ARG 333          2HH1      ARG 333  17.168 -14.183   5.949
    6   HH21  ARG 333          1HH2      ARG 333  18.655 -11.053   5.495
    7   HH22  ARG 333          2HH2      ARG 333  18.894 -12.684   6.025
    8    HB2  ARG 333           HB2      ARG 333  12.099 -10.513   3.739
    9    HB3  ARG 333           HB3      ARG 333  13.052 -11.640   2.784
   10    HG2  ARG 333           HG2      ARG 333  14.920  -9.777   3.301
   11    HG3  ARG 333           HG3      ARG 333  13.908  -9.611   4.738
   12    HD2  ARG 333           HD2      ARG 333  14.295 -11.797   5.417
   13    HD3  ARG 333           HD3      ARG 333  14.770 -12.319   3.801

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLY 334           H        GLY 334  11.304  -8.581   0.169
    2    HA2  GLY 334           HA2      GLY 334   9.209 -10.030  -0.434
    3    HA3  GLY 334           HA3      GLY 334  10.450 -11.085  -1.094

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ARG 335           H        ARG 335   9.923 -10.925  -3.229
    2    HA   ARG 335           HA       ARG 335  10.781  -8.545  -4.587
    3    HE   ARG 335           HE       ARG 335  11.405  -8.681  -9.186
    4   HH11  ARG 335          1HH1      ARG 335   9.165 -11.243  -9.962
    5   HH12  ARG 335          2HH1      ARG 335   8.885 -10.678 -11.575
    6   HH21  ARG 335          1HH2      ARG 335  11.036  -7.936 -11.306
    7   HH22  ARG 335          2HH2      ARG 335   9.947  -8.801 -12.338
    8    HB2  ARG 335           HB2      ARG 335  10.885 -11.121  -5.278
    9    HB3  ARG 335           HB3      ARG 335   9.360 -10.711  -6.051
   10    HG2  ARG 335           HG2      ARG 335  10.877  -8.663  -6.906
   11    HG3  ARG 335           HG3      ARG 335  12.109  -9.915  -6.737
   12    HD2  ARG 335           HD2      ARG 335  11.177 -11.243  -8.360
   13    HD3  ARG 335           HD3      ARG 335   9.556 -10.598  -8.108

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 336           H        GLU 336   7.700 -10.333  -4.441
    2    HA   GLU 336           HA       GLU 336   6.186  -8.505  -5.919
    3    HB2  GLU 336           HB2      GLU 336   4.217  -9.549  -4.807
    4    HB3  GLU 336           HB3      GLU 336   5.340 -10.717  -5.491
    5    HG2  GLU 336           HG2      GLU 336   6.324 -10.663  -3.040
    6    HG3  GLU 336           HG3      GLU 336   4.683 -10.144  -2.658

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ARG 337           H        ARG 337   6.588  -8.792  -2.393
    2    HA   ARG 337           HA       ARG 337   4.936  -6.649  -1.681
    3    HE   ARG 337           HE       ARG 337   6.836 -10.092   0.526
    4   HH11  ARG 337          1HH1      ARG 337   9.219  -9.670   3.040
    5   HH12  ARG 337          2HH1      ARG 337   9.074 -11.294   3.622
    6   HH21  ARG 337          1HH2      ARG 337   6.644 -12.228   1.290
    7   HH22  ARG 337          2HH2      ARG 337   7.613 -12.747   2.629
    8    HB2  ARG 337           HB2      ARG 337   6.107  -6.672   0.465
    9    HB3  ARG 337           HB3      ARG 337   5.744  -8.308  -0.066
   10    HG2  ARG 337           HG2      ARG 337   8.089  -8.454  -0.929
   11    HG3  ARG 337           HG3      ARG 337   8.403  -6.905  -0.145
   12    HD2  ARG 337           HD2      ARG 337   9.129  -8.578   1.364
   13    HD3  ARG 337           HD3      ARG 337   7.604  -7.961   1.999

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    PHE 338           H        PHE 338   8.438  -6.744  -2.281
    2    HA   PHE 338           HA       PHE 338   8.941  -4.034  -1.738
    3    HD1  PHE 338           HD1      PHE 338  12.138  -4.016  -1.109
    4    HD2  PHE 338           HD2      PHE 338  10.808  -3.952  -5.151
    5    HE1  PHE 338           HE1      PHE 338  13.736  -2.212  -1.602
    6    HE2  PHE 338           HE2      PHE 338  12.405  -2.148  -5.652
    7    HZ   PHE 338           HZ       PHE 338  13.872  -1.276  -3.876
    8    HB2  PHE 338           HB2      PHE 338  10.727  -5.712  -1.901
    9    HB3  PHE 338           HB3      PHE 338  10.403  -5.901  -3.621

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLU 339           H        GLU 339   7.782  -5.684  -4.599
    2    HA   GLU 339           HA       GLU 339   8.169  -3.617  -6.464
    3    HB2  GLU 339           HB2      GLU 339   6.453  -6.044  -6.305
    4    HB3  GLU 339           HB3      GLU 339   6.017  -4.823  -7.493
    5    HG2  GLU 339           HG2      GLU 339   8.686  -5.066  -7.930
    6    HG3  GLU 339           HG3      GLU 339   8.253  -6.709  -7.457

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    MET 340           H        MET 340   5.497  -4.349  -4.269
    2    HA   MET 340           HA       MET 340   3.722  -2.373  -5.212
    3    HB2  MET 340           HB2      MET 340   3.861  -3.320  -2.355
    4    HB3  MET 340           HB3      MET 340   2.450  -2.770  -3.248
    5    HG2  MET 340           HG2      MET 340   2.881  -4.802  -4.762
    6    HG3  MET 340           HG3      MET 340   3.903  -5.376  -3.445
    7    HE1  MET 340           HE1      MET 340   3.090  -7.155  -2.280
    8    HE2  MET 340           HE2      MET 340   2.817  -6.071  -0.916
    9    HE3  MET 340           HE3      MET 340   1.586  -7.251  -1.364

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    PHE 341           H        PHE 341   5.938  -2.347  -2.420
    2    HA   PHE 341           HA       PHE 341   5.467   0.317  -1.675
    3    HD1  PHE 341           HD1      PHE 341   4.611  -1.098  -0.113
    4    HD2  PHE 341           HD2      PHE 341   8.462  -2.900   0.061
    5    HE1  PHE 341           HE1      PHE 341   3.669  -2.976   1.162
    6    HE2  PHE 341           HE2      PHE 341   7.527  -4.783   1.337
    7    HZ   PHE 341           HZ       PHE 341   5.127  -4.822   1.885
    8    HB2  PHE 341           HB2      PHE 341   8.128  -1.033  -1.287
    9    HB3  PHE 341           HB3      PHE 341   7.306   0.106  -0.224

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    ARG 342           H        ARG 342   7.490  -1.075  -4.144
    2    HA   ARG 342           HA       ARG 342   9.144   1.193  -4.579
    3    HE   ARG 342           HE       ARG 342  12.189  -0.215  -9.226
    4   HH11  ARG 342          1HH1      ARG 342   9.103  -1.710  -8.575
    5   HH12  ARG 342          2HH1      ARG 342   8.698  -1.893 -10.249
    6   HH21  ARG 342          1HH2      ARG 342  11.657  -0.455 -11.428
    7   HH22  ARG 342          2HH2      ARG 342  10.148  -1.181 -11.869
    8    HB2  ARG 342           HB2      ARG 342   9.758  -1.061  -5.347
    9    HB3  ARG 342           HB3      ARG 342   8.407  -1.048  -6.471
   10    HG2  ARG 342           HG2      ARG 342   9.414   0.499  -7.868
   11    HG3  ARG 342           HG3      ARG 342  10.501   1.080  -6.604
   12    HD2  ARG 342           HD2      ARG 342  12.017  -0.546  -6.980
   13    HD3  ARG 342           HD3      ARG 342  10.783  -1.764  -7.298

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 343           H        GLU 343   6.108   0.071  -6.004
    2    HA   GLU 343           HA       GLU 343   5.945   2.117  -7.967
    3    HB2  GLU 343           HB2      GLU 343   4.100   0.064  -6.856
    4    HB3  GLU 343           HB3      GLU 343   3.378   1.427  -7.701
    5    HG2  GLU 343           HG2      GLU 343   3.630  -0.221  -9.329
    6    HG3  GLU 343           HG3      GLU 343   4.972   0.888  -9.605

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 344           H        LEU 344   4.864   1.824  -4.642
    2    HA   LEU 344           HA       LEU 344   3.230   4.147  -4.626
    3    HG   LEU 344           HG       LEU 344   1.663   3.536  -3.214
    4   HD11  LEU 344          1HD1      LEU 344   2.639   1.156  -3.874
    5   HD12  LEU 344          2HD1      LEU 344   2.005   0.744  -2.281
    6   HD13  LEU 344          3HD1      LEU 344   0.931   1.407  -3.513
    7   HD21  LEU 344          1HD2      LEU 344   2.546   3.638  -0.658
    8   HD22  LEU 344          2HD2      LEU 344   0.852   3.465  -1.118
    9   HD23  LEU 344          3HD2      LEU 344   1.798   2.041  -0.687
   10    HB2  LEU 344           HB2      LEU 344   4.287   2.241  -2.650
   11    HB3  LEU 344           HB3      LEU 344   4.017   3.857  -2.027

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ASN 345           H        ASN 345   6.620   3.528  -3.877
    2    HA   ASN 345           HA       ASN 345   7.230   6.063  -2.815
    3   HD21  ASN 345          1HD2      ASN 345   8.839   6.657  -1.790
    4   HD22  ASN 345          2HD2      ASN 345  10.429   7.284  -2.042
    5    HB2  ASN 345           HB2      ASN 345   8.695   4.092  -2.559
    6    HB3  ASN 345           HB3      ASN 345   9.055   4.145  -4.283

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    GLU 346           H        GLU 346   7.228   4.801  -6.109
    2    HA   GLU 346           HA       GLU 346   8.424   7.075  -7.313
    3    HB2  GLU 346           HB2      GLU 346   8.052   4.660  -8.243
    4    HB3  GLU 346           HB3      GLU 346   6.500   5.297  -8.772
    5    HG2  GLU 346           HG2      GLU 346   8.085   7.217  -9.727
    6    HG3  GLU 346           HG3      GLU 346   9.226   5.872  -9.752

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ALA 347           H        ALA 347   5.044   6.041  -6.947
    2    HA   ALA 347           HA       ALA 347   3.909   8.277  -8.247
    3    HB1  ALA 347           HB1      ALA 347   2.889   5.958  -7.497
    4    HB2  ALA 347           HB2      ALA 347   1.878   7.389  -7.694
    5    HB3  ALA 347           HB3      ALA 347   2.406   6.897  -6.085

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    LEU 348           H        LEU 348   5.114   7.765  -5.033
    2    HA   LEU 348           HA       LEU 348   3.770   9.945  -3.789
    3    HG   LEU 348           HG       LEU 348   5.865  10.791  -1.920
    4   HD11  LEU 348          1HD1      LEU 348   3.433   9.760  -1.395
    5   HD12  LEU 348          2HD1      LEU 348   4.293   9.305   0.076
    6   HD13  LEU 348          3HD1      LEU 348   4.210  10.999  -0.408
    7   HD21  LEU 348          1HD2      LEU 348   6.777   8.205  -0.851
    8   HD22  LEU 348          2HD2      LEU 348   7.608   9.758  -0.937
    9   HD23  LEU 348          3HD2      LEU 348   6.442   9.452   0.351
   10    HB2  LEU 348           HB2      LEU 348   4.648   8.115  -2.469
   11    HB3  LEU 348           HB3      LEU 348   6.275   8.444  -3.032

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLU 349           H        GLU 349   6.943   9.541  -5.303
    2    HA   GLU 349           HA       GLU 349   7.861  12.163  -4.676
    3    HB2  GLU 349           HB2      GLU 349   9.675  11.699  -6.232
    4    HB3  GLU 349           HB3      GLU 349   9.398  10.311  -5.189
    5    HG2  GLU 349           HG2      GLU 349   8.558   9.022  -6.892
    6    HG3  GLU 349           HG3      GLU 349   8.065  10.418  -7.850

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 350           H        LEU 350   5.957  10.792  -7.246
    2    HA   LEU 350           HA       LEU 350   6.262  12.963  -9.073
    3    HG   LEU 350           HG       LEU 350   4.370  11.015 -11.508
    4   HD11  LEU 350          1HD1      LEU 350   3.410  13.201 -10.839
    5   HD12  LEU 350          2HD1      LEU 350   5.045  13.858 -10.771
    6   HD13  LEU 350          3HD1      LEU 350   4.390  13.281 -12.304
    7   HD21  LEU 350          1HD2      LEU 350   6.943  10.960 -10.737
    8   HD22  LEU 350          2HD2      LEU 350   6.433  11.212 -12.407
    9   HD23  LEU 350          3HD2      LEU 350   6.861  12.593 -11.398
   10    HB2  LEU 350           HB2      LEU 350   5.292  10.439  -9.281
   11    HB3  LEU 350           HB3      LEU 350   3.795  11.348  -9.203

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    LYS 351           H        LYS 351   4.110  12.242  -6.417
    2    HA   LYS 351           HA       LYS 351   2.114  14.158  -7.008
    3    HB2  LYS 351           HB2      LYS 351   2.951  12.750  -4.484
    4    HB3  LYS 351           HB3      LYS 351   1.678  13.963  -4.474
    5    HG2  LYS 351           HG2      LYS 351   0.329  12.664  -5.953
    6    HG3  LYS 351           HG3      LYS 351   1.643  11.517  -6.225
    7    HD2  LYS 351           HD2      LYS 351   1.261  10.427  -4.288
    8    HD3  LYS 351           HD3      LYS 351   0.882  11.910  -3.410
    9    HE2  LYS 351           HE2      LYS 351  -1.327  11.956  -4.511
   10    HE3  LYS 351           HE3      LYS 351  -0.942  10.427  -5.300
   11    HZ1  LYS 351           HZ1      LYS 351  -0.736   9.406  -3.108
   12    HZ2  LYS 351           HZ2      LYS 351  -1.150  10.872  -2.371
   13    HZ3  LYS 351           HZ3      LYS 351  -2.278  10.063  -3.336

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    ASP 352           H        ASP 352   5.210  14.336  -5.400
    2    HA   ASP 352           HA       ASP 352   4.849  16.836  -4.131
    3    HB2  ASP 352           HB2      ASP 352   6.658  15.252  -3.547
    4    HB3  ASP 352           HB3      ASP 352   7.420  15.569  -5.103

  No H/Q in entry =           4
  Start of MODEL   16
    1    H    ALA 353           H        ALA 353   5.991  15.911  -7.335
    2    HA   ALA 353           HA       ALA 353   6.951  18.401  -8.178
    3    HB1  ALA 353           HB1      ALA 353   5.604  16.436 -10.008
    4    HB2  ALA 353           HB2      ALA 353   7.198  16.135  -9.316
    5    HB3  ALA 353           HB3      ALA 353   6.940  17.533 -10.360

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLN 354           H        GLN 354   3.701  17.113  -8.010
    2    HA   GLN 354           HA       GLN 354   2.455  19.070  -9.639
    3   HE21  GLN 354          1HE2      GLN 354  -0.982  17.847  -9.875
    4   HE22  GLN 354          2HE2      GLN 354  -0.934  18.095 -11.584
    5    HB2  GLN 354           HB2      GLN 354   1.364  17.283  -7.463
    6    HB3  GLN 354           HB3      GLN 354   0.358  18.320  -8.464
    7    HG2  GLN 354           HG2      GLN 354   2.199  16.282  -9.662
    8    HG3  GLN 354           HG3      GLN 354   0.573  15.867  -9.120

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    ALA 355           H        ALA 355   3.312  18.932  -6.247
    2    HA   ALA 355           HA       ALA 355   1.788  21.241  -5.497
    3    HB1  ALA 355           HB1      ALA 355   4.089  19.982  -4.013
    4    HB2  ALA 355           HB2      ALA 355   2.420  19.419  -3.921
    5    HB3  ALA 355           HB3      ALA 355   2.838  21.036  -3.353

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLY 356           H        GLY 356   5.314  20.672  -5.652
    2    HA2  GLY 356           HA2      GLY 356   6.205  23.235  -5.278
    3    HA3  GLY 356           HA3      GLY 356   5.774  23.171  -6.980

  No H/Q in entry =           3
  Start of MODEL   16
    1    H1   GLU 326           H1       GLU 326  16.714 -10.658  -4.886
    2    H2   GLU 326           H2       GLU 326  17.933 -11.861  -4.812
    3    H3   GLU 326           H3       GLU 326  16.328 -12.293  -5.238
    4    HA   GLU 326           HA       GLU 326  15.533 -11.949  -3.131
    5    HB2  GLU 326           HB2      GLU 326  18.307 -13.128  -2.862
    6    HB3  GLU 326           HB3      GLU 326  16.942 -13.428  -1.794
    7    HG2  GLU 326           HG2      GLU 326  16.832 -15.291  -3.081
    8    HG3  GLU 326           HG3      GLU 326  15.806 -14.221  -4.036

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    SER 327           H        SER 327  15.476 -10.810  -1.246
    2    HA   SER 327           HA       SER 327  15.927  -9.158   0.251
    3    HG   SER 327           HG       SER 327  18.522  -9.557   2.173
    4    HB2  SER 327           HB2      SER 327  18.021 -10.729   0.463
    5    HB3  SER 327           HB3      SER 327  18.863  -9.387  -0.311

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    PHE 328           H        PHE 328  15.316  -7.190  -0.348
    2    HA   PHE 328           HA       PHE 328  17.050  -5.694  -2.199
    3    HD1  PHE 328           HD1      PHE 328  13.797  -7.899  -1.948
    4    HD2  PHE 328           HD2      PHE 328  15.585  -5.860  -5.227
    5    HE1  PHE 328           HE1      PHE 328  13.406  -9.863  -3.378
    6    HE2  PHE 328           HE2      PHE 328  15.197  -7.820  -6.663
    7    HZ   PHE 328           HZ       PHE 328  14.106  -9.825  -5.739
    8    HB2  PHE 328           HB2      PHE 328  14.053  -5.366  -2.053
    9    HB3  PHE 328           HB3      PHE 328  15.154  -4.703  -3.257

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLY 329           H        GLY 329  17.257  -3.463  -1.826
    2    HA2  GLY 329           HA2      GLY 329  17.898  -2.186   0.205
    3    HA3  GLY 329           HA3      GLY 329  16.308  -2.590   0.835

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    LEU 330           H        LEU 330  15.365  -0.637   1.025
    2    HA   LEU 330           HA       LEU 330  15.472   1.205  -1.253
    3    HG   LEU 330           HG       LEU 330  12.882   0.830   1.293
    4   HD11  LEU 330          1HD1      LEU 330  11.150   1.578  -0.630
    5   HD12  LEU 330          2HD1      LEU 330  10.530  -0.029  -0.253
    6   HD13  LEU 330          3HD1      LEU 330  10.676   1.181   1.021
    7   HD21  LEU 330          1HD2      LEU 330  12.253  -1.712  -0.202
    8   HD22  LEU 330          2HD2      LEU 330  13.541  -1.479   0.980
    9   HD23  LEU 330          3HD2      LEU 330  11.853  -1.398   1.486
   10    HB2  LEU 330           HB2      LEU 330  13.094   1.541  -1.249
   11    HB3  LEU 330           HB3      LEU 330  13.427  -0.167  -1.465

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLY 331           H        GLY 331  15.004   3.397  -0.734
    2    HA2  GLY 331           HA2      GLY 331  16.092   4.819   1.047
    3    HA3  GLY 331           HA3      GLY 331  15.024   3.981   2.162

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ILE 332           H        ILE 332  12.965   4.685   2.429
    2    HA   ILE 332           HA       ILE 332  11.843   6.605   0.545
    3    HB   ILE 332           HB       ILE 332  10.545   5.509   3.037
    4   HG12  ILE 332          2HG1      ILE 332  11.196   3.655   1.572
    5   HG21  ILE 332          1HG2      ILE 332   9.744   7.610   1.623
    6   HG22  ILE 332          2HG2      ILE 332   9.028   6.340   0.631
    7   HG23  ILE 332          3HG2      ILE 332   8.606   6.468   2.338
    8   HD11  ILE 332          1HD1      ILE 332  11.325   4.864  -0.561
    9   HD12  ILE 332          2HD1      ILE 332  10.335   3.408  -0.660
   10   HD13  ILE 332          3HD1      ILE 332   9.566   4.993  -0.571
   11   HG13  ILE 332          3HG1      ILE 332   9.448   3.868   1.569

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ARG 333           H        ARG 333  11.447   8.722   0.980
    2    HA   ARG 333           HA       ARG 333  12.674   9.795   3.414
    3    HE   ARG 333           HE       ARG 333  14.320  11.812  -0.812
    4   HH11  ARG 333          1HH1      ARG 333  15.639   8.591  -1.066
    5   HH12  ARG 333          2HH1      ARG 333  16.090   8.772  -2.728
    6   HH21  ARG 333          1HH2      ARG 333  14.913  12.051  -2.998
    7   HH22  ARG 333          2HH2      ARG 333  15.679  10.736  -3.825
    8    HB2  ARG 333           HB2      ARG 333  12.137  10.875   0.686
    9    HB3  ARG 333           HB3      ARG 333  12.198  12.008   2.029
   10    HG2  ARG 333           HG2      ARG 333  14.378  12.064   1.426
   11    HG3  ARG 333           HG3      ARG 333  14.446  10.693   2.537
   12    HD2  ARG 333           HD2      ARG 333  15.522   9.780   0.744
   13    HD3  ARG 333           HD3      ARG 333  13.862   9.344   0.342

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLY 334           H        GLY 334  10.055   8.531   3.457
    2    HA2  GLY 334           HA2      GLY 334   7.741   9.603   3.433
    3    HA3  GLY 334           HA3      GLY 334   8.501  10.852   4.408

  No H/Q in entry =           3
  Start of MODEL   16
    1    H    ARG 335           H        ARG 335   8.000  10.679   6.478
    2    HA   ARG 335           HA       ARG 335   8.523   8.414   8.039
    3    HE   ARG 335           HE       ARG 335   9.980   9.882  12.237
    4   HH11  ARG 335          1HH1      ARG 335   6.583   9.175  12.617
    5   HH12  ARG 335          2HH1      ARG 335   6.828   8.108  13.958
    6   HH21  ARG 335          1HH2      ARG 335  10.303   8.478  14.001
    7   HH22  ARG 335          2HH2      ARG 335   8.939   7.712  14.745
    8    HB2  ARG 335           HB2      ARG 335   8.293  10.823   8.813
    9    HB3  ARG 335           HB3      ARG 335   6.552  10.583   8.754
   10    HG2  ARG 335           HG2      ARG 335   6.525   9.314  10.619
   11    HG3  ARG 335           HG3      ARG 335   8.092   8.579  10.274
   12    HD2  ARG 335           HD2      ARG 335   8.831  11.138  10.733
   13    HD3  ARG 335           HD3      ARG 335   7.429  11.013  11.795

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 336           H        GLU 336   5.395   9.726   6.944
    2    HA   GLU 336           HA       GLU 336   3.866   7.577   7.984
    3    HB2  GLU 336           HB2      GLU 336   3.364   9.872   6.158
    4    HB3  GLU 336           HB3      GLU 336   2.220   8.538   6.113
    5    HG2  GLU 336           HG2      GLU 336   1.265   9.920   7.672
    6    HG3  GLU 336           HG3      GLU 336   2.191   8.821   8.694

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ARG 337           H        ARG 337   5.084   8.312   4.731
    2    HA   ARG 337           HA       ARG 337   3.943   6.122   3.410
    3    HE   ARG 337           HE       ARG 337   3.659   7.257  -0.963
    4   HH11  ARG 337          1HH1      ARG 337   1.216   7.689   1.492
    5   HH12  ARG 337          2HH1      ARG 337   0.062   8.377   0.400
    6   HH21  ARG 337          1HH2      ARG 337   2.142   8.161  -2.401
    7   HH22  ARG 337          2HH2      ARG 337   0.587   8.644  -1.811
    8    HB2  ARG 337           HB2      ARG 337   5.387   8.258   2.611
    9    HB3  ARG 337           HB3      ARG 337   6.625   7.013   2.518
   10    HG2  ARG 337           HG2      ARG 337   5.446   7.378   0.386
   11    HG3  ARG 337           HG3      ARG 337   5.293   5.727   0.988
   12    HD2  ARG 337           HD2      ARG 337   3.068   5.909   1.301
   13    HD3  ARG 337           HD3      ARG 337   3.179   7.579   1.853

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    PHE 338           H        PHE 338   7.214   6.485   4.772
    2    HA   PHE 338           HA       PHE 338   8.059   3.862   4.230
    3    HD1  PHE 338           HD1      PHE 338   9.192   3.715   7.930
    4    HD2  PHE 338           HD2      PHE 338  11.333   4.156   4.279
    5    HE1  PHE 338           HE1      PHE 338  10.810   2.021   8.680
    6    HE2  PHE 338           HE2      PHE 338  12.955   2.461   5.021
    7    HZ   PHE 338           HZ       PHE 338  12.695   1.391   7.224
    8    HB2  PHE 338           HB2      PHE 338   9.625   5.660   4.811
    9    HB3  PHE 338           HB3      PHE 338   8.951   5.734   6.436

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    GLU 339           H        GLU 339   6.251   5.254   6.890
    2    HA   GLU 339           HA       GLU 339   6.434   3.099   8.687
    3    HB2  GLU 339           HB2      GLU 339   4.629   5.432   8.333
    4    HB3  GLU 339           HB3      GLU 339   4.025   4.105   9.315
    5    HG2  GLU 339           HG2      GLU 339   5.983   4.273  10.758
    6    HG3  GLU 339           HG3      GLU 339   6.602   5.594   9.768

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    MET 340           H        MET 340   4.302   3.746   5.968
    2    HA   MET 340           HA       MET 340   2.457   1.663   6.445
    3    HB2  MET 340           HB2      MET 340   3.209   2.673   3.709
    4    HB3  MET 340           HB3      MET 340   1.656   2.052   4.251
    5    HG2  MET 340           HG2      MET 340   1.966   4.172   5.905
    6    HG3  MET 340           HG3      MET 340   2.797   4.745   4.460
    7    HE1  MET 340           HE1      MET 340   1.818   4.463   2.116
    8    HE2  MET 340           HE2      MET 340   0.770   3.045   2.172
    9    HE3  MET 340           HE3      MET 340   0.104   4.617   1.730

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    PHE 341           H        PHE 341   5.188   1.831   4.150
    2    HA   PHE 341           HA       PHE 341   5.095  -0.835   3.328
    3    HD1  PHE 341           HD1      PHE 341   4.703   0.240   1.349
    4    HD2  PHE 341           HD2      PHE 341   7.911   2.779   2.515
    5    HE1  PHE 341           HE1      PHE 341   3.874   1.977  -0.178
    6    HE2  PHE 341           HE2      PHE 341   7.089   4.523   0.989
    7    HZ   PHE 341           HZ       PHE 341   5.066   4.122  -0.353
    8    HB2  PHE 341           HB2      PHE 341   7.647   0.752   3.568
    9    HB3  PHE 341           HB3      PHE 341   7.241  -0.485   2.381

  No H/Q in entry =           9
  Start of MODEL   16
    1    H    ARG 342           H        ARG 342   6.345   0.578   6.244
    2    HA   ARG 342           HA       ARG 342   7.993  -1.641   6.983
    3    HE   ARG 342           HE       ARG 342   8.216  -3.276   9.354
    4   HH11  ARG 342          1HH1      ARG 342  11.350  -1.746   9.491
    5   HH12  ARG 342          2HH1      ARG 342  12.183  -3.107   8.818
    6   HH21  ARG 342          1HH2      ARG 342   9.310  -5.067   8.470
    7   HH22  ARG 342          2HH2      ARG 342  11.025  -4.992   8.238
    8    HB2  ARG 342           HB2      ARG 342   7.718   0.945   7.873
    9    HB3  ARG 342           HB3      ARG 342   6.972   0.025   9.172
   10    HG2  ARG 342           HG2      ARG 342   9.670  -0.711   8.104
   11    HG3  ARG 342           HG3      ARG 342   9.474   0.546   9.327
   12    HD2  ARG 342           HD2      ARG 342   9.784  -1.271  10.677
   13    HD3  ARG 342           HD3      ARG 342   8.029  -1.311  10.513

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    GLU 343           H        GLU 343   4.758  -0.520   7.938
    2    HA   GLU 343           HA       GLU 343   4.253  -2.676   9.711
    3    HB2  GLU 343           HB2      GLU 343   2.313  -0.865   8.259
    4    HB3  GLU 343           HB3      GLU 343   1.896  -1.937   9.589
    5    HG2  GLU 343           HG2      GLU 343   3.955  -0.488  10.645
    6    HG3  GLU 343           HG3      GLU 343   3.149   0.696   9.618

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 344           H        LEU 344   3.815  -2.197   6.278
    2    HA   LEU 344           HA       LEU 344   2.111  -4.426   5.832
    3    HG   LEU 344           HG       LEU 344   0.868  -3.415   4.346
    4   HD11  LEU 344          1HD1      LEU 344   2.281  -0.827   3.727
    5   HD12  LEU 344          2HD1      LEU 344   0.532  -1.018   3.847
    6   HD13  LEU 344          3HD1      LEU 344   1.548  -1.296   5.261
    7   HD21  LEU 344          1HD2      LEU 344   2.017  -3.820   1.934
    8   HD22  LEU 344          2HD2      LEU 344   0.336  -3.336   2.160
    9   HD23  LEU 344          3HD2      LEU 344   1.561  -2.122   1.796
   10    HB2  LEU 344           HB2      LEU 344   3.701  -2.565   4.160
   11    HB3  LEU 344           HB3      LEU 344   3.302  -4.114   3.441

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    ASN 345           H        ASN 345   5.592  -3.970   5.909
    2    HA   ASN 345           HA       ASN 345   6.308  -6.475   4.810
    3   HD21  ASN 345          1HD2      ASN 345   8.360  -5.652   3.395
    4   HD22  ASN 345          2HD2      ASN 345   9.673  -6.766   3.538
    5    HB2  ASN 345           HB2      ASN 345   7.759  -4.352   5.246
    6    HB3  ASN 345           HB3      ASN 345   8.003  -5.055   6.842

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    GLU 346           H        GLU 346   5.883  -5.362   8.153
    2    HA   GLU 346           HA       GLU 346   6.552  -7.862   9.334
    3    HB2  GLU 346           HB2      GLU 346   5.344  -5.306  10.281
    4    HB3  GLU 346           HB3      GLU 346   5.146  -6.734  11.287
    5    HG2  GLU 346           HG2      GLU 346   7.880  -6.304  10.345
    6    HG3  GLU 346           HG3      GLU 346   7.256  -5.022  11.382

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    ALA 347           H        ALA 347   3.599  -6.430   8.138
    2    HA   ALA 347           HA       ALA 347   1.839  -8.340   9.337
    3    HB1  ALA 347           HB1      ALA 347   1.091  -6.803   6.891
    4    HB2  ALA 347           HB2      ALA 347   1.349  -5.944   8.410
    5    HB3  ALA 347           HB3      ALA 347   0.121  -7.206   8.308

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    LEU 348           H        LEU 348   3.616  -8.119   6.335
    2    HA   LEU 348           HA       LEU 348   2.218 -10.207   4.987
    3    HG   LEU 348           HG       LEU 348   2.668  -7.749   3.720
    4   HD11  LEU 348          1HD1      LEU 348   4.900  -7.322   2.697
    5   HD12  LEU 348          2HD1      LEU 348   4.540  -8.578   1.512
    6   HD13  LEU 348          3HD1      LEU 348   3.544  -7.125   1.586
    7   HD21  LEU 348          1HD2      LEU 348   2.590 -10.326   2.198
    8   HD22  LEU 348          2HD2      LEU 348   1.304  -9.523   3.098
    9   HD23  LEU 348          3HD2      LEU 348   1.838  -8.868   1.550
   10    HB2  LEU 348           HB2      LEU 348   4.805  -8.766   4.541
   11    HB3  LEU 348           HB3      LEU 348   4.427 -10.198   3.601

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    GLU 349           H        GLU 349   5.083 -10.047   7.024
    2    HA   GLU 349           HA       GLU 349   5.949 -12.710   6.569
    3    HB2  GLU 349           HB2      GLU 349   6.455 -10.972   8.990
    4    HB3  GLU 349           HB3      GLU 349   7.387 -12.381   8.502
    5    HG2  GLU 349           HG2      GLU 349   7.149 -10.221   6.509
    6    HG3  GLU 349           HG3      GLU 349   8.103  -9.863   7.948

  No H/Q in entry =           6
  Start of MODEL   16
    1    H    LEU 350           H        LEU 350   3.619 -11.259   8.719
    2    HA   LEU 350           HA       LEU 350   3.371 -13.461  10.501
    3    HG   LEU 350           HG       LEU 350   1.135 -11.393  12.492
    4   HD11  LEU 350          1HD1      LEU 350   1.585 -14.223  11.597
    5   HD12  LEU 350          2HD1      LEU 350   1.211 -13.812  13.270
    6   HD13  LEU 350          3HD1      LEU 350   0.065 -13.420  11.989
    7   HD21  LEU 350          1HD2      LEU 350   3.911 -12.328  12.099
    8   HD22  LEU 350          2HD2      LEU 350   3.264 -11.116  13.205
    9   HD23  LEU 350          3HD2      LEU 350   3.109 -12.831  13.587
   10    HB2  LEU 350           HB2      LEU 350   2.475 -10.885  10.485
   11    HB3  LEU 350           HB3      LEU 350   1.002 -11.761  10.113

  No H/Q in entry =          11
  Start of MODEL   16
    1    H    LYS 351           H        LYS 351   1.590 -12.436   7.614
    2    HA   LYS 351           HA       LYS 351  -0.386 -14.438   7.703
    3    HB2  LYS 351           HB2      LYS 351  -0.508 -12.384   6.306
    4    HB3  LYS 351           HB3      LYS 351   0.738 -13.053   5.261
    5    HG2  LYS 351           HG2      LYS 351  -0.905 -15.054   5.029
    6    HG3  LYS 351           HG3      LYS 351  -2.106 -13.889   5.589
    7    HD2  LYS 351           HD2      LYS 351  -0.252 -13.348   3.280
    8    HD3  LYS 351           HD3      LYS 351  -1.838 -14.097   3.080
    9    HE2  LYS 351           HE2      LYS 351  -2.472 -11.943   2.790
   10    HE3  LYS 351           HE3      LYS 351  -2.549 -11.983   4.551
   11    HZ1  LYS 351           HZ1      LYS 351  -0.107 -11.155   3.097
   12    HZ2  LYS 351           HZ2      LYS 351  -1.322 -10.055   3.516
   13    HZ3  LYS 351           HZ3      LYS 351  -0.492 -10.900   4.724

  No H/Q in entry =          13
  Start of MODEL   16
    1    H    ASP 352           H        ASP 352   2.893 -14.416   6.498
    2    HA   ASP 352           HA       ASP 352   2.756 -16.749   4.917
    3    HB2  ASP 352           HB2      ASP 352   4.604 -15.011   4.920
    4    HB3  ASP 352           HB3      ASP 352   5.199 -15.767   6.396

  No H/Q in entry =           4
  Start of MODEL   16
    1    H    ALA 353           H        ALA 353   3.245 -16.215   8.343
    2    HA   ALA 353           HA       ALA 353   4.143 -18.827   8.985
    3    HB1  ALA 353           HB1      ALA 353   4.393 -16.779  10.419
    4    HB2  ALA 353           HB2      ALA 353   2.686 -16.944  10.829
    5    HB3  ALA 353           HB3      ALA 353   3.825 -18.220  11.261

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLN 354           H        GLN 354   0.984 -17.393   8.569
    2    HA   GLN 354           HA       GLN 354  -0.376 -19.718   9.658
    3   HE21  GLN 354          1HE2      GLN 354  -1.731 -15.173  11.477
    4   HE22  GLN 354          2HE2      GLN 354  -3.443 -14.957  11.547
    5    HB2  GLN 354           HB2      GLN 354  -1.318 -17.098   8.511
    6    HB3  GLN 354           HB3      GLN 354  -2.437 -18.409   8.859
    7    HG2  GLN 354           HG2      GLN 354  -1.553 -18.388  11.214
    8    HG3  GLN 354           HG3      GLN 354  -0.707 -16.899  10.796

  No H/Q in entry =           8
  Start of MODEL   16
    1    H    ALA 355           H        ALA 355  -0.056 -18.079   6.521
    2    HA   ALA 355           HA       ALA 355  -1.165 -20.470   5.218
    3    HB1  ALA 355           HB1      ALA 355  -2.040 -19.154   3.597
    4    HB2  ALA 355           HB2      ALA 355  -1.947 -17.934   4.867
    5    HB3  ALA 355           HB3      ALA 355  -0.690 -18.020   3.634

  No H/Q in entry =           5
  Start of MODEL   16
    1    H    GLY 356           H        GLY 356   1.201 -17.966   4.280
    2    HA2  GLY 356           HA2      GLY 356   3.094 -20.121   3.616
    3    HA3  GLY 356           HA3      GLY 356   3.532 -18.451   3.941

  No H/Q in entry =           3
  Start of MODEL   17
    1    H1   GLU 326           H1       GLU 326 -17.881   2.489  11.600
    2    H2   GLU 326           H2       GLU 326 -16.211   2.713  11.926
    3    H3   GLU 326           H3       GLU 326 -17.344   3.922  12.372
    4    HB2  GLU 326           HB2      GLU 326 -14.923   4.106  11.022
    5    HB3  GLU 326           HB3      GLU 326 -15.211   4.605   9.361
    6    HG2  GLU 326           HG2      GLU 326 -16.600   6.492  10.308
    7    HG3  GLU 326           HG3      GLU 326 -15.941   6.056  11.885
    8    HA   GLU 326           HA       GLU 326 -17.753   4.519  10.204

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    SER 327           H        SER 327 -17.664   4.151   7.953
    2    HA   SER 327           HA       SER 327 -16.553   1.695   6.928
    3    HG   SER 327           HG       SER 327 -18.962  -0.474   6.894
    4    HB2  SER 327           HB2      SER 327 -19.004   1.365   7.973
    5    HB3  SER 327           HB3      SER 327 -19.463   1.931   6.368

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    PHE 328           H        PHE 328 -16.241   1.747   4.733
    2    HA   PHE 328           HA       PHE 328 -17.478   3.870   3.166
    3    HD1  PHE 328           HD1      PHE 328 -16.314   6.681   3.594
    4    HD2  PHE 328           HD2      PHE 328 -14.132   3.637   5.614
    5    HE1  PHE 328           HE1      PHE 328 -16.110   8.141   5.564
    6    HE2  PHE 328           HE2      PHE 328 -13.925   5.090   7.589
    7    HZ   PHE 328           HZ       PHE 328 -14.915   7.345   7.565
    8    HB2  PHE 328           HB2      PHE 328 -14.474   3.559   3.213
    9    HB3  PHE 328           HB3      PHE 328 -15.412   4.802   2.391

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLY 329           H        GLY 329 -17.530   3.468   0.953
    2    HA2  GLY 329           HA2      GLY 329 -18.067   1.679  -0.556
    3    HA3  GLY 329           HA3      GLY 329 -16.835   0.702   0.227

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    LEU 330           H        LEU 330 -15.335   0.260  -1.250
    2    HA   LEU 330           HA       LEU 330 -14.178   2.513  -2.744
    3    HG   LEU 330           HG       LEU 330 -12.615   2.080  -0.429
    4   HD11  LEU 330          1HD1      LEU 330 -10.880   0.109  -0.907
    5   HD12  LEU 330          2HD1      LEU 330  -9.977   1.452  -1.608
    6   HD13  LEU 330          3HD1      LEU 330 -10.483   1.515   0.081
    7   HD21  LEU 330          1HD2      LEU 330 -11.494   2.921  -3.085
    8   HD22  LEU 330          2HD2      LEU 330 -12.684   3.746  -2.078
    9   HD23  LEU 330          3HD2      LEU 330 -10.995   3.682  -1.574
   10    HB2  LEU 330           HB2      LEU 330 -13.056  -0.016  -1.635
   11    HB3  LEU 330           HB3      LEU 330 -12.319   0.658  -3.076

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLY 331           H        GLY 331 -15.093   2.643  -4.700
    2    HA2  GLY 331           HA2      GLY 331 -16.397   1.679  -6.484
    3    HA3  GLY 331           HA3      GLY 331 -15.606   0.142  -6.172

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ILE 332           H        ILE 332 -13.484  -0.199  -6.924
    2    HA   ILE 332           HA       ILE 332 -12.483   1.817  -8.820
    3    HB   ILE 332           HB       ILE 332 -10.933  -0.500  -7.668
    4   HG12  ILE 332          2HG1      ILE 332  -9.853   1.649  -6.458
    5   HG21  ILE 332          1HG2      ILE 332 -10.348   1.704  -9.537
    6   HG22  ILE 332          2HG2      ILE 332  -9.110   1.361  -8.329
    7   HG23  ILE 332          3HG2      ILE 332  -9.647   0.089  -9.426
    8   HD11  ILE 332          1HD1      ILE 332 -10.757  -0.440  -5.381
    9   HD12  ILE 332          2HD1      ILE 332 -10.907   1.048  -4.447
   10   HD13  ILE 332          3HD1      ILE 332 -12.310   0.391  -5.290
   11   HG13  ILE 332          3HG1      ILE 332 -11.519   2.202  -6.585

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ARG 333           H        ARG 333 -11.780   1.179 -10.885
    2    HA   ARG 333           HA       ARG 333 -13.086  -1.257 -11.861
    3    HE   ARG 333           HE       ARG 333 -14.359   2.688 -15.605
    4   HH11  ARG 333          1HH1      ARG 333 -16.670   1.254 -13.418
    5   HH12  ARG 333          2HH1      ARG 333 -17.551   2.727 -13.184
    6   HH21  ARG 333          1HH2      ARG 333 -15.516   4.626 -15.299
    7   HH22  ARG 333          2HH2      ARG 333 -16.896   4.641 -14.252
    8    HB2  ARG 333           HB2      ARG 333 -12.365   1.362 -13.079
    9    HB3  ARG 333           HB3      ARG 333 -12.379  -0.048 -14.129
   10    HG2  ARG 333           HG2      ARG 333 -14.734  -0.441 -13.041
   11    HG3  ARG 333           HG3      ARG 333 -14.628   1.291 -12.718
   12    HD2  ARG 333           HD2      ARG 333 -13.887   0.472 -15.445
   13    HD3  ARG 333           HD3      ARG 333 -15.578   0.213 -15.017

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLY 334           H        GLY 334 -10.571  -1.373 -10.433
    2    HA2  GLY 334           HA2      GLY 334  -8.193  -1.557 -11.282
    3    HA3  GLY 334           HA3      GLY 334  -8.897  -2.491 -12.594

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ARG 335           H        ARG 335  -8.257  -4.529 -12.324
    2    HA   ARG 335           HA       ARG 335  -9.117  -5.980  -9.998
    3    HE   ARG 335           HE       ARG 335  -5.092  -7.565 -14.085
    4   HH11  ARG 335          1HH1      ARG 335  -4.696  -9.782 -11.418
    5   HH12  ARG 335          2HH1      ARG 335  -3.407 -10.657 -12.174
    6   HH21  ARG 335          1HH2      ARG 335  -3.397  -8.715 -15.081
    7   HH22  ARG 335          2HH2      ARG 335  -2.669 -10.051 -14.253
    8    HB2  ARG 335           HB2      ARG 335  -8.264  -7.948 -11.150
    9    HB3  ARG 335           HB3      ARG 335  -9.228  -6.970 -12.248
   10    HG2  ARG 335           HG2      ARG 335  -7.494  -7.331 -13.632
   11    HG3  ARG 335           HG3      ARG 335  -6.799  -5.959 -12.766
   12    HD2  ARG 335           HD2      ARG 335  -5.472  -7.347 -11.413
   13    HD3  ARG 335           HD3      ARG 335  -6.397  -8.786 -11.839

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 336           H        GLU 336  -6.060  -4.828 -11.300
    2    HA   GLU 336           HA       GLU 336  -4.431  -6.210  -9.402
    3    HB2  GLU 336           HB2      GLU 336  -4.001  -4.156 -11.507
    4    HB3  GLU 336           HB3      GLU 336  -2.796  -4.261 -10.232
    5    HG2  GLU 336           HG2      GLU 336  -3.683  -6.579 -11.932
    6    HG3  GLU 336           HG3      GLU 336  -2.254  -5.595 -12.242

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ARG 337           H        ARG 337  -5.475  -2.823  -9.737
    2    HA   ARG 337           HA       ARG 337  -4.242  -1.847  -7.424
    3    HE   ARG 337           HE       ARG 337  -4.216   1.302 -10.271
    4   HH11  ARG 337          1HH1      ARG 337  -7.024   3.324  -9.812
    5   HH12  ARG 337          2HH1      ARG 337  -7.033   3.896 -11.446
    6   HH21  ARG 337          1HH2      ARG 337  -4.226   2.055 -12.420
    7   HH22  ARG 337          2HH2      ARG 337  -5.445   3.176 -12.927
    8    HB2  ARG 337           HB2      ARG 337  -5.809  -0.785  -9.438
    9    HB3  ARG 337           HB3      ARG 337  -6.819  -0.596  -8.012
   10    HG2  ARG 337           HG2      ARG 337  -5.104   0.660  -6.896
   11    HG3  ARG 337           HG3      ARG 337  -3.971   0.355  -8.213
   12    HD2  ARG 337           HD2      ARG 337  -6.590   1.728  -8.704
   13    HD3  ARG 337           HD3      ARG 337  -5.186   2.626  -8.131

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    PHE 338           H        PHE 338  -7.581  -2.988  -7.897
    2    HA   PHE 338           HA       PHE 338  -8.394  -2.680  -5.226
    3    HD1  PHE 338           HD1      PHE 338  -9.637  -6.287  -5.392
    4    HD2  PHE 338           HD2      PHE 338 -11.732  -2.587  -5.575
    5    HE1  PHE 338           HE1      PHE 338 -11.285  -7.145  -3.779
    6    HE2  PHE 338           HE2      PHE 338 -13.383  -3.438  -3.962
    7    HZ   PHE 338           HZ       PHE 338 -13.161  -5.719  -3.061
    8    HB2  PHE 338           HB2      PHE 338  -9.991  -2.991  -7.059
    9    HB3  PHE 338           HB3      PHE 338  -9.395  -4.627  -7.318

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLU 339           H        GLU 339  -6.651  -5.221  -6.875
    2    HA   GLU 339           HA       GLU 339  -6.951  -7.252  -4.949
    3    HB2  GLU 339           HB2      GLU 339  -5.096  -6.700  -7.200
    4    HB3  GLU 339           HB3      GLU 339  -4.537  -7.839  -5.982
    5    HG2  GLU 339           HG2      GLU 339  -7.271  -8.336  -6.857
    6    HG3  GLU 339           HG3      GLU 339  -6.083  -8.442  -8.156

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    MET 340           H        MET 340  -4.669  -4.584  -5.258
    2    HA   MET 340           HA       MET 340  -2.936  -5.382  -3.170
    3    HB2  MET 340           HB2      MET 340  -2.358  -3.693  -4.899
    4    HB3  MET 340           HB3      MET 340  -3.508  -2.583  -4.166
    5    HG2  MET 340           HG2      MET 340  -2.203  -2.287  -2.267
    6    HG3  MET 340           HG3      MET 340  -1.268  -3.751  -2.566
    7    HE1  MET 340           HE1      MET 340  -2.300  -1.236  -5.250
    8    HE2  MET 340           HE2      MET 340  -1.926  -0.034  -4.015
    9    HE3  MET 340           HE3      MET 340  -0.899  -0.181  -5.441

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    PHE 341           H        PHE 341  -5.509  -2.910  -3.229
    2    HA   PHE 341           HA       PHE 341  -5.462  -2.364  -0.478
    3    HD1  PHE 341           HD1      PHE 341  -4.682  -0.531  -1.529
    4    HD2  PHE 341           HD2      PHE 341  -8.157  -0.732  -3.975
    5    HE1  PHE 341           HE1      PHE 341  -3.650   1.037  -3.113
    6    HE2  PHE 341           HE2      PHE 341  -7.131   0.837  -5.567
    7    HZ   PHE 341           HZ       PHE 341  -4.873   1.718  -5.136
    8    HB2  PHE 341           HB2      PHE 341  -7.951  -2.168  -2.163
    9    HB3  PHE 341           HB3      PHE 341  -7.453  -1.143  -0.820

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    ARG 342           H        ARG 342  -6.893  -4.963  -2.281
    2    HA   ARG 342           HA       ARG 342  -8.750  -5.779  -0.273
    3    HE   ARG 342           HE       ARG 342 -10.347 -11.000  -2.176
    4   HH11  ARG 342          1HH1      ARG 342  -7.095  -9.745  -2.332
    5   HH12  ARG 342          2HH1      ARG 342  -6.366 -11.221  -1.795
    6   HH21  ARG 342          1HH2      ARG 342  -9.391 -12.942  -1.471
    7   HH22  ARG 342          2HH2      ARG 342  -7.669 -13.037  -1.307
    8    HB2  ARG 342           HB2      ARG 342  -9.020  -6.393  -2.643
    9    HB3  ARG 342           HB3      ARG 342  -7.551  -7.356  -2.559
   10    HG2  ARG 342           HG2      ARG 342  -8.682  -8.718  -0.768
   11    HG3  ARG 342           HG3      ARG 342 -10.170  -7.862  -1.177
   12    HD2  ARG 342           HD2      ARG 342 -10.404  -8.938  -3.160
   13    HD3  ARG 342           HD3      ARG 342  -8.665  -9.048  -3.427

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 343           H        GLU 343  -5.474  -6.769  -1.185
    2    HA   GLU 343           HA       GLU 343  -5.294  -8.830   0.779
    3    HB2  GLU 343           HB2      GLU 343  -3.905  -8.812  -1.260
    4    HB3  GLU 343           HB3      GLU 343  -3.091  -7.363  -0.687
    5    HG2  GLU 343           HG2      GLU 343  -3.062  -9.627   1.180
    6    HG3  GLU 343           HG3      GLU 343  -2.183  -9.881  -0.327

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 344           H        LEU 344  -4.583  -5.412   0.696
    2    HA   LEU 344           HA       LEU 344  -3.065  -5.341   3.107
    3    HG   LEU 344           HG       LEU 344  -1.585  -3.969   2.274
    4   HD11  LEU 344          1HD1      LEU 344  -2.781  -2.911  -0.275
    5   HD12  LEU 344          2HD1      LEU 344  -1.047  -3.104  -0.023
    6   HD13  LEU 344          3HD1      LEU 344  -2.106  -4.513   0.026
    7   HD21  LEU 344          1HD2      LEU 344  -2.021  -1.712   3.218
    8   HD22  LEU 344          2HD2      LEU 344  -0.740  -1.739   2.006
    9   HD23  LEU 344          3HD2      LEU 344  -2.343  -1.135   1.582
   10    HB2  LEU 344           HB2      LEU 344  -4.298  -3.347   1.284
   11    HB3  LEU 344           HB3      LEU 344  -3.950  -2.823   2.921

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ASN 345           H        ASN 345  -6.461  -5.113   2.306
    2    HA   ASN 345           HA       ASN 345  -7.340  -4.136   4.826
    3   HD21  ASN 345          1HD2      ASN 345 -11.088  -5.772   3.525
    4   HD22  ASN 345          2HD2      ASN 345 -11.803  -4.705   4.681
    5    HB2  ASN 345           HB2      ASN 345  -8.601  -4.156   2.573
    6    HB3  ASN 345           HB3      ASN 345  -9.023  -5.817   2.980

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    GLU 346           H        GLU 346  -7.088  -7.382   3.419
    2    HA   GLU 346           HA       GLU 346  -8.182  -8.739   5.656
    3    HB2  GLU 346           HB2      GLU 346  -8.011  -9.680   3.345
    4    HB3  GLU 346           HB3      GLU 346  -6.276  -9.833   3.581
    5    HG2  GLU 346           HG2      GLU 346  -6.526 -11.495   5.205
    6    HG3  GLU 346           HG3      GLU 346  -8.232 -11.124   5.446

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ALA 347           H        ALA 347  -4.907  -7.844   4.716
    2    HA   ALA 347           HA       ALA 347  -3.596  -9.298   6.778
    3    HB1  ALA 347           HB1      ALA 347  -2.364  -6.852   5.616
    4    HB2  ALA 347           HB2      ALA 347  -2.684  -8.222   4.552
    5    HB3  ALA 347           HB3      ALA 347  -1.645  -8.424   5.962

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    LEU 348           H        LEU 348  -5.038  -6.125   6.562
    2    HA   LEU 348           HA       LEU 348  -3.841  -5.048   8.907
    3    HG   LEU 348           HG       LEU 348  -5.145  -1.910   7.685
    4   HD11  LEU 348          1HD1      LEU 348  -4.241  -3.421  10.049
    5   HD12  LEU 348          2HD1      LEU 348  -3.219  -2.075   9.546
    6   HD13  LEU 348          3HD1      LEU 348  -4.918  -1.798   9.926
    7   HD21  LEU 348          1HD2      LEU 348  -2.977  -3.911   7.225
    8   HD22  LEU 348          2HD2      LEU 348  -3.561  -2.625   6.169
    9   HD23  LEU 348          3HD2      LEU 348  -2.563  -2.232   7.569
   10    HB2  LEU 348           HB2      LEU 348  -5.664  -4.182   6.885
   11    HB3  LEU 348           HB3      LEU 348  -6.372  -3.838   8.452

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLU 349           H        GLU 349  -6.803  -6.834   8.253
    2    HA   GLU 349           HA       GLU 349  -7.961  -6.497  10.818
    3    HB2  GLU 349           HB2      GLU 349  -9.027  -7.320   8.588
    4    HB3  GLU 349           HB3      GLU 349  -8.467  -8.906   9.101
    5    HG2  GLU 349           HG2      GLU 349 -10.483  -9.019  10.067
    6    HG3  GLU 349           HG3      GLU 349  -9.701  -8.094  11.348

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 350           H        LEU 350  -5.629  -8.735   9.497
    2    HA   LEU 350           HA       LEU 350  -5.770 -10.628  11.626
    3    HG   LEU 350           HG       LEU 350  -3.598 -12.762   9.643
    4   HD11  LEU 350          1HD1      LEU 350  -3.996 -11.867  12.471
    5   HD12  LEU 350          2HD1      LEU 350  -3.929 -13.582  12.063
    6   HD13  LEU 350          3HD1      LEU 350  -2.556 -12.535  11.704
    7   HD21  LEU 350          1HD2      LEU 350  -6.232 -12.214   9.659
    8   HD22  LEU 350          2HD2      LEU 350  -5.571 -13.843   9.806
    9   HD23  LEU 350          3HD2      LEU 350  -6.061 -12.956  11.250
   10    HB2  LEU 350           HB2      LEU 350  -4.638 -10.607   9.141
   11    HB3  LEU 350           HB3      LEU 350  -3.227 -10.417  10.164

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    LYS 351           H        LYS 351  -3.572  -7.948  10.854
    2    HA   LYS 351           HA       LYS 351  -1.926  -8.299  13.139
    3    HB2  LYS 351           HB2      LYS 351  -1.048  -6.067  12.593
    4    HB3  LYS 351           HB3      LYS 351  -1.122  -7.104  11.176
    5    HG2  LYS 351           HG2      LYS 351  -3.269  -5.995  10.566
    6    HG3  LYS 351           HG3      LYS 351  -3.000  -4.868  11.897
    7    HD2  LYS 351           HD2      LYS 351  -1.035  -5.308   9.654
    8    HD3  LYS 351           HD3      LYS 351  -2.267  -4.044   9.641
    9    HE2  LYS 351           HE2      LYS 351  -0.554  -4.207  12.046
   10    HE3  LYS 351           HE3      LYS 351   0.222  -3.664  10.560
   11    HZ1  LYS 351           HZ1      LYS 351  -2.285  -2.476  11.605
   12    HZ2  LYS 351           HZ2      LYS 351  -0.750  -1.870  11.977
   13    HZ3  LYS 351           HZ3      LYS 351  -1.291  -1.874  10.375

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    ASP 352           H        ASP 352  -4.913  -6.605  12.544
    2    HA   ASP 352           HA       ASP 352  -4.822  -4.977  14.890
    3    HB2  ASP 352           HB2      ASP 352  -6.244  -4.688  12.720
    4    HB3  ASP 352           HB3      ASP 352  -7.378  -5.766  13.528

  No H/Q in entry =           4
  Start of MODEL   17
    1    H    ALA 353           H        ALA 353  -5.965  -8.191  14.137
    2    HA   ALA 353           HA       ALA 353  -7.538  -8.551  16.480
    3    HB1  ALA 353           HB1      ALA 353  -7.414  -9.904  14.210
    4    HB2  ALA 353           HB2      ALA 353  -7.938 -10.662  15.714
    5    HB3  ALA 353           HB3      ALA 353  -6.286 -10.888  15.141

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLN 354           H        GLN 354  -4.152  -8.955  15.725
    2    HA   GLN 354           HA       GLN 354  -3.479 -10.526  17.998
    3   HE21  GLN 354          1HE2      GLN 354  -0.603 -13.147  16.558
    4   HE22  GLN 354          2HE2      GLN 354   0.989 -12.812  15.976
    5    HB2  GLN 354           HB2      GLN 354  -1.897  -8.877  16.048
    6    HB3  GLN 354           HB3      GLN 354  -1.123  -9.587  17.458
    7    HG2  GLN 354           HG2      GLN 354  -2.234 -11.786  16.606
    8    HG3  GLN 354           HG3      GLN 354  -2.305 -10.921  15.071

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    ALA 355           H        ALA 355  -3.373  -7.053  17.306
    2    HA   ALA 355           HA       ALA 355  -2.528  -6.497  20.044
    3    HB1  ALA 355           HB1      ALA 355  -1.326  -5.131  18.634
    4    HB2  ALA 355           HB2      ALA 355  -2.657  -4.068  19.090
    5    HB3  ALA 355           HB3      ALA 355  -2.683  -4.894  17.532

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLY 356           H        GLY 356  -4.185  -6.667  21.447
    2    HA2  GLY 356           HA2      GLY 356  -6.862  -5.854  20.741
    3    HA3  GLY 356           HA3      GLY 356  -6.062  -4.753  21.853

  No H/Q in entry =           3
  Start of MODEL   17
    1    H1   GLU 326           H1       GLU 326 -15.714  -3.149 -15.384
    2    H2   GLU 326           H2       GLU 326 -16.823  -4.279 -16.040
    3    H3   GLU 326           H3       GLU 326 -17.344  -3.162 -14.846
    4    HA   GLU 326           HA       GLU 326 -17.082  -5.242 -13.836
    5    HB2  GLU 326           HB2      GLU 326 -14.541  -5.184 -15.404
    6    HB3  GLU 326           HB3      GLU 326 -14.563  -6.073 -13.887
    7    HG2  GLU 326           HG2      GLU 326 -16.831  -6.640 -15.644
    8    HG3  GLU 326           HG3      GLU 326 -15.260  -7.082 -16.313

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    SER 327           H        SER 327 -17.448  -3.689 -12.181
    2    HA   SER 327           HA       SER 327 -15.054  -2.512 -10.964
    3    HG   SER 327           HG       SER 327 -16.589  -0.231  -9.248
    4    HB2  SER 327           HB2      SER 327 -16.710  -0.853 -11.239
    5    HB3  SER 327           HB3      SER 327 -17.998  -1.928 -10.696

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    PHE 328           H        PHE 328 -14.529  -2.844  -8.798
    2    HA   PHE 328           HA       PHE 328 -15.853  -5.158  -7.541
    3    HD1  PHE 328           HD1      PHE 328 -13.513  -7.733  -7.880
    4    HD2  PHE 328           HD2      PHE 328 -13.016  -3.938  -9.741
    5    HE1  PHE 328           HE1      PHE 328 -12.841  -8.848  -9.967
    6    HE2  PHE 328           HE2      PHE 328 -12.344  -5.046 -11.832
    7    HZ   PHE 328           HZ       PHE 328 -12.256  -7.505 -11.947
    8    HB2  PHE 328           HB2      PHE 328 -12.970  -4.341  -7.156
    9    HB3  PHE 328           HB3      PHE 328 -13.743  -5.826  -6.612

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLY 329           H        GLY 329 -16.554  -4.962  -5.486
    2    HA2  GLY 329           HA2      GLY 329 -17.495  -3.494  -3.862
    3    HA3  GLY 329           HA3      GLY 329 -16.237  -2.325  -4.234

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    LEU 330           H        LEU 330 -15.035  -2.018  -2.484
    2    HA   LEU 330           HA       LEU 330 -14.092  -4.393  -1.021
    3    HG   LEU 330           HG       LEU 330 -11.585  -4.554  -1.275
    4   HD11  LEU 330          1HD1      LEU 330 -10.321  -2.220  -1.625
    5   HD12  LEU 330          2HD1      LEU 330 -10.018  -2.461   0.095
    6   HD13  LEU 330          3HD1      LEU 330  -9.511  -3.684  -1.069
    7   HD21  LEU 330          1HD2      LEU 330 -12.490  -3.261   1.221
    8   HD22  LEU 330          2HD2      LEU 330 -12.388  -4.970   0.797
    9   HD23  LEU 330          3HD2      LEU 330 -10.937  -4.094   1.285
   10    HB2  LEU 330           HB2      LEU 330 -12.560  -2.569  -2.274
   11    HB3  LEU 330           HB3      LEU 330 -12.690  -1.805  -0.702

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLY 331           H        GLY 331 -14.521  -4.587   1.097
    2    HA2  GLY 331           HA2      GLY 331 -16.070  -4.091   2.851
    3    HA3  GLY 331           HA3      GLY 331 -16.034  -2.404   2.359

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ILE 332           H        ILE 332 -14.439  -1.052   3.135
    2    HA   ILE 332           HA       ILE 332 -12.606  -2.227   5.122
    3    HB   ILE 332           HB       ILE 332 -12.246   0.416   3.714
    4   HG12  ILE 332          2HG1      ILE 332 -10.294  -1.151   2.692
    5   HG21  ILE 332          1HG2      ILE 332 -11.126  -0.378   6.013
    6   HG22  ILE 332          2HG2      ILE 332  -9.984  -1.089   4.872
    7   HG23  ILE 332          3HG2      ILE 332 -10.298   0.646   4.840
    8   HD11  ILE 332          1HD1      ILE 332 -12.137   0.245   1.523
    9   HD12  ILE 332          2HD1      ILE 332 -11.352  -1.076   0.657
   10   HD13  ILE 332          3HD1      ILE 332 -12.953  -1.310   1.360
   11   HG13  ILE 332          3HG1      ILE 332 -11.570  -2.348   2.889

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ARG 333           H        ARG 333 -12.917  -1.701   7.181
    2    HA   ARG 333           HA       ARG 333 -14.756   0.498   7.801
    3    HE   ARG 333           HE       ARG 333 -17.455  -3.706   8.749
    4   HH11  ARG 333          1HH1      ARG 333 -17.696  -2.866  12.127
    5   HH12  ARG 333          2HH1      ARG 333 -18.725  -4.204  12.515
    6   HH21  ARG 333          1HH2      ARG 333 -18.808  -5.466   9.257
    7   HH22  ARG 333          2HH2      ARG 333 -19.356  -5.681  10.886
    8    HB2  ARG 333           HB2      ARG 333 -13.889  -1.953   9.314
    9    HB3  ARG 333           HB3      ARG 333 -14.678  -0.610  10.130
   10    HG2  ARG 333           HG2      ARG 333 -16.496  -0.892   8.308
   11    HG3  ARG 333           HG3      ARG 333 -15.780  -2.490   8.088
   12    HD2  ARG 333           HD2      ARG 333 -16.000  -2.410  10.780
   13    HD3  ARG 333           HD3      ARG 333 -17.379  -1.414  10.316

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLY 334           H        GLY 334 -12.870   1.940   7.249
    2    HA2  GLY 334           HA2      GLY 334 -10.528   2.081   8.743
    3    HA3  GLY 334           HA3      GLY 334 -11.751   2.967   9.641

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ARG 335           H        ARG 335 -11.081   5.028   9.389
    2    HA   ARG 335           HA       ARG 335 -11.480   6.261   6.829
    3    HE   ARG 335           HE       ARG 335  -9.754  10.125   5.625
    4   HH11  ARG 335          1HH1      ARG 335 -11.863  11.356   8.117
    5   HH12  ARG 335          2HH1      ARG 335 -12.458  12.660   7.145
    6   HH21  ARG 335          1HH2      ARG 335 -10.535  11.839   4.344
    7   HH22  ARG 335          2HH2      ARG 335 -11.705  12.934   5.002
    8    HB2  ARG 335           HB2      ARG 335 -11.956   7.214   9.205
    9    HB3  ARG 335           HB3      ARG 335 -10.254   7.656   9.186
   10    HG2  ARG 335           HG2      ARG 335 -11.836   8.435   6.820
   11    HG3  ARG 335           HG3      ARG 335 -12.206   9.269   8.330
   12    HD2  ARG 335           HD2      ARG 335 -10.145  10.259   8.451
   13    HD3  ARG 335           HD3      ARG 335  -9.353   8.967   7.550

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 336           H        GLU 336  -8.721   5.386   8.819
    2    HA   GLU 336           HA       GLU 336  -6.790   6.787   7.254
    3    HB2  GLU 336           HB2      GLU 336  -6.710   5.744   9.716
    4    HB3  GLU 336           HB3      GLU 336  -5.985   4.404   8.839
    5    HG2  GLU 336           HG2      GLU 336  -4.078   5.511   9.202
    6    HG3  GLU 336           HG3      GLU 336  -4.588   6.474   7.816

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ARG 337           H        ARG 337  -7.764   3.372   7.462
    2    HA   ARG 337           HA       ARG 337  -6.000   2.373   5.538
    3    HE   ARG 337           HE       ARG 337  -6.993  -1.971   8.719
    4   HH11  ARG 337          1HH1      ARG 337  -9.564  -0.130   7.235
    5   HH12  ARG 337          2HH1      ARG 337 -10.526  -0.083   8.673
    6   HH21  ARG 337          1HH2      ARG 337  -8.261  -1.908  10.608
    7   HH22  ARG 337          2HH2      ARG 337  -9.788  -1.091  10.587
    8    HB2  ARG 337           HB2      ARG 337  -8.420   1.451   6.900
    9    HB3  ARG 337           HB3      ARG 337  -8.244   0.785   5.282
   10    HG2  ARG 337           HG2      ARG 337  -5.902   0.120   5.946
   11    HG3  ARG 337           HG3      ARG 337  -6.350   0.541   7.600
   12    HD2  ARG 337           HD2      ARG 337  -8.284  -1.189   6.250
   13    HD3  ARG 337           HD3      ARG 337  -6.689  -1.914   6.434

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    PHE 338           H        PHE 338  -9.372   3.453   5.170
    2    HA   PHE 338           HA       PHE 338  -9.561   3.024   2.409
    3    HD1  PHE 338           HD1      PHE 338 -11.034   6.789   2.401
    4    HD2  PHE 338           HD2      PHE 338 -12.592   2.888   1.719
    5    HE1  PHE 338           HE1      PHE 338 -12.246   7.622   0.428
    6    HE2  PHE 338           HE2      PHE 338 -13.806   3.713  -0.256
    7    HZ   PHE 338           HZ       PHE 338 -13.633   6.083  -0.903
    8    HB2  PHE 338           HB2      PHE 338 -11.533   3.429   3.790
    9    HB3  PHE 338           HB3      PHE 338 -10.980   5.064   4.138

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLU 339           H        GLU 339  -8.286   5.711   4.271
    2    HA   GLU 339           HA       GLU 339  -8.094   7.606   2.216
    3    HB2  GLU 339           HB2      GLU 339  -6.768   7.189   4.846
    4    HB3  GLU 339           HB3      GLU 339  -5.996   8.300   3.723
    5    HG2  GLU 339           HG2      GLU 339  -8.865   8.733   3.994
    6    HG3  GLU 339           HG3      GLU 339  -7.973   8.933   5.501

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    MET 340           H        MET 340  -5.932   4.999   3.202
    2    HA   MET 340           HA       MET 340  -3.774   5.695   1.517
    3    HB2  MET 340           HB2      MET 340  -3.824   4.030   3.482
    4    HB3  MET 340           HB3      MET 340  -4.451   2.872   2.317
    5    HG2  MET 340           HG2      MET 340  -2.473   2.686   1.221
    6    HG3  MET 340           HG3      MET 340  -1.985   4.339   1.590
    7    HE1  MET 340           HE1      MET 340  -3.384   1.772   4.119
    8    HE2  MET 340           HE2      MET 340  -2.395   0.681   3.148
    9    HE3  MET 340           HE3      MET 340  -1.936   1.042   4.812

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    PHE 341           H        PHE 341  -6.297   3.203   1.128
    2    HA   PHE 341           HA       PHE 341  -5.610   2.527  -1.517
    3    HD1  PHE 341           HD1      PHE 341  -5.013   0.834  -0.152
    4    HD2  PHE 341           HD2      PHE 341  -8.998   0.897   1.337
    5    HE1  PHE 341           HE1      PHE 341  -4.330  -0.603   1.719
    6    HE2  PHE 341           HE2      PHE 341  -8.322  -0.542   3.214
    7    HZ   PHE 341           HZ       PHE 341  -5.985  -1.288   3.406
    8    HB2  PHE 341           HB2      PHE 341  -8.406   2.300  -0.425
    9    HB3  PHE 341           HB3      PHE 341  -7.576   1.231  -1.553

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    ARG 342           H        ARG 342  -7.553   5.100  -0.191
    2    HA   ARG 342           HA       ARG 342  -8.814   5.770  -2.687
    3    HE   ARG 342           HE       ARG 342  -9.522   9.224   0.453
    4   HH11  ARG 342          1HH1      ARG 342  -9.357  11.767  -1.931
    5   HH12  ARG 342          2HH1      ARG 342  -9.196  13.029  -0.756
    6   HH21  ARG 342          1HH2      ARG 342  -9.311  10.882   2.000
    7   HH22  ARG 342          2HH2      ARG 342  -9.169  12.527   1.475
    8    HB2  ARG 342           HB2      ARG 342  -9.748   6.260  -0.375
    9    HB3  ARG 342           HB3      ARG 342  -8.550   7.543  -0.259
   10    HG2  ARG 342           HG2      ARG 342 -10.198   7.587  -2.691
   11    HG3  ARG 342           HG3      ARG 342 -11.064   7.877  -1.181
   12    HD2  ARG 342           HD2      ARG 342  -8.602   9.359  -2.099
   13    HD3  ARG 342           HD3      ARG 342 -10.256   9.959  -2.216

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 343           H        GLU 343  -6.080   6.973  -0.798
    2    HA   GLU 343           HA       GLU 343  -5.488   9.110  -2.608
    3    HB2  GLU 343           HB2      GLU 343  -4.856   9.058  -0.169
    4    HB3  GLU 343           HB3      GLU 343  -3.642   7.852  -0.573
    5    HG2  GLU 343           HG2      GLU 343  -2.287   9.617  -0.768
    6    HG3  GLU 343           HG3      GLU 343  -3.036   9.794  -2.354

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 344           H        LEU 344  -4.552   5.768  -2.272
    2    HA   LEU 344           HA       LEU 344  -2.330   5.889  -4.065
    3    HG   LEU 344           HG       LEU 344  -1.400   4.857  -2.192
    4   HD11  LEU 344          1HD1      LEU 344  -2.370   2.072  -1.582
    5   HD12  LEU 344          2HD1      LEU 344  -0.957   2.812  -0.830
    6   HD13  LEU 344          3HD1      LEU 344  -2.555   3.518  -0.590
    7   HD21  LEU 344          1HD2      LEU 344  -1.065   2.769  -4.235
    8   HD22  LEU 344          2HD2      LEU 344  -0.009   4.111  -3.794
    9   HD23  LEU 344          3HD2      LEU 344  -0.002   2.632  -2.835
   10    HB2  LEU 344           HB2      LEU 344  -3.841   3.777  -2.642
   11    HB3  LEU 344           HB3      LEU 344  -3.011   3.282  -4.105

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ASN 345           H        ASN 345  -5.766   5.293  -4.367
    2    HA   ASN 345           HA       ASN 345  -5.679   4.276  -7.025
    3   HD21  ASN 345          1HD2      ASN 345 -10.004   4.233  -6.252
    4   HD22  ASN 345          2HD2      ASN 345 -10.125   3.629  -7.866
    5    HB2  ASN 345           HB2      ASN 345  -7.573   4.042  -5.304
    6    HB3  ASN 345           HB3      ASN 345  -8.048   5.668  -5.786

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    GLU 346           H        GLU 346  -6.218   7.482  -5.628
    2    HA   GLU 346           HA       GLU 346  -6.714   8.753  -8.136
    3    HB2  GLU 346           HB2      GLU 346  -7.348   9.529  -5.735
    4    HB3  GLU 346           HB3      GLU 346  -5.724  10.202  -5.699
    5    HG2  GLU 346           HG2      GLU 346  -7.067  11.973  -6.378
    6    HG3  GLU 346           HG3      GLU 346  -6.351  11.376  -7.875

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ALA 347           H        ALA 347  -3.879   8.183  -6.150
    2    HA   ALA 347           HA       ALA 347  -2.156   9.896  -7.672
    3    HB1  ALA 347           HB1      ALA 347  -1.834   9.217  -5.252
    4    HB2  ALA 347           HB2      ALA 347  -0.406   9.136  -6.284
    5    HB3  ALA 347           HB3      ALA 347  -1.276   7.660  -5.864

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    LEU 348           H        LEU 348  -3.106   6.537  -7.786
    2    HA   LEU 348           HA       LEU 348  -1.015   5.714  -9.562
    3    HG   LEU 348           HG       LEU 348  -1.007   4.212  -7.595
    4   HD11  LEU 348          1HD1      LEU 348  -3.253   2.278  -7.752
    5   HD12  LEU 348          2HD1      LEU 348  -1.708   1.708  -7.121
    6   HD13  LEU 348          3HD1      LEU 348  -2.529   3.065  -6.349
    7   HD21  LEU 348          1HD2      LEU 348  -1.170   2.475 -10.015
    8   HD22  LEU 348          2HD2      LEU 348   0.176   3.441  -9.410
    9   HD23  LEU 348          3HD2      LEU 348  -0.252   1.927  -8.613
   10    HB2  LEU 348           HB2      LEU 348  -3.485   4.498  -8.443
   11    HB3  LEU 348           HB3      LEU 348  -2.842   3.801  -9.917

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLU 349           H        GLU 349  -4.223   7.039  -9.910
    2    HA   GLU 349           HA       GLU 349  -4.566   6.373 -12.657
    3    HB2  GLU 349           HB2      GLU 349  -5.904   8.283 -10.769
    4    HB3  GLU 349           HB3      GLU 349  -6.271   8.336 -12.487
    5    HG2  GLU 349           HG2      GLU 349  -6.433   5.750 -11.007
    6    HG3  GLU 349           HG3      GLU 349  -7.743   6.925 -10.890

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 350           H        LEU 350  -3.052   9.011 -10.941
    2    HA   LEU 350           HA       LEU 350  -2.888  10.825 -13.110
    3    HG   LEU 350           HG       LEU 350  -3.744  11.830 -10.923
    4   HD11  LEU 350          1HD1      LEU 350  -1.424  12.478  -9.208
    5   HD12  LEU 350          2HD1      LEU 350  -2.712  13.679  -9.300
    6   HD13  LEU 350          3HD1      LEU 350  -3.074  12.036  -8.770
    7   HD21  LEU 350          1HD2      LEU 350  -1.663  13.826 -11.806
    8   HD22  LEU 350          2HD2      LEU 350  -2.962  13.153 -12.792
    9   HD23  LEU 350          3HD2      LEU 350  -3.344  14.207 -11.430
   10    HB2  LEU 350           HB2      LEU 350  -1.508  10.538 -10.477
   11    HB3  LEU 350           HB3      LEU 350  -0.850  11.651 -11.661

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    LYS 351           H        LYS 351  -0.880   8.165 -12.027
    2    HA   LYS 351           HA       LYS 351   1.419   8.722 -13.541
    3    HB2  LYS 351           HB2      LYS 351   0.805   6.857 -11.703
    4    HB3  LYS 351           HB3      LYS 351   0.653   5.882 -13.158
    5    HG2  LYS 351           HG2      LYS 351   2.853   5.553 -12.541
    6    HG3  LYS 351           HG3      LYS 351   2.978   6.823 -13.759
    7    HD2  LYS 351           HD2      LYS 351   4.242   7.830 -12.181
    8    HD3  LYS 351           HD3      LYS 351   2.672   8.324 -11.544
    9    HE2  LYS 351           HE2      LYS 351   3.610   7.450  -9.651
   10    HE3  LYS 351           HE3      LYS 351   2.830   6.008 -10.299
   11    HZ1  LYS 351           HZ1      LYS 351   5.574   6.555 -11.141
   12    HZ2  LYS 351           HZ2      LYS 351   5.342   6.014  -9.555
   13    HZ3  LYS 351           HZ3      LYS 351   4.806   5.075 -10.857

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    ASP 352           H        ASP 352  -1.603   7.139 -14.358
    2    HA   ASP 352           HA       ASP 352  -0.829   5.976 -16.792
    3    HB2  ASP 352           HB2      ASP 352  -3.409   6.748 -15.531
    4    HB3  ASP 352           HB3      ASP 352  -3.419   6.459 -17.268

  No H/Q in entry =           4
  Start of MODEL   17
    1    H    ALA 353           H        ALA 353  -2.066   9.197 -16.025
    2    HA   ALA 353           HA       ALA 353  -2.326  10.096 -18.690
    3    HB1  ALA 353           HB1      ALA 353  -2.012  12.404 -17.444
    4    HB2  ALA 353           HB2      ALA 353  -3.485  11.450 -17.262
    5    HB3  ALA 353           HB3      ALA 353  -2.237  11.392 -16.017

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLN 354           H        GLN 354   0.294  10.430 -16.316
    2    HA   GLN 354           HA       GLN 354   1.995  11.889 -18.088
    3   HE21  GLN 354          1HE2      GLN 354   4.023  11.637 -13.950
    4   HE22  GLN 354          2HE2      GLN 354   5.327  12.760 -13.798
    5    HB2  GLN 354           HB2      GLN 354   2.250  10.680 -15.380
    6    HB3  GLN 354           HB3      GLN 354   3.733  11.009 -16.265
    7    HG2  GLN 354           HG2      GLN 354   2.391  13.345 -16.590
    8    HG3  GLN 354           HG3      GLN 354   1.848  12.848 -14.989

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    ALA 355           H        ALA 355   1.529   8.512 -17.305
    2    HA   ALA 355           HA       ALA 355   3.717   7.797 -19.141
    3    HB1  ALA 355           HB1      ALA 355   2.410   5.957 -17.152
    4    HB2  ALA 355           HB2      ALA 355   3.932   5.728 -18.013
    5    HB3  ALA 355           HB3      ALA 355   3.805   6.962 -16.760

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLY 356           H        GLY 356   2.390   8.140 -21.004
    2    HA2  GLY 356           HA2      GLY 356  -0.094   6.877 -21.424
    3    HA3  GLY 356           HA3      GLY 356   1.185   5.823 -22.009

  No H/Q in entry =           3
  Start of MODEL   17
    1    H1   GLU 326           H1       GLU 326  13.865  11.952   6.336
    2    H2   GLU 326           H2       GLU 326  14.981  12.995   7.114
    3    H3   GLU 326           H3       GLU 326  15.337  12.366   5.557
    4    HA   GLU 326           HA       GLU 326  16.590  11.211   7.163
    5    HB2  GLU 326           HB2      GLU 326  14.700  11.788   8.904
    6    HB3  GLU 326           HB3      GLU 326  14.067  10.217   8.434
    7    HG2  GLU 326           HG2      GLU 326  15.936   9.086   9.253
    8    HG3  GLU 326           HG3      GLU 326  16.912  10.553   9.306

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    SER 327           H        SER 327  17.226   9.778   5.672
    2    HA   SER 327           HA       SER 327  15.307   8.047   4.353
    3    HG   SER 327           HG       SER 327  16.214   8.323   2.014
    4    HB2  SER 327           HB2      SER 327  18.204   8.691   3.974
    5    HB3  SER 327           HB3      SER 327  17.573   7.187   3.303

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    PHE 328           H        PHE 328  14.773   6.105   5.080
    2    HA   PHE 328           HA       PHE 328  16.592   4.760   6.965
    3    HD1  PHE 328           HD1      PHE 328  12.775   6.467   6.540
    4    HD2  PHE 328           HD2      PHE 328  15.374   5.276   9.692
    5    HE1  PHE 328           HE1      PHE 328  12.162   8.488   7.803
    6    HE2  PHE 328           HE2      PHE 328  14.766   7.294  10.962
    7    HZ   PHE 328           HZ       PHE 328  13.158   8.903  10.018
    8    HB2  PHE 328           HB2      PHE 328  13.639   4.221   6.653
    9    HB3  PHE 328           HB3      PHE 328  14.696   3.714   7.967

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLY 329           H        GLY 329  17.115   2.610   6.678
    2    HA2  GLY 329           HA2      GLY 329  17.917   1.124   4.965
    3    HA3  GLY 329           HA3      GLY 329  16.512   1.548   3.998

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    LEU 330           H        LEU 330  14.791   0.239   4.052
    2    HA   LEU 330           HA       LEU 330  14.407  -1.547   6.330
    3    HG   LEU 330           HG       LEU 330  12.272  -1.668   7.018
    4   HD11  LEU 330          1HD1      LEU 330  10.684   0.034   5.686
    5   HD12  LEU 330          2HD1      LEU 330   9.785  -1.464   5.445
    6   HD13  LEU 330          3HD1      LEU 330  10.149  -0.907   7.078
    7   HD21  LEU 330          1HD2      LEU 330  12.376  -3.618   5.172
    8   HD22  LEU 330          2HD2      LEU 330  11.477  -3.754   6.683
    9   HD23  LEU 330          3HD2      LEU 330  10.639  -3.314   5.195
   10    HB2  LEU 330           HB2      LEU 330  12.617  -0.089   4.956
   11    HB3  LEU 330           HB3      LEU 330  12.529  -1.580   4.037

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLY 331           H        GLY 331  14.539  -3.742   6.225
    2    HA2  GLY 331           HA2      GLY 331  15.821  -5.563   5.389
    3    HA3  GLY 331           HA3      GLY 331  15.771  -4.830   3.794

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ILE 332           H        ILE 332  13.796  -4.957   2.578
    2    HA   ILE 332           HA       ILE 332  11.772  -6.822   3.537
    3    HB   ILE 332           HB       ILE 332  11.833  -5.371   0.892
    4   HG12  ILE 332          2HG1      ILE 332  10.008  -4.006   2.323
    5   HG21  ILE 332          1HG2      ILE 332   9.951  -7.168   2.247
    6   HG22  ILE 332          2HG2      ILE 332   9.226  -5.711   1.566
    7   HG23  ILE 332          3HG2      ILE 332  10.144  -6.806   0.532
    8   HD11  ILE 332          1HD1      ILE 332  12.175  -3.213   1.130
    9   HD12  ILE 332          2HD1      ILE 332  11.433  -2.214   2.380
   10   HD13  ILE 332          3HD1      ILE 332  12.840  -3.206   2.764
   11   HG13  ILE 332          3HG1      ILE 332  11.108  -4.457   3.622

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ARG 333           H        ARG 333  11.690  -8.898   2.976
    2    HA   ARG 333           HA       ARG 333  13.555  -9.861   0.931
    3    HE   ARG 333           HE       ARG 333  15.616 -14.106   1.979
    4   HH11  ARG 333          1HH1      ARG 333  17.411 -11.311   3.049
    5   HH12  ARG 333          2HH1      ARG 333  18.807 -12.228   3.508
    6   HH21  ARG 333          1HH2      ARG 333  17.450 -15.313   2.583
    7   HH22  ARG 333          2HH2      ARG 333  18.829 -14.500   3.243
    8    HB2  ARG 333           HB2      ARG 333  13.452 -10.784   3.345
    9    HB3  ARG 333           HB3      ARG 333  11.996 -11.612   2.812
   10    HG2  ARG 333           HG2      ARG 333  13.539 -13.235   2.416
   11    HG3  ARG 333           HG3      ARG 333  13.569 -12.408   0.857
   12    HD2  ARG 333           HD2      ARG 333  15.631 -11.511   1.217
   13    HD3  ARG 333           HD3      ARG 333  15.405 -11.417   2.963

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLY 334           H        GLY 334  11.044  -8.564   0.239
    2    HA2  GLY 334           HA2      GLY 334   8.817  -9.642  -0.424
    3    HA3  GLY 334           HA3      GLY 334   9.842 -10.801  -1.258

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ARG 335           H        ARG 335   9.596 -10.443  -3.367
    2    HA   ARG 335           HA       ARG 335  10.469  -7.950  -4.489
    3    HE   ARG 335           HE       ARG 335   8.210 -13.122  -5.693
    4   HH11  ARG 335          1HH1      ARG 335  11.127 -13.681  -7.526
    5   HH12  ARG 335          2HH1      ARG 335  11.043 -15.404  -7.371
    6   HH21  ARG 335          1HH2      ARG 335   8.098 -15.387  -5.489
    7   HH22  ARG 335          2HH2      ARG 335   9.323 -16.373  -6.216
    8    HB2  ARG 335           HB2      ARG 335  10.118  -9.028  -6.649
    9    HB3  ARG 335           HB3      ARG 335  11.000 -10.094  -5.564
   10    HG2  ARG 335           HG2      ARG 335   8.607 -11.026  -5.038
   11    HG3  ARG 335           HG3      ARG 335   8.227 -10.326  -6.613
   12    HD2  ARG 335           HD2      ARG 335   9.486 -11.835  -7.739
   13    HD3  ARG 335           HD3      ARG 335  10.692 -11.944  -6.457

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 336           H        GLU 336   7.389  -9.645  -4.158
    2    HA   GLU 336           HA       GLU 336   5.861  -7.847  -5.717
    3    HB2  GLU 336           HB2      GLU 336   5.327 -10.251  -4.736
    4    HB3  GLU 336           HB3      GLU 336   4.620  -9.308  -3.430
    5    HG2  GLU 336           HG2      GLU 336   3.887  -8.628  -6.228
    6    HG3  GLU 336           HG3      GLU 336   3.198 -10.078  -5.499

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ARG 337           H        ARG 337   6.047  -8.200  -2.169
    2    HA   ARG 337           HA       ARG 337   4.565  -5.924  -1.535
    3    HE   ARG 337           HE       ARG 337   5.911  -9.413   0.819
    4   HH11  ARG 337          1HH1      ARG 337   8.111  -9.263   3.524
    5   HH12  ARG 337          2HH1      ARG 337   7.634 -10.802   4.158
    6   HH21  ARG 337          1HH2      ARG 337   5.282 -11.438   1.652
    7   HH22  ARG 337          2HH2      ARG 337   6.028 -12.037   3.095
    8    HB2  ARG 337           HB2      ARG 337   5.553  -6.081   0.685
    9    HB3  ARG 337           HB3      ARG 337   5.135  -7.682   0.091
   10    HG2  ARG 337           HG2      ARG 337   7.522  -7.969  -0.583
   11    HG3  ARG 337           HG3      ARG 337   7.873  -6.445   0.234
   12    HD2  ARG 337           HD2      ARG 337   8.373  -8.281   1.715
   13    HD3  ARG 337           HD3      ARG 337   6.973  -7.400   2.326

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    PHE 338           H        PHE 338   8.040  -6.313  -2.071
    2    HA   PHE 338           HA       PHE 338   8.769  -3.674  -1.377
    3    HD1  PHE 338           HD1      PHE 338  12.036  -4.118  -0.648
    4    HD2  PHE 338           HD2      PHE 338  10.677  -3.509  -4.635
    5    HE1  PHE 338           HE1      PHE 338  13.811  -2.449  -0.994
    6    HE2  PHE 338           HE2      PHE 338  12.450  -1.840  -4.988
    7    HZ   PHE 338           HZ       PHE 338  14.020  -1.309  -3.167
    8    HB2  PHE 338           HB2      PHE 338  10.400  -5.510  -1.518
    9    HB3  PHE 338           HB3      PHE 338  10.145  -5.606  -3.257

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLU 339           H        GLU 339   7.613  -5.141  -4.342
    2    HA   GLU 339           HA       GLU 339   8.258  -3.045  -6.107
    3    HB2  GLU 339           HB2      GLU 339   6.440  -5.384  -6.139
    4    HB3  GLU 339           HB3      GLU 339   6.044  -4.082  -7.252
    5    HG2  GLU 339           HG2      GLU 339   8.734  -4.390  -7.644
    6    HG3  GLU 339           HG3      GLU 339   8.197  -6.043  -7.345

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    MET 340           H        MET 340   5.474  -3.629  -4.027
    2    HA   MET 340           HA       MET 340   3.858  -1.531  -5.007
    3    HB2  MET 340           HB2      MET 340   3.850  -2.589  -2.180
    4    HB3  MET 340           HB3      MET 340   2.515  -1.851  -3.053
    5    HG2  MET 340           HG2      MET 340   2.645  -3.801  -4.648
    6    HG3  MET 340           HG3      MET 340   3.743  -4.554  -3.493
    7    HE1  MET 340           HE1      MET 340   3.188  -4.255  -0.986
    8    HE2  MET 340           HE2      MET 340   1.609  -4.621  -0.290
    9    HE3  MET 340           HE3      MET 340   2.549  -5.897  -1.066

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    PHE 341           H        PHE 341   5.965  -1.703  -2.135
    2    HA   PHE 341           HA       PHE 341   5.644   0.959  -1.330
    3    HD1  PHE 341           HD1      PHE 341   4.707  -0.382   0.254
    4    HD2  PHE 341           HD2      PHE 341   8.392  -2.508   0.292
    5    HE1  PHE 341           HE1      PHE 341   3.627  -2.221   1.477
    6    HE2  PHE 341           HE2      PHE 341   7.319  -4.353   1.516
    7    HZ   PHE 341           HZ       PHE 341   4.933  -4.210   2.105
    8    HB2  PHE 341           HB2      PHE 341   8.215  -0.559  -0.949
    9    HB3  PHE 341           HB3      PHE 341   7.458   0.608   0.131

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    ARG 342           H        ARG 342   7.642  -0.468  -3.804
    2    HA   ARG 342           HA       ARG 342   9.390   1.755  -4.146
    3    HE   ARG 342           HE       ARG 342  12.170   0.390  -9.019
    4   HH11  ARG 342          1HH1      ARG 342   8.936  -0.750  -8.374
    5   HH12  ARG 342          2HH1      ARG 342   8.412  -0.572 -10.014
    6   HH21  ARG 342          1HH2      ARG 342  11.483   0.625 -11.178
    7   HH22  ARG 342          2HH2      ARG 342   9.857   0.207 -11.607
    8    HB2  ARG 342           HB2      ARG 342   9.981  -0.501  -4.916
    9    HB3  ARG 342           HB3      ARG 342   8.661  -0.457  -6.076
   10    HG2  ARG 342           HG2      ARG 342   9.726   1.329  -7.291
   11    HG3  ARG 342           HG3      ARG 342  11.004   1.433  -6.079
   12    HD2  ARG 342           HD2      ARG 342  12.084  -0.384  -6.872
   13    HD3  ARG 342           HD3      ARG 342  10.588  -1.229  -7.268

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 343           H        GLU 343   6.467   0.655  -5.841
    2    HA   GLU 343           HA       GLU 343   6.412   2.809  -7.686
    3    HB2  GLU 343           HB2      GLU 343   5.146   0.479  -7.639
    4    HB3  GLU 343           HB3      GLU 343   3.894   1.436  -6.860
    5    HG2  GLU 343           HG2      GLU 343   3.389   2.571  -8.745
    6    HG3  GLU 343           HG3      GLU 343   5.049   2.547  -9.337

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 344           H        LEU 344   5.166   2.342  -4.455
    2    HA   LEU 344           HA       LEU 344   3.424   4.586  -4.429
    3    HG   LEU 344           HG       LEU 344   1.859   3.607  -3.291
    4   HD11  LEU 344          1HD1      LEU 344   3.119   1.045  -2.360
    5   HD12  LEU 344          2HD1      LEU 344   1.384   1.204  -2.635
    6   HD13  LEU 344          3HD1      LEU 344   2.514   1.452  -3.966
    7   HD21  LEU 344          1HD2      LEU 344   2.391   4.114  -0.697
    8   HD22  LEU 344          2HD2      LEU 344   0.807   3.625  -1.298
    9   HD23  LEU 344          3HD2      LEU 344   1.890   2.426  -0.594
   10    HB2  LEU 344           HB2      LEU 344   4.538   2.702  -2.438
   11    HB3  LEU 344           HB3      LEU 344   4.036   4.264  -1.819

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ASN 345           H        ASN 345   6.822   4.107  -3.701
    2    HA   ASN 345           HA       ASN 345   7.282   6.605  -2.457
    3   HD21  ASN 345          1HD2      ASN 345  10.500   6.721  -4.535
    4   HD22  ASN 345          2HD2      ASN 345  11.383   7.610  -3.345
    5    HB2  ASN 345           HB2      ASN 345   8.819   4.640  -2.324
    6    HB3  ASN 345           HB3      ASN 345   9.263   4.922  -4.005

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    GLU 346           H        GLU 346   7.669   5.492  -5.807
    2    HA   GLU 346           HA       GLU 346   8.617   7.971  -6.806
    3    HB2  GLU 346           HB2      GLU 346   8.592   5.511  -7.828
    4    HB3  GLU 346           HB3      GLU 346   7.121   6.107  -8.586
    5    HG2  GLU 346           HG2      GLU 346   8.642   6.654 -10.183
    6    HG3  GLU 346           HG3      GLU 346   8.661   8.135  -9.227

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ALA 347           H        ALA 347   5.420   6.561  -6.432
    2    HA   ALA 347           HA       ALA 347   4.035   8.540  -7.937
    3    HB1  ALA 347           HB1      ALA 347   3.285   6.156  -7.182
    4    HB2  ALA 347           HB2      ALA 347   2.096   7.450  -7.335
    5    HB3  ALA 347           HB3      ALA 347   2.714   7.003  -5.744

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    LEU 348           H        LEU 348   5.074   8.267  -4.613
    2    HA   LEU 348           HA       LEU 348   3.444  10.351  -3.572
    3    HG   LEU 348           HG       LEU 348   4.589   9.297  -0.310
    4   HD11  LEU 348          1HD1      LEU 348   4.409  11.683  -0.925
    5   HD12  LEU 348          2HD1      LEU 348   2.966  11.304  -1.865
    6   HD13  LEU 348          3HD1      LEU 348   2.968  11.067  -0.117
    7   HD21  LEU 348          1HD2      LEU 348   3.271   7.628  -1.511
    8   HD22  LEU 348          2HD2      LEU 348   2.238   8.691  -0.555
    9   HD23  LEU 348          3HD2      LEU 348   2.356   8.913  -2.300
   10    HB2  LEU 348           HB2      LEU 348   5.284   8.479  -2.559
   11    HB3  LEU 348           HB3      LEU 348   5.926  10.054  -2.136

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLU 349           H        GLU 349   6.697  10.220  -4.929
    2    HA   GLU 349           HA       GLU 349   7.377  12.913  -4.328
    3    HB2  GLU 349           HB2      GLU 349   8.823  10.805  -5.115
    4    HB3  GLU 349           HB3      GLU 349   8.596  11.567  -6.683
    5    HG2  GLU 349           HG2      GLU 349  10.454  12.684  -6.136
    6    HG3  GLU 349           HG3      GLU 349   9.348  13.697  -5.209

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 350           H        LEU 350   5.649  11.367  -6.928
    2    HA   LEU 350           HA       LEU 350   5.806  13.524  -8.778
    3    HG   LEU 350           HG       LEU 350   4.110  11.386 -11.193
    4   HD11  LEU 350          1HD1      LEU 350   3.038  13.587 -10.415
    5   HD12  LEU 350          2HD1      LEU 350   4.622  14.300 -10.722
    6   HD13  LEU 350          3HD1      LEU 350   3.735  13.523 -12.034
    7   HD21  LEU 350          1HD2      LEU 350   6.660  11.591 -10.362
    8   HD22  LEU 350          2HD2      LEU 350   6.168  11.737 -12.049
    9   HD23  LEU 350          3HD2      LEU 350   6.442  13.186 -11.083
   10    HB2  LEU 350           HB2      LEU 350   5.003  10.936  -8.938
   11    HB3  LEU 350           HB3      LEU 350   3.451  11.753  -8.904

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    LYS 351           H        LYS 351   3.533  12.606  -6.249
    2    HA   LYS 351           HA       LYS 351   1.507  14.460  -6.883
    3    HB2  LYS 351           HB2      LYS 351   1.683  12.426  -5.133
    4    HB3  LYS 351           HB3      LYS 351   1.950  13.771  -4.032
    5    HG2  LYS 351           HG2      LYS 351  -0.156  14.773  -4.716
    6    HG3  LYS 351           HG3      LYS 351  -0.419  13.460  -5.866
    7    HD2  LYS 351           HD2      LYS 351   0.092  12.714  -3.042
    8    HD3  LYS 351           HD3      LYS 351  -1.466  13.454  -3.412
    9    HE2  LYS 351           HE2      LYS 351  -0.499  11.256  -5.165
   10    HE3  LYS 351           HE3      LYS 351  -1.091  10.838  -3.558
   11    HZ1  LYS 351           HZ1      LYS 351  -3.056  12.393  -4.317
   12    HZ2  LYS 351           HZ2      LYS 351  -2.546  11.910  -5.855
   13    HZ3  LYS 351           HZ3      LYS 351  -3.023  10.750  -4.719

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    ASP 352           H        ASP 352   4.442  14.709  -4.971
    2    HA   ASP 352           HA       ASP 352   3.901  17.159  -3.707
    3    HB2  ASP 352           HB2      ASP 352   6.413  15.671  -4.392
    4    HB3  ASP 352           HB3      ASP 352   6.513  17.305  -3.742

  No H/Q in entry =           4
  Start of MODEL   17
    1    H    ALA 353           H        ALA 353   5.218  16.388  -6.875
    2    HA   ALA 353           HA       ALA 353   5.961  19.074  -7.513
    3    HB1  ALA 353           HB1      ALA 353   6.146  18.164  -9.846
    4    HB2  ALA 353           HB2      ALA 353   7.114  17.324  -8.635
    5    HB3  ALA 353           HB3      ALA 353   5.606  16.611  -9.208

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLN 354           H        GLN 354   3.080  17.130  -7.890
    2    HA   GLN 354           HA       GLN 354   1.789  18.917  -9.723
    3   HE21  GLN 354          1HE2      GLN 354  -1.972  16.554 -11.732
    4   HE22  GLN 354          2HE2      GLN 354  -3.236  16.080 -10.654
    5    HB2  GLN 354           HB2      GLN 354   1.368  16.341  -9.112
    6    HB3  GLN 354           HB3      GLN 354   0.176  17.071  -8.045
    7    HG2  GLN 354           HG2      GLN 354  -0.312  18.385 -10.371
    8    HG3  GLN 354           HG3      GLN 354   0.188  16.800 -10.959

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    ALA 355           H        ALA 355   1.934  18.539  -6.252
    2    HA   ALA 355           HA       ALA 355  -0.124  20.586  -5.874
    3    HB1  ALA 355           HB1      ALA 355   0.246  18.304  -4.522
    4    HB2  ALA 355           HB2      ALA 355   1.222  19.388  -3.531
    5    HB3  ALA 355           HB3      ALA 355  -0.484  19.741  -3.805

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLY 356           H        GLY 356   0.570  21.879  -3.653
    2    HA2  GLY 356           HA2      GLY 356   2.229  23.915  -4.422
    3    HA3  GLY 356           HA3      GLY 356   3.301  22.758  -3.647

  No H/Q in entry =           3
  Start of MODEL   17
    1    H1   GLU 326           H1       GLU 326  14.657 -13.217  -1.240
    2    H2   GLU 326           H2       GLU 326  15.664 -14.134  -2.285
    3    H3   GLU 326           H3       GLU 326  16.326 -13.403  -0.883
    4    HA   GLU 326           HA       GLU 326  16.962 -12.115  -2.694
    5    HB2  GLU 326           HB2      GLU 326  14.058 -12.405  -3.427
    6    HB3  GLU 326           HB3      GLU 326  15.033 -11.101  -4.091
    7    HG2  GLU 326           HG2      GLU 326  15.946 -13.940  -4.297
    8    HG3  GLU 326           HG3      GLU 326  14.764 -13.285  -5.431

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    SER 327           H        SER 327  17.566 -10.722  -1.072
    2    HA   SER 327           HA       SER 327  15.541  -9.054   0.201
    3    HG   SER 327           HG       SER 327  17.680  -8.381   2.814
    4    HB2  SER 327           HB2      SER 327  17.584 -10.167   1.379
    5    HB3  SER 327           HB3      SER 327  18.493  -8.814   0.706

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    PHE 328           H        PHE 328  15.517  -6.799   0.089
    2    HA   PHE 328           HA       PHE 328  17.250  -5.545  -1.915
    3    HD1  PHE 328           HD1      PHE 328  16.867  -6.689  -3.959
    4    HD2  PHE 328           HD2      PHE 328  12.827  -6.614  -2.624
    5    HE1  PHE 328           HE1      PHE 328  16.387  -8.686  -5.313
    6    HE2  PHE 328           HE2      PHE 328  12.340  -8.612  -3.975
    7    HZ   PHE 328           HZ       PHE 328  14.121  -9.651  -5.322
    8    HB2  PHE 328           HB2      PHE 328  14.277  -5.035  -1.837
    9    HB3  PHE 328           HB3      PHE 328  15.433  -4.493  -3.049

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLY 329           H        GLY 329  17.641  -3.346  -1.604
    2    HA2  GLY 329           HA2      GLY 329  18.291  -1.785   0.060
    3    HA3  GLY 329           HA3      GLY 329  17.028  -2.414   1.107

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    LEU 330           H        LEU 330  15.124  -1.374   1.196
    2    HA   LEU 330           HA       LEU 330  14.333   0.413  -0.961
    3    HG   LEU 330           HG       LEU 330  11.991   1.686  -0.014
    4   HD11  LEU 330          1HD1      LEU 330  12.633   0.356  -2.048
    5   HD12  LEU 330          2HD1      LEU 330  11.248  -0.682  -1.712
    6   HD13  LEU 330          3HD1      LEU 330  11.003   1.028  -2.065
    7   HD21  LEU 330          1HD2      LEU 330  10.661   0.039   1.618
    8   HD22  LEU 330          2HD2      LEU 330   9.860   1.252   0.619
    9   HD23  LEU 330          3HD2      LEU 330   9.926  -0.428   0.085
   10    HB2  LEU 330           HB2      LEU 330  12.777  -1.212   0.264
   11    HB3  LEU 330           HB3      LEU 330  12.831  -0.076   1.598

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLY 331           H        GLY 331  15.140   2.405  -0.952
    2    HA2  GLY 331           HA2      GLY 331  16.343   4.202   0.036
    3    HA3  GLY 331           HA3      GLY 331  15.761   3.689   1.612

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ILE 332           H        ILE 332  13.580   4.173   2.204
    2    HA   ILE 332           HA       ILE 332  12.189   6.121   0.520
    3    HB   ILE 332           HB       ILE 332  11.192   4.870   3.077
    4   HG12  ILE 332          2HG1      ILE 332  11.684   3.108   1.452
    5   HG21  ILE 332          1HG2      ILE 332  10.056   6.921   2.407
    6   HG22  ILE 332          2HG2      ILE 332   9.750   6.239   0.810
    7   HG23  ILE 332          3HG2      ILE 332   8.994   5.524   2.234
    8   HD11  ILE 332          1HD1      ILE 332  11.573   4.455  -0.609
    9   HD12  ILE 332          2HD1      ILE 332  10.619   2.974  -0.691
   10   HD13  ILE 332          3HD1      ILE 332   9.820   4.525  -0.433
   11   HG13  ILE 332          3HG1      ILE 332   9.944   3.303   1.643

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ARG 333           H        ARG 333  11.855   8.210   1.099
    2    HA   ARG 333           HA       ARG 333  13.203   9.123   3.549
    3    HE   ARG 333           HE       ARG 333  12.874  13.999   1.662
    4   HH11  ARG 333          1HH1      ARG 333  15.893  13.165   3.203
    5   HH12  ARG 333          2HH1      ARG 333  16.801  14.373   2.358
    6   HH21  ARG 333          1HH2      ARG 333  14.068  15.589   0.550
    7   HH22  ARG 333          2HH2      ARG 333  15.766  15.750   0.853
    8    HB2  ARG 333           HB2      ARG 333  13.735   9.932   1.055
    9    HB3  ARG 333           HB3      ARG 333  12.431  11.052   1.422
   10    HG2  ARG 333           HG2      ARG 333  14.563  10.778   3.452
   11    HG3  ARG 333           HG3      ARG 333  14.989  11.580   1.939
   12    HD2  ARG 333           HD2      ARG 333  12.452  12.400   3.223
   13    HD3  ARG 333           HD3      ARG 333  13.944  12.873   4.036

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLY 334           H        GLY 334  11.292   8.569   4.794
    2    HA2  GLY 334           HA2      GLY 334   8.760   9.734   4.307
    3    HA3  GLY 334           HA3      GLY 334   9.682  10.763   5.392

  No H/Q in entry =           3
  Start of MODEL   17
    1    H    ARG 335           H        ARG 335   9.161  10.447   7.441
    2    HA   ARG 335           HA       ARG 335   9.377   7.982   8.752
    3    HE   ARG 335           HE       ARG 335   6.205  12.725  10.600
    4   HH11  ARG 335          1HH1      ARG 335   9.263  13.467  12.108
    5   HH12  ARG 335          2HH1      ARG 335   8.584  14.621  13.206
    6   HH21  ARG 335          1HH2      ARG 335   5.310  14.243  12.043
    7   HH22  ARG 335          2HH2      ARG 335   6.340  15.062  13.170
    8    HB2  ARG 335           HB2      ARG 335   8.252   9.130  10.652
    9    HB3  ARG 335           HB3      ARG 335   9.599  10.041   9.983
   10    HG2  ARG 335           HG2      ARG 335   7.649  11.134   8.551
   11    HG3  ARG 335           HG3      ARG 335   6.699  10.636   9.953
   12    HD2  ARG 335           HD2      ARG 335   8.849  11.754  11.162
   13    HD3  ARG 335           HD3      ARG 335   8.751  12.730   9.697

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 336           H        GLU 336   6.505   9.761   7.655
    2    HA   GLU 336           HA       GLU 336   4.653   7.805   8.576
    3    HB2  GLU 336           HB2      GLU 336   4.110  10.213   8.139
    4    HB3  GLU 336           HB3      GLU 336   4.231   9.877   6.417
    5    HG2  GLU 336           HG2      GLU 336   2.045   9.485   6.518
    6    HG3  GLU 336           HG3      GLU 336   2.491   7.948   7.258

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ARG 337           H        ARG 337   5.999   8.564   5.375
    2    HA   ARG 337           HA       ARG 337   4.618   6.596   3.937
    3    HE   ARG 337           HE       ARG 337   4.744   9.514   2.502
    4   HH11  ARG 337          1HH1      ARG 337   1.843   7.600   2.188
    5   HH12  ARG 337          2HH1      ARG 337   0.833   8.778   2.958
    6   HH21  ARG 337          1HH2      ARG 337   3.418  11.064   3.514
    7   HH22  ARG 337          2HH2      ARG 337   1.727  10.744   3.710
    8    HB2  ARG 337           HB2      ARG 337   6.338   8.590   3.276
    9    HB3  ARG 337           HB3      ARG 337   7.378   7.189   3.062
   10    HG2  ARG 337           HG2      ARG 337   6.244   7.874   0.990
   11    HG3  ARG 337           HG3      ARG 337   5.841   6.228   1.480
   12    HD2  ARG 337           HD2      ARG 337   3.924   7.696   0.680
   13    HD3  ARG 337           HD3      ARG 337   3.699   6.852   2.211

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    PHE 338           H        PHE 338   7.906   6.508   5.305
    2    HA   PHE 338           HA       PHE 338   8.433   3.831   4.624
    3    HD1  PHE 338           HD1      PHE 338  11.745   3.758   4.662
    4    HD2  PHE 338           HD2      PHE 338   9.546   3.361   8.283
    5    HE1  PHE 338           HE1      PHE 338  13.162   1.853   5.309
    6    HE2  PHE 338           HE2      PHE 338  10.958   1.456   8.937
    7    HZ   PHE 338           HZ       PHE 338  12.770   0.700   7.449
    8    HB2  PHE 338           HB2      PHE 338  10.206   5.402   5.262
    9    HB3  PHE 338           HB3      PHE 338   9.560   5.483   6.898

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    GLU 339           H        GLU 339   6.741   5.293   7.305
    2    HA   GLU 339           HA       GLU 339   6.715   3.065   9.034
    3    HB2  GLU 339           HB2      GLU 339   5.178   5.592   8.779
    4    HB3  GLU 339           HB3      GLU 339   4.421   4.299   9.700
    5    HG2  GLU 339           HG2      GLU 339   7.217   4.754  10.398
    6    HG3  GLU 339           HG3      GLU 339   6.172   6.144  10.688

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    MET 340           H        MET 340   4.671   4.035   6.344
    2    HA   MET 340           HA       MET 340   2.631   2.115   6.757
    3    HB2  MET 340           HB2      MET 340   3.462   3.293   4.104
    4    HB3  MET 340           HB3      MET 340   1.883   2.659   4.545
    5    HG2  MET 340           HG2      MET 340   2.167   4.588   6.405
    6    HG3  MET 340           HG3      MET 340   3.087   5.286   5.073
    7    HE1  MET 340           HE1      MET 340   2.271   5.212   2.698
    8    HE2  MET 340           HE2      MET 340   1.041   3.970   2.466
    9    HE3  MET 340           HE3      MET 340   0.632   5.670   2.238

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    PHE 341           H        PHE 341   5.340   2.167   4.432
    2    HA   PHE 341           HA       PHE 341   4.970  -0.464   3.512
    3    HD1  PHE 341           HD1      PHE 341   4.444   0.892   1.753
    4    HD2  PHE 341           HD2      PHE 341   8.135   2.865   2.518
    5    HE1  PHE 341           HE1      PHE 341   3.701   2.798   0.391
    6    HE2  PHE 341           HE2      PHE 341   7.399   4.775   1.155
    7    HZ   PHE 341           HZ       PHE 341   5.179   4.742   0.095
    8    HB2  PHE 341           HB2      PHE 341   7.658   0.889   3.618
    9    HB3  PHE 341           HB3      PHE 341   7.037  -0.226   2.403

  No H/Q in entry =           9
  Start of MODEL   17
    1    H    ARG 342           H        ARG 342   6.513   0.801   6.357
    2    HA   ARG 342           HA       ARG 342   8.035  -1.545   6.958
    3    HE   ARG 342           HE       ARG 342   7.457  -0.840  12.317
    4   HH11  ARG 342          1HH1      ARG 342  10.781  -0.684  11.265
    5   HH12  ARG 342          2HH1      ARG 342  11.349  -1.773  12.485
    6   HH21  ARG 342          1HH2      ARG 342   8.202  -2.273  13.923
    7   HH22  ARG 342          2HH2      ARG 342   9.885  -2.675  13.994
    8    HB2  ARG 342           HB2      ARG 342   8.632   0.689   7.830
    9    HB3  ARG 342           HB3      ARG 342   7.153   0.701   8.781
   10    HG2  ARG 342           HG2      ARG 342   8.228  -1.609   9.634
   11    HG3  ARG 342           HG3      ARG 342   9.696  -0.711   9.243
   12    HD2  ARG 342           HD2      ARG 342   9.407   0.750  10.936
   13    HD3  ARG 342           HD3      ARG 342   7.656   0.799  10.731

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    GLU 343           H        GLU 343   4.905  -0.254   7.992
    2    HA   GLU 343           HA       GLU 343   4.370  -2.359   9.839
    3    HB2  GLU 343           HB2      GLU 343   3.320   0.002   9.718
    4    HB3  GLU 343           HB3      GLU 343   2.251  -0.692   8.508
    5    HG2  GLU 343           HG2      GLU 343   1.058  -1.831  10.024
    6    HG3  GLU 343           HG3      GLU 343   2.477  -2.244  10.986

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 344           H        LEU 344   3.788  -1.851   6.431
    2    HA   LEU 344           HA       LEU 344   1.940  -4.000   6.108
    3    HG   LEU 344           HG       LEU 344   0.844  -3.966   4.147
    4   HD11  LEU 344          1HD1      LEU 344   0.867  -1.512   5.240
    5   HD12  LEU 344          2HD1      LEU 344   0.460  -1.100   3.574
    6   HD13  LEU 344          3HD1      LEU 344  -0.553  -2.227   4.477
    7   HD21  LEU 344          1HD2      LEU 344   2.244  -3.595   1.974
    8   HD22  LEU 344          2HD2      LEU 344   0.482  -3.554   1.912
    9   HD23  LEU 344          3HD2      LEU 344   1.398  -2.048   1.930
   10    HB2  LEU 344           HB2      LEU 344   2.982  -1.923   4.512
   11    HB3  LEU 344           HB3      LEU 344   3.403  -3.417   3.698

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    ASN 345           H        ASN 345   5.420  -3.687   6.026
    2    HA   ASN 345           HA       ASN 345   5.951  -6.201   4.802
    3   HD21  ASN 345          1HD2      ASN 345   8.473  -7.076   6.837
    4   HD22  ASN 345          2HD2      ASN 345   9.569  -7.679   5.645
    5    HB2  ASN 345           HB2      ASN 345   7.531  -4.190   5.023
    6    HB3  ASN 345           HB3      ASN 345   7.826  -4.752   6.665

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    GLU 346           H        GLU 346   5.795  -5.089   8.162
    2    HA   GLU 346           HA       GLU 346   6.560  -7.548   9.332
    3    HB2  GLU 346           HB2      GLU 346   6.598  -5.339  10.492
    4    HB3  GLU 346           HB3      GLU 346   4.841  -5.377  10.544
    5    HG2  GLU 346           HG2      GLU 346   5.482  -7.780  11.654
    6    HG3  GLU 346           HG3      GLU 346   6.806  -6.756  12.208

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    ALA 347           H        ALA 347   3.458  -6.200   8.369
    2    HA   ALA 347           HA       ALA 347   1.851  -8.194   9.599
    3    HB1  ALA 347           HB1      ALA 347   1.423  -6.006   7.653
    4    HB2  ALA 347           HB2      ALA 347   0.240  -7.314   7.658
    5    HB3  ALA 347           HB3      ALA 347   0.548  -6.398   9.133

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    LEU 348           H        LEU 348   3.325  -7.860   6.416
    2    HA   LEU 348           HA       LEU 348   2.020 -10.060   5.207
    3    HG   LEU 348           HG       LEU 348   2.374  -7.498   4.038
    4   HD11  LEU 348          1HD1      LEU 348   4.723  -7.410   2.769
    5   HD12  LEU 348          2HD1      LEU 348   3.714  -8.018   1.457
    6   HD13  LEU 348          3HD1      LEU 348   3.312  -6.491   2.244
    7   HD21  LEU 348          1HD2      LEU 348   1.557  -9.924   3.252
    8   HD22  LEU 348          2HD2      LEU 348   0.869  -8.425   2.627
    9   HD23  LEU 348          3HD2      LEU 348   2.100  -9.284   1.701
   10    HB2  LEU 348           HB2      LEU 348   4.577  -8.596   4.602
   11    HB3  LEU 348           HB3      LEU 348   4.054  -9.970   3.647

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    GLU 349           H        GLU 349   4.896  -9.755   7.181
    2    HA   GLU 349           HA       GLU 349   5.999 -12.300   6.671
    3    HB2  GLU 349           HB2      GLU 349   6.884 -10.152   7.997
    4    HB3  GLU 349           HB3      GLU 349   6.322 -11.096   9.370
    5    HG2  GLU 349           HG2      GLU 349   8.429 -11.886   9.287
    6    HG3  GLU 349           HG3      GLU 349   7.714 -12.988   8.111

  No H/Q in entry =           6
  Start of MODEL   17
    1    H    LEU 350           H        LEU 350   3.458 -11.200   8.799
    2    HA   LEU 350           HA       LEU 350   3.332 -13.433  10.507
    3    HG   LEU 350           HG       LEU 350   3.155 -11.278  11.761
    4   HD11  LEU 350          1HD1      LEU 350   0.291 -10.378  12.035
    5   HD12  LEU 350          2HD1      LEU 350   1.646  -9.813  13.012
    6   HD13  LEU 350          3HD1      LEU 350   1.602  -9.469  11.283
    7   HD21  LEU 350          1HD2      LEU 350   0.822 -12.891  12.765
    8   HD22  LEU 350          2HD2      LEU 350   2.532 -13.322  12.786
    9   HD23  LEU 350          3HD2      LEU 350   1.934 -12.033  13.830
   10    HB2  LEU 350           HB2      LEU 350   1.484 -11.233   9.741
   11    HB3  LEU 350           HB3      LEU 350   0.788 -12.634  10.533

  No H/Q in entry =          11
  Start of MODEL   17
    1    H    LYS 351           H        LYS 351   1.781 -12.742   7.406
    2    HA   LYS 351           HA       LYS 351   0.127 -15.027   7.343
    3    HB2  LYS 351           HB2      LYS 351   1.277 -13.525   4.986
    4    HB3  LYS 351           HB3      LYS 351  -0.147 -14.557   4.979
    5    HG2  LYS 351           HG2      LYS 351  -1.386 -13.015   6.276
    6    HG3  LYS 351           HG3      LYS 351   0.057 -12.072   6.656
    7    HD2  LYS 351           HD2      LYS 351   0.211 -11.229   4.466
    8    HD3  LYS 351           HD3      LYS 351  -0.902 -12.443   3.832
    9    HE2  LYS 351           HE2      LYS 351  -1.917 -10.620   5.940
   10    HE3  LYS 351           HE3      LYS 351  -1.650  -9.937   4.337
   11    HZ1  LYS 351           HZ1      LYS 351  -2.992 -11.953   3.538
   12    HZ2  LYS 351           HZ2      LYS 351  -3.508 -12.081   5.143
   13    HZ3  LYS 351           HZ3      LYS 351  -3.828 -10.673   4.262

  No H/Q in entry =          13
  Start of MODEL   17
    1    H    ASP 352           H        ASP 352   3.471 -14.486   6.487
    2    HA   ASP 352           HA       ASP 352   3.868 -16.838   4.969
    3    HB2  ASP 352           HB2      ASP 352   5.377 -14.684   5.357
    4    HB3  ASP 352           HB3      ASP 352   6.100 -15.708   6.595

  No H/Q in entry =           4
  Start of MODEL   17
    1    H    ALA 353           H        ALA 353   4.097 -16.131   8.413
    2    HA   ALA 353           HA       ALA 353   5.282 -18.570   9.201
    3    HB1  ALA 353           HB1      ALA 353   5.336 -16.709  10.698
    4    HB2  ALA 353           HB2      ALA 353   3.575 -16.611  10.725
    5    HB3  ALA 353           HB3      ALA 353   4.394 -17.989  11.462

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLN 354           H        GLN 354   1.976 -17.625   8.561
    2    HA   GLN 354           HA       GLN 354   0.876 -20.062   9.668
    3   HE21  GLN 354          1HE2      GLN 354  -1.196 -16.072  11.930
    4   HE22  GLN 354          2HE2      GLN 354  -2.668 -15.448  11.274
    5    HB2  GLN 354           HB2      GLN 354  -0.516 -17.979   7.980
    6    HB3  GLN 354           HB3      GLN 354  -1.273 -19.191   9.005
    7    HG2  GLN 354           HG2      GLN 354  -0.339 -18.116  10.982
    8    HG3  GLN 354           HG3      GLN 354   0.440 -16.908   9.961

  No H/Q in entry =           8
  Start of MODEL   17
    1    H    ALA 355           H        ALA 355   1.329 -18.634   6.451
    2    HA   ALA 355           HA       ALA 355   0.629 -21.221   5.247
    3    HB1  ALA 355           HB1      ALA 355  -0.374 -18.866   4.576
    4    HB2  ALA 355           HB2      ALA 355   1.074 -18.809   3.571
    5    HB3  ALA 355           HB3      ALA 355  -0.083 -20.126   3.377

  No H/Q in entry =           5
  Start of MODEL   17
    1    H    GLY 356           H        GLY 356   2.514 -22.382   5.437
    2    HA2  GLY 356           HA2      GLY 356   5.114 -21.466   5.100
    3    HA3  GLY 356           HA3      GLY 356   4.532 -21.900   3.500

  No H/Q in entry =           3
  Start of MODEL   18
    1    H1   GLU 326           HT2      GLU 326 -16.306   0.820  12.426
    2    H2   GLU 326           HT1      GLU 326 -17.150   2.048  13.278
    3    H3   GLU 326           HT3      GLU 326 -18.009   0.966  12.264
    4    HB3  GLU 326           HB1      GLU 326 -14.869   2.976  11.158
    5    HB2  GLU 326           HB2      GLU 326 -15.664   3.407  12.666
    6    HG3  GLU 326           HG1      GLU 326 -16.970   5.114  11.401
    7    HG2  GLU 326           HG2      GLU 326 -15.969   4.752   9.995
    8    HA   GLU 326           HA       GLU 326 -17.835   2.967  11.125

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   SER 327           HA       SER 327 -15.921   1.049   7.584
    2    H    SER 327           HN       SER 327 -17.657   2.958   8.903
    3    HG   SER 327           HG       SER 327 -17.649  -1.512   7.082
    4    HB3  SER 327           HB1      SER 327 -18.753   0.810   6.732
    5    HB2  SER 327           HB2      SER 327 -18.336   0.071   8.277

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   PHE 328           HA       PHE 328 -17.140   3.688   4.187
    2    HD1  PHE 328           HD1      PHE 328 -15.846   6.591   5.026
    3    HD2  PHE 328           HD2      PHE 328 -14.039   3.080   6.613
    4    HE1  PHE 328           HE1      PHE 328 -15.694   7.671   7.231
    5    HE2  PHE 328           HE2      PHE 328 -13.884   4.154   8.822
    6    HZ   PHE 328           HZ       PHE 328 -14.712   6.452   9.133
    7    H    PHE 328           HN       PHE 328 -15.746   1.394   5.317
    8    HB3  PHE 328           HB1      PHE 328 -15.154   4.882   3.580
    9    HB2  PHE 328           HB2      PHE 328 -14.123   3.574   4.149

  No H/Q in entry =           9
  Start of MODEL   18
    1    H    GLY 329           HN       GLY 329 -17.734   3.242   2.171
    2    HA2  GLY 329           HA1      GLY 329 -18.024   1.845   0.322
    3    HA3  GLY 329           HA2      GLY 329 -16.655   0.885   0.862

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   LEU 330           HA       LEU 330 -14.736   3.395  -2.215
    2    HG   LEU 330           HG       LEU 330 -12.457   4.016  -1.790
    3   HD13  LEU 330          1HD1      LEU 330 -10.761   2.842  -0.633
    4   HD12  LEU 330          2HD1      LEU 330 -10.036   3.408  -2.137
    5   HD11  LEU 330          3HD1      LEU 330 -10.523   1.721  -1.974
    6   HD22  LEU 330          1HD2      LEU 330 -12.784   4.076  -4.029
    7   HD21  LEU 330          2HD2      LEU 330 -12.393   2.370  -4.244
    8   HD23  LEU 330          3HD2      LEU 330 -11.100   3.553  -4.048
    9    H    LEU 330           HN       LEU 330 -15.618   0.814  -1.107
   10    HB3  LEU 330           HB1      LEU 330 -12.883   1.094  -2.411
   11    HB2  LEU 330           HB2      LEU 330 -13.078   1.800  -0.818

  No H/Q in entry =          11
  Start of MODEL   18
    1    H    GLY 331           HN       GLY 331 -14.680   3.560  -4.414
    2    HA2  GLY 331           HA1      GLY 331 -15.953   2.923  -6.365
    3    HA3  GLY 331           HA2      GLY 331 -15.751   1.243  -5.890

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ILE 332           HA       ILE 332 -11.761   1.640  -7.820
    2    HB   ILE 332           HB       ILE 332 -11.708  -1.259  -6.990
    3   HG13  ILE 332          1HG1      ILE 332 -10.413  -0.570  -5.047
    4   HG12  ILE 332          2HG1      ILE 332 -11.983   0.227  -5.027
    5   HG22  ILE 332          1HG2      ILE 332  -9.138  -0.391  -7.055
    6   HG21  ILE 332          2HG2      ILE 332  -9.855   0.561  -8.355
    7   HG23  ILE 332          3HG2      ILE 332  -9.956  -1.200  -8.392
    8   HD11  ILE 332          1HD1      ILE 332  -9.437   1.502  -5.990
    9   HD13  ILE 332          2HD1      ILE 332 -10.127   1.706  -4.379
   10   HD12  ILE 332          3HD1      ILE 332 -11.007   2.281  -5.795
   11    H    ILE 332           HN       ILE 332 -13.804   0.182  -6.327

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ARG 333           HA       ARG 333 -13.325  -0.303 -11.425
    2    HE   ARG 333           HE       ARG 333 -16.397  -0.125 -13.588
    3   HH11  ARG 333          1HH1      ARG 333 -15.913   3.269 -14.242
    4   HH12  ARG 333          2HH1      ARG 333 -17.606   3.627 -14.300
    5   HH21  ARG 333          1HH2      ARG 333 -18.624   0.345 -13.664
    6   HH22  ARG 333          2HH2      ARG 333 -19.145   1.968 -13.972
    7    H    ARG 333           HN       ARG 333 -11.621   1.578  -9.964
    8    HB3  ARG 333           HB1      ARG 333 -12.304   1.376 -13.325
    9    HB2  ARG 333           HB2      ARG 333 -12.322   2.421 -11.912
   10    HG3  ARG 333           HG1      ARG 333 -14.413   2.853 -12.609
   11    HG2  ARG 333           HG2      ARG 333 -14.784   1.371 -11.725
   12    HD3  ARG 333           HD1      ARG 333 -14.177   0.243 -14.024
   13    HD2  ARG 333           HD2      ARG 333 -14.589   1.835 -14.660

  No H/Q in entry =          13
  Start of MODEL   18
    1    H    GLY 334           HN       GLY 334 -10.794  -1.114 -10.202
    2    HA2  GLY 334           HA1      GLY 334  -8.521  -1.358 -11.459
    3    HA3  GLY 334           HA2      GLY 334  -9.541  -2.175 -12.633

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ARG 335           HA       ARG 335  -9.640  -5.732 -10.143
    2    HE   ARG 335           HE       ARG 335  -8.134  -7.712 -15.967
    3   HH11  ARG 335          1HH1      ARG 335 -10.171  -8.505 -13.245
    4   HH12  ARG 335          2HH1      ARG 335 -11.577  -8.777 -14.218
    5   HH21  ARG 335          1HH2      ARG 335  -9.983  -8.069 -17.246
    6   HH22  ARG 335          2HH2      ARG 335 -11.471  -8.530 -16.489
    7    H    ARG 335           HN       ARG 335  -8.913  -4.249 -12.486
    8    HB3  ARG 335           HB1      ARG 335 -10.031  -6.796 -12.232
    9    HB2  ARG 335           HB2      ARG 335  -8.721  -7.680 -11.461
   10    HG3  ARG 335           HG1      ARG 335  -7.186  -6.121 -12.849
   11    HG2  ARG 335           HG2      ARG 335  -8.635  -5.854 -13.820
   12    HD3  ARG 335           HD1      ARG 335  -8.198  -8.666 -13.250
   13    HD2  ARG 335           HD2      ARG 335  -6.832  -7.936 -14.091

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 336           HA       GLU 336  -4.931  -6.173  -9.911
    2    H    GLU 336           HN       GLU 336  -6.639  -4.651 -11.620
    3    HB3  GLU 336           HB1      GLU 336  -4.169  -5.397 -12.100
    4    HB2  GLU 336           HB2      GLU 336  -3.127  -4.786 -10.823
    5    HG3  GLU 336           HG1      GLU 336  -4.122  -2.616 -10.959
    6    HG2  GLU 336           HG2      GLU 336  -5.349  -3.199 -12.082

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ARG 337           HA       ARG 337  -4.511  -1.924  -7.731
    2    HE   ARG 337           HE       ARG 337  -4.403   1.331 -10.176
    3   HH11  ARG 337          1HH1      ARG 337  -7.120   3.488  -9.800
    4   HH12  ARG 337          2HH1      ARG 337  -6.936   4.195 -11.370
    5   HH21  ARG 337          1HH2      ARG 337  -4.159   2.259 -12.241
    6   HH22  ARG 337          2HH2      ARG 337  -5.256   3.497 -12.756
    7    H    ARG 337           HN       ARG 337  -5.970  -2.775  -9.965
    8    HB3  ARG 337           HB1      ARG 337  -7.154  -0.675  -8.072
    9    HB2  ARG 337           HB2      ARG 337  -6.179  -0.720  -9.534
   10    HG3  ARG 337           HG1      ARG 337  -4.317   0.307  -8.172
   11    HG2  ARG 337           HG2      ARG 337  -5.519   0.580  -6.910
   12    HD3  ARG 337           HD1      ARG 337  -5.570   2.583  -8.054
   13    HD2  ARG 337           HD2      ARG 337  -6.888   1.693  -8.814

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   PHE 338           HA       PHE 338  -8.458  -2.845  -5.205
    2    HD1  PHE 338           HD1      PHE 338  -9.729  -6.447  -5.478
    3    HD2  PHE 338           HD2      PHE 338 -11.813  -2.746  -5.221
    4    HE1  PHE 338           HE1      PHE 338 -11.221  -7.410  -3.775
    5    HE2  PHE 338           HE2      PHE 338 -13.308  -3.702  -3.517
    6    HZ   PHE 338           HZ       PHE 338 -13.013  -6.037  -2.792
    7    H    PHE 338           HN       PHE 338  -7.902  -2.995  -7.948
    8    HB3  PHE 338           HB1      PHE 338  -9.660  -4.666  -7.305
    9    HB2  PHE 338           HB2      PHE 338 -10.224  -3.051  -6.888

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   GLU 339           HA       GLU 339  -7.029  -7.434  -5.319
    2    H    GLU 339           HN       GLU 339  -6.891  -5.298  -7.139
    3    HB3  GLU 339           HB1      GLU 339  -4.719  -7.974  -6.559
    4    HB2  GLU 339           HB2      GLU 339  -5.321  -6.735  -7.652
    5    HG3  GLU 339           HG1      GLU 339  -6.421  -8.366  -8.675
    6    HG2  GLU 339           HG2      GLU 339  -7.508  -8.362  -7.287

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   MET 340           HA       MET 340  -2.887  -5.661  -3.744
    2    H    MET 340           HN       MET 340  -4.762  -4.754  -5.657
    3    HB3  MET 340           HB1      MET 340  -3.431  -2.754  -4.286
    4    HB2  MET 340           HB2      MET 340  -2.669  -3.769  -5.503
    5    HG3  MET 340           HG1      MET 340  -0.736  -3.997  -4.307
    6    HG2  MET 340           HG2      MET 340  -1.535  -3.749  -2.756
    7    HE1  MET 340           HE1      MET 340  -0.756  -2.161  -6.118
    8    HE3  MET 340           HE2      MET 340  -0.479  -0.453  -5.772
    9    HE2  MET 340           HE3      MET 340  -2.123  -1.093  -5.795

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   PHE 341           HA       PHE 341  -5.175  -2.798  -0.701
    2    HD1  PHE 341           HD1      PHE 341  -4.429  -0.892  -1.619
    3    HD2  PHE 341           HD2      PHE 341  -8.009  -0.875  -3.918
    4    HE1  PHE 341           HE1      PHE 341  -3.441   0.771  -3.134
    5    HE2  PHE 341           HE2      PHE 341  -7.027   0.789  -5.440
    6    HZ   PHE 341           HZ       PHE 341  -4.739   1.608  -5.049
    7    H    PHE 341           HN       PHE 341  -5.410  -3.148  -3.475
    8    HB3  PHE 341           HB1      PHE 341  -7.162  -1.522  -0.829
    9    HB2  PHE 341           HB2      PHE 341  -7.753  -2.431  -2.218

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   ARG 342           HA       ARG 342  -8.526  -6.163  -0.535
    2    HE   ARG 342           HE       ARG 342 -10.240 -10.761  -1.733
    3   HH11  ARG 342          1HH1      ARG 342  -8.310 -11.362  -4.578
    4   HH12  ARG 342          2HH1      ARG 342  -8.850 -12.998  -4.752
    5   HH21  ARG 342          1HH2      ARG 342 -10.951 -12.913  -1.960
    6   HH22  ARG 342          2HH2      ARG 342 -10.349 -13.879  -3.266
    7    H    ARG 342           HN       ARG 342  -6.746  -5.256  -2.572
    8    HB3  ARG 342           HB1      ARG 342  -7.436  -7.624  -2.949
    9    HB2  ARG 342           HB2      ARG 342  -8.898  -6.649  -2.919
   10    HG3  ARG 342           HG1      ARG 342 -10.111  -8.245  -1.878
   11    HG2  ARG 342           HG2      ARG 342  -8.735  -8.839  -0.946
   12    HD3  ARG 342           HD1      ARG 342  -7.843  -9.925  -2.945
   13    HD2  ARG 342           HD2      ARG 342  -9.212  -9.328  -3.883

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 343           HA       GLU 343  -5.040  -9.254   0.238
    2    H    GLU 343           HN       GLU 343  -5.270  -7.052  -1.574
    3    HB3  GLU 343           HB1      GLU 343  -2.755  -7.740  -1.020
    4    HB2  GLU 343           HB2      GLU 343  -3.724  -8.899  -1.920
    5    HG3  GLU 343           HG1      GLU 343  -2.476  -9.727   0.655
    6    HG2  GLU 343           HG2      GLU 343  -1.485  -9.620  -0.799

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 344           HA       LEU 344  -2.764  -5.947   2.740
    2    HG   LEU 344           HG       LEU 344  -2.101  -4.836   0.283
    3   HD11  LEU 344          1HD1      LEU 344  -2.436  -1.860   0.606
    4   HD13  LEU 344          2HD1      LEU 344  -3.156  -2.886  -0.635
    5   HD12  LEU 344          3HD1      LEU 344  -1.412  -2.626  -0.608
    6   HD23  LEU 344          1HD2      LEU 344  -0.562  -2.840   1.845
    7   HD22  LEU 344          2HD2      LEU 344  -0.033  -4.344   1.091
    8   HD21  LEU 344          3HD2      LEU 344  -0.918  -4.385   2.617
    9    H    LEU 344           HN       LEU 344  -4.341  -5.835   0.353
   10    HB3  LEU 344           HB1      LEU 344  -3.074  -3.482   2.756
   11    HB2  LEU 344           HB2      LEU 344  -4.178  -3.639   1.404

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ASN 345           HA       ASN 345  -6.953  -4.714   4.583
    2   HD21  ASN 345          1HD2      ASN 345 -10.481  -3.847   2.664
    3   HD22  ASN 345          2HD2      ASN 345 -11.346  -4.050   4.146
    4    H    ASN 345           HN       ASN 345  -6.156  -5.594   1.985
    5    HB3  ASN 345           HB1      ASN 345  -8.645  -6.055   2.465
    6    HB2  ASN 345           HB2      ASN 345  -8.283  -4.332   2.499

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   GLU 346           HA       GLU 346  -7.978  -9.318   5.049
    2    H    GLU 346           HN       GLU 346  -6.721  -7.836   2.964
    3    HB3  GLU 346           HB1      GLU 346  -6.574 -11.218   3.812
    4    HB2  GLU 346           HB2      GLU 346  -6.445  -9.968   2.582
    5    HG3  GLU 346           HG1      GLU 346  -8.370 -10.793   1.825
    6    HG2  GLU 346           HG2      GLU 346  -9.102  -9.895   3.154

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ALA 347           HA       ALA 347  -3.488 -10.126   6.291
    2    H    ALA 347           HN       ALA 347  -4.653  -8.463   4.277
    3    HB1  ALA 347           HB1      ALA 347  -2.070  -7.736   5.215
    4    HB2  ALA 347           HB2      ALA 347  -2.437  -9.076   4.128
    5    HB3  ALA 347           HB3      ALA 347  -1.453  -9.350   5.566

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   LEU 348           HA       LEU 348  -3.446  -6.014   8.619
    2    HG   LEU 348           HG       LEU 348  -2.714  -4.475   6.843
    3   HD11  LEU 348          1HD1      LEU 348  -4.721  -3.317   5.455
    4   HD13  LEU 348          2HD1      LEU 348  -3.023  -2.864   5.308
    5   HD12  LEU 348          3HD1      LEU 348  -4.097  -1.930   6.349
    6   HD23  LEU 348          1HD2      LEU 348  -3.512  -2.036   8.320
    7   HD22  LEU 348          2HD2      LEU 348  -1.971  -2.893   8.290
    8   HD21  LEU 348          3HD2      LEU 348  -3.308  -3.517   9.257
    9    H    LEU 348           HN       LEU 348  -4.601  -6.805   6.122
   10    HB3  LEU 348           HB1      LEU 348  -5.293  -4.148   8.289
   11    HB2  LEU 348           HB2      LEU 348  -5.351  -4.811   6.667

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   GLU 349           HA       GLU 349  -7.862  -6.972  10.023
    2    H    GLU 349           HN       GLU 349  -6.407  -7.530   7.622
    3    HB3  GLU 349           HB1      GLU 349  -9.382  -8.806   9.151
    4    HB2  GLU 349           HB2      GLU 349  -8.290  -8.945   7.780
    5    HG3  GLU 349           HG1      GLU 349  -9.661  -7.467   6.823
    6    HG2  GLU 349           HG2      GLU 349  -8.776  -6.282   7.782

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 350           HA       LEU 350  -6.350 -11.347  11.013
    2    HG   LEU 350           HG       LEU 350  -4.894 -13.552   8.519
    3   HD11  LEU 350          1HD1      LEU 350  -5.591 -13.799  10.982
    4   HD13  LEU 350          2HD1      LEU 350  -6.523 -14.658   9.756
    5   HD12  LEU 350          3HD1      LEU 350  -7.148 -13.163  10.452
    6   HD23  LEU 350          1HD2      LEU 350  -7.435 -12.986   8.028
    7   HD22  LEU 350          2HD2      LEU 350  -6.124 -12.296   7.072
    8   HD21  LEU 350          3HD2      LEU 350  -6.874 -11.347   8.356
    9    H    LEU 350           HN       LEU 350  -5.720  -9.505   8.920
   10    HB3  LEU 350           HB1      LEU 350  -3.930 -12.178  10.227
   11    HB2  LEU 350           HB2      LEU 350  -4.321 -11.159   8.854

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   LYS 351           HA       LYS 351  -2.384  -9.563  12.879
    2    H    LYS 351           HN       LYS 351  -3.783  -8.969  10.469
    3    HB3  LYS 351           HB1      LYS 351  -1.242  -8.513  11.004
    4    HB2  LYS 351           HB2      LYS 351  -1.153  -7.479  12.424
    5    HG3  LYS 351           HG1      LYS 351  -3.374  -7.017  10.512
    6    HG2  LYS 351           HG2      LYS 351  -1.747  -6.530  10.033
    7    HD3  LYS 351           HD1      LYS 351  -2.534  -5.755  12.759
    8    HD2  LYS 351           HD2      LYS 351  -3.445  -4.977  11.463
    9    HE3  LYS 351           HE1      LYS 351  -1.264  -4.363  10.407
   10    HE2  LYS 351           HE2      LYS 351  -0.458  -4.972  11.852
   11    HZ2  LYS 351           HZ1      LYS 351  -1.195  -3.241  13.111
   12    HZ1  LYS 351           HZ2      LYS 351  -2.587  -2.989  12.184
   13    HZ3  LYS 351           HZ3      LYS 351  -1.085  -2.458  11.614

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   ASP 352           HA       ASP 352  -4.911  -5.864  14.404
    2    H    ASP 352           HN       ASP 352  -5.031  -7.461  12.032
    3    HB3  ASP 352           HB1      ASP 352  -7.240  -6.284  12.517
    4    HB2  ASP 352           HB2      ASP 352  -5.966  -5.090  12.286

  No H/Q in entry =           4
  Start of MODEL   18
    1    HA   ALA 353           HA       ALA 353  -8.301  -8.973  15.635
    2    H    ALA 353           HN       ALA 353  -6.448  -8.858  13.478
    3    HB2  ALA 353           HB1      ALA 353  -7.337 -10.835  13.545
    4    HB1  ALA 353           HB2      ALA 353  -8.982 -10.405  14.013
    5    HB3  ALA 353           HB3      ALA 353  -8.058 -11.550  14.986

