*HEADER TRANSCRIPTION/DNA 17-JUL-03 1O4X *TITLE TERNARY COMPLEX OF THE DNA BINDING DOMAINS OF THE OCT1 AND *TITLE 2 SOX2 TRANSCRIPTION FACTORS WITH A 19MER OLIGONUCLEOTIDE *TITLE 3 FROM THE HOXB1 REGULATORY ELEMENT *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: TRANSCRIPTION FACTOR OCT-1; *COMPND 3 CHAIN: A; *COMPND 4 ENGINEERED: YES; *COMPND 5 MOL_ID: 2; *COMPND 6 MOLECULE: TRANSCRIPTION FACTOR SOX-2; *COMPND 7 CHAIN: B; *COMPND 8 ENGINEERED: YES; *COMPND 9 MOL_ID: 3; *COMPND 10 MOLECULE: 5'- *COMPND 11 D(*TP*GP*TP*CP*TP*TP*TP*GP*TP*CP*AP*TP*GP*CP*TP*AP*AP*TP*G) *COMPND 12 -3'; *COMPND 13 CHAIN: C; *COMPND 14 ENGINEERED: YES; *COMPND 15 MUTATION: YES; *COMPND 16 MOL_ID: 4; *COMPND 17 MOLECULE: 5'- *COMPND 18 D(*CP*AP*TP*TP*AP*GP*CP*AP*TP*GP*AP*CP*AP*AP*AP*GP*AP*CP*A) *COMPND 19 -3'; *COMPND 20 CHAIN: D; *COMPND 21 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 ORGANISM_SCIENTIFIC: HOMO SAPIENS; *SOURCE 3 ORGANISM_COMMON: HUMAN; *SOURCE 4 EXPRESSION_SYSTEM: ESCHERICHIA COLI; *SOURCE 5 EXPRESSION_SYSTEM_COMMON: BACTERIA; *SOURCE 6 MOL_ID: 2; *SOURCE 7 ORGANISM_SCIENTIFIC: HOMO SAPIENS; *SOURCE 8 ORGANISM_COMMON: HUMAN; *SOURCE 9 GENE: SOX2; *SOURCE 10 EXPRESSION_SYSTEM: ESCHERICHIA COLI; *SOURCE 11 EXPRESSION_SYSTEM_COMMON: BACTERIA; *SOURCE 12 MOL_ID: 3; *SOURCE 13 SYNTHETIC: YES; *SOURCE 14 MOL_ID: 4; *SOURCE 15 SYNTHETIC: YES *KEYWDS OCT1, POU, POUS, POUHD, SOX2, HMG-BOX, TRANSCRIPTION *KEYWDS 2 FACTORS, DNA, PROTEIN-DNA COMPLEX *EXPDTA NMR *AUTHOR G.M.CLORE, D.C.WILLIAMS *REVDAT 1 27-JAN-04 1O4X 0 *************************************************************** IMPORTANT NOTE REGARDING RESIDUE NUMBERING. RELATIVE TO COORDINATES IN ASSOCIATED PDB FILES, SUBTRACT 4 FOR POUHD, 3 FOR POUS AND 3 FOR SOX2 *************************************************************** 1. DIPOLAR COUPLINGS (ALL COUPLINGS NORMALIZED TO NH's) Da(NH) = 10.9 Hz, rhombicity = 0.63 A. SOX2 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 206 and name N ) ( resid 206 and name HN ) 4.5907 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 207 and name N ) ( resid 207 and name HN ) -9.7623 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 208 and name N ) ( resid 208 and name HN ) -9.2239 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 209 and name N ) ( resid 209 and name HN ) -1.1335 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 212 and name N ) ( resid 212 and name HN ) 10.6975 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 213 and name N ) ( resid 213 and name HN ) -4.6049 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 214 and name N ) ( resid 214 and name HN ) -21.7633 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 217 and name N ) ( resid 217 and name HN ) -16.6767 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 218 and name N ) ( resid 218 and name HN ) -18.1361 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 220 and name N ) ( resid 220 and name HN ) -22.5851 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 221 and name N ) ( resid 221 and name HN ) -13.6446 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 222 and name N ) ( resid 222 and name HN ) -20.2614 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 223 and name N ) ( resid 223 and name HN ) -13.5171 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 224 and name N ) ( resid 224 and name HN ) -6.4610 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 226 and name N ) ( resid 226 and name HN ) -16.8326 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 228 and name N ) ( resid 228 and name HN ) -13.3895 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 229 and name N ) ( resid 229 and name HN ) -18.7879 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 230 and name N ) ( resid 230 and name HN ) -0.5384 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 232 and name N ) ( resid 232 and name HN ) 11.2642 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 233 and name N ) ( resid 233 and name HN ) 4.5624 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 234 and name N ) ( resid 234 and name HN ) 16.8326 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 237 and name N ) ( resid 237 and name HN ) -10.3716 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 239 and name N ) ( resid 239 and name HN ) -0.3401 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 241 and name N ) ( resid 241 and name HN ) -1.9978 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 242 and name N ) ( resid 242 and name HN ) 4.6474 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 244 and name N ) ( resid 244 and name HN ) -11.3067 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 245 and name N ) ( resid 245 and name HN ) 2.3520 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 246 and name N ) ( resid 246 and name HN ) 3.1455 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 247 and name N ) ( resid 247 and name HN ) -4.0806 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 248 and name N ) ( resid 248 and name HN ) -4.2223 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 249 and name N ) ( resid 249 and name HN ) 8.9689 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 251 and name N ) ( resid 251 and name HN ) 17.9377 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 252 and name N ) ( resid 252 and name HN ) 22.6418 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 253 and name N ) ( resid 253 and name HN ) 20.2756 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 254 and name N ) ( resid 254 and name HN ) 13.6729 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 255 and name N ) ( resid 255 and name HN ) 21.9192 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 257 and name N ) ( resid 257 and name HN ) 21.4516 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 258 and name N ) ( resid 258 and name HN ) 15.5290 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 260 and name N ) ( resid 260 and name HN ) 9.2381 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 261 and name N ) ( resid 261 and name HN ) 20.1906 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 262 and name N ) ( resid 262 and name HN ) 14.4664 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 264 and name N ) ( resid 264 and name HN ) 19.7797 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 265 and name N ) ( resid 265 and name HN ) 19.0712 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 266 and name N ) ( resid 266 and name HN ) 9.2097 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 267 and name N ) ( resid 267 and name HN ) 14.5372 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 271 and name N ) ( resid 271 and name HN ) 19.1704 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 272 and name N ) ( resid 272 and name HN ) 23.0102 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 274 and name N ) ( resid 274 and name HN ) -7.1269 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 277 and name N ) ( resid 277 and name HN ) -7.5662 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 278 and name N ) ( resid 278 and name HN ) -13.2904 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 280 and name N ) ( resid 280 and name HN ) -13.8429 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 207 and name C ) ( resid 208 and name N ) -13.2422 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 208 and name C ) ( resid 209 and name N ) -5.3459 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 211 and name C ) ( resid 212 and name N ) -10.1619 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 212 and name C ) ( resid 213 and name N ) 12.8880 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 213 and name C ) ( resid 214 and name N ) 9.0284 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 216 and name C ) ( resid 217 and name N ) 1.7938 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 219 and name C ) ( resid 220 and name N ) 19.5572 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 220 and name C ) ( resid 221 and name N ) 10.3503 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 222 and name C ) ( resid 223 and name N ) 4.4263 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 223 and name C ) ( resid 224 and name N ) 16.7830 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 224 and name C ) ( resid 225 and name N ) 7.2233 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 225 and name C ) ( resid 226 and name N ) -0.1063 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 228 and name C ) ( resid 229 and name N ) 4.0480 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 229 and name C ) ( resid 230 and name N ) 0.4251 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 231 and name C ) ( resid 232 and name N ) 13.5851 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 232 and name C ) ( resid 233 and name N ) -8.4390 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 237 and name C ) ( resid 238 and name N ) 16.3466 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 239 and name C ) ( resid 240 and name N ) 9.9267 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 240 and name C ) ( resid 241 and name N ) -9.3004 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 241 and name C ) ( resid 242 and name N ) 18.3883 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 243 and name C ) ( resid 244 and name N ) -2.7856 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 244 and name C ) ( resid 245 and name N ) 0.4959 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 246 and name C ) ( resid 247 and name N ) 17.9165 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 247 and name C ) ( resid 248 and name N ) -9.2055 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 248 and name C ) ( resid 249 and name N ) 20.4655 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 249 and name C ) ( resid 250 and name N ) -2.1480 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 250 and name C ) ( resid 251 and name N ) -20.1821 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 252 and name C ) ( resid 253 and name N ) -6.3151 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 258 and name C ) ( resid 259 and name N ) 7.1411 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 260 and name C ) ( resid 261 and name N ) 4.7806 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 261 and name C ) ( resid 262 and name N ) 2.2302 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 262 and name C ) ( resid 263 and name N ) -8.7223 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 263 and name C ) ( resid 264 and name N ) -1.4041 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 264 and name C ) ( resid 265 and name N ) -2.1367 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 265 and name C ) ( resid 266 and name N ) 5.8546 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 271 and name C ) ( resid 272 and name N ) 4.3427 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 275 and name C ) ( resid 276 and name N ) -0.9677 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 276 and name C ) ( resid 277 and name N ) 16.9247 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 279 and name C ) ( resid 280 and name N ) -16.2757 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 207 and name C ) ( resid 207 and name CA ) 12.2971 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 208 and name C ) ( resid 208 and name CA ) 23.5316 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 209 and name C ) ( resid 209 and name CA ) -3.1880 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 211 and name C ) ( resid 211 and name CA ) 15.0303 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 212 and name C ) ( resid 212 and name CA ) 1.8972 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 213 and name C ) ( resid 213 and name CA ) -9.5640 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 220 and name C ) ( resid 220 and name CA ) -3.9474 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 221 and name C ) ( resid 221 and name CA ) 6.6792 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 222 and name C ) ( resid 222 and name CA ) -4.0225 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 224 and name C ) ( resid 224 and name CA ) -4.6304 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 226 and name C ) ( resid 226 and name CA ) -10.4750 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 227 and name C ) ( resid 227 and name CA ) -15.1819 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 228 and name C ) ( resid 228 and name CA ) 6.9073 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 231 and name C ) ( resid 231 and name CA ) -4.5539 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 232 and name C ) ( resid 232 and name CA ) -14.3459 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 233 and name C ) ( resid 233 and name CA ) 4.7069 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 236 and name C ) ( resid 236 and name CA ) 23.6067 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 237 and name C ) ( resid 237 and name CA ) 0.7594 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 238 and name C ) ( resid 238 and name CA ) -21.4063 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 239 and name C ) ( resid 239 and name CA ) 19.7358 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 240 and name C ) ( resid 240 and name CA ) 13.5879 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 243 and name C ) ( resid 243 and name CA ) 26.1117 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 244 and name C ) ( resid 244 and name CA ) 1.2908 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 246 and name C ) ( resid 246 and name CA ) -1.1392 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 247 and name C ) ( resid 247 and name CA ) 0.5313 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 248 and name C ) ( resid 248 and name CA ) 2.7332 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 249 and name C ) ( resid 249 and name CA ) -13.5879 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 251 and name C ) ( resid 251 and name CA ) 10.2469 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 252 and name C ) ( resid 252 and name CA ) -6.2244 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 253 and name C ) ( resid 253 and name CA ) 15.4086 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 254 and name C ) ( resid 254 and name CA ) 3.3396 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 260 and name C ) ( resid 260 and name CA ) -0.8345 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 261 and name C ) ( resid 261 and name CA ) -19.0528 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 262 and name C ) ( resid 262 and name CA ) 17.2307 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 263 and name C ) ( resid 263 and name CA ) 1.8972 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 266 and name C ) ( resid 266 and name CA ) 14.3459 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 267 and name C ) ( resid 267 and name CA ) -2.7332 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 269 and name C ) ( resid 269 and name CA ) 7.9700 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 270 and name C ) ( resid 270 and name CA ) 4.9336 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 271 and name C ) ( resid 271 and name CA ) 3.3396 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 273 and name C ) ( resid 273 and name CA ) -1.5940 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 274 and name C ) ( resid 274 and name CA ) -0.2281 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 275 and name C ) ( resid 275 and name CA ) 7.5152 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 276 and name C ) ( resid 276 and name CA ) -4.0225 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 277 and name C ) ( resid 277 and name CA ) -2.7332 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 279 and name C ) ( resid 279 and name CA ) 5.7695 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 280 and name C ) ( resid 280 and name CA ) 13.8911 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 281 and name C ) ( resid 281 and name CA ) -12.3722 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 282 and name C ) ( resid 282 and name CA ) -7.2105 0.2000 B. 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( resid 500 and name X ) ( resid 500 and name Y ) ( resid 58 and name N ) ( resid 58 and name HN ) 5.590 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 60 and name N ) ( resid 60 and name HN ) 17.500 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 61 and name N ) ( resid 61 and name HN ) 10.550 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 62 and name N ) ( resid 62 and name HN ) 3.210 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 63 and name N ) ( resid 63 and name HN ) 6.350 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 64 and name N ) ( resid 64 and name HN ) 8.020 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 65 and name N ) ( resid 65 and name HN ) 5.290 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 70 and name N ) ( resid 70 and name HN ) 6.270 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 72 and name N ) ( resid 72 and name HN ) -9.540 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 73 and name N ) ( resid 73 and name HN ) -3.120 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 74 and name N ) ( resid 74 and name HN ) -2.430 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 75 and name N ) ( resid 75 and name HN ) -9.580 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 77 and name N ) ( resid 77 and name HN ) -0.050 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 78 and name N ) ( resid 78 and name HN ) -0.750 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 79 and name N ) ( resid 79 and name HN ) -12.880 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 110 and name N ) ( resid 110 and name HN ) 13.100 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 111 and name N ) ( resid 111 and name HN ) 19.360 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 112 and name N ) ( resid 112 and name HN ) 5.290 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 115 and name N ) ( resid 115 and name HN ) -3.590 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 116 and name N ) ( resid 116 and name HN ) -11.460 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 117 and name N ) ( resid 117 and name HN ) -5.820 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 118 and name N ) ( resid 118 and name HN ) -5.740 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 119 and name N ) ( resid 119 and name HN ) -9.740 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 121 and name N ) ( resid 121 and name HN ) -1.670 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 122 and name N ) ( resid 122 and name HN ) -2.810 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 123 and name N ) ( resid 123 and name HN ) -13.670 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 124 and name N ) ( resid 124 and name HN ) -8.740 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 125 and name N ) ( resid 125 and name HN ) 2.490 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 127 and name N ) ( resid 127 and name HN ) 0.310 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 128 and name N ) ( resid 128 and name HN ) 3.230 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 130 and name N ) ( resid 130 and name HN ) 4.700 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 133 and name N ) ( resid 133 and name HN ) 0.010 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 136 and name N ) ( resid 136 and name HN ) -4.750 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 137 and name N ) ( resid 137 and name HN ) -9.450 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 139 and name N ) ( resid 139 and name HN ) -14.180 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 141 and name N ) ( resid 141 and name HN ) -12.730 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 142 and name N ) ( resid 142 and name HN ) -12.260 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 143 and name N ) ( resid 143 and name HN ) -7.460 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 144 and name N ) ( resid 144 and name HN ) -6.630 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 145 and name N ) ( resid 145 and name HN ) 18.120 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 146 and name N ) ( resid 146 and name HN ) 11.130 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 147 and name N ) ( resid 147 and name HN ) 20.450 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 148 and name N ) ( resid 148 and name HN ) 15.990 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 149 and name N ) ( resid 149 and name HN ) 17.240 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 150 and name N ) ( resid 150 and name HN ) 13.610 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 152 and name N ) ( resid 152 and name HN ) 14.260 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 153 and name N ) ( resid 153 and name HN ) 12.320 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 154 and name N ) ( resid 154 and name HN ) 20.070 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 156 and name N ) ( resid 156 and name HN ) 9.430 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 159 and name N ) ( resid 159 and name HN ) 11.700 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 160 and name N ) ( resid 160 and name HN ) 7.250 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 161 and name N ) ( resid 161 and name HN ) 17.270 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 163 and name N ) ( resid 163 and name HN ) 1.280 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 9 and name C ) ( resid 10 and name N ) 1.699 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 10 and name C ) ( resid 11 and name N ) 13.428 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 12 and name C ) ( resid 13 and name N ) -2.574 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 13 and name C ) ( resid 14 and name N ) 11.879 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 15 and name C ) ( resid 16 and name N ) -1.533 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 16 and name C ) ( resid 17 and name N ) -1.524 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 17 and name C ) ( resid 18 and name N ) 25.615 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 20 and name C ) ( resid 21 and name N ) 4.082 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 21 and name C ) ( resid 22 and name N ) 17.685 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 22 and name C ) ( resid 23 and name N ) -20.259 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 23 and name C ) ( resid 24 and name N ) 0.591 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 24 and name C ) ( resid 25 and name N ) 12.653 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 26 and name C ) ( resid 27 and name N ) -1.058 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 29 and name C ) ( resid 30 and name N ) 14.836 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 33 and name C ) ( resid 34 and name N ) 21.308 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 39 and name C ) ( resid 40 and name N ) -10.063 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 42 and name C ) ( resid 43 and name N ) 6.023 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 53 and name C ) ( resid 54 and name N ) -0.108 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 55 and name C ) ( resid 56 and name N ) 1.258 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 56 and name C ) ( resid 57 and name N ) -13.186 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 57 and name C ) ( resid 58 and name N ) 14.161 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 59 and name C ) ( resid 60 and name N ) -13.836 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 60 and name C ) ( resid 61 and name N ) 5.398 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 61 and name C ) ( resid 62 and name N ) -2.582 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 63 and name C ) ( resid 64 and name N ) 13.878 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 64 and name C ) ( resid 65 and name N ) -8.513 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 65 and name C ) ( resid 66 and name N ) 13.595 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 66 and name C ) ( resid 67 and name N ) -14.661 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 69 and name C ) ( resid 70 and name N ) 3.748 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 71 and name C ) ( resid 72 and name N ) -8.988 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 75 and name C ) ( resid 76 and name N ) -17.776 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 76 and name C ) ( resid 77 and name N ) 20.025 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 77 and name C ) ( resid 78 and name N ) 2.449 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 111 and name C ) ( resid 112 and name N ) 16.252 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 113 and name C ) ( resid 114 and name N ) 21.791 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 114 and name C ) ( resid 115 and name N ) -3.307 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 115 and name C ) ( resid 116 and name N ) 13.678 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 116 and name C ) ( resid 117 and name N ) -9.438 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 117 and name C ) ( resid 118 and name N ) 18.401 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 118 and name C ) ( resid 119 and name N ) 0.816 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name 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and name X ) ( resid 500 and name Y ) ( resid 127 and name C ) ( resid 128 and name N ) -6.181 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 129 and name C ) ( resid 130 and name N ) 4.298 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 133 and name C ) ( resid 134 and name N ) 9.021 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 134 and name C ) ( resid 135 and name N ) 2.649 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 135 and name C ) ( resid 136 and name N ) -1.799 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 136 and name C ) ( resid 137 and name N ) 20.858 0.2000 assign ( resid 500 and name OO ) ( resid 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resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 145 and name C ) ( resid 146 and name N ) 3.040 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 147 and name C ) ( resid 148 and name N ) 5.181 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 148 and name C ) ( resid 149 and name N ) -17.093 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 149 and name C ) ( resid 150 and name N ) -2.749 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 151 and name C ) ( resid 152 and name N ) -8.863 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 152 and name C ) ( resid 153 and name N ) -4.690 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 155 and name C ) ( resid 156 and name N ) -18.193 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 158 and name C ) ( resid 159 and name N ) 6.997 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 159 and name C ) ( resid 160 and name N ) -1.358 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 8 and name C ) ( resid 8 and name CA ) 7.661 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 9 and name C ) ( resid 9 and name CA ) -17.036 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 10 and name C ) ( resid 10 and name CA ) -7.286 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 12 and name C ) ( resid 12 and name CA ) 13.233 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 13 and name C ) ( resid 13 and name CA ) -24.483 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 14 and name C ) ( resid 14 and name CA ) -11.840 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 15 and name C ) ( resid 15 and name CA ) 19.286 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 17 and name C ) ( resid 17 and name CA ) -18.001 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 18 and name C ) ( resid 18 and name CA ) 7.072 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 19 and name C ) ( resid 19 and name CA ) 15.804 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 20 and name C ) ( resid 20 and name CA ) -27.376 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 21 and name C ) ( resid 21 and name CA ) -7.125 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 22 and name C ) ( resid 22 and name CA ) 13.018 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 23 and name C ) ( resid 23 and name CA ) 8.679 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 26 and name C ) ( resid 26 and name CA ) 19.554 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 27 and name C ) ( resid 27 and name CA ) -6.804 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 28 and name C ) ( resid 28 and name CA ) 