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   GLN 354           HA       GLN 354  -4.863 -11.448  17.661
    2   HE21  GLN 354          1HE2      GLN 354  -1.553 -13.110  14.236
    3   HE22  GLN 354          2HE2      GLN 354  -0.348 -14.000  15.095
    4    H    GLN 354           HN       GLN 354  -4.958  -9.903  15.229
    5    HB3  GLN 354           HB1      GLN 354  -2.284 -11.121  17.133
    6    HB2  GLN 354           HB2      GLN 354  -2.906 -10.641  15.561
    7    HG3  GLN 354           HG1      GLN 354  -3.582 -12.733  15.030
    8    HG2  GLN 354           HG2      GLN 354  -3.960 -13.155  16.699

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   ALA 355           HA       ALA 355  -2.810  -7.508  19.145
    2    H    ALA 355           HN       ALA 355  -4.086  -8.184  16.644
    3    HB1  ALA 355           HB1      ALA 355  -2.273  -6.523  16.842
    4    HB3  ALA 355           HB2      ALA 355  -2.365  -5.413  18.209
    5    HB2  ALA 355           HB3      ALA 355  -3.712  -5.531  17.077

  No H/Q in entry =           5
  Start of MODEL   18
    1    H    GLY 356           HN       GLY 356  -3.724  -5.058  19.803
    2    HA2  GLY 356           HA1      GLY 356  -6.519  -4.740  19.908
    3    HA3  GLY 356           HA2      GLY 356  -5.362  -3.957  20.975

  No H/Q in entry =           3
  Start of MODEL   18
    1    H1   GLU 326           HT1      GLU 326 -14.902  -4.744 -12.564
    2    H2   GLU 326           HT3      GLU 326 -16.245  -5.668 -13.094
    3    H3   GLU 326           HT2      GLU 326 -15.060  -5.153 -14.223
    4    HA   GLU 326           HA       GLU 326 -15.699  -2.973 -14.107
    5    HB3  GLU 326           HB1      GLU 326 -18.169  -4.713 -13.921
    6    HB2  GLU 326           HB2      GLU 326 -17.208  -4.447 -15.370
    7    HG3  GLU 326           HG1      GLU 326 -17.940  -2.264 -15.614
    8    HG2  GLU 326           HG2      GLU 326 -18.440  -2.139 -13.928

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   SER 327           HA       SER 327 -15.343  -0.996 -10.122
    2    HG   SER 327           HG       SER 327 -17.842   0.979 -11.592
    3    H    SER 327           HN       SER 327 -15.030  -2.091 -12.090
    4    HB3  SER 327           HB1      SER 327 -17.754  -0.328  -9.603
    5    HB2  SER 327           HB2      SER 327 -18.195  -1.156 -11.096

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   PHE 328           HA       PHE 328 -16.544  -4.373  -7.551
    2    HD1  PHE 328           HD1      PHE 328 -15.341  -6.993  -8.403
    3    HD2  PHE 328           HD2      PHE 328 -12.704  -3.727  -9.105
    4    HE1  PHE 328           HE1      PHE 328 -14.716  -7.969 -10.573
    5    HE2  PHE 328           HE2      PHE 328 -12.075  -4.697 -11.277
    6    HZ   PHE 328           HZ       PHE 328 -13.082  -6.820 -12.014
    7    H    PHE 328           HN       PHE 328 -14.668  -2.342  -8.547
    8    HB3  PHE 328           HB1      PHE 328 -14.658  -5.512  -6.601
    9    HB2  PHE 328           HB2      PHE 328 -13.601  -4.140  -6.913

  No H/Q in entry =           9
  Start of MODEL   18
    1    H    GLY 329           HN       GLY 329 -16.948  -4.570  -5.314
    2    HA2  GLY 329           HA1      GLY 329 -17.735  -3.480  -3.406
    3    HA3  GLY 329           HA2      GLY 329 -16.903  -2.022  -3.925

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   LEU 330           HA       LEU 330 -13.667  -3.508  -1.362
    2    HG   LEU 330           HG       LEU 330 -11.286  -3.152  -2.106
    3   HD12  LEU 330          1HD1      LEU 330  -9.420  -1.445  -1.297
    4   HD11  LEU 330          2HD1      LEU 330 -10.620  -0.276  -1.849
    5   HD13  LEU 330          3HD1      LEU 330  -9.995  -1.492  -2.963
    6   HD22  LEU 330          1HD2      LEU 330 -11.555  -3.639   0.087
    7   HD21  LEU 330          2HD2      LEU 330 -11.918  -1.970   0.527
    8   HD23  LEU 330          3HD2      LEU 330 -10.247  -2.470   0.266
    9    H    LEU 330           HN       LEU 330 -15.319  -1.426  -2.620
   10    HB3  LEU 330           HB1      LEU 330 -12.809  -0.673  -1.306
   11    HB2  LEU 330           HB2      LEU 330 -12.835  -1.449  -2.878

  No H/Q in entry =          11
  Start of MODEL   18
    1    H    GLY 331           HN       GLY 331 -14.999  -3.928   0.415
    2    HA2  GLY 331           HA1      GLY 331 -16.135  -3.460   2.396
    3    HA3  GLY 331           HA2      GLY 331 -15.808  -1.751   2.151

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ILE 332           HA       ILE 332 -12.570  -2.635   4.976
    2    HB   ILE 332           HB       ILE 332 -12.126   0.282   4.338
    3   HG13  ILE 332          1HG1      ILE 332 -12.078  -1.763   2.503
    4   HG12  ILE 332          2HG1      ILE 332 -10.402  -1.711   3.039
    5   HG23  ILE 332          1HG2      ILE 332 -10.178   0.155   5.464
    6   HG22  ILE 332          2HG2      ILE 332  -9.883  -1.515   4.980
    7   HG21  ILE 332          3HG2      ILE 332 -10.991  -1.164   6.306
    8   HD12  ILE 332          1HD1      ILE 332 -10.525  -0.305   1.170
    9   HD11  ILE 332          2HD1      ILE 332 -10.473   0.771   2.567
   10   HD13  ILE 332          3HD1      ILE 332 -12.003   0.466   1.745
   11    H    ILE 332           HN       ILE 332 -14.538  -0.895   3.642

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ARG 333           HA       ARG 333 -14.411  -0.740   8.461
    2    HE   ARG 333           HE       ARG 333 -16.048  -4.595  10.894
    3   HH11  ARG 333          1HH1      ARG 333 -18.134  -1.802  10.728
    4   HH12  ARG 333          2HH1      ARG 333 -18.980  -2.191  12.188
    5   HH21  ARG 333          1HH2      ARG 333 -17.160  -5.109  12.814
    6   HH22  ARG 333          2HH2      ARG 333 -18.427  -4.068  13.372
    7    H    ARG 333           HN       ARG 333 -12.460  -2.496   7.157
    8    HB3  ARG 333           HB1      ARG 333 -14.059  -2.232  10.435
    9    HB2  ARG 333           HB2      ARG 333 -12.956  -3.194   9.460
   10    HG3  ARG 333           HG1      ARG 333 -14.810  -4.420   9.111
   11    HG2  ARG 333           HG2      ARG 333 -15.091  -3.220   7.848
   12    HD3  ARG 333           HD1      ARG 333 -17.107  -3.085   8.875
   13    HD2  ARG 333           HD2      ARG 333 -16.230  -1.935   9.883

  No H/Q in entry =          13
  Start of MODEL   18
    1    H    GLY 334           HN       GLY 334 -11.847   0.251   7.496
    2    HA2  GLY 334           HA1      GLY 334  -9.724   0.578   9.015
    3    HA3  GLY 334           HA2      GLY 334 -10.913   1.380  10.029

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ARG 335           HA       ARG 335 -11.104   4.882   7.429
    2    HE   ARG 335           HE       ARG 335 -10.266   9.712   8.018
    3   HH11  ARG 335          1HH1      ARG 335 -11.627  10.133  11.204
    4   HH12  ARG 335          2HH1      ARG 335 -11.601  11.862  11.124
    5   HH21  ARG 335          1HH2      ARG 335 -10.231  11.987   7.911
    6   HH22  ARG 335          2HH2      ARG 335 -10.809  12.915   9.254
    7    H    ARG 335           HN       ARG 335 -10.739   3.506   9.863
    8    HB3  ARG 335           HB1      ARG 335  -9.880   6.076   9.911
    9    HB2  ARG 335           HB2      ARG 335 -11.594   5.700   9.801
   10    HG3  ARG 335           HG1      ARG 335 -11.939   7.285   8.095
   11    HG2  ARG 335           HG2      ARG 335 -10.207   7.468   7.811
   12    HD3  ARG 335           HD1      ARG 335 -10.140   8.246  10.284
   13    HD2  ARG 335           HD2      ARG 335 -11.871   8.502  10.071

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 336           HA       GLU 336  -6.412   5.621   7.771
    2    H    GLU 336           HN       GLU 336  -8.228   4.062   9.292
    3    HB3  GLU 336           HB1      GLU 336  -5.606   3.103   9.188
    4    HB2  GLU 336           HB2      GLU 336  -6.129   4.505  10.112
    5    HG3  GLU 336           HG1      GLU 336  -4.375   5.814   8.823
    6    HG2  GLU 336           HG2      GLU 336  -3.754   4.249   8.300

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ARG 337           HA       ARG 337  -5.635   1.407   5.600
    2    HE   ARG 337           HE       ARG 337  -7.535  -1.601   8.557
    3   HH11  ARG 337          1HH1      ARG 337  -8.693  -4.042   6.348
    4   HH12  ARG 337          2HH1      ARG 337  -9.882  -4.652   7.449
    5   HH21  ARG 337          1HH2      ARG 337  -9.098  -2.402  10.006
    6   HH22  ARG 337          2HH2      ARG 337 -10.112  -3.721   9.525
    7    H    ARG 337           HN       ARG 337  -7.395   2.218   7.622
    8    HB3  ARG 337           HB1      ARG 337  -7.949  -0.094   5.214
    9    HB2  ARG 337           HB2      ARG 337  -8.008   0.352   6.913
   10    HG3  ARG 337           HG1      ARG 337  -5.828  -0.620   7.284
   11    HG2  ARG 337           HG2      ARG 337  -5.672  -0.985   5.564
   12    HD3  ARG 337           HD1      ARG 337  -6.329  -3.003   6.597
   13    HD2  ARG 337           HD2      ARG 337  -7.768  -2.374   5.795

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   PHE 338           HA       PHE 338  -9.209   2.382   2.567
    2    HD1  PHE 338           HD1      PHE 338 -12.561   2.330   2.198
    3    HD2  PHE 338           HD2      PHE 338 -10.420   5.983   2.619
    4    HE1  PHE 338           HE1      PHE 338 -13.815   3.278   0.305
    5    HE2  PHE 338           HE2      PHE 338 -11.670   6.939   0.728
    6    HZ   PHE 338           HZ       PHE 338 -13.371   5.586  -0.431
    7    H    PHE 338           HN       PHE 338  -9.017   2.499   5.355
    8    HB3  PHE 338           HB1      PHE 338 -10.631   4.242   4.486
    9    HB2  PHE 338           HB2      PHE 338 -11.166   2.629   4.026

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   GLU 339           HA       GLU 339  -7.737   6.946   2.855
    2    H    GLU 339           HN       GLU 339  -7.892   4.828   4.697
    3    HB3  GLU 339           HB1      GLU 339  -5.639   7.487   4.423
    4    HB2  GLU 339           HB2      GLU 339  -6.400   6.259   5.424
    5    HG3  GLU 339           HG1      GLU 339  -7.612   7.919   6.264
    6    HG2  GLU 339           HG2      GLU 339  -8.510   7.871   4.747

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   MET 340           HA       MET 340  -3.408   5.147   1.949
    2    H    MET 340           HN       MET 340  -5.549   4.270   3.570
    3    HB3  MET 340           HB1      MET 340  -4.150   2.305   2.668
    4    HB2  MET 340           HB2      MET 340  -3.231   3.387   3.705
    5    HG3  MET 340           HG1      MET 340  -1.732   3.545   1.504
    6    HG2  MET 340           HG2      MET 340  -2.408   1.934   1.271
    7    HE2  MET 340           HE1      MET 340  -2.353   0.123   3.562
    8    HE1  MET 340           HE2      MET 340  -2.873   1.520   4.504
    9    HE3  MET 340           HE3      MET 340  -1.459   0.594   5.007

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   PHE 341           HA       PHE 341  -5.255   2.249  -1.352
    2    HD1  PHE 341           HD1      PHE 341  -8.700   0.490   1.347
    3    HD2  PHE 341           HD2      PHE 341  -4.721   0.407  -0.158
    4    HE1  PHE 341           HE1      PHE 341  -8.075  -1.125   3.094
    5    HE2  PHE 341           HE2      PHE 341  -4.090  -1.209   1.581
    6    HZ   PHE 341           HZ       PHE 341  -5.767  -1.973   3.212
    7    H    PHE 341           HN       PHE 341  -5.935   2.705   1.336
    8    HB3  PHE 341           HB1      PHE 341  -7.256   1.017  -1.512
    9    HB2  PHE 341           HB2      PHE 341  -8.064   2.004  -0.298

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   ARG 342           HA       ARG 342  -8.409   5.659  -2.222
    2    HE   ARG 342           HE       ARG 342 -10.806  10.625  -0.593
    3   HH11  ARG 342          1HH1      ARG 342  -7.417   9.830  -0.844
    4   HH12  ARG 342          2HH1      ARG 342  -7.015  11.271  -1.717
    5   HH21  ARG 342          1HH2      ARG 342 -10.280  12.520  -1.741
    6   HH22  ARG 342          2HH2      ARG 342  -8.640  12.798  -2.226
    7    H    ARG 342           HN       ARG 342  -7.141   4.747   0.178
    8    HB3  ARG 342           HB1      ARG 342  -7.983   7.126   0.389
    9    HB2  ARG 342           HB2      ARG 342  -9.343   6.067   0.043
   10    HG3  ARG 342           HG1      ARG 342 -10.360   7.581  -1.313
   11    HG2  ARG 342           HG2      ARG 342  -8.837   8.306  -1.832
   12    HD3  ARG 342           HD1      ARG 342  -8.663   9.141   0.601
   13    HD2  ARG 342           HD2      ARG 342 -10.386   8.778   0.688

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 343           HA       GLU 343  -4.950   8.869  -2.033
    2    H    GLU 343           HN       GLU 343  -5.602   6.684  -0.316
    3    HB3  GLU 343           HB1      GLU 343  -3.106   7.420  -0.127
    4    HB2  GLU 343           HB2      GLU 343  -4.258   8.647   0.382
    5    HG3  GLU 343           HG1      GLU 343  -3.125  10.346  -0.779
    6    HG2  GLU 343           HG2      GLU 343  -2.167   9.186  -1.700

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 344           HA       LEU 344  -2.002   5.602  -3.778
    2    HG   LEU 344           HG       LEU 344  -1.022   4.350  -2.058
    3   HD12  LEU 344          1HD1      LEU 344  -0.637   1.793  -1.355
    4   HD11  LEU 344          2HD1      LEU 344  -2.389   1.783  -1.559
    5   HD13  LEU 344          3HD1      LEU 344  -1.639   2.912  -0.431
    6   HD21  LEU 344          1HD2      LEU 344  -0.955   2.534  -4.378
    7   HD23  LEU 344          2HD2      LEU 344   0.244   2.225  -3.122
    8   HD22  LEU 344          3HD2      LEU 344   0.166   3.808  -3.897
    9    H    LEU 344           HN       LEU 344  -4.198   5.474  -1.947
   10    HB3  LEU 344           HB1      LEU 344  -2.902   3.031  -3.947
   11    HB2  LEU 344           HB2      LEU 344  -3.530   3.509  -2.382

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ASN 345           HA       ASN 345  -5.452   4.233  -6.764
    2   HD21  ASN 345          1HD2      ASN 345  -7.862   2.475  -6.869
    3   HD22  ASN 345          2HD2      ASN 345  -8.847   3.003  -8.186
    4    H    ASN 345           HN       ASN 345  -5.468   4.978  -4.030
    5    HB3  ASN 345           HB1      ASN 345  -7.724   5.481  -5.202
    6    HB2  ASN 345           HB2      ASN 345  -7.320   3.767  -5.167

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   GLU 346           HA       GLU 346  -6.393   8.847  -7.382
    2    H    GLU 346           HN       GLU 346  -5.698   7.310  -5.085
    3    HB3  GLU 346           HB1      GLU 346  -4.999   9.893  -4.922
    4    HB2  GLU 346           HB2      GLU 346  -6.710   9.488  -4.928
    5    HG3  GLU 346           HG1      GLU 346  -6.944  11.654  -5.455
    6    HG2  GLU 346           HG2      GLU 346  -6.608  11.080  -7.088

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ALA 347           HA       ALA 347  -1.741   9.813  -7.394
    2    H    ALA 347           HN       ALA 347  -3.344   8.234  -5.667
    3    HB3  ALA 347           HB1      ALA 347  -0.592   7.485  -5.932
    4    HB1  ALA 347           HB2      ALA 347  -1.264   8.827  -5.006
    5    HB2  ALA 347           HB3      ALA 347   0.052   9.113  -6.145

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   LEU 348           HA       LEU 348  -1.114   5.580  -9.481
    2    HG   LEU 348           HG       LEU 348  -1.228   3.041  -9.190
    3   HD13  LEU 348          1HD1      LEU 348   0.029   3.704  -7.484
    4   HD12  LEU 348          2HD1      LEU 348  -1.284   3.449  -6.334
    5   HD11  LEU 348          3HD1      LEU 348  -1.152   4.982  -7.196
    6   HD23  LEU 348          1HD2      LEU 348  -2.128   1.673  -7.095
    7   HD22  LEU 348          2HD2      LEU 348  -2.770   1.442  -8.722
    8   HD21  LEU 348          3HD2      LEU 348  -3.636   2.456  -7.568
    9    H    LEU 348           HN       LEU 348  -2.941   6.554  -7.525
   10    HB3  LEU 348           HB1      LEU 348  -3.344   4.030  -9.782
   11    HB2  LEU 348           HB2      LEU 348  -3.566   4.641  -8.154

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   GLU 349           HA       GLU 349  -4.747   6.759 -12.349
    2    H    GLU 349           HN       GLU 349  -4.249   7.171  -9.594
    3    HB3  GLU 349           HB1      GLU 349  -6.206   8.904 -11.966
    4    HB2  GLU 349           HB2      GLU 349  -5.798   8.647 -10.275
    5    HG3  GLU 349           HG1      GLU 349  -7.053   6.760 -10.110
    6    HG2  GLU 349           HG2      GLU 349  -6.829   6.329 -11.805

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 350           HA       LEU 350  -2.616  11.012 -12.669
    2    HG   LEU 350           HG       LEU 350  -3.302  12.079 -10.541
    3   HD11  LEU 350          1HD1      LEU 350  -0.956  12.494  -8.721
    4   HD13  LEU 350          2HD1      LEU 350  -2.543  11.819  -8.351
    5   HD12  LEU 350          3HD1      LEU 350  -2.370  13.546  -8.659
    6   HD21  LEU 350          1HD2      LEU 350  -0.956  13.534 -11.599
    7   HD23  LEU 350          2HD2      LEU 350  -2.061  14.447 -10.572
    8   HD22  LEU 350          3HD2      LEU 350  -2.661  13.659 -12.031
    9    H    LEU 350           HN       LEU 350  -2.874   9.109 -10.576
   10    HB3  LEU 350           HB1      LEU 350  -0.455  11.552 -11.244
   11    HB2  LEU 350           HB2      LEU 350  -1.225  10.486 -10.084

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   LYS 351           HA       LYS 351   1.544   8.767 -13.374
    2    H    LYS 351           HN       LYS 351  -0.549   8.355 -11.538
    3    HB3  LYS 351           HB1      LYS 351   1.841   6.178 -12.924
    4    HB2  LYS 351           HB2      LYS 351   0.644   6.484 -11.673
    5    HG3  LYS 351           HG1      LYS 351   2.102   8.208 -10.714
    6    HG2  LYS 351           HG2      LYS 351   3.311   7.854 -11.951
    7    HD3  LYS 351           HD1      LYS 351   2.271   5.645 -10.231
    8    HD2  LYS 351           HD2      LYS 351   3.488   6.751  -9.589
    9    HE3  LYS 351           HE1      LYS 351   4.899   6.247 -11.579
   10    HE2  LYS 351           HE2      LYS 351   3.717   5.027 -12.050
   11    HZ1  LYS 351           HZ1      LYS 351   4.722   4.845  -9.330
   12    HZ3  LYS 351           HZ2      LYS 351   5.838   4.497 -10.552
   13    HZ2  LYS 351           HZ3      LYS 351   4.396   3.619 -10.450

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   ASP 352           HA       ASP 352  -0.920   5.582 -15.963
    2    H    ASP 352           HN       ASP 352  -1.484   7.012 -13.595
    3    HB3  ASP 352           HB1      ASP 352  -3.588   5.802 -16.100
    4    HB2  ASP 352           HB2      ASP 352  -3.363   6.284 -14.422

  No H/Q in entry =           4
  Start of MODEL   18
    1    HA   ALA 353           HA       ALA 353  -2.988   9.453 -17.923
    2    H    ALA 353           HN       ALA 353  -2.027   8.838 -15.349
    3    HB2  ALA 353           HB1      ALA 353  -3.644  11.027 -16.401
    4    HB1  ALA 353           HB2      ALA 353  -2.267  11.861 -17.121
    5    HB3  ALA 353           HB3      ALA 353  -2.087  11.036 -15.573

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   GLN 354           HA       GLN 354   1.402  10.700 -18.869
    2   HE21  GLN 354          1HE2      GLN 354   3.790  13.439 -16.073
    3   HE22  GLN 354          2HE2      GLN 354   4.681  13.029 -14.650
    4    H    GLN 354           HN       GLN 354   0.231   9.394 -16.558
    5    HB3  GLN 354           HB1      GLN 354   3.521  10.448 -17.701
    6    HB2  GLN 354           HB2      GLN 354   2.771   9.390 -16.514
    7    HG3  GLN 354           HG1      GLN 354   1.324  11.273 -15.818
    8    HG2  GLN 354           HG2      GLN 354   2.209  12.316 -16.931

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   ALA 355           HA       ALA 355   2.112   6.398 -20.069
    2    H    ALA 355           HN       ALA 355   0.978   7.479 -17.584
    3    HB3  ALA 355           HB1      ALA 355   2.543   4.875 -17.548
    4    HB1  ALA 355           HB2      ALA 355   3.595   6.247 -17.899
    5    HB2  ALA 355           HB3      ALA 355   3.496   4.899 -19.032

  No H/Q in entry =           5
  Start of MODEL   18
    1    H    GLY 356           HN       GLY 356   0.506   5.402 -21.089
    2    HA2  GLY 356           HA1      GLY 356  -1.519   4.335 -21.423
    3    HA3  GLY 356           HA2      GLY 356  -1.824   4.452 -19.697

  No H/Q in entry =           3
  Start of MODEL   18
    1    H1   GLU 326           HT1      GLU 326  15.613  14.288   5.103
    2    H2   GLU 326           HT3      GLU 326  16.291  15.013   6.501
    3    H3   GLU 326           HT2      GLU 326  17.291  14.122   5.426
    4    HA   GLU 326           HA       GLU 326  16.948  12.728   7.195
    5    HB3  GLU 326           HB1      GLU 326  15.142  14.077   8.194
    6    HB2  GLU 326           HB2      GLU 326  14.750  12.363   8.185
    7    HG3  GLU 326           HG1      GLU 326  12.983  12.644   6.844
    8    HG2  GLU 326           HG2      GLU 326  13.812  13.826   5.831

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   SER 327           HA       SER 327  15.360   9.635   4.504
    2    HG   SER 327           HG       SER 327  18.137   7.967   2.879
    3    H    SER 327           HN       SER 327  17.279  10.753   6.430
    4    HB3  SER 327           HB1      SER 327  18.378   9.516   4.301
    5    HB2  SER 327           HB2      SER 327  17.279  10.344   3.199

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   PHE 328           HA       PHE 328  16.083   6.196   7.127
    2    HD1  PHE 328           HD1      PHE 328  13.568   6.054   9.631
    3    HD2  PHE 328           HD2      PHE 328  13.385   8.490   6.147
    4    HE1  PHE 328           HE1      PHE 328  12.852   7.964  11.008
    5    HE2  PHE 328           HE2      PHE 328  12.671  10.404   7.517
    6    HZ   PHE 328           HZ       PHE 328  12.404  10.142   9.952
    7    H    PHE 328           HN       PHE 328  14.723   7.606   4.930
    8    HB3  PHE 328           HB1      PHE 328  13.965   5.097   7.586
    9    HB2  PHE 328           HB2      PHE 328  13.235   5.845   6.169

  No H/Q in entry =           9
  Start of MODEL   18
    1    H    GLY 329           HN       GLY 329  16.594   4.027   6.935
    2    HA2  GLY 329           HA1      GLY 329  17.730   2.549   5.410
    3    HA3  GLY 329           HA2      GLY 329  16.575   3.012   4.170

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   LEU 330           HA       LEU 330  13.995  -0.103   5.902
    2    HG   LEU 330           HG       LEU 330  11.494   0.226   5.925
    3   HD13  LEU 330          1HD1      LEU 330   9.900   0.949   4.443
    4   HD12  LEU 330          2HD1      LEU 330   9.537  -0.776   4.508
    5   HD11  LEU 330          3HD1      LEU 330  10.456  -0.119   3.154
    6   HD21  LEU 330          1HD2      LEU 330  12.407  -2.191   4.498
    7   HD23  LEU 330          2HD2      LEU 330  10.797  -2.265   5.213
    8   HD22  LEU 330          3HD2      LEU 330  12.195  -1.901   6.225
    9    H    LEU 330           HN       LEU 330  14.971   1.641   3.767
   10    HB3  LEU 330           HB1      LEU 330  12.757  -0.172   3.213
   11    HB2  LEU 330           HB2      LEU 330  12.625   1.341   4.089

  No H/Q in entry =          11
  Start of MODEL   18
    1    H    GLY 331           HN       GLY 331  14.424  -2.219   5.985
    2    HA2  GLY 331           HA1      GLY 331  16.063  -3.899   5.368
    3    HA3  GLY 331           HA2      GLY 331  15.862  -3.401   3.695

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ILE 332           HA       ILE 332  12.439  -6.182   3.812
    2    HB   ILE 332           HB       ILE 332  12.063  -4.995   1.065
    3   HG13  ILE 332          1HG1      ILE 332  11.431  -3.928   3.755
    4   HG12  ILE 332          2HG1      ILE 332  10.138  -3.824   2.564
    5   HG22  ILE 332          1HG2      ILE 332   9.611  -5.672   1.898
    6   HG21  ILE 332          2HG2      ILE 332  10.557  -6.868   2.784
    7   HG23  ILE 332          3HG2      ILE 332  10.672  -6.779   1.026
    8   HD13  ILE 332          1HD1      ILE 332  12.815  -2.515   2.559
    9   HD12  ILE 332          2HD1      ILE 332  11.217  -1.810   2.310
   10   HD11  ILE 332          3HD1      ILE 332  11.955  -2.791   1.044
   11    H    ILE 332           HN       ILE 332  14.222  -4.257   2.477

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ARG 333           HA       ARG 333  14.143  -9.057   0.923
    2    HE   ARG 333           HE       ARG 333  13.022 -13.826   2.605
    3   HH11  ARG 333          1HH1      ARG 333  16.066 -13.612   0.912
    4   HH12  ARG 333          2HH1      ARG 333  15.660 -14.849  -0.230
    5   HH21  ARG 333          1HH2      ARG 333  12.486 -15.452   1.103
    6   HH22  ARG 333          2HH2      ARG 333  13.627 -15.893  -0.122
    7    H    ARG 333           HN       ARG 333  12.037  -8.211   2.803
    8    HB3  ARG 333           HB1      ARG 333  12.926 -10.928   2.931
    9    HB2  ARG 333           HB2      ARG 333  14.259  -9.877   3.387
   10    HG3  ARG 333           HG1      ARG 333  15.761 -10.958   2.010
   11    HG2  ARG 333           HG2      ARG 333  14.495 -11.608   0.967
   12    HD3  ARG 333           HD1      ARG 333  14.442 -12.473   3.791
   13    HD2  ARG 333           HD2      ARG 333  15.785 -13.068   2.816

  No H/Q in entry =          13
  Start of MODEL   18
    1    H    GLY 334           HN       GLY 334  11.731  -8.116  -0.013
    2    HA2  GLY 334           HA1      GLY 334   9.509  -9.382  -0.448
    3    HA3  GLY 334           HA2      GLY 334  10.592 -10.582  -1.138

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ARG 335           HA       ARG 335  10.856  -8.262  -4.780
    2    HE   ARG 335           HE       ARG 335   9.210  -8.483  -9.896
    3   HH11  ARG 335          1HH1      ARG 335   9.510 -11.568  -8.293
    4   HH12  ARG 335          2HH1      ARG 335   9.867 -12.432  -9.751
    5   HH21  ARG 335          1HH2      ARG 335   9.680  -9.617 -11.815
    6   HH22  ARG 335          2HH2      ARG 335   9.964 -11.325 -11.750
    7    H    ARG 335           HN       ARG 335   9.793 -10.424  -3.216
    8    HB3  ARG 335           HB1      ARG 335   9.018 -10.441  -5.761
    9    HB2  ARG 335           HB2      ARG 335  10.730 -10.716  -5.469
   10    HG3  ARG 335           HG1      ARG 335  10.907 -10.187  -7.643
   11    HG2  ARG 335           HG2      ARG 335  10.869  -8.532  -7.032
   12    HD3  ARG 335           HD1      ARG 335   8.701  -8.185  -7.701
   13    HD2  ARG 335           HD2      ARG 335   8.292  -9.899  -7.628

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 336           HA       GLU 336   6.299  -7.442  -5.838
    2    H    GLU 336           HN       GLU 336   7.559  -9.624  -4.624
    3    HB3  GLU 336           HB1      GLU 336   5.143  -9.419  -3.861
    4    HB2  GLU 336           HB2      GLU 336   5.253  -9.656  -5.600
    5    HG3  GLU 336           HG1      GLU 336   3.144  -8.909  -5.582
    6    HG2  GLU 336           HG2      GLU 336   3.910  -7.322  -5.518

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ARG 337           HA       ARG 337   5.545  -6.026  -1.316
    2    HE   ARG 337           HE       ARG 337   7.145  -8.340   3.058
    3   HH11  ARG 337          1HH1      ARG 337   4.788  -8.713   0.499
    4   HH12  ARG 337          2HH1      ARG 337   5.015 -10.424   0.379
    5   HH21  ARG 337          1HH2      ARG 337   7.437 -10.587   2.890
    6   HH22  ARG 337          2HH2      ARG 337   6.515 -11.486   1.732
    7    H    ARG 337           HN       ARG 337   7.072  -8.092  -2.471
    8    HB3  ARG 337           HB1      ARG 337   8.169  -7.068  -0.253
    9    HB2  ARG 337           HB2      ARG 337   6.667  -7.973  -0.130
   10    HG3  ARG 337           HG1      ARG 337   6.232  -5.321   0.822
   11    HG2  ARG 337           HG2      ARG 337   7.662  -5.992   1.607
   12    HD3  ARG 337           HD1      ARG 337   4.917  -7.231   1.509
   13    HD2  ARG 337           HD2      ARG 337   5.688  -6.494   2.910

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   PHE 338           HA       PHE 338   9.530  -3.427  -1.481
    2    HD1  PHE 338           HD1      PHE 338  11.193  -3.304  -4.990
    3    HD2  PHE 338           HD2      PHE 338  12.834  -3.362  -1.064
    4    HE1  PHE 338           HE1      PHE 338  12.741  -1.498  -5.616
    5    HE2  PHE 338           HE2      PHE 338  14.386  -1.555  -1.683
    6    HZ   PHE 338           HZ       PHE 338  14.341  -0.621  -3.961
    7    H    PHE 338           HN       PHE 338   9.026  -6.118  -2.093
    8    HB3  PHE 338           HB1      PHE 338  10.949  -5.278  -3.412
    9    HB2  PHE 338           HB2      PHE 338  11.345  -5.032  -1.715

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   GLU 339           HA       GLU 339   8.647  -2.834  -6.159
    2    H    GLU 339           HN       GLU 339   8.326  -4.988  -4.376
    3    HB3  GLU 339           HB1      GLU 339   6.253  -4.450  -6.625
    4    HB2  GLU 339           HB2      GLU 339   7.688  -5.421  -6.332
    5    HG3  GLU 339           HG1      GLU 339   8.056  -5.185  -8.514
    6    HG2  GLU 339           HG2      GLU 339   8.629  -3.572  -8.091

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   MET 340           HA       MET 340   4.262  -1.708  -4.655
    2    H    MET 340           HN       MET 340   6.161  -3.635  -3.815
    3    HB3  MET 340           HB1      MET 340   4.468  -2.513  -1.786
    4    HB2  MET 340           HB2      MET 340   4.086  -3.750  -2.975
    5    HG3  MET 340           HG1      MET 340   2.208  -2.271  -3.750
    6    HG2  MET 340           HG2      MET 340   2.526  -1.265  -2.338
    7    HE2  MET 340           HE1      MET 340   1.807  -3.345   0.636
    8    HE1  MET 340           HE2      MET 340   3.139  -2.508  -0.162
    9    HE3  MET 340           HE3      MET 340   3.087  -4.271  -0.150

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   PHE 341           HA       PHE 341   6.062   0.998  -1.178
    2    HD1  PHE 341           HD1      PHE 341   5.142  -0.230   0.439
    3    HD2  PHE 341           HD2      PHE 341   8.846  -2.307   0.682
    4    HE1  PHE 341           HE1      PHE 341   4.060  -1.991   1.766
    5    HE2  PHE 341           HE2      PHE 341   7.772  -4.072   2.013
    6    HZ   PHE 341           HZ       PHE 341   5.376  -3.916   2.548
    7    H    PHE 341           HN       PHE 341   6.486  -1.691  -1.859
    8    HB3  PHE 341           HB1      PHE 341   7.897   0.775   0.296
    9    HB2  PHE 341           HB2      PHE 341   8.660  -0.454  -0.710

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   ARG 342           HA       ARG 342   9.734   1.800  -4.051
    2    HE   ARG 342           HE       ARG 342  11.754   2.883  -7.302
    3   HH11  ARG 342          1HH1      ARG 342  14.013   2.195  -4.732
    4   HH12  ARG 342          2HH1      ARG 342  15.068   3.506  -5.140
    5   HH21  ARG 342          1HH2      ARG 342  13.142   4.608  -7.840
    6   HH22  ARG 342          2HH2      ARG 342  14.574   4.876  -6.903
    7    H    ARG 342           HN       ARG 342   8.047  -0.472  -3.622
    8    HB3  ARG 342           HB1      ARG 342   9.132  -0.546  -5.864
    9    HB2  ARG 342           HB2      ARG 342  10.432  -0.475  -4.683
   10    HG3  ARG 342           HG1      ARG 342  10.178   1.416  -7.009
   11    HG2  ARG 342           HG2      ARG 342  11.134  -0.067  -7.037
   12    HD3  ARG 342           HD1      ARG 342  12.743   0.776  -5.673
   13    HD2  ARG 342           HD2      ARG 342  11.610   1.793  -4.785

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 343           HA       GLU 343   6.688   2.569  -7.566
    2    H    GLU 343           HN       GLU 343   6.821   0.504  -5.590
    3    HB3  GLU 343           HB1      GLU 343   4.560   0.644  -6.605
    4    HB2  GLU 343           HB2      GLU 343   5.674   0.360  -7.936
    5    HG3  GLU 343           HG1      GLU 343   4.534   2.720  -8.670
    6    HG2  GLU 343           HG2      GLU 343   3.199   1.913  -7.847

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 344           HA       LEU 344   3.590   4.247  -4.395
    2    HG   LEU 344           HG       LEU 344   2.077   2.996  -3.389
    3   HD12  LEU 344          1HD1      LEU 344   1.348   1.782  -1.127
    4   HD11  LEU 344          2HD1      LEU 344   3.076   1.431  -1.088
    5   HD13  LEU 344          3HD1      LEU 344   2.105   0.927  -2.471
    6   HD23  LEU 344          1HD2      LEU 344   1.722   3.860  -0.612
    7   HD22  LEU 344          2HD2      LEU 344   0.968   4.451  -2.093
    8   HD21  LEU 344          3HD2      LEU 344   2.574   5.017  -1.635
    9    H    LEU 344           HN       LEU 344   5.500   2.121  -4.326
   10    HB3  LEU 344           HB1      LEU 344   4.375   3.846  -1.734
   11    HB2  LEU 344           HB2      LEU 344   4.525   2.275  -2.497

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ASN 345           HA       ASN 345   7.223   6.525  -2.378
    2   HD21  ASN 345          1HD2      ASN 345   8.752   6.773  -0.706
    3   HD22  ASN 345          2HD2      ASN 345  10.199   7.711  -0.800
    4    H    ASN 345           HN       ASN 345   6.985   3.944  -3.577
    5    HB3  ASN 345           HB1      ASN 345   9.410   4.829  -3.602
    6    HB2  ASN 345           HB2      ASN 345   8.798   4.622  -1.964

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   GLU 346           HA       GLU 346   8.887   7.652  -6.668
    2    H    GLU 346           HN       GLU 346   7.895   5.207  -5.598
    3    HB3  GLU 346           HB1      GLU 346   7.655   5.516  -8.371
    4    HB2  GLU 346           HB2      GLU 346   9.159   5.192  -7.521
    5    HG3  GLU 346           HG1      GLU 346   8.854   7.604  -9.266
    6    HG2  GLU 346           HG2      GLU 346   9.272   6.029  -9.939

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ALA 347           HA       ALA 347   4.415   7.971  -8.194
    2    H    ALA 347           HN       ALA 347   5.724   6.205  -6.364
    3    HB1  ALA 347           HB1      ALA 347   3.583   5.697  -7.547
    4    HB2  ALA 347           HB2      ALA 347   2.377   6.981  -7.453
    5    HB3  ALA 347           HB3      ALA 347   3.138   6.376  -5.981

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   LEU 348           HA       LEU 348   3.333  10.128  -4.103
    2    HG   LEU 348           HG       LEU 348   3.892   8.562  -0.863
    3   HD11  LEU 348          1HD1      LEU 348   3.151  11.028  -1.621
    4   HD13  LEU 348          2HD1      LEU 348   2.196  10.013  -0.539
    5   HD12  LEU 348          3HD1      LEU 348   1.794  10.097  -2.254
    6   HD23  LEU 348          1HD2      LEU 348   1.729   7.887  -2.292
    7   HD22  LEU 348          2HD2      LEU 348   3.152   6.855  -2.148
    8   HD21  LEU 348          3HD2      LEU 348   2.941   7.872  -3.573
    9    H    LEU 348           HN       LEU 348   5.080   7.973  -4.749
   10    HB3  LEU 348           HB1      LEU 348   5.215  10.196  -2.141
   11    HB2  LEU 348           HB2      LEU 348   5.418   8.559  -2.734

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   GLU 349           HA       GLU 349   7.435  12.550  -4.533
    2    H    GLU 349           HN       GLU 349   6.692   9.881  -5.095
    3    HB3  GLU 349           HB1      GLU 349   9.270  12.102  -6.208
    4    HB2  GLU 349           HB2      GLU 349   8.534  10.530  -6.490
    5    HG3  GLU 349           HG1      GLU 349   8.751  10.347  -3.869
    6    HG2  GLU 349           HG2      GLU 349  10.028  11.533  -4.132

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 350           HA       LEU 350   6.101  13.135  -9.091
    2    HG   LEU 350           HG       LEU 350   5.009  10.339 -11.147
    3   HD11  LEU 350          1HD1      LEU 350   4.703  12.987 -11.495
    4   HD13  LEU 350          2HD1      LEU 350   5.494  11.931 -12.666
    5   HD12  LEU 350          3HD1      LEU 350   6.463  12.873 -11.532
    6   HD21  LEU 350          1HD2      LEU 350   6.896  10.469  -9.219
    7   HD23  LEU 350          2HD2      LEU 350   7.573  11.579 -10.410
    8   HD22  LEU 350          3HD2      LEU 350   7.202   9.916 -10.865
    9    H    LEU 350           HN       LEU 350   5.787  11.042  -7.214
   10    HB3  LEU 350           HB1      LEU 350   3.719  11.960  -9.768
   11    HB2  LEU 350           HB2      LEU 350   4.496  10.691  -8.840

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   LYS 351           HA       LYS 351   1.833  14.525  -7.496
    2    H    LYS 351           HN       LYS 351   3.501  12.357  -6.798
    3    HB3  LYS 351           HB1      LYS 351   1.009  12.569  -6.272
    4    HB2  LYS 351           HB2      LYS 351   0.659  14.056  -5.403
    5    HG3  LYS 351           HG1      LYS 351   2.856  13.542  -4.133
    6    HG2  LYS 351           HG2      LYS 351   2.623  11.905  -4.749
    7    HD3  LYS 351           HD1      LYS 351   0.601  13.466  -3.143
    8    HD2  LYS 351           HD2      LYS 351   1.659  12.206  -2.503
    9    HE3  LYS 351           HE1      LYS 351  -0.090  10.860  -2.938
   10    HE2  LYS 351           HE2      LYS 351   0.542  10.897  -4.583
   11    HZ2  LYS 351           HZ1      LYS 351  -1.089  12.324  -5.277
   12    HZ1  LYS 351           HZ2      LYS 351  -1.360  12.969  -3.738
   13    HZ3  LYS 351           HZ3      LYS 351  -1.944  11.429  -4.123

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   ASP 352           HA       ASP 352   4.115  16.662  -3.927
    2    H    ASP 352           HN       ASP 352   4.561  14.222  -5.340
    3    HB3  ASP 352           HB1      ASP 352   6.845  15.470  -4.222
    4    HB2  ASP 352           HB2      ASP 352   5.614  14.580  -3.330

  No H/Q in entry =           4
  Start of MODEL   18
    1    HA   ALA 353           HA       ALA 353   7.147  18.276  -7.155
    2    H    ALA 353           HN       ALA 353   5.759  15.776  -6.879
    3    HB1  ALA 353           HB1      ALA 353   6.637  16.381  -9.417
    4    HB2  ALA 353           HB2      ALA 353   7.788  15.981  -8.143
    5    HB3  ALA 353           HB3      ALA 353   8.030  17.423  -9.128

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   GLN 354           HA       GLN 354   3.580  19.168 -10.014
    2   HE21  GLN 354          1HE2      GLN 354  -0.399  15.816 -10.453
    3   HE22  GLN 354          2HE2      GLN 354  -1.696  16.559  -9.588
    4    H    GLN 354           HN       GLN 354   4.118  16.908  -8.276
    5    HB3  GLN 354           HB1      GLN 354   2.873  16.915 -10.692
    6    HB2  GLN 354           HB2      GLN 354   1.503  18.008 -10.553
    7    HG3  GLN 354           HG1      GLN 354   2.093  16.516  -8.110
    8    HG2  GLN 354           HG2      GLN 354   1.641  15.511  -9.485

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   ALA 355           HA       ALA 355   0.446  19.583  -6.356
    2    H    ALA 355           HN       ALA 355   2.713  18.016  -6.835
    3    HB3  ALA 355           HB1      ALA 355   1.104  19.341  -3.930
    4    HB1  ALA 355           HB2      ALA 355   2.542  18.489  -4.494
    5    HB2  ALA 355           HB3      ALA 355   0.939  17.837  -4.836

  No H/Q in entry =           5
  Start of MODEL   18
    1    H    GLY 356           HN       GLY 356   3.850  20.377  -6.296
    2    HA2  GLY 356           HA1      GLY 356   3.172  23.198  -6.111
    3    HA3  GLY 356           HA2      GLY 356   4.752  22.527  -6.486

  No H/Q in entry =           3
  Start of MODEL   18
    1    H1   GLU 326           HT2      GLU 326  15.814 -12.560  -0.984
    2    H2   GLU 326           HT1      GLU 326  15.387 -12.199  -2.607
    3    H3   GLU 326           HT3      GLU 326  16.584 -13.382  -2.279
    4    HA   GLU 326           HA       GLU 326  18.115 -11.848  -1.599
    5    HB3  GLU 326           HB1      GLU 326  18.102 -10.191  -3.492
    6    HB2  GLU 326           HB2      GLU 326  16.490 -10.760  -3.906
    7    HG3  GLU 326           HG1      GLU 326  17.254 -12.635  -4.864
    8    HG2  GLU 326           HG2      GLU 326  18.514 -12.867  -3.653

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   SER 327           HA       SER 327  16.538  -8.423   0.582
    2    HG   SER 327           HG       SER 327  18.938  -6.349   1.660
    3    H    SER 327           HN       SER 327  18.710  -9.808  -0.789
    4    HB3  SER 327           HB1      SER 327  19.544  -8.257   0.893
    5    HB2  SER 327           HB2      SER 327  18.411  -9.070   1.973

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   PHE 328           HA       PHE 328  17.265  -5.082  -2.175
    2    HD1  PHE 328           HD1      PHE 328  13.969  -7.402  -1.517
    3    HD2  PHE 328           HD2      PHE 328  15.857  -5.770  -4.963
    4    HE1  PHE 328           HE1      PHE 328  13.631  -9.530  -2.704
    5    HE2  PHE 328           HE2      PHE 328  15.523  -7.894  -6.158
    6    HZ   PHE 328           HZ       PHE 328  14.408  -9.778  -5.028
    7    H    PHE 328           HN       PHE 328  15.674  -6.662  -0.273
    8    HB3  PHE 328           HB1      PHE 328  15.223  -4.358  -3.169
    9    HB2  PHE 328           HB2      PHE 328  14.271  -4.967  -1.819

  No H/Q in entry =           9
  Start of MODEL   18
    1    H    GLY 329           HN       GLY 329  17.975  -3.151  -1.561
    2    HA2  GLY 329           HA1      GLY 329  18.411  -1.647   0.271
    3    HA3  GLY 329           HA2      GLY 329  16.769  -1.924   0.831

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   LEU 330           HA       LEU 330  16.310   1.754  -1.577
    2    HG   LEU 330           HG       LEU 330  13.293   2.025   0.610
    3   HD13  LEU 330          1HD1      LEU 330  11.100   1.121   0.190
    4   HD12  LEU 330          2HD1      LEU 330  11.692   0.251  -1.225
    5   HD11  LEU 330          3HD1      LEU 330  11.645   2.014  -1.230
    6   HD21  LEU 330          1HD2      LEU 330  14.031  -0.796   0.129
    7   HD23  LEU 330          2HD2      LEU 330  12.583  -0.509   1.094
    8   HD22  LEU 330          3HD2      LEU 330  14.129   0.171   1.601
    9    H    LEU 330           HN       LEU 330  16.002   0.129   0.836
   10    HB3  LEU 330           HB1      LEU 330  14.208   0.457  -1.802
   11    HB2  LEU 330           HB2      LEU 330  13.966   2.193  -1.777

  No H/Q in entry =          11
  Start of MODEL   18
    1    H    GLY 331           HN       GLY 331  15.926   4.001  -1.259
    2    HA2  GLY 331           HA1      GLY 331  16.772   5.728   0.182
    3    HA3  GLY 331           HA2      GLY 331  16.220   4.791   1.562

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ILE 332           HA       ILE 332  12.280   6.659   0.712
    2    HB   ILE 332           HB       ILE 332  11.670   5.136   3.243
    3   HG13  ILE 332          1HG1      ILE 332  10.671   3.419   1.772
    4   HG12  ILE 332          2HG1      ILE 332  12.410   3.560   1.533
    5   HG21  ILE 332          1HG2      ILE 332  10.222   7.098   2.322
    6   HG23  ILE 332          2HG2      ILE 332   9.447   5.611   2.870
    7   HG22  ILE 332          3HG2      ILE 332   9.686   5.897   1.146
    8   HD11  ILE 332          1HD1      ILE 332  11.046   5.308  -0.273
    9   HD13  ILE 332          2HD1      ILE 332  10.399   3.672  -0.404
   10   HD12  ILE 332          3HD1      ILE 332  12.126   3.957  -0.619
   11    H    ILE 332           HN       ILE 332  14.085   4.929   2.222

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ARG 333           HA       ARG 333  13.097   9.697   3.779
    2    HE   ARG 333           HE       ARG 333  11.523  12.378  -1.273
    3   HH11  ARG 333          1HH1      ARG 333  14.155  14.580  -0.640
    4   HH12  ARG 333          2HH1      ARG 333  13.634  15.739  -1.817
    5   HH21  ARG 333          1HH2      ARG 333  10.836  13.901  -2.821
    6   HH22  ARG 333          2HH2      ARG 333  11.749  15.354  -3.054
    7    H    ARG 333           HN       ARG 333  12.184   8.751   1.160
    8    HB3  ARG 333           HB1      ARG 333  14.228  10.811   2.024
    9    HB2  ARG 333           HB2      ARG 333  13.044  11.959   2.632
   10    HG3  ARG 333           HG1      ARG 333  11.539  11.290   0.761
   11    HG2  ARG 333           HG2      ARG 333  12.863  10.317   0.118
   12    HD3  ARG 333           HD1      ARG 333  14.133  12.159  -0.433
   13    HD2  ARG 333           HD2      ARG 333  13.337  13.192   0.753

  No H/Q in entry =          13
  Start of MODEL   18
    1    H    GLY 334           HN       GLY 334  11.049   8.887   4.714
    2    HA2  GLY 334           HA1      GLY 334   8.506   9.748   4.070
    3    HA3  GLY 334           HA2      GLY 334   9.202  11.035   5.044

  No H/Q in entry =           3
  Start of MODEL   18
    1    HA   ARG 335           HA       ARG 335   8.886   8.623   8.663
    2    HE   ARG 335           HE       ARG 335   8.422   7.605  12.130
    3   HH11  ARG 335          1HH1      ARG 335  11.539   9.149  12.414
    4   HH12  ARG 335          2HH1      ARG 335  12.154   7.984  13.537
    5   HH21  ARG 335          1HH2      ARG 335   9.229   6.071  13.608
    6   HH22  ARG 335          2HH2      ARG 335  10.843   6.236  14.215
    7    H    ARG 335           HN       ARG 335   8.416  10.912   7.035
    8    HB3  ARG 335           HB1      ARG 335   7.086  10.945   9.341
    9    HB2  ARG 335           HB2      ARG 335   8.839  11.055   9.412
   10    HG3  ARG 335           HG1      ARG 335   7.276   8.987  10.930
   11    HG2  ARG 335           HG2      ARG 335   7.662  10.579  11.586
   12    HD3  ARG 335           HD1      ARG 335   9.849  10.084  11.870
   13    HD2  ARG 335           HD2      ARG 335   9.918   9.076  10.426

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 336           HA       GLU 336   4.203   8.133   8.434
    2    H    GLU 336           HN       GLU 336   5.941  10.127   7.360
    3    HB3  GLU 336           HB1      GLU 336   2.554   9.177   6.775
    4    HB2  GLU 336           HB2      GLU 336   3.843  10.305   6.378
    5    HG3  GLU 336           HG1      GLU 336   3.871  10.592   9.018
    6    HG2  GLU 336           HG2      GLU 336   2.193  10.086   8.823

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ARG 337           HA       ARG 337   4.250   6.677   3.856
    2    HE   ARG 337           HE       ARG 337   5.124   9.965  -0.164
    3   HH11  ARG 337          1HH1      ARG 337   7.702   9.115   2.036
    4   HH12  ARG 337          2HH1      ARG 337   8.101  10.760   2.396
    5   HH21  ARG 337          1HH2      ARG 337   5.652  12.125   0.312
    6   HH22  ARG 337          2HH2      ARG 337   6.939  12.468   1.419
    7    H    ARG 337           HN       ARG 337   5.532   8.768   5.201
    8    HB3  ARG 337           HB1      ARG 337   6.903   7.089   2.811
    9    HB2  ARG 337           HB2      ARG 337   6.191   8.634   3.252
   10    HG3  ARG 337           HG1      ARG 337   4.282   8.207   1.841
   11    HG2  ARG 337           HG2      ARG 337   4.888   6.593   1.465
   12    HD3  ARG 337           HD1      ARG 337   5.631   7.720  -0.374
   13    HD2  ARG 337           HD2      ARG 337   7.016   7.941   0.692

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   PHE 338           HA       PHE 338   8.169   4.102   4.790
    2    HD1  PHE 338           HD1      PHE 338   9.083   3.853   8.597
    3    HD2  PHE 338           HD2      PHE 338  11.399   4.091   5.034
    4    HE1  PHE 338           HE1      PHE 338  10.522   2.033   9.416
    5    HE2  PHE 338           HE2      PHE 338  12.842   2.270   5.846
    6    HZ   PHE 338           HZ       PHE 338  12.403   1.239   8.039
    7    H    PHE 338           HN       PHE 338   7.483   6.761   5.345
    8    HB3  PHE 338           HB1      PHE 338   9.043   5.856   7.098
    9    HB2  PHE 338           HB2      PHE 338   9.818   5.760   5.520

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   GLU 339           HA       GLU 339   6.252   3.332   9.137
    2    H    GLU 339           HN       GLU 339   6.330   5.542   7.413
    3    HB3  GLU 339           HB1      GLU 339   3.905   4.459   9.703
    4    HB2  GLU 339           HB2      GLU 339   4.577   5.764   8.736
    5    HG3  GLU 339           HG1      GLU 339   5.468   6.469  10.649
    6    HG2  GLU 339           HG2      GLU 339   6.651   5.185  10.403

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   MET 340           HA       MET 340   2.303   2.206   6.687
    2    H    MET 340           HN       MET 340   4.265   4.209   6.359
    3    HB3  MET 340           HB1      MET 340   2.324   2.579   4.003
    4    HB2  MET 340           HB2      MET 340   3.161   4.035   4.525
    5    HG3  MET 340           HG1      MET 340   0.638   3.305   5.904
    6    HG2  MET 340           HG2      MET 340   0.539   3.942   4.264
    7    HE3  MET 340           HE1      MET 340   2.435   7.293   4.575
    8    HE2  MET 340           HE2      MET 340   0.916   6.827   3.811
    9    HE1  MET 340           HE3      MET 340   2.335   5.792   3.655

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   PHE 341           HA       PHE 341   4.930  -0.295   3.573
    2    HD1  PHE 341           HD1      PHE 341   4.542   1.066   1.814
    3    HD2  PHE 341           HD2      PHE 341   8.127   3.085   2.899
    4    HE1  PHE 341           HE1      PHE 341   3.896   2.964   0.394
    5    HE2  PHE 341           HE2      PHE 341   7.487   4.989   1.480
    6    HZ   PHE 341           HZ       PHE 341   5.367   4.929   0.231
    7    H    PHE 341           HN       PHE 341   5.151   2.322   4.543
    8    HB3  PHE 341           HB1      PHE 341   7.102  -0.013   2.689
    9    HB2  PHE 341           HB2      PHE 341   7.568   1.106   3.967

  No H/Q in entry =           9
  Start of MODEL   18
    1    HA   ARG 342           HA       ARG 342   7.670  -1.418   7.268
    2    HE   ARG 342           HE       ARG 342   7.403   0.937  11.241
    3   HH11  ARG 342          1HH1      ARG 342   8.410  -1.874  13.047
    4   HH12  ARG 342          2HH1      ARG 342   7.950  -1.209  14.578
    5   HH21  ARG 342          1HH2      ARG 342   6.798   1.813  13.254
    6   HH22  ARG 342          2HH2      ARG 342   7.034   0.884  14.696
    7    H    ARG 342           HN       ARG 342   6.196   0.933   6.574
    8    HB3  ARG 342           HB1      ARG 342   6.646   0.366   9.409
    9    HB2  ARG 342           HB2      ARG 342   7.704   1.097   8.210
   10    HG3  ARG 342           HG1      ARG 342   9.355   0.416   9.545
   11    HG2  ARG 342           HG2      ARG 342   9.071  -1.173   8.831
   12    HD3  ARG 342           HD1      ARG 342   9.141  -1.347  11.245
   13    HD2  ARG 342           HD2      ARG 342   7.518  -1.703  10.656

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   GLU 343           HA       GLU 343   3.790  -2.292   9.847
    2    H    GLU 343           HN       GLU 343   4.478  -0.130   8.133
    3    HB3  GLU 343           HB1      GLU 343   1.442  -1.398   9.542
    4    HB2  GLU 343           HB2      GLU 343   2.119  -0.206   8.442
    5    HG3  GLU 343           HG1      GLU 343   3.246   0.905  10.127
    6    HG2  GLU 343           HG2      GLU 343   3.206  -0.487  11.208

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 344           HA       LEU 344   1.657  -3.819   5.890
    2    HG   LEU 344           HG       LEU 344   1.543  -0.972   4.849
    3   HD11  LEU 344          1HD1      LEU 344   1.861  -1.844   2.031
    4   HD13  LEU 344          2HD1      LEU 344   2.054  -0.247   2.754
    5   HD12  LEU 344          3HD1      LEU 344   0.440  -0.885   2.445
    6   HD21  LEU 344          1HD2      LEU 344   0.192  -3.509   4.161
    7   HD23  LEU 344          2HD2      LEU 344  -0.661  -2.020   3.752
    8   HD22  LEU 344          3HD2      LEU 344  -0.176  -2.329   5.420
    9    H    LEU 344           HN       LEU 344   3.484  -1.695   6.418
   10    HB3  LEU 344           HB1      LEU 344   2.499  -3.500   3.505
   11    HB2  LEU 344           HB2      LEU 344   3.514  -2.219   4.141

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   ASN 345           HA       ASN 345   5.746  -6.021   4.846
    2   HD21  ASN 345          1HD2      ASN 345   9.707  -5.191   6.405
    3   HD22  ASN 345          2HD2      ASN 345  10.208  -6.274   5.154
    4    H    ASN 345           HN       ASN 345   5.138  -3.534   6.082
    5    HB3  ASN 345           HB1      ASN 345   7.561  -4.846   6.905
    6    HB2  ASN 345           HB2      ASN 345   7.262  -3.924   5.435

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   GLU 346           HA       GLU 346   5.926  -7.530   9.338
    2    H    GLU 346           HN       GLU 346   5.287  -5.000   8.203
    3    HB3  GLU 346           HB1      GLU 346   4.095  -5.653  10.753
    4    HB2  GLU 346           HB2      GLU 346   5.722  -5.093  10.392
    5    HG3  GLU 346           HG1      GLU 346   5.591  -7.764  11.587
    6    HG2  GLU 346           HG2      GLU 346   5.004  -6.461  12.619

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   ALA 347           HA       ALA 347   1.210  -7.989   9.212
    2    H    ALA 347           HN       ALA 347   3.011  -6.080   8.080
    3    HB3  ALA 347           HB1      ALA 347  -0.464  -6.822   8.176
    4    HB1  ALA 347           HB2      ALA 347   0.510  -6.476   6.747
    5    HB2  ALA 347           HB3      ALA 347   0.785  -5.579   8.241

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   LEU 348           HA       LEU 348   1.652  -9.843   4.864
    2    HG   LEU 348           HG       LEU 348   3.185  -8.027   2.103
    3   HD11  LEU 348          1HD1      LEU 348   2.081 -10.448   2.513
    4   HD13  LEU 348          2HD1      LEU 348   1.578  -9.343   1.235
    5   HD12  LEU 348          3HD1      LEU 348   0.670  -9.416   2.745
    6   HD23  LEU 348          1HD2      LEU 348   0.769  -7.201   2.862
    7   HD22  LEU 348          2HD2      LEU 348   2.240  -6.307   3.242
    8   HD21  LEU 348          3HD2      LEU 348   1.512  -7.361   4.454
    9    H    LEU 348           HN       LEU 348   2.998  -7.718   6.202
   10    HB3  LEU 348           HB1      LEU 348   4.035  -9.740   3.602
   11    HB2  LEU 348           HB2      LEU 348   4.047  -8.172   4.387

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   GLU 349           HA       GLU 349   5.385 -12.288   6.460
    2    H    GLU 349           HN       GLU 349   4.478  -9.625   6.935
    3    HB3  GLU 349           HB1      GLU 349   6.021 -10.888   9.013
    4    HB2  GLU 349           HB2      GLU 349   6.584 -10.160   7.515
    5    HG3  GLU 349           HG1      GLU 349   7.719 -12.269   6.947
    6    HG2  GLU 349           HG2      GLU 349   7.205 -12.936   8.496

  No H/Q in entry =           6
  Start of MODEL   18
    1    HA   LEU 350           HA       LEU 350   2.900 -13.021  10.424
    2    HG   LEU 350           HG       LEU 350   0.687 -10.990  12.497
    3   HD11  LEU 350          1HD1      LEU 350  -0.041 -13.222  11.378
    4   HD13  LEU 350          2HD1      LEU 350   0.152 -13.141  13.129
    5   HD12  LEU 350          3HD1      LEU 350   1.418 -13.862  12.134
    6   HD22  LEU 350          1HD2      LEU 350   2.516 -11.303  13.778
    7   HD21  LEU 350          2HD2      LEU 350   3.367 -11.089  12.249
    8   HD23  LEU 350          3HD2      LEU 350   3.050 -12.712  12.861
    9    H    LEU 350           HN       LEU 350   3.067 -10.826   8.599
   10    HB3  LEU 350           HB1      LEU 350   0.570 -11.231  10.120
   11    HB2  LEU 350           HB2      LEU 350   2.086 -10.444  10.517

  No H/Q in entry =          11
  Start of MODEL   18
    1    HA   LYS 351           HA       LYS 351  -0.920 -14.002   7.789
    2    H    LYS 351           HN       LYS 351   1.068 -11.979   7.583
    3    HB3  LYS 351           HB1      LYS 351  -1.230 -11.895   6.521
    4    HB2  LYS 351           HB2      LYS 351  -1.595 -13.327   5.569
    5    HG3  LYS 351           HG1      LYS 351   0.705 -13.151   4.590
    6    HG2  LYS 351           HG2      LYS 351   0.854 -11.592   5.403
    7    HD3  LYS 351           HD1      LYS 351   0.154 -11.318   3.076
    8    HD2  LYS 351           HD2      LYS 351  -1.093 -10.759   4.193
    9    HE3  LYS 351           HE1      LYS 351  -1.231 -13.581   3.296
   10    HE2  LYS 351           HE2      LYS 351  -1.632 -12.336   2.115
   11    HZ2  LYS 351           HZ1      LYS 351  -3.518 -11.803   3.184
   12    HZ1  LYS 351           HZ2      LYS 351  -2.859 -12.029   4.725
   13    HZ3  LYS 351           HZ3      LYS 351  -3.387 -13.362   3.829

  No H/Q in entry =          13
  Start of MODEL   18
    1    HA   ASP 352           HA       ASP 352   1.983 -16.160   4.708
    2    H    ASP 352           HN       ASP 352   2.249 -13.838   6.337
    3    HB3  ASP 352           HB1      ASP 352   4.662 -15.334   5.709
    4    HB2  ASP 352           HB2      ASP 352   3.770 -14.174   4.730

  No H/Q in entry =           4
  Start of MODEL   18
    1    HA   ALA 353           HA       ALA 353   3.981 -18.202   8.459
    2    H    ALA 353           HN       ALA 353   2.906 -15.573   8.025
    3    HB3  ALA 353           HB1      ALA 353   3.502 -15.789  10.105
    4    HB1  ALA 353           HB2      ALA 353   4.935 -16.808   9.973
    5    HB2  ALA 353           HB3      ALA 353   3.564 -17.336  10.949

  No H/Q in entry =           5
  Start of MODEL   18
    1    HA   GLN 354           HA       GLN 354  -0.260 -18.888  10.261
    2   HE21  GLN 354          1HE2      GLN 354  -2.034 -15.122  11.610
    3   HE22  GLN 354          2HE2      GLN 354  -1.631 -15.154  13.290
    4    H    GLN 354           HN       GLN 354   0.875 -16.636   8.825
    5    HB3  GLN 354           HB1      GLN 354  -2.039 -16.795   9.158
    6    HB2  GLN 354           HB2      GLN 354  -0.837 -16.248  10.318
    7    HG3  GLN 354           HG1      GLN 354  -2.184 -18.645  11.217
    8    HG2  GLN 354           HG2      GLN 354  -3.316 -17.336  10.881

  No H/Q in entry =           8
  Start of MODEL   18
    1    HA   ALA 355           HA       ALA 355  -1.880 -19.819   6.120
    2    H    ALA 355           HN       ALA 355  -0.248 -17.536   7.027
    3    HB2  ALA 355           HB1      ALA 355  -3.226 -18.077   5.518
    4    HB3  ALA 355           HB2      ALA 355  -2.211 -18.173   4.078
    5    HB1  ALA 355           HB3      ALA 355  -1.877 -16.959   5.313

  No H/Q in entry =           5
  Start of MODEL   18
    1    H    GLY 356           HN       GLY 356  -0.127 -21.194   5.765
    2    HA2  GLY 356           HA1      GLY 356   2.014 -21.730   4.874
    3    HA3  GLY 356           HA2      GLY 356   1.924 -20.292   3.868

  No H/Q in entry =           3
  Start of MODEL   19
    1    H1   GLU 326           H1       GLU 326 -17.138   0.206  11.753
    2    H2   GLU 326           H2       GLU 326 -17.608   1.537  12.730
    3    H3   GLU 326           H3       GLU 326 -18.736   0.824  11.653
    4    HB2  GLU 326           HB2      GLU 326 -15.574   3.170  10.312
    5    HB3  GLU 326           HB3      GLU 326 -16.119   3.275  11.980
    6    HG2  GLU 326           HG2      GLU 326 -15.151   0.639  11.070
    7    HG3  GLU 326           HG3      GLU 326 -13.949   1.919  11.228
    8    HA   GLU 326           HA       GLU 326 -18.042   2.776  10.659

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    SER 327           H        SER 327 -17.939   2.861   8.453
    2    HA   SER 327           HA       SER 327 -16.617   0.786   6.938
    3    HG   SER 327           HG       SER 327 -19.863   1.560   7.921
    4    HB2  SER 327           HB2      SER 327 -18.747   0.202   5.698
    5    HB3  SER 327           HB3      SER 327 -18.654  -0.400   7.353

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    PHE 328           H        PHE 328 -16.471   1.260   4.693
    2    HA   PHE 328           HA       PHE 328 -17.585   3.748   3.714
    3    HD1  PHE 328           HD1      PHE 328 -13.937   3.042   5.936
    4    HD2  PHE 328           HD2      PHE 328 -16.717   6.131   5.020
    5    HE1  PHE 328           HE1      PHE 328 -13.725   3.907   8.229
    6    HE2  PHE 328           HE2      PHE 328 -16.510   7.003   7.311
    7    HZ   PHE 328           HZ       PHE 328 -15.012   5.891   8.919
    8    HB2  PHE 328           HB2      PHE 328 -14.585   3.418   3.707
    9    HB3  PHE 328           HB3      PHE 328 -15.516   4.841   3.250

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLY 329           H        GLY 329 -18.002   3.621   1.591
    2    HA2  GLY 329           HA2      GLY 329 -18.361   2.420  -0.377
    3    HA3  GLY 329           HA3      GLY 329 -17.235   1.197   0.192

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    LEU 330           H        LEU 330 -15.604   1.006  -1.183
    2    HA   LEU 330           HA       LEU 330 -14.361   3.467  -2.217
    3    HG   LEU 330           HG       LEU 330 -11.950   2.513  -3.458
    4   HD11  LEU 330          1HD1      LEU 330 -12.619   4.398  -1.908
    5   HD12  LEU 330          2HD1      LEU 330 -11.313   3.862  -0.850
    6   HD13  LEU 330          3HD1      LEU 330 -10.953   4.413  -2.486
    7   HD21  LEU 330          1HD2      LEU 330 -10.845   0.590  -2.106
    8   HD22  LEU 330          2HD2      LEU 330  -9.832   1.845  -2.818
    9   HD23  LEU 330          3HD2      LEU 330 -10.221   1.896  -1.099
   10    HB2  LEU 330           HB2      LEU 330 -13.022   1.927  -0.699
   11    HB3  LEU 330           HB3      LEU 330 -13.053   0.762  -2.009

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLY 331           H        GLY 331 -14.922   3.859  -4.253
    2    HA2  GLY 331           HA2      GLY 331 -15.874   3.363  -6.345
    3    HA3  GLY 331           HA3      GLY 331 -15.650   1.651  -6.017

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ILE 332           H        ILE 332 -13.511   0.753  -6.244
    2    HA   ILE 332           HA       ILE 332 -11.507   2.361  -7.590
    3    HB   ILE 332           HB       ILE 332 -11.388  -0.598  -7.023
    4   HG12  ILE 332          2HG1      ILE 332  -9.853   0.484  -5.087
    5   HG21  ILE 332          1HG2      ILE 332  -9.534   1.416  -8.081
    6   HG22  ILE 332          2HG2      ILE 332  -8.858   0.359  -6.840
    7   HG23  ILE 332          3HG2      ILE 332  -9.561  -0.334  -8.302
    8   HD11  ILE 332          1HD1      ILE 332 -12.483  -0.667  -5.166
    9   HD12  ILE 332          2HD1      ILE 332 -11.228  -0.804  -3.934
   10   HD13  ILE 332          3HD1      ILE 332 -12.361   0.547  -3.892
   11   HG13  ILE 332          3HG1      ILE 332 -11.074   1.744  -5.230

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ARG 333           H        ARG 333 -10.758   2.043  -9.677
    2    HA   ARG 333           HA       ARG 333 -12.518   0.434 -11.408
    3    HE   ARG 333           HE       ARG 333 -15.600   3.845 -12.020
    4   HH11  ARG 333          1HH1      ARG 333 -15.666   1.427 -14.536
    5   HH12  ARG 333          2HH1      ARG 333 -17.234   1.885 -15.108
    6   HH21  ARG 333          1HH2      ARG 333 -17.664   4.449 -12.771
    7   HH22  ARG 333          2HH2      ARG 333 -18.369   3.601 -14.107
    8    HB2  ARG 333           HB2      ARG 333 -11.058   3.018 -11.963
    9    HB3  ARG 333           HB3      ARG 333 -11.799   2.042 -13.223
   10    HG2  ARG 333           HG2      ARG 333 -13.406   2.961 -10.876
   11    HG3  ARG 333           HG3      ARG 333 -13.105   4.036 -12.243
   12    HD2  ARG 333           HD2      ARG 333 -13.989   2.191 -13.725
   13    HD3  ARG 333           HD3      ARG 333 -14.514   1.376 -12.252

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLY 334           H        GLY 334 -10.310  -0.721 -10.111
    2    HA2  GLY 334           HA2      GLY 334  -7.862  -0.850 -11.159
    3    HA3  GLY 334           HA3      GLY 334  -8.803  -1.589 -12.446

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ARG 335           H        ARG 335  -8.218  -3.680 -12.349
    2    HA   ARG 335           HA       ARG 335  -9.146  -5.248 -10.131
    3    HE   ARG 335           HE       ARG 335  -6.481  -6.295 -15.375
    4   HH11  ARG 335          1HH1      ARG 335  -6.346  -9.621 -14.326
    5   HH12  ARG 335          2HH1      ARG 335  -5.604 -10.182 -15.787
    6   HH21  ARG 335          1HH2      ARG 335  -5.505  -7.032 -17.297
    7   HH22  ARG 335          2HH2      ARG 335  -5.125  -8.713 -17.473
    8    HB2  ARG 335           HB2      ARG 335  -8.283  -7.169 -11.461
    9    HB3  ARG 335           HB3      ARG 335  -9.404  -6.145 -12.348
   10    HG2  ARG 335           HG2      ARG 335  -7.795  -5.373 -13.771
   11    HG3  ARG 335           HG3      ARG 335  -6.495  -5.595 -12.599
   12    HD2  ARG 335           HD2      ARG 335  -6.321  -7.869 -13.034
   13    HD3  ARG 335           HD3      ARG 335  -7.943  -7.961 -13.721

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 336           H        GLU 336  -6.049  -4.121 -11.320
    2    HA   GLU 336           HA       GLU 336  -4.470  -5.793  -9.625
    3    HB2  GLU 336           HB2      GLU 336  -3.876  -3.335 -11.259
    4    HB3  GLU 336           HB3      GLU 336  -2.659  -4.074 -10.227
    5    HG2  GLU 336           HG2      GLU 336  -2.669  -6.073 -11.482
    6    HG3  GLU 336           HG3      GLU 336  -4.129  -5.603 -12.351

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ARG 337           H        ARG 337  -5.209  -2.303  -9.552
    2    HA   ARG 337           HA       ARG 337  -3.996  -1.752  -7.100
    3    HE   ARG 337           HE       ARG 337  -5.266   1.281 -10.053
    4   HH11  ARG 337          1HH1      ARG 337  -8.298   3.009 -10.038
    5   HH12  ARG 337          2HH1      ARG 337  -7.787   4.167 -11.220
    6   HH21  ARG 337          1HH2      ARG 337  -4.592   2.802 -11.607
    7   HH22  ARG 337          2HH2      ARG 337  -5.683   4.049 -12.112
    8    HB2  ARG 337           HB2      ARG 337  -5.505   0.237  -7.036
    9    HB3  ARG 337           HB3      ARG 337  -4.640   0.048  -8.555
   10    HG2  ARG 337           HG2      ARG 337  -6.634  -0.903  -9.584
   11    HG3  ARG 337           HG3      ARG 337  -7.503  -0.741  -8.057
   12    HD2  ARG 337           HD2      ARG 337  -8.082   1.098  -9.505
   13    HD3  ARG 337           HD3      ARG 337  -7.133   1.700  -8.147

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    PHE 338           H        PHE 338  -7.304  -2.766  -7.843
    2    HA   PHE 338           HA       PHE 338  -8.314  -2.572  -5.219
    3    HD1  PHE 338           HD1      PHE 338  -9.669  -6.165  -5.761
    4    HD2  PHE 338           HD2      PHE 338 -11.545  -2.346  -5.712
    5    HE1  PHE 338           HE1      PHE 338 -11.447  -7.061  -4.317
    6    HE2  PHE 338           HE2      PHE 338 -13.326  -3.235  -4.267
    7    HZ   PHE 338           HZ       PHE 338 -13.278  -5.596  -3.567
    8    HB2  PHE 338           HB2      PHE 338  -9.772  -2.752  -7.185
    9    HB3  PHE 338           HB3      PHE 338  -9.189  -4.386  -7.479

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLU 339           H        GLU 339  -6.615  -5.128  -6.935
    2    HA   GLU 339           HA       GLU 339  -7.047  -7.208  -5.099
    3    HB2  GLU 339           HB2      GLU 339  -5.031  -6.642  -7.221
    4    HB3  GLU 339           HB3      GLU 339  -4.673  -7.920  -6.067
    5    HG2  GLU 339           HG2      GLU 339  -7.338  -7.930  -7.369
    6    HG3  GLU 339           HG3      GLU 339  -5.937  -8.386  -8.337

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    MET 340           H        MET 340  -4.630  -4.647  -5.226
    2    HA   MET 340           HA       MET 340  -2.992  -5.602  -3.136
    3    HB2  MET 340           HB2      MET 340  -2.812  -3.553  -4.909
    4    HB3  MET 340           HB3      MET 340  -3.223  -2.673  -3.444
    5    HG2  MET 340           HG2      MET 340  -1.039  -2.681  -3.035
    6    HG3  MET 340           HG3      MET 340  -1.270  -4.363  -2.564
    7    HE1  MET 340           HE1      MET 340  -1.387  -2.308  -5.604
    8    HE2  MET 340           HE2      MET 340   0.267  -2.408  -6.207
    9    HE3  MET 340           HE3      MET 340  -0.973  -3.486  -6.849

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    PHE 341           H        PHE 341  -5.544  -3.112  -3.135
    2    HA   PHE 341           HA       PHE 341  -5.519  -2.618  -0.379
    3    HD1  PHE 341           HD1      PHE 341  -8.330  -0.927  -3.780
    4    HD2  PHE 341           HD2      PHE 341  -4.734  -0.829  -1.507
    5    HE1  PHE 341           HE1      PHE 341  -7.367   0.675  -5.379
    6    HE2  PHE 341           HE2      PHE 341  -3.766   0.774  -3.098
    7    HZ   PHE 341           HZ       PHE 341  -5.082   1.524  -5.038
    8    HB2  PHE 341           HB2      PHE 341  -8.023  -2.449  -2.041
    9    HB3  PHE 341           HB3      PHE 341  -7.524  -1.424  -0.699

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    ARG 342           H        ARG 342  -6.999  -5.162  -2.249
    2    HA   ARG 342           HA       ARG 342  -8.788  -6.062  -0.223
    3    HE   ARG 342           HE       ARG 342  -9.271  -9.542  -3.508
    4   HH11  ARG 342          1HH1      ARG 342  -9.650 -11.590  -0.708
    5   HH12  ARG 342          2HH1      ARG 342  -9.177 -13.031  -1.543
    6   HH21  ARG 342          1HH2      ARG 342  -8.650 -11.436  -4.608
    7   HH22  ARG 342          2HH2      ARG 342  -8.609 -12.944  -3.757
    8    HB2  ARG 342           HB2      ARG 342  -8.495  -6.600  -2.877
    9    HB3  ARG 342           HB3      ARG 342  -7.805  -8.052  -2.167
   10    HG2  ARG 342           HG2      ARG 342 -10.320  -7.279  -0.928
   11    HG3  ARG 342           HG3      ARG 342 -10.468  -7.593  -2.658
   12    HD2  ARG 342           HD2      ARG 342  -9.168  -9.466  -0.685
   13    HD3  ARG 342           HD3      ARG 342 -10.839  -9.597  -1.230

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 343           H        GLU 343  -5.567  -7.104  -1.293
    2    HA   GLU 343           HA       GLU 343  -5.337  -9.179   0.644
    3    HB2  GLU 343           HB2      GLU 343  -4.034  -9.167  -1.447
    4    HB3  GLU 343           HB3      GLU 343  -3.177  -7.732  -0.902
    5    HG2  GLU 343           HG2      GLU 343  -2.006  -8.896   0.731
    6    HG3  GLU 343           HG3      GLU 343  -3.143 -10.243   0.721

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 344           H        LEU 344  -4.628  -5.769   0.596
    2    HA   LEU 344           HA       LEU 344  -2.989  -5.758   2.937
    3    HG   LEU 344           HG       LEU 344  -1.513  -4.308   2.307
    4   HD11  LEU 344          1HD1      LEU 344  -2.309  -2.820   0.194
    5   HD12  LEU 344          2HD1      LEU 344  -1.777  -1.558   1.306
    6   HD13  LEU 344          3HD1      LEU 344  -0.664  -2.841   0.831
    7   HD21  LEU 344          1HD2      LEU 344  -2.863  -2.926   4.187
    8   HD22  LEU 344          2HD2      LEU 344  -1.108  -2.892   4.012
    9   HD23  LEU 344          3HD2      LEU 344  -2.089  -1.602   3.316
   10    HB2  LEU 344           HB2      LEU 344  -3.813  -3.892   0.962
   11    HB3  LEU 344           HB3      LEU 344  -4.260  -3.230   2.523

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ASN 345           H        ASN 345  -6.413  -5.356   2.269
    2    HA   ASN 345           HA       ASN 345  -7.145  -4.442   4.854
    3   HD21  ASN 345          1HD2      ASN 345 -10.661  -3.599   3.026
    4   HD22  ASN 345          2HD2      ASN 345 -11.493  -3.729   4.534
    5    HB2  ASN 345           HB2      ASN 345  -8.536  -4.210   2.769
    6    HB3  ASN 345           HB3      ASN 345  -8.894  -5.931   2.887

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    GLU 346           H        GLU 346  -6.894  -7.630   3.374
    2    HA   GLU 346           HA       GLU 346  -8.079  -9.066   5.514
    3    HB2  GLU 346           HB2      GLU 346  -6.395  -9.784   3.150
    4    HB3  GLU 346           HB3      GLU 346  -6.625 -10.977   4.422
    5    HG2  GLU 346           HG2      GLU 346  -8.979 -10.983   4.102
    6    HG3  GLU 346           HG3      GLU 346  -8.896  -9.587   3.029

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ALA 347           H        ALA 347  -4.754  -8.176   4.726
    2    HA   ALA 347           HA       ALA 347  -3.505  -9.672   6.770
    3    HB1  ALA 347           HB1      ALA 347  -2.436  -7.099   5.642
    4    HB2  ALA 347           HB2      ALA 347  -2.420  -8.610   4.732
    5    HB3  ALA 347           HB3      ALA 347  -1.537  -8.488   6.254

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    LEU 348           H        LEU 348  -4.950  -6.473   6.690
    2    HA   LEU 348           HA       LEU 348  -3.924  -5.565   9.169
    3    HG   LEU 348           HG       LEU 348  -5.091  -2.488   7.611
    4   HD11  LEU 348          1HD1      LEU 348  -4.490  -3.032  10.056
    5   HD12  LEU 348          2HD1      LEU 348  -2.988  -3.669   9.384
    6   HD13  LEU 348          3HD1      LEU 348  -3.418  -1.976   9.136
    7   HD21  LEU 348          1HD2      LEU 348  -3.422  -4.799   6.826
    8   HD22  LEU 348          2HD2      LEU 348  -3.918  -3.386   5.895
    9   HD23  LEU 348          3HD2      LEU 348  -2.594  -3.259   7.052
   10    HB2  LEU 348           HB2      LEU 348  -6.031  -4.720   7.275
   11    HB3  LEU 348           HB3      LEU 348  -6.232  -4.180   8.931

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLU 349           H        GLU 349  -6.916  -7.220   8.253
    2    HA   GLU 349           HA       GLU 349  -8.144  -7.149  10.784
    3    HB2  GLU 349           HB2      GLU 349  -8.454  -9.184   8.568
    4    HB3  GLU 349           HB3      GLU 349  -9.544  -8.996   9.935
    5    HG2  GLU 349           HG2      GLU 349  -8.986  -6.779   7.990
    6    HG3  GLU 349           HG3      GLU 349 -10.273  -7.960   7.755

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 350           H        LEU 350  -5.663  -9.182   9.442
    2    HA   LEU 350           HA       LEU 350  -5.882 -11.310  11.314
    3    HG   LEU 350           HG       LEU 350  -5.259 -13.051  10.013
    4   HD11  LEU 350          1HD1      LEU 350  -6.413 -11.444   8.511
    5   HD12  LEU 350          2HD1      LEU 350  -5.078 -11.616   7.371
    6   HD13  LEU 350          3HD1      LEU 350  -6.086 -13.009   7.765
    7   HD21  LEU 350          1HD2      LEU 350  -2.641 -13.021   9.348
    8   HD22  LEU 350          2HD2      LEU 350  -3.745 -14.339   8.957
    9   HD23  LEU 350          3HD2      LEU 350  -3.382 -13.106   7.750
   10    HB2  LEU 350           HB2      LEU 350  -3.967 -10.458   9.232
   11    HB3  LEU 350           HB3      LEU 350  -3.295 -11.433  10.526

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    LYS 351           H        LYS 351  -3.734  -8.482  11.103
    2    HA   LYS 351           HA       LYS 351  -2.284  -9.010  13.454
    3    HB2  LYS 351           HB2      LYS 351  -1.584  -6.668  13.337
    4    HB3  LYS 351           HB3      LYS 351  -1.510  -7.429  11.754
    5    HG2  LYS 351           HG2      LYS 351  -3.313  -6.230  10.946
    6    HG3  LYS 351           HG3      LYS 351  -3.935  -5.883  12.561
    7    HD2  LYS 351           HD2      LYS 351  -3.018  -3.856  11.729
    8    HD3  LYS 351           HD3      LYS 351  -1.880  -4.474  12.928
    9    HE2  LYS 351           HE2      LYS 351  -0.340  -5.125  11.311
   10    HE3  LYS 351           HE3      LYS 351  -1.549  -5.137  10.027
   11    HZ1  LYS 351           HZ1      LYS 351  -1.616  -2.580  10.710
   12    HZ2  LYS 351           HZ2      LYS 351  -0.007  -2.918  11.106
   13    HZ3  LYS 351           HZ3      LYS 351  -0.565  -3.186   9.531

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    ASP 352           H        ASP 352  -5.375  -7.489  12.898
    2    HA   ASP 352           HA       ASP 352  -5.585  -6.344  15.520
    3    HB2  ASP 352           HB2      ASP 352  -6.792  -5.576  13.385
    4    HB3  ASP 352           HB3      ASP 352  -7.898  -6.915  13.675

  No H/Q in entry =           4
  Start of MODEL   19
    1    H    ALA 353           H        ALA 353  -6.545  -9.343  13.982
    2    HA   ALA 353           HA       ALA 353  -8.196 -10.216  16.164
    3    HB1  ALA 353           HB1      ALA 353  -8.158 -10.918  13.606
    4    HB2  ALA 353           HB2      ALA 353  -7.085 -12.172  14.228
    5    HB3  ALA 353           HB3      ALA 353  -8.721 -12.014  14.868

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLN 354           H        GLN 354  -4.852 -10.598  15.201
    2    HA   GLN 354           HA       GLN 354  -4.329 -12.615  17.213
    3   HE21  GLN 354          1HE2      GLN 354   0.136 -11.491  14.439
    4   HE22  GLN 354          2HE2      GLN 354   1.130 -10.714  15.619
    5    HB2  GLN 354           HB2      GLN 354  -2.033 -12.550  16.404
    6    HB3  GLN 354           HB3      GLN 354  -3.151 -12.678  15.053
    7    HG2  GLN 354           HG2      GLN 354  -2.006 -11.003  14.150
    8    HG3  GLN 354           HG3      GLN 354  -2.835  -9.968  15.312

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    ALA 355           H        ALA 355  -3.956  -9.167  16.798
    2    HA   ALA 355           HA       ALA 355  -2.188  -8.754  18.990
    3    HB1  ALA 355           HB1      ALA 355  -2.300  -7.103  17.257
    4    HB2  ALA 355           HB2      ALA 355  -4.026  -6.865  17.529
    5    HB3  ALA 355           HB3      ALA 355  -2.863  -6.368  18.758

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLY 356           H        GLY 356  -2.820  -7.383  20.899
    2    HA2  GLY 356           HA2      GLY 356  -4.600  -8.695  22.548
    3    HA3  GLY 356           HA3      GLY 356  -5.526  -7.400  21.804

  No H/Q in entry =           3
  Start of MODEL   19
    1    H1   GLU 326           H1       GLU 326 -15.048  -0.437 -15.571
    2    H2   GLU 326           H2       GLU 326 -13.489  -1.052 -15.942
    3    H3   GLU 326           H3       GLU 326 -14.872  -1.701 -16.718
    4    HA   GLU 326           HA       GLU 326 -15.612  -2.741 -14.837
    5    HB2  GLU 326           HB2      GLU 326 -12.591  -2.873 -14.948
    6    HB3  GLU 326           HB3      GLU 326 -13.607  -4.040 -14.113
    7    HG2  GLU 326           HG2      GLU 326 -13.168  -5.076 -16.127
    8    HG3  GLU 326           HG3      GLU 326 -14.753  -4.352 -16.394

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    SER 327           H        SER 327 -16.171  -2.538 -12.759
    2    HA   SER 327           HA       SER 327 -14.465  -0.930 -10.986
    3    HG   SER 327           HG       SER 327 -16.344   1.365  -9.978
    4    HB2  SER 327           HB2      SER 327 -16.420   0.406 -11.836
    5    HB3  SER 327           HB3      SER 327 -17.484  -0.749 -11.034

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    PHE 328           H        PHE 328 -14.648  -1.414  -8.745
    2    HA   PHE 328           HA       PHE 328 -16.168  -3.802  -8.025
    3    HD1  PHE 328           HD1      PHE 328 -12.444  -2.984  -9.599
    4    HD2  PHE 328           HD2      PHE 328 -14.785  -6.473  -8.918
    5    HE1  PHE 328           HE1      PHE 328 -11.773  -3.859 -11.798
    6    HE2  PHE 328           HE2      PHE 328 -14.117  -7.355 -11.116
    7    HZ   PHE 328           HZ       PHE 328 -12.609  -6.047 -12.559
    8    HB2  PHE 328           HB2      PHE 328 -13.232  -3.588  -7.360
    9    HB3  PHE 328           HB3      PHE 328 -14.292  -4.973  -7.127

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLY 329           H        GLY 329 -16.962  -3.737  -5.994
    2    HA2  GLY 329           HA2      GLY 329 -17.738  -2.420  -4.195
    3    HA3  GLY 329           HA3      GLY 329 -16.372  -1.339  -4.426

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    LEU 330           H        LEU 330 -15.024  -1.369  -2.768
    2    HA   LEU 330           HA       LEU 330 -14.427  -3.952  -1.491
    3    HG   LEU 330           HG       LEU 330 -12.111  -4.496  -1.557
    4   HD11  LEU 330          1HD1      LEU 330 -10.478  -2.628  -2.434
    5   HD12  LEU 330          2HD1      LEU 330 -10.012  -2.556  -0.735
    6   HD13  LEU 330          3HD1      LEU 330  -9.867  -4.071  -1.626
    7   HD21  LEU 330          1HD2      LEU 330 -12.318  -2.791   0.852
    8   HD22  LEU 330          2HD2      LEU 330 -12.669  -4.506   0.640
    9   HD23  LEU 330          3HD2      LEU 330 -11.000  -3.962   0.810
   10    HB2  LEU 330           HB2      LEU 330 -12.663  -2.291  -2.629
   11    HB3  LEU 330           HB3      LEU 330 -12.698  -1.585  -1.024

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLY 331           H        GLY 331 -14.649  -4.215   0.682
    2    HA2  GLY 331           HA2      GLY 331 -16.073  -3.742   2.538
    3    HA3  GLY 331           HA3      GLY 331 -16.036  -2.043   2.094

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ILE 332           H        ILE 332 -14.592  -0.727   3.054
    2    HA   ILE 332           HA       ILE 332 -12.440  -1.967   4.635
    3    HB   ILE 332           HB       ILE 332 -12.612   0.921   3.785
    4   HG12  ILE 332          2HG1      ILE 332 -10.664   0.040   2.229
    5   HG21  ILE 332          1HG2      ILE 332 -10.723  -0.698   5.351
    6   HG22  ILE 332          2HG2      ILE 332  -9.993   0.373   4.155
    7   HG23  ILE 332          3HG2      ILE 332 -11.052   1.034   5.402
    8   HD11  ILE 332          1HD1      ILE 332 -13.413   0.542   1.788
    9   HD12  ILE 332          2HD1      ILE 332 -12.071   0.660   0.650
   10   HD13  ILE 332          3HD1      ILE 332 -12.947  -0.861   0.827
   11   HG13  ILE 332          3HG1      ILE 332 -11.523  -1.489   2.390

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ARG 333           H        ARG 333 -12.536  -1.873   6.782
    2    HA   ARG 333           HA       ARG 333 -14.537  -0.100   8.006
    3    HE   ARG 333           HE       ARG 333 -17.279  -4.303   8.346
    4   HH11  ARG 333          1HH1      ARG 333 -17.024  -4.081  11.819
    5   HH12  ARG 333          2HH1      ARG 333 -18.140  -5.373  12.109
    6   HH21  ARG 333          1HH2      ARG 333 -18.747  -6.003   8.725
    7   HH22  ARG 333          2HH2      ARG 333 -19.118  -6.464  10.353
    8    HB2  ARG 333           HB2      ARG 333 -13.358  -2.733   8.859
    9    HB3  ARG 333           HB3      ARG 333 -14.183  -1.686  10.006
   10    HG2  ARG 333           HG2      ARG 333 -16.033  -1.762   8.072
   11    HG3  ARG 333           HG3      ARG 333 -15.270  -3.333   7.815
   12    HD2  ARG 333           HD2      ARG 333 -15.515  -3.514  10.424
   13    HD3  ARG 333           HD3      ARG 333 -16.779  -2.311  10.175

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLY 334           H        GLY 334 -11.877   0.768   7.204
    2    HA2  GLY 334           HA2      GLY 334  -9.802   0.980   8.761
    3    HA3  GLY 334           HA3      GLY 334 -10.982   1.715   9.836

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ARG 335           H        ARG 335 -10.561   3.826   9.881
    2    HA   ARG 335           HA       ARG 335 -11.038   5.473   7.651
    3    HE   ARG 335           HE       ARG 335 -11.573   8.678  11.213
    4   HH11  ARG 335          1HH1      ARG 335  -9.007  10.934  10.502
    5   HH12  ARG 335          2HH1      ARG 335  -9.465  12.042  11.751
    6   HH21  ARG 335          1HH2      ARG 335 -12.177  10.134  12.857
    7   HH22  ARG 335          2HH2      ARG 335 -11.265  11.588  13.088
    8    HB2  ARG 335           HB2      ARG 335 -11.147   6.020  10.182
    9    HB3  ARG 335           HB3      ARG 335  -9.430   6.366  10.027
   10    HG2  ARG 335           HG2      ARG 335 -10.376   7.814   7.972
   11    HG3  ARG 335           HG3      ARG 335 -11.764   7.877   9.060
   12    HD2  ARG 335           HD2      ARG 335  -9.080   8.375  10.222
   13    HD3  ARG 335           HD3      ARG 335  -9.766   9.629   9.190

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 336           H        GLU 336  -7.978   4.770   9.345
    2    HA   GLU 336           HA       GLU 336  -6.337   6.135   7.504
    3    HB2  GLU 336           HB2      GLU 336  -5.822   5.280   9.906
    4    HB3  GLU 336           HB3      GLU 336  -5.374   3.783   9.100
    5    HG2  GLU 336           HG2      GLU 336  -3.782   5.098   7.704
    6    HG3  GLU 336           HG3      GLU 336  -4.149   6.500   8.708

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ARG 337           H        ARG 337  -7.460   2.803   7.675
    2    HA   ARG 337           HA       ARG 337  -5.797   1.736   5.672
    3    HE   ARG 337           HE       ARG 337  -7.429  -3.490   6.584
    4   HH11  ARG 337          1HH1      ARG 337  -9.457  -0.695   7.106
    5   HH12  ARG 337          2HH1      ARG 337 -10.076  -1.273   8.616
    6   HH21  ARG 337          1HH2      ARG 337  -8.244  -4.248   8.568
    7   HH22  ARG 337          2HH2      ARG 337  -9.388  -3.288   9.446
    8    HB2  ARG 337           HB2      ARG 337  -7.573   0.666   7.392
    9    HB3  ARG 337           HB3      ARG 337  -8.545   0.654   5.927
   10    HG2  ARG 337           HG2      ARG 337  -6.263  -0.396   4.975
   11    HG3  ARG 337           HG3      ARG 337  -6.183  -0.946   6.650
   12    HD2  ARG 337           HD2      ARG 337  -8.805  -1.262   5.363
   13    HD3  ARG 337           HD3      ARG 337  -7.513  -2.231   4.659

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    PHE 338           H        PHE 338  -9.191   2.814   5.468
    2    HA   PHE 338           HA       PHE 338  -9.426   2.538   2.688
    3    HD1  PHE 338           HD1      PHE 338 -12.785   2.342   2.392
    4    HD2  PHE 338           HD2      PHE 338 -10.763   6.082   2.568
    5    HE1  PHE 338           HE1      PHE 338 -14.103   3.140   0.474
    6    HE2  PHE 338           HE2      PHE 338 -12.077   6.887   0.651
    7    HZ   PHE 338           HZ       PHE 338 -13.750   5.416  -0.399
    8    HB2  PHE 338           HB2      PHE 338 -11.368   2.787   4.172
    9    HB3  PHE 338           HB3      PHE 338 -10.886   4.441   4.535

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLU 339           H        GLU 339  -8.130   5.102   4.677
    2    HA   GLU 339           HA       GLU 339  -8.077   7.134   2.720
    3    HB2  GLU 339           HB2      GLU 339  -6.729   6.646   5.327
    4    HB3  GLU 339           HB3      GLU 339  -6.002   7.837   4.258
    5    HG2  GLU 339           HG2      GLU 339  -7.833   9.247   4.367
    6    HG3  GLU 339           HG3      GLU 339  -8.919   7.959   4.889

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    MET 340           H        MET 340  -5.876   4.514   3.520
    2    HA   MET 340           HA       MET 340  -3.718   5.381   1.901
    3    HB2  MET 340           HB2      MET 340  -3.986   3.442   3.750
    4    HB3  MET 340           HB3      MET 340  -4.134   2.469   2.293
    5    HG2  MET 340           HG2      MET 340  -1.982   3.640   1.536
    6    HG3  MET 340           HG3      MET 340  -1.816   4.116   3.225
    7    HE1  MET 340           HE1      MET 340  -2.612   2.412   4.945
    8    HE2  MET 340           HE2      MET 340  -2.814   0.693   4.609
    9    HE3  MET 340           HE3      MET 340  -1.286   1.292   5.254

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    PHE 341           H        PHE 341  -6.188   2.864   1.353
    2    HA   PHE 341           HA       PHE 341  -5.489   2.332  -1.311
    3    HD1  PHE 341           HD1      PHE 341  -8.924   0.631   1.428
    4    HD2  PHE 341           HD2      PHE 341  -4.950   0.523  -0.086
    5    HE1  PHE 341           HE1      PHE 341  -8.287  -0.930   3.219
    6    HE2  PHE 341           HE2      PHE 341  -4.306  -1.040   1.697
    7    HZ   PHE 341           HZ       PHE 341  -5.975  -1.764   3.354
    8    HB2  PHE 341           HB2      PHE 341  -8.303   2.098  -0.264
    9    HB3  PHE 341           HB3      PHE 341  -7.487   1.084  -1.450

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    ARG 342           H        ARG 342  -7.363   4.892   0.109
    2    HA   ARG 342           HA       ARG 342  -8.669   5.698  -2.304
    3    HE   ARG 342           HE       ARG 342  -9.130  11.051  -0.266
    4   HH11  ARG 342          1HH1      ARG 342 -11.697   9.264  -1.814
    5   HH12  ARG 342          2HH1      ARG 342 -12.165  10.580  -2.837
    6   HH21  ARG 342          1HH2      ARG 342  -9.745  12.783  -1.610
    7   HH22  ARG 342          2HH2      ARG 342 -11.057  12.578  -2.722
    8    HB2  ARG 342           HB2      ARG 342  -9.558   6.252  -0.068
    9    HB3  ARG 342           HB3      ARG 342  -8.154   7.268   0.230
   10    HG2  ARG 342           HG2      ARG 342  -8.890   8.531  -1.890
   11    HG3  ARG 342           HG3      ARG 342 -10.437   7.715  -1.649
   12    HD2  ARG 342           HD2      ARG 342 -10.942   8.929   0.193
   13    HD3  ARG 342           HD3      ARG 342  -9.264   9.011   0.729

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 343           H        GLU 343  -5.812   6.815  -0.522
    2    HA   GLU 343           HA       GLU 343  -5.178   8.881  -2.383
    3    HB2  GLU 343           HB2      GLU 343  -3.732   7.571  -0.104
    4    HB3  GLU 343           HB3      GLU 343  -2.863   8.646  -1.191
    5    HG2  GLU 343           HG2      GLU 343  -3.968  10.504  -0.467
    6    HG3  GLU 343           HG3      GLU 343  -5.415   9.603  -0.014

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 344           H        LEU 344  -4.400   5.495  -2.083
    2    HA   LEU 344           HA       LEU 344  -2.257   5.493  -3.967
    3    HG   LEU 344           HG       LEU 344  -1.054   3.356  -3.952
    4   HD11  LEU 344          1HD1      LEU 344  -1.434   4.992  -1.836
    5   HD12  LEU 344          2HD1      LEU 344  -0.881   3.529  -1.023
    6   HD13  LEU 344          3HD1      LEU 344   0.119   4.276  -2.269
    7   HD21  LEU 344          1HD2      LEU 344  -2.297   1.504  -1.954
    8   HD22  LEU 344          2HD2      LEU 344  -1.626   1.143  -3.545
    9   HD23  LEU 344          3HD2      LEU 344  -0.551   1.529  -2.201
   10    HB2  LEU 344           HB2      LEU 344  -3.519   3.623  -2.230
   11    HB3  LEU 344           HB3      LEU 344  -3.525   2.939  -3.844

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ASN 345           H        ASN 345  -5.733   5.116  -4.144
    2    HA   ASN 345           HA       ASN 345  -5.831   4.110  -6.799
    3   HD21  ASN 345          1HD2      ASN 345  -8.623   6.543  -7.283
    4   HD22  ASN 345          2HD2      ASN 345  -9.511   5.586  -8.415
    5    HB2  ASN 345           HB2      ASN 345  -7.700   3.891  -5.186
    6    HB3  ASN 345           HB3      ASN 345  -7.953   5.632  -5.269

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    GLU 346           H        GLU 346  -6.091   7.359  -5.408
    2    HA   GLU 346           HA       GLU 346  -6.552   8.661  -7.898
    3    HB2  GLU 346           HB2      GLU 346  -6.149  10.732  -6.668
    4    HB3  GLU 346           HB3      GLU 346  -7.208   9.665  -5.756
    5    HG2  GLU 346           HG2      GLU 346  -5.294   8.965  -4.387
    6    HG3  GLU 346           HG3      GLU 346  -4.266  10.085  -5.280

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ALA 347           H        ALA 347  -3.702   7.773  -6.079
    2    HA   ALA 347           HA       ALA 347  -1.879   9.373  -7.595
    3    HB1  ALA 347           HB1      ALA 347  -1.535   8.473  -5.239
    4    HB2  ALA 347           HB2      ALA 347  -0.165   8.360  -6.345
    5    HB3  ALA 347           HB3      ALA 347  -1.143   6.932  -6.004

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    LEU 348           H        LEU 348  -3.178   6.138  -7.859
    2    HA   LEU 348           HA       LEU 348  -1.282   5.202  -9.776
    3    HG   LEU 348           HG       LEU 348  -2.641   2.100  -8.434
    4   HD11  LEU 348          1HD1      LEU 348  -1.491   2.564 -10.729
    5   HD12  LEU 348          2HD1      LEU 348  -0.202   3.230  -9.727
    6   HD13  LEU 348          3HD1      LEU 348  -0.694   1.549  -9.527
    7   HD21  LEU 348          1HD2      LEU 348  -1.331   4.575  -7.498
    8   HD22  LEU 348          2HD2      LEU 348  -1.934   3.191  -6.586
    9   HD23  LEU 348          3HD2      LEU 348  -0.375   3.096  -7.405
   10    HB2  LEU 348           HB2      LEU 348  -3.785   4.224  -8.562
   11    HB3  LEU 348           HB3      LEU 348  -3.461   3.628 -10.179

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLU 349           H        GLU 349  -4.422   6.777  -9.942
    2    HA   GLU 349           HA       GLU 349  -4.833   6.420 -12.722
    3    HB2  GLU 349           HB2      GLU 349  -5.949   8.353 -10.702
    4    HB3  GLU 349           HB3      GLU 349  -6.399   8.430 -12.400
    5    HG2  GLU 349           HG2      GLU 349  -7.553   6.445 -12.328
    6    HG3  GLU 349           HG3      GLU 349  -6.648   5.846 -10.938

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 350           H        LEU 350  -3.076   8.772 -10.830
    2    HA   LEU 350           HA       LEU 350  -2.782  10.732 -12.853
    3    HG   LEU 350           HG       LEU 350  -1.866  12.571  -9.851
    4   HD11  LEU 350          1HD1      LEU 350  -1.539  13.077 -12.349
    5   HD12  LEU 350          2HD1      LEU 350  -3.263  12.733 -12.496
    6   HD13  LEU 350          3HD1      LEU 350  -2.710  14.038 -11.446
    7   HD21  LEU 350          1HD2      LEU 350  -4.066  10.754 -10.606
    8   HD22  LEU 350          2HD2      LEU 350  -3.758  11.599  -9.089
    9   HD23  LEU 350          3HD2      LEU 350  -4.480  12.461 -10.448
   10    HB2  LEU 350           HB2      LEU 350  -1.559  10.161 -10.221
   11    HB3  LEU 350           HB3      LEU 350  -0.596  11.130 -11.320

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    LYS 351           H        LYS 351  -0.861   7.929 -11.902
    2    HA   LYS 351           HA       LYS 351   1.385   8.414 -13.504
    3    HB2  LYS 351           HB2      LYS 351   0.155   5.889 -12.422
    4    HB3  LYS 351           HB3      LYS 351   1.605   5.851 -13.416
    5    HG2  LYS 351           HG2      LYS 351   2.734   7.311 -11.795
    6    HG3  LYS 351           HG3      LYS 351   1.285   7.285 -10.788
    7    HD2  LYS 351           HD2      LYS 351   2.371   5.574  -9.781
    8    HD3  LYS 351           HD3      LYS 351   1.663   4.645 -11.105
    9    HE2  LYS 351           HE2      LYS 351   3.677   4.698 -12.343
   10    HE3  LYS 351           HE3      LYS 351   4.372   5.936 -11.298
   11    HZ1  LYS 351           HZ1      LYS 351   3.986   4.068  -9.505
   12    HZ2  LYS 351           HZ2      LYS 351   4.116   3.058 -10.855
   13    HZ3  LYS 351           HZ3      LYS 351   5.384   4.105 -10.456

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    ASP 352           H        ASP 352  -1.757   7.090 -14.257
    2    HA   ASP 352           HA       ASP 352  -1.132   5.907 -16.736
    3    HB2  ASP 352           HB2      ASP 352  -3.657   6.910 -15.468
    4    HB3  ASP 352           HB3      ASP 352  -3.665   6.420 -17.159

  No H/Q in entry =           4
  Start of MODEL   19
    1    H    ALA 353           H        ALA 353  -2.015   9.191 -15.827
    2    HA   ALA 353           HA       ALA 353  -2.468  10.232 -18.388
    3    HB1  ALA 353           HB1      ALA 353  -1.368  11.665 -15.973
    4    HB2  ALA 353           HB2      ALA 353  -3.077  11.403 -16.323
    5    HB3  ALA 353           HB3      ALA 353  -2.105  12.419 -17.388

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLN 354           H        GLN 354   0.509   9.949 -16.491
    2    HA   GLN 354           HA       GLN 354   2.122  11.251 -18.474
    3   HE21  GLN 354          1HE2      GLN 354   3.938  11.214 -14.460
    4   HE22  GLN 354          2HE2      GLN 354   5.176  10.404 -13.568
    5    HB2  GLN 354           HB2      GLN 354   4.023  10.499 -17.066
    6    HB3  GLN 354           HB3      GLN 354   2.796  11.372 -16.158
    7    HG2  GLN 354           HG2      GLN 354   1.986   9.397 -15.160
    8    HG3  GLN 354           HG3      GLN 354   2.885   8.375 -16.280

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    ALA 355           H        ALA 355   1.357   7.931 -17.605
    2    HA   ALA 355           HA       ALA 355   3.301   6.699 -19.263
    3    HB1  ALA 355           HB1      ALA 355   0.696   5.429 -18.480
    4    HB2  ALA 355           HB2      ALA 355   2.001   5.671 -17.318
    5    HB3  ALA 355           HB3      ALA 355   2.264   4.665 -18.742

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLY 356           H        GLY 356   3.091   7.886 -21.247
    2    HA2  GLY 356           HA2      GLY 356   1.805   8.571 -23.157
    3    HA3  GLY 356           HA3      GLY 356   0.658   7.290 -22.793

  No H/Q in entry =           3
  Start of MODEL   19
    1    H1   GLU 326           H1       GLU 326  16.072  10.865   9.716
    2    H2   GLU 326           H2       GLU 326  15.733  12.540   9.589
    3    H3   GLU 326           H3       GLU 326  14.922  11.422   8.570
    4    HA   GLU 326           HA       GLU 326  16.585  12.533   7.347
    5    HB2  GLU 326           HB2      GLU 326  17.891  12.832   9.626
    6    HB3  GLU 326           HB3      GLU 326  18.701  11.360   9.106
    7    HG2  GLU 326           HG2      GLU 326  20.100  12.932   8.237
    8    HG3  GLU 326           HG3      GLU 326  19.011  12.692   6.872

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    SER 327           H        SER 327  15.677  10.896   6.016
    2    HA   SER 327           HA       SER 327  15.761   9.059   4.680
    3    HG   SER 327           HG       SER 327  18.819   9.403   3.234
    4    HB2  SER 327           HB2      SER 327  18.585   9.431   5.525
    5    HB3  SER 327           HB3      SER 327  18.170   7.873   4.810

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    PHE 328           H        PHE 328  15.607   6.763   4.714
    2    HA   PHE 328           HA       PHE 328  16.119   5.360   7.194
    3    HD1  PHE 328           HD1      PHE 328  12.809   7.779   6.035
    4    HD2  PHE 328           HD2      PHE 328  14.545   6.105   9.541
    5    HE1  PHE 328           HE1      PHE 328  12.333   9.860   7.259
    6    HE2  PHE 328           HE2      PHE 328  14.071   8.182  10.772
    7    HZ   PHE 328           HZ       PHE 328  12.963  10.063   9.631
    8    HB2  PHE 328           HB2      PHE 328  13.288   5.456   6.147
    9    HB3  PHE 328           HB3      PHE 328  13.858   4.705   7.634

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLY 329           H        GLY 329  15.995   3.080   6.989
    2    HA2  GLY 329           HA2      GLY 329  17.062   1.766   5.008
    3    HA3  GLY 329           HA3      GLY 329  15.482   2.042   4.292

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    LEU 330           H        LEU 330  14.688   0.007   4.219
    2    HA   LEU 330           HA       LEU 330  14.711  -1.578   6.691
    3    HG   LEU 330           HG       LEU 330  12.394  -1.706   3.870
    4   HD11  LEU 330          1HD1      LEU 330  10.574  -2.672   5.259
    5   HD12  LEU 330          2HD1      LEU 330   9.976  -1.037   5.536
    6   HD13  LEU 330          3HD1      LEU 330   9.999  -1.702   3.903
    7   HD21  LEU 330          1HD2      LEU 330  12.827   0.789   4.355
    8   HD22  LEU 330          2HD2      LEU 330  11.624   0.361   3.139
    9   HD23  LEU 330          3HD2      LEU 330  11.110   0.852   4.753
   10    HB2  LEU 330           HB2      LEU 330  12.377  -2.111   6.483
   11    HB3  LEU 330           HB3      LEU 330  12.562  -0.368   6.532

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLY 331           H        GLY 331  14.467  -3.844   6.392
    2    HA2  GLY 331           HA2      GLY 331  15.486  -5.645   5.239
    3    HA3  GLY 331           HA3      GLY 331  15.389  -4.715   3.752

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ILE 332           H        ILE 332  14.135  -5.745   2.351
    2    HA   ILE 332           HA       ILE 332  11.648  -6.976   3.346
    3    HB   ILE 332           HB       ILE 332  11.984  -5.709   0.629
    4   HG12  ILE 332          2HG1      ILE 332  10.219  -4.098   1.875
    5   HG21  ILE 332          1HG2      ILE 332   9.812  -7.145   2.037
    6   HG22  ILE 332          2HG2      ILE 332   9.351  -5.757   1.050
    7   HG23  ILE 332          3HG2      ILE 332  10.224  -7.106   0.323
    8   HD11  ILE 332          1HD1      ILE 332  12.364  -3.458   0.706
    9   HD12  ILE 332          2HD1      ILE 332  11.867  -2.442   2.060
   10   HD13  ILE 332          3HD1      ILE 332  13.152  -3.632   2.275
   11   HG13  ILE 332          3HG1      ILE 332  11.215  -4.555   3.253

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ARG 333           H        ARG 333  10.982  -8.902   2.386
    2    HA   ARG 333           HA       ARG 333  13.009 -10.221   0.700
    3    HE   ARG 333           HE       ARG 333  16.467 -12.530   2.213
    4   HH11  ARG 333          1HH1      ARG 333  13.555 -14.254   3.064
    5   HH12  ARG 333          2HH1      ARG 333  14.380 -15.414   4.050
    6   HH21  ARG 333          1HH2      ARG 333  17.554 -14.054   3.509
    7   HH22  ARG 333          2HH2      ARG 333  16.651 -15.300   4.304
    8    HB2  ARG 333           HB2      ARG 333  11.488 -11.166   3.076
    9    HB3  ARG 333           HB3      ARG 333  11.793 -12.332   1.796
   10    HG2  ARG 333           HG2      ARG 333  13.979 -10.690   3.036
   11    HG3  ARG 333           HG3      ARG 333  13.471 -12.252   3.682
   12    HD2  ARG 333           HD2      ARG 333  13.843 -13.129   1.297
   13    HD3  ARG 333           HD3      ARG 333  14.738 -11.632   1.034

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLY 334           H        GLY 334  11.811  -9.353  -1.133
    2    HA2  GLY 334           HA2      GLY 334   9.104 -10.199  -1.590
    3    HA3  GLY 334           HA3      GLY 334  10.272 -11.169  -2.474

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ARG 335           H        ARG 335   9.690 -10.501  -4.510
    2    HA   ARG 335           HA       ARG 335  10.791  -8.004  -5.376
    3    HE   ARG 335           HE       ARG 335   7.886 -12.932  -8.420
    4   HH11  ARG 335          1HH1      ARG 335   7.595  -9.577  -9.333
    5   HH12  ARG 335          2HH1      ARG 335   6.013  -9.768 -10.009
    6   HH21  ARG 335          1HH2      ARG 335   5.805 -13.187  -9.310
    7   HH22  ARG 335          2HH2      ARG 335   4.996 -11.817  -9.996
    8    HB2  ARG 335           HB2      ARG 335  10.084  -8.705  -7.614
    9    HB3  ARG 335           HB3      ARG 335  10.930 -10.002  -6.781
   10    HG2  ARG 335           HG2      ARG 335   8.713 -10.973  -6.189
   11    HG3  ARG 335           HG3      ARG 335   7.964  -9.745  -7.212
   12    HD2  ARG 335           HD2      ARG 335   9.368 -10.584  -9.103
   13    HD3  ARG 335           HD3      ARG 335   9.892 -11.902  -8.056

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 336           H        GLU 336   7.508  -9.350  -5.192
    2    HA   GLU 336           HA       GLU 336   6.199  -7.067  -6.217
    3    HB2  GLU 336           HB2      GLU 336   5.171  -9.262  -4.410
    4    HB3  GLU 336           HB3      GLU 336   4.156  -8.066  -5.205
    5    HG2  GLU 336           HG2      GLU 336   4.436  -8.997  -7.277
    6    HG3  GLU 336           HG3      GLU 336   5.991  -9.719  -6.862

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ARG 337           H        ARG 337   7.273  -7.967  -3.015
    2    HA   ARG 337           HA       ARG 337   5.787  -6.049  -1.561
    3    HE   ARG 337           HE       ARG 337   5.213  -7.304   3.125
    4   HH11  ARG 337          1HH1      ARG 337   6.478  -9.386   0.625
    5   HH12  ARG 337          2HH1      ARG 337   6.740 -10.721   1.696
    6   HH21  ARG 337          1HH2      ARG 337   5.560  -9.059   4.535
    7   HH22  ARG 337          2HH2      ARG 337   6.219 -10.536   3.915
    8    HB2  ARG 337           HB2      ARG 337   7.166  -8.120  -0.749
    9    HB3  ARG 337           HB3      ARG 337   8.502  -6.979  -0.689
   10    HG2  ARG 337           HG2      ARG 337   7.663  -6.955   1.471
   11    HG3  ARG 337           HG3      ARG 337   6.936  -5.528   0.731
   12    HD2  ARG 337           HD2      ARG 337   4.886  -6.312   1.084
   13    HD3  ARG 337           HD3      ARG 337   5.279  -7.840   0.297

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    PHE 338           H        PHE 338   9.236  -6.034  -2.475
    2    HA   PHE 338           HA       PHE 338   9.670  -3.346  -1.762
    3    HD1  PHE 338           HD1      PHE 338  11.333  -2.916  -5.159
    4    HD2  PHE 338           HD2      PHE 338  13.005  -3.345  -1.269
    5    HE1  PHE 338           HE1      PHE 338  12.855  -1.037  -5.610
    6    HE2  PHE 338           HE2      PHE 338  14.530  -1.466  -1.713
    7    HZ   PHE 338           HZ       PHE 338  14.456  -0.309  -3.886
    8    HB2  PHE 338           HB2      PHE 338  11.513  -4.940  -2.052
    9    HB3  PHE 338           HB3      PHE 338  11.153  -5.059  -3.771

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLU 339           H        GLU 339   8.429  -4.859  -4.647
    2    HA   GLU 339           HA       GLU 339   8.710  -2.654  -6.395
    3    HB2  GLU 339           HB2      GLU 339   7.125  -5.176  -6.376
    4    HB3  GLU 339           HB3      GLU 339   6.607  -3.899  -7.469
    5    HG2  GLU 339           HG2      GLU 339   8.668  -3.927  -8.627
    6    HG3  GLU 339           HG3      GLU 339   9.423  -4.940  -7.397

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    MET 340           H        MET 340   6.313  -3.569  -4.014
    2    HA   MET 340           HA       MET 340   4.318  -1.711  -4.806
    3    HB2  MET 340           HB2      MET 340   4.010  -3.735  -3.298
    4    HB3  MET 340           HB3      MET 340   4.745  -2.782  -2.016
    5    HG2  MET 340           HG2      MET 340   2.947  -1.370  -1.842
    6    HG3  MET 340           HG3      MET 340   2.418  -1.665  -3.498
    7    HE1  MET 340           HE1      MET 340   3.345  -3.331  -0.356
    8    HE2  MET 340           HE2      MET 340   1.788  -3.806   0.323
    9    HE3  MET 340           HE3      MET 340   2.720  -4.956  -0.635

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    PHE 341           H        PHE 341   6.587  -1.651  -2.047
    2    HA   PHE 341           HA       PHE 341   6.065   1.034  -1.361
    3    HD1  PHE 341           HD1      PHE 341   5.142  -0.201   0.284
    4    HD2  PHE 341           HD2      PHE 341   8.865  -2.247   0.504
    5    HE1  PHE 341           HE1      PHE 341   4.069  -2.002   1.566
    6    HE2  PHE 341           HE2      PHE 341   7.799  -4.053   1.789
    7    HZ   PHE 341           HZ       PHE 341   5.399  -3.931   2.313
    8    HB2  PHE 341           HB2      PHE 341   8.682  -0.355  -0.820
    9    HB3  PHE 341           HB3      PHE 341   7.853   0.846   0.168

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    ARG 342           H        ARG 342   8.122  -0.406  -3.758
    2    HA   ARG 342           HA       ARG 342   9.759   1.920  -4.155
    3    HE   ARG 342           HE       ARG 342  10.332   0.683  -9.475
    4   HH11  ARG 342          1HH1      ARG 342  13.345   0.842  -7.721
    5   HH12  ARG 342          2HH1      ARG 342  14.126   1.837  -8.904
    6   HH21  ARG 342          1HH2      ARG 342  11.357   1.991 -11.032
    7   HH22  ARG 342          2HH2      ARG 342  12.997   2.490 -10.784
    8    HB2  ARG 342           HB2      ARG 342  10.591  -0.325  -4.700
    9    HB3  ARG 342           HB3      ARG 342   9.332  -0.503  -5.915
   10    HG2  ARG 342           HG2      ARG 342  10.469   1.763  -6.785
   11    HG3  ARG 342           HG3      ARG 342  11.862   1.007  -6.009
   12    HD2  ARG 342           HD2      ARG 342  11.986  -0.644  -7.544
   13    HD3  ARG 342           HD3      ARG 342  10.234  -0.765  -7.706

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 343           H        GLU 343   6.881   0.537  -5.644
    2    HA   GLU 343           HA       GLU 343   6.772   2.489  -7.747
    3    HB2  GLU 343           HB2      GLU 343   5.046   0.252  -6.803
    4    HB3  GLU 343           HB3      GLU 343   4.290   1.512  -7.769
    5    HG2  GLU 343           HG2      GLU 343   6.499   0.993  -9.244
    6    HG3  GLU 343           HG3      GLU 343   6.174  -0.594  -8.548

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 344           H        LEU 344   5.488   2.156  -4.522
    2    HA   LEU 344           HA       LEU 344   3.579   4.273  -4.742
    3    HG   LEU 344           HG       LEU 344   2.183   4.482  -2.489
    4   HD11  LEU 344          1HD1      LEU 344   2.279   2.167  -4.312
    5   HD12  LEU 344          2HD1      LEU 344   0.773   2.396  -3.424
    6   HD13  LEU 344          3HD1      LEU 344   1.398   3.689  -4.449
    7   HD21  LEU 344          1HD2      LEU 344   2.700   1.847  -1.197
    8   HD22  LEU 344          2HD2      LEU 344   2.205   3.379  -0.477
    9   HD23  LEU 344          3HD2      LEU 344   1.037   2.407  -1.372
   10    HB2  LEU 344           HB2      LEU 344   4.222   2.286  -2.857
   11    HB3  LEU 344           HB3      LEU 344   4.467   3.816  -2.037

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ASN 345           H        ASN 345   6.954   4.025  -3.883
    2    HA   ASN 345           HA       ASN 345   7.158   6.625  -2.716
    3   HD21  ASN 345          1HD2      ASN 345   8.653   6.927  -1.049
    4   HD22  ASN 345          2HD2      ASN 345  10.095   7.875  -1.137
    5    HB2  ASN 345           HB2      ASN 345   8.750   4.743  -2.264
    6    HB3  ASN 345           HB3      ASN 345   9.372   4.938  -3.900

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    GLU 346           H        GLU 346   7.891   5.261  -5.907
    2    HA   GLU 346           HA       GLU 346   8.822   7.726  -7.000
    3    HB2  GLU 346           HB2      GLU 346   8.108   5.041  -8.108
    4    HB3  GLU 346           HB3      GLU 346   8.290   6.398  -9.212
    5    HG2  GLU 346           HG2      GLU 346  10.541   6.634  -7.723
    6    HG3  GLU 346           HG3      GLU 346  10.311   4.886  -7.726

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ALA 347           H        ALA 347   5.726   6.097  -6.820
    2    HA   ALA 347           HA       ALA 347   4.399   7.848  -8.659
    3    HB1  ALA 347           HB1      ALA 347   3.682   5.501  -8.139
    4    HB2  ALA 347           HB2      ALA 347   2.396   6.705  -8.064
    5    HB3  ALA 347           HB3      ALA 347   3.116   6.091  -6.577

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    LEU 348           H        LEU 348   4.993   7.794  -5.219
    2    HA   LEU 348           HA       LEU 348   3.058   9.781  -4.540
    3    HG   LEU 348           HG       LEU 348   2.797   7.742  -3.110
    4   HD11  LEU 348          1HD1      LEU 348   4.972   7.121  -1.636
    5   HD12  LEU 348          2HD1      LEU 348   3.901   7.752  -0.385
    6   HD13  LEU 348          3HD1      LEU 348   3.378   6.406  -1.398
    7   HD21  LEU 348          1HD2      LEU 348   2.947  10.082  -1.253
    8   HD22  LEU 348          2HD2      LEU 348   1.687   9.647  -2.408
    9   HD23  LEU 348          3HD2      LEU 348   1.861   8.737  -0.907
   10    HB2  LEU 348           HB2      LEU 348   5.336   8.450  -3.153
   11    HB3  LEU 348           HB3      LEU 348   4.715   9.944  -2.478

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLU 349           H        GLU 349   6.424   9.806  -5.509
    2    HA   GLU 349           HA       GLU 349   6.992  12.488  -4.808
    3    HB2  GLU 349           HB2      GLU 349   8.737  10.810  -5.283
    4    HB3  GLU 349           HB3      GLU 349   8.241  10.781  -6.970
    5    HG2  GLU 349           HG2      GLU 349   8.852  13.145  -7.179
    6    HG3  GLU 349           HG3      GLU 349   9.382  13.145  -5.498

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 350           H        LEU 350   5.463  11.005  -7.573
    2    HA   LEU 350           HA       LEU 350   5.648  13.193  -9.352
    3    HG   LEU 350           HG       LEU 350   4.711  10.427 -11.524
    4   HD11  LEU 350          1HD1      LEU 350   5.049  13.371 -11.383
    5   HD12  LEU 350          2HD1      LEU 350   6.073  12.475 -12.505
    6   HD13  LEU 350          3HD1      LEU 350   4.317  12.371 -12.638
    7   HD21  LEU 350          1HD2      LEU 350   6.551  10.357  -9.673
    8   HD22  LEU 350          2HD2      LEU 350   7.002  10.274 -11.376
    9   HD23  LEU 350          3HD2      LEU 350   7.155  11.795 -10.496
   10    HB2  LEU 350           HB2      LEU 350   4.176  10.656  -9.205
   11    HB3  LEU 350           HB3      LEU 350   3.336  11.919 -10.085

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    LYS 351           H        LYS 351   3.101  12.176  -7.093
    2    HA   LYS 351           HA       LYS 351   1.326  14.294  -7.702
    3    HB2  LYS 351           HB2      LYS 351   0.186  13.660  -5.606
    4    HB3  LYS 351           HB3      LYS 351   0.534  12.268  -6.622
    5    HG2  LYS 351           HG2      LYS 351   2.196  11.487  -5.204
    6    HG3  LYS 351           HG3      LYS 351   2.407  13.057  -4.428
    7    HD2  LYS 351           HD2      LYS 351   1.266  11.683  -2.868
    8    HD3  LYS 351           HD3      LYS 351   0.064  12.794  -3.528
    9    HE2  LYS 351           HE2      LYS 351  -0.493  10.950  -5.191
   10    HE3  LYS 351           HE3      LYS 351   0.463   9.883  -4.163
   11    HZ1  LYS 351           HZ1      LYS 351  -1.744  11.504  -3.055
   12    HZ2  LYS 351           HZ2      LYS 351  -2.035   9.995  -3.763
   13    HZ3  LYS 351           HZ3      LYS 351  -1.027  10.115  -2.410

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    ASP 352           H        ASP 352   4.024  13.979  -5.505
    2    HA   ASP 352           HA       ASP 352   3.454  16.306  -3.962
    3    HB2  ASP 352           HB2      ASP 352   5.755  14.438  -4.254
    4    HB3  ASP 352           HB3      ASP 352   6.079  16.024  -3.559

  No H/Q in entry =           4
  Start of MODEL   19
    1    H    ALA 353           H        ALA 353   5.174  15.684  -6.939
    2    HA   ALA 353           HA       ALA 353   6.502  18.211  -7.057
    3    HB1  ALA 353           HB1      ALA 353   6.534  17.447  -9.613
    4    HB2  ALA 353           HB2      ALA 353   7.611  16.756  -8.399
    5    HB3  ALA 353           HB3      ALA 353   6.144  15.897  -8.868

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLN 354           H        GLN 354   3.396  16.989  -8.092
    2    HA   GLN 354           HA       GLN 354   2.814  19.437  -9.569
    3   HE21  GLN 354          1HE2      GLN 354   3.407  14.940 -11.895
    4   HE22  GLN 354          2HE2      GLN 354   2.121  13.787 -11.853
    5    HB2  GLN 354           HB2      GLN 354   1.028  17.040  -9.131
    6    HB3  GLN 354           HB3      GLN 354   0.801  18.328 -10.306
    7    HG2  GLN 354           HG2      GLN 354   2.343  17.487 -11.739
    8    HG3  GLN 354           HG3      GLN 354   3.327  16.794 -10.451

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    ALA 355           H        ALA 355   1.753  17.676  -6.698
    2    HA   ALA 355           HA       ALA 355   0.547  18.304  -4.873
    3    HB1  ALA 355           HB1      ALA 355   2.318  20.144  -4.981
    4    HB2  ALA 355           HB2      ALA 355   1.037  21.166  -5.632
    5    HB3  ALA 355           HB3      ALA 355   0.871  20.462  -4.024

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLY 356           H        GLY 356  -1.538  17.774  -5.138
    2    HA2  GLY 356           HA2      GLY 356  -3.263  18.785  -7.104
    3    HA3  GLY 356           HA3      GLY 356  -3.485  19.741  -5.647

  No H/Q in entry =           3
  Start of MODEL   19
    1    H1   GLU 326           H1       GLU 326  13.718 -13.137  -2.278
    2    H2   GLU 326           H2       GLU 326  14.779 -14.244  -3.045
    3    H3   GLU 326           H3       GLU 326  15.071 -13.760  -1.425
    4    HA   GLU 326           HA       GLU 326  16.571 -12.597  -2.716
    5    HB2  GLU 326           HB2      GLU 326  14.193 -12.329  -4.509
    6    HB3  GLU 326           HB3      GLU 326  15.443 -11.094  -4.577
    7    HG2  GLU 326           HG2      GLU 326  16.411 -12.421  -6.078
    8    HG3  GLU 326           HG3      GLU 326  16.914 -13.385  -4.690

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    SER 327           H        SER 327  17.083 -11.071  -1.293
    2    HA   SER 327           HA       SER 327  15.030  -9.273  -0.270
    3    HG   SER 327           HG       SER 327  18.390 -10.599   0.208
    4    HB2  SER 327           HB2      SER 327  16.767  -8.585   1.356
    5    HB3  SER 327           HB3      SER 327  16.507 -10.330   1.363

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    PHE 328           H        PHE 328  15.292  -6.988  -0.243
    2    HA   PHE 328           HA       PHE 328  17.282  -5.875  -2.075
    3    HD1  PHE 328           HD1      PHE 328  16.468  -6.140  -5.075
    4    HD2  PHE 328           HD2      PHE 328  13.443  -7.383  -2.351
    5    HE1  PHE 328           HE1      PHE 328  15.971  -8.073  -6.514
    6    HE2  PHE 328           HE2      PHE 328  12.942  -9.318  -3.785
    7    HZ   PHE 328           HZ       PHE 328  14.207  -9.666  -5.869
    8    HB2  PHE 328           HB2      PHE 328  14.367  -5.122  -2.291
    9    HB3  PHE 328           HB3      PHE 328  15.682  -4.660  -3.366

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLY 329           H        GLY 329  17.965  -3.838  -1.556
    2    HA2  GLY 329           HA2      GLY 329  18.518  -2.311   0.138
    3    HA3  GLY 329           HA3      GLY 329  17.116  -2.850   1.051

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    LEU 330           H        LEU 330  15.622  -1.339   1.275
    2    HA   LEU 330           HA       LEU 330  15.115   0.484  -0.979
    3    HG   LEU 330           HG       LEU 330  12.793   1.955  -0.047
    4   HD11  LEU 330          1HD1      LEU 330  13.564   0.887  -2.192
    5   HD12  LEU 330          2HD1      LEU 330  12.054  -0.023  -2.189
    6   HD13  LEU 330          3HD1      LEU 330  12.022   1.738  -2.275
    7   HD21  LEU 330          1HD2      LEU 330  11.119   0.424   1.207
    8   HD22  LEU 330          2HD2      LEU 330  10.505   1.626   0.071
    9   HD23  LEU 330          3HD2      LEU 330  10.619  -0.066  -0.412
   10    HB2  LEU 330           HB2      LEU 330  13.260  -1.023  -0.158
   11    HB3  LEU 330           HB3      LEU 330  13.274  -0.102   1.334

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLY 331           H        GLY 331  15.383   2.626  -0.741
    2    HA2  GLY 331           HA2      GLY 331  16.830   4.185   0.523
    3    HA3  GLY 331           HA3      GLY 331  16.021   3.610   1.973

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ILE 332           H        ILE 332  13.772   4.145   2.269
    2    HA   ILE 332           HA       ILE 332  12.592   6.142   0.543
    3    HB   ILE 332           HB       ILE 332  11.549   5.175   3.202
    4   HG12  ILE 332          2HG1      ILE 332  10.061   3.847   1.368
    5   HG21  ILE 332          1HG2      ILE 332  10.368   6.674   0.892
    6   HG22  ILE 332          2HG2      ILE 332   9.351   5.761   2.006
    7   HG23  ILE 332          3HG2      ILE 332  10.352   7.082   2.608
    8   HD11  ILE 332          1HD1      ILE 332  11.824   3.104   3.336
    9   HD12  ILE 332          2HD1      ILE 332  10.813   2.022   2.377
   10   HD13  ILE 332          3HD1      ILE 332  12.478   2.337   1.889
   11   HG13  ILE 332          3HG1      ILE 332  11.615   3.881   0.541

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ARG 333           H        ARG 333  12.108   8.268   1.099
    2    HA   ARG 333           HA       ARG 333  13.637   9.329   3.385
    3    HE   ARG 333           HE       ARG 333  15.897  13.136   1.488
    4   HH11  ARG 333          1HH1      ARG 333  13.681  11.685  -0.791
    5   HH12  ARG 333          2HH1      ARG 333  12.659  13.079  -0.871
    6   HH21  ARG 333          1HH2      ARG 333  14.551  14.965   1.381
    7   HH22  ARG 333          2HH2      ARG 333  13.152  14.940   0.361
    8    HB2  ARG 333           HB2      ARG 333  13.139  10.419   0.634
    9    HB3  ARG 333           HB3      ARG 333  13.502  11.508   1.966
   10    HG2  ARG 333           HG2      ARG 333  15.599  10.268   2.364
   11    HG3  ARG 333           HG3      ARG 333  15.241   9.267   0.956
   12    HD2  ARG 333           HD2      ARG 333  16.823  11.214   0.591
   13    HD3  ARG 333           HD3      ARG 333  15.464  11.086  -0.523

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLY 334           H        GLY 334  11.734   8.914   4.704
    2    HA2  GLY 334           HA2      GLY 334   9.232  10.136   4.189
    3    HA3  GLY 334           HA3      GLY 334  10.211  11.192   5.195

  No H/Q in entry =           3
  Start of MODEL   19
    1    H    ARG 335           H        ARG 335   8.878  11.014   6.988
    2    HA   ARG 335           HA       ARG 335   9.366   8.711   8.634
    3    HE   ARG 335           HE       ARG 335  10.291  10.125  13.250
    4   HH11  ARG 335          1HH1      ARG 335   6.810  10.235  13.040
    5   HH12  ARG 335          2HH1      ARG 335   6.568   9.435  14.557
    6   HH21  ARG 335          1HH2      ARG 335   9.976   9.072  15.244
    7   HH22  ARG 335          2HH2      ARG 335   8.366   8.775  15.809
    8    HB2  ARG 335           HB2      ARG 335   9.196  11.168   9.381
    9    HB3  ARG 335           HB3      ARG 335   7.455  10.942   9.286
   10    HG2  ARG 335           HG2      ARG 335   7.396   9.539  11.089
   11    HG3  ARG 335           HG3      ARG 335   9.056   8.987  10.853
   12    HD2  ARG 335           HD2      ARG 335   9.703  11.413  11.455
   13    HD3  ARG 335           HD3      ARG 335   8.068  11.525  12.104

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 336           H        GLU 336   6.324  10.326   7.694
    2    HA   GLU 336           HA       GLU 336   4.647   8.212   8.437
    3    HB2  GLU 336           HB2      GLU 336   4.168  10.313   6.316
    4    HB3  GLU 336           HB3      GLU 336   2.932   9.323   7.079
    5    HG2  GLU 336           HG2      GLU 336   4.649  10.886   8.894
    6    HG3  GLU 336           HG3      GLU 336   3.548  11.806   7.869

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ARG 337           H        ARG 337   6.329   8.893   5.429
    2    HA   ARG 337           HA       ARG 337   5.019   6.991   3.815
    3    HE   ARG 337           HE       ARG 337   7.880   9.409   1.076
    4   HH11  ARG 337          1HH1      ARG 337   4.684   9.748  -0.287
    5   HH12  ARG 337          2HH1      ARG 337   4.887  11.426  -0.662
    6   HH21  ARG 337          1HH2      ARG 337   8.147  11.615   0.583
    7   HH22  ARG 337          2HH2      ARG 337   6.852  12.486  -0.169
    8    HB2  ARG 337           HB2      ARG 337   6.567   8.885   3.082
    9    HB3  ARG 337           HB3      ARG 337   7.900   7.823   3.510
   10    HG2  ARG 337           HG2      ARG 337   7.783   6.895   1.509
   11    HG3  ARG 337           HG3      ARG 337   6.152   6.330   1.877
   12    HD2  ARG 337           HD2      ARG 337   6.280   7.671  -0.201
   13    HD3  ARG 337           HD3      ARG 337   5.196   8.356   1.009

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    PHE 338           H        PHE 338   8.182   6.789   5.451
    2    HA   PHE 338           HA       PHE 338   8.647   4.089   4.872
    3    HD1  PHE 338           HD1      PHE 338  11.866   3.787   5.213
    4    HD2  PHE 338           HD2      PHE 338   9.423   3.712   8.697
    5    HE1  PHE 338           HE1      PHE 338  13.115   1.837   6.043
    6    HE2  PHE 338           HE2      PHE 338  10.668   1.762   9.533
    7    HZ   PHE 338           HZ       PHE 338  12.518   0.822   8.206
    8    HB2  PHE 338           HB2      PHE 338  10.419   5.579   5.668
    9    HB3  PHE 338           HB3      PHE 338   9.614   5.731   7.226

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    GLU 339           H        GLU 339   6.792   5.644   7.396
    2    HA   GLU 339           HA       GLU 339   6.497   3.442   9.120
    3    HB2  GLU 339           HB2      GLU 339   4.995   5.977   8.646
    4    HB3  GLU 339           HB3      GLU 339   4.217   4.719   9.597
    5    HG2  GLU 339           HG2      GLU 339   5.993   4.747  11.202
    6    HG3  GLU 339           HG3      GLU 339   6.935   5.854  10.205

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    MET 340           H        MET 340   4.770   4.439   6.224
    2    HA   MET 340           HA       MET 340   2.650   2.574   6.434
    3    HB2  MET 340           HB2      MET 340   3.027   4.674   4.852
    4    HB3  MET 340           HB3      MET 340   3.651   3.445   3.760
    5    HG2  MET 340           HG2      MET 340   1.437   2.214   4.259
    6    HG3  MET 340           HG3      MET 340   0.885   3.787   4.831
    7    HE1  MET 340           HE1      MET 340   2.546   5.629   3.158
    8    HE2  MET 340           HE2      MET 340   1.924   5.838   1.521
    9    HE3  MET 340           HE3      MET 340   0.861   6.086   2.907

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    PHE 341           H        PHE 341   5.531   2.541   4.323
    2    HA   PHE 341           HA       PHE 341   5.208  -0.123   3.479
    3    HD1  PHE 341           HD1      PHE 341   4.743   1.135   1.687
    4    HD2  PHE 341           HD2      PHE 341   8.399   3.170   2.453
    5    HE1  PHE 341           HE1      PHE 341   4.036   2.953   0.194
    6    HE2  PHE 341           HE2      PHE 341   7.700   4.993   0.959
    7    HZ   PHE 341           HZ       PHE 341   5.514   4.885  -0.165
    8    HB2  PHE 341           HB2      PHE 341   7.874   1.267   3.674
    9    HB3  PHE 341           HB3      PHE 341   7.342   0.080   2.485

  No H/Q in entry =           9
  Start of MODEL   19
    1    H    ARG 342           H        ARG 342   6.530   1.229   6.384
    2    HA   ARG 342           HA       ARG 342   8.029  -1.107   7.127
    3    HE   ARG 342           HE       ARG 342   7.067  -0.078  12.414
    4   HH11  ARG 342          1HH1      ARG 342  10.461  -0.174  11.610
    5   HH12  ARG 342          2HH1      ARG 342  10.872  -1.222  12.926
    6   HH21  ARG 342          1HH2      ARG 342   7.604  -1.456  14.146
    7   HH22  ARG 342          2HH2      ARG 342   9.250  -1.950  14.366
    8    HB2  ARG 342           HB2      ARG 342   8.662   1.114   7.953
    9    HB3  ARG 342           HB3      ARG 342   7.119   1.254   8.784
   10    HG2  ARG 342           HG2      ARG 342   8.010  -1.049   9.846
   11    HG3  ARG 342           HG3      ARG 342   9.545  -0.240   9.524
   12    HD2  ARG 342           HD2      ARG 342   9.199   1.325  11.108
   13    HD3  ARG 342           HD3      ARG 342   7.476   1.446  10.757

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    GLU 343           H        GLU 343   4.833   0.201   7.807
    2    HA   GLU 343           HA       GLU 343   4.185  -1.800   9.760
    3    HB2  GLU 343           HB2      GLU 343   2.754   0.442   8.425
    4    HB3  GLU 343           HB3      GLU 343   1.775  -0.853   9.100
    5    HG2  GLU 343           HG2      GLU 343   2.286  -0.317  11.241
    6    HG3  GLU 343           HG3      GLU 343   3.894   0.275  10.827

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 344           H        LEU 344   3.877  -1.446   6.310
    2    HA   LEU 344           HA       LEU 344   2.003  -3.591   5.973
    3    HG   LEU 344           HG       LEU 344   0.738  -2.438   4.619
    4   HD11  LEU 344          1HD1      LEU 344   2.369  -0.050   3.806
    5   HD12  LEU 344          2HD1      LEU 344   0.606  -0.038   3.820
    6   HD13  LEU 344          3HD1      LEU 344   1.498  -0.321   5.314
    7   HD21  LEU 344          1HD2      LEU 344   1.957  -2.329   1.916
    8   HD22  LEU 344          2HD2      LEU 344   0.526  -3.191   2.480
    9   HD23  LEU 344          3HD2      LEU 344   0.446  -1.456   2.173
   10    HB2  LEU 344           HB2      LEU 344   3.591  -1.823   4.189
   11    HB3  LEU 344           HB3      LEU 344   3.048  -3.353   3.527