2.197 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 29 and name C ) ( resid 29 and name CA ) 5.143 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 30 and name C ) ( resid 30 and name CA ) -22.715 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 31 and name C ) ( resid 31 and name CA ) 15.268 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 50 and name C ) ( resid 50 and name CA ) 10.018 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 51 and name C ) ( resid 51 and name CA ) 3.268 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 52 and name C ) ( resid 52 and name CA ) -1.339 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 53 and name C ) ( resid 53 and name CA ) 1.446 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 58 and name C ) ( resid 58 and name CA ) -13.822 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 59 and name C ) ( resid 59 and name CA ) -9.161 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 60 and name C ) ( resid 60 and name CA ) 3.322 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 61 and name C ) ( resid 61 and name CA ) 0.750 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 64 and name C ) ( resid 64 and name CA ) -8.679 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 65 and name C ) ( resid 65 and name CA ) 9.268 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 69 and name C ) ( resid 69 and name CA ) 12.215 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 73 and name C ) ( resid 73 and name CA ) -17.572 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 76 and name C ) ( resid 76 and name CA ) 14.465 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 77 and name C ) ( resid 77 and name CA ) -25.126 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 110 and name C ) ( resid 110 and name CA ) 7.340 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 111 and name C ) ( resid 111 and name CA ) -22.983 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 113 and name C ) ( resid 113 and name CA ) -0.161 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 114 and name C ) ( resid 114 and name CA ) -26.572 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 115 and name C ) ( resid 115 and name CA ) 18.858 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 116 and name C ) ( resid 116 and name CA ) 1.714 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 119 and name C ) ( resid 119 and name CA ) 6.750 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 120 and name C ) ( resid 120 and name CA ) 6.857 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 121 and name C ) ( resid 121 and name CA ) -27.376 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 122 and name C ) ( resid 122 and name CA ) 17.251 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 123 and name C ) ( resid 123 and name CA ) 3.750 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 126 and name C ) ( resid 126 and name CA ) 3.643 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 127 and name C ) ( resid 127 and name CA ) -10.661 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 129 and name C ) ( resid 129 and name CA ) -6.375 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 133 and name C ) ( resid 133 and name CA ) -14.947 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 134 and name C ) ( resid 134 and name CA ) 10.661 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 136 and name C ) ( resid 136 and name CA ) -20.733 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 140 and name C ) ( resid 140 and name CA ) -19.983 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 143 and name C ) ( resid 143 and name CA ) -24.483 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 145 and name C ) ( resid 145 and name CA ) 17.143 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 148 and name C ) ( resid 148 and name CA ) -8.304 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 149 and name C ) ( resid 149 and name CA ) 18.751 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 151 and name C ) ( resid 151 and name CA ) -0.375 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 155 and name C ) ( resid 155 and name CA ) -3.964 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 158 and name C ) ( resid 158 and name CA ) 3.750 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 159 and name C ) ( resid 159 and name CA ) 12.054 0.2000 assign ( resid 500 and name OO ) ( resid 500 and name Z ) ( resid 500 and name X ) ( resid 500 and name Y ) ( resid 160 and name C ) ( resid 160 and name CA ) 1.982 0.2000 2. NOE-DERIVED INTERPROTON DISTANCE RESTRAINTS. A. SOX2/POUHD INTERFACE assign (resid 269 and name HE# ) (resid 22 and name HA ) 3.0 1.2 0.8 assign (resid 269 and name HE# ) (resid 25 and name HD# ) 2.5 0.7 1.2 assign (resid 269 and name HE# ) (resid 25 and name HG2# ) 2.5 0.7 1.2 assign (resid 269 and name HE# ) (resid 25 and name HA ) 4.0 2.2 2.0 assign (resid 269 and name HE# ) ((resid 25 and name HB) or (resid 21 and name HB#)) 3.0 1.2 0.8 assign (resid 269 and name HE# ) (resid 25 and name HG1# ) 4.0 2.2 1.5 assign (resid 269 and name HE# ) (resid 21 and name HA ) 4.0 2.2 2.0 assign (resid 269 and name HE# ) (resid 21 and name HE# ) 4.0 2.2 1.5 assign (resid 269 and name HG# ) (resid 25 and name HD# ) 4.0 2.2 1.5 assign (resid 269 and name HG# ) (resid 25 and name HG2# ) 4.0 2.2 1.5 assign (resid 269 and name HG# ) (resid 22 and name HA ) 4.0 2.2 2.0 ! ! ALA 266 assign (resid 266 and name HB# ) (resid 25 and name HD# ) 4.0 2.2 1.5 assign (resid 266 and name HB# ) (resid 25 and name HG2# ) 3.0 1.2 0.8 assign (resid 266 and name HB# ) (resid 26 and name HA ) 4.0 2.2 1.5 ! ! LYS 276 ! assign ((resid 276 or resid 270) and name HE# ) (resid 56 and name HA ) 4.0 2.2 1.0 assign ((resid 276 or resid 270 or resid 262 ) and name HE# ) ((resid 56 and name HB#) or (resid 30 and name HG2# )) 3.0 1.2 0.5 B. SOX2/DNA INTERFACE ! ! LYS 209 assign (resid 209 and name HB#) (resid 332 and name H3' ) 4.0 1.2 1.0 ! ! MET 212 assign (resid 212 and name HE#) (resid 333 and name H4' ) 4.0 2.2 1.0 assign (resid 212 and name HE#) (resid 333 and (name H5' or name H5'')) 4.0 2.2 1.0 assign (resid 212 and name HE#) (resid 333 and name H3' ) 4.0 2.2 2.0 assign (resid 212 and name HE#) (resid 333 and name H1' ) 4.0 2.2 2.5 assign (resid 212 and name HA ) (resid 332 and name H1' ) 4.0 2.2 1.0 ! !ASN 213 assign (resid 213 and name HB#) (resid 308 and name H4' ) 4.0 2.2 1.0 assign (resid 213 and name HB#) (resid 309 and name H4' ) 4.0 2.2 1.5 ! !ALA 214 assign (resid 214 and name HB#) (resid 308 and name H4' ) 4.0 2.2 2.5 assign (resid 214 and name HB#) (resid 308 and (name H5' or name H5'')) 4.0 2.2 1.0 ! !MET 216 assign (resid 216 and name HE#) (resid 333 and name H2 ) 3.0 1.2 1.0 assign (resid 216 and name HE#) (resid 332 and name H2 ) 3.0 1.2 1.0 assign (resid 216 and name HE#) (resid 333 and name H1' ) 3.0 1.2 1.0 assign (resid 216 and name HE#) (resid 332 and name H1' ) 4.0 2.2 1.0 assign (resid 216 and name HE#) (resid 332 and name H2' ) 3.0 1.2 0.5 assign (resid 216 and name HE#) (resid 332 and name H2'') 4.0 2.2 1.0 assign (resid 216 and name HE#) (resid 333 and name H4' ) 4.0 2.2 1.0 assign (resid 216 and name HE#) (resid 333 and (name H5' or name H5'')) 4.0 2.2 2.5 assign (resid 216 and name HE#) (resid 333 and name H8 ) 4.0 2.2 2.0 assign (resid 216 and name HE#) (resid 332 and name H8 ) 4.0 2.2 2.0 assign (resid 216 and name HA ) (resid 332 and name H2 ) 4.0 2.2 1.5 assign (resid 216 and name HB#) (resid 332 and name H2 ) 4.0 2.2 1.0 assign (resid 216 and name he#) (resid 307 and name h3) 4.0 2.2 1.5 assign (resid 216 and name he#) (resid 306 and name h3) 3.0 1.2 1.5 ! !ARG 220 assign (resid 220 and name HD#) (resid 333 and name H4' ) 4.0 2.2 1.0 assign (resid 220 and name HD#) (resid 333 and name H3' ) 4.0 2.2 1.5 assign (resid 220 and name HD#) (resid 333 and name H1' ) 4.0 2.2 2.0 assign (resid 220 and name HB#) ((resid 333 or resid 334) and name H1' ) 4.0 2.2 3.5 assign (resid 220 and name HB#) ((resid 333 or resid 334) and name H3' ) 4.0 2.2 3.5 assign (resid 220 and name HB#) (resid 334 and name H4' ) 4.0 2.2 2.0 assign (resid 220 and name HA ) ((resid 333 or resid 334) and name H1' ) 4.0 2.2 1.5 assign (resid 220 and name HG#) (resid 333 and name H4' ) 4.0 2.2 1.0 assign (resid 220 and name HG#) (resid 333 and name H3' ) 4.0 2.2 2.0 ! !ARG 223 !ARG 224 ! !ILE 238 assign (resid 238 and name HG2#) (resid 334 and name H1' ) 4.0 2.2 3.5 assign (resid 238 and name HD1#) (resid 334 and name H2 ) 4.0 2.2 3.5 ! !LYS 240 assign (resid 240 and name HA ) (resid 306 and name H4' ) 2.5 0.7 0.2 assign (resid 240 and name HB# ) (resid 306 and name H4' ) 4.0 2.2 1.0 ! !TRP 246 assign (resid 246 and name HD1 ) (resid 307 and (name H5' or name H5'')) 4.0 2.2 1.0 assign (resid 246 and name HD1 ) (resid 307 and name H4') 4.0 2.2 1.0 assign (resid 246 and name HZ2 ) (resid 308 and (name H4' or name H5' or name H5'')) 4.0 2.2 1.0 ! !LYS 247 assign (resid 247 and name HA ) (resid 307 and name H4') 4.0 2.2 2.0 ! !TYR 277 assign (resid 277 and name HE* ) (resid 330 and name H2 ) 4.0 2.2 1.0 assign (resid 277 and name HD* ) (resid 330 and name H2 ) 4.0 2.2 1.5 ! !PRO 279 assign (resid 279 and name HB# ) (resid 330 and name H4' ) 4.0 2.2 1.0 assign (resid 279 and name HB# ) (resid 330 and name H1' ) 4.0 2.2 1.0 ! !ARG 281 assign (resid 281 and name HA ) (resid 330 and name H3' ) 4.0 2.2 2.0 !R265 assign (resid 265 and name nh*) ((resid 309 or resid 310) and name o*p) 6.0 4.0 0.1 C. POUHD/DNA INTERFACE assign (resid 150 and name hg*) (resid 317 and name h8) 3.0 1.2 0.8 assign (resid 150 and name hg*) ((resid 316 or resid 317) and name h2') 4.0 2.2 1.5 assign (resid 150 and name hg*) ((resid 316 or resid 317) and name h2'') 4.0 2.2 1.5 3. EXPERIMENTAL TORSION ANGLE RESTRAINTS A. SOX2/POUS INTERFACE !D274 assign (resid 274 and name n) (resid 274 and name ca) (resid 274 and name cb) (resid 274 and name cg) 1.0 -60.0 20.0 2 !Met269 assign (resid 269 and name n) (resid 269 and name ca) (resid 269 and name cb) (resid 269 and name cg) 1.0 180.0 20.0 2 assign (resid 269 and name ca) (resid 269 and name cb) (resid 269 and name cg) (resid 269 and name sd) 1.0 120.0 80.0 2 assign (resid 269 and name cb) (resid 269 and name cg) (resid 269 and name sd) (resid 269 and name ce) 1.0 0.0 80.0 2 !K262 assign (resid 262 and name n) (resid 262 and name ca) (resid 262 and name cb) (resid 262 and name cg) 1.0 -60.0 20.0 2 assign (resid 262 and name ca) (resid 262 and name cb) (resid 262 and name cg) (resid 262 and name cd) 1.0 -120.0 80.0 2 !K276 assign (resid 276 and name n) (resid 276 and name ca) (resid 276 and name cb) (resid 276 and name cg) 1.0 -60.0 20.0 2 assign (resid 276 and name ca) (resid 276 and name cb) (resid 276 and name cg) (resid 276 and name cd) 1.0 -120.0 80.0 2 !R265 assign (resid 265 and name n) (resid 265 and name ca) (resid 265 and name cb) (resid 265 and name cg) 1.0 -60.0 20.0 2 assign (resid 265 and name ca) (resid 265 and name cb) (resid 265 and name cg) (resid 265 and name cd) 1.0 180.0 20.0 2 !K270 assign (resid 270 and name n) (resid 270 and name ca) (resid 270 and name cb) (resid 270 and name cg) 1.0 -120.0 80.0 2 !I25 assign (resid 25 and name n) (resid 25 and name ca) (resid 25 and name cb) (resid 25 and name cg1) 1.0 -60.0 20.0 2 assign (resid 25 and name ca) (resid 25 and name cb) (resid 25 and name cg1) (resid 25 and name cd1) 1.0 180.0 20.0 2 !Q22 assign (resid 22 and name n) (resid 22 and name ca) (resid 22 and name cb) (resid 22 and name cg) 1.0 -120.0 80.0 2 !K21 assign (resid 21 and name n) (resid 21 and name ca) (resid 21 and name cb) (resid 21 and name cg) 1.0 180.0 20.0 2 !K18 assign (resid 18 and name n) (resid 18 and name ca) (resid 18 and name cb) (resid 18 and name cg) 1.0 -120.0 80.0 2 assign (resid 18 and name ca) (resid 18 and name cb) (resid 18 and name cg) (resid 18 and name cd) 1.0 0.0 80.0 2 !T30 assign (resid 30 and name n) (resid 30 and name ca) (resid 30 and name cb) (resid 30 and name og1) 1.0 60.0 20.0 2 B. SOX2/DNA INTERFACE !M216 (=I13 SRY) assign (resid 216 and name n) (resid 216 and name ca) (resid 216 and name cb) (resid 216 and name cg) 1.0 -60.0 20.0 2 assign (resid 216 and name ca) (resid 216 and name cb) (resid 216 and name cg) (resid 216 and name sd) 1.0 -60.0 20.0 2 assign (resid 216 and name cb) (resid 216 and name cg) (resid 216 and name sd) (resid 216 and name ce) 1.0 -60.0 20.0 2 4. DISTANCE RESTRAINTS AT POUS/DNA AND POUHD/DNA INTERFACE TO PRESERVE ELECTROSTATIC INTERACTIONS WITH PHOSPHATES AND BASES SEEN IN BINARY OCT1/DNA COMPLEXES A. POUS assign (resid 48 and name oe1) (resid 311 and name n6) 3.5 0.5 0.4 assign (resid 48 and name ne2) (resid 311 and name n7) 3.5 0.5 0.4 assign (resid 31 and name ne2) (resid 311 and name o*p) 5.0 3.0 0.1 assign (resid 52 and name og) (resid 311 and name o*P) 5.0 3.0 0.1 assign (resid 58 and name nd2) (resid 312 and name o*p) 5.0 3.0 0.1 assign (resid 24 and name nh*) (resid 310 and name o*p) 4.0 3.0 0.1 assign (resid 30 and name og1) (resid 309 and name o*p) 5.0 3.0 0.5 assign (resid 21 and name nz) (resid 311 and name o*P) 6.0 4.0 0.5 assign (resid 62 and name nz) (resid 322:323 and name o*p) 6.0 3.0 0.1 assign (resid 63 and name nd2) (resid 324 and name o*p) 5.0 3.0 0.1 assign (resid 50 and name og1) (resid 325 and name o*P) 3.5 0.5 0.1 assign (resid 53 and name nh2) (resid 325 and name n7) 3.5 0.5 0.3 assign (resid 53 and name nh1) (resid 325 and name o6) 3.5 0.5 0.3 assign (resid 49 and name og1) (resid 326 and name n4) 3.5 0.5 0.3 assign (resid 66 and name nz) (resid 324 and name o*p) 6.0 3.0 0.1 B. POUHD assign (resid 154 and name nd2) (resid 317 and name n7) 3.0 0.5 0.5 assign (resid 154 and name od1) (resid 317 and name n6) 3.0 0.5 0.5 assign (resid 157 and name oe1) (resid 321 and name n6) 3.0 0.5 0.8 assign (resid 116 and name nh*) ((resid 315:316) and name o*p) 6.0 4.0 0.1 assign (resid 158 and name nz) ((resid 315:316) and name o*p) 6.0 4.0 0.1 5. TORSION ANGLE RESTRAINTS FOR PROTEIN/DNA INTERFACIAL SIDECHAINS RESTRAINED TO WITHIN A RANGE OF +/-20 DEGREES OF THAT SEEN IN RESPECTIVE BINARY OCT1/DNA AND SRY/DNA COMPLEXES A. POUS !Q48 assign (resid 48 and name n) (resid 48 and name ca) (resid 48 and name cb) (resid 48 and name cg) 1.0 180.0 20.0 2 assign (resid 48 and name ca) (resid 48 and name cb) (resid 48 and name cg) (resid 48 and name cd) 1.0 -60.0 40.0 2 assign (resid 48 and name cb) (resid 48 and name cg) (resid 48 and name cd) (resid 48 and name oe1) 1.0 -20.0 30.0 2 !R24 assign (resid 24 and name n) (resid 24 and name ca) (resid 24 and name cb) (resid 24 and name cg) 1.0 180.0 20.0 2 assign (resid 24 and name ca) (resid 24 and name cb) (resid 24 and name cg) (resid 24 and name