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    ASN 345           H        ASN 345   5.481  -3.249   6.007
    2    HA   ASN 345           HA       ASN 345   6.022  -5.843   4.921
    3   HD21  ASN 345          1HD2      ASN 345   8.758  -6.207   7.218
    4   HD22  ASN 345          2HD2      ASN 345   9.806  -7.055   6.136
    5    HB2  ASN 345           HB2      ASN 345   7.603  -3.870   4.861
    6    HB3  ASN 345           HB3      ASN 345   7.885  -4.136   6.579

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    GLU 346           H        GLU 346   5.818  -4.462   8.166
    2    HA   GLU 346           HA       GLU 346   6.627  -6.872   9.483
    3    HB2  GLU 346           HB2      GLU 346   5.926  -5.721  11.543
    4    HB3  GLU 346           HB3      GLU 346   6.970  -4.712  10.552
    5    HG2  GLU 346           HG2      GLU 346   5.411  -3.159  10.997
    6    HG3  GLU 346           HG3      GLU 346   4.583  -3.914   9.636

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    ALA 347           H        ALA 347   3.595  -5.472   8.462
    2    HA   ALA 347           HA       ALA 347   1.976  -7.317   9.971
    3    HB1  ALA 347           HB1      ALA 347   1.208  -5.435   7.742
    4    HB2  ALA 347           HB2      ALA 347   1.155  -5.072   9.467
    5    HB3  ALA 347           HB3      ALA 347   0.091  -6.306   8.793

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    LEU 348           H        LEU 348   3.312  -7.111   6.751
    2    HA   LEU 348           HA       LEU 348   1.716  -9.269   5.706
    3    HG   LEU 348           HG       LEU 348   1.643  -6.817   4.413
    4   HD11  LEU 348          1HD1      LEU 348   3.574  -6.165   2.960
    5   HD12  LEU 348          2HD1      LEU 348   3.045  -7.397   1.814
    6   HD13  LEU 348          3HD1      LEU 348   1.991  -6.035   2.193
    7   HD21  LEU 348          1HD2      LEU 348   0.976  -9.329   3.836
    8   HD22  LEU 348          2HD2      LEU 348   0.074  -7.944   3.221
    9   HD23  LEU 348          3HD2      LEU 348   1.265  -8.745   2.197
   10    HB2  LEU 348           HB2      LEU 348   4.014  -7.644   4.675
   11    HB3  LEU 348           HB3      LEU 348   3.521  -9.104   3.838

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    GLU 349           H        GLU 349   4.717  -8.937   7.391
    2    HA   GLU 349           HA       GLU 349   5.731 -11.522   6.609
    3    HB2  GLU 349           HB2      GLU 349   6.636  -9.419   8.560
    4    HB3  GLU 349           HB3      GLU 349   7.399 -11.002   8.504
    5    HG2  GLU 349           HG2      GLU 349   7.153  -9.209   6.106
    6    HG3  GLU 349           HG3      GLU 349   8.537  -9.186   7.198

  No H/Q in entry =           6
  Start of MODEL   19
    1    H    LEU 350           H        LEU 350   3.939 -10.147   9.290
    2    HA   LEU 350           HA       LEU 350   4.198 -12.496  10.935
    3    HG   LEU 350           HG       LEU 350   2.319  -9.404  10.185
    4   HD11  LEU 350          1HD1      LEU 350   0.618 -11.258  11.651
    5   HD12  LEU 350          2HD1      LEU 350  -0.043  -9.625  11.572
    6   HD13  LEU 350          3HD1      LEU 350   0.368 -10.483  10.087
    7   HD21  LEU 350          1HD2      LEU 350   1.962  -8.889  13.133
    8   HD22  LEU 350          2HD2      LEU 350   3.077  -8.075  12.036
    9   HD23  LEU 350          3HD2      LEU 350   1.338  -7.849  11.852
   10    HB2  LEU 350           HB2      LEU 350   2.618 -11.379  12.427
   11    HB3  LEU 350           HB3      LEU 350   3.943 -10.322  11.981

  No H/Q in entry =          11
  Start of MODEL   19
    1    H    LYS 351           H        LYS 351   1.958 -11.285   8.560
    2    HA   LYS 351           HA       LYS 351  -0.124 -13.161   9.236
    3    HB2  LYS 351           HB2      LYS 351  -1.285 -12.280   7.288
    4    HB3  LYS 351           HB3      LYS 351  -0.655 -10.960   8.263
    5    HG2  LYS 351           HG2      LYS 351  -0.019 -10.211   6.228
    6    HG3  LYS 351           HG3      LYS 351   1.388 -11.214   6.583
    7    HD2  LYS 351           HD2      LYS 351   0.928 -12.074   4.541
    8    HD3  LYS 351           HD3      LYS 351  -0.214 -13.057   5.460
    9    HE2  LYS 351           HE2      LYS 351  -2.036 -11.716   4.838
   10    HE3  LYS 351           HE3      LYS 351  -0.993 -10.399   4.304
   11    HZ1  LYS 351           HZ1      LYS 351  -0.242 -11.799   2.473
   12    HZ2  LYS 351           HZ2      LYS 351  -1.268 -13.044   2.981
   13    HZ3  LYS 351           HZ3      LYS 351  -1.919 -11.585   2.426

  No H/Q in entry =          13
  Start of MODEL   19
    1    H    ASP 352           H        ASP 352   2.579 -12.998   7.040
    2    HA   ASP 352           HA       ASP 352   1.743 -15.224   5.430
    3    HB2  ASP 352           HB2      ASP 352   4.154 -13.481   5.596
    4    HB3  ASP 352           HB3      ASP 352   4.338 -15.060   4.838

  No H/Q in entry =           4
  Start of MODEL   19
    1    H    ALA 353           H        ALA 353   3.640 -14.761   8.317
    2    HA   ALA 353           HA       ALA 353   4.870 -17.345   8.286
    3    HB1  ALA 353           HB1      ALA 353   5.836 -16.766  10.317
    4    HB2  ALA 353           HB2      ALA 353   5.637 -15.208   9.514
    5    HB3  ALA 353           HB3      ALA 353   4.498 -15.708  10.765

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLN 354           H        GLN 354   1.894 -16.009   9.537
    2    HA   GLN 354           HA       GLN 354   1.294 -18.332  11.147
    3   HE21  GLN 354          1HE2      GLN 354  -0.134 -13.511  11.298
    4   HE22  GLN 354          2HE2      GLN 354  -1.683 -13.003  11.869
    5    HB2  GLN 354           HB2      GLN 354  -0.810 -17.209  11.635
    6    HB3  GLN 354           HB3      GLN 354   0.534 -16.094  11.832
    7    HG2  GLN 354           HG2      GLN 354   0.049 -15.104   9.663
    8    HG3  GLN 354           HG3      GLN 354  -1.279 -16.240   9.434

  No H/Q in entry =           8
  Start of MODEL   19
    1    H    ALA 355           H        ALA 355   0.527 -17.110   7.964
    2    HA   ALA 355           HA       ALA 355  -1.230 -19.429   7.506
    3    HB1  ALA 355           HB1      ALA 355  -1.823 -18.002   5.395
    4    HB2  ALA 355           HB2      ALA 355  -1.169 -16.677   6.358
    5    HB3  ALA 355           HB3      ALA 355  -2.534 -17.616   6.962

  No H/Q in entry =           5
  Start of MODEL   19
    1    H    GLY 356           H        GLY 356   0.557 -20.852   7.168
    2    HA2  GLY 356           HA2      GLY 356   2.079 -21.983   5.875
    3    HA3  GLY 356           HA3      GLY 356   2.610 -20.411   5.296

  No H/Q in entry =           3
  Start of MODEL   20
    1    H1   GLU 326           H1       GLU 326 -21.094   3.263   9.497
    2    H2   GLU 326           H2       GLU 326 -20.300   2.476  10.799
    3    H3   GLU 326           H3       GLU 326 -20.977   4.034  11.026
    4    HB2  GLU 326           HB2      GLU 326 -19.005   4.609  11.981
    5    HB3  GLU 326           HB3      GLU 326 -17.952   3.286  11.497
    6    HG2  GLU 326           HG2      GLU 326 -16.443   4.719  10.437
    7    HG3  GLU 326           HG3      GLU 326 -17.599   6.049  10.398
    8    HA   GLU 326           HA       GLU 326 -19.438   4.961   9.478

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    SER 327           H        SER 327 -19.493   3.940   7.423
    2    HA   SER 327           HA       SER 327 -17.255   2.090   7.014
    3    HG   SER 327           HG       SER 327 -18.825  -0.397   5.327
    4    HB2  SER 327           HB2      SER 327 -19.386   0.785   7.059
    5    HB3  SER 327           HB3      SER 327 -19.956   1.742   5.692

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    PHE 328           H        PHE 328 -16.155   2.341   5.090
    2    HA   PHE 328           HA       PHE 328 -17.040   4.574   3.381
    3    HD1  PHE 328           HD1      PHE 328 -15.782   7.131   4.153
    4    HD2  PHE 328           HD2      PHE 328 -14.244   3.867   6.408
    5    HE1  PHE 328           HE1      PHE 328 -15.856   8.510   6.190
    6    HE2  PHE 328           HE2      PHE 328 -14.315   5.239   8.450
    7    HZ   PHE 328           HZ       PHE 328 -15.122   7.563   8.342
    8    HB2  PHE 328           HB2      PHE 328 -14.177   3.838   4.018
    9    HB3  PHE 328           HB3      PHE 328 -14.723   5.215   3.068

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLY 329           H        GLY 329 -17.719   3.730   1.519
    2    HA2  GLY 329           HA2      GLY 329 -17.935   1.953  -0.053
    3    HA3  GLY 329           HA3      GLY 329 -16.356   1.363   0.442

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    LEU 330           H        LEU 330 -15.369   1.306  -1.524
    2    HA   LEU 330           HA       LEU 330 -15.326   3.772  -3.113
    3    HG   LEU 330           HG       LEU 330 -12.864   1.079  -2.927
    4   HD11  LEU 330          1HD1      LEU 330 -10.678   2.990  -2.117
    5   HD12  LEU 330          2HD1      LEU 330 -10.459   1.283  -2.502
    6   HD13  LEU 330          3HD1      LEU 330 -11.005   2.405  -3.748
    7   HD21  LEU 330          1HD2      LEU 330 -13.615   1.522  -0.521
    8   HD22  LEU 330          2HD2      LEU 330 -12.254   0.427  -0.767
    9   HD23  LEU 330          3HD2      LEU 330 -11.967   2.088  -0.248
   10    HB2  LEU 330           HB2      LEU 330 -12.936   3.687  -3.368
   11    HB3  LEU 330           HB3      LEU 330 -13.330   3.739  -1.661

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLY 331           H        GLY 331 -15.189   3.484  -5.305
    2    HA2  GLY 331           HA2      GLY 331 -16.095   2.035  -7.025
    3    HA3  GLY 331           HA3      GLY 331 -15.321   0.681  -6.217

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ILE 332           H        ILE 332 -13.354   0.057  -6.882
    2    HA   ILE 332           HA       ILE 332 -11.753   1.916  -8.492
    3    HB   ILE 332           HB       ILE 332 -10.872  -0.744  -7.377
    4   HG12  ILE 332          2HG1      ILE 332  -9.630   0.880  -5.734
    5   HG21  ILE 332          1HG2      ILE 332  -9.616   1.391  -8.950
    6   HG22  ILE 332          2HG2      ILE 332  -8.663   0.815  -7.583
    7   HG23  ILE 332          3HG2      ILE 332  -9.205  -0.319  -8.820
    8   HD11  ILE 332          1HD1      ILE 332 -11.875  -0.672  -5.443
    9   HD12  ILE 332          2HD1      ILE 332 -10.984   0.127  -4.148
   10   HD13  ILE 332          3HD1      ILE 332 -12.394   0.910  -4.862
   11   HG13  ILE 332          3HG1      ILE 332 -10.934   1.990  -6.147

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ARG 333           H        ARG 333 -11.238   1.522 -10.583
    2    HA   ARG 333           HA       ARG 333 -12.590  -0.740 -11.861
    3    HE   ARG 333           HE       ARG 333 -10.752   1.805 -15.652
    4   HH11  ARG 333          1HH1      ARG 333 -12.380  -1.224 -16.245
    5   HH12  ARG 333          2HH1      ARG 333 -10.948  -2.029 -16.794
    6   HH21  ARG 333          1HH2      ARG 333  -8.868   0.748 -16.374
    7   HH22  ARG 333          2HH2      ARG 333  -8.955  -0.910 -16.867
    8    HB2  ARG 333           HB2      ARG 333 -12.680   1.834 -12.556
    9    HB3  ARG 333           HB3      ARG 333 -11.243   1.378 -13.461
   10    HG2  ARG 333           HG2      ARG 333 -12.861  -0.622 -14.189
   11    HG3  ARG 333           HG3      ARG 333 -14.066   0.629 -13.876
   12    HD2  ARG 333           HD2      ARG 333 -13.279   0.570 -16.230
   13    HD3  ARG 333           HD3      ARG 333 -13.010   2.118 -15.432

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLY 334           H        GLY 334 -10.148  -1.143 -10.375
    2    HA2  GLY 334           HA2      GLY 334  -7.740  -1.296 -11.259
    3    HA3  GLY 334           HA3      GLY 334  -8.490  -2.183 -12.577

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ARG 335           H        ARG 335  -8.170  -4.289 -12.392
    2    HA   ARG 335           HA       ARG 335  -8.980  -5.757 -10.108
    3    HE   ARG 335           HE       ARG 335  -5.337  -8.704 -14.397
    4   HH11  ARG 335          1HH1      ARG 335  -6.991  -5.808 -15.422
    5   HH12  ARG 335          2HH1      ARG 335  -5.784  -5.381 -16.587
    6   HH21  ARG 335          1HH2      ARG 335  -3.748  -8.144 -15.929
    7   HH22  ARG 335          2HH2      ARG 335  -3.942  -6.707 -16.876
    8    HB2  ARG 335           HB2      ARG 335  -8.064  -7.708 -11.286
    9    HB3  ARG 335           HB3      ARG 335  -9.065  -6.724 -12.345
   10    HG2  ARG 335           HG2      ARG 335  -6.999  -5.692 -13.252
   11    HG3  ARG 335           HG3      ARG 335  -6.058  -6.822 -12.275
   12    HD2  ARG 335           HD2      ARG 335  -7.412  -8.659 -13.435
   13    HD3  ARG 335           HD3      ARG 335  -7.890  -7.407 -14.582

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 336           H        GLU 336  -5.878  -4.580 -11.254
    2    HA   GLU 336           HA       GLU 336  -4.320  -6.063  -9.367
    3    HB2  GLU 336           HB2      GLU 336  -3.592  -3.595 -10.956
    4    HB3  GLU 336           HB3      GLU 336  -2.462  -4.636 -10.100
    5    HG2  GLU 336           HG2      GLU 336  -2.218  -5.723 -12.017
    6    HG3  GLU 336           HG3      GLU 336  -3.826  -6.386 -11.730

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ARG 337           H        ARG 337  -5.427  -2.692  -9.571
    2    HA   ARG 337           HA       ARG 337  -4.224  -1.782  -7.209
    3    HE   ARG 337           HE       ARG 337  -4.694   3.069  -9.769
    4   HH11  ARG 337          1HH1      ARG 337  -7.311   0.773  -9.510
    5   HH12  ARG 337          2HH1      ARG 337  -7.815   0.975 -11.153
    6   HH21  ARG 337          1HH2      ARG 337  -5.358   3.334 -11.930
    7   HH22  ARG 337          2HH2      ARG 337  -6.707   2.428 -12.527
    8    HB2  ARG 337           HB2      ARG 337  -6.190  -0.814  -9.109
    9    HB3  ARG 337           HB3      ARG 337  -6.613  -0.348  -7.468
   10    HG2  ARG 337           HG2      ARG 337  -4.180   0.454  -7.288
   11    HG3  ARG 337           HG3      ARG 337  -4.171   0.350  -9.049
   12    HD2  ARG 337           HD2      ARG 337  -6.517   1.720  -7.986
   13    HD3  ARG 337           HD3      ARG 337  -5.000   2.510  -7.561

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    PHE 338           H        PHE 338  -7.553  -2.926  -7.759
    2    HA   PHE 338           HA       PHE 338  -8.373  -2.773  -5.077
    3    HD1  PHE 338           HD1      PHE 338  -9.589  -6.360  -5.417
    4    HD2  PHE 338           HD2      PHE 338 -11.723  -2.679  -5.456
    5    HE1  PHE 338           HE1      PHE 338 -11.240  -7.306  -3.857
    6    HE2  PHE 338           HE2      PHE 338 -13.378  -3.617  -3.895
    7    HZ   PHE 338           HZ       PHE 338 -13.137  -5.933  -3.094
    8    HB2  PHE 338           HB2      PHE 338  -9.962  -2.992  -6.933
    9    HB3  PHE 338           HB3      PHE 338  -9.359  -4.610  -7.273

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLU 339           H        GLU 339  -6.628  -5.220  -6.864
    2    HA   GLU 339           HA       GLU 339  -6.916  -7.344  -5.036
    3    HB2  GLU 339           HB2      GLU 339  -5.081  -6.690  -7.277
    4    HB3  GLU 339           HB3      GLU 339  -4.524  -7.896  -6.125
    5    HG2  GLU 339           HG2      GLU 339  -6.340  -9.325  -6.591
    6    HG3  GLU 339           HG3      GLU 339  -7.203  -8.061  -7.467

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    MET 340           H        MET 340  -4.645  -4.661  -5.236
    2    HA   MET 340           HA       MET 340  -2.868  -5.562  -3.230
    3    HB2  MET 340           HB2      MET 340  -2.780  -3.542  -4.992
    4    HB3  MET 340           HB3      MET 340  -3.301  -2.642  -3.575
    5    HG2  MET 340           HG2      MET 340  -1.350  -3.079  -2.415
    6    HG3  MET 340           HG3      MET 340  -0.955  -4.481  -3.408
    7    HE1  MET 340           HE1      MET 340  -2.137  -1.039  -3.886
    8    HE2  MET 340           HE2      MET 340  -0.635  -0.127  -4.039
    9    HE3  MET 340           HE3      MET 340  -1.495  -0.659  -5.484

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    PHE 341           H        PHE 341  -5.493  -3.149  -3.096
    2    HA   PHE 341           HA       PHE 341  -5.389  -2.708  -0.335
    3    HD1  PHE 341           HD1      PHE 341  -8.207  -1.154  -3.740
    4    HD2  PHE 341           HD2      PHE 341  -4.794  -0.728  -1.236
    5    HE1  PHE 341           HE1      PHE 341  -7.294   0.537  -5.277
    6    HE2  PHE 341           HE2      PHE 341  -3.877   0.965  -2.763
    7    HZ   PHE 341           HZ       PHE 341  -5.126   1.594  -4.787
    8    HB2  PHE 341           HB2      PHE 341  -7.934  -2.584  -1.946
    9    HB3  PHE 341           HB3      PHE 341  -7.465  -1.595  -0.565

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    ARG 342           H        ARG 342  -6.757  -5.323  -2.167
    2    HA   ARG 342           HA       ARG 342  -8.511  -6.287  -0.139
    3    HE   ARG 342           HE       ARG 342 -10.749 -10.697  -1.304
    4   HH11  ARG 342          1HH1      ARG 342 -11.690  -7.585  -0.037
    5   HH12  ARG 342          2HH1      ARG 342 -13.383  -7.946  -0.064
    6   HH21  ARG 342          1HH2      ARG 342 -12.976 -11.174  -1.342
    7   HH22  ARG 342          2HH2      ARG 342 -14.114  -9.983  -0.805
    8    HB2  ARG 342           HB2      ARG 342  -8.007  -6.906  -2.809
    9    HB3  ARG 342           HB3      ARG 342  -7.505  -8.345  -1.934
   10    HG2  ARG 342           HG2      ARG 342 -10.181  -7.038  -1.534
   11    HG3  ARG 342           HG3      ARG 342  -9.890  -8.310  -2.723
   12    HD2  ARG 342           HD2      ARG 342  -8.870  -9.566  -0.656
   13    HD3  ARG 342           HD3      ARG 342  -9.886  -8.451   0.256

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 343           H        GLU 343  -5.216  -7.132  -1.148
    2    HA   GLU 343           HA       GLU 343  -4.887  -9.179   0.805
    3    HB2  GLU 343           HB2      GLU 343  -3.057  -7.690  -1.040
    4    HB3  GLU 343           HB3      GLU 343  -2.369  -8.665   0.252
    5    HG2  GLU 343           HG2      GLU 343  -4.428  -9.975  -1.398
    6    HG3  GLU 343           HG3      GLU 343  -2.905  -9.598  -2.204

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 344           H        LEU 344  -4.405  -5.729   0.749
    2    HA   LEU 344           HA       LEU 344  -2.832  -5.609   3.138
    3    HG   LEU 344           HG       LEU 344  -2.447  -2.000   2.590
    4   HD11  LEU 344          1HD1      LEU 344  -3.770  -3.126   4.593
    5   HD12  LEU 344          2HD1      LEU 344  -2.193  -3.861   4.883
    6   HD13  LEU 344          3HD1      LEU 344  -2.357  -2.105   4.858
    7   HD21  LEU 344          1HD2      LEU 344  -1.085  -4.182   1.731
    8   HD22  LEU 344          2HD2      LEU 344  -0.344  -2.788   2.517
    9   HD23  LEU 344          3HD2      LEU 344  -0.740  -4.225   3.460
   10    HB2  LEU 344           HB2      LEU 344  -3.218  -3.878   1.140
   11    HB3  LEU 344           HB3      LEU 344  -4.434  -3.270   2.248

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ASN 345           H        ASN 345  -6.251  -5.246   2.343
    2    HA   ASN 345           HA       ASN 345  -7.055  -4.458   4.960
    3   HD21  ASN 345          1HD2      ASN 345 -10.989  -5.110   3.051
    4   HD22  ASN 345          2HD2      ASN 345 -11.629  -4.456   4.516
    5    HB2  ASN 345           HB2      ASN 345  -8.329  -4.100   2.772
    6    HB3  ASN 345           HB3      ASN 345  -8.824  -5.785   2.908

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    GLU 346           H        GLU 346  -6.719  -7.530   3.297
    2    HA   GLU 346           HA       GLU 346  -8.043  -9.071   5.311
    3    HB2  GLU 346           HB2      GLU 346  -7.463  -9.597   2.766
    4    HB3  GLU 346           HB3      GLU 346  -6.036 -10.318   3.496
    5    HG2  GLU 346           HG2      GLU 346  -7.261 -11.931   4.614
    6    HG3  GLU 346           HG3      GLU 346  -8.759 -11.007   4.511

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ALA 347           H        ALA 347  -4.718  -8.151   4.635
    2    HA   ALA 347           HA       ALA 347  -3.566  -9.868   6.612
    3    HB1  ALA 347           HB1      ALA 347  -2.186  -7.413   5.620
    4    HB2  ALA 347           HB2      ALA 347  -2.475  -8.759   4.517
    5    HB3  ALA 347           HB3      ALA 347  -1.523  -9.007   5.981

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    LEU 348           H        LEU 348  -4.743  -6.567   6.541
    2    HA   LEU 348           HA       LEU 348  -3.642  -5.830   9.075
    3    HG   LEU 348           HG       LEU 348  -3.417  -4.175   6.590
    4   HD11  LEU 348          1HD1      LEU 348  -4.953  -1.908   7.812
    5   HD12  LEU 348          2HD1      LEU 348  -3.443  -1.641   6.940
    6   HD13  LEU 348          3HD1      LEU 348  -4.821  -2.371   6.116
    7   HD21  LEU 348          1HD2      LEU 348  -3.097  -3.316   9.453
    8   HD22  LEU 348          2HD2      LEU 348  -2.166  -4.516   8.557
    9   HD23  LEU 348          3HD2      LEU 348  -1.991  -2.802   8.179
   10    HB2  LEU 348           HB2      LEU 348  -5.709  -4.624   7.260
   11    HB3  LEU 348           HB3      LEU 348  -5.403  -3.957   8.853

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLU 349           H        GLU 349  -6.603  -7.311   7.976
    2    HA   GLU 349           HA       GLU 349  -8.081  -6.926  10.380
    3    HB2  GLU 349           HB2      GLU 349  -8.393  -8.674   7.964
    4    HB3  GLU 349           HB3      GLU 349  -9.411  -8.938   9.374
    5    HG2  GLU 349           HG2      GLU 349 -10.328  -6.743   9.213
    6    HG3  GLU 349           HG3      GLU 349  -9.170  -6.295   7.961

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 350           H        LEU 350  -5.804  -9.319   9.253
    2    HA   LEU 350           HA       LEU 350  -6.402 -11.342  11.138
    3    HG   LEU 350           HG       LEU 350  -6.233 -12.416   9.010
    4   HD11  LEU 350          1HD1      LEU 350  -3.472 -12.392   7.946
    5   HD12  LEU 350          2HD1      LEU 350  -4.459 -13.811   7.594
    6   HD13  LEU 350          3HD1      LEU 350  -5.014 -12.208   7.111
    7   HD21  LEU 350          1HD2      LEU 350  -5.227 -13.663  11.065
    8   HD22  LEU 350          2HD2      LEU 350  -5.850 -14.582   9.695
    9   HD23  LEU 350          3HD2      LEU 350  -4.113 -14.333   9.872
   10    HB2  LEU 350           HB2      LEU 350  -4.174 -10.733   9.280
   11    HB3  LEU 350           HB3      LEU 350  -3.809 -11.807  10.617

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    LYS 351           H        LYS 351  -4.305  -8.523  11.211
    2    HA   LYS 351           HA       LYS 351  -2.892  -9.172  13.566
    3    HB2  LYS 351           HB2      LYS 351  -3.398  -6.673  12.015
    4    HB3  LYS 351           HB3      LYS 351  -2.744  -6.528  13.641
    5    HG2  LYS 351           HG2      LYS 351  -0.720  -6.925  12.850
    6    HG3  LYS 351           HG3      LYS 351  -1.247  -8.524  12.322
    7    HD2  LYS 351           HD2      LYS 351  -0.677  -7.747  10.281
    8    HD3  LYS 351           HD3      LYS 351  -2.275  -7.000  10.346
    9    HE2  LYS 351           HE2      LYS 351   0.363  -5.718  11.042
   10    HE3  LYS 351           HE3      LYS 351  -0.661  -5.353   9.654
   11    HZ1  LYS 351           HZ1      LYS 351  -2.376  -4.580  11.190
   12    HZ2  LYS 351           HZ2      LYS 351  -1.360  -4.896  12.505
   13    HZ3  LYS 351           HZ3      LYS 351  -0.941  -3.704  11.379

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    ASP 352           H        ASP 352  -6.012  -7.708  12.990
    2    HA   ASP 352           HA       ASP 352  -6.412  -6.674  15.600
    3    HB2  ASP 352           HB2      ASP 352  -7.702  -5.987  13.566
    4    HB3  ASP 352           HB3      ASP 352  -8.529  -7.541  13.622

  No H/Q in entry =           4
  Start of MODEL   20
    1    H    ALA 353           H        ALA 353  -6.944  -9.801  14.123
    2    HA   ALA 353           HA       ALA 353  -8.581 -10.882  16.176
    3    HB1  ALA 353           HB1      ALA 353  -8.617 -11.918  14.029
    4    HB2  ALA 353           HB2      ALA 353  -6.876 -12.197  14.070
    5    HB3  ALA 353           HB3      ALA 353  -7.937 -13.082  15.167

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLN 354           H        GLN 354  -5.104 -10.763  15.637
    2    HA   GLN 354           HA       GLN 354  -4.465 -12.516  17.810
    3   HE21  GLN 354          1HE2      GLN 354  -2.412 -12.361  13.257
    4   HE22  GLN 354          2HE2      GLN 354  -0.689 -12.419  13.145
    5    HB2  GLN 354           HB2      GLN 354  -2.803 -10.618  16.156
    6    HB3  GLN 354           HB3      GLN 354  -2.128 -11.612  17.439
    7    HG2  GLN 354           HG2      GLN 354  -2.803 -13.625  16.275
    8    HG3  GLN 354           HG3      GLN 354  -3.568 -12.660  15.013

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    ALA 355           H        ALA 355  -4.858  -9.067  17.396
    2    HA   ALA 355           HA       ALA 355  -3.795  -8.471  20.029
    3    HB1  ALA 355           HB1      ALA 355  -3.440  -6.958  18.083
    4    HB2  ALA 355           HB2      ALA 355  -5.167  -6.602  18.104
    5    HB3  ALA 355           HB3      ALA 355  -4.160  -6.167  19.485

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLY 356           H        GLY 356  -5.373  -6.577  21.065
    2    HA2  GLY 356           HA2      GLY 356  -8.139  -7.441  21.108
    3    HA3  GLY 356           HA3      GLY 356  -7.451  -6.093  22.000

  No H/Q in entry =           3
  Start of MODEL   20
    1    H1   GLU 326           H1       GLU 326 -13.381  -3.253 -15.221
    2    H2   GLU 326           H2       GLU 326 -14.327  -4.073 -16.394
    3    H3   GLU 326           H3       GLU 326 -14.903  -2.618 -15.696
    4    HA   GLU 326           HA       GLU 326 -16.067  -4.292 -14.661
    5    HB2  GLU 326           HB2      GLU 326 -14.210  -5.955 -15.494
    6    HB3  GLU 326           HB3      GLU 326 -13.543  -5.709 -13.885
    7    HG2  GLU 326           HG2      GLU 326 -14.839  -7.502 -13.441
    8    HG3  GLU 326           HG3      GLU 326 -16.048  -6.245 -13.189

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    SER 327           H        SER 327 -16.422  -2.502 -13.311
    2    HA   SER 327           HA       SER 327 -14.568  -1.622 -11.356
    3    HG   SER 327           HG       SER 327 -15.610   0.808 -11.626
    4    HB2  SER 327           HB2      SER 327 -17.533  -1.219 -11.725
    5    HB3  SER 327           HB3      SER 327 -16.672  -0.550 -10.339

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    PHE 328           H        PHE 328 -14.592  -1.920  -9.099
    2    HA   PHE 328           HA       PHE 328 -16.149  -4.210  -8.119
    3    HD1  PHE 328           HD1      PHE 328 -11.882  -3.865  -9.295
    4    HD2  PHE 328           HD2      PHE 328 -15.212  -6.502  -9.032
    5    HE1  PHE 328           HE1      PHE 328 -11.141  -5.000 -11.349
    6    HE2  PHE 328           HE2      PHE 328 -14.477  -7.642 -11.085
    7    HZ   PHE 328           HZ       PHE 328 -12.439  -6.891 -12.246
    8    HB2  PHE 328           HB2      PHE 328 -13.239  -3.781  -7.434
    9    HB3  PHE 328           HB3      PHE 328 -14.244  -5.167  -7.025

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLY 329           H        GLY 329 -16.693  -4.160  -5.929
    2    HA2  GLY 329           HA2      GLY 329 -17.690  -2.608  -4.372
    3    HA3  GLY 329           HA3      GLY 329 -16.352  -1.512  -4.681

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    LEU 330           H        LEU 330 -15.599  -1.275  -2.628
    2    HA   LEU 330           HA       LEU 330 -14.851  -3.710  -1.164
    3    HG   LEU 330           HG       LEU 330 -12.646  -4.394  -1.139
    4   HD11  LEU 330          1HD1      LEU 330 -10.932  -3.136  -2.490
    5   HD12  LEU 330          2HD1      LEU 330 -10.418  -2.381  -0.981
    6   HD13  LEU 330          3HD1      LEU 330 -10.296  -4.129  -1.179
    7   HD21  LEU 330          1HD2      LEU 330 -13.207  -2.931   1.011
    8   HD22  LEU 330          2HD2      LEU 330 -12.128  -4.325   1.071
    9   HD23  LEU 330          3HD2      LEU 330 -11.459  -2.696   0.980
   10    HB2  LEU 330           HB2      LEU 330 -13.004  -2.248  -2.491
   11    HB3  LEU 330           HB3      LEU 330 -13.005  -1.412  -0.950

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLY 331           H        GLY 331 -15.646  -3.702   0.828
    2    HA2  GLY 331           HA2      GLY 331 -17.141  -2.679   2.413
    3    HA3  GLY 331           HA3      GLY 331 -16.448  -1.119   1.995

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ILE 332           H        ILE 332 -15.178  -0.289   3.501
    2    HA   ILE 332           HA       ILE 332 -13.825  -2.125   5.364
    3    HB   ILE 332           HB       ILE 332 -12.594   0.434   4.349
    4   HG12  ILE 332          2HG1      ILE 332 -11.000  -1.505   3.346
    5   HG21  ILE 332          1HG2      ILE 332 -12.041  -0.779   6.638
    6   HG22  ILE 332          2HG2      ILE 332 -11.041  -1.775   5.580
    7   HG23  ILE 332          3HG2      ILE 332 -10.785  -0.031   5.651
    8   HD11  ILE 332          1HD1      ILE 332 -12.522   0.434   2.237
    9   HD12  ILE 332          2HD1      ILE 332 -11.558  -0.730   1.328
   10   HD13  ILE 332          3HD1      ILE 332 -13.280  -1.017   1.580
   11   HG13  ILE 332          3HG1      ILE 332 -12.559  -2.320   3.254

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ARG 333           H        ARG 333 -13.845  -1.550   7.485
    2    HA   ARG 333           HA       ARG 333 -15.445   0.810   8.171
    3    HE   ARG 333           HE       ARG 333 -17.858  -1.478  11.610
    4   HH11  ARG 333          1HH1      ARG 333 -18.533  -4.527  10.053
    5   HH12  ARG 333          2HH1      ARG 333 -19.452  -5.146  11.384
    6   HH21  ARG 333          1HH2      ARG 333 -19.065  -2.290  13.362
    7   HH22  ARG 333          2HH2      ARG 333 -19.755  -3.876  13.263
    8    HB2  ARG 333           HB2      ARG 333 -14.949  -1.827   9.460
    9    HB3  ARG 333           HB3      ARG 333 -15.260  -0.454  10.514
   10    HG2  ARG 333           HG2      ARG 333 -17.426  -0.240   9.833
   11    HG3  ARG 333           HG3      ARG 333 -17.105  -0.914   8.233
   12    HD2  ARG 333           HD2      ARG 333 -18.134  -2.734   9.066
   13    HD3  ARG 333           HD3      ARG 333 -16.559  -3.053   9.791

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLY 334           H        GLY 334 -12.643   1.006   7.409
    2    HA2  GLY 334           HA2      GLY 334 -10.569   1.229   8.859
    3    HA3  GLY 334           HA3      GLY 334 -11.613   2.158   9.924

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ARG 335           H        ARG 335 -11.590   4.290   9.681
    2    HA   ARG 335           HA       ARG 335 -11.602   5.642   7.222
    3    HE   ARG 335           HE       ARG 335 -12.237   8.478  11.433
    4   HH11  ARG 335          1HH1      ARG 335  -9.068   9.939  11.389
    5   HH12  ARG 335          2HH1      ARG 335  -9.648  11.507  11.840
    6   HH21  ARG 335          1HH2      ARG 335 -13.001  10.540  12.027
    7   HH22  ARG 335          2HH2      ARG 335 -11.881  11.848  12.203
    8    HB2  ARG 335           HB2      ARG 335 -10.942   7.648   8.657
    9    HB3  ARG 335           HB3      ARG 335 -12.441   6.830   9.073
   10    HG2  ARG 335           HG2      ARG 335 -11.697   6.244  11.094
   11    HG3  ARG 335           HG3      ARG 335 -10.110   5.778  10.480
   12    HD2  ARG 335           HD2      ARG 335  -9.698   7.592  11.911
   13    HD3  ARG 335           HD3      ARG 335  -9.633   8.271  10.285

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 336           H        GLU 336  -8.984   4.613   9.313
    2    HA   GLU 336           HA       GLU 336  -6.954   6.125   7.992
    3    HB2  GLU 336           HB2      GLU 336  -6.984   3.909  10.002
    4    HB3  GLU 336           HB3      GLU 336  -5.477   4.311   9.191
    5    HG2  GLU 336           HG2      GLU 336  -6.212   6.762   9.942
    6    HG3  GLU 336           HG3      GLU 336  -7.016   5.828  11.202

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ARG 337           H        ARG 337  -7.838   2.673   7.942
    2    HA   ARG 337           HA       ARG 337  -5.977   1.862   6.025
    3    HE   ARG 337           HE       ARG 337  -6.734  -1.341   8.757
    4   HH11  ARG 337          1HH1      ARG 337  -8.816  -3.733   7.301
    5   HH12  ARG 337          2HH1      ARG 337  -9.257  -4.452   8.814
    6   HH21  ARG 337          1HH2      ARG 337  -7.313  -2.284  10.748
    7   HH22  ARG 337          2HH2      ARG 337  -8.404  -3.629  10.771
    8    HB2  ARG 337           HB2      ARG 337  -8.019   0.658   7.482
    9    HB3  ARG 337           HB3      ARG 337  -8.507   0.437   5.807
   10    HG2  ARG 337           HG2      ARG 337  -6.412  -0.647   5.298
   11    HG3  ARG 337           HG3      ARG 337  -5.824  -0.337   6.932
   12    HD2  ARG 337           HD2      ARG 337  -8.354  -1.874   6.474
   13    HD3  ARG 337           HD3      ARG 337  -6.784  -2.669   6.367

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    PHE 338           H        PHE 338  -9.353   2.897   5.604
    2    HA   PHE 338           HA       PHE 338  -9.432   2.619   2.811
    3    HD1  PHE 338           HD1      PHE 338 -10.732   6.188   2.658
    4    HD2  PHE 338           HD2      PHE 338 -12.764   2.466   2.298
    5    HE1  PHE 338           HE1      PHE 338 -11.922   7.034   0.678
    6    HE2  PHE 338           HE2      PHE 338 -13.957   3.305   0.316
    7    HZ   PHE 338           HZ       PHE 338 -13.537   5.592  -0.496
    8    HB2  PHE 338           HB2      PHE 338 -11.458   2.875   4.170
    9    HB3  PHE 338           HB3      PHE 338 -10.984   4.519   4.585

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLU 339           H        GLU 339  -8.295   5.205   4.886
    2    HA   GLU 339           HA       GLU 339  -8.102   7.236   2.955
    3    HB2  GLU 339           HB2      GLU 339  -6.884   6.709   5.616
    4    HB3  GLU 339           HB3      GLU 339  -6.089   7.899   4.595
    5    HG2  GLU 339           HG2      GLU 339  -8.024   9.261   4.522
    6    HG3  GLU 339           HG3      GLU 339  -9.019   8.000   5.247

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    MET 340           H        MET 340  -5.917   4.628   3.864
    2    HA   MET 340           HA       MET 340  -3.701   5.487   2.335
    3    HB2  MET 340           HB2      MET 340  -4.078   3.523   4.154
    4    HB3  MET 340           HB3      MET 340  -4.116   2.574   2.674
    5    HG2  MET 340           HG2      MET 340  -1.924   2.890   2.247
    6    HG3  MET 340           HG3      MET 340  -1.912   4.517   2.926
    7    HE1  MET 340           HE1      MET 340  -2.610   0.851   3.949
    8    HE2  MET 340           HE2      MET 340  -2.048   0.785   5.620
    9    HE3  MET 340           HE3      MET 340  -3.495   1.708   5.212

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    PHE 341           H        PHE 341  -6.123   2.952   1.665
    2    HA   PHE 341           HA       PHE 341  -5.312   2.453  -0.973
    3    HD1  PHE 341           HD1      PHE 341  -4.806   0.604   0.216
    4    HD2  PHE 341           HD2      PHE 341  -8.809   0.720   1.650
    5    HE1  PHE 341           HE1      PHE 341  -4.203  -0.967   2.006
    6    HE2  PHE 341           HE2      PHE 341  -8.214  -0.853   3.446
    7    HZ   PHE 341           HZ       PHE 341  -5.907  -1.692   3.625
    8    HB2  PHE 341           HB2      PHE 341  -8.160   2.173  -0.035
    9    HB3  PHE 341           HB3      PHE 341  -7.288   1.182  -1.202

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    ARG 342           H        ARG 342  -7.267   4.983   0.388
    2    HA   ARG 342           HA       ARG 342  -8.520   5.785  -2.045
    3    HE   ARG 342           HE       ARG 342  -7.829  10.121  -0.267
    4   HH11  ARG 342          1HH1      ARG 342 -10.636  10.938   1.639
    5   HH12  ARG 342          2HH1      ARG 342  -9.954  12.412   2.240
    6   HH21  ARG 342          1HH2      ARG 342  -6.930  12.059   0.523
    7   HH22  ARG 342          2HH2      ARG 342  -7.851  13.049   1.606
    8    HB2  ARG 342           HB2      ARG 342  -9.449   6.371   0.154
    9    HB3  ARG 342           HB3      ARG 342  -8.029   7.350   0.497
   10    HG2  ARG 342           HG2      ARG 342  -8.688   8.628  -1.653
   11    HG3  ARG 342           HG3      ARG 342 -10.264   7.871  -1.414
   12    HD2  ARG 342           HD2      ARG 342 -10.626   9.739  -0.186
   13    HD3  ARG 342           HD3      ARG 342  -9.846   8.773   1.066

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 343           H        GLU 343  -5.615   6.785  -0.300
    2    HA   GLU 343           HA       GLU 343  -4.966   8.881  -2.139
    3    HB2  GLU 343           HB2      GLU 343  -4.177   8.319   0.387
    4    HB3  GLU 343           HB3      GLU 343  -2.805   7.681  -0.510
    5    HG2  GLU 343           HG2      GLU 343  -2.013   9.758  -0.419
    6    HG3  GLU 343           HG3      GLU 343  -3.178  10.109  -1.695

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 344           H        LEU 344  -4.255   5.480  -1.855
    2    HA   LEU 344           HA       LEU 344  -2.121   5.464  -3.763
    3    HG   LEU 344           HG       LEU 344  -0.864   4.204  -2.490
    4   HD11  LEU 344          1HD1      LEU 344  -2.725   3.148  -0.388
    5   HD12  LEU 344          2HD1      LEU 344  -0.986   3.260  -0.118
    6   HD13  LEU 344          3HD1      LEU 344  -1.919   4.715  -0.469
    7   HD21  LEU 344          1HD2      LEU 344  -1.745   1.410  -2.763
    8   HD22  LEU 344          2HD2      LEU 344  -0.210   2.166  -3.188
    9   HD23  LEU 344          3HD2      LEU 344  -0.532   1.704  -1.517
   10    HB2  LEU 344           HB2      LEU 344  -3.703   3.422  -2.289
   11    HB3  LEU 344           HB3      LEU 344  -2.885   2.908  -3.752

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ASN 345           H        ASN 345  -5.595   5.097  -3.870
    2    HA   ASN 345           HA       ASN 345  -5.699   4.065  -6.532
    3   HD21  ASN 345          1HD2      ASN 345  -7.924   2.497  -6.796
    4   HD22  ASN 345          2HD2      ASN 345  -9.063   3.044  -7.974
    5    HB2  ASN 345           HB2      ASN 345  -7.524   3.717  -4.902
    6    HB3  ASN 345           HB3      ASN 345  -7.858   5.446  -4.921

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    GLU 346           H        GLU 346  -5.973   7.276  -5.087
    2    HA   GLU 346           HA       GLU 346  -6.590   8.583  -7.556
    3    HB2  GLU 346           HB2      GLU 346  -7.043   9.366  -5.113
    4    HB3  GLU 346           HB3      GLU 346  -5.398   9.982  -5.182
    5    HG2  GLU 346           HG2      GLU 346  -7.178  10.704  -7.425
    6    HG3  GLU 346           HG3      GLU 346  -7.535  11.427  -5.857

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ALA 347           H        ALA 347  -3.669   7.864  -5.759
    2    HA   ALA 347           HA       ALA 347  -1.978   9.516  -7.393
    3    HB1  ALA 347           HB1      ALA 347  -1.576   8.800  -4.962
    4    HB2  ALA 347           HB2      ALA 347  -0.200   8.786  -6.065
    5    HB3  ALA 347           HB3      ALA 347  -1.011   7.276  -5.647

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    LEU 348           H        LEU 348  -3.020   6.178  -7.364
    2    HA   LEU 348           HA       LEU 348  -1.085   5.293  -9.290
    3    HG   LEU 348           HG       LEU 348  -1.381   3.973  -6.823
    4   HD11  LEU 348          1HD1      LEU 348  -3.267   2.346  -6.582
    5   HD12  LEU 348          2HD1      LEU 348  -2.415   1.288  -7.706
    6   HD13  LEU 348          3HD1      LEU 348  -1.678   1.707  -6.160
    7   HD21  LEU 348          1HD2      LEU 348  -0.234   3.487  -9.208
    8   HD22  LEU 348          2HD2      LEU 348   0.483   3.021  -7.665
    9   HD23  LEU 348          3HD2      LEU 348  -0.419   1.837  -8.612
   10    HB2  LEU 348           HB2      LEU 348  -3.556   4.088  -8.084
   11    HB3  LEU 348           HB3      LEU 348  -2.745   3.310  -9.430

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLU 349           H        GLU 349  -4.277   6.672  -9.376
    2    HA   GLU 349           HA       GLU 349  -4.884   5.926 -12.063
    3    HB2  GLU 349           HB2      GLU 349  -6.431   6.776 -10.093
    4    HB3  GLU 349           HB3      GLU 349  -6.087   8.349 -10.798
    5    HG2  GLU 349           HG2      GLU 349  -7.855   7.937 -12.087
    6    HG3  GLU 349           HG3      GLU 349  -6.759   6.901 -12.999

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 350           H        LEU 350  -3.191   8.574 -10.549
    2    HA   LEU 350           HA       LEU 350  -3.219  10.364 -12.737
    3    HG   LEU 350           HG       LEU 350  -3.795  11.559 -10.698
    4   HD11  LEU 350          1HD1      LEU 350  -1.402  12.097  -8.984
    5   HD12  LEU 350          2HD1      LEU 350  -2.801  13.169  -8.944
    6   HD13  LEU 350          3HD1      LEU 350  -2.984  11.465  -8.527
    7   HD21  LEU 350          1HD2      LEU 350  -1.476  13.189 -11.682
    8   HD22  LEU 350          2HD2      LEU 350  -3.051  12.937 -12.434
    9   HD23  LEU 350          3HD2      LEU 350  -2.914  13.943 -10.992
   10    HB2  LEU 350           HB2      LEU 350  -1.633  10.070 -10.239
   11    HB3  LEU 350           HB3      LEU 350  -0.970  11.088 -11.503

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    LYS 351           H        LYS 351  -1.133   7.684 -11.849
    2    HA   LYS 351           HA       LYS 351   0.985   8.176 -13.616
    3    HB2  LYS 351           HB2      LYS 351  -0.072   5.792 -12.186
    4    HB3  LYS 351           HB3      LYS 351   1.042   5.507 -13.516
    5    HG2  LYS 351           HG2      LYS 351   2.646   7.063 -12.407
    6    HG3  LYS 351           HG3      LYS 351   1.548   7.116 -11.026
    7    HD2  LYS 351           HD2      LYS 351   1.722   4.545 -11.066
    8    HD3  LYS 351           HD3      LYS 351   3.143   4.805 -12.080
    9    HE2  LYS 351           HE2      LYS 351   4.384   5.588 -10.366
   10    HE3  LYS 351           HE3      LYS 351   3.021   6.428  -9.627
   11    HZ1  LYS 351           HZ1      LYS 351   3.527   3.504  -9.490
   12    HZ2  LYS 351           HZ2      LYS 351   3.805   4.611  -8.242
   13    HZ3  LYS 351           HZ3      LYS 351   2.227   4.314  -8.772

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    ASP 352           H        ASP 352  -2.150   6.687 -14.100
    2    HA   ASP 352           HA       ASP 352  -1.636   5.543 -16.632
    3    HB2  ASP 352           HB2      ASP 352  -4.049   6.189 -15.025
    4    HB3  ASP 352           HB3      ASP 352  -4.284   5.975 -16.758

  No H/Q in entry =           4
  Start of MODEL   20
    1    H    ALA 353           H        ALA 353  -2.666   8.741 -15.609
    2    HA   ALA 353           HA       ALA 353  -3.461   9.738 -18.114
    3    HB1  ALA 353           HB1      ALA 353  -2.479  11.056 -15.604
    4    HB2  ALA 353           HB2      ALA 353  -4.115  11.004 -16.261
    5    HB3  ALA 353           HB3      ALA 353  -2.881  11.992 -17.044

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLN 354           H        GLN 354  -0.312   9.629 -16.517
    2    HA   GLN 354           HA       GLN 354   1.051  11.183 -18.467
    3   HE21  GLN 354          1HE2      GLN 354   1.827  13.437 -14.725
    4   HE22  GLN 354          2HE2      GLN 354   1.055  12.672 -13.381
    5    HB2  GLN 354           HB2      GLN 354   1.881   9.384 -16.226
    6    HB3  GLN 354           HB3      GLN 354   3.083   9.889 -17.406
    7    HG2  GLN 354           HG2      GLN 354   3.376  11.637 -16.055
    8    HG3  GLN 354           HG3      GLN 354   1.902  12.258 -16.798

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    ALA 355           H        ALA 355   0.330   7.775 -18.126
    2    HA   ALA 355           HA       ALA 355   2.068   7.007 -20.310
    3    HB1  ALA 355           HB1      ALA 355   0.222   5.542 -18.470
    4    HB2  ALA 355           HB2      ALA 355   0.812   4.765 -19.939
    5    HB3  ALA 355           HB3      ALA 355   1.955   5.331 -18.722

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLY 356           H        GLY 356   0.829   5.310 -21.866
    2    HA2  GLY 356           HA2      GLY 356  -0.301   5.482 -23.904
    3    HA3  GLY 356           HA3      GLY 356  -1.023   6.986 -23.351

  No H/Q in entry =           3
  Start of MODEL   20
    1    H1   GLU 326           H1       GLU 326  17.056  12.876   5.891
    2    H2   GLU 326           H2       GLU 326  15.664  13.419   6.735
    3    H3   GLU 326           H3       GLU 326  17.230  13.817   7.313
    4    HA   GLU 326           HA       GLU 326  17.672  11.696   7.991
    5    HB2  GLU 326           HB2      GLU 326  15.846  13.082   9.197
    6    HB3  GLU 326           HB3      GLU 326  14.719  11.910   8.526
    7    HG2  GLU 326           HG2      GLU 326  15.094  10.801  10.427
    8    HG3  GLU 326           HG3      GLU 326  16.568  10.267   9.620

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    SER 327           H        SER 327  18.074  10.379   6.151
    2    HA   SER 327           HA       SER 327  15.901   9.050   4.813
    3    HG   SER 327           HG       SER 327  18.264   7.552   2.665
    4    HB2  SER 327           HB2      SER 327  18.074   9.623   3.698
    5    HB3  SER 327           HB3      SER 327  18.852   8.392   4.693

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    PHE 328           H        PHE 328  15.502   6.785   4.828
    2    HA   PHE 328           HA       PHE 328  16.546   5.340   7.165
    3    HD1  PHE 328           HD1      PHE 328  12.257   6.976   6.742
    4    HD2  PHE 328           HD2      PHE 328  15.816   6.583   9.042
    5    HE1  PHE 328           HE1      PHE 328  11.706   9.052   7.942
    6    HE2  PHE 328           HE2      PHE 328  15.272   8.658  10.247
    7    HZ   PHE 328           HZ       PHE 328  13.214   9.896   9.697
    8    HB2  PHE 328           HB2      PHE 328  13.650   5.215   6.325
    9    HB3  PHE 328           HB3      PHE 328  14.379   4.558   7.787

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLY 329           H        GLY 329  16.706   3.100   6.943
    2    HA2  GLY 329           HA2      GLY 329  17.622   1.525   5.360
    3    HA3  GLY 329           HA3      GLY 329  16.517   2.167   4.154

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    LEU 330           H        LEU 330  14.929   0.824   3.662
    2    HA   LEU 330           HA       LEU 330  13.653  -0.711   5.811
    3    HG   LEU 330           HG       LEU 330  10.405  -0.584   4.070
    4   HD11  LEU 330          1HD1      LEU 330  12.216  -2.573   5.431
    5   HD12  LEU 330          2HD1      LEU 330  10.464  -2.708   5.285
    6   HD13  LEU 330          3HD1      LEU 330  11.475  -2.754   3.841
    7   HD21  LEU 330          1HD2      LEU 330  11.876  -0.330   6.690
    8   HD22  LEU 330          2HD2      LEU 330  10.837   0.883   5.942
    9   HD23  LEU 330          3HD2      LEU 330  10.146  -0.633   6.522
   10    HB2  LEU 330           HB2      LEU 330  12.440   0.847   4.067
   11    HB3  LEU 330           HB3      LEU 330  12.561  -0.567   3.036

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLY 331           H        GLY 331  14.477  -2.682   6.076
    2    HA2  GLY 331           HA2      GLY 331  15.489  -4.699   5.587
    3    HA3  GLY 331           HA3      GLY 331  15.834  -4.086   3.977

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ILE 332           H        ILE 332  14.882  -5.155   2.388
    2    HA   ILE 332           HA       ILE 332  12.410  -6.639   2.985
    3    HB   ILE 332           HB       ILE 332  12.947  -5.235   0.368
    4   HG12  ILE 332          2HG1      ILE 332  10.871  -4.389   2.372
    5   HG21  ILE 332          1HG2      ILE 332  10.615  -6.776   1.470
    6   HG22  ILE 332          2HG2      ILE 332  10.460  -5.674   0.101
    7   HG23  ILE 332          3HG2      ILE 332  11.528  -7.074  -0.009
    8   HD11  ILE 332          1HD1      ILE 332  10.894  -3.561  -0.036
    9   HD12  ILE 332          2HD1      ILE 332  10.818  -2.353   1.246
   10   HD13  ILE 332          3HD1      ILE 332  12.344  -2.666   0.419
   11   HG13  ILE 332          3HG1      ILE 332  12.518  -3.774   2.473

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ARG 333           H        ARG 333  12.303  -8.684   2.213
    2    HA   ARG 333           HA       ARG 333  14.646  -9.654   0.722
    3    HE   ARG 333           HE       ARG 333  14.797 -12.074  -0.611
    4   HH11  ARG 333          1HH1      ARG 333  14.487 -15.441   0.252
    5   HH12  ARG 333          2HH1      ARG 333  14.624 -16.001  -1.381
    6   HH21  ARG 333          1HH2      ARG 333  14.977 -12.809  -2.759
    7   HH22  ARG 333          2HH2      ARG 333  14.902 -14.507  -3.091
    8    HB2  ARG 333           HB2      ARG 333  13.756 -10.549   3.098
    9    HB3  ARG 333           HB3      ARG 333  12.811 -11.580   2.033
   10    HG2  ARG 333           HG2      ARG 333  15.678 -11.378   1.399
   11    HG3  ARG 333           HG3      ARG 333  15.275 -12.187   2.914
   12    HD2  ARG 333           HD2      ARG 333  15.172 -13.971   1.498
   13    HD3  ARG 333           HD3      ARG 333  13.506 -13.407   1.377

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLY 334           H        GLY 334  11.155  -9.513   0.760
    2    HA2  GLY 334           HA2      GLY 334   9.592 -10.479  -0.687
    3    HA3  GLY 334           HA3      GLY 334  10.906 -11.280  -1.535

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ARG 335           H        ARG 335  10.554 -10.705  -3.605
    2    HA   ARG 335           HA       ARG 335  11.207  -8.062  -4.425
    3    HE   ARG 335           HE       ARG 335  13.616  -9.610  -8.995
    4   HH11  ARG 335          1HH1      ARG 335  11.053  -7.241  -9.040
    5   HH12  ARG 335          2HH1      ARG 335  11.955  -6.100  -9.979
    6   HH21  ARG 335          1HH2      ARG 335  14.803  -8.109 -10.231
    7   HH22  ARG 335          2HH2      ARG 335  14.084  -6.592 -10.656
    8    HB2  ARG 335           HB2      ARG 335  11.419 -10.413  -5.647
    9    HB3  ARG 335           HB3      ARG 335   9.854  -9.946  -6.296
   10    HG2  ARG 335           HG2      ARG 335  10.860  -7.844  -7.113
   11    HG3  ARG 335           HG3      ARG 335  12.431  -8.409  -6.541
   12    HD2  ARG 335           HD2      ARG 335  11.786 -10.524  -7.998
   13    HD3  ARG 335           HD3      ARG 335  10.791  -9.338  -8.841

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 336           H        GLU 336   8.196  -9.868  -4.129
    2    HA   GLU 336           HA       GLU 336   6.511  -8.049  -5.445
    3    HB2  GLU 336           HB2      GLU 336   6.116 -10.485  -4.457
    4    HB3  GLU 336           HB3      GLU 336   5.486  -9.570  -3.095
    5    HG2  GLU 336           HG2      GLU 336   4.141  -8.324  -4.977
    6    HG3  GLU 336           HG3      GLU 336   4.440  -9.818  -5.864

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ARG 337           H        ARG 337   7.448  -8.309  -2.034
    2    HA   ARG 337           HA       ARG 337   5.818  -6.253  -1.048
    3    HE   ARG 337           HE       ARG 337   6.724  -7.638   4.174
    4   HH11  ARG 337          1HH1      ARG 337   8.961  -8.307   1.577
    5   HH12  ARG 337          2HH1      ARG 337   9.184  -9.963   2.031
    6   HH21  ARG 337          1HH2      ARG 337   7.019  -9.814   4.770
    7   HH22  ARG 337          2HH2      ARG 337   8.082 -10.818   3.842
    8    HB2  ARG 337           HB2      ARG 337   7.508  -8.039   0.084
    9    HB3  ARG 337           HB3      ARG 337   8.479  -6.578   0.203
   10    HG2  ARG 337           HG2      ARG 337   6.304  -5.545   1.194
   11    HG3  ARG 337           HG3      ARG 337   5.872  -7.230   1.492
   12    HD2  ARG 337           HD2      ARG 337   8.603  -6.523   2.286
   13    HD3  ARG 337           HD3      ARG 337   7.346  -5.663   3.172

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    PHE 338           H        PHE 338   9.246  -6.157  -2.016
    2    HA   PHE 338           HA       PHE 338   9.608  -3.405  -1.641
    3    HD1  PHE 338           HD1      PHE 338  11.017  -3.306  -5.210
    4    HD2  PHE 338           HD2      PHE 338  12.933  -3.204  -1.412
    5    HE1  PHE 338           HE1      PHE 338  12.421  -1.436  -5.974
    6    HE2  PHE 338           HE2      PHE 338  14.340  -1.332  -2.168
    7    HZ   PHE 338           HZ       PHE 338  14.085  -0.446  -4.451
    8    HB2  PHE 338           HB2      PHE 338  11.486  -4.953  -1.921
    9    HB3  PHE 338           HB3      PHE 338  10.999  -5.264  -3.584

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLU 339           H        GLU 339   8.240  -5.232  -4.285
    2    HA   GLU 339           HA       GLU 339   8.315  -3.233  -6.264
    3    HB2  GLU 339           HB2      GLU 339   6.778  -5.740  -5.825
    4    HB3  GLU 339           HB3      GLU 339   6.123  -4.594  -6.987
    5    HG2  GLU 339           HG2      GLU 339   8.975  -5.082  -7.328
    6    HG3  GLU 339           HG3      GLU 339   7.984  -6.529  -7.513

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    MET 340           H        MET 340   6.005  -3.956  -3.702
    2    HA   MET 340           HA       MET 340   4.008  -2.131  -4.524
    3    HB2  MET 340           HB2      MET 340   3.989  -4.060  -2.719
    4    HB3  MET 340           HB3      MET 340   4.440  -2.754  -1.631
    5    HG2  MET 340           HG2      MET 340   2.407  -1.789  -1.721
    6    HG3  MET 340           HG3      MET 340   2.154  -2.222  -3.410
    7    HE1  MET 340           HE1      MET 340   3.237  -4.591  -0.540
    8    HE2  MET 340           HE2      MET 340   2.061  -3.605   0.329
    9    HE3  MET 340           HE3      MET 340   1.714  -5.301  -0.005

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    PHE 341           H        PHE 341   6.462  -1.865  -1.946
    2    HA   PHE 341           HA       PHE 341   5.979   0.835  -1.356
    3    HD1  PHE 341           HD1      PHE 341   9.075  -2.296   0.270
    4    HD2  PHE 341           HD2      PHE 341   5.319  -0.310   0.487
    5    HE1  PHE 341           HE1      PHE 341   8.234  -4.058   1.768
    6    HE2  PHE 341           HE2      PHE 341   4.472  -2.063   1.987
    7    HZ   PHE 341           HZ       PHE 341   5.929  -3.941   2.624
    8    HB2  PHE 341           HB2      PHE 341   8.682  -0.464  -1.083
    9    HB3  PHE 341           HB3      PHE 341   7.950   0.769  -0.059

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    ARG 342           H        ARG 342   7.786  -0.678  -3.909
    2    HA   ARG 342           HA       ARG 342   9.364   1.581  -4.617
    3    HE   ARG 342           HE       ARG 342  11.492   2.678  -5.502
    4   HH11  ARG 342          1HH1      ARG 342  11.566   1.865  -8.895
    5   HH12  ARG 342          2HH1      ARG 342  11.669   3.513  -9.416
    6   HH21  ARG 342          1HH2      ARG 342  11.628   4.847  -6.185
    7   HH22  ARG 342          2HH2      ARG 342  11.704   5.206  -7.878
    8    HB2  ARG 342           HB2      ARG 342   9.950  -0.712  -5.300
    9    HB3  ARG 342           HB3      ARG 342   8.508  -0.780  -6.304
   10    HG2  ARG 342           HG2      ARG 342  10.153  -0.291  -7.837
   11    HG3  ARG 342           HG3      ARG 342   9.514   1.310  -7.458
   12    HD2  ARG 342           HD2      ARG 342  11.696   0.410  -5.713
   13    HD3  ARG 342           HD3      ARG 342  12.149   0.632  -7.402

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 343           H        GLU 343   6.227   0.338  -5.663
    2    HA   GLU 343           HA       GLU 343   5.867   2.346  -7.677
    3    HB2  GLU 343           HB2      GLU 343   4.106   0.254  -6.438
    4    HB3  GLU 343           HB3      GLU 343   3.411   1.497  -7.469
    5    HG2  GLU 343           HG2      GLU 343   4.986   0.807  -9.261
    6    HG3  GLU 343           HG3      GLU 343   5.507  -0.522  -8.227

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 344           H        LEU 344   5.077   1.986  -4.296
    2    HA   LEU 344           HA       LEU 344   3.276   4.211  -4.190
    3    HG   LEU 344           HG       LEU 344   1.795   3.098  -3.014
    4   HD11  LEU 344          1HD1      LEU 344   3.290   0.650  -2.148
    5   HD12  LEU 344          2HD1      LEU 344   1.529   0.665  -2.246
    6   HD13  LEU 344          3HD1      LEU 344   2.496   0.981  -3.687
    7   HD21  LEU 344          1HD2      LEU 344   2.381   3.670  -0.441
    8   HD22  LEU 344          2HD2      LEU 344   0.809   3.088  -0.989
    9   HD23  LEU 344          3HD2      LEU 344   1.978   1.958  -0.306
   10    HB2  LEU 344           HB2      LEU 344   4.552   2.384  -2.220
   11    HB3  LEU 344           HB3      LEU 344   3.964   3.927  -1.631

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ASN 345           H        ASN 345   6.709   3.715  -3.752
    2    HA   ASN 345           HA       ASN 345   7.234   6.259  -2.569
    3   HD21  ASN 345          1HD2      ASN 345  10.263   6.330  -4.742
    4   HD22  ASN 345          2HD2      ASN 345  11.249   7.218  -3.635
    5    HB2  ASN 345           HB2      ASN 345   8.742   4.285  -2.343
    6    HB3  ASN 345           HB3      ASN 345   9.147   4.441  -4.050

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    GLU 346           H        GLU 346   7.314   4.974  -5.857
    2    HA   GLU 346           HA       GLU 346   8.388   7.333  -7.040
    3    HB2  GLU 346           HB2      GLU 346   7.199   4.790  -8.016
    4    HB3  GLU 346           HB3      GLU 346   7.186   6.154  -9.126
    5    HG2  GLU 346           HG2      GLU 346   9.758   5.759  -7.819
    6    HG3  GLU 346           HG3      GLU 346   9.240   4.378  -8.784

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ALA 347           H        ALA 347   5.137   6.102  -6.477
    2    HA   ALA 347           HA       ALA 347   3.802   8.121  -7.979
    3    HB1  ALA 347           HB1      ALA 347   2.987   5.987  -6.081
    4    HB2  ALA 347           HB2      ALA 347   1.855   7.308  -6.377
    5    HB3  ALA 347           HB3      ALA 347   2.428   6.320  -7.721

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    LEU 348           H        LEU 348   4.922   7.843  -4.679
    2    HA   LEU 348           HA       LEU 348   3.438  10.050  -3.653
    3    HG   LEU 348           HG       LEU 348   4.332   8.413  -0.550
    4   HD11  LEU 348          1HD1      LEU 348   3.453  10.994  -1.708
    5   HD12  LEU 348          2HD1      LEU 348   2.341  10.171  -0.614
    6   HD13  LEU 348          3HD1      LEU 348   3.962  10.600  -0.066
    7   HD21  LEU 348          1HD2      LEU 348   3.095   7.494  -2.771
    8   HD22  LEU 348          2HD2      LEU 348   2.413   7.401  -1.147
    9   HD23  LEU 348          3HD2      LEU 348   1.936   8.709  -2.230
   10    HB2  LEU 348           HB2      LEU 348   5.411   8.158  -2.681
   11    HB3  LEU 348           HB3      LEU 348   5.724   9.774  -2.077

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLU 349           H        GLU 349   6.606   9.663  -5.125
    2    HA   GLU 349           HA       GLU 349   7.610  12.232  -4.516
    3    HB2  GLU 349           HB2      GLU 349   8.296  10.098  -6.488
    4    HB3  GLU 349           HB3      GLU 349   8.985  11.699  -6.715
    5    HG2  GLU 349           HG2      GLU 349  10.138  11.611  -4.674
    6    HG3  GLU 349           HG3      GLU 349   9.197  10.231  -4.109

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 350           H        LEU 350   5.512  11.026  -7.035
    2    HA   LEU 350           HA       LEU 350   5.709  13.244  -8.784
    3    HG   LEU 350           HG       LEU 350   5.651  11.981 -10.568
    4   HD11  LEU 350          1HD1      LEU 350   4.876   9.348  -9.395
    5   HD12  LEU 350          2HD1      LEU 350   5.655   9.415 -10.976
    6   HD13  LEU 350          3HD1      LEU 350   6.472  10.078  -9.561
    7   HD21  LEU 350          1HD2      LEU 350   3.078  11.884 -11.306
    8   HD22  LEU 350          2HD2      LEU 350   4.407  11.451 -12.382
    9   HD23  LEU 350          3HD2      LEU 350   3.510  10.190 -11.537
   10    HB2  LEU 350           HB2      LEU 350   3.872  10.938  -8.447
   11    HB3  LEU 350           HB3      LEU 350   3.261  12.311  -9.349

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    LYS 351           H        LYS 351   3.515  12.456  -6.122
    2    HA   LYS 351           HA       LYS 351   1.739  14.597  -6.425
    3    HB2  LYS 351           HB2      LYS 351   2.580  13.288  -3.833
    4    HB3  LYS 351           HB3      LYS 351   1.098  14.190  -4.117
    5    HG2  LYS 351           HG2      LYS 351   0.102  12.479  -5.233
    6    HG3  LYS 351           HG3      LYS 351   1.629  11.845  -5.850
    7    HD2  LYS 351           HD2      LYS 351   1.335  10.246  -4.297
    8    HD3  LYS 351           HD3      LYS 351   1.937  11.468  -3.175
    9    HE2  LYS 351           HE2      LYS 351  -0.156  11.932  -2.345
   10    HE3  LYS 351           HE3      LYS 351  -0.973  11.402  -3.814
   11    HZ1  LYS 351           HZ1      LYS 351   0.125   9.118  -2.993
   12    HZ2  LYS 351           HZ2      LYS 351  -0.144   9.865  -1.499
   13    HZ3  LYS 351           HZ3      LYS 351  -1.435   9.612  -2.562

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    ASP 352           H        ASP 352   4.881  14.394  -4.879
    2    HA   ASP 352           HA       ASP 352   4.789  16.839  -3.480
    3    HB2  ASP 352           HB2      ASP 352   6.504  14.852  -3.378
    4    HB3  ASP 352           HB3      ASP 352   7.355  15.782  -4.608

  No H/Q in entry =           4
  Start of MODEL   20
    1    H    ALA 353           H        ALA 353   5.762  16.015  -6.768
    2    HA   ALA 353           HA       ALA 353   6.750  18.616  -7.406
    3    HB1  ALA 353           HB1      ALA 353   5.963  16.279  -9.136
    4    HB2  ALA 353           HB2      ALA 353   7.588  16.762  -8.651
    5    HB3  ALA 353           HB3      ALA 353   6.663  17.772  -9.761

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLN 354           H        GLN 354   3.640  17.035  -7.582
    2    HA   GLN 354           HA       GLN 354   2.426  19.013  -9.266
    3   HE21  GLN 354          1HE2      GLN 354   2.174  15.467 -11.803
    4   HE22  GLN 354          2HE2      GLN 354   1.969  16.826 -12.851
    5    HB2  GLN 354           HB2      GLN 354   1.232  16.856  -7.519
    6    HB3  GLN 354           HB3      GLN 354   0.296  17.881  -8.597
    7    HG2  GLN 354           HG2      GLN 354   2.471  15.970  -9.420
    8    HG3  GLN 354           HG3      GLN 354   0.736  15.711  -9.595

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    ALA 355           H        ALA 355   2.820  18.531  -5.829
    2    HA   ALA 355           HA       ALA 355   0.854  20.363  -4.950
    3    HB1  ALA 355           HB1      ALA 355   3.318  19.923  -3.343
    4    HB2  ALA 355           HB2      ALA 355   2.266  18.545  -3.665
    5    HB3  ALA 355           HB3      ALA 355   1.629  19.965  -2.836

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLY 356           H        GLY 356   1.114  22.195  -6.319
    2    HA2  GLY 356           HA2      GLY 356   3.584  23.733  -6.033
    3    HA3  GLY 356           HA3      GLY 356   2.113  24.458  -5.403

  No H/Q in entry =           3
  Start of MODEL   20
    1    H1   GLU 326           H1       GLU 326  17.402 -10.536  -5.427
    2    H2   GLU 326           H2       GLU 326  16.781 -12.128  -5.558
    3    H3   GLU 326           H3       GLU 326  15.883 -10.923  -4.728
    4    HA   GLU 326           HA       GLU 326  16.883 -12.340  -3.162
    5    HB2  GLU 326           HB2      GLU 326  18.790 -12.708  -5.038
    6    HB3  GLU 326           HB3      GLU 326  19.629 -11.581  -3.982
    7    HG2  GLU 326           HG2      GLU 326  18.290 -13.966  -2.803
    8    HG3  GLU 326           HG3      GLU 326  19.841 -14.152  -3.621

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    SER 327           H        SER 327  15.922 -10.590  -2.028
    2    HA   SER 327           HA       SER 327  15.925  -8.839  -0.579
    3    HG   SER 327           HG       SER 327  18.213  -8.428   1.676
    4    HB2  SER 327           HB2      SER 327  17.906 -10.036   0.349
    5    HB3  SER 327           HB3      SER 327  18.941  -9.069  -0.701

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    PHE 328           H        PHE 328  16.106  -6.567  -0.514
    2    HA   PHE 328           HA       PHE 328  17.600  -5.206  -2.589
    3    HD1  PHE 328           HD1      PHE 328  16.548  -5.555  -5.478
    4    HD2  PHE 328           HD2      PHE 328  13.924  -7.152  -2.533
    5    HE1  PHE 328           HE1      PHE 328  16.139  -7.513  -6.911
    6    HE2  PHE 328           HE2      PHE 328  13.511  -9.114  -3.960
    7    HZ   PHE 328           HZ       PHE 328  14.619  -9.296  -6.152
    8    HB2  PHE 328           HB2      PHE 328  14.608  -4.819  -2.487
    9    HB3  PHE 328           HB3      PHE 328  15.739  -4.185  -3.678

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLY 329           H        GLY 329  17.793  -2.956  -2.242
    2    HA2  GLY 329           HA2      GLY 329  18.422  -1.464  -0.483
    3    HA3  GLY 329           HA3      GLY 329  17.171  -2.179   0.524

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    LEU 330           H        LEU 330  15.693  -0.692   0.973
    2    HA   LEU 330           HA       LEU 330  14.635   0.922  -1.246
    3    HG   LEU 330           HG       LEU 330  12.267   0.214  -1.547
    4   HD11  LEU 330          1HD1      LEU 330  10.892   0.249   1.071
    5   HD12  LEU 330          2HD1      LEU 330  10.032   0.958  -0.296
    6   HD13  LEU 330          3HD1      LEU 330  10.574  -0.719  -0.369
    7   HD21  LEU 330          1HD2      LEU 330  13.130   2.589  -0.930
    8   HD22  LEU 330          2HD2      LEU 330  11.611   2.411  -1.809
    9   HD23  LEU 330          3HD2      LEU 330  11.594   2.723  -0.073
   10    HB2  LEU 330           HB2      LEU 330  13.290  -0.708   0.476
   11    HB3  LEU 330           HB3      LEU 330  13.126   0.841   1.279

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLY 331           H        GLY 331  15.236   2.978  -1.293
    2    HA2  GLY 331           HA2      GLY 331  16.543   4.784  -0.438
    3    HA3  GLY 331           HA3      GLY 331  16.175   4.235   1.191

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ILE 332           H        ILE 332  14.437   5.057   2.241
    2    HA   ILE 332           HA       ILE 332  12.624   6.800   0.710
    3    HB   ILE 332           HB       ILE 332  12.122   5.665   3.459
    4   HG12  ILE 332          2HG1      ILE 332  10.483   4.177   2.098
    5   HG21  ILE 332          1HG2      ILE 332  10.904   7.745   2.243
    6   HG22  ILE 332          2HG2      ILE 332   9.908   6.407   1.668
    7   HG23  ILE 332          3HG2      ILE 332  10.110   6.675   3.400
    8   HD11  ILE 332          1HD1      ILE 332  13.121   3.731   2.949
    9   HD12  ILE 332          2HD1      ILE 332  11.859   2.540   2.634
   10   HD13  ILE 332          3HD1      ILE 332  12.969   3.010   1.347
   11   HG13  ILE 332          3HG1      ILE 332  11.521   4.559   0.728

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ARG 333           H        ARG 333  12.336   8.904   1.284
    2    HA   ARG 333           HA       ARG 333  14.086   9.925   3.421
    3    HE   ARG 333           HE       ARG 333  14.928  13.989   4.509
    4   HH11  ARG 333          1HH1      ARG 333  16.661  14.097   1.481
    5   HH12  ARG 333          2HH1      ARG 333  18.061  14.852   2.165
    6   HH21  ARG 333          1HH2      ARG 333  16.769  14.983   5.410
    7   HH22  ARG 333          2HH2      ARG 333  18.123  15.354   4.396
    8    HB2  ARG 333           HB2      ARG 333  14.156  10.611   0.804
    9    HB3  ARG 333           HB3      ARG 333  13.022  11.811   1.407
   10    HG2  ARG 333           HG2      ARG 333  15.388  11.525   3.083
   11    HG3  ARG 333           HG3      ARG 333  15.752  12.025   1.430
   12    HD2  ARG 333           HD2      ARG 333  14.668  14.019   1.648
   13    HD3  ARG 333           HD3      ARG 333  13.508  13.385   2.815

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLY 334           H        GLY 334  11.394   8.884   3.809
    2    HA2  GLY 334           HA2      GLY 334   9.212  10.275   3.994
    3    HA3  GLY 334           HA3      GLY 334  10.222  11.303   4.999

  No H/Q in entry =           3
  Start of MODEL   20
    1    H    ARG 335           H        ARG 335   9.204  11.018   6.929
    2    HA   ARG 335           HA       ARG 335   9.733   8.558   8.317
    3    HE   ARG 335           HE       ARG 335   9.655  11.935  11.592
    4   HH11  ARG 335          1HH1      ARG 335   7.195  10.795  13.789
    5   HH12  ARG 335          2HH1      ARG 335   7.147  12.269  14.698
    6   HH21  ARG 335          1HH2      ARG 335   9.594  13.874  12.786
    7   HH22  ARG 335          2HH2      ARG 335   8.508  14.017  14.128
    8    HB2  ARG 335           HB2      ARG 335   9.705  11.050   9.190
    9    HB3  ARG 335           HB3      ARG 335   8.005  10.704   9.473
   10    HG2  ARG 335           HG2      ARG 335   9.123   8.529  10.599
   11    HG3  ARG 335           HG3      ARG 335  10.399   9.718  10.870
   12    HD2  ARG 335           HD2      ARG 335   7.506  10.163  11.586
   13    HD3  ARG 335           HD3      ARG 335   8.711   9.541  12.713

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 336           H        GLU 336   6.908  10.188   6.999
    2    HA   GLU 336           HA       GLU 336   5.022   8.355   8.133
    3    HB2  GLU 336           HB2      GLU 336   4.759  10.832   7.153
    4    HB3  GLU 336           HB3      GLU 336   4.320   9.928   5.711
    5    HG2  GLU 336           HG2      GLU 336   2.354  10.521   6.994
    6    HG3  GLU 336           HG3      GLU 336   2.573   8.772   6.957

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ARG 337           H        ARG 337   6.348   8.842   4.866
    2    HA   ARG 337           HA       ARG 337   4.991   6.737   3.620
    3    HE   ARG 337           HE       ARG 337   6.093   9.994  -0.130
    4   HH11  ARG 337          1HH1      ARG 337   8.752   8.457   1.537
    5   HH12  ARG 337          2HH1      ARG 337   9.460   9.953   2.040
    6   HH21  ARG 337          1HH2      ARG 337   7.028  11.958   0.533
    7   HH22  ARG 337          2HH2      ARG 337   8.484  11.939   1.472
    8    HB2  ARG 337           HB2      ARG 337   6.838   8.660   2.851
    9    HB3  ARG 337           HB3      ARG 337   7.690   7.145   2.589
   10    HG2  ARG 337           HG2      ARG 337   5.841   6.347   1.201
   11    HG3  ARG 337           HG3      ARG 337   4.996   7.875   1.458
   12    HD2  ARG 337           HD2      ARG 337   7.717   7.609   0.185
   13    HD3  ARG 337           HD3      ARG 337   6.205   7.756  -0.707

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    PHE 338           H        PHE 338   8.260   6.801   5.028
    2    HA   PHE 338           HA       PHE 338   8.836   4.087   4.566
    3    HD1  PHE 338           HD1      PHE 338  12.049   3.948   4.618
    4    HD2  PHE 338           HD2      PHE 338   9.982   4.043   8.336
    5    HE1  PHE 338           HE1      PHE 338  13.473   2.123   5.451
    6    HE2  PHE 338           HE2      PHE 338  11.403   2.218   9.177
    7    HZ   PHE 338           HZ       PHE 338  13.151   1.256   7.734
    8    HB2  PHE 338           HB2      PHE 338  10.579   5.723   5.106
    9    HB3  PHE 338           HB3      PHE 338   9.900   5.934   6.717

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    GLU 339           H        GLU 339   7.139   5.738   7.146
    2    HA   GLU 339           HA       GLU 339   7.094   3.630   9.012
    3    HB2  GLU 339           HB2      GLU 339   5.579   6.143   8.588
    4    HB3  GLU 339           HB3      GLU 339   4.789   4.916   9.570
    5    HG2  GLU 339           HG2      GLU 339   6.463   4.970  11.196
    6    HG3  GLU 339           HG3      GLU 339   7.599   5.791  10.126

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    MET 340           H        MET 340   5.046   4.420   6.264
    2    HA   MET 340           HA       MET 340   3.004   2.538   6.803
    3    HB2  MET 340           HB2      MET 340   3.083   4.529   5.107
    4    HB3  MET 340           HB3      MET 340   3.760   3.332   4.011
    5    HG2  MET 340           HG2      MET 340   1.664   1.939   4.784
    6    HG3  MET 340           HG3      MET 340   1.024   3.542   5.143
    7    HE1  MET 340           HE1      MET 340   1.977   5.401   3.471
    8    HE2  MET 340           HE2      MET 340   2.886   4.847   2.065
    9    HE3  MET 340           HE3      MET 340   1.223   5.403   1.877

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    PHE 341           H        PHE 341   5.748   2.406   4.526
    2    HA   PHE 341           HA       PHE 341   5.377  -0.248   3.726
    3    HD1  PHE 341           HD1      PHE 341   8.681   2.936   2.715
    4    HD2  PHE 341           HD2      PHE 341   4.973   1.011   1.910
    5    HE1  PHE 341           HE1      PHE 341   8.058   4.774   1.204
    6    HE2  PHE 341           HE2      PHE 341   4.345   2.841   0.395
    7    HZ   PHE 341           HZ       PHE 341   5.887   4.726   0.046
    8    HB2  PHE 341           HB2      PHE 341   8.085   1.056   3.934
    9    HB3  PHE 341           HB3      PHE 341   7.525  -0.120   2.747

  No H/Q in entry =           9
  Start of MODEL   20
    1    H    ARG 342           H        ARG 342   6.743   1.075   6.626
    2    HA   ARG 342           HA       ARG 342   8.223  -1.231   7.406
    3    HE   ARG 342           HE       ARG 342   9.406   0.943  11.730
    4   HH11  ARG 342          1HH1      ARG 342   8.529  -2.350  12.485
    5   HH12  ARG 342          2HH1      ARG 342   8.417  -2.061  14.189
    6   HH21  ARG 342          1HH2      ARG 342   9.260   1.324  13.971
    7   HH22  ARG 342          2HH2      ARG 342   8.831   0.024  15.033
    8    HB2  ARG 342           HB2      ARG 342   8.035   1.357   8.315
    9    HB3  ARG 342           HB3      ARG 342   7.208   0.459   9.580
   10    HG2  ARG 342           HG2      ARG 342   9.816  -0.593   8.651
   11    HG3  ARG 342           HG3      ARG 342   9.824   0.889   9.609
   12    HD2  ARG 342           HD2      ARG 342   8.132  -1.316  10.610
   13    HD3  ARG 342           HD3      ARG 342   9.874  -1.573  10.682

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    GLU 343           H        GLU 343   4.993   0.004   8.195
    2    HA   GLU 343           HA       GLU 343   4.339  -2.147   9.946
    3    HB2  GLU 343           HB2      GLU 343   3.274   0.223   9.744
    4    HB3  GLU 343           HB3      GLU 343   2.281  -0.513   8.495
    5    HG2  GLU 343           HG2      GLU 343   1.216  -1.924   9.988
    6    HG3  GLU 343           HG3      GLU 343   2.495  -1.776  11.193

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 344           H        LEU 344   4.032  -1.577   6.514
    2    HA   LEU 344           HA       LEU 344   2.247  -3.752   6.010
    3    HG   LEU 344           HG       LEU 344   2.256  -0.785   4.987
    4   HD11  LEU 344          1HD1      LEU 344   1.764  -1.801   2.193
    5   HD12  LEU 344          2HD1      LEU 344   1.145  -0.287   2.851
    6   HD13  LEU 344          3HD1      LEU 344   2.883  -0.522   2.665
    7   HD21  LEU 344          1HD2      LEU 344   0.660  -3.230   4.488
    8   HD22  LEU 344          2HD2      LEU 344   0.525  -2.028   5.771
    9   HD23  LEU 344          3HD2      LEU 344  -0.113  -1.678   4.164
   10    HB2  LEU 344           HB2      LEU 344   4.064  -2.182   4.181
   11    HB3  LEU 344           HB3      LEU 344   2.924  -3.394   3.627

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    ASN 345           H        ASN 345   5.711  -3.361   6.198
    2    HA   ASN 345           HA       ASN 345   6.383  -5.826   4.935
    3   HD21  ASN 345          1HD2      ASN 345   9.687  -4.390   4.199
    4   HD22  ASN 345          2HD2      ASN 345  10.541  -5.884   4.357
    5    HB2  ASN 345           HB2      ASN 345   7.924  -3.839   5.238
    6    HB3  ASN 345           HB3      ASN 345   8.065  -4.304   6.930

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    GLU 346           H        GLU 346   5.889  -4.815   8.285
    2    HA   GLU 346           HA       GLU 346   6.660  -7.297   9.438
    3    HB2  GLU 346           HB2      GLU 346   6.361  -4.907  10.505
    4    HB3  GLU 346           HB3      GLU 346   4.717  -5.464  10.786
    5    HG2  GLU 346           HG2      GLU 346   6.908  -7.274  11.602
    6    HG3  GLU 346           HG3      GLU 346   6.682  -5.801  12.545

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    ALA 347           H        ALA 347   3.577  -5.916   8.420
    2    HA   ALA 347           HA       ALA 347   1.952  -8.009   9.436
    3    HB1  ALA 347           HB1      ALA 347   1.240  -6.269   7.091
    4    HB2  ALA 347           HB2      ALA 347   1.225  -5.668   8.748
    5    HB3  ALA 347           HB3      ALA 347   0.167  -7.000   8.284

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    LEU 348           H        LEU 348   3.723  -7.535   6.456
    2    HA   LEU 348           HA       LEU 348   2.465  -9.599   4.969
    3    HG   LEU 348           HG       LEU 348   4.140  -7.711   2.353
    4   HD11  LEU 348          1HD1      LEU 348   2.632 -10.165   3.030
    5   HD12  LEU 348          2HD1      LEU 348   1.879  -9.045   1.895
    6   HD13  LEU 348          3HD1      LEU 348   3.470  -9.718   1.544
    7   HD21  LEU 348          1HD2      LEU 348   2.176  -7.339   4.519
    8   HD22  LEU 348          2HD2      LEU 348   2.813  -6.183   3.350
    9   HD23  LEU 348          3HD2      LEU 348   1.533  -7.301   2.877
   10    HB2  LEU 348           HB2      LEU 348   4.804  -7.850   4.673
   11    HB3  LEU 348           HB3      LEU 348   4.986  -9.417   3.909

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    GLU 349           H        GLU 349   5.335  -9.479   7.030
    2    HA   GLU 349           HA       GLU 349   6.090 -12.191   6.545
    3    HB2  GLU 349           HB2      GLU 349   6.951 -10.018   8.385
    4    HB3  GLU 349           HB3      GLU 349   7.339 -11.668   8.852
    5    HG2  GLU 349           HG2      GLU 349   8.912 -11.882   7.273
    6    HG3  GLU 349           HG3      GLU 349   7.968 -11.007   6.068

  No H/Q in entry =           6
  Start of MODEL   20
    1    H    LEU 350           H        LEU 350   3.866 -10.606   8.659
    2    HA   LEU 350           HA       LEU 350   3.667 -12.711  10.587
    3    HG   LEU 350           HG       LEU 350   1.321 -12.169  12.152
    4   HD11  LEU 350          1HD1      LEU 350   4.150 -11.363  12.385
    5   HD12  LEU 350          2HD1      LEU 350   3.232 -11.447  13.889
    6   HD13  LEU 350          3HD1      LEU 350   3.352 -12.866  12.849
    7   HD21  LEU 350          1HD2      LEU 350   2.018  -9.286  12.677
    8   HD22  LEU 350          2HD2      LEU 350   0.418  -9.965  12.377
    9   HD23  LEU 350          3HD2      LEU 350   1.279 -10.359  13.865
   10    HB2  LEU 350           HB2      LEU 350   2.969 -10.137  10.649
   11    HB3  LEU 350           HB3      LEU 350   1.426 -10.805  10.156

  No H/Q in entry =          11
  Start of MODEL   20
    1    H    LYS 351           H        LYS 351   1.946 -11.815   7.646
    2    HA   LYS 351           HA       LYS 351  -0.152 -13.719   7.965
    3    HB2  LYS 351           HB2      LYS 351  -0.709 -13.206   5.645
    4    HB3  LYS 351           HB3      LYS 351  -0.403 -11.729   6.549
    5    HG2  LYS 351           HG2      LYS 351   1.561 -11.292   5.436
    6    HG3  LYS 351           HG3      LYS 351   1.811 -12.982   4.995
    7    HD2  LYS 351           HD2      LYS 351   1.195 -11.657   3.044
    8    HD3  LYS 351           HD3      LYS 351  -0.056 -12.844   3.416
    9    HE2  LYS 351           HE2      LYS 351  -0.398 -10.225   4.705
   10    HE3  LYS 351           HE3      LYS 351  -0.517 -10.210   2.946
   11    HZ1  LYS 351           HZ1      LYS 351  -1.976 -12.325   4.303
   12    HZ2  LYS 351           HZ2      LYS 351  -2.562 -10.756   4.547
   13    HZ3  LYS 351           HZ3      LYS 351  -2.428 -11.375   2.978

  No H/Q in entry =          13
  Start of MODEL   20
    1    H    ASP 352           H        ASP 352   3.056 -13.806   6.605
    2    HA   ASP 352           HA       ASP 352   2.726 -16.210   5.115
    3    HB2  ASP 352           HB2      ASP 352   5.158 -14.739   6.128
    4    HB3  ASP 352           HB3      ASP 352   5.273 -16.232   5.201

  No H/Q in entry =           4
  Start of MODEL   20
    1    H    ALA 353           H        ALA 353   3.617 -15.460   8.417
    2    HA   ALA 353           HA       ALA 353   4.537 -18.089   9.066
    3    HB1  ALA 353           HB1      ALA 353   4.836 -15.689  10.248
    4    HB2  ALA 353           HB2      ALA 353   3.550 -16.367  11.246
    5    HB3  ALA 353           HB3      ALA 353   5.082 -17.225  11.078

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLN 354           H        GLN 354   1.457 -16.442   9.122
    2    HA   GLN 354           HA       GLN 354   0.114 -18.349  10.767
    3   HE21  GLN 354          1HE2      GLN 354  -4.122 -16.287  12.106
    4   HE22  GLN 354          2HE2      GLN 354  -5.301 -16.286  10.843
    5    HB2  GLN 354           HB2      GLN 354  -0.487 -15.844   9.969
    6    HB3  GLN 354           HB3      GLN 354  -1.458 -16.759   8.823
    7    HG2  GLN 354           HG2      GLN 354  -1.975 -17.971  11.255
    8    HG3  GLN 354           HG3      GLN 354  -1.891 -16.253  11.638

  No H/Q in entry =           8
  Start of MODEL   20
    1    H    ALA 355           H        ALA 355   0.716 -18.018   7.339
    2    HA   ALA 355           HA       ALA 355  -0.477 -20.669   6.929
    3    HB1  ALA 355           HB1      ALA 355  -1.553 -19.997   4.894
    4    HB2  ALA 355           HB2      ALA 355  -2.071 -18.909   6.181
    5    HB3  ALA 355           HB3      ALA 355  -0.865 -18.377   5.010

  No H/Q in entry =           5
  Start of MODEL   20
    1    H    GLY 356           H        GLY 356   1.375 -21.792   6.618
    2    HA2  GLY 356           HA2      GLY 356   3.505 -22.274   5.812
    3    HA3  GLY 356           HA3      GLY 356   3.529 -20.709   5.013

  No H/Q in entry =           3
  Start of MODEL   21
    1    H1   GLU 326           H1       GLU 326 -18.525   1.879  10.536
    2    H2   GLU 326           H2       GLU 326 -17.206   2.755  11.198
    3    H3   GLU 326           H3       GLU 326 -18.810   3.145  11.660
    4    HB2  GLU 326           HB2      GLU 326 -17.795   5.168  11.319
    5    HB3  GLU 326           HB3      GLU 326 -16.663   5.154   9.974
    6    HG2  GLU 326           HG2      GLU 326 -17.804   6.700   8.831
    7    HG3  GLU 326           HG3      GLU 326 -19.368   6.012   9.263
    8    HA   GLU 326           HA       GLU 326 -19.323   3.908   9.511

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    SER 327           H        SER 327 -19.121   2.240   7.940
    2    HA   SER 327           HA       SER 327 -16.546   1.707   6.748
    3    HG   SER 327           HG       SER 327 -20.224   0.509   5.878
    4    HB2  SER 327           HB2      SER 327 -17.630   0.059   5.468
    5    HB3  SER 327           HB3      SER 327 -18.517   0.054   6.992

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    PHE 328           H        PHE 328 -16.001   2.128   4.554
    2    HA   PHE 328           HA       PHE 328 -17.554   4.270   3.270
    3    HD1  PHE 328           HD1      PHE 328 -17.072   6.670   4.515
    4    HD2  PHE 328           HD2      PHE 328 -13.773   4.175   5.519
    5    HE1  PHE 328           HE1      PHE 328 -16.993   7.682   6.756
    6    HE2  PHE 328           HE2      PHE 328 -13.689   5.182   7.762
    7    HZ   PHE 328           HZ       PHE 328 -15.300   6.938   8.383
    8    HB2  PHE 328           HB2      PHE 328 -14.537   4.238   3.324
    9    HB3  PHE 328           HB3      PHE 328 -15.594   5.534   2.776

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLY 329           H        GLY 329 -17.760   4.123   1.088
    2    HA2  GLY 329           HA2      GLY 329 -18.018   2.694  -0.774
    3    HA3  GLY 329           HA3      GLY 329 -16.739   1.671  -0.138

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    LEU 330           H        LEU 330 -15.071   1.640  -1.479
    2    HA   LEU 330           HA       LEU 330 -14.225   4.181  -2.709
    3    HG   LEU 330           HG       LEU 330 -12.158   4.922  -1.869
    4   HD11  LEU 330          1HD1      LEU 330 -10.280   2.710  -1.262
    5   HD12  LEU 330          2HD1      LEU 330  -9.597   4.235  -1.826
    6   HD13  LEU 330          3HD1      LEU 330 -10.602   4.201  -0.377
    7   HD21  LEU 330          1HD2      LEU 330 -12.069   3.763  -4.300
    8   HD22  LEU 330          2HD2      LEU 330 -11.210   5.247  -3.888
    9   HD23  LEU 330          3HD2      LEU 330 -10.363   3.701  -3.859
   10    HB2  LEU 330           HB2      LEU 330 -12.777   2.627  -1.005
   11    HB3  LEU 330           HB3      LEU 330 -12.264   1.989  -2.556

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLY 331           H        GLY 331 -14.680   4.265  -4.803
    2    HA2  GLY 331           HA2      GLY 331 -15.134   3.597  -6.959
    3    HA3  GLY 331           HA3      GLY 331 -15.322   1.960  -6.349

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ILE 332           H        ILE 332 -13.404   0.659  -6.076
    2    HA   ILE 332           HA       ILE 332 -10.919   1.572  -7.214
    3    HB   ILE 332           HB       ILE 332 -11.645  -1.254  -6.449
    4   HG12  ILE 332          2HG1      ILE 332 -12.063   0.208  -4.542
    5   HG21  ILE 332          1HG2      ILE 332  -9.106   0.187  -7.070
    6   HG22  ILE 332          2HG2      ILE 332  -9.086  -1.183  -5.961
    7   HG23  ILE 332          3HG2      ILE 332  -9.662  -1.395  -7.614
    8   HD11  ILE 332          1HD1      ILE 332  -9.245   1.188  -4.919
    9   HD12  ILE 332          2HD1      ILE 332 -10.721   2.136  -5.105
   10   HD13  ILE 332          3HD1      ILE 332 -10.267   1.513  -3.519
   11   HG13  ILE 332          3HG1      ILE 332 -10.612  -0.748  -4.260

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ARG 333           H        ARG 333 -10.799   1.808  -9.356
    2    HA   ARG 333           HA       ARG 333 -12.167  -0.107 -11.096
    3    HE   ARG 333           HE       ARG 333 -14.346   3.223 -10.383
    4   HH11  ARG 333          1HH1      ARG 333 -15.414   2.485 -13.622
    5   HH12  ARG 333          2HH1      ARG 333 -16.262   3.982 -13.818
    6   HH21  ARG 333          1HH2      ARG 333 -15.461   5.192 -10.638
    7   HH22  ARG 333          2HH2      ARG 333 -16.288   5.519 -12.124
    8    HB2  ARG 333           HB2      ARG 333 -11.671   2.688 -11.236
    9    HB3  ARG 333           HB3      ARG 333 -10.816   1.934 -12.575
   10    HG2  ARG 333           HG2      ARG 333 -13.033   2.607 -13.258
   11    HG3  ARG 333           HG3      ARG 333 -12.894   0.848 -13.282
   12    HD2  ARG 333           HD2      ARG 333 -14.925   1.113 -12.242
   13    HD3  ARG 333           HD3      ARG 333 -13.842   1.038 -10.853

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLY 334           H        GLY 334 -10.722  -1.858 -10.755
    2    HA2  GLY 334           HA2      GLY 334  -7.930  -1.533 -11.470
    3    HA3  GLY 334           HA3      GLY 334  -8.890  -2.430 -12.637

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ARG 335           H        ARG 335  -7.959  -4.412 -12.377
    2    HA   ARG 335           HA       ARG 335  -8.782  -5.925 -10.081
    3    HE   ARG 335           HE       ARG 335  -8.184 -10.779 -10.768
    4   HH11  ARG 335          1HH1      ARG 335  -4.770 -10.058 -10.772
    5   HH12  ARG 335          2HH1      ARG 335  -4.291 -11.722 -10.756
    6   HH21  ARG 335          1HH2      ARG 335  -7.556 -12.968 -10.747
    7   HH22  ARG 335          2HH2      ARG 335  -5.873 -13.374 -10.743
    8    HB2  ARG 335           HB2      ARG 335  -8.562  -6.681 -12.570
    9    HB3  ARG 335           HB3      ARG 335  -6.876  -6.955 -12.155
   10    HG2  ARG 335           HG2      ARG 335  -8.861  -8.106 -10.306
   11    HG3  ARG 335           HG3      ARG 335  -8.794  -8.815 -11.921
   12    HD2  ARG 335           HD2      ARG 335  -6.217  -8.825 -11.488
   13    HD3  ARG 335           HD3      ARG 335  -6.698  -8.727  -9.795

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 336           H        GLU 336  -5.764  -4.594 -11.299
    2    HA   GLU 336           HA       GLU 336  -4.095  -5.916  -9.399
    3    HB2  GLU 336           HB2      GLU 336  -3.595  -4.633 -11.713
    4    HB3  GLU 336           HB3      GLU 336  -3.198  -3.349 -10.579
    5    HG2  GLU 336           HG2      GLU 336  -1.165  -4.313 -10.696
    6    HG3  GLU 336           HG3      GLU 336  -1.847  -5.331  -9.429

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ARG 337           H        ARG 337  -5.409  -2.621  -9.642
    2    HA   ARG 337           HA       ARG 337  -4.259  -1.603  -7.303
    3    HE   ARG 337           HE       ARG 337  -5.075   1.441 -10.219
    4   HH11  ARG 337          1HH1      ARG 337  -7.646   3.508  -9.079
    5   HH12  ARG 337          2HH1      ARG 337  -8.055   4.082 -10.661
    6   HH21  ARG 337          1HH2      ARG 337  -5.611   2.194 -12.300
    7   HH22  ARG 337          2HH2      ARG 337  -6.900   3.336 -12.490
    8    HB2  ARG 337           HB2      ARG 337  -5.917  -0.628  -9.287
    9    HB3  ARG 337           HB3      ARG 337  -6.938  -0.567  -7.857
   10    HG2  ARG 337           HG2      ARG 337  -5.255   0.756  -6.696
   11    HG3  ARG 337           HG3      ARG 337  -4.205   0.674  -8.112
   12    HD2  ARG 337           HD2      ARG 337  -6.973   1.869  -8.111
   13    HD3  ARG 337           HD3      ARG 337  -5.489   2.801  -7.912

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    PHE 338           H        PHE 338  -7.486  -3.022  -7.805
    2    HA   PHE 338           HA       PHE 338  -8.323  -2.851  -5.131
    3    HD1  PHE 338           HD1      PHE 338 -11.525  -2.994  -5.300
    4    HD2  PHE 338           HD2      PHE 338  -9.345  -6.639  -5.561
    5    HE1  PHE 338           HE1      PHE 338 -13.085  -4.037  -3.708
    6    HE2  PHE 338           HE2      PHE 338 -10.901  -7.689  -3.971
    7    HZ   PHE 338           HZ       PHE 338 -12.775  -6.388  -3.042
    8    HB2  PHE 338           HB2      PHE 338  -9.885  -3.274  -6.970
    9    HB3  PHE 338           HB3      PHE 338  -9.135  -4.838  -7.266

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLU 339           H        GLU 339  -6.369  -5.205  -6.829
    2    HA   GLU 339           HA       GLU 339  -6.476  -7.280  -4.933
    3    HB2  GLU 339           HB2      GLU 339  -4.705  -6.537  -7.190
    4    HB3  GLU 339           HB3      GLU 339  -4.013  -7.614  -5.984
    5    HG2  GLU 339           HG2      GLU 339  -5.829  -9.188  -6.315
    6    HG3  GLU 339           HG3      GLU 339  -6.579  -8.099  -7.481

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    MET 340           H        MET 340  -4.453  -4.411  -5.200
    2    HA   MET 340           HA       MET 340  -2.642  -5.080  -3.131
    3    HB2  MET 340           HB2      MET 340  -3.371  -2.619  -4.628
    4    HB3  MET 340           HB3      MET 340  -2.568  -2.395  -3.080
    5    HG2  MET 340           HG2      MET 340  -0.598  -2.935  -3.931
    6    HG3  MET 340           HG3      MET 340  -1.238  -4.412  -4.650
    7    HE1  MET 340           HE1      MET 340  -0.628  -0.848  -4.710
    8    HE2  MET 340           HE2      MET 340   0.068  -0.619  -6.314
    9    HE3  MET 340           HE3      MET 340  -1.636  -0.261  -6.033

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    PHE 341           H        PHE 341  -5.424  -2.845  -3.140
    2    HA   PHE 341           HA       PHE 341  -5.415  -2.367  -0.372
    3    HD1  PHE 341           HD1      PHE 341  -8.236  -0.819  -3.814
    4    HD2  PHE 341           HD2      PHE 341  -4.753  -0.481  -1.394
    5    HE1  PHE 341           HE1      PHE 341  -7.325   0.858  -5.365
    6    HE2  PHE 341           HE2      PHE 341  -3.838   1.198  -2.935
    7    HZ   PHE 341           HZ       PHE 341  -5.122   1.865  -4.925
    8    HB2  PHE 341           HB2      PHE 341  -7.910  -2.308  -2.057
    9    HB3  PHE 341           HB3      PHE 341  -7.487  -1.284  -0.687

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    ARG 342           H        ARG 342  -6.653  -5.008  -2.256
    2    HA   ARG 342           HA       ARG 342  -8.443  -6.019  -0.278
    3    HE   ARG 342           HE       ARG 342  -8.070 -11.447  -1.638
    4   HH11  ARG 342          1HH1      ARG 342 -10.843  -9.679  -2.805
    5   HH12  ARG 342          2HH1      ARG 342 -11.974 -10.909  -2.354
    6   HH21  ARG 342          1HH2      ARG 342  -9.557 -13.067  -1.044
    7   HH22  ARG 342          2HH2      ARG 342 -11.245 -12.833  -1.354
    8    HB2  ARG 342           HB2      ARG 342  -8.660  -6.586  -2.667
    9    HB3  ARG 342           HB3      ARG 342  -7.125  -7.441  -2.600
   10    HG2  ARG 342           HG2      ARG 342  -8.427  -8.702  -0.622
   11    HG3  ARG 342           HG3      ARG 342  -9.792  -8.253  -1.648
   12    HD2  ARG 342           HD2      ARG 342  -8.931  -9.442  -3.489
   13    HD3  ARG 342           HD3      ARG 342  -7.337  -9.590  -2.749

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 343           H        GLU 343  -5.081  -6.644  -1.151
    2    HA   GLU 343           HA       GLU 343  -4.760  -8.754   0.768
    3    HB2  GLU 343           HB2      GLU 343  -3.395  -8.623  -1.291
    4    HB3  GLU 343           HB3      GLU 343  -2.664  -7.138  -0.698
    5    HG2  GLU 343           HG2      GLU 343  -1.788  -8.403   1.244
    6    HG3  GLU 343           HG3      GLU 343  -2.423  -9.879   0.517

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 344           H        LEU 344  -4.308  -5.296   0.698
    2    HA   LEU 344           HA       LEU 344  -2.808  -5.166   3.139
    3    HG   LEU 344           HG       LEU 344  -1.323  -3.783   2.315
    4   HD11  LEU 344          1HD1      LEU 344  -2.489  -2.816  -0.283
    5   HD12  LEU 344          2HD1      LEU 344  -0.755  -2.946   0.008
    6   HD13  LEU 344          3HD1      LEU 344  -1.770  -4.387   0.072
    7   HD21  LEU 344          1HD2      LEU 344  -2.447  -1.051   2.146
    8   HD22  LEU 344          2HD2      LEU 344  -1.143  -1.684   3.151
    9   HD23  LEU 344          3HD2      LEU 344  -0.844  -1.300   1.456
   10    HB2  LEU 344           HB2      LEU 344  -4.024  -3.215   1.255
   11    HB3  LEU 344           HB3      LEU 344  -3.716  -2.668   2.892

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ASN 345           H        ASN 345  -6.178  -5.009   2.217
    2    HA   ASN 345           HA       ASN 345  -7.107  -4.077   4.763
    3   HD21  ASN 345          1HD2      ASN 345 -10.235  -2.807   3.209
    4   HD22  ASN 345          2HD2      ASN 345 -11.314  -3.357   4.441
    5    HB2  ASN 345           HB2      ASN 345  -8.382  -3.702   2.678
    6    HB3  ASN 345           HB3      ASN 345  -8.635  -5.439   2.532

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    GLU 346           H        GLU 346  -6.791  -7.215   3.178
    2    HA   GLU 346           HA       GLU 346  -8.070  -8.682   5.268
    3    HB2  GLU 346           HB2      GLU 346  -6.213  -9.603   3.066
    4    HB3  GLU 346           HB3      GLU 346  -7.130 -10.670   4.120
    5    HG2  GLU 346           HG2      GLU 346  -9.162 -10.073   3.166
    6    HG3  GLU 346           HG3      GLU 346  -8.507  -8.592   2.468

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ALA 347           H        ALA 347  -4.808  -7.639   4.604
    2    HA   ALA 347           HA       ALA 347  -3.559  -9.358   6.524
    3    HB1  ALA 347           HB1      ALA 347  -2.402  -6.808   5.429
    4    HB2  ALA 347           HB2      ALA 347  -2.452  -8.305   4.499
    5    HB3  ALA 347           HB3      ALA 347  -1.549  -8.237   6.012

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    LEU 348           H        LEU 348  -4.809  -6.067   6.520
    2    HA   LEU 348           HA       LEU 348  -3.755  -5.371   9.078
    3    HG   LEU 348           HG       LEU 348  -3.080  -3.614   7.609
    4   HD11  LEU 348          1HD1      LEU 348  -5.063  -2.560   6.090
    5   HD12  LEU 348          2HD1      LEU 348  -4.644  -1.183   7.109
    6   HD13  LEU 348          3HD1      LEU 348  -3.405  -1.962   6.126
    7   HD21  LEU 348          1HD2      LEU 348  -4.027  -2.876   9.992
    8   HD22  LEU 348          2HD2      LEU 348  -2.658  -2.076   9.220
    9   HD23  LEU 348          3HD2      LEU 348  -4.268  -1.363   9.118
   10    HB2  LEU 348           HB2      LEU 348  -5.652  -4.176   7.137
   11    HB3  LEU 348           HB3      LEU 348  -5.798  -3.654   8.804

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLU 349           H        GLU 349  -6.686  -6.893   7.939
    2    HA   GLU 349           HA       GLU 349  -8.169  -6.630  10.350
    3    HB2  GLU 349           HB2      GLU 349  -9.230  -7.090   8.175
    4    HB3  GLU 349           HB3      GLU 349  -8.449  -8.664   8.130
    5    HG2  GLU 349           HG2      GLU 349  -9.693  -8.882  10.480
    6    HG3  GLU 349           HG3      GLU 349 -10.781  -7.743   9.688

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 350           H        LEU 350  -5.802  -8.910   9.178
    2    HA   LEU 350           HA       LEU 350  -6.318 -10.994  11.019
    3    HG   LEU 350           HG       LEU 350  -4.240 -12.604   8.496
    4   HD11  LEU 350          1HD1      LEU 350  -5.629 -12.883  11.093
    5   HD12  LEU 350          2HD1      LEU 350  -6.168 -13.925   9.776
    6   HD13  LEU 350          3HD1      LEU 350  -4.482 -13.959  10.295
    7   HD21  LEU 350          1HD2      LEU 350  -6.725 -11.028   8.696
    8   HD22  LEU 350          2HD2      LEU 350  -5.918 -11.707   7.282
    9   HD23  LEU 350          3HD2      LEU 350  -6.918 -12.737   8.307
   10    HB2  LEU 350           HB2      LEU 350  -4.175 -10.276   9.126
   11    HB3  LEU 350           HB3      LEU 350  -3.666 -11.266  10.481

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    LYS 351           H        LYS 351  -4.124  -8.214  11.091
    2    HA   LYS 351           HA       LYS 351  -2.804  -8.840  13.484
    3    HB2  LYS 351           HB2      LYS 351  -3.273  -6.328  11.937
    4    HB3  LYS 351           HB3      LYS 351  -2.610  -6.208  13.561
    5    HG2  LYS 351           HG2      LYS 351  -0.885  -7.941  12.743
    6    HG3  LYS 351           HG3      LYS 351  -1.418  -7.471  11.127
    7    HD2  LYS 351           HD2      LYS 351  -1.033  -5.042  12.078
    8    HD3  LYS 351           HD3      LYS 351   0.049  -5.892  13.184
    9    HE2  LYS 351           HE2      LYS 351   1.504  -6.488  11.524
   10    HE3  LYS 351           HE3      LYS 351   0.252  -6.503  10.283
   11    HZ1  LYS 351           HZ1      LYS 351   0.991  -3.943  11.512
   12    HZ2  LYS 351           HZ2      LYS 351   2.028  -4.615  10.357
   13    HZ3  LYS 351           HZ3      LYS 351   0.424  -4.263   9.950

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    ASP 352           H        ASP 352  -5.848  -7.196  12.857
    2    HA   ASP 352           HA       ASP 352  -6.266  -6.269  15.506
    3    HB2  ASP 352           HB2      ASP 352  -7.426  -5.521  13.321
    4    HB3  ASP 352           HB3      ASP 352  -8.486  -6.904  13.575

  No H/Q in entry =           4
  Start of MODEL   21
    1    H    ALA 353           H        ALA 353  -6.967  -9.267  13.842
    2    HA   ALA 353           HA       ALA 353  -8.766 -10.339  15.746
    3    HB1  ALA 353           HB1      ALA 353  -8.825 -12.160  14.413
    4    HB2  ALA 353           HB2      ALA 353  -8.006 -11.088  13.276
    5    HB3  ALA 353           HB3      ALA 353  -7.071 -12.228  14.244

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLN 354           H        GLN 354  -5.263 -10.363  15.456
    2    HA   GLN 354           HA       GLN 354  -4.874 -12.248  17.588
    3   HE21  GLN 354          1HE2      GLN 354  -1.557 -13.841  16.171
    4   HE22  GLN 354          2HE2      GLN 354  -0.189 -13.567  15.153
    5    HB2  GLN 354           HB2      GLN 354  -2.844 -10.341  16.420
    6    HB3  GLN 354           HB3      GLN 354  -2.524 -11.826  17.305
    7    HG2  GLN 354           HG2      GLN 354  -3.678 -13.059  15.447
    8    HG3  GLN 354           HG3      GLN 354  -3.687 -11.541  14.550

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    ALA 355           H        ALA 355  -5.039  -8.772  17.274
    2    HA   ALA 355           HA       ALA 355  -4.079  -8.308  19.968
    3    HB1  ALA 355           HB1      ALA 355  -3.910  -6.796  17.778
    4    HB2  ALA 355           HB2      ALA 355  -5.400  -6.136  18.451
    5    HB3  ALA 355           HB3      ALA 355  -3.918  -6.116  19.405

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLY 356           H        GLY 356  -5.309  -8.239  21.733
    2    HA2  GLY 356           HA2      GLY 356  -8.231  -8.252  21.379
    3    HA3  GLY 356           HA3      GLY 356  -7.499  -7.118  22.504

  No H/Q in entry =           3
  Start of MODEL   21
    1    H1   GLU 326           H1       GLU 326 -13.511  -2.442 -15.484
    2    H2   GLU 326           H2       GLU 326 -11.959  -3.134 -15.241
    3    H3   GLU 326           H3       GLU 326 -13.055  -3.856 -16.343
    4    HA   GLU 326           HA       GLU 326 -14.520  -4.440 -14.611
    5    HB2  GLU 326           HB2      GLU 326 -11.639  -5.194 -14.528
    6    HB3  GLU 326           HB3      GLU 326 -12.663  -5.765 -13.218
    7    HG2  GLU 326           HG2      GLU 326 -12.868  -7.508 -14.657
    8    HG3  GLU 326           HG3      GLU 326 -14.216  -6.512 -15.206

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    SER 327           H        SER 327 -15.506  -3.467 -12.972
    2    HA   SER 327           HA       SER 327 -13.948  -1.863 -11.088
    3    HG   SER 327           HG       SER 327 -17.825  -2.331 -11.171
    4    HB2  SER 327           HB2      SER 327 -16.299  -1.196 -10.287
    5    HB3  SER 327           HB3      SER 327 -15.807  -0.647 -11.889

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    PHE 328           H        PHE 328 -14.203  -2.090  -8.814
    2    HA   PHE 328           HA       PHE 328 -15.485  -4.515  -7.834
    3    HD1  PHE 328           HD1      PHE 328 -11.741  -3.850  -9.527
    4    HD2  PHE 328           HD2      PHE 328 -14.112  -7.134  -8.225
    5    HE1  PHE 328           HE1      PHE 328 -11.082  -5.116 -11.532
    6    HE2  PHE 328           HE2      PHE 328 -13.458  -8.407 -10.226
    7    HZ   PHE 328           HZ       PHE 328 -11.940  -7.397 -11.883
    8    HB2  PHE 328           HB2      PHE 328 -12.567  -3.955  -7.275
    9    HB3  PHE 328           HB3      PHE 328 -13.503  -5.333  -6.707

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLY 329           H        GLY 329 -16.448  -4.171  -5.930
    2    HA2  GLY 329           HA2      GLY 329 -17.286  -2.874  -4.200
    3    HA3  GLY 329           HA3      GLY 329 -16.192  -1.585  -4.679

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    LEU 330           H        LEU 330 -14.811  -1.072  -3.131
    2    HA   LEU 330           HA       LEU 330 -13.606  -3.235  -1.547
    3    HG   LEU 330           HG       LEU 330 -11.596  -2.316  -0.135
    4   HD11  LEU 330          1HD1      LEU 330 -10.423  -3.005  -2.823
    5   HD12  LEU 330          2HD1      LEU 330  -9.794  -3.572  -1.276
    6   HD13  LEU 330          3HD1      LEU 330 -11.412  -4.044  -1.798
    7   HD21  LEU 330          1HD2      LEU 330 -10.662  -0.011  -0.696
    8   HD22  LEU 330          2HD2      LEU 330  -9.514  -1.238  -0.161
    9   HD23  LEU 330          3HD2      LEU 330  -9.644  -0.839  -1.874
   10    HB2  LEU 330           HB2      LEU 330 -12.221  -1.562  -2.965
   11    HB3  LEU 330           HB3      LEU 330 -12.559  -0.428  -1.671

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLY 331           H        GLY 331 -14.895  -3.511   0.199
    2    HA2  GLY 331           HA2      GLY 331 -16.304  -2.889   1.963
    3    HA3  GLY 331           HA3      GLY 331 -15.973  -1.201   1.604

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ILE 332           H        ILE 332 -14.807  -0.164   3.068
    2    HA   ILE 332           HA       ILE 332 -13.031  -1.744   4.811
    3    HB   ILE 332           HB       ILE 332 -12.487   1.092   3.940
    4   HG12  ILE 332          2HG1      ILE 332 -10.535  -0.213   2.720
    5   HG21  ILE 332          1HG2      ILE 332 -11.576   0.199   6.137
    6   HG22  ILE 332          2HG2      ILE 332 -10.579  -0.881   5.161
    7   HG23  ILE 332          3HG2      ILE 332 -10.401   0.867   5.003
    8   HD11  ILE 332          1HD1      ILE 332 -13.270   0.396   1.779
    9   HD12  ILE 332          2HD1      ILE 332 -11.710   0.994   1.212
   10   HD13  ILE 332          3HD1      ILE 332 -12.257  -0.619   0.752
   11   HG13  ILE 332          3HG1      ILE 332 -11.703  -1.530   2.739

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ARG 333           H        ARG 333 -13.645  -1.671   6.862
    2    HA   ARG 333           HA       ARG 333 -15.581   0.254   7.770
    3    HE   ARG 333           HE       ARG 333 -17.788  -1.684  11.332
    4   HH11  ARG 333          1HH1      ARG 333 -18.503  -3.586   8.494
    5   HH12  ARG 333          2HH1      ARG 333 -19.224  -4.880   9.390
    6   HH21  ARG 333          1HH2      ARG 333 -18.736  -3.386  12.512
    7   HH22  ARG 333          2HH2      ARG 333 -19.357  -4.767  11.671
    8    HB2  ARG 333           HB2      ARG 333 -14.195  -2.097   9.024
    9    HB3  ARG 333           HB3      ARG 333 -15.130  -0.980  10.009
   10    HG2  ARG 333           HG2      ARG 333 -16.389  -2.146   7.578
   11    HG3  ARG 333           HG3      ARG 333 -16.214  -3.148   9.020
   12    HD2  ARG 333           HD2      ARG 333 -17.273  -0.445   9.491
   13    HD3  ARG 333           HD3      ARG 333 -18.314  -1.501   8.537

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLY 334           H        GLY 334 -12.134  -0.241   8.070
    2    HA2  GLY 334           HA2      GLY 334 -10.550   0.877   9.364
    3    HA3  GLY 334           HA3      GLY 334 -11.851   1.758  10.151

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ARG 335           H        ARG 335 -11.635   3.864   9.839
    2    HA   ARG 335           HA       ARG 335 -11.704   5.057   7.297
    3    HE   ARG 335           HE       ARG 335  -9.102   7.640  11.928
    4   HH11  ARG 335          1HH1      ARG 335 -12.091   9.346  12.504
    5   HH12  ARG 335          2HH1      ARG 335 -11.422  10.354  13.743
    6   HH21  ARG 335          1HH2      ARG 335  -8.221   8.964  13.558
    7   HH22  ARG 335          2HH2      ARG 335  -9.225  10.138  14.342
    8    HB2  ARG 335           HB2      ARG 335 -11.335   7.164   8.460
    9    HB3  ARG 335           HB3      ARG 335 -12.491   6.176   9.342
   10    HG2  ARG 335           HG2      ARG 335 -10.707   5.494  10.886
   11    HG3  ARG 335           HG3      ARG 335  -9.578   6.536  10.016
   12    HD2  ARG 335           HD2      ARG 335 -11.358   8.382  10.493
   13    HD3  ARG 335           HD3      ARG 335 -11.890   7.276  11.759

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 336           H        GLU 336  -9.036   4.329   9.481
    2    HA   GLU 336           HA       GLU 336  -7.026   5.758   8.144
    3    HB2  GLU 336           HB2      GLU 336  -5.454   4.206   9.288
    4    HB3  GLU 336           HB3      GLU 336  -6.645   4.916  10.369
    5    HG2  GLU 336           HG2      GLU 336  -6.776   2.779  11.081
    6    HG3  GLU 336           HG3      GLU 336  -7.951   2.685   9.770

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ARG 337           H        ARG 337  -8.075   2.379   7.806
    2    HA   ARG 337           HA       ARG 337  -6.201   1.613   5.873
    3    HE   ARG 337           HE       ARG 337  -8.638  -1.399   8.278
    4   HH11  ARG 337          1HH1      ARG 337  -8.668  -4.310   6.355
    5   HH12  ARG 337          2HH1      ARG 337  -9.760  -5.144   7.408
    6   HH21  ARG 337          1HH2      ARG 337 -10.075  -2.494   9.665
    7   HH22  ARG 337          2HH2      ARG 337 -10.560  -4.114   9.287
    8    HB2  ARG 337           HB2      ARG 337  -8.628   0.534   7.026
    9    HB3  ARG 337           HB3      ARG 337  -8.546   0.186   5.305
   10    HG2  ARG 337           HG2      ARG 337  -6.259  -0.738   5.677
   11    HG3  ARG 337           HG3      ARG 337  -6.525  -0.541   7.411
   12    HD2  ARG 337           HD2      ARG 337  -8.340  -2.134   5.611
   13    HD3  ARG 337           HD3      ARG 337  -6.996  -2.837   6.509

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    PHE 338           H        PHE 338  -9.541   2.776   5.454
    2    HA   PHE 338           HA       PHE 338  -9.544   2.762   2.653
    3    HD1  PHE 338           HD1      PHE 338 -12.851   2.776   2.031
    4    HD2  PHE 338           HD2      PHE 338 -10.726   6.383   2.796
    5    HE1  PHE 338           HE1      PHE 338 -13.956   3.831   0.103
    6    HE2  PHE 338           HE2      PHE 338 -11.828   7.445   0.870
    7    HZ   PHE 338           HZ       PHE 338 -13.446   6.169  -0.479
    8    HB2  PHE 338           HB2      PHE 338 -11.597   2.972   3.974
    9    HB3  PHE 338           HB3      PHE 338 -11.080   4.553   4.549

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLU 339           H        GLU 339  -8.373   5.112   4.971
    2    HA   GLU 339           HA       GLU 339  -8.063   7.300   3.237
    3    HB2  GLU 339           HB2      GLU 339  -6.915   6.489   5.860
    4    HB3  GLU 339           HB3      GLU 339  -6.076   7.751   4.968
    5    HG2  GLU 339           HG2      GLU 339  -8.658   8.593   4.812
    6    HG3  GLU 339           HG3      GLU 339  -8.624   7.827   6.400

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    MET 340           H        MET 340  -5.958   4.567   3.982
    2    HA   MET 340           HA       MET 340  -3.693   5.484   2.570
    3    HB2  MET 340           HB2      MET 340  -4.170   3.381   4.204
    4    HB3  MET 340           HB3      MET 340  -4.186   2.566   2.646
    5    HG2  MET 340           HG2      MET 340  -1.971   3.077   2.209
    6    HG3  MET 340           HG3      MET 340  -1.947   4.407   3.365
    7    HE1  MET 340           HE1      MET 340  -3.095   0.866   3.221
    8    HE2  MET 340           HE2      MET 340  -2.101  -0.030   4.370
    9    HE3  MET 340           HE3      MET 340  -3.488   0.897   4.940

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    PHE 341           H        PHE 341  -6.201   3.127   1.634
    2    HA   PHE 341           HA       PHE 341  -5.339   2.765  -1.003
    3    HD1  PHE 341           HD1      PHE 341  -9.042   1.088   1.361
    4    HD2  PHE 341           HD2      PHE 341  -5.003   0.823   0.051
    5    HE1  PHE 341           HE1      PHE 341  -8.614  -0.656   3.042
    6    HE2  PHE 341           HE2      PHE 341  -4.568  -0.922   1.723
    7    HZ   PHE 341           HZ       PHE 341  -6.374  -1.659   3.224
    8    HB2  PHE 341           HB2      PHE 341  -8.232   2.636  -0.170
    9    HB3  PHE 341           HB3      PHE 341  -7.401   1.675  -1.391

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    ARG 342           H        ARG 342  -7.114   5.360   0.465
    2    HA   ARG 342           HA       ARG 342  -8.269   6.410  -1.912
    3    HE   ARG 342           HE       ARG 342  -8.424   9.054  -3.309
    4   HH11  ARG 342          1HH1      ARG 342 -11.683   9.241  -2.075
    5   HH12  ARG 342          2HH1      ARG 342 -12.417   8.922  -3.611
    6   HH21  ARG 342          1HH2      ARG 342  -9.387   8.634  -5.330
    7   HH22  ARG 342          2HH2      ARG 342 -11.113   8.576  -5.459
    8    HB2  ARG 342           HB2      ARG 342  -8.522   6.948   0.767
    9    HB3  ARG 342           HB3      ARG 342  -7.630   8.352   0.198
   10    HG2  ARG 342           HG2      ARG 342 -10.092   7.437  -1.230
   11    HG3  ARG 342           HG3      ARG 342 -10.205   8.424   0.229
   12    HD2  ARG 342           HD2      ARG 342 -10.093  10.133  -1.236
   13    HD3  ARG 342           HD3      ARG 342  -8.360   9.820  -1.152

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 343           H        GLU 343  -5.260   7.033  -0.162
    2    HA   GLU 343           HA       GLU 343  -4.417   9.124  -1.929
    3    HB2  GLU 343           HB2      GLU 343  -3.167   7.595   0.317
    4    HB3  GLU 343           HB3      GLU 343  -2.130   8.515  -0.764
    5    HG2  GLU 343           HG2      GLU 343  -3.738  10.471  -0.270
    6    HG3  GLU 343           HG3      GLU 343  -4.241   9.495   1.109

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 344           H        LEU 344  -4.029   5.661  -1.763
    2    HA   LEU 344           HA       LEU 344  -1.933   5.526  -3.716
    3    HG   LEU 344           HG       LEU 344  -2.263   4.420  -0.967
    4   HD11  LEU 344          1HD1      LEU 344  -3.299   2.030  -1.088
    5   HD12  LEU 344          2HD1      LEU 344  -1.629   1.531  -1.361
    6   HD13  LEU 344          3HD1      LEU 344  -2.061   2.399   0.112
    7   HD21  LEU 344          1HD2      LEU 344  -0.370   4.309  -2.867
    8   HD22  LEU 344          2HD2      LEU 344  -0.014   4.295  -1.140
    9   HD23  LEU 344          3HD2      LEU 344  -0.057   2.781  -2.043
   10    HB2  LEU 344           HB2      LEU 344  -3.800   3.370  -2.725
   11    HB3  LEU 344           HB3      LEU 344  -2.350   3.108  -3.674

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ASN 345           H        ASN 345  -5.422   5.487  -3.751
    2    HA   ASN 345           HA       ASN 345  -5.678   4.503  -6.425
    3   HD21  ASN 345          1HD2      ASN 345  -9.881   5.535  -5.509
    4   HD22  ASN 345          2HD2      ASN 345 -10.219   4.839  -7.053
    5    HB2  ASN 345           HB2      ASN 345  -7.450   4.429  -4.581
    6    HB3  ASN 345           HB3      ASN 345  -7.739   6.129  -4.939

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    GLU 346           H        GLU 346  -5.555   7.686  -4.919
    2    HA   GLU 346           HA       GLU 346  -6.152   9.113  -7.327
    3    HB2  GLU 346           HB2      GLU 346  -5.064   9.942  -4.642
    4    HB3  GLU 346           HB3      GLU 346  -5.253  11.084  -5.965
    5    HG2  GLU 346           HG2      GLU 346  -7.558   9.406  -5.076
    6    HG3  GLU 346           HG3      GLU 346  -7.118  10.869  -4.196

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ALA 347           H        ALA 347  -3.250   8.003  -5.721
    2    HA   ALA 347           HA       ALA 347  -1.451   9.539  -7.345
    3    HB1  ALA 347           HB1      ALA 347  -1.212   7.527  -5.199
    4    HB2  ALA 347           HB2      ALA 347   0.130   7.612  -6.339
    5    HB3  ALA 347           HB3      ALA 347  -0.350   9.047  -5.434

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    LEU 348           H        LEU 348  -2.911   6.368  -7.497
    2    HA   LEU 348           HA       LEU 348  -1.179   5.371  -9.553
    3    HG   LEU 348           HG       LEU 348  -1.039   3.748  -7.846
    4   HD11  LEU 348          1HD1      LEU 348  -3.632   2.527  -7.223
    5   HD12  LEU 348          2HD1      LEU 348  -2.252   1.433  -7.123
    6   HD13  LEU 348          3HD1      LEU 348  -2.273   2.916  -6.168
    7   HD21  LEU 348          1HD2      LEU 348  -2.204   1.858  -9.875
    8   HD22  LEU 348          2HD2      LEU 348  -0.683   2.747  -9.957
    9   HD23  LEU 348          3HD2      LEU 348  -0.867   1.419  -8.811
   10    HB2  LEU 348           HB2      LEU 348  -3.633   4.436  -8.168
   11    HB3  LEU 348           HB3      LEU 348  -3.302   3.755  -9.749

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLU 349           H        GLU 349  -4.235   7.070  -9.431
    2    HA   GLU 349           HA       GLU 349  -4.926   6.653 -12.167
    3    HB2  GLU 349           HB2      GLU 349  -6.351   7.465 -10.068
    4    HB3  GLU 349           HB3      GLU 349  -5.913   9.048 -10.695
    5    HG2  GLU 349           HG2      GLU 349  -7.958   8.610 -11.688
    6    HG3  GLU 349           HG3      GLU 349  -6.792   8.188 -12.941

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 350           H        LEU 350  -2.996   8.986 -10.436
    2    HA   LEU 350           HA       LEU 350  -2.886  10.959 -12.471
    3    HG   LEU 350           HG       LEU 350  -0.889  12.996 -10.195
    4   HD11  LEU 350          1HD1      LEU 350   0.182  12.392 -12.339
    5   HD12  LEU 350          2HD1      LEU 350  -1.386  12.544 -13.132
    6   HD13  LEU 350          3HD1      LEU 350  -0.634  13.955 -12.388
    7   HD21  LEU 350          1HD2      LEU 350  -3.500  12.601 -10.316
    8   HD22  LEU 350          2HD2      LEU 350  -2.792  14.195 -10.574
    9   HD23  LEU 350          3HD2      LEU 350  -3.272  13.210 -11.955
   10    HB2  LEU 350           HB2      LEU 350  -2.108  10.863  -9.880
   11    HB3  LEU 350           HB3      LEU 350  -0.558  10.668 -10.676

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    LYS 351           H        LYS 351  -1.017   8.071 -11.779
    2    HA   LYS 351           HA       LYS 351   1.086   8.617 -13.619
    3    HB2  LYS 351           HB2      LYS 351   0.186   6.266 -12.030
    4    HB3  LYS 351           HB3      LYS 351   1.240   5.963 -13.404
    5    HG2  LYS 351           HG2      LYS 351   3.038   6.880 -12.402
    6    HG3  LYS 351           HG3      LYS 351   2.086   8.121 -11.584
    7    HD2  LYS 351           HD2      LYS 351   2.562   6.888  -9.752
    8    HD3  LYS 351           HD3      LYS 351   1.194   5.922 -10.308
    9    HE2  LYS 351           HE2      LYS 351   2.858   4.340  -9.914
   10    HE3  LYS 351           HE3      LYS 351   2.938   4.602 -11.656
   11    HZ1  LYS 351           HZ1      LYS 351   4.698   5.954  -9.685
   12    HZ2  LYS 351           HZ2      LYS 351   5.131   4.567 -10.551
   13    HZ3  LYS 351           HZ3      LYS 351   4.826   6.017 -11.370

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    ASP 352           H        ASP 352  -2.009   6.971 -13.832
    2    HA   ASP 352           HA       ASP 352  -1.587   5.793 -16.376
    3    HB2  ASP 352           HB2      ASP 352  -3.384   5.220 -14.627
    4    HB3  ASP 352           HB3      ASP 352  -4.283   6.582 -15.288

  No H/Q in entry =           4
  Start of MODEL   21
    1    H    ALA 353           H        ALA 353  -2.685   8.936 -15.317
    2    HA   ALA 353           HA       ALA 353  -3.749   9.778 -17.820
    3    HB1  ALA 353           HB1      ALA 353  -2.698  11.811 -15.944
    4    HB2  ALA 353           HB2      ALA 353  -3.966  10.745 -15.339
    5    HB3  ALA 353           HB3      ALA 353  -4.251  11.727 -16.776

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLN 354           H        GLN 354  -0.568   9.814 -16.372
    2    HA   GLN 354           HA       GLN 354   0.621  11.673 -18.152
    3   HE21  GLN 354          1HE2      GLN 354   2.962  13.471 -14.713
    4   HE22  GLN 354          2HE2      GLN 354   4.285  12.705 -13.908
    5    HB2  GLN 354           HB2      GLN 354   1.801   9.493 -16.429
    6    HB3  GLN 354           HB3      GLN 354   2.776  10.617 -17.366
    7    HG2  GLN 354           HG2      GLN 354   1.637  12.477 -16.122
    8    HG3  GLN 354           HG3      GLN 354   0.936  11.244 -15.075

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    ALA 355           H        ALA 355   0.192   8.180 -18.215
    2    HA   ALA 355           HA       ALA 355   1.816   7.799 -20.552
    3    HB1  ALA 355           HB1      ALA 355  -0.217   5.796 -19.694
    4    HB2  ALA 355           HB2      ALA 355   1.168   6.114 -18.650
    5    HB3  ALA 355           HB3      ALA 355   1.420   5.553 -20.303

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLY 356           H        GLY 356   0.538   6.288 -22.295
    2    HA2  GLY 356           HA2      GLY 356  -0.583   6.853 -24.297
    3    HA3  GLY 356           HA3      GLY 356  -1.430   8.129 -23.435

  No H/Q in entry =           3
  Start of MODEL   21
    1    H1   GLU 326           H1       GLU 326  17.802  12.947   4.906
    2    H2   GLU 326           H2       GLU 326  16.228  13.542   5.230
    3    H3   GLU 326           H3       GLU 326  17.545  14.016   6.224
    4    HA   GLU 326           HA       GLU 326  17.801  11.844   7.047
    5    HB2  GLU 326           HB2      GLU 326  15.033  13.027   7.065
    6    HB3  GLU 326           HB3      GLU 326  15.420  11.601   8.017
    7    HG2  GLU 326           HG2      GLU 326  15.957  13.048   9.620
    8    HG3  GLU 326           HG3      GLU 326  17.443  13.293   8.702

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    SER 327           H        SER 327  18.300  10.328   5.401
    2    HA   SER 327           HA       SER 327  16.076   9.063   4.003
    3    HG   SER 327           HG       SER 327  19.873   7.890   3.291
    4    HB2  SER 327           HB2      SER 327  17.779   7.872   2.738
    5    HB3  SER 327           HB3      SER 327  18.177   9.590   2.778

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    PHE 328           H        PHE 328  15.668   6.808   4.109
    2    HA   PHE 328           HA       PHE 328  16.802   5.419   6.435
    3    HD1  PHE 328           HD1      PHE 328  15.003   5.994   9.092
    4    HD2  PHE 328           HD2      PHE 328  13.731   7.814   5.462
    5    HE1  PHE 328           HE1      PHE 328  14.567   8.091  10.302
    6    HE2  PHE 328           HE2      PHE 328  13.293   9.916   6.665
    7    HZ   PHE 328           HZ       PHE 328  13.712  10.056   9.088
    8    HB2  PHE 328           HB2      PHE 328  13.862   5.333   5.750
    9    HB3  PHE 328           HB3      PHE 328  14.653   4.675   7.179

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLY 329           H        GLY 329  17.085   3.231   6.204
    2    HA2  GLY 329           HA2      GLY 329  17.860   1.626   4.582
    3    HA3  GLY 329           HA3      GLY 329  16.607   2.192   3.489

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    LEU 330           H        LEU 330  15.043   0.762   3.210
    2    HA   LEU 330           HA       LEU 330  14.108  -0.773   5.535
    3    HG   LEU 330           HG       LEU 330  11.884  -0.689   5.931
    4   HD11  LEU 330          1HD1      LEU 330  10.329   0.480   3.705
    5   HD12  LEU 330          2HD1      LEU 330   9.449  -0.534   4.848
    6   HD13  LEU 330          3HD1      LEU 330  10.333   0.879   5.423
    7   HD21  LEU 330          1HD2      LEU 330  12.160  -2.760   4.328
    8   HD22  LEU 330          2HD2      LEU 330  10.878  -2.705   5.538
    9   HD23  LEU 330          3HD2      LEU 330  10.518  -2.323   3.855
   10    HB2  LEU 330           HB2      LEU 330  12.642   0.770   3.907
   11    HB3  LEU 330           HB3      LEU 330  12.552  -0.735   3.011

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLY 331           H        GLY 331  14.180  -2.954   5.562
    2    HA2  GLY 331           HA2      GLY 331  15.427  -4.882   4.922
    3    HA3  GLY 331           HA3      GLY 331  15.504  -4.250   3.284

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ILE 332           H        ILE 332  13.627  -4.396   1.946
    2    HA   ILE 332           HA       ILE 332  11.417  -6.032   2.894
    3    HB   ILE 332           HB       ILE 332  11.819  -4.879   0.134
    4   HG12  ILE 332          2HG1      ILE 332   9.881  -3.581   1.921
    5   HG21  ILE 332          1HG2      ILE 332  10.194  -6.720   0.317
    6   HG22  ILE 332          2HG2      ILE 332   9.317  -5.802   1.541
    7   HG23  ILE 332          3HG2      ILE 332   9.431  -5.188  -0.109
    8   HD11  ILE 332          1HD1      ILE 332  10.671  -2.779  -0.360
    9   HD12  ILE 332          2HD1      ILE 332  10.604  -1.594   0.945
   10   HD13  ILE 332          3HD1      ILE 332  12.152  -2.288   0.463
   11   HG13  ILE 332          3HG1      ILE 332  11.555  -3.402   2.436

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ARG 333           H        ARG 333  11.414  -8.166   2.708
    2    HA   ARG 333           HA       ARG 333  13.311  -9.455   0.900
    3    HE   ARG 333           HE       ARG 333  13.539 -13.552  -0.237
    4   HH11  ARG 333          1HH1      ARG 333  14.429 -13.929   3.117
    5   HH12  ARG 333          2HH1      ARG 333  15.785 -14.949   2.772
    6   HH21  ARG 333          1HH2      ARG 333  15.322 -14.894  -0.692
    7   HH22  ARG 333          2HH2      ARG 333  16.292 -15.497   0.609
    8    HB2  ARG 333           HB2      ARG 333  12.821 -10.036   3.436
    9    HB3  ARG 333           HB3      ARG 333  11.530 -11.000   2.732
   10    HG2  ARG 333           HG2      ARG 333  14.248 -11.295   1.585
   11    HG3  ARG 333           HG3      ARG 333  13.944 -11.982   3.182
   12    HD2  ARG 333           HD2      ARG 333  12.462 -13.529   2.388
   13    HD3  ARG 333           HD3      ARG 333  11.962 -12.515   1.035

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLY 334           H        GLY 334  12.245  -9.060  -1.080
    2    HA2  GLY 334           HA2      GLY 334   9.537  -9.968  -1.481
    3    HA3  GLY 334           HA3      GLY 334  10.745 -11.044  -2.167

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ARG 335           H        ARG 335  10.307 -10.719  -4.304
    2    HA   ARG 335           HA       ARG 335  11.370  -8.345  -5.494
    3    HE   ARG 335           HE       ARG 335  10.919 -10.790  -9.880
    4   HH11  ARG 335          1HH1      ARG 335  14.285 -11.669  -9.602
    5   HH12  ARG 335          2HH1      ARG 335  14.326 -12.491 -11.126
    6   HH21  ARG 335          1HH2      ARG 335  10.970 -11.872 -11.884
    7   HH22  ARG 335          2HH2      ARG 335  12.444 -12.606 -12.421
    8    HB2  ARG 335           HB2      ARG 335  11.181 -10.886  -6.345
    9    HB3  ARG 335           HB3      ARG 335   9.756 -10.222  -7.132
   10    HG2  ARG 335           HG2      ARG 335  10.962  -8.979  -8.579
   11    HG3  ARG 335           HG3      ARG 335  12.245  -8.662  -7.409
   12    HD2  ARG 335           HD2      ARG 335  13.427 -10.100  -8.669
   13    HD3  ARG 335           HD3      ARG 335  12.535 -11.329  -7.774

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 336           H        GLU 336   8.142  -9.854  -5.736
    2    HA   GLU 336           HA       GLU 336   6.890  -7.663  -6.948
    3    HB2  GLU 336           HB2      GLU 336   5.986  -9.992  -6.842
    4    HB3  GLU 336           HB3      GLU 336   5.591  -9.716  -5.151
    5    HG2  GLU 336           HG2      GLU 336   4.073  -7.925  -5.780
    6    HG3  GLU 336           HG3      GLU 336   4.492  -8.152  -7.477

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ARG 337           H        ARG 337   7.321  -8.507  -3.551
    2    HA   ARG 337           HA       ARG 337   5.637  -6.545  -2.452
    3    HE   ARG 337           HE       ARG 337   5.379  -9.525  -1.083
    4   HH11  ARG 337          1HH1      ARG 337   2.502  -7.594  -1.503
    5   HH12  ARG 337          2HH1      ARG 337   1.720  -8.756  -2.522
    6   HH21  ARG 337          1HH2      ARG 337   4.352 -11.054  -2.422
    7   HH22  ARG 337          2HH2      ARG 337   2.770 -10.720  -3.043
    8    HB2  ARG 337           HB2      ARG 337   7.108  -8.591  -1.433
    9    HB3  ARG 337           HB3      ARG 337   8.075  -7.213  -0.927
   10    HG2  ARG 337           HG2      ARG 337   6.451  -7.912   0.775
   11    HG3  ARG 337           HG3      ARG 337   6.187  -6.257   0.227
   12    HD2  ARG 337           HD2      ARG 337   4.127  -7.723   0.491
   13    HD3  ARG 337           HD3      ARG 337   4.301  -6.860  -1.036

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    PHE 338           H        PHE 338   9.174  -6.509  -2.900
    2    HA   PHE 338           HA       PHE 338   9.561  -3.864  -2.055
    3    HD1  PHE 338           HD1      PHE 338  12.857  -3.953  -1.299
    4    HD2  PHE 338           HD2      PHE 338  11.484  -3.257  -5.266
    5    HE1  PHE 338           HE1      PHE 338  14.429  -2.072  -1.508
    6    HE2  PHE 338           HE2      PHE 338  13.054  -1.375  -5.484
    7    HZ   PHE 338           HZ       PHE 338  14.529  -0.780  -3.603
    8    HB2  PHE 338           HB2      PHE 338  11.406  -5.467  -2.283
    9    HB3  PHE 338           HB3      PHE 338  11.187  -5.485  -4.029

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLU 339           H        GLU 339   8.642  -5.218  -5.152
    2    HA   GLU 339           HA       GLU 339   9.062  -2.934  -6.739
    3    HB2  GLU 339           HB2      GLU 339   7.432  -5.416  -6.979
    4    HB3  GLU 339           HB3      GLU 339   7.044  -4.080  -8.054
    5    HG2  GLU 339           HG2      GLU 339   9.485  -4.053  -8.696
    6    HG3  GLU 339           HG3      GLU 339   9.633  -5.582  -7.830

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    MET 340           H        MET 340   6.386  -3.954  -4.702
    2    HA   MET 340           HA       MET 340   4.535  -1.989  -5.552
    3    HB2  MET 340           HB2      MET 340   4.225  -4.154  -4.082
    4    HB3  MET 340           HB3      MET 340   4.529  -3.045  -2.751
    5    HG2  MET 340           HG2      MET 340   2.659  -1.654  -3.483
    6    HG3  MET 340           HG3      MET 340   2.354  -2.770  -4.814
    7    HE1  MET 340           HE1      MET 340   2.890  -2.691  -0.934
    8    HE2  MET 340           HE2      MET 340   2.092  -4.183  -0.435
    9    HE3  MET 340           HE3      MET 340   3.567  -4.252  -1.401

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    PHE 341           H        PHE 341   6.528  -2.158  -2.593
    2    HA   PHE 341           HA       PHE 341   5.977   0.453  -1.725
    3    HD1  PHE 341           HD1      PHE 341   4.980  -0.923  -0.269
    4    HD2  PHE 341           HD2      PHE 341   8.708  -2.950   0.033
    5    HE1  PHE 341           HE1      PHE 341   3.854  -2.820   0.811
    6    HE2  PHE 341           HE2      PHE 341   7.588  -4.853   1.115
    7    HZ   PHE 341           HZ       PHE 341   5.159  -4.789   1.498
    8    HB2  PHE 341           HB2      PHE 341   8.575  -0.973  -1.181
    9    HB3  PHE 341           HB3      PHE 341   7.700   0.144  -0.136

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    ARG 342           H        ARG 342   8.191  -0.763  -4.114
    2    HA   ARG 342           HA       ARG 342   9.825   1.587  -4.229
    3    HE   ARG 342           HE       ARG 342   9.919   0.304  -9.192
    4   HH11  ARG 342          1HH1      ARG 342  12.797   2.033  -8.240
    5   HH12  ARG 342          2HH1      ARG 342  12.576   3.294  -9.407
    6   HH21  ARG 342          1HH2      ARG 342   9.627   1.961 -10.727
    7   HH22  ARG 342          2HH2      ARG 342  10.777   3.253 -10.818
    8    HB2  ARG 342           HB2      ARG 342  10.558  -0.699  -4.968
    9    HB3  ARG 342           HB3      ARG 342   9.476  -0.543  -6.345
   10    HG2  ARG 342           HG2      ARG 342  10.887   1.734  -6.596
   11    HG3  ARG 342           HG3      ARG 342  12.097   0.693  -5.845
   12    HD2  ARG 342           HD2      ARG 342  12.501   0.057  -7.966
   13    HD3  ARG 342           HD3      ARG 342  11.099  -0.983  -7.712

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 343           H        GLU 343   7.128   0.301  -6.139
    2    HA   GLU 343           HA       GLU 343   7.076   2.477  -7.977
    3    HB2  GLU 343           HB2      GLU 343   5.156   0.267  -7.293
    4    HB3  GLU 343           HB3      GLU 343   4.694   1.552  -8.401
    5    HG2  GLU 343           HG2      GLU 343   6.997   0.879  -9.533
    6    HG3  GLU 343           HG3      GLU 343   6.629  -0.659  -8.754

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 344           H        LEU 344   5.596   1.821  -4.883
    2    HA   LEU 344           HA       LEU 344   3.671   3.916  -4.984
    3    HG   LEU 344           HG       LEU 344   3.212   1.118  -4.122
    4   HD11  LEU 344          1HD1      LEU 344   2.333   1.853  -1.336
    5   HD12  LEU 344          2HD1      LEU 344   1.660   0.519  -2.273
    6   HD13  LEU 344          3HD1      LEU 344   3.362   0.503  -1.813
    7   HD21  LEU 344          1HD2      LEU 344   1.552   3.524  -3.475
    8   HD22  LEU 344          2HD2      LEU 344   1.804   2.724  -5.027
    9   HD23  LEU 344          3HD2      LEU 344   0.791   1.966  -3.798
   10    HB2  LEU 344           HB2      LEU 344   4.861   2.316  -2.729
   11    HB3  LEU 344           HB3      LEU 344   3.687   3.588  -2.450

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ASN 345           H        ASN 345   7.015   3.677  -3.971
    2    HA   ASN 345           HA       ASN 345   7.140   6.159  -2.601
    3   HD21  ASN 345          1HD2      ASN 345   9.407   5.717  -0.691
    4   HD22  ASN 345          2HD2      ASN 345  10.562   6.985  -0.897
    5    HB2  ASN 345           HB2      ASN 345   8.807   4.348  -2.306
    6    HB3  ASN 345           HB3      ASN 345   9.375   4.626  -3.950

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    GLU 346           H        GLU 346   7.948   5.177  -5.916
    2    HA   GLU 346           HA       GLU 346   8.827   7.732  -6.761
    3    HB2  GLU 346           HB2      GLU 346   9.413   5.669  -7.957
    4    HB3  GLU 346           HB3      GLU 346   7.725   5.436  -8.392
    5    HG2  GLU 346           HG2      GLU 346   8.313   6.447 -10.294
    6    HG3  GLU 346           HG3      GLU 346   8.155   7.928  -9.351

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ALA 347           H        ALA 347   5.694   6.115  -6.810
    2    HA   ALA 347           HA       ALA 347   4.354   8.091  -8.346
    3    HB1  ALA 347           HB1      ALA 347   3.579   5.732  -7.997
    4    HB2  ALA 347           HB2      ALA 347   2.338   6.963  -7.764
    5    HB3  ALA 347           HB3      ALA 347   3.096   6.201  -6.366

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    LEU 348           H        LEU 348   5.044   7.707  -4.940
    2    HA   LEU 348           HA       LEU 348   3.206   9.640  -3.979
    3    HG   LEU 348           HG       LEU 348   4.099   8.414  -0.704
    4   HD11  LEU 348          1HD1      LEU 348   3.580  10.849  -1.710
    5   HD12  LEU 348          2HD1      LEU 348   2.028  10.064  -1.997
    6   HD13  LEU 348          3HD1      LEU 348   2.688  10.140  -0.364
    7   HD21  LEU 348          1HD2      LEU 348   2.431   7.732  -3.100
    8   HD22  LEU 348          2HD2      LEU 348   3.079   6.662  -1.857
    9   HD23  LEU 348          3HD2      LEU 348   1.743   7.748  -1.476
   10    HB2  LEU 348           HB2      LEU 348   5.162   7.890  -2.890
   11    HB3  LEU 348           HB3      LEU 348   5.511   9.502  -2.296

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLU 349           H        GLU 349   6.560   9.792  -5.057
    2    HA   GLU 349           HA       GLU 349   7.131  12.415  -4.253
    3    HB2  GLU 349           HB2      GLU 349   8.645  10.525  -5.284
    4    HB3  GLU 349           HB3      GLU 349   8.253  11.322  -6.802
    5    HG2  GLU 349           HG2      GLU 349  10.302  12.227  -6.072
    6    HG3  GLU 349           HG3      GLU 349   9.076  13.459  -5.775

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 350           H        LEU 350   5.378  11.159  -6.999
    2    HA   LEU 350           HA       LEU 350   5.391  13.495  -8.586
    3    HG   LEU 350           HG       LEU 350   5.461  12.467 -10.498
    4   HD11  LEU 350          1HD1      LEU 350   6.199  10.427  -9.217
    5   HD12  LEU 350          2HD1      LEU 350   5.028   9.510 -10.164
    6   HD13  LEU 350          3HD1      LEU 350   6.364  10.332 -10.970
    7   HD21  LEU 350          1HD2      LEU 350   2.880  11.186 -11.123
    8   HD22  LEU 350          2HD2      LEU 350   3.768  12.440 -11.989
    9   HD23  LEU 350          3HD2      LEU 350   4.234  10.748 -12.164
   10    HB2  LEU 350           HB2      LEU 350   3.872  10.963  -8.503
   11    HB3  LEU 350           HB3      LEU 350   3.059  12.308  -9.282

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    LYS 351           H        LYS 351   3.193  12.319  -6.079
    2    HA   LYS 351           HA       LYS 351   1.181  14.233  -6.353
    3    HB2  LYS 351           HB2      LYS 351   2.157  12.733  -3.922
    4    HB3  LYS 351           HB3      LYS 351   0.719  13.745  -3.918
    5    HG2  LYS 351           HG2      LYS 351   1.132  11.371  -5.723
    6    HG3  LYS 351           HG3      LYS 351   0.237  11.340  -4.203
    7    HD2  LYS 351           HD2      LYS 351  -0.932  13.443  -5.473
    8    HD3  LYS 351           HD3      LYS 351  -0.539  12.389  -6.833
    9    HE2  LYS 351           HE2      LYS 351  -2.508  11.423  -6.334
   10    HE3  LYS 351           HE3      LYS 351  -1.567  10.595  -5.095
   11    HZ1  LYS 351           HZ1      LYS 351  -2.854  13.191  -4.535
   12    HZ2  LYS 351           HZ2      LYS 351  -3.726  11.746  -4.408
   13    HZ3  LYS 351           HZ3      LYS 351  -2.358  11.997  -3.445

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    ASP 352           H        ASP 352   4.317  14.414  -4.832
    2    HA   ASP 352           HA       ASP 352   3.864  16.761  -3.313
    3    HB2  ASP 352           HB2      ASP 352   5.873  14.964  -3.402
    4    HB3  ASP 352           HB3      ASP 352   6.594  16.258  -4.354

  No H/Q in entry =           4
  Start of MODEL   21
    1    H    ALA 353           H        ALA 353   4.753  16.177  -6.641
    2    HA   ALA 353           HA       ALA 353   5.625  18.820  -7.230
    3    HB1  ALA 353           HB1      ALA 353   5.180  18.062  -9.632
    4    HB2  ALA 353           HB2      ALA 353   6.384  17.167  -8.704
    5    HB3  ALA 353           HB3      ALA 353   4.768  16.498  -8.928

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLN 354           H        GLN 354   2.542  17.114  -7.664
    2    HA   GLN 354           HA       GLN 354   1.225  19.366  -8.834
    3   HE21  GLN 354          1HE2      GLN 354  -0.815  15.025  -9.311
    4   HE22  GLN 354          2HE2      GLN 354  -2.324  14.500  -8.654
    5    HB2  GLN 354           HB2      GLN 354  -0.843  18.007  -8.470
    6    HB3  GLN 354           HB3      GLN 354   0.414  17.176  -9.375
    7    HG2  GLN 354           HG2      GLN 354   0.890  15.727  -7.648
    8    HG3  GLN 354           HG3      GLN 354   0.225  16.805  -6.422

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    ALA 355           H        ALA 355   1.548  18.062  -5.593
    2    HA   ALA 355           HA       ALA 355  -0.480  19.518  -4.324
    3    HB1  ALA 355           HB1      ALA 355   2.153  18.613  -3.163
    4    HB2  ALA 355           HB2      ALA 355   0.692  17.633  -3.281
    5    HB3  ALA 355           HB3      ALA 355   0.712  19.066  -2.253

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLY 356           H        GLY 356  -0.653  21.572  -3.633
    2    HA2  GLY 356           HA2      GLY 356   1.154  23.540  -4.594
    3    HA3  GLY 356           HA3      GLY 356   1.394  23.285  -2.873

  No H/Q in entry =           3
  Start of MODEL   21
    1    H1   GLU 326           H1       GLU 326  17.356 -10.947  -3.417
    2    H2   GLU 326           H2       GLU 326  16.663 -12.511  -3.520
    3    H3   GLU 326           H3       GLU 326  15.749 -11.210  -2.874
    4    HA   GLU 326           HA       GLU 326  16.459 -12.512  -1.096
    5    HB2  GLU 326           HB2      GLU 326  19.034 -12.434  -2.620
    6    HB3  GLU 326           HB3      GLU 326  19.083 -12.651  -0.876
    7    HG2  GLU 326           HG2      GLU 326  17.226 -14.490  -1.547
    8    HG3  GLU 326           HG3      GLU 326  18.235 -14.501  -2.993

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    SER 327           H        SER 327  15.623 -10.608  -0.162
    2    HA   SER 327           HA       SER 327  15.694  -8.729   1.117
    3    HG   SER 327           HG       SER 327  18.784  -8.043   2.939
    4    HB2  SER 327           HB2      SER 327  17.320  -9.867   2.470
    5    HB3  SER 327           HB3      SER 327  18.603  -9.534   1.307

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    PHE 328           H        PHE 328  15.258  -6.911   0.061
    2    HA   PHE 328           HA       PHE 328  17.366  -5.733  -1.629
    3    HD1  PHE 328           HD1      PHE 328  14.242  -7.930  -1.736
    4    HD2  PHE 328           HD2      PHE 328  16.319  -5.875  -4.830
    5    HE1  PHE 328           HE1      PHE 328  14.135  -9.947  -3.142
    6    HE2  PHE 328           HE2      PHE 328  16.216  -7.888  -6.241
    7    HZ   PHE 328           HZ       PHE 328  15.122  -9.927  -5.398
    8    HB2  PHE 328           HB2      PHE 328  14.373  -5.379  -1.901
    9    HB3  PHE 328           HB3      PHE 328  15.602  -4.699  -2.962

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLY 329           H        GLY 329  17.745  -3.516  -1.495
    2    HA2  GLY 329           HA2      GLY 329  18.237  -1.884   0.214
    3    HA3  GLY 329           HA3      GLY 329  16.697  -2.274   0.964

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    LEU 330           H        LEU 330  15.371  -0.597   0.832
    2    HA   LEU 330           HA       LEU 330  15.152   0.804  -1.746
    3    HG   LEU 330           HG       LEU 330  12.755   2.607  -0.969
    4   HD11  LEU 330          1HD1      LEU 330  13.909   1.801  -2.956
    5   HD12  LEU 330          2HD1      LEU 330  12.661   0.578  -3.196
    6   HD13  LEU 330          3HD1      LEU 330  12.258   2.289  -3.339
    7   HD21  LEU 330          1HD2      LEU 330  10.922   0.814  -0.172
    8   HD22  LEU 330          2HD2      LEU 330  10.521   2.285  -1.058
    9   HD23  LEU 330          3HD2      LEU 330  10.666   0.750  -1.915
   10    HB2  LEU 330           HB2      LEU 330  13.130  -0.390  -0.906
   11    HB3  LEU 330           HB3      LEU 330  13.128   0.674   0.488

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLY 331           H        GLY 331  15.206   3.028  -1.841
    2    HA2  GLY 331           HA2      GLY 331  16.462   4.917  -1.112
    3    HA3  GLY 331           HA3      GLY 331  16.329   4.330   0.539

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ILE 332           H        ILE 332  14.269   4.533   1.618
    2    HA   ILE 332           HA       ILE 332  12.423   6.466   0.409
    3    HB   ILE 332           HB       ILE 332  11.999   4.888   2.944
    4   HG12  ILE 332          2HG1      ILE 332  10.378   3.682   1.156
    5   HG21  ILE 332          1HG2      ILE 332  10.650   7.053   2.048
    6   HG22  ILE 332          2HG2      ILE 332   9.734   5.754   1.284
    7   HG23  ILE 332          3HG2      ILE 332   9.936   5.778   3.035
    8   HD11  ILE 332          1HD1      ILE 332  12.441   2.830   2.641
    9   HD12  ILE 332          2HD1      ILE 332  11.603   1.828   1.456
   10   HD13  ILE 332          3HD1      ILE 332  13.116   2.626   1.025
   11   HG13  ILE 332          3HG1      ILE 332  11.712   4.120   0.094

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ARG 333           H        ARG 333  12.717   8.528   0.913
    2    HA   ARG 333           HA       ARG 333  14.037   9.220   3.433
    3    HE   ARG 333           HE       ARG 333  12.700  13.012  -0.998
    4   HH11  ARG 333          1HH1      ARG 333  12.045  14.688   1.992
    5   HH12  ARG 333          2HH1      ARG 333  11.787  16.218   1.223
    6   HH21  ARG 333          1HH2      ARG 333  12.361  15.023  -2.011
    7   HH22  ARG 333          2HH2      ARG 333  11.966  16.409  -1.049
    8    HB2  ARG 333           HB2      ARG 333  14.366  11.432   2.449
    9    HB3  ARG 333           HB3      ARG 333  14.979  10.176   1.382
   10    HG2  ARG 333           HG2      ARG 333  13.859  11.290  -0.200
   11    HG3  ARG 333           HG3      ARG 333  12.448  10.454   0.452
   12    HD2  ARG 333           HD2      ARG 333  11.619  12.325   1.420
   13    HD3  ARG 333           HD3      ARG 333  13.217  12.963   1.803

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLY 334           H        GLY 334  11.303   8.321   3.444
    2    HA2  GLY 334           HA2      GLY 334   9.150   9.727   3.472
    3    HA3  GLY 334           HA3      GLY 334  10.067  10.744   4.574

  No H/Q in entry =           3
  Start of MODEL   21
    1    H    ARG 335           H        ARG 335   9.400  10.454   6.587
    2    HA   ARG 335           HA       ARG 335   9.573   7.963   7.901
    3    HE   ARG 335           HE       ARG 335  10.103  10.896  11.560
    4   HH11  ARG 335          1HH1      ARG 335  12.593   8.469  11.861
    5   HH12  ARG 335          2HH1      ARG 335  13.518   9.381  13.006
    6   HH21  ARG 335          1HH2      ARG 335  11.319  12.097  13.066
    7   HH22  ARG 335          2HH2      ARG 335  12.795  11.440  13.691
    8    HB2  ARG 335           HB2      ARG 335   9.654  10.404   8.838
    9    HB3  ARG 335           HB3      ARG 335   7.911  10.216   8.970
   10    HG2  ARG 335           HG2      ARG 335   8.411   9.438  11.013
   11    HG3  ARG 335           HG3      ARG 335   8.727   7.933  10.147
   12    HD2  ARG 335           HD2      ARG 335  10.685   8.101  11.294
   13    HD3  ARG 335           HD3      ARG 335  11.120   9.039   9.865

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 336           H        GLU 336   6.892   9.722   6.461
    2    HA   GLU 336           HA       GLU 336   4.858   8.004   7.496
    3    HB2  GLU 336           HB2      GLU 336   4.976  10.191   5.467
    4    HB3  GLU 336           HB3      GLU 336   3.582   9.120   5.465
    5    HG2  GLU 336           HG2      GLU 336   2.870  10.835   6.815
    6    HG3  GLU 336           HG3      GLU 336   3.471   9.670   7.994

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ARG 337           H        ARG 337   6.352   8.354   4.280
    2    HA   ARG 337           HA       ARG 337   4.987   6.264   3.028
    3    HE   ARG 337           HE       ARG 337   6.386   9.554  -0.508
    4   HH11  ARG 337          1HH1      ARG 337   8.914   7.710   1.047
    5   HH12  ARG 337          2HH1      ARG 337   9.736   9.111   1.644
    6   HH21  ARG 337          1HH2      ARG 337   7.469  11.392   0.279
    7   HH22  ARG 337          2HH2      ARG 337   8.917  11.200   1.210
    8    HB2  ARG 337           HB2      ARG 337   6.981   8.082   2.325
    9    HB3  ARG 337           HB3      ARG 337   7.729   6.507   2.097
   10    HG2  ARG 337           HG2      ARG 337   5.935   5.833   0.620
   11    HG3  ARG 337           HG3      ARG 337   5.104   7.365   0.898
   12    HD2  ARG 337           HD2      ARG 337   7.824   7.038  -0.367
   13    HD3  ARG 337           HD3      ARG 337   6.321   7.358  -1.230

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    PHE 338           H        PHE 338   8.158   6.244   4.641
    2    HA   PHE 338           HA       PHE 338   8.699   3.516   4.254
    3    HD1  PHE 338           HD1      PHE 338  12.023   3.468   4.648
    4    HD2  PHE 338           HD2      PHE 338   9.407   3.299   8.000
    5    HE1  PHE 338           HE1      PHE 338  13.343   1.612   5.579
    6    HE2  PHE 338           HE2      PHE 338  10.722   1.443   8.938
    7    HZ   PHE 338           HZ       PHE 338  12.693   0.597   7.728
    8    HB2  PHE 338           HB2      PHE 338  10.422   5.127   4.936
    9    HB3  PHE 338           HB3      PHE 338   9.619   5.341   6.488

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    GLU 339           H        GLU 339   6.826   5.220   6.675
    2    HA   GLU 339           HA       GLU 339   6.582   3.140   8.551
    3    HB2  GLU 339           HB2      GLU 339   5.074   5.630   7.931
    4    HB3  GLU 339           HB3      GLU 339   4.272   4.428   8.931
    5    HG2  GLU 339           HG2      GLU 339   7.011   4.989   9.757
    6    HG3  GLU 339           HG3      GLU 339   5.946   6.392   9.825

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    MET 340           H        MET 340   4.779   3.919   5.630
    2    HA   MET 340           HA       MET 340   2.689   2.053   5.998
    3    HB2  MET 340           HB2      MET 340   3.212   4.023   4.182
    4    HB3  MET 340           HB3      MET 340   3.521   2.584   3.220
    5    HG2  MET 340           HG2      MET 340   1.350   1.944   3.219
    6    HG3  MET 340           HG3      MET 340   1.031   2.627   4.812
    7    HE1  MET 340           HE1      MET 340   2.667   3.815   1.737
    8    HE2  MET 340           HE2      MET 340   1.229   4.109   0.759
    9    HE3  MET 340           HE3      MET 340   2.071   5.460   1.520

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    PHE 341           H        PHE 341   5.606   1.878   3.948
    2    HA   PHE 341           HA       PHE 341   5.289  -0.798   3.183
    3    HD1  PHE 341           HD1      PHE 341   5.061   0.354   1.233
    4    HD2  PHE 341           HD2      PHE 341   8.582   2.436   2.401
    5    HE1  PHE 341           HE1      PHE 341   4.522   2.146  -0.360
    6    HE2  PHE 341           HE2      PHE 341   8.050   4.235   0.809
    7    HZ   PHE 341           HZ       PHE 341   6.016   4.090  -0.568
    8    HB2  PHE 341           HB2      PHE 341   7.975   0.522   3.536
    9    HB3  PHE 341           HB3      PHE 341   7.496  -0.683   2.343

  No H/Q in entry =           9
  Start of MODEL   21
    1    H    ARG 342           H        ARG 342   6.551   0.622   6.101
    2    HA   ARG 342           HA       ARG 342   7.931  -1.683   7.040
    3    HE   ARG 342           HE       ARG 342   9.228  -1.288  11.785
    4   HH11  ARG 342          1HH1      ARG 342   9.464   2.188  11.992
    5   HH12  ARG 342          2HH1      ARG 342  10.294   2.166  13.512
    6   HH21  ARG 342          1HH2      ARG 342  10.319  -1.318  13.785
    7   HH22  ARG 342          2HH2      ARG 342  10.780   0.176  14.530
    8    HB2  ARG 342           HB2      ARG 342   8.190   0.747   7.827
    9    HB3  ARG 342           HB3      ARG 342   6.749   0.463   8.794
   10    HG2  ARG 342           HG2      ARG 342   7.986  -1.518   9.788
   11    HG3  ARG 342           HG3      ARG 342   9.433  -0.857   9.025
   12    HD2  ARG 342           HD2      ARG 342   9.268   1.160  10.283
   13    HD3  ARG 342           HD3      ARG 342   7.668   0.726  10.881

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    GLU 343           H        GLU 343   4.678  -0.385   7.543
    2    HA   GLU 343           HA       GLU 343   3.891  -2.434   9.371
    3    HB2  GLU 343           HB2      GLU 343   2.877  -0.007   8.763
    4    HB3  GLU 343           HB3      GLU 343   1.811  -1.022   7.801
    5    HG2  GLU 343           HG2      GLU 343   0.695  -0.795   9.821
    6    HG3  GLU 343           HG3      GLU 343   1.470  -2.373   9.945

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 344           H        LEU 344   3.855  -2.037   5.910
    2    HA   LEU 344           HA       LEU 344   2.050  -4.188   5.371
    3    HG   LEU 344           HG       LEU 344   0.930  -3.126   3.806
    4   HD11  LEU 344          1HD1      LEU 344   2.483  -0.592   3.306
    5   HD12  LEU 344          2HD1      LEU 344   0.723  -0.713   3.337
    6   HD13  LEU 344          3HD1      LEU 344   1.656  -1.050   4.795
    7   HD21  LEU 344          1HD2      LEU 344   2.143  -3.602   1.477
    8   HD22  LEU 344          2HD2      LEU 344   0.524  -2.912   1.586
    9   HD23  LEU 344          3HD2      LEU 344   1.915  -1.861   1.319
   10    HB2  LEU 344           HB2      LEU 344   3.809  -2.403   3.782
   11    HB3  LEU 344           HB3      LEU 344   3.370  -3.936   3.053

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    ASN 345           H        ASN 345   5.540  -3.836   5.624
    2    HA   ASN 345           HA       ASN 345   6.148  -6.449   4.651
    3   HD21  ASN 345          1HD2      ASN 345   8.423  -7.484   6.269
    4   HD22  ASN 345          2HD2      ASN 345   9.568  -7.909   5.047
    5    HB2  ASN 345           HB2      ASN 345   7.658  -4.287   4.926
    6    HB3  ASN 345           HB3      ASN 345   8.005  -5.008   6.495

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    GLU 346           H        GLU 346   5.689  -5.026   7.847
    2    HA   GLU 346           HA       GLU 346   6.372  -7.430   9.250
    3    HB2  GLU 346           HB2      GLU 346   6.488  -5.001  10.111
    4    HB3  GLU 346           HB3      GLU 346   4.760  -5.162  10.395
    5    HG2  GLU 346           HG2      GLU 346   5.472  -7.321  11.680
    6    HG3  GLU 346           HG3      GLU 346   7.039  -6.517  11.748

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    ALA 347           H        ALA 347   3.514  -6.135   7.805
    2    HA   ALA 347           HA       ALA 347   1.695  -7.801   9.302
    3    HB1  ALA 347           HB1      ALA 347   1.246  -6.106   6.848
    4    HB2  ALA 347           HB2      ALA 347  -0.017  -6.912   7.778
    5    HB3  ALA 347           HB3      ALA 347   0.943  -5.631   8.519

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    LEU 348           H        LEU 348   3.345  -7.892   6.206
    2    HA   LEU 348           HA       LEU 348   1.846 -10.137   5.227
    3    HG   LEU 348           HG       LEU 348   4.875  -8.021   5.005
    4   HD11  LEU 348          1HD1      LEU 348   5.475 -10.750   4.255
    5   HD12  LEU 348          2HD1      LEU 348   6.726  -9.632   3.712
    6   HD13  LEU 348          3HD1      LEU 348   6.279  -9.696   5.417
    7   HD21  LEU 348          1HD2      LEU 348   5.057  -8.556   2.045
    8   HD22  LEU 348          2HD2      LEU 348   4.473  -7.084   2.823
    9   HD23  LEU 348          3HD2      LEU 348   6.172  -7.537   2.956
   10    HB2  LEU 348           HB2      LEU 348   3.518 -10.188   3.418
   11    HB3  LEU 348           HB3      LEU 348   2.793  -8.607   3.631

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    GLU 349           H        GLU 349   4.799  -9.659   7.031
    2    HA   GLU 349           HA       GLU 349   5.761 -12.334   6.689
    3    HB2  GLU 349           HB2      GLU 349   7.427 -11.770   8.333
    4    HB3  GLU 349           HB3      GLU 349   7.233 -10.403   7.244
    5    HG2  GLU 349           HG2      GLU 349   5.822  -9.291   8.909
    6    HG3  GLU 349           HG3      GLU 349   6.057 -10.653  10.003

  No H/Q in entry =           6
  Start of MODEL   21
    1    H    LEU 350           H        LEU 350   3.571 -10.736   8.859
    2    HA   LEU 350           HA       LEU 350   3.614 -12.659  10.944
    3    HG   LEU 350           HG       LEU 350   1.257 -10.537  12.755
    4   HD11  LEU 350          1HD1      LEU 350   0.454 -12.832  12.083
    5   HD12  LEU 350          2HD1      LEU 350   2.035 -13.436  12.579
    6   HD13  LEU 350          3HD1      LEU 350   0.979 -12.658  13.758
    7   HD21  LEU 350          1HD2      LEU 350   4.060 -11.381  12.411
    8   HD22  LEU 350          2HD2      LEU 350   3.368 -10.124  13.436
    9   HD23  LEU 350          3HD2      LEU 350   3.307 -11.812  13.946
   10    HB2  LEU 350           HB2      LEU 350   2.549 -10.196  10.686
   11    HB3  LEU 350           HB3      LEU 350   1.111 -11.167  10.430

  No H/Q in entry =          11
  Start of MODEL   21
    1    H    LYS 351           H        LYS 351   1.848 -12.375   7.931
    2    HA   LYS 351           HA       LYS 351  -0.150 -14.284   8.413
    3    HB2  LYS 351           HB2      LYS 351   1.173 -13.633   5.773
    4    HB3  LYS 351           HB3      LYS 351  -0.395 -14.398   5.991
    5    HG2  LYS 351           HG2      LYS 351  -1.327 -12.400   6.898
    6    HG3  LYS 351           HG3      LYS 351   0.258 -11.629   6.967
    7    HD2  LYS 351           HD2      LYS 351   0.362 -11.351   4.662
    8    HD3  LYS 351           HD3      LYS 351  -0.840 -12.608   4.359
    9    HE2  LYS 351           HE2      LYS 351  -1.755 -10.290   5.938
   10    HE3  LYS 351           HE3      LYS 351  -1.367  -9.968   4.249
   11    HZ1  LYS 351           HZ1      LYS 351  -2.819 -12.165   3.983
   12    HZ2  LYS 351           HZ2      LYS 351  -3.529 -11.545   5.387
   13    HZ3  LYS 351           HZ3      LYS 351  -3.495 -10.614   3.976

  No H/Q in entry =          13
  Start of MODEL   21
    1    H    ASP 352           H        ASP 352   3.195 -14.602   7.427
    2    HA   ASP 352           HA       ASP 352   3.136 -17.267   6.546
    3    HB2  ASP 352           HB2      ASP 352   5.043 -15.356   6.615
    4    HB3  ASP 352           HB3      ASP 352   5.568 -16.351   7.970

  No H/Q in entry =           4
  Start of MODEL   21
    1    H    ALA 353           H        ALA 353   3.949 -15.927   9.744
    2    HA   ALA 353           HA       ALA 353   4.410 -18.365  11.037
    3    HB1  ALA 353           HB1      ALA 353   4.725 -15.834  11.778
    4    HB2  ALA 353           HB2      ALA 353   3.195 -16.153  12.595
    5    HB3  ALA 353           HB3      ALA 353   4.607 -17.148  12.949

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLN 354           H        GLN 354   1.443 -16.677  10.292
    2    HA   GLN 354           HA       GLN 354  -0.192 -18.304  12.012
    3   HE21  GLN 354          1HE2      GLN 354  -4.751 -17.244  12.291
    4   HE22  GLN 354          2HE2      GLN 354  -5.448 -17.891  10.849
    5    HB2  GLN 354           HB2      GLN 354  -0.591 -15.869  11.065
    6    HB3  GLN 354           HB3      GLN 354  -1.332 -16.745   9.733
    7    HG2  GLN 354           HG2      GLN 354  -2.184 -17.594  12.411
    8    HG3  GLN 354           HG3      GLN 354  -2.635 -15.951  11.958

  No H/Q in entry =           8
  Start of MODEL   21
    1    H    ALA 355           H        ALA 355   0.393 -18.088   8.516
    2    HA   ALA 355           HA       ALA 355  -1.326 -20.284   7.886
    3    HB1  ALA 355           HB1      ALA 355  -0.493 -18.303   6.392
    4    HB2  ALA 355           HB2      ALA 355  -0.809 -19.887   5.682
    5    HB3  ALA 355           HB3      ALA 355   0.846 -19.397   6.046

  No H/Q in entry =           5
  Start of MODEL   21
    1    H    GLY 356           H        GLY 356   2.207 -19.963   7.463
    2    HA2  GLY 356           HA2      GLY 356   3.742 -21.706   7.171
    3    HA3  GLY 356           HA3      GLY 356   2.468 -22.860   7.535

  No H/Q in entry =           3
  Start of MODEL   22
    1    H1   GLU 326           H1       GLU 326 -17.072   0.974  10.064
    2    H2   GLU 326           H2       GLU 326 -16.245   2.458  10.308
    3    H3   GLU 326           H3       GLU 326 -17.750   2.180  11.080
    4    HB2  GLU 326           HB2      GLU 326 -17.964   4.343  10.275
    5    HB3  GLU 326           HB3      GLU 326 -16.988   4.509   8.822
    6    HG2  GLU 326           HG2      GLU 326 -18.717   5.664   8.026
    7    HG3  GLU 326           HG3      GLU 326 -19.465   4.087   7.776
    8    HA   GLU 326           HA       GLU 326 -18.895   2.209   9.057

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    SER 327           H        SER 327 -18.285   0.524   7.644
    2    HA   SER 327           HA       SER 327 -15.940   0.622   6.043
    3    HG   SER 327           HG       SER 327 -16.894  -2.368   4.552
    4    HB2  SER 327           HB2      SER 327 -17.431  -1.415   6.628
    5    HB3  SER 327           HB3      SER 327 -18.427  -0.888   5.272

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    PHE 328           H        PHE 328 -15.537   1.844   4.331
    2    HA   PHE 328           HA       PHE 328 -17.802   3.102   2.937
    3    HD1  PHE 328           HD1      PHE 328 -14.105   4.119   5.019
    4    HD2  PHE 328           HD2      PHE 328 -17.979   5.635   4.123
    5    HE1  PHE 328           HE1      PHE 328 -14.221   5.134   7.257
    6    HE2  PHE 328           HE2      PHE 328 -18.102   6.654   6.360
    7    HZ   PHE 328           HZ       PHE 328 -16.221   6.404   7.930
    8    HB2  PHE 328           HB2      PHE 328 -14.922   3.998   2.832
    9    HB3  PHE 328           HB3      PHE 328 -16.353   4.900   2.343

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLY 329           H        GLY 329 -17.764   3.256   0.644
    2    HA2  GLY 329           HA2      GLY 329 -17.745   1.939  -1.304
    3    HA3  GLY 329           HA3      GLY 329 -16.478   0.948  -0.596

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    LEU 330           H        LEU 330 -14.832   1.023  -1.990
    2    HA   LEU 330           HA       LEU 330 -13.909   3.681  -2.869
    3    HG   LEU 330           HG       LEU 330 -11.846   4.346  -2.298
    4   HD11  LEU 330          1HD1      LEU 330 -10.745   2.710  -0.476
    5   HD12  LEU 330          2HD1      LEU 330  -9.454   2.738  -1.677
    6   HD13  LEU 330          3HD1      LEU 330 -10.029   4.246  -0.965
    7   HD21  LEU 330          1HD2      LEU 330 -11.415   3.123  -4.531
    8   HD22  LEU 330          2HD2      LEU 330 -10.250   4.328  -3.984
    9   HD23  LEU 330          3HD2      LEU 330  -9.905   2.611  -3.777
   10    HB2  LEU 330           HB2      LEU 330 -12.531   2.035  -1.258
   11    HB3  LEU 330           HB3      LEU 330 -12.011   1.404  -2.809

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLY 331           H        GLY 331 -13.538   4.016  -4.997
    2    HA2  GLY 331           HA2      GLY 331 -14.163   3.579  -7.226
    3    HA3  GLY 331           HA3      GLY 331 -14.345   1.880  -6.819

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ILE 332           H        ILE 332 -12.418   0.589  -6.582
    2    HA   ILE 332           HA       ILE 332  -9.954   1.733  -7.652
    3    HB   ILE 332           HB       ILE 332 -10.412  -1.066  -6.619
    4   HG12  ILE 332          2HG1      ILE 332  -8.902   0.861  -4.973
    5   HG21  ILE 332          1HG2      ILE 332  -8.044   0.465  -7.552
    6   HG22  ILE 332          2HG2      ILE 332  -7.831  -0.667  -6.218
    7   HG23  ILE 332          3HG2      ILE 332  -8.448  -1.237  -7.768
    8   HD11  ILE 332          1HD1      ILE 332  -9.631  -1.534  -4.378
    9   HD12  ILE 332          2HD1      ILE 332  -9.791  -0.263  -3.166
   10   HD13  ILE 332          3HD1      ILE 332 -11.206  -0.803  -4.068
   11   HG13  ILE 332          3HG1      ILE 332 -10.627   1.190  -5.103

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ARG 333           H        ARG 333  -9.715   1.734  -9.785
    2    HA   ARG 333           HA       ARG 333 -11.046  -0.288 -11.410
    3    HE   ARG 333           HE       ARG 333 -13.649   4.086 -13.641
    4   HH11  ARG 333          1HH1      ARG 333 -11.319   4.781 -11.138
    5   HH12  ARG 333          2HH1      ARG 333 -12.335   5.933 -10.338
    6   HH21  ARG 333          1HH2      ARG 333 -14.987   5.601 -12.591
    7   HH22  ARG 333          2HH2      ARG 333 -14.418   6.398 -11.163
    8    HB2  ARG 333           HB2      ARG 333  -9.538   2.225 -12.142
    9    HB3  ARG 333           HB3      ARG 333 -10.231   1.120 -13.321
   10    HG2  ARG 333           HG2      ARG 333 -12.453   1.557 -12.481
   11    HG3  ARG 333           HG3      ARG 333 -11.795   2.583 -11.204
   12    HD2  ARG 333           HD2      ARG 333 -10.860   4.071 -12.955
   13    HD3  ARG 333           HD3      ARG 333 -11.661   3.082 -14.175

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLY 334           H        GLY 334  -9.680  -2.045 -10.694
    2    HA2  GLY 334           HA2      GLY 334  -6.862  -1.983 -11.286
    3    HA3  GLY 334           HA3      GLY 334  -7.795  -2.895 -12.463

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ARG 335           H        ARG 335  -7.029  -4.911 -12.000
    2    HA   ARG 335           HA       ARG 335  -8.121  -6.192  -9.672
    3    HE   ARG 335           HE       ARG 335  -7.103  -8.812 -14.105
    4   HH11  ARG 335          1HH1      ARG 335  -7.069  -5.797 -15.862
    5   HH12  ARG 335          2HH1      ARG 335  -7.421  -6.538 -17.387
    6   HH21  ARG 335          1HH2      ARG 335  -7.566  -9.788 -16.109
    7   HH22  ARG 335          2HH2      ARG 335  -7.704  -8.803 -17.528
    8    HB2  ARG 335           HB2      ARG 335  -6.959  -8.226 -10.630
    9    HB3  ARG 335           HB3      ARG 335  -8.160  -7.473 -11.669
   10    HG2  ARG 335           HG2      ARG 335  -5.412  -6.500 -12.032
   11    HG3  ARG 335           HG3      ARG 335  -5.683  -8.189 -12.466
   12    HD2  ARG 335           HD2      ARG 335  -7.713  -6.274 -13.414
   13    HD3  ARG 335           HD3      ARG 335  -6.112  -6.113 -14.136

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 336           H        GLU 336  -4.970  -5.077 -10.715
    2    HA   GLU 336           HA       GLU 336  -3.511  -6.408  -8.645
    3    HB2  GLU 336           HB2      GLU 336  -2.707  -4.036 -10.340
    4    HB3  GLU 336           HB3      GLU 336  -1.625  -5.025  -9.369
    5    HG2  GLU 336           HG2      GLU 336  -2.498  -6.980 -10.812
    6    HG3  GLU 336           HG3      GLU 336  -3.035  -5.710 -11.911

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ARG 337           H        ARG 337  -4.530  -3.037  -9.166
    2    HA   ARG 337           HA       ARG 337  -3.522  -1.993  -6.775
    3    HE   ARG 337           HE       ARG 337  -3.529   2.227  -9.600
    4   HH11  ARG 337          1HH1      ARG 337  -6.467   0.341  -9.443
    5   HH12  ARG 337          2HH1      ARG 337  -6.522   0.060 -11.149
    6   HH21  ARG 337          1HH2      ARG 337  -3.607   1.855 -11.843
    7   HH22  ARG 337          2HH2      ARG 337  -4.901   0.918 -12.511
    8    HB2  ARG 337           HB2      ARG 337  -4.854  -0.975  -8.949
    9    HB3  ARG 337           HB3      ARG 337  -6.054  -0.805  -7.675
   10    HG2  ARG 337           HG2      ARG 337  -4.455   0.448  -6.325
   11    HG3  ARG 337           HG3      ARG 337  -3.241   0.266  -7.593
   12    HD2  ARG 337           HD2      ARG 337  -5.913   1.553  -8.088
   13    HD3  ARG 337           HD3      ARG 337  -4.517   2.466  -7.521

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    PHE 338           H        PHE 338  -6.799  -3.162  -7.526
    2    HA   PHE 338           HA       PHE 338  -7.857  -2.797  -4.949
    3    HD1  PHE 338           HD1      PHE 338  -9.259  -6.483  -5.357
    4    HD2  PHE 338           HD2      PHE 338 -10.986  -2.593  -5.403
    5    HE1  PHE 338           HE1      PHE 338 -11.066  -7.272  -3.886
    6    HE2  PHE 338           HE2      PHE 338 -12.795  -3.375  -3.930
    7    HZ   PHE 338           HZ       PHE 338 -12.837  -5.717  -3.170
    8    HB2  PHE 338           HB2      PHE 338  -9.266  -3.155  -6.931
    9    HB3  PHE 338           HB3      PHE 338  -8.662  -4.802  -7.071

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLU 339           H        GLU 339  -5.984  -5.381  -6.381
    2    HA   GLU 339           HA       GLU 339  -6.458  -7.355  -4.426
    3    HB2  GLU 339           HB2      GLU 339  -4.447  -6.891  -6.555
    4    HB3  GLU 339           HB3      GLU 339  -3.968  -7.976  -5.258
    5    HG2  GLU 339           HG2      GLU 339  -6.636  -8.515  -6.304
    6    HG3  GLU 339           HG3      GLU 339  -5.354  -8.684  -7.502

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    MET 340           H        MET 340  -4.186  -4.681  -4.619
    2    HA   MET 340           HA       MET 340  -2.585  -5.425  -2.407
    3    HB2  MET 340           HB2      MET 340  -2.055  -3.698  -4.210
    4    HB3  MET 340           HB3      MET 340  -3.095  -2.596  -3.319
    5    HG2  MET 340           HG2      MET 340  -1.626  -3.044  -1.312
    6    HG3  MET 340           HG3      MET 340  -0.513  -3.836  -2.426
    7    HE1  MET 340           HE1      MET 340  -0.332  -2.639  -4.820
    8    HE2  MET 340           HE2      MET 340  -1.395  -1.240  -4.972
    9    HE3  MET 340           HE3      MET 340   0.353  -1.016  -4.902

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    PHE 341           H        PHE 341  -5.177  -2.986  -2.682
    2    HA   PHE 341           HA       PHE 341  -5.321  -2.397   0.059
    3    HD1  PHE 341           HD1      PHE 341  -4.582  -0.431  -0.880
    4    HD2  PHE 341           HD2      PHE 341  -7.706  -0.990  -3.714
    5    HE1  PHE 341           HE1      PHE 341  -3.461   1.127  -2.415
    6    HE2  PHE 341           HE2      PHE 341  -6.591   0.569  -5.256
    7    HZ   PHE 341           HZ       PHE 341  -4.464   1.624  -4.606
    8    HB2  PHE 341           HB2      PHE 341  -7.693  -2.256  -1.792
    9    HB3  PHE 341           HB3      PHE 341  -7.298  -1.206  -0.434

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    ARG 342           H        ARG 342  -6.642  -5.017  -1.810
    2    HA   ARG 342           HA       ARG 342  -8.578  -5.827   0.137
    3    HE   ARG 342           HE       ARG 342 -11.692  -9.234   0.081
    4   HH11  ARG 342          1HH1      ARG 342 -10.491  -9.053  -3.191
    5   HH12  ARG 342          2HH1      ARG 342 -11.251 -10.528  -3.685
    6   HH21  ARG 342          1HH2      ARG 342 -12.693 -11.175  -0.567
    7   HH22  ARG 342          2HH2      ARG 342 -12.502 -11.733  -2.196
    8    HB2  ARG 342           HB2      ARG 342  -8.830  -6.405  -2.234
    9    HB3  ARG 342           HB3      ARG 342  -7.356  -7.361  -2.166
   10    HG2  ARG 342           HG2      ARG 342  -8.924  -9.002  -1.954
   11    HG3  ARG 342           HG3      ARG 342  -8.636  -8.622  -0.255
   12    HD2  ARG 342           HD2      ARG 342 -10.601  -7.253  -0.165
   13    HD3  ARG 342           HD3      ARG 342 -10.837  -7.393  -1.906

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 343           H        GLU 343  -5.305  -6.872  -0.734
    2    HA   GLU 343           HA       GLU 343  -5.185  -8.979   1.166
    3    HB2  GLU 343           HB2      GLU 343  -3.710  -8.639  -0.898
    4    HB3  GLU 343           HB3      GLU 343  -2.808  -7.483   0.072
    5    HG2  GLU 343           HG2      GLU 343  -1.923  -9.095   1.428
    6    HG3  GLU 343           HG3      GLU 343  -3.267 -10.207   1.168

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 344           H        LEU 344  -4.495  -5.557   1.269
    2    HA   LEU 344           HA       LEU 344  -3.067  -5.579   3.730
    3    HG   LEU 344           HG       LEU 344  -1.604  -4.073   3.186
    4   HD11  LEU 344          1HD1      LEU 344  -2.473  -2.880   0.557
    5   HD12  LEU 344          2HD1      LEU 344  -0.818  -3.294   1.005
    6   HD13  LEU 344          3HD1      LEU 344  -2.031  -4.564   0.842
    7   HD21  LEU 344          1HD2      LEU 344  -2.696  -1.646   3.767
    8   HD22  LEU 344          2HD2      LEU 344  -0.969  -1.967   3.619
    9   HD23  LEU 344          3HD2      LEU 344  -1.864  -1.310   2.249
   10    HB2  LEU 344           HB2      LEU 344  -4.232  -3.543   1.933
   11    HB3  LEU 344           HB3      LEU 344  -4.075  -3.071   3.614

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ASN 345           H        ASN 345  -6.457  -5.117   2.846
    2    HA   ASN 345           HA       ASN 345  -7.395  -4.401   5.404
    3   HD21  ASN 345          1HD2      ASN 345 -11.221  -5.023   3.307
    4   HD22  ASN 345          2HD2      ASN 345 -11.907  -4.336   4.736
    5    HB2  ASN 345           HB2      ASN 345  -8.589  -4.272   3.107
    6    HB3  ASN 345           HB3      ASN 345  -9.051  -5.943   3.421

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    GLU 346           H        GLU 346  -6.975  -7.525   3.809
    2    HA   GLU 346           HA       GLU 346  -8.230  -9.100   5.784
    3    HB2  GLU 346           HB2      GLU 346  -6.286  -9.630   3.576
    4    HB3  GLU 346           HB3      GLU 346  -6.567 -10.884   4.776
    5    HG2  GLU 346           HG2      GLU 346  -8.998  -9.683   3.665
    6    HG3  GLU 346           HG3      GLU 346  -8.004 -10.563   2.505

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ALA 347           H        ALA 347  -4.846  -8.151   5.303
    2    HA   ALA 347           HA       ALA 347  -3.740  -9.612   7.421
    3    HB1  ALA 347           HB1      ALA 347  -2.646  -6.937   6.663
    4    HB2  ALA 347           HB2      ALA 347  -2.608  -8.264   5.501
    5    HB3  ALA 347           HB3      ALA 347  -1.792  -8.430   7.056

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    LEU 348           H        LEU 348  -5.425  -6.552   7.341
    2    HA   LEU 348           HA       LEU 348  -4.679  -5.628   9.907
    3    HG   LEU 348           HG       LEU 348  -4.694  -3.478   9.518
    4   HD11  LEU 348          1HD1      LEU 348  -5.578  -3.370   6.640
    5   HD12  LEU 348          2HD1      LEU 348  -4.306  -2.369   7.341
    6   HD13  LEU 348          3HD1      LEU 348  -4.114  -4.121   7.275
    7   HD21  LEU 348          1HD2      LEU 348  -7.209  -2.233   8.421
    8   HD22  LEU 348          2HD2      LEU 348  -6.660  -2.243  10.097
    9   HD23  LEU 348          3HD2      LEU 348  -5.771  -1.322   8.883
   10    HB2  LEU 348           HB2      LEU 348  -6.693  -4.939   7.872
   11    HB3  LEU 348           HB3      LEU 348  -7.146  -4.535   9.517

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLU 349           H        GLU 349  -7.554  -7.386   8.763
    2    HA   GLU 349           HA       GLU 349  -8.799  -7.609  11.277
    3    HB2  GLU 349           HB2      GLU 349  -9.660  -8.103   8.831
    4    HB3  GLU 349           HB3      GLU 349  -9.141  -9.740   9.209
    5    HG2  GLU 349           HG2      GLU 349 -11.292  -9.871   9.901
    6    HG3  GLU 349           HG3      GLU 349 -10.554  -9.298  11.396

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 350           H        LEU 350  -6.295  -9.474   9.720
    2    HA   LEU 350           HA       LEU 350  -6.445 -11.726  11.464
    3    HG   LEU 350           HG       LEU 350  -6.132 -13.236   9.900
    4   HD11  LEU 350          1HD1      LEU 350  -5.485 -11.568   7.481
    5   HD12  LEU 350          2HD1      LEU 350  -6.389 -13.081   7.413
    6   HD13  LEU 350          3HD1      LEU 350  -7.032 -11.709   8.316
    7   HD21  LEU 350          1HD2      LEU 350  -3.484 -13.587   9.600
    8   HD22  LEU 350          2HD2      LEU 350  -4.693 -14.712   8.980
    9   HD23  LEU 350          3HD2      LEU 350  -3.975 -13.510   7.908
   10    HB2  LEU 350           HB2      LEU 350  -4.596 -10.752   9.361
   11    HB3  LEU 350           HB3      LEU 350  -3.926 -11.862  10.542

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    LYS 351           H        LYS 351  -4.442  -8.808  11.353
    2    HA   LYS 351           HA       LYS 351  -2.800  -9.479  13.555
    3    HB2  LYS 351           HB2      LYS 351  -2.700  -7.547  11.684
    4    HB3  LYS 351           HB3      LYS 351  -3.361  -6.617  13.021
    5    HG2  LYS 351           HG2      LYS 351  -1.439  -7.489  14.410
    6    HG3  LYS 351           HG3      LYS 351  -0.743  -8.081  12.901
    7    HD2  LYS 351           HD2      LYS 351  -1.623  -5.235  13.092
    8    HD3  LYS 351           HD3      LYS 351  -0.094  -5.719  13.827
    9    HE2  LYS 351           HE2      LYS 351   0.715  -6.543  11.712
   10    HE3  LYS 351           HE3      LYS 351  -0.848  -6.239  10.955
   11    HZ1  LYS 351           HZ1      LYS 351  -0.378  -3.820  11.759
   12    HZ2  LYS 351           HZ2      LYS 351   1.234  -4.330  11.748
   13    HZ3  LYS 351           HZ3      LYS 351   0.318  -4.394  10.328

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    ASP 352           H        ASP 352  -5.956  -8.020  13.283
    2    HA   ASP 352           HA       ASP 352  -6.080  -6.936  15.904
    3    HB2  ASP 352           HB2      ASP 352  -7.581  -6.458  13.830
    4    HB3  ASP 352           HB3      ASP 352  -8.508  -7.847  14.389

  No H/Q in entry =           4
  Start of MODEL   22
    1    H    ALA 353           H        ALA 353  -6.723 -10.089  14.546
    2    HA   ALA 353           HA       ALA 353  -8.107 -11.102  16.842
    3    HB1  ALA 353           HB1      ALA 353  -8.414 -11.996  14.545
    4    HB2  ALA 353           HB2      ALA 353  -6.782 -12.662  14.629
    5    HB3  ALA 353           HB3      ALA 353  -8.027 -13.235  15.740

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLN 354           H        GLN 354  -4.784 -10.971  15.767
    2    HA   GLN 354           HA       GLN 354  -3.897 -12.750  17.894
    3   HE21  GLN 354          1HE2      GLN 354  -0.488 -14.119  14.699
    4   HE22  GLN 354          2HE2      GLN 354  -0.180 -15.495  15.697
    5    HB2  GLN 354           HB2      GLN 354  -2.424 -11.310  15.688
    6    HB3  GLN 354           HB3      GLN 354  -1.615 -12.267  16.921
    7    HG2  GLN 354           HG2      GLN 354  -3.793 -13.678  15.587
    8    HG3  GLN 354           HG3      GLN 354  -2.491 -13.187  14.504

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    ALA 355           H        ALA 355  -3.797  -9.344  17.017
    2    HA   ALA 355           HA       ALA 355  -2.033  -8.511  19.067
    3    HB1  ALA 355           HB1      ALA 355  -2.576  -7.193  17.027
    4    HB2  ALA 355           HB2      ALA 355  -2.709  -6.274  18.527
    5    HB3  ALA 355           HB3      ALA 355  -4.164  -6.859  17.718

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLY 356           H        GLY 356  -2.883  -6.761  20.694
    2    HA2  GLY 356           HA2      GLY 356  -4.435  -8.112  22.617
    3    HA3  GLY 356           HA3      GLY 356  -5.454  -6.944  21.790

  No H/Q in entry =           3
  Start of MODEL   22
    1    H1   GLU 326           H1       GLU 326 -13.501  -5.068 -13.656
    2    H2   GLU 326           H2       GLU 326 -14.141  -4.530 -15.155
    3    H3   GLU 326           H3       GLU 326 -12.499  -5.010 -15.048
    4    HA   GLU 326           HA       GLU 326 -11.903  -3.182 -13.824
    5    HB2  GLU 326           HB2      GLU 326 -13.702  -2.750 -16.152
    6    HB3  GLU 326           HB3      GLU 326 -13.234  -1.326 -15.233
    7    HG2  GLU 326           HG2      GLU 326 -11.454  -1.280 -16.567
    8    HG3  GLU 326           HG3      GLU 326 -10.843  -2.590 -15.557

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    SER 327           H        SER 327 -12.394  -1.369 -12.513
    2    HA   SER 327           HA       SER 327 -13.482  -0.269 -10.846
    3    HG   SER 327           HG       SER 327 -16.355   0.481 -10.469
    4    HB2  SER 327           HB2      SER 327 -15.040   0.124 -12.919
    5    HB3  SER 327           HB3      SER 327 -16.134  -0.963 -12.063

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    PHE 328           H        PHE 328 -13.390  -1.216  -8.922
    2    HA   PHE 328           HA       PHE 328 -15.372  -3.277  -8.281
    3    HD1  PHE 328           HD1      PHE 328 -14.438  -6.066  -9.154
    4    HD2  PHE 328           HD2      PHE 328 -11.370  -3.137  -9.505
    5    HE1  PHE 328           HE1      PHE 328 -13.744  -7.056 -11.297
    6    HE2  PHE 328           HE2      PHE 328 -10.671  -4.121 -11.650
    7    HZ   PHE 328           HZ       PHE 328 -11.859  -6.083 -12.548
    8    HB2  PHE 328           HB2      PHE 328 -12.497  -3.525  -7.399
    9    HB3  PHE 328           HB3      PHE 328 -13.779  -4.724  -7.260

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLY 329           H        GLY 329 -16.100  -3.267  -6.169
    2    HA2  GLY 329           HA2      GLY 329 -16.841  -1.799  -4.446
    3    HA3  GLY 329           HA3      GLY 329 -15.359  -0.874  -4.639

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    LEU 330           H        LEU 330 -14.507  -0.928  -2.636
    2    HA   LEU 330           HA       LEU 330 -14.125  -3.571  -1.393
    3    HG   LEU 330           HG       LEU 330 -12.099  -4.450  -1.166
    4   HD11  LEU 330          1HD1      LEU 330 -10.292  -3.105  -2.628
    5   HD12  LEU 330          2HD1      LEU 330  -9.458  -3.142  -1.074
    6   HD13  LEU 330          3HD1      LEU 330  -9.957  -4.649  -1.842
    7   HD21  LEU 330          1HD2      LEU 330 -12.164  -2.883   0.985
    8   HD22  LEU 330          2HD2      LEU 330 -11.326  -4.435   0.970
    9   HD23  LEU 330          3HD2      LEU 330 -10.417  -2.940   0.750
   10    HB2  LEU 330           HB2      LEU 330 -12.107  -2.168  -2.496
   11    HB3  LEU 330           HB3      LEU 330 -12.095  -1.479  -0.884

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLY 331           H        GLY 331 -14.884  -3.727   0.614
    2    HA2  GLY 331           HA2      GLY 331 -16.283  -2.879   2.340
    3    HA3  GLY 331           HA3      GLY 331 -15.694  -1.262   1.983

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ILE 332           H        ILE 332 -13.945  -0.478   3.058
    2    HA   ILE 332           HA       ILE 332 -12.520  -2.318   4.857
    3    HB   ILE 332           HB       ILE 332 -11.645   0.450   4.036
    4   HG12  ILE 332          2HG1      ILE 332  -9.921  -1.127   2.735
    5   HG21  ILE 332          1HG2      ILE 332 -10.747  -0.521   6.161
    6   HG22  ILE 332          2HG2      ILE 332 -10.030  -1.811   5.196
    7   HG23  ILE 332          3HG2      ILE 332  -9.524  -0.140   4.949
    8   HD11  ILE 332          1HD1      ILE 332 -11.353   0.639   1.721
    9   HD12  ILE 332          2HD1      ILE 332 -11.093  -0.776   0.700
   10   HD13  ILE 332          3HD1      ILE 332 -12.624  -0.572   1.551
   11   HG13  ILE 332          3HG1      ILE 332 -11.318  -2.198   2.715

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ARG 333           H        ARG 333 -12.892  -2.188   6.967
    2    HA   ARG 333           HA       ARG 333 -14.566  -0.076   8.011
    3    HE   ARG 333           HE       ARG 333 -14.534  -3.720  11.013
    4   HH11  ARG 333          1HH1      ARG 333 -17.921  -4.175  10.306
    5   HH12  ARG 333          2HH1      ARG 333 -17.852  -5.897  10.466
    6   HH21  ARG 333          1HH2      ARG 333 -14.441  -5.986  11.224
    7   HH22  ARG 333          2HH2      ARG 333 -15.876  -6.926  10.988
    8    HB2  ARG 333           HB2      ARG 333 -14.596  -2.620   8.606
    9    HB3  ARG 333           HB3      ARG 333 -13.292  -2.195   9.706
   10    HG2  ARG 333           HG2      ARG 333 -14.659  -1.079  11.119
   11    HG3  ARG 333           HG3      ARG 333 -15.722  -0.520   9.826
   12    HD2  ARG 333           HD2      ARG 333 -16.722  -2.192  11.430
   13    HD3  ARG 333           HD3      ARG 333 -16.842  -2.598   9.718

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLY 334           H        GLY 334 -12.992   1.644   7.617
    2    HA2  GLY 334           HA2      GLY 334 -10.500   1.710   8.991
    3    HA3  GLY 334           HA3      GLY 334 -11.741   2.542   9.916

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ARG 335           H        ARG 335 -11.839   4.652   9.583
    2    HA   ARG 335           HA       ARG 335 -11.996   5.874   7.069
    3    HE   ARG 335           HE       ARG 335 -11.000   9.502  11.132
    4   HH11  ARG 335          1HH1      ARG 335  -8.052   9.414   9.267
    5   HH12  ARG 335          2HH1      ARG 335  -7.749  11.110   9.433
    6   HH21  ARG 335          1HH2      ARG 335 -10.604  11.734  11.350
    7   HH22  ARG 335          2HH2      ARG 335  -9.197  12.428  10.615
    8    HB2  ARG 335           HB2      ARG 335 -11.629   8.001   8.314
    9    HB3  ARG 335           HB3      ARG 335 -12.881   6.983   9.013
   10    HG2  ARG 335           HG2      ARG 335 -11.796   7.503  10.920
   11    HG3  ARG 335           HG3      ARG 335 -10.798   6.126  10.446
   12    HD2  ARG 335           HD2      ARG 335  -9.117   7.603  10.751
   13    HD3  ARG 335           HD3      ARG 335  -9.538   8.082   9.107

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 336           H        GLU 336  -9.263   5.547   9.308
    2    HA   GLU 336           HA       GLU 336  -7.424   7.011   7.732
    3    HB2  GLU 336           HB2      GLU 336  -7.337   6.190  10.245
    4    HB3  GLU 336           HB3      GLU 336  -6.496   4.819   9.535
    5    HG2  GLU 336           HG2      GLU 336  -4.677   6.075   9.866
    6    HG3  GLU 336           HG3      GLU 336  -5.175   6.861   8.368

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ARG 337           H        ARG 337  -7.974   3.516   8.105
    2    HA   ARG 337           HA       ARG 337  -6.001   2.655   6.318
    3    HE   ARG 337           HE       ARG 337  -6.163   0.984   9.089
    4   HH11  ARG 337          1HH1      ARG 337  -3.042   1.581   7.646
    5   HH12  ARG 337          2HH1      ARG 337  -2.447   2.477   9.003
    6   HH21  ARG 337          1HH2      ARG 337  -5.383   2.163  10.874
    7   HH22  ARG 337          2HH2      ARG 337  -3.775   2.808  10.835
    8    HB2  ARG 337           HB2      ARG 337  -7.760   1.405   7.963
    9    HB3  ARG 337           HB3      ARG 337  -8.493   1.069   6.401
   10    HG2  ARG 337           HG2      ARG 337  -6.968  -0.708   7.156
   11    HG3  ARG 337           HG3      ARG 337  -6.477   0.014   5.624
   12    HD2  ARG 337           HD2      ARG 337  -4.648  -0.410   7.342
   13    HD3  ARG 337           HD3      ARG 337  -4.711   1.195   6.616

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    PHE 338           H        PHE 338  -9.470   3.226   5.754
    2    HA   PHE 338           HA       PHE 338  -9.425   2.640   3.004
    3    HD1  PHE 338           HD1      PHE 338 -11.190   5.934   2.409
    4    HD2  PHE 338           HD2      PHE 338 -12.694   1.953   2.484
    5    HE1  PHE 338           HE1      PHE 338 -12.422   6.364   0.323
    6    HE2  PHE 338           HE2      PHE 338 -13.928   2.376   0.397
    7    HZ   PHE 338           HZ       PHE 338 -13.792   4.584  -0.686
    8    HB2  PHE 338           HB2      PHE 338 -11.508   2.756   4.305
    9    HB3  PHE 338           HB3      PHE 338 -11.279   4.488   4.526

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLU 339           H        GLU 339  -8.693   5.546   4.813
    2    HA   GLU 339           HA       GLU 339  -8.720   7.379   2.679
    3    HB2  GLU 339           HB2      GLU 339  -7.630   7.304   5.425
    4    HB3  GLU 339           HB3      GLU 339  -6.815   8.407   4.323
    5    HG2  GLU 339           HG2      GLU 339  -9.448   8.954   3.843
    6    HG3  GLU 339           HG3      GLU 339  -9.445   8.595   5.569

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    MET 340           H        MET 340  -6.263   5.173   3.888
    2    HA   MET 340           HA       MET 340  -4.111   6.155   2.342
    3    HB2  MET 340           HB2      MET 340  -4.166   4.457   4.346
    4    HB3  MET 340           HB3      MET 340  -4.343   3.258   3.072
    5    HG2  MET 340           HG2      MET 340  -2.258   4.684   2.122
    6    HG3  MET 340           HG3      MET 340  -2.011   4.859   3.859
    7    HE1  MET 340           HE1      MET 340  -1.767   3.063   5.488
    8    HE2  MET 340           HE2      MET 340  -3.006   1.888   5.044
    9    HE3  MET 340           HE3      MET 340  -1.318   1.390   5.156

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    PHE 341           H        PHE 341  -6.158   3.269   1.856
    2    HA   PHE 341           HA       PHE 341  -5.212   2.660  -0.711
    3    HD1  PHE 341           HD1      PHE 341  -4.511   0.935   0.563
    4    HD2  PHE 341           HD2      PHE 341  -8.495   0.764   2.046
    5    HE1  PHE 341           HE1      PHE 341  -3.736  -0.397   2.476
    6    HE2  PHE 341           HE2      PHE 341  -7.727  -0.571   3.962
    7    HZ   PHE 341           HZ       PHE 341  -5.345  -1.146   4.179
    8    HB2  PHE 341           HB2      PHE 341  -8.024   2.092   0.213
    9    HB3  PHE 341           HB3      PHE 341  -7.015   1.134  -0.867

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    ARG 342           H        ARG 342  -7.552   4.994   0.378
    2    HA   ARG 342           HA       ARG 342  -8.776   5.421  -2.169
    3    HE   ARG 342           HE       ARG 342 -10.685   9.853  -2.364
    4   HH11  ARG 342          1HH1      ARG 342 -10.776  10.778   1.000
    5   HH12  ARG 342          2HH1      ARG 342 -11.043  12.455   0.661
    6   HH21  ARG 342          1HH2      ARG 342 -11.034  12.059  -2.812
    7   HH22  ARG 342          2HH2      ARG 342 -11.190  13.182  -1.503
    8    HB2  ARG 342           HB2      ARG 342  -9.838   5.979   0.031
    9    HB3  ARG 342           HB3      ARG 342  -8.691   7.301   0.197
   10    HG2  ARG 342           HG2      ARG 342  -9.692   7.879  -2.223
   11    HG3  ARG 342           HG3      ARG 342 -11.086   7.068  -1.504
   12    HD2  ARG 342           HD2      ARG 342 -11.409   8.699   0.045
   13    HD3  ARG 342           HD3      ARG 342  -9.691   9.077   0.164

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 343           H        GLU 343  -6.201   7.010  -0.335
    2    HA   GLU 343           HA       GLU 343  -5.771   9.081  -2.244
    3    HB2  GLU 343           HB2      GLU 343  -4.463   8.124   0.228
    4    HB3  GLU 343           HB3      GLU 343  -3.409   8.944  -0.915
    5    HG2  GLU 343           HG2      GLU 343  -5.999  10.119   0.047
    6    HG3  GLU 343           HG3      GLU 343  -4.459  10.378   0.866

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 344           H        LEU 344  -4.564   5.835  -1.813
    2    HA   LEU 344           HA       LEU 344  -2.364   6.054  -3.606
    3    HG   LEU 344           HG       LEU 344  -2.489   4.714  -0.836
    4   HD11  LEU 344          1HD1      LEU 344  -2.615   2.244  -0.985
    5   HD12  LEU 344          2HD1      LEU 344  -1.126   2.260  -1.930
    6   HD13  LEU 344          3HD1      LEU 344  -1.116   2.828  -0.260
    7   HD21  LEU 344          1HD2      LEU 344  -0.564   4.859  -3.073
    8   HD22  LEU 344          2HD2      LEU 344  -0.831   5.968  -1.728
    9   HD23  LEU 344          3HD2      LEU 344   0.099   4.491  -1.481
   10    HB2  LEU 344           HB2      LEU 344  -3.891   3.691  -2.528
   11    HB3  LEU 344           HB3      LEU 344  -2.520   3.522  -3.608

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ASN 345           H        ASN 345  -5.755   5.213  -3.948
    2    HA   ASN 345           HA       ASN 345  -5.562   4.220  -6.607
    3   HD21  ASN 345          1HD2      ASN 345  -8.173   5.039  -8.087
    4   HD22  ASN 345          2HD2      ASN 345  -8.685   3.471  -8.601
    5    HB2  ASN 345           HB2      ASN 345  -7.498   4.112  -4.741
    6    HB3  ASN 345           HB3      ASN 345  -8.108   5.453  -5.705

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    GLU 346           H        GLU 346  -6.431   7.370  -5.229
    2    HA   GLU 346           HA       GLU 346  -6.929   8.603  -7.749
    3    HB2  GLU 346           HB2      GLU 346  -6.364   9.766  -5.018
    4    HB3  GLU 346           HB3      GLU 346  -6.796  10.733  -6.421
    5    HG2  GLU 346           HG2      GLU 346  -8.531   8.513  -5.384
    6    HG3  GLU 346           HG3      GLU 346  -8.658  10.177  -4.814

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ALA 347           H        ALA 347  -4.106   8.133  -5.755
    2    HA   ALA 347           HA       ALA 347  -2.472  10.047  -7.131
    3    HB1  ALA 347           HB1      ALA 347  -2.146   9.233  -4.752
    4    HB2  ALA 347           HB2      ALA 347  -0.700   9.310  -5.759
    5    HB3  ALA 347           HB3      ALA 347  -1.480   7.758  -5.453

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    LEU 348           H        LEU 348  -3.114   6.606  -7.400
    2    HA   LEU 348           HA       LEU 348  -0.981   6.070  -9.223
    3    HG   LEU 348           HG       LEU 348  -0.661   4.452  -7.569
    4   HD11  LEU 348          1HD1      LEU 348  -2.887   3.250  -6.684
    5   HD12  LEU 348          2HD1      LEU 348  -2.071   1.866  -7.411
    6   HD13  LEU 348          3HD1      LEU 348  -1.266   2.803  -6.152
    7   HD21  LEU 348          1HD2      LEU 348  -0.544   3.457 -10.025
    8   HD22  LEU 348          2HD2      LEU 348   0.489   2.864  -8.724
    9   HD23  LEU 348          3HD2      LEU 348  -0.967   1.974  -9.170
   10    HB2  LEU 348           HB2      LEU 348  -3.300   4.591  -8.127
   11    HB3  LEU 348           HB3      LEU 348  -2.694   4.041  -9.678

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLU 349           H        GLU 349  -4.287   7.136  -9.520
    2    HA   GLU 349           HA       GLU 349  -4.568   6.585 -12.300
    3    HB2  GLU 349           HB2      GLU 349  -6.314   7.243 -10.348
    4    HB3  GLU 349           HB3      GLU 349  -6.126   8.810 -11.121
    5    HG2  GLU 349           HG2      GLU 349  -7.765   8.106 -12.459
    6    HG3  GLU 349           HG3      GLU 349  -6.488   7.205 -13.275

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 350           H        LEU 350  -3.217   9.198 -10.446
    2    HA   LEU 350           HA       LEU 350  -3.233  11.175 -12.473
    3    HG   LEU 350           HG       LEU 350  -1.967  13.458  -9.962
    4   HD11  LEU 350          1HD1      LEU 350  -0.357  12.821 -11.956
    5   HD12  LEU 350          2HD1      LEU 350  -1.709  13.416 -12.920
    6   HD13  LEU 350          3HD1      LEU 350  -0.944  14.468 -11.729
    7   HD21  LEU 350          1HD2      LEU 350  -4.303  12.537 -10.937
    8   HD22  LEU 350          2HD2      LEU 350  -3.910  14.250 -10.789
    9   HD23  LEU 350          3HD2      LEU 350  -3.710  13.430 -12.338
   10    HB2  LEU 350           HB2      LEU 350  -2.643  11.164  -9.827
   11    HB3  LEU 350           HB3      LEU 350  -1.029  11.225 -10.510

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    LYS 351           H        LYS 351  -0.866   8.733 -11.498
    2    HA   LYS 351           HA       LYS 351   1.159   9.583 -13.303
    3    HB2  LYS 351           HB2      LYS 351   2.242   7.450 -12.784
    4    HB3  LYS 351           HB3      LYS 351   1.677   8.244 -11.321
    5    HG2  LYS 351           HG2      LYS 351   0.117   6.652 -10.888
    6    HG3  LYS 351           HG3      LYS 351  -0.142   6.283 -12.594
    7    HD2  LYS 351           HD2      LYS 351   1.024   4.416 -12.105
    8    HD3  LYS 351           HD3      LYS 351   2.421   5.477 -12.298
    9    HE2  LYS 351           HE2      LYS 351   2.592   5.815  -9.951
   10    HE3  LYS 351           HE3      LYS 351   1.031   5.048  -9.663
   11    HZ1  LYS 351           HZ1      LYS 351   3.368   3.620 -10.803
   12    HZ2  LYS 351           HZ2      LYS 351   3.001   3.639  -9.151
   13    HZ3  LYS 351           HZ3      LYS 351   1.920   2.943 -10.249

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    ASP 352           H        ASP 352  -1.608   7.484 -13.571
    2    HA   ASP 352           HA       ASP 352  -0.789   6.178 -15.973
    3    HB2  ASP 352           HB2      ASP 352  -3.350   6.394 -14.437
    4    HB3  ASP 352           HB3      ASP 352  -3.383   5.759 -16.080

  No H/Q in entry =           4
  Start of MODEL   22
    1    H    ALA 353           H        ALA 353  -2.496   9.129 -15.216
    2    HA   ALA 353           HA       ALA 353  -3.579   9.600 -17.794
    3    HB1  ALA 353           HB1      ALA 353  -2.884  11.892 -16.039
    4    HB2  ALA 353           HB2      ALA 353  -4.049  10.713 -15.437
    5    HB3  ALA 353           HB3      ALA 353  -4.360  11.567 -16.948

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLN 354           H        GLN 354  -0.518  10.413 -16.260
    2    HA   GLN 354           HA       GLN 354   0.374  12.113 -18.385
    3   HE21  GLN 354          1HE2      GLN 354   3.527  14.205 -15.580
    4   HE22  GLN 354          2HE2      GLN 354   3.630  13.965 -13.873
    5    HB2  GLN 354           HB2      GLN 354   1.666  10.896 -15.966
    6    HB3  GLN 354           HB3      GLN 354   2.653  11.672 -17.197
    7    HG2  GLN 354           HG2      GLN 354   1.760  13.766 -16.778
    8    HG3  GLN 354           HG3      GLN 354   0.321  13.107 -16.002

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    ALA 355           H        ALA 355   0.616   8.712 -17.623
    2    HA   ALA 355           HA       ALA 355   2.420   8.284 -19.895
    3    HB1  ALA 355           HB1      ALA 355   1.526   6.209 -17.909
    4    HB2  ALA 355           HB2      ALA 355   2.920   6.160 -18.989
    5    HB3  ALA 355           HB3      ALA 355   2.901   7.277 -17.624

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLY 356           H        GLY 356  -0.340   9.015 -20.322
    2    HA2  GLY 356           HA2      GLY 356  -1.659   6.555 -21.158
    3    HA3  GLY 356           HA3      GLY 356  -1.137   7.630 -22.446

  No H/Q in entry =           3
  Start of MODEL   22
    1    H1   GLU 326           H1       GLU 326  16.382  13.555   4.913
    2    H2   GLU 326           H2       GLU 326  14.713  13.814   4.622
    3    H3   GLU 326           H3       GLU 326  15.447  14.458   6.034
    4    HA   GLU 326           HA       GLU 326  15.826  12.317   6.899
    5    HB2  GLU 326           HB2      GLU 326  13.047  12.895   5.875
    6    HB3  GLU 326           HB3      GLU 326  13.381  11.575   6.988
    7    HG2  GLU 326           HG2      GLU 326  14.212  13.137   8.639
    8    HG3  GLU 326           HG3      GLU 326  13.977  14.477   7.518

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    SER 327           H        SER 327  16.234  10.205   6.577
    2    HA   SER 327           HA       SER 327  15.277   8.923   4.123
    3    HG   SER 327           HG       SER 327  17.877   8.396   2.424
    4    HB2  SER 327           HB2      SER 327  17.677   9.864   3.910
    5    HB3  SER 327           HB3      SER 327  18.134   8.555   5.000

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    PHE 328           H        PHE 328  15.125   6.656   4.228
    2    HA   PHE 328           HA       PHE 328  15.837   5.297   6.685
    3    HD1  PHE 328           HD1      PHE 328  14.144   5.695   9.236
    4    HD2  PHE 328           HD2      PHE 328  12.776   7.848   5.830
    5    HE1  PHE 328           HE1      PHE 328  13.784   7.682  10.641
    6    HE2  PHE 328           HE2      PHE 328  12.414   9.839   7.228
    7    HZ   PHE 328           HZ       PHE 328  12.919   9.758   9.638
    8    HB2  PHE 328           HB2      PHE 328  12.943   5.414   5.817
    9    HB3  PHE 328           HB3      PHE 328  13.588   4.549   7.207

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLY 329           H        GLY 329  16.821   3.538   5.944
    2    HA2  GLY 329           HA2      GLY 329  17.432   1.923   4.364
    3    HA3  GLY 329           HA3      GLY 329  16.041   2.380   3.392

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    LEU 330           H        LEU 330  14.456   0.943   3.295
    2    HA   LEU 330           HA       LEU 330  13.936  -0.772   5.614
    3    HG   LEU 330           HG       LEU 330  11.765  -0.691   6.254
    4   HD11  LEU 330          1HD1      LEU 330   9.902   0.155   4.118
    5   HD12  LEU 330          2HD1      LEU 330   9.235  -0.823   5.425
    6   HD13  LEU 330          3HD1      LEU 330  10.041   0.703   5.789
    7   HD21  LEU 330          1HD2      LEU 330  12.010  -2.832   4.634
    8   HD22  LEU 330          2HD2      LEU 330  11.072  -2.831   6.128
    9   HD23  LEU 330          3HD2      LEU 330  10.263  -2.591   4.580
   10    HB2  LEU 330           HB2      LEU 330  12.215   0.666   4.090
   11    HB3  LEU 330           HB3      LEU 330  12.131  -0.888   3.282

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLY 331           H        GLY 331  14.292  -2.913   5.587
    2    HA2  GLY 331           HA2      GLY 331  15.615  -4.707   4.769
    3    HA3  GLY 331           HA3      GLY 331  15.463  -4.044   3.148

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ILE 332           H        ILE 332  13.443  -4.312   2.028
    2    HA   ILE 332           HA       ILE 332  11.560  -6.234   3.146
    3    HB   ILE 332           HB       ILE 332  11.431  -4.894   0.447
    4   HG12  ILE 332          2HG1      ILE 332   9.601  -3.572   1.937
    5   HG21  ILE 332          1HG2      ILE 332  10.043  -6.955   0.922
    6   HG22  ILE 332          2HG2      ILE 332   9.180  -5.984   2.116
    7   HG23  ILE 332          3HG2      ILE 332   9.155  -5.519   0.415
    8   HD11  ILE 332          1HD1      ILE 332  11.605  -2.705   0.538
    9   HD12  ILE 332          2HD1      ILE 332  10.909  -1.694   1.804
   10   HD13  ILE 332          3HD1      ILE 332  12.403  -2.581   2.105
   11   HG13  ILE 332          3HG1      ILE 332  10.824  -3.885   3.165

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ARG 333           H        ARG 333  11.921  -8.330   2.882
    2    HA   ARG 333           HA       ARG 333  13.575  -9.259   0.667
    3    HE   ARG 333           HE       ARG 333  11.720 -12.103   6.237
    4   HH11  ARG 333          1HH1      ARG 333  14.512 -10.403   5.013
    5   HH12  ARG 333          2HH1      ARG 333  14.906  -9.693   6.542
    6   HH21  ARG 333          1HH2      ARG 333  12.237 -11.169   8.249
    7   HH22  ARG 333          2HH2      ARG 333  13.614 -10.127   8.380
    8    HB2  ARG 333           HB2      ARG 333  13.371 -11.481   1.869
    9    HB3  ARG 333           HB3      ARG 333  14.201 -10.205   2.748
   10    HG2  ARG 333           HG2      ARG 333  12.318  -9.828   4.146
   11    HG3  ARG 333           HG3      ARG 333  11.295 -10.863   3.148
   12    HD2  ARG 333           HD2      ARG 333  12.078 -12.759   4.082
   13    HD3  ARG 333           HD3      ARG 333  13.725 -12.140   4.203

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLY 334           H        GLY 334  11.896  -8.721  -0.920
    2    HA2  GLY 334           HA2      GLY 334   9.351  -9.869  -0.985
    3    HA3  GLY 334           HA3      GLY 334  10.459 -11.014  -1.725

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ARG 335           H        ARG 335   9.704 -10.866  -3.799
    2    HA   ARG 335           HA       ARG 335  10.585  -8.584  -5.308
    3    HE   ARG 335           HE       ARG 335  11.646 -11.764  -8.192
    4   HH11  ARG 335          1HH1      ARG 335  13.732  -9.121  -9.108
    5   HH12  ARG 335          2HH1      ARG 335  14.917 -10.147  -9.843
    6   HH21  ARG 335          1HH2      ARG 335  13.204 -13.115  -9.158
    7   HH22  ARG 335          2HH2      ARG 335  14.618 -12.415  -9.872
    8    HB2  ARG 335           HB2      ARG 335  10.697 -11.008  -6.066
    9    HB3  ARG 335           HB3      ARG 335   8.962 -10.910  -6.334
   10    HG2  ARG 335           HG2      ARG 335   9.653 -10.393  -8.422
   11    HG3  ARG 335           HG3      ARG 335   9.699  -8.770  -7.730
   12    HD2  ARG 335           HD2      ARG 335  11.759  -8.958  -8.792
   13    HD3  ARG 335           HD3      ARG 335  12.132  -9.334  -7.111

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 336           H        GLU 336   7.440 -10.105  -4.643
    2    HA   GLU 336           HA       GLU 336   5.940  -8.123  -6.032
    3    HB2  GLU 336           HB2      GLU 336   5.170 -10.234  -4.020
    4    HB3  GLU 336           HB3      GLU 336   3.997  -9.147  -4.750
    5    HG2  GLU 336           HG2      GLU 336   5.729 -10.508  -6.673
    6    HG3  GLU 336           HG3      GLU 336   4.701 -11.583  -5.726

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ARG 337           H        ARG 337   6.723  -8.670  -2.620
    2    HA   ARG 337           HA       ARG 337   5.177  -6.586  -1.552
    3    HE   ARG 337           HE       ARG 337   5.490  -9.012   2.561
    4   HH11  ARG 337          1HH1      ARG 337   8.528  -7.713   3.684
    5   HH12  ARG 337          2HH1      ARG 337   8.800  -8.994   4.816
    6   HH21  ARG 337          1HH2      ARG 337   5.846 -10.698   4.050
    7   HH22  ARG 337          2HH2      ARG 337   7.278 -10.689   5.025
    8    HB2  ARG 337           HB2      ARG 337   6.752  -8.552  -0.505
    9    HB3  ARG 337           HB3      ARG 337   7.737  -7.129  -0.197
   10    HG2  ARG 337           HG2      ARG 337   5.546  -6.132   0.765
   11    HG3  ARG 337           HG3      ARG 337   5.029  -7.817   0.853
   12    HD2  ARG 337           HD2      ARG 337   7.723  -7.332   1.893
   13    HD3  ARG 337           HD3      ARG 337   6.449  -6.496   2.779

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    PHE 338           H        PHE 338   8.647  -6.648  -2.362
    2    HA   PHE 338           HA       PHE 338   9.136  -3.942  -1.796
    3    HD1  PHE 338           HD1      PHE 338  10.752  -3.661  -5.215
    4    HD2  PHE 338           HD2      PHE 338  12.483  -4.016  -1.344
    5    HE1  PHE 338           HE1      PHE 338  12.309  -1.832  -5.748
    6    HE2  PHE 338           HE2      PHE 338  14.043  -2.187  -1.869
    7    HZ   PHE 338           HZ       PHE 338  13.957  -1.093  -4.073
    8    HB2  PHE 338           HB2      PHE 338  10.937  -5.592  -2.048
    9    HB3  PHE 338           HB3      PHE 338  10.553  -5.762  -3.758

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLU 339           H        GLU 339   7.854  -5.550  -4.621
    2    HA   GLU 339           HA       GLU 339   8.160  -3.435  -6.461
    3    HB2  GLU 339           HB2      GLU 339   6.504  -5.903  -6.306
    4    HB3  GLU 339           HB3      GLU 339   6.000  -4.664  -7.446
    5    HG2  GLU 339           HG2      GLU 339   8.850  -5.256  -7.572
    6    HG3  GLU 339           HG3      GLU 339   7.824  -6.645  -7.928

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    MET 340           H        MET 340   5.691  -4.200  -4.081
    2    HA   MET 340           HA       MET 340   3.792  -2.278  -4.941
    3    HB2  MET 340           HB2      MET 340   4.209  -3.939  -2.510
    4    HB3  MET 340           HB3      MET 340   3.177  -2.525  -2.345
    5    HG2  MET 340           HG2      MET 340   1.516  -3.428  -3.555
    6    HG3  MET 340           HG3      MET 340   2.619  -4.223  -4.676
    7    HE1  MET 340           HE1      MET 340   1.344  -4.033  -1.185
    8    HE2  MET 340           HE2      MET 340   1.015  -5.695  -0.695
    9    HE3  MET 340           HE3      MET 340   2.644  -5.036  -0.542

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    PHE 341           H        PHE 341   6.084  -2.242  -2.207
    2    HA   PHE 341           HA       PHE 341   5.632   0.448  -1.508
    3    HD1  PHE 341           HD1      PHE 341   4.714  -0.897   0.043
    4    HD2  PHE 341           HD2      PHE 341   8.506  -2.797   0.369
    5    HE1  PHE 341           HE1      PHE 341   3.685  -2.711   1.340
    6    HE2  PHE 341           HE2      PHE 341   7.484  -4.619   1.668
    7    HZ   PHE 341           HZ       PHE 341   5.071  -4.577   2.149
    8    HB2  PHE 341           HB2      PHE 341   8.252  -0.962  -1.049
    9    HB3  PHE 341           HB3      PHE 341   7.449   0.228  -0.027

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    ARG 342           H        ARG 342   7.566  -1.009  -3.989
    2    HA   ARG 342           HA       ARG 342   9.247   1.278  -4.422
    3    HE   ARG 342           HE       ARG 342   8.641   0.088  -8.639
    4   HH11  ARG 342          1HH1      ARG 342  11.336  -1.619 -10.055
    5   HH12  ARG 342          2HH1      ARG 342  10.642  -1.652 -11.641
    6   HH21  ARG 342          1HH2      ARG 342   7.727   0.044 -10.724
    7   HH22  ARG 342          2HH2      ARG 342   8.594  -0.708 -12.022
    8    HB2  ARG 342           HB2      ARG 342   9.939  -1.029  -5.022
    9    HB3  ARG 342           HB3      ARG 342   8.684  -1.063  -6.253
   10    HG2  ARG 342           HG2      ARG 342   9.961   1.161  -7.007
   11    HG3  ARG 342           HG3      ARG 342  11.301   0.299  -6.248
   12    HD2  ARG 342           HD2      ARG 342  11.443  -0.490  -8.399
   13    HD3  ARG 342           HD3      ARG 342  10.408  -1.713  -7.665

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 343           H        GLU 343   6.326  -0.052  -5.905
    2    HA   GLU 343           HA       GLU 343   6.180   1.968  -7.931
    3    HB2  GLU 343           HB2      GLU 343   4.529  -0.327  -7.055
    4    HB3  GLU 343           HB3      GLU 343   3.661   0.987  -7.836
    5    HG2  GLU 343           HG2      GLU 343   5.259   0.817  -9.739
    6    HG3  GLU 343           HG3      GLU 343   5.938  -0.617  -8.969

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 344           H        LEU 344   4.980   1.572  -4.683
    2    HA   LEU 344           HA       LEU 344   3.083   3.714  -4.812
    3    HG   LEU 344           HG       LEU 344   1.933   4.166  -2.642
    4   HD11  LEU 344          1HD1      LEU 344   1.431   2.172  -4.334
    5   HD12  LEU 344          2HD1      LEU 344   0.714   1.480  -2.879
    6   HD13  LEU 344          3HD1      LEU 344   0.155   3.040  -3.481
    7   HD21  LEU 344          1HD2      LEU 344   2.306   1.815  -0.821
    8   HD22  LEU 344          2HD2      LEU 344   2.332   3.536  -0.437
    9   HD23  LEU 344          3HD2      LEU 344   0.805   2.741  -0.820
   10    HB2  LEU 344           HB2      LEU 344   3.496   1.636  -3.097
   11    HB3  LEU 344           HB3      LEU 344   4.160   2.971  -2.175

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ASN 345           H        ASN 345   6.470   3.401  -4.042
    2    HA   ASN 345           HA       ASN 345   6.719   5.953  -2.773
    3   HD21  ASN 345          1HD2      ASN 345  10.901   4.853  -3.748
    4   HD22  ASN 345          2HD2      ASN 345  11.379   6.313  -2.957
    5    HB2  ASN 345           HB2      ASN 345   8.300   4.100  -2.345
    6    HB3  ASN 345           HB3      ASN 345   8.857   4.205  -4.013

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    GLU 346           H        GLU 346   7.272   4.704  -6.032
    2    HA   GLU 346           HA       GLU 346   8.322   7.147  -7.062
    3    HB2  GLU 346           HB2      GLU 346   8.526   4.715  -7.986
    4    HB3  GLU 346           HB3      GLU 346   6.998   5.073  -8.778
    5    HG2  GLU 346           HG2      GLU 346   8.246   5.862 -10.440
    6    HG3  GLU 346           HG3      GLU 346   8.496   7.268  -9.406

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ALA 347           H        ALA 347   5.125   5.726  -6.822
    2    HA   ALA 347           HA       ALA 347   3.853   7.648  -8.521
    3    HB1  ALA 347           HB1      ALA 347   3.038   5.291  -7.959
    4    HB2  ALA 347           HB2      ALA 347   1.835   6.581  -7.993
    5    HB3  ALA 347           HB3      ALA 347   2.450   5.988  -6.450

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    LEU 348           H        LEU 348   4.479   7.356  -5.081
    2    HA   LEU 348           HA       LEU 348   2.764   9.498  -4.295
    3    HG   LEU 348           HG       LEU 348   2.382   7.293  -2.921
    4   HD11  LEU 348          1HD1      LEU 348   4.222   6.454  -1.378
    5   HD12  LEU 348          2HD1      LEU 348   3.628   7.637  -0.212
    6   HD13  LEU 348          3HD1      LEU 348   2.566   6.350  -0.781
    7   HD21  LEU 348          1HD2      LEU 348   1.722   9.682  -2.476
    8   HD22  LEU 348          2HD2      LEU 348   0.987   8.480  -1.416
    9   HD23  LEU 348          3HD2      LEU 348   2.331   9.462  -0.836
   10    HB2  LEU 348           HB2      LEU 348   4.876   7.855  -2.988
   11    HB3  LEU 348           HB3      LEU 348   4.442   9.379  -2.237

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLU 349           H        GLU 349   6.064   9.244  -5.389
    2    HA   GLU 349           HA       GLU 349   6.938  11.798  -4.514
    3    HB2  GLU 349           HB2      GLU 349   7.928   9.787  -6.499
    4    HB3  GLU 349           HB3      GLU 349   8.629  11.399  -6.483
    5    HG2  GLU 349           HG2      GLU 349   9.101  11.063  -4.044
    6    HG3  GLU 349           HG3      GLU 349   8.612   9.382  -4.256

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 350           H        LEU 350   5.205  10.653  -7.319
    2    HA   LEU 350           HA       LEU 350   5.589  12.873  -9.004
    3    HG   LEU 350           HG       LEU 350   4.123  10.455 -11.275
    4   HD11  LEU 350          1HD1      LEU 350   4.776  13.048 -11.198
    5   HD12  LEU 350          2HD1      LEU 350   6.387  12.340 -11.075
    6   HD13  LEU 350          3HD1      LEU 350   5.352  11.945 -12.448
    7   HD21  LEU 350          1HD2      LEU 350   6.220  10.281  -9.191
    8   HD22  LEU 350          2HD2      LEU 350   5.528   9.022 -10.214
    9   HD23  LEU 350          3HD2      LEU 350   6.734  10.128 -10.871
   10    HB2  LEU 350           HB2      LEU 350   3.679  10.618  -8.838
   11    HB3  LEU 350           HB3      LEU 350   3.143  12.018  -9.748

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    LYS 351           H        LYS 351   3.277  12.232  -6.428
    2    HA   LYS 351           HA       LYS 351   1.500  14.336  -6.881
    3    HB2  LYS 351           HB2      LYS 351   2.230  12.623  -4.586
    4    HB3  LYS 351           HB3      LYS 351   1.469  14.154  -4.175
    5    HG2  LYS 351           HG2      LYS 351  -0.292  13.468  -5.948
    6    HG3  LYS 351           HG3      LYS 351   0.362  11.846  -5.712
    7    HD2  LYS 351           HD2      LYS 351  -0.021  12.166  -3.246
    8    HD3  LYS 351           HD3      LYS 351  -0.895  13.645  -3.647
    9    HE2  LYS 351           HE2      LYS 351  -2.696  12.526  -4.405
   10    HE3  LYS 351           HE3      LYS 351  -1.720  11.265  -5.158
   11    HZ1  LYS 351           HZ1      LYS 351  -2.236  11.470  -2.241
   12    HZ2  LYS 351           HZ2      LYS 351  -3.091  10.460  -3.296
   13    HZ3  LYS 351           HZ3      LYS 351  -1.438  10.210  -3.040

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    ASP 352           H        ASP 352   4.619  14.267  -5.265
    2    HA   ASP 352           HA       ASP 352   4.533  16.772  -4.024
    3    HB2  ASP 352           HB2      ASP 352   6.344  14.765  -4.096
    4    HB3  ASP 352           HB3      ASP 352   7.135  15.926  -5.158

  No H/Q in entry =           4
  Start of MODEL   22
    1    H    ALA 353           H        ALA 353   5.487  15.845  -7.299
    2    HA   ALA 353           HA       ALA 353   6.473  18.335  -8.136
    3    HB1  ALA 353           HB1      ALA 353   5.058  16.469 -10.003
    4    HB2  ALA 353           HB2      ALA 353   6.608  16.029  -9.285
    5    HB3  ALA 353           HB3      ALA 353   6.480  17.471 -10.293

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLN 354           H        GLN 354   3.207  16.995  -8.132
    2    HA   GLN 354           HA       GLN 354   2.081  19.272  -9.489
    3   HE21  GLN 354          1HE2      GLN 354  -0.075  16.655 -12.652
    4   HE22  GLN 354          2HE2      GLN 354  -1.787  16.741 -12.440
    5    HB2  GLN 354           HB2      GLN 354   0.998  16.763  -8.273
    6    HB3  GLN 354           HB3      GLN 354  -0.102  18.094  -8.602
    7    HG2  GLN 354           HG2      GLN 354   1.266  17.910 -10.950
    8    HG3  GLN 354           HG3      GLN 354   1.196  16.226 -10.433

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    ALA 355           H        ALA 355   2.489  18.195  -6.184
    2    HA   ALA 355           HA       ALA 355   0.869  20.397  -5.164
    3    HB1  ALA 355           HB1      ALA 355   2.378  18.449  -3.459
    4    HB2  ALA 355           HB2      ALA 355   0.900  19.338  -3.090
    5    HB3  ALA 355           HB3      ALA 355   0.860  17.997  -4.236

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLY 356           H        GLY 356   2.233  22.123  -5.861
    2    HA2  GLY 356           HA2      GLY 356   4.308  23.297  -5.885
    3    HA3  GLY 356           HA3      GLY 356   4.864  22.279  -4.565

  No H/Q in entry =           3
  Start of MODEL   22
    1    H1   GLU 326           H1       GLU 326  18.274 -11.668  -2.730
    2    H2   GLU 326           H2       GLU 326  16.974 -12.700  -3.157
    3    H3   GLU 326           H3       GLU 326  16.796 -10.998  -3.291
    4    HA   GLU 326           HA       GLU 326  15.656 -11.735  -1.388
    5    HB2  GLU 326           HB2      GLU 326  18.209 -13.226  -1.007
    6    HB3  GLU 326           HB3      GLU 326  17.351 -12.698   0.434
    7    HG2  GLU 326           HG2      GLU 326  16.506 -14.809   0.116
    8    HG3  GLU 326           HG3      GLU 326  15.296 -13.808  -0.686

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    SER 327           H        SER 327  15.439 -10.285   0.273
    2    HA   SER 327           HA       SER 327  15.774  -8.381   1.471
    3    HG   SER 327           HG       SER 327  17.612  -7.868   3.487
    4    HB2  SER 327           HB2      SER 327  17.607  -9.737   2.465
    5    HB3  SER 327           HB3      SER 327  18.708  -9.094   1.247

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    PHE 328           H        PHE 328  15.057  -6.911  -0.049
    2    HA   PHE 328           HA       PHE 328  17.085  -5.713  -1.807
    3    HD1  PHE 328           HD1      PHE 328  14.012  -7.926  -1.438
    4    HD2  PHE 328           HD2      PHE 328  15.749  -6.232  -4.934
    5    HE1  PHE 328           HE1      PHE 328  13.787 -10.087  -2.592
    6    HE2  PHE 328           HE2      PHE 328  15.528  -8.390  -6.095
    7    HZ   PHE 328           HZ       PHE 328  14.545 -10.321  -4.924
    8    HB2  PHE 328           HB2      PHE 328  14.082  -5.386  -1.941
    9    HB3  PHE 328           HB3      PHE 328  15.258  -4.861  -3.142

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLY 329           H        GLY 329  17.894  -3.790  -1.301
    2    HA2  GLY 329           HA2      GLY 329  18.273  -1.970   0.118
    3    HA3  GLY 329           HA3      GLY 329  16.735  -2.291   0.905

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    LEU 330           H        LEU 330  15.861  -0.273   0.818
    2    HA   LEU 330           HA       LEU 330  15.713   1.072  -1.777
    3    HG   LEU 330           HG       LEU 330  13.649   0.680  -3.147
    4   HD11  LEU 330          1HD1      LEU 330  11.479  -0.065  -1.825
    5   HD12  LEU 330          2HD1      LEU 330  11.113   1.655  -1.959
    6   HD13  LEU 330          3HD1      LEU 330  11.390   0.697  -3.413
    7   HD21  LEU 330          1HD2      LEU 330  13.394   3.102  -1.444
    8   HD22  LEU 330          2HD2      LEU 330  14.343   2.842  -2.907
    9   HD23  LEU 330          3HD2      LEU 330  12.602   3.099  -3.020
   10    HB2  LEU 330           HB2      LEU 330  13.633  -0.443  -0.986
   11    HB3  LEU 330           HB3      LEU 330  13.218   1.059  -0.184

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLY 331           H        GLY 331  15.946   3.226  -1.642
    2    HA2  GLY 331           HA2      GLY 331  16.834   5.066  -0.432
    3    HA3  GLY 331           HA3      GLY 331  16.176   4.379   1.045

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ILE 332           H        ILE 332  13.875   4.527   1.400
    2    HA   ILE 332           HA       ILE 332  12.391   6.376  -0.286
    3    HB   ILE 332           HB       ILE 332  11.440   5.027   2.239
    4   HG12  ILE 332          2HG1      ILE 332  10.265   3.614   0.261
    5   HG21  ILE 332          1HG2      ILE 332  10.187   7.014   1.324
    6   HG22  ILE 332          2HG2      ILE 332   9.831   6.031  -0.096
    7   HG23  ILE 332          3HG2      ILE 332   9.250   5.529   1.491
    8   HD11  ILE 332          1HD1      ILE 332  11.831   2.895   2.242
    9   HD12  ILE 332          2HD1      ILE 332  11.505   1.814   0.887
   10   HD13  ILE 332          3HD1      ILE 332  13.012   2.729   0.942
   11   HG13  ILE 332          3HG1      ILE 332  11.797   3.997  -0.519

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ARG 333           H        ARG 333  12.704   8.479   0.040
    2    HA   ARG 333           HA       ARG 333  13.504   9.497   2.627
    3    HE   ARG 333           HE       ARG 333  17.565  10.597   0.710
    4   HH11  ARG 333          1HH1      ARG 333  16.738  13.961   1.134
    5   HH12  ARG 333          2HH1      ARG 333  18.347  14.432   1.567
    6   HH21  ARG 333          1HH2      ARG 333  19.682  11.214   1.280
    7   HH22  ARG 333          2HH2      ARG 333  20.019  12.873   1.649
    8    HB2  ARG 333           HB2      ARG 333  13.009  10.838  -0.033
    9    HB3  ARG 333           HB3      ARG 333  13.485  11.712   1.417
   10    HG2  ARG 333           HG2      ARG 333  15.407   9.840   1.365
   11    HG3  ARG 333           HG3      ARG 333  15.070   9.981  -0.361
   12    HD2  ARG 333           HD2      ARG 333  15.719  12.197  -0.441
   13    HD3  ARG 333           HD3      ARG 333  15.441  12.447   1.282

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLY 334           H        GLY 334  11.516   8.822   3.720
    2    HA2  GLY 334           HA2      GLY 334   8.968   9.808   3.079
    3    HA3  GLY 334           HA3      GLY 334   9.755  10.976   4.130

  No H/Q in entry =           3
  Start of MODEL   22
    1    H    ARG 335           H        ARG 335   9.409  10.727   6.228
    2    HA   ARG 335           HA       ARG 335   9.586   8.300   7.619
    3    HE   ARG 335           HE       ARG 335   8.620  12.194  11.131
    4   HH11  ARG 335          1HH1      ARG 335  10.027   9.337  12.557
    5   HH12  ARG 335          2HH1      ARG 335  11.231  10.217  13.437
    6   HH21  ARG 335          1HH2      ARG 335  10.203  13.353  12.288
    7   HH22  ARG 335          2HH2      ARG 335  11.330  12.497  13.285
    8    HB2  ARG 335           HB2      ARG 335   9.731  10.732   8.491
    9    HB3  ARG 335           HB3      ARG 335   7.980  10.636   8.619
   10    HG2  ARG 335           HG2      ARG 335   8.649   8.375   9.899
   11    HG3  ARG 335           HG3      ARG 335  10.075   9.355  10.247
   12    HD2  ARG 335           HD2      ARG 335   7.287  10.395  10.655
   13    HD3  ARG 335           HD3      ARG 335   8.129   9.472  11.899

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 336           H        GLU 336   6.827  10.012   6.257
    2    HA   GLU 336           HA       GLU 336   4.853   8.313   7.421
    3    HB2  GLU 336           HB2      GLU 336   4.512   9.971   4.926
    4    HB3  GLU 336           HB3      GLU 336   3.274   9.475   6.072
    5    HG2  GLU 336           HG2      GLU 336   4.855  10.867   7.719
    6    HG3  GLU 336           HG3      GLU 336   5.203  11.701   6.205

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ARG 337           H        ARG 337   6.333   8.509   4.196
    2    HA   ARG 337           HA       ARG 337   4.893   6.423   3.010
    3    HE   ARG 337           HE       ARG 337   6.324   9.196  -1.536
    4   HH11  ARG 337          1HH1      ARG 337   8.596   8.271   0.948
    5   HH12  ARG 337          2HH1      ARG 337   9.423   9.791   0.931
    6   HH21  ARG 337          1HH2      ARG 337   7.412  11.195  -1.559
    7   HH22  ARG 337          2HH2      ARG 337   8.752  11.451  -0.491
    8    HB2  ARG 337           HB2      ARG 337   7.261   8.000   2.395
    9    HB3  ARG 337           HB3      ARG 337   7.412   6.342   1.828
   10    HG2  ARG 337           HG2      ARG 337   5.081   6.701   0.806
   11    HG3  ARG 337           HG3      ARG 337   5.400   8.418   1.057
   12    HD2  ARG 337           HD2      ARG 337   7.625   7.001  -0.189
   13    HD3  ARG 337           HD3      ARG 337   6.142   6.939  -1.140

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    PHE 338           H        PHE 338   8.096   6.363   4.566
    2    HA   PHE 338           HA       PHE 338   8.536   3.608   4.289
    3    HD1  PHE 338           HD1      PHE 338  11.882   3.476   4.659
    4    HD2  PHE 338           HD2      PHE 338   9.275   3.510   8.022
    5    HE1  PHE 338           HE1      PHE 338  13.151   1.619   5.657
    6    HE2  PHE 338           HE2      PHE 338  10.540   1.655   9.027
    7    HZ   PHE 338           HZ       PHE 338  12.481   0.707   7.844
    8    HB2  PHE 338           HB2      PHE 338  10.324   5.181   4.877
    9    HB3  PHE 338           HB3      PHE 338   9.553   5.494   6.429

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    GLU 339           H        GLU 339   6.740   5.460   6.653
    2    HA   GLU 339           HA       GLU 339   6.470   3.469   8.622
    3    HB2  GLU 339           HB2      GLU 339   5.030   5.975   7.918
    4    HB3  GLU 339           HB3      GLU 339   4.196   4.837   8.967
    5    HG2  GLU 339           HG2      GLU 339   6.959   5.351   9.752
    6    HG3  GLU 339           HG3      GLU 339   5.926   6.779   9.786

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    MET 340           H        MET 340   4.648   4.173   5.693
    2    HA   MET 340           HA       MET 340   2.524   2.368   6.172
    3    HB2  MET 340           HB2      MET 340   3.183   4.224   4.200
    4    HB3  MET 340           HB3      MET 340   3.183   2.682   3.355
    5    HG2  MET 340           HG2      MET 340   0.967   2.538   3.403
    6    HG3  MET 340           HG3      MET 340   0.891   2.979   5.107
    7    HE1  MET 340           HE1      MET 340   1.161   3.969   1.550
    8    HE2  MET 340           HE2      MET 340   0.437   5.573   1.427
    9    HE3  MET 340           HE3      MET 340   2.130   5.403   1.891

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    PHE 341           H        PHE 341   5.386   2.061   4.061
    2    HA   PHE 341           HA       PHE 341   5.004  -0.637   3.414
    3    HD1  PHE 341           HD1      PHE 341   4.715   0.461   1.469
    4    HD2  PHE 341           HD2      PHE 341   8.355   2.472   2.367
    5    HE1  PHE 341           HE1      PHE 341   4.161   2.188  -0.188
    6    HE2  PHE 341           HE2      PHE 341   7.809   4.206   0.709
    7    HZ   PHE 341           HZ       PHE 341   5.707   4.065  -0.564
    8    HB2  PHE 341           HB2      PHE 341   7.718   0.653   3.646
    9    HB3  PHE 341           HB3      PHE 341   7.194  -0.597   2.520

  No H/Q in entry =           9
  Start of MODEL   22
    1    H    ARG 342           H        ARG 342   6.303   0.868   6.262
    2    HA   ARG 342           HA       ARG 342   7.689  -1.417   7.255
    3    HE   ARG 342           HE       ARG 342   7.804  -0.521  12.714
    4   HH11  ARG 342          1HH1      ARG 342  10.430   0.797  10.831
    5   HH12  ARG 342          2HH1      ARG 342  11.657   0.234  11.916
    6   HH21  ARG 342          1HH2      ARG 342   9.416  -1.262  14.142
    7   HH22  ARG 342          2HH2      ARG 342  11.081  -0.936  13.796
    8    HB2  ARG 342           HB2      ARG 342   8.073   0.977   7.971
    9    HB3  ARG 342           HB3      ARG 342   6.567   0.875   8.873
   10    HG2  ARG 342           HG2      ARG 342   7.769  -1.275   9.873
   11    HG3  ARG 342           HG3      ARG 342   9.203  -0.347   9.430
   12    HD2  ARG 342           HD2      ARG 342   8.541   1.483  10.796
   13    HD3  ARG 342           HD3      ARG 342   6.938   0.794  11.051

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    GLU 343           H        GLU 343   4.477  -0.030   7.831
    2    HA   GLU 343           HA       GLU 343   3.698  -2.033   9.709
    3    HB2  GLU 343           HB2      GLU 343   2.719   0.398   9.117
    4    HB3  GLU 343           HB3      GLU 343   1.622  -0.585   8.156
    5    HG2  GLU 343           HG2      GLU 343   1.523  -1.934  10.471
    6    HG3  GLU 343           HG3      GLU 343   1.864  -0.315  11.080

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 344           H        LEU 344   3.595  -1.710   6.247
    2    HA   LEU 344           HA       LEU 344   1.718  -3.813   5.781
    3    HG   LEU 344           HG       LEU 344   0.625  -3.087   4.048
    4   HD11  LEU 344          1HD1      LEU 344   2.196  -1.422   2.155
    5   HD12  LEU 344          2HD1      LEU 344   0.663  -2.097   1.601
    6   HD13  LEU 344          3HD1      LEU 344   0.705  -1.052   3.021
    7   HD21  LEU 344          1HD2      LEU 344   2.485  -4.531   2.239
    8   HD22  LEU 344          2HD2      LEU 344   1.067  -5.116   3.110
    9   HD23  LEU 344          3HD2      LEU 344   0.867  -4.160   1.641
   10    HB2  LEU 344           HB2      LEU 344   2.981  -1.838   4.249
   11    HB3  LEU 344           HB3      LEU 344   3.545  -3.358   3.584

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    ASN 345           H        ASN 345   5.221  -3.573   5.980
    2    HA   ASN 345           HA       ASN 345   5.784  -6.185   5.032
    3   HD21  ASN 345          1HD2      ASN 345   9.225  -4.894   4.328
    4   HD22  ASN 345          2HD2      ASN 345   9.972  -6.434   4.567
    5    HB2  ASN 345           HB2      ASN 345   7.409  -4.235   5.218
    6    HB3  ASN 345           HB3      ASN 345   7.501  -4.596   6.939

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    GLU 346           H        GLU 346   5.208  -4.833   8.239
    2    HA   GLU 346           HA       GLU 346   5.839  -7.209   9.670
    3    HB2  GLU 346           HB2      GLU 346   4.499  -4.621  10.318
    4    HB3  GLU 346           HB3      GLU 346   4.301  -5.967  11.432
    5    HG2  GLU 346           HG2      GLU 346   7.032  -5.200  10.514
    6    HG3  GLU 346           HG3      GLU 346   6.228  -4.257  11.767

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    ALA 347           H        ALA 347   2.861  -5.844   8.365
    2    HA   ALA 347           HA       ALA 347   1.127  -7.775   9.534
    3    HB1  ALA 347           HB1      ALA 347   0.518  -6.222   7.037
    4    HB2  ALA 347           HB2      ALA 347   0.517  -5.466   8.631
    5    HB3  ALA 347           HB3      ALA 347  -0.594  -6.791   8.282

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    LEU 348           H        LEU 348   2.989  -7.624   6.581
    2    HA   LEU 348           HA       LEU 348   1.666  -9.823   5.309
    3    HG   LEU 348           HG       LEU 348   1.574  -7.982   3.770
    4   HD11  LEU 348          1HD1      LEU 348   4.248  -7.247   2.722
    5   HD12  LEU 348          2HD1      LEU 348   2.860  -7.032   1.656
    6   HD13  LEU 348          3HD1      LEU 348   2.903  -6.222   3.221
    7   HD21  LEU 348          1HD2      LEU 348   1.902 -10.295   2.761
    8   HD22  LEU 348          2HD2      LEU 348   1.328  -9.025   1.680
    9   HD23  LEU 348          3HD2      LEU 348   3.019  -9.524   1.635
   10    HB2  LEU 348           HB2      LEU 348   4.069  -8.157   4.760
   11    HB3  LEU 348           HB3      LEU 348   3.966  -9.721   3.974

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    GLU 349           H        GLU 349   4.356  -9.447   7.491
    2    HA   GLU 349           HA       GLU 349   5.442 -12.062   7.072
    3    HB2  GLU 349           HB2      GLU 349   6.791 -10.178   7.937
    4    HB3  GLU 349           HB3      GLU 349   5.821 -10.173   9.403
    5    HG2  GLU 349           HG2      GLU 349   6.566 -12.662   9.572
    6    HG3  GLU 349           HG3      GLU 349   7.854 -12.148   8.482

  No H/Q in entry =           6
  Start of MODEL   22
    1    H    LEU 350           H        LEU 350   3.027 -10.659   9.166
    2    HA   LEU 350           HA       LEU 350   2.868 -12.889  10.953
    3    HG   LEU 350           HG       LEU 350   1.544 -10.093  12.904
    4   HD11  LEU 350          1HD1      LEU 350   1.082 -12.585  13.304
    5   HD12  LEU 350          2HD1      LEU 350   2.829 -12.787  13.175
    6   HD13  LEU 350          3HD1      LEU 350   2.151 -11.746  14.428
    7   HD21  LEU 350          1HD2      LEU 350   4.043 -11.094  11.579
    8   HD22  LEU 350          2HD2      LEU 350   3.552  -9.432  11.907
    9   HD23  LEU 350          3HD2      LEU 350   4.054 -10.482  13.233
   10    HB2  LEU 350           HB2      LEU 350   1.392 -10.358  10.528
   11    HB3  LEU 350           HB3      LEU 350   0.494 -11.658  11.288

  No H/Q in entry =          11
  Start of MODEL   22
    1    H    LYS 351           H        LYS 351   1.024 -11.792   8.136
    2    HA   LYS 351           HA       LYS 351  -0.881 -13.912   8.264
    3    HB2  LYS 351           HB2      LYS 351  -1.544 -13.154   6.010
    4    HB3  LYS 351           HB3      LYS 351  -1.445 -11.826   7.158
    5    HG2  LYS 351           HG2      LYS 351  -0.340 -10.838   5.466
    6    HG3  LYS 351           HG3      LYS 351   1.031 -11.713   6.149
    7    HD2  LYS 351           HD2      LYS 351   1.137 -12.198   3.867
    8    HD3  LYS 351           HD3      LYS 351   0.349 -13.615   4.563
    9    HE2  LYS 351           HE2      LYS 351  -1.841 -12.660   3.948
   10    HE3  LYS 351           HE3      LYS 351  -1.012 -11.301   3.189
   11    HZ1  LYS 351           HZ1      LYS 351   0.101 -12.934   1.721
   12    HZ2  LYS 351           HZ2      LYS 351  -0.871 -14.153   2.380
   13    HZ3  LYS 351           HZ3      LYS 351  -1.577 -12.882   1.515

  No H/Q in entry =          13
  Start of MODEL   22
    1    H    ASP 352           H        ASP 352   2.258 -13.505   6.812
    2    HA   ASP 352           HA       ASP 352   2.039 -15.771   5.062
    3    HB2  ASP 352           HB2      ASP 352   4.174 -13.837   5.812
    4    HB3  ASP 352           HB3      ASP 352   4.681 -15.391   5.156

  No H/Q in entry =           4
  Start of MODEL   22
    1    H    ALA 353           H        ALA 353   3.148 -15.182   8.320
    2    HA   ALA 353           HA       ALA 353   4.524 -17.672   8.620
    3    HB1  ALA 353           HB1      ALA 353   5.151 -15.813  10.010
    4    HB2  ALA 353           HB2      ALA 353   3.517 -15.696  10.662
    5    HB3  ALA 353           HB3      ALA 353   4.517 -17.100  11.035

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLN 354           H        GLN 354   1.247 -16.561   9.105
    2    HA   GLN 354           HA       GLN 354   0.377 -18.784  10.660
    3   HE21  GLN 354          1HE2      GLN 354  -1.308 -16.685  13.801
    4   HE22  GLN 354          2HE2      GLN 354  -2.681 -17.700  14.070
    5    HB2  GLN 354           HB2      GLN 354  -0.976 -16.562   9.184
    6    HB3  GLN 354           HB3      GLN 354  -1.933 -17.935   9.725
    7    HG2  GLN 354           HG2      GLN 354  -0.166 -16.812  11.770
    8    HG3  GLN 354           HG3      GLN 354  -1.416 -15.711  11.193

  No H/Q in entry =           8
  Start of MODEL   22
    1    H    ALA 355           H        ALA 355   0.630 -18.122   7.239
    2    HA   ALA 355           HA       ALA 355  -0.286 -20.867   6.699
    3    HB1  ALA 355           HB1      ALA 355  -1.212 -18.327   5.502
    4    HB2  ALA 355           HB2      ALA 355  -2.076 -19.842   5.766
    5    HB3  ALA 355           HB3      ALA 355  -0.973 -19.683   4.399

  No H/Q in entry =           5
  Start of MODEL   22
    1    H    GLY 356           H        GLY 356   1.921 -21.509   6.685
    2    HA2  GLY 356           HA2      GLY 356   4.159 -21.370   5.870
    3    HA3  GLY 356           HA3      GLY 356   3.581 -20.369   4.547

  No H/Q in entry =           3
  Start of MODEL   23
    1    H1   GLU 326           H1       GLU 326 -17.833   2.334  11.484
    2    H2   GLU 326           H2       GLU 326 -16.282   3.048  11.643
    3    H3   GLU 326           H3       GLU 326 -17.662   3.845  12.280
    4    HB2  GLU 326           HB2      GLU 326 -15.846   5.111  10.920
    5    HB3  GLU 326           HB3      GLU 326 -16.341   5.455   9.269
    6    HG2  GLU 326           HG2      GLU 326 -17.915   6.944   9.902
    7    HG3  GLU 326           HG3      GLU 326 -18.306   6.069  11.382
    8    HA   GLU 326           HA       GLU 326 -18.541   4.156  10.115

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    SER 327           H        SER 327 -18.610   3.651   7.976
    2    HA   SER 327           HA       SER 327 -16.475   1.931   6.908
    3    HG   SER 327           HG       SER 327 -17.456  -0.434   6.009
    4    HB2  SER 327           HB2      SER 327 -18.489   0.594   7.582
    5    HB3  SER 327           HB3      SER 327 -19.427   1.505   6.398

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    PHE 328           H        PHE 328 -16.175   2.016   4.637
    2    HA   PHE 328           HA       PHE 328 -17.660   4.021   3.138
    3    HD1  PHE 328           HD1      PHE 328 -14.540   4.015   5.743
    4    HD2  PHE 328           HD2      PHE 328 -16.780   7.047   3.769
    5    HE1  PHE 328           HE1      PHE 328 -14.594   5.325   7.825
    6    HE2  PHE 328           HE2      PHE 328 -16.838   8.363   5.847
    7    HZ   PHE 328           HZ       PHE 328 -15.743   7.502   7.879
    8    HB2  PHE 328           HB2      PHE 328 -14.649   4.180   3.271
    9    HB3  PHE 328           HB3      PHE 328 -15.758   5.322   2.518

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLY 329           H        GLY 329 -17.780   3.583   0.987
    2    HA2  GLY 329           HA2      GLY 329 -17.916   1.817  -0.613
    3    HA3  GLY 329           HA3      GLY 329 -16.493   1.089   0.117

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    LEU 330           H        LEU 330 -15.150   0.953  -1.602
    2    HA   LEU 330           HA       LEU 330 -14.606   3.429  -3.099
    3    HG   LEU 330           HG       LEU 330 -12.479   4.554  -2.525
    4   HD11  LEU 330          1HD1      LEU 330 -10.310   2.548  -2.133
    5   HD12  LEU 330          2HD1      LEU 330  -9.929   4.099  -2.881
    6   HD13  LEU 330          3HD1      LEU 330 -10.629   4.049  -1.264
    7   HD21  LEU 330          1HD2      LEU 330 -12.071   2.620  -4.723
    8   HD22  LEU 330          2HD2      LEU 330 -12.723   4.258  -4.756
    9   HD23  LEU 330          3HD2      LEU 330 -10.980   4.005  -4.672
   10    HB2  LEU 330           HB2      LEU 330 -12.891   2.491  -1.262
   11    HB3  LEU 330           HB3      LEU 330 -12.368   1.539  -2.639

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLY 331           H        GLY 331 -14.724   3.206  -5.238
    2    HA2  GLY 331           HA2      GLY 331 -15.455   1.994  -7.135
    3    HA3  GLY 331           HA3      GLY 331 -14.983   0.503  -6.334

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ILE 332           H        ILE 332 -12.709  -0.004  -6.201
    2    HA   ILE 332           HA       ILE 332 -10.816   1.525  -7.726
    3    HB   ILE 332           HB       ILE 332 -10.466  -1.290  -6.699
    4   HG12  ILE 332          2HG1      ILE 332 -11.197   0.216  -4.881
    5   HG21  ILE 332          1HG2      ILE 332  -8.687   0.782  -7.842
    6   HG22  ILE 332          2HG2      ILE 332  -8.051  -0.182  -6.510
    7   HG23  ILE 332          3HG2      ILE 332  -8.620  -0.975  -7.979
    8   HD11  ILE 332          1HD1      ILE 332 -10.338   2.337  -5.839
    9   HD12  ILE 332          2HD1      ILE 332  -9.900   2.074  -4.151
   10   HD13  ILE 332          3HD1      ILE 332  -8.708   1.807  -5.424
   11   HG13  ILE 332          3HG1      ILE 332  -9.531  -0.312  -4.668

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ARG 333           H        ARG 333 -10.472   1.407  -9.841
    2    HA   ARG 333           HA       ARG 333 -11.658  -0.807 -11.345
    3    HE   ARG 333           HE       ARG 333 -10.361   3.400  -9.929
    4   HH11  ARG 333          1HH1      ARG 333 -13.117   5.011 -11.340
    5   HH12  ARG 333          2HH1      ARG 333 -13.606   5.747  -9.851
    6   HH21  ARG 333          1HH2      ARG 333 -11.003   4.368  -7.970
    7   HH22  ARG 333          2HH2      ARG 333 -12.406   5.383  -7.938
    8    HB2  ARG 333           HB2      ARG 333 -11.211   0.656 -13.331
    9    HB3  ARG 333           HB3      ARG 333 -12.317   1.347 -12.151
   10    HG2  ARG 333           HG2      ARG 333  -9.646   2.134 -11.510
   11    HG3  ARG 333           HG3      ARG 333  -9.970   2.479 -13.210
   12    HD2  ARG 333           HD2      ARG 333 -10.869   4.375 -12.399
   13    HD3  ARG 333           HD3      ARG 333 -12.266   3.348 -12.078

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLY 334           H        GLY 334  -9.276  -1.295  -9.850
    2    HA2  GLY 334           HA2      GLY 334  -6.827  -1.236 -10.635
    3    HA3  GLY 334           HA3      GLY 334  -7.484  -1.986 -12.083

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ARG 335           H        ARG 335  -6.677  -3.998 -12.039
    2    HA   ARG 335           HA       ARG 335  -7.717  -5.887 -10.204
    3    HE   ARG 335           HE       ARG 335  -6.231 -10.804 -12.538
    4   HH11  ARG 335          1HH1      ARG 335  -9.157  -8.954 -12.097
    5   HH12  ARG 335          2HH1      ARG 335 -10.106 -10.328 -11.640
    6   HH21  ARG 335          1HH2      ARG 335  -7.478 -12.613 -11.937
    7   HH22  ARG 335          2HH2      ARG 335  -9.153 -12.406 -11.549
    8    HB2  ARG 335           HB2      ARG 335  -6.932  -6.238 -12.637
    9    HB3  ARG 335           HB3      ARG 335  -5.320  -6.383 -11.951
   10    HG2  ARG 335           HG2      ARG 335  -5.807  -8.363 -10.876
   11    HG3  ARG 335           HG3      ARG 335  -7.544  -8.050 -10.867
   12    HD2  ARG 335           HD2      ARG 335  -7.633  -8.408 -13.276
   13    HD3  ARG 335           HD3      ARG 335  -5.890  -8.675 -13.312

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 336           H        GLU 336  -4.287  -5.112 -10.821
    2    HA   GLU 336           HA       GLU 336  -3.311  -6.311  -8.492
    3    HB2  GLU 336           HB2      GLU 336  -2.116  -4.015 -10.054
    4    HB3  GLU 336           HB3      GLU 336  -1.256  -5.022  -8.898
    5    HG2  GLU 336           HG2      GLU 336  -0.639  -6.158 -10.723
    6    HG3  GLU 336           HG3      GLU 336  -2.225  -6.911 -10.559

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ARG 337           H        ARG 337  -4.470  -3.049  -9.102
    2    HA   ARG 337           HA       ARG 337  -3.599  -1.864  -6.705
    3    HE   ARG 337           HE       ARG 337  -4.481   1.109  -9.788
    4   HH11  ARG 337          1HH1      ARG 337  -7.192   3.022  -8.704
    5   HH12  ARG 337          2HH1      ARG 337  -7.652   3.503 -10.302
    6   HH21  ARG 337          1HH2      ARG 337  -5.085   1.742 -11.891
    7   HH22  ARG 337          2HH2      ARG 337  -6.457   2.776 -12.112
    8    HB2  ARG 337           HB2      ARG 337  -4.829  -0.947  -8.940
    9    HB3  ARG 337           HB3      ARG 337  -6.178  -0.937  -7.814
   10    HG2  ARG 337           HG2      ARG 337  -4.778   0.409  -6.255
   11    HG3  ARG 337           HG3      ARG 337  -3.557   0.509  -7.525
   12    HD2  ARG 337           HD2      ARG 337  -6.396   1.515  -7.680
   13    HD3  ARG 337           HD3      ARG 337  -4.943   2.502  -7.526

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    PHE 338           H        PHE 338  -6.805  -3.174  -7.558
    2    HA   PHE 338           HA       PHE 338  -7.943  -2.878  -5.015
    3    HD1  PHE 338           HD1      PHE 338  -9.702  -6.716  -6.350
    4    HD2  PHE 338           HD2      PHE 338 -10.455  -2.881  -4.667
    5    HE1  PHE 338           HE1      PHE 338 -11.466  -7.687  -4.937
    6    HE2  PHE 338           HE2      PHE 338 -12.221  -3.845  -3.250
    7    HZ   PHE 338           HZ       PHE 338 -12.727  -6.252  -3.384
    8    HB2  PHE 338           HB2      PHE 338  -9.304  -3.301  -6.997
    9    HB3  PHE 338           HB3      PHE 338  -8.578  -4.893  -7.183

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLU 339           H        GLU 339  -6.000  -5.444  -6.422
    2    HA   GLU 339           HA       GLU 339  -6.399  -7.395  -4.444
    3    HB2  GLU 339           HB2      GLU 339  -4.294  -6.858  -6.490
    4    HB3  GLU 339           HB3      GLU 339  -3.939  -8.024  -5.222
    5    HG2  GLU 339           HG2      GLU 339  -6.541  -8.389  -6.513
    6    HG3  GLU 339           HG3      GLU 339  -5.152  -8.601  -7.578

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    MET 340           H        MET 340  -4.241  -4.629  -4.621
    2    HA   MET 340           HA       MET 340  -2.629  -5.305  -2.393
    3    HB2  MET 340           HB2      MET 340  -2.496  -3.386  -4.296
    4    HB3  MET 340           HB3      MET 340  -3.110  -2.437  -2.949
    5    HG2  MET 340           HG2      MET 340  -1.177  -2.556  -1.805
    6    HG3  MET 340           HG3      MET 340  -0.831  -4.199  -2.343
    7    HE1  MET 340           HE1      MET 340  -1.478  -0.735  -4.039
    8    HE2  MET 340           HE2      MET 340  -0.161  -0.398  -2.916
    9    HE3  MET 340           HE3      MET 340   0.125  -0.334  -4.655

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    PHE 341           H        PHE 341  -5.305  -2.962  -2.691
    2    HA   PHE 341           HA       PHE 341  -5.503  -2.404   0.055
    3    HD1  PHE 341           HD1      PHE 341  -7.886  -0.900  -3.698
    4    HD2  PHE 341           HD2      PHE 341  -4.728  -0.505  -0.876
    5    HE1  PHE 341           HE1      PHE 341  -6.760   0.703  -5.186
    6    HE2  PHE 341           HE2      PHE 341  -3.599   1.100  -2.353
    7    HZ   PHE 341           HZ       PHE 341  -4.613   1.700  -4.512
    8    HB2  PHE 341           HB2      PHE 341  -7.837  -2.289  -1.846
    9    HB3  PHE 341           HB3      PHE 341  -7.500  -1.252  -0.462

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    ARG 342           H        ARG 342  -6.732  -5.039  -1.858
    2    HA   ARG 342           HA       ARG 342  -8.669  -5.902   0.073
    3    HE   ARG 342           HE       ARG 342  -9.163 -10.503   0.539
    4   HH11  ARG 342          1HH1      ARG 342 -11.285  -9.594  -2.078
    5   HH12  ARG 342          2HH1      ARG 342 -12.680 -10.337  -1.371
    6   HH21  ARG 342          1HH2      ARG 342 -10.997 -11.481   1.470
    7   HH22  ARG 342          2HH2      ARG 342 -12.517 -11.408   0.643
    8    HB2  ARG 342           HB2      ARG 342  -8.620  -6.396  -2.462
    9    HB3  ARG 342           HB3      ARG 342  -7.463  -7.656  -2.053
   10    HG2  ARG 342           HG2      ARG 342  -9.857  -7.726  -0.397
   11    HG3  ARG 342           HG3      ARG 342 -10.192  -7.926  -2.118
   12    HD2  ARG 342           HD2      ARG 342  -9.140  -9.926  -2.228
   13    HD3  ARG 342           HD3      ARG 342  -7.912  -9.465  -1.050

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 343           H        GLU 343  -5.358  -6.798  -0.774
    2    HA   GLU 343           HA       GLU 343  -5.213  -8.936   1.124
    3    HB2  GLU 343           HB2      GLU 343  -3.136  -7.451  -0.480
    4    HB3  GLU 343           HB3      GLU 343  -2.711  -8.718   0.663
    5    HG2  GLU 343           HG2      GLU 343  -4.124 -10.292  -0.596
    6    HG3  GLU 343           HG3      GLU 343  -4.461  -9.017  -1.767

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 344           H        LEU 344  -4.566  -5.513   1.149
    2    HA   LEU 344           HA       LEU 344  -3.071  -5.502   3.587
    3    HG   LEU 344           HG       LEU 344  -1.639  -4.299   2.239
    4   HD11  LEU 344          1HD1      LEU 344  -2.824  -1.825   1.095
    5   HD12  LEU 344          2HD1      LEU 344  -1.074  -1.901   1.305
    6   HD13  LEU 344          3HD1      LEU 344  -1.896  -3.104   0.312
    7   HD21  LEU 344          1HD2      LEU 344  -2.325  -2.218   4.213
    8   HD22  LEU 344          2HD2      LEU 344  -1.084  -3.470   4.263
    9   HD23  LEU 344          3HD2      LEU 344  -0.809  -1.992   3.341
   10    HB2  LEU 344           HB2      LEU 344  -4.173  -3.498   1.722
   11    HB3  LEU 344           HB3      LEU 344  -4.016  -2.968   3.386

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ASN 345           H        ASN 345  -6.450  -5.252   2.718
    2    HA   ASN 345           HA       ASN 345  -7.350  -4.334   5.265
    3   HD21  ASN 345          1HD2      ASN 345  -8.590  -2.763   5.039
    4   HD22  ASN 345          2HD2      ASN 345 -10.184  -2.634   5.693
    5    HB2  ASN 345           HB2      ASN 345  -8.529  -4.305   2.905
    6    HB3  ASN 345           HB3      ASN 345  -9.131  -5.877   3.422

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    GLU 346           H        GLU 346  -7.078  -7.504   3.721
    2    HA   GLU 346           HA       GLU 346  -8.276  -8.919   5.897
    3    HB2  GLU 346           HB2      GLU 346  -6.715  -9.744   3.463
    4    HB3  GLU 346           HB3      GLU 346  -7.142 -10.917   4.702
    5    HG2  GLU 346           HG2      GLU 346  -9.367  -9.252   3.769
    6    HG3  GLU 346           HG3      GLU 346  -8.666 -10.313   2.548

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ALA 347           H        ALA 347  -5.029  -7.966   5.027
    2    HA   ALA 347           HA       ALA 347  -3.749  -9.640   6.982
    3    HB1  ALA 347           HB1      ALA 347  -2.651  -7.287   5.446
    4    HB2  ALA 347           HB2      ALA 347  -1.710  -8.462   6.365
    5    HB3  ALA 347           HB3      ALA 347  -2.594  -8.971   4.927

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    LEU 348           H        LEU 348  -4.938  -6.350   6.826
    2    HA   LEU 348           HA       LEU 348  -3.678  -5.506   9.259
    3    HG   LEU 348           HG       LEU 348  -2.989  -3.943   7.609
    4   HD11  LEU 348          1HD1      LEU 348  -5.243  -2.491   6.424
    5   HD12  LEU 348          2HD1      LEU 348  -3.779  -1.531   6.641
    6   HD13  LEU 348          3HD1      LEU 348  -3.724  -3.022   5.702
    7   HD21  LEU 348          1HD2      LEU 348  -3.818  -2.790   9.890
    8   HD22  LEU 348          2HD2      LEU 348  -2.404  -2.252   8.985
    9   HD23  LEU 348          3HD2      LEU 348  -3.944  -1.416   8.791
   10    HB2  LEU 348           HB2      LEU 348  -5.652  -4.354   7.354
   11    HB3  LEU 348           HB3      LEU 348  -5.597  -3.685   8.974

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLU 349           H        GLU 349  -6.682  -7.030   8.385
    2    HA   GLU 349           HA       GLU 349  -8.039  -6.491  10.840
    3    HB2  GLU 349           HB2      GLU 349  -8.955  -7.238   8.480
    4    HB3  GLU 349           HB3      GLU 349  -8.722  -8.851   9.139
    5    HG2  GLU 349           HG2      GLU 349 -10.320  -8.550  10.788
    6    HG3  GLU 349           HG3      GLU 349 -10.243  -6.792  10.678

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 350           H        LEU 350  -5.847  -8.952   9.706
    2    HA   LEU 350           HA       LEU 350  -6.390 -10.889  11.706
    3    HG   LEU 350           HG       LEU 350  -6.377 -11.993   9.556
    4   HD11  LEU 350          1HD1      LEU 350  -3.635 -12.217   8.420
    5   HD12  LEU 350          2HD1      LEU 350  -4.811 -13.482   8.062
    6   HD13  LEU 350          3HD1      LEU 350  -5.157 -11.807   7.629
    7   HD21  LEU 350          1HD2      LEU 350  -5.752 -13.336  11.503
    8   HD22  LEU 350          2HD2      LEU 350  -5.771 -14.304  10.029
    9   HD23  LEU 350          3HD2      LEU 350  -4.236 -13.773  10.715
   10    HB2  LEU 350           HB2      LEU 350  -4.231 -10.409   9.720
   11    HB3  LEU 350           HB3      LEU 350  -3.867 -11.477  11.062

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    LYS 351           H        LYS 351  -4.263  -8.103  11.536
    2    HA   LYS 351           HA       LYS 351  -2.668  -8.663  13.781
    3    HB2  LYS 351           HB2      LYS 351  -3.490  -5.938  12.767
    4    HB3  LYS 351           HB3      LYS 351  -2.084  -6.311  13.754
    5    HG2  LYS 351           HG2      LYS 351  -1.157  -7.639  11.913
    6    HG3  LYS 351           HG3      LYS 351  -2.557  -7.222  10.923
    7    HD2  LYS 351           HD2      LYS 351  -1.090  -5.616  10.217
    8    HD3  LYS 351           HD3      LYS 351  -1.837  -4.763  11.569
    9    HE2  LYS 351           HE2      LYS 351   0.155  -6.034  12.857
   10    HE3  LYS 351           HE3      LYS 351   0.898  -5.831  11.271
   11    HZ1  LYS 351           HZ1      LYS 351  -0.042  -3.401  11.612
   12    HZ2  LYS 351           HZ2      LYS 351   0.143  -3.815  13.241
   13    HZ3  LYS 351           HZ3      LYS 351   1.476  -3.865  12.200

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    ASP 352           H        ASP 352  -5.871  -7.307  13.460
    2    HA   ASP 352           HA       ASP 352  -6.049  -6.297  16.123
    3    HB2  ASP 352           HB2      ASP 352  -7.908  -6.681  13.839
    4    HB3  ASP 352           HB3      ASP 352  -8.633  -6.598  15.442

  No H/Q in entry =           4
  Start of MODEL   23
    1    H    ALA 353           H        ALA 353  -6.702  -9.369  14.594
    2    HA   ALA 353           HA       ALA 353  -8.237 -10.496  16.700
    3    HB1  ALA 353           HB1      ALA 353  -7.889 -11.255  14.208
    4    HB2  ALA 353           HB2      ALA 353  -6.589 -12.216  14.913
    5    HB3  ALA 353           HB3      ALA 353  -8.248 -12.431  15.472

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLN 354           H        GLN 354  -4.804 -10.271  16.041
    2    HA   GLN 354           HA       GLN 354  -4.118 -12.075  18.206
    3   HE21  GLN 354          1HE2      GLN 354  -1.423 -12.952  13.743
    4   HE22  GLN 354          2HE2      GLN 354  -0.172 -13.950  14.394
    5    HB2  GLN 354           HB2      GLN 354  -2.345 -10.362  16.455
    6    HB3  GLN 354           HB3      GLN 354  -1.791 -11.596  17.578
    7    HG2  GLN 354           HG2      GLN 354  -3.557 -12.988  16.034
    8    HG3  GLN 354           HG3      GLN 354  -2.864 -11.854  14.875

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    ALA 355           H        ALA 355  -4.290  -8.640  17.587
    2    HA   ALA 355           HA       ALA 355  -2.902  -7.919  20.012
    3    HB1  ALA 355           HB1      ALA 355  -2.935  -6.566  17.860
    4    HB2  ALA 355           HB2      ALA 355  -4.567  -6.078  18.318
    5    HB3  ALA 355           HB3      ALA 355  -3.202  -5.678  19.360

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLY 356           H        GLY 356  -6.207  -8.360  18.963
    2    HA2  GLY 356           HA2      GLY 356  -7.186  -8.562  21.605
    3    HA3  GLY 356           HA3      GLY 356  -8.169  -8.449  20.153

  No H/Q in entry =           3
  Start of MODEL   23
    1    H1   GLU 326           H1       GLU 326 -14.669  -5.418 -13.270
    2    H2   GLU 326           H2       GLU 326 -13.548  -5.370 -14.567
    3    H3   GLU 326           H3       GLU 326 -13.021  -5.046 -12.966
    4    HA   GLU 326           HA       GLU 326 -13.162  -3.004 -13.984
    5    HB2  GLU 326           HB2      GLU 326 -14.732  -4.170 -15.777
    6    HB3  GLU 326           HB3      GLU 326 -16.001  -3.434 -14.808
    7    HG2  GLU 326           HG2      GLU 326 -13.717  -1.986 -16.128
    8    HG3  GLU 326           HG3      GLU 326 -15.389  -2.022 -16.684

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    SER 327           H        SER 327 -13.165  -1.934 -12.104
    2    HA   SER 327           HA       SER 327 -13.885  -0.900 -10.212
    3    HG   SER 327           HG       SER 327 -17.392  -1.127 -12.089
    4    HB2  SER 327           HB2      SER 327 -15.960   0.175 -10.290
    5    HB3  SER 327           HB3      SER 327 -15.588  -0.075 -11.996