cd) 1.0 180.0 40.0 2 !S52 assign (resid 52 and name n) (resid 52 and name ca) (resid 52 and name cb) (resid 52 and name og) 1.0 -120.0 80.0 2 !Q31 assign (resid 31 and name n) (resid 31 and name ca) (resid 31 and name cb) (resid 31 and name cg) 1.0 180.0 25.0 2 assign (resid 31 and name ca) (resid 31 and name cb) (resid 31 and name cg) (resid 31 and name cd) 1.0 180.0 30.0 2 assign (resid 31 and name cb) (resid 31 and name cg) (resid 31 and name cd) (resid 31 and name oe1) 1.0 -20.0 30.0 2 !T49 assign (resid 49 and name n) (resid 49 and name ca) (resid 49 and name cb) (resid 49 and name og1) 1.0 -60.0 20.0 2 !N58 assign (resid 58 and name n) (resid 58 and name ca) (resid 58 and name cb) (resid 58 and name cg) 1.0 -60.0 20.0 2 assign (resid 58 and name ca) (resid 58 and name cb) (resid 58 and name cg) (resid 58 and name od1) 1.0 -20.0 30.0 2 !D45 assign (resid 45 and name n) (resid 45 and name ca) (resid 45 and name cb) (resid 45 and name cg) 1.0 60.0 20.0 2 assign (resid 45 and name ca) (resid 45 and name cb) (resid 45 and name cg) (resid 45 and name od1) 1.0 -40.0 30.0 2 !F46 assign (resid 46 and name n) (resid 46 and name ca) (resid 46 and name cb) (resid 46 and name cg) 1.0 -70.0 20.0 2 assign (resid 46 and name ca) (resid 46 and name cb) (resid 46 and name cg) (resid 46 and name cd1) 1.0 -90.0 30.0 2 !S47 assign (resid 47 and name n) (resid 47 and name ca) (resid 47 and name cb) (resid 47 and name og) 1.0 60.0 20.0 2 !T49 assign (resid 49 and name n) (resid 49 and name ca) (resid 49 and name cb) (resid 49 and name og1) 1.0 -60.0 20.0 2 !T50 assign (resid 50 and name n) (resid 50 and name ca) (resid 50 and name cb) (resid 50 and name og1) 1.0 -60.0 20.0 2 !R53 assign (resid 53 and name n) (resid 53 and name ca) (resid 53 and name cb) (resid 53 and name cg) 1.0 -60.0 30.0 2 assign (resid 53 and name ca) (resid 53 and name cb) (resid 53 and name cg) (resid 53 and name cd) 1.0 180.0 20.0 2 assign (resid 53 and name cb) (resid 53 and name cg) (resid 53 and name cd) (resid 53 and name ne) 1.0 180.0 20.0 2 assign (resid 53 and name cg) (resid 53 and name cd) (resid 53 and name ne) (resid 53 and name cz) 1.0 180.0 30.0 2 !K62 assign (resid 62 and name n) (resid 62 and name ca) (resid 62 and name cb) (resid 62 and name cg) 1.0 180.0 20.0 2 assign (resid 62 and name ca) (resid 62 and name cb) (resid 62 and name cg) (resid 62 and name cd) 1.0 180.0 35.0 2 assign (resid 62 and name cb) (resid 62 and name cg) (resid 62 and name cd) (resid 62 and name ce) 1.0 60.0 25.0 2 assign (resid 62 and name cg) (resid 62 and name cd) (resid 62 and name ce) (resid 62 and name nz) 1.0 180.0 30.0 2 !N63 assign (resid 63 and name n) (resid 63 and name ca) (resid 63 and name cb) (resid 63 and name cg) 1.0 180.0 20.0 2 assign (resid 63 and name ca) (resid 63 and name cb) (resid 63 and name cg) (resid 63 and name od1) 1.0 0.0 50.0 2 !K66 assign (resid 66 and name n) (resid 66 and name ca) (resid 66 and name cb) (resid 66 and name cg) 1.0 180.0 20.0 2 assign (resid 66 and name ca) (resid 66 and name cb) (resid 66 and name cg) (resid 66 and name cd) 1.0 180.0 30.0 2 assign (resid 66 and name cb) (resid 66 and name cg) (resid 66 and name cd) (resid 66 and name ce) 1.0 180.0 30.0 2 assign (resid 66 and name cg) (resid 66 and name cd) (resid 66 and name ce) (resid 66 and name nz) 1.0 180.0 30.0 2 !L67 assign (resid 67 and name n) (resid 67 and name ca) (resid 67 and name cb) (resid 67 and name cg) 1.0 -60.0 20.0 2 assign (resid 67 and name ca) (resid 67 and name cb) (resid 67 and name cg) (resid 67 and name cd1) 1.0 180.0 20.0 2 B. POUHD !S110 assign (resid 110 and name n) (resid 110 and name ca) (resid 110 and name cb) (resid 110 and name og) 1.0 180.0 20.0 2 !I111 assign (resid 111 and name n) (resid 111 and name ca) (resid 111 and name cb) (resid 111 and name cg1) 1.0 -60.0 20.0 2 assign (resid 111 and name ca) (resid 111 and name cb) (resid 111 and name cg1) (resid 111 and name cd1) 1.0 180.0 20.0 2 !R116 assign (resid 116 and name n) (resid 116 and name ca) (resid 116 and name cb) (resid 116 and name cg) 1.0 -60.0 20.0 2 assign (resid 116 and name ca) (resid 116 and name cb) (resid 116 and name cg) (resid 116 and name cd) 1.0 180.0 20.0 2 assign (resid 116 and name cb) (resid 116 and name cg) (resid 116 and name cd) (resid 116 and name ne) 1.0 180.0 20.0 2 assign (resid 116 and name cg) (resid 116 and name cd) (resid 116 and name ne) (resid 116 and name cz) 1.0 180.0 40.0 2 !V147 assign (resid 147 and name n) (resid 147 and name ca) (resid 147 and name cb) (resid 147 and name cg1) 1.0 180.0 20.0 2 !V150 assign (resid 150 and name n) (resid 150 and name ca) (resid 150 and name cb) (resid 150 and name cg1) 1.0 180.0 20.0 2 !W151 assign (resid 151 and name n) (resid 151 and name ca) (resid 151 and name cb) (resid 151 and name cg) 1.0 180.0 20.0 2 assign (resid 151 and name ca) (resid 151 and name cb) (resid 151 and name cg) (resid 151 and name cd1) 1.0 -90.0 20.0 2 !N154 assign (resid 154 and name n) (resid 154 and name ca) (resid 154 and name cb) (resid 154 and name cg) 1.0 -60.0 35.0 2 assign (resid 154 and name ca) (resid 154 and name cb) (resid 154 and name cg) (resid 154 and name od1) 1.0 -20.0 30.0 2 !Q157 assign (resid 157 and name n) (resid 157 and name ca) (resid 157 and name cb) (resid 157 and name cg) 1.0 -60.0 20.0 2 assign (resid 157 and name ca) (resid 157 and name cb) (resid 157 and name cg) (resid 157 and name cd) 1.0 180.0 20.0 2 assign (resid 157 and name cb) (resid 157 and name cg) (resid 157 and name cd) (resid 157 and name oe1) 1.0 50.0 30.0 2 !K158 assign (resid 158 and name n) (resid 158 and name ca) (resid 158 and name cb) (resid 158 and name cg) 1.0 180.0 20.0 2 assign (resid 158 and name ca) (resid 158 and name cb) (resid 158 and name cg) (resid 158 and name cd) 1.0 180.0 20.0 2 assign (resid 158 and name cb) (resid 158 and name cg) (resid 158 and name cd) (resid 158 and name ce) 1.0 -60.0 20.0 2 assign (resid 158 and name cg) (resid 158 and name cd) (resid 158 and name ce) (resid 158 and name nz) 1.0 180.0 20.0 2 !R161 assign (resid 161 and name n) (resid 161 and name ca) (resid 161 and name cb) (resid 161 and name cg) 1.0 -60.0 20.0 2 assign (resid 161 and name ca) (resid 161 and name cb) (resid 161 and name cg) (resid 161 and name cd) 1.0 180.0 20.0 2 assign (resid 161 and name cb) (resid 161 and name cg) (resid 161 and name cd) (resid 161 and name ne) 1.0 180.0 20.0 2 assign (resid 161 and name cg) (resid 161 and name cd) (resid 161 and name ne) (resid 161 and name cz) 1.0 180.0 40.0 2 C. SOX2 !Residues interacting with DNA at or below intercalation site: !leave conserved residues in same conformation as in SRY-DNA complex !R207 (=SRY R4) assign (resid 207 and name n) (resid 207 and name ca) (resid 207 and name cb) (resid 207 and name cg) 1.0 180.0 20.0 2 assign (resid 207 and name ca) (resid 207 and name cb) (resid 207 and name cg) (resid 207 and name cd) 1.0 180.0 20.0 2 assign (resid 207 and name cb) (resid 207 and name cg) (resid 207 and name cd) (resid 207 and name ne) 1.0 180.0 25.0 2 !K209 (=K6 SRY) assign (resid 209 and name n) (resid 209 and name ca) (resid 209 and name cb) (resid 209 and name cg) 1.0 -60.0 20.0 2 assign (resid 209 and name ca) (resid 209 and name cb) (resid 209 and name cg) (resid 209 and name cd) 1.0 180.0 20.0 2 assign (resid 209 and name cb) (resid 209 and name cg) (resid 209 and name cd) (resid 209 and name ce) 1.0 180.0 20.0 2 !R210 (=R7 SRY) assign (resid 210 and name n) (resid 210 and name ca) (resid 210 and name cb) (resid 210 and name cg) 1.0 -60.0 20.0 2 assign (resid 210 and name ca) (resid 210 and name cb) (resid 210 and name cg) (resid 210 and name cd) 1.0 180.0 20.0 2 assign (resid 210 and name cb) (resid 210 and name cg) (resid 210 and name cd) (resid 210 and name ne) 1.0 60.0 25.0 2 !M212 (=M9 SRY) assign (resid 212 and name n) (resid 212 and name ca) (resid 212 and name cb) (resid 212 and name cg) 1.0 -60.0 20.0 2 assign (resid 212 and name ca) (resid 212 and name cb) (resid 212 and name cg) (resid 212 and name sd) 1.0 180.0 20.0 2 assign (resid 212 and name cb) (resid 212 and name cg) (resid 212 and name sd) (resid 212 and name ce) 1.0 -60.0 30.0 2 !N213 (=N10 SRY) assign (resid 213 and name n) (resid 213 and name ca) (resid 213 and name cb) (resid 213 and name cg) 1.0 60.0 20.0 2 assign (resid 213 and name ca) (resid 213 and name cb) (resid 213 and name cg) (resid 213 and name od1) 1.0 20.0 30.0 2 !F215 (=F12 SRY) assign (resid 215 and name n) (resid 215 and name ca) (resid 215 and name cb) (resid 215 and name cg) 1.0 180.0 20.0 2 assign (resid 215 and name ca) (resid 215 and name cb) (resid 215 and name cg) (resid 215 and name cd1) 1.0 90.0 30.0 2 !R220 (=R17 SRY) assign (resid 220 and name n) (resid 220 and name ca) (resid 220 and name cb) (resid 220 and name cg) 1.0 -120.0 80.0 2 assign (resid 220 and name ca) (resid 220 and name cb) (resid 220 and name cg) (resid 220 and name cd) 1.0 180.0 20.0 2 assign (resid 220 and name cb) (resid 220 and name cg) (resid 220 and name cd) (resid 220 and name ne) 1.0 120.0 80.0 2 !W246 (=W43 SRY) assign (resid 246 and name n) (resid 246 and name ca) (resid 246 and name cb) (resid 246 and name cg) 1.0 180.0 20.0 2 assign (resid 246 and name ca) (resid 246 and name cb) (resid 246 and name cg) (resid 246 and name cd1) 1.0 -90.0 20.0 2 !!K247 (=K44 SRY) assign (resid 247 and name n) (resid 247 and name ca) (resid 247 and name cb) (resid 247 and name cg) 1.0 -60.0 20.0 2 assign (resid 247 and name ca) (resid 247 and name cb) (resid 247 and name cg) (resid 247 and name cd) 1.0 180.0 20.0 2 assign (resid 247 and name cb) (resid 247 and name cg) (resid 247 and name cd) (resid 247 and name ce) 1.0 180.0 20.0 2 !K254 (=K51 SRY) assign (resid 254 and name n) (resid 254 and name ca) (resid 254 and name cb) (resid 254 and name cg) 1.0 -60.0 20.0 2 assign (resid 254 and name ca) (resid 254 and name cb) (resid 254 and name cg) (resid 254 and name cd) 1.0 180.0 20.0 2 assign (resid 254 and name cb) (resid 254 and name cg) (resid 254 and name cd) (resid 254 and name ce) 1.0 120.0 80.0 2 !I258 (=F55 SRY) assign (resid 258 and name n) (resid 258 and name ca) (resid 258 and name cb) (resid 258 and name cg1) 1.0 -60.0 20.0 2 assign (resid 258 and name ca) (resid 258 and name cb) (resid 258 and name cg1) (resid 258 and name cd1) 1.0 180.0 20.0 2 !Y277 (=Y74 SRY) assign (resid 277 and name n) (resid 277 and name ca) (resid 277 and name cb) (resid 277 and name cg) 1.0 180.0 20.0 2 assign (resid 277 and name ca) (resid 277 and name cb) (resid 277 and name cg) (resid 277 and name cd1) 1.0 60.0 20.0 2 !R281 (= R78 SRY) assign (resid 281 and name n) (resid 281 and name ca) (resid 281 and name cb) (resid 281 and name cg) 1.0 -120.0 80.0 2 !K282 (= K79 SRY) assign (resid 282 and name n) (resid 282 and name ca) (resid 282 and name cb) (resid 282 and name cg) 1.0 -120.0 80.0 2 !Below intercalation site !R223 (=R20 SRY) assign (resid 223 and name n) (resid 223 and name ca) (resid 223 and name cb) (resid 223 and name cg) 1.0 180.0 20.0 2 !R224 (=R21 SRY) assign (resid 224 and name n) (resid 224 and name ca) (resid 224 and name cb) (resid 224 and name cg) 1.0 180.0 20.0 2 assign (resid 224 and name ca) (resid 224 and name cb) (resid 224 and name cg) (resid 224 and name cd) 1.0 60.0 20.0 2 !H234 (=R231 SRY) assign (resid 234 and name n) (resid 234 and name ca) (resid 234 and name cb) (resid 234 and name cg) 1.0 -60.0 20.0 2 assign (resid 234 and name ca) (resid 234 and name cb) (resid 234 and name cg) (resid 234 and name nd1) 1.0 -60.0 30.0 2 !N235 (=N32 SRY) assign (resid 235 and name n) (resid 235 and name ca) (resid 235 and name cb) (resid 235 and name cg) 1.0 -70.0 20.0 2 assign (resid 235 and name ca) (resid 235 and name cb) (resid 235 and name cg) (resid 235 and name od1) 1.0 20.0 30.0 2 !S236 (=S33 SRY) assign (resid 236 and name n) (resid 236 and name ca) (resid 236 and name cb) (resid 236 and name og) 1.0 -60.0 20.0 2 !I238 (=I35 SRY) assign (resid 238 and name n) (resid 238 and name ca) (resid 238 and name cb) (resid 238 and name cg1) 1.0 -60.0 20.0 2 assign (resid 238 and name ca) (resid 238 and name cb) (resid 238 and name cg1) (resid 238 and name cd1) 1.0 180.0 20.0 2 !S239 (=S36 SRY) assign (resid 239 and name n) (resid 239 and name ca) (resid 239 and name cb) (resid 239 and name og) 1.0 -60.0 20.0 2 !K240 (=K37 SRY) assign (resid 240 and name n) (resid 240 and name ca) (resid 240 and name cb) (resid 240 and name cg) 1.0 -60.0 20.0 2 assign (resid 240 and name ca) (resid 240 and name cb) (resid 240 and name cg) (resid 240 and name cd) 1.0 180.0 40.0 2 assign (resid 240 and name cb) (resid 240 and name cg) (resid 240 and name cd) (resid 240 and name ce) 1.0 180.0 40.0 2 6. TORSION ANGLE RESTRAINTS FOR SUGAR-PHOSPHATE BACKBONE (USED TO PREVENT MIRROR IMAGES) !301 302 !epsilon assign (residue 301 and name c4') (residue 301 and name c3') (residue 301 and name o3') (residue 302 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 301 and name c3') (residue 301 and name o3') (residue 302 and name p) (residue 302 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 301 and name o3') (residue 302 and name p) (residue 302 and name o5') (residue 302 and name c5') 1.0 -70.0 30.0 2 !302 303 !epsilon assign (residue 302 and name c4') (residue 302 and name c3') (residue 302 and name o3') (residue 303 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 302 and name c3') (residue 302 and name o3') (residue 303 and name p) (residue 303 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 302 and name o3') (residue 303 and name p) (residue 303 and name o5') (residue 303 and name c5') 1.0 -70.0 30.0 2 !303 304 !epsilon assign (residue 303 and name c4') (residue 303 and name c3') (residue 303 and name o3') (residue 304 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 303 and name c3') (residue 303 and name o3') (residue 304 and name p) (residue 304 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 303 and name o3') (residue 304 and name p) (residue 304 and name o5') (residue 304 and name c5') 1.0 -70.0 30.0 2 !304 305 !epsilon assign (residue 304 and name c4') (residue 304 and name c3') (residue 304 and name o3') (residue 305 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 304 and name c3') (residue 304 and name o3') (residue 305 and name p) (residue 305 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 304 and name o3') (residue 305 and name p) (residue 305 and name o5') (residue 305 and name c5') 1.0 -70.0 30.0 2 !305 306 !epsilon assign (residue 305 and name c4') (residue 305 and name c3') (residue 305 and name o3') (residue 306 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 305 and name c3') (residue 305 and name o3') (residue 306 and name p) (residue 306 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 