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    PHE 328           H        PHE 328 -13.637  -2.094  -8.439
    2    HA   PHE 328           HA       PHE 328 -15.596  -4.228  -7.903
    3    HD1  PHE 328           HD1      PHE 328 -14.582  -6.118  -9.202
    4    HD2  PHE 328           HD2      PHE 328 -11.040  -4.084  -8.008
    5    HE1  PHE 328           HE1      PHE 328 -13.438  -6.933 -11.222
    6    HE2  PHE 328           HE2      PHE 328  -9.889  -4.894 -10.026
    7    HZ   PHE 328           HZ       PHE 328 -11.088  -6.321 -11.637
    8    HB2  PHE 328           HB2      PHE 328 -12.867  -4.012  -6.639
    9    HB3  PHE 328           HB3      PHE 328 -13.937  -5.409  -6.682

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLY 329           H        GLY 329 -16.626  -4.311  -5.937
    2    HA2  GLY 329           HA2      GLY 329 -17.774  -3.117  -4.273
    3    HA3  GLY 329           HA3      GLY 329 -16.589  -1.827  -4.411

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    LEU 330           H        LEU 330 -15.270  -1.608  -2.739
    2    HA   LEU 330           HA       LEU 330 -14.544  -4.002  -1.192
    3    HG   LEU 330           HG       LEU 330 -12.351  -4.366  -0.960
    4   HD11  LEU 330          1HD1      LEU 330 -10.867  -2.657  -2.369
    5   HD12  LEU 330          2HD1      LEU 330 -10.153  -2.396  -0.778
    6   HD13  LEU 330          3HD1      LEU 330 -10.176  -4.014  -1.480
    7   HD21  LEU 330          1HD2      LEU 330 -12.903  -2.804   1.153
    8   HD22  LEU 330          2HD2      LEU 330 -11.783  -4.165   1.216
    9   HD23  LEU 330          3HD2      LEU 330 -11.167  -2.525   1.017
   10    HB2  LEU 330           HB2      LEU 330 -12.889  -2.200  -2.338
   11    HB3  LEU 330           HB3      LEU 330 -13.079  -1.472  -0.754

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLY 331           H        GLY 331 -15.005  -4.151   0.937
    2    HA2  GLY 331           HA2      GLY 331 -16.700  -3.610   2.567
    3    HA3  GLY 331           HA3      GLY 331 -16.544  -1.923   2.102

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ILE 332           H        ILE 332 -14.724  -0.729   2.822
    2    HA   ILE 332           HA       ILE 332 -12.942  -1.976   4.751
    3    HB   ILE 332           HB       ILE 332 -13.014   0.924   3.923
    4   HG12  ILE 332          2HG1      ILE 332 -10.938   0.010   2.540
    5   HG21  ILE 332          1HG2      ILE 332 -11.031  -0.805   5.366
    6   HG22  ILE 332          2HG2      ILE 332 -10.547   0.689   4.563
    7   HG23  ILE 332          3HG2      ILE 332 -11.732   0.734   5.869
    8   HD11  ILE 332          1HD1      ILE 332 -13.432   0.854   1.823
    9   HD12  ILE 332          2HD1      ILE 332 -12.119   0.461   0.712
   10   HD13  ILE 332          3HD1      ILE 332 -13.344  -0.749   1.093
   11   HG13  ILE 332          3HG1      ILE 332 -11.864  -1.487   2.589

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ARG 333           H        ARG 333 -12.661  -1.197   6.896
    2    HA   ARG 333           HA       ARG 333 -14.992   0.242   7.979
    3    HE   ARG 333           HE       ARG 333 -18.706  -2.790   8.715
    4   HH11  ARG 333          1HH1      ARG 333 -16.038  -2.997  10.955
    5   HH12  ARG 333          2HH1      ARG 333 -16.690  -4.360  11.800
    6   HH21  ARG 333          1HH2      ARG 333 -19.566  -4.583   9.825
    7   HH22  ARG 333          2HH2      ARG 333 -18.693  -5.261  11.159
    8    HB2  ARG 333           HB2      ARG 333 -13.553  -2.155   9.114
    9    HB3  ARG 333           HB3      ARG 333 -14.643  -1.155  10.064
   10    HG2  ARG 333           HG2      ARG 333 -15.585  -2.332   7.490
   11    HG3  ARG 333           HG3      ARG 333 -15.509  -3.332   8.942
   12    HD2  ARG 333           HD2      ARG 333 -16.746  -1.180   9.952
   13    HD3  ARG 333           HD3      ARG 333 -17.292  -1.066   8.279

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLY 334           H        GLY 334 -13.535   2.111   7.640
    2    HA2  GLY 334           HA2      GLY 334 -11.193   2.305   9.323
    3    HA3  GLY 334           HA3      GLY 334 -12.571   3.226   9.907

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ARG 335           H        ARG 335 -11.641   5.232   9.617
    2    HA   ARG 335           HA       ARG 335 -11.808   6.297   6.960
    3    HE   ARG 335           HE       ARG 335 -10.461   7.946  12.420
    4   HH11  ARG 335          1HH1      ARG 335 -11.947  11.019  11.692
    5   HH12  ARG 335          2HH1      ARG 335 -12.087  11.486  13.354
    6   HH21  ARG 335          1HH2      ARG 335 -10.646   8.559  14.606
    7   HH22  ARG 335          2HH2      ARG 335 -11.349  10.090  15.008
    8    HB2  ARG 335           HB2      ARG 335 -11.292   8.440   7.996
    9    HB3  ARG 335           HB3      ARG 335 -12.527   7.596   8.921
   10    HG2  ARG 335           HG2      ARG 335 -10.790   6.867  10.514
   11    HG3  ARG 335           HG3      ARG 335  -9.603   7.810   9.609
   12    HD2  ARG 335           HD2      ARG 335 -10.404   9.798  10.364
   13    HD3  ARG 335           HD3      ARG 335 -12.064   9.213  10.470

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 336           H        GLU 336  -9.192   5.747   9.293
    2    HA   GLU 336           HA       GLU 336  -7.111   6.833   7.756
    3    HB2  GLU 336           HB2      GLU 336  -7.038   4.632   9.827
    4    HB3  GLU 336           HB3      GLU 336  -5.618   5.444   9.183
    5    HG2  GLU 336           HG2      GLU 336  -5.900   6.655  11.074
    6    HG3  GLU 336           HG3      GLU 336  -6.928   7.593   9.991

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ARG 337           H        ARG 337  -8.330   3.507   7.987
    2    HA   ARG 337           HA       ARG 337  -6.464   2.327   6.257
    3    HE   ARG 337           HE       ARG 337  -5.909  -1.858   8.206
    4   HH11  ARG 337          1HH1      ARG 337  -7.021   1.325   9.125
    5   HH12  ARG 337          2HH1      ARG 337  -7.287   0.887  10.778
    6   HH21  ARG 337          1HH2      ARG 337  -6.261  -2.428  10.379
    7   HH22  ARG 337          2HH2      ARG 337  -6.856  -1.240  11.490
    8    HB2  ARG 337           HB2      ARG 337  -8.480   1.383   7.800
    9    HB3  ARG 337           HB3      ARG 337  -9.220   1.251   6.211
   10    HG2  ARG 337           HG2      ARG 337  -8.131  -0.823   6.851
   11    HG3  ARG 337           HG3      ARG 337  -7.353  -0.107   5.439
   12    HD2  ARG 337           HD2      ARG 337  -5.427  -0.335   6.533
   13    HD3  ARG 337           HD3      ARG 337  -5.971   0.975   7.578

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    PHE 338           H        PHE 338  -9.772   3.467   5.580
    2    HA   PHE 338           HA       PHE 338  -9.671   3.003   2.808
    3    HD1  PHE 338           HD1      PHE 338 -12.979   2.841   2.105
    4    HD2  PHE 338           HD2      PHE 338 -10.901   6.549   2.315
    5    HE1  PHE 338           HE1      PHE 338 -14.029   3.544  -0.006
    6    HE2  PHE 338           HE2      PHE 338 -11.947   7.259   0.205
    7    HZ   PHE 338           HZ       PHE 338 -13.514   5.757  -0.959
    8    HB2  PHE 338           HB2      PHE 338 -11.780   3.366   4.016
    9    HB3  PHE 338           HB3      PHE 338 -11.314   5.032   4.344

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLU 339           H        GLU 339  -8.583   5.660   4.798
    2    HA   GLU 339           HA       GLU 339  -8.246   7.584   2.769
    3    HB2  GLU 339           HB2      GLU 339  -7.247   7.199   5.536
    4    HB3  GLU 339           HB3      GLU 339  -6.311   8.278   4.511
    5    HG2  GLU 339           HG2      GLU 339  -8.865   9.130   4.057
    6    HG3  GLU 339           HG3      GLU 339  -8.922   8.659   5.755

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    MET 340           H        MET 340  -6.216   4.961   3.935
    2    HA   MET 340           HA       MET 340  -3.875   5.691   2.515
    3    HB2  MET 340           HB2      MET 340  -4.302   3.915   4.437
    4    HB3  MET 340           HB3      MET 340  -4.498   2.824   3.072
    5    HG2  MET 340           HG2      MET 340  -2.295   3.132   2.359
    6    HG3  MET 340           HG3      MET 340  -2.089   4.584   3.337
    7    HE1  MET 340           HE1      MET 340  -3.015   1.023   3.296
    8    HE2  MET 340           HE2      MET 340  -1.405   0.449   3.729
    9    HE3  MET 340           HE3      MET 340  -2.706   0.404   4.918

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    PHE 341           H        PHE 341  -6.286   3.145   1.842
    2    HA   PHE 341           HA       PHE 341  -5.330   2.563  -0.743
    3    HD1  PHE 341           HD1      PHE 341  -8.863   0.738   1.783
    4    HD2  PHE 341           HD2      PHE 341  -4.785   0.833   0.578
    5    HE1  PHE 341           HE1      PHE 341  -8.275  -0.732   3.665
    6    HE2  PHE 341           HE2      PHE 341  -4.190  -0.638   2.452
    7    HZ   PHE 341           HZ       PHE 341  -5.935  -1.417   3.999
    8    HB2  PHE 341           HB2      PHE 341  -8.198   2.198   0.099
    9    HB3  PHE 341           HB3      PHE 341  -7.240   1.200  -0.991

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    ARG 342           H        ARG 342  -7.403   5.072   0.459
    2    HA   ARG 342           HA       ARG 342  -8.553   5.738  -2.085
    3    HE   ARG 342           HE       ARG 342  -9.857   6.819  -3.854
    4   HH11  ARG 342          1HH1      ARG 342 -10.740   9.990  -2.694
    5   HH12  ARG 342          2HH1      ARG 342 -10.274  10.791  -4.157
    6   HH21  ARG 342          1HH2      ARG 342  -9.244   7.871  -5.779
    7   HH22  ARG 342          2HH2      ARG 342  -9.426   9.589  -5.908
    8    HB2  ARG 342           HB2      ARG 342  -9.722   6.263   0.005
    9    HB3  ARG 342           HB3      ARG 342  -8.408   7.327   0.485
   10    HG2  ARG 342           HG2      ARG 342 -10.152   8.702  -0.322
   11    HG3  ARG 342           HG3      ARG 342  -8.896   8.693  -1.561
   12    HD2  ARG 342           HD2      ARG 342 -10.927   6.592  -1.848
   13    HD3  ARG 342           HD3      ARG 342 -11.538   8.237  -2.021

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 343           H        GLU 343  -5.845   6.872  -0.137
    2    HA   GLU 343           HA       GLU 343  -5.203   9.043  -1.900
    3    HB2  GLU 343           HB2      GLU 343  -4.024   7.838   0.547
    4    HB3  GLU 343           HB3      GLU 343  -2.932   8.726  -0.506
    5    HG2  GLU 343           HG2      GLU 343  -5.492  10.029   0.207
    6    HG3  GLU 343           HG3      GLU 343  -4.272   9.879   1.470

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 344           H        LEU 344  -4.315   5.688  -1.591
    2    HA   LEU 344           HA       LEU 344  -2.042   5.826  -3.326
    3    HG   LEU 344           HG       LEU 344  -0.861   3.791  -3.607
    4   HD11  LEU 344          1HD1      LEU 344  -1.029   3.933  -0.616
    5   HD12  LEU 344          2HD1      LEU 344   0.446   3.425  -1.439
    6   HD13  LEU 344          3HD1      LEU 344  -0.221   5.031  -1.734
    7   HD21  LEU 344          1HD2      LEU 344  -1.735   1.549  -1.788
    8   HD22  LEU 344          2HD2      LEU 344  -1.779   1.550  -3.551
    9   HD23  LEU 344          3HD2      LEU 344  -0.231   1.588  -2.707
   10    HB2  LEU 344           HB2      LEU 344  -3.019   3.976  -1.544
   11    HB3  LEU 344           HB3      LEU 344  -3.375   3.227  -3.089

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ASN 345           H        ASN 345  -5.470   5.287  -3.713
    2    HA   ASN 345           HA       ASN 345  -5.302   4.278  -6.386
    3   HD21  ASN 345          1HD2      ASN 345  -8.628   6.283  -6.829
    4   HD22  ASN 345          2HD2      ASN 345  -9.201   5.247  -8.087
    5    HB2  ASN 345           HB2      ASN 345  -7.221   3.821  -4.863
    6    HB3  ASN 345           HB3      ASN 345  -7.676   5.519  -4.977

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    GLU 346           H        GLU 346  -5.939   7.436  -4.926
    2    HA   GLU 346           HA       GLU 346  -6.454   8.766  -7.390
    3    HB2  GLU 346           HB2      GLU 346  -7.262   9.633  -5.239
    4    HB3  GLU 346           HB3      GLU 346  -5.604   9.895  -4.716
    5    HG2  GLU 346           HG2      GLU 346  -5.381  11.425  -6.736
    6    HG3  GLU 346           HG3      GLU 346  -7.138  11.341  -6.847

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ALA 347           H        ALA 347  -3.582   8.082  -5.520
    2    HA   ALA 347           HA       ALA 347  -1.881   9.901  -6.927
    3    HB1  ALA 347           HB1      ALA 347  -1.365   9.162  -4.653
    4    HB2  ALA 347           HB2      ALA 347  -0.054   8.776  -5.768
    5    HB3  ALA 347           HB3      ALA 347  -1.160   7.510  -5.236

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    LEU 348           H        LEU 348  -2.733   6.502  -7.248
    2    HA   LEU 348           HA       LEU 348  -0.754   5.886  -9.199
    3    HG   LEU 348           HG       LEU 348  -0.757   4.169  -7.299
    4   HD11  LEU 348          1HD1      LEU 348  -2.991   2.679  -7.157
    5   HD12  LEU 348          2HD1      LEU 348  -1.920   1.554  -7.992
    6   HD13  LEU 348          3HD1      LEU 348  -1.456   2.214  -6.425
    7   HD21  LEU 348          1HD2      LEU 348  -0.129   3.818  -9.842
    8   HD22  LEU 348          2HD2      LEU 348   0.698   2.940  -8.555
    9   HD23  LEU 348          3HD2      LEU 348  -0.585   2.154  -9.476
   10    HB2  LEU 348           HB2      LEU 348  -3.176   4.558  -8.106
   11    HB3  LEU 348           HB3      LEU 348  -2.599   4.008  -9.667

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLU 349           H        GLU 349  -4.001   7.174  -9.316
    2    HA   GLU 349           HA       GLU 349  -4.457   6.774 -12.083
    3    HB2  GLU 349           HB2      GLU 349  -5.727   8.277  -9.889
    4    HB3  GLU 349           HB3      GLU 349  -5.974   8.959 -11.491
    5    HG2  GLU 349           HG2      GLU 349  -7.796   7.527 -11.081
    6    HG3  GLU 349           HG3      GLU 349  -6.750   6.687 -12.224

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 350           H        LEU 350  -2.802   9.237 -10.243
    2    HA   LEU 350           HA       LEU 350  -2.693  11.232 -12.234
    3    HG   LEU 350           HG       LEU 350  -1.718  12.983  -9.186
    4   HD11  LEU 350          1HD1      LEU 350  -1.248  13.779 -11.525
    5   HD12  LEU 350          2HD1      LEU 350  -2.893  13.295 -11.937
    6   HD13  LEU 350          3HD1      LEU 350  -2.620  14.545 -10.723
    7   HD21  LEU 350          1HD2      LEU 350  -3.919  11.290 -10.227
    8   HD22  LEU 350          2HD2      LEU 350  -3.630  11.902  -8.599
    9   HD23  LEU 350          3HD2      LEU 350  -4.292  12.969  -9.837
   10    HB2  LEU 350           HB2      LEU 350  -1.303  10.659  -9.691
   11    HB3  LEU 350           HB3      LEU 350  -0.426  11.673 -10.821

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    LYS 351           H        LYS 351  -0.465   8.604 -11.388
    2    HA   LYS 351           HA       LYS 351   1.495   9.264 -13.324
    3    HB2  LYS 351           HB2      LYS 351   1.972   7.853 -11.366
    4    HB3  LYS 351           HB3      LYS 351   0.917   6.602 -12.010
    5    HG2  LYS 351           HG2      LYS 351   2.522   6.781 -14.086
    6    HG3  LYS 351           HG3      LYS 351   3.635   7.428 -12.879
    7    HD2  LYS 351           HD2      LYS 351   2.148   4.886 -12.349
    8    HD3  LYS 351           HD3      LYS 351   3.601   4.873 -13.350
    9    HE2  LYS 351           HE2      LYS 351   3.389   5.886 -10.517
   10    HE3  LYS 351           HE3      LYS 351   4.149   4.380 -11.032
   11    HZ1  LYS 351           HZ1      LYS 351   5.469   6.122 -12.534
   12    HZ2  LYS 351           HZ2      LYS 351   5.135   7.109 -11.201
   13    HZ3  LYS 351           HZ3      LYS 351   5.984   5.661 -10.990

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    ASP 352           H        ASP 352  -1.413   7.317 -13.396
    2    HA   ASP 352           HA       ASP 352  -0.874   6.023 -15.873
    3    HB2  ASP 352           HB2      ASP 352  -3.246   6.340 -14.095
    4    HB3  ASP 352           HB3      ASP 352  -3.530   5.852 -15.763

  No H/Q in entry =           4
  Start of MODEL   23
    1    H    ALA 353           H        ALA 353  -2.317   9.070 -14.961
    2    HA   ALA 353           HA       ALA 353  -3.561   9.653 -17.440
    3    HB1  ALA 353           HB1      ALA 353  -3.181  12.098 -16.475
    4    HB2  ALA 353           HB2      ALA 353  -2.853  11.186 -15.001
    5    HB3  ALA 353           HB3      ALA 353  -4.405  11.010 -15.821

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLN 354           H        GLN 354  -0.315  10.100 -16.202
    2    HA   GLN 354           HA       GLN 354   0.594  11.903 -18.184
    3   HE21  GLN 354          1HE2      GLN 354   2.662  13.932 -14.368
    4   HE22  GLN 354          2HE2      GLN 354   4.302  13.507 -14.028
    5    HB2  GLN 354           HB2      GLN 354   2.014   9.983 -16.347
    6    HB3  GLN 354           HB3      GLN 354   2.886  10.992 -17.493
    7    HG2  GLN 354           HG2      GLN 354   1.698  12.965 -16.416
    8    HG3  GLN 354           HG3      GLN 354   1.245  11.843 -15.133

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    ALA 355           H        ALA 355   0.343   8.412 -18.043
    2    HA   ALA 355           HA       ALA 355   1.950   7.892 -20.339
    3    HB1  ALA 355           HB1      ALA 355   0.076   6.297 -18.658
    4    HB2  ALA 355           HB2      ALA 355   0.570   5.664 -20.228
    5    HB3  ALA 355           HB3      ALA 355   1.785   6.032 -19.004

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLY 356           H        GLY 356   1.424   8.605 -22.301
    2    HA2  GLY 356           HA2      GLY 356  -0.117   9.611 -23.836
    3    HA3  GLY 356           HA3      GLY 356  -1.418   8.727 -23.051

  No H/Q in entry =           3
  Start of MODEL   23
    1    H1   GLU 326           H1       GLU 326  16.435  11.552   8.654
    2    H2   GLU 326           H2       GLU 326  15.405  12.919   8.527
    3    H3   GLU 326           H3       GLU 326  14.763  11.343   8.325
    4    HA   GLU 326           HA       GLU 326  14.937  12.173   6.212
    5    HB2  GLU 326           HB2      GLU 326  16.928  13.327   5.404
    6    HB3  GLU 326           HB3      GLU 326  16.314  14.115   6.851
    7    HG2  GLU 326           HG2      GLU 326  18.102  12.353   7.901
    8    HG3  GLU 326           HG3      GLU 326  18.868  12.777   6.371

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    SER 327           H        SER 327  15.129  10.550   4.813
    2    HA   SER 327           HA       SER 327  15.818   8.634   3.802
    3    HG   SER 327           HG       SER 327  18.083  10.492   2.690
    4    HB2  SER 327           HB2      SER 327  18.367   9.897   4.684
    5    HB3  SER 327           HB3      SER 327  18.434   8.215   4.159

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    PHE 328           H        PHE 328  15.054   6.809   4.630
    2    HA   PHE 328           HA       PHE 328  16.307   5.752   7.077
    3    HD1  PHE 328           HD1      PHE 328  15.618   7.300   8.616
    4    HD2  PHE 328           HD2      PHE 328  11.843   6.975   6.680
    5    HE1  PHE 328           HE1      PHE 328  14.973   9.499   9.514
    6    HE2  PHE 328           HE2      PHE 328  11.191   9.174   7.573
    7    HZ   PHE 328           HZ       PHE 328  12.757  10.438   8.992
    8    HB2  PHE 328           HB2      PHE 328  13.409   5.337   6.341
    9    HB3  PHE 328           HB3      PHE 328  14.201   4.948   7.865

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLY 329           H        GLY 329  16.736   3.570   7.139
    2    HA2  GLY 329           HA2      GLY 329  17.589   1.714   5.982
    3    HA3  GLY 329           HA3      GLY 329  16.722   2.237   4.546

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    LEU 330           H        LEU 330  15.233   0.822   3.956
    2    HA   LEU 330           HA       LEU 330  13.603  -0.452   6.049
    3    HG   LEU 330           HG       LEU 330  11.351  -0.666   5.736
    4   HD11  LEU 330          1HD1      LEU 330  10.459   1.365   4.519
    5   HD12  LEU 330          2HD1      LEU 330   9.990   0.263   3.224
    6   HD13  LEU 330          3HD1      LEU 330   9.302   0.072   4.836
    7   HD21  LEU 330          1HD2      LEU 330  11.998  -2.564   4.205
    8   HD22  LEU 330          2HD2      LEU 330  10.283  -2.447   4.599
    9   HD23  LEU 330          3HD2      LEU 330  10.868  -1.891   3.031
   10    HB2  LEU 330           HB2      LEU 330  12.599   1.064   4.182
   11    HB3  LEU 330           HB3      LEU 330  12.824  -0.342   3.159

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLY 331           H        GLY 331  13.484  -2.630   6.194
    2    HA2  GLY 331           HA2      GLY 331  14.690  -4.673   6.002
    3    HA3  GLY 331           HA3      GLY 331  15.262  -4.154   4.424

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ILE 332           H        ILE 332  14.373  -5.140   2.744
    2    HA   ILE 332           HA       ILE 332  11.692  -6.321   3.079
    3    HB   ILE 332           HB       ILE 332  12.833  -5.311   0.476
    4   HG12  ILE 332          2HG1      ILE 332  10.923  -3.555   0.869
    5   HG21  ILE 332          1HG2      ILE 332  10.382  -6.721   1.284
    6   HG22  ILE 332          2HG2      ILE 332  10.148  -5.366   0.179
    7   HG23  ILE 332          3HG2      ILE 332  11.220  -6.693  -0.268
    8   HD11  ILE 332          1HD1      ILE 332  13.505  -3.218   0.885
    9   HD12  ILE 332          2HD1      ILE 332  12.435  -1.967   1.518
   10   HD13  ILE 332          3HD1      ILE 332  13.271  -3.056   2.625
   11   HG13  ILE 332          3HG1      ILE 332  11.159  -3.962   2.566

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ARG 333           H        ARG 333  11.523  -8.442   2.713
    2    HA   ARG 333           HA       ARG 333  13.823  -9.814   1.487
    3    HE   ARG 333           HE       ARG 333  14.832 -13.624   4.015
    4   HH11  ARG 333          1HH1      ARG 333  15.458 -10.859   6.051
    5   HH12  ARG 333          2HH1      ARG 333  15.477 -11.784   7.514
    6   HH21  ARG 333          1HH2      ARG 333  14.857 -14.842   5.939
    7   HH22  ARG 333          2HH2      ARG 333  15.137 -14.045   7.451
    8    HB2  ARG 333           HB2      ARG 333  11.879 -10.660   3.621
    9    HB3  ARG 333           HB3      ARG 333  12.824 -11.842   2.726
   10    HG2  ARG 333           HG2      ARG 333  14.318  -9.590   3.915
   11    HG3  ARG 333           HG3      ARG 333  13.625 -10.765   5.034
   12    HD2  ARG 333           HD2      ARG 333  15.086 -11.809   2.672
   13    HD3  ARG 333           HD3      ARG 333  16.039 -11.070   3.958

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLY 334           H        GLY 334  11.656  -8.626  -0.013
    2    HA2  GLY 334           HA2      GLY 334   9.551  -9.993  -0.864
    3    HA3  GLY 334           HA3      GLY 334  10.841 -11.017  -1.474

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ARG 335           H        ARG 335  10.590 -10.708  -3.632
    2    HA   ARG 335           HA       ARG 335  11.547  -8.229  -4.719
    3    HE   ARG 335           HE       ARG 335  10.742  -9.447  -9.244
    4   HH11  ARG 335          1HH1      ARG 335  13.077 -11.999  -9.707
    5   HH12  ARG 335          2HH1      ARG 335  12.392 -12.524 -11.208
    6   HH21  ARG 335          1HH2      ARG 335   9.840 -10.136 -11.219
    7   HH22  ARG 335          2HH2      ARG 335  10.555 -11.466 -12.067
    8    HB2  ARG 335           HB2      ARG 335  11.826 -10.721  -5.571
    9    HB3  ARG 335           HB3      ARG 335  10.346 -10.347  -6.444
   10    HG2  ARG 335           HG2      ARG 335  11.460  -8.416  -7.474
   11    HG3  ARG 335           HG3      ARG 335  12.949  -8.844  -6.628
   12    HD2  ARG 335           HD2      ARG 335  13.379  -9.924  -8.570
   13    HD3  ARG 335           HD3      ARG 335  12.431 -11.192  -7.796

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 336           H        GLU 336   8.459  -9.952  -4.652
    2    HA   GLU 336           HA       GLU 336   7.069  -8.119  -6.312
    3    HB2  GLU 336           HB2      GLU 336   6.260 -10.297  -4.423
    4    HB3  GLU 336           HB3      GLU 336   5.038  -9.195  -5.042
    5    HG2  GLU 336           HG2      GLU 336   6.899 -10.584  -6.919
    6    HG3  GLU 336           HG3      GLU 336   5.493 -11.425  -6.267

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ARG 337           H        ARG 337   7.234  -8.513  -2.782
    2    HA   ARG 337           HA       ARG 337   5.505  -6.423  -2.102
    3    HE   ARG 337           HE       ARG 337   5.912  -9.383   1.370
    4   HH11  ARG 337          1HH1      ARG 337   7.551  -7.461   3.778
    5   HH12  ARG 337          2HH1      ARG 337   8.187  -8.834   4.621
    6   HH21  ARG 337          1HH2      ARG 337   6.748 -11.189   2.477
    7   HH22  ARG 337          2HH2      ARG 337   7.732 -10.950   3.882
    8    HB2  ARG 337           HB2      ARG 337   7.047  -8.279  -0.726
    9    HB3  ARG 337           HB3      ARG 337   7.719  -6.731  -0.232
   10    HG2  ARG 337           HG2      ARG 337   5.351  -6.017   0.291
   11    HG3  ARG 337           HG3      ARG 337   4.898  -7.709   0.078
   12    HD2  ARG 337           HD2      ARG 337   7.065  -6.815   1.964
   13    HD3  ARG 337           HD3      ARG 337   5.377  -6.973   2.449

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    PHE 338           H        PHE 338   9.054  -6.420  -2.383
    2    HA   PHE 338           HA       PHE 338   9.427  -3.706  -1.793
    3    HD1  PHE 338           HD1      PHE 338  11.512  -3.502  -5.021
    4    HD2  PHE 338           HD2      PHE 338  12.630  -3.648  -0.918
    5    HE1  PHE 338           HE1      PHE 338  13.094  -1.655  -5.392
    6    HE2  PHE 338           HE2      PHE 338  14.215  -1.800  -1.280
    7    HZ   PHE 338           HZ       PHE 338  14.448  -0.801  -3.520
    8    HB2  PHE 338           HB2      PHE 338  11.271  -5.321  -1.802
    9    HB3  PHE 338           HB3      PHE 338  11.102  -5.523  -3.542

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLU 339           H        GLU 339   8.520  -5.345  -4.741
    2    HA   GLU 339           HA       GLU 339   9.040  -3.257  -6.557
    3    HB2  GLU 339           HB2      GLU 339   7.424  -5.740  -6.560
    4    HB3  GLU 339           HB3      GLU 339   6.956  -4.512  -7.727
    5    HG2  GLU 339           HG2      GLU 339   9.828  -5.009  -7.648
    6    HG3  GLU 339           HG3      GLU 339   8.873  -6.421  -8.098

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    MET 340           H        MET 340   6.220  -4.036  -4.577
    2    HA   MET 340           HA       MET 340   4.496  -2.080  -5.658
    3    HB2  MET 340           HB2      MET 340   4.457  -3.116  -2.821
    4    HB3  MET 340           HB3      MET 340   3.107  -2.456  -3.734
    5    HG2  MET 340           HG2      MET 340   3.444  -4.402  -5.333
    6    HG3  MET 340           HG3      MET 340   4.486  -5.092  -4.090
    7    HE1  MET 340           HE1      MET 340   3.796  -5.428  -1.694
    8    HE2  MET 340           HE2      MET 340   2.249  -6.182  -1.310
    9    HE3  MET 340           HE3      MET 340   3.341  -6.949  -2.462

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    PHE 341           H        PHE 341   6.457  -2.051  -2.681
    2    HA   PHE 341           HA       PHE 341   5.915   0.592  -1.946
    3    HD1  PHE 341           HD1      PHE 341   8.785  -2.650  -0.099
    4    HD2  PHE 341           HD2      PHE 341   4.993  -0.745  -0.397
    5    HE1  PHE 341           HE1      PHE 341   7.753  -4.519   1.123
    6    HE2  PHE 341           HE2      PHE 341   3.955  -2.605   0.826
    7    HZ   PHE 341           HZ       PHE 341   5.335  -4.497   1.583
    8    HB2  PHE 341           HB2      PHE 341   8.558  -0.755  -1.422
    9    HB3  PHE 341           HB3      PHE 341   7.695   0.397  -0.406

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    ARG 342           H        ARG 342   8.087  -0.713  -4.331
    2    HA   ARG 342           HA       ARG 342   9.674   1.647  -4.623
    3    HE   ARG 342           HE       ARG 342  11.914   1.052  -9.240
    4   HH11  ARG 342          1HH1      ARG 342  13.413  -1.976  -8.368
    5   HH12  ARG 342          2HH1      ARG 342  14.424  -2.024  -9.773
    6   HH21  ARG 342          1HH2      ARG 342  13.242   0.991 -11.089
    7   HH22  ARG 342          2HH2      ARG 342  14.328  -0.339 -11.318
    8    HB2  ARG 342           HB2      ARG 342  10.504  -0.574  -5.288
    9    HB3  ARG 342           HB3      ARG 342   9.263  -0.665  -6.530
   10    HG2  ARG 342           HG2      ARG 342  10.251   1.196  -7.709
   11    HG3  ARG 342           HG3      ARG 342  11.445   1.408  -6.427
   12    HD2  ARG 342           HD2      ARG 342  12.583  -0.534  -6.993
   13    HD3  ARG 342           HD3      ARG 342  11.197  -1.216  -7.842

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 343           H        GLU 343   7.016   0.210  -6.505
    2    HA   GLU 343           HA       GLU 343   6.849   2.320  -8.382
    3    HB2  GLU 343           HB2      GLU 343   5.887  -0.002  -8.645
    4    HB3  GLU 343           HB3      GLU 343   4.604   0.480  -7.543
    5    HG2  GLU 343           HG2      GLU 343   5.097   2.216  -9.888
    6    HG3  GLU 343           HG3      GLU 343   4.370   0.637 -10.183

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 344           H        LEU 344   5.516   1.812  -5.204
    2    HA   LEU 344           HA       LEU 344   3.548   3.859  -5.307
    3    HG   LEU 344           HG       LEU 344   2.405   2.553  -2.132
    4   HD11  LEU 344          1HD1      LEU 344   2.680   5.001  -3.752
    5   HD12  LEU 344          2HD1      LEU 344   1.037   4.419  -3.488
    6   HD13  LEU 344          3HD1      LEU 344   2.076   4.784  -2.110
    7   HD21  LEU 344          1HD2      LEU 344   2.246   2.159  -5.078
    8   HD22  LEU 344          2HD2      LEU 344   1.744   1.092  -3.766
    9   HD23  LEU 344          3HD2      LEU 344   0.763   2.496  -4.185
   10    HB2  LEU 344           HB2      LEU 344   4.360   1.884  -3.485
   11    HB3  LEU 344           HB3      LEU 344   4.586   3.408  -2.649

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ASN 345           H        ASN 345   6.874   3.717  -4.089
    2    HA   ASN 345           HA       ASN 345   7.006   6.322  -3.065
    3   HD21  ASN 345          1HD2      ASN 345   8.600   6.054  -1.079
    4   HD22  ASN 345          2HD2      ASN 345   9.857   7.238  -1.022
    5    HB2  ASN 345           HB2      ASN 345   8.674   4.402  -2.761
    6    HB3  ASN 345           HB3      ASN 345   9.343   4.884  -4.318

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    GLU 346           H        GLU 346   7.573   5.060  -6.310
    2    HA   GLU 346           HA       GLU 346   8.532   7.530  -7.376
    3    HB2  GLU 346           HB2      GLU 346   8.985   5.233  -8.327
    4    HB3  GLU 346           HB3      GLU 346   7.328   5.228  -8.915
    5    HG2  GLU 346           HG2      GLU 346   7.759   6.710 -10.567
    6    HG3  GLU 346           HG3      GLU 346   8.988   7.563  -9.634

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ALA 347           H        ALA 347   5.400   5.928  -7.209
    2    HA   ALA 347           HA       ALA 347   4.057   7.838  -8.864
    3    HB1  ALA 347           HB1      ALA 347   3.309   5.476  -8.518
    4    HB2  ALA 347           HB2      ALA 347   2.046   6.687  -8.292
    5    HB3  ALA 347           HB3      ALA 347   2.809   5.935  -6.890

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    LEU 348           H        LEU 348   4.741   7.529  -5.456
    2    HA   LEU 348           HA       LEU 348   2.855   9.520  -4.617
    3    HG   LEU 348           HG       LEU 348   2.762   7.101  -3.592
    4   HD11  LEU 348          1HD1      LEU 348   4.780   6.951  -1.461
    5   HD12  LEU 348          2HD1      LEU 348   3.206   6.264  -1.062
    6   HD13  LEU 348          3HD1      LEU 348   4.092   5.679  -2.470
    7   HD21  LEU 348          1HD2      LEU 348   1.877   9.254  -2.389
    8   HD22  LEU 348          2HD2      LEU 348   1.163   7.678  -2.049
    9   HD23  LEU 348          3HD2      LEU 348   2.336   8.374  -0.931
   10    HB2  LEU 348           HB2      LEU 348   5.176   8.162  -3.265
   11    HB3  LEU 348           HB3      LEU 348   4.251   9.428  -2.479

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLU 349           H        GLU 349   6.168   9.495  -5.691
    2    HA   GLU 349           HA       GLU 349   6.836  12.094  -4.714
    3    HB2  GLU 349           HB2      GLU 349   8.091  10.101  -6.536
    4    HB3  GLU 349           HB3      GLU 349   8.637  11.768  -6.652
    5    HG2  GLU 349           HG2      GLU 349   9.019  11.683  -4.158
    6    HG3  GLU 349           HG3      GLU 349   8.759   9.943  -4.273

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 350           H        LEU 350   5.334  10.845  -7.600
    2    HA   LEU 350           HA       LEU 350   5.648  13.225  -9.155
    3    HG   LEU 350           HG       LEU 350   5.102  10.680 -11.708
    4   HD11  LEU 350          1HD1      LEU 350   4.967  13.263 -11.775
    5   HD12  LEU 350          2HD1      LEU 350   6.591  13.198 -11.089
    6   HD13  LEU 350          3HD1      LEU 350   6.263  12.446 -12.650
    7   HD21  LEU 350          1HD2      LEU 350   6.914  11.092  -9.380
    8   HD22  LEU 350          2HD2      LEU 350   6.629   9.645 -10.346
    9   HD23  LEU 350          3HD2      LEU 350   7.611  10.958 -10.994
   10    HB2  LEU 350           HB2      LEU 350   4.217  10.645  -9.431
   11    HB3  LEU 350           HB3      LEU 350   3.576  11.996 -10.348

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    LYS 351           H        LYS 351   3.002  11.821  -7.254
    2    HA   LYS 351           HA       LYS 351   1.176  13.938  -7.801
    3    HB2  LYS 351           HB2      LYS 351  -0.177  12.943  -5.991
    4    HB3  LYS 351           HB3      LYS 351   0.356  11.745  -7.163
    5    HG2  LYS 351           HG2      LYS 351   0.862  10.588  -5.299
    6    HG3  LYS 351           HG3      LYS 351   2.349  11.532  -5.392
    7    HD2  LYS 351           HD2      LYS 351   1.693  11.810  -3.180
    8    HD3  LYS 351           HD3      LYS 351   1.064  13.262  -3.963
    9    HE2  LYS 351           HE2      LYS 351  -1.090  11.854  -4.275
   10    HE3  LYS 351           HE3      LYS 351  -0.407  10.835  -3.009
   11    HZ1  LYS 351           HZ1      LYS 351  -0.185  12.950  -1.678
   12    HZ2  LYS 351           HZ2      LYS 351  -1.174  13.689  -2.836
   13    HZ3  LYS 351           HZ3      LYS 351  -1.763  12.391  -1.925

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    ASP 352           H        ASP 352   3.665  13.407  -5.426
    2    HA   ASP 352           HA       ASP 352   2.767  15.483  -3.649
    3    HB2  ASP 352           HB2      ASP 352   5.101  13.637  -3.783
    4    HB3  ASP 352           HB3      ASP 352   5.279  15.113  -2.838

  No H/Q in entry =           4
  Start of MODEL   23
    1    H    ALA 353           H        ALA 353   4.955  15.214  -6.356
    2    HA   ALA 353           HA       ALA 353   6.213  17.762  -5.916
    3    HB1  ALA 353           HB1      ALA 353   6.844  17.244  -8.456
    4    HB2  ALA 353           HB2      ALA 353   7.660  16.474  -7.096
    5    HB3  ALA 353           HB3      ALA 353   6.377  15.620  -7.952

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLN 354           H        GLN 354   3.476  16.557  -7.723
    2    HA   GLN 354           HA       GLN 354   3.137  19.016  -9.209
    3   HE21  GLN 354          1HE2      GLN 354   0.726  16.438 -12.485
    4   HE22  GLN 354          2HE2      GLN 354   0.643  17.848 -13.479
    5    HB2  GLN 354           HB2      GLN 354   1.674  16.407  -9.059
    6    HB3  GLN 354           HB3      GLN 354   0.883  17.804  -9.775
    7    HG2  GLN 354           HG2      GLN 354   3.596  17.313 -10.758
    8    HG3  GLN 354           HG3      GLN 354   2.440  16.030 -11.115

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    ALA 355           H        ALA 355   1.804  17.478  -6.358
    2    HA   ALA 355           HA       ALA 355  -0.434  19.181  -6.036
    3    HB1  ALA 355           HB1      ALA 355   0.999  17.205  -4.363
    4    HB2  ALA 355           HB2      ALA 355  -0.002  18.390  -3.523
    5    HB3  ALA 355           HB3      ALA 355  -0.717  17.338  -4.745

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLY 356           H        GLY 356  -0.732  20.800  -4.355
    2    HA2  GLY 356           HA2      GLY 356   0.053  23.052  -4.035
    3    HA3  GLY 356           HA3      GLY 356   1.698  22.435  -4.041

  No H/Q in entry =           3
  Start of MODEL   23
    1    H1   GLU 326           H1       GLU 326  18.245 -11.877  -3.722
    2    H2   GLU 326           H2       GLU 326  16.875 -12.736  -4.296
    3    H3   GLU 326           H3       GLU 326  16.884 -11.019  -4.314
    4    HA   GLU 326           HA       GLU 326  15.559 -11.718  -2.536
    5    HB2  GLU 326           HB2      GLU 326  16.652 -13.995  -2.475
    6    HB3  GLU 326           HB3      GLU 326  17.963 -13.266  -1.557
    7    HG2  GLU 326           HG2      GLU 326  16.734 -13.094   0.333
    8    HG3  GLU 326           HG3      GLU 326  15.224 -12.835  -0.538

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    SER 327           H        SER 327  15.511 -10.572  -0.576
    2    HA   SER 327           HA       SER 327  16.038  -8.874   0.842
    3    HG   SER 327           HG       SER 327  17.868  -9.646   2.970
    4    HB2  SER 327           HB2      SER 327  18.037 -10.638   1.136
    5    HB3  SER 327           HB3      SER 327  18.968  -9.271   0.524

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    PHE 328           H        PHE 328  15.605  -6.924   0.044
    2    HA   PHE 328           HA       PHE 328  17.637  -5.639  -1.647
    3    HD1  PHE 328           HD1      PHE 328  14.255  -7.734  -1.853
    4    HD2  PHE 328           HD2      PHE 328  16.797  -6.063  -4.828
    5    HE1  PHE 328           HE1      PHE 328  14.062  -9.801  -3.173
    6    HE2  PHE 328           HE2      PHE 328  16.608  -8.127  -6.154
    7    HZ   PHE 328           HZ       PHE 328  15.239  -9.999  -5.327
    8    HB2  PHE 328           HB2      PHE 328  14.674  -5.253  -2.068
    9    HB3  PHE 328           HB3      PHE 328  15.991  -4.710  -3.102

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLY 329           H        GLY 329  17.939  -3.443  -1.322
    2    HA2  GLY 329           HA2      GLY 329  18.241  -1.842   0.419
    3    HA3  GLY 329           HA3      GLY 329  16.759  -2.420   1.166

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    LEU 330           H        LEU 330  15.551  -0.612   1.278
    2    HA   LEU 330           HA       LEU 330  15.062   0.834  -1.244
    3    HG   LEU 330           HG       LEU 330  12.951   0.662  -2.144
    4   HD11  LEU 330          1HD1      LEU 330  10.873  -0.116  -0.185
    5   HD12  LEU 330          2HD1      LEU 330  10.353   0.825  -1.583
    6   HD13  LEU 330          3HD1      LEU 330  11.180  -0.715  -1.815
    7   HD21  LEU 330          1HD2      LEU 330  13.056   2.839  -0.562
    8   HD22  LEU 330          2HD2      LEU 330  12.258   2.808  -2.134
    9   HD23  LEU 330          3HD2      LEU 330  11.310   2.609  -0.660
   10    HB2  LEU 330           HB2      LEU 330  13.222  -0.660   0.040
   11    HB3  LEU 330           HB3      LEU 330  12.978   0.872   0.856

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLY 331           H        GLY 331  15.640   2.900  -1.214
    2    HA2  GLY 331           HA2      GLY 331  16.727   4.747  -0.223
    3    HA3  GLY 331           HA3      GLY 331  16.220   4.168   1.357

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ILE 332           H        ILE 332  14.002   4.487   1.992
    2    HA   ILE 332           HA       ILE 332  12.364   6.266   0.400
    3    HB   ILE 332           HB       ILE 332  11.839   5.270   3.201
    4   HG12  ILE 332          2HG1      ILE 332  10.410   4.032   0.938
    5   HG21  ILE 332          1HG2      ILE 332  10.344   6.884   1.252
    6   HG22  ILE 332          2HG2      ILE 332   9.424   5.597   2.030
    7   HG23  ILE 332          3HG2      ILE 332  10.225   6.825   3.010
    8   HD11  ILE 332          1HD1      ILE 332  10.429   3.379   3.454
    9   HD12  ILE 332          2HD1      ILE 332  10.412   2.129   2.209
   10   HD13  ILE 332          3HD1      ILE 332  11.921   2.543   3.023
   11   HG13  ILE 332          3HG1      ILE 332  12.128   3.655   1.019

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ARG 333           H        ARG 333  12.325   8.409   0.562
    2    HA   ARG 333           HA       ARG 333  13.801   9.673   2.753
    3    HE   ARG 333           HE       ARG 333  17.304  12.926   2.063
    4   HH11  ARG 333          1HH1      ARG 333  15.330  12.617  -0.799
    5   HH12  ARG 333          2HH1      ARG 333  15.915  14.082  -1.512
    6   HH21  ARG 333          1HH2      ARG 333  18.075  14.853   1.126
    7   HH22  ARG 333          2HH2      ARG 333  17.474  15.351  -0.421
    8    HB2  ARG 333           HB2      ARG 333  14.153  10.154   0.210
    9    HB3  ARG 333           HB3      ARG 333  12.715  11.151   0.381
   10    HG2  ARG 333           HG2      ARG 333  14.207  12.756   0.860
   11    HG3  ARG 333           HG3      ARG 333  14.157  12.041   2.473
   12    HD2  ARG 333           HD2      ARG 333  16.179  10.957   2.197
   13    HD3  ARG 333           HD3      ARG 333  16.066  10.975   0.438

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLY 334           H        GLY 334  11.173   8.572   3.210
    2    HA2  GLY 334           HA2      GLY 334   8.937   9.960   3.156
    3    HA3  GLY 334           HA3      GLY 334   9.890  11.011   4.193

  No H/Q in entry =           3
  Start of MODEL   23
    1    H    ARG 335           H        ARG 335   8.729  10.764   6.054
    2    HA   ARG 335           HA       ARG 335   9.206   8.360   7.549
    3    HE   ARG 335           HE       ARG 335   9.581  12.115  11.005
    4   HH11  ARG 335          1HH1      ARG 335   9.741   8.862  12.257
    5   HH12  ARG 335          2HH1      ARG 335  11.301   9.082  12.976
    6   HH21  ARG 335          1HH2      ARG 335  11.632  12.407  11.950
    7   HH22  ARG 335          2HH2      ARG 335  12.375  11.095  12.802
    8    HB2  ARG 335           HB2      ARG 335   9.057  10.867   8.347
    9    HB3  ARG 335           HB3      ARG 335   7.344  10.500   8.496
   10    HG2  ARG 335           HG2      ARG 335   7.931   8.591   9.965
   11    HG3  ARG 335           HG3      ARG 335   9.618   9.107   9.891
   12    HD2  ARG 335           HD2      ARG 335   7.558  11.104  10.678
   13    HD3  ARG 335           HD3      ARG 335   8.017   9.870  11.850

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 336           H        GLU 336   6.371   9.955   6.151
    2    HA   GLU 336           HA       GLU 336   4.479   8.090   7.146
    3    HB2  GLU 336           HB2      GLU 336   4.220  10.509   6.065
    4    HB3  GLU 336           HB3      GLU 336   3.952   9.560   4.609
    5    HG2  GLU 336           HG2      GLU 336   2.439   8.713   6.987
    6    HG3  GLU 336           HG3      GLU 336   2.008  10.284   6.313

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ARG 337           H        ARG 337   6.144   8.415   4.028
    2    HA   ARG 337           HA       ARG 337   4.892   6.284   2.715
    3    HE   ARG 337           HE       ARG 337   6.136   9.390  -1.818
    4   HH11  ARG 337          1HH1      ARG 337   7.330   9.637   1.452
    5   HH12  ARG 337          2HH1      ARG 337   7.168  11.360   1.514
    6   HH21  ARG 337          1HH2      ARG 337   5.923  11.656  -1.739
    7   HH22  ARG 337          2HH2      ARG 337   6.369  12.507  -0.297
    8    HB2  ARG 337           HB2      ARG 337   7.387   7.838   2.351
    9    HB3  ARG 337           HB3      ARG 337   7.336   6.265   1.567
   10    HG2  ARG 337           HG2      ARG 337   5.207   6.941   0.481
   11    HG3  ARG 337           HG3      ARG 337   5.420   8.551   1.171
   12    HD2  ARG 337           HD2      ARG 337   7.851   8.070  -0.015
   13    HD3  ARG 337           HD3      ARG 337   6.718   7.306  -1.129

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    PHE 338           H        PHE 338   7.982   6.349   4.485
    2    HA   PHE 338           HA       PHE 338   8.592   3.634   4.201
    3    HD1  PHE 338           HD1      PHE 338   9.017   3.481   7.984
    4    HD2  PHE 338           HD2      PHE 338  11.893   3.672   4.854
    5    HE1  PHE 338           HE1      PHE 338  10.296   1.673   9.056
    6    HE2  PHE 338           HE2      PHE 338  13.177   1.863   5.919
    7    HZ   PHE 338           HZ       PHE 338  12.379   0.861   8.023
    8    HB2  PHE 338           HB2      PHE 338  10.230   5.285   4.976
    9    HB3  PHE 338           HB3      PHE 338   9.314   5.515   6.461

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    GLU 339           H        GLU 339   6.509   5.318   6.456
    2    HA   GLU 339           HA       GLU 339   6.189   3.270   8.350
    3    HB2  GLU 339           HB2      GLU 339   4.657   5.696   7.564
    4    HB3  GLU 339           HB3      GLU 339   3.809   4.484   8.515
    5    HG2  GLU 339           HG2      GLU 339   6.448   5.130   9.563
    6    HG3  GLU 339           HG3      GLU 339   5.357   6.513   9.504

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    MET 340           H        MET 340   4.495   3.968   5.328
    2    HA   MET 340           HA       MET 340   2.518   1.963   5.604
    3    HB2  MET 340           HB2      MET 340   3.618   2.975   2.984
    4    HB3  MET 340           HB3      MET 340   2.006   2.355   3.311
    5    HG2  MET 340           HG2      MET 340   1.919   4.389   4.972
    6    HG3  MET 340           HG3      MET 340   3.174   5.020   3.908
    7    HE1  MET 340           HE1      MET 340   3.120   5.599   1.832
    8    HE2  MET 340           HE2      MET 340   1.996   5.003   0.610
    9    HE3  MET 340           HE3      MET 340   1.761   6.600   1.321

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    PHE 341           H        PHE 341   5.513   2.024   3.667
    2    HA   PHE 341           HA       PHE 341   5.387  -0.681   2.889
    3    HD1  PHE 341           HD1      PHE 341   8.517   2.722   1.966
    4    HD2  PHE 341           HD2      PHE 341   4.953   0.582   1.061
    5    HE1  PHE 341           HE1      PHE 341   7.846   4.503   0.407
    6    HE2  PHE 341           HE2      PHE 341   4.278   2.354  -0.501
    7    HZ   PHE 341           HZ       PHE 341   5.723   4.319  -0.824
    8    HB2  PHE 341           HB2      PHE 341   7.969   0.834   3.205
    9    HB3  PHE 341           HB3      PHE 341   7.550  -0.386   2.005

  No H/Q in entry =           9
  Start of MODEL   23
    1    H    ARG 342           H        ARG 342   6.470   0.856   5.807
    2    HA   ARG 342           HA       ARG 342   8.025  -1.368   6.742
    3    HE   ARG 342           HE       ARG 342   9.447  -0.456  11.527
    4   HH11  ARG 342          1HH1      ARG 342   7.879   2.627  11.993
    5   HH12  ARG 342          2HH1      ARG 342   8.617   2.911  13.533
    6   HH21  ARG 342          1HH2      ARG 342  10.418  -0.085  13.553
    7   HH22  ARG 342          2HH2      ARG 342  10.059   1.372  14.419
    8    HB2  ARG 342           HB2      ARG 342   8.487   0.916   7.511
    9    HB3  ARG 342           HB3      ARG 342   6.889   1.002   8.240
   10    HG2  ARG 342           HG2      ARG 342   7.742  -1.149   9.512
   11    HG3  ARG 342           HG3      ARG 342   9.316  -0.441   9.147
   12    HD2  ARG 342           HD2      ARG 342   8.339   1.730  10.101
   13    HD3  ARG 342           HD3      ARG 342   7.068   0.708  10.770

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    GLU 343           H        GLU 343   4.758  -0.133   7.309
    2    HA   GLU 343           HA       GLU 343   4.092  -2.143   9.232
    3    HB2  GLU 343           HB2      GLU 343   3.013   0.225   8.732
    4    HB3  GLU 343           HB3      GLU 343   1.990  -0.720   7.659
    5    HG2  GLU 343           HG2      GLU 343   2.340  -1.683  10.441
    6    HG3  GLU 343           HG3      GLU 343   1.341  -0.255  10.176

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 344           H        LEU 344   3.853  -1.815   5.764
    2    HA   LEU 344           HA       LEU 344   2.100  -4.036   5.369
    3    HG   LEU 344           HG       LEU 344   0.979  -2.469   4.094
    4   HD11  LEU 344          1HD1      LEU 344   2.590  -1.345   1.876
    5   HD12  LEU 344          2HD1      LEU 344   0.844  -1.445   1.646
    6   HD13  LEU 344          3HD1      LEU 344   1.504  -0.544   3.011
    7   HD21  LEU 344          1HD2      LEU 344   1.744  -4.401   1.983
    8   HD22  LEU 344          2HD2      LEU 344   0.410  -4.446   3.135
    9   HD23  LEU 344          3HD2      LEU 344   0.303  -3.423   1.703
   10    HB2  LEU 344           HB2      LEU 344   3.615  -2.156   3.690
   11    HB3  LEU 344           HB3      LEU 344   3.415  -3.751   2.991

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    ASN 345           H        ASN 345   5.556  -3.599   5.617
    2    HA   ASN 345           HA       ASN 345   6.278  -6.144   4.558
    3   HD21  ASN 345          1HD2      ASN 345   9.092  -5.659   3.515
    4   HD22  ASN 345          2HD2      ASN 345  10.155  -6.807   4.249
    5    HB2  ASN 345           HB2      ASN 345   7.856  -4.248   4.642
    6    HB3  ASN 345           HB3      ASN 345   7.833  -4.313   6.402

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    GLU 346           H        GLU 346   5.779  -4.880   7.830
    2    HA   GLU 346           HA       GLU 346   6.480  -7.313   9.138
    3    HB2  GLU 346           HB2      GLU 346   5.183  -4.749   9.970
    4    HB3  GLU 346           HB3      GLU 346   5.096  -6.138  11.045
    5    HG2  GLU 346           HG2      GLU 346   7.704  -6.189  10.557
    6    HG3  GLU 346           HG3      GLU 346   7.417  -4.473  10.272

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    ALA 347           H        ALA 347   3.495  -5.920   7.934
    2    HA   ALA 347           HA       ALA 347   1.773  -7.839   9.166
    3    HB1  ALA 347           HB1      ALA 347   0.988  -6.337   6.709
    4    HB2  ALA 347           HB2      ALA 347   1.240  -5.463   8.220
    5    HB3  ALA 347           HB3      ALA 347   0.030  -6.744   8.134

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    LEU 348           H        LEU 348   3.566  -7.667   6.180
    2    HA   LEU 348           HA       LEU 348   2.164  -9.772   4.853
    3    HG   LEU 348           HG       LEU 348   3.743  -8.135   2.029
    4   HD11  LEU 348          1HD1      LEU 348   3.232 -10.758   2.456
    5   HD12  LEU 348          2HD1      LEU 348   1.596 -10.103   2.403
    6   HD13  LEU 348          3HD1      LEU 348   2.690  -9.855   1.042
    7   HD21  LEU 348          1HD2      LEU 348   1.477  -8.072   3.998
    8   HD22  LEU 348          2HD2      LEU 348   2.312  -6.721   3.231
    9   HD23  LEU 348          3HD2      LEU 348   1.235  -7.745   2.282
   10    HB2  LEU 348           HB2      LEU 348   4.432  -8.029   4.315
   11    HB3  LEU 348           HB3      LEU 348   4.707  -9.662   3.740

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    GLU 349           H        GLU 349   5.040  -9.576   6.877
    2    HA   GLU 349           HA       GLU 349   5.824 -12.292   6.481
    3    HB2  GLU 349           HB2      GLU 349   6.647 -10.060   8.268
    4    HB3  GLU 349           HB3      GLU 349   7.058 -11.693   8.773
    5    HG2  GLU 349           HG2      GLU 349   8.409 -12.057   6.902
    6    HG3  GLU 349           HG3      GLU 349   7.721 -10.687   6.031

  No H/Q in entry =           6
  Start of MODEL   23
    1    H    LEU 350           H        LEU 350   3.646 -10.646   8.633
    2    HA   LEU 350           HA       LEU 350   3.440 -12.796  10.522
    3    HG   LEU 350           HG       LEU 350   1.595 -10.535  12.699
    4   HD11  LEU 350          1HD1      LEU 350   1.658 -13.430  11.867
    5   HD12  LEU 350          2HD1      LEU 350   1.224 -12.853  13.476
    6   HD13  LEU 350          3HD1      LEU 350   0.230 -12.419  12.085
    7   HD21  LEU 350          1HD2      LEU 350   4.197 -11.022  12.232
    8   HD22  LEU 350          2HD2      LEU 350   3.458 -11.121  13.830
    9   HD23  LEU 350          3HD2      LEU 350   3.705 -12.587  12.881
   10    HB2  LEU 350           HB2      LEU 350   2.807 -10.159  10.602
   11    HB3  LEU 350           HB3      LEU 350   1.224 -10.859  10.325

  No H/Q in entry =          11
  Start of MODEL   23
    1    H    LYS 351           H        LYS 351   1.563 -11.665   7.747
    2    HA   LYS 351           HA       LYS 351  -0.523 -13.592   8.093
    3    HB2  LYS 351           HB2      LYS 351  -1.328 -12.835   5.930
    4    HB3  LYS 351           HB3      LYS 351  -0.882 -11.452   6.920
    5    HG2  LYS 351           HG2      LYS 351   1.261 -11.314   5.712
    6    HG3  LYS 351           HG3      LYS 351   0.738 -12.647   4.681
    7    HD2  LYS 351           HD2      LYS 351  -1.079 -10.313   4.937
    8    HD3  LYS 351           HD3      LYS 351   0.398 -10.098   3.995
    9    HE2  LYS 351           HE2      LYS 351  -0.472 -12.468   3.028
   10    HE3  LYS 351           HE3      LYS 351  -2.008 -11.696   3.417
   11    HZ1  LYS 351           HZ1      LYS 351  -0.901  -9.699   2.167
   12    HZ2  LYS 351           HZ2      LYS 351   0.012 -10.924   1.440
   13    HZ3  LYS 351           HZ3      LYS 351  -1.674 -10.936   1.309

  No H/Q in entry =          13
  Start of MODEL   23
    1    H    ASP 352           H        ASP 352   2.540 -13.512   6.439
    2    HA   ASP 352           HA       ASP 352   2.029 -15.815   4.805
    3    HB2  ASP 352           HB2      ASP 352   3.675 -14.016   4.220
    4    HB3  ASP 352           HB3      ASP 352   4.700 -14.596   5.530

  No H/Q in entry =           4
  Start of MODEL   23
    1    H    ALA 353           H        ALA 353   3.356 -15.206   7.976
    2    HA   ALA 353           HA       ALA 353   4.551 -17.778   8.313
    3    HB1  ALA 353           HB1      ALA 353   5.111 -15.638   9.577
    4    HB2  ALA 353           HB2      ALA 353   3.676 -15.970  10.547
    5    HB3  ALA 353           HB3      ALA 353   5.009 -17.124  10.522

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLN 354           H        GLN 354   1.379 -16.427   8.868
    2    HA   GLN 354           HA       GLN 354   0.403 -18.500  10.549
    3   HE21  GLN 354          1HE2      GLN 354  -4.275 -16.940  10.047
    4   HE22  GLN 354          2HE2      GLN 354  -4.838 -18.532   9.682
    5    HB2  GLN 354           HB2      GLN 354  -0.526 -16.072   9.953
    6    HB3  GLN 354           HB3      GLN 354  -1.466 -16.995   8.789
    7    HG2  GLN 354           HG2      GLN 354  -1.389 -17.841  11.649
    8    HG3  GLN 354           HG3      GLN 354  -2.432 -16.513  11.144

  No H/Q in entry =           8
  Start of MODEL   23
    1    H    ALA 355           H        ALA 355   0.565 -18.039   7.079
    2    HA   ALA 355           HA       ALA 355  -1.108 -20.325   6.509
    3    HB1  ALA 355           HB1      ALA 355  -1.143 -18.415   5.006
    4    HB2  ALA 355           HB2      ALA 355   0.577 -18.620   4.678
    5    HB3  ALA 355           HB3      ALA 355  -0.572 -19.854   4.162

  No H/Q in entry =           5
  Start of MODEL   23
    1    H    GLY 356           H        GLY 356  -0.460 -22.331   5.840
    2    HA2  GLY 356           HA2      GLY 356   1.096 -24.079   6.402
    3    HA3  GLY 356           HA3      GLY 356   2.402 -22.921   6.207

  No H/Q in entry =           3
  Start of MODEL   24
    1    H1   GLU 326           H1       GLU 326 -18.679   7.163   9.038
    2    H2   GLU 326           H2       GLU 326 -17.535   7.254  10.311
    3    H3   GLU 326           H3       GLU 326 -17.004   7.014   8.697
    4    HB2  GLU 326           HB2      GLU 326 -18.488   5.744  11.581
    5    HB3  GLU 326           HB3      GLU 326 -19.782   5.264  10.491
    6    HG2  GLU 326           HG2      GLU 326 -19.402   3.047  10.786
    7    HG3  GLU 326           HG3      GLU 326 -17.676   3.266  11.066
    8    HA   GLU 326           HA       GLU 326 -16.862   4.975   9.780

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    SER 327           H        SER 327 -17.057   3.207   8.500
    2    HA   SER 327           HA       SER 327 -17.607   1.924   6.705
    3    HG   SER 327           HG       SER 327 -19.643   1.055   5.480
    4    HB2  SER 327           HB2      SER 327 -19.943   2.324   8.002
    5    HB3  SER 327           HB3      SER 327 -20.339   3.041   6.440

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    PHE 328           H        PHE 328 -16.640   2.431   4.859
    2    HA   PHE 328           HA       PHE 328 -17.710   4.682   3.293
    3    HD1  PHE 328           HD1      PHE 328 -16.076   7.255   4.007
    4    HD2  PHE 328           HD2      PHE 328 -14.530   3.697   5.755
    5    HE1  PHE 328           HE1      PHE 328 -15.673   8.468   6.110
    6    HE2  PHE 328           HE2      PHE 328 -14.124   4.902   7.861
    7    HZ   PHE 328           HZ       PHE 328 -14.696   7.291   8.041
    8    HB2  PHE 328           HB2      PHE 328 -14.790   3.926   3.336
    9    HB3  PHE 328           HB3      PHE 328 -15.525   5.369   2.645

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLY 329           H        GLY 329 -18.024   4.322   1.151
    2    HA2  GLY 329           HA2      GLY 329 -18.723   2.683  -0.442
    3    HA3  GLY 329           HA3      GLY 329 -17.531   1.577   0.223

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    LEU 330           H        LEU 330 -15.551   1.468  -0.687
    2    HA   LEU 330           HA       LEU 330 -14.620   3.608  -2.420
    3    HG   LEU 330           HG       LEU 330 -12.134   2.407  -3.566
    4   HD11  LEU 330          1HD1      LEU 330 -12.553   4.497  -1.495
    5   HD12  LEU 330          2HD1      LEU 330 -11.108   4.589  -2.502
    6   HD13  LEU 330          3HD1      LEU 330 -12.706   4.594  -3.249
    7   HD21  LEU 330          1HD2      LEU 330 -10.767   2.259  -0.887
    8   HD22  LEU 330          2HD2      LEU 330 -10.675   1.099  -2.212
    9   HD23  LEU 330          3HD2      LEU 330  -9.944   2.695  -2.384
   10    HB2  LEU 330           HB2      LEU 330 -13.182   2.325  -0.734
   11    HB3  LEU 330           HB3      LEU 330 -13.218   1.001  -1.883

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLY 331           H        GLY 331 -14.916   3.626  -4.546
    2    HA2  GLY 331           HA2      GLY 331 -16.050   2.804  -6.471
    3    HA3  GLY 331           HA3      GLY 331 -15.866   1.172  -5.847

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ILE 332           H        ILE 332 -14.310  -0.050  -6.697
    2    HA   ILE 332           HA       ILE 332 -12.170   1.301  -8.210
    3    HB   ILE 332           HB       ILE 332 -11.927  -1.395  -6.882
    4   HG12  ILE 332          2HG1      ILE 332 -10.321   0.010  -5.363
    5   HG21  ILE 332          1HG2      ILE 332  -9.946   0.451  -8.197
    6   HG22  ILE 332          2HG2      ILE 332  -9.491  -0.956  -7.236
    7   HG23  ILE 332          3HG2      ILE 332 -10.423  -1.164  -8.718
    8   HD11  ILE 332          1HD1      ILE 332 -12.606  -1.081  -4.769
    9   HD12  ILE 332          2HD1      ILE 332 -11.878   0.108  -3.689
   10   HD13  ILE 332          3HD1      ILE 332 -13.179   0.587  -4.779
   11   HG13  ILE 332          3HG1      ILE 332 -11.317   1.366  -5.881

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ARG 333           H        ARG 333 -11.405   0.240 -10.105
    2    HA   ARG 333           HA       ARG 333 -13.155  -1.863 -11.171
    3    HE   ARG 333           HE       ARG 333 -13.198   3.197 -13.373
    4   HH11  ARG 333          1HH1      ARG 333 -14.133   0.176 -14.859
    5   HH12  ARG 333          2HH1      ARG 333 -12.955   0.292 -16.121
    6   HH21  ARG 333          1HH2      ARG 333 -11.652   3.346 -15.034
    7   HH22  ARG 333          2HH2      ARG 333 -11.547   2.089 -16.221
    8    HB2  ARG 333           HB2      ARG 333 -12.246   0.473 -12.846
    9    HB3  ARG 333           HB3      ARG 333 -13.439  -0.753 -13.254
   10    HG2  ARG 333           HG2      ARG 333 -14.964   0.132 -11.598
   11    HG3  ARG 333           HG3      ARG 333 -13.757   1.314 -11.087
   12    HD2  ARG 333           HD2      ARG 333 -15.251   1.169 -13.690
   13    HD3  ARG 333           HD3      ARG 333 -15.225   2.480 -12.513

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLY 334           H        GLY 334 -10.791  -2.530 -10.120
    2    HA2  GLY 334           HA2      GLY 334  -8.406  -2.416 -11.270
    3    HA3  GLY 334           HA3      GLY 334  -9.280  -3.340 -12.483

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ARG 335           H        ARG 335  -8.036  -5.188 -12.213
    2    HA   ARG 335           HA       ARG 335  -8.874  -6.901 -10.064
    3    HE   ARG 335           HE       ARG 335  -5.926 -11.338 -10.758
    4   HH11  ARG 335          1HH1      ARG 335  -9.033 -10.609  -9.346
    5   HH12  ARG 335          2HH1      ARG 335  -9.486 -12.272  -9.176
    6   HH21  ARG 335          1HH2      ARG 335  -6.520 -13.526 -10.535
    7   HH22  ARG 335          2HH2      ARG 335  -8.059 -13.928  -9.850
    8    HB2  ARG 335           HB2      ARG 335  -8.322  -7.475 -12.570
    9    HB3  ARG 335           HB3      ARG 335  -6.680  -7.634 -11.962
   10    HG2  ARG 335           HG2      ARG 335  -8.998  -9.091 -10.732
   11    HG3  ARG 335           HG3      ARG 335  -8.066  -9.746 -12.080
   12    HD2  ARG 335           HD2      ARG 335  -6.054  -9.088 -10.447
   13    HD3  ARG 335           HD3      ARG 335  -7.309  -9.373  -9.242

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 336           H        GLU 336  -5.645  -5.917 -11.227
    2    HA   GLU 336           HA       GLU 336  -4.232  -6.863  -9.006
    3    HB2  GLU 336           HB2      GLU 336  -3.175  -6.272 -11.150
    4    HB3  GLU 336           HB3      GLU 336  -3.513  -4.574 -10.846
    5    HG2  GLU 336           HG2      GLU 336  -2.048  -5.887  -8.690
    6    HG3  GLU 336           HG3      GLU 336  -1.193  -5.865 -10.232

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ARG 337           H        ARG 337  -5.767  -3.755  -9.624
    2    HA   ARG 337           HA       ARG 337  -4.707  -2.360  -7.419
    3    HE   ARG 337           HE       ARG 337  -8.223   1.435  -8.432
    4   HH11  ARG 337          1HH1      ARG 337  -5.327   2.323 -10.167
    5   HH12  ARG 337          2HH1      ARG 337  -6.145   3.433 -11.213
    6   HH21  ARG 337          1HH2      ARG 337  -9.299   2.895  -9.808
    7   HH22  ARG 337          2HH2      ARG 337  -8.399   3.759 -11.009
    8    HB2  ARG 337           HB2      ARG 337  -5.879  -1.318  -9.362
    9    HB3  ARG 337           HB3      ARG 337  -7.396  -1.952  -8.739
   10    HG2  ARG 337           HG2      ARG 337  -7.610  -0.281  -7.295
   11    HG3  ARG 337           HG3      ARG 337  -5.949  -0.456  -6.727
   12    HD2  ARG 337           HD2      ARG 337  -5.647   1.554  -7.682
   13    HD3  ARG 337           HD3      ARG 337  -5.556   0.634  -9.183

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    PHE 338           H        PHE 338  -7.899  -3.905  -7.800
    2    HA   PHE 338           HA       PHE 338  -8.694  -3.572  -5.129
    3    HD1  PHE 338           HD1      PHE 338 -11.985  -3.819  -5.332
    4    HD2  PHE 338           HD2      PHE 338  -9.596  -7.338  -5.203
    5    HE1  PHE 338           HE1      PHE 338 -13.503  -4.783  -3.653
    6    HE2  PHE 338           HE2      PHE 338 -11.110  -8.309  -3.524
    7    HZ   PHE 338           HZ       PHE 338 -13.066  -7.031  -2.747
    8    HB2  PHE 338           HB2      PHE 338 -10.288  -4.123  -6.906
    9    HB3  PHE 338           HB3      PHE 338  -9.525  -5.694  -7.124

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLU 339           H        GLU 339  -6.725  -5.983  -6.708
    2    HA   GLU 339           HA       GLU 339  -6.770  -7.953  -4.701
    3    HB2  GLU 339           HB2      GLU 339  -4.997  -7.282  -6.990
    4    HB3  GLU 339           HB3      GLU 339  -4.322  -8.318  -5.741
    5    HG2  GLU 339           HG2      GLU 339  -6.994  -9.115  -6.593
    6    HG3  GLU 339           HG3      GLU 339  -5.796  -9.150  -7.886

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    MET 340           H        MET 340  -4.852  -5.036  -5.134
    2    HA   MET 340           HA       MET 340  -3.002  -5.538  -3.049
    3    HB2  MET 340           HB2      MET 340  -3.891  -2.794  -3.918
    4    HB3  MET 340           HB3      MET 340  -2.322  -3.283  -3.295
    5    HG2  MET 340           HG2      MET 340  -2.555  -4.825  -5.536
    6    HG3  MET 340           HG3      MET 340  -3.367  -3.337  -6.018
    7    HE1  MET 340           HE1      MET 340  -2.611  -1.419  -6.487
    8    HE2  MET 340           HE2      MET 340  -1.363  -0.629  -5.523
    9    HE3  MET 340           HE3      MET 340  -0.999  -1.177  -7.160

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    PHE 341           H        PHE 341  -5.794  -3.309  -3.141
    2    HA   PHE 341           HA       PHE 341  -5.810  -2.772  -0.389
    3    HD1  PHE 341           HD1      PHE 341  -8.518  -1.333  -3.932
    4    HD2  PHE 341           HD2      PHE 341  -5.207  -0.848  -1.305
    5    HE1  PHE 341           HE1      PHE 341  -7.568   0.356  -5.444
    6    HE2  PHE 341           HE2      PHE 341  -4.252   0.841  -2.810
    7    HZ   PHE 341           HZ       PHE 341  -5.431   1.437  -4.884
    8    HB2  PHE 341           HB2      PHE 341  -8.274  -2.769  -2.126
    9    HB3  PHE 341           HB3      PHE 341  -7.915  -1.739  -0.741

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    ARG 342           H        ARG 342  -6.933  -5.513  -2.173
    2    HA   ARG 342           HA       ARG 342  -8.767  -6.472  -0.200
    3    HE   ARG 342           HE       ARG 342  -7.363 -11.718  -1.514
    4   HH11  ARG 342          1HH1      ARG 342 -10.706 -10.722  -1.403
    5   HH12  ARG 342          2HH1      ARG 342 -11.193 -12.037  -0.387
    6   HH21  ARG 342          1HH2      ARG 342  -8.003 -13.448  -0.178
    7   HH22  ARG 342          2HH2      ARG 342  -9.659 -13.584   0.309
    8    HB2  ARG 342           HB2      ARG 342  -8.942  -7.162  -2.546
    9    HB3  ARG 342           HB3      ARG 342  -7.363  -7.930  -2.450
   10    HG2  ARG 342           HG2      ARG 342  -8.619  -9.182  -0.425
   11    HG3  ARG 342           HG3      ARG 342  -9.986  -8.859  -1.493
   12    HD2  ARG 342           HD2      ARG 342  -9.283 -10.333  -3.041
   13    HD3  ARG 342           HD3      ARG 342  -7.589  -9.888  -2.840

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 343           H        GLU 343  -5.385  -7.132  -1.014
    2    HA   GLU 343           HA       GLU 343  -5.054  -9.120   1.017
    3    HB2  GLU 343           HB2      GLU 343  -3.004  -7.517  -0.527
    4    HB3  GLU 343           HB3      GLU 343  -2.635  -8.889   0.509
    5    HG2  GLU 343           HG2      GLU 343  -3.642 -10.410  -0.940
    6    HG3  GLU 343           HG3      GLU 343  -4.535  -9.148  -1.789

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 344           H        LEU 344  -4.659  -5.659   0.806
    2    HA   LEU 344           HA       LEU 344  -3.203  -5.356   3.241
    3    HG   LEU 344           HG       LEU 344  -1.821  -3.892   2.380
    4   HD11  LEU 344          1HD1      LEU 344  -3.073  -1.927   0.580
    5   HD12  LEU 344          2HD1      LEU 344  -1.563  -1.422   1.339
    6   HD13  LEU 344          3HD1      LEU 344  -1.614  -2.895   0.371
    7   HD21  LEU 344          1HD2      LEU 344  -3.362  -1.818   3.814
    8   HD22  LEU 344          2HD2      LEU 344  -2.016  -2.817   4.362
    9   HD23  LEU 344          3HD2      LEU 344  -1.710  -1.402   3.356
   10    HB2  LEU 344           HB2      LEU 344  -4.213  -3.665   1.141
   11    HB3  LEU 344           HB3      LEU 344  -4.612  -2.975   2.703

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ASN 345           H        ASN 345  -6.587  -5.422   2.347
    2    HA   ASN 345           HA       ASN 345  -7.610  -4.430   4.802
    3   HD21  ASN 345          1HD2      ASN 345 -11.201  -4.541   2.637
    4   HD22  ASN 345          2HD2      ASN 345 -10.906  -2.869   2.317
    5    HB2  ASN 345           HB2      ASN 345  -8.768  -5.911   2.469
    6    HB3  ASN 345           HB3      ASN 345  -9.716  -5.748   3.944

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    GLU 346           H        GLU 346  -7.020  -7.689   3.545
    2    HA   GLU 346           HA       GLU 346  -8.052  -9.017   5.853
    3    HB2  GLU 346           HB2      GLU 346  -7.799  -9.973   3.496
    4    HB3  GLU 346           HB3      GLU 346  -6.095 -10.181   3.878
    5    HG2  GLU 346           HG2      GLU 346  -7.956 -11.272   5.867
    6    HG3  GLU 346           HG3      GLU 346  -8.002 -12.050   4.285

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ALA 347           H        ALA 347  -4.924  -7.805   4.880
    2    HA   ALA 347           HA       ALA 347  -3.469  -9.160   6.952
    3    HB1  ALA 347           HB1      ALA 347  -2.568  -6.775   5.349
    4    HB2  ALA 347           HB2      ALA 347  -2.482  -8.437   4.766
    5    HB3  ALA 347           HB3      ALA 347  -1.560  -7.953   6.189

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    LEU 348           H        LEU 348  -5.068  -6.076   6.578
    2    HA   LEU 348           HA       LEU 348  -3.886  -4.882   8.902
    3    HG   LEU 348           HG       LEU 348  -4.872  -1.970   6.943
    4   HD11  LEU 348          1HD1      LEU 348  -4.501  -1.979   9.429
    5   HD12  LEU 348          2HD1      LEU 348  -3.073  -2.971   9.136
    6   HD13  LEU 348          3HD1      LEU 348  -3.167  -1.343   8.466
    7   HD21  LEU 348          1HD2      LEU 348  -3.211  -4.412   6.697
    8   HD22  LEU 348          2HD2      LEU 348  -3.622  -3.191   5.492
    9   HD23  LEU 348          3HD2      LEU 348  -2.378  -2.858   6.696
   10    HB2  LEU 348           HB2      LEU 348  -5.925  -4.143   6.899
   11    HB3  LEU 348           HB3      LEU 348  -6.129  -3.421   8.484

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLU 349           H        GLU 349  -6.705  -6.819   8.226
    2    HA   GLU 349           HA       GLU 349  -8.059  -6.276  10.679
    3    HB2  GLU 349           HB2      GLU 349  -8.368  -8.240   8.455
    4    HB3  GLU 349           HB3      GLU 349  -9.166  -8.583   9.984
    5    HG2  GLU 349           HG2      GLU 349  -9.516  -6.050   8.398
    6    HG3  GLU 349           HG3      GLU 349 -10.611  -7.431   8.351

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 350           H        LEU 350  -5.635  -8.564   9.641
    2    HA   LEU 350           HA       LEU 350  -5.878 -10.372  11.811
    3    HG   LEU 350           HG       LEU 350  -5.818 -11.623   9.723
    4   HD11  LEU 350          1HD1      LEU 350  -3.999 -11.083   7.992
    5   HD12  LEU 350          2HD1      LEU 350  -3.140 -12.463   8.674
    6   HD13  LEU 350          3HD1      LEU 350  -4.736 -12.685   7.957
    7   HD21  LEU 350          1HD2      LEU 350  -3.585 -12.848  11.290
    8   HD22  LEU 350          2HD2      LEU 350  -5.325 -12.933  11.566
    9   HD23  LEU 350          3HD2      LEU 350  -4.595 -13.848  10.246
   10    HB2  LEU 350           HB2      LEU 350  -3.854  -9.822   9.703
   11    HB3  LEU 350           HB3      LEU 350  -3.335 -10.739  11.105

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    LYS 351           H        LYS 351  -4.025  -7.426  11.303
    2    HA   LYS 351           HA       LYS 351  -2.328  -7.616  13.529
    3    HB2  LYS 351           HB2      LYS 351  -2.073  -5.991  11.655
    4    HB3  LYS 351           HB3      LYS 351  -3.443  -5.093  12.293
    5    HG2  LYS 351           HG2      LYS 351  -2.241  -4.577  14.306
    6    HG3  LYS 351           HG3      LYS 351  -0.899  -5.612  13.814
    7    HD2  LYS 351           HD2      LYS 351  -1.690  -3.476  11.926
    8    HD3  LYS 351           HD3      LYS 351  -0.922  -2.960  13.429
    9    HE2  LYS 351           HE2      LYS 351   0.206  -5.020  11.538
   10    HE3  LYS 351           HE3      LYS 351   0.681  -3.323  11.572
   11    HZ1  LYS 351           HZ1      LYS 351   1.054  -3.939  14.109
   12    HZ2  LYS 351           HZ2      LYS 351   1.320  -5.469  13.436
   13    HZ3  LYS 351           HZ3      LYS 351   2.257  -4.151  12.940

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    ASP 352           H        ASP 352  -5.633  -6.478  13.195
    2    HA   ASP 352           HA       ASP 352  -5.842  -5.272  15.750
    3    HB2  ASP 352           HB2      ASP 352  -7.773  -6.178  13.660
    4    HB3  ASP 352           HB3      ASP 352  -8.389  -5.830  15.273

  No H/Q in entry =           4
  Start of MODEL   24
    1    H    ALA 353           H        ALA 353  -6.516  -8.524  14.546
    2    HA   ALA 353           HA       ALA 353  -7.624  -9.488  16.987
    3    HB1  ALA 353           HB1      ALA 353  -8.154 -10.560  14.880
    4    HB2  ALA 353           HB2      ALA 353  -6.459 -10.988  14.644
    5    HB3  ALA 353           HB3      ALA 353  -7.376 -11.714  15.964

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLN 354           H        GLN 354  -4.394  -9.273  15.670
    2    HA   GLN 354           HA       GLN 354  -3.196 -11.050  17.567
    3   HE21  GLN 354          1HE2      GLN 354   0.045 -11.935  14.086
    4   HE22  GLN 354          2HE2      GLN 354   0.211 -13.402  14.984
    5    HB2  GLN 354           HB2      GLN 354  -1.992  -8.969  15.736
    6    HB3  GLN 354           HB3      GLN 354  -1.052 -10.089  16.713
    7    HG2  GLN 354           HG2      GLN 354  -3.102 -11.197  14.871
    8    HG3  GLN 354           HG3      GLN 354  -1.597 -10.581  14.191

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    ALA 355           H        ALA 355  -3.850  -7.620  17.414
    2    HA   ALA 355           HA       ALA 355  -2.422  -7.212  19.948
    3    HB1  ALA 355           HB1      ALA 355  -2.139  -5.739  17.790
    4    HB2  ALA 355           HB2      ALA 355  -3.590  -4.948  18.405
    5    HB3  ALA 355           HB3      ALA 355  -2.131  -5.007  19.394

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLY 356           H        GLY 356  -3.470  -5.807  21.566
    2    HA2  GLY 356           HA2      GLY 356  -6.343  -6.437  21.718
    3    HA3  GLY 356           HA3      GLY 356  -5.793  -4.795  22.015

  No H/Q in entry =           3
  Start of MODEL   24
    1    H1   GLU 326           H1       GLU 326 -14.334  -3.886 -15.916
    2    H2   GLU 326           H2       GLU 326 -13.972  -5.492 -16.401
    3    H3   GLU 326           H3       GLU 326 -15.559  -5.088 -15.893
    4    HA   GLU 326           HA       GLU 326 -14.644  -6.179 -14.116
    5    HB2  GLU 326           HB2      GLU 326 -12.401  -5.704 -13.285
    6    HB3  GLU 326           HB3      GLU 326 -12.339  -6.126 -14.990
    7    HG2  GLU 326           HG2      GLU 326 -12.564  -3.423 -15.117
    8    HG3  GLU 326           HG3      GLU 326 -11.631  -3.631 -13.635

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    SER 327           H        SER 327 -15.214  -5.567 -12.081
    2    HA   SER 327           HA       SER 327 -14.987  -2.853 -11.174
    3    HG   SER 327           HG       SER 327 -16.724  -2.573 -13.474
    4    HB2  SER 327           HB2      SER 327 -17.818  -3.737 -11.138
    5    HB3  SER 327           HB3      SER 327 -17.142  -2.120 -11.334

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    PHE 328           H        PHE 328 -14.066  -3.457  -9.294
    2    HA   PHE 328           HA       PHE 328 -15.499  -5.416  -7.627
    3    HD1  PHE 328           HD1      PHE 328 -13.847  -7.953  -7.796
    4    HD2  PHE 328           HD2      PHE 328 -11.879  -4.631  -9.586
    5    HE1  PHE 328           HE1      PHE 328 -13.101  -9.396  -9.644
    6    HE2  PHE 328           HE2      PHE 328 -11.130  -6.068 -11.438
    7    HZ   PHE 328           HZ       PHE 328 -11.741  -8.454 -11.468
    8    HB2  PHE 328           HB2      PHE 328 -12.627  -4.545  -7.295
    9    HB3  PHE 328           HB3      PHE 328 -13.427  -5.922  -6.545

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLY 329           H        GLY 329 -15.950  -4.946  -5.479
    2    HA2  GLY 329           HA2      GLY 329 -17.025  -2.838  -4.513
    3    HA3  GLY 329           HA3      GLY 329 -15.397  -2.185  -4.605

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    LEU 330           H        LEU 330 -15.093  -1.868  -2.433
    2    HA   LEU 330           HA       LEU 330 -15.452  -4.129  -0.621
    3    HG   LEU 330           HG       LEU 330 -12.814  -1.533  -0.506
    4   HD11  LEU 330          1HD1      LEU 330 -11.132  -3.465   0.324
    5   HD12  LEU 330          2HD1      LEU 330 -10.417  -3.076  -1.240
    6   HD13  LEU 330          3HD1      LEU 330 -10.631  -1.811  -0.030
    7   HD21  LEU 330          1HD2      LEU 330 -12.448  -3.038  -3.051
    8   HD22  LEU 330          2HD2      LEU 330 -13.164  -1.451  -2.771
    9   HD23  LEU 330          3HD2      LEU 330 -11.413  -1.649  -2.721
   10    HB2  LEU 330           HB2      LEU 330 -13.190  -3.964   0.250
   11    HB3  LEU 330           HB3      LEU 330 -13.170  -4.362  -1.457

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLY 331           H        GLY 331 -16.067  -3.529   1.382
    2    HA2  GLY 331           HA2      GLY 331 -17.279  -1.799   2.567
    3    HA3  GLY 331           HA3      GLY 331 -16.132  -0.631   1.928

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ILE 332           H        ILE 332 -15.044   0.190   3.591
    2    HA   ILE 332           HA       ILE 332 -14.087  -1.653   5.681
    3    HB   ILE 332           HB       ILE 332 -12.508   0.699   4.647
    4   HG12  ILE 332          2HG1      ILE 332 -11.054  -1.445   3.885
    5   HG21  ILE 332          1HG2      ILE 332 -12.248  -0.329   7.032
    6   HG22  ILE 332          2HG2      ILE 332 -11.389  -1.607   6.174
    7   HG23  ILE 332          3HG2      ILE 332 -10.820   0.059   6.074
    8   HD11  ILE 332          1HD1      ILE 332 -12.548   0.512   2.552
    9   HD12  ILE 332          2HD1      ILE 332 -11.273  -0.516   1.897
   10   HD13  ILE 332          3HD1      ILE 332 -12.958  -1.029   1.800
   11   HG13  ILE 332          3HG1      ILE 332 -12.676  -2.108   3.707

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ARG 333           H        ARG 333 -14.183  -0.936   7.764
    2    HA   ARG 333           HA       ARG 333 -15.623   1.579   8.188
    3    HE   ARG 333           HE       ARG 333 -19.385  -1.637   8.897
    4   HH11  ARG 333          1HH1      ARG 333 -19.865   0.269  11.781
    5   HH12  ARG 333          2HH1      ARG 333 -21.573  -0.009  11.831
    6   HH21  ARG 333          1HH2      ARG 333 -21.632  -2.004   8.962
    7   HH22  ARG 333          2HH2      ARG 333 -22.577  -1.300  10.232
    8    HB2  ARG 333           HB2      ARG 333 -15.170  -0.807   9.984
    9    HB3  ARG 333           HB3      ARG 333 -15.986   0.662  10.499
   10    HG2  ARG 333           HG2      ARG 333 -17.413   0.097   8.296
   11    HG3  ARG 333           HG3      ARG 333 -16.933  -1.531   8.777
   12    HD2  ARG 333           HD2      ARG 333 -17.820  -1.103  11.032
   13    HD3  ARG 333           HD3      ARG 333 -18.338   0.499  10.510

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLY 334           H        GLY 334 -12.774   1.523   7.577
    2    HA2  GLY 334           HA2      GLY 334 -10.744   1.750   9.031
    3    HA3  GLY 334           HA3      GLY 334 -11.766   2.710  10.090

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ARG 335           H        ARG 335 -10.893   4.693   9.988
    2    HA   ARG 335           HA       ARG 335 -11.162   6.179   7.544
    3    HE   ARG 335           HE       ARG 335 -12.402  11.152   8.850
    4   HH11  ARG 335          1HH1      ARG 335  -8.996  10.482   9.211
    5   HH12  ARG 335          2HH1      ARG 335  -8.498  11.950   8.441
    6   HH21  ARG 335          1HH2      ARG 335 -11.748  13.084   7.836
    7   HH22  ARG 335          2HH2      ARG 335 -10.059  13.428   7.660
    8    HB2  ARG 335           HB2      ARG 335 -11.587   7.027   9.928
    9    HB3  ARG 335           HB3      ARG 335  -9.839   7.163  10.063
   10    HG2  ARG 335           HG2      ARG 335  -9.732   8.813   8.390
   11    HG3  ARG 335           HG3      ARG 335 -11.382   8.487   7.855
   12    HD2  ARG 335           HD2      ARG 335 -12.174   9.259  10.096
   13    HD3  ARG 335           HD3      ARG 335 -10.517   9.744  10.455

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 336           H        GLU 336  -8.500   4.934   9.494
    2    HA   GLU 336           HA       GLU 336  -6.445   6.194   7.972
    3    HB2  GLU 336           HB2      GLU 336  -6.334   3.810   9.829
    4    HB3  GLU 336           HB3      GLU 336  -4.929   4.642   9.176
    5    HG2  GLU 336           HG2      GLU 336  -5.016   5.756  11.117
    6    HG3  GLU 336           HG3      GLU 336  -6.231   6.719  10.278

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ARG 337           H        ARG 337  -7.713   2.869   8.068
    2    HA   ARG 337           HA       ARG 337  -6.059   1.807   6.077
    3    HE   ARG 337           HE       ARG 337  -7.776  -3.476   6.574
    4   HH11  ARG 337          1HH1      ARG 337  -9.553  -0.697   7.714
    5   HH12  ARG 337          2HH1      ARG 337  -9.975  -1.431   9.224
    6   HH21  ARG 337          1HH2      ARG 337  -8.330  -4.442   8.560
    7   HH22  ARG 337          2HH2      ARG 337  -9.281  -3.556   9.705
    8    HB2  ARG 337           HB2      ARG 337  -7.884   0.741   7.727
    9    HB3  ARG 337           HB3      ARG 337  -8.855   0.815   6.263
   10    HG2  ARG 337           HG2      ARG 337  -6.629  -0.294   5.264
   11    HG3  ARG 337           HG3      ARG 337  -6.544  -0.889   6.923
   12    HD2  ARG 337           HD2      ARG 337  -9.217  -1.105   5.805
   13    HD3  ARG 337           HD3      ARG 337  -8.021  -1.981   4.851

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    PHE 338           H        PHE 338  -9.367   3.098   5.815
    2    HA   PHE 338           HA       PHE 338  -9.576   2.825   3.026
    3    HD1  PHE 338           HD1      PHE 338 -10.881   6.559   3.099
    4    HD2  PHE 338           HD2      PHE 338 -12.715   2.771   2.466
    5    HE1  PHE 338           HE1      PHE 338 -12.095   7.474   1.164
    6    HE2  PHE 338           HE2      PHE 338 -13.932   3.680   0.530
    7    HZ   PHE 338           HZ       PHE 338 -13.622   6.034  -0.123
    8    HB2  PHE 338           HB2      PHE 338 -11.529   3.198   4.465
    9    HB3  PHE 338           HB3      PHE 338 -10.943   4.811   4.859

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLU 339           H        GLU 339  -8.185   5.312   5.056
    2    HA   GLU 339           HA       GLU 339  -7.950   7.345   3.126
    3    HB2  GLU 339           HB2      GLU 339  -6.711   6.737   5.750
    4    HB3  GLU 339           HB3      GLU 339  -5.821   7.836   4.706
    5    HG2  GLU 339           HG2      GLU 339  -8.671   8.445   4.924
    6    HG3  GLU 339           HG3      GLU 339  -7.785   8.556   6.444

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    MET 340           H        MET 340  -5.897   4.600   3.944
    2    HA   MET 340           HA       MET 340  -3.686   5.331   2.345
    3    HB2  MET 340           HB2      MET 340  -4.602   2.931   3.778
    4    HB3  MET 340           HB3      MET 340  -3.613   2.591   2.365
    5    HG2  MET 340           HG2      MET 340  -1.927   2.800   3.823
    6    HG3  MET 340           HG3      MET 340  -2.137   4.521   3.509
    7    HE1  MET 340           HE1      MET 340  -2.366   1.629   6.002
    8    HE2  MET 340           HE2      MET 340  -3.419   2.232   7.282
    9    HE3  MET 340           HE3      MET 340  -4.094   1.823   5.705

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    PHE 341           H        PHE 341  -6.317   3.003   1.724
    2    HA   PHE 341           HA       PHE 341  -5.625   2.438  -0.928
    3    HD1  PHE 341           HD1      PHE 341  -9.169   1.097   1.828
    4    HD2  PHE 341           HD2      PHE 341  -5.305   0.491   0.154
    5    HE1  PHE 341           HE1      PHE 341  -8.667  -0.546   3.588
    6    HE2  PHE 341           HE2      PHE 341  -4.797  -1.154   1.905
    7    HZ   PHE 341           HZ       PHE 341  -6.478  -1.669   3.627
    8    HB2  PHE 341           HB2      PHE 341  -8.462   2.449   0.089
    9    HB3  PHE 341           HB3      PHE 341  -7.739   1.390  -1.119

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    ARG 342           H        ARG 342  -7.235   5.180   0.457
    2    HA   ARG 342           HA       ARG 342  -8.476   6.097  -1.942
    3    HE   ARG 342           HE       ARG 342 -10.257  10.834  -1.329
    4   HH11  ARG 342          1HH1      ARG 342 -11.663   7.955  -2.712
    5   HH12  ARG 342          2HH1      ARG 342 -13.227   8.669  -2.922
    6   HH21  ARG 342          1HH2      ARG 342 -12.313  11.775  -1.605
    7   HH22  ARG 342          2HH2      ARG 342 -13.596  10.837  -2.295
    8    HB2  ARG 342           HB2      ARG 342  -8.605   6.802   0.727
    9    HB3  ARG 342           HB3      ARG 342  -7.783   8.174  -0.002
   10    HG2  ARG 342           HG2      ARG 342 -10.368   7.057  -1.053
   11    HG3  ARG 342           HG3      ARG 342 -10.281   8.348   0.147
   12    HD2  ARG 342           HD2      ARG 342  -8.594   9.311  -1.723
   13    HD3  ARG 342           HD3      ARG 342  -9.704   8.397  -2.744

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 343           H        GLU 343  -5.447   6.866  -0.270
    2    HA   GLU 343           HA       GLU 343  -4.621   8.811  -2.192
    3    HB2  GLU 343           HB2      GLU 343  -3.340   7.422   0.124
    4    HB3  GLU 343           HB3      GLU 343  -2.312   8.253  -1.035
    5    HG2  GLU 343           HG2      GLU 343  -2.965  10.297  -0.358
    6    HG3  GLU 343           HG3      GLU 343  -4.623   9.783  -0.044

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 344           H        LEU 344  -4.251   5.362  -1.823
    2    HA   LEU 344           HA       LEU 344  -2.180   5.074  -3.774
    3    HG   LEU 344           HG       LEU 344  -2.406   4.165  -1.051
    4   HD11  LEU 344          1HD1      LEU 344  -3.725   1.822  -1.028
    5   HD12  LEU 344          2HD1      LEU 344  -2.061   1.241  -0.968
    6   HD13  LEU 344          3HD1      LEU 344  -2.652   2.354   0.266
    7   HD21  LEU 344          1HD2      LEU 344  -0.559   3.810  -2.799
    8   HD22  LEU 344          2HD2      LEU 344  -0.195   3.425  -1.117
    9   HD23  LEU 344          3HD2      LEU 344  -0.563   2.132  -2.258
   10    HB2  LEU 344           HB2      LEU 344  -4.113   3.034  -2.669
   11    HB3  LEU 344           HB3      LEU 344  -2.693   2.669  -3.630

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ASN 345           H        ASN 345  -5.672   5.116  -3.817
    2    HA   ASN 345           HA       ASN 345  -5.941   4.032  -6.451
    3   HD21  ASN 345          1HD2      ASN 345  -8.132   2.532  -6.388
    4   HD22  ASN 345          2HD2      ASN 345  -9.269   2.936  -7.624
    5    HB2  ASN 345           HB2      ASN 345  -7.730   4.022  -4.658
    6    HB3  ASN 345           HB3      ASN 345  -7.951   5.740  -4.978

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    GLU 346           H        GLU 346  -5.918   7.293  -5.073
    2    HA   GLU 346           HA       GLU 346  -6.394   8.603  -7.564
    3    HB2  GLU 346           HB2      GLU 346  -6.734   9.466  -5.122
    4    HB3  GLU 346           HB3      GLU 346  -5.043   9.932  -5.240
    5    HG2  GLU 346           HG2      GLU 346  -5.820  11.845  -6.069
    6    HG3  GLU 346           HG3      GLU 346  -6.065  10.936  -7.559

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ALA 347           H        ALA 347  -3.562   7.545  -5.819
    2    HA   ALA 347           HA       ALA 347  -1.692   9.036  -7.403
    3    HB1  ALA 347           HB1      ALA 347  -1.285   8.253  -5.052
    4    HB2  ALA 347           HB2      ALA 347   0.009   7.895  -6.195
    5    HB3  ALA 347           HB3      ALA 347  -1.107   6.622  -5.700

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    LEU 348           H        LEU 348  -3.156   5.864  -7.544
    2    HA   LEU 348           HA       LEU 348  -1.352   4.808  -9.498
    3    HG   LEU 348           HG       LEU 348  -2.702   1.764  -8.048
    4   HD11  LEU 348          1HD1      LEU 348  -1.178   2.843 -10.366
    5   HD12  LEU 348          2HD1      LEU 348  -0.425   1.620  -9.342
    6   HD13  LEU 348          3HD1      LEU 348  -1.952   1.272 -10.154
    7   HD21  LEU 348          1HD2      LEU 348  -1.542   3.986  -6.966
    8   HD22  LEU 348          2HD2      LEU 348  -1.060   2.323  -6.631
    9   HD23  LEU 348          3HD2      LEU 348  -0.197   3.264  -7.848
   10    HB2  LEU 348           HB2      LEU 348  -3.738   3.914  -8.066
   11    HB3  LEU 348           HB3      LEU 348  -3.675   3.335  -9.719

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLU 349           H        GLU 349  -4.393   6.543  -9.569
    2    HA   GLU 349           HA       GLU 349  -4.965   6.087 -12.318
    3    HB2  GLU 349           HB2      GLU 349  -6.427   7.040 -10.289
    4    HB3  GLU 349           HB3      GLU 349  -5.929   8.570 -10.997
    5    HG2  GLU 349           HG2      GLU 349  -7.192   8.287 -12.847
    6    HG3  GLU 349           HG3      GLU 349  -6.981   6.537 -12.859

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 350           H        LEU 350  -3.047   8.426 -10.574
    2    HA   LEU 350           HA       LEU 350  -2.775  10.332 -12.644
    3    HG   LEU 350           HG       LEU 350  -0.754  12.324 -10.355
    4   HD11  LEU 350          1HD1      LEU 350   0.156  11.517 -12.606
    5   HD12  LEU 350          2HD1      LEU 350  -1.374  12.082 -13.278
    6   HD13  LEU 350          3HD1      LEU 350  -0.296  13.216 -12.463
    7   HD21  LEU 350          1HD2      LEU 350  -3.485  11.851 -11.372
    8   HD22  LEU 350          2HD2      LEU 350  -2.917  12.928 -10.097
    9   HD23  LEU 350          3HD2      LEU 350  -2.750  13.400 -11.788
   10    HB2  LEU 350           HB2      LEU 350  -2.051  10.229 -10.028
   11    HB3  LEU 350           HB3      LEU 350  -0.497   9.989 -10.803

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    LYS 351           H        LYS 351  -1.058   7.376 -11.861
    2    HA   LYS 351           HA       LYS 351   1.182   7.733 -13.514
    3    HB2  LYS 351           HB2      LYS 351  -0.225   5.302 -12.444
    4    HB3  LYS 351           HB3      LYS 351   1.148   5.145 -13.530
    5    HG2  LYS 351           HG2      LYS 351   2.641   5.872 -11.977
    6    HG3  LYS 351           HG3      LYS 351   1.462   6.900 -11.161
    7    HD2  LYS 351           HD2      LYS 351   0.774   5.242  -9.792
    8    HD3  LYS 351           HD3      LYS 351   0.911   4.010 -11.047
    9    HE2  LYS 351           HE2      LYS 351   3.179   3.681 -10.650
   10    HE3  LYS 351           HE3      LYS 351   3.361   5.236  -9.840
   11    HZ1  LYS 351           HZ1      LYS 351   1.823   4.251  -8.088
   12    HZ2  LYS 351           HZ2      LYS 351   2.158   2.749  -8.792
   13    HZ3  LYS 351           HZ3      LYS 351   3.412   3.674  -8.134

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    ASP 352           H        ASP 352  -2.061   6.557 -14.181
    2    HA   ASP 352           HA       ASP 352  -1.612   5.483 -16.730
    3    HB2  ASP 352           HB2      ASP 352  -3.983   6.487 -15.239
    4    HB3  ASP 352           HB3      ASP 352  -4.145   6.306 -16.983

  No H/Q in entry =           4
  Start of MODEL   24
    1    H    ALA 353           H        ALA 353  -2.293   8.777 -15.676
    2    HA   ALA 353           HA       ALA 353  -2.654   9.881 -18.258
    3    HB1  ALA 353           HB1      ALA 353  -1.631  11.433 -15.904
    4    HB2  ALA 353           HB2      ALA 353  -3.302  10.877 -15.989
    5    HB3  ALA 353           HB3      ALA 353  -2.675  11.975 -17.218

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLN 354           H        GLN 354   0.168   9.490 -16.172
    2    HA   GLN 354           HA       GLN 354   1.932  10.933 -17.904
    3   HE21  GLN 354          1HE2      GLN 354   3.994   9.798 -13.867
    4   HE22  GLN 354          2HE2      GLN 354   3.356  10.447 -12.399
    5    HB2  GLN 354           HB2      GLN 354   2.186   9.354 -15.404
    6    HB3  GLN 354           HB3      GLN 354   3.629   9.490 -16.400
    7    HG2  GLN 354           HG2      GLN 354   3.969  11.610 -15.816
    8    HG3  GLN 354           HG3      GLN 354   2.270  12.033 -16.018

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    ALA 355           H        ALA 355   0.947   7.600 -17.546
    2    HA   ALA 355           HA       ALA 355   2.738   6.874 -19.773
    3    HB1  ALA 355           HB1      ALA 355   1.924   5.352 -17.333
    4    HB2  ALA 355           HB2      ALA 355   3.526   5.571 -18.038
    5    HB3  ALA 355           HB3      ALA 355   2.365   4.488 -18.806

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLY 356           H        GLY 356   0.175   8.032 -20.149
    2    HA2  GLY 356           HA2      GLY 356  -1.800   6.030 -20.622
    3    HA3  GLY 356           HA3      GLY 356  -0.924   6.412 -22.097

  No H/Q in entry =           3
  Start of MODEL   24
    1    H1   GLU 326           H1       GLU 326  18.037  12.631   7.053
    2    H2   GLU 326           H2       GLU 326  16.642  13.550   7.447
    3    H3   GLU 326           H3       GLU 326  17.991  13.537   8.507
    4    HA   GLU 326           HA       GLU 326  17.645  11.355   9.117
    5    HB2  GLU 326           HB2      GLU 326  15.098  12.962   8.919
    6    HB3  GLU 326           HB3      GLU 326  15.195  11.456   9.821
    7    HG2  GLU 326           HG2      GLU 326  16.305  12.395  11.526
    8    HG3  GLU 326           HG3      GLU 326  17.278  13.415  10.468

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    SER 327           H        SER 327  18.015   9.761   7.607
    2    HA   SER 327           HA       SER 327  15.830   9.106   5.759
    3    HG   SER 327           HG       SER 327  19.177   7.276   6.027
    4    HB2  SER 327           HB2      SER 327  17.555   7.601   4.690
    5    HB3  SER 327           HB3      SER 327  17.933   9.323   4.626

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    PHE 328           H        PHE 328  14.713   7.234   5.895
    2    HA   PHE 328           HA       PHE 328  15.335   5.489   8.178
    3    HD1  PHE 328           HD1      PHE 328  13.564   8.381   7.259
    4    HD2  PHE 328           HD2      PHE 328  12.279   5.477  10.092
    5    HE1  PHE 328           HE1      PHE 328  13.025  10.178   8.850
    6    HE2  PHE 328           HE2      PHE 328  11.737   7.269  11.689
    7    HZ   PHE 328           HZ       PHE 328  12.110   9.623  11.069
    8    HB2  PHE 328           HB2      PHE 328  12.734   5.898   6.687
    9    HB3  PHE 328           HB3      PHE 328  12.963   4.776   8.024

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLY 329           H        GLY 329  16.720   3.991   7.346
    2    HA2  GLY 329           HA2      GLY 329  17.545   2.422   5.825
    3    HA3  GLY 329           HA3      GLY 329  16.158   2.729   4.791

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    LEU 330           H        LEU 330  15.871   0.483   4.488
    2    HA   LEU 330           HA       LEU 330  15.351  -1.222   6.751
    3    HG   LEU 330           HG       LEU 330  13.275  -1.017   3.751
    4   HD11  LEU 330          1HD1      LEU 330  11.317  -2.040   4.874
    5   HD12  LEU 330          2HD1      LEU 330  10.750  -0.421   5.283
    6   HD13  LEU 330          3HD1      LEU 330  10.881  -0.909   3.593
    7   HD21  LEU 330          1HD2      LEU 330  13.682   1.433   4.625
    8   HD22  LEU 330          2HD2      LEU 330  12.773   1.130   3.145
    9   HD23  LEU 330          3HD2      LEU 330  11.919   1.474   4.649
   10    HB2  LEU 330           HB2      LEU 330  13.039  -1.668   6.294
   11    HB3  LEU 330           HB3      LEU 330  13.242   0.056   6.538

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLY 331           H        GLY 331  15.096  -3.434   6.173
    2    HA2  GLY 331           HA2      GLY 331  16.307  -5.048   4.869
    3    HA3  GLY 331           HA3      GLY 331  16.114  -4.003   3.470

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ILE 332           H        ILE 332  14.032  -3.871   2.461
    2    HA   ILE 332           HA       ILE 332  11.911  -5.620   3.268
    3    HB   ILE 332           HB       ILE 332  12.215  -4.256   0.595
    4   HG12  ILE 332          2HG1      ILE 332  10.460  -2.740   2.111
    5   HG21  ILE 332          1HG2      ILE 332  10.491  -5.987   0.718
    6   HG22  ILE 332          2HG2      ILE 332   9.774  -5.175   2.109
    7   HG23  ILE 332          3HG2      ILE 332   9.784  -4.383   0.533
    8   HD11  ILE 332          1HD1      ILE 332  12.365  -2.031   0.550
    9   HD12  ILE 332          2HD1      ILE 332  11.955  -0.986   1.910
   10   HD13  ILE 332          3HD1      ILE 332  13.362  -2.045   2.004
   11   HG13  ILE 332          3HG1      ILE 332  11.735  -3.142   3.256

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ARG 333           H        ARG 333  11.628  -7.690   2.764
    2    HA   ARG 333           HA       ARG 333  13.468  -8.939   0.873
    3    HE   ARG 333           HE       ARG 333  15.153 -11.471   4.459
    4   HH11  ARG 333          1HH1      ARG 333  15.186 -12.956   1.301
    5   HH12  ARG 333          2HH1      ARG 333  16.912 -12.919   1.164
    6   HH21  ARG 333          1HH2      ARG 333  17.423 -11.421   4.281
    7   HH22  ARG 333          2HH2      ARG 333  18.182 -12.048   2.856
    8    HB2  ARG 333           HB2      ARG 333  12.863  -9.776   3.289
    9    HB3  ARG 333           HB3      ARG 333  11.462 -10.469   2.483
   10    HG2  ARG 333           HG2      ARG 333  12.744 -11.934   1.230
   11    HG3  ARG 333           HG3      ARG 333  14.213 -10.977   1.431
   12    HD2  ARG 333           HD2      ARG 333  13.014 -12.009   3.915
   13    HD3  ARG 333           HD3      ARG 333  13.663 -13.230   2.821

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLY 334           H        GLY 334  12.794 -10.204  -0.872
    2    HA2  GLY 334           HA2      GLY 334   9.948 -10.284  -1.513
    3    HA3  GLY 334           HA3      GLY 334  11.230 -11.136  -2.360

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ARG 335           H        ARG 335  10.971 -10.501  -4.422
    2    HA   ARG 335           HA       ARG 335  11.694  -7.823  -5.127
    3    HE   ARG 335           HE       ARG 335  14.112  -9.417  -8.459
    4   HH11  ARG 335          1HH1      ARG 335  12.315  -9.545 -11.448
    5   HH12  ARG 335          2HH1      ARG 335  13.688  -9.999 -12.400
    6   HH21  ARG 335          1HH2      ARG 335  15.919 -10.015  -9.710
    7   HH22  ARG 335          2HH2      ARG 335  15.734 -10.266 -11.413
    8    HB2  ARG 335           HB2      ARG 335  12.220  -9.992  -6.406
    9    HB3  ARG 335           HB3      ARG 335  10.578  -9.876  -7.024
   10    HG2  ARG 335           HG2      ARG 335  11.143  -7.598  -7.878
   11    HG3  ARG 335           HG3      ARG 335  12.818  -7.907  -7.413
   12    HD2  ARG 335           HD2      ARG 335  11.540 -10.004  -9.037
   13    HD3  ARG 335           HD3      ARG 335  11.787  -8.460  -9.852

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 336           H        GLU 336   8.713  -9.619  -4.861
    2    HA   GLU 336           HA       GLU 336   7.102  -7.780  -6.328
    3    HB2  GLU 336           HB2      GLU 336   6.700 -10.300  -5.516
    4    HB3  GLU 336           HB3      GLU 336   5.875  -9.462  -4.209
    5    HG2  GLU 336           HG2      GLU 336   4.246  -8.622  -5.588
    6    HG3  GLU 336           HG3      GLU 336   5.263  -8.717  -7.025

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ARG 337           H        ARG 337   7.608  -8.348  -2.852
    2    HA   ARG 337           HA       ARG 337   5.898  -6.343  -1.913
    3    HE   ARG 337           HE       ARG 337   8.766  -7.182   2.086
    4   HH11  ARG 337          1HH1      ARG 337   6.104  -9.434   2.236
    5   HH12  ARG 337          2HH1      ARG 337   7.106 -10.782   2.659
    6   HH21  ARG 337          1HH2      ARG 337  10.085  -8.954   2.641
    7   HH22  ARG 337          2HH2      ARG 337   9.365 -10.510   2.889
    8    HB2  ARG 337           HB2      ARG 337   7.809  -8.150  -0.809
    9    HB3  ARG 337           HB3      ARG 337   8.133  -6.551  -0.154
   10    HG2  ARG 337           HG2      ARG 337   5.451  -6.654   0.119
   11    HG3  ARG 337           HG3      ARG 337   5.864  -8.360   0.301
   12    HD2  ARG 337           HD2      ARG 337   6.796  -6.021   1.940
   13    HD3  ARG 337           HD3      ARG 337   5.931  -7.461   2.476

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    PHE 338           H        PHE 338   9.411  -6.234  -2.478
    2    HA   PHE 338           HA       PHE 338   9.734  -3.519  -1.820
    3    HD1  PHE 338           HD1      PHE 338  12.731  -3.168  -1.048
    4    HD2  PHE 338           HD2      PHE 338  11.883  -3.384  -5.212
    5    HE1  PHE 338           HE1      PHE 338  14.232  -1.261  -1.448
    6    HE2  PHE 338           HE2      PHE 338  13.384  -1.478  -5.621
    7    HZ   PHE 338           HZ       PHE 338  14.561  -0.413  -3.738
    8    HB2  PHE 338           HB2      PHE 338  11.627  -5.073  -1.963
    9    HB3  PHE 338           HB3      PHE 338  11.371  -5.242  -3.697

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLU 339           H        GLU 339   8.843  -5.144  -4.801
    2    HA   GLU 339           HA       GLU 339   9.136  -2.966  -6.554
    3    HB2  GLU 339           HB2      GLU 339   7.642  -5.538  -6.587
    4    HB3  GLU 339           HB3      GLU 339   7.138  -4.303  -7.733
    5    HG2  GLU 339           HG2      GLU 339  10.030  -4.766  -7.619
    6    HG3  GLU 339           HG3      GLU 339   9.077  -6.137  -8.184

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    MET 340           H        MET 340   6.545  -3.932  -4.390
    2    HA   MET 340           HA       MET 340   4.583  -2.140  -5.363
    3    HB2  MET 340           HB2      MET 340   4.551  -4.171  -3.579
    4    HB3  MET 340           HB3      MET 340   4.570  -2.803  -2.475
    5    HG2  MET 340           HG2      MET 340   2.620  -1.902  -3.871
    6    HG3  MET 340           HG3      MET 340   2.510  -3.538  -4.518
    7    HE1  MET 340           HE1      MET 340   3.216  -5.361  -2.668
    8    HE2  MET 340           HE2      MET 340   3.371  -4.825  -0.995
    9    HE3  MET 340           HE3      MET 340   1.938  -5.717  -1.506

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    PHE 341           H        PHE 341   6.651  -1.942  -2.460
    2    HA   PHE 341           HA       PHE 341   5.983   0.687  -1.779
    3    HD1  PHE 341           HD1      PHE 341   5.162  -0.501  -0.079
    4    HD2  PHE 341           HD2      PHE 341   8.936  -2.461   0.024
    5    HE1  PHE 341           HE1      PHE 341   4.167  -2.333   1.218
    6    HE2  PHE 341           HE2      PHE 341   7.948  -4.301   1.323
    7    HZ   PHE 341           HZ       PHE 341   5.560  -4.238   1.914
    8    HB2  PHE 341           HB2      PHE 341   8.682  -0.552  -1.261
    9    HB3  PHE 341           HB3      PHE 341   7.813   0.620  -0.272

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    ARG 342           H        ARG 342   8.065  -0.528  -4.259
    2    HA   ARG 342           HA       ARG 342   9.638   1.832  -4.580
    3    HE   ARG 342           HE       ARG 342  13.652   1.625  -7.625
    4   HH11  ARG 342          1HH1      ARG 342  11.239   3.336  -5.773
    5   HH12  ARG 342          2HH1      ARG 342  12.353   4.522  -5.181
    6   HH21  ARG 342          1HH2      ARG 342  15.119   3.185  -6.848
    7   HH22  ARG 342          2HH2      ARG 342  14.556   4.437  -5.792
    8    HB2  ARG 342           HB2      ARG 342   9.645  -0.767  -5.639
    9    HB3  ARG 342           HB3      ARG 342   9.371   0.291  -7.015
   10    HG2  ARG 342           HG2      ARG 342  11.516   1.100  -5.160
   11    HG3  ARG 342           HG3      ARG 342  11.802  -0.361  -6.107
   12    HD2  ARG 342           HD2      ARG 342  11.583   0.791  -8.146
   13    HD3  ARG 342           HD3      ARG 342  10.846   2.192  -7.368

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 343           H        GLU 343   6.681   0.587  -6.052
    2    HA   GLU 343           HA       GLU 343   6.450   2.730  -7.937
    3    HB2  GLU 343           HB2      GLU 343   4.775   0.420  -7.095
    4    HB3  GLU 343           HB3      GLU 343   3.957   1.767  -7.874
    5    HG2  GLU 343           HG2      GLU 343   4.607  -0.016  -9.440
    6    HG3  GLU 343           HG3      GLU 343   5.329   1.546  -9.828

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 344           H        LEU 344   5.404   2.144  -4.667
    2    HA   LEU 344           HA       LEU 344   3.481   4.262  -4.582
    3    HG   LEU 344           HG       LEU 344   3.441   1.271  -3.623
    4   HD11  LEU 344          1HD1      LEU 344   2.369   2.142  -0.948
    5   HD12  LEU 344          2HD1      LEU 344   1.878   0.664  -1.775
    6   HD13  LEU 344          3HD1      LEU 344   3.555   0.878  -1.272
    7   HD21  LEU 344          1HD2      LEU 344   1.422   3.454  -3.219
    8   HD22  LEU 344          2HD2      LEU 344   1.909   2.662  -4.717
    9   HD23  LEU 344          3HD2      LEU 344   0.941   1.787  -3.531
   10    HB2  LEU 344           HB2      LEU 344   4.887   2.782  -2.357
   11    HB3  LEU 344           HB3      LEU 344   3.550   3.894  -2.132

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ASN 345           H        ASN 345   6.908   3.961  -3.969
    2    HA   ASN 345           HA       ASN 345   7.168   6.480  -2.630
    3   HD21  ASN 345          1HD2      ASN 345  11.326   5.021  -2.526
    4   HD22  ASN 345          2HD2      ASN 345  11.716   6.582  -1.896
    5    HB2  ASN 345           HB2      ASN 345   8.759   4.521  -2.407
    6    HB3  ASN 345           HB3      ASN 345   9.357   4.924  -4.014

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    GLU 346           H        GLU 346   7.699   5.316  -5.930
    2    HA   GLU 346           HA       GLU 346   8.628   7.840  -6.904
    3    HB2  GLU 346           HB2      GLU 346   7.923   5.206  -8.100
    4    HB3  GLU 346           HB3      GLU 346   7.925   6.606  -9.163
    5    HG2  GLU 346           HG2      GLU 346  10.220   7.045  -8.707
    6    HG3  GLU 346           HG3      GLU 346  10.252   5.839  -7.422

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ALA 347           H        ALA 347   5.527   6.269  -6.598
    2    HA   ALA 347           HA       ALA 347   4.143   8.121  -8.310
    3    HB1  ALA 347           HB1      ALA 347   3.429   5.748  -7.904
    4    HB2  ALA 347           HB2      ALA 347   2.157   6.955  -7.713
    5    HB3  ALA 347           HB3      ALA 347   2.924   6.249  -6.290

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    LEU 348           H        LEU 348   4.865   7.845  -4.902
    2    HA   LEU 348           HA       LEU 348   2.989   9.854  -4.078
    3    HG   LEU 348           HG       LEU 348   2.611   7.704  -2.787
    4   HD11  LEU 348          1HD1      LEU 348   4.693   6.959  -1.237
    5   HD12  LEU 348          2HD1      LEU 348   3.598   7.613  -0.020
    6   HD13  LEU 348          3HD1      LEU 348   3.060   6.311  -1.081
    7   HD21  LEU 348          1HD2      LEU 348   2.094  10.084  -1.978
    8   HD22  LEU 348          2HD2      LEU 348   1.252   8.743  -1.201
    9   HD23  LEU 348          3HD2      LEU 348   2.620   9.511  -0.395
   10    HB2  LEU 348           HB2      LEU 348   5.154   8.279  -2.776
   11    HB3  LEU 348           HB3      LEU 348   4.640   9.763  -1.997

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLU 349           H        GLU 349   6.310   9.784  -5.133
    2    HA   GLU 349           HA       GLU 349   6.993  12.394  -4.196
    3    HB2  GLU 349           HB2      GLU 349   8.701  10.689  -4.650
    4    HB3  GLU 349           HB3      GLU 349   8.269  10.702  -6.354
    5    HG2  GLU 349           HG2      GLU 349   8.797  13.332  -5.901
    6    HG3  GLU 349           HG3      GLU 349   9.942  12.541  -4.819

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 350           H        LEU 350   5.536  11.099  -7.093
    2    HA   LEU 350           HA       LEU 350   5.892  13.383  -8.735
    3    HG   LEU 350           HG       LEU 350   6.559  11.459 -10.024
    4   HD11  LEU 350          1HD1      LEU 350   4.253   9.754 -10.754
    5   HD12  LEU 350          2HD1      LEU 350   5.556   9.901 -11.933
    6   HD13  LEU 350          3HD1      LEU 350   5.900   9.308 -10.308
    7   HD21  LEU 350          1HD2      LEU 350   4.455  12.727 -11.706
    8   HD22  LEU 350          2HD2      LEU 350   6.120  13.229 -11.410
    9   HD23  LEU 350          3HD2      LEU 350   5.786  11.883 -12.499
   10    HB2  LEU 350           HB2      LEU 350   4.245  10.916  -8.819
   11    HB3  LEU 350           HB3      LEU 350   3.704  12.263  -9.803

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    LYS 351           H        LYS 351   3.416  12.400  -6.442
    2    HA   LYS 351           HA       LYS 351   1.464  14.308  -7.099
    3    HB2  LYS 351           HB2      LYS 351   1.068  12.345  -5.641
    4    HB3  LYS 351           HB3      LYS 351   2.046  13.099  -4.389
    5    HG2  LYS 351           HG2      LYS 351   0.279  15.069  -4.824
    6    HG3  LYS 351           HG3      LYS 351  -0.715  13.672  -5.243
    7    HD2  LYS 351           HD2      LYS 351   0.885  13.744  -2.705
    8    HD3  LYS 351           HD3      LYS 351  -0.717  14.479  -2.800
    9    HE2  LYS 351           HE2      LYS 351  -1.749  12.414  -3.267
   10    HE3  LYS 351           HE3      LYS 351  -0.208  11.637  -3.632
   11    HZ1  LYS 351           HZ1      LYS 351  -0.485  12.731  -0.954
   12    HZ2  LYS 351           HZ2      LYS 351  -1.453  11.389  -1.303
   13    HZ3  LYS 351           HZ3      LYS 351   0.229  11.285  -1.465

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    ASP 352           H        ASP 352   4.293  14.468  -5.013
    2    HA   ASP 352           HA       ASP 352   3.711  16.928  -3.772
    3    HB2  ASP 352           HB2      ASP 352   6.136  15.250  -4.150
    4    HB3  ASP 352           HB3      ASP 352   6.392  16.939  -3.721

  No H/Q in entry =           4
  Start of MODEL   24
    1    H    ALA 353           H        ALA 353   5.110  16.117  -6.868
    2    HA   ALA 353           HA       ALA 353   6.238  18.629  -7.480
    3    HB1  ALA 353           HB1      ALA 353   5.127  16.911  -9.643
    4    HB2  ALA 353           HB2      ALA 353   6.444  16.283  -8.652
    5    HB3  ALA 353           HB3      ALA 353   6.662  17.778  -9.563

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLN 354           H        GLN 354   2.997  17.323  -7.829
    2    HA   GLN 354           HA       GLN 354   2.055  19.592  -9.349
    3   HE21  GLN 354          1HE2      GLN 354  -1.037  15.927  -9.796
    4   HE22  GLN 354          2HE2      GLN 354  -2.263  16.406 -10.915
    5    HB2  GLN 354           HB2      GLN 354   0.839  17.076  -8.292
    6    HB3  GLN 354           HB3      GLN 354  -0.223  18.411  -8.721
    7    HG2  GLN 354           HG2      GLN 354   1.384  18.272 -10.909
    8    HG3  GLN 354           HG3      GLN 354   1.290  16.579 -10.427

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    ALA 355           H        ALA 355   1.504  18.289  -6.083
    2    HA   ALA 355           HA       ALA 355  -0.178  20.349  -5.186
    3    HB1  ALA 355           HB1      ALA 355   1.496  18.279  -3.845
    4    HB2  ALA 355           HB2      ALA 355  -0.253  18.503  -3.822
    5    HB3  ALA 355           HB3      ALA 355   0.785  19.571  -2.877

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLY 356           H        GLY 356   0.775  22.303  -5.940
    2    HA2  GLY 356           HA2      GLY 356   3.193  23.385  -5.730
    3    HA3  GLY 356           HA3      GLY 356   2.702  23.392  -4.043

  No H/Q in entry =           3
  Start of MODEL   24
    1    H1   GLU 326           H1       GLU 326  14.881 -12.788  -0.976
    2    H2   GLU 326           H2       GLU 326  14.260 -12.534  -2.556
    3    H3   GLU 326           H3       GLU 326  15.465 -13.726  -2.286
    4    HA   GLU 326           HA       GLU 326  17.102 -12.198  -1.939
    5    HB2  GLU 326           HB2      GLU 326  15.214 -11.166  -4.065
    6    HB3  GLU 326           HB3      GLU 326  16.903 -10.697  -3.926
    7    HG2  GLU 326           HG2      GLU 326  16.480 -13.585  -4.003
    8    HG3  GLU 326           HG3      GLU 326  15.946 -12.739  -5.454

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    SER 327           H        SER 327  17.752 -10.524  -0.743
    2    HA   SER 327           HA       SER 327  15.738  -8.705   0.319
    3    HG   SER 327           HG       SER 327  19.529  -8.978   1.722
    4    HB2  SER 327           HB2      SER 327  17.622  -7.979   1.833
    5    HB3  SER 327           HB3      SER 327  17.174  -9.678   1.977

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    PHE 328           H        PHE 328  15.746  -6.508   0.046
    2    HA   PHE 328           HA       PHE 328  17.856  -5.308  -1.586
    3    HD1  PHE 328           HD1      PHE 328  17.945  -6.398  -3.828
    4    HD2  PHE 328           HD2      PHE 328  13.768  -6.638  -3.051
    5    HE1  PHE 328           HE1      PHE 328  17.818  -8.455  -5.171
    6    HE2  PHE 328           HE2      PHE 328  13.633  -8.697  -4.392
    7    HZ   PHE 328           HZ       PHE 328  15.660  -9.608  -5.453
    8    HB2  PHE 328           HB2      PHE 328  14.942  -4.858  -2.230
    9    HB3  PHE 328           HB3      PHE 328  16.345  -4.340  -3.158

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLY 329           H        GLY 329  18.568  -3.581  -0.536
    2    HA2  GLY 329           HA2      GLY 329  18.646  -1.820   0.945
    3    HA3  GLY 329           HA3      GLY 329  17.140  -2.408   1.633

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    LEU 330           H        LEU 330  16.729  -0.056   1.813
    2    HA   LEU 330           HA       LEU 330  16.181   1.378  -0.634
    3    HG   LEU 330           HG       LEU 330  14.053   0.840  -1.898
    4   HD11  LEU 330          1HD1      LEU 330  11.965   0.114  -0.502
    5   HD12  LEU 330          2HD1      LEU 330  11.618   1.844  -0.503
    6   HD13  LEU 330          3HD1      LEU 330  11.766   0.973  -2.030
    7   HD21  LEU 330          1HD2      LEU 330  14.078   3.279  -0.245
    8   HD22  LEU 330          2HD2      LEU 330  14.715   2.996  -1.865
    9   HD23  LEU 330          3HD2      LEU 330  12.994   3.303  -1.636
   10    HB2  LEU 330           HB2      LEU 330  14.178  -0.240   0.268
   11    HB3  LEU 330           HB3      LEU 330  13.791   1.266   1.078

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLY 331           H        GLY 331  16.281   3.542  -0.342
    2    HA2  GLY 331           HA2      GLY 331  17.382   5.187   1.083
    3    HA3  GLY 331           HA3      GLY 331  16.531   4.479   2.447

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ILE 332           H        ILE 332  14.343   4.960   2.775
    2    HA   ILE 332           HA       ILE 332  13.203   7.045   1.046
    3    HB   ILE 332           HB       ILE 332  11.770   5.404   3.136
    4   HG12  ILE 332          2HG1      ILE 332  11.224   4.911   0.279
    5   HG21  ILE 332          1HG2      ILE 332  10.982   7.537   1.247
    6   HG22  ILE 332          2HG2      ILE 332   9.863   6.186   1.433
    7   HG23  ILE 332          3HG2      ILE 332  10.342   7.135   2.840
    8   HD11  ILE 332          1HD1      ILE 332  10.728   3.592   2.665
    9   HD12  ILE 332          2HD1      ILE 332  10.446   2.985   1.034
   10   HD13  ILE 332          3HD1      ILE 332  11.961   2.622   1.860
   11   HG13  ILE 332          3HG1      ILE 332  12.813   4.388   0.829

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ARG 333           H        ARG 333  12.993   9.067   1.761
    2    HA   ARG 333           HA       ARG 333  13.719   9.643   4.532
    3    HE   ARG 333           HE       ARG 333  17.697  12.379   1.500
    4   HH11  ARG 333          1HH1      ARG 333  17.228  11.888   4.924
    5   HH12  ARG 333          2HH1      ARG 333  18.900  11.558   5.232
    6   HH21  ARG 333          1HH2      ARG 333  19.896  11.946   1.904
    7   HH22  ARG 333          2HH2      ARG 333  20.415  11.592   3.518
    8    HB2  ARG 333           HB2      ARG 333  13.661  11.226   1.997
    9    HB3  ARG 333           HB3      ARG 333  13.557  12.078   3.532
   10    HG2  ARG 333           HG2      ARG 333  15.658  10.864   4.214
   11    HG3  ARG 333           HG3      ARG 333  15.791  10.335   2.536
   12    HD2  ARG 333           HD2      ARG 333  15.530  12.866   2.000
   13    HD3  ARG 333           HD3      ARG 333  16.013  13.089   3.681

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLY 334           H        GLY 334  11.570   8.702   5.158
    2    HA2  GLY 334           HA2      GLY 334   9.118   9.857   4.510
    3    HA3  GLY 334           HA3      GLY 334   9.785  10.789   5.842

  No H/Q in entry =           3
  Start of MODEL   24
    1    H    ARG 335           H        ARG 335   8.599  10.215   7.559
    2    HA   ARG 335           HA       ARG 335   8.868   7.553   8.596
    3    HE   ARG 335           HE       ARG 335   7.984  10.462  12.060
    4   HH11  ARG 335          1HH1      ARG 335   4.567  10.106  12.671
    5   HH12  ARG 335          2HH1      ARG 335   4.770   9.853  14.372
    6   HH21  ARG 335          1HH2      ARG 335   8.254  10.129  14.297
    7   HH22  ARG 335          2HH2      ARG 335   6.863   9.866  15.295
    8    HB2  ARG 335           HB2      ARG 335   7.530   8.424  10.497
    9    HB3  ARG 335           HB3      ARG 335   8.939   9.412  10.134
   10    HG2  ARG 335           HG2      ARG 335   7.703  11.197   9.531
   11    HG3  ARG 335           HG3      ARG 335   6.433  10.209   8.806
   12    HD2  ARG 335           HD2      ARG 335   5.785  11.495  10.880
   13    HD3  ARG 335           HD3      ARG 335   5.446   9.766  10.907

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 336           H        GLU 336   6.380   9.399   6.979
    2    HA   GLU 336           HA       GLU 336   4.227   7.634   7.575
    3    HB2  GLU 336           HB2      GLU 336   4.661   9.880   5.647
    4    HB3  GLU 336           HB3      GLU 336   3.268   8.828   5.435
    5    HG2  GLU 336           HG2      GLU 336   2.272   9.526   7.387
    6    HG3  GLU 336           HG3      GLU 336   3.797  10.042   8.105

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ARG 337           H        ARG 337   5.982   8.205   4.518
    2    HA   ARG 337           HA       ARG 337   4.907   6.035   3.129
    3    HE   ARG 337           HE       ARG 337   8.674   8.216   0.448
    4   HH11  ARG 337          1HH1      ARG 337   5.773  10.151   0.312
    5   HH12  ARG 337          2HH1      ARG 337   6.586  11.623   0.726
    6   HH21  ARG 337          1HH2      ARG 337   9.744  10.151   0.994
    7   HH22  ARG 337          2HH2      ARG 337   8.840  11.623   1.113
    8    HB2  ARG 337           HB2      ARG 337   7.219   7.839   2.803
    9    HB3  ARG 337           HB3      ARG 337   7.366   6.286   1.990
   10    HG2  ARG 337           HG2      ARG 337   5.093   6.755   0.980
   11    HG3  ARG 337           HG3      ARG 337   5.278   8.403   1.583
   12    HD2  ARG 337           HD2      ARG 337   6.976   6.956  -0.433
   13    HD3  ARG 337           HD3      ARG 337   6.030   8.426  -0.660

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    PHE 338           H        PHE 338   7.807   6.262   5.140
    2    HA   PHE 338           HA       PHE 338   8.722   3.627   4.635
    3    HD1  PHE 338           HD1      PHE 338   9.072   3.459   8.480
    4    HD2  PHE 338           HD2      PHE 338  11.982   3.802   5.394
    5    HE1  PHE 338           HE1      PHE 338  10.435   1.730   9.578
    6    HE2  PHE 338           HE2      PHE 338  13.350   2.073   6.486
    7    HZ   PHE 338           HZ       PHE 338  12.577   1.034   8.581
    8    HB2  PHE 338           HB2      PHE 338  10.232   5.331   5.495
    9    HB3  PHE 338           HB3      PHE 338   9.264   5.493   6.956

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    GLU 339           H        GLU 339   6.435   5.001   6.889
    2    HA   GLU 339           HA       GLU 339   6.302   2.773   8.642
    3    HB2  GLU 339           HB2      GLU 339   4.724   5.242   8.189
    4    HB3  GLU 339           HB3      GLU 339   3.888   3.915   8.984
    5    HG2  GLU 339           HG2      GLU 339   6.532   4.430  10.087
    6    HG3  GLU 339           HG3      GLU 339   5.440   5.808  10.211

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    MET 340           H        MET 340   4.743   3.583   5.628
    2    HA   MET 340           HA       MET 340   2.716   1.575   5.809
    3    HB2  MET 340           HB2      MET 340   3.722   3.420   3.695
    4    HB3  MET 340           HB3      MET 340   2.799   2.013   3.184
    5    HG2  MET 340           HG2      MET 340   0.861   2.841   3.947
    6    HG3  MET 340           HG3      MET 340   1.604   3.542   5.383
    7    HE1  MET 340           HE1      MET 340   2.019   3.639   1.686
    8    HE2  MET 340           HE2      MET 340   1.626   5.283   1.182
    9    HE3  MET 340           HE3      MET 340   3.233   4.913   1.809

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    PHE 341           H        PHE 341   5.770   1.840   4.004
    2    HA   PHE 341           HA       PHE 341   5.662  -0.778   2.935
    3    HD1  PHE 341           HD1      PHE 341   8.844   2.649   2.198
    4    HD2  PHE 341           HD2      PHE 341   5.113   0.761   1.416
    5    HE1  PHE 341           HE1      PHE 341   8.154   4.580   0.838
    6    HE2  PHE 341           HE2      PHE 341   4.418   2.681   0.053
    7    HZ   PHE 341           HZ       PHE 341   5.937   4.595  -0.232
    8    HB2  PHE 341           HB2      PHE 341   8.226   0.723   3.398
    9    HB3  PHE 341           HB3      PHE 341   7.810  -0.367   2.079

  No H/Q in entry =           9
  Start of MODEL   24
    1    H    ARG 342           H        ARG 342   6.832   0.497   5.980
    2    HA   ARG 342           HA       ARG 342   8.246  -1.946   6.624
    3    HE   ARG 342           HE       ARG 342   6.529   1.835  10.875
    4   HH11  ARG 342          1HH1      ARG 342   6.820  -1.351  12.269
    5   HH12  ARG 342          2HH1      ARG 342   6.278  -0.851  13.836
    6   HH21  ARG 342          1HH2      ARG 342   5.816   2.495  12.936
    7   HH22  ARG 342          2HH2      ARG 342   5.708   1.332  14.215
    8    HB2  ARG 342           HB2      ARG 342   8.892  -0.896   8.644
    9    HB3  ARG 342           HB3      ARG 342   8.935   0.365   7.421
   10    HG2  ARG 342           HG2      ARG 342   7.826   1.536   8.981
   11    HG3  ARG 342           HG3      ARG 342   6.425   0.685   8.329
   12    HD2  ARG 342           HD2      ARG 342   6.383  -0.844  10.090
   13    HD3  ARG 342           HD3      ARG 342   8.047  -0.493  10.555

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    GLU 343           H        GLU 343   5.157  -0.449   7.308
    2    HA   GLU 343           HA       GLU 343   4.403  -2.426   9.266
    3    HB2  GLU 343           HB2      GLU 343   3.516  -0.141   9.399
    4    HB3  GLU 343           HB3      GLU 343   2.747  -0.339   7.830
    5    HG2  GLU 343           HG2      GLU 343   1.394  -2.185   8.795
    6    HG3  GLU 343           HG3      GLU 343   2.087  -1.807  10.371

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 344           H        LEU 344   4.055  -1.920   5.836
    2    HA   LEU 344           HA       LEU 344   2.045  -3.933   5.464
    3    HG   LEU 344           HG       LEU 344   1.414  -1.627   4.591
    4   HD11  LEU 344          1HD1      LEU 344   2.824  -1.116   2.058
    5   HD12  LEU 344          2HD1      LEU 344   1.132  -0.621   2.108
    6   HD13  LEU 344          3HD1      LEU 344   2.271   0.006   3.300
    7   HD21  LEU 344          1HD2      LEU 344   0.864  -3.669   2.528
    8   HD22  LEU 344          2HD2      LEU 344  -0.099  -3.167   3.918
    9   HD23  LEU 344          3HD2      LEU 344  -0.094  -2.191   2.449
   10    HB2  LEU 344           HB2      LEU 344   3.796  -2.331   3.630
   11    HB3  LEU 344           HB3      LEU 344   2.871  -3.685   3.011

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    ASN 345           H        ASN 345   5.555  -3.760   5.260
    2    HA   ASN 345           HA       ASN 345   5.908  -6.350   4.136
    3   HD21  ASN 345          1HD2      ASN 345  10.012  -5.026   4.228
    4   HD22  ASN 345          2HD2      ASN 345  10.508  -6.681   4.217
    5    HB2  ASN 345           HB2      ASN 345   7.639  -4.589   4.009
    6    HB3  ASN 345           HB3      ASN 345   7.851  -4.682   5.754

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    GLU 346           H        GLU 346   5.797  -5.069   7.420
    2    HA   GLU 346           HA       GLU 346   6.585  -7.460   8.725
    3    HB2  GLU 346           HB2      GLU 346   5.335  -4.888   9.541
    4    HB3  GLU 346           HB3      GLU 346   5.154  -6.251  10.636
    5    HG2  GLU 346           HG2      GLU 346   7.734  -6.479  10.308
    6    HG3  GLU 346           HG3      GLU 346   7.615  -4.790   9.817

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    ALA 347           H        ALA 347   3.444  -6.084   7.859
    2    HA   ALA 347           HA       ALA 347   1.925  -8.177   9.076
    3    HB1  ALA 347           HB1      ALA 347   0.876  -6.449   6.869
    4    HB2  ALA 347           HB2      ALA 347   1.191  -5.771   8.466
    5    HB3  ALA 347           HB3      ALA 347   0.036  -7.091   8.281

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    LEU 348           H        LEU 348   3.488  -7.727   6.022
    2    HA   LEU 348           HA       LEU 348   2.003  -9.739   4.616
    3    HG   LEU 348           HG       LEU 348   2.170  -9.071   2.179
    4   HD11  LEU 348          1HD1      LEU 348   1.605  -7.488   4.322
    5   HD12  LEU 348          2HD1      LEU 348   1.877  -6.294   3.054
    6   HD13  LEU 348          3HD1      LEU 348   0.662  -7.552   2.834
    7   HD21  LEU 348          1HD2      LEU 348   4.127  -6.800   1.966
    8   HD22  LEU 348          2HD2      LEU 348   3.967  -8.209   0.918
    9   HD23  LEU 348          3HD2      LEU 348   2.725  -6.957   0.908
   10    HB2  LEU 348           HB2      LEU 348   4.233  -7.909   4.051
   11    HB3  LEU 348           HB3      LEU 348   4.330  -9.444   3.210

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    GLU 349           H        GLU 349   4.789  -9.673   6.678
    2    HA   GLU 349           HA       GLU 349   5.805 -12.228   5.825
    3    HB2  GLU 349           HB2      GLU 349   6.482 -10.349   8.075
    4    HB3  GLU 349           HB3      GLU 349   7.195 -11.953   7.979
    5    HG2  GLU 349           HG2      GLU 349   7.735 -11.136   5.510
    6    HG3  GLU 349           HG3      GLU 349   7.659  -9.562   6.301

  No H/Q in entry =           6
  Start of MODEL   24
    1    H    LEU 350           H        LEU 350   3.743 -11.016   8.400
    2    HA   LEU 350           HA       LEU 350   3.670 -13.519   9.807
    3    HG   LEU 350           HG       LEU 350   2.037 -10.277   9.122
    4   HD11  LEU 350          1HD1      LEU 350   0.093 -12.196  10.086
    5   HD12  LEU 350          2HD1      LEU 350  -0.507 -10.541  10.191
    6   HD13  LEU 350          3HD1      LEU 350   0.059 -11.177   8.647
    7   HD21  LEU 350          1HD2      LEU 350   1.568 -10.052  12.066
    8   HD22  LEU 350          2HD2      LEU 350   2.467  -8.984  10.989
    9   HD23  LEU 350          3HD2      LEU 350   0.704  -8.998  10.946
   10    HB2  LEU 350           HB2      LEU 350   1.936 -12.467  11.175
   11    HB3  LEU 350           HB3      LEU 350   3.352 -11.445  11.022