305 and name o3') (residue 306 and name p) (residue 306 and name o5') (residue 306 and name c5') 1.0 -70.0 30.0 2 !306 307 !epsilon assign (residue 306 and name c4') (residue 306 and name c3') (residue 306 and name o3') (residue 307 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 306 and name c3') (residue 306 and name o3') (residue 307 and name p) (residue 307 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 306 and name o3') (residue 307 and name p) (residue 307 and name o5') (residue 307 and name c5') 1.0 -70.0 30.0 2 !307 308 !epsilon assign (residue 307 and name c4') (residue 307 and name c3') (residue 307 and name o3') (residue 308 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 307 and name c3') (residue 307 and name o3') (residue 308 and name p) (residue 308 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 307 and name o3') (residue 308 and name p) (residue 308 and name o5') (residue 308 and name c5') 1.0 -70.0 30.0 2 !308 309 !epsilon assign (residue 308 and name c4') (residue 308 and name c3') (residue 308 and name o3') (residue 309 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 308 and name c3') (residue 308 and name o3') (residue 309 and name p) (residue 309 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 308 and name o3') (residue 309 and name p) (residue 309 and name o5') (residue 309 and name c5') 1.0 -70.0 30.0 2 !309 310 !epsilon assign (residue 309 and name c4') (residue 309 and name c3') (residue 309 and name o3') (residue 310 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 309 and name c3') (residue 309 and name o3') (residue 310 and name p) (residue 310 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 309 and name o3') (residue 310 and name p) (residue 310 and name o5') (residue 310 and name c5') 1.0 -70.0 30.0 2 !310 311 !epsilon assign (residue 310 and name c4') (residue 310 and name c3') (residue 310 and name o3') (residue 311 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 310 and name c3') (residue 310 and name o3') (residue 311 and name p) (residue 311 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 310 and name o3') (residue 311 and name p) (residue 311 and name o5') (residue 311 and name c5') 1.0 -70.0 30.0 2 !311 312 !epsilon assign (residue 311 and name c4') (residue 311 and name c3') (residue 311 and name o3') (residue 312 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 311 and name c3') (residue 311 and name o3') (residue 312 and name p) (residue 312 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 311 and name o3') (residue 312 and name p) (residue 312 and name o5') (residue 312 and name c5') 1.0 -70.0 30.0 2 !312 313 !epsilon assign (residue 312 and name c4') (residue 312 and name c3') (residue 312 and name o3') (residue 313 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 312 and name c3') (residue 312 and name o3') (residue 313 and name p) (residue 313 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 312 and name o3') (residue 313 and name p) (residue 313 and name o5') (residue 313 and name c5') 1.0 -70.0 30.0 2 !313 314 !epsilon assign (residue 313 and name c4') (residue 313 and name c3') (residue 313 and name o3') (residue 314 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 313 and name c3') (residue 313 and name o3') (residue 314 and name p) (residue 314 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 313 and name o3') (residue 314 and name p) (residue 314 and name o5') (residue 314 and name c5') 1.0 -70.0 30.0 2 !314 315 !epsilon assign (residue 314 and name c4') (residue 314 and name c3') (residue 314 and name o3') (residue 315 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 314 and name c3') (residue 314 and name o3') (residue 315 and name p) (residue 315 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 314 and name o3') (residue 315 and name p) (residue 315 and name o5') (residue 315 and name c5') 1.0 -70.0 30.0 2 !315 316 !epsilon assign (residue 315 and name c4') (residue 315 and name c3') (residue 315 and name o3') (residue 316 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 315 and name c3') (residue 315 and name o3') (residue 316 and name p) (residue 316 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 315 and name o3') (residue 316 and name p) (residue 316 and name o5') (residue 316 and name c5') 1.0 -70.0 30.0 2 !316 317 !epsilon assign (residue 316 and name c4') (residue 316 and name c3') (residue 316 and name o3') (residue 317 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 316 and name c3') (residue 316 and name o3') (residue 317 and name p) (residue 317 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 316 and name o3') (residue 317 and name p) (residue 317 and name o5') (residue 317 and name c5') 1.0 -70.0 30.0 2 !317 318 !epsilon assign (residue 317 and name c4') (residue 317 and name c3') (residue 317 and name o3') (residue 318 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 317 and name c3') (residue 317 and name o3') (residue 318 and name p) (residue 318 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 317 and name o3') (residue 318 and name p) (residue 318 and name o5') (residue 318 and name c5') 1.0 -70.0 30.0 2 !318 319 !epsilon assign (residue 318 and name c4') (residue 318 and name c3') (residue 318 and name o3') (residue 319 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 318 and name c3') (residue 318 and name o3') (residue 319 and name p) (residue 319 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 318 and name o3') (residue 319 and name p) (residue 319 and name o5') (residue 319 and name c5') 1.0 -70.0 30.0 2 !320 321 !epsilon assign (residue 320 and name c4') (residue 320 and name c3') (residue 320 and name o3') (residue 321 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 320 and name c3') (residue 320 and name o3') (residue 321 and name p) (residue 321 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 320 and name o3') (residue 321 and name p) (residue 321 and name o5') (residue 321 and name c5') 1.0 -70.0 30.0 2 !321 322 !epsilon assign (residue 321 and name c4') (residue 321 and name c3') (residue 321 and name o3') (residue 322 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 321 and name c3') (residue 321 and name o3') (residue 322 and name p) (residue 322 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 321 and name o3') (residue 322 and name p) (residue 322 and name o5') (residue 322 and name c5') 1.0 -70.0 30.0 2 !322 323 !epsilon assign (residue 322 and name c4') (residue 322 and name c3') (residue 322 and name o3') (residue 323 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 322 and name c3') (residue 322 and name o3') (residue 323 and name p) (residue 323 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 322 and name o3') (residue 323 and name p) (residue 323 and name o5') (residue 323 and name c5') 1.0 -70.0 30.0 2 !323 324 !epsilon assign (residue 323 and name c4') (residue 323 and name c3') (residue 323 and name o3') (residue 324 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 323 and name c3') (residue 323 and name o3') (residue 324 and name p) (residue 324 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 323 and name o3') (residue 324 and name p) (residue 324 and name o5') (residue 324 and name c5') 1.0 -70.0 30.0 2 !324 325 !epsilon assign (residue 324 and name c4') (residue 324 and name c3') (residue 324 and name o3') (residue 325 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 324 and name c3') (residue 324 and name o3') (residue 325 and name p) (residue 325 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 324 and name o3') (residue 325 and name p) (residue 325 and name o5') (residue 325 and name c5') 1.0 -70.0 30.0 2 !325 326 !epsilon assign (residue 325 and name c4') (residue 325 and name c3') (residue 325 and name o3') (residue 326 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 325 and name c3') (residue 325 and name o3') (residue 326 and name p) (residue 326 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 325 and name o3') (residue 326 and name p) (residue 326 and name o5') (residue 326 and name c5') 1.0 -70.0 30.0 2 !326 327 !epsilon assign (residue 326 and name c4') (residue 326 and name c3') (residue 326 and name o3') (residue 327 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 326 and name c3') (residue 326 and name o3') (residue 327 and name p) (residue 327 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 326 and name o3') (residue 327 and name p) (residue 327 and name o5') (residue 327 and name c5') 1.0 -70.0 30.0 2 !327 328 !epsilon assign (residue 327 and name c4') (residue 327 and name c3') (residue 327 and name o3') (residue 328 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 327 and name c3') (residue 327 and name o3') (residue 328 and name p) (residue 328 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 327 and name o3') (residue 328 and name p) (residue 328 and name o5') (residue 328 and name c5') 1.0 -70.0 30.0 2 !328 329 !epsilon assign (residue 328 and name c4') (residue 328 and name c3') (residue 328 and name o3') (residue 329 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 328 and name c3') (residue 328 and name o3') (residue 329 and name p) (residue 329 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 328 and name o3') (residue 329 and name p) (residue 329 and name o5') (residue 329 and name c5') 1.0 -70.0 30.0 2 !329 330 !epsilon assign (residue 329 and name c4') (residue 329 and name c3') (residue 329 and name o3') (residue 330 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 329 and name c3') (residue 329 and name o3') (residue 330 and name p) (residue 330 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 329 and name o3') (residue 330 and name p) (residue 330 and name o5') (residue 330 and name c5') 1.0 -70.0 30.0 2 !330 331 !epsilon assign (residue 330 and name c4') (residue 330 and name c3') (residue 330 and name o3') (residue 331 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 330 and name c3') (residue 330 and name o3') (residue 331 and name p) (residue 331 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 330 and name o3') (residue 331 and name p) (residue 331 and name o5') (residue 331 and name c5') 1.0 -70.0 30.0 2 !331 332 !epsilon assign (residue 331 and name c4') (residue 331 and name c3') (residue 331 and name o3') (residue 332 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 331 and name c3') (residue 331 and name o3') (residue 332 and name p) (residue 332 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 331 and name o3') (residue 332 and name p) (residue 332 and name o5') (residue 332 and name c5') 1.0 -70.0 30.0 2 !332 333 !epsilon assign (residue 332 and name c4') (residue 332 and name c3') (residue 332 and name o3') (residue 333 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 332 and name c3') (residue 332 and name o3') (residue 333 and name p) (residue 333 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 332 and name o3') (residue 333 and name p) (residue 333 and name o5') (residue 333 and name c5') 1.0 -70.0 30.0 2 !333 334 !epsilon assign (residue 333 and name c4') (residue 333 and name c3') (residue 333 and name o3') (residue 334 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 333 and name c3') (residue 333 and name o3') (residue 334 and name p) (residue 334 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 333 and name o3') (residue 334 and name p) (residue 334 and name o5') (residue 334 and name c5') 1.0 -70.0 30.0 2 !334 335 !epsilon assign (residue 334 and name c4') (residue 334 and name c3') (residue 334 and name o3') (residue 335 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 334 and name c3') (residue 334 and name o3') (residue 335 and name p) (residue 335 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 334 and name o3') (residue 335 and name p) (residue 335 and name o5') (residue 335 and name c5') 1.0 -70.0 30.0 2 !335 336 !epsilon assign (residue 335 and name c4') (residue 335 and name c3') (residue 335 and name o3') (residue 336 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 335 and name c3') (residue 335 and name o3') (residue 336 and name p) (residue 336 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 335 and name o3') (residue 336 and name p) (residue 336 and name o5') (residue 336 and name c5') 1.0 -70.0 30.0 2 !336 337 !epsilon assign (residue 336 and name c4') (residue 336 and name c3') (residue 336 and name o3') (residue 337 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 336 and name c3') (residue 336 and name o3') (residue 337 and name p) (residue 337 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 336 and name o3') (residue 337 and name p) (residue 337 and name o5') (residue 337 and name c5') 1.0 -70.0 30.0 2 !337 338 !epsilon assign (residue 337 and name c4') (residue 337 and name c3') (residue 337 and name o3') (residue 338 and name p) 1.0 180.0 40.0 2 !zeta assign (residue 337 and name c3') (residue 337 and name o3') (residue 338 and name p) (residue 338 and name o5') 1.0 -90.0 30.0 2 !alpha assign (residue 337 and name o3') (residue 338 and name p) (residue 338 and name o5') (residue 338 and name c5') 1.0 -70.0 30.0 2 !============================================================================ !beta !============================================================================ assign (residue 302 and name p) (residue 302 and name o5') (residue 302 and name c5') (residue 302 and name c4') 1.0 180.0 50.0 2 assign (residue 303 and name p) (residue 303 and name o5') (residue 303 and name c5') (residue 303 and name c4') 1.0 180.0 50.0 2 assign (residue 304 and name p) (residue 304 and name o5') (residue 304 and name c5') (residue 304 and name c4') 1.0 180.0 50.0 2 assign (residue 305 and name p) (residue 305 and name o5') (residue 305 and name c5') (residue 305 and name c4') 1.0 180.0 50.0 2 assign (residue 306 and name p) (residue 306 and name o5') (residue 306 and name c5') (residue 306 and name c4') 1.0 180.0 50.0 2 assign (residue 307 and name p) (residue 307 and name o5') (residue 307 and name c5') (residue 307 and name c4') 1.0 180.0 50.0 2 assign (residue 308 and name p) (residue 308 and name o5') (residue 308 and name c5') (residue 308 and name c4') 1.0 180.0 50.0 2 assign (residue 309 and name p) (residue 309 and name o5') (residue 309 and name c5') (residue 309 and name c4') 1.0 180.0 50.0 2 assign (residue 310 and name p) (residue 310 and name o5') (residue 310 and name c5') (residue 310 and name c4') 1.0 180.0 50.0 2 assign (residue 311 and name p) (residue 311 and name o5') (residue 311 and name c5') (residue 311 and name c4') 1.0 180.0 50.0 2 assign (residue 312 and name p) (residue 312 and name o5') (residue 312 and name c5') (residue 312 and name c4') 1.0 180.0 50.0 2 assign (residue 313 and name p) (residue 313 and name o5') (residue 313 and name c5') (residue 313 and name c4') 1.0 180.0 50.0 2 assign (residue 314 and name p) (residue 314 and name o5') (residue 314 and name c5') (residue 314 and name c4') 1.0 180.0 50.0 2 assign (residue 315 and name p) (residue 315 and name o5') (residue 315 and name c5') (residue 315 and name c4') 1.0 180.0 50.0 2 assign (residue 316 and name p) (residue 316 and name o5') (residue 316 and name c5') (residue 316 and name c4') 1.0 180.0 50.0 2 assign (residue 317 and name p) (residue 317 and name o5') (residue 317 and name c5') (residue 317 and name c4') 1.0 180.0 50.0 2 assign (residue 318 and name p) (residue 318 and name o5') (residue 318 and name c5') (residue 318 and name c4') 1.0 180.0 50.0 2 assign (residue 319 and name p) (residue 319 and name o5') (residue 319 and name c5') (residue 319 and name c4') 1.0 180.0 50.0 2 assign (residue 321 and name p) (residue 321 and name o5') (residue 321 and name c5') (residue 321 and name c4') 1.0 180.0 50.0 2 assign (residue 322 and name p) (residue 322 and name o5') (residue 322 and name c5') (residue 322 and name c4') 1.0 180.0 50.0 2 assign (residue 323 and name p) (residue 323 and name o5') (residue 323 and name c5') (residue 323 and name c4') 1.0 180.0 50.0 2 assign (residue 324 and name p) (residue 324 and name o5') (residue 324 and name c5') (residue 324 and name c4') 1.0 180.0 50.0 2 assign (residue 325 and name p) (residue 325 and name o5') (residue 325 and name c5') (residue 325 and name c4') 1.0 180.0 50.0 2 assign (residue 326 and name p) (residue 326 and name o5') (residue 326 and name c5') (residue 326 and name c4') 1.0 180.0 50.0 2 assign (residue 327 and name p) (residue 327 and name o5') (residue 327 and name c5') (residue 327 and name c4') 1.0 180.0 50.0 2 assign (residue 328 and name p) (residue 328 and name o5') (residue 328 and name c5') (residue 328 and name c4') 1.0 180.0 50.0 2 assign (residue 329 and name p) (residue 329 and name o5') (residue 329 and name c5') (residue 329 and name c4') 1.0 180.0 50.0 2 assign (residue 330 and name p) (residue 330 and name o5') (residue 330 and name c5') (residue 330 and name c4') 1.0 180.0 50.0 2 assign (residue 331 and name p) (residue 331 and name o5') (residue 331 and name c5') (residue 331 and name c4') 1.0 180.0 50.0 2 assign (residue 332 and name p) (residue 332 and name o5') (residue 332 and name c5') (residue 332 and name c4') 1.0 180.0 50.0 2 assign (residue 333 and name p) (residue 333 and name o5') (residue 333 and name c5') (residue 333 and name c4') 1.0 180.0 50.0 2 assign (residue 334 and name p) (residue 334 and name o5') (residue 334 and name c5') (residue 334 and name c4') 1.0 180.0 50.0 2 assign (residue 335 and name p) (residue 335 and name o5') (residue 335 and name c5') (residue 335 and name c4') 1.0 180.0 50.0 2 assign (residue 336 and name p) (residue 336 and name o5') (residue 336 and name c5') (residue 336 and name c4') 1.0 180.0 50.0 2 assign (residue 337 and name p) (residue 337 and name o5') (residue 337 and name c5') (residue 337 and name c4') 1.0 180.0 50.0 2 assign (residue 338 and name p) (residue 338 and name o5') (residue 338 and name c5') (residue 338 and name c4') 1.0 180.0 50.0 2 !============================================================================ !gamma !============================================================================ assign (residue 301 and name o5') (residue 301 and name c5') (residue 301 and name c4') (residue 301 and name c3') 1.0 60.0 35.0 2 assign (residue 302 and name o5') (residue 302 and name c5') (residue 302 and name c4') (residue 302 and name c3') 1.0 60.0 35.0 2 assign (residue 303 and name o5') (residue 303 and name c5') (residue 303 and name c4') (residue 303 and name c3') 1.0 60.0 35.0 2 assign (residue 304 and name o5') (residue 304 and name c5') (residue 304 and name c4') (residue 304 and name c3') 1.0 60.0 35.0 2 assign (residue 305 and name o5') (residue 305 and name c5') (residue 305 and name c4') (residue 305 and name c3') 1.0 60.0 35.0 2 assign (residue 306 and name o5') (residue 306 and name c5') (residue 306 and name c4') (residue 306 and name c3') 1.0 60.0 35.0 2 assign (residue 307 and name o5') (residue 307 and name c5') (residue 307 and name c4') (residue 307 and name c3') 1.0 60.0 35.0 2 assign (residue 308 and name o5') (residue 308 and name c5') (residue 308 and name c4') (residue 308 and name c3') 1.0 60.0 35.0 2 assign (residue 309 and name o5') (residue 309 and name c5') (residue 309 and name c4') (residue 309 and name c3') 1.0 60.0 35.0 2 assign (residue 310 and name o5') (residue 310 and name c5') (residue 310 and name c4') (residue 310 and name c3') 1.0 60.0 35.0 2 assign (residue 311 and name o5') (residue 311 and name c5') (residue 311 and name c4') (residue 311 and name c3') 1.0 60.0 35.0 2 assign (residue 312 and name o5') (residue 312 and name c5') (residue 312 and name c4') (residue 312 and name c3') 1.0 60.0 35.0 2 assign (residue 313 and name o5') (residue 313 and name c5') (residue 313 and name c4') (residue 313 and name c3') 1.0 60.0 35.0 2 assign (residue 314 and name o5') (residue 314 and name c5') (residue 314 and name c4') (residue 314 and name c3') 1.0 60.0 35.0 2 assign (residue 315 and name o5') (residue 315 and name c5') (residue 315 and name c4') (residue 315 and name c3') 1.0 60.0 35.0 2 assign (residue 316 and name o5') (residue 316 and name c5') (residue 316 and name c4') (residue 316 and name c3') 1.0 60.0 35.0 2 assign (residue 317 and name o5') (residue 317 and name c5') (residue 317 and name c4') (residue 317 and name c3') 1.0 60.0 35.0 2 assign (residue 318 and name o5') (residue 318 and name c5') (residue 318 and name c4') (residue 318 and name c3') 1.0 60.0 35.0 2 assign (residue 319 and name o5') (residue 319 and name c5') (residue 319 and name c4') (residue 319 and name c3') 1.0 60.0 35.0 2 assign (residue 320 and name o5') (residue 320 and name c5') (residue 320 and name c4') (residue 320 and name c3') 1.0 60.0 35.0 2 assign (residue 321 and name o5') (residue 321 and name c5') (residue 321 and name c4') (residue 321 and name c3') 1.0 60.0 35.0 2 assign (residue 322 and name o5') (residue 322 and name c5') (residue 322 and name c4') (residue 322 and name c3') 1.0 60.0 35.0 2 assign (residue 323 and name o5') (residue 323 and name c5') (residue 323 and name c4') (residue 323 and name c3') 1.0 60.0 35.0 2 assign (residue 324 and name o5') (residue 324 and name c5') (residue 324 and name c4') (residue 324 and name c3') 1.0 60.0 35.0 2 assign (residue 325 and name o5') (residue 325 and name c5') (residue 325 and name c4') (residue 325 and name c3') 1.0 60.0 35.0 2 assign (residue 326 and name o5') (residue 326 and name c5') (residue 326 and name c4') (residue 326 and name c3') 1.0 60.0 35.0 2 assign (residue 327 and name o5') (residue 327 and name c5') (residue 327 and name c4') (residue 327 and name c3') 1.0 60.0 35.0 2 assign (residue 328 and name o5') (residue 328 and name c5') (residue 328 and name c4') (residue 328 and name c3') 1.0 60.0 35.0 2 assign (residue 329 and name o5') (residue 329 and name c5') (residue 329 and name c4') (residue 329 and name c3') 1.0 60.0 35.0 2 assign (residue 330 and name o5') (residue 330 and name c5') (residue 330 and name c4') (residue 330 and name c3') 1.0 60.0 35.0 2 assign (residue 331 and name o5') (residue 331 and name c5') (residue 331 and name c4') (residue 331 and name c3') 1.0 60.0 35.0 2 assign (residue 332 and name o5') (residue 332 and name c5') (residue 332 and name c4') (residue 332 and name c3') 1.0 60.0 35.0 2 assign (residue 333 and name o5') (residue 333 and name c5') (residue 333 and name c4') (residue 333 and name c3') 1.0 60.0 35.0 2 assign (residue 334 and name o5') (residue 334 and name c5') (residue 334 and name c4') (residue 334 and name c3') 1.0 60.0 35.0 2 assign (residue 335 and name o5') (residue 335 and name c5') (residue 335 and name c4') (residue 335 and name c3') 1.0 60.0 35.0 2 assign (residue 336 and name o5') (residue 336 and name c5') (residue 336 and name c4') (residue 336 and name c3') 1.0 60.0 35.0 2 assign (residue 337 and name o5') (residue 337 and name c5') (residue 337 and name c4') (residue 337 and name c3') 1.0 60.0 35.0 2 assign (residue 338 and name o5') (residue 338 and name c5') (residue 338 and name c4') (residue 338 and name c3') 1.0 60.0 35.0 2 !============================================================================ !delta !============================================================================ assign (residue 301 and name c5') (residue 301 and name c4') (residue 301 and name c3') (residue 301 and name o3') 1.0 145.0 15.0 2 assign (residue 302 and name c5') (residue 302 and name c4') (residue 302 and name c3') (residue 302 and name o3') 1.0 145.0 15.0 2 assign (residue 303 and name c5') (residue 303 and name c4') (residue 303 and name c3') (residue 303 and name o3') 1.0 145.0 15.0 2 assign (residue 304 and name c5') (residue 304 and name c4') (residue 304 and name c3') (residue 304 and name o3') 1.0 145.0 15.0 2 assign (residue 305 and name c5') (residue 305 and name c4') (residue 305 and name c3') (residue 305 and name o3') 1.0 75.0 15.0 2 assign (residue 306 and name c5') (residue 306 and name c4') (residue 306 and name c3') (residue 306 and name o3') 1.0 75.0 15.0 2 assign (residue 307 and name c5') (residue 307 and name c4') (residue 307 and name c3') (residue 307 and name o3') 1.0 145.0 15.0 2 assign (residue 308 and name c5') (residue 308 and name c4') (residue 308 and name c3') (residue 308 and name o3') 1.0 145.0 15.0 2 assign (residue 309 and name c5') (residue 309 and name c4') (residue 309 and name c3') (residue 309 and name o3') 1.0 145.0 15.0 2 assign (residue 310 and name c5') (residue 310 and name c4') (residue 310 and name c3') (residue 310 and name o3') 1.0 145.0 15.0 2 assign (residue 311 and name c5') (residue 311 and name c4') (residue 311 and name c3') (residue 311 and name o3') 1.0 145.0 15.0 2 assign (residue 312 and name c5') (residue 312 and name c4') (residue 312 and name c3') (residue 312 and name o3') 1.0 145.0 15.0 2 assign (residue 313 and name c5') (residue 313 and name c4') (residue 313 and name c3') (residue 313 and name o3') 1.0 145.0 15.0 2 assign (residue 314 and name c5') (residue 314 and name c4') (residue 314 and name c3') (residue 314 and name o3') 1.0 145.0 15.0 2 assign (residue 315 and name c5') (residue 315 and name c4') (residue 315 and name c3') (residue 315 and name o3') 1.0 145.0 15.0 2 assign (residue 316 and name c5') (residue 316 and name c4') (residue 316 and name c3') (residue 316 and name o3') 1.0 145.0 15.0 2 assign (residue 317 and name c5') (residue 317 and name c4') (residue 317 and name c3') (residue 317 and name o3') 1.0 145.0 15.0 2 assign (residue 318 and name c5') (residue 318 and name c4') (residue 318 and name c3') (residue 318 and name o3') 1.0 145.0 15.0 2 assign (residue 319 and name c5') (residue 319 and name c4') (residue 319 and name c3') (residue 319 and name o3') 1.0 145.0 15.0 2 assign (residue 320 and name c5') (residue 320 and name c4') (residue 320 and name c3') (residue 320 and name o3') 1.0 145.0 15.0 2 assign (residue 321 and name c5') (residue 321 and name c4') (residue 321 and name c3') (residue 321 and name o3') 1.0 145.0 15.0 2 assign (residue 322 and name c5') (residue 322 and name c4') (residue 322 and name c3') (residue 322 and name o3') 1.0 145.0 15.0 2 assign (residue 323 and name c5') (residue 323 and name c4') (residue 323 and name c3') (residue 323 and name o3') 1.0 145.0 15.0 2 assign (residue 324 and name c5') (residue 324 and name c4') (residue 324 and name c3') (residue 324 and name o3') 1.0 145.0 15.0 2 assign (residue 325 and name c5') (residue 325 and name c4') (residue 325 and name c3') (residue 325 and name o3') 1.0 145.0 15.0 2 assign (residue 326 and name c5') (residue 326 and name c4') (residue 326 and name c3') (residue 326 and name o3') 1.0 145.0 15.0 2 assign (residue 327 and name c5') (residue 327 and name c4') (residue 327 and name c3') (residue 327 and name o3') 1.0 145.0 15.0 2 assign (residue 328 and name c5') (residue 328 and name c4') (residue 328 and name c3') (residue 328 and name o3') 1.0 145.0 15.0 2 assign (residue 329 and name c5') (residue 329 and name c4') (residue 329 and name c3') (residue 329 and name o3') 1.0 145.0 15.0 2 assign (residue 330 and name c5') (residue 330 and name c4') (residue 330 and name c3') (residue 330 and name o3') 1.0 145.0 15.0 2 assign (residue 331 and name c5') (residue 331 and name c4') (residue 331 and name c3') (residue 331 and name o3') 1.0 145.0 15.0 2 assign (residue 332 and name c5') (residue 332 and name c4') (residue 332 and name c3') (residue 332 and name o3') 1.0 75.0 15.0 2 assign (residue 333 and name c5') (residue 333 and name c4') (residue 333 and name c3') (residue 333 and name o3') 1.0 145.0 15.0 2 assign (residue 334 and name c5') (residue 334 and name c4') (residue 334 and name c3') (residue 334 and name o3') 1.0 145.0 15.0 2 assign (residue 335 and name c5') (residue 335 and name c4') (residue 335 and name c3') (residue 335 and name o3') 1.0 145.0 15.0 2 assign (residue 336 and name c5') (residue 336 and name c4') (residue 336 and name c3') (residue 336 and name o3') 1.0 145.0 15.0 2 assign (residue 337 and name c5') (residue 337 and name c4') (residue 337 and name c3') (residue 337 and name o3') 1.0 145.0 15.0 2 assign (residue 338 and name c5') (residue 338 and name c4') (residue 338 and name c3') (residue 338 and name o3') 1.0 145.0 15.0 2 Entry H atom name Submitted Coord H atom name 1 1H5* T 301 H5' THY 301 22.211 3.560 20.833 2 2H5* T 301 H5'' THY 301 21.669 2.628 22.243 3 H4* T 301 H4' THY 301 21.598 4.963 22.818 4 H3* T 301 H3' THY 301 19.306 3.402 23.074 5 1H2* T 301 H2' THY 301 17.974 4.240 21.362 6 2H2* T 301 H2'' THY 301 17.760 5.606 22.481 7 H1* T 301 H1' THY 301 19.145 6.977 21.320 8 H3 T 301 H3 THY 301 18.040 7.694 17.009 9 1H5M T 301 H51 THY 301 19.356 2.496 17.377 10 2H5M T 301 H52 THY 301 18.735 3.218 15.873 11 3H5M T 301 H53 THY 301 17.601 2.633 17.114 12 H6 T 301 H6 THY 301 19.147 3.706 19.476 13 H5T T 301 H5T THY 301 19.804 2.167 21.252 14 1H5* G 302 H5' GUA 302 18.774 7.832 24.012 15 2H5* G 302 H5'' GUA 302 18.114 8.036 25.648 16 H4* G 302 H4' GUA 302 17.195 9.770 24.272 17 H3* G 302 H3' GUA 302 15.469 8.015 25.601 18 H1* G 302 H1' GUA 302 14.893 9.272 21.990 19 H8 G 302 H8 GUA 302 15.659 5.444 22.156 20 H1 G 302 H1 GUA 302 14.264 7.766 16.352 21 1H2 G 302 HN' GUA 302 13.898 9.966 16.473 22 2H2 G 302 HN'' GUA 302 14.048 10.853 17.976 23 1H2* G 302 H2' GUA 302 14.719 6.821 23.736 24 2H2* G 302 