  No H/Q in entry =          11
  Start of MODEL   24
    1    H    LYS 351           H        LYS 351   1.767 -11.943   7.335
    2    HA   LYS 351           HA       LYS 351  -0.431 -13.787   7.527
    3    HB2  LYS 351           HB2      LYS 351  -1.308 -12.669   5.566
    4    HB3  LYS 351           HB3      LYS 351  -0.725 -11.469   6.712
    5    HG2  LYS 351           HG2      LYS 351   0.158 -10.608   4.813
    6    HG3  LYS 351           HG3      LYS 351   1.476 -11.693   5.257
    7    HD2  LYS 351           HD2      LYS 351   1.249 -12.447   3.148
    8    HD3  LYS 351           HD3      LYS 351  -0.103 -13.363   3.818
    9    HE2  LYS 351           HE2      LYS 351  -1.165 -12.366   2.065
   10    HE3  LYS 351           HE3      LYS 351  -1.407 -11.122   3.292
   11    HZ1  LYS 351           HZ1      LYS 351   0.885 -11.091   1.415
   12    HZ2  LYS 351           HZ2      LYS 351  -0.587 -10.335   1.068
   13    HZ3  LYS 351           HZ3      LYS 351   0.328  -9.832   2.398

  No H/Q in entry =          13
  Start of MODEL   24
    1    H    ASP 352           H        ASP 352   2.570 -13.591   5.780
    2    HA   ASP 352           HA       ASP 352   1.899 -15.544   3.799
    3    HB2  ASP 352           HB2      ASP 352   3.683 -13.790   3.539
    4    HB3  ASP 352           HB3      ASP 352   4.658 -14.693   4.695

  No H/Q in entry =           4
  Start of MODEL   24
    1    H    ALA 353           H        ALA 353   3.256 -15.604   7.015
    2    HA   ALA 353           HA       ALA 353   4.309 -18.240   6.914
    3    HB1  ALA 353           HB1      ALA 353   4.736 -16.311   8.616
    4    HB2  ALA 353           HB2      ALA 353   3.357 -17.011   9.464
    5    HB3  ALA 353           HB3      ALA 353   4.791 -17.990   9.155

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLN 354           H        GLN 354   1.147 -16.912   7.577
    2    HA   GLN 354           HA       GLN 354   0.035 -19.238   8.772
    3   HE21  GLN 354          1HE2      GLN 354  -3.417 -16.466  10.922
    4   HE22  GLN 354          2HE2      GLN 354  -4.160 -17.960  11.369
    5    HB2  GLN 354           HB2      GLN 354  -1.019 -16.687   7.661
    6    HB3  GLN 354           HB3      GLN 354  -2.149 -18.024   7.827
    7    HG2  GLN 354           HG2      GLN 354  -0.459 -17.460  10.173
    8    HG3  GLN 354           HG3      GLN 354  -1.657 -16.234   9.760

  No H/Q in entry =           8
  Start of MODEL   24
    1    H    ALA 355           H        ALA 355  -0.036 -17.938   5.467
    2    HA   ALA 355           HA       ALA 355  -1.303 -20.398   4.521
    3    HB1  ALA 355           HB1      ALA 355  -1.958 -17.964   3.843
    4    HB2  ALA 355           HB2      ALA 355  -0.607 -18.121   2.721
    5    HB3  ALA 355           HB3      ALA 355  -1.960 -19.249   2.636

  No H/Q in entry =           5
  Start of MODEL   24
    1    H    GLY 356           H        GLY 356   0.257 -21.954   4.451
    2    HA2  GLY 356           HA2      GLY 356   2.746 -21.327   3.006
    3    HA3  GLY 356           HA3      GLY 356   1.761 -22.691   2.499

  No H/Q in entry =           3
  Start of MODEL   25
    1    H1   GLU 326           H1       GLU 326 -17.685   7.069   9.289
    2    H2   GLU 326           H2       GLU 326 -16.991   7.270  10.845
    3    H3   GLU 326           H3       GLU 326 -16.067   6.583   9.573
    4    HB2  GLU 326           HB2      GLU 326 -18.811   6.418  11.656
    5    HB3  GLU 326           HB3      GLU 326 -19.624   5.477  10.413
    6    HG2  GLU 326           HG2      GLU 326 -19.742   3.647  11.695
    7    HG3  GLU 326           HG3      GLU 326 -18.125   3.882  12.359
    8    HA   GLU 326           HA       GLU 326 -16.756   4.883  11.024

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    SER 327           H        SER 327 -15.905   3.575   9.469
    2    HA   SER 327           HA       SER 327 -15.851   2.083   7.754
    3    HG   SER 327           HG       SER 327 -18.151   0.494   9.322
    4    HB2  SER 327           HB2      SER 327 -18.744   2.272   8.402
    5    HB3  SER 327           HB3      SER 327 -18.325   1.535   6.855

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    PHE 328           H        PHE 328 -15.769   2.021   5.500
    2    HA   PHE 328           HA       PHE 328 -17.100   4.078   3.955
    3    HD1  PHE 328           HD1      PHE 328 -16.412   6.766   4.520
    4    HD2  PHE 328           HD2      PHE 328 -13.347   4.280   6.111
    5    HE1  PHE 328           HE1      PHE 328 -16.228   8.250   6.473
    6    HE2  PHE 328           HE2      PHE 328 -13.158   5.759   8.068
    7    HZ   PHE 328           HZ       PHE 328 -14.600   7.747   8.251
    8    HB2  PHE 328           HB2      PHE 328 -14.083   3.965   3.904
    9    HB3  PHE 328           HB3      PHE 328 -15.130   5.138   3.113

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLY 329           H        GLY 329 -16.994   3.721   1.684
    2    HA2  GLY 329           HA2      GLY 329 -17.495   1.465   0.543
    3    HA3  GLY 329           HA3      GLY 329 -15.795   1.159   0.868

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    LEU 330           H        LEU 330 -15.086   1.038  -1.220
    2    HA   LEU 330           HA       LEU 330 -15.599   3.332  -2.976
    3    HG   LEU 330           HG       LEU 330 -12.794   0.984  -2.710
    4   HD11  LEU 330          1HD1      LEU 330 -11.246   2.409  -3.992
    5   HD12  LEU 330          2HD1      LEU 330 -10.749   3.187  -2.490
    6   HD13  LEU 330          3HD1      LEU 330 -10.429   1.471  -2.742
    7   HD21  LEU 330          1HD2      LEU 330 -13.317   1.861  -0.342
    8   HD22  LEU 330          2HD2      LEU 330 -11.912   0.819  -0.567
    9   HD23  LEU 330          3HD2      LEU 330 -11.701   2.563  -0.412
   10    HB2  LEU 330           HB2      LEU 330 -13.241   3.444  -3.598
   11    HB3  LEU 330           HB3      LEU 330 -13.468   3.769  -1.890

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLY 331           H        GLY 331 -15.354   2.907  -5.216
    2    HA2  GLY 331           HA2      GLY 331 -16.393   1.152  -6.640
    3    HA3  GLY 331           HA3      GLY 331 -15.285   0.024  -5.872

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ILE 332           H        ILE 332 -13.047   0.140  -6.376
    2    HA   ILE 332           HA       ILE 332 -12.065   1.962  -8.351
    3    HB   ILE 332           HB       ILE 332 -10.770  -0.614  -7.466
    4   HG12  ILE 332          2HG1      ILE 332  -9.505   1.309  -6.034
    5   HG21  ILE 332          1HG2      ILE 332  -9.927   1.741  -9.041
    6   HG22  ILE 332          2HG2      ILE 332  -8.749   1.078  -7.908
    7   HG23  ILE 332          3HG2      ILE 332  -9.434   0.052  -9.169
    8   HD11  ILE 332          1HD1      ILE 332 -11.061  -0.865  -5.409
    9   HD12  ILE 332          2HD1      ILE 332 -10.176   0.148  -4.268
   10   HD13  ILE 332          3HD1      ILE 332 -11.878   0.471  -4.597
   11   HG13  ILE 332          3HG1      ILE 332 -11.138   1.967  -6.067

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ARG 333           H        ARG 333 -11.551   1.579 -10.492
    2    HA   ARG 333           HA       ARG 333 -12.989  -0.659 -11.717
    3    HE   ARG 333           HE       ARG 333 -15.568   0.884 -16.209
    4   HH11  ARG 333          1HH1      ARG 333 -12.184   1.731 -16.109
    5   HH12  ARG 333          2HH1      ARG 333 -11.919   1.380 -17.784
    6   HH21  ARG 333          1HH2      ARG 333 -15.221   0.421 -18.411
    7   HH22  ARG 333          2HH2      ARG 333 -13.642   0.636 -19.091
    8    HB2  ARG 333           HB2      ARG 333 -13.249   1.846 -12.390
    9    HB3  ARG 333           HB3      ARG 333 -11.739   1.593 -13.255
   10    HG2  ARG 333           HG2      ARG 333 -12.690   0.093 -14.741
   11    HG3  ARG 333           HG3      ARG 333 -14.048  -0.259 -13.671
   12    HD2  ARG 333           HD2      ARG 333 -15.106   1.773 -14.160
   13    HD3  ARG 333           HD3      ARG 333 -13.636   2.476 -14.835

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLY 334           H        GLY 334 -10.478  -1.123 -10.398
    2    HA2  GLY 334           HA2      GLY 334  -8.126  -1.242 -11.474
    3    HA3  GLY 334           HA3      GLY 334  -8.979  -2.157 -12.708

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ARG 335           H        ARG 335  -8.758  -4.273 -12.507
    2    HA   ARG 335           HA       ARG 335  -9.346  -5.704 -10.162
    3    HE   ARG 335           HE       ARG 335  -7.014 -10.073 -10.622
    4   HH11  ARG 335          1HH1      ARG 335  -7.609 -10.832 -13.976
    5   HH12  ARG 335          2HH1      ARG 335  -6.792 -12.357 -13.906
    6   HH21  ARG 335          1HH2      ARG 335  -5.939 -12.079 -10.528
    7   HH22  ARG 335          2HH2      ARG 335  -5.845 -13.065 -11.948
    8    HB2  ARG 335           HB2      ARG 335  -9.502  -6.654 -12.438
    9    HB3  ARG 335           HB3      ARG 335  -7.749  -6.616 -12.562
   10    HG2  ARG 335           HG2      ARG 335  -7.845  -8.067 -10.400
   11    HG3  ARG 335           HG3      ARG 335  -9.494  -8.398 -10.932
   12    HD2  ARG 335           HD2      ARG 335  -8.816  -9.576 -12.761
   13    HD3  ARG 335           HD3      ARG 335  -7.332  -8.642 -12.947

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 336           H        GLU 336  -6.326  -4.511 -11.494
    2    HA   GLU 336           HA       GLU 336  -4.630  -5.952  -9.713
    3    HB2  GLU 336           HB2      GLU 336  -4.052  -3.416 -11.255
    4    HB3  GLU 336           HB3      GLU 336  -2.857  -4.478 -10.523
    5    HG2  GLU 336           HG2      GLU 336  -4.221  -6.212 -12.110
    6    HG3  GLU 336           HG3      GLU 336  -4.303  -4.725 -13.053

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ARG 337           H        ARG 337  -5.780  -2.585  -9.794
    2    HA   ARG 337           HA       ARG 337  -4.501  -1.715  -7.465
    3    HE   ARG 337           HE       ARG 337  -4.775   3.321  -9.948
    4   HH11  ARG 337          1HH1      ARG 337  -6.423   0.352 -10.751
    5   HH12  ARG 337          2HH1      ARG 337  -6.123   0.499 -12.450
    6   HH21  ARG 337          1HH2      ARG 337  -4.381   3.517 -12.182
    7   HH22  ARG 337          2HH2      ARG 337  -4.964   2.295 -13.263
    8    HB2  ARG 337           HB2      ARG 337  -6.745  -0.784  -9.141
    9    HB3  ARG 337           HB3      ARG 337  -6.769  -0.211  -7.479
   10    HG2  ARG 337           HG2      ARG 337  -4.427   0.590  -7.803
   11    HG3  ARG 337           HG3      ARG 337  -4.586   0.175  -9.511
   12    HD2  ARG 337           HD2      ARG 337  -6.850   1.659  -9.021
   13    HD3  ARG 337           HD3      ARG 337  -5.632   2.460  -8.029

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    PHE 338           H        PHE 338  -7.808  -2.960  -7.898
    2    HA   PHE 338           HA       PHE 338  -8.560  -2.839  -5.201
    3    HD1  PHE 338           HD1      PHE 338 -11.908  -2.926  -5.467
    4    HD2  PHE 338           HD2      PHE 338  -9.600  -6.501  -5.519
    5    HE1  PHE 338           HE1      PHE 338 -13.466  -3.951  -3.861
    6    HE2  PHE 338           HE2      PHE 338 -11.154  -7.533  -3.915
    7    HZ   PHE 338           HZ       PHE 338 -13.091  -6.257  -3.084
    8    HB2  PHE 338           HB2      PHE 338 -10.185  -3.152  -7.007
    9    HB3  PHE 338           HB3      PHE 338  -9.504  -4.736  -7.363

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLU 339           H        GLU 339  -6.731  -5.211  -7.006
    2    HA   GLU 339           HA       GLU 339  -6.876  -7.336  -5.168
    3    HB2  GLU 339           HB2      GLU 339  -5.097  -6.586  -7.424
    4    HB3  GLU 339           HB3      GLU 339  -4.462  -7.753  -6.272
    5    HG2  GLU 339           HG2      GLU 339  -6.175  -9.294  -6.729
    6    HG3  GLU 339           HG3      GLU 339  -7.144  -8.087  -7.572

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    MET 340           H        MET 340  -4.695  -4.571  -5.427
    2    HA   MET 340           HA       MET 340  -2.920  -5.374  -3.374
    3    HB2  MET 340           HB2      MET 340  -3.530  -2.518  -4.125
    4    HB3  MET 340           HB3      MET 340  -2.031  -3.169  -3.478
    5    HG2  MET 340           HG2      MET 340  -2.160  -4.604  -5.714
    6    HG3  MET 340           HG3      MET 340  -3.078  -3.195  -6.241
    7    HE1  MET 340           HE1      MET 340  -2.403  -0.911  -5.641
    8    HE2  MET 340           HE2      MET 340  -0.753  -0.290  -5.576
    9    HE3  MET 340           HE3      MET 340  -1.454  -0.771  -7.121

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    PHE 341           H        PHE 341  -5.571  -2.987  -3.360
    2    HA   PHE 341           HA       PHE 341  -5.509  -2.514  -0.588
    3    HD1  PHE 341           HD1      PHE 341  -4.728  -0.681  -1.655
    4    HD2  PHE 341           HD2      PHE 341  -8.284  -0.783  -3.989
    5    HE1  PHE 341           HE1      PHE 341  -3.738   0.931  -3.222
    6    HE2  PHE 341           HE2      PHE 341  -7.300   0.831  -5.563
    7    HZ   PHE 341           HZ       PHE 341  -5.023   1.685  -5.181
    8    HB2  PHE 341           HB2      PHE 341  -8.014  -2.296  -2.242
    9    HB3  PHE 341           HB3      PHE 341  -7.502  -1.296  -0.885

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    ARG 342           H        ARG 342  -6.887  -5.082  -2.468
    2    HA   ARG 342           HA       ARG 342  -8.732  -5.985  -0.479
    3    HE   ARG 342           HE       ARG 342  -8.855 -10.824  -1.153
    4   HH11  ARG 342          1HH1      ARG 342  -8.969 -11.190  -4.622
    5   HH12  ARG 342          2HH1      ARG 342  -8.966 -12.921  -4.565
    6   HH21  ARG 342          1HH2      ARG 342  -8.852 -13.101  -1.076
    7   HH22  ARG 342          2HH2      ARG 342  -8.900 -14.006  -2.552
    8    HB2  ARG 342           HB2      ARG 342  -9.035  -6.525  -2.855
    9    HB3  ARG 342           HB3      ARG 342  -7.536  -7.444  -2.845
   10    HG2  ARG 342           HG2      ARG 342  -8.832  -8.688  -0.855
   11    HG3  ARG 342           HG3      ARG 342 -10.208  -8.158  -1.825
   12    HD2  ARG 342           HD2      ARG 342  -9.698  -9.537  -3.548
   13    HD3  ARG 342           HD3      ARG 342  -7.960  -9.377  -3.301

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 343           H        GLU 343  -5.433  -6.839  -1.413
    2    HA   GLU 343           HA       GLU 343  -5.218  -8.987   0.467
    3    HB2  GLU 343           HB2      GLU 343  -3.856  -8.646  -1.682
    4    HB3  GLU 343           HB3      GLU 343  -2.905  -7.494  -0.756
    5    HG2  GLU 343           HG2      GLU 343  -2.360  -9.267   0.854
    6    HG3  GLU 343           HG3      GLU 343  -3.270 -10.415  -0.128

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 344           H        LEU 344  -4.560  -5.559   0.484
    2    HA   LEU 344           HA       LEU 344  -3.040  -5.568   2.909
    3    HG   LEU 344           HG       LEU 344  -1.516  -4.215   2.111
    4   HD11  LEU 344          1HD1      LEU 344  -2.673  -3.110  -0.436
    5   HD12  LEU 344          2HD1      LEU 344  -0.943  -3.332  -0.174
    6   HD13  LEU 344          3HD1      LEU 344  -2.025  -4.725  -0.145
    7   HD21  LEU 344          1HD2      LEU 344  -2.397  -1.369   1.680
    8   HD22  LEU 344          2HD2      LEU 344  -1.622  -2.060   3.105
    9   HD23  LEU 344          3HD2      LEU 344  -0.713  -1.888   1.604
   10    HB2  LEU 344           HB2      LEU 344  -4.207  -3.510   1.110
   11    HB3  LEU 344           HB3      LEU 344  -3.856  -3.028   2.759

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ASN 345           H        ASN 345  -6.416  -5.253   2.057
    2    HA   ASN 345           HA       ASN 345  -7.298  -4.318   4.600
    3   HD21  ASN 345          1HD2      ASN 345  -9.716  -3.431   4.877
    4   HD22  ASN 345          2HD2      ASN 345  -9.835  -1.927   4.035
    5    HB2  ASN 345           HB2      ASN 345  -8.580  -5.304   2.110
    6    HB3  ASN 345           HB3      ASN 345  -9.530  -5.426   3.588

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    GLU 346           H        GLU 346  -6.988  -7.498   3.103
    2    HA   GLU 346           HA       GLU 346  -8.232  -8.903   5.259
    3    HB2  GLU 346           HB2      GLU 346  -6.698  -9.671   2.814
    4    HB3  GLU 346           HB3      GLU 346  -6.906 -10.867   4.086
    5    HG2  GLU 346           HG2      GLU 346  -9.431 -10.098   3.883
    6    HG3  GLU 346           HG3      GLU 346  -8.904  -9.667   2.257

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ALA 347           H        ALA 347  -4.937  -8.035   4.409
    2    HA   ALA 347           HA       ALA 347  -3.722  -9.630   6.455
    3    HB1  ALA 347           HB1      ALA 347  -2.481  -7.279   5.044
    4    HB2  ALA 347           HB2      ALA 347  -2.608  -8.882   4.319
    5    HB3  ALA 347           HB3      ALA 347  -1.666  -8.653   5.793

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    LEU 348           H        LEU 348  -4.965  -6.378   6.217
    2    HA   LEU 348           HA       LEU 348  -3.720  -5.432   8.620
    3    HG   LEU 348           HG       LEU 348  -3.047  -3.831   7.099
    4   HD11  LEU 348          1HD1      LEU 348  -5.277  -2.597   5.648
    5   HD12  LEU 348          2HD1      LEU 348  -3.895  -1.537   5.924
    6   HD13  LEU 348          3HD1      LEU 348  -3.675  -3.072   5.085
    7   HD21  LEU 348          1HD2      LEU 348  -4.698  -1.785   8.562
    8   HD22  LEU 348          2HD2      LEU 348  -3.329  -2.716   9.170
    9   HD23  LEU 348          3HD2      LEU 348  -3.073  -1.462   7.957
   10    HB2  LEU 348           HB2      LEU 348  -5.682  -4.390   6.657
   11    HB3  LEU 348           HB3      LEU 348  -5.745  -3.702   8.268

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLU 349           H        GLU 349  -6.723  -7.007   7.793
    2    HA   GLU 349           HA       GLU 349  -8.058  -6.456  10.252
    3    HB2  GLU 349           HB2      GLU 349  -9.067  -7.181   7.984
    4    HB3  GLU 349           HB3      GLU 349  -8.658  -8.815   8.488
    5    HG2  GLU 349           HG2      GLU 349  -9.954  -7.896  10.686
    6    HG3  GLU 349           HG3      GLU 349 -10.799  -7.037   9.398

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 350           H        LEU 350  -5.880  -8.942   9.125
    2    HA   LEU 350           HA       LEU 350  -6.358 -10.825  11.186
    3    HG   LEU 350           HG       LEU 350  -6.376 -11.910   8.987
    4   HD11  LEU 350          1HD1      LEU 350  -3.650 -12.097   7.862
    5   HD12  LEU 350          2HD1      LEU 350  -4.726 -13.465   7.576
    6   HD13  LEU 350          3HD1      LEU 350  -5.198 -11.847   7.056
    7   HD21  LEU 350          1HD2      LEU 350  -5.227 -13.178  11.050
    8   HD22  LEU 350          2HD2      LEU 350  -6.233 -13.994   9.852
    9   HD23  LEU 350          3HD2      LEU 350  -4.476 -14.050   9.714
   10    HB2  LEU 350           HB2      LEU 350  -4.208 -10.369   9.173
   11    HB3  LEU 350           HB3      LEU 350  -3.868 -11.443  10.516

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    LYS 351           H        LYS 351  -4.280  -8.016  10.913
    2    HA   LYS 351           HA       LYS 351  -2.612  -8.498  13.118
    3    HB2  LYS 351           HB2      LYS 351  -3.546  -5.863  11.966
    4    HB3  LYS 351           HB3      LYS 351  -2.210  -6.056  13.093
    5    HG2  LYS 351           HG2      LYS 351  -1.130  -7.553  11.382
    6    HG3  LYS 351           HG3      LYS 351  -2.386  -7.031  10.257
    7    HD2  LYS 351           HD2      LYS 351  -0.909  -5.409   9.744
    8    HD3  LYS 351           HD3      LYS 351  -1.533  -4.643  11.206
    9    HE2  LYS 351           HE2      LYS 351   0.772  -6.558  11.313
   10    HE3  LYS 351           HE3      LYS 351   1.017  -4.856  10.923
   11    HZ1  LYS 351           HZ1      LYS 351  -0.106  -4.304  13.032
   12    HZ2  LYS 351           HZ2      LYS 351  -0.178  -5.951  13.411
   13    HZ3  LYS 351           HZ3      LYS 351   1.321  -5.181  13.260

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    ASP 352           H        ASP 352  -5.839  -7.152  12.871
    2    HA   ASP 352           HA       ASP 352  -6.041  -6.034  15.435
    3    HB2  ASP 352           HB2      ASP 352  -7.673  -6.105  13.285
    4    HB3  ASP 352           HB3      ASP 352  -8.470  -7.299  14.305

  No H/Q in entry =           4
  Start of MODEL   25
    1    H    ALA 353           H        ALA 353  -6.782  -9.294  14.254
    2    HA   ALA 353           HA       ALA 353  -7.736 -10.270  16.746
    3    HB1  ALA 353           HB1      ALA 353  -7.911 -11.196  14.250
    4    HB2  ALA 353           HB2      ALA 353  -6.552 -12.171  14.810
    5    HB3  ALA 353           HB3      ALA 353  -8.093 -12.233  15.666

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLN 354           H        GLN 354  -4.575 -10.031  15.276
    2    HA   GLN 354           HA       GLN 354  -3.276 -11.798  17.117
    3   HE21  GLN 354          1HE2      GLN 354  -2.766 -13.959  15.632
    4   HE22  GLN 354          2HE2      GLN 354  -1.240 -14.754  15.478
    5    HB2  GLN 354           HB2      GLN 354  -2.170  -9.717  15.225
    6    HB3  GLN 354           HB3      GLN 354  -1.182 -10.836  16.154
    7    HG2  GLN 354           HG2      GLN 354  -3.286 -12.106  14.561
    8    HG3  GLN 354           HG3      GLN 354  -2.057 -11.260  13.623

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    ALA 355           H        ALA 355  -3.903  -8.355  16.953
    2    HA   ALA 355           HA       ALA 355  -2.196  -7.759  19.213
    3    HB1  ALA 355           HB1      ALA 355  -2.512  -6.168  17.332
    4    HB2  ALA 355           HB2      ALA 355  -2.875  -5.475  18.913
    5    HB3  ALA 355           HB3      ALA 355  -4.188  -5.961  17.840

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLY 356           H        GLY 356  -3.033  -6.688  21.153
    2    HA2  GLY 356           HA2      GLY 356  -5.781  -6.796  21.851
    3    HA3  GLY 356           HA3      GLY 356  -4.444  -6.535  22.961

  No H/Q in entry =           3
  Start of MODEL   25
    1    H1   GLU 326           H1       GLU 326 -15.484  -7.235 -13.063
    2    H2   GLU 326           H2       GLU 326 -14.517  -7.353 -14.476
    3    H3   GLU 326           H3       GLU 326 -13.845  -6.727 -13.028
    4    HA   GLU 326           HA       GLU 326 -14.247  -4.899 -14.333
    5    HB2  GLU 326           HB2      GLU 326 -16.758  -6.400 -14.994
    6    HB3  GLU 326           HB3      GLU 326 -16.708  -4.655 -15.204
    7    HG2  GLU 326           HG2      GLU 326 -14.671  -6.487 -16.430
    8    HG3  GLU 326           HG3      GLU 326 -16.183  -6.066 -17.233

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    SER 327           H        SER 327 -14.260  -3.379 -12.817
    2    HA   SER 327           HA       SER 327 -14.908  -2.036 -11.100
    3    HG   SER 327           HG       SER 327 -17.907  -0.542 -11.331
    4    HB2  SER 327           HB2      SER 327 -16.999  -2.011 -12.689
    5    HB3  SER 327           HB3      SER 327 -17.749  -2.946 -11.395

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    PHE 328           H        PHE 328 -14.240  -2.654  -9.156
    2    HA   PHE 328           HA       PHE 328 -15.708  -4.819  -7.798
    3    HD1  PHE 328           HD1      PHE 328 -13.773  -7.555  -7.892
    4    HD2  PHE 328           HD2      PHE 328 -12.536  -4.032  -9.933
    5    HE1  PHE 328           HE1      PHE 328 -13.145  -8.912  -9.846
    6    HE2  PHE 328           HE2      PHE 328 -11.907  -5.382 -11.892
    7    HZ   PHE 328           HZ       PHE 328 -12.212  -7.826 -11.850
    8    HB2  PHE 328           HB2      PHE 328 -12.783  -4.170  -7.403
    9    HB3  PHE 328           HB3      PHE 328 -13.670  -5.538  -6.738

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLY 329           H        GLY 329 -16.091  -4.585  -5.583
    2    HA2  GLY 329           HA2      GLY 329 -17.057  -2.496  -4.419
    3    HA3  GLY 329           HA3      GLY 329 -15.375  -1.986  -4.400

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    LEU 330           H        LEU 330 -14.771  -2.075  -2.328
    2    HA   LEU 330           HA       LEU 330 -15.515  -4.432  -0.743
    3    HG   LEU 330           HG       LEU 330 -12.711  -2.157  -1.338
    4   HD11  LEU 330          1HD1      LEU 330 -12.764  -2.774   1.229
    5   HD12  LEU 330          2HD1      LEU 330 -11.104  -3.271   0.898
    6   HD13  LEU 330          3HD1      LEU 330 -11.607  -1.611   0.580
    7   HD21  LEU 330          1HD2      LEU 330 -11.057  -4.592  -1.598
    8   HD22  LEU 330          2HD2      LEU 330 -11.190  -3.189  -2.658
    9   HD23  LEU 330          3HD2      LEU 330 -10.209  -3.100  -1.195
   10    HB2  LEU 330           HB2      LEU 330 -13.275  -4.700   0.083
   11    HB3  LEU 330           HB3      LEU 330 -13.249  -4.768  -1.669

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLY 331           H        GLY 331 -15.606  -4.104   1.503
    2    HA2  GLY 331           HA2      GLY 331 -16.585  -2.665   3.116
    3    HA3  GLY 331           HA3      GLY 331 -15.935  -1.286   2.242

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ILE 332           H        ILE 332 -15.164  -0.489   4.274
    2    HA   ILE 332           HA       ILE 332 -12.991  -1.996   5.520
    3    HB   ILE 332           HB       ILE 332 -12.588   0.859   4.636
    4   HG12  ILE 332          2HG1      ILE 332 -10.833  -0.407   3.115
    5   HG21  ILE 332          1HG2      ILE 332 -11.063  -1.082   6.236
    6   HG22  ILE 332          2HG2      ILE 332 -10.130  -0.175   5.045
    7   HG23  ILE 332          3HG2      ILE 332 -11.057   0.681   6.277
    8   HD11  ILE 332          1HD1      ILE 332 -13.353   0.697   2.618
    9   HD12  ILE 332          2HD1      ILE 332 -12.064   0.372   1.458
   10   HD13  ILE 332          3HD1      ILE 332 -13.309  -0.842   1.757
   11   HG13  ILE 332          3HG1      ILE 332 -11.978  -1.734   3.279

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ARG 333           H        ARG 333 -12.842  -1.681   7.674
    2    HA   ARG 333           HA       ARG 333 -14.752   0.186   8.875
    3    HE   ARG 333           HE       ARG 333 -15.273  -4.549  10.325
    4   HH11  ARG 333          1HH1      ARG 333 -16.648  -4.566   7.117
    5   HH12  ARG 333          2HH1      ARG 333 -16.855  -6.285   7.079
    6   HH21  ARG 333          1HH2      ARG 333 -15.544  -6.809  10.277
    7   HH22  ARG 333          2HH2      ARG 333 -16.229  -7.559   8.873
    8    HB2  ARG 333           HB2      ARG 333 -13.468  -2.356   9.751
    9    HB3  ARG 333           HB3      ARG 333 -13.921  -1.195  10.991
   10    HG2  ARG 333           HG2      ARG 333 -15.816  -2.457  10.897
   11    HG3  ARG 333           HG3      ARG 333 -16.214  -1.207   9.716
   12    HD2  ARG 333           HD2      ARG 333 -16.705  -2.978   8.409
   13    HD3  ARG 333           HD3      ARG 333 -14.965  -2.982   8.123

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLY 334           H        GLY 334 -12.308   1.187   7.751
    2    HA2  GLY 334           HA2      GLY 334 -10.127   1.614   9.244
    3    HA3  GLY 334           HA3      GLY 334 -11.319   2.578  10.102

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ARG 335           H        ARG 335 -10.944   4.645   9.650
    2    HA   ARG 335           HA       ARG 335 -11.281   5.643   7.010
    3    HE   ARG 335           HE       ARG 335 -13.863   9.691   7.312
    4   HH11  ARG 335          1HH1      ARG 335 -10.581  10.842   7.599
    5   HH12  ARG 335          2HH1      ARG 335 -10.787  12.099   6.425
    6   HH21  ARG 335          1HH2      ARG 335 -14.136  11.343   5.768
    7   HH22  ARG 335          2HH2      ARG 335 -12.805  12.384   5.386
    8    HB2  ARG 335           HB2      ARG 335 -11.809   6.801   9.250
    9    HB3  ARG 335           HB3      ARG 335 -10.101   7.214   9.288
   10    HG2  ARG 335           HG2      ARG 335 -10.276   8.701   7.568
   11    HG3  ARG 335           HG3      ARG 335 -11.641   7.858   6.832
   12    HD2  ARG 335           HD2      ARG 335 -12.856   8.602   9.049
   13    HD3  ARG 335           HD3      ARG 335 -11.598   9.838   9.057

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 336           H        GLU 336  -8.504   4.903   9.005
    2    HA   GLU 336           HA       GLU 336  -6.571   6.280   7.457
    3    HB2  GLU 336           HB2      GLU 336  -6.430   5.232   9.861
    4    HB3  GLU 336           HB3      GLU 336  -5.898   3.799   8.992
    5    HG2  GLU 336           HG2      GLU 336  -3.891   4.673   8.511
    6    HG3  GLU 336           HG3      GLU 336  -4.544   6.286   8.226

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ARG 337           H        ARG 337  -7.650   2.894   7.488
    2    HA   ARG 337           HA       ARG 337  -5.905   1.941   5.518
    3    HE   ARG 337           HE       ARG 337  -8.857  -0.682   7.754
    4   HH11  ARG 337          1HH1      ARG 337  -8.139  -3.946   6.749
    5   HH12  ARG 337          2HH1      ARG 337  -9.509  -4.630   7.559
    6   HH21  ARG 337          1HH2      ARG 337 -10.658  -1.579   8.820
    7   HH22  ARG 337          2HH2      ARG 337 -10.939  -3.286   8.734
    8    HB2  ARG 337           HB2      ARG 337  -8.341   1.015   6.844
    9    HB3  ARG 337           HB3      ARG 337  -8.200   0.435   5.191
   10    HG2  ARG 337           HG2      ARG 337  -5.873  -0.336   5.790
   11    HG3  ARG 337           HG3      ARG 337  -6.293   0.005   7.470
   12    HD2  ARG 337           HD2      ARG 337  -7.636  -1.948   5.610
   13    HD3  ARG 337           HD3      ARG 337  -6.679  -2.324   7.042

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    PHE 338           H        PHE 338  -9.261   3.093   5.204
    2    HA   PHE 338           HA       PHE 338  -9.435   2.826   2.420
    3    HD1  PHE 338           HD1      PHE 338 -12.764   2.804   1.979
    4    HD2  PHE 338           HD2      PHE 338 -10.619   6.462   2.340
    5    HE1  PHE 338           HE1      PHE 338 -13.981   3.704   0.040
    6    HE2  PHE 338           HE2      PHE 338 -11.833   7.370   0.402
    7    HZ   PHE 338           HZ       PHE 338 -13.517   5.990  -0.751
    8    HB2  PHE 338           HB2      PHE 338 -11.408   3.157   3.832
    9    HB3  PHE 338           HB3      PHE 338 -10.858   4.778   4.245

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLU 339           H        GLU 339  -8.087   5.340   4.441
    2    HA   GLU 339           HA       GLU 339  -7.903   7.376   2.506
    3    HB2  GLU 339           HB2      GLU 339  -6.599   6.791   5.115
    4    HB3  GLU 339           HB3      GLU 339  -5.801   7.953   4.063
    5    HG2  GLU 339           HG2      GLU 339  -7.740   9.356   4.037
    6    HG3  GLU 339           HG3      GLU 339  -8.681   8.147   4.910

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    MET 340           H        MET 340  -5.779   4.687   3.335
    2    HA   MET 340           HA       MET 340  -3.605   5.464   1.701
    3    HB2  MET 340           HB2      MET 340  -4.460   2.977   3.086
    4    HB3  MET 340           HB3      MET 340  -3.301   2.800   1.776
    5    HG2  MET 340           HG2      MET 340  -1.784   3.142   3.378
    6    HG3  MET 340           HG3      MET 340  -2.191   4.842   3.155
    7    HE1  MET 340           HE1      MET 340  -2.078   1.827   5.185
    8    HE2  MET 340           HE2      MET 340  -2.798   2.215   6.747
    9    HE3  MET 340           HE3      MET 340  -3.824   1.715   5.403

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    PHE 341           H        PHE 341  -6.157   3.028   1.167
    2    HA   PHE 341           HA       PHE 341  -5.471   2.464  -1.497
    3    HD1  PHE 341           HD1      PHE 341  -4.966   0.668  -0.239
    4    HD2  PHE 341           HD2      PHE 341  -8.952   0.842   1.239
    5    HE1  PHE 341           HE1      PHE 341  -4.362  -0.895   1.558
    6    HE2  PHE 341           HE2      PHE 341  -8.355  -0.723   3.041
    7    HZ   PHE 341           HZ       PHE 341  -6.057  -1.588   3.202
    8    HB2  PHE 341           HB2      PHE 341  -8.289   2.299  -0.449
    9    HB3  PHE 341           HB3      PHE 341  -7.493   1.259  -1.626

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    ARG 342           H        ARG 342  -7.233   5.096  -0.084
    2    HA   ARG 342           HA       ARG 342  -8.532   5.916  -2.505
    3    HE   ARG 342           HE       ARG 342  -9.427  10.666  -2.160
    4   HH11  ARG 342          1HH1      ARG 342 -10.213  11.126   1.209
    5   HH12  ARG 342          2HH1      ARG 342 -10.470  12.830   1.046
    6   HH21  ARG 342          1HH2      ARG 342  -9.765  12.908  -2.377
    7   HH22  ARG 342          2HH2      ARG 342 -10.217  13.842  -0.990
    8    HB2  ARG 342           HB2      ARG 342  -9.377   6.464  -0.217
    9    HB3  ARG 342           HB3      ARG 342  -8.000   7.537  -0.009
   10    HG2  ARG 342           HG2      ARG 342  -8.954   8.537  -2.287
   11    HG3  ARG 342           HG3      ARG 342 -10.452   7.884  -1.621
   12    HD2  ARG 342           HD2      ARG 342 -10.471   9.340   0.133
   13    HD3  ARG 342           HD3      ARG 342  -8.713   9.459   0.194

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 343           H        GLU 343  -5.671   6.983  -0.695
    2    HA   GLU 343           HA       GLU 343  -4.988   9.027  -2.568
    3    HB2  GLU 343           HB2      GLU 343  -2.909   9.216  -1.320
    4    HB3  GLU 343           HB3      GLU 343  -4.267   9.099  -0.210
    5    HG2  GLU 343           HG2      GLU 343  -3.767   6.766   0.202
    6    HG3  GLU 343           HG3      GLU 343  -2.451   6.822  -0.970

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 344           H        LEU 344  -4.279   5.635  -2.222
    2    HA   LEU 344           HA       LEU 344  -2.095   5.585  -4.065
    3    HG   LEU 344           HG       LEU 344  -1.185   4.384  -2.152
    4   HD11  LEU 344          1HD1      LEU 344  -2.439   1.722  -1.880
    5   HD12  LEU 344          2HD1      LEU 344  -0.695   1.810  -1.633
    6   HD13  LEU 344          3HD1      LEU 344  -1.776   2.798  -0.650
    7   HD21  LEU 344          1HD2      LEU 344  -1.034   2.740  -4.598
    8   HD22  LEU 344          2HD2      LEU 344   0.017   4.039  -4.033
    9   HD23  LEU 344          3HD2      LEU 344   0.181   2.416  -3.361
   10    HB2  LEU 344           HB2      LEU 344  -3.649   3.641  -2.506
   11    HB3  LEU 344           HB3      LEU 344  -3.075   3.028  -4.045

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ASN 345           H        ASN 345  -5.569   5.301  -4.297
    2    HA   ASN 345           HA       ASN 345  -5.620   4.234  -6.942
    3   HD21  ASN 345          1HD2      ASN 345  -8.112   6.074  -8.107
    4   HD22  ASN 345          2HD2      ASN 345  -9.003   4.834  -8.916
    5    HB2  ASN 345           HB2      ASN 345  -7.493   4.202  -5.167
    6    HB3  ASN 345           HB3      ASN 345  -7.845   5.842  -5.703

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    GLU 346           H        GLU 346  -5.919   7.494  -5.582
    2    HA   GLU 346           HA       GLU 346  -6.308   8.760  -8.110
    3    HB2  GLU 346           HB2      GLU 346  -6.980   9.661  -5.821
    4    HB3  GLU 346           HB3      GLU 346  -5.288  10.085  -5.601
    5    HG2  GLU 346           HG2      GLU 346  -5.368  11.781  -7.114
    6    HG3  GLU 346           HG3      GLU 346  -6.634  11.015  -8.073

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ALA 347           H        ALA 347  -3.539   7.946  -6.140
    2    HA   ALA 347           HA       ALA 347  -1.678   9.546  -7.626
    3    HB1  ALA 347           HB1      ALA 347  -1.416   8.811  -5.217
    4    HB2  ALA 347           HB2      ALA 347   0.001   8.620  -6.249
    5    HB3  ALA 347           HB3      ALA 347  -0.993   7.219  -5.848

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    LEU 348           H        LEU 348  -2.902   6.281  -7.799
    2    HA   LEU 348           HA       LEU 348  -0.876   5.311  -9.575
    3    HG   LEU 348           HG       LEU 348  -1.145   3.858  -7.495
    4   HD11  LEU 348          1HD1      LEU 348  -3.558   2.661  -7.297
    5   HD12  LEU 348          2HD1      LEU 348  -2.562   1.303  -7.820
    6   HD13  LEU 348          3HD1      LEU 348  -2.141   2.194  -6.357
    7   HD21  LEU 348          1HD2      LEU 348  -0.284   3.081  -9.783
    8   HD22  LEU 348          2HD2      LEU 348   0.123   2.106  -8.371
    9   HD23  LEU 348          3HD2      LEU 348  -1.168   1.590  -9.457
   10    HB2  LEU 348           HB2      LEU 348  -3.494   4.294  -8.564
   11    HB3  LEU 348           HB3      LEU 348  -2.786   3.536  -9.978

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLU 349           H        GLU 349  -3.998   6.851  -9.926
    2    HA   GLU 349           HA       GLU 349  -4.310   6.293 -12.705
    3    HB2  GLU 349           HB2      GLU 349  -5.644   8.063 -10.713
    4    HB3  GLU 349           HB3      GLU 349  -5.878   8.424 -12.418
    5    HG2  GLU 349           HG2      GLU 349  -6.668   6.104 -12.754
    6    HG3  GLU 349           HG3      GLU 349  -6.535   5.844 -11.016

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 350           H        LEU 350  -2.722   8.786 -10.855
    2    HA   LEU 350           HA       LEU 350  -2.426  10.678 -12.943
    3    HG   LEU 350           HG       LEU 350  -1.029  12.899 -10.444
    4   HD11  LEU 350          1HD1      LEU 350   0.483  11.967 -12.467
    5   HD12  LEU 350          2HD1      LEU 350  -0.735  12.865 -13.373
    6   HD13  LEU 350          3HD1      LEU 350   0.227  13.681 -12.141
    7   HD21  LEU 350          1HD2      LEU 350  -3.426  12.198 -11.440
    8   HD22  LEU 350          2HD2      LEU 350  -2.855  13.865 -11.355
    9   HD23  LEU 350          3HD2      LEU 350  -2.715  12.960 -12.863
   10    HB2  LEU 350           HB2      LEU 350  -1.955  10.692 -10.268
   11    HB3  LEU 350           HB3      LEU 350  -0.318  10.568 -10.884

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    LYS 351           H        LYS 351  -0.510   7.932 -11.870
    2    HA   LYS 351           HA       LYS 351   1.797   8.464 -13.400
    3    HB2  LYS 351           HB2      LYS 351   0.656   6.079 -12.030
    4    HB3  LYS 351           HB3      LYS 351   1.928   5.811 -13.213
    5    HG2  LYS 351           HG2      LYS 351   3.516   6.579 -11.849
    6    HG3  LYS 351           HG3      LYS 351   2.538   7.954 -11.334
    7    HD2  LYS 351           HD2      LYS 351   2.839   6.682  -9.387
    8    HD3  LYS 351           HD3      LYS 351   1.216   6.264  -9.942
    9    HE2  LYS 351           HE2      LYS 351   2.361   4.312 -11.161
   10    HE3  LYS 351           HE3      LYS 351   3.740   4.651 -10.116
   11    HZ1  LYS 351           HZ1      LYS 351   1.079   4.316  -8.917
   12    HZ2  LYS 351           HZ2      LYS 351   1.945   2.943  -9.393
   13    HZ3  LYS 351           HZ3      LYS 351   2.603   4.003  -8.251

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    ASP 352           H        ASP 352  -1.257   6.946 -14.161
    2    HA   ASP 352           HA       ASP 352  -0.516   5.664 -16.551
    3    HB2  ASP 352           HB2      ASP 352  -2.762   5.664 -15.100
    4    HB3  ASP 352           HB3      ASP 352  -3.246   6.827 -16.331

  No H/Q in entry =           4
  Start of MODEL   25
    1    H    ALA 353           H        ALA 353  -1.493   8.966 -15.850
    2    HA   ALA 353           HA       ALA 353  -1.818   9.790 -18.547
    3    HB1  ALA 353           HB1      ALA 353  -1.006  11.798 -16.535
    4    HB2  ALA 353           HB2      ALA 353  -2.486  10.898 -16.206
    5    HB3  ALA 353           HB3      ALA 353  -2.332  11.825 -17.698

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLN 354           H        GLN 354   0.914   9.694 -16.340
    2    HA   GLN 354           HA       GLN 354   2.657  11.204 -18.043
    3   HE21  GLN 354          1HE2      GLN 354   3.886  12.700 -13.387
    4   HE22  GLN 354          2HE2      GLN 354   2.256  12.829 -12.829
    5    HB2  GLN 354           HB2      GLN 354   2.899   9.735 -15.476
    6    HB3  GLN 354           HB3      GLN 354   4.373   9.930 -16.413
    7    HG2  GLN 354           HG2      GLN 354   4.517  11.833 -15.225
    8    HG3  GLN 354           HG3      GLN 354   3.477  12.442 -16.512

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    ALA 355           H        ALA 355   2.124   7.772 -17.381
    2    HA   ALA 355           HA       ALA 355   4.112   7.047 -19.401
    3    HB1  ALA 355           HB1      ALA 355   2.555   5.003 -17.897
    4    HB2  ALA 355           HB2      ALA 355   4.233   4.973 -18.437
    5    HB3  ALA 355           HB3      ALA 355   3.774   5.943 -17.037

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLY 356           H        GLY 356   2.824   7.865 -21.179
    2    HA2  GLY 356           HA2      GLY 356   0.971   5.820 -22.145
    3    HA3  GLY 356           HA3      GLY 356   1.734   7.071 -23.115

  No H/Q in entry =           3
  Start of MODEL   25
    1    H1   GLU 326           H1       GLU 326  16.976  12.575   7.291
    2    H2   GLU 326           H2       GLU 326  15.769  13.586   6.610
    3    H3   GLU 326           H3       GLU 326  16.208  13.768   8.257
    4    HA   GLU 326           HA       GLU 326  15.355  11.634   8.773
    5    HB2  GLU 326           HB2      GLU 326  13.721  13.740   7.459
    6    HB3  GLU 326           HB3      GLU 326  12.916  12.216   7.811
    7    HG2  GLU 326           HG2      GLU 326  12.976  12.538  10.048
    8    HG3  GLU 326           HG3      GLU 326  14.501  13.420   9.993

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    SER 327           H        SER 327  16.305   9.928   7.596
    2    HA   SER 327           HA       SER 327  14.598   8.915   5.452
    3    HG   SER 327           HG       SER 327  16.597   8.390   2.964
    4    HB2  SER 327           HB2      SER 327  16.423  10.024   4.270
    5    HB3  SER 327           HB3      SER 327  17.610   9.142   5.231

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    PHE 328           H        PHE 328  14.659   6.645   5.198
    2    HA   PHE 328           HA       PHE 328  16.227   5.128   7.143
    3    HD1  PHE 328           HD1      PHE 328  15.012   5.172   9.992
    4    HD2  PHE 328           HD2      PHE 328  12.506   6.970   7.061
    5    HE1  PHE 328           HE1      PHE 328  14.467   6.978  11.572
    6    HE2  PHE 328           HE2      PHE 328  11.956   8.780   8.635
    7    HZ   PHE 328           HZ       PHE 328  12.938   8.786  10.894
    8    HB2  PHE 328           HB2      PHE 328  13.260   4.666   6.844
    9    HB3  PHE 328           HB3      PHE 328  14.348   3.957   8.032

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLY 329           H        GLY 329  16.704   3.036   6.522
    2    HA2  GLY 329           HA2      GLY 329  17.389   1.648   4.754
    3    HA3  GLY 329           HA3      GLY 329  16.257   2.475   3.695

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    LEU 330           H        LEU 330  15.008   0.899   2.893
    2    HA   LEU 330           HA       LEU 330  13.539  -0.762   4.822
    3    HG   LEU 330           HG       LEU 330  11.433  -1.967   3.498
    4   HD11  LEU 330          1HD1      LEU 330  10.773   0.656   4.827
    5   HD12  LEU 330          2HD1      LEU 330   9.957  -0.877   5.131
    6   HD13  LEU 330          3HD1      LEU 330  11.661  -0.689   5.542
    7   HD21  LEU 330          1HD2      LEU 330  10.475  -0.920   1.466
    8   HD22  LEU 330          2HD2      LEU 330   9.283  -1.201   2.736
    9   HD23  LEU 330          3HD2      LEU 330   9.915   0.423   2.462
   10    HB2  LEU 330           HB2      LEU 330  12.439   0.845   3.054
   11    HB3  LEU 330           HB3      LEU 330  12.740  -0.488   1.956

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLY 331           H        GLY 331  14.559  -2.654   5.088
    2    HA2  GLY 331           HA2      GLY 331  16.091  -4.358   4.410
    3    HA3  GLY 331           HA3      GLY 331  15.722  -3.977   2.735

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ILE 332           H        ILE 332  14.215  -5.148   1.696
    2    HA   ILE 332           HA       ILE 332  12.779  -7.170   3.279
    3    HB   ILE 332           HB       ILE 332  11.558  -5.739   0.921
    4   HG12  ILE 332          2HG1      ILE 332  10.812  -5.340   3.818
    5   HG21  ILE 332          1HG2      ILE 332  10.765  -7.973   2.670
    6   HG22  ILE 332          2HG2      ILE 332   9.508  -6.786   2.320
    7   HG23  ILE 332          3HG2      ILE 332  10.322  -7.623   0.999
    8   HD11  ILE 332          1HD1      ILE 332   9.514  -4.607   1.484
    9   HD12  ILE 332          2HD1      ILE 332   9.227  -3.974   3.105
   10   HD13  ILE 332          3HD1      ILE 332  10.339  -3.143   2.018
   11   HG13  ILE 332          3HG1      ILE 332  11.963  -4.296   2.990

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ARG 333           H        ARG 333  12.394  -9.146   2.242
    2    HA   ARG 333           HA       ARG 333  14.080  -9.597  -0.123
    3    HE   ARG 333           HE       ARG 333  14.185 -14.348   0.489
    4   HH11  ARG 333          1HH1      ARG 333  17.090 -14.664   2.397
    5   HH12  ARG 333          2HH1      ARG 333  17.074 -16.395   2.362
    6   HH21  ARG 333          1HH2      ARG 333  14.163 -16.624   0.441
    7   HH22  ARG 333          2HH2      ARG 333  15.413 -17.508   1.251
    8    HB2  ARG 333           HB2      ARG 333  14.188 -10.882   2.242
    9    HB3  ARG 333           HB3      ARG 333  13.024 -11.903   1.410
   10    HG2  ARG 333           HG2      ARG 333  14.594 -12.326  -0.367
   11    HG3  ARG 333           HG3      ARG 333  15.748 -11.195   0.342
   12    HD2  ARG 333           HD2      ARG 333  16.617 -13.048   1.275
   13    HD3  ARG 333           HD3      ARG 333  15.311 -12.840   2.441

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLY 334           H        GLY 334  11.474  -8.479  -0.399
    2    HA2  GLY 334           HA2      GLY 334   9.229  -9.521  -0.911
    3    HA3  GLY 334           HA3      GLY 334  10.151 -10.687  -1.848

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ARG 335           H        ARG 335   9.681 -10.316  -3.918
    2    HA   ARG 335           HA       ARG 335  10.472  -7.831  -5.119
    3    HE   ARG 335           HE       ARG 335  10.625 -12.157  -8.529
    4   HH11  ARG 335          1HH1      ARG 335   8.085 -13.211  -6.380
    5   HH12  ARG 335          2HH1      ARG 335   8.766 -14.785  -6.146
    6   HH21  ARG 335          1HH2      ARG 335  11.522 -14.228  -8.222
    7   HH22  ARG 335          2HH2      ARG 335  10.717 -15.363  -7.190
    8    HB2  ARG 335           HB2      ARG 335   9.720  -8.927  -7.236
    9    HB3  ARG 335           HB3      ARG 335  10.915  -9.850  -6.336
   10    HG2  ARG 335           HG2      ARG 335   9.354 -11.442  -5.660
   11    HG3  ARG 335           HG3      ARG 335   7.985 -10.390  -6.028
   12    HD2  ARG 335           HD2      ARG 335   7.888 -11.743  -7.853
   13    HD3  ARG 335           HD3      ARG 335   9.020 -10.539  -8.467

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 336           H        GLU 336   7.436  -9.436  -4.359
    2    HA   GLU 336           HA       GLU 336   5.799  -7.551  -5.756
    3    HB2  GLU 336           HB2      GLU 336   5.269  -9.755  -3.790
    4    HB3  GLU 336           HB3      GLU 336   3.988  -8.635  -4.232
    5    HG2  GLU 336           HG2      GLU 336   4.054  -9.306  -6.497
    6    HG3  GLU 336           HG3      GLU 336   5.562 -10.189  -6.263

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ARG 337           H        ARG 337   6.381  -8.155  -2.288
    2    HA   ARG 337           HA       ARG 337   4.935  -5.976  -1.315
    3    HE   ARG 337           HE       ARG 337   5.038  -9.480   2.323
    4   HH11  ARG 337          1HH1      ARG 337   8.048  -7.901   1.512
    5   HH12  ARG 337          2HH1      ARG 337   8.844  -9.374   1.075
    6   HH21  ARG 337          1HH2      ARG 337   6.089 -11.414   1.748
    7   HH22  ARG 337          2HH2      ARG 337   7.734 -11.367   1.209
    8    HB2  ARG 337           HB2      ARG 337   6.500  -8.012  -0.225
    9    HB3  ARG 337           HB3      ARG 337   7.299  -6.530   0.282
   10    HG2  ARG 337           HG2      ARG 337   5.232  -5.724   1.265
   11    HG3  ARG 337           HG3      ARG 337   4.388  -7.172   0.711
   12    HD2  ARG 337           HD2      ARG 337   6.712  -7.132   2.635
   13    HD3  ARG 337           HD3      ARG 337   5.017  -7.299   3.088

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    PHE 338           H        PHE 338   8.385  -6.228  -2.125
    2    HA   PHE 338           HA       PHE 338   9.074  -3.595  -1.418
    3    HD1  PHE 338           HD1      PHE 338  11.089  -3.787  -5.044
    4    HD2  PHE 338           HD2      PHE 338  11.966  -3.391  -0.899
    5    HE1  PHE 338           HE1      PHE 338  12.747  -2.046  -5.565
    6    HE2  PHE 338           HE2      PHE 338  13.626  -1.649  -1.412
    7    HZ   PHE 338           HZ       PHE 338  14.018  -0.974  -3.749
    8    HB2  PHE 338           HB2      PHE 338  10.763  -5.330  -1.772
    9    HB3  PHE 338           HB3      PHE 338  10.331  -5.427  -3.476

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLU 339           H        GLU 339   7.735  -4.988  -4.347
    2    HA   GLU 339           HA       GLU 339   8.136  -2.815  -6.075
    3    HB2  GLU 339           HB2      GLU 339   6.307  -5.159  -6.000
    4    HB3  GLU 339           HB3      GLU 339   5.869  -3.834  -7.070
    5    HG2  GLU 339           HG2      GLU 339   7.791  -4.086  -8.366
    6    HG3  GLU 339           HG3      GLU 339   8.608  -5.041  -7.129

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    MET 340           H        MET 340   5.580  -3.525  -3.752
    2    HA   MET 340           HA       MET 340   3.847  -1.421  -4.487
    3    HB2  MET 340           HB2      MET 340   3.525  -3.494  -2.879
    4    HB3  MET 340           HB3      MET 340   4.023  -2.341  -1.650
    5    HG2  MET 340           HG2      MET 340   2.103  -1.169  -1.771
    6    HG3  MET 340           HG3      MET 340   1.924  -1.430  -3.505
    7    HE1  MET 340           HE1      MET 340   2.326  -3.391  -0.321
    8    HE2  MET 340           HE2      MET 340   0.964  -4.509  -0.261
    9    HE3  MET 340           HE3      MET 340   2.346  -4.857  -1.300

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    PHE 341           H        PHE 341   6.166  -1.661  -1.788
    2    HA   PHE 341           HA       PHE 341   5.916   1.000  -0.936
    3    HD1  PHE 341           HD1      PHE 341   5.029  -0.293   0.703
    4    HD2  PHE 341           HD2      PHE 341   8.622  -2.562   0.514
    5    HE1  PHE 341           HE1      PHE 341   3.942  -2.106   1.956
    6    HE2  PHE 341           HE2      PHE 341   7.542  -4.382   1.768
    7    HZ   PHE 341           HZ       PHE 341   5.199  -4.155   2.486
    8    HB2  PHE 341           HB2      PHE 341   8.464  -0.582  -0.676
    9    HB3  PHE 341           HB3      PHE 341   7.787   0.599   0.441

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    ARG 342           H        ARG 342   7.768  -0.432  -3.519
    2    HA   ARG 342           HA       ARG 342   9.496   1.823  -3.901
    3    HE   ARG 342           HE       ARG 342   9.996  -1.340  -8.054
    4   HH11  ARG 342          1HH1      ARG 342  13.113   0.052  -7.326
    5   HH12  ARG 342          2HH1      ARG 342  13.979  -1.416  -7.630
    6   HH21  ARG 342          1HH2      ARG 342  11.134  -3.272  -8.453
    7   HH22  ARG 342          2HH2      ARG 342  12.856  -3.303  -8.270
    8    HB2  ARG 342           HB2      ARG 342   9.866  -0.639  -4.626
    9    HB3  ARG 342           HB3      ARG 342   8.879  -0.218  -6.019
   10    HG2  ARG 342           HG2      ARG 342  10.826   1.805  -5.747
   11    HG3  ARG 342           HG3      ARG 342  11.652   0.256  -5.572
   12    HD2  ARG 342           HD2      ARG 342   9.768   0.929  -7.826
   13    HD3  ARG 342           HD3      ARG 342  11.520   1.095  -7.918

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 343           H        GLU 343   6.528   0.632  -5.414
    2    HA   GLU 343           HA       GLU 343   6.404   2.717  -7.359
    3    HB2  GLU 343           HB2      GLU 343   5.257   0.378  -7.358
    4    HB3  GLU 343           HB3      GLU 343   4.005   1.177  -6.418
    5    HG2  GLU 343           HG2      GLU 343   3.098   1.630  -8.403
    6    HG3  GLU 343           HG3      GLU 343   4.305   2.912  -8.483

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 344           H        LEU 344   5.240   2.287  -4.096
    2    HA   LEU 344           HA       LEU 344   3.441   4.506  -4.121
    3    HG   LEU 344           HG       LEU 344   1.862   3.476  -3.068
    4   HD11  LEU 344          1HD1      LEU 344   3.061   0.965  -1.929
    5   HD12  LEU 344          2HD1      LEU 344   1.355   1.112  -2.350
    6   HD13  LEU 344          3HD1      LEU 344   2.589   1.290  -3.597
    7   HD21  LEU 344          1HD2      LEU 344   2.216   4.170  -0.525
    8   HD22  LEU 344          2HD2      LEU 344   0.698   3.496  -1.117
    9   HD23  LEU 344          3HD2      LEU 344   1.857   2.461  -0.284
   10    HB2  LEU 344           HB2      LEU 344   4.508   2.618  -2.107
   11    HB3  LEU 344           HB3      LEU 344   3.983   4.176  -1.498

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ASN 345           H        ASN 345   6.827   4.040  -3.360
    2    HA   ASN 345           HA       ASN 345   7.196   6.598  -2.140
    3   HD21  ASN 345          1HD2      ASN 345   8.723   6.494  -0.313
    4   HD22  ASN 345          2HD2      ASN 345  10.166   7.445  -0.332
    5    HB2  ASN 345           HB2      ASN 345   8.669   4.565  -1.799
    6    HB3  ASN 345           HB3      ASN 345   9.330   4.872  -3.402

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    GLU 346           H        GLU 346   7.753   5.270  -5.374
    2    HA   GLU 346           HA       GLU 346   8.845   7.693  -6.426
    3    HB2  GLU 346           HB2      GLU 346   7.848   5.138  -7.660
    4    HB3  GLU 346           HB3      GLU 346   8.317   6.507  -8.659
    5    HG2  GLU 346           HG2      GLU 346  10.530   6.288  -8.170
    6    HG3  GLU 346           HG3      GLU 346  10.225   5.576  -6.586

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ALA 347           H        ALA 347   5.651   6.313  -6.148
    2    HA   ALA 347           HA       ALA 347   4.411   8.163  -7.963
    3    HB1  ALA 347           HB1      ALA 347   3.468   5.939  -7.593
    4    HB2  ALA 347           HB2      ALA 347   2.308   7.201  -7.181
    5    HB3  ALA 347           HB3      ALA 347   3.168   6.343  -5.903

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    LEU 348           H        LEU 348   5.060   8.020  -4.533
    2    HA   LEU 348           HA       LEU 348   3.291  10.163  -3.831
    3    HG   LEU 348           HG       LEU 348   2.800   8.114  -2.461
    4   HD11  LEU 348          1HD1      LEU 348   4.800   7.154  -1.031
    5   HD12  LEU 348          2HD1      LEU 348   3.973   8.017   0.266
    6   HD13  LEU 348          3HD1      LEU 348   3.121   6.771  -0.647
    7   HD21  LEU 348          1HD2      LEU 348   3.117  10.410  -0.577
    8   HD22  LEU 348          2HD2      LEU 348   1.839  10.087  -1.748
    9   HD23  LEU 348          3HD2      LEU 348   1.917   9.160  -0.249
   10    HB2  LEU 348           HB2      LEU 348   5.391   8.576  -2.433
   11    HB3  LEU 348           HB3      LEU 348   4.904  10.107  -1.732

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLU 349           H        GLU 349   6.632   9.873  -4.804
    2    HA   GLU 349           HA       GLU 349   7.418  12.500  -4.019
    3    HB2  GLU 349           HB2      GLU 349   8.832  10.344  -4.650
    4    HB3  GLU 349           HB3      GLU 349   8.800  11.079  -6.247
    5    HG2  GLU 349           HG2      GLU 349  10.050  12.894  -5.587
    6    HG3  GLU 349           HG3      GLU 349   9.602  12.718  -3.891

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 350           H        LEU 350   5.952  11.108  -6.864
    2    HA   LEU 350           HA       LEU 350   6.438  13.308  -8.604
    3    HG   LEU 350           HG       LEU 350   7.076  10.984  -9.624
    4   HD11  LEU 350          1HD1      LEU 350   5.121   9.346 -10.128
    5   HD12  LEU 350          2HD1      LEU 350   5.071  10.176 -11.683
    6   HD13  LEU 350          3HD1      LEU 350   6.545   9.357 -11.168
    7   HD21  LEU 350          1HD2      LEU 350   5.579  12.715 -11.567
    8   HD22  LEU 350          2HD2      LEU 350   7.119  13.030 -10.768
    9   HD23  LEU 350          3HD2      LEU 350   7.018  11.810 -12.037
   10    HB2  LEU 350           HB2      LEU 350   4.705  10.886  -8.652
   11    HB3  LEU 350           HB3      LEU 350   4.325  12.192  -9.759

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    LYS 351           H        LYS 351   3.751  12.374  -6.506
    2    HA   LYS 351           HA       LYS 351   1.964  14.401  -7.303
    3    HB2  LYS 351           HB2      LYS 351   2.203  12.569  -4.971
    4    HB3  LYS 351           HB3      LYS 351   1.151  13.967  -4.797
    5    HG2  LYS 351           HG2      LYS 351  -0.338  13.219  -6.373
    6    HG3  LYS 351           HG3      LYS 351   0.871  12.240  -7.207
    7    HD2  LYS 351           HD2      LYS 351  -0.617  10.746  -6.092
    8    HD3  LYS 351           HD3      LYS 351   0.906  10.738  -5.200
    9    HE2  LYS 351           HE2      LYS 351  -0.817  10.841  -3.580
   10    HE3  LYS 351           HE3      LYS 351  -0.117  12.457  -3.668
   11    HZ1  LYS 351           HZ1      LYS 351  -2.408  11.898  -5.389
   12    HZ2  LYS 351           HZ2      LYS 351  -2.711  12.043  -3.731
   13    HZ3  LYS 351           HZ3      LYS 351  -1.990  13.320  -4.574

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    ASP 352           H        ASP 352   4.630  14.352  -5.047
    2    HA   ASP 352           HA       ASP 352   3.972  16.805  -3.742
    3    HB2  ASP 352           HB2      ASP 352   6.283  14.936  -3.762
    4    HB3  ASP 352           HB3      ASP 352   6.597  16.590  -3.247

  No H/Q in entry =           4
  Start of MODEL   25
    1    H    ALA 353           H        ALA 353   5.837  15.915  -6.566
    2    HA   ALA 353           HA       ALA 353   7.129  18.436  -6.894
    3    HB1  ALA 353           HB1      ALA 353   6.746  16.035  -8.640
    4    HB2  ALA 353           HB2      ALA 353   7.434  17.522  -9.293
    5    HB3  ALA 353           HB3      ALA 353   8.232  16.693  -7.956

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLN 354           H        GLN 354   4.078  17.075  -7.926
    2    HA   GLN 354           HA       GLN 354   3.526  19.339  -9.673
    3   HE21  GLN 354          1HE2      GLN 354   2.534  14.420  -9.520
    4   HE22  GLN 354          2HE2      GLN 354   1.182  13.701 -10.319
    5    HB2  GLN 354           HB2      GLN 354   1.483  18.150 -10.260
    6    HB3  GLN 354           HB3      GLN 354   2.872  17.079 -10.395
    7    HG2  GLN 354           HG2      GLN 354   2.304  16.183  -8.139
    8    HG3  GLN 354           HG3      GLN 354   0.825  17.141  -8.194

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    ALA 355           H        ALA 355   2.568  18.038  -6.560
    2    HA   ALA 355           HA       ALA 355   1.361  18.905  -4.836
    3    HB1  ALA 355           HB1      ALA 355   2.227  21.391  -6.264
    4    HB2  ALA 355           HB2      ALA 355   2.778  20.743  -4.719
    5    HB3  ALA 355           HB3      ALA 355   1.180  21.479  -4.848

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLY 356           H        GLY 356  -0.661  18.097  -5.059
    2    HA2  GLY 356           HA2      GLY 356  -2.671  19.886  -6.171
    3    HA3  GLY 356           HA3      GLY 356  -2.973  18.458  -5.193

  No H/Q in entry =           3
  Start of MODEL   25
    1    H1   GLU 326           H1       GLU 326  17.051  -9.668  -5.918
    2    H2   GLU 326           H2       GLU 326  16.331 -11.212  -6.111
    3    H3   GLU 326           H3       GLU 326  15.555 -10.018  -5.152
    4    HA   GLU 326           HA       GLU 326  16.555 -11.575  -3.734
    5    HB2  GLU 326           HB2      GLU 326  18.912 -11.081  -5.534
    6    HB3  GLU 326           HB3      GLU 326  19.142 -11.702  -3.906
    7    HG2  GLU 326           HG2      GLU 326  17.333 -13.016  -5.910
    8    HG3  GLU 326           HG3      GLU 326  19.044 -13.409  -5.754

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    SER 327           H        SER 327  15.927 -10.021  -2.260
    2    HA   SER 327           HA       SER 327  16.166  -8.379  -0.705
    3    HG   SER 327           HG       SER 327  18.245 -10.332   0.372
    4    HB2  SER 327           HB2      SER 327  19.112  -8.215  -1.180
    5    HB3  SER 327           HB3      SER 327  18.218  -8.213   0.340

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    PHE 328           H        PHE 328  15.210  -6.597  -1.509
    2    HA   PHE 328           HA       PHE 328  16.785  -4.872  -3.300
    3    HD1  PHE 328           HD1      PHE 328  15.868  -5.510  -5.818
    4    HD2  PHE 328           HD2      PHE 328  12.857  -6.822  -3.113
    5    HE1  PHE 328           HE1      PHE 328  15.439  -7.464  -7.250
    6    HE2  PHE 328           HE2      PHE 328  12.423  -8.780  -4.539
    7    HZ   PHE 328           HZ       PHE 328  13.715  -9.103  -6.611
    8    HB2  PHE 328           HB2      PHE 328  13.807  -4.716  -2.840
    9    HB3  PHE 328           HB3      PHE 328  14.740  -3.973  -4.135

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLY 329           H        GLY 329  16.939  -2.653  -2.883
    2    HA2  GLY 329           HA2      GLY 329  17.700  -1.324  -0.966
    3    HA3  GLY 329           HA3      GLY 329  16.286  -1.907  -0.099

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    LEU 330           H        LEU 330  15.327   0.028   0.335
    2    HA   LEU 330           HA       LEU 330  14.686   1.763  -1.950
    3    HG   LEU 330           HG       LEU 330  12.275   3.092  -1.481
    4   HD11  LEU 330          1HD1      LEU 330  12.321   0.724  -3.332
    5   HD12  LEU 330          2HD1      LEU 330  11.521   2.242  -3.738
    6   HD13  LEU 330          3HD1      LEU 330  13.258   2.214  -3.438
    7   HD21  LEU 330          1HD2      LEU 330  10.511   1.582  -0.275
    8   HD22  LEU 330          2HD2      LEU 330  10.016   2.682  -1.561
    9   HD23  LEU 330          3HD2      LEU 330  10.228   0.965  -1.903
   10    HB2  LEU 330           HB2      LEU 330  12.815   0.146  -1.093
   11    HB3  LEU 330           HB3      LEU 330  12.677   1.302   0.219

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLY 331           H        GLY 331  14.796   3.920  -1.569
    2    HA2  GLY 331           HA2      GLY 331  16.036   5.583  -0.357
    3    HA3  GLY 331           HA3      GLY 331  15.682   4.709   1.126

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ILE 332           H        ILE 332  13.507   4.791   1.963
    2    HA   ILE 332           HA       ILE 332  11.711   6.781   0.851
    3    HB   ILE 332           HB       ILE 332  11.358   5.210   3.402
    4   HG12  ILE 332          2HG1      ILE 332   9.752   3.938   1.665
    5   HG21  ILE 332          1HG2      ILE 332   9.492   6.766   1.632
    6   HG22  ILE 332          2HG2      ILE 332   8.926   5.605   2.833
    7   HG23  ILE 332          3HG2      ILE 332   9.846   7.022   3.341
    8   HD11  ILE 332          1HD1      ILE 332  11.981   3.218   3.037
    9   HD12  ILE 332          2HD1      ILE 332  11.040   2.150   1.996
   10   HD13  ILE 332          3HD1      ILE 332  12.482   2.949   1.368
   11   HG13  ILE 332          3HG1      ILE 332  11.024   4.436   0.553

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ARG 333           H        ARG 333  11.877   8.856   1.353
    2    HA   ARG 333           HA       ARG 333  13.283   9.645   3.789
    3    HE   ARG 333           HE       ARG 333  14.585  14.928   1.964
    4   HH11  ARG 333          1HH1      ARG 333  16.287  12.582   3.907
    5   HH12  ARG 333          2HH1      ARG 333  16.940  13.766   4.988
    6   HH21  ARG 333          1HH2      ARG 333  15.443  16.487   3.385
    7   HH22  ARG 333          2HH2      ARG 333  16.461  15.983   4.693
    8    HB2  ARG 333           HB2      ARG 333  13.631  10.606   1.361
    9    HB3  ARG 333           HB3      ARG 333  12.252  11.611   1.786
   10    HG2  ARG 333           HG2      ARG 333  13.410  12.653   3.537
   11    HG3  ARG 333           HG3      ARG 333  14.677  11.425   3.541
   12    HD2  ARG 333           HD2      ARG 333  15.784  12.371   1.811
   13    HD3  ARG 333           HD3      ARG 333  14.302  12.886   1.007

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLY 334           H        GLY 334  11.473   8.920   5.138
    2    HA2  GLY 334           HA2      GLY 334   8.917  10.146   4.979
    3    HA3  GLY 334           HA3      GLY 334   9.939  11.015   6.114

  No H/Q in entry =           3
  Start of MODEL   25
    1    H    ARG 335           H        ARG 335   9.184  10.491   8.070
    2    HA   ARG 335           HA       ARG 335   9.571   7.855   9.073
    3    HE   ARG 335           HE       ARG 335   8.437   8.916  14.663
    4   HH11  ARG 335          1HH1      ARG 335  10.221   6.726  12.614
    5   HH12  ARG 335          2HH1      ARG 335  10.073   5.388  13.703
    6   HH21  ARG 335          1HH2      ARG 335   8.240   7.157  16.096
    7   HH22  ARG 335          2HH2      ARG 335   8.948   5.632  15.679
    8    HB2  ARG 335           HB2      ARG 335   9.874   9.846  10.476
    9    HB3  ARG 335           HB3      ARG 335   8.162  10.219  10.326
   10    HG2  ARG 335           HG2      ARG 335   7.542   8.629  11.812
   11    HG3  ARG 335           HG3      ARG 335   8.857   7.540  11.364
   12    HD2  ARG 335           HD2      ARG 335  10.433   8.803  12.631
   13    HD3  ARG 335           HD3      ARG 335   9.267  10.098  12.899

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 336           H        GLU 336   6.777   9.702   8.013
    2    HA   GLU 336           HA       GLU 336   4.833   7.846   8.965
    3    HB2  GLU 336           HB2      GLU 336   4.565  10.353   8.297
    4    HB3  GLU 336           HB3      GLU 336   4.340   9.717   6.673
    5    HG2  GLU 336           HG2      GLU 336   2.483   8.329   7.508
    6    HG3  GLU 336           HG3      GLU 336   2.683   9.062   9.098

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ARG 337           H        ARG 337   6.201   8.511   5.747
    2    HA   ARG 337           HA       ARG 337   4.783   6.549   4.348
    3    HE   ARG 337           HE       ARG 337   5.529  10.036   0.161
    4   HH11  ARG 337          1HH1      ARG 337   7.852   9.683   2.742
    5   HH12  ARG 337          2HH1      ARG 337   8.089  11.388   2.930
    6   HH21  ARG 337          1HH2      ARG 337   5.840  12.278   0.407
    7   HH22  ARG 337          2HH2      ARG 337   6.946  12.861   1.605
    8    HB2  ARG 337           HB2      ARG 337   7.163   8.203   3.883
    9    HB3  ARG 337           HB3      ARG 337   7.183   6.671   3.019
   10    HG2  ARG 337           HG2      ARG 337   4.908   7.242   2.140
   11    HG3  ARG 337           HG3      ARG 337   5.115   8.846   2.846
   12    HD2  ARG 337           HD2      ARG 337   7.459   8.287   1.380
   13    HD3  ARG 337           HD3      ARG 337   6.098   7.824   0.360

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    PHE 338           H        PHE 338   8.031   6.391   5.796
    2    HA   PHE 338           HA       PHE 338   8.551   3.715   5.139
    3    HD1  PHE 338           HD1      PHE 338   9.644   3.399   8.990
    4    HD2  PHE 338           HD2      PHE 338  11.653   3.395   5.239
    5    HE1  PHE 338           HE1      PHE 338  10.989   1.471   9.717
    6    HE2  PHE 338           HE2      PHE 338  13.001   1.467   5.958
    7    HZ   PHE 338           HZ       PHE 338  12.670   0.502   8.200
    8    HB2  PHE 338           HB2      PHE 338  10.306   5.251   5.890
    9    HB3  PHE 338           HB3      PHE 338   9.568   5.335   7.486

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    GLU 339           H        GLU 339   6.753   5.168   7.763
    2    HA   GLU 339           HA       GLU 339   6.605   2.932   9.461
    3    HB2  GLU 339           HB2      GLU 339   5.076   5.455   9.121
    4    HB3  GLU 339           HB3      GLU 339   4.274   4.158   9.995
    5    HG2  GLU 339           HG2      GLU 339   7.026   4.636  10.848
    6    HG3  GLU 339           HG3      GLU 339   5.946   6.009  11.089

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    MET 340           H        MET 340   4.655   3.946   6.704
    2    HA   MET 340           HA       MET 340   2.641   1.978   6.983
    3    HB2  MET 340           HB2      MET 340   2.920   4.151   5.409
    4    HB3  MET 340           HB3      MET 340   3.351   2.896   4.255
    5    HG2  MET 340           HG2      MET 340   1.251   2.102   4.125
    6    HG3  MET 340           HG3      MET 340   0.918   2.396   5.831
    7    HE1  MET 340           HE1      MET 340   1.638   4.187   2.457
    8    HE2  MET 340           HE2      MET 340   0.904   5.774   2.693
    9    HE3  MET 340           HE3      MET 340   2.354   5.330   3.594

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    PHE 341           H        PHE 341   5.433   2.136   4.767
    2    HA   PHE 341           HA       PHE 341   5.150  -0.483   3.779
    3    HD1  PHE 341           HD1      PHE 341   8.323   2.881   2.830
    4    HD2  PHE 341           HD2      PHE 341   4.578   0.978   2.153
    5    HE1  PHE 341           HE1      PHE 341   7.583   4.815   1.502
    6    HE2  PHE 341           HE2      PHE 341   3.833   2.904   0.822
    7    HZ   PHE 341           HZ       PHE 341   5.335   4.826   0.500
    8    HB2  PHE 341           HB2      PHE 341   7.803   0.925   3.981
    9    HB3  PHE 341           HB3      PHE 341   7.231  -0.168   2.724

  No H/Q in entry =           9
  Start of MODEL   25
    1    H    ARG 342           H        ARG 342   6.573   0.765   6.692
    2    HA   ARG 342           HA       ARG 342   8.113  -1.582   7.285
    3    HE   ARG 342           HE       ARG 342   9.999  -1.192  11.965
    4   HH11  ARG 342          1HH1      ARG 342   8.066   1.476  13.116
    5   HH12  ARG 342          2HH1      ARG 342   8.659   1.368  14.739
    6   HH21  ARG 342          1HH2      ARG 342  10.780  -1.336  14.099
    7   HH22  ARG 342          2HH2      ARG 342  10.200  -0.228  15.298
    8    HB2  ARG 342           HB2      ARG 342   8.721   0.637   8.176
    9    HB3  ARG 342           HB3      ARG 342   7.225   0.669   9.101
   10    HG2  ARG 342           HG2      ARG 342   8.223  -1.634  10.005
   11    HG3  ARG 342           HG3      ARG 342   9.731  -0.817   9.590
   12    HD2  ARG 342           HD2      ARG 342   8.941   1.142  10.927
   13    HD3  ARG 342           HD3      ARG 342   7.572   0.163  11.451

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    GLU 343           H        GLU 343   4.985  -0.274   8.305
    2    HA   GLU 343           HA       GLU 343   4.418  -2.401  10.120
    3    HB2  GLU 343           HB2      GLU 343   3.392  -0.019  10.013
    4    HB3  GLU 343           HB3      GLU 343   2.313  -0.704   8.806
    5    HG2  GLU 343           HG2      GLU 343   1.274  -2.094  10.327
    6    HG3  GLU 343           HG3      GLU 343   2.628  -2.041  11.455

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 344           H        LEU 344   3.885  -1.835   6.717
    2    HA   LEU 344           HA       LEU 344   2.006  -3.943   6.328
    3    HG   LEU 344           HG       LEU 344   0.766  -2.584   5.044
    4   HD11  LEU 344          1HD1      LEU 344   2.041  -0.689   3.727
    5   HD12  LEU 344          2HD1      LEU 344   1.491  -1.614   2.329
    6   HD13  LEU 344          3HD1      LEU 344   0.318  -0.979   3.484
    7   HD21  LEU 344          1HD2      LEU 344   1.777  -4.401   2.963
    8   HD22  LEU 344          2HD2      LEU 344   0.355  -4.534   3.997
    9   HD23  LEU 344          3HD2      LEU 344   0.304  -3.522   2.553
   10    HB2  LEU 344           HB2      LEU 344   3.336  -1.945   4.721
   11    HB3  LEU 344           HB3      LEU 344   3.357  -3.498   3.907

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    ASN 345           H        ASN 345   5.504  -3.678   6.221
    2    HA   ASN 345           HA       ASN 345   6.000  -6.199   5.021
    3   HD21  ASN 345          1HD2      ASN 345   9.784  -5.797   6.935
    4   HD22  ASN 345          2HD2      ASN 345  10.368  -6.908   5.748
    5    HB2  ASN 345           HB2      ASN 345   7.607  -4.200   5.301
    6    HB3  ASN 345           HB3      ASN 345   7.892  -4.829   6.921

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    GLU 346           H        GLU 346   5.819  -5.108   8.386
    2    HA   GLU 346           HA       GLU 346   6.476  -7.645   9.504
    3    HB2  GLU 346           HB2      GLU 346   6.790  -5.548  10.745
    4    HB3  GLU 346           HB3      GLU 346   5.052  -5.284  10.748
    5    HG2  GLU 346           HG2      GLU 346   5.234  -7.768  11.845
    6    HG3  GLU 346           HG3      GLU 346   6.701  -6.996  12.446

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    ALA 347           H        ALA 347   3.518  -6.091   8.491
    2    HA   ALA 347           HA       ALA 347   1.754  -7.924   9.797
    3    HB1  ALA 347           HB1      ALA 347   1.092  -6.201   7.421
    4    HB2  ALA 347           HB2      ALA 347   1.181  -5.576   9.067
    5    HB3  ALA 347           HB3      ALA 347  -0.003  -6.818   8.659

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    LEU 348           H        LEU 348   3.353  -7.779   6.690
    2    HA   LEU 348           HA       LEU 348   1.792  -9.821   5.449
    3    HG   LEU 348           HG       LEU 348   3.245  -8.075   2.597
    4   HD11  LEU 348          1HD1      LEU 348   1.652 -10.372   3.517
    5   HD12  LEU 348          2HD1      LEU 348   0.780  -9.163   2.574
    6   HD13  LEU 348          3HD1      LEU 348   2.209  -9.946   1.899
    7   HD21  LEU 348          1HD2      LEU 348   1.631  -7.491   5.006
    8   HD22  LEU 348          2HD2      LEU 348   2.280  -6.401   3.781
    9   HD23  LEU 348          3HD2      LEU 348   0.822  -7.336   3.447
   10    HB2  LEU 348           HB2      LEU 348   4.219  -8.269   4.802
   11    HB3  LEU 348           HB3      LEU 348   4.116  -9.852   4.055

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    GLU 349           H        GLU 349   4.822  -9.751   7.247
    2    HA   GLU 349           HA       GLU 349   5.521 -12.461   6.767
    3    HB2  GLU 349           HB2      GLU 349   6.389 -10.389   8.757
    4    HB3  GLU 349           HB3      GLU 349   6.931 -12.054   8.916
    5    HG2  GLU 349           HG2      GLU 349   8.124 -11.983   6.913
    6    HG3  GLU 349           HG3      GLU 349   7.273 -10.544   6.354

  No H/Q in entry =           6
  Start of MODEL   25
    1    H    LEU 350           H        LEU 350   3.454 -10.863   9.068
    2    HA   LEU 350           HA       LEU 350   3.287 -13.046  10.905
    3    HG   LEU 350           HG       LEU 350   3.932 -10.767  11.948
    4   HD11  LEU 350          1HD1      LEU 350   1.419  -9.285  12.525
    5   HD12  LEU 350          2HD1      LEU 350   2.730  -9.220  13.704
    6   HD13  LEU 350          3HD1      LEU 350   3.005  -8.680  12.047
    7   HD21  LEU 350          1HD2      LEU 350   1.874 -12.247  13.475
    8   HD22  LEU 350          2HD2      LEU 350   3.624 -12.462  13.421
    9   HD23  LEU 350          3HD2      LEU 350   2.925 -11.162  14.386
   10    HB2  LEU 350           HB2      LEU 350   1.776 -10.497  10.494
   11    HB3  LEU 350           HB3      LEU 350   1.122 -11.725  11.561

  No H/Q in entry =          11
  Start of MODEL   25
    1    H    LYS 351           H        LYS 351   1.263 -11.868   8.244
    2    HA   LYS 351           HA       LYS 351  -0.766 -13.833   8.581
    3    HB2  LYS 351           HB2      LYS 351  -1.568 -13.091   6.387
    4    HB3  LYS 351           HB3      LYS 351  -1.205 -11.722   7.429
    5    HG2  LYS 351           HG2      LYS 351   0.932 -11.416   6.276
    6    HG3  LYS 351           HG3      LYS 351   0.550 -12.778   5.222
    7    HD2  LYS 351           HD2      LYS 351  -1.517 -10.690   5.371
    8    HD3  LYS 351           HD3      LYS 351   0.006 -10.188   4.634
    9    HE2  LYS 351           HE2      LYS 351  -0.244 -12.435   3.315
   10    HE3  LYS 351           HE3      LYS 351  -1.945 -12.263   3.744
   11    HZ1  LYS 351           HZ1      LYS 351  -1.414  -9.821   2.835
   12    HZ2  LYS 351           HZ2      LYS 351  -0.337 -10.718   1.886
   13    HZ3  LYS 351           HZ3      LYS 351  -1.991 -11.072   1.853

  No H/Q in entry =          13
  Start of MODEL   25
    1    H    ASP 352           H        ASP 352   2.252 -13.713   6.834
    2    HA   ASP 352           HA       ASP 352   1.735 -16.004   5.201
    3    HB2  ASP 352           HB2      ASP 352   3.409 -14.153   4.711
    4    HB3  ASP 352           HB3      ASP 352   4.448 -14.897   5.923

  No H/Q in entry =           4
  Start of MODEL   25
    1    H    ALA 353           H        ALA 353   3.102 -15.449   8.366
    2    HA   ALA 353           HA       ALA 353   4.296 -18.018   8.666
    3    HB1  ALA 353           HB1      ALA 353   5.049 -16.146  10.004
    4    HB2  ALA 353           HB2      ALA 353   3.454 -15.999  10.742
    5    HB3  ALA 353           HB3      ALA 353   4.441 -17.427  11.053

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLN 354           H        GLN 354   1.109 -16.707   9.246
    2    HA   GLN 354           HA       GLN 354   0.141 -18.814  10.878
    3   HE21  GLN 354          1HE2      GLN 354  -3.233 -16.508  12.197
    4   HE22  GLN 354          2HE2      GLN 354  -2.790 -17.098  13.760
    5    HB2  GLN 354           HB2      GLN 354  -1.371 -16.895   9.097
    6    HB3  GLN 354           HB3      GLN 354  -2.097 -17.926  10.322
    7    HG2  GLN 354           HG2      GLN 354   0.050 -15.980  11.052
    8    HG3  GLN 354           HG3      GLN 354  -1.622 -15.453  10.869

  No H/Q in entry =           8
  Start of MODEL   25
    1    H    ALA 355           H        ALA 355   0.260 -18.289   7.405
    2    HA   ALA 355           HA       ALA 355  -0.639 -21.066   7.026
    3    HB1  ALA 355           HB1      ALA 355  -1.489 -18.649   5.442
    4    HB2  ALA 355           HB2      ALA 355  -2.509 -19.729   6.393
    5    HB3  ALA 355           HB3      ALA 355  -1.750 -20.311   4.911

  No H/Q in entry =           5
  Start of MODEL   25
    1    H    GLY 356           H        GLY 356   0.784 -22.262   5.948
    2    HA2  GLY 356           HA2      GLY 356   3.068 -20.973   4.697
    3    HA3  GLY 356           HA3      GLY 356   2.035 -21.890   3.611

  No H/Q in entry =           3
  Start of MODEL   26
    1    H1   GLU 326           H1       GLU 326 -17.778   2.012  10.742
    2    H2   GLU 326           H2       GLU 326 -16.421   2.898  11.301
    3    H3   GLU 326           H3       GLU 326 -17.993   3.287  11.871
    4    HB2  GLU 326           HB2      GLU 326 -15.918   4.902  10.805
    5    HB3  GLU 326           HB3      GLU 326 -16.554   5.670   9.357
    6    HG2  GLU 326           HG2      GLU 326 -18.597   6.252  10.744
    7    HG3  GLU 326           HG3      GLU 326 -17.645   5.771  12.148
    8    HA   GLU 326           HA       GLU 326 -18.650   4.141   9.854

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    SER 327           H        SER 327 -18.886   2.450   8.316
    2    HA   SER 327           HA       SER 327 -16.648   1.534   6.775
    3    HG   SER 327           HG       SER 327 -17.894   0.100   4.687
    4    HB2  SER 327           HB2      SER 327 -19.000   0.405   7.269
    5    HB3  SER 327           HB3      SER 327 -19.447   1.235   5.778

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    PHE 328           H        PHE 328 -16.252   1.930   4.559
    2    HA   PHE 328           HA       PHE 328 -17.583   4.270   3.396
    3    HD1  PHE 328           HD1      PHE 328 -13.334   4.374   5.201
    4    HD2  PHE 328           HD2      PHE 328 -17.247   6.027   4.929
    5    HE1  PHE 328           HE1      PHE 328 -13.073   5.351   7.444
    6    HE2  PHE 328           HE2      PHE 328 -16.993   7.008   7.171
    7    HZ   PHE 328           HZ       PHE 328 -14.904   6.671   8.431
    8    HB2  PHE 328           HB2      PHE 328 -14.583   3.951   3.336
    9    HB3  PHE 328           HB3      PHE 328 -15.531   5.346   2.833

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLY 329           H        GLY 329 -18.257   3.825   1.409
    2    HA2  GLY 329           HA2      GLY 329 -18.614   2.510  -0.476
    3    HA3  GLY 329           HA3      GLY 329 -17.334   1.435   0.065

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    LEU 330           H        LEU 330 -15.578   1.410  -1.159
    2    HA   LEU 330           HA       LEU 330 -14.806   3.871  -2.571
    3    HG   LEU 330           HG       LEU 330 -12.620   4.545  -1.996
    4   HD11  LEU 330          1HD1      LEU 330 -10.591   2.332  -1.753
    5   HD12  LEU 330          2HD1      LEU 330 -10.194   4.047  -1.851
    6   HD13  LEU 330          3HD1      LEU 330 -11.125   3.435  -0.484
    7   HD21  LEU 330          1HD2      LEU 330 -12.902   3.666  -4.338
    8   HD22  LEU 330          2HD2      LEU 330 -11.403   4.545  -4.032
    9   HD23  LEU 330          3HD2      LEU 330 -11.393   2.783  -4.105
   10    HB2  LEU 330           HB2      LEU 330 -13.295   2.361  -0.925
   11    HB3  LEU 330           HB3      LEU 330 -12.936   1.582  -2.454

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLY 331           H        GLY 331 -15.125   3.965  -4.691
    2    HA2  GLY 331           HA2      GLY 331 -15.917   3.233  -6.755
    3    HA3  GLY 331           HA3      GLY 331 -15.932   1.588  -6.138

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ILE 332           H        ILE 332 -13.914   0.423  -6.051
    2    HA   ILE 332           HA       ILE 332 -11.663   1.533  -7.513
    3    HB   ILE 332           HB       ILE 332 -11.943  -1.245  -6.365
    4   HG12  ILE 332          2HG1      ILE 332 -10.286   0.739  -4.947
    5   HG21  ILE 332          1HG2      ILE 332 -10.098  -0.369  -8.119
    6   HG22  ILE 332          2HG2      ILE 332  -9.320   0.076  -6.600
    7   HG23  ILE 332          3HG2      ILE 332  -9.780  -1.600  -6.896
    8   HD11  ILE 332          1HD1      ILE 332 -11.021  -1.681  -4.261
    9   HD12  ILE 332          2HD1      ILE 332 -10.855  -0.400  -3.060
   10   HD13  ILE 332          3HD1      ILE 332 -12.452  -0.836  -3.669
   11   HG13  ILE 332          3HG1      ILE 332 -12.018   1.051  -4.887

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ARG 333           H        ARG 333 -11.107   1.054  -9.559
    2    HA   ARG 333           HA       ARG 333 -12.742  -0.945 -10.979
    3    HE   ARG 333           HE       ARG 333 -12.877   3.216 -13.292
    4   HH11  ARG 333          1HH1      ARG 333 -14.890   1.953 -15.848
    5   HH12  ARG 333          2HH1      ARG 333 -14.450   3.190 -16.976
    6   HH21  ARG 333          1HH2      ARG 333 -12.297   4.844 -14.775
    7   HH22  ARG 333          2HH2      ARG 333 -12.978   4.831 -16.368
    8    HB2  ARG 333           HB2      ARG 333 -11.786   1.772 -11.763
    9    HB3  ARG 333           HB3      ARG 333 -11.948   0.549 -13.016
   10    HG2  ARG 333           HG2      ARG 333 -14.326   0.248 -11.872
   11    HG3  ARG 333           HG3      ARG 333 -14.028   1.930 -11.426
   12    HD2  ARG 333           HD2      ARG 333 -13.962   0.787 -14.217
   13    HD3  ARG 333           HD3      ARG 333 -15.244   1.785 -13.533

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLY 334           H        GLY 334 -11.115  -2.516 -10.296
    2    HA2  GLY 334           HA2      GLY 334  -8.402  -2.331 -11.068
    3    HA3  GLY 334           HA3      GLY 334  -9.310  -3.155 -12.326

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ARG 335           H        ARG 335  -8.534  -5.193 -12.109
    2    HA   ARG 335           HA       ARG 335  -9.523  -6.763  -9.937
    3    HE   ARG 335           HE       ARG 335  -7.074 -11.408 -10.421
    4   HH11  ARG 335          1HH1      ARG 335 -10.395 -11.217 -11.476
    5   HH12  ARG 335          2HH1      ARG 335 -10.906 -12.571 -10.524
    6   HH21  ARG 335          1HH2      ARG 335  -7.744 -13.189  -9.169
    7   HH22  ARG 335          2HH2      ARG 335  -9.401 -13.690  -9.214
    8    HB2  ARG 335           HB2      ARG 335  -9.086  -7.406 -12.445
    9    HB3  ARG 335           HB3      ARG 335  -7.470  -7.783 -11.863
   10    HG2  ARG 335           HG2      ARG 335  -8.908  -9.095 -10.027
   11    HG3  ARG 335           HG3      ARG 335 -10.032  -9.166 -11.386
   12    HD2  ARG 335           HD2      ARG 335  -8.705 -10.551 -12.581
   13    HD3  ARG 335           HD3      ARG 335  -7.220  -9.788 -12.014

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 336           H        GLU 336  -6.187  -6.356 -11.144
    2    HA   GLU 336           HA       GLU 336  -4.941  -7.433  -8.881
    3    HB2  GLU 336           HB2      GLU 336  -3.821  -7.140 -11.058
    4    HB3  GLU 336           HB3      GLU 336  -3.843  -5.397 -10.829
    5    HG2  GLU 336           HG2      GLU 336  -2.334  -5.539  -8.996
    6    HG3  GLU 336           HG3      GLU 336  -2.461  -7.297  -8.955

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ARG 337           H        ARG 337  -5.950  -4.151  -9.635
    2    HA   ARG 337           HA       ARG 337  -4.620  -2.847  -7.521
    3    HE   ARG 337           HE       ARG 337  -6.495   0.242 -10.352
    4   HH11  ARG 337          1HH1      ARG 337  -8.373   2.345  -8.295
    5   HH12  ARG 337          2HH1      ARG 337  -9.221   3.082  -9.612
    6   HH21  ARG 337          1HH2      ARG 337  -7.610   1.211 -12.086
    7   HH22  ARG 337          2HH2      ARG 337  -8.789   2.438 -11.764
    8    HB2  ARG 337           HB2      ARG 337  -5.972  -1.949  -9.629
    9    HB3  ARG 337           HB3      ARG 337  -7.272  -1.850  -8.449
   10    HG2  ARG 337           HG2      ARG 337  -5.425  -0.616  -7.030
   11    HG3  ARG 337           HG3      ARG 337  -4.745  -0.302  -8.628
   12    HD2  ARG 337           HD2      ARG 337  -7.554   0.357  -7.748
   13    HD3  ARG 337           HD3      ARG 337  -6.227   1.509  -7.893

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    PHE 338           H        PHE 338  -8.030  -3.866  -7.777
    2    HA   PHE 338           HA       PHE 338  -8.721  -3.260  -5.130
    3    HD1  PHE 338           HD1      PHE 338 -12.053  -2.995  -5.408
    4    HD2  PHE 338           HD2      PHE 338 -10.173  -6.771  -4.847
    5    HE1  PHE 338           HE1      PHE 338 -13.694  -3.547  -3.660
    6    HE2  PHE 338           HE2      PHE 338 -11.810  -7.331  -3.098
    7    HZ   PHE 338           HZ       PHE 338 -13.574  -5.718  -2.503
    8    HB2  PHE 338           HB2      PHE 338 -10.392  -3.676  -6.882
    9    HB3  PHE 338           HB3      PHE 338  -9.900  -5.364  -6.960

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLU 339           H        GLU 339  -7.153  -6.036  -6.549
    2    HA   GLU 339           HA       GLU 339  -7.491  -7.837  -4.406
    3    HB2  GLU 339           HB2      GLU 339  -5.624  -7.624  -6.725
    4    HB3  GLU 339           HB3      GLU 339  -5.211  -8.735  -5.426
    5    HG2  GLU 339           HG2      GLU 339  -7.820  -9.363  -5.873
    6    HG3  GLU 339           HG3      GLU 339  -7.270  -8.930  -7.492

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    MET 340           H        MET 340  -5.130  -5.317  -5.067
    2    HA   MET 340           HA       MET 340  -3.337  -5.988  -2.976
    3    HB2  MET 340           HB2      MET 340  -3.030  -4.392  -5.022
    4    HB3  MET 340           HB3      MET 340  -3.714  -3.175  -3.952
    5    HG2  MET 340           HG2      MET 340  -1.857  -3.036  -2.701
    6    HG3  MET 340           HG3      MET 340  -1.529  -4.765  -2.804
    7    HE1  MET 340           HE1      MET 340  -1.557  -1.440  -4.856
    8    HE2  MET 340           HE2      MET 340  -0.561  -1.855  -6.250
    9    HE3  MET 340           HE3      MET 340  -2.145  -2.602  -6.045

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    PHE 341           H        PHE 341  -5.778  -3.393  -3.206
    2    HA   PHE 341           HA       PHE 341  -5.597  -2.619  -0.504
    3    HD1  PHE 341           HD1      PHE 341  -4.667  -0.991  -1.755
    4    HD2  PHE 341           HD2      PHE 341  -8.244  -1.010  -4.058
    5    HE1  PHE 341           HE1      PHE 341  -3.546   0.331  -3.496
    6    HE2  PHE 341           HE2      PHE 341  -7.130   0.314  -5.805
    7    HZ   PHE 341           HZ       PHE 341  -4.777   0.980  -5.525
    8    HB2  PHE 341           HB2      PHE 341  -8.102  -2.331  -2.149
    9    HB3  PHE 341           HB3      PHE 341  -7.469  -1.248  -0.913

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    ARG 342           H        ARG 342  -7.281  -5.217  -2.072
    2    HA   ARG 342           HA       ARG 342  -9.110  -5.706   0.089
    3    HE   ARG 342           HE       ARG 342 -11.671 -10.570  -1.637
    4   HH11  ARG 342          1HH1      ARG 342  -8.408 -10.305  -0.431
    5   HH12  ARG 342          2HH1      ARG 342  -8.555 -11.667   0.628
    6   HH21  ARG 342          1HH2      ARG 342 -11.868 -12.361  -0.245
    7   HH22  ARG 342          2HH2      ARG 342 -10.519 -12.835   0.734
    8    HB2  ARG 342           HB2      ARG 342  -9.639  -6.356  -2.230
    9    HB3  ARG 342           HB3      ARG 342  -8.296  -7.491  -2.213
   10    HG2  ARG 342           HG2      ARG 342  -9.594  -8.405  -0.087
   11    HG3  ARG 342           HG3      ARG 342 -10.960  -7.680  -0.936
   12    HD2  ARG 342           HD2      ARG 342 -10.544  -9.012  -2.880
   13    HD3  ARG 342           HD3      ARG 342  -9.026  -9.608  -2.209

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 343           H        GLU 343  -6.039  -7.068  -1.015
    2    HA   GLU 343           HA       GLU 343  -5.943  -9.085   1.010
    3    HB2  GLU 343           HB2      GLU 343  -4.741  -9.250  -1.165
    4    HB3  GLU 343           HB3      GLU 343  -3.678  -7.951  -0.641
    5    HG2  GLU 343           HG2      GLU 343  -2.421  -9.805  -0.158
    6    HG3  GLU 343           HG3      GLU 343  -3.214  -9.502   1.387

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 344           H        LEU 344  -4.922  -5.767   0.746
    2    HA   LEU 344           HA       LEU 344  -3.184  -5.799   3.017
    3    HG   LEU 344           HG       LEU 344  -2.080  -3.862   3.479
    4   HD11  LEU 344          1HD1      LEU 344  -1.604  -3.929   0.576
    5   HD12  LEU 344          2HD1      LEU 344  -0.491  -2.930   1.511
    6   HD13  LEU 344          3HD1      LEU 344  -0.679  -4.640   1.899
    7   HD21  LEU 344          1HD2      LEU 344  -3.402  -1.641   3.043
    8   HD22  LEU 344          2HD2      LEU 344  -1.696  -1.599   3.490
    9   HD23  LEU 344          3HD2      LEU 344  -2.171  -1.399   1.803
   10    HB2  LEU 344           HB2      LEU 344  -3.581  -4.076   0.948
   11    HB3  LEU 344           HB3      LEU 344  -4.417  -3.239   2.242

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ASN 345           H        ASN 345  -6.582  -5.134   2.461
    2    HA   ASN 345           HA       ASN 345  -7.094  -4.005   5.026
    3   HD21  ASN 345          1HD2      ASN 345 -10.162  -2.429   3.698
    4   HD22  ASN 345          2HD2      ASN 345 -11.140  -2.702   5.096
    5    HB2  ASN 345           HB2      ASN 345  -8.551  -3.644   3.041
    6    HB3  ASN 345           HB3      ASN 345  -9.042  -5.333   3.129

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    GLU 346           H        GLU 346  -7.305  -7.256   3.670
    2    HA   GLU 346           HA       GLU 346  -8.499  -8.426   5.979
    3    HB2  GLU 346           HB2      GLU 346  -8.578  -9.373   3.645
    4    HB3  GLU 346           HB3      GLU 346  -6.892  -9.829   3.841
    5    HG2  GLU 346           HG2      GLU 346  -8.127 -11.761   4.313
    6    HG3  GLU 346           HG3      GLU 346  -7.620 -11.133   5.881

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ALA 347           H        ALA 347  -5.194  -8.017   4.833
    2    HA   ALA 347           HA       ALA 347  -4.012  -9.623   6.880
    3    HB1  ALA 347           HB1      ALA 347  -2.659  -7.491   5.237
    4    HB2  ALA 347           HB2      ALA 347  -2.968  -9.127   4.656
    5    HB3  ALA 347           HB3      ALA 347  -1.910  -8.869   6.043

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    LEU 348           H        LEU 348  -4.867  -6.249   6.545
    2    HA   LEU 348           HA       LEU 348  -3.366  -5.346   8.804
    3    HG   LEU 348           HG       LEU 348  -2.716  -3.907   7.009
    4   HD11  LEU 348          1HD1      LEU 348  -4.748  -2.834   5.595
    5   HD12  LEU 348          2HD1      LEU 348  -4.085  -1.388   6.357
    6   HD13  LEU 348          3HD1      LEU 348  -3.051  -2.413   5.362
    7   HD21  LEU 348          1HD2      LEU 348  -2.965  -2.860   9.328
    8   HD22  LEU 348          2HD2      LEU 348  -1.966  -2.008   8.150
    9   HD23  LEU 348          3HD2      LEU 348  -3.606  -1.451   8.483
   10    HB2  LEU 348           HB2      LEU 348  -5.374  -4.189   6.954
   11    HB3  LEU 348           HB3      LEU 348  -5.225  -3.429   8.527

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLU 349           H        GLU 349  -6.559  -6.653   8.297
    2    HA   GLU 349           HA       GLU 349  -7.671  -5.848  10.785
    3    HB2  GLU 349           HB2      GLU 349  -8.980  -6.580   8.771
    4    HB3  GLU 349           HB3      GLU 349  -8.465  -8.229   9.102
    5    HG2  GLU 349           HG2      GLU 349  -9.880  -8.471  10.838
    6    HG3  GLU 349           HG3      GLU 349  -9.721  -6.791  11.346

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 350           H        LEU 350  -5.703  -8.538   9.751
    2    HA   LEU 350           HA       LEU 350  -6.157 -10.256  11.939
    3    HG   LEU 350           HG       LEU 350  -6.000 -12.088  10.750
    4   HD11  LEU 350          1HD1      LEU 350  -5.145 -10.828   8.196
    5   HD12  LEU 350          2HD1      LEU 350  -5.828 -12.453   8.150
    6   HD13  LEU 350          3HD1      LEU 350  -6.765 -11.121   8.826
    7   HD21  LEU 350          1HD2      LEU 350  -3.424 -12.841  10.738
    8   HD22  LEU 350          2HD2      LEU 350  -4.748 -13.906  10.265
    9   HD23  LEU 350          3HD2      LEU 350  -3.809 -13.066   9.031
   10    HB2  LEU 350           HB2      LEU 350  -4.116  -9.998   9.808
   11    HB3  LEU 350           HB3      LEU 350  -3.643 -10.902  11.234

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    LYS 351           H        LYS 351  -3.848  -7.640  11.407
    2    HA   LYS 351           HA       LYS 351  -2.249  -8.031  13.667
    3    HB2  LYS 351           HB2      LYS 351  -2.898  -5.660  11.958
    4    HB3  LYS 351           HB3      LYS 351  -1.973  -5.432  13.435
    5    HG2  LYS 351           HG2      LYS 351  -0.228  -6.850  12.657
    6    HG3  LYS 351           HG3      LYS 351  -1.192  -7.371  11.273
    7    HD2  LYS 351           HD2      LYS 351   0.155  -5.797  10.283
    8    HD3  LYS 351           HD3      LYS 351  -1.230  -4.801  10.735
    9    HE2  LYS 351           HE2      LYS 351   0.684  -3.591  11.402
   10    HE3  LYS 351           HE3      LYS 351   0.008  -4.281  12.877
   11    HZ1  LYS 351           HZ1      LYS 351   1.679  -6.195  12.304
   12    HZ2  LYS 351           HZ2      LYS 351   2.484  -4.964  11.469
   13    HZ3  LYS 351           HZ3      LYS 351   2.194  -4.811  13.129

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    ASP 352           H        ASP 352  -5.331  -6.388  13.269
    2    HA   ASP 352           HA       ASP 352  -5.406  -5.107  15.778
    3    HB2  ASP 352           HB2      ASP 352  -7.431  -5.855  13.716
    4    HB3  ASP 352           HB3      ASP 352  -8.005  -5.384  15.313

  No H/Q in entry =           4
  Start of MODEL   26
    1    H    ALA 353           H        ALA 353  -6.408  -8.316  14.715
    2    HA   ALA 353           HA       ALA 353  -7.619  -9.029  17.207
    3    HB1  ALA 353           HB1      ALA 353  -8.212 -10.041  15.001
    4    HB2  ALA 353           HB2      ALA 353  -6.665 -10.889  15.037
    5    HB3  ALA 353           HB3      ALA 353  -7.878 -11.214  16.276

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLN 354           H        GLN 354  -4.424  -9.289  15.818
    2    HA   GLN 354           HA       GLN 354  -3.455 -11.086  17.858
    3   HE21  GLN 354          1HE2      GLN 354   0.314 -12.226  15.641
    4   HE22  GLN 354          2HE2      GLN 354   0.528 -13.420  16.872
    5    HB2  GLN 354           HB2      GLN 354  -2.310  -9.749  15.458
    6    HB3  GLN 354           HB3      GLN 354  -1.193 -10.238  16.725
    7    HG2  GLN 354           HG2      GLN 354  -3.189 -12.206  15.729
    8    HG3  GLN 354           HG3      GLN 354  -1.775 -11.840  14.742

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    ALA 355           H        ALA 355  -3.498  -7.646  17.249
    2    HA   ALA 355           HA       ALA 355  -2.303  -7.219  19.900
    3    HB1  ALA 355           HB1      ALA 355  -0.868  -5.526  19.160
    4    HB2  ALA 355           HB2      ALA 355  -0.695  -6.802  17.954
    5    HB3  ALA 355           HB3      ALA 355  -1.689  -5.387  17.605

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLY 356           H        GLY 356  -3.875  -6.365  21.097
    2    HA2  GLY 356           HA2      GLY 356  -5.124  -3.900  20.280
    3    HA3  GLY 356           HA3      GLY 356  -5.349  -4.727  21.814

  No H/Q in entry =           3
  Start of MODEL   26
    1    H1   GLU 326           H1       GLU 326 -12.830  -3.453 -13.569
    2    H2   GLU 326           H2       GLU 326 -12.861  -5.000 -12.826
    3    H3   GLU 326           H3       GLU 326 -13.316  -4.827 -14.472
    4    HA   GLU 326           HA       GLU 326 -15.208  -3.576 -13.888
    5    HB2  GLU 326           HB2      GLU 326 -14.918  -6.216 -13.639
    6    HB3  GLU 326           HB3      GLU 326 -15.303  -5.850 -11.963
    7    HG2  GLU 326           HG2      GLU 326 -17.417  -6.106 -12.633
    8    HG3  GLU 326           HG3      GLU 326 -17.238  -4.460 -13.238

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    SER 327           H        SER 327 -16.500  -2.527 -12.359
    2    HA   SER 327           HA       SER 327 -15.068  -1.368 -10.166
    3    HG   SER 327           HG       SER 327 -18.184  -0.330 -12.214
    4    HB2  SER 327           HB2      SER 327 -17.537  -0.451  -9.743
    5    HB3  SER 327           HB3      SER 327 -16.516   0.193 -11.028

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    PHE 328           H        PHE 328 -14.719  -2.488  -8.364
    2    HA   PHE 328           HA       PHE 328 -16.828  -4.278  -7.372
    3    HD1  PHE 328           HD1      PHE 328 -12.530  -4.234  -8.260
    4    HD2  PHE 328           HD2      PHE 328 -15.954  -6.760  -8.196
    5    HE1  PHE 328           HE1      PHE 328 -11.711  -5.389 -10.272
    6    HE2  PHE 328           HE2      PHE 328 -15.141  -7.920 -10.208
    7    HZ   PHE 328           HZ       PHE 328 -13.016  -7.235 -11.248
    8    HB2  PHE 328           HB2      PHE 328 -13.963  -4.180  -6.428
    9    HB3  PHE 328           HB3      PHE 328 -15.143  -5.460  -6.167

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLY 329           H        GLY 329 -17.394  -4.255  -5.143
    2    HA2  GLY 329           HA2      GLY 329 -18.359  -2.743  -3.568
    3    HA3  GLY 329           HA3      GLY 329 -17.093  -1.586  -3.951

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    LEU 330           H        LEU 330 -15.457  -1.411  -2.566
    2    HA   LEU 330           HA       LEU 330 -14.796  -3.696  -0.849
    3    HG   LEU 330           HG       LEU 330 -12.571  -4.203  -0.833
    4   HD11  LEU 330          1HD1      LEU 330 -10.685  -1.955  -1.475
    5   HD12  LEU 330          2HD1      LEU 330 -10.133  -3.500  -0.829
    6   HD13  LEU 330          3HD1      LEU 330 -10.971  -3.442  -2.379
    7   HD21  LEU 330          1HD2      LEU 330 -12.983  -2.519   1.215
    8   HD22  LEU 330          2HD2      LEU 330 -11.902  -3.909   1.305
    9   HD23  LEU 330          3HD2      LEU 330 -11.247  -2.301   0.996
   10    HB2  LEU 330           HB2      LEU 330 -13.146  -2.168  -2.321
   11    HB3  LEU 330           HB3      LEU 330 -13.123  -1.251  -0.827

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLY 331           H        GLY 331 -15.266  -3.693   1.255
    2    HA2  GLY 331           HA2      GLY 331 -16.666  -2.852   3.001
    3    HA3  GLY 331           HA3      GLY 331 -16.378  -1.225   2.403

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ILE 332           H        ILE 332 -14.584  -0.094   3.080
    2    HA   ILE 332           HA       ILE 332 -12.725  -1.443   4.901
    3    HB   ILE 332           HB       ILE 332 -12.506   1.363   3.815
    4   HG12  ILE 332          2HG1      ILE 332 -10.667   0.079   2.389
    5   HG21  ILE 332          1HG2      ILE 332 -10.861  -0.354   5.544
    6   HG22  ILE 332          2HG2      ILE 332  -9.986   0.509   4.279
    7   HG23  ILE 332          3HG2      ILE 332 -10.957   1.404   5.447
    8   HD11  ILE 332          1HD1      ILE 332 -13.230   1.049   1.814
    9   HD12  ILE 332          2HD1      ILE 332 -11.916   0.715   0.686
   10   HD13  ILE 332          3HD1      ILE 332 -13.109  -0.533   1.044
   11   HG13  ILE 332          3HG1      ILE 332 -11.766  -1.276   2.633

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ARG 333           H        ARG 333 -12.852  -1.176   7.029
    2    HA   ARG 333           HA       ARG 333 -14.647   0.898   8.072
    3    HE   ARG 333           HE       ARG 333 -18.353  -0.923  10.201
    4   HH11  ARG 333          1HH1      ARG 333 -16.135  -0.371  12.839
    5   HH12  ARG 333          2HH1      ARG 333 -17.281   0.525  13.779
    6   HH21  ARG 333          1HH2      ARG 333 -19.861   0.256  11.437
    7   HH22  ARG 333          2HH2      ARG 333 -19.396   0.881  12.984
    8    HB2  ARG 333           HB2      ARG 333 -14.866  -1.630   8.627
    9    HB3  ARG 333           HB3      ARG 333 -13.507  -1.348   9.706
   10    HG2  ARG 333           HG2      ARG 333 -14.742  -0.146  11.176
   11    HG3  ARG 333           HG3      ARG 333 -15.799   0.509   9.924
   12    HD2  ARG 333           HD2      ARG 333 -16.448  -2.112   9.804
   13    HD3  ARG 333           HD3      ARG 333 -16.038  -1.960  11.512

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLY 334           H        GLY 334 -11.950   1.494   7.179
    2    HA2  GLY 334           HA2      GLY 334  -9.839   1.710   8.676
    3    HA3  GLY 334           HA3      GLY 334 -10.945   2.606   9.707

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ARG 335           H        ARG 335 -10.453   4.691   9.561
    2    HA   ARG 335           HA       ARG 335 -10.783   6.114   7.132
    3    HE   ARG 335           HE       ARG 335 -11.431  10.482   7.160
    4   HH11  ARG 335          1HH1      ARG 335 -12.811  10.753  10.354
    5   HH12  ARG 335          2HH1      ARG 335 -13.814  12.103   9.943
    6   HH21  ARG 335          1HH2      ARG 335 -12.749  12.259   6.617
    7   HH22  ARG 335          2HH2      ARG 335 -13.779  12.958   7.821
    8    HB2  ARG 335           HB2      ARG 335 -11.202   7.012   9.449
    9    HB3  ARG 335           HB3      ARG 335  -9.459   7.117   9.655
   10    HG2  ARG 335           HG2      ARG 335  -9.271   8.932   8.325
   11    HG3  ARG 335           HG3      ARG 335 -10.574   8.417   7.251
   12    HD2  ARG 335           HD2      ARG 335 -12.042   8.894   9.398
   13    HD3  ARG 335           HD3      ARG 335 -10.694   9.960   9.791

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 336           H        GLU 336  -7.956   5.064   8.964
    2    HA   GLU 336           HA       GLU 336  -6.060   6.423   7.326
    3    HB2  GLU 336           HB2      GLU 336  -5.694   4.071   9.191
    4    HB3  GLU 336           HB3      GLU 336  -4.391   5.012   8.479
    5    HG2  GLU 336           HG2      GLU 336  -4.525   6.007  10.516
    6    HG3  GLU 336           HG3      GLU 336  -5.660   7.013   9.617

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ARG 337           H        ARG 337  -7.157   3.045   7.510
    2    HA   ARG 337           HA       ARG 337  -5.523   2.021   5.486
    3    HE   ARG 337           HE       ARG 337  -7.521  -0.671   8.621
    4   HH11  ARG 337          1HH1      ARG 337  -8.261  -3.594   6.865
    5   HH12  ARG 337          2HH1      ARG 337  -9.286  -4.230   8.108
    6   HH21  ARG 337          1HH2      ARG 337  -8.868  -1.505  10.257
    7   HH22  ARG 337          2HH2      ARG 337  -9.631  -3.044  10.033
    8    HB2  ARG 337           HB2      ARG 337  -7.835   1.142   7.004
    9    HB3  ARG 337           HB3      ARG 337  -7.911   0.575   5.341
   10    HG2  ARG 337           HG2      ARG 337  -5.614  -0.340   5.617
   11    HG3  ARG 337           HG3      ARG 337  -5.697   0.102   7.323
   12    HD2  ARG 337           HD2      ARG 337  -7.734  -1.664   5.987
   13    HD3  ARG 337           HD3      ARG 337  -6.278  -2.295   6.756

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    PHE 338           H        PHE 338  -8.871   3.219   5.300
    2    HA   PHE 338           HA       PHE 338  -9.197   2.864   2.540
    3    HD1  PHE 338           HD1      PHE 338 -10.297   6.500   2.354
    4    HD2  PHE 338           HD2      PHE 338 -12.561   2.897   2.309
    5    HE1  PHE 338           HE1      PHE 338 -11.601   7.348   0.448
    6    HE2  PHE 338           HE2      PHE 338 -13.869   3.738   0.402
    7    HZ   PHE 338           HZ       PHE 338 -13.389   5.966  -0.531
    8    HB2  PHE 338           HB2      PHE 338 -11.081   3.292   4.050
    9    HB3  PHE 338           HB3      PHE 338 -10.478   4.917   4.359

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLU 339           H        GLU 339  -7.718   5.434   4.402
    2    HA   GLU 339           HA       GLU 339  -7.583   7.390   2.390
    3    HB2  GLU 339           HB2      GLU 339  -6.161   6.866   4.947
    4    HB3  GLU 339           HB3      GLU 339  -5.386   7.966   3.815
    5    HG2  GLU 339           HG2      GLU 339  -7.113   9.512   3.938
    6    HG3  GLU 339           HG3      GLU 339  -8.253   8.331   4.581

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    MET 340           H        MET 340  -5.469   4.688   3.202
    2    HA   MET 340           HA       MET 340  -3.366   5.354   1.439
    3    HB2  MET 340           HB2      MET 340  -4.138   2.546   2.220
    4    HB3  MET 340           HB3      MET 340  -2.539   3.158   1.819
    5    HG2  MET 340           HG2      MET 340  -2.897   4.678   3.897
    6    HG3  MET 340           HG3      MET 340  -4.114   3.478   4.329
    7    HE1  MET 340           HE1      MET 340  -3.497   1.926   6.086
    8    HE2  MET 340           HE2      MET 340  -3.529   0.854   4.687
    9    HE3  MET 340           HE3      MET 340  -2.234   0.713   5.875

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    PHE 341           H        PHE 341  -5.996   2.967   1.089
    2    HA   PHE 341           HA       PHE 341  -5.464   2.321  -1.587
    3    HD1  PHE 341           HD1      PHE 341  -5.008   0.424  -0.421
    4    HD2  PHE 341           HD2      PHE 341  -8.789   0.992   1.444
    5    HE1  PHE 341           HE1      PHE 341  -4.350  -1.125   1.369
    6    HE2  PHE 341           HE2      PHE 341  -8.139  -0.558   3.241
    7    HZ   PHE 341           HZ       PHE 341  -5.915  -1.613   3.204
    8    HB2  PHE 341           HB2      PHE 341  -8.228   2.278  -0.390
    9    HB3  PHE 341           HB3      PHE 341  -7.536   1.189  -1.590

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    ARG 342           H        ARG 342  -7.160   5.004  -0.155
    2    HA   ARG 342           HA       ARG 342  -8.526   5.819  -2.526
    3    HE   ARG 342           HE       ARG 342  -8.825  11.306  -0.996
    4   HH11  ARG 342          1HH1      ARG 342 -11.724   9.374  -1.204
    5   HH12  ARG 342          2HH1      ARG 342 -12.624  10.589  -2.046
    6   HH21  ARG 342          1HH2      ARG 342 -10.008  12.907  -2.104
    7   HH22  ARG 342          2HH2      ARG 342 -11.650  12.595  -2.558
    8    HB2  ARG 342           HB2      ARG 342  -9.294   6.487  -0.289
    9    HB3  ARG 342           HB3      ARG 342  -7.812   7.402  -0.049
   10    HG2  ARG 342           HG2      ARG 342  -8.540   8.668  -2.189
   11    HG3  ARG 342           HG3      ARG 342 -10.133   7.998  -1.831
   12    HD2  ARG 342           HD2      ARG 342 -10.294   9.144   0.192
   13    HD3  ARG 342           HD3      ARG 342  -8.555   9.423   0.279

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 343           H        GLU 343  -5.512   6.789  -0.934
    2    HA   GLU 343           HA       GLU 343  -4.866   8.791  -2.861
    3    HB2  GLU 343           HB2      GLU 343  -3.230   7.362  -0.765
    4    HB3  GLU 343           HB3      GLU 343  -2.556   8.599  -1.816
    5    HG2  GLU 343           HG2      GLU 343  -4.201  10.205  -0.954
    6    HG3  GLU 343           HG3      GLU 343  -4.821   8.962   0.131

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 344           H        LEU 344  -4.290   5.366  -2.557
    2    HA   LEU 344           HA       LEU 344  -2.265   5.193  -4.555
    3    HG   LEU 344           HG       LEU 344  -1.236   3.934  -2.894
    4   HD11  LEU 344          1HD1      LEU 344  -2.775   1.540  -2.102
    5   HD12  LEU 344          2HD1      LEU 344  -1.018   1.403  -2.059
    6   HD13  LEU 344          3HD1      LEU 344  -1.827   2.659  -1.122
    7   HD21  LEU 344          1HD2      LEU 344  -1.341   2.702  -5.298
    8   HD22  LEU 344          2HD2      LEU 344   0.095   2.759  -4.276
    9   HD23  LEU 344          3HD2      LEU 344  -0.951   1.339  -4.249
   10    HB2  LEU 344           HB2      LEU 344  -3.833   3.341  -2.906
   11    HB3  LEU 344           HB3      LEU 344  -3.427   2.708  -4.490

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ASN 345           H        ASN 345  -5.774   4.958  -4.540
    2    HA   ASN 345           HA       ASN 345  -6.046   4.014  -7.201
    3   HD21  ASN 345          1HD2      ASN 345  -9.022   3.890  -4.108
    4   HD22  ASN 345          2HD2      ASN 345  -9.027   2.185  -4.388
    5    HB2  ASN 345           HB2      ASN 345  -7.906   5.329  -5.242
    6    HB3  ASN 345           HB3      ASN 345  -8.416   5.047  -6.903

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    GLU 346           H        GLU 346  -6.117   7.249  -5.753
    2    HA   GLU 346           HA       GLU 346  -6.628   8.587  -8.223
    3    HB2  GLU 346           HB2      GLU 346  -5.620   9.581  -5.554
    4    HB3  GLU 346           HB3      GLU 346  -5.960  10.638  -6.917
    5    HG2  GLU 346           HG2      GLU 346  -8.236  10.309  -6.780
    6    HG3  GLU 346           HG3      GLU 346  -8.068   8.774  -5.928

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ALA 347           H        ALA 347  -3.752   7.777  -6.369
    2    HA   ALA 347           HA       ALA 347  -1.959   9.262  -8.038
    3    HB1  ALA 347           HB1      ALA 347  -1.337   8.847  -5.754
    4    HB2  ALA 347           HB2      ALA 347  -0.192   8.020  -6.809
    5    HB3  ALA 347           HB3      ALA 347  -1.459   7.104  -5.993

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    LEU 348           H        LEU 348  -3.372   6.101  -8.110
    2    HA   LEU 348           HA       LEU 348  -1.442   4.940  -9.883
    3    HG   LEU 348           HG       LEU 348  -3.354   3.109 -11.319
    4   HD11  LEU 348          1HD1      LEU 348  -1.468   1.940  -9.314
    5   HD12  LEU 348          2HD1      LEU 348  -1.941   1.020 -10.742
    6   HD13  LEU 348          3HD1      LEU 348  -1.136   2.579 -10.924
    7   HD21  LEU 348          1HD2      LEU 348  -4.574   1.797  -8.981
    8   HD22  LEU 348          2HD2      LEU 348  -5.160   1.946 -10.638
    9   HD23  LEU 348          3HD2      LEU 348  -3.961   0.717 -10.234
   10    HB2  LEU 348           HB2      LEU 348  -2.720   3.515  -8.411
   11    HB3  LEU 348           HB3      LEU 348  -4.228   4.096  -9.092

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLU 349           H        GLU 349  -4.515   6.611 -10.224
    2    HA   GLU 349           HA       GLU 349  -4.850   6.019 -12.995
    3    HB2  GLU 349           HB2      GLU 349  -6.616   7.691 -12.949
    4    HB3  GLU 349           HB3      GLU 349  -6.736   6.645 -11.540
    5    HG2  GLU 349           HG2      GLU 349  -6.061   8.302 -10.086
    6    HG3  GLU 349           HG3      GLU 349  -5.265   9.234 -11.352

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 350           H        LEU 350  -3.157   8.471 -11.193
    2    HA   LEU 350           HA       LEU 350  -2.838  10.321 -13.330
    3    HG   LEU 350           HG       LEU 350  -3.678  11.479 -11.306
    4   HD11  LEU 350          1HD1      LEU 350  -1.458  11.980  -9.372
    5   HD12  LEU 350          2HD1      LEU 350  -2.794  13.124  -9.502
    6   HD13  LEU 350          3HD1      LEU 350  -3.111  11.444  -9.070
    7   HD21  LEU 350          1HD2      LEU 350  -1.254  13.033 -12.132
    8   HD22  LEU 350          2HD2      LEU 350  -2.791  12.835 -12.973
    9   HD23  LEU 350          3HD2      LEU 350  -2.697  13.852 -11.535
   10    HB2  LEU 350           HB2      LEU 350  -1.641   9.939 -10.632
   11    HB3  LEU 350           HB3      LEU 350  -0.777  10.954 -11.772

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    LYS 351           H        LYS 351  -1.086   7.496 -12.251
    2    HA   LYS 351           HA       LYS 351   1.311   7.940 -13.672
    3    HB2  LYS 351           HB2      LYS 351  -0.029   5.527 -12.509
    4    HB3  LYS 351           HB3      LYS 351   1.378   5.322 -13.543
    5    HG2  LYS 351           HG2      LYS 351   2.706   6.701 -12.057
    6    HG3  LYS 351           HG3      LYS 351   1.293   6.997 -11.042
    7    HD2  LYS 351           HD2      LYS 351   1.243   4.801 -10.262
    8    HD3  LYS 351           HD3      LYS 351   2.224   4.203 -11.601
    9    HE2  LYS 351           HE2      LYS 351   3.360   6.181  -9.667
   10    HE3  LYS 351           HE3      LYS 351   3.285   4.472  -9.241
   11    HZ1  LYS 351           HZ1      LYS 351   4.443   5.249 -11.826
   12    HZ2  LYS 351           HZ2      LYS 351   5.370   5.439 -10.423
   13    HZ3  LYS 351           HZ3      LYS 351   4.790   3.910 -10.853

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    ASP 352           H        ASP 352  -1.788   6.599 -14.592
    2    HA   ASP 352           HA       ASP 352  -1.004   5.375 -17.005
    3    HB2  ASP 352           HB2      ASP 352  -3.579   6.297 -15.825
    4    HB3  ASP 352           HB3      ASP 352  -3.544   5.977 -17.556

  No H/Q in entry =           4
  Start of MODEL   26
    1    H    ALA 353           H        ALA 353  -2.101   8.652 -16.255
    2    HA   ALA 353           HA       ALA 353  -2.258   9.589 -18.906
    3    HB1  ALA 353           HB1      ALA 353  -1.703  11.145 -16.382
    4    HB2  ALA 353           HB2      ALA 353  -3.297  10.757 -17.030
    5    HB3  ALA 353           HB3      ALA 353  -2.217  11.826 -17.926

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLN 354           H        GLN 354   0.401   9.424 -16.603
    2    HA   GLN 354           HA       GLN 354   2.234  11.009 -18.047
    3   HE21  GLN 354          1HE2      GLN 354   4.771  12.172 -14.312
    4   HE22  GLN 354          2HE2      GLN 354   5.271  13.309 -15.513
    5    HB2  GLN 354           HB2      GLN 354   2.489   8.930 -15.904
    6    HB3  GLN 354           HB3      GLN 354   3.932   9.540 -16.702
    7    HG2  GLN 354           HG2      GLN 354   1.901  11.332 -15.405
    8    HG3  GLN 354           HG3      GLN 354   3.290  10.667 -14.547

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    ALA 355           H        ALA 355   1.506   7.555 -18.102
    2    HA   ALA 355           HA       ALA 355   3.585   7.011 -20.041
    3    HB1  ALA 355           HB1      ALA 355   1.551   5.347 -18.613
    4    HB2  ALA 355           HB2      ALA 355   2.402   4.704 -20.017
    5    HB3  ALA 355           HB3      ALA 355   3.310   5.223 -18.597

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLY 356           H        GLY 356   3.338   6.720 -22.200
    2    HA2  GLY 356           HA2      GLY 356   0.772   6.342 -23.426
    3    HA3  GLY 356           HA3      GLY 356   2.302   6.570 -24.259

  No H/Q in entry =           3
  Start of MODEL   26
    1    H1   GLU 326           H1       GLU 326  15.407  13.207   7.179
    2    H2   GLU 326           H2       GLU 326  13.762  13.310   7.658
    3    H3   GLU 326           H3       GLU 326  14.992  13.967   8.658
    4    HA   GLU 326           HA       GLU 326  15.842  11.864   9.151
    5    HB2  GLU 326           HB2      GLU 326  12.872  12.253   9.374
    6    HB3  GLU 326           HB3      GLU 326  13.627  10.807  10.031
    7    HG2  GLU 326           HG2      GLU 326  14.691  11.944  11.695
    8    HG3  GLU 326           HG3      GLU 326  14.773  13.443  10.770

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    SER 327           H        SER 327  16.704  10.531   7.621
    2    HA   SER 327           HA       SER 327  14.997   9.179   5.708
    3    HG   SER 327           HG       SER 327  17.325   9.205   3.596
    4    HB2  SER 327           HB2      SER 327  17.541  10.045   5.510
    5    HB3  SER 327           HB3      SER 327  17.840   8.375   5.991

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    PHE 328           H        PHE 328  14.844   6.892   5.517
    2    HA   PHE 328           HA       PHE 328  15.645   5.320   7.848
    3    HD1  PHE 328           HD1      PHE 328  14.120   5.829  10.188
    4    HD2  PHE 328           HD2      PHE 328  11.989   7.407   6.859
    5    HE1  PHE 328           HE1      PHE 328  13.436   7.763  11.547
    6    HE2  PHE 328           HE2      PHE 328  11.302   9.344   8.212
    7    HZ   PHE 328           HZ       PHE 328  12.025   9.524  10.560
    8    HB2  PHE 328           HB2      PHE 328  12.820   5.211   6.786
    9    HB3  PHE 328           HB3      PHE 328  13.459   4.425   8.226

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLY 329           H        GLY 329  16.206   3.256   7.375
    2    HA2  GLY 329           HA2      GLY 329  17.242   1.968   5.587
    3    HA3  GLY 329           HA3      GLY 329  15.900   2.438   4.554

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    LEU 330           H        LEU 330  15.206   0.404   4.025
    2    HA   LEU 330           HA       LEU 330  14.529  -1.440   6.192
    3    HG   LEU 330           HG       LEU 330  12.435  -2.955   5.462
    4   HD11  LEU 330          1HD1      LEU 330  11.685  -0.798   7.346
    5   HD12  LEU 330          2HD1      LEU 330  10.688  -2.252   7.340
    6   HD13  LEU 330          3HD1      LEU 330  12.419  -2.371   7.654
    7   HD21  LEU 330          1HD2      LEU 330  10.732  -1.622   3.869
    8   HD22  LEU 330          2HD2      LEU 330  10.310  -3.112   4.712
    9   HD23  LEU 330          3HD2      LEU 330   9.840  -1.553   5.389
   10    HB2  LEU 330           HB2      LEU 330  12.545   0.020   5.627
   11    HB3  LEU 330           HB3      LEU 330  12.548  -0.720   4.038

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLY 331           H        GLY 331  14.975  -3.502   5.702
    2    HA2  GLY 331           HA2      GLY 331  16.286  -4.984   4.361
    3    HA3  GLY 331           HA3      GLY 331  15.790  -4.081   2.938

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ILE 332           H        ILE 332  14.718  -5.458   1.675
    2    HA   ILE 332           HA       ILE 332  12.766  -7.276   2.913
    3    HB   ILE 332           HB       ILE 332  12.217  -5.772   0.357
    4   HG12  ILE 332          2HG1      ILE 332  10.477  -4.605   1.890
    5   HG21  ILE 332          1HG2      ILE 332  11.120  -8.005   0.791
    6   HG22  ILE 332          2HG2      ILE 332  10.291  -7.235   2.144
    7   HG23  ILE 332          3HG2      ILE 332  10.028  -6.652   0.500
    8   HD11  ILE 332          1HD1      ILE 332  13.217  -3.941   1.337
    9   HD12  ILE 332          2HD1      ILE 332  11.801  -2.895   1.438
   10   HD13  ILE 332          3HD1      ILE 332  12.709  -3.292   2.897
   11   HG13  ILE 332          3HG1      ILE 332  11.519  -5.127   3.210

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ARG 333           H        ARG 333  12.486  -9.248   1.901
    2    HA   ARG 333           HA       ARG 333  14.457  -9.864  -0.195
    3    HE   ARG 333           HE       ARG 333  16.632 -13.084   3.982
    4   HH11  ARG 333          1HH1      ARG 333  18.066 -11.366   1.304
    5   HH12  ARG 333          2HH1      ARG 333  19.533 -11.014   2.154
    6   HH21  ARG 333          1HH2      ARG 333  18.561 -12.621   5.101
    7   HH22  ARG 333          2HH2      ARG 333  19.814 -11.727   4.309
    8    HB2  ARG 333           HB2      ARG 333  13.253 -11.524   2.005
    9    HB3  ARG 333           HB3      ARG 333  14.012 -12.277   0.609
   10    HG2  ARG 333           HG2      ARG 333  15.964 -10.587   1.287
   11    HG3  ARG 333           HG3      ARG 333  15.222 -10.816   2.871
   12    HD2  ARG 333           HD2      ARG 333  15.312 -13.358   2.131
   13    HD3  ARG 333           HD3      ARG 333  16.635 -12.764   1.128

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLY 334           H        GLY 334  11.983  -8.681  -0.875
    2    HA2  GLY 334           HA2      GLY 334   9.771  -9.873  -1.543
    3    HA3  GLY 334           HA3      GLY 334  10.866 -10.854  -2.506

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ARG 335           H        ARG 335  10.204 -10.278  -4.520
    2    HA   ARG 335           HA       ARG 335  11.072  -7.715  -5.488
    3    HE   ARG 335           HE       ARG 335   7.644 -11.513  -8.541
    4   HH11  ARG 335          1HH1      ARG 335  10.604 -12.128 -10.285
    5   HH12  ARG 335          2HH1      ARG 335   9.799 -12.796 -11.664
    6   HH21  ARG 335          1HH2      ARG 335   6.583 -12.392 -10.354
    7   HH22  ARG 335          2HH2      ARG 335   7.516 -12.946 -11.705
    8    HB2  ARG 335           HB2      ARG 335  10.421  -8.550  -7.688
    9    HB3  ARG 335           HB3      ARG 335  11.379  -9.747  -6.828
   10    HG2  ARG 335           HG2      ARG 335   9.192 -10.823  -6.155
   11    HG3  ARG 335           HG3      ARG 335   8.419  -9.756  -7.329
   12    HD2  ARG 335           HD2      ARG 335  10.397 -10.752  -8.849
   13    HD3  ARG 335           HD3      ARG 335  10.157 -12.109  -7.749

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 336           H        GLU 336   7.947  -9.380  -5.192
    2    HA   GLU 336           HA       GLU 336   6.402  -7.255  -6.247
    3    HB2  GLU 336           HB2      GLU 336   5.601  -9.508  -4.396
    4    HB3  GLU 336           HB3      GLU 336   4.478  -8.446  -5.235
    5    HG2  GLU 336           HG2      GLU 336   4.728  -9.509  -7.197
    6    HG3  GLU 336           HG3      GLU 336   6.449  -9.795  -6.946

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ARG 337           H        ARG 337   7.323  -8.163  -2.957
    2    HA   ARG 337           HA       ARG 337   5.745  -6.271  -1.601
    3    HE   ARG 337           HE       ARG 337   8.638  -8.557   1.369
    4   HH11  ARG 337          1HH1      ARG 337   6.523  -8.320   4.134
    5   HH12  ARG 337          2HH1      ARG 337   7.384  -9.509   5.052
    6   HH21  ARG 337          1HH2      ARG 337   9.772 -10.122   2.574
    7   HH22  ARG 337          2HH2      ARG 337   9.229 -10.532   4.167
    8    HB2  ARG 337           HB2      ARG 337   6.831  -8.189  -0.495
    9    HB3  ARG 337           HB3      ARG 337   8.403  -7.456  -0.778
   10    HG2  ARG 337           HG2      ARG 337   8.186  -6.008   0.927
   11    HG3  ARG 337           HG3      ARG 337   6.461  -5.767   0.644
   12    HD2  ARG 337           HD2      ARG 337   6.801  -6.860   2.776
   13    HD3  ARG 337           HD3      ARG 337   6.011  -7.966   1.653

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    PHE 338           H        PHE 338   9.203  -6.140  -2.462
    2    HA   PHE 338           HA       PHE 338   9.565  -3.465  -1.643
    3    HD1  PHE 338           HD1      PHE 338  12.694  -3.250  -1.009
    4    HD2  PHE 338           HD2      PHE 338  11.459  -3.033  -5.075
    5    HE1  PHE 338           HE1      PHE 338  14.177  -1.317  -1.352
    6    HE2  PHE 338           HE2      PHE 338  12.941  -1.101  -5.427
    7    HZ   PHE 338           HZ       PHE 338  14.302  -0.240  -3.564
    8    HB2  PHE 338           HB2      PHE 338  11.447  -5.011  -1.964
    9    HB3  PHE 338           HB3      PHE 338  11.115  -5.069  -3.692

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLU 339           H        GLU 339   8.444  -4.920  -4.616
    2    HA   GLU 339           HA       GLU 339   8.674  -2.638  -6.270
    3    HB2  GLU 339           HB2      GLU 339   7.154  -5.205  -6.386
    4    HB3  GLU 339           HB3      GLU 339   6.674  -3.907  -7.470
    5    HG2  GLU 339           HG2      GLU 339   9.551  -4.408  -7.422
    6    HG3  GLU 339           HG3      GLU 339   8.589  -5.774  -7.985

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    MET 340           H        MET 340   6.260  -3.733  -3.986
    2    HA   MET 340           HA       MET 340   4.207  -1.931  -4.763
    3    HB2  MET 340           HB2      MET 340   4.306  -4.067  -3.099
    4    HB3  MET 340           HB3      MET 340   4.346  -2.758  -1.925
    5    HG2  MET 340           HG2      MET 340   2.313  -1.829  -3.155
    6    HG3  MET 340           HG3      MET 340   2.215  -3.411  -3.926
    7    HE1  MET 340           HE1      MET 340   2.732  -5.536  -2.304
    8    HE2  MET 340           HE2      MET 340   3.469  -4.879  -0.843
    9    HE3  MET 340           HE3      MET 340   1.924  -5.726  -0.748

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    PHE 341           H        PHE 341   6.434  -1.879  -1.972
    2    HA   PHE 341           HA       PHE 341   5.768   0.742  -1.169
    3    HD1  PHE 341           HD1      PHE 341   8.762  -2.393   0.705
    4    HD2  PHE 341           HD2      PHE 341   4.870  -0.732   0.265
    5    HE1  PHE 341           HE1      PHE 341   7.804  -4.332   1.876
    6    HE2  PHE 341           HE2      PHE 341   3.906  -2.664   1.437
    7    HZ   PHE 341           HZ       PHE 341   5.374  -4.467   2.238
    8    HB2  PHE 341           HB2      PHE 341   8.451  -0.521  -0.655
    9    HB3  PHE 341           HB3      PHE 341   7.532   0.568   0.380