H2'' GUA 302 13.612 8.214 23.620 25 1H5* T 303 H5' THY 303 13.974 11.214 22.819 26 2H5* T 303 H5'' THY 303 13.108 12.333 23.885 27 H4* T 303 H4' THY 303 12.173 12.698 21.756 28 H3* T 303 H3' THY 303 10.477 11.568 23.726 29 1H2* T 303 H2' THY 303 10.069 9.503 22.728 30 2H2* T 303 H2'' THY 303 9.011 10.459 21.669 31 H1* T 303 H1' THY 303 10.521 10.594 19.956 32 H3 T 303 H3 THY 303 11.379 6.687 17.916 33 1H5M T 303 H51 THY 303 13.286 5.564 22.522 34 2H5M T 303 H52 THY 303 12.005 4.473 21.986 35 3H5M T 303 H53 THY 303 11.656 5.740 23.187 36 H6 T 303 H6 THY 303 11.674 8.077 22.505 37 1H5* C 304 H5' CYT 304 7.961 12.021 19.945 38 2H5* C 304 H5'' CYT 304 6.711 13.211 20.374 39 H4* C 304 H4' CYT 304 5.480 11.644 19.173 40 H3* C 304 H3' CYT 304 5.032 11.557 21.982 41 H1* C 304 H1' CYT 304 5.124 8.539 19.558 42 1H4 C 304 HN' CYT 304 10.246 4.846 21.722 43 2H4 C 304 HN'' CYT 304 9.589 4.044 20.314 44 H5 C 304 H5 CYT 304 9.396 6.929 22.579 45 H6 C 304 H6 CYT 304 7.775 8.714 22.231 46 1H2* C 304 H2' CYT 304 5.804 9.402 22.374 47 2H2* C 304 H2'' CYT 304 4.247 8.916 21.672 48 1H5* T 305 H5' THY 305 2.515 9.210 19.000 49 2H5* T 305 H5'' THY 305 0.840 9.689 19.337 50 H4* T 305 H4' THY 305 0.567 7.557 18.472 51 H3* T 305 H3' THY 305 0.788 7.327 21.467 52 1H2* T 305 H2' THY 305 0.878 5.021 21.354 53 2H2* T 305 H2'' THY 305 -0.130 4.956 19.879 54 H1* T 305 H1' THY 305 1.788 4.823 18.631 55 H3 T 305 H3 THY 305 5.037 2.221 20.305 56 1H5M T 305 H51 THY 305 5.156 5.647 23.950 57 2H5M T 305 H52 THY 305 5.192 7.030 22.832 58 3H5M T 305 H53 THY 305 6.563 5.903 22.897 59 H6 T 305 H6 THY 305 3.355 6.572 21.477 60 1H5* T 306 H5' THY 306 -2.336 5.166 19.271 61 2H5* T 306 H5'' THY 306 -3.892 5.213 20.123 62 H4* T 306 H4' THY 306 -3.558 3.010 19.280 63 H3* T 306 H3' THY 306 -3.158 3.221 22.241 64 1H2* T 306 H2' THY 306 -2.565 0.975 22.364 65 2H2* T 306 H2'' THY 306 -3.427 0.549 20.863 66 H1* T 306 H1' THY 306 -1.383 0.733 19.824 67 H3 T 306 H3 THY 306 2.468 0.045 22.065 68 1H5M T 306 H51 THY 306 0.440 4.863 23.613 69 2H5M T 306 H52 THY 306 2.189 4.546 23.680 70 3H5M T 306 H53 THY 306 1.105 3.825 24.893 71 H6 T 306 H6 THY 306 -0.855 3.521 22.230 72 1H5* T 307 H5' THY 307 -5.580 -0.056 21.049 73 2H5* T 307 H5'' THY 307 -7.204 0.063 21.736 74 H4* T 307 H4' THY 307 -6.425 -2.252 21.792 75 H3* T 307 H3' THY 307 -7.464 -0.987 24.057 76 1H2* T 307 H2' THY 307 -5.583 -0.808 25.405 77 2H2* T 307 H2'' THY 307 -5.816 -2.552 25.630 78 H1* T 307 H1' THY 307 -4.120 -3.128 24.234 79 H3 T 307 H3 THY 307 -0.012 -1.558 25.192 80 1H5M T 307 H51 THY 307 -3.222 2.748 24.555 81 2H5M T 307 H52 THY 307 -1.458 2.896 24.739 82 3H5M T 307 H53 THY 307 -2.486 2.665 26.174 83 H6 T 307 H6 THY 307 -4.229 0.634 24.445 84 1H5* G 308 H5' GUA 308 -6.051 -5.413 24.555 85 2H5* G 308 H5'' GUA 308 -7.494 -6.295 25.095 86 H4* G 308 H4' GUA 308 -5.599 -7.393 26.051 87 H3* G 308 H3' GUA 308 -7.577 -6.346 27.749 88 H1* G 308 H1' GUA 308 -3.733 -6.103 28.482 89 H8 G 308 H8 GUA 308 -5.550 -2.724 27.775 90 H1 G 308 H1 GUA 308 0.673 -2.259 29.244 91 1H2 G 308 HN' GUA 308 0.602 -5.754 29.335 92 2H2 G 308 HN'' GUA 308 1.547 -4.295 29.530 93 1H2* G 308 H2' GUA 308 -6.343 -4.625 28.732 94 2H2* G 308 H2'' GUA 308 -5.690 -5.962 29.713 95 1H5* T 309 H5' THY 309 -3.915 -8.491 29.386 96 2H5* T 309 H5'' THY 309 -4.626 -9.952 30.099 97 H4* T 309 H4' THY 309 -2.580 -9.688 31.217 98 H3* T 309 H3' THY 309 -4.910 -9.366 32.782 99 1H2* T 309 H2' THY 309 -4.681 -7.124 33.351 100 2H2* T 309 H2'' THY 309 -3.455 -7.736 34.471 101 H1* T 309 H1' THY 309 -1.677 -7.184 33.116 102 H3 T 309 H3 THY 309 -1.109 -2.738 32.555 103 1H5M T 309 H51 THY 309 -6.331 -3.842 31.716 104 2H5M T 309 H52 THY 309 -5.608 -3.059 30.298 105 3H5M T 309 H53 THY 309 -5.721 -2.175 31.832 106 H6 T 309 H6 THY 309 -4.842 -5.668 31.791 107 1H5* C 310 H5' CYT 310 -0.696 -9.300 34.544 108 2H5* C 310 H5'' CYT 310 -0.697 -10.635 35.712 109 H4* C 310 H4' CYT 310 0.991 -9.108 36.392 110 H3* C 310 H3' CYT 310 -1.134 -9.651 38.159 111 H1* C 310 H1' CYT 310 0.440 -6.106 37.631 112 1H4 C 310 HN' CYT 310 -3.417 -1.561 35.332 113 2H4 C 310 HN'' CYT 310 -4.737 -2.692 35.122 114 H5 C 310 H5 CYT 310 -4.545 -5.050 35.610 115 H6 C 310 H6 CYT 310 -3.063 -6.811 36.447 116 1H2* C 310 H2' CYT 310 -2.125 -7.550 38.246 117 2H2* C 310 H2'' CYT 310 -0.742 -7.166 39.286 118 1H5* A 311 H5' ADE 311 2.419 -7.020 39.466 119 2H5* A 311 H5'' ADE 311 3.078 -7.837 40.897 120 H4* A 311 H4' ADE 311 3.619 -5.511 41.073 121 H3* A 311 H3' ADE 311 2.135 -6.740 43.108 122 H1* A 311 H1' ADE 311 1.359 -3.149 41.746 123 H8 A 311 H8 ADE 311 -1.303 -5.900 40.995 124 1H6 A 311 HN' ADE 311 -4.605 -2.993 38.958 125 2H6 A 311 HN'' ADE 311 -4.647 -1.272 38.627 126 H2 A 311 H2 ADE 311 -0.698 0.434 39.992 127 1H2* A 311 H2' ADE 311 0.094 -5.673 42.772 128 2H2* A 311 H2'' ADE 311 0.899 -4.352 43.660 129 1H5* T 312 H5' THY 312 3.393 -2.381 43.250 130 2H5* T 312 H5'' THY 312 4.399 -2.275 44.706 131 H4* T 312 H4' THY 312 3.609 -0.100 44.253 132 H3* T 312 H3' THY 312 2.877 -1.267 46.704 133 1H2* T 312 H2' THY 312 0.570 -1.349 46.395 134 2H2* T 312 H2'' THY 312 0.669 0.395 46.710 135 H1* T 312 H1' THY 312 0.569 0.986 44.485 136 H3 T 312 H3 THY 312 -3.400 0.004 42.567 137 1H5M T 312 H51 THY 312 -1.264 -4.656 44.301 138 2H5M T 312 H52 THY 312 -2.792 -4.608 43.399 139 3H5M T 312 H53 THY 312 -2.756 -4.240 45.142 140 H6 T 312 H6 THY 312 -0.104 -2.680 44.812 141 1H5* G 313 H5' GUA 313 1.942 3.414 45.875 142 2H5* G 313 H5'' GUA 313 2.870 4.115 47.229 143 H4* G 313 H4' GUA 313 1.148 5.633 46.628 144 H3* G 313 H3' GUA 313 1.374 4.699 49.236 145 H1* G 313 H1' GUA 313 -2.135 4.863 47.390 146 H8 G 313 H8 GUA 313 -0.606 1.383 48.254 147 H1 G 313 H1 GUA 313 -6.241 1.310 45.197 148 1H2 G 313 HN' GUA 313 -6.830 3.405 44.643 149 2H2 G 313 HN'' GUA 313 -5.829 4.787 45.025 150 1H2* G 313 H2' GUA 313 -0.503 3.331 49.368 151 2H2* G 313 H2'' GUA 313 -1.348 4.884 49.543 152 1H5* C 314 H5' CYT 314 -1.795 7.359 47.947 153 2H5* C 314 H5'' CYT 314 -1.781 8.921 48.789 154 H4* C 314 H4' CYT 314 -4.013 8.572 48.061 155 H3* C 314 H3' CYT 314 -3.525 8.789 50.818 156 H1* C 314 H1' CYT 314 -6.058 6.305 49.229 157 1H4 C 314 HN' CYT 314 -3.525 0.283 50.648 158 2H4 C 314 HN'' CYT 314 -4.999 0.023 49.739 159 H5 C 314 H5 CYT 314 -2.633 2.469 51.116 160 H6 C 314 H6 CYT 314 -3.008 4.870 50.903 161 1H2* C 314 H2' CYT 314 -4.018 6.606 51.431 162 2H2* C 314 H2'' CYT 314 -5.696 7.175 51.343 163 1H5* T 315 H5' THY 315 -7.655 8.319 49.102 164 2H5* T 315 H5'' THY 315 -8.520 9.771 49.640 165 H4* T 315 H4' THY 315 -10.161 8.123 49.163 166 H3* T 315 H3' THY 315 -9.995 9.141 51.791 167 1H2* T 315 H2' THY 315 -9.355 7.185 52.885 168 2H2* T 315 H2'' THY 315 -11.073 6.780 52.715 169 H1* T 315 H1' THY 315 -10.762 5.456 50.845 170 H3 T 315 H3 THY 315 -8.614 1.622 51.800 171 1H5M T 315 H51 THY 315 -5.096 5.395 53.010 172 2H5M T 315 H52 THY 315 -5.046 3.820 53.826 173 3H5M T 315 H53 THY 315 -5.968 5.167 54.536 174 H6 T 315 H6 THY 315 -7.475 6.243 52.475 175 1H5* A 316 H5' ADE 316 -13.261 6.183 50.440 176 2H5* A 316 H5'' ADE 316 -14.735 7.138 50.705 177 H4* A 316 H4' ADE 316 -15.355 4.840 50.806 178 H3* A 316 H3' ADE 316 -15.828 6.501 53.020 179 H1* A 316 H1' ADE 316 -14.558 2.822 53.292 180 H8 A 316 H8 ADE 316 -11.978 5.544 54.375 181 1H6 A 316 HN' ADE 316 -8.440 0.755 56.036 182 2H6 A 316 HN'' ADE 316 -8.559 2.501 55.978 183 H2 A 316 H2 ADE 316 -12.211 -0.890 54.190 184 1H2* A 316 H2' ADE 316 -14.269 5.564 54.499 185 2H2* A 316 H2'' ADE 316 -15.563 4.357 54.707 186 1H5* A 317 H5' ADE 317 -16.785 2.179 52.972 187 2H5* A 317 H5'' ADE 317 -18.554 2.074 53.058 188 H4* A 317 H4' ADE 317 -17.821 0.003 53.870 189 H3* A 317 H3' ADE 317 -19.094 1.712 55.731 190 H1* A 317 H1' ADE 317 -16.034 -0.586 56.517 191 H8 A 317 H8 ADE 317 -15.312 3.243 56.633 192 1H6 A 317 HN' ADE 317 -9.845 1.578 59.061 193 2H6 A 317 HN'' ADE 317 -10.832 2.946 58.574 194 H2 A 317 H2 ADE 317 -12.153 -2.162 58.123 195 1H2* A 317 H2' ADE 317 -17.275 2.080 57.160 196 2H2* A 317 H2'' ADE 317 -17.703 0.450 57.750 197 1H5* T 318 H5' THY 318 -17.946 -2.676 56.442 198 2H5* T 318 H5'' THY 318 -19.519 -3.408 56.814 199 H4* T 318 H4' THY 318 -17.842 -4.851 57.697 200 H3* T 318 H3' THY 318 -19.756 -3.729 59.432 201 1H2* T 318 H2' THY 318 -18.363 -2.380 60.723 202 2H2* T 318 H2'' THY 318 -17.928 -3.924 61.484 203 H1* T 318 H1' THY 318 -15.963 -4.149 60.309 204 H3 T 318 H3 THY 318 -12.911 -1.019 61.386 205 1H5M T 318 H51 THY 318 -17.447 1.553 59.805 206 2H5M T 318 H52 THY 318 -15.892 2.234 59.273 207 3H5M T 318 H53 THY 318 -16.355 2.303 60.990 208 H6 T 318 H6 THY 318 -17.379 -0.746 59.641 209 1H5* G 319 H5' GUA 319 -16.541 -6.453 61.192 210 2H5* G 319 H5'' GUA 319 -17.501 -7.914 61.509 211 H4* G 319 H4' GUA 319 -15.753 -8.085 63.049 212 H3* G 319 H3' GUA 319 -18.275 -7.603 64.152 213 H1* G 319 H1' GUA 319 -15.038 -5.742 65.396 214 H8 G 319 H8 GUA 319 -17.756 -3.533 63.672 215 H1 G 319 H1 GUA 319 -12.324 -0.553 65.345 216 1H2 G 319 HN' GUA 319 -11.245 -3.763 66.219 217 2H2 G 319 HN'' GUA 319 -10.863 -2.062 66.124 218 H3T G 319 H3T GUA 319 -15.903 -8.217 65.598 219 1H2* G 319 H2' GUA 319 -17.981 -5.424 64.899 220 2H2* G 319 H2'' GUA 319 -17.128 -6.226 66.251 221 1H5* C 320 H5' CYT 320 -8.159 2.958 71.133 222 2H5* C 320 H5'' CYT 320 -6.401 3.204 71.088 223 H4* C 320 H4' CYT 320 -6.841 0.854 70.816 224 H3* C 320 H3' CYT 320 -5.345 2.210 68.882 225 H1* C 320 H1' CYT 320 -8.139 -0.368 67.968 226 1H4 C 320 HN' CYT 320 -12.748 3.433 64.985 227 2H4 C 320 HN'' CYT 320 -13.279 1.763 64.896 228 H5 C 320 H5 CYT 320 -10.698 4.110 66.107 229 H6 C 320 H6 CYT 320 -8.754 3.323 67.384 230 H5T C 320 H5T CYT 320 -8.340 3.784 69.123 231 1H2* C 320 H2' CYT 320 -6.875 2.220 67.121 232 2H2* C 320 H2'' CYT 320 -6.316 0.544 66.924 233 1H5* A 321 H5' ADE 321 -6.360 -2.233 68.300 234 2H5* A 321 H5'' ADE 321 -4.784 -3.051 68.313 235 H4* A 321 H4' ADE 321 -6.161 -4.453 67.026 236 H3* A 321 H3' ADE 321 -4.025 -3.225 65.674 237 H1* A 321 H1' ADE 321 -7.566 -3.742 64.169 238 H8 A 321 H8 ADE 321 -6.615 -0.006 64.776 239 1H6 A 321 HN' ADE 321 -10.581 1.942 62.786 240 2H6 A 321 HN'' ADE 321 -12.021 1.252 62.064 241 H2 A 321 H2 ADE 321 -11.629 -3.229 62.346 242 1H2* A 321 H2' ADE 321 -5.272 -1.791 64.303 243 2H2* A 321 H2'' ADE 321 -5.448 -3.277 63.332 244 1H5* T 322 H5' THY 322 -6.909 -5.934 63.682 245 2H5* T 322 H5'' THY 322 -5.987 -7.354 63.160 246 H4* T 322 H4' THY 322 -7.849 -7.313 61.733 247 H3* T 322 H3' THY 322 -5.317 -6.803 60.527 248 1H2* T 322 H2' THY 322 -5.747 -4.615 59.814 249 2H2* T 322 H2'' THY 322 -6.671 -5.440 58.537 250 H1* T 322 H1' THY 322 -8.711 -5.192 59.614 251 H3 T 322 H3 THY 322 -10.092 -0.919 59.381 252 1H5M T 322 H51 THY 322 -5.169 -0.194 60.530 253 2H5M T 322 H52 THY 322 -5.477 -0.864 62.149 254 3H5M T 322 H53 THY 322 -6.276 0.646 61.645 255 H6 T 322 H6 THY 322 -6.120 -2.956 61.162 256 1H5* T 323 H5' THY 323 -9.125 -7.823 58.472 257 2H5* T 323 H5'' THY 323 -8.786 -9.319 57.578 258 H4* T 323 H4' THY 323 -10.779 -8.415 56.657 259 H3* T 323 H3' THY 323 -8.531 -8.737 55.003 260 1H2* T 323 H2' THY 323 -8.041 -6.503 54.562 261 2H2* T 323 H2'' THY 323 -9.419 -6.643 53.449 262 H1* T 323 H1' THY 323 -10.890 -5.599 54.873 263 H3 T 323 H3 THY 323 -9.861 -1.268 55.580 264 1H5M T 323 H51 THY 323 -5.991 -3.026 58.109 265 2H5M T 323 H52 THY 323 -5.370 -2.495 56.528 266 3H5M T 323 H53 THY 323 -5.498 -4.231 56.895 267 H6 T 323 H6 THY 323 -7.464 -5.361 56.381 268 1H5* A 324 H5' ADE 324 -12.470 -7.163 53.270 269 2H5* A 324 H5'' ADE 324 -12.922 -8.391 52.071 270 H4* A 324 H4' ADE 324 -13.916 -6.337 51.381 271 H3* A 324 H3' ADE 324 -12.119 -7.625 49.657 272 H1* A 324 H1' ADE 324 -12.216 -3.753 50.176 273 H8 A 324 H8 ADE 324 -9.052 -5.564 51.554 274 1H6 A 324 HN' ADE 324 -6.605 -1.594 52.860 275 2H6 A 324 HN'' ADE 324 -6.963 0.117 52.770 276 H2 A 324 H2 ADE 324 -11.090 0.522 51.005 277 1H2* A 324 H2' ADE 324 -10.363 -6.083 49.742 278 2H2* A 324 H2'' ADE 324 -11.397 -5.212 48.577 279 1H5* G 325 H5' GUA 325 -14.086 -3.734 48.521 280 2H5* G 325 H5'' GUA 325 -15.136 -4.174 47.159 281 H4* G 325 H4' GUA 325 -14.719 -1.882 46.866 282 H3* G 325 H3' GUA 325 -13.695 -3.617 44.902 283 H1* G 325 H1' GUA 325 -11.815 -0.481 46.264 284 H8 G 325 H8 GUA 325 -10.196 -3.916 47.190 285 H1 G 325 H1 GUA 325 -6.905 1.310 48.924 286 1H2 G 325 HN' GUA 325 -8.059 3.143 48.350 287 2H2 G 325 HN'' GUA 325 -9.616 3.053 47.561 288 1H2* G 325 H2' GUA 325 -11.406 -3.298 45.323 289 2H2* G 325 H2'' GUA 325 -11.699 -1.821 44.379 290 1H5* C 326 H5' CYT 326 -14.069 0.930 44.402 291 2H5* C 326 H5'' CYT 326 -14.993 1.180 42.906 292 H4* C 326 H4' CYT 326 -13.775 3.198 43.370 293 H3* C 326 H3' CYT 326 -13.399 1.874 40.926 294 H1* C 326 H1' CYT 326 -10.386 3.336 43.040 295 1H4 C 326 HN' CYT 326 -7.384 -2.409 44.682 296 2H4 C 326 HN'' CYT 326 -6.355 -1.107 45.233 297 H5 C 326 H5 CYT 326 -9.502 -2.045 43.577 298 H6 C 326 H6 CYT 326 -11.080 -0.349 42.770 299 1H2* C 326 H2' CYT 326 -11.201 1.149 41.161 300 2H2* C 326 H2'' CYT 326 -10.820 2.856 40.848 301 1H5* A 327 H5' ADE 327 -11.095 5.790 41.627 302 2H5* A 327 H5'' ADE 327 -11.501 6.899 40.302 303 H4* A 327 H4' ADE 327 -9.262 7.386 41.011 304 H3* A 327 H3' ADE 327 -9.743 6.711 38.335 305 H1* A 327 H1' ADE 327 -6.666 5.408 40.358 306 H8 A 327 H8 ADE 327 -9.268 2.690 39.327 307 1H6 A 327 HN' ADE 327 -5.363 -1.319 41.899 308 2H6 A 327 HN'' ADE 327 -6.890 -1.125 41.066 309 H2 A 327 H2 ADE 327 -3.652 2.818 42.487 310 1H2* A 327 H2' ADE 327 -8.720 4.610 38.307 311 2H2* A 327 H2'' ADE 327 -7.251 5.596 38.122 312 1H5* T 328 H5' THY 328 -5.679 7.529 39.978 313 2H5* T 328 H5'' THY 328 -5.156 9.021 39.175 314 H4* T 328 H4' THY 328 -3.165 8.002 39.898 315 H3* T 328 H3' THY 328 -3.551 8.181 37.095 316 1H2* T 328 H2' THY 328 -3.617 5.907 36.582 317 2H2* T 328 H2'' THY 328 -1.864 6.000 36.840 318 H1* T 328 H1' THY 328 -1.954 5.131 38.973 319 H3 T 328 H3 THY 328 -3.262 0.806 39.089 320 1H5M T 328 H51 THY 328 -7.500 1.965 37.294 321 2H5M T 328 H52 THY 328 -6.642 2.316 35.775 322 3H5M T 328 H53 THY 328 -7.266 3.649 36.771 323 H6 T 328 H6 THY 328 -5.316 4.784 37.338 324 1H5* G 329 H5' GUA 329 0.416 6.738 38.971 325 2H5* G 329 H5'' GUA 329 1.608 7.893 38.341 326 H4* G 329 H4' GUA 329 2.766 5.869 38.870 327 H3* G 329 H3' GUA 329 2.879 6.874 36.260 328 H1* G 329 H1' GUA 329 2.456 3.067 37.070 329 H8 G 329 H8 GUA 329 -0.610 4.829 35.424 330 H1 G 329 H1 GUA 329 -1.206 -1.482 36.383 331 1H2 G 329 HN' GUA 329 1.950 -1.234 37.876 332 2H2 G 329 HN'' GUA 329 0.616 -2.269 37.418 333 1H2* G 329 H2' GUA 329 1.614 5.240 35.171 334 2H2* G 329 H2'' GUA 329 3.147 4.336 35.268 335 1H5* A 330 H5' ADE 330 4.944 3.014 37.341 336 2H5* A 330 H5'' ADE 330 6.676 3.354 37.155 337 H4* A 330 H4' ADE 330 6.492 1.031 36.851 338 H3* A 330 H3' ADE 330 7.322 2.530 34.623 339 H1* A 330 H1' ADE 330 4.909 -0.521 34.453 340 H8 A 330 H8 ADE 330 3.300 2.909 