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    ARG 342           H        ARG 342   7.911  -0.478  -3.609
    2    HA   ARG 342           HA       ARG 342   9.446   1.934  -3.872
    3    HE   ARG 342           HE       ARG 342  11.170  -1.498  -6.319
    4   HH11  ARG 342          1HH1      ARG 342  11.871  -0.484  -9.583
    5   HH12  ARG 342          2HH1      ARG 342  12.559  -2.006 -10.041
    6   HH21  ARG 342          1HH2      ARG 342  12.075  -3.500  -6.919
    7   HH22  ARG 342          2HH2      ARG 342  12.675  -3.718  -8.529
    8    HB2  ARG 342           HB2      ARG 342  10.326  -0.293  -4.524
    9    HB3  ARG 342           HB3      ARG 342   9.135  -0.362  -5.816
   10    HG2  ARG 342           HG2      ARG 342  10.313   1.998  -6.374
   11    HG3  ARG 342           HG3      ARG 342  11.664   1.125  -5.649
   12    HD2  ARG 342           HD2      ARG 342   9.986   0.256  -7.997
   13    HD3  ARG 342           HD3      ARG 342  11.676   0.757  -8.027

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 343           H        GLU 343   6.622   0.525  -5.430
    2    HA   GLU 343           HA       GLU 343   6.449   2.556  -7.451
    3    HB2  GLU 343           HB2      GLU 343   4.833   0.208  -6.617
    4    HB3  GLU 343           HB3      GLU 343   3.986   1.489  -7.472
    5    HG2  GLU 343           HG2      GLU 343   4.925   0.971  -9.430
    6    HG3  GLU 343           HG3      GLU 343   6.513   0.705  -8.711

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 344           H        LEU 344   5.189   2.064  -4.238
    2    HA   LEU 344           HA       LEU 344   3.216   4.136  -4.386
    3    HG   LEU 344           HG       LEU 344   1.921   2.300  -3.620
    4   HD11  LEU 344          1HD1      LEU 344   2.941   0.812  -1.697
    5   HD12  LEU 344          2HD1      LEU 344   1.723   1.643  -0.730
    6   HD13  LEU 344          3HD1      LEU 344   1.238   0.704  -2.142
    7   HD21  LEU 344          1HD2      LEU 344   1.671   4.370  -1.533
    8   HD22  LEU 344          2HD2      LEU 344   0.794   4.172  -3.050
    9   HD23  LEU 344          3HD2      LEU 344   0.347   3.209  -1.642
   10    HB2  LEU 344           HB2      LEU 344   4.246   2.279  -2.341
   11    HB3  LEU 344           HB3      LEU 344   3.653   3.809  -1.724

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ASN 345           H        ASN 345   6.575   3.909  -3.432
    2    HA   ASN 345           HA       ASN 345   6.683   6.469  -2.164
    3   HD21  ASN 345          1HD2      ASN 345  10.726   5.914  -3.415
    4   HD22  ASN 345          2HD2      ASN 345  11.196   7.217  -2.383
    5    HB2  ASN 345           HB2      ASN 345   8.286   4.652  -1.650
    6    HB3  ASN 345           HB3      ASN 345   8.939   4.787  -3.280

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    GLU 346           H        GLU 346   7.370   5.243  -5.397
    2    HA   GLU 346           HA       GLU 346   8.424   7.727  -6.360
    3    HB2  GLU 346           HB2      GLU 346   7.550   5.178  -7.705
    4    HB3  GLU 346           HB3      GLU 346   8.065   6.583  -8.628
    5    HG2  GLU 346           HG2      GLU 346  10.232   6.522  -7.469
    6    HG3  GLU 346           HG3      GLU 346   9.711   5.073  -6.611

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ALA 347           H        ALA 347   5.283   6.205  -6.232
    2    HA   ALA 347           HA       ALA 347   4.038   8.057  -8.045
    3    HB1  ALA 347           HB1      ALA 347   3.305   5.655  -7.546
    4    HB2  ALA 347           HB2      ALA 347   2.048   6.887  -7.669
    5    HB3  ALA 347           HB3      ALA 347   2.575   6.320  -6.084

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    LEU 348           H        LEU 348   4.543   7.821  -4.596
    2    HA   LEU 348           HA       LEU 348   2.654   9.880  -3.929
    3    HG   LEU 348           HG       LEU 348   1.974   7.985  -2.589
    4   HD11  LEU 348          1HD1      LEU 348   3.818   6.721  -1.228
    5   HD12  LEU 348          2HD1      LEU 348   3.146   7.629   0.126
    6   HD13  LEU 348          3HD1      LEU 348   2.114   6.547  -0.808
    7   HD21  LEU 348          1HD2      LEU 348   1.713  10.326  -1.694
    8   HD22  LEU 348          2HD2      LEU 348   0.818   9.075  -0.832
    9   HD23  LEU 348          3HD2      LEU 348   2.313   9.716  -0.152
   10    HB2  LEU 348           HB2      LEU 348   4.610   8.201  -2.473
   11    HB3  LEU 348           HB3      LEU 348   4.226   9.750  -1.747

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLU 349           H        GLU 349   6.047   9.708  -4.714
    2    HA   GLU 349           HA       GLU 349   6.697  12.332  -3.775
    3    HB2  GLU 349           HB2      GLU 349   8.085  10.269  -5.446
    4    HB3  GLU 349           HB3      GLU 349   8.720  11.908  -5.388
    5    HG2  GLU 349           HG2      GLU 349   8.540  11.564  -2.802
    6    HG3  GLU 349           HG3      GLU 349   8.567   9.856  -3.239

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 350           H        LEU 350   5.438  10.985  -6.723
    2    HA   LEU 350           HA       LEU 350   6.027  13.225  -8.389
    3    HG   LEU 350           HG       LEU 350   6.842  11.115  -9.429
    4   HD11  LEU 350          1HD1      LEU 350   4.638   9.702 -10.909
    5   HD12  LEU 350          2HD1      LEU 350   6.346   9.497 -11.297
    6   HD13  LEU 350          3HD1      LEU 350   5.742   9.038  -9.704
    7   HD21  LEU 350          1HD2      LEU 350   6.108  13.126 -10.798
    8   HD22  LEU 350          2HD2      LEU 350   7.089  11.917 -11.626
    9   HD23  LEU 350          3HD2      LEU 350   5.346  11.970 -11.891
   10    HB2  LEU 350           HB2      LEU 350   4.352  10.772  -8.616
   11    HB3  LEU 350           HB3      LEU 350   4.038  12.091  -9.727

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    LYS 351           H        LYS 351   3.224  12.208  -6.491
    2    HA   LYS 351           HA       LYS 351   1.467  14.225  -7.400
    3    HB2  LYS 351           HB2      LYS 351   0.089  13.649  -5.480
    4    HB3  LYS 351           HB3      LYS 351   0.701  12.189  -6.244
    5    HG2  LYS 351           HG2      LYS 351   2.110  11.699  -4.492
    6    HG3  LYS 351           HG3      LYS 351   2.179  13.373  -3.941
    7    HD2  LYS 351           HD2      LYS 351   0.875  12.001  -2.403
    8    HD3  LYS 351           HD3      LYS 351  -0.141  13.217  -3.178
    9    HE2  LYS 351           HE2      LYS 351  -1.520  11.509  -3.621
   10    HE3  LYS 351           HE3      LYS 351  -0.370  11.106  -4.896
   11    HZ1  LYS 351           HZ1      LYS 351   0.762   9.631  -3.331
   12    HZ2  LYS 351           HZ2      LYS 351  -0.387   9.992  -2.142
   13    HZ3  LYS 351           HZ3      LYS 351  -0.853   9.178  -3.550

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    ASP 352           H        ASP 352   3.973  14.171  -4.980
    2    HA   ASP 352           HA       ASP 352   3.188  16.478  -3.545
    3    HB2  ASP 352           HB2      ASP 352   4.985  14.623  -3.015
    4    HB3  ASP 352           HB3      ASP 352   6.072  15.737  -3.838

  No H/Q in entry =           4
  Start of MODEL   26
    1    H    ALA 353           H        ALA 353   5.011  15.985  -6.488
    2    HA   ALA 353           HA       ALA 353   6.092  18.610  -6.659
    3    HB1  ALA 353           HB1      ALA 353   5.597  17.077  -9.145
    4    HB2  ALA 353           HB2      ALA 353   6.653  16.341  -7.939
    5    HB3  ALA 353           HB3      ALA 353   7.044  17.927  -8.604

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLN 354           H        GLN 354   3.072  17.144  -7.627
    2    HA   GLN 354           HA       GLN 354   2.214  19.180  -9.398
    3   HE21  GLN 354          1HE2      GLN 354  -0.442  16.214 -11.884
    4   HE22  GLN 354          2HE2      GLN 354  -0.282  17.585 -12.923
    5    HB2  GLN 354           HB2      GLN 354   0.799  17.022  -7.858
    6    HB3  GLN 354           HB3      GLN 354  -0.110  18.213  -8.779
    7    HG2  GLN 354           HG2      GLN 354   2.065  16.540  -9.996
    8    HG3  GLN 354           HG3      GLN 354   0.382  16.020  -9.929

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    ALA 355           H        ALA 355   1.972  18.741  -5.923
    2    HA   ALA 355           HA       ALA 355   0.526  21.295  -5.715
    3    HB1  ALA 355           HB1      ALA 355   0.874  19.407  -3.422
    4    HB2  ALA 355           HB2      ALA 355  -0.401  20.589  -3.715
    5    HB3  ALA 355           HB3      ALA 355  -0.349  19.097  -4.654

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLY 356           H        GLY 356   1.656  23.023  -5.134
    2    HA2  GLY 356           HA2      GLY 356   3.655  22.889  -3.066
    3    HA3  GLY 356           HA3      GLY 356   3.147  24.329  -3.936

  No H/Q in entry =           3
  Start of MODEL   26
    1    H1   GLU 326           H1       GLU 326  17.981 -12.980  -1.200
    2    H2   GLU 326           H2       GLU 326  18.891 -13.419  -2.587
    3    H3   GLU 326           H3       GLU 326  19.500 -12.244  -1.495
    4    HA   GLU 326           HA       GLU 326  18.710 -11.108  -3.345
    5    HB2  GLU 326           HB2      GLU 326  17.260 -13.154  -3.966
    6    HB3  GLU 326           HB3      GLU 326  16.023 -12.410  -2.962
    7    HG2  GLU 326           HG2      GLU 326  15.685 -10.676  -4.415
    8    HG3  GLU 326           HG3      GLU 326  17.313 -10.777  -5.086

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    SER 327           H        SER 327  18.855  -9.259  -2.201
    2    HA   SER 327           HA       SER 327  16.535  -8.520  -0.552
    3    HG   SER 327           HG       SER 327  18.495  -7.088   2.038
    4    HB2  SER 327           HB2      SER 327  18.326  -9.080   0.991
    5    HB3  SER 327           HB3      SER 327  19.446  -8.032   0.121

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    PHE 328           H        PHE 328  16.073  -6.269  -0.458
    2    HA   PHE 328           HA       PHE 328  17.465  -4.610  -2.442
    3    HD1  PHE 328           HD1      PHE 328  16.548  -5.189  -5.140
    4    HD2  PHE 328           HD2      PHE 328  13.840  -6.903  -2.340
    5    HE1  PHE 328           HE1      PHE 328  16.316  -7.169  -6.582
    6    HE2  PHE 328           HE2      PHE 328  13.603  -8.887  -3.776
    7    HZ   PHE 328           HZ       PHE 328  14.843  -9.022  -5.900
    8    HB2  PHE 328           HB2      PHE 328  14.460  -4.625  -2.160
    9    HB3  PHE 328           HB3      PHE 328  15.425  -3.834  -3.402

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLY 329           H        GLY 329  17.796  -2.530  -1.847
    2    HA2  GLY 329           HA2      GLY 329  18.243  -1.068  -0.022
    3    HA3  GLY 329           HA3      GLY 329  16.899  -1.791   0.849

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    LEU 330           H        LEU 330  15.501  -0.198   1.240
    2    HA   LEU 330           HA       LEU 330  14.794   1.599  -0.986
    3    HG   LEU 330           HG       LEU 330  12.626   0.976  -1.998
    4   HD11  LEU 330          1HD1      LEU 330  10.504   0.767   0.116
    5   HD12  LEU 330          2HD1      LEU 330  10.144   1.253  -1.541
    6   HD13  LEU 330          3HD1      LEU 330  10.839  -0.335  -1.220
    7   HD21  LEU 330          1HD2      LEU 330  13.146   3.195  -0.770
    8   HD22  LEU 330          2HD2      LEU 330  11.881   3.169  -1.998
    9   HD23  LEU 330          3HD2      LEU 330  11.451   3.131  -0.289
   10    HB2  LEU 330           HB2      LEU 330  13.141  -0.313   0.028
   11    HB3  LEU 330           HB3      LEU 330  12.704   1.065   1.019

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLY 331           H        GLY 331  15.554   3.549  -0.483
    2    HA2  GLY 331           HA2      GLY 331  16.526   5.075   1.111
    3    HA3  GLY 331           HA3      GLY 331  15.441   4.422   2.329

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ILE 332           H        ILE 332  13.803   5.692   2.858
    2    HA   ILE 332           HA       ILE 332  12.897   7.694   0.896
    3    HB   ILE 332           HB       ILE 332  11.078   6.291   2.852
    4   HG12  ILE 332          2HG1      ILE 332  11.139   5.833  -0.127
    5   HG21  ILE 332          1HG2      ILE 332  10.366   8.528   2.199
    6   HG22  ILE 332          2HG2      ILE 332  10.500   8.084   0.498
    7   HG23  ILE 332          3HG2      ILE 332   9.295   7.303   1.521
    8   HD11  ILE 332          1HD1      ILE 332   9.447   4.940   1.988
    9   HD12  ILE 332          2HD1      ILE 332   9.338   4.620   0.257
   10   HD13  ILE 332          3HD1      ILE 332  10.302   3.564   1.290
   11   HG13  ILE 332          3HG1      ILE 332  12.077   4.838   0.983

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ARG 333           H        ARG 333  12.128   9.669   1.751
    2    HA   ARG 333           HA       ARG 333  13.199  10.261   4.417
    3    HE   ARG 333           HE       ARG 333  15.780  13.634   5.240
    4   HH11  ARG 333          1HH1      ARG 333  16.860  14.198   1.970
    5   HH12  ARG 333          2HH1      ARG 333  18.459  14.663   2.446
    6   HH21  ARG 333          1HH2      ARG 333  17.882  14.245   5.868
    7   HH22  ARG 333          2HH2      ARG 333  19.040  14.689   4.658
    8    HB2  ARG 333           HB2      ARG 333  13.816  11.552   2.228
    9    HB3  ARG 333           HB3      ARG 333  12.275  12.358   2.485
   10    HG2  ARG 333           HG2      ARG 333  13.022  13.522   4.270
   11    HG3  ARG 333           HG3      ARG 333  14.091  12.225   4.808
   12    HD2  ARG 333           HD2      ARG 333  15.326  12.887   2.529
   13    HD3  ARG 333           HD3      ARG 333  14.590  14.442   2.912

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLY 334           H        GLY 334  10.687   8.904   4.137
    2    HA2  GLY 334           HA2      GLY 334   8.306   9.735   4.185
    3    HA3  GLY 334           HA3      GLY 334   8.910  10.968   5.282

  No H/Q in entry =           3
  Start of MODEL   26
    1    H    ARG 335           H        ARG 335   8.371  10.576   7.313
    2    HA   ARG 335           HA       ARG 335   8.991   8.106   8.591
    3    HE   ARG 335           HE       ARG 335   5.707  12.519  11.784
    4   HH11  ARG 335          1HH1      ARG 335   8.432  10.361  12.105
    5   HH12  ARG 335          2HH1      ARG 335   8.010   9.866  13.709
    6   HH21  ARG 335          1HH2      ARG 335   5.151  11.868  13.893
    7   HH22  ARG 335          2HH2      ARG 335   6.148  10.720  14.724
    8    HB2  ARG 335           HB2      ARG 335   8.040   9.119  10.590
    9    HB3  ARG 335           HB3      ARG 335   9.092  10.264   9.769
   10    HG2  ARG 335           HG2      ARG 335   6.894  11.097   8.667
   11    HG3  ARG 335           HG3      ARG 335   6.119  10.272  10.021
   12    HD2  ARG 335           HD2      ARG 335   8.366  11.905  10.866
   13    HD3  ARG 335           HD3      ARG 335   7.139  12.846  10.020

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 336           H        GLU 336   5.998   9.646   7.509
    2    HA   GLU 336           HA       GLU 336   4.284   7.625   8.564
    3    HB2  GLU 336           HB2      GLU 336   3.890   9.838   6.559
    4    HB3  GLU 336           HB3      GLU 336   2.610   8.695   6.942
    5    HG2  GLU 336           HG2      GLU 336   3.924  10.022   9.228
    6    HG3  GLU 336           HG3      GLU 336   2.917  11.032   8.193

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ARG 337           H        ARG 337   5.490   8.349   5.296
    2    HA   ARG 337           HA       ARG 337   4.219   6.236   3.974
    3    HE   ARG 337           HE       ARG 337   4.570   9.453   1.041
    4   HH11  ARG 337          1HH1      ARG 337   7.493   8.886  -0.778
    5   HH12  ARG 337          2HH1      ARG 337   7.669  10.542  -1.252
    6   HH21  ARG 337          1HH2      ARG 337   4.799  11.632   0.420
    7   HH22  ARG 337          2HH2      ARG 337   6.140  12.102  -0.571
    8    HB2  ARG 337           HB2      ARG 337   5.914   8.301   3.255
    9    HB3  ARG 337           HB3      ARG 337   6.871   6.865   2.918
   10    HG2  ARG 337           HG2      ARG 337   5.089   5.992   1.507
   11    HG3  ARG 337           HG3      ARG 337   4.104   7.413   1.863
   12    HD2  ARG 337           HD2      ARG 337   6.849   7.732   0.720
   13    HD3  ARG 337           HD3      ARG 337   5.497   7.320  -0.333

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    PHE 338           H        PHE 338   7.521   6.418   5.295
    2    HA   PHE 338           HA       PHE 338   8.253   3.780   4.681
    3    HD1  PHE 338           HD1      PHE 338   9.370   3.473   8.363
    4    HD2  PHE 338           HD2      PHE 338  11.555   3.955   4.743
    5    HE1  PHE 338           HE1      PHE 338  10.921   1.697   9.067
    6    HE2  PHE 338           HE2      PHE 338  13.110   2.180   5.440
    7    HZ   PHE 338           HZ       PHE 338  12.793   1.048   7.605
    8    HB2  PHE 338           HB2      PHE 338   9.893   5.494   5.303
    9    HB3  PHE 338           HB3      PHE 338   9.227   5.556   6.931

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    GLU 339           H        GLU 339   6.439   5.147   7.335
    2    HA   GLU 339           HA       GLU 339   6.578   2.958   9.102
    3    HB2  GLU 339           HB2      GLU 339   4.788   5.314   8.769
    4    HB3  GLU 339           HB3      GLU 339   4.203   3.986   9.762
    5    HG2  GLU 339           HG2      GLU 339   5.855   4.269  11.350
    6    HG3  GLU 339           HG3      GLU 339   6.923   5.121  10.235

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    MET 340           H        MET 340   4.428   3.719   6.415
    2    HA   MET 340           HA       MET 340   2.584   1.623   6.846
    3    HB2  MET 340           HB2      MET 340   2.101   3.540   5.385
    4    HB3  MET 340           HB3      MET 340   3.347   3.006   4.266
    5    HG2  MET 340           HG2      MET 340   1.951   0.807   4.204
    6    HG3  MET 340           HG3      MET 340   0.657   1.843   4.803
    7    HE1  MET 340           HE1      MET 340   1.363   4.471   3.738
    8    HE2  MET 340           HE2      MET 340   1.071   4.704   2.014
    9    HE3  MET 340           HE3      MET 340  -0.239   4.169   3.066

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    PHE 341           H        PHE 341   5.301   1.880   4.548
    2    HA   PHE 341           HA       PHE 341   5.175  -0.749   3.600
    3    HD1  PHE 341           HD1      PHE 341   4.684   0.526   1.788
    4    HD2  PHE 341           HD2      PHE 341   8.112   2.820   2.832
    5    HE1  PHE 341           HE1      PHE 341   3.871   2.370   0.382
    6    HE2  PHE 341           HE2      PHE 341   7.305   4.671   1.426
    7    HZ   PHE 341           HZ       PHE 341   5.180   4.445   0.204
    8    HB2  PHE 341           HB2      PHE 341   7.750   0.793   3.873
    9    HB3  PHE 341           HB3      PHE 341   7.295  -0.364   2.625

  No H/Q in entry =           9
  Start of MODEL   26
    1    H    ARG 342           H        ARG 342   6.511   0.560   6.535
    2    HA   ARG 342           HA       ARG 342   8.123  -1.716   7.174
    3    HE   ARG 342           HE       ARG 342  10.635  -0.771  11.325
    4   HH11  ARG 342          1HH1      ARG 342   8.388   1.264  13.053
    5   HH12  ARG 342          2HH1      ARG 342   9.379   1.369  14.469
    6   HH21  ARG 342          1HH2      ARG 342  11.939  -0.635  13.187
    7   HH22  ARG 342          2HH2      ARG 342  11.395   0.291  14.545
    8    HB2  ARG 342           HB2      ARG 342   8.511   0.581   8.085
    9    HB3  ARG 342           HB3      ARG 342   7.047   0.403   9.042
   10    HG2  ARG 342           HG2      ARG 342   8.199  -1.728   9.957
   11    HG3  ARG 342           HG3      ARG 342   9.674  -0.987   9.331
   12    HD2  ARG 342           HD2      ARG 342   8.785   1.118  10.620
   13    HD3  ARG 342           HD3      ARG 342   7.877  -0.085  11.535

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    GLU 343           H        GLU 343   4.958  -0.526   8.281
    2    HA   GLU 343           HA       GLU 343   4.435  -2.728   9.985
    3    HB2  GLU 343           HB2      GLU 343   2.679  -0.636   8.714
    4    HB3  GLU 343           HB3      GLU 343   2.008  -1.922   9.708
    5    HG2  GLU 343           HG2      GLU 343   4.130  -0.011  10.648
    6    HG3  GLU 343           HG3      GLU 343   2.402   0.231  10.896

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 344           H        LEU 344   3.984  -2.145   6.582
    2    HA   LEU 344           HA       LEU 344   2.182  -4.287   6.085
    3    HG   LEU 344           HG       LEU 344   2.030  -3.177   2.615
    4   HD11  LEU 344          1HD1      LEU 344   1.898  -5.579   4.413
    5   HD12  LEU 344          2HD1      LEU 344   0.812  -5.357   3.041
    6   HD13  LEU 344          3HD1      LEU 344   2.553  -5.466   2.779
    7   HD21  LEU 344          1HD2      LEU 344   0.880  -2.251   4.910
    8   HD22  LEU 344          2HD2      LEU 344   0.019  -2.599   3.411
    9   HD23  LEU 344          3HD2      LEU 344   0.073  -3.805   4.696
   10    HB2  LEU 344           HB2      LEU 344   3.097  -2.173   4.633
   11    HB3  LEU 344           HB3      LEU 344   4.003  -3.489   3.910

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    ASN 345           H        ASN 345   5.698  -3.943   5.938
    2    HA   ASN 345           HA       ASN 345   6.273  -6.469   4.851
    3   HD21  ASN 345          1HD2      ASN 345   8.770  -6.867   4.055
    4   HD22  ASN 345          2HD2      ASN 345   9.106  -5.756   2.776
    5    HB2  ASN 345           HB2      ASN 345   7.809  -4.439   6.410
    6    HB3  ASN 345           HB3      ASN 345   8.498  -6.050   6.235

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    GLU 346           H        GLU 346   5.848  -5.386   8.187
    2    HA   GLU 346           HA       GLU 346   6.551  -7.895   9.353
    3    HB2  GLU 346           HB2      GLU 346   6.639  -5.661  10.517
    4    HB3  GLU 346           HB3      GLU 346   4.883  -5.703  10.591
    5    HG2  GLU 346           HG2      GLU 346   5.509  -6.484  12.669
    6    HG3  GLU 346           HG3      GLU 346   5.205  -7.969  11.768

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    ALA 347           H        ALA 347   3.563  -6.398   8.286
    2    HA   ALA 347           HA       ALA 347   1.852  -8.384   9.438
    3    HB1  ALA 347           HB1      ALA 347   0.879  -6.803   7.140
    4    HB2  ALA 347           HB2      ALA 347   1.403  -5.892   8.556
    5    HB3  ALA 347           HB3      ALA 347   0.132  -7.106   8.708

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    LEU 348           H        LEU 348   3.481  -7.942   6.375
    2    HA   LEU 348           HA       LEU 348   2.032  -9.978   4.985
    3    HG   LEU 348           HG       LEU 348   2.216  -7.563   3.640
    4   HD11  LEU 348          1HD1      LEU 348   4.339  -7.002   2.457
    5   HD12  LEU 348          2HD1      LEU 348   4.024  -8.350   1.365
    6   HD13  LEU 348          3HD1      LEU 348   2.906  -6.988   1.428
    7   HD21  LEU 348          1HD2      LEU 348   2.315 -10.193   2.192
    8   HD22  LEU 348          2HD2      LEU 348   1.042  -9.557   3.234
    9   HD23  LEU 348          3HD2      LEU 348   1.311  -8.851   1.641
   10    HB2  LEU 348           HB2      LEU 348   4.430  -8.304   4.450
   11    HB3  LEU 348           HB3      LEU 348   4.258  -9.784   3.527

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    GLU 349           H        GLU 349   4.891  -9.873   6.982
    2    HA   GLU 349           HA       GLU 349   5.922 -12.418   6.242
    3    HB2  GLU 349           HB2      GLU 349   7.101 -10.462   7.463
    4    HB3  GLU 349           HB3      GLU 349   6.383 -11.135   8.920
    5    HG2  GLU 349           HG2      GLU 349   8.335 -12.249   9.000
    6    HG3  GLU 349           HG3      GLU 349   7.478 -13.356   7.928

  No H/Q in entry =           6
  Start of MODEL   26
    1    H    LEU 350           H        LEU 350   3.543 -11.321   8.549
    2    HA   LEU 350           HA       LEU 350   3.433 -13.651  10.144
    3    HG   LEU 350           HG       LEU 350   3.508 -11.529  11.497
    4   HD11  LEU 350          1HD1      LEU 350   0.765 -10.374  11.701
    5   HD12  LEU 350          2HD1      LEU 350   1.868 -10.252  13.071
    6   HD13  LEU 350          3HD1      LEU 350   2.318  -9.560  11.513
    7   HD21  LEU 350          1HD2      LEU 350   1.228 -13.131  12.614
    8   HD22  LEU 350          2HD2      LEU 350   2.940 -13.546  12.548
    9   HD23  LEU 350          3HD2      LEU 350   2.380 -12.292  13.653
   10    HB2  LEU 350           HB2      LEU 350   1.643 -11.318   9.660
   11    HB3  LEU 350           HB3      LEU 350   0.969 -12.724  10.462

  No H/Q in entry =          11
  Start of MODEL   26
    1    H    LYS 351           H        LYS 351   1.854 -12.716   7.147
    2    HA   LYS 351           HA       LYS 351  -0.092 -14.724   7.034
    3    HB2  LYS 351           HB2      LYS 351   0.895 -12.686   5.324
    4    HB3  LYS 351           HB3      LYS 351   0.904 -14.183   4.402
    5    HG2  LYS 351           HG2      LYS 351  -1.220 -13.622   3.958
    6    HG3  LYS 351           HG3      LYS 351  -1.535 -14.332   5.542
    7    HD2  LYS 351           HD2      LYS 351  -1.351 -12.118   6.570
    8    HD3  LYS 351           HD3      LYS 351  -1.030 -11.408   4.986
    9    HE2  LYS 351           HE2      LYS 351  -3.536 -12.940   5.658
   10    HE3  LYS 351           HE3      LYS 351  -3.396 -11.188   5.798
   11    HZ1  LYS 351           HZ1      LYS 351  -2.772 -12.570   3.264
   12    HZ2  LYS 351           HZ2      LYS 351  -4.362 -12.146   3.657
   13    HZ3  LYS 351           HZ3      LYS 351  -3.178 -10.947   3.511

  No H/Q in entry =          13
  Start of MODEL   26
    1    H    ASP 352           H        ASP 352   3.313 -14.739   6.171
    2    HA   ASP 352           HA       ASP 352   3.390 -17.153   4.752
    3    HB2  ASP 352           HB2      ASP 352   5.227 -15.264   5.347
    4    HB3  ASP 352           HB3      ASP 352   5.713 -16.522   6.480

  No H/Q in entry =           4
  Start of MODEL   26
    1    H    ALA 353           H        ALA 353   3.605 -16.480   8.211
    2    HA   ALA 353           HA       ALA 353   4.188 -19.163   8.973
    3    HB1  ALA 353           HB1      ALA 353   4.591 -17.007  10.303
    4    HB2  ALA 353           HB2      ALA 353   2.897 -17.142  10.774
    5    HB3  ALA 353           HB3      ALA 353   4.031 -18.429  11.184

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLN 354           H        GLN 354   1.254 -17.349   8.417
    2    HA   GLN 354           HA       GLN 354  -0.459 -19.333   9.620
    3   HE21  GLN 354          1HE2      GLN 354  -1.596 -16.506  12.501
    4   HE22  GLN 354          2HE2      GLN 354  -3.321 -16.537  12.588
    5    HB2  GLN 354           HB2      GLN 354  -1.068 -16.914   7.914
    6    HB3  GLN 354           HB3      GLN 354  -2.294 -17.943   8.643
    7    HG2  GLN 354           HG2      GLN 354  -0.476 -17.165  10.677
    8    HG3  GLN 354           HG3      GLN 354  -0.937 -15.727   9.769

  No H/Q in entry =           8
  Start of MODEL   26
    1    H    ALA 355           H        ALA 355   0.556 -18.416   6.372
    2    HA   ALA 355           HA       ALA 355  -0.961 -20.692   5.287
    3    HB1  ALA 355           HB1      ALA 355  -1.324 -18.339   4.377
    4    HB2  ALA 355           HB2      ALA 355   0.276 -18.497   3.651
    5    HB3  ALA 355           HB3      ALA 355  -1.012 -19.615   3.201

  No H/Q in entry =           5
  Start of MODEL   26
    1    H    GLY 356           H        GLY 356   0.363 -21.156   2.956
    2    HA2  GLY 356           HA2      GLY 356   2.296 -22.971   3.525
    3    HA3  GLY 356           HA3      GLY 356   3.195 -21.465   3.420

  No H/Q in entry =           3
  Start of MODEL   27
    1    H1   GLU 326           H1       GLU 326 -16.866   1.720  11.430
    2    H2   GLU 326           H2       GLU 326 -15.372   2.562  11.501
    3    H3   GLU 326           H3       GLU 326 -16.696   3.086  12.455
    4    HB2  GLU 326           HB2      GLU 326 -15.020   4.629  10.418
    5    HB3  GLU 326           HB3      GLU 326 -16.389   5.486   9.724
    6    HG2  GLU 326           HG2      GLU 326 -17.247   5.353  12.233
    7    HG3  GLU 326           HG3      GLU 326 -15.513   5.266  12.542
    8    HA   GLU 326           HA       GLU 326 -17.907   3.735  10.580

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    SER 327           H        SER 327 -18.518   2.191   9.090
    2    HA   SER 327           HA       SER 327 -16.644   1.044   7.240
    3    HG   SER 327           HG       SER 327 -19.953   1.423   5.970
    4    HB2  SER 327           HB2      SER 327 -18.470  -0.191   6.381
    5    HB3  SER 327           HB3      SER 327 -18.802  -0.038   8.106

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    PHE 328           H        PHE 328 -16.105   1.732   5.259
    2    HA   PHE 328           HA       PHE 328 -17.664   3.936   4.081
    3    HD1  PHE 328           HD1      PHE 328 -17.221   6.168   5.005
    4    HD2  PHE 328           HD2      PHE 328 -13.655   4.082   6.025
    5    HE1  PHE 328           HE1      PHE 328 -17.064   7.465   7.090
    6    HE2  PHE 328           HE2      PHE 328 -13.492   5.374   8.113
    7    HZ   PHE 328           HZ       PHE 328 -15.198   7.068   8.647
    8    HB2  PHE 328           HB2      PHE 328 -14.652   3.649   4.012
    9    HB3  PHE 328           HB3      PHE 328 -15.589   4.946   3.277

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLY 329           H        GLY 329 -18.137   3.773   1.952
    2    HA2  GLY 329           HA2      GLY 329 -18.574   2.596   0.009
    3    HA3  GLY 329           HA3      GLY 329 -17.675   1.240   0.671

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    LEU 330           H        LEU 330 -16.522   0.804  -1.187
    2    HA   LEU 330           HA       LEU 330 -14.741   2.928  -2.166
    3    HG   LEU 330           HG       LEU 330 -12.689   1.348  -3.484
    4   HD11  LEU 330          1HD1      LEU 330 -12.620   3.471  -2.106
    5   HD12  LEU 330          2HD1      LEU 330 -11.362   2.691  -1.147
    6   HD13  LEU 330          3HD1      LEU 330 -11.107   2.981  -2.867
    7   HD21  LEU 330          1HD2      LEU 330 -11.944  -0.686  -2.086
    8   HD22  LEU 330          2HD2      LEU 330 -10.723   0.214  -2.985
    9   HD23  LEU 330          3HD2      LEU 330 -10.903   0.464  -1.248
   10    HB2  LEU 330           HB2      LEU 330 -13.523   1.453  -0.598
   11    HB3  LEU 330           HB3      LEU 330 -13.922   0.077  -1.609

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLY 331           H        GLY 331 -14.339   2.934  -4.343
    2    HA2  GLY 331           HA2      GLY 331 -15.920   2.395  -6.292
    3    HA3  GLY 331           HA3      GLY 331 -15.484   0.731  -5.930

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ILE 332           H        ILE 332 -13.262   0.087  -6.214
    2    HA   ILE 332           HA       ILE 332 -11.571   1.886  -7.766
    3    HB   ILE 332           HB       ILE 332 -10.920  -0.920  -6.872
    4   HG12  ILE 332          2HG1      ILE 332 -11.472   0.402  -4.904
    5   HG21  ILE 332          1HG2      ILE 332  -9.621   0.590  -8.675
    6   HG22  ILE 332          2HG2      ILE 332  -8.842   1.147  -7.194
    7   HG23  ILE 332          3HG2      ILE 332  -8.818  -0.566  -7.613
    8   HD11  ILE 332          1HD1      ILE 332 -10.242   2.549  -6.337
    9   HD12  ILE 332          2HD1      ILE 332 -11.191   2.590  -4.852
   10   HD13  ILE 332          3HD1      ILE 332  -9.449   2.326  -4.778
   11   HG13  ILE 332          3HG1      ILE 332  -9.731   0.146  -4.977

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ARG 333           H        ARG 333 -11.145   1.668  -9.891
    2    HA   ARG 333           HA       ARG 333 -12.602  -0.424 -11.336
    3    HE   ARG 333           HE       ARG 333 -14.504   1.620 -15.412
    4   HH11  ARG 333          1HH1      ARG 333 -16.788   1.162 -12.813
    5   HH12  ARG 333          2HH1      ARG 333 -18.165   1.557 -13.785
    6   HH21  ARG 333          1HH2      ARG 333 -16.314   2.140 -16.693
    7   HH22  ARG 333          2HH2      ARG 333 -17.896   2.112 -15.988
    8    HB2  ARG 333           HB2      ARG 333 -12.753   2.140 -11.826
    9    HB3  ARG 333           HB3      ARG 333 -11.229   1.886 -12.665
   10    HG2  ARG 333           HG2      ARG 333 -12.591   1.522 -14.417
   11    HG3  ARG 333           HG3      ARG 333 -12.661  -0.106 -13.741
   12    HD2  ARG 333           HD2      ARG 333 -14.801   0.126 -13.058
   13    HD3  ARG 333           HD3      ARG 333 -14.590   1.824 -12.631

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLY 334           H        GLY 334 -10.102  -0.964  -9.941
    2    HA2  GLY 334           HA2      GLY 334  -7.734  -1.116 -10.900
    3    HA3  GLY 334           HA3      GLY 334  -8.537  -1.867 -12.271

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ARG 335           H        ARG 335  -8.207  -3.981 -12.273
    2    HA   ARG 335           HA       ARG 335  -9.042  -5.647 -10.146
    3    HE   ARG 335           HE       ARG 335  -7.090  -9.381 -12.998
    4   HH11  ARG 335          1HH1      ARG 335  -5.759 -10.240  -9.889
    5   HH12  ARG 335          2HH1      ARG 335  -4.819 -11.553 -10.514
    6   HH21  ARG 335          1HH2      ARG 335  -5.855 -11.107 -13.822
    7   HH22  ARG 335          2HH2      ARG 335  -4.873 -12.046 -12.747
    8    HB2  ARG 335           HB2      ARG 335  -8.883  -6.193 -12.654
    9    HB3  ARG 335           HB3      ARG 335  -7.180  -6.509 -12.348
   10    HG2  ARG 335           HG2      ARG 335  -9.191  -7.851 -10.622
   11    HG3  ARG 335           HG3      ARG 335  -8.978  -8.428 -12.276
   12    HD2  ARG 335           HD2      ARG 335  -6.494  -7.962 -10.768
   13    HD3  ARG 335           HD3      ARG 335  -7.510  -9.269 -10.162

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 336           H        GLU 336  -5.854  -4.588 -11.259
    2    HA   GLU 336           HA       GLU 336  -4.411  -6.152  -9.356
    3    HB2  GLU 336           HB2      GLU 336  -3.664  -4.992 -11.627
    4    HB3  GLU 336           HB3      GLU 336  -3.225  -3.685 -10.537
    5    HG2  GLU 336           HG2      GLU 336  -2.251  -6.526 -10.335
    6    HG3  GLU 336           HG3      GLU 336  -1.345  -5.174 -11.013

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ARG 337           H        ARG 337  -5.224  -2.694  -9.568
    2    HA   ARG 337           HA       ARG 337  -4.025  -1.900  -7.170
    3    HE   ARG 337           HE       ARG 337  -4.707   1.408 -10.049
    4   HH11  ARG 337          1HH1      ARG 337  -6.808   3.679  -8.433
    5   HH12  ARG 337          2HH1      ARG 337  -7.374   4.394  -9.905
    6   HH21  ARG 337          1HH2      ARG 337  -5.450   2.348 -11.986
    7   HH22  ARG 337          2HH2      ARG 337  -6.603   3.639 -11.922
    8    HB2  ARG 337           HB2      ARG 337  -5.472  -0.663  -9.185
    9    HB3  ARG 337           HB3      ARG 337  -6.492  -0.459  -7.767
   10    HG2  ARG 337           HG2      ARG 337  -4.527   0.488  -6.570
   11    HG3  ARG 337           HG3      ARG 337  -3.632   0.417  -8.089
   12    HD2  ARG 337           HD2      ARG 337  -6.203   1.932  -7.654
   13    HD3  ARG 337           HD3      ARG 337  -4.591   2.647  -7.648

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    PHE 338           H        PHE 338  -7.401  -2.831  -7.810
    2    HA   PHE 338           HA       PHE 338  -8.307  -2.579  -5.166
    3    HD1  PHE 338           HD1      PHE 338  -9.822  -6.161  -5.649
    4    HD2  PHE 338           HD2      PHE 338 -11.508  -2.256  -5.499
    5    HE1  PHE 338           HE1      PHE 338 -11.576  -6.981  -4.130
    6    HE2  PHE 338           HE2      PHE 338 -13.264  -3.069  -3.980
    7    HZ   PHE 338           HZ       PHE 338 -13.300  -5.434  -3.293
    8    HB2  PHE 338           HB2      PHE 338  -9.837  -2.755  -7.075
    9    HB3  PHE 338           HB3      PHE 338  -9.310  -4.410  -7.359

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLU 339           H        GLU 339  -6.638  -5.159  -6.837
    2    HA   GLU 339           HA       GLU 339  -7.107  -7.229  -4.991
    3    HB2  GLU 339           HB2      GLU 339  -5.110  -6.699  -7.132
    4    HB3  GLU 339           HB3      GLU 339  -4.716  -7.940  -5.951
    5    HG2  GLU 339           HG2      GLU 339  -7.423  -8.145  -7.028
    6    HG3  GLU 339           HG3      GLU 339  -6.149  -8.327  -8.233

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    MET 340           H        MET 340  -4.650  -4.701  -5.144
    2    HA   MET 340           HA       MET 340  -3.042  -5.649  -3.029
    3    HB2  MET 340           HB2      MET 340  -2.692  -3.718  -4.819
    4    HB3  MET 340           HB3      MET 340  -3.311  -2.717  -3.513
    5    HG2  MET 340           HG2      MET 340  -1.538  -3.651  -2.043
    6    HG3  MET 340           HG3      MET 340  -0.876  -4.480  -3.450
    7    HE1  MET 340           HE1      MET 340  -0.602  -2.997  -5.765
    8    HE2  MET 340           HE2      MET 340  -1.847  -1.780  -5.481
    9    HE3  MET 340           HE3      MET 340  -0.176  -1.285  -5.752

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    PHE 341           H        PHE 341  -5.533  -3.097  -3.077
    2    HA   PHE 341           HA       PHE 341  -5.531  -2.580  -0.328
    3    HD1  PHE 341           HD1      PHE 341  -4.791  -0.662  -1.289
    4    HD2  PHE 341           HD2      PHE 341  -8.139  -1.001  -3.893
    5    HE1  PHE 341           HE1      PHE 341  -3.740   0.928  -2.839
    6    HE2  PHE 341           HE2      PHE 341  -7.093   0.591  -5.450
    7    HZ   PHE 341           HZ       PHE 341  -4.889   1.552  -4.923
    8    HB2  PHE 341           HB2      PHE 341  -7.999  -2.381  -2.045
    9    HB3  PHE 341           HB3      PHE 341  -7.528  -1.367  -0.683

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    ARG 342           H        ARG 342  -6.980  -5.157  -2.160
    2    HA   ARG 342           HA       ARG 342  -8.857  -5.981  -0.186
    3    HE   ARG 342           HE       ARG 342 -11.691  -9.458  -1.947
    4   HH11  ARG 342          1HH1      ARG 342  -9.869 -10.578   0.811
    5   HH12  ARG 342          2HH1      ARG 342 -10.712 -12.087   0.913
    6   HH21  ARG 342          1HH2      ARG 342 -12.801 -11.442  -1.815
    7   HH22  ARG 342          2HH2      ARG 342 -12.376 -12.578  -0.578
    8    HB2  ARG 342           HB2      ARG 342  -8.318  -6.670  -2.814
    9    HB3  ARG 342           HB3      ARG 342  -7.860  -8.112  -1.918
   10    HG2  ARG 342           HG2      ARG 342 -10.510  -6.756  -1.533
   11    HG3  ARG 342           HG3      ARG 342 -10.243  -7.994  -2.762
   12    HD2  ARG 342           HD2      ARG 342  -9.195  -9.208  -0.581
   13    HD3  ARG 342           HD3      ARG 342 -10.467  -8.239   0.163

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 343           H        GLU 343  -5.573  -7.023  -1.029
    2    HA   GLU 343           HA       GLU 343  -5.442  -9.042   0.975
    3    HB2  GLU 343           HB2      GLU 343  -3.973  -8.574  -1.202
    4    HB3  GLU 343           HB3      GLU 343  -2.955  -7.749  -0.030
    5    HG2  GLU 343           HG2      GLU 343  -2.256  -9.661   0.907
    6    HG3  GLU 343           HG3      GLU 343  -3.837 -10.428   0.773

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 344           H        LEU 344  -4.724  -5.628   0.865
    2    HA   LEU 344           HA       LEU 344  -3.242  -5.536   3.300
    3    HG   LEU 344           HG       LEU 344  -1.800  -4.330   1.945
    4   HD11  LEU 344          1HD1      LEU 344  -2.933  -2.613   0.242
    5   HD12  LEU 344          2HD1      LEU 344  -2.097  -1.464   1.286
    6   HD13  LEU 344          3HD1      LEU 344  -1.188  -2.732   0.464
    7   HD21  LEU 344          1HD2      LEU 344  -2.569  -2.291   3.941
    8   HD22  LEU 344          2HD2      LEU 344  -1.350  -3.563   4.026
    9   HD23  LEU 344          3HD2      LEU 344  -1.010  -2.074   3.145
   10    HB2  LEU 344           HB2      LEU 344  -4.310  -3.615   1.349
   11    HB3  LEU 344           HB3      LEU 344  -4.244  -3.009   2.993

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ASN 345           H        ASN 345  -6.626  -5.327   2.445
    2    HA   ASN 345           HA       ASN 345  -7.534  -4.304   4.941
    3   HD21  ASN 345          1HD2      ASN 345 -10.241  -5.797   5.489
    4   HD22  ASN 345          2HD2      ASN 345 -11.256  -4.429   5.778
    5    HB2  ASN 345           HB2      ASN 345  -8.717  -4.492   2.571
    6    HB3  ASN 345           HB3      ASN 345  -9.306  -6.008   3.247

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    GLU 346           H        GLU 346  -7.275  -7.563   3.573
    2    HA   GLU 346           HA       GLU 346  -8.391  -8.871   5.844
    3    HB2  GLU 346           HB2      GLU 346  -6.763  -9.842   3.500
    4    HB3  GLU 346           HB3      GLU 346  -7.299 -10.922   4.779
    5    HG2  GLU 346           HG2      GLU 346  -9.650  -9.992   4.261
    6    HG3  GLU 346           HG3      GLU 346  -8.924  -9.454   2.747

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ALA 347           H        ALA 347  -5.180  -7.868   4.913
    2    HA   ALA 347           HA       ALA 347  -3.807  -9.421   6.888
    3    HB1  ALA 347           HB1      ALA 347  -2.645  -6.950   5.676
    4    HB2  ALA 347           HB2      ALA 347  -2.910  -8.378   4.677
    5    HB3  ALA 347           HB3      ALA 347  -1.859  -8.474   6.090

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    LEU 348           H        LEU 348  -5.212  -6.218   6.745
    2    HA   LEU 348           HA       LEU 348  -3.977  -5.247   9.129
    3    HG   LEU 348           HG       LEU 348  -4.938  -2.171   7.427
    4   HD11  LEU 348          1HD1      LEU 348  -3.809  -3.397   9.867
    5   HD12  LEU 348          2HD1      LEU 348  -2.743  -2.339   8.942
    6   HD13  LEU 348          3HD1      LEU 348  -4.283  -1.729   9.546
    7   HD21  LEU 348          1HD2      LEU 348  -3.380  -4.627   6.916
    8   HD22  LEU 348          2HD2      LEU 348  -3.712  -3.250   5.864
    9   HD23  LEU 348          3HD2      LEU 348  -2.456  -3.135   7.097
   10    HB2  LEU 348           HB2      LEU 348  -6.037  -4.315   7.233
   11    HB3  LEU 348           HB3      LEU 348  -6.200  -3.710   8.870

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLU 349           H        GLU 349  -6.979  -6.907   8.375
    2    HA   GLU 349           HA       GLU 349  -8.200  -6.553  10.911
    3    HB2  GLU 349           HB2      GLU 349  -9.273  -7.272   8.678
    4    HB3  GLU 349           HB3      GLU 349  -8.726  -8.890   9.092
    5    HG2  GLU 349           HG2      GLU 349 -10.033  -8.841  11.130
    6    HG3  GLU 349           HG3      GLU 349 -10.535  -7.186  10.789

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 350           H        LEU 350  -5.911  -8.854   9.626
    2    HA   LEU 350           HA       LEU 350  -6.185 -10.821  11.648
    3    HG   LEU 350           HG       LEU 350  -6.233 -11.890   9.462
    4   HD11  LEU 350          1HD1      LEU 350  -3.574 -11.852   8.173
    5   HD12  LEU 350          2HD1      LEU 350  -4.555 -13.298   7.933
    6   HD13  LEU 350          3HD1      LEU 350  -5.184 -11.718   7.466
    7   HD21  LEU 350          1HD2      LEU 350  -4.023 -13.343  10.854
    8   HD22  LEU 350          2HD2      LEU 350  -5.759 -13.384  11.162
    9   HD23  LEU 350          3HD2      LEU 350  -5.094 -14.205   9.750
   10    HB2  LEU 350           HB2      LEU 350  -4.183 -10.187   9.541
   11    HB3  LEU 350           HB3      LEU 350  -3.682 -11.244  10.847

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    LYS 351           H        LYS 351  -4.063  -8.015  11.269
    2    HA   LYS 351           HA       LYS 351  -2.419  -8.463  13.491
    3    HB2  LYS 351           HB2      LYS 351  -3.143  -6.109  11.828
    4    HB3  LYS 351           HB3      LYS 351  -2.401  -5.787  13.389
    5    HG2  LYS 351           HG2      LYS 351  -0.393  -6.674  12.777
    6    HG3  LYS 351           HG3      LYS 351  -1.115  -7.796  11.622
    7    HD2  LYS 351           HD2      LYS 351   0.110  -6.106  10.418
    8    HD3  LYS 351           HD3      LYS 351  -1.617  -5.873  10.140
    9    HE2  LYS 351           HE2      LYS 351  -1.482  -4.221  12.117
   10    HE3  LYS 351           HE3      LYS 351   0.258  -4.258  11.831
   11    HZ1  LYS 351           HZ1      LYS 351  -1.485  -3.790   9.531
   12    HZ2  LYS 351           HZ2      LYS 351  -1.307  -2.527  10.643
   13    HZ3  LYS 351           HZ3      LYS 351   0.052  -3.168   9.866

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    ASP 352           H        ASP 352  -5.628  -7.108  13.219
    2    HA   ASP 352           HA       ASP 352  -5.746  -5.922  15.791
    3    HB2  ASP 352           HB2      ASP 352  -7.751  -6.708  13.718
    4    HB3  ASP 352           HB3      ASP 352  -8.321  -6.327  15.340

  No H/Q in entry =           4
  Start of MODEL   27
    1    H    ALA 353           H        ALA 353  -6.299  -9.159  14.597
    2    HA   ALA 353           HA       ALA 353  -7.598 -10.122  16.957
    3    HB1  ALA 353           HB1      ALA 353  -7.737 -11.099  14.602
    4    HB2  ALA 353           HB2      ALA 353  -6.176 -11.843  14.949
    5    HB3  ALA 353           HB3      ALA 353  -7.580 -12.235  15.941

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLN 354           H        GLN 354  -4.285 -10.129  15.738
    2    HA   GLN 354           HA       GLN 354  -3.264 -11.733  17.882
    3   HE21  GLN 354          1HE2      GLN 354   0.015 -14.086  16.230
    4   HE22  GLN 354          2HE2      GLN 354   1.201 -13.625  15.062
    5    HB2  GLN 354           HB2      GLN 354  -2.114 -10.250  15.573
    6    HB3  GLN 354           HB3      GLN 354  -1.042 -10.603  16.921
    7    HG2  GLN 354           HG2      GLN 354  -1.758 -13.008  16.708
    8    HG3  GLN 354           HG3      GLN 354  -2.542 -12.551  15.196

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    ALA 355           H        ALA 355  -3.663  -8.315  17.268
    2    HA   ALA 355           HA       ALA 355  -2.121  -7.591  19.631
    3    HB1  ALA 355           HB1      ALA 355  -2.275  -6.339  17.306
    4    HB2  ALA 355           HB2      ALA 355  -3.654  -5.566  18.089
    5    HB3  ALA 355           HB3      ALA 355  -2.052  -5.460  18.819

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLY 356           H        GLY 356  -3.438  -8.514  21.256
    2    HA2  GLY 356           HA2      GLY 356  -5.809  -6.880  21.857
    3    HA3  GLY 356           HA3      GLY 356  -4.856  -7.769  23.036

  No H/Q in entry =           3
  Start of MODEL   27
    1    H1   GLU 326           H1       GLU 326 -14.976  -1.843 -15.516
    2    H2   GLU 326           H2       GLU 326 -13.558  -2.783 -15.740
    3    H3   GLU 326           H3       GLU 326 -15.025  -3.244 -16.503
    4    HA   GLU 326           HA       GLU 326 -15.993  -3.899 -14.556
    5    HB2  GLU 326           HB2      GLU 326 -13.052  -4.600 -14.539
    6    HB3  GLU 326           HB3      GLU 326 -14.263  -5.430 -13.572
    7    HG2  GLU 326           HG2      GLU 326 -14.624  -5.219 -16.524
    8    HG3  GLU 326           HG3      GLU 326 -13.508  -6.410 -15.857

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    SER 327           H        SER 327 -16.402  -3.626 -12.404
    2    HA   SER 327           HA       SER 327 -14.578  -1.889 -10.885
    3    HG   SER 327           HG       SER 327 -17.693  -0.817 -12.442
    4    HB2  SER 327           HB2      SER 327 -17.552  -1.668 -10.536
    5    HB3  SER 327           HB3      SER 327 -16.297  -0.492 -10.147

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    PHE 328           H        PHE 328 -14.635  -2.152  -8.601
    2    HA   PHE 328           HA       PHE 328 -16.053  -4.524  -7.619
    3    HD1  PHE 328           HD1      PHE 328 -14.046  -7.262  -8.022
    4    HD2  PHE 328           HD2      PHE 328 -12.772  -3.455  -9.434
    5    HE1  PHE 328           HE1      PHE 328 -13.263  -8.303 -10.110
    6    HE2  PHE 328           HE2      PHE 328 -11.989  -4.488 -11.525
    7    HZ   PHE 328           HZ       PHE 328 -12.234  -6.915 -11.865
    8    HB2  PHE 328           HB2      PHE 328 -13.156  -4.006  -6.951
    9    HB3  PHE 328           HB3      PHE 328 -14.108  -5.443  -6.591

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLY 329           H        GLY 329 -16.773  -4.387  -5.540
    2    HA2  GLY 329           HA2      GLY 329 -17.736  -2.795  -3.999
    3    HA3  GLY 329           HA3      GLY 329 -16.298  -1.805  -4.197

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    LEU 330           H        LEU 330 -15.438  -1.695  -2.213
    2    HA   LEU 330           HA       LEU 330 -15.115  -4.195  -0.698
    3    HG   LEU 330           HG       LEU 330 -12.969  -5.174  -0.564
    4   HD11  LEU 330          1HD1      LEU 330 -10.696  -3.215  -0.645
    5   HD12  LEU 330          2HD1      LEU 330 -10.507  -4.849  -0.011
    6   HD13  LEU 330          3HD1      LEU 330 -10.991  -4.606  -1.689
    7   HD21  LEU 330          1HD2      LEU 330 -12.822  -3.088   1.525
    8   HD22  LEU 330          2HD2      LEU 330 -13.493  -4.717   1.590
    9   HD23  LEU 330          3HD2      LEU 330 -11.751  -4.476   1.713
   10    HB2  LEU 330           HB2      LEU 330 -13.043  -3.094  -1.993
   11    HB3  LEU 330           HB3      LEU 330 -12.966  -2.159  -0.512

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLY 331           H        GLY 331 -15.411  -4.056   1.480
    2    HA2  GLY 331           HA2      GLY 331 -16.805  -2.986   3.126
    3    HA3  GLY 331           HA3      GLY 331 -16.301  -1.432   2.480

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ILE 332           H        ILE 332 -14.290  -0.575   3.064
    2    HA   ILE 332           HA       ILE 332 -12.644  -2.042   4.961
    3    HB   ILE 332           HB       ILE 332 -12.223   0.770   3.953
    4   HG12  ILE 332          2HG1      ILE 332 -10.436  -0.687   2.558
    5   HG21  ILE 332          1HG2      ILE 332 -10.985   0.112   5.983
    6   HG22  ILE 332          2HG2      ILE 332 -10.276  -1.232   5.088
    7   HG23  ILE 332          3HG2      ILE 332  -9.925   0.429   4.610
    8   HD11  ILE 332          1HD1      ILE 332 -12.840   0.650   1.931
    9   HD12  ILE 332          2HD1      ILE 332 -11.482   0.271   0.871
   10   HD13  ILE 332          3HD1      ILE 332 -12.818  -0.868   1.034
   11   HG13  ILE 332          3HG1      ILE 332 -11.738  -1.866   2.680

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ARG 333           H        ARG 333 -12.786  -1.832   7.094
    2    HA   ARG 333           HA       ARG 333 -14.486   0.287   8.186
    3    HE   ARG 333           HE       ARG 333 -16.747  -1.655  13.013
    4   HH11  ARG 333          1HH1      ARG 333 -13.441  -0.966  12.135
    5   HH12  ARG 333          2HH1      ARG 333 -13.111  -0.074  13.582
    6   HH21  ARG 333          1HH2      ARG 333 -16.316  -0.482  14.916
    7   HH22  ARG 333          2HH2      ARG 333 -14.743   0.201  15.162
    8    HB2  ARG 333           HB2      ARG 333 -14.680  -2.274   8.713
    9    HB3  ARG 333           HB3      ARG 333 -13.358  -1.951   9.827
   10    HG2  ARG 333           HG2      ARG 333 -14.781  -0.155  10.844
   11    HG3  ARG 333           HG3      ARG 333 -16.112  -0.746   9.848
   12    HD2  ARG 333           HD2      ARG 333 -16.321  -2.688  11.036
   13    HD3  ARG 333           HD3      ARG 333 -14.620  -2.716  11.498

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLY 334           H        GLY 334 -12.756   1.871   7.779
    2    HA2  GLY 334           HA2      GLY 334 -10.271   1.717   9.153
    3    HA3  GLY 334           HA3      GLY 334 -11.436   2.640  10.090

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ARG 335           H        ARG 335 -10.964   4.724   9.878
    2    HA   ARG 335           HA       ARG 335 -11.178   6.024   7.361
    3    HE   ARG 335           HE       ARG 335 -11.628   8.592  11.930
    4   HH11  ARG 335          1HH1      ARG 335 -12.409   5.548  13.446
    5   HH12  ARG 335          2HH1      ARG 335 -13.315   6.277  14.729
    6   HH21  ARG 335          1HH2      ARG 335 -12.818   9.553  13.617
    7   HH22  ARG 335          2HH2      ARG 335 -13.548   8.550  14.827
    8    HB2  ARG 335           HB2      ARG 335 -10.414   8.050   8.685
    9    HB3  ARG 335           HB3      ARG 335 -11.878   7.261   9.254
   10    HG2  ARG 335           HG2      ARG 335  -9.403   6.281  10.483
   11    HG3  ARG 335           HG3      ARG 335  -9.791   7.967  10.827
   12    HD2  ARG 335           HD2      ARG 335 -12.020   6.043  11.037
   13    HD3  ARG 335           HD3      ARG 335 -10.749   5.896  12.250

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 336           H        GLU 336  -8.490   4.938   9.323
    2    HA   GLU 336           HA       GLU 336  -6.479   6.359   7.879
    3    HB2  GLU 336           HB2      GLU 336  -6.446   4.104   9.862
    4    HB3  GLU 336           HB3      GLU 336  -4.976   4.574   9.019
    5    HG2  GLU 336           HG2      GLU 336  -5.827   6.979   9.892
    6    HG3  GLU 336           HG3      GLU 336  -6.447   5.933  11.169

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ARG 337           H        ARG 337  -7.424   2.920   7.943
    2    HA   ARG 337           HA       ARG 337  -5.724   2.062   5.901
    3    HE   ARG 337           HE       ARG 337  -7.032  -1.449   8.519
    4   HH11  ARG 337          1HH1      ARG 337  -8.928  -3.374   6.310
    5   HH12  ARG 337          2HH1      ARG 337  -9.804  -4.180   7.567
    6   HH21  ARG 337          1HH2      ARG 337  -8.183  -2.510  10.174
    7   HH22  ARG 337          2HH2      ARG 337  -9.381  -3.690   9.761
    8    HB2  ARG 337           HB2      ARG 337  -7.635   0.893   7.540
    9    HB3  ARG 337           HB3      ARG 337  -8.282   0.662   5.921
   10    HG2  ARG 337           HG2      ARG 337  -6.021  -0.276   5.293
   11    HG3  ARG 337           HG3      ARG 337  -5.652  -0.284   7.018
   12    HD2  ARG 337           HD2      ARG 337  -8.079  -1.625   5.849
   13    HD3  ARG 337           HD3      ARG 337  -6.536  -2.450   6.060

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    PHE 338           H        PHE 338  -9.093   3.176   5.737
    2    HA   PHE 338           HA       PHE 338  -9.406   2.828   2.962
    3    HD1  PHE 338           HD1      PHE 338 -12.692   2.652   2.668
    4    HD2  PHE 338           HD2      PHE 338 -10.755   6.435   2.885
    5    HE1  PHE 338           HE1      PHE 338 -14.034   3.444   0.764
    6    HE2  PHE 338           HE2      PHE 338 -12.095   7.234   0.982
    7    HZ   PHE 338           HZ       PHE 338 -13.737   5.738  -0.080
    8    HB2  PHE 338           HB2      PHE 338 -11.310   3.140   4.483
    9    HB3  PHE 338           HB3      PHE 338 -10.788   4.790   4.808

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLU 339           H        GLU 339  -8.031   5.407   4.883
    2    HA   GLU 339           HA       GLU 339  -7.984   7.411   2.905
    3    HB2  GLU 339           HB2      GLU 339  -6.742   6.954   5.525
    4    HB3  GLU 339           HB3      GLU 339  -5.762   7.928   4.437
    5    HG2  GLU 339           HG2      GLU 339  -8.254   9.034   4.154
    6    HG3  GLU 339           HG3      GLU 339  -8.209   8.597   5.861

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    MET 340           H        MET 340  -5.763   4.791   3.692
    2    HA   MET 340           HA       MET 340  -3.665   5.594   1.977
    3    HB2  MET 340           HB2      MET 340  -3.363   3.947   3.780
    4    HB3  MET 340           HB3      MET 340  -4.408   2.819   2.927
    5    HG2  MET 340           HG2      MET 340  -2.640   3.225   0.997
    6    HG3  MET 340           HG3      MET 340  -1.608   3.608   2.374
    7    HE1  MET 340           HE1      MET 340  -1.811   1.974   4.596
    8    HE2  MET 340           HE2      MET 340  -3.471   1.419   4.377
    9    HE3  MET 340           HE3      MET 340  -2.155   0.248   4.477

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    PHE 341           H        PHE 341  -6.205   3.127   1.547
    2    HA   PHE 341           HA       PHE 341  -5.595   2.515  -1.120
    3    HD1  PHE 341           HD1      PHE 341  -5.090   0.687   0.121
    4    HD2  PHE 341           HD2      PHE 341  -8.998   1.022   1.770
    5    HE1  PHE 341           HE1      PHE 341  -4.451  -0.846   1.932
    6    HE2  PHE 341           HE2      PHE 341  -8.366  -0.512   3.586
    7    HZ   PHE 341           HZ       PHE 341  -6.089  -1.442   3.669
    8    HB2  PHE 341           HB2      PHE 341  -8.387   2.389   0.000
    9    HB3  PHE 341           HB3      PHE 341  -7.627   1.321  -1.176

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    ARG 342           H        ARG 342  -7.385   5.145   0.290
    2    HA   ARG 342           HA       ARG 342  -8.701   5.938  -2.126
    3    HE   ARG 342           HE       ARG 342 -12.286   9.339   0.258
    4   HH11  ARG 342          1HH1      ARG 342  -9.968  10.705  -1.963
    5   HH12  ARG 342          2HH1      ARG 342 -11.158  11.591  -2.857
    6   HH21  ARG 342          1HH2      ARG 342 -13.853  10.502  -0.915
    7   HH22  ARG 342          2HH2      ARG 342 -13.364  11.476  -2.261
    8    HB2  ARG 342           HB2      ARG 342  -9.467   6.496   0.218
    9    HB3  ARG 342           HB3      ARG 342  -8.144   7.651   0.299
   10    HG2  ARG 342           HG2      ARG 342  -9.136   8.706  -1.786
   11    HG3  ARG 342           HG3      ARG 342 -10.561   7.711  -1.477
   12    HD2  ARG 342           HD2      ARG 342 -10.190   8.781   0.966
   13    HD3  ARG 342           HD3      ARG 342  -9.543  10.078  -0.037

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 343           H        GLU 343  -5.832   7.053  -0.358
    2    HA   GLU 343           HA       GLU 343  -5.181   9.095  -2.235
    3    HB2  GLU 343           HB2      GLU 343  -4.392   8.611   0.283
    4    HB3  GLU 343           HB3      GLU 343  -3.038   7.885  -0.571
    5    HG2  GLU 343           HG2      GLU 343  -2.285  10.023  -0.274
    6    HG3  GLU 343           HG3      GLU 343  -3.013  10.139  -1.875

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 344           H        LEU 344  -4.414   5.703  -1.912
    2    HA   LEU 344           HA       LEU 344  -2.291   5.682  -3.819
    3    HG   LEU 344           HG       LEU 344  -0.992   3.918  -3.569
    4   HD11  LEU 344          1HD1      LEU 344  -2.041   1.559  -2.014
    5   HD12  LEU 344          2HD1      LEU 344  -0.377   1.746  -2.569
    6   HD13  LEU 344          3HD1      LEU 344  -1.048   2.879  -1.396
    7   HD21  LEU 344          1HD2      LEU 344  -2.404   2.964  -5.423
    8   HD22  LEU 344          2HD2      LEU 344  -0.938   2.061  -5.042
    9   HD23  LEU 344          3HD2      LEU 344  -2.504   1.480  -4.476
   10    HB2  LEU 344           HB2      LEU 344  -3.109   3.933  -1.948
   11    HB3  LEU 344           HB3      LEU 344  -3.875   3.220  -3.355

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ASN 345           H        ASN 345  -5.766   5.360  -3.966
    2    HA   ASN 345           HA       ASN 345  -5.892   4.302  -6.605
    3   HD21  ASN 345          1HD2      ASN 345  -9.872   5.739  -6.557
    4   HD22  ASN 345          2HD2      ASN 345 -10.186   4.505  -7.724
    5    HB2  ASN 345           HB2      ASN 345  -7.712   4.366  -4.729
    6    HB3  ASN 345           HB3      ASN 345  -8.096   5.947  -5.404

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    GLU 346           H        GLU 346  -6.108   7.570  -5.253
    2    HA   GLU 346           HA       GLU 346  -6.595   8.848  -7.748
    3    HB2  GLU 346           HB2      GLU 346  -6.949   9.691  -5.283
    4    HB3  GLU 346           HB3      GLU 346  -5.296  10.268  -5.455
    5    HG2  GLU 346           HG2      GLU 346  -7.044  10.964  -7.693
    6    HG3  GLU 346           HG3      GLU 346  -7.530  11.658  -6.146

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ALA 347           H        ALA 347  -3.710   8.049  -5.912
    2    HA   ALA 347           HA       ALA 347  -1.912   9.564  -7.531
    3    HB1  ALA 347           HB1      ALA 347  -1.541   8.747  -5.142
    4    HB2  ALA 347           HB2      ALA 347  -0.183   8.617  -6.260
    5    HB3  ALA 347           HB3      ALA 347  -1.139   7.189  -5.863

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    LEU 348           H        LEU 348  -3.236   6.335  -7.658
    2    HA   LEU 348           HA       LEU 348  -1.364   5.298  -9.543
    3    HG   LEU 348           HG       LEU 348  -2.738   2.201  -8.267
    4   HD11  LEU 348          1HD1      LEU 348  -1.374   3.341 -10.628
    5   HD12  LEU 348          2HD1      LEU 348  -0.454   2.198  -9.651
    6   HD13  LEU 348          3HD1      LEU 348  -2.000   1.716 -10.349
    7   HD21  LEU 348          1HD2      LEU 348  -1.578   4.260  -7.020
    8   HD22  LEU 348          2HD2      LEU 348  -0.934   2.619  -6.962
    9   HD23  LEU 348          3HD2      LEU 348  -0.253   3.794  -8.086
   10    HB2  LEU 348           HB2      LEU 348  -3.727   4.376  -8.145
   11    HB3  LEU 348           HB3      LEU 348  -3.746   3.859  -9.820

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLU 349           H        GLU 349  -4.474   6.923  -9.768
    2    HA   GLU 349           HA       GLU 349  -4.866   6.476 -12.544
    3    HB2  GLU 349           HB2      GLU 349  -6.631   7.146 -10.856
    4    HB3  GLU 349           HB3      GLU 349  -5.968   8.773 -10.927
    5    HG2  GLU 349           HG2      GLU 349  -6.575   9.021 -13.199
    6    HG3  GLU 349           HG3      GLU 349  -6.953   7.306 -13.355

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 350           H        LEU 350  -3.112   8.855 -10.695
    2    HA   LEU 350           HA       LEU 350  -2.792  10.736 -12.815
    3    HG   LEU 350           HG       LEU 350  -3.659  11.907 -10.869
    4   HD11  LEU 350          1HD1      LEU 350  -2.391  11.505  -8.587
    5   HD12  LEU 350          2HD1      LEU 350  -1.805  13.138  -8.903
    6   HD13  LEU 350          3HD1      LEU 350  -3.538  12.830  -8.789
    7   HD21  LEU 350          1HD2      LEU 350  -1.205  13.628 -11.200
    8   HD22  LEU 350          2HD2      LEU 350  -2.382  13.218 -12.448
    9   HD23  LEU 350          3HD2      LEU 350  -2.859  14.230 -11.085
   10    HB2  LEU 350           HB2      LEU 350  -1.630  10.347 -10.103
   11    HB3  LEU 350           HB3      LEU 350  -0.758  11.373 -11.226

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    LYS 351           H        LYS 351  -0.753   8.165 -11.465
    2    HA   LYS 351           HA       LYS 351   1.439   8.629 -13.210
    3    HB2  LYS 351           HB2      LYS 351   2.286   6.488 -12.415
    4    HB3  LYS 351           HB3      LYS 351   1.673   7.439 -11.070
    5    HG2  LYS 351           HG2      LYS 351  -0.379   6.127 -11.062
    6    HG3  LYS 351           HG3      LYS 351   0.213   5.184 -12.430
    7    HD2  LYS 351           HD2      LYS 351   1.535   5.355  -9.723
    8    HD3  LYS 351           HD3      LYS 351   0.529   4.019 -10.284
    9    HE2  LYS 351           HE2      LYS 351   2.500   3.129 -10.909
   10    HE3  LYS 351           HE3      LYS 351   2.306   4.181 -12.311
   11    HZ1  LYS 351           HZ1      LYS 351   3.591   5.322  -9.951
   12    HZ2  LYS 351           HZ2      LYS 351   4.481   4.188 -10.837
   13    HZ3  LYS 351           HZ3      LYS 351   3.907   5.590 -11.591

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    ASP 352           H        ASP 352  -1.494   6.753 -13.443
    2    HA   ASP 352           HA       ASP 352  -0.675   5.179 -15.681
    3    HB2  ASP 352           HB2      ASP 352  -2.626   4.810 -13.956
    4    HB3  ASP 352           HB3      ASP 352  -3.554   5.768 -15.106

  No H/Q in entry =           4
  Start of MODEL   27
    1    H    ALA 353           H        ALA 353  -2.179   8.303 -15.258
    2    HA   ALA 353           HA       ALA 353  -3.019   8.584 -17.982
    3    HB1  ALA 353           HB1      ALA 353  -3.098  11.087 -17.204
    4    HB2  ALA 353           HB2      ALA 353  -4.275   9.920 -16.602
    5    HB3  ALA 353           HB3      ALA 353  -2.895  10.375 -15.603

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLN 354           H        GLN 354  -0.134   9.336 -16.159
    2    HA   GLN 354           HA       GLN 354   1.013  11.007 -18.199
    3   HE21  GLN 354          1HE2      GLN 354   2.488  14.458 -15.761
    4   HE22  GLN 354          2HE2      GLN 354   4.063  14.373 -15.055
    5    HB2  GLN 354           HB2      GLN 354   1.877   9.943 -15.558
    6    HB3  GLN 354           HB3      GLN 354   3.135  10.419 -16.691
    7    HG2  GLN 354           HG2      GLN 354   1.623  12.590 -16.867
    8    HG3  GLN 354           HG3      GLN 354   1.148  12.074 -15.249

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    ALA 355           H        ALA 355   1.308   7.647 -17.175
    2    HA   ALA 355           HA       ALA 355   3.227   7.140 -19.333
    3    HB1  ALA 355           HB1      ALA 355   2.406   5.556 -16.916
    4    HB2  ALA 355           HB2      ALA 355   3.350   4.849 -18.227
    5    HB3  ALA 355           HB3      ALA 355   3.993   6.214 -17.314

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLY 356           H        GLY 356   0.379   5.464 -17.969
    2    HA2  GLY 356           HA2      GLY 356  -1.095   4.010 -19.007
    3    HA3  GLY 356           HA3      GLY 356  -0.103   4.093 -20.455

  No H/Q in entry =           3
  Start of MODEL   27
    1    H1   GLU 326           H1       GLU 326  13.773  11.126   9.222
    2    H2   GLU 326           H2       GLU 326  15.145  12.134   9.440
    3    H3   GLU 326           H3       GLU 326  13.602  12.833   9.179
    4    HA   GLU 326           HA       GLU 326  13.515  11.965   6.996
    5    HB2  GLU 326           HB2      GLU 326  15.842  13.600   7.915
    6    HB3  GLU 326           HB3      GLU 326  15.760  13.138   6.220
    7    HG2  GLU 326           HG2      GLU 326  13.384  14.101   6.281
    8    HG3  GLU 326           HG3      GLU 326  13.884  14.862   7.790

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    SER 327           H        SER 327  14.272  10.621   5.395
    2    HA   SER 327           HA       SER 327  15.307   8.819   4.471
    3    HG   SER 327           HG       SER 327  18.276  11.073   5.015
    4    HB2  SER 327           HB2      SER 327  17.751   9.263   6.140
    5    HB3  SER 327           HB3      SER 327  17.622   8.823   4.437

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    PHE 328           H        PHE 328  14.497   6.916   5.044
    2    HA   PHE 328           HA       PHE 328  15.393   5.726   7.579
    3    HD1  PHE 328           HD1      PHE 328  11.867   7.618   6.099
    4    HD2  PHE 328           HD2      PHE 328  13.679   6.585   9.808
    5    HE1  PHE 328           HE1      PHE 328  11.130   9.763   7.052
    6    HE2  PHE 328           HE2      PHE 328  12.944   8.727  10.768
    7    HZ   PHE 328           HZ       PHE 328  11.668  10.320   9.390
    8    HB2  PHE 328           HB2      PHE 328  12.591   5.390   6.507
    9    HB3  PHE 328           HB3      PHE 328  13.212   4.898   8.080

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLY 329           H        GLY 329  16.195   3.731   7.374
    2    HA2  GLY 329           HA2      GLY 329  17.112   1.975   6.137
    3    HA3  GLY 329           HA3      GLY 329  16.165   2.489   4.749

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    LEU 330           H        LEU 330  14.754   1.006   4.135
    2    HA   LEU 330           HA       LEU 330  13.225  -0.423   6.193
    3    HG   LEU 330           HG       LEU 330  10.949  -0.274   5.899
    4   HD11  LEU 330          1HD1      LEU 330  10.163   1.145   3.839
    5   HD12  LEU 330          2HD1      LEU 330   9.557  -0.410   3.270
    6   HD13  LEU 330          3HD1      LEU 330   9.000   0.243   4.811
    7   HD21  LEU 330          1HD2      LEU 330  11.783  -2.532   4.923
    8   HD22  LEU 330          2HD2      LEU 330  10.122  -2.394   5.500
    9   HD23  LEU 330          3HD2      LEU 330  10.464  -2.317   3.772
   10    HB2  LEU 330           HB2      LEU 330  12.293   0.950   4.081
   11    HB3  LEU 330           HB3      LEU 330  12.475  -0.625   3.332

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLY 331           H        GLY 331  14.020  -2.354   6.702
    2    HA2  GLY 331           HA2      GLY 331  15.177  -4.346   6.509
    3    HA3  GLY 331           HA3      GLY 331  15.734  -3.823   4.927

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ILE 332           H        ILE 332  14.305  -4.112   3.105
    2    HA   ILE 332           HA       ILE 332  12.027  -5.884   3.481
    3    HB   ILE 332           HB       ILE 332  13.102  -4.758   0.894
    4   HG12  ILE 332          2HG1      ILE 332  10.651  -3.609   2.060
    5   HG21  ILE 332          1HG2      ILE 332  10.803  -6.435   1.638
    6   HG22  ILE 332          2HG2      ILE 332  10.451  -5.109   0.529
    7   HG23  ILE 332          3HG2      ILE 332  11.672  -6.309   0.109
    8   HD11  ILE 332          1HD1      ILE 332  13.073  -2.546   0.666
    9   HD12  ILE 332          2HD1      ILE 332  11.386  -2.510   0.151
   10   HD13  ILE 332          3HD1      ILE 332  11.926  -1.477   1.474
   11   HG13  ILE 332          3HG1      ILE 332  12.127  -3.248   2.949

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ARG 333           H        ARG 333  11.954  -7.994   2.923
    2    HA   ARG 333           HA       ARG 333  14.362  -9.158   1.685
    3    HE   ARG 333           HE       ARG 333  15.719 -14.054   4.268
    4   HH11  ARG 333          1HH1      ARG 333  12.482 -12.848   3.767
    5   HH12  ARG 333          2HH1      ARG 333  11.843 -14.392   3.312
    6   HH21  ARG 333          1HH2      ARG 333  14.880 -16.085   3.669
    7   HH22  ARG 333          2HH2      ARG 333  13.204 -16.230   3.256
    8    HB2  ARG 333           HB2      ARG 333  14.015  -9.610   4.183
    9    HB3  ARG 333           HB3      ARG 333  12.646 -10.600   3.697
   10    HG2  ARG 333           HG2      ARG 333  14.108 -12.032   2.397
   11    HG3  ARG 333           HG3      ARG 333  15.491 -11.013   2.802
   12    HD2  ARG 333           HD2      ARG 333  15.676 -11.865   4.884
   13    HD3  ARG 333           HD3      ARG 333  13.932 -12.009   5.092

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLY 334           H        GLY 334  11.899  -8.272   0.407
    2    HA2  GLY 334           HA2      GLY 334   9.896  -9.823  -0.243
    3    HA3  GLY 334           HA3      GLY 334  11.202 -10.823  -0.862

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ARG 335           H        ARG 335  10.644 -10.695  -3.007
    2    HA   ARG 335           HA       ARG 335  11.484  -8.320  -4.382
    3    HE   ARG 335           HE       ARG 335  11.845  -8.586  -8.996
    4   HH11  ARG 335          1HH1      ARG 335  12.033 -12.005  -9.669
    5   HH12  ARG 335          2HH1      ARG 335  12.358 -11.783 -11.355
    6   HH21  ARG 335          1HH2      ARG 335  12.273  -8.291 -11.214
    7   HH22  ARG 335          2HH2      ARG 335  12.495  -9.675 -12.232
    8    HB2  ARG 335           HB2      ARG 335  11.544 -10.932  -5.039
    9    HB3  ARG 335           HB3      ARG 335  10.071 -10.457  -5.873
   10    HG2  ARG 335           HG2      ARG 335  11.525  -8.525  -6.809
   11    HG3  ARG 335           HG3      ARG 335  12.878  -9.553  -6.333
   12    HD2  ARG 335           HD2      ARG 335  12.363 -11.177  -7.872
   13    HD3  ARG 335           HD3      ARG 335  10.652 -10.753  -7.905

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 336           H        GLU 336   8.405 -10.054  -4.011
    2    HA   GLU 336           HA       GLU 336   6.873  -8.266  -5.570
    3    HB2  GLU 336           HB2      GLU 336   6.241 -10.370  -3.539
    4    HB3  GLU 336           HB3      GLU 336   4.966  -9.283  -4.071
    5    HG2  GLU 336           HG2      GLU 336   5.878 -10.001  -6.456
    6    HG3  GLU 336           HG3      GLU 336   6.376 -11.426  -5.546

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ARG 337           H        ARG 337   7.554  -8.435  -2.102
    2    HA   ARG 337           HA       ARG 337   5.820  -6.390  -1.277
    3    HE   ARG 337           HE       ARG 337   6.390  -7.572   4.068
    4   HH11  ARG 337          1HH1      ARG 337   8.800  -8.295   1.646
    5   HH12  ARG 337          2HH1      ARG 337   9.060  -9.911   2.209
    6   HH21  ARG 337          1HH2      ARG 337   6.733  -9.697   4.808
    7   HH22  ARG 337          2HH2      ARG 337   7.888 -10.707   4.003
    8    HB2  ARG 337           HB2      ARG 337   7.490  -8.119  -0.002
    9    HB3  ARG 337           HB3      ARG 337   8.377  -6.612   0.179
   10    HG2  ARG 337           HG2      ARG 337   6.043  -5.700   0.956
   11    HG3  ARG 337           HG3      ARG 337   5.736  -7.406   1.290
   12    HD2  ARG 337           HD2      ARG 337   8.338  -6.482   2.240
   13    HD3  ARG 337           HD3      ARG 337   6.980  -5.635   2.980

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    PHE 338           H        PHE 338   9.309  -6.251  -1.994
    2    HA   PHE 338           HA       PHE 338   9.600  -3.487  -1.659
    3    HD1  PHE 338           HD1      PHE 338  11.240  -3.409  -5.113
    4    HD2  PHE 338           HD2      PHE 338  12.910  -3.248  -1.203
    5    HE1  PHE 338           HE1      PHE 338  12.666  -1.527  -5.804
    6    HE2  PHE 338           HE2      PHE 338  14.339  -1.366  -1.886
    7    HZ   PHE 338           HZ       PHE 338  14.219  -0.503  -4.190
    8    HB2  PHE 338           HB2      PHE 338  11.514  -5.014  -1.780
    9    HB3  PHE 338           HB3      PHE 338  11.150  -5.356  -3.468

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLU 339           H        GLU 339   8.454  -5.387  -4.358
    2    HA   GLU 339           HA       GLU 339   8.632  -3.420  -6.362
    3    HB2  GLU 339           HB2      GLU 339   7.115  -5.951  -5.991
    4    HB3  GLU 339           HB3      GLU 339   6.533  -4.840  -7.223
    5    HG2  GLU 339           HG2      GLU 339   9.411  -5.280  -7.331
    6    HG3  GLU 339           HG3      GLU 339   8.463  -6.748  -7.564

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    MET 340           H        MET 340   6.151  -4.158  -3.969
    2    HA   MET 340           HA       MET 340   4.178  -2.398  -4.965
    3    HB2  MET 340           HB2      MET 340   3.992  -4.285  -3.185
    4    HB3  MET 340           HB3      MET 340   4.478  -3.038  -2.045
    5    HG2  MET 340           HG2      MET 340   2.538  -1.676  -3.064
    6    HG3  MET 340           HG3      MET 340   1.982  -3.234  -3.675
    7    HE1  MET 340           HE1      MET 340   1.740  -5.317  -2.170
    8    HE2  MET 340           HE2      MET 340   3.048  -5.112  -1.005
    9    HE3  MET 340           HE3      MET 340   1.385  -5.280  -0.443

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    PHE 341           H        PHE 341   6.463  -2.016  -2.251
    2    HA   PHE 341           HA       PHE 341   5.861   0.672  -1.722
    3    HD1  PHE 341           HD1      PHE 341   8.979  -2.341   0.075
    4    HD2  PHE 341           HD2      PHE 341   5.154  -0.479   0.118
    5    HE1  PHE 341           HE1      PHE 341   8.131  -4.123   1.545
    6    HE2  PHE 341           HE2      PHE 341   4.300  -2.252   1.589
    7    HZ   PHE 341           HZ       PHE 341   5.789  -4.079   2.299
    8    HB2  PHE 341           HB2      PHE 341   8.592  -0.522  -1.294
    9    HB3  PHE 341           HB3      PHE 341   7.759   0.688  -0.322

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    ARG 342           H        ARG 342   7.879  -0.808  -4.139
    2    HA   ARG 342           HA       ARG 342   9.390   1.511  -4.800
    3    HE   ARG 342           HE       ARG 342  12.132  -0.072  -9.623
    4   HH11  ARG 342          1HH1      ARG 342   8.669   0.088  -9.224
    5   HH12  ARG 342          2HH1      ARG 342   8.406   0.888 -10.737
    6   HH21  ARG 342          1HH2      ARG 342  11.789   0.981 -11.612
    7   HH22  ARG 342          2HH2      ARG 342  10.177   1.395 -12.093
    8    HB2  ARG 342           HB2      ARG 342  10.108  -0.784  -5.380
    9    HB3  ARG 342           HB3      ARG 342   8.760  -0.908  -6.502
   10    HG2  ARG 342           HG2      ARG 342   9.757   1.143  -7.651
   11    HG3  ARG 342           HG3      ARG 342  11.206   0.811  -6.700
   12    HD2  ARG 342           HD2      ARG 342  11.569  -1.242  -7.749
   13    HD3  ARG 342           HD3      ARG 342   9.913  -1.333  -8.348

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 343           H        GLU 343   6.420   0.063  -6.068
    2    HA   GLU 343           HA       GLU 343   6.083   1.956  -8.165
    3    HB2  GLU 343           HB2      GLU 343   4.983  -0.423  -7.722
    4    HB3  GLU 343           HB3      GLU 343   3.733   0.559  -6.973
    5    HG2  GLU 343           HG2      GLU 343   2.858   0.671  -9.015
    6    HG3  GLU 343           HG3      GLU 343   4.122   1.858  -9.337

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 344           H        LEU 344   4.985   1.745  -4.831
    2    HA   LEU 344           HA       LEU 344   3.214   3.971  -4.968
    3    HG   LEU 344           HG       LEU 344   1.653   3.047  -3.764
    4   HD11  LEU 344          1HD1      LEU 344   3.114   0.610  -2.923
    5   HD12  LEU 344          2HD1      LEU 344   1.366   0.635  -2.691
    6   HD13  LEU 344          3HD1      LEU 344   2.045   0.877  -4.301
    7   HD21  LEU 344          1HD2      LEU 344   2.375   3.388  -1.026
    8   HD22  LEU 344          2HD2      LEU 344   0.796   3.574  -1.788
    9   HD23  LEU 344          3HD2      LEU 344   1.292   2.003  -1.162
   10    HB2  LEU 344           HB2      LEU 344   4.346   2.249  -2.839
   11    HB3  LEU 344           HB3      LEU 344   3.813   3.845  -2.346

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ASN 345           H        ASN 345   6.607   3.548  -4.142
    2    HA   ASN 345           HA       ASN 345   7.057   6.140  -3.119
    3   HD21  ASN 345          1HD2      ASN 345  10.804   4.380  -2.351
    4   HD22  ASN 345          2HD2      ASN 345  11.378   5.973  -2.004
    5    HB2  ASN 345           HB2      ASN 345   8.571   4.072  -2.949
    6    HB3  ASN 345           HB3      ASN 345   9.131   4.496  -4.564

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    GLU 346           H        GLU 346   7.088   4.797  -6.366
    2    HA   GLU 346           HA       GLU 346   8.269   7.011  -7.667
    3    HB2  GLU 346           HB2      GLU 346   7.669   4.539  -8.476
    4    HB3  GLU 346           HB3      GLU 346   6.245   5.362  -9.100
    5    HG2  GLU 346           HG2      GLU 346   7.842   6.981 -10.213
    6    HG3  GLU 346           HG3      GLU 346   9.122   5.842  -9.801

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ALA 347           H        ALA 347   4.861   6.059  -7.256
    2    HA   ALA 347           HA       ALA 347   3.754   8.309  -8.532
    3    HB1  ALA 347           HB1      ALA 347   2.678   6.049  -7.735
    4    HB2  ALA 347           HB2      ALA 347   1.707   7.517  -7.858
    5    HB3  ALA 347           HB3      ALA 347   2.307   6.986  -6.287

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    LEU 348           H        LEU 348   4.986   7.797  -5.320
    2    HA   LEU 348           HA       LEU 348   3.775  10.011  -4.048
    3    HG   LEU 348           HG       LEU 348   5.828  10.934  -2.340
    4   HD11  LEU 348          1HD1      LEU 348   4.294   8.882  -0.799
    5   HD12  LEU 348          2HD1      LEU 348   5.050  10.243   0.029
    6   HD13  LEU 348          3HD1      LEU 348   3.842  10.533  -1.223
    7   HD21  LEU 348          1HD2      LEU 348   7.301   8.506  -1.548
    8   HD22  LEU 348          2HD2      LEU 348   7.873  10.158  -1.785
    9   HD23  LEU 348          3HD2      LEU 348   7.061   9.713  -0.284
   10    HB2  LEU 348           HB2      LEU 348   4.746   8.218  -2.756
   11    HB3  LEU 348           HB3      LEU 348   6.326   8.512  -3.456

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLU 349           H        GLU 349   6.804   9.605  -5.818
    2    HA   GLU 349           HA       GLU 349   7.771  12.234  -5.283
    3    HB2  GLU 349           HB2      GLU 349   9.043  10.086  -6.077
    4    HB3  GLU 349           HB3      GLU 349   8.612  10.653  -7.685
    5    HG2  GLU 349           HG2      GLU 349  10.757  11.492  -7.285
    6    HG3  GLU 349           HG3      GLU 349   9.672  12.859  -7.037

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 350           H        LEU 350   5.723  10.810  -7.721
    2    HA   LEU 350           HA       LEU 350   5.865  13.004  -9.549
    3    HG   LEU 350           HG       LEU 350   3.953  10.999 -11.919
    4   HD11  LEU 350          1HD1      LEU 350   4.479  13.839 -11.056
    5   HD12  LEU 350          2HD1      LEU 350   4.022  13.336 -12.684
    6   HD13  LEU 350          3HD1      LEU 350   2.903  13.099 -11.341
    7   HD21  LEU 350          1HD2      LEU 350   6.554  11.009 -11.260
    8   HD22  LEU 350          2HD2      LEU 350   5.969  11.269 -12.904
    9   HD23  LEU 350          3HD2      LEU 350   6.401  12.648 -11.893
   10    HB2  LEU 350           HB2      LEU 350   4.992  10.440  -9.736
   11    HB3  LEU 350           HB3      LEU 350   3.465  11.290  -9.592

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    LYS 351           H        LYS 351   3.868  12.165  -6.808
    2    HA   LYS 351           HA       LYS 351   1.798  14.049  -7.305
    3    HB2  LYS 351           HB2      LYS 351   1.537  12.082  -5.821
    4    HB3  LYS 351           HB3      LYS 351   2.652  12.818  -4.679
    5    HG2  LYS 351           HG2      LYS 351   1.137  14.554  -4.168
    6    HG3  LYS 351           HG3      LYS 351   0.103  14.152  -5.540
    7    HD2  LYS 351           HD2      LYS 351   0.612  12.200  -3.313
    8    HD3  LYS 351           HD3      LYS 351  -0.668  13.412  -3.213
    9    HE2  LYS 351           HE2      LYS 351  -1.355  12.485  -5.545
   10    HE3  LYS 351           HE3      LYS 351  -0.403  11.080  -5.066
   11    HZ1  LYS 351           HZ1      LYS 351  -2.324  12.064  -3.116
   12    HZ2  LYS 351           HZ2      LYS 351  -2.975  11.346  -4.503
   13    HZ3  LYS 351           HZ3      LYS 351  -1.909  10.475  -3.520

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    ASP 352           H        ASP 352   4.898  14.190  -5.696
    2    HA   ASP 352           HA       ASP 352   4.473  16.652  -4.344
    3    HB2  ASP 352           HB2      ASP 352   6.896  15.033  -5.063
    4    HB3  ASP 352           HB3      ASP 352   7.084  16.657  -4.408

  No H/Q in entry =           4
  Start of MODEL   27
    1    H    ALA 353           H        ALA 353   5.536  15.791  -7.560
    2    HA   ALA 353           HA       ALA 353   6.583  18.338  -8.268
    3    HB1  ALA 353           HB1      ALA 353   5.524  16.180 -10.091
    4    HB2  ALA 353           HB2      ALA 353   7.164  16.245  -9.444
    5    HB3  ALA 353           HB3      ALA 353   6.596  17.508 -10.537

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLN 354           H        GLN 354   3.438  16.770  -8.756
    2    HA   GLN 354           HA       GLN 354   2.281  18.866 -10.255
    3   HE21  GLN 354          1HE2      GLN 354   0.396  14.893 -12.540
    4   HE22  GLN 354          2HE2      GLN 354  -1.229  15.403 -12.833
    5    HB2  GLN 354           HB2      GLN 354   1.152  16.580  -8.664
    6    HB3  GLN 354           HB3      GLN 354   0.094  17.778  -9.399
    7    HG2  GLN 354           HG2      GLN 354   1.811  17.054 -11.445
    8    HG3  GLN 354           HG3      GLN 354   1.483  15.543 -10.598

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    ALA 355           H        ALA 355   2.627  18.289  -6.826
    2    HA   ALA 355           HA       ALA 355   0.921  20.575  -6.186
    3    HB1  ALA 355           HB1      ALA 355   2.322  19.077  -4.047
    4    HB2  ALA 355           HB2      ALA 355   0.677  19.713  -4.098
    5    HB3  ALA 355           HB3      ALA 355   1.073  18.222  -4.953

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLY 356           H        GLY 356   2.050  21.564  -3.924
    2    HA2  GLY 356           HA2      GLY 356   3.546  23.614  -4.356
    3    HA3  GLY 356           HA3      GLY 356   4.767  22.397  -4.696

  No H/Q in entry =           3
  Start of MODEL   27
    1    H1   GLU 326           H1       GLU 326  19.943 -12.374  -0.604
    2    H2   GLU 326           H2       GLU 326  19.084 -13.581   0.257
    3    H3   GLU 326           H3       GLU 326  19.483 -13.827  -1.394
    4    HA   GLU 326           HA       GLU 326  18.072 -12.051  -2.045
    5    HB2  GLU 326           HB2      GLU 326  17.363 -14.546  -1.305
    6    HB3  GLU 326           HB3      GLU 326  16.327 -13.619  -0.229
    7    HG2  GLU 326           HG2      GLU 326  16.309 -12.694  -3.003
    8    HG3  GLU 326           HG3      GLU 326  15.706 -14.335  -2.775

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    SER 327           H        SER 327  18.625 -10.062  -1.033
    2    HA   SER 327           HA       SER 327  16.678  -9.235   0.951
    3    HG   SER 327           HG       SER 327  17.796 -10.665   2.574
    4    HB2  SER 327           HB2      SER 327  19.582  -9.501   1.524
    5    HB3  SER 327           HB3      SER 327  18.782  -8.047   2.121

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    PHE 328           H        PHE 328  15.785  -7.552  -0.041
    2    HA   PHE 328           HA       PHE 328  17.465  -5.767  -1.644
    3    HD1  PHE 328           HD1      PHE 328  16.798  -6.552  -4.207
    4    HD2  PHE 328           HD2      PHE 328  13.644  -7.911  -1.694
    5    HE1  PHE 328           HE1      PHE 328  16.593  -8.588  -5.572
    6    HE2  PHE 328           HE2      PHE 328  13.434  -9.951  -3.054
    7    HZ   PHE 328           HZ       PHE 328  14.910 -10.291  -4.996
    8    HB2  PHE 328           HB2      PHE 328  14.452  -5.740  -1.454
    9    HB3  PHE 328           HB3      PHE 328  15.461  -5.009  -2.698

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLY 329           H        GLY 329  17.337  -3.482  -1.402
    2    HA2  GLY 329           HA2      GLY 329  17.908  -2.132   0.660
    3    HA3  GLY 329           HA3      GLY 329  16.310  -2.599   1.222

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    LEU 330           H        LEU 330  15.241  -0.707   1.279
    2    HA   LEU 330           HA       LEU 330  15.257   0.946  -1.158
    3    HG   LEU 330           HG       LEU 330  13.388   1.065  -2.464
    4   HD11  LEU 330          1HD1      LEU 330  10.916   0.079  -1.147
    5   HD12  LEU 330          2HD1      LEU 330  10.750   1.175  -2.519
    6   HD13  LEU 330          3HD1      LEU 330  11.618  -0.349  -2.707
    7   HD21  LEU 330          1HD2      LEU 330  13.111   2.971  -0.586
    8   HD22  LEU 330          2HD2      LEU 330  12.670   3.195  -2.278
    9   HD23  LEU 330          3HD2      LEU 330  11.431   2.789  -1.090
   10    HB2  LEU 330           HB2      LEU 330  13.154  -0.579  -0.482
   11    HB3  LEU 330           HB3      LEU 330  12.781   0.847   0.469

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLY 331           H        GLY 331  15.824   2.986  -0.799
    2    HA2  GLY 331           HA2      GLY 331  16.760   4.641   0.627
    3    HA3  GLY 331           HA3      GLY 331  15.849   3.962   1.967

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ILE 332           H        ILE 332  13.628   4.467   2.180
    2    HA   ILE 332           HA       ILE 332  12.402   6.345   0.367
    3    HB   ILE 332           HB       ILE 332  11.366   5.469   3.061
    4   HG12  ILE 332          2HG1      ILE 332   9.960   3.966   1.328
    5   HG21  ILE 332          1HG2      ILE 332  10.305   7.038   0.807
    6   HG22  ILE 332          2HG2      ILE 332   9.205   5.843   1.493
    7   HG23  ILE 332          3HG2      ILE 332   9.901   7.093   2.523
    8   HD11  ILE 332          1HD1      ILE 332  11.715   3.391   3.300
    9   HD12  ILE 332          2HD1      ILE 332  10.905   2.189   2.296
   10   HD13  ILE 332          3HD1      ILE 332  12.542   2.712   1.898
   11   HG13  ILE 332          3HG1      ILE 332  11.484   4.058   0.451

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ARG 333           H        ARG 333  12.294   8.498   0.566
    2    HA   ARG 333           HA       ARG 333  13.617   9.722   2.874
    3    HE   ARG 333           HE       ARG 333  15.149  14.605   2.635
    4   HH11  ARG 333          1HH1      ARG 333  13.832  13.561  -0.423
    5   HH12  ARG 333          2HH1      ARG 333  14.657  14.779  -1.337
    6   HH21  ARG 333          1HH2      ARG 333  16.235  16.208   1.436
    7   HH22  ARG 333          2HH2      ARG 333  16.022  16.281  -0.282
    8    HB2  ARG 333           HB2      ARG 333  14.041  10.201   0.281
    9    HB3  ARG 333           HB3      ARG 333  12.736  11.349   0.544
   10    HG2  ARG 333           HG2      ARG 333  14.967  11.357   2.491
   11    HG3  ARG 333           HG3      ARG 333  15.285  11.990   0.875
   12    HD2  ARG 333           HD2      ARG 333  12.974  13.231   1.357
   13    HD3  ARG 333           HD3      ARG 333  13.526  13.034   3.020

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLY 334           H        GLY 334  10.964   8.662   3.162
    2    HA2  GLY 334           HA2      GLY 334   8.714   9.907   3.006
    3    HA3  GLY 334           HA3      GLY 334   9.582  11.161   3.879

  No H/Q in entry =           3
  Start of MODEL   27
    1    H    ARG 335           H        ARG 335   8.552  11.157   5.802
    2    HA   ARG 335           HA       ARG 335   9.077   8.983   7.597
    3    HE   ARG 335           HE       ARG 335  10.030  12.029  10.730
    4   HH11  ARG 335          1HH1      ARG 335   7.228  12.669  12.710
    5   HH12  ARG 335          2HH1      ARG 335   8.077  13.724  13.789
    6   HH21  ARG 335          1HH2      ARG 335  11.148  13.417  12.148
    7   HH22  ARG 335          2HH2      ARG 335  10.302  14.149  13.470
    8    HB2  ARG 335           HB2      ARG 335   8.975  11.532   8.099
    9    HB3  ARG 335           HB3      ARG 335   7.240  11.273   8.223
   10    HG2  ARG 335           HG2      ARG 335   7.740   9.485   9.922
   11    HG3  ARG 335           HG3      ARG 335   9.410  10.054   9.906
   12    HD2  ARG 335           HD2      ARG 335   7.357  12.137  10.248
   13    HD3  ARG 335           HD3      ARG 335   7.502  10.989  11.577

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 336           H        GLU 336   6.102  10.487   6.339
    2    HA   GLU 336           HA       GLU 336   4.334   8.634   7.519
    3    HB2  GLU 336           HB2      GLU 336   4.105  10.597   5.262
    4    HB3  GLU 336           HB3      GLU 336   2.793   9.474   5.591
    5    HG2  GLU 336           HG2      GLU 336   2.101  11.223   6.851
    6    HG3  GLU 336           HG3      GLU 336   3.098  10.396   8.047

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ARG 337           H        ARG 337   5.798   8.786   4.292
    2    HA   ARG 337           HA       ARG 337   4.485   6.598   3.159
    3    HE   ARG 337           HE       ARG 337   2.952   7.980   1.534
    4   HH11  ARG 337          1HH1      ARG 337   3.001   5.272  -0.667
    5   HH12  ARG 337          2HH1      ARG 337   1.288   5.284  -0.916
    6   HH21  ARG 337          1HH2      ARG 337   0.699   7.995   1.209
    7   HH22  ARG 337          2HH2      ARG 337  -0.019   6.829   0.149
    8    HB2  ARG 337           HB2      ARG 337   6.926   8.145   2.592
    9    HB3  ARG 337           HB3      ARG 337   6.945   6.501   1.972
   10    HG2  ARG 337           HG2      ARG 337   4.976   8.682   1.340
   11    HG3  ARG 337           HG3      ARG 337   6.129   7.910   0.252
   12    HD2  ARG 337           HD2      ARG 337   4.547   6.462  -0.320
   13    HD3  ARG 337           HD3      ARG 337   4.571   5.839   1.328

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    PHE 338           H        PHE 338   7.624   6.726   4.826
    2    HA   PHE 338           HA       PHE 338   8.259   4.021   4.650
    3    HD1  PHE 338           HD1      PHE 338   9.549   4.878   8.771
    4    HD2  PHE 338           HD2      PHE 338  10.673   3.249   5.004
    5    HE1  PHE 338           HE1      PHE 338  10.850   3.134   9.919
    6    HE2  PHE 338           HE2      PHE 338  11.976   1.500   6.145
    7    HZ   PHE 338           HZ       PHE 338  12.065   1.441   8.605
    8    HB2  PHE 338           HB2      PHE 338   9.871   5.711   5.378
    9    HB3  PHE 338           HB3      PHE 338   8.944   5.986   6.848

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    GLU 339           H        GLU 339   6.238   5.747   6.963
    2    HA   GLU 339           HA       GLU 339   5.923   3.704   8.850
    3    HB2  GLU 339           HB2      GLU 339   4.320   6.095   8.053
    4    HB3  GLU 339           HB3      GLU 339   3.571   4.900   9.104
    5    HG2  GLU 339           HG2      GLU 339   4.852   5.448  10.873
    6    HG3  GLU 339           HG3      GLU 339   6.269   5.789   9.880

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    MET 340           H        MET 340   4.155   4.410   5.871
    2    HA   MET 340           HA       MET 340   2.204   2.388   6.165
    3    HB2  MET 340           HB2      MET 340   3.281   3.460   3.554
    4    HB3  MET 340           HB3      MET 340   1.700   2.749   3.845
    5    HG2  MET 340           HG2      MET 340   1.686   4.813   5.606
    6    HG3  MET 340           HG3      MET 340   2.657   5.478   4.295
    7    HE1  MET 340           HE1      MET 340   1.923   4.662   1.824
    8    HE2  MET 340           HE2      MET 340   0.702   3.395   1.955
    9    HE3  MET 340           HE3      MET 340   0.284   4.953   1.241

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    PHE 341           H        PHE 341   5.135   2.471   4.122
    2    HA   PHE 341           HA       PHE 341   5.046  -0.216   3.349
    3    HD1  PHE 341           HD1      PHE 341   4.681   0.883   1.472
    4    HD2  PHE 341           HD2      PHE 341   8.072   3.254   2.467
    5    HE1  PHE 341           HE1      PHE 341   3.970   2.575  -0.159
    6    HE2  PHE 341           HE2      PHE 341   7.366   4.951   0.835
    7    HZ   PHE 341           HZ       PHE 341   5.310   4.613  -0.471
    8    HB2  PHE 341           HB2      PHE 341   7.594   1.355   3.720
    9    HB3  PHE 341           HB3      PHE 341   7.262   0.082   2.547

  No H/Q in entry =           9
  Start of MODEL   27
    1    H    ARG 342           H        ARG 342   5.981   1.228   6.343
    2    HA   ARG 342           HA       ARG 342   7.610  -0.939   7.263
    3    HE   ARG 342           HE       ARG 342  11.342   0.089   9.882
    4   HH11  ARG 342          1HH1      ARG 342   8.159   0.836  11.102
    5   HH12  ARG 342          2HH1      ARG 342   8.751   1.574  12.551
    6   HH21  ARG 342          1HH2      ARG 342  12.123   1.060  11.788
    7   HH22  ARG 342          2HH2      ARG 342  11.002   1.703  12.941
    8    HB2  ARG 342           HB2      ARG 342   6.569   1.591   8.361
    9    HB3  ARG 342           HB3      ARG 342   6.781   0.309   9.544
   10    HG2  ARG 342           HG2      ARG 342   8.943   1.182   7.646
   11    HG3  ARG 342           HG3      ARG 342   8.733   1.848   9.267
   12    HD2  ARG 342           HD2      ARG 342   8.684  -0.834   9.756
   13    HD3  ARG 342           HD3      ARG 342   9.821  -0.737   8.411

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    GLU 343           H        GLU 343   4.263   0.096   7.847
    2    HA   GLU 343           HA       GLU 343   3.631  -2.094   9.550
    3    HB2  GLU 343           HB2      GLU 343   1.859  -0.216   7.978
    4    HB3  GLU 343           HB3      GLU 343   1.262  -1.391   9.141
    5    HG2  GLU 343           HG2      GLU 343   3.343   0.512  10.052
    6    HG3  GLU 343           HG3      GLU 343   1.716   1.135   9.780

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 344           H        LEU 344   3.537  -1.554   6.104
    2    HA   LEU 344           HA       LEU 344   1.919  -3.807   5.458
    3    HG   LEU 344           HG       LEU 344   0.855  -2.194   4.195
    4   HD11  LEU 344          1HD1      LEU 344   2.578  -0.918   2.134
    5   HD12  LEU 344          2HD1      LEU 344   0.837  -0.982   1.859
    6   HD13  LEU 344          3HD1      LEU 344   1.474  -0.186   3.298
    7   HD21  LEU 344          1HD2      LEU 344   1.820  -3.898   1.950
    8   HD22  LEU 344          2HD2      LEU 344   0.492  -4.164   3.080
    9   HD23  LEU 344          3HD2      LEU 344   0.310  -3.008   1.760
   10    HB2  LEU 344           HB2      LEU 344   3.511  -1.803   4.002
   11    HB3  LEU 344           HB3      LEU 344   3.393  -3.361   3.206

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    ASN 345           H        ASN 345   5.342  -3.283   5.959
    2    HA   ASN 345           HA       ASN 345   6.232  -5.734   4.831
    3   HD21  ASN 345          1HD2      ASN 345   8.439  -6.616   7.072
    4   HD22  ASN 345          2HD2      ASN 345   9.743  -7.025   6.015
    5    HB2  ASN 345           HB2      ASN 345   7.588  -3.598   5.429
    6    HB3  ASN 345           HB3      ASN 345   7.686  -4.305   7.039

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    GLU 346           H        GLU 346   5.497  -4.711   8.151
    2    HA   GLU 346           HA       GLU 346   6.103  -7.235   9.319
    3    HB2  GLU 346           HB2      GLU 346   5.062  -6.342  11.332
    4    HB3  GLU 346           HB3      GLU 346   6.123  -5.139  10.610
    5    HG2  GLU 346           HG2      GLU 346   4.180  -4.027   9.622
    6    HG3  GLU 346           HG3      GLU 346   3.123  -5.225  10.368

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    ALA 347           H        ALA 347   3.239  -5.800   7.925
    2    HA   ALA 347           HA       ALA 347   1.422  -7.777   8.924
    3    HB1  ALA 347           HB1      ALA 347   1.270  -5.455   7.102
    4    HB2  ALA 347           HB2      ALA 347   0.071  -6.727   6.863
    5    HB3  ALA 347           HB3      ALA 347   0.211  -5.930   8.430

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    LEU 348           H        LEU 348   3.414  -7.406   6.077
    2    HA   LEU 348           HA       LEU 348   2.145  -9.456   4.548
    3    HG   LEU 348           HG       LEU 348   3.864  -7.642   1.925
    4   HD11  LEU 348          1HD1      LEU 348   2.694 -10.287   2.547
    5   HD12  LEU 348          2HD1      LEU 348   1.888  -9.321   1.310
    6   HD13  LEU 348          3HD1      LEU 348   3.591  -9.744   1.128
    7   HD21  LEU 348          1HD2      LEU 348   2.101  -6.891   3.836
    8   HD22  LEU 348          2HD2      LEU 348   1.876  -6.606   2.110
    9   HD23  LEU 348          3HD2      LEU 348   1.107  -7.993   2.882
   10    HB2  LEU 348           HB2      LEU 348   4.395  -7.640   4.252
   11    HB3  LEU 348           HB3      LEU 348   4.759  -9.235   3.620

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    GLU 349           H        GLU 349   4.809  -9.338   6.830
    2    HA   GLU 349           HA       GLU 349   5.824 -11.931   6.316
    3    HB2  GLU 349           HB2      GLU 349   6.838  -9.919   7.661
    4    HB3  GLU 349           HB3      GLU 349   6.008 -10.662   9.022
    5    HG2  GLU 349           HG2      GLU 349   7.274 -12.807   7.972
    6    HG3  GLU 349           HG3      GLU 349   8.410 -11.519   7.572

  No H/Q in entry =           6
  Start of MODEL   27
    1    H    LEU 350           H        LEU 350   3.215 -10.718   8.292
    2    HA   LEU 350           HA       LEU 350   2.865 -13.069   9.858
    3    HG   LEU 350           HG       LEU 350   1.180 -10.470  11.787
    4   HD11  LEU 350          1HD1      LEU 350   2.018 -13.355  11.698
    5   HD12  LEU 350          2HD1      LEU 350   2.048 -12.391  13.174
    6   HD13  LEU 350          3HD1      LEU 350   0.522 -12.672  12.335
    7   HD21  LEU 350          1HD2      LEU 350   3.571 -10.394  10.528
    8   HD22  LEU 350          2HD2      LEU 350   3.341 -10.035  12.239
    9   HD23  LEU 350          3HD2      LEU 350   3.879 -11.638  11.739
   10    HB2  LEU 350           HB2      LEU 350   1.410 -10.541   9.409
   11    HB3  LEU 350           HB3      LEU 350   0.418 -11.901   9.901

  No H/Q in entry =          11
  Start of MODEL   27
    1    H    LYS 351           H        LYS 351   1.206 -11.793   6.982
    2    HA   LYS 351           HA       LYS 351  -0.564 -13.983   6.703
    3    HB2  LYS 351           HB2      LYS 351  -1.047 -13.086   4.497
    4    HB3  LYS 351           HB3      LYS 351  -0.967 -11.781   5.672
    5    HG2  LYS 351           HG2      LYS 351   1.270 -11.209   4.916
    6    HG3  LYS 351           HG3      LYS 351   1.235 -12.548   3.767
    7    HD2  LYS 351           HD2      LYS 351   0.701 -10.616   2.518
    8    HD3  LYS 351           HD3      LYS 351  -0.829 -11.459   2.774
    9    HE2  LYS 351           HE2      LYS 351  -1.413  -9.952   4.561
   10    HE3  LYS 351           HE3      LYS 351   0.168  -9.176   4.473
   11    HZ1  LYS 351           HZ1      LYS 351  -0.637  -8.831   1.984
   12    HZ2  LYS 351           HZ2      LYS 351  -2.152  -8.868   2.738
   13    HZ3  LYS 351           HZ3      LYS 351  -0.997  -7.728   3.214

  No H/Q in entry =          13
  Start of MODEL   27
    1    H    ASP 352           H        ASP 352   2.713 -13.405   5.667
    2    HA   ASP 352           HA       ASP 352   2.812 -15.506   3.738
    3    HB2  ASP 352           HB2      ASP 352   4.371 -13.474   3.931
    4    HB3  ASP 352           HB3      ASP 352   5.194 -14.378   5.198

  No H/Q in entry =           4
  Start of MODEL   27
    1    H    ALA 353           H        ALA 353   3.355 -15.275   7.181
    2    HA   ALA 353           HA       ALA 353   4.668 -17.797   7.455
    3    HB1  ALA 353           HB1      ALA 353   4.788 -17.333   9.687
    4    HB2  ALA 353           HB2      ALA 353   4.542 -15.702   9.064
    5    HB3  ALA 353           HB3      ALA 353   3.183 -16.603   9.736

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLN 354           H        GLN 354   1.345 -16.721   7.449
    2    HA   GLN 354           HA       GLN 354   0.274 -19.153   8.526
    3   HE21  GLN 354          1HE2      GLN 354  -3.529 -16.741  10.311
    4   HE22  GLN 354          2HE2      GLN 354  -3.891 -18.287  10.991
    5    HB2  GLN 354           HB2      GLN 354  -0.899 -16.702   7.257
    6    HB3  GLN 354           HB3      GLN 354  -1.900 -18.125   7.511
    7    HG2  GLN 354           HG2      GLN 354  -0.316 -17.091   9.800
    8    HG3  GLN 354           HG3      GLN 354  -1.749 -16.198   9.295

  No H/Q in entry =           8
  Start of MODEL   27
    1    H    ALA 355           H        ALA 355   0.630 -17.760   5.292
    2    HA   ALA 355           HA       ALA 355  -0.677 -19.931   3.967
    3    HB1  ALA 355           HB1      ALA 355  -0.411 -17.540   3.122
    4    HB2  ALA 355           HB2      ALA 355   1.227 -18.007   2.665
    5    HB3  ALA 355           HB3      ALA 355  -0.157 -18.838   1.956

  No H/Q in entry =           5
  Start of MODEL   27
    1    H    GLY 356           H        GLY 356   0.912 -20.626   1.876
    2    HA2  GLY 356           HA2      GLY 356   2.300 -22.460   1.479
    3    HA3  GLY 356           HA3      GLY 356   2.782 -22.431   3.168

  No H/Q in entry =           3
  Start of MODEL   28
    1    H1   GLU 326           H1       GLU 326 -17.961   1.934  12.409
    2    H2   GLU 326           H2       GLU 326 -18.221   3.466  13.137
    3    H3   GLU 326           H3       GLU 326 -19.143   3.001  11.769
    4    HB2  GLU 326           HB2      GLU 326 -15.738   2.808  12.741
    5    HB3  GLU 326           HB3      GLU 326 -15.079   3.802  11.449
    6    HG2  GLU 326           HG2      GLU 326 -16.669   5.585  12.743
    7    HG3  GLU 326           HG3      GLU 326 -16.121   4.565  14.073
    8    HA   GLU 326           HA       GLU 326 -17.546   4.496  11.031

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    SER 327           H        SER 327 -18.122   3.836   9.015
    2    HA   SER 327           HA       SER 327 -16.541   1.654   7.859
    3    HG   SER 327           HG       SER 327 -19.086  -0.473   7.917
    4    HB2  SER 327           HB2      SER 327 -19.534   1.950   7.773
    5    HB3  SER 327           HB3      SER 327 -18.672   1.096   6.493

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    PHE 328           H        PHE 328 -16.205   1.813   5.589
    2    HA   PHE 328           HA       PHE 328 -17.092   4.243   4.253
    3    HD1  PHE 328           HD1      PHE 328 -15.329   6.904   5.074
    4    HD2  PHE 328           HD2      PHE 328 -14.246   3.196   6.860
    5    HE1  PHE 328           HE1      PHE 328 -15.067   8.031   7.246
    6    HE2  PHE 328           HE2      PHE 328 -13.982   4.316   9.035
    7    HZ   PHE 328           HZ       PHE 328 -14.393   6.737   9.230
    8    HB2  PHE 328           HB2      PHE 328 -14.146   3.595   4.378
    9    HB3  PHE 328           HB3      PHE 328 -14.907   5.041   3.721

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLY 329           H        GLY 329 -17.379   3.964   2.106
    2    HA2  GLY 329           HA2      GLY 329 -17.948   2.356   0.422
    3    HA3  GLY 329           HA3      GLY 329 -16.655   1.327   1.020

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    LEU 330           H        LEU 330 -14.998   1.188  -0.322
    2    HA   LEU 330           HA       LEU 330 -14.194   3.591  -1.818
    3    HG   LEU 330           HG       LEU 330 -12.062   4.239  -1.566
    4   HD11  LEU 330          1HD1      LEU 330 -10.007   2.232  -0.653
    5   HD12  LEU 330          2HD1      LEU 330  -9.704   3.943  -0.955
    6   HD13  LEU 330          3HD1      LEU 330 -10.792   3.455   0.345
    7   HD21  LEU 330          1HD2      LEU 330 -11.890   2.473  -3.590
    8   HD22  LEU 330          2HD2      LEU 330 -10.978   3.981  -3.526
    9   HD23  LEU 330          3HD2      LEU 330 -10.217   2.470  -3.031
   10    HB2  LEU 330           HB2      LEU 330 -12.671   2.118  -0.155
   11    HB3  LEU 330           HB3      LEU 330 -12.372   1.264  -1.657

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLY 331           H        GLY 331 -14.336   3.607  -3.972
    2    HA2  GLY 331           HA2      GLY 331 -15.583   2.583  -5.821
    3    HA3  GLY 331           HA3      GLY 331 -14.910   1.040  -5.319

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ILE 332           H        ILE 332 -12.971   0.399  -6.108
    2    HA   ILE 332           HA       ILE 332 -11.378   2.347  -7.621
    3    HB   ILE 332           HB       ILE 332 -10.554  -0.438  -6.805
    4   HG12  ILE 332          2HG1      ILE 332  -9.110   1.159  -5.185
    5   HG21  ILE 332          1HG2      ILE 332  -9.288   1.784  -8.256
    6   HG22  ILE 332          2HG2      ILE 332  -8.285   1.010  -7.029
    7   HG23  ILE 332          3HG2      ILE 332  -8.978   0.049  -8.335
    8   HD11  ILE 332          1HD1      ILE 332 -10.607  -0.783  -4.557
    9   HD12  ILE 332          2HD1      ILE 332 -10.436   0.512  -3.372
   10   HD13  ILE 332          3HD1      ILE 332 -11.891   0.410  -4.364
   11   HG13  ILE 332          3HG1      ILE 332 -10.579   2.122  -5.304

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ARG 333           H        ARG 333 -10.736   1.955  -9.739
    2    HA   ARG 333           HA       ARG 333 -12.343  -0.066 -11.149
    3    HE   ARG 333           HE       ARG 333 -15.217   3.710 -10.885
    4   HH11  ARG 333          1HH1      ARG 333 -12.591   5.948 -10.361
    5   HH12  ARG 333          2HH1      ARG 333 -13.630   7.251  -9.889
    6   HH21  ARG 333          1HH2      ARG 333 -16.585   5.422 -10.265
    7   HH22  ARG 333          2HH2      ARG 333 -15.897   6.952  -9.833
    8    HB2  ARG 333           HB2      ARG 333 -11.151   2.538 -12.111
    9    HB3  ARG 333           HB3      ARG 333 -11.918   1.364 -13.172
   10    HG2  ARG 333           HG2      ARG 333 -13.729   2.645 -12.819
   11    HG3  ARG 333           HG3      ARG 333 -13.868   1.675 -11.351
   12    HD2  ARG 333           HD2      ARG 333 -12.650   3.391 -10.105
   13    HD3  ARG 333           HD3      ARG 333 -12.502   4.356 -11.572

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLY 334           H        GLY 334 -10.714  -1.674 -10.559
    2    HA2  GLY 334           HA2      GLY 334  -8.028  -1.475 -11.458
    3    HA3  GLY 334           HA3      GLY 334  -9.006  -2.320 -12.649

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ARG 335           H        ARG 335  -8.195  -4.348 -12.445
    2    HA   ARG 335           HA       ARG 335  -9.028  -5.869 -10.158
    3    HE   ARG 335           HE       ARG 335  -9.159 -11.151 -11.777
    4   HH11  ARG 335          1HH1      ARG 335 -11.251  -8.529 -12.742
    5   HH12  ARG 335          2HH1      ARG 335 -12.708  -9.417 -12.446
    6   HH21  ARG 335          1HH2      ARG 335 -11.074 -12.320 -11.388
    7   HH22  ARG 335          2HH2      ARG 335 -12.608 -11.569 -11.677
    8    HB2  ARG 335           HB2      ARG 335  -8.751  -6.509 -12.747
    9    HB3  ARG 335           HB3      ARG 335  -7.188  -7.062 -12.161
   10    HG2  ARG 335           HG2      ARG 335  -8.269  -8.514 -10.553
   11    HG3  ARG 335           HG3      ARG 335  -9.853  -7.917 -11.051
   12    HD2  ARG 335           HD2      ARG 335  -9.360  -8.755 -13.351
   13    HD3  ARG 335           HD3      ARG 335  -7.889  -9.488 -12.713

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 336           H        GLU 336  -6.009  -4.572 -11.375
    2    HA   GLU 336           HA       GLU 336  -4.331  -6.030  -9.581
    3    HB2  GLU 336           HB2      GLU 336  -3.850  -4.646 -11.844
    4    HB3  GLU 336           HB3      GLU 336  -3.389  -3.434 -10.656
    5    HG2  GLU 336           HG2      GLU 336  -2.325  -6.204 -10.398
    6    HG3  GLU 336           HG3      GLU 336  -1.634  -5.116 -11.602

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ARG 337           H        ARG 337  -5.588  -2.706  -9.635
    2    HA   ARG 337           HA       ARG 337  -4.358  -1.824  -7.278
    3    HE   ARG 337           HE       ARG 337  -4.777   3.399  -9.268
    4   HH11  ARG 337          1HH1      ARG 337  -6.187   0.445 -10.479
    5   HH12  ARG 337          2HH1      ARG 337  -5.787   0.785 -12.130
    6   HH21  ARG 337          1HH2      ARG 337  -4.253   3.847 -11.438
    7   HH22  ARG 337          2HH2      ARG 337  -4.690   2.716 -12.674
    8    HB2  ARG 337           HB2      ARG 337  -6.508  -0.910  -9.039
    9    HB3  ARG 337           HB3      ARG 337  -6.751  -0.444  -7.361
   10    HG2  ARG 337           HG2      ARG 337  -4.397   0.467  -7.405
   11    HG3  ARG 337           HG3      ARG 337  -4.438   0.231  -9.153
   12    HD2  ARG 337           HD2      ARG 337  -6.801   1.545  -8.653
   13    HD3  ARG 337           HD3      ARG 337  -5.687   2.291  -7.508

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    PHE 338           H        PHE 338  -7.648  -3.095  -7.772
    2    HA   PHE 338           HA       PHE 338  -8.401  -3.069  -5.070
    3    HD1  PHE 338           HD1      PHE 338 -11.133  -3.065  -4.618
    4    HD2  PHE 338           HD2      PHE 338 -10.049  -6.836  -6.264
    5    HE1  PHE 338           HE1      PHE 338 -12.679  -4.184  -3.063
    6    HE2  PHE 338           HE2      PHE 338 -11.592  -7.962  -4.714
    7    HZ   PHE 338           HZ       PHE 338 -12.910  -6.635  -3.111
    8    HB2  PHE 338           HB2      PHE 338 -10.036  -3.307  -6.870
    9    HB3  PHE 338           HB3      PHE 338  -9.349  -4.866  -7.315

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLU 339           H        GLU 339  -6.565  -5.363  -6.961
    2    HA   GLU 339           HA       GLU 339  -6.712  -7.557  -5.202
    3    HB2  GLU 339           HB2      GLU 339  -4.933  -6.728  -7.433
    4    HB3  GLU 339           HB3      GLU 339  -4.310  -7.948  -6.330
    5    HG2  GLU 339           HG2      GLU 339  -7.035  -8.486  -7.189
    6    HG3  GLU 339           HG3      GLU 339  -5.891  -8.399  -8.528

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    MET 340           H        MET 340  -4.607  -4.740  -5.329
    2    HA   MET 340           HA       MET 340  -2.771  -5.611  -3.354
    3    HB2  MET 340           HB2      MET 340  -2.576  -3.653  -5.047
    4    HB3  MET 340           HB3      MET 340  -3.443  -2.720  -3.835
    5    HG2  MET 340           HG2      MET 340  -1.612  -3.543  -2.219
    6    HG3  MET 340           HG3      MET 340  -0.715  -3.931  -3.686
    7    HE1  MET 340           HE1      MET 340  -1.019  -2.176  -5.696
    8    HE2  MET 340           HE2      MET 340  -2.245  -0.973  -5.297
    9    HE3  MET 340           HE3      MET 340  -0.558  -0.489  -5.470

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    PHE 341           H        PHE 341  -5.456  -3.266  -3.153
    2    HA   PHE 341           HA       PHE 341  -5.379  -2.969  -0.365
    3    HD1  PHE 341           HD1      PHE 341  -4.757  -0.946  -1.164
    4    HD2  PHE 341           HD2      PHE 341  -8.149  -1.216  -3.718
    5    HE1  PHE 341           HE1      PHE 341  -3.813   0.814  -2.594
    6    HE2  PHE 341           HE2      PHE 341  -7.210   0.546  -5.155
    7    HZ   PHE 341           HZ       PHE 341  -5.038   1.557  -4.594
    8    HB2  PHE 341           HB2      PHE 341  -7.902  -2.740  -1.997
    9    HB3  PHE 341           HB3      PHE 341  -7.440  -1.827  -0.563

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    ARG 342           H        ARG 342  -6.643  -5.500  -2.351
    2    HA   ARG 342           HA       ARG 342  -8.481  -6.573  -0.455
    3    HE   ARG 342           HE       ARG 342 -12.342  -8.477  -2.059
    4   HH11  ARG 342          1HH1      ARG 342  -9.385 -10.321  -2.237
    5   HH12  ARG 342          2HH1      ARG 342 -10.134 -11.686  -2.994
    6   HH21  ARG 342          1HH2      ARG 342 -13.330 -10.272  -3.054
    7   HH22  ARG 342          2HH2      ARG 342 -12.374 -11.658  -3.459
    8    HB2  ARG 342           HB2      ARG 342  -7.418  -7.320  -3.086
    9    HB3  ARG 342           HB3      ARG 342  -7.758  -8.698  -2.048
   10    HG2  ARG 342           HG2      ARG 342  -9.731  -6.518  -2.691
   11    HG3  ARG 342           HG3      ARG 342  -9.642  -8.076  -3.515
   12    HD2  ARG 342           HD2      ARG 342  -9.734  -8.856  -0.916
   13    HD3  ARG 342           HD3      ARG 342 -10.715  -7.392  -0.866

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 343           H        GLU 343  -5.103  -7.222  -1.277
    2    HA   GLU 343           HA       GLU 343  -4.839  -9.387   0.576
    3    HB2  GLU 343           HB2      GLU 343  -3.412  -9.121  -1.449
    4    HB3  GLU 343           HB3      GLU 343  -2.669  -7.713  -0.702
    5    HG2  GLU 343           HG2      GLU 343  -2.109  -9.330   1.233
    6    HG3  GLU 343           HG3      GLU 343  -2.428 -10.595   0.047

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 344           H        LEU 344  -4.368  -5.930   0.672
    2    HA   LEU 344           HA       LEU 344  -2.944  -5.905   3.155
    3    HG   LEU 344           HG       LEU 344  -1.452  -4.493   2.291
    4   HD11  LEU 344          1HD1      LEU 344  -2.608  -2.176   0.870
    5   HD12  LEU 344          2HD1      LEU 344  -1.010  -1.952   1.582
    6   HD13  LEU 344          3HD1      LEU 344  -1.281  -3.245   0.414
    7   HD21  LEU 344          1HD2      LEU 344  -2.637  -3.260   4.392
    8   HD22  LEU 344          2HD2      LEU 344  -0.899  -3.270   4.094
    9   HD23  LEU 344          3HD2      LEU 344  -1.873  -1.890   3.586
   10    HB2  LEU 344           HB2      LEU 344  -3.844  -3.980   1.190
   11    HB3  LEU 344           HB3      LEU 344  -4.161  -3.407   2.817

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ASN 345           H        ASN 345  -6.295  -5.766   2.174
    2    HA   ASN 345           HA       ASN 345  -7.326  -4.912   4.691
    3   HD21  ASN 345          1HD2      ASN 345 -11.060  -5.516   2.428
    4   HD22  ASN 345          2HD2      ASN 345 -11.823  -4.932   3.863
    5    HB2  ASN 345           HB2      ASN 345  -8.466  -4.808   2.381
    6    HB3  ASN 345           HB3      ASN 345  -8.876  -6.499   2.653

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    GLU 346           H        GLU 346  -6.801  -8.051   3.161
    2    HA   GLU 346           HA       GLU 346  -8.053  -9.565   5.224
    3    HB2  GLU 346           HB2      GLU 346  -6.238 -10.230   2.929
    4    HB3  GLU 346           HB3      GLU 346  -6.620 -11.449   4.138
    5    HG2  GLU 346           HG2      GLU 346  -8.876 -11.484   3.570
    6    HG3  GLU 346           HG3      GLU 346  -8.787  -9.930   2.742

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ALA 347           H        ALA 347  -4.767  -8.487   4.592
    2    HA   ALA 347           HA       ALA 347  -3.568 -10.032   6.673
    3    HB1  ALA 347           HB1      ALA 347  -2.654  -7.773   4.938
    4    HB2  ALA 347           HB2      ALA 347  -1.678  -8.294   6.312
    5    HB3  ALA 347           HB3      ALA 347  -2.060  -9.432   5.020

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    LEU 348           H        LEU 348  -4.974  -6.831   6.444
    2    HA   LEU 348           HA       LEU 348  -3.998  -5.894   8.954
    3    HG   LEU 348           HG       LEU 348  -4.853  -2.769   7.321
    4   HD11  LEU 348          1HD1      LEU 348  -5.029  -3.301   9.890
    5   HD12  LEU 348          2HD1      LEU 348  -3.332  -3.737   9.687
    6   HD13  LEU 348          3HD1      LEU 348  -3.880  -2.110   9.282
    7   HD21  LEU 348          1HD2      LEU 348  -3.347  -4.855   6.503
    8   HD22  LEU 348          2HD2      LEU 348  -2.767  -3.192   6.584
    9   HD23  LEU 348          3HD2      LEU 348  -2.415  -4.313   7.899
   10    HB2  LEU 348           HB2      LEU 348  -5.756  -4.930   6.833
   11    HB3  LEU 348           HB3      LEU 348  -6.303  -4.455   8.430

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLU 349           H        GLU 349  -6.810  -7.684   7.906
    2    HA   GLU 349           HA       GLU 349  -8.354  -7.359  10.259
    3    HB2  GLU 349           HB2      GLU 349  -8.914  -8.343   7.839
    4    HB3  GLU 349           HB3      GLU 349  -8.595  -9.861   8.667
    5    HG2  GLU 349           HG2      GLU 349 -10.238  -8.658  10.443
    6    HG3  GLU 349           HG3      GLU 349 -10.848  -7.999   8.926

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 350           H        LEU 350  -5.782  -9.538   9.344
    2    HA   LEU 350           HA       LEU 350  -6.170 -11.465  11.379
    3    HG   LEU 350           HG       LEU 350  -3.928 -13.167   9.073
    4   HD11  LEU 350          1HD1      LEU 350  -4.727 -13.755  11.404
    5   HD12  LEU 350          2HD1      LEU 350  -6.353 -13.382  10.832
    6   HD13  LEU 350          3HD1      LEU 350  -5.428 -14.678  10.075
    7   HD21  LEU 350          1HD2      LEU 350  -6.419 -11.562   8.764
    8   HD22  LEU 350          2HD2      LEU 350  -5.283 -12.130   7.540
    9   HD23  LEU 350          3HD2      LEU 350  -6.424 -13.257   8.274
   10    HB2  LEU 350           HB2      LEU 350  -3.982 -10.735   9.510
   11    HB3  LEU 350           HB3      LEU 350  -3.540 -11.677  10.921

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    LYS 351           H        LYS 351  -4.106  -8.584  11.177
    2    HA   LYS 351           HA       LYS 351  -2.833  -8.861  13.652
    3    HB2  LYS 351           HB2      LYS 351  -2.628  -7.109  11.598
    4    HB3  LYS 351           HB3      LYS 351  -3.464  -6.107  12.777
    5    HG2  LYS 351           HG2      LYS 351  -1.118  -5.744  13.003
    6    HG3  LYS 351           HG3      LYS 351  -1.676  -6.644  14.415
    7    HD2  LYS 351           HD2      LYS 351  -0.426  -8.442  13.908
    8    HD3  LYS 351           HD3      LYS 351  -0.793  -8.329  12.186
    9    HE2  LYS 351           HE2      LYS 351   1.526  -7.952  12.371
   10    HE3  LYS 351           HE3      LYS 351   0.803  -6.365  12.115
   11    HZ1  LYS 351           HZ1      LYS 351   0.832  -6.195  14.642
   12    HZ2  LYS 351           HZ2      LYS 351   1.910  -7.499  14.608
   13    HZ3  LYS 351           HZ3      LYS 351   2.312  -6.048  13.837

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    ASP 352           H        ASP 352  -5.991  -7.633  12.807
    2    HA   ASP 352           HA       ASP 352  -6.523  -6.347  15.290
    3    HB2  ASP 352           HB2      ASP 352  -7.728  -6.277  12.881
    4    HB3  ASP 352           HB3      ASP 352  -8.795  -7.410  13.706

  No H/Q in entry =           4
  Start of MODEL   28
    1    H    ALA 353           H        ALA 353  -7.132  -9.574  14.004
    2    HA   ALA 353           HA       ALA 353  -8.758 -10.497  16.117
    3    HB1  ALA 353           HB1      ALA 353  -8.899 -11.828  14.243
    4    HB2  ALA 353           HB2      ALA 353  -7.157 -11.818  13.972
    5    HB3  ALA 353           HB3      ALA 353  -7.841 -12.791  15.274

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLN 354           H        GLN 354  -5.296 -10.253  15.716
    2    HA   GLN 354           HA       GLN 354  -4.741 -11.864  18.061
    3   HE21  GLN 354          1HE2      GLN 354  -1.511 -14.183  16.833
    4   HE22  GLN 354          2HE2      GLN 354  -0.116 -13.915  15.850
    5    HB2  GLN 354           HB2      GLN 354  -2.955 -10.280  16.211
    6    HB3  GLN 354           HB3      GLN 354  -2.363 -11.187  17.596
    7    HG2  GLN 354           HG2      GLN 354  -3.418 -13.227  16.571
    8    HG3  GLN 354           HG3      GLN 354  -3.690 -12.257  15.124

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    ALA 355           H        ALA 355  -4.965  -8.491  17.176
    2    HA   ALA 355           HA       ALA 355  -4.485  -7.778  19.994
    3    HB1  ALA 355           HB1      ALA 355  -3.061  -6.099  19.477
    4    HB2  ALA 355           HB2      ALA 355  -2.755  -7.105  18.061
    5    HB3  ALA 355           HB3      ALA 355  -3.864  -5.739  17.949

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLY 356           H        GLY 356  -6.151  -6.792  20.929
    2    HA2  GLY 356           HA2      GLY 356  -7.993  -5.230  19.242
    3    HA3  GLY 356           HA3      GLY 356  -7.759  -4.995  20.967

  No H/Q in entry =           3
  Start of MODEL   28
    1    H1   GLU 326           H1       GLU 326 -15.507  -5.644 -12.809
    2    H2   GLU 326           H2       GLU 326 -14.619  -5.684 -14.274
    3    H3   GLU 326           H3       GLU 326 -13.845  -5.215 -12.816
    4    HA   GLU 326           HA       GLU 326 -14.216  -3.265 -13.934
    5    HB2  GLU 326           HB2      GLU 326 -15.952  -4.578 -15.415
    6    HB3  GLU 326           HB3      GLU 326 -17.124  -3.882 -14.305
    7    HG2  GLU 326           HG2      GLU 326 -15.766  -1.670 -14.903
    8    HG3  GLU 326           HG3      GLU 326 -15.467  -2.585 -16.380

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    SER 327           H        SER 327 -13.934  -2.153 -12.081
    2    HA   SER 327           HA       SER 327 -14.415  -0.988 -10.188
    3    HG   SER 327           HG       SER 327 -16.065   1.221 -10.639
    4    HB2  SER 327           HB2      SER 327 -17.091  -1.175 -11.521
    5    HB3  SER 327           HB3      SER 327 -16.990  -0.521  -9.886

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    PHE 328           H        PHE 328 -14.003  -2.001  -8.343
    2    HA   PHE 328           HA       PHE 328 -15.913  -4.044  -7.412
    3    HD1  PHE 328           HD1      PHE 328 -14.390  -7.013  -7.967
    4    HD2  PHE 328           HD2      PHE 328 -12.468  -3.412  -9.171
    5    HE1  PHE 328           HE1      PHE 328 -13.778  -8.060 -10.107
    6    HE2  PHE 328           HE2      PHE 328 -11.853  -4.453 -11.314
    7    HZ   PHE 328           HZ       PHE 328 -12.509  -6.780 -11.785
    8    HB2  PHE 328           HB2      PHE 328 -12.972  -3.997  -6.734
    9    HB3  PHE 328           HB3      PHE 328 -14.127  -5.291  -6.431

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLY 329           H        GLY 329 -16.684  -3.859  -5.372
    2    HA2  GLY 329           HA2      GLY 329 -17.387  -2.238  -3.736
    3    HA3  GLY 329           HA3      GLY 329 -15.802  -1.489  -3.861

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    LEU 330           H        LEU 330 -15.435  -1.580  -1.640
    2    HA   LEU 330           HA       LEU 330 -15.383  -4.210  -0.372
    3    HG   LEU 330           HG       LEU 330 -13.285  -1.585  -1.633
    4   HD11  LEU 330          1HD1      LEU 330 -13.247  -1.060   0.820
    5   HD12  LEU 330          2HD1      LEU 330 -11.589  -1.660   0.851
    6   HD13  LEU 330          3HD1      LEU 330 -12.001  -0.259  -0.139
    7   HD21  LEU 330          1HD2      LEU 330 -11.067  -3.503  -1.319
    8   HD22  LEU 330          2HD2      LEU 330 -11.566  -2.560  -2.723
    9   HD23  LEU 330          3HD2      LEU 330 -10.610  -1.804  -1.448
   10    HB2  LEU 330           HB2      LEU 330 -13.065  -3.622   0.531
   11    HB3  LEU 330           HB3      LEU 330 -13.176  -4.189  -1.124

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLY 331           H        GLY 331 -15.405  -4.153   1.907
    2    HA2  GLY 331           HA2      GLY 331 -16.682  -3.151   3.664
    3    HA3  GLY 331           HA3      GLY 331 -16.328  -1.574   2.976

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ILE 332           H        ILE 332 -14.875  -0.401   4.024
    2    HA   ILE 332           HA       ILE 332 -12.808  -1.801   5.590
    3    HB   ILE 332           HB       ILE 332 -12.660   1.037   4.578
    4   HG12  ILE 332          2HG1      ILE 332 -12.763  -0.548   2.690
    5   HG21  ILE 332          1HG2      ILE 332 -11.245  -0.121   6.567
    6   HG22  ILE 332          2HG2      ILE 332 -10.229  -0.505   5.178
    7   HG23  ILE 332          3HG2      ILE 332 -10.631   1.173   5.540
    8   HD11  ILE 332          1HD1      ILE 332 -10.802  -2.028   4.295
    9   HD12  ILE 332          2HD1      ILE 332 -11.962  -2.600   3.096
   10   HD13  ILE 332          3HD1      ILE 332 -10.435  -1.888   2.576
   11   HG13  ILE 332          3HG1      ILE 332 -11.177   0.207   2.821

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ARG 333           H        ARG 333 -12.952  -1.652   7.724
    2    HA   ARG 333           HA       ARG 333 -14.709   0.383   8.886
    3    HE   ARG 333           HE       ARG 333 -17.686  -3.453  10.143
    4   HH11  ARG 333          1HH1      ARG 333 -17.023  -2.738  13.494
    5   HH12  ARG 333          2HH1      ARG 333 -18.155  -3.902  14.096
    6   HH21  ARG 333          1HH2      ARG 333 -19.176  -4.984  10.932
    7   HH22  ARG 333          2HH2      ARG 333 -19.377  -5.178  12.642
    8    HB2  ARG 333           HB2      ARG 333 -13.790  -2.322   9.720
    9    HB3  ARG 333           HB3      ARG 333 -14.137  -1.158  10.991
   10    HG2  ARG 333           HG2      ARG 333 -16.342  -0.864   9.483
   11    HG3  ARG 333           HG3      ARG 333 -15.960  -2.554   9.150
   12    HD2  ARG 333           HD2      ARG 333 -15.630  -2.500  11.827
   13    HD3  ARG 333           HD3      ARG 333 -16.877  -1.268  11.639

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLY 334           H        GLY 334 -12.074   1.083   7.927
    2    HA2  GLY 334           HA2      GLY 334  -9.924   1.262   9.419
    3    HA3  GLY 334           HA3      GLY 334 -11.026   2.181  10.433

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ARG 335           H        ARG 335 -10.211   4.198  10.263
    2    HA   ARG 335           HA       ARG 335 -10.640   5.612   7.804
    3    HE   ARG 335           HE       ARG 335  -8.273   6.126  13.120
    4   HH11  ARG 335          1HH1      ARG 335 -11.404   7.496  13.826
    5   HH12  ARG 335          2HH1      ARG 335 -11.358   7.057  15.501
    6   HH21  ARG 335          1HH2      ARG 335  -8.210   5.547  15.321
    7   HH22  ARG 335          2HH2      ARG 335  -9.544   5.951  16.350
    8    HB2  ARG 335           HB2      ARG 335  -9.950   7.589   9.049
    9    HB3  ARG 335           HB3      ARG 335 -11.103   6.647   9.985
   10    HG2  ARG 335           HG2      ARG 335  -8.795   5.610  10.902
   11    HG3  ARG 335           HG3      ARG 335  -8.273   7.251  10.515
   12    HD2  ARG 335           HD2      ARG 335  -9.649   8.205  12.081
   13    HD3  ARG 335           HD3      ARG 335 -10.816   6.885  12.016

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 336           H        GLU 336  -7.861   4.419   9.592
    2    HA   GLU 336           HA       GLU 336  -5.908   5.763   8.005
    3    HB2  GLU 336           HB2      GLU 336  -5.640   4.794  10.372
    4    HB3  GLU 336           HB3      GLU 336  -5.418   3.242   9.575
    5    HG2  GLU 336           HG2      GLU 336  -3.363   3.771   8.809
    6    HG3  GLU 336           HG3      GLU 336  -3.764   5.472   8.581

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ARG 337           H        ARG 337  -7.159   2.436   8.061
    2    HA   ARG 337           HA       ARG 337  -5.561   1.417   6.002
    3    HE   ARG 337           HE       ARG 337  -6.856  -2.588   8.864
    4   HH11  ARG 337          1HH1      ARG 337  -9.392  -0.896   7.155
    5   HH12  ARG 337          2HH1      ARG 337 -10.279  -0.524   8.594
    6   HH21  ARG 337          1HH2      ARG 337  -8.026  -2.096  10.751
    7   HH22  ARG 337          2HH2      ARG 337  -9.505  -1.203  10.633
    8    HB2  ARG 337           HB2      ARG 337  -7.600   0.453   7.642
    9    HB3  ARG 337           HB3      ARG 337  -8.234   0.276   6.012
   10    HG2  ARG 337           HG2      ARG 337  -6.251  -0.992   5.371
   11    HG3  ARG 337           HG3      ARG 337  -5.604  -0.807   7.002
   12    HD2  ARG 337           HD2      ARG 337  -8.219  -2.154   6.339
   13    HD3  ARG 337           HD3      ARG 337  -6.696  -3.002   6.594

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    PHE 338           H        PHE 338  -8.862   2.747   5.858
    2    HA   PHE 338           HA       PHE 338  -9.152   2.522   3.070
    3    HD1  PHE 338           HD1      PHE 338 -12.538   2.559   2.850
    4    HD2  PHE 338           HD2      PHE 338 -10.223   6.127   2.977
    5    HE1  PHE 338           HE1      PHE 338 -13.822   3.454   0.952
    6    HE2  PHE 338           HE2      PHE 338 -11.504   7.030   1.080
    7    HZ   PHE 338           HZ       PHE 338 -13.307   5.693   0.065
    8    HB2  PHE 338           HB2      PHE 338 -11.052   2.887   4.594
    9    HB3  PHE 338           HB3      PHE 338 -10.452   4.501   4.957

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLU 339           H        GLU 339  -7.708   4.985   5.101
    2    HA   GLU 339           HA       GLU 339  -7.506   7.024   3.167
    3    HB2  GLU 339           HB2      GLU 339  -6.341   6.451   5.810
    4    HB3  GLU 339           HB3      GLU 339  -5.328   7.442   4.769
    5    HG2  GLU 339           HG2      GLU 339  -7.759   8.630   4.467
    6    HG3  GLU 339           HG3      GLU 339  -7.822   8.092   6.145

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    MET 340           H        MET 340  -5.485   4.256   3.935
    2    HA   MET 340           HA       MET 340  -3.269   4.990   2.333
    3    HB2  MET 340           HB2      MET 340  -4.198   2.569   3.742
    4    HB3  MET 340           HB3      MET 340  -3.169   2.267   2.348
    5    HG2  MET 340           HG2      MET 340  -1.335   2.994   3.390
    6    HG3  MET 340           HG3      MET 340  -2.172   4.364   4.118
    7    HE1  MET 340           HE1      MET 340  -2.250   0.514   4.137
    8    HE2  MET 340           HE2      MET 340  -2.570   0.109   5.824
    9    HE3  MET 340           HE3      MET 340  -3.838   0.836   4.836

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    PHE 341           H        PHE 341  -5.900   2.654   1.738
    2    HA   PHE 341           HA       PHE 341  -5.235   2.114  -0.929
    3    HD1  PHE 341           HD1      PHE 341  -4.804   0.337   0.331
    4    HD2  PHE 341           HD2      PHE 341  -8.823   0.550   1.711
    5    HE1  PHE 341           HE1      PHE 341  -4.280  -1.295   2.090
    6    HE2  PHE 341           HE2      PHE 341  -8.307  -1.085   3.475
    7    HZ   PHE 341           HZ       PHE 341  -6.032  -2.004   3.666
    8    HB2  PHE 341           HB2      PHE 341  -8.063   2.076   0.109
    9    HB3  PHE 341           HB3      PHE 341  -7.322   1.023  -1.093

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    ARG 342           H        ARG 342  -6.872   4.812   0.510
    2    HA   ARG 342           HA       ARG 342  -8.096   5.733  -1.916
    3    HE   ARG 342           HE       ARG 342 -10.990   9.634  -1.171
    4   HH11  ARG 342          1HH1      ARG 342  -9.275  11.130   1.476
    5   HH12  ARG 342          2HH1      ARG 342 -10.158  12.616   1.372
    6   HH21  ARG 342          1HH2      ARG 342 -12.152  11.588  -1.309
    7   HH22  ARG 342          2HH2      ARG 342 -11.791  12.876  -0.209
    8    HB2  ARG 342           HB2      ARG 342  -8.809   6.258   0.504
    9    HB3  ARG 342           HB3      ARG 342  -7.509   7.441   0.494
   10    HG2  ARG 342           HG2      ARG 342  -8.656   8.295  -1.674
   11    HG3  ARG 342           HG3      ARG 342 -10.057   7.418  -1.056
   12    HD2  ARG 342           HD2      ARG 342  -9.817   8.678   1.080
   13    HD3  ARG 342           HD3      ARG 342  -8.542   9.631   0.321

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 343           H        GLU 343  -5.249   6.691  -0.013
    2    HA   GLU 343           HA       GLU 343  -4.415   8.719  -1.815
    3    HB2  GLU 343           HB2      GLU 343  -3.706   8.114   0.694
    4    HB3  GLU 343           HB3      GLU 343  -2.398   7.298  -0.151
    5    HG2  GLU 343           HG2      GLU 343  -2.235   9.613  -1.404
    6    HG3  GLU 343           HG3      GLU 343  -3.003  10.193   0.073

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 344           H        LEU 344  -3.893   5.279  -1.600
    2    HA   LEU 344           HA       LEU 344  -1.743   5.150  -3.468
    3    HG   LEU 344           HG       LEU 344  -1.482   2.007  -1.640
    4   HD11  LEU 344          1HD1      LEU 344  -0.745   2.345  -4.097
    5   HD12  LEU 344          2HD1      LEU 344   0.120   3.748  -3.468
    6   HD13  LEU 344          3HD1      LEU 344   0.485   2.136  -2.850
    7   HD21  LEU 344          1HD2      LEU 344  -1.774   4.326  -0.553
    8   HD22  LEU 344          2HD2      LEU 344  -0.205   3.529  -0.434
    9   HD23  LEU 344          3HD2      LEU 344  -0.452   4.819  -1.611
   10    HB2  LEU 344           HB2      LEU 344  -3.465   3.256  -2.016
   11    HB3  LEU 344           HB3      LEU 344  -2.908   2.681  -3.576

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ASN 345           H        ASN 345  -5.245   4.637  -3.677
    2    HA   ASN 345           HA       ASN 345  -5.326   3.931  -6.397
    3   HD21  ASN 345          1HD2      ASN 345  -8.662   6.272  -6.273
    4   HD22  ASN 345          2HD2      ASN 345  -9.340   5.473  -7.646
    5    HB2  ASN 345           HB2      ASN 345  -7.204   3.569  -4.832
    6    HB3  ASN 345           HB3      ASN 345  -7.462   5.309  -4.753

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    GLU 346           H        GLU 346  -5.315   7.040  -4.766
    2    HA   GLU 346           HA       GLU 346  -5.938   8.569  -7.101
    3    HB2  GLU 346           HB2      GLU 346  -6.084   9.169  -4.524
    4    HB3  GLU 346           HB3      GLU 346  -4.451   9.761  -4.802
    5    HG2  GLU 346           HG2      GLU 346  -5.442  11.668  -5.377
    6    HG3  GLU 346           HG3      GLU 346  -5.806  10.854  -6.898

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ALA 347           H        ALA 347  -2.962   7.697  -5.401
    2    HA   ALA 347           HA       ALA 347  -1.250   9.205  -7.115
    3    HB1  ALA 347           HB1      ALA 347  -0.652   8.556  -4.799
    4    HB2  ALA 347           HB2      ALA 347   0.570   8.101  -5.987
    5    HB3  ALA 347           HB3      ALA 347  -0.525   6.881  -5.335

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    LEU 348           H        LEU 348  -2.576   5.978  -7.164
    2    HA   LEU 348           HA       LEU 348  -0.786   4.963  -9.155
    3    HG   LEU 348           HG       LEU 348  -0.790   3.527  -7.154
    4   HD11  LEU 348          1HD1      LEU 348  -3.341   2.082  -6.891
    5   HD12  LEU 348          2HD1      LEU 348  -1.894   1.172  -6.457
    6   HD13  LEU 348          3HD1      LEU 348  -2.250   2.701  -5.652
    7   HD21  LEU 348          1HD2      LEU 348  -1.361   1.735  -9.435
    8   HD22  LEU 348          2HD2      LEU 348   0.176   2.353  -8.832
    9   HD23  LEU 348          3HD2      LEU 348  -0.613   1.003  -8.016
   10    HB2  LEU 348           HB2      LEU 348  -3.326   4.016  -7.895
   11    HB3  LEU 348           HB3      LEU 348  -2.754   3.237  -9.357

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLU 349           H        GLU 349  -3.840   6.651  -9.155
    2    HA   GLU 349           HA       GLU 349  -4.547   6.100 -11.852
    3    HB2  GLU 349           HB2      GLU 349  -5.992   7.031  -9.889
    4    HB3  GLU 349           HB3      GLU 349  -5.388   8.596 -10.415
    5    HG2  GLU 349           HG2      GLU 349  -6.220   7.894 -12.745
    6    HG3  GLU 349           HG3      GLU 349  -7.146   6.670 -11.877

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 350           H        LEU 350  -2.518   8.481 -10.301
    2    HA   LEU 350           HA       LEU 350  -2.345  10.327 -12.424
    3    HG   LEU 350           HG       LEU 350  -2.695  11.487 -10.313
    4   HD11  LEU 350          1HD1      LEU 350  -0.284  11.397  -8.608
    5   HD12  LEU 350          2HD1      LEU 350  -1.220  12.891  -8.580
    6   HD13  LEU 350          3HD1      LEU 350  -1.992  11.360  -8.168
    7   HD21  LEU 350          1HD2      LEU 350  -0.304  12.713 -11.544
    8   HD22  LEU 350          2HD2      LEU 350  -2.016  13.010 -11.844
    9   HD23  LEU 350          3HD2      LEU 350  -1.231  13.723 -10.435
   10    HB2  LEU 350           HB2      LEU 350  -0.728   9.711 -10.003
   11    HB3  LEU 350           HB3      LEU 350   0.013  10.697 -11.249

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    LYS 351           H        LYS 351  -0.613   7.357 -11.705
    2    HA   LYS 351           HA       LYS 351   1.496   7.628 -13.527
    3    HB2  LYS 351           HB2      LYS 351   0.182   5.377 -12.112
    4    HB3  LYS 351           HB3      LYS 351   1.139   4.960 -13.528
    5    HG2  LYS 351           HG2      LYS 351   2.857   4.893 -12.109
    6    HG3  LYS 351           HG3      LYS 351   2.814   6.654 -12.203
    7    HD2  LYS 351           HD2      LYS 351   2.029   6.868 -10.105
    8    HD3  LYS 351           HD3      LYS 351   0.941   5.488 -10.268
    9    HE2  LYS 351           HE2      LYS 351   2.554   4.939  -8.602
   10    HE3  LYS 351           HE3      LYS 351   2.935   3.996 -10.042
   11    HZ1  LYS 351           HZ1      LYS 351   4.251   6.590  -9.557
   12    HZ2  LYS 351           HZ2      LYS 351   4.827   5.184  -8.812
   13    HZ3  LYS 351           HZ3      LYS 351   4.781   5.289 -10.499

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    ASP 352           H        ASP 352  -1.827   6.602 -13.958
    2    HA   ASP 352           HA       ASP 352  -1.606   5.452 -16.505
    3    HB2  ASP 352           HB2      ASP 352  -3.633   5.725 -14.751
    4    HB3  ASP 352           HB3      ASP 352  -4.071   6.987 -15.899

  No H/Q in entry =           4
  Start of MODEL   28
    1    H    ALA 353           H        ALA 353  -2.217   8.799 -15.513
    2    HA   ALA 353           HA       ALA 353  -2.604   9.846 -18.102
    3    HB1  ALA 353           HB1      ALA 353  -1.785  12.018 -16.852
    4    HB2  ALA 353           HB2      ALA 353  -3.356  11.297 -16.504
    5    HB3  ALA 353           HB3      ALA 353  -1.991  10.996 -15.429

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLN 354           H        GLN 354   0.266   9.163 -16.229
    2    HA   GLN 354           HA       GLN 354   2.019  10.612 -18.008
    3   HE21  GLN 354          1HE2      GLN 354   2.377  12.736 -13.929
    4   HE22  GLN 354          2HE2      GLN 354   2.587  11.889 -12.438
    5    HB2  GLN 354           HB2      GLN 354   2.392   8.917 -15.568
    6    HB3  GLN 354           HB3      GLN 354   3.773   9.259 -16.601
    7    HG2  GLN 354           HG2      GLN 354   3.932  11.375 -15.901
    8    HG3  GLN 354           HG3      GLN 354   2.185  11.614 -15.906

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    ALA 355           H        ALA 355   1.133   7.250 -17.398
    2    HA   ALA 355           HA       ALA 355   2.858   6.371 -19.593
    3    HB1  ALA 355           HB1      ALA 355   1.223   4.452 -18.017
    4    HB2  ALA 355           HB2      ALA 355   2.849   4.277 -18.678
    5    HB3  ALA 355           HB3      ALA 355   2.587   5.240 -17.224

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLY 356           H        GLY 356   1.647   4.263 -20.658
    2    HA2  GLY 356           HA2      GLY 356  -0.116   5.274 -22.529
    3    HA3  GLY 356           HA3      GLY 356  -1.119   4.627 -21.239

  No H/Q in entry =           3
  Start of MODEL   28
    1    H1   GLU 326           H1       GLU 326  13.414  11.005   9.977
    2    H2   GLU 326           H2       GLU 326  14.442  12.379  10.021
    3    H3   GLU 326           H3       GLU 326  12.740  12.574  10.120
    4    HA   GLU 326           HA       GLU 326  12.438  11.871   7.931
    5    HB2  GLU 326           HB2      GLU 326  14.528  13.937   8.498
    6    HB3  GLU 326           HB3      GLU 326  14.139  13.555   6.826
    7    HG2  GLU 326           HG2      GLU 326  12.248  14.569   8.934
    8    HG3  GLU 326           HG3      GLU 326  12.861  15.457   7.540

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    SER 327           H        SER 327  13.205  10.973   5.993
    2    HA   SER 327           HA       SER 327  14.394   9.518   4.713
    3    HG   SER 327           HG       SER 327  17.096  10.533   3.551
    4    HB2  SER 327           HB2      SER 327  16.103  11.463   5.144
    5    HB3  SER 327           HB3      SER 327  16.923  10.262   6.142

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    PHE 328           H        PHE 328  13.978   7.451   5.136
    2    HA   PHE 328           HA       PHE 328  15.472   6.153   7.307
    3    HD1  PHE 328           HD1      PHE 328  11.612   7.666   6.637
    4    HD2  PHE 328           HD2      PHE 328  13.962   6.371   9.940
    5    HE1  PHE 328           HE1      PHE 328  10.750   9.539   7.980
    6    HE2  PHE 328           HE2      PHE 328  13.103   8.240  11.290
    7    HZ   PHE 328           HZ       PHE 328  11.494   9.827  10.310
    8    HB2  PHE 328           HB2      PHE 328  12.603   5.467   6.672
    9    HB3  PHE 328           HB3      PHE 328  13.567   4.922   8.041

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLY 329           H        GLY 329  15.922   3.926   6.989
    2    HA2  GLY 329           HA2      GLY 329  17.030   2.598   5.310
    3    HA3  GLY 329           HA3      GLY 329  15.836   3.154   4.147

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    LEU 330           H        LEU 330  14.983   1.256   3.476
    2    HA   LEU 330           HA       LEU 330  13.975  -0.599   5.520
    3    HG   LEU 330           HG       LEU 330  11.942  -2.037   3.938
    4   HD11  LEU 330          1HD1      LEU 330  10.939  -0.426   6.275
    5   HD12  LEU 330          2HD1      LEU 330  10.447  -2.086   5.938
    6   HD13  LEU 330          3HD1      LEU 330  12.135  -1.721   6.294
    7   HD21  LEU 330          1HD2      LEU 330  10.411  -0.656   2.559
    8   HD22  LEU 330          2HD2      LEU 330   9.571  -1.756   3.651
    9   HD23  LEU 330          3HD2      LEU 330   9.686  -0.041   4.045
   10    HB2  LEU 330           HB2      LEU 330  12.137   0.859   4.740
   11    HB3  LEU 330           HB3      LEU 330  12.431   0.324   3.096

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLY 331           H        GLY 331  14.804  -2.547   5.189
    2    HA2  GLY 331           HA2      GLY 331  16.275  -3.985   3.956
    3    HA3  GLY 331           HA3      GLY 331  15.674  -3.264   2.471

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ILE 332           H        ILE 332  14.446  -4.581   1.320
    2    HA   ILE 332           HA       ILE 332  12.880  -6.636   2.736
    3    HB   ILE 332           HB       ILE 332  11.965  -5.190   0.249
    4   HG12  ILE 332          2HG1      ILE 332  10.448  -4.832   2.747
    5   HG21  ILE 332          1HG2      ILE 332  10.821  -7.355   1.960
    6   HG22  ILE 332          2HG2      ILE 332   9.749  -6.259   1.088
    7   HG23  ILE 332          3HG2      ILE 332  10.913  -7.244   0.202
    8   HD11  ILE 332          1HD1      ILE 332  10.324  -3.616   0.392
    9   HD12  ILE 332          2HD1      ILE 332   9.897  -2.813   1.903
   10   HD13  ILE 332          3HD1      ILE 332  11.487  -2.552   1.185
   11   HG13  ILE 332          3HG1      ILE 332  12.045  -4.090   2.754

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ARG 333           H        ARG 333  13.263  -8.648   2.079
    2    HA   ARG 333           HA       ARG 333  15.095  -9.152  -0.064
    3    HE   ARG 333           HE       ARG 333  15.806 -12.139   4.921
    4   HH11  ARG 333          1HH1      ARG 333  18.111 -10.725   2.716
    5   HH12  ARG 333          2HH1      ARG 333  19.222 -10.278   3.966
    6   HH21  ARG 333          1HH2      ARG 333  17.266 -11.553   6.567
    7   HH22  ARG 333          2HH2      ARG 333  18.743 -10.749   6.153
    8    HB2  ARG 333           HB2      ARG 333  13.470 -11.092   1.591
    9    HB3  ARG 333           HB3      ARG 333  14.812 -11.517   0.537
   10    HG2  ARG 333           HG2      ARG 333  16.199  -9.923   1.994
   11    HG3  ARG 333           HG3      ARG 333  14.864 -10.042   3.142
   12    HD2  ARG 333           HD2      ARG 333  15.163 -12.611   2.776
   13    HD3  ARG 333           HD3      ARG 333  16.771 -12.148   2.218

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLY 334           H        GLY 334  11.631  -9.298   0.365
    2    HA2  GLY 334           HA2      GLY 334   9.921  -9.854  -1.071
    3    HA3  GLY 334           HA3      GLY 334  11.064 -10.863  -1.944

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ARG 335           H        ARG 335  10.918 -10.329  -4.024
    2    HA   ARG 335           HA       ARG 335  11.677  -7.699  -4.874
    3    HE   ARG 335           HE       ARG 335  11.824 -10.032  -8.818
    4   HH11  ARG 335          1HH1      ARG 335  12.796 -13.286  -8.016
    5   HH12  ARG 335          2HH1      ARG 335  14.057 -13.335  -9.201
    6   HH21  ARG 335          1HH2      ARG 335  13.483 -10.095 -10.378
    7   HH22  ARG 335          2HH2      ARG 335  14.448 -11.524 -10.542
    8    HB2  ARG 335           HB2      ARG 335  11.466  -8.597  -7.142
    9    HB3  ARG 335           HB3      ARG 335  12.395  -9.681  -6.116
   10    HG2  ARG 335           HG2      ARG 335  10.082 -10.846  -5.760
   11    HG3  ARG 335           HG3      ARG 335   9.673 -10.031  -7.271
   12    HD2  ARG 335           HD2      ARG 335  11.849 -12.044  -6.768
   13    HD3  ARG 335           HD3      ARG 335  10.479 -12.173  -7.869

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 336           H        GLU 336   8.700  -9.622  -5.004
    2    HA   GLU 336           HA       GLU 336   7.151  -7.739  -6.412
    3    HB2  GLU 336           HB2      GLU 336   6.500 -10.057  -4.623
    4    HB3  GLU 336           HB3      GLU 336   5.219  -8.998  -5.194
    5    HG2  GLU 336           HG2      GLU 336   7.056  -9.973  -7.267
    6    HG3  GLU 336           HG3      GLU 336   6.068 -11.207  -6.487

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ARG 337           H        ARG 337   7.361  -8.411  -2.919
    2    HA   ARG 337           HA       ARG 337   5.604  -6.412  -2.069
    3    HE   ARG 337           HE       ARG 337   5.221  -9.257  -0.587
    4   HH11  ARG 337          1HH1      ARG 337   2.416  -7.302  -1.290
    5   HH12  ARG 337          2HH1      ARG 337   1.696  -8.487  -2.327
    6   HH21  ARG 337          1HH2      ARG 337   4.274 -10.816  -1.951
    7   HH22  ARG 337          2HH2      ARG 337   2.750 -10.482  -2.702
    8    HB2  ARG 337           HB2      ARG 337   6.997  -8.371  -0.823
    9    HB3  ARG 337           HB3      ARG 337   7.933  -6.967  -0.331
   10    HG2  ARG 337           HG2      ARG 337   6.183  -7.579   1.287
   11    HG3  ARG 337           HG3      ARG 337   5.985  -5.949   0.645
   12    HD2  ARG 337           HD2      ARG 337   3.892  -7.387   0.831
   13    HD3  ARG 337           HD3      ARG 337   4.179  -6.578  -0.709

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    PHE 338           H        PHE 338   9.149  -6.325  -2.369
    2    HA   PHE 338           HA       PHE 338   9.458  -3.645  -1.576
    3    HD1  PHE 338           HD1      PHE 338  12.388  -3.406  -0.558
    4    HD2  PHE 338           HD2      PHE 338  11.848  -3.364  -4.779
    5    HE1  PHE 338           HE1      PHE 338  13.940  -1.505  -0.734
    6    HE2  PHE 338           HE2      PHE 338  13.400  -1.464  -4.963
    7    HZ   PHE 338           HZ       PHE 338  14.448  -0.531  -2.938
    8    HB2  PHE 338           HB2      PHE 338  11.331  -5.235  -1.664
    9    HB3  PHE 338           HB3      PHE 338  11.202  -5.297  -3.419

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLU 339           H        GLU 339   8.689  -5.125  -4.653
    2    HA   GLU 339           HA       GLU 339   9.155  -2.898  -6.309
    3    HB2  GLU 339           HB2      GLU 339   7.657  -5.444  -6.519
    4    HB3  GLU 339           HB3      GLU 339   7.138  -4.159  -7.601
    5    HG2  GLU 339           HG2      GLU 339   9.854  -4.089  -7.886
    6    HG3  GLU 339           HG3      GLU 339   9.542  -5.809  -7.658

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    MET 340           H        MET 340   6.405  -3.876  -4.354
    2    HA   MET 340           HA       MET 340   4.562  -1.978  -5.350
    3    HB2  MET 340           HB2      MET 340   4.174  -4.066  -3.842
    4    HB3  MET 340           HB3      MET 340   4.515  -2.965  -2.514
    5    HG2  MET 340           HG2      MET 340   2.703  -1.493  -3.755
    6    HG3  MET 340           HG3      MET 340   2.190  -3.071  -4.349
    7    HE1  MET 340           HE1      MET 340   2.596  -5.038  -2.599
    8    HE2  MET 340           HE2      MET 340   3.187  -4.558  -1.009
    9    HE3  MET 340           HE3      MET 340   1.513  -5.076  -1.208

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    PHE 341           H        PHE 341   6.450  -1.976  -2.317
    2    HA   PHE 341           HA       PHE 341   5.824   0.654  -1.578
    3    HD1  PHE 341           HD1      PHE 341   4.866  -0.573   0.099
    4    HD2  PHE 341           HD2      PHE 341   8.555  -2.690   0.204
    5    HE1  PHE 341           HE1      PHE 341   3.755  -2.441   1.244
    6    HE2  PHE 341           HE2      PHE 341   7.451  -4.563   1.352
    7    HZ   PHE 341           HZ       PHE 341   5.048  -4.439   1.866
    8    HB2  PHE 341           HB2      PHE 341   8.443  -0.684  -0.920
    9    HB3  PHE 341           HB3      PHE 341   7.526   0.462   0.055

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    ARG 342           H        ARG 342   8.116  -0.593  -3.872
    2    HA   ARG 342           HA       ARG 342   9.745   1.741  -4.036
    3    HE   ARG 342           HE       ARG 342  13.692   2.058  -6.996
    4   HH11  ARG 342          1HH1      ARG 342  11.177   3.035  -4.783
    5   HH12  ARG 342          2HH1      ARG 342  11.465   4.728  -5.006
    6   HH21  ARG 342          1HH2      ARG 342  14.073   4.284  -7.290
    7   HH22  ARG 342          2HH2      ARG 342  13.109   5.437  -6.430
    8    HB2  ARG 342           HB2      ARG 342  10.555  -0.450  -4.778
    9    HB3  ARG 342           HB3      ARG 342   9.323  -0.494  -6.031
   10    HG2  ARG 342           HG2      ARG 342  11.042   0.239  -7.295
   11    HG3  ARG 342           HG3      ARG 342  10.496   1.806  -6.694
   12    HD2  ARG 342           HD2      ARG 342  12.149   1.248  -4.723
   13    HD3  ARG 342           HD3      ARG 342  12.888   0.201  -5.933

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 343           H        GLU 343   6.952   0.537  -5.843
    2    HA   GLU 343           HA       GLU 343   6.925   2.609  -7.773
    3    HB2  GLU 343           HB2      GLU 343   5.738   0.375  -7.924
    4    HB3  GLU 343           HB3      GLU 343   4.535   1.030  -6.822
    5    HG2  GLU 343           HG2      GLU 343   3.465   1.653  -8.672
    6    HG3  GLU 343           HG3      GLU 343   4.641   2.965  -8.731

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 344           H        LEU 344   5.612   2.290  -4.551
    2    HA   LEU 344           HA       LEU 344   3.849   4.507  -4.654
    3    HG   LEU 344           HG       LEU 344   2.429   3.160  -3.670
    4   HD11  LEU 344          1HD1      LEU 344   3.927   1.212  -2.019
    5   HD12  LEU 344          2HD1      LEU 344   2.166   1.110  -1.996
    6   HD13  LEU 344          3HD1      LEU 344   3.037   0.981  -3.524
    7   HD21  LEU 344          1HD2      LEU 344   2.763   4.061  -0.902
    8   HD22  LEU 344          2HD2      LEU 344   1.437   4.328  -2.034
    9   HD23  LEU 344          3HD2      LEU 344   1.529   2.821  -1.124
   10    HB2  LEU 344           HB2      LEU 344   5.052   2.831  -2.510
   11    HB3  LEU 344           HB3      LEU 344   4.374   4.380  -2.047

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ASN 345           H        ASN 345   7.210   4.129  -3.603
    2    HA   ASN 345           HA       ASN 345   7.596   6.731  -2.636
    3   HD21  ASN 345          1HD2      ASN 345  11.783   5.722  -2.922
    4   HD22  ASN 345          2HD2      ASN 345  11.932   6.855  -1.627
    5    HB2  ASN 345           HB2      ASN 345   9.121   4.533  -2.633
    6    HB3  ASN 345           HB3      ASN 345   9.866   5.366  -3.994

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    GLU 346           H        GLU 346   7.986   5.359  -5.874
    2    HA   GLU 346           HA       GLU 346   9.058   7.692  -7.069
    3    HB2  GLU 346           HB2      GLU 346   7.812   5.170  -8.080
    4    HB3  GLU 346           HB3      GLU 346   8.023   6.513  -9.195
    5    HG2  GLU 346           HG2      GLU 346  10.463   6.526  -8.382
    6    HG3  GLU 346           HG3      GLU 346  10.104   4.917  -7.757

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ALA 347           H        ALA 347   5.762   6.376  -6.913
    2    HA   ALA 347           HA       ALA 347   4.533   8.436  -8.395
    3    HB1  ALA 347           HB1      ALA 347   3.698   6.059  -7.406
    4    HB2  ALA 347           HB2      ALA 347   2.908   7.175  -6.292
    5    HB3  ALA 347           HB3      ALA 347   2.619   7.308  -8.027

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    LEU 348           H        LEU 348   5.580   8.211  -5.096
    2    HA   LEU 348           HA       LEU 348   3.980  10.301  -4.032
    3    HG   LEU 348           HG       LEU 348   6.128  11.431  -2.156
    4   HD11  LEU 348          1HD1      LEU 348   3.764   9.897  -1.200
    5   HD12  LEU 348          2HD1      LEU 348   4.493  11.094  -0.128
    6   HD13  LEU 348          3HD1      LEU 348   3.889  11.580  -1.712
    7   HD21  LEU 348          1HD2      LEU 348   6.796   8.918  -0.794
    8   HD22  LEU 348          2HD2      LEU 348   7.667  10.450  -0.846
    9   HD23  LEU 348          3HD2      LEU 348   6.323  10.238   0.275
   10    HB2  LEU 348           HB2      LEU 348   4.994   8.674  -2.570
   11    HB3  LEU 348           HB3      LEU 348   6.598   9.109  -3.126

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLU 349           H        GLU 349   7.264  10.180  -5.364
    2    HA   GLU 349           HA       GLU 349   7.842  12.920  -4.886
    3    HB2  GLU 349           HB2      GLU 349   9.766  12.581  -6.332
    4    HB3  GLU 349           HB3      GLU 349   9.595  11.224  -5.228
    5    HG2  GLU 349           HG2      GLU 349   9.036   9.760  -6.887
    6    HG3  GLU 349           HG3      GLU 349   8.353  11.017  -7.918

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 350           H        LEU 350   6.096  11.242  -7.353
    2    HA   LEU 350           HA       LEU 350   6.287  13.298  -9.339
    3    HG   LEU 350           HG       LEU 350   7.020  11.202 -10.352
    4   HD11  LEU 350          1HD1      LEU 350   4.751   9.346 -10.766
    5   HD12  LEU 350          2HD1      LEU 350   6.015   9.366 -11.996
    6   HD13  LEU 350          3HD1      LEU 350   6.424   9.015 -10.317
    7   HD21  LEU 350          1HD2      LEU 350   4.849  11.777 -12.366
    8   HD22  LEU 350          2HD2      LEU 350   6.083  12.909 -11.810
    9   HD23  LEU 350          3HD2      LEU 350   6.548  11.484 -12.740
   10    HB2  LEU 350           HB2      LEU 350   4.759  10.765  -9.011
   11    HB3  LEU 350           HB3      LEU 350   4.146  11.945 -10.154

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    LYS 351           H        LYS 351   3.960  12.412  -6.836
    2    HA   LYS 351           HA       LYS 351   1.973  14.289  -7.622
    3    HB2  LYS 351           HB2      LYS 351   0.929  13.805  -5.478
    4    HB3  LYS 351           HB3      LYS 351   1.462  12.315  -6.245
    5    HG2  LYS 351           HG2      LYS 351   3.124  11.952  -4.705
    6    HG3  LYS 351           HG3      LYS 351   3.258  13.661  -4.287
    7    HD2  LYS 351           HD2      LYS 351   2.243  12.482  -2.449
    8    HD3  LYS 351           HD3      LYS 351   1.031  13.519  -3.203
    9    HE2  LYS 351           HE2      LYS 351   0.173  11.582  -4.449
   10    HE3  LYS 351           HE3      LYS 351   1.365  10.555  -3.653
   11    HZ1  LYS 351           HZ1      LYS 351  -0.767  12.085  -2.263
   12    HZ2  LYS 351           HZ2      LYS 351  -0.821  10.429  -2.600
   13    HZ3  LYS 351           HZ3      LYS 351   0.344  11.038  -1.535

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    ASP 352           H        ASP 352   4.824  14.457  -5.628
    2    HA   ASP 352           HA       ASP 352   4.143  16.900  -4.313
    3    HB2  ASP 352           HB2      ASP 352   5.867  15.117  -3.590
    4    HB3  ASP 352           HB3      ASP 352   6.955  15.910  -4.725

  No H/Q in entry =           4
  Start of MODEL   28
    1    H    ALA 353           H        ALA 353   6.002  16.046  -7.189
    2    HA   ALA 353           HA       ALA 353   6.906  18.705  -7.703
    3    HB1  ALA 353           HB1      ALA 353   6.735  16.819  -9.963
    4    HB2  ALA 353           HB2      ALA 353   7.696  16.288  -8.582
    5    HB3  ALA 353           HB3      ALA 353   8.088  17.801  -9.401

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLN 354           H        GLN 354   4.098  16.826  -8.590
    2    HA   GLN 354           HA       GLN 354   3.216  18.638 -10.636
    3   HE21  GLN 354          1HE2      GLN 354  -0.933  16.009 -11.001
    4   HE22  GLN 354          2HE2      GLN 354  -1.978  17.383 -10.937
    5    HB2  GLN 354           HB2      GLN 354   2.654  16.065 -10.159
    6    HB3  GLN 354           HB3      GLN 354   1.294  16.794  -9.317
    7    HG2  GLN 354           HG2      GLN 354   1.901  17.699 -12.081
    8    HG3  GLN 354           HG3      GLN 354   1.144  16.123 -11.850

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    ALA 355           H        ALA 355   2.691  18.233  -7.206
    2    HA   ALA 355           HA       ALA 355   0.380  19.801  -6.918
    3    HB1  ALA 355           HB1      ALA 355   2.578  19.561  -4.876
    4    HB2  ALA 355           HB2      ALA 355   1.404  18.283  -5.191
    5    HB3  ALA 355           HB3      ALA 355   0.862  19.852  -4.595

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLY 356           H        GLY 356   3.803  20.658  -7.006
    2    HA2  GLY 356           HA2      GLY 356   3.129  23.380  -7.689
    3    HA3  GLY 356           HA3      GLY 356   4.745  22.698  -7.584

  No H/Q in entry =           3
  Start of MODEL   28
    1    H1   GLU 326           H1       GLU 326  17.099  -9.069  -5.140
    2    H2   GLU 326           H2       GLU 326  18.514 -10.027  -5.309
    3    H3   GLU 326           H3       GLU 326  16.970 -10.728  -5.560
    4    HA   GLU 326           HA       GLU 326  16.429 -10.676  -3.359
    5    HB2  GLU 326           HB2      GLU 326  18.535 -12.088  -4.259
    6    HB3  GLU 326           HB3      GLU 326  19.334 -11.171  -2.989
    7    HG2  GLU 326           HG2      GLU 326  18.692 -12.871  -1.689
    8    HG3  GLU 326           HG3      GLU 326  17.142 -12.031  -1.671

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    SER 327           H        SER 327  16.028  -9.230  -1.828
    2    HA   SER 327           HA       SER 327  16.249  -7.517  -0.349
    3    HG   SER 327           HG       SER 327  18.654  -8.732   1.731
    4    HB2  SER 327           HB2      SER 327  18.990  -8.639  -0.527
    5    HB3  SER 327           HB3      SER 327  18.847  -7.031   0.181

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    PHE 328           H        PHE 328  15.757  -5.525  -0.956
    2    HA   PHE 328           HA       PHE 328  17.617  -4.091  -2.731
    3    HD1  PHE 328           HD1      PHE 328  14.429  -6.320  -2.612
    4    HD2  PHE 328           HD2      PHE 328  16.305  -4.379  -5.902
    5    HE1  PHE 328           HE1      PHE 328  14.134  -8.350  -3.972
    6    HE2  PHE 328           HE2      PHE 328  16.013  -6.405  -7.269
    7    HZ   PHE 328           HZ       PHE 328  14.926  -8.393  -6.304
    8    HB2  PHE 328           HB2      PHE 328  14.621  -3.756  -2.858
    9    HB3  PHE 328           HB3      PHE 328  15.828  -3.163  -3.995

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLY 329           H        GLY 329  17.951  -1.937  -2.292
    2    HA2  GLY 329           HA2      GLY 329  18.327  -0.306  -0.649
    3    HA3  GLY 329           HA3      GLY 329  17.107  -1.071   0.359

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    LEU 330           H        LEU 330  15.680   0.492   0.800
    2    HA   LEU 330           HA       LEU 330  14.570   2.006  -1.473
    3    HG   LEU 330           HG       LEU 330  11.964   2.992  -0.560
    4   HD11  LEU 330          1HD1      LEU 330  12.485   0.765  -2.509
    5   HD12  LEU 330          2HD1      LEU 330  11.288   2.028  -2.799
    6   HD13  LEU 330          3HD1      LEU 330  12.989   2.452  -2.611
    7   HD21  LEU 330          1HD2      LEU 330  10.770   0.940   0.651
    8   HD22  LEU 330          2HD2      LEU 330   9.902   2.059  -0.400
    9   HD23  LEU 330          3HD2      LEU 330  10.437   0.498  -1.023
   10    HB2  LEU 330           HB2      LEU 330  13.138   0.235  -0.183
   11    HB3  LEU 330           HB3      LEU 330  13.018   1.493   1.033

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLY 331           H        GLY 331  14.646   4.162  -1.363
    2    HA2  GLY 331           HA2      GLY 331  15.854   6.028  -0.400
    3    HA3  GLY 331           HA3      GLY 331  15.517   5.358   1.189

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ILE 332           H        ILE 332  13.326   5.452   1.983
    2    HA   ILE 332           HA       ILE 332  11.533   7.291   0.592
    3    HB   ILE 332           HB       ILE 332  10.989   5.808   3.161
    4   HG12  ILE 332          2HG1      ILE 332   9.615   4.350   1.442
    5   HG21  ILE 332          1HG2      ILE 332   9.457   7.582   1.396
    6   HG22  ILE 332          2HG2      ILE 332   8.616   6.108   1.877
    7   HG23  ILE 332          3HG2      ILE 332   9.237   7.210   3.106
    8   HD11  ILE 332          1HD1      ILE 332  11.802   3.805   2.862
    9   HD12  ILE 332          2HD1      ILE 332  11.110   2.684   1.689
   10   HD13  ILE 332          3HD1      ILE 332  12.482   3.697   1.238
   11   HG13  ILE 332          3HG1      ILE 332  10.829   4.927   0.305

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ARG 333           H        ARG 333  11.230   9.343   1.190
    2    HA   ARG 333           HA       ARG 333  12.589  10.281   3.617
    3    HE   ARG 333           HE       ARG 333  14.205  13.573   0.499
    4   HH11  ARG 333          1HH1      ARG 333  13.202  16.456   2.191
    5   HH12  ARG 333          2HH1      ARG 333  13.900  17.532   1.028
    6   HH21  ARG 333          1HH2      ARG 333  15.124  14.987  -1.032
    7   HH22  ARG 333          2HH2      ARG 333  14.991  16.699  -0.802
    8    HB2  ARG 333           HB2      ARG 333  12.801  11.233   1.101
    9    HB3  ARG 333           HB3      ARG 333  11.483  12.238   1.689
   10    HG2  ARG 333           HG2      ARG 333  13.203  12.469   3.746
   11    HG3  ARG 333           HG3      ARG 333  14.335  12.234   2.413
   12    HD2  ARG 333           HD2      ARG 333  12.099  14.184   2.103
   13    HD3  ARG 333           HD3      ARG 333  13.506  14.636   3.064

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLY 334           H        GLY 334  10.015   8.948   3.706
    2    HA2  GLY 334           HA2      GLY 334   7.677  10.009   3.842
    3    HA3  GLY 334           HA3      GLY 334   8.472  11.139   4.929

  No H/Q in entry =           3
  Start of MODEL   28
    1    H    ARG 335           H        ARG 335   7.900  10.723   6.951
    2    HA   ARG 335           HA       ARG 335   8.478   8.224   8.175
    3    HE   ARG 335           HE       ARG 335   6.552   7.692  13.057
    4   HH11  ARG 335          1HH1      ARG 335   6.017  10.831  11.627
    5   HH12  ARG 335          2HH1      ARG 335   5.745  11.615  13.147
    6   HH21  ARG 335          1HH2      ARG 335   6.195   8.722  15.056
    7   HH22  ARG 335          2HH2      ARG 335   5.846  10.418  15.094
    8    HB2  ARG 335           HB2      ARG 335   8.472  10.558   9.244
    9    HB3  ARG 335           HB3      ARG 335   6.729  10.365   9.368
   10    HG2  ARG 335           HG2      ARG 335   8.552   8.268  10.465
   11    HG3  ARG 335           HG3      ARG 335   8.233   9.744  11.378
   12    HD2  ARG 335           HD2      ARG 335   5.721   9.050  10.677
   13    HD3  ARG 335           HD3      ARG 335   6.470   7.458  10.784

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 336           H        GLU 336   5.572   9.708   6.903
    2    HA   GLU 336           HA       GLU 336   3.775   7.793   8.045
    3    HB2  GLU 336           HB2      GLU 336   3.413  10.251   7.014
    4    HB3  GLU 336           HB3      GLU 336   2.978   9.287   5.610
    5    HG2  GLU 336           HG2      GLU 336   1.447   8.005   7.229
    6    HG3  GLU 336           HG3      GLU 336   1.673   9.389   8.298

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ARG 337           H        ARG 337   4.801   8.400   4.679
    2    HA   ARG 337           HA       ARG 337   3.654   6.114   3.569
    3    HE   ARG 337           HE       ARG 337   4.862   6.277  -1.682
    4   HH11  ARG 337          1HH1      ARG 337   2.628   8.479  -0.153
    5   HH12  ARG 337          2HH1      ARG 337   1.374   8.212  -1.316
    6   HH21  ARG 337          1HH2      ARG 337   3.214   5.925  -3.214
    7   HH22  ARG 337          2HH2      ARG 337   1.706   6.762  -3.054
    8    HB2  ARG 337           HB2      ARG 337   5.263   8.239   2.674
    9    HB3  ARG 337           HB3      ARG 337   6.128   6.773   2.236
   10    HG2  ARG 337           HG2      ARG 337   4.030   5.948   1.164
   11    HG3  ARG 337           HG3      ARG 337   3.324   7.538   1.463
   12    HD2  ARG 337           HD2      ARG 337   4.740   8.591  -0.038
   13    HD3  ARG 337           HD3      ARG 337   5.942   7.304   0.039

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    PHE 338           H        PHE 338   6.788   6.588   5.102
    2    HA   PHE 338           HA       PHE 338   7.876   4.066   4.418
    3    HD1  PHE 338           HD1      PHE 338   8.901   3.958   8.257
    4    HD2  PHE 338           HD2      PHE 338  11.023   4.420   4.598
    5    HE1  PHE 338           HE1      PHE 338  10.583   2.339   9.033
    6    HE2  PHE 338           HE2      PHE 338  12.709   2.801   5.367
    7    HZ   PHE 338           HZ       PHE 338  12.490   1.759   7.587
    8    HB2  PHE 338           HB2      PHE 338   9.286   5.924   5.167
    9    HB3  PHE 338           HB3      PHE 338   8.519   5.885   6.751

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    GLU 339           H        GLU 339   5.990   5.221   7.172
    2    HA   GLU 339           HA       GLU 339   6.196   2.938   8.782
    3    HB2  GLU 339           HB2      GLU 339   4.333   5.240   8.587
    4    HB3  GLU 339           HB3      GLU 339   3.744   3.824   9.446
    5    HG2  GLU 339           HG2      GLU 339   5.893   3.938  10.793
    6    HG3  GLU 339           HG3      GLU 339   6.118   5.539  10.090

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    MET 340           H        MET 340   4.112   3.698   6.066
    2    HA   MET 340           HA       MET 340   2.311   1.539   6.376
    3    HB2  MET 340           HB2      MET 340   2.958   3.518   4.288
    4    HB3  MET 340           HB3      MET 340   2.302   2.001   3.687
    5    HG2  MET 340           HG2      MET 340   0.250   2.427   4.469
    6    HG3  MET 340           HG3      MET 340   0.854   3.133   5.967
    7    HE1  MET 340           HE1      MET 340   0.335   3.462   2.288
    8    HE2  MET 340           HE2      MET 340  -0.006   5.167   1.991
    9    HE3  MET 340           HE3      MET 340   1.663   4.613   2.133

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    PHE 341           H        PHE 341   5.082   1.951   4.166
    2    HA   PHE 341           HA       PHE 341   5.061  -0.681   3.183
    3    HD1  PHE 341           HD1      PHE 341   7.928   2.961   2.290
    4    HD2  PHE 341           HD2      PHE 341   4.391   0.718   1.539
    5    HE1  PHE 341           HE1      PHE 341   7.038   4.820   0.948
    6    HE2  PHE 341           HE2      PHE 341   3.496   2.569   0.194
    7    HZ   PHE 341           HZ       PHE 341   4.820   4.623  -0.099
    8    HB2  PHE 341           HB2      PHE 341   7.572   0.963   3.429
    9    HB3  PHE 341           HB3      PHE 341   7.125  -0.178   2.164

  No H/Q in entry =           9
  Start of MODEL   28
    1    H    ARG 342           H        ARG 342   6.446   0.720   6.068
    2    HA   ARG 342           HA       ARG 342   8.092  -1.548   6.688
    3    HE   ARG 342           HE       ARG 342  10.655  -1.861  10.286
    4   HH11  ARG 342          1HH1      ARG 342   8.197  -0.956  12.591
    5   HH12  ARG 342          2HH1      ARG 342   9.014  -1.680  13.935
    6   HH21  ARG 342          1HH2      ARG 342  11.731  -2.814  12.052
    7   HH22  ARG 342          2HH2      ARG 342  11.020  -2.735  13.630
    8    HB2  ARG 342           HB2      ARG 342   8.235   0.970   7.498
    9    HB3  ARG 342           HB3      ARG 342   7.200   0.378   8.790
   10    HG2  ARG 342           HG2      ARG 342   9.530  -1.309   8.267
   11    HG3  ARG 342           HG3      ARG 342   9.922   0.327   8.803
   12    HD2  ARG 342           HD2      ARG 342   8.629   0.068  10.788
   13    HD3  ARG 342           HD3      ARG 342   7.941  -1.450  10.213

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    GLU 343           H        GLU 343   4.938  -0.337   7.738
    2    HA   GLU 343           HA       GLU 343   4.483  -2.413   9.632
    3    HB2  GLU 343           HB2      GLU 343   3.318  -0.249   9.747
    4    HB3  GLU 343           HB3      GLU 343   2.506  -0.604   8.228
    5    HG2  GLU 343           HG2      GLU 343   0.935  -1.072   9.894
    6    HG3  GLU 343           HG3      GLU 343   1.545  -2.644   9.380

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 344           H        LEU 344   3.921  -2.034   6.209
    2    HA   LEU 344           HA       LEU 344   2.125  -4.222   5.917
    3    HG   LEU 344           HG       LEU 344   1.123  -4.326   3.917
    4   HD11  LEU 344          1HD1      LEU 344   2.004  -2.114   2.137
    5   HD12  LEU 344          2HD1      LEU 344   0.929  -3.348   1.478
    6   HD13  LEU 344          3HD1      LEU 344   0.435  -2.408   2.886
    7   HD21  LEU 344          1HD2      LEU 344   3.254  -5.552   3.080
    8   HD22  LEU 344          2HD2      LEU 344   1.743  -5.729   2.189
    9   HD23  LEU 344          3HD2      LEU 344   2.989  -4.628   1.601
   10    HB2  LEU 344           HB2      LEU 344   2.714  -2.215   4.312
   11    HB3  LEU 344           HB3      LEU 344   3.916  -3.334   3.698

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    ASN 345           H        ASN 345   5.626  -3.848   5.705
    2    HA   ASN 345           HA       ASN 345   6.198  -6.424   4.705
    3   HD21  ASN 345          1HD2      ASN 345   9.470  -6.366   6.994
    4   HD22  ASN 345          2HD2      ASN 345  10.297  -7.338   5.829
    5    HB2  ASN 345           HB2      ASN 345   7.762  -4.399   4.851
    6    HB3  ASN 345           HB3      ASN 345   8.013  -4.853   6.534

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    GLU 346           H        GLU 346   5.965  -5.140   8.001
    2    HA   GLU 346           HA       GLU 346   6.689  -7.552   9.302
    3    HB2  GLU 346           HB2      GLU 346   6.677  -5.209  10.295
    4    HB3  GLU 346           HB3      GLU 346   4.934  -5.383  10.451
    5    HG2  GLU 346           HG2      GLU 346   6.557  -7.568  11.578
    6    HG3  GLU 346           HG3      GLU 346   6.678  -6.006  12.388

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    ALA 347           H        ALA 347   3.555  -6.073   8.530
    2    HA   ALA 347           HA       ALA 347   1.982  -8.133   9.675
    3    HB1  ALA 347           HB1      ALA 347   1.441  -5.916   7.739
    4    HB2  ALA 347           HB2      ALA 347   0.215  -7.145   8.050
    5    HB3  ALA 347           HB3      ALA 347   0.822  -6.150   9.374

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    LEU 348           H        LEU 348   3.561  -7.731   6.603
    2    HA   LEU 348           HA       LEU 348   2.117  -9.694   5.156
    3    HG   LEU 348           HG       LEU 348   4.150 -10.847   3.542
    4   HD11  LEU 348          1HD1      LEU 348   2.847  -8.599   2.093
    5   HD12  LEU 348          2HD1      LEU 348   3.571  -9.908   1.159
    6   HD13  LEU 348          3HD1      LEU 348   2.301 -10.259   2.331
    7   HD21  LEU 348          1HD2      LEU 348   5.967  -8.630   2.962
    8   HD22  LEU 348          2HD2      LEU 348   6.267 -10.367   2.993
    9   HD23  LEU 348          3HD2      LEU 348   5.567  -9.619   1.558
   10    HB2  LEU 348           HB2      LEU 348   3.422  -8.014   4.007
   11    HB3  LEU 348           HB3      LEU 348   4.892  -8.572   4.781

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    GLU 349           H        GLU 349   4.974  -9.788   7.209
    2    HA   GLU 349           HA       GLU 349   5.662 -12.490   6.599
    3    HB2  GLU 349           HB2      GLU 349   6.995 -10.471   7.781
    4    HB3  GLU 349           HB3      GLU 349   6.463 -11.342   9.213
    5    HG2  GLU 349           HG2      GLU 349   8.131 -12.413   6.951
    6    HG3  GLU 349           HG3      GLU 349   8.651 -12.094   8.605

  No H/Q in entry =           6
  Start of MODEL   28
    1    H    LEU 350           H        LEU 350   3.568 -10.935   8.918
    2    HA   LEU 350           HA       LEU 350   3.223 -13.234  10.586
    3    HG   LEU 350           HG       LEU 350   1.478 -11.076  12.938
    4   HD11  LEU 350          1HD1      LEU 350   1.513 -13.923  11.947
    5   HD12  LEU 350          2HD1      LEU 350   1.029 -13.405  13.562
    6   HD13  LEU 350          3HD1      LEU 350   0.088 -12.905  12.156
    7   HD21  LEU 350          1HD2      LEU 350   4.025 -12.351  12.188
    8   HD22  LEU 350          2HD2      LEU 350   3.658 -11.225  13.494
    9   HD23  LEU 350          3HD2      LEU 350   3.282 -12.938  13.675
   10    HB2  LEU 350           HB2      LEU 350   2.679 -10.576  10.858
   11    HB3  LEU 350           HB3      LEU 350   1.077 -11.221  10.553

  No H/Q in entry =          11
  Start of MODEL   28
    1    H    LYS 351           H        LYS 351   1.500 -11.831   7.854
    2    HA   LYS 351           HA       LYS 351  -0.747 -13.570   8.003
    3    HB2  LYS 351           HB2      LYS 351  -0.596 -11.322   6.801
    4    HB3  LYS 351           HB3      LYS 351   0.240 -12.183   5.515
    5    HG2  LYS 351           HG2      LYS 351  -1.865 -13.752   5.644
    6    HG3  LYS 351           HG3      LYS 351  -2.609 -12.316   6.351
    7    HD2  LYS 351           HD2      LYS 351  -3.028 -11.801   4.193
    8    HD3  LYS 351           HD3      LYS 351  -1.365 -11.214   4.228
    9    HE2  LYS 351           HE2      LYS 351  -0.650 -13.500   3.471
   10    HE3  LYS 351           HE3      LYS 351  -2.356 -13.878   3.231
   11    HZ1  LYS 351           HZ1      LYS 351  -1.376 -11.437   1.982
   12    HZ2  LYS 351           HZ2      LYS 351  -0.819 -12.892   1.321
   13    HZ3  LYS 351           HZ3      LYS 351  -2.480 -12.581   1.405

  No H/Q in entry =          13
  Start of MODEL   28
    1    H    ASP 352           H        ASP 352   2.397 -13.751   6.490
    2    HA   ASP 352           HA       ASP 352   1.814 -15.930   4.758
    3    HB2  ASP 352           HB2      ASP 352   3.829 -14.234   4.781
    4    HB3  ASP 352           HB3      ASP 352   4.572 -15.449   5.816

  No H/Q in entry =           4
  Start of MODEL   28
    1    H    ALA 353           H        ALA 353   2.817 -15.659   8.093
    2    HA   ALA 353           HA       ALA 353   3.551 -18.411   8.391
    3    HB1  ALA 353           HB1      ALA 353   4.611 -17.146   9.974
    4    HB2  ALA 353           HB2      ALA 353   3.226 -17.707  10.911
    5    HB3  ALA 353           HB3      ALA 353   3.223 -16.086  10.217

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLN 354           H        GLN 354   0.620 -16.545   8.760
    2    HA   GLN 354           HA       GLN 354  -0.809 -18.635  10.134
    3   HE21  GLN 354          1HE2      GLN 354  -3.850 -16.311  12.375
    4   HE22  GLN 354          2HE2      GLN 354  -3.779 -17.810  13.230
    5    HB2  GLN 354           HB2      GLN 354  -1.519 -15.943   9.032
    6    HB3  GLN 354           HB3      GLN 354  -2.800 -17.073   9.451
    7    HG2  GLN 354           HG2      GLN 354  -0.641 -16.185  11.347
    8    HG3  GLN 354           HG3      GLN 354  -2.239 -15.449  11.240

  No H/Q in entry =           8
  Start of MODEL   28
    1    H    ALA 355           H        ALA 355  -0.585 -17.403   6.837
    2    HA   ALA 355           HA       ALA 355  -2.553 -19.323   5.887
    3    HB1  ALA 355           HB1      ALA 355  -2.058 -16.833   5.074
    4    HB2  ALA 355           HB2      ALA 355  -0.986 -17.698   3.972
    5    HB3  ALA 355           HB3      ALA 355  -2.710 -18.072   4.001

  No H/Q in entry =           5
  Start of MODEL   28
    1    H    GLY 356           H        GLY 356  -1.935 -21.350   5.531
    2    HA2  GLY 356           HA2      GLY 356   0.769 -22.155   5.257
    3    HA3  GLY 356           HA3      GLY 356  -0.001 -22.101   3.679

  No H/Q in entry =           3
  Start of MODEL   29
    1    H1   GLU 326           H1       GLU 326 -20.239   2.628  10.443
    2    H2   GLU 326           H2       GLU 326 -19.207   2.010  11.666
    3    H3   GLU 326           H3       GLU 326 -19.853   3.591  11.809
    4    HB2  GLU 326           HB2      GLU 326 -17.575   3.629  12.419
    5    HB3  GLU 326           HB3      GLU 326 -16.579   2.627  11.372
    6    HG2  GLU 326           HG2      GLU 326 -15.460   4.396  10.504
    7    HG3  GLU 326           HG3      GLU 326 -16.838   5.485  10.655
    8    HA   GLU 326           HA       GLU 326 -18.586   4.387  10.057

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    SER 327           H        SER 327 -18.673   3.838   7.960
    2    HA   SER 327           HA       SER 327 -16.978   1.684   7.030
    3    HG   SER 327           HG       SER 327 -19.101  -0.556   5.667
    4    HB2  SER 327           HB2      SER 327 -19.265   0.669   7.458
    5    HB3  SER 327           HB3      SER 327 -19.874   1.705   6.168

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    PHE 328           H        PHE 328 -16.414   1.862   4.829
    2    HA   PHE 328           HA       PHE 328 -17.386   4.250   3.429
    3    HD1  PHE 328           HD1      PHE 328 -15.973   6.761   4.318
    4    HD2  PHE 328           HD2      PHE 328 -14.151   3.266   5.922
    5    HE1  PHE 328           HE1      PHE 328 -15.684   7.907   6.476
    6    HE2  PHE 328           HE2      PHE 328 -13.859   4.405   8.083
    7    HZ   PHE 328           HZ       PHE 328 -14.626   6.728   8.362
    8    HB2  PHE 328           HB2      PHE 328 -14.459   3.521   3.550
    9    HB3  PHE 328           HB3      PHE 328 -15.177   4.979   2.873

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLY 329           H        GLY 329 -17.757   3.950   1.308
    2    HA2  GLY 329           HA2      GLY 329 -18.360   2.367  -0.379
    3    HA3  GLY 329           HA3      GLY 329 -17.081   1.312   0.202

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    LEU 330           H        LEU 330 -15.741   1.048  -1.470
    2    HA   LEU 330           HA       LEU 330 -14.967   3.408  -3.038
    3    HG   LEU 330           HG       LEU 330 -12.932   4.365  -2.882
    4   HD11  LEU 330          1HD1      LEU 330 -11.523   3.438  -0.802
    5   HD12  LEU 330          2HD1      LEU 330 -10.361   3.146  -2.096
    6   HD13  LEU 330          3HD1      LEU 330 -10.981   4.773  -1.819
    7   HD21  LEU 330          1HD2      LEU 330 -12.498   2.326  -4.581
    8   HD22  LEU 330          2HD2      LEU 330 -11.769   3.921  -4.764
    9   HD23  LEU 330          3HD2      LEU 330 -10.851   2.612  -4.019
   10    HB2  LEU 330           HB2      LEU 330 -13.328   2.463  -1.138
   11    HB3  LEU 330           HB3      LEU 330 -12.863   1.402  -2.454

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLY 331           H        GLY 331 -14.631   3.056  -5.193
    2    HA2  GLY 331           HA2      GLY 331 -15.783   1.589  -6.884
    3    HA3  GLY 331           HA3      GLY 331 -14.904   0.267  -6.130

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ILE 332           H        ILE 332 -13.351  -0.404  -7.445
    2    HA   ILE 332           HA       ILE 332 -11.882   1.591  -9.031
    3    HB   ILE 332           HB       ILE 332 -10.555  -0.754  -7.674
    4   HG12  ILE 332          2HG1      ILE 332  -9.488   1.400  -6.446
    5   HG21  ILE 332          1HG2      ILE 332  -9.693   1.372  -9.533
    6   HG22  ILE 332          2HG2      ILE 332  -8.585   0.978  -8.219
    7   HG23  ILE 332          3HG2      ILE 332  -9.104  -0.279  -9.341
    8   HD11  ILE 332          1HD1      ILE 332 -10.793  -0.700  -5.530
    9   HD12  ILE 332          2HD1      ILE 332 -10.477   0.715  -4.526
   10   HD13  ILE 332          3HD1      ILE 332 -12.057   0.504  -5.282
   11   HG13  ILE 332          3HG1      ILE 332 -11.121   1.997  -6.723

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ARG 333           H        ARG 333 -11.595   1.062 -11.113
    2    HA   ARG 333           HA       ARG 333 -12.838  -1.288 -12.155
    3    HE   ARG 333           HE       ARG 333 -15.173   1.347 -15.554
    4   HH11  ARG 333          1HH1      ARG 333 -13.633   4.383 -14.785
    5   HH12  ARG 333          2HH1      ARG 333 -14.785   5.332 -15.662
    6   HH21  ARG 333          1HH2      ARG 333 -16.689   2.594 -16.708
    7   HH22  ARG 333          2HH2      ARG 333 -16.521   4.317 -16.753
    8    HB2  ARG 333           HB2      ARG 333 -11.454   1.089 -13.284
    9    HB3  ARG 333           HB3      ARG 333 -11.546  -0.345 -14.298
   10    HG2  ARG 333           HG2      ARG 333 -13.775  -0.153 -14.609
   11    HG3  ARG 333           HG3      ARG 333 -14.055   0.506 -12.996
   12    HD2  ARG 333           HD2      ARG 333 -13.505   2.667 -13.646
   13    HD3  ARG 333           HD3      ARG 333 -12.605   2.117 -15.059

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLY 334           H        GLY 334  -9.561  -0.342 -11.399
    2    HA2  GLY 334           HA2      GLY 334  -7.553  -1.453 -11.586
    3    HA3  GLY 334           HA3      GLY 334  -8.269  -2.411 -12.874

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ARG 335           H        ARG 335  -8.287  -4.509 -12.468
    2    HA   ARG 335           HA       ARG 335  -9.319  -5.595 -10.050
    3    HE   ARG 335           HE       ARG 335  -9.299  -8.887 -14.499
    4   HH11  ARG 335          1HH1      ARG 335  -6.351  -7.147 -15.178
    5   HH12  ARG 335          2HH1      ARG 335  -6.745  -6.880 -16.843
    6   HH21  ARG 335          1HH2      ARG 335  -9.818  -8.537 -16.689
    7   HH22  ARG 335          2HH2      ARG 335  -8.713  -7.669 -17.701
    8    HB2  ARG 335           HB2      ARG 335  -8.519  -7.782 -11.040
    9    HB3  ARG 335           HB3      ARG 335  -9.650  -6.866 -12.027
   10    HG2  ARG 335           HG2      ARG 335  -7.984  -6.214 -13.534
   11    HG3  ARG 335           HG3      ARG 335  -6.686  -6.651 -12.421
   12    HD2  ARG 335           HD2      ARG 335  -6.576  -8.510 -13.689
   13    HD3  ARG 335           HD3      ARG 335  -7.923  -9.033 -12.678

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 336           H        GLU 336  -6.084  -5.071 -11.325
    2    HA   GLU 336           HA       GLU 336  -4.688  -6.578  -9.384
    3    HB2  GLU 336           HB2      GLU 336  -3.667  -4.158 -10.877
    4    HB3  GLU 336           HB3      GLU 336  -2.706  -5.446 -10.163
    5    HG2  GLU 336           HG2      GLU 336  -4.135  -6.940 -11.803
    6    HG3  GLU 336           HG3      GLU 336  -4.275  -5.417 -12.679

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ARG 337           H        ARG 337  -5.439  -3.108  -9.598
    2    HA   ARG 337           HA       ARG 337  -4.162  -2.301  -7.252
    3    HE   ARG 337           HE       ARG 337  -2.085  -0.722  -8.443
    4   HH11  ARG 337          1HH1      ARG 337  -2.304   0.556  -5.203
    5   HH12  ARG 337          2HH1      ARG 337  -0.629   0.293  -4.852
    6   HH21  ARG 337          1HH2      ARG 337   0.118  -1.069  -7.983
    7   HH22  ARG 337          2HH2      ARG 337   0.747  -0.629  -6.431
    8    HB2  ARG 337           HB2      ARG 337  -6.221  -1.204  -9.041
    9    HB3  ARG 337           HB3      ARG 337  -6.312  -0.610  -7.390
   10    HG2  ARG 337           HG2      ARG 337  -3.975  -0.419  -9.272
   11    HG3  ARG 337           HG3      ARG 337  -4.975   0.897  -8.657
   12    HD2  ARG 337           HD2      ARG 337  -3.574   1.134  -6.951
   13    HD3  ARG 337           HD3      ARG 337  -3.979  -0.495  -6.414

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    PHE 338           H        PHE 338  -7.544  -3.281  -7.757
    2    HA   PHE 338           HA       PHE 338  -8.405  -2.973  -5.117
    3    HD1  PHE 338           HD1      PHE 338  -9.651  -6.537  -5.176
    4    HD2  PHE 338           HD2      PHE 338 -11.755  -2.866  -5.626
    5    HE1  PHE 338           HE1      PHE 338 -11.358  -7.325  -3.588
    6    HE2  PHE 338           HE2      PHE 338 -13.465  -3.646  -4.038
    7    HZ   PHE 338           HZ       PHE 338 -13.267  -5.878  -3.017
    8    HB2  PHE 338           HB2      PHE 338  -9.947  -3.314  -7.000
    9    HB3  PHE 338           HB3      PHE 338  -9.362  -4.963  -7.188

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLU 339           H        GLU 339  -6.733  -5.626  -6.706
    2    HA   GLU 339           HA       GLU 339  -7.064  -7.579  -4.724
    3    HB2  GLU 339           HB2      GLU 339  -5.155  -7.114  -6.950
    4    HB3  GLU 339           HB3      GLU 339  -4.638  -8.226  -5.690
    5    HG2  GLU 339           HG2      GLU 339  -7.038  -9.245  -6.098
    6    HG3  GLU 339           HG3      GLU 339  -6.827  -8.485  -7.674

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    MET 340           H        MET 340  -4.653  -5.026  -5.109
    2    HA   MET 340           HA       MET 340  -3.042  -5.765  -2.908
    3    HB2  MET 340           HB2      MET 340  -3.445  -3.001  -4.071
    4    HB3  MET 340           HB3      MET 340  -2.093  -3.527  -3.078
    5    HG2  MET 340           HG2      MET 340  -2.403  -5.227  -5.383
    6    HG3  MET 340           HG3      MET 340  -2.259  -3.535  -5.855
    7    HE1  MET 340           HE1      MET 340  -0.736  -2.007  -4.976
    8    HE2  MET 340           HE2      MET 340   0.501  -2.346  -3.765
    9    HE3  MET 340           HE3      MET 340   0.912  -2.380  -5.479

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    PHE 341           H        PHE 341  -5.442  -3.135  -3.212
    2    HA   PHE 341           HA       PHE 341  -5.498  -2.481  -0.485
    3    HD1  PHE 341           HD1      PHE 341  -4.611  -0.627  -1.401
    4    HD2  PHE 341           HD2      PHE 341  -7.748  -0.893  -4.263
    5    HE1  PHE 341           HE1      PHE 341  -3.340   0.825  -2.921
    6    HE2  PHE 341           HE2      PHE 341  -6.483   0.562  -5.789
    7    HZ   PHE 341           HZ       PHE 341  -4.275   1.415  -5.117
    8    HB2  PHE 341           HB2      PHE 341  -7.853  -2.179  -2.344
    9    HB3  PHE 341           HB3      PHE 341  -7.399  -1.155  -0.984

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    ARG 342           H        ARG 342  -6.984  -5.072  -2.245
    2    HA   ARG 342           HA       ARG 342  -8.964  -5.660  -0.243
    3    HE   ARG 342           HE       ARG 342  -8.902 -11.081  -1.713
    4   HH11  ARG 342          1HH1      ARG 342 -11.917  -9.325  -1.748
    5   HH12  ARG 342          2HH1      ARG 342 -12.782 -10.545  -0.875
    6   HH21  ARG 342          1HH2      ARG 342 -10.037 -12.687  -0.565
    7   HH22  ARG 342          2HH2      ARG 342 -11.715 -12.453  -0.202
    8    HB2  ARG 342           HB2      ARG 342  -9.337  -6.260  -2.593
    9    HB3  ARG 342           HB3      ARG 342  -7.941  -7.328  -2.550
   10    HG2  ARG 342           HG2      ARG 342  -9.317  -8.384  -0.531
   11    HG3  ARG 342           HG3      ARG 342 -10.660  -7.709  -1.455
   12    HD2  ARG 342           HD2      ARG 342 -10.370  -9.146  -3.187
   13    HD3  ARG 342           HD3      ARG 342  -8.620  -9.210  -2.980

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 343           H        GLU 343  -5.844  -7.038  -1.224
    2    HA   GLU 343           HA       GLU 343  -5.830  -9.067   0.767
    3    HB2  GLU 343           HB2      GLU 343  -4.465  -9.166  -1.301
    4    HB3  GLU 343           HB3      GLU 343  -3.492  -7.830  -0.701
    5    HG2  GLU 343           HG2      GLU 343  -2.153  -9.485   0.003
    6    HG3  GLU 343           HG3      GLU 343  -3.266  -9.517   1.370

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 344           H        LEU 344  -4.855  -5.725   0.673
    2    HA   LEU 344           HA       LEU 344  -3.266  -5.760   3.034
    3    HG   LEU 344           HG       LEU 344  -1.851  -3.768   2.963
    4   HD11  LEU 344          1HD1      LEU 344  -2.395  -4.926   0.313
    5   HD12  LEU 344          2HD1      LEU 344  -0.882  -4.033   0.463
    6   HD13  LEU 344          3HD1      LEU 344  -1.214  -5.390   1.539
    7   HD21  LEU 344          1HD2      LEU 344  -2.793  -1.887   0.830
    8   HD22  LEU 344          2HD2      LEU 344  -2.206  -1.525   2.453
    9   HD23  LEU 344          3HD2      LEU 344  -1.078  -2.054   1.205
   10    HB2  LEU 344           HB2      LEU 344  -4.249  -3.786   1.129
   11    HB3  LEU 344           HB3      LEU 344  -4.245  -3.177   2.774

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ASN 345           H        ASN 345  -6.656  -5.058   2.342
    2    HA   ASN 345           HA       ASN 345  -7.377  -4.164   4.911
    3   HD21  ASN 345          1HD2      ASN 345  -9.417  -2.522   4.586
    4   HD22  ASN 345          2HD2      ASN 345 -10.829  -2.921   5.498
    5    HB2  ASN 345           HB2      ASN 345  -8.754  -3.897   2.832
    6    HB3  ASN 345           HB3      ASN 345  -9.152  -5.609   2.933

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    GLU 346           H        GLU 346  -7.332  -7.386   3.454
    2    HA   GLU 346           HA       GLU 346  -8.512  -8.714   5.670
    3    HB2  GLU 346           HB2      GLU 346  -7.007  -9.575   3.233
    4    HB3  GLU 346           HB3      GLU 346  -7.263 -10.735   4.530
    5    HG2  GLU 346           HG2      GLU 346  -9.530 -10.810   4.207
    6    HG3  GLU 346           HG3      GLU 346  -9.590  -9.198   3.494

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ALA 347           H        ALA 347  -5.175  -8.099   4.683
    2    HA   ALA 347           HA       ALA 347  -3.983  -9.623   6.768
    3    HB1  ALA 347           HB1      ALA 347  -2.723  -7.329   5.276
    4    HB2  ALA 347           HB2      ALA 347  -2.871  -8.959   4.617
    5    HB3  ALA 347           HB3      ALA 347  -1.911  -8.679   6.070

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    LEU 348           H        LEU 348  -5.129  -6.336   6.491
    2    HA   LEU 348           HA       LEU 348  -3.814  -5.332   8.810
    3    HG   LEU 348           HG       LEU 348  -3.663  -4.037   6.442
    4   HD11  LEU 348          1HD1      LEU 348  -5.906  -2.113   6.485
    5   HD12  LEU 348          2HD1      LEU 348  -4.327  -1.486   6.011
    6   HD13  LEU 348          3HD1      LEU 348  -5.046  -2.829   5.121
    7   HD21  LEU 348          1HD2      LEU 348  -3.849  -2.442   8.925
    8   HD22  LEU 348          2HD2      LEU 348  -2.461  -3.244   8.190
    9   HD23  LEU 348          3HD2      LEU 348  -3.021  -1.696   7.558
   10    HB2  LEU 348           HB2      LEU 348  -6.127  -4.383   7.146
   11    HB3  LEU 348           HB3      LEU 348  -5.671  -3.550   8.620

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLU 349           H        GLU 349  -6.874  -6.928   8.202
    2    HA   GLU 349           HA       GLU 349  -8.012  -6.387  10.760
    3    HB2  GLU 349           HB2      GLU 349  -9.193  -7.104   8.573
    4    HB3  GLU 349           HB3      GLU 349  -8.750  -8.741   9.041
    5    HG2  GLU 349           HG2      GLU 349  -9.874  -7.800  11.333
    6    HG3  GLU 349           HG3      GLU 349 -10.822  -6.971  10.100

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 350           H        LEU 350  -5.914  -8.858   9.470
    2    HA   LEU 350           HA       LEU 350  -6.241 -10.726  11.591
    3    HG   LEU 350           HG       LEU 350  -4.286 -13.022   9.590
    4   HD11  LEU 350          1HD1      LEU 350  -3.338 -12.081  11.926
    5   HD12  LEU 350          2HD1      LEU 350  -4.778 -12.927  12.492
    6   HD13  LEU 350          3HD1      LEU 350  -3.550 -13.796  11.573
    7   HD21  LEU 350          1HD2      LEU 350  -6.843 -12.243   9.913
    8   HD22  LEU 350          2HD2      LEU 350  -6.314 -13.923   9.988
    9   HD23  LEU 350          3HD2      LEU 350  -6.551 -13.006  11.475
   10    HB2  LEU 350           HB2      LEU 350  -5.065 -10.800   9.137
   11    HB3  LEU 350           HB3      LEU 350  -3.657 -10.696  10.178

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    LYS 351           H        LYS 351  -3.981  -8.087  10.963
    2    HA   LYS 351           HA       LYS 351  -2.230  -8.591  13.109
    3    HB2  LYS 351           HB2      LYS 351  -1.673  -7.095  11.239
    4    HB3  LYS 351           HB3      LYS 351  -2.901  -5.959  11.780
    5    HG2  LYS 351           HG2      LYS 351  -1.590  -5.897  13.983
    6    HG3  LYS 351           HG3      LYS 351  -0.285  -6.646  13.061
    7    HD2  LYS 351           HD2      LYS 351  -1.655  -4.145  12.118
    8    HD3  LYS 351           HD3      LYS 351  -0.299  -4.091  13.245
    9    HE2  LYS 351           HE2      LYS 351  -0.052  -5.664  10.721
   10    HE3  LYS 351           HE3      LYS 351   0.106  -3.909  10.665
   11    HZ1  LYS 351           HZ1      LYS 351   1.721  -5.729  12.369
   12    HZ2  LYS 351           HZ2      LYS 351   2.249  -4.999  10.938
   13    HZ3  LYS 351           HZ3      LYS 351   1.884  -4.047  12.288

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    ASP 352           H        ASP 352  -5.295  -6.916  12.902
    2    HA   ASP 352           HA       ASP 352  -5.189  -5.543  15.356
    3    HB2  ASP 352           HB2      ASP 352  -7.343  -6.379  13.478
    4    HB3  ASP 352           HB3      ASP 352  -7.822  -5.914  15.108

  No H/Q in entry =           4
  Start of MODEL   29
    1    H    ALA 353           H        ALA 353  -6.034  -8.839  14.529
    2    HA   ALA 353           HA       ALA 353  -7.172  -9.499  17.063
    3    HB1  ALA 353           HB1      ALA 353  -7.921 -10.958  15.478
    4    HB2  ALA 353           HB2      ALA 353  -6.582 -11.902  16.131
    5    HB3  ALA 353           HB3      ALA 353  -6.377 -11.003  14.628

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLN 354           H        GLN 354  -3.952  -9.521  15.715
    2    HA   GLN 354           HA       GLN 354  -2.782 -11.164  17.736
    3   HE21  GLN 354          1HE2      GLN 354  -1.979 -13.751  14.635
    4   HE22  GLN 354          2HE2      GLN 354  -1.092 -14.620  15.835
    5    HB2  GLN 354           HB2      GLN 354  -1.613  -9.279  15.692
    6    HB3  GLN 354           HB3      GLN 354  -0.619 -10.185  16.825
    7    HG2  GLN 354           HG2      GLN 354  -2.582 -11.543  15.013
    8    HG3  GLN 354           HG3      GLN 354  -0.946 -11.147  14.489

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    ALA 355           H        ALA 355  -3.259  -7.711  17.297
    2    HA   ALA 355           HA       ALA 355  -2.315  -7.301  20.054
    3    HB1  ALA 355           HB1      ALA 355  -1.635  -5.714  17.604
    4    HB2  ALA 355           HB2      ALA 355  -0.558  -6.381  18.831
    5    HB3  ALA 355           HB3      ALA 355  -1.573  -4.989  19.211

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLY 356           H        GLY 356  -4.597  -7.500  20.578
    2    HA2  GLY 356           HA2      GLY 356  -6.746  -6.157  19.646
    3    HA3  GLY 356           HA3      GLY 356  -5.890  -4.912  20.544

  No H/Q in entry =           3
  Start of MODEL   29
    1    H1   GLU 326           H1       GLU 326 -15.470  -6.636 -13.855
    2    H2   GLU 326           H2       GLU 326 -14.139  -6.834 -14.920
    3    H3   GLU 326           H3       GLU 326 -13.877  -6.712 -13.228
    4    HA   GLU 326           HA       GLU 326 -13.305  -4.670 -14.095
    5    HB2  GLU 326           HB2      GLU 326 -14.985  -3.440 -15.543
    6    HB3  GLU 326           HB3      GLU 326 -14.213  -4.835 -16.285
    7    HG2  GLU 326           HG2      GLU 326 -16.135  -6.108 -16.210
    8    HG3  GLU 326           HG3      GLU 326 -16.846  -5.145 -14.916

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    SER 327           H        SER 327 -13.499  -3.116 -12.611
    2    HA   SER 327           HA       SER 327 -14.300  -1.856 -10.896
    3    HG   SER 327           HG       SER 327 -17.290  -0.640 -10.558
    4    HB2  SER 327           HB2      SER 327 -16.075  -1.465 -12.813
    5    HB3  SER 327           HB3      SER 327 -17.129  -2.367 -11.725

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    PHE 328           H        PHE 328 -14.095  -2.683  -8.929
    2    HA   PHE 328           HA       PHE 328 -16.016  -4.744  -8.071
    3    HD1  PHE 328           HD1      PHE 328 -14.351  -7.728  -8.293
    4    HD2  PHE 328           HD2      PHE 328 -12.469  -4.125  -9.553
    5    HE1  PHE 328           HE1      PHE 328 -13.513  -8.874 -10.303
    6    HE2  PHE 328           HE2      PHE 328 -11.628  -5.264 -11.566
    7    HZ   PHE 328           HZ       PHE 328 -12.150  -7.641 -11.943
    8    HB2  PHE 328           HB2      PHE 328 -13.156  -4.611  -7.118
    9    HB3  PHE 328           HB3      PHE 328 -14.319  -5.908  -6.866

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLY 329           H        GLY 329 -16.627  -4.706  -5.868
    2    HA2  GLY 329           HA2      GLY 329 -17.616  -3.133  -4.341
    3    HA3  GLY 329           HA3      GLY 329 -16.257  -2.058  -4.633

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    LEU 330           H        LEU 330 -15.803  -1.835  -2.435
    2    HA   LEU 330           HA       LEU 330 -15.030  -4.251  -0.974
    3    HG   LEU 330           HG       LEU 330 -13.790  -0.802  -1.275
    4   HD11  LEU 330          1HD1      LEU 330 -11.106  -1.925  -0.768
    5   HD12  LEU 330          2HD1      LEU 330 -11.172  -0.402  -1.655
    6   HD13  LEU 330          3HD1      LEU 330 -11.907  -0.524  -0.057
    7   HD21  LEU 330          1HD2      LEU 330 -13.855  -1.744  -3.566
    8   HD22  LEU 330          2HD2      LEU 330 -12.788  -0.348  -3.415
    9   HD23  LEU 330          3HD2      LEU 330 -12.108  -1.973  -3.485
   10    HB2  LEU 330           HB2      LEU 330 -12.936  -3.096  -0.226
   11    HB3  LEU 330           HB3      LEU 330 -12.954  -3.587  -1.909

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLY 331           H        GLY 331 -15.560  -4.193   1.134
    2    HA2  GLY 331           HA2      GLY 331 -17.082  -3.298   2.750
    3    HA3  GLY 331           HA3      GLY 331 -16.728  -1.689   2.140

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ILE 332           H        ILE 332 -14.653  -0.750   2.649
    2    HA   ILE 332           HA       ILE 332 -13.023  -2.019   4.670
    3    HB   ILE 332           HB       ILE 332 -12.793   0.810   3.651
    4   HG12  ILE 332          2HG1      ILE 332 -12.761  -0.795   1.773
    5   HG21  ILE 332          1HG2      ILE 332 -11.211  -0.918   5.421
    6   HG22  ILE 332          2HG2      ILE 332 -10.282  -0.050   4.199
    7   HG23  ILE 332          3HG2      ILE 332 -11.300   0.841   5.330
    8   HD11  ILE 332          1HD1      ILE 332 -11.803  -2.694   3.223
    9   HD12  ILE 332          2HD1      ILE 332 -11.278  -2.548   1.546
   10   HD13  ILE 332          3HD1      ILE 332 -10.238  -1.972   2.848
   11   HG13  ILE 332          3HG1      ILE 332 -11.192  -0.031   2.010

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ARG 333           H        ARG 333 -13.195  -1.760   6.800
    2    HA   ARG 333           HA       ARG 333 -15.059   0.281   7.800
    3    HE   ARG 333           HE       ARG 333 -18.018  -3.425   7.361
    4   HH11  ARG 333          1HH1      ARG 333 -18.271  -4.090  10.778
    5   HH12  ARG 333          2HH1      ARG 333 -19.709  -5.040  10.614
    6   HH21  ARG 333          1HH2      ARG 333 -19.910  -4.674   7.143
    7   HH22  ARG 333          2HH2      ARG 333 -20.640  -5.372   8.551
    8    HB2  ARG 333           HB2      ARG 333 -14.022  -2.130   9.291
    9    HB3  ARG 333           HB3      ARG 333 -15.366  -1.091   9.743
   10    HG2  ARG 333           HG2      ARG 333 -16.227  -1.921   7.341
   11    HG3  ARG 333           HG3      ARG 333 -15.251  -3.314   7.814
   12    HD2  ARG 333           HD2      ARG 333 -16.520  -3.650   9.784
   13    HD3  ARG 333           HD3      ARG 333 -17.312  -2.083   9.626

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLY 334           H        GLY 334 -12.292   0.838   7.062
    2    HA2  GLY 334           HA2      GLY 334 -10.252   1.020   8.619
    3    HA3  GLY 334           HA3      GLY 334 -11.390   1.836   9.681

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ARG 335           H        ARG 335 -10.774   3.906   9.700
    2    HA   ARG 335           HA       ARG 335 -11.039   5.459   7.298
    3    HE   ARG 335           HE       ARG 335  -9.631   5.784  13.020
    4   HH11  ARG 335          1HH1      ARG 335 -13.103   5.429  13.066
    5   HH12  ARG 335          2HH1      ARG 335 -13.187   5.254  14.786
    6   HH21  ARG 335          1HH2      ARG 335  -9.740   5.554  15.283
    7   HH22  ARG 335          2HH2      ARG 335 -11.279   5.325  16.045
    8    HB2  ARG 335           HB2      ARG 335 -10.432   7.372   8.812
    9    HB3  ARG 335           HB3      ARG 335 -11.842   6.450   9.314
   10    HG2  ARG 335           HG2      ARG 335  -9.383   5.432  10.476
   11    HG3  ARG 335           HG3      ARG 335  -9.682   7.123  10.884
   12    HD2  ARG 335           HD2      ARG 335 -11.981   6.479  11.588
   13    HD3  ARG 335           HD3      ARG 335 -11.547   4.792  11.313

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 336           H        GLU 336  -8.411   4.211   9.235
    2    HA   GLU 336           HA       GLU 336  -6.379   5.813   8.010
    3    HB2  GLU 336           HB2      GLU 336  -6.182   4.798  10.285
    4    HB3  GLU 336           HB3      GLU 336  -6.064   3.217   9.525
    5    HG2  GLU 336           HG2      GLU 336  -3.860   3.646   9.775
    6    HG3  GLU 336           HG3      GLU 336  -4.102   4.415   8.207

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ARG 337           H        ARG 337  -7.163   2.337   7.797
    2    HA   ARG 337           HA       ARG 337  -5.391   1.728   5.726
    3    HE   ARG 337           HE       ARG 337  -7.801  -0.819   8.741
    4   HH11  ARG 337          1HH1      ARG 337  -9.796  -3.309   7.328
    5   HH12  ARG 337          2HH1      ARG 337  -9.586  -4.404   8.654
    6   HH21  ARG 337          1HH2      ARG 337  -7.524  -2.257  10.485
    7   HH22  ARG 337          2HH2      ARG 337  -8.297  -3.806  10.446
    8    HB2  ARG 337           HB2      ARG 337  -6.848  -0.251   5.330
    9    HB3  ARG 337           HB3      ARG 337  -6.412  -0.030   7.019
   10    HG2  ARG 337           HG2      ARG 337  -8.609   1.011   7.421
   11    HG3  ARG 337           HG3      ARG 337  -9.041   0.689   5.741
   12    HD2  ARG 337           HD2      ARG 337  -9.982  -1.069   7.006
   13    HD3  ARG 337           HD3      ARG 337  -8.559  -1.744   6.215

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    PHE 338           H        PHE 338  -8.763   2.797   5.623
    2    HA   PHE 338           HA       PHE 338  -9.085   2.575   2.827
    3    HD1  PHE 338           HD1      PHE 338 -12.359   2.377   2.489
    4    HD2  PHE 338           HD2      PHE 338 -10.503   6.172   3.006
    5    HE1  PHE 338           HE1      PHE 338 -13.710   3.284   0.644
    6    HE2  PHE 338           HE2      PHE 338 -11.852   7.087   1.162
    7    HZ   PHE 338           HZ       PHE 338 -13.458   5.643  -0.021
    8    HB2  PHE 338           HB2      PHE 338 -10.997   2.757   4.349
    9    HB3  PHE 338           HB3      PHE 338 -10.503   4.387   4.794

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLU 339           H        GLU 339  -7.856   5.126   4.906
    2    HA   GLU 339           HA       GLU 339  -7.812   7.201   3.009
    3    HB2  GLU 339           HB2      GLU 339  -6.420   6.652   5.585
    4    HB3  GLU 339           HB3      GLU 339  -5.761   7.913   4.553
    5    HG2  GLU 339           HG2      GLU 339  -7.705   9.206   4.699
    6    HG3  GLU 339           HG3      GLU 339  -8.658   7.858   5.319

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    MET 340           H        MET 340  -5.539   4.617   3.741
    2    HA   MET 340           HA       MET 340  -3.407   5.567   2.149
    3    HB2  MET 340           HB2      MET 340  -3.936   3.307   3.781
    4    HB3  MET 340           HB3      MET 340  -3.436   2.700   2.209
    5    HG2  MET 340           HG2      MET 340  -1.323   3.449   2.435
    6    HG3  MET 340           HG3      MET 340  -1.810   4.885   3.334
    7    HE1  MET 340           HE1      MET 340  -2.079   1.130   3.466
    8    HE2  MET 340           HE2      MET 340  -1.497   0.659   5.063
    9    HE3  MET 340           HE3      MET 340  -3.120   1.322   4.877

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    PHE 341           H        PHE 341  -5.877   3.079   1.496
    2    HA   PHE 341           HA       PHE 341  -5.158   2.580  -1.160
    3    HD1  PHE 341           HD1      PHE 341  -4.735   0.712   0.053
    4    HD2  PHE 341           HD2      PHE 341  -8.737   1.004   1.467
    5    HE1  PHE 341           HE1      PHE 341  -4.219  -0.906   1.830
    6    HE2  PHE 341           HE2      PHE 341  -8.229  -0.615   3.249
    7    HZ   PHE 341           HZ       PHE 341  -5.966  -1.567   3.432
    8    HB2  PHE 341           HB2      PHE 341  -8.005   2.450  -0.191
    9    HB3  PHE 341           HB3      PHE 341  -7.199   1.418  -1.368

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    ARG 342           H        ARG 342  -7.008   5.167   0.260
    2    HA   ARG 342           HA       ARG 342  -8.236   6.071  -2.141
    3    HE   ARG 342           HE       ARG 342  -9.916   9.706   0.733
    4   HH11  ARG 342          1HH1      ARG 342  -9.274  11.468  -2.211
    5   HH12  ARG 342          2HH1      ARG 342  -9.295  13.017  -1.436
    6   HH21  ARG 342          1HH2      ARG 342  -9.944  11.742   1.753
    7   HH22  ARG 342          2HH2      ARG 342  -9.674  13.173   0.815
    8    HB2  ARG 342           HB2      ARG 342  -8.485   6.683   0.532
    9    HB3  ARG 342           HB3      ARG 342  -7.712   8.124  -0.114
   10    HG2  ARG 342           HG2      ARG 342  -9.945   7.161  -1.732
   11    HG3  ARG 342           HG3      ARG 342 -10.395   7.637  -0.094
   12    HD2  ARG 342           HD2      ARG 342  -8.654   9.404  -1.770
   13    HD3  ARG 342           HD3      ARG 342 -10.404   9.413  -1.982

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 343           H        GLU 343  -5.333   7.084  -0.358
    2    HA   GLU 343           HA       GLU 343  -4.593   9.138  -2.148
    3    HB2  GLU 343           HB2      GLU 343  -3.086   7.535  -0.097
    4    HB3  GLU 343           HB3      GLU 343  -2.262   8.708  -1.115
    5    HG2  GLU 343           HG2      GLU 343  -4.212  10.274  -0.254
    6    HG3  GLU 343           HG3      GLU 343  -4.200   9.128   1.086

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 344           H        LEU 344  -3.801   5.705  -1.968
    2    HA   LEU 344           HA       LEU 344  -1.870   5.669  -4.017
    3    HG   LEU 344           HG       LEU 344  -0.638   4.033  -3.029
    4   HD11  LEU 344          1HD1      LEU 344  -1.916   5.006  -1.102
    5   HD12  LEU 344          2HD1      LEU 344  -2.260   3.355  -0.588
    6   HD13  LEU 344          3HD1      LEU 344  -0.594   3.927  -0.658
    7   HD21  LEU 344          1HD2      LEU 344  -1.414   1.646  -3.608
    8   HD22  LEU 344          2HD2      LEU 344  -0.132   1.848  -2.413
    9   HD23  LEU 344          3HD2      LEU 344  -1.781   1.510  -1.888
   10    HB2  LEU 344           HB2      LEU 344  -3.591   3.636  -2.684
   11    HB3  LEU 344           HB3      LEU 344  -2.807   3.190  -4.188

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ASN 345           H        ASN 345  -5.381   5.283  -4.042
    2    HA   ASN 345           HA       ASN 345  -5.686   4.549  -6.728
    3   HD21  ASN 345          1HD2      ASN 345  -9.853   5.599  -5.768
    4   HD22  ASN 345          2HD2      ASN 345 -10.201   4.819  -7.270
    5    HB2  ASN 345           HB2      ASN 345  -7.430   4.623  -4.803
    6    HB3  ASN 345           HB3      ASN 345  -7.681   6.292  -5.306

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    GLU 346           H        GLU 346  -5.654   7.748  -5.191
    2    HA   GLU 346           HA       GLU 346  -6.150   9.253  -7.511
    3    HB2  GLU 346           HB2      GLU 346  -4.963   9.823  -4.833
    4    HB3  GLU 346           HB3      GLU 346  -4.751  11.017  -6.106
    5    HG2  GLU 346           HG2      GLU 346  -7.386  10.569  -6.336
    6    HG3  GLU 346           HG3      GLU 346  -7.169  10.234  -4.619

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ALA 347           H        ALA 347  -3.252   7.799  -6.226
    2    HA   ALA 347           HA       ALA 347  -1.345   9.228  -7.726
    3    HB1  ALA 347           HB1      ALA 347  -0.956   7.677  -5.742
    4    HB2  ALA 347           HB2      ALA 347   0.209   7.597  -7.063
    5    HB3  ALA 347           HB3      ALA 347  -1.033   6.355  -6.906

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    LEU 348           H        LEU 348  -3.039   6.168  -8.381
    2    HA   LEU 348           HA       LEU 348  -1.772   5.590 -10.817
    3    HG   LEU 348           HG       LEU 348  -1.914   3.702  -9.340
    4   HD11  LEU 348          1HD1      LEU 348  -4.110   4.395  -7.886
    5   HD12  LEU 348          2HD1      LEU 348  -4.296   2.647  -8.010
    6   HD13  LEU 348          3HD1      LEU 348  -2.820   3.331  -7.328
    7   HD21  LEU 348          1HD2      LEU 348  -4.164   1.945 -10.315
    8   HD22  LEU 348          2HD2      LEU 348  -2.593   2.163 -11.085
    9   HD23  LEU 348          3HD2      LEU 348  -2.700   1.376  -9.511
   10    HB2  LEU 348           HB2      LEU 348  -4.544   4.884  -9.853
   11    HB3  LEU 348           HB3      LEU 348  -3.798   4.206 -11.288

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLU 349           H        GLU 349  -4.714   7.428 -10.103
    2    HA   GLU 349           HA       GLU 349  -5.520   7.905 -12.741
    3    HB2  GLU 349           HB2      GLU 349  -5.954   9.392 -10.165
    4    HB3  GLU 349           HB3      GLU 349  -6.595  10.002 -11.684
    5    HG2  GLU 349           HG2      GLU 349  -8.137   8.334 -11.869
    6    HG3  GLU 349           HG3      GLU 349  -7.166   7.183 -10.952

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 350           H        LEU 350  -3.089   9.434 -10.755
    2    HA   LEU 350           HA       LEU 350  -2.737  11.714 -12.454
    3    HG   LEU 350           HG       LEU 350  -3.178  12.495 -10.168
    4   HD11  LEU 350          1HD1      LEU 350  -1.554  11.486  -8.281
    5   HD12  LEU 350          2HD1      LEU 350  -0.962  13.147  -8.336
    6   HD13  LEU 350          3HD1      LEU 350  -2.663  12.828  -7.998
    7   HD21  LEU 350          1HD2      LEU 350  -0.618  13.799 -10.957
    8   HD22  LEU 350          2HD2      LEU 350  -2.267  14.141 -11.479
    9   HD23  LEU 350          3HD2      LEU 350  -1.721  14.659  -9.884
   10    HB2  LEU 350           HB2      LEU 350  -1.343  10.571 -10.083
   11    HB3  LEU 350           HB3      LEU 350  -0.459  11.703 -11.088

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    LYS 351           H        LYS 351  -1.360   8.510 -12.227
    2    HA   LYS 351           HA       LYS 351   0.870   9.008 -13.935
    3    HB2  LYS 351           HB2      LYS 351  -0.490   6.442 -13.103
    4    HB3  LYS 351           HB3      LYS 351   0.985   6.503 -14.058
    5    HG2  LYS 351           HG2      LYS 351   2.259   7.257 -12.291
    6    HG3  LYS 351           HG3      LYS 351   0.864   7.913 -11.431
    7    HD2  LYS 351           HD2      LYS 351   1.088   6.053 -10.175
    8    HD3  LYS 351           HD3      LYS 351   0.211   5.291 -11.504
    9    HE2  LYS 351           HE2      LYS 351   2.447   4.795 -12.548
   10    HE3  LYS 351           HE3      LYS 351   3.186   5.331 -11.040
   11    HZ1  LYS 351           HZ1      LYS 351   1.749   3.617  -9.922
   12    HZ2  LYS 351           HZ2      LYS 351   1.399   3.008 -11.461
   13    HZ3  LYS 351           HZ3      LYS 351   2.992   3.007 -10.893

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    ASP 352           H        ASP 352  -2.453   8.050 -14.426
    2    HA   ASP 352           HA       ASP 352  -2.171   7.136 -17.098
    3    HB2  ASP 352           HB2      ASP 352  -4.503   8.026 -15.424
    4    HB3  ASP 352           HB3      ASP 352  -4.711   7.677 -17.138

  No H/Q in entry =           4
  Start of MODEL   29
    1    H    ALA 353           H        ALA 353  -2.636  10.279 -15.646
    2    HA   ALA 353           HA       ALA 353  -3.385  11.633 -18.040
    3    HB1  ALA 353           HB1      ALA 353  -2.060  13.188 -15.915
    4    HB2  ALA 353           HB2      ALA 353  -3.499  12.290 -15.433
    5    HB3  ALA 353           HB3      ALA 353  -3.592  13.467 -16.742

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLN 354           H        GLN 354  -0.347  10.830 -16.512
    2    HA   GLN 354           HA       GLN 354   1.207  12.572 -18.210
    3   HE21  GLN 354          1HE2      GLN 354   4.031  14.473 -15.865
    4   HE22  GLN 354          2HE2      GLN 354   5.292  13.801 -14.894
    5    HB2  GLN 354           HB2      GLN 354   1.844  10.557 -16.085
    6    HB3  GLN 354           HB3      GLN 354   3.116  11.126 -17.157
    7    HG2  GLN 354           HG2      GLN 354   2.247  13.486 -16.463
    8    HG3  GLN 354           HG3      GLN 354   1.577  12.612 -15.087

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    ALA 355           H        ALA 355   0.607   9.087 -17.942
    2    HA   ALA 355           HA       ALA 355   2.206   8.513 -20.282
    3    HB1  ALA 355           HB1      ALA 355   0.781   6.930 -18.231
    4    HB2  ALA 355           HB2      ALA 355   2.389   6.711 -18.922
    5    HB3  ALA 355           HB3      ALA 355   0.965   6.188 -19.820

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLY 356           H        GLY 356   1.009   6.798 -21.819
    2    HA2  GLY 356           HA2      GLY 356  -0.550   8.121 -23.589
    3    HA3  GLY 356           HA3      GLY 356  -1.723   7.521 -22.426

  No H/Q in entry =           3
  Start of MODEL   29
    1    H1   GLU 326           H1       GLU 326  17.444  13.646   5.469
    2    H2   GLU 326           H2       GLU 326  17.499  14.226   7.083
    3    H3   GLU 326           H3       GLU 326  18.486  12.905   6.614
    4    HA   GLU 326           HA       GLU 326  16.705  12.053   7.826
    5    HB2  GLU 326           HB2      GLU 326  15.140  13.899   6.047
    6    HB3  GLU 326           HB3      GLU 326  14.356  12.512   6.791
    7    HG2  GLU 326           HG2      GLU 326  15.609  13.608   8.928
    8    HG3  GLU 326           HG3      GLU 326  15.240  15.043   7.972

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    SER 327           H        SER 327  16.641   9.966   7.330
    2    HA   SER 327           HA       SER 327  15.624   9.013   4.829
    3    HG   SER 327           HG       SER 327  17.437   8.781   2.805
    4    HB2  SER 327           HB2      SER 327  18.563   9.099   5.318
    5    HB3  SER 327           HB3      SER 327  17.904   7.656   4.547

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    PHE 328           H        PHE 328  15.279   6.743   4.813
    2    HA   PHE 328           HA       PHE 328  15.931   5.273   7.248
    3    HD1  PHE 328           HD1      PHE 328  13.734   5.826   9.712
    4    HD2  PHE 328           HD2      PHE 328  13.272   7.915   6.033
    5    HE1  PHE 328           HE1      PHE 328  13.281   7.903  10.952
    6    HE2  PHE 328           HE2      PHE 328  12.819   9.995   7.267
    7    HZ   PHE 328           HZ       PHE 328  12.824   9.991   9.729
    8    HB2  PHE 328           HB2      PHE 328  13.088   5.388   6.235
    9    HB3  PHE 328           HB3      PHE 328  13.673   4.633   7.714

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLY 329           H        GLY 329  16.586   3.283   6.760
    2    HA2  GLY 329           HA2      GLY 329  17.353   1.791   5.034
    3    HA3  GLY 329           HA3      GLY 329  15.948   2.242   4.080

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    LEU 330           H        LEU 330  15.131   0.211   3.763
    2    HA   LEU 330           HA       LEU 330  14.473  -1.368   6.151
    3    HG   LEU 330           HG       LEU 330  12.172  -2.885   5.616
    4   HD11  LEU 330          1HD1      LEU 330  12.952  -1.051   7.419
    5   HD12  LEU 330          2HD1      LEU 330  11.201  -0.874   7.539
    6   HD13  LEU 330          3HD1      LEU 330  11.949  -2.447   7.816
    7   HD21  LEU 330          1HD2      LEU 330  10.388  -1.374   4.294
    8   HD22  LEU 330          2HD2      LEU 330   9.934  -2.690   5.377
    9   HD23  LEU 330          3HD2      LEU 330   9.907  -1.024   5.954
   10    HB2  LEU 330           HB2      LEU 330  12.551   0.079   5.191
   11    HB3  LEU 330           HB3      LEU 330  12.525  -1.092   3.886

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLY 331           H        GLY 331  14.841  -3.500   5.955
    2    HA2  GLY 331           HA2      GLY 331  16.062  -5.249   4.944
    3    HA3  GLY 331           HA3      GLY 331  15.882  -4.446   3.391

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ILE 332           H        ILE 332  13.816  -4.573   2.317
    2    HA   ILE 332           HA       ILE 332  11.790  -6.350   3.294
    3    HB   ILE 332           HB       ILE 332  12.086  -5.331   0.471
    4   HG12  ILE 332          2HG1      ILE 332  12.177  -3.457   2.077
    5   HG21  ILE 332          1HG2      ILE 332  10.455  -7.190   1.013
    6   HG22  ILE 332          2HG2      ILE 332   9.571  -6.005   1.974
    7   HG23  ILE 332          3HG2      ILE 332   9.777  -5.757   0.240
    8   HD11  ILE 332          1HD1      ILE 332   9.724  -4.742   3.169
    9   HD12  ILE 332          2HD1      ILE 332  11.089  -4.013   4.016
   10   HD13  ILE 332          3HD1      ILE 332   9.895  -2.988   3.220
   11   HG13  ILE 332          3HG1      ILE 332  10.694  -3.434   1.127

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ARG 333           H        ARG 333  11.722  -8.487   3.103
    2    HA   ARG 333           HA       ARG 333  13.654  -9.809   1.350
    3    HE   ARG 333           HE       ARG 333  15.575 -12.297   6.004
    4   HH11  ARG 333          1HH1      ARG 333  12.312 -12.550   4.793
    5   HH12  ARG 333          2HH1      ARG 333  11.610 -12.742   6.364
    6   HH21  ARG 333          1HH2      ARG 333  14.654 -12.549   8.071
    7   HH22  ARG 333          2HH2      ARG 333  12.939 -12.741   8.225
    8    HB2  ARG 333           HB2      ARG 333  12.140 -10.610   3.795
    9    HB3  ARG 333           HB3      ARG 333  12.648 -11.867   2.677
   10    HG2  ARG 333           HG2      ARG 333  14.955 -10.512   2.923
   11    HG3  ARG 333           HG3      ARG 333  14.241 -10.198   4.506
   12    HD2  ARG 333           HD2      ARG 333  13.945 -12.971   3.733
   13    HD3  ARG 333           HD3      ARG 333  15.636 -12.472   3.719

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLY 334           H        GLY 334  11.499  -8.594   0.049
    2    HA2  GLY 334           HA2      GLY 334   9.194  -9.795  -0.514
    3    HA3  GLY 334           HA3      GLY 334  10.324 -10.939  -1.222

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ARG 335           H        ARG 335  10.624 -10.680  -3.322
    2    HA   ARG 335           HA       ARG 335  11.364  -8.275  -4.546
    3    HE   ARG 335           HE       ARG 335  13.369  -9.735  -9.169
    4   HH11  ARG 335          1HH1      ARG 335  11.404  -6.989  -8.289
    5   HH12  ARG 335          2HH1      ARG 335  11.318  -6.374  -9.905
    6   HH21  ARG 335          1HH2      ARG 335  13.258  -8.927 -11.296
    7   HH22  ARG 335          2HH2      ARG 335  12.371  -7.474 -11.613
    8    HB2  ARG 335           HB2      ARG 335  11.864 -10.483  -5.497
    9    HB3  ARG 335           HB3      ARG 335  10.153 -10.741  -5.809
   10    HG2  ARG 335           HG2      ARG 335  10.732 -10.024  -7.864
   11    HG3  ARG 335           HG3      ARG 335  10.485  -8.439  -7.128
   12    HD2  ARG 335           HD2      ARG 335  12.726  -7.992  -7.010
   13    HD3  ARG 335           HD3      ARG 335  13.170  -9.695  -6.899

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 336           H        GLU 336   8.220  -9.852  -4.244
    2    HA   GLU 336           HA       GLU 336   6.845  -7.989  -5.912
    3    HB2  GLU 336           HB2      GLU 336   4.802  -9.039  -5.043
    4    HB3  GLU 336           HB3      GLU 336   5.976 -10.242  -5.558
    5    HG2  GLU 336           HG2      GLU 336   6.659 -10.511  -3.190
    6    HG3  GLU 336           HG3      GLU 336   5.359  -9.412  -2.734

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ARG 337           H        ARG 337   7.114  -8.406  -2.392
    2    HA   ARG 337           HA       ARG 337   5.457  -6.275  -1.652
    3    HE   ARG 337           HE       ARG 337   6.064  -9.477   1.409
    4   HH11  ARG 337          1HH1      ARG 337   7.197  -7.845   4.279
    5   HH12  ARG 337          2HH1      ARG 337   7.835  -9.286   4.997
    6   HH21  ARG 337          1HH2      ARG 337   6.903 -11.373   2.353
    7   HH22  ARG 337          2HH2      ARG 337   7.669 -11.288   3.904
    8    HB2  ARG 337           HB2      ARG 337   7.095  -8.156  -0.343
    9    HB3  ARG 337           HB3      ARG 337   7.646  -6.578   0.201
   10    HG2  ARG 337           HG2      ARG 337   5.300  -6.025   0.795
   11    HG3  ARG 337           HG3      ARG 337   4.851  -7.680   0.379
   12    HD2  ARG 337           HD2      ARG 337   6.928  -6.956   2.439
   13    HD3  ARG 337           HD3      ARG 337   5.239  -7.293   2.816

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    PHE 338           H        PHE 338   8.995  -6.372  -2.032
    2    HA   PHE 338           HA       PHE 338   9.457  -3.668  -1.450
    3    HD1  PHE 338           HD1      PHE 338  12.741  -3.793  -0.648
    4    HD2  PHE 338           HD2      PHE 338  11.420  -3.427  -4.676
    5    HE1  PHE 338           HE1      PHE 338  14.372  -1.987  -1.015
    6    HE2  PHE 338           HE2      PHE 338  13.048  -1.621  -5.051
    7    HZ   PHE 338           HZ       PHE 338  14.527  -0.899  -3.219
    8    HB2  PHE 338           HB2      PHE 338  11.250  -5.346  -1.501
    9    HB3  PHE 338           HB3      PHE 338  11.045  -5.521  -3.241

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLU 339           H        GLU 339   8.498  -5.296  -4.396
    2    HA   GLU 339           HA       GLU 339   9.010  -3.203  -6.207
    3    HB2  GLU 339           HB2      GLU 339   7.330  -5.656  -6.206
    4    HB3  GLU 339           HB3      GLU 339   6.945  -4.423  -7.399
    5    HG2  GLU 339           HG2      GLU 339   9.791  -5.034  -7.232
    6    HG3  GLU 339           HG3      GLU 339   8.794  -6.412  -7.693

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    MET 340           H        MET 340   6.237  -3.950  -4.164
    2    HA   MET 340           HA       MET 340   4.489  -2.004  -5.232
    3    HB2  MET 340           HB2      MET 340   4.593  -3.688  -2.797
    4    HB3  MET 340           HB3      MET 340   3.615  -2.232  -2.686
    5    HG2  MET 340           HG2      MET 340   2.019  -3.614  -3.461
    6    HG3  MET 340           HG3      MET 340   2.713  -3.160  -5.016
    7    HE1  MET 340           HE1      MET 340   3.241  -5.511  -2.044
    8    HE2  MET 340           HE2      MET 340   1.806  -6.253  -2.751
    9    HE3  MET 340           HE3      MET 340   3.345  -7.113  -2.774

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    PHE 341           H        PHE 341   6.506  -1.961  -2.292
    2    HA   PHE 341           HA       PHE 341   5.975   0.698  -1.582
    3    HD1  PHE 341           HD1      PHE 341   8.861  -2.503   0.348
    4    HD2  PHE 341           HD2      PHE 341   5.031  -0.699  -0.078
    5    HE1  PHE 341           HE1      PHE 341   7.844  -4.379   1.572
    6    HE2  PHE 341           HE2      PHE 341   4.008  -2.568   1.147
    7    HZ   PHE 341           HZ       PHE 341   5.415  -4.412   1.970
    8    HB2  PHE 341           HB2      PHE 341   8.612  -0.644  -1.032
    9    HB3  PHE 341           HB3      PHE 341   7.731   0.501  -0.025

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    ARG 342           H        ARG 342   8.128  -0.661  -3.951
    2    HA   ARG 342           HA       ARG 342   9.752   1.671  -4.269
    3    HE   ARG 342           HE       ARG 342  11.191   0.628  -9.655
    4   HH11  ARG 342          1HH1      ARG 342  13.550   0.287  -7.106
    5   HH12  ARG 342          2HH1      ARG 342  14.787   1.142  -7.967
    6   HH21  ARG 342          1HH2      ARG 342  12.816   1.751 -10.788
    7   HH22  ARG 342          2HH2      ARG 342  14.370   1.973 -10.056
    8    HB2  ARG 342           HB2      ARG 342  10.537  -0.579  -4.903
    9    HB3  ARG 342           HB3      ARG 342   9.307  -0.649  -6.158
   10    HG2  ARG 342           HG2      ARG 342  10.466   1.570  -6.960
   11    HG3  ARG 342           HG3      ARG 342  11.834   0.911  -6.061
   12    HD2  ARG 342           HD2      ARG 342  11.967  -0.982  -7.423
   13    HD3  ARG 342           HD3      ARG 342  10.336  -0.756  -8.052

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 343           H        GLU 343   7.012   0.286  -6.054
    2    HA   GLU 343           HA       GLU 343   6.907   2.376  -7.983
    3    HB2  GLU 343           HB2      GLU 343   5.961   0.135  -8.389
    4    HB3  GLU 343           HB3      GLU 343   4.754   0.424  -7.144
    5    HG2  GLU 343           HG2      GLU 343   4.140   2.491  -8.589
    6    HG3  GLU 343           HG3      GLU 343   4.988   1.620  -9.866

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 344           H        LEU 344   5.500   1.872  -4.828
    2    HA   LEU 344           HA       LEU 344   3.578   3.977  -5.013
    3    HG   LEU 344           HG       LEU 344   3.150   1.133  -3.979
    4   HD11  LEU 344          1HD1      LEU 344   3.127   0.900  -1.551
    5   HD12  LEU 344          2HD1      LEU 344   1.925   2.184  -1.433
    6   HD13  LEU 344          3HD1      LEU 344   1.517   0.665  -2.230
    7   HD21  LEU 344          1HD2      LEU 344   1.320   3.499  -3.613
    8   HD22  LEU 344          2HD2      LEU 344   1.941   2.851  -5.131
    9   HD23  LEU 344          3HD2      LEU 344   0.794   1.913  -4.176
   10    HB2  LEU 344           HB2      LEU 344   4.735   2.448  -2.691
   11    HB3  LEU 344           HB3      LEU 344   3.550   3.723  -2.481

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ASN 345           H        ASN 345   6.927   3.744  -4.057
    2    HA   ASN 345           HA       ASN 345   7.064   6.264  -2.735
    3   HD21  ASN 345          1HD2      ASN 345   9.428   6.886  -1.424
    4   HD22  ASN 345          2HD2      ASN 345   9.364   5.949   0.026
    5    HB2  ASN 345           HB2      ASN 345   8.988   4.197  -3.631
    6    HB3  ASN 345           HB3      ASN 345   9.626   5.831  -3.475

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    GLU 346           H        GLU 346   7.751   5.159  -6.025
    2    HA   GLU 346           HA       GLU 346   8.729   7.667  -6.947
    3    HB2  GLU 346           HB2      GLU 346   9.049   5.316  -7.976
    4    HB3  GLU 346           HB3      GLU 346   7.479   5.584  -8.720
    5    HG2  GLU 346           HG2      GLU 346   8.484   7.764  -9.608
    6    HG3  GLU 346           HG3      GLU 346  10.041   7.067  -9.165

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ALA 347           H        ALA 347   5.566   6.105  -6.957
    2    HA   ALA 347           HA       ALA 347   4.287   8.115  -8.526
    3    HB1  ALA 347           HB1      ALA 347   3.469   5.773  -8.300
    4    HB2  ALA 347           HB2      ALA 347   2.235   6.996  -7.996
    5    HB3  ALA 347           HB3      ALA 347   2.990   6.150  -6.645

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    LEU 348           H        LEU 348   4.898   7.656  -5.117
    2    HA   LEU 348           HA       LEU 348   3.042   9.632  -4.214
    3    HG   LEU 348           HG       LEU 348   2.498   7.750  -2.918
    4   HD11  LEU 348          1HD1      LEU 348   4.737   6.803  -1.279
    5   HD12  LEU 348          2HD1      LEU 348   3.154   6.670  -0.514
    6   HD13  LEU 348          3HD1      LEU 348   3.446   5.902  -2.074
    7   HD21  LEU 348          1HD2      LEU 348   2.590   9.985  -1.578
    8   HD22  LEU 348          2HD2      LEU 348   1.518   8.686  -1.055
    9   HD23  LEU 348          3HD2      LEU 348   3.060   8.940  -0.238
   10    HB2  LEU 348           HB2      LEU 348   5.183   7.977  -3.008
   11    HB3  LEU 348           HB3      LEU 348   4.791   9.470  -2.175

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLU 349           H        GLU 349   6.364   9.646  -5.279
    2    HA   GLU 349           HA       GLU 349   7.061  12.196  -4.239
    3    HB2  GLU 349           HB2      GLU 349   8.620  10.336  -5.079
    4    HB3  GLU 349           HB3      GLU 349   8.279  10.946  -6.692
    5    HG2  GLU 349           HG2      GLU 349   9.104  13.170  -5.968
    6    HG3  GLU 349           HG3      GLU 349   9.562  12.450  -4.425

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 350           H        LEU 350   5.427  11.114  -7.121
    2    HA   LEU 350           HA       LEU 350   5.703  13.504  -8.624
    3    HG   LEU 350           HG       LEU 350   6.033  12.373 -10.485
    4   HD11  LEU 350          1HD1      LEU 350   5.288   9.628  -9.587
    5   HD12  LEU 350          2HD1      LEU 350   6.281   9.835 -11.030
    6   HD13  LEU 350          3HD1      LEU 350   6.836  10.467  -9.481
    7   HD21  LEU 350          1HD2      LEU 350   3.623  12.146 -11.641
    8   HD22  LEU 350          2HD2      LEU 350   5.140  11.897 -12.506
    9   HD23  LEU 350          3HD2      LEU 350   4.232  10.511 -11.902
   10    HB2  LEU 350           HB2      LEU 350   3.997  11.071  -8.769
   11    HB3  LEU 350           HB3      LEU 350   3.473  12.485  -9.663

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    LYS 351           H        LYS 351   3.115  12.260  -6.530
    2    HA   LYS 351           HA       LYS 351   1.335  14.401  -6.879
    3    HB2  LYS 351           HB2      LYS 351   0.263  13.616  -4.820
    4    HB3  LYS 351           HB3      LYS 351   0.655  12.273  -5.885
    5    HG2  LYS 351           HG2      LYS 351   2.280  11.459  -4.490
    6    HG3  LYS 351           HG3      LYS 351   2.592  13.033  -3.756
    7    HD2  LYS 351           HD2      LYS 351   1.478  11.549  -2.177
    8    HD3  LYS 351           HD3      LYS 351   0.437  12.912  -2.594
    9    HE2  LYS 351           HE2      LYS 351  -0.896  10.923  -2.594
   10    HE3  LYS 351           HE3      LYS 351  -0.694  11.452  -4.263
   11    HZ1  LYS 351           HZ1      LYS 351   1.274   9.555  -3.275
   12    HZ2  LYS 351           HZ2      LYS 351  -0.295   8.955  -3.468
   13    HZ3  LYS 351           HZ3      LYS 351   0.515   9.642  -4.785

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    ASP 352           H        ASP 352   4.154  14.029  -4.863
    2    HA   ASP 352           HA       ASP 352   3.621  16.200  -3.107
    3    HB2  ASP 352           HB2      ASP 352   5.233  14.361  -2.616
    4    HB3  ASP 352           HB3      ASP 352   6.303  15.016  -3.852

  No H/Q in entry =           4
  Start of MODEL   29
    1    H    ALA 353           H        ALA 353   5.384  15.887  -6.150
    2    HA   ALA 353           HA       ALA 353   6.396  18.547  -6.160
    3    HB1  ALA 353           HB1      ALA 353   6.498  17.921  -8.749
    4    HB2  ALA 353           HB2      ALA 353   7.645  17.282  -7.572
    5    HB3  ALA 353           HB3      ALA 353   6.272  16.302  -8.088

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLN 354           H        GLN 354   3.431  17.053  -7.248
    2    HA   GLN 354           HA       GLN 354   2.560  19.240  -8.864
    3   HE21  GLN 354          1HE2      GLN 354   1.385  16.750 -12.327
    4   HE22  GLN 354          2HE2      GLN 354  -0.322  16.593 -12.542
    5    HB2  GLN 354           HB2      GLN 354   1.248  16.788  -7.742
    6    HB3  GLN 354           HB3      GLN 354   0.271  18.047  -8.484
    7    HG2  GLN 354           HG2      GLN 354   2.215  17.680 -10.355
    8    HG3  GLN 354           HG3      GLN 354   2.022  16.053  -9.706

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    ALA 355           H        ALA 355   2.268  18.378  -5.491
    2    HA   ALA 355           HA       ALA 355   0.435  20.611  -5.013
    3    HB1  ALA 355           HB1      ALA 355   1.385  18.759  -2.868
    4    HB2  ALA 355           HB2      ALA 355  -0.148  19.620  -3.009
    5    HB3  ALA 355           HB3      ALA 355   0.174  18.219  -4.031

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLY 356           H        GLY 356   3.140  21.174  -5.773
    2    HA2  GLY 356           HA2      GLY 356   5.185  21.945  -4.763
    3    HA3  GLY 356           HA3      GLY 356   4.307  22.168  -3.257

  No H/Q in entry =           3
  Start of MODEL   29
    1    H1   GLU 326           H1       GLU 326  14.532 -12.929  -0.740
    2    H2   GLU 326           H2       GLU 326  15.504 -13.981  -1.686
    3    H3   GLU 326           H3       GLU 326  16.116 -13.337  -0.220
    4    HA   GLU 326           HA       GLU 326  17.115 -12.107  -1.856
    5    HB2  GLU 326           HB2      GLU 326  15.887 -11.182  -3.750
    6    HB3  GLU 326           HB3      GLU 326  15.656 -12.923  -3.667
    7    HG2  GLU 326           HG2      GLU 326  13.543 -12.008  -2.209
    8    HG3  GLU 326           HG3      GLU 326  13.717 -10.753  -3.435

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    SER 327           H        SER 327  17.660 -10.434  -0.614
    2    HA   SER 327           HA       SER 327  15.549  -8.691   0.445
    3    HG   SER 327           HG       SER 327  19.263  -8.194   1.710
    4    HB2  SER 327           HB2      SER 327  17.216  -7.903   2.046
    5    HB3  SER 327           HB3      SER 327  17.138  -9.665   2.079

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    PHE 328           H        PHE 328  15.667  -6.436   0.229
    2    HA   PHE 328           HA       PHE 328  17.680  -5.348  -1.586
    3    HD1  PHE 328           HD1      PHE 328  13.549  -6.747  -2.567
    4    HD2  PHE 328           HD2      PHE 328  17.541  -6.371  -3.994
    5    HE1  PHE 328           HE1      PHE 328  13.288  -8.839  -3.835
    6    HE2  PHE 328           HE2      PHE 328  17.287  -8.462  -5.266
    7    HZ   PHE 328           HZ       PHE 328  15.158  -9.699  -5.188
    8    HB2  PHE 328           HB2      PHE 328  14.743  -4.846  -2.066
    9    HB3  PHE 328           HB3      PHE 328  16.098  -4.387  -3.092

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLY 329           H        GLY 329  18.239  -3.277  -1.138
    2    HA2  GLY 329           HA2      GLY 329  18.533  -1.555   0.417
    3    HA3  GLY 329           HA3      GLY 329  17.099  -2.111   1.268

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    LEU 330           H        LEU 330  15.383  -0.833   1.148
    2    HA   LEU 330           HA       LEU 330  14.933   0.739  -1.281
    3    HG   LEU 330           HG       LEU 330  12.812   0.580  -2.073
    4   HD11  LEU 330          1HD1      LEU 330  11.271  -1.077  -0.672
    5   HD12  LEU 330          2HD1      LEU 330  10.306   0.390  -0.509
    6   HD13  LEU 330          3HD1      LEU 330  10.697  -0.236  -2.111
    7   HD21  LEU 330          1HD2      LEU 330  12.782   2.701  -0.429
    8   HD22  LEU 330          2HD2      LEU 330  11.912   2.649  -1.962
    9   HD23  LEU 330          3HD2      LEU 330  11.061   2.317  -0.454
   10    HB2  LEU 330           HB2      LEU 330  13.206  -0.787   0.099
   11    HB3  LEU 330           HB3      LEU 330  12.948   0.741   0.919

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLY 331           H        GLY 331  15.024   2.916  -1.327
    2    HA2  GLY 331           HA2      GLY 331  16.136   4.853  -0.496
    3    HA3  GLY 331           HA3      GLY 331  15.904   4.249   1.137

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ILE 332           H        ILE 332  14.174   4.914   2.283
    2    HA   ILE 332           HA       ILE 332  12.211   6.603   0.872
    3    HB   ILE 332           HB       ILE 332  11.628   4.966   3.338
    4   HG12  ILE 332          2HG1      ILE 332  10.134   3.806   1.410
    5   HG21  ILE 332          1HG2      ILE 332  10.125   6.894   1.687
    6   HG22  ILE 332          2HG2      ILE 332   9.247   5.453   2.199
    7   HG23  ILE 332          3HG2      ILE 332   9.983   6.511   3.402
    8   HD11  ILE 332          1HD1      ILE 332  11.950   2.840   3.033
    9   HD12  ILE 332          2HD1      ILE 332  11.419   1.938   1.613
   10   HD13  ILE 332          3HD1      ILE 332  12.934   2.839   1.570
   11   HG13  ILE 332          3HG1      ILE 332  11.540   4.271   0.458

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ARG 333           H        ARG 333  12.434   8.658   1.433
    2    HA   ARG 333           HA       ARG 333  13.556   9.320   4.057
    3    HE   ARG 333           HE       ARG 333  11.936  13.152  -0.118
    4   HH11  ARG 333          1HH1      ARG 333  15.257  14.219  -0.031
    5   HH12  ARG 333          2HH1      ARG 333  14.914  15.752  -0.760
    6   HH21  ARG 333          1HH2      ARG 333  11.483  15.167  -1.076
    7   HH22  ARG 333          2HH2      ARG 333  12.772  16.291  -1.353
    8    HB2  ARG 333           HB2      ARG 333  13.906  11.568   3.124
    9    HB3  ARG 333           HB3      ARG 333  14.665  10.328   2.135
   10    HG2  ARG 333           HG2      ARG 333  12.824  10.441   0.550
   11    HG3  ARG 333           HG3      ARG 333  12.025  11.655   1.552
   12    HD2  ARG 333           HD2      ARG 333  14.416  12.828   1.257
   13    HD3  ARG 333           HD3      ARG 333  14.362  11.905  -0.245

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLY 334           H        GLY 334  10.806   8.412   3.749
    2    HA2  GLY 334           HA2      GLY 334   8.637   9.701   3.684
    3    HA3  GLY 334           HA3      GLY 334   9.447  10.834   4.755

  No H/Q in entry =           3
  Start of MODEL   29
    1    H    ARG 335           H        ARG 335   8.830  10.637   6.791
    2    HA   ARG 335           HA       ARG 335   8.999   8.262   8.268
    3    HE   ARG 335           HE       ARG 335   9.237   8.478  12.632
    4   HH11  ARG 335          1HH1      ARG 335  10.231  11.820  12.794
    5   HH12  ARG 335          2HH1      ARG 335  11.279  11.572  14.151
    6   HH21  ARG 335          1HH2      ARG 335  10.613   8.151  14.417
    7   HH22  ARG 335          2HH2      ARG 335  11.496   9.489  15.072
    8    HB2  ARG 335           HB2      ARG 335   8.992  10.682   9.110
    9    HB3  ARG 335           HB3      ARG 335   7.239  10.588   9.019
   10    HG2  ARG 335           HG2      ARG 335   7.077   9.243  10.826
   11    HG3  ARG 335           HG3      ARG 335   8.595   8.412  10.481
   12    HD2  ARG 335           HD2      ARG 335   9.563  10.832  11.065
   13    HD3  ARG 335           HD3      ARG 335   8.086  10.889  12.025

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 336           H        GLU 336   6.210   9.893   6.812
    2    HA   GLU 336           HA       GLU 336   4.306   8.002   7.781
    3    HB2  GLU 336           HB2      GLU 336   4.262  10.255   5.817
    4    HB3  GLU 336           HB3      GLU 336   2.934   9.102   5.814
    5    HG2  GLU 336           HG2      GLU 336   2.142   9.790   7.828
    6    HG3  GLU 336           HG3      GLU 336   3.734  10.264   8.418

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ARG 337           H        ARG 337   5.889   8.511   4.641
    2    HA   ARG 337           HA       ARG 337   4.615   6.439   3.254
    3    HE   ARG 337           HE       ARG 337   5.308   9.215  -0.141
    4   HH11  ARG 337          1HH1      ARG 337   8.613   8.686  -1.128
    5   HH12  ARG 337          2HH1      ARG 337   8.780  10.251  -1.850
    6   HH21  ARG 337          1HH2      ARG 337   5.525  11.274  -1.091
    7   HH22  ARG 337          2HH2      ARG 337   7.027  11.720  -1.829
    8    HB2  ARG 337           HB2      ARG 337   6.477   8.361   2.632
    9    HB3  ARG 337           HB3      ARG 337   7.420   6.883   2.511
   10    HG2  ARG 337           HG2      ARG 337   5.777   5.969   0.943
   11    HG3  ARG 337           HG3      ARG 337   4.849   7.466   1.055
   12    HD2  ARG 337           HD2      ARG 337   7.714   7.729   0.374
   13    HD3  ARG 337           HD3      ARG 337   6.678   7.001  -0.852

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    PHE 338           H        PHE 338   7.770   6.448   4.906
    2    HA   PHE 338           HA       PHE 338   8.365   3.742   4.467
    3    HD1  PHE 338           HD1      PHE 338  11.703   3.753   4.925
    4    HD2  PHE 338           HD2      PHE 338   9.015   3.455   8.210
    5    HE1  PHE 338           HE1      PHE 338  13.042   1.906   5.848
    6    HE2  PHE 338           HE2      PHE 338  10.349   1.609   9.140
    7    HZ   PHE 338           HZ       PHE 338  12.366   0.833   7.959
    8    HB2  PHE 338           HB2      PHE 338  10.054   5.361   5.199
    9    HB3  PHE 338           HB3      PHE 338   9.229   5.542   6.744

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    GLU 339           H        GLU 339   6.396   5.341   6.870
    2    HA   GLU 339           HA       GLU 339   6.191   3.226   8.716
    3    HB2  GLU 339           HB2      GLU 339   4.637   5.689   8.117
    4    HB3  GLU 339           HB3      GLU 339   3.832   4.446   9.063
    5    HG2  GLU 339           HG2      GLU 339   6.533   5.036   9.984
    6    HG3  GLU 339           HG3      GLU 339   5.444   6.420  10.051

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    MET 340           H        MET 340   4.418   3.998   5.774
    2    HA   MET 340           HA       MET 340   2.387   2.051   6.087
    3    HB2  MET 340           HB2      MET 340   3.436   3.026   3.435
    4    HB3  MET 340           HB3      MET 340   1.808   2.495   3.830
    5    HG2  MET 340           HG2      MET 340   1.908   4.536   5.488
    6    HG3  MET 340           HG3      MET 340   3.139   5.095   4.357
    7    HE1  MET 340           HE1      MET 340   2.000   3.523   1.842
    8    HE2  MET 340           HE2      MET 340   0.873   4.605   1.022
    9    HE3  MET 340           HE3      MET 340   2.465   5.191   1.505

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    PHE 341           H        PHE 341   5.315   2.042   4.045
    2    HA   PHE 341           HA       PHE 341   5.097  -0.642   3.245
    3    HD1  PHE 341           HD1      PHE 341   8.282   2.705   2.384
    4    HD2  PHE 341           HD2      PHE 341   4.725   0.601   1.373
    5    HE1  PHE 341           HE1      PHE 341   7.649   4.518   0.847
    6    HE2  PHE 341           HE2      PHE 341   4.087   2.407  -0.167
    7    HZ   PHE 341           HZ       PHE 341   5.549   4.369  -0.427
    8    HB2  PHE 341           HB2      PHE 341   7.731   0.784   3.548
    9    HB3  PHE 341           HB3      PHE 341   7.263  -0.412   2.343

  No H/Q in entry =           9
  Start of MODEL   29
    1    H    ARG 342           H        ARG 342   6.277   0.805   6.169
    2    HA   ARG 342           HA       ARG 342   7.805  -1.443   7.053
    3    HE   ARG 342           HE       ARG 342   7.174   0.956  12.363
    4   HH11  ARG 342          1HH1      ARG 342   9.570  -1.359  11.326
    5   HH12  ARG 342          2HH1      ARG 342   9.472  -2.298  12.778
    6   HH21  ARG 342          1HH2      ARG 342   7.044  -0.277  14.273
    7   HH22  ARG 342          2HH2      ARG 342   8.038  -1.684  14.451
    8    HB2  ARG 342           HB2      ARG 342   8.239   0.814   7.905
    9    HB3  ARG 342           HB3      ARG 342   6.631   0.866   8.615
   10    HG2  ARG 342           HG2      ARG 342   7.252  -1.041  10.062
   11    HG3  ARG 342           HG3      ARG 342   8.886  -0.969   9.400
   12    HD2  ARG 342           HD2      ARG 342   9.443   0.754  10.706
   13    HD3  ARG 342           HD3      ARG 342   7.952   1.619  10.335

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    GLU 343           H        GLU 343   4.519  -0.265   7.639
    2    HA   GLU 343           HA       GLU 343   3.862  -2.339   9.492
    3    HB2  GLU 343           HB2      GLU 343   2.257  -0.293   7.980
    4    HB3  GLU 343           HB3      GLU 343   1.466  -1.545   8.929
    5    HG2  GLU 343           HG2      GLU 343   2.622  -0.774  10.929
    6    HG3  GLU 343           HG3      GLU 343   3.439   0.469   9.983

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 344           H        LEU 344   3.668  -1.934   6.031
    2    HA   LEU 344           HA       LEU 344   1.943  -4.164   5.564
    3    HG   LEU 344           HG       LEU 344   1.073  -4.185   3.373
    4   HD11  LEU 344          1HD1      LEU 344   1.072  -1.400   4.340
    5   HD12  LEU 344          2HD1      LEU 344  -0.142  -1.803   3.127
    6   HD13  LEU 344          3HD1      LEU 344  -0.071  -2.709   4.638
    7   HD21  LEU 344          1HD2      LEU 344   2.318  -3.620   1.325
    8   HD22  LEU 344          2HD2      LEU 344   0.651  -3.046   1.279
    9   HD23  LEU 344          3HD2      LEU 344   1.965  -1.914   1.601
   10    HB2  LEU 344           HB2      LEU 344   3.121  -2.081   4.030
   11    HB3  LEU 344           HB3      LEU 344   3.569  -3.602   3.283

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    ASN 345           H        ASN 345   5.392  -3.691   5.848
    2    HA   ASN 345           HA       ASN 345   6.152  -6.204   4.739
    3   HD21  ASN 345          1HD2      ASN 345   8.852  -5.974   7.643
    4   HD22  ASN 345          2HD2      ASN 345   9.968  -7.003   6.819
    5    HB2  ASN 345           HB2      ASN 345   7.701  -4.284   4.879
    6    HB3  ASN 345           HB3      ASN 345   7.677  -4.404   6.635

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    GLU 346           H        GLU 346   5.585  -5.017   8.024
    2    HA   GLU 346           HA       GLU 346   6.322  -7.461   9.297
    3    HB2  GLU 346           HB2      GLU 346   4.867  -4.989  10.199
    4    HB3  GLU 346           HB3      GLU 346   5.012  -6.391  11.250
    5    HG2  GLU 346           HG2      GLU 346   7.575  -6.116  10.557
    6    HG3  GLU 346           HG3      GLU 346   7.054  -4.440  10.392

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    ALA 347           H        ALA 347   3.361  -6.146   7.993
    2    HA   ALA 347           HA       ALA 347   1.636  -8.082   9.214
    3    HB1  ALA 347           HB1      ALA 347   1.332  -5.890   7.242
    4    HB2  ALA 347           HB2      ALA 347   0.120  -7.172   7.226
    5    HB3  ALA 347           HB3      ALA 347   0.403  -6.244   8.699

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    LEU 348           H        LEU 348   3.437  -7.846   6.228
    2    HA   LEU 348           HA       LEU 348   2.104 -10.013   4.918
    3    HG   LEU 348           HG       LEU 348   3.537  -8.172   2.119
    4   HD11  LEU 348          1HD1      LEU 348   2.740 -10.712   2.463
    5   HD12  LEU 348          2HD1      LEU 348   1.203  -9.878   2.695
    6   HD13  LEU 348          3HD1      LEU 348   2.110  -9.656   1.199
    7   HD21  LEU 348          1HD2      LEU 348   1.770  -7.709   4.437
    8   HD22  LEU 348          2HD2      LEU 348   2.336  -6.591   3.197
    9   HD23  LEU 348          3HD2      LEU 348   1.000  -7.690   2.851
   10    HB2  LEU 348           HB2      LEU 348   4.406  -8.250   4.372
   11    HB3  LEU 348           HB3      LEU 348   4.496  -9.844   3.646

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    GLU 349           H        GLU 349   4.925  -9.677   6.973
    2    HA   GLU 349           HA       GLU 349   5.960 -12.288   6.516
    3    HB2  GLU 349           HB2      GLU 349   7.128 -10.199   7.523
    4    HB3  GLU 349           HB3      GLU 349   6.421 -10.731   9.042
    5    HG2  GLU 349           HG2      GLU 349   7.808 -12.502   9.231
    6    HG3  GLU 349           HG3      GLU 349   7.884 -12.769   7.490

  No H/Q in entry =           6
  Start of MODEL   29
    1    H    LEU 350           H        LEU 350   3.576 -10.945   8.682
    2    HA   LEU 350           HA       LEU 350   3.467 -13.129  10.492
    3    HG   LEU 350           HG       LEU 350   3.684 -10.881  11.598
    4   HD11  LEU 350          1HD1      LEU 350   1.866  -9.098  11.037
    5   HD12  LEU 350          2HD1      LEU 350   1.159  -9.621  12.566
    6   HD13  LEU 350          3HD1      LEU 350   2.799  -8.973  12.529
    7   HD21  LEU 350          1HD2      LEU 350   1.469 -12.366  12.898
    8   HD22  LEU 350          2HD2      LEU 350   3.214 -12.531  13.094
    9   HD23  LEU 350          3HD2      LEU 350   2.360 -11.200  13.876
   10    HB2  LEU 350           HB2      LEU 350   1.683 -10.817   9.855
   11    HB3  LEU 350           HB3      LEU 350   1.075 -12.117  10.862

  No H/Q in entry =          11
  Start of MODEL   29
    1    H    LYS 351           H        LYS 351   1.763 -12.341   7.511
    2    HA   LYS 351           HA       LYS 351  -0.186 -14.362   7.631
    3    HB2  LYS 351           HB2      LYS 351   0.998 -12.687   5.467
    4    HB3  LYS 351           HB3      LYS 351   0.050 -14.092   4.998
    5    HG2  LYS 351           HG2      LYS 351  -1.906 -13.223   5.835
    6    HG3  LYS 351           HG3      LYS 351  -1.073 -12.165   6.976
    7    HD2  LYS 351           HD2      LYS 351  -1.571 -10.559   5.478
    8    HD3  LYS 351           HD3      LYS 351  -0.167 -11.190   4.615
    9    HE2  LYS 351           HE2      LYS 351  -1.769 -11.167   2.956
   10    HE3  LYS 351           HE3      LYS 351  -1.890 -12.822   3.552
   11    HZ1  LYS 351           HZ1      LYS 351  -3.649 -11.626   5.129
   12    HZ2  LYS 351           HZ2      LYS 351  -3.786 -10.628   3.771
   13    HZ3  LYS 351           HZ3      LYS 351  -4.065 -12.290   3.630

  No H/Q in entry =          13
  Start of MODEL   29
    1    H    ASP 352           H        ASP 352   3.165 -14.394   6.648
    2    HA   ASP 352           HA       ASP 352   3.069 -16.935   5.344
    3    HB2  ASP 352           HB2      ASP 352   4.859 -14.930   5.301
    4    HB3  ASP 352           HB3      ASP 352   5.633 -15.973   6.491

  No H/Q in entry =           4
  Start of MODEL   29
    1    H    ALA 353           H        ALA 353   3.741 -15.824   8.605
    2    HA   ALA 353           HA       ALA 353   4.712 -18.339   9.556
    3    HB1  ALA 353           HB1      ALA 353   5.175 -16.043  10.549
    4    HB2  ALA 353           HB2      ALA 353   3.571 -16.153  11.273
    5    HB3  ALA 353           HB3      ALA 353   4.807 -17.342  11.683

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLN 354           H        GLN 354   1.578 -16.812   9.313
    2    HA   GLN 354           HA       GLN 354   0.274 -18.754  11.006
    3   HE21  GLN 354          1HE2      GLN 354  -3.813 -16.053  10.205
    4   HE22  GLN 354          2HE2      GLN 354  -4.896 -17.287   9.666
    5    HB2  GLN 354           HB2      GLN 354  -0.354 -16.221  10.409
    6    HB3  GLN 354           HB3      GLN 354  -1.302 -17.030   9.169
    7    HG2  GLN 354           HG2      GLN 354  -1.580 -18.177  11.847
    8    HG3  GLN 354           HG3      GLN 354  -2.147 -16.515  11.695

  No H/Q in entry =           8
  Start of MODEL   29
    1    H    ALA 355           H        ALA 355   0.649 -18.141   7.559
    2    HA   ALA 355           HA       ALA 355  -0.873 -20.588   6.977
    3    HB1  ALA 355           HB1      ALA 355  -1.275 -18.196   5.888
    4    HB2  ALA 355           HB2      ALA 355  -0.027 -18.779   4.786
    5    HB3  ALA 355           HB3      ALA 355  -1.521 -19.694   4.990

  No H/Q in entry =           5
  Start of MODEL   29
    1    H    GLY 356           H        GLY 356   0.976 -21.882   7.663
    2    HA2  GLY 356           HA2      GLY 356   2.953 -23.019   7.318
    3    HA3  GLY 356           HA3      GLY 356   3.459 -21.721   6.248

  No H/Q in entry =           3