33.558 341 1H6 A 330 HN' ADE 330 -1.744 -0.362 32.225 342 2H6 A 330 HN'' ADE 330 -1.032 1.236 32.271 343 H2 A 330 H2 ADE 330 1.383 -3.240 33.752 344 1H2* A 330 H2' ADE 330 5.446 2.198 33.267 345 2H2* A 330 H2'' ADE 330 6.252 0.638 32.958 346 1H5* C 331 H5' CYT 331 6.888 -1.955 34.203 347 2H5* C 331 H5'' CYT 331 8.567 -2.507 34.027 348 H4* C 331 H4' CYT 331 7.353 -4.157 32.900 349 H3* C 331 H3' CYT 331 8.882 -2.414 31.242 350 H1* C 331 H1' CYT 331 5.378 -3.918 30.424 351 1H4 C 331 HN' CYT 331 0.527 0.152 29.487 352 2H4 C 331 HN'' CYT 331 1.533 1.536 29.856 353 H5 C 331 H5 CYT 331 3.850 1.350 30.488 354 H6 C 331 H6 CYT 331 5.695 -0.197 30.918 355 1H2* C 331 H2' CYT 331 7.144 -1.508 29.991 356 2H2* C 331 H2'' CYT 331 7.154 -3.093 29.189 357 1H5* A 332 H5' ADE 332 7.516 -6.714 29.555 358 2H5* A 332 H5'' ADE 332 8.786 -7.269 28.443 359 H4* A 332 H4' ADE 332 6.660 -8.018 27.609 360 H3* A 332 H3' ADE 332 7.891 -5.777 26.031 361 H1* A 332 H1' ADE 332 4.076 -6.491 26.505 362 H8 A 332 H8 ADE 332 6.641 -3.628 27.092 363 1H6 A 332 HN' ADE 332 1.765 0.081 26.111 364 2H6 A 332 HN'' ADE 332 3.446 0.036 26.607 365 H2 A 332 H2 ADE 332 0.482 -4.165 25.346 366 1H2* A 332 H2' ADE 332 6.023 -5.590 24.664 367 2H2* A 332 H2'' ADE 332 5.536 -7.292 24.939 368 1H5* A 333 H5' ADE 333 6.248 -8.235 23.093 369 2H5* A 333 H5'' ADE 333 7.589 -9.119 22.353 370 H4* A 333 H4' ADE 333 6.070 -8.429 20.608 371 H3* A 333 H3' ADE 333 8.792 -7.718 20.582 372 H1* A 333 H1' ADE 333 5.908 -5.175 19.671 373 H8 A 333 H8 ADE 333 8.070 -4.436 22.844 374 1H6 A 333 HN' ADE 333 4.304 0.428 23.591 375 2H6 A 333 HN'' ADE 333 5.736 -0.381 24.192 376 H2 A 333 H2 ADE 333 2.787 -1.969 20.093 377 1H2* A 333 H2' ADE 333 8.633 -5.418 20.889 378 2H2* A 333 H2'' ADE 333 8.140 -5.427 19.175 379 1H5* A 334 H5' ADE 334 6.260 -6.295 17.052 380 2H5* A 334 H5'' ADE 334 6.984 -7.119 15.655 381 H4* A 334 H4' ADE 334 6.160 -5.134 14.750 382 H3* A 334 H3' ADE 334 8.975 -5.349 14.830 383 H1* A 334 H1' ADE 334 6.956 -2.065 15.575 384 H8 A 334 H8 ADE 334 9.105 -3.445 18.530 385 1H6 A 334 HN' ADE 334 6.818 1.409 21.671 386 2H6 A 334 HN'' ADE 334 7.932 0.053 21.751 387 H2 A 334 H2 ADE 334 4.838 1.297 17.641 388 1H2* A 334 H2' ADE 334 9.440 -3.597 16.303 389 2H2* A 334 H2'' ADE 334 9.102 -2.576 14.875 390 1H5* G 335 H5' GUA 335 6.927 -1.749 12.809 391 2H5* G 335 H5'' GUA 335 7.394 -2.044 11.121 392 H4* G 335 H4' GUA 335 6.990 0.263 11.211 393 H3* G 335 H3' GUA 335 9.691 -0.514 10.798 394 H1* G 335 H1' GUA 335 8.478 2.483 12.989 395 H8 G 335 H8 GUA 335 10.406 -0.302 14.936 396 H1 G 335 H1 GUA 335 8.091 4.512 18.512 397 1H2 G 335 HN' GUA 335 6.816 5.848 17.254 398 2H2 G 335 HN'' GUA 335 6.546 5.540 15.552 399 1H2* G 335 H2' GUA 335 10.604 0.354 12.763 400 2H2* G 335 H2'' GUA 335 10.443 1.897 11.899 401 1H5* A 336 H5' ADE 336 7.792 3.488 9.545 402 2H5* A 336 H5'' ADE 336 8.447 3.985 7.973 403 H4* A 336 H4' ADE 336 7.562 5.916 9.122 404 H3* A 336 H3' ADE 336 10.159 5.950 8.145 405 H1* A 336 H1' ADE 336 9.314 7.259 11.764 406 H8 A 336 H8 ADE 336 11.256 3.900 11.429 407 1H6 A 336 HN' ADE 336 12.280 3.380 16.175 408 2H6 A 336 HN'' ADE 336 11.895 4.354 17.581 409 H2 A 336 H2 ADE 336 9.418 7.833 16.171 410 1H2* A 336 H2' ADE 336 11.355 5.787 10.142 411 2H2* A 336 H2'' ADE 336 10.989 7.525 10.216 412 1H5* C 337 H5' CYT 337 8.838 9.410 10.746 413 2H5* C 337 H5'' CYT 337 8.763 10.825 9.675 414 H4* C 337 H4' CYT 337 9.244 11.723 11.797 415 H3* C 337 H3' CYT 337 11.288 11.945 9.847 416 H1* C 337 H1' CYT 337 11.853 11.185 13.630 417 1H4 C 337 HN' CYT 337 14.591 5.077 13.572 418 2H4 C 337 HN'' CYT 337 14.470 5.596 15.243 419 H5 C 337 H5 CYT 337 13.767 6.409 11.714 420 H6 C 337 H6 CYT 337 12.731 8.536 11.085 421 1H2* C 337 H2' CYT 337 12.920 10.637 10.866 422 2H2* C 337 H2'' CYT 337 13.119 12.055 11.915 423 1H5* A 338 H5' ADE 338 11.946 13.799 14.025 424 2H5* A 338 H5'' ADE 338 11.786 15.510 13.574 425 H4* A 338 H4' ADE 338 13.081 15.576 15.521 426 H3* A 338 H3' ADE 338 14.376 16.359 13.184 427 H1* A 338 H1' ADE 338 16.109 13.972 15.812 428 H8 A 338 H8 ADE 338 15.289 12.491 12.305 429 1H6 A 338 HN' ADE 338 17.310 7.147 14.656 430 2H6 A 338 HN'' ADE 338 16.716 7.955 13.222 431 H2 A 338 H2 ADE 338 17.375 10.217 17.965 432 H3T A 338 H3T ADE 338 14.464 16.872 15.818 433 1H2* A 338 H2' ADE 338 15.832 14.580 12.889 434 2H2* A 338 H2'' ADE 338 16.785 15.418 14.146 435 H GLU 5 HT1 GLU 5 -3.977 -27.934 65.454 436 HA GLU 5 HA GLU 5 -3.826 -26.163 64.002 437 1HB GLU 5 HB1 GLU 5 -1.330 -27.539 63.016 438 2HB GLU 5 HB2 GLU 5 -1.461 -25.978 63.826 439 H GLU 6 HN GLU 6 -5.540 -26.338 62.779 440 HA GLU 6 HA GLU 6 -5.916 -28.624 60.965 441 1HB GLU 6 HB2 GLU 6 -7.682 -28.192 62.640 442 2HB GLU 6 HB1 GLU 6 -7.906 -26.574 61.971 443 1HG GLU 6 HG2 GLU 6 -8.627 -27.465 59.854 444 2HG GLU 6 HG1 GLU 6 -8.172 -29.102 60.326 445 HA PRO 7 HA PRO 7 -6.824 -24.723 58.284 446 1HB PRO 7 HB2 PRO 7 -5.400 -22.461 59.030 447 2HB PRO 7 HB1 PRO 7 -7.119 -22.738 59.362 448 1HG PRO 7 HG2 PRO 7 -4.779 -23.014 61.154 449 2HG PRO 7 HG1 PRO 7 -6.442 -22.530 61.526 450 1HD PRO 7 HD2 PRO 7 -5.431 -25.022 62.096 451 2HD PRO 7 HD1 PRO 7 -7.157 -24.708 61.795 452 H SER 8 HN SER 8 -5.533 -23.982 56.544 453 HA SER 8 HA SER 8 -3.238 -25.456 55.966 454 1HB SER 8 HB2 SER 8 -4.716 -24.396 54.280 455 2HB SER 8 HB1 SER 8 -4.101 -22.818 54.760 456 HG SER 8 HG SER 8 -2.181 -23.289 53.898 457 H ASP 9 HN ASP 9 -1.057 -25.133 56.293 458 HA ASP 9 HA ASP 9 -0.250 -22.833 57.926 459 1HB ASP 9 HB2 ASP 9 1.851 -23.994 58.186 460 2HB ASP 9 HB1 ASP 9 0.591 -25.218 58.342 461 H LEU 10 HN LEU 10 2.049 -21.986 57.054 462 HA LEU 10 HA LEU 10 1.507 -20.425 54.849 463 1HB LEU 10 HB2 LEU 10 3.294 -20.190 56.677 464 2HB LEU 10 HB1 LEU 10 4.309 -21.172 55.618 465 HG LEU 10 HG LEU 10 2.865 -18.754 54.546 466 1HD1 LEU 10 HD11 LEU 10 4.134 -17.930 56.457 467 2HD1 LEU 10 HD12 LEU 10 4.972 -17.477 54.975 468 3HD1 LEU 10 HD13 LEU 10 5.558 -18.831 55.940 469 1HD2 LEU 10 HD21 LEU 10 4.929 -20.676 53.672 470 2HD2 LEU 10 HD22 LEU 10 5.309 -18.990 53.319 471 3HD2 LEU 10 HD23 LEU 10 3.817 -19.703 52.708 472 H GLU 11 HN GLU 11 3.471 -23.417 54.883 473 HA GLU 11 HA GLU 11 4.227 -23.226 52.157 474 1HB GLU 11 HB2 GLU 11 3.850 -25.828 53.619 475 2HB GLU 11 HB1 GLU 11 5.040 -25.421 52.385 476 1HG GLU 11 HG2 GLU 11 6.240 -23.988 53.884 477 2HG GLU 11 HG1 GLU 11 4.943 -24.049 55.079 478 H GLU 12 HN GLU 12 1.427 -24.721 53.737 479 HA GLU 12 HA GLU 12 0.480 -26.016 51.382 480 1HB GLU 12 HB2 GLU 12 -1.071 -25.110 53.820 481 2HB GLU 12 HB1 GLU 12 -1.595 -26.306 52.635 482 1HG GLU 12 HG2 GLU 12 0.354 -27.720 53.214 483 2HG GLU 12 HG1 GLU 12 0.842 -26.535 54.425 484 H LEU 13 HN LEU 13 -0.113 -22.832 52.831 485 HA LEU 13 HA LEU 13 -2.250 -22.020 51.103 486 1HB LEU 13 HB2 LEU 13 -0.902 -20.938 53.297 487 2HB LEU 13 HB1 LEU 13 -0.485 -19.854 51.969 488 HG LEU 13 HG LEU 13 -2.782 -19.399 51.494 489 1HD1 LEU 13 HD11 LEU 13 -3.160 -22.005 52.608 490 2HD1 LEU 13 HD12 LEU 13 -4.335 -21.005 51.755 491 3HD1 LEU 13 HD13 LEU 13 -4.173 -20.875 53.507 492 1HD2 LEU 13 HD21 LEU 13 -2.528 -19.563 54.514 493 2HD2 LEU 13 HD22 LEU 13 -3.570 -18.468 53.605 494 3HD2 LEU 13 HD23 LEU 13 -1.818 -18.285 53.526 495 H GLU 14 HN GLU 14 1.304 -21.789 50.915 496 HA GLU 14 HA GLU 14 1.439 -20.171 48.597 497 1HB GLU 14 HB2 GLU 14 3.321 -22.208 49.798 498 2HB GLU 14 HB1 GLU 14 3.723 -21.283 48.351 499 1HG GLU 14 HG2 GLU 14 3.484 -19.188 49.555 500 2HG GLU 14 HG1 GLU 14 2.899 -20.035 50.988 501 H GLN 15 HN GLN 15 1.095 -23.658 49.105 502 HA GLN 15 HA GLN 15 1.443 -24.383 46.350 503 1HB GLN 15 HB2 GLN 15 1.796 -25.998 48.158 504 2HB GLN 15 HB1 GLN 15 0.104 -25.855 48.634 505 1HG GLN 15 HG2 GLN 15 0.531 -27.862 47.214 506 2HG GLN 15 HG1 GLN 15 -0.620 -26.744 46.482 507 1HE2 GLN 15 HE21 GLN 15 -0.210 -26.582 44.277 508 2HE2 GLN 15 HE22 GLN 15 1.333 -26.542 43.571 509 H PHE 16 HN PHE 16 -1.397 -23.802 48.420 510 HA PHE 16 HA PHE 16 -3.406 -24.452 46.556 511 1HB PHE 16 HB2 PHE 16 -3.877 -24.086 48.944 512 2HB PHE 16 HB1 PHE 16 -3.406 -22.393 48.790 513 HD1 PHE 16 HD1 PHE 16 -5.911 -24.934 47.791 514 HD2 PHE 16 HD2 PHE 16 -4.868 -20.768 47.784 515 HE1 PHE 16 HE1 PHE 16 -8.213 -24.359 47.067 516 HE2 PHE 16 HE2 PHE 16 -7.169 -20.192 47.060 517 HZ PHE 16 HZ PHE 16 -8.841 -21.988 46.702 518 H ALA 17 HN ALA 17 -1.639 -21.411 47.237 519 HA ALA 17 HA ALA 17 -3.047 -19.711 45.475 520 1HB ALA 17 HB1 ALA 17 -1.478 -18.895 47.192 521 2HB ALA 17 HB2 ALA 17 -1.054 -18.271 45.597 522 3HB ALA 17 HB3 ALA 17 -0.133 -19.602 46.299 523 H LYS 18 HN LYS 18 -0.243 -21.753 45.040 524 HA LYS 18 HA LYS 18 0.440 -21.060 42.403 525 1HB LYS 18 HB2 LYS 18 0.813 -23.600 44.001 526 1HB LYS 18 HB2 LYS 18 1.900 -22.392 43.889 527 2HB LYS 18 HB1 LYS 18 1.451 -23.392 42.372 528 2HB LYS 18 HB1 LYS 18 0.748 -23.721 43.816 529 1HG LYS 18 HG2 LYS 18 2.020 -21.378 44.543 530 1HG LYS 18 HG2 LYS 18 2.490 -24.193 42.220 531 2HG LYS 18 HG1 LYS 18 3.023 -22.807 44.339 532 2HG LYS 18 HG1 LYS 18 1.058 -23.747 41.302 533 1HD LYS 18 HD2 LYS 18 3.495 -22.127 42.011 534 1HD LYS 18 HD2 LYS 18 1.913 -21.578 40.819 535 2HD LYS 18 HD1 LYS 18 2.500 -20.694 42.221 536 2HD LYS 18 HD1 LYS 18 3.164 -21.715 42.054 537 1HE LYS 18 HE2 LYS 18 3.948 -19.943 44.067 538 1HE LYS 18 HE2 LYS 18 4.224 -23.532 40.744 539 2HE LYS 18 HE1 LYS 18 4.980 -21.351 43.809 540 2HE LYS 18 HE1 LYS 18 2.984 -23.342 39.503 541 1HZ LYS 18 HZ1 LYS 18 5.117 -20.541 41.425 542 1HZ LYS 18 HZ1 LYS 18 3.702 -20.915 39.483 543 2HZ LYS 18 HZ2 LYS 18 5.978 -19.655 42.592 544 2HZ LYS 18 HZ2 LYS 18 4.744 -22.045 38.758 545 3HZ LYS 18 HZ3 LYS 18 4.497 -19.071 41.998 546 3HZ LYS 18 HZ3 LYS 18 5.090 -21.436 40.306 547 H THR 19 HN THR 19 -1.493 -23.726 43.703 548 HA THR 19 HA THR 19 -2.324 -24.867 41.302 549 HB THR 19 HB THR 19 -3.678 -24.816 44.001 550 HG1 THR 19 HG1 THR 19 -1.837 -26.522 42.699 551 1HG2 THR 19 HG21 THR 19 -4.701 -26.975 43.093 552 2HG2 THR 19 HG22 THR 19 -4.188 -26.429 41.498 553 3HG2 THR 19 HG23 THR 19 -5.342 -25.474 42.429 554 H PHE 20 HN PHE 20 -3.998 -22.503 43.326 555 HA PHE 20 HA PHE 20 -6.379 -22.247 41.900 556 1HB PHE 20 HB2 PHE 20 -5.969 -21.276 44.130 557 2HB PHE 20 HB1 PHE 20 -4.826 -20.135 43.423 558 HD1 PHE 20 HD1 PHE 20 -5.607 -18.385 41.853 559 HD2 PHE 20 HD2 PHE 20 -8.340 -20.989 43.898 560 HE1 PHE 20 HE1 PHE 20 -7.474 -16.845 41.315 561 HE2 PHE 20 HE2 PHE 20 -10.209 -19.452 43.361 562 HZ PHE 20 HZ PHE 20 -9.775 -17.379 42.070 563 H LYS 21 HN LYS 21 -3.321 -20.395 41.541 564 HA LYS 21 HA LYS 21 -4.275 -18.718 39.467 565 1HB LYS 21 HB2 LYS 21 -2.289 -18.260 40.872 566 2HB LYS 21 HB1 LYS 21 -1.431 -19.571 40.059 567 1HG LYS 21 HG2 LYS 21 -1.663 -18.450 37.936 568 2HG LYS 21 HG1 LYS 21 -2.625 -17.168 38.652 569 1HD LYS 21 HD2 LYS 21 -0.683 -16.556 40.074 570 2HD LYS 21 HD1 LYS 21 0.271 -17.813 39.283 571 1HE LYS 21 HE2 LYS 21 0.000 -16.711 37.119 572 2HE LYS 21 HE1 LYS 21 -1.045 -15.488 37.845 573 1HZ LYS 21 HZ1 LYS 21 1.152 -15.405 39.408 574 2HZ LYS 21 HZ2 LYS 21 0.836 -14.348 38.115 575 3HZ LYS 21 HZ3 LYS 21 1.824 -15.711 37.881 576 H GLN 22 HN GLN 22 -2.652 -21.868 39.411 577 HA GLN 22 HA GLN 22 -2.196 -21.945 36.613 578 1HB GLN 22 HB2 GLN 22 -2.633 -24.132 38.660 579 1HB GLN 22 HB2 GLN 22 -2.569 -24.091 38.712 580 2HB GLN 22 HB1 GLN 22 -2.177 -24.456 36.989 581 2HB GLN 22 HB1 GLN 22 -2.238 -24.483 37.022 582 1HG GLN 22 HG2 GLN 22 -0.588 -22.563 38.717 583 1HG GLN 22 HG2 GLN 22 -0.183 -23.126 37.094 584 2HG GLN 22 HG1 GLN 22 -0.287 -24.300 38.737 585 2HG GLN 22 HG1 GLN 22 -0.506 -22.713 38.775 586 1HE2 GLN 22 HE21 GLN 22 1.101 -21.744 37.514 587 1HE2 GLN 22 HE21 GLN 22 1.768 -24.332 37.532 588 2HE2 GLN 22 HE22 GLN 22 1.556 -22.311 35.990 589 2HE2 GLN 22 HE22 GLN 22 1.754 -25.803 38.379 590 H ARG 23 HN ARG 23 -4.885 -23.162 38.576 591 HA ARG 23 HA ARG 23 -6.394 -24.293 36.490 592 1HB ARG 23 HB2 ARG 23 -6.627 -24.588 39.039 593 2HB ARG 23 HB1 ARG 23 -7.561 -23.091 38.997 594 1HG ARG 23 HG2 ARG 23 -9.153 -24.866 38.793 595 2HG ARG 23 HG1 ARG 23 -8.979 -24.181 37.176 596 1HD ARG 23 HD2 ARG 23 -7.111 -25.998 36.897 597 2HD ARG 23 HD1 ARG 23 -7.921 -26.782 38.250 598 HE ARG 23 HE ARG 23 -9.981 -26.215 36.484 599 1HH1 ARG 23 HH21 ARG 23 -6.924 -27.801 36.340 600 2HH1 ARG 23 HH22 ARG 23 -7.412 -28.920 35.111 601 1HH2 ARG 23 HH11 ARG 23 -10.641 -27.674 34.888 602 2HH2 ARG 23 HH12 ARG 23 -9.517 -28.848 34.288 603 H ARG 24 HN ARG 24 -6.446 -21.060 37.995 604 HA ARG 24 HA ARG 24 -8.673 -20.024 36.629 605 1HB ARG 24 HB2 ARG 24 -7.456 -18.888 38.497 606 2HB ARG 24 HB1 ARG 24 -6.135 -18.547 37.379 607 1HG ARG 24 HG2 ARG 24 -7.777 -17.338 35.905 608 2HG ARG 24 HG1 ARG 24 -8.996 -17.569 37.161 609 1HD ARG 24 HD2 ARG 24 -7.988 -15.385 37.449 610 2HD ARG 24 HD1 ARG 24 -7.449 -16.428 38.767 611 HE ARG 24 HE ARG 24 -5.513 -16.738 36.772 612 1HH1 ARG 24 HH21 ARG 24 -6.967 -14.245 38.566 613 2HH1 ARG 24 HH22 ARG 24 -5.583 -13.213 38.514 614 1HH2 ARG 24 HH11 ARG 24 -3.661 -15.365 36.672 615 2HH2 ARG 24 HH12 ARG 24 -3.744 -13.813 37.436 616 H ILE 25 HN ILE 25 -5.211 -19.915 35.757 617 HA ILE 25 HA ILE 25 -5.618 -18.551 33.320 618 HB ILE 25 HB ILE 25 -3.331 -20.233 34.310 619 1HG1 ILE 25 HG12 ILE 25 -3.618 -17.244 33.867 620 2HG1 ILE 25 HG11 ILE 25 -3.945 -18.023 35.414 621 1HG2 ILE 25 HG21 ILE 25 -3.842 -18.877 31.662 622 2HG2 ILE 25 HG22 ILE 25 -3.031 -20.403 31.991 623 3HG2 ILE 25 HG23 ILE 25 -2.205 -18.886 32.292 624 1HD1 ILE 25 HD11 ILE 25 -1.737 -18.369 35.838 625 2HD1 ILE 25 HD12 ILE 25 -1.500 -17.041 34.727 626 3HD1 ILE 25 HD13 ILE 25 -1.343 -18.695 34.178 627 H LYS 26 HN LYS 26 -5.276 -21.992 34.157 628 HA LYS 26 HA LYS 26 -5.229 -23.016 31.536 629 1HB LYS 26 HB2 LYS 26 -6.244 -24.109 34.157 630 2HB LYS 26 HB1 LYS 26 -6.402 -25.037 32.666 631 1HG LYS 26 HG2 LYS 26 -4.062 -25.169 32.360 632 2HG LYS 26 HG1 LYS 26 -3.754 -23.852 33.492 633 1HD LYS 26 HD2 LYS 26 -4.687 -25.315 35.323 634 2HD LYS 26 HD1 LYS 26 -4.734 -26.639 34.158 635 1HE LYS 26 HE2 LYS 26 -2.360 -26.612 33.887 636 2HE LYS 26 HE1 LYS 26 -2.213 -25.068 34.726 637 1HZ LYS 26 HZ1 LYS 26 -3.189 -26.257 36.707 638 2HZ LYS 26 HZ2 LYS 26 -1.605 -26.698 36.277 639 3HZ LYS 26 HZ3 LYS 26 -2.911 -27.706 35.871 640 H LEU 27 HN LEU 27 -7.974 -22.142 33.639 641 HA LEU 27 HA LEU 27 -9.955 -22.944 31.734 642 1HB LEU 27 HB2 LEU 27 -9.977 -21.555 34.380 643 2HB LEU 27 HB1 LEU 27 -11.437 -21.617 33.392 644 HG LEU 27 HG LEU 27 -11.217 -24.092 33.265 645 1HD1 LEU 27 HD11 LEU 27 -9.092 -23.826 35.396 646 2HD1 LEU 27 HD12 LEU 27 -8.678 -23.957 33.687 647 3HD1 LEU 27 HD13 LEU 27 -9.553 -25.265 34.484 648 1HD2 LEU 27 HD21 LEU 27 -11.728 -24.513 35.703 649 2HD2 LEU 27 HD22 LEU 27 -12.653 -23.190 34.993 650 3HD2 LEU 27 HD23 LEU 27 -11.268 -22.842 36.029 651 H GLY 28 HN GLY 28 -8.009 -20.214 31.771 652 1HA GLY 28 HA2 GLY 28 -8.076 -18.443 30.295 653 2HA GLY 28 HA1 GLY 28 -9.643 -18.993 29.757 654 H PHE 29 HN PHE 29 -9.227 -18.301 33.148 655 HA PHE 29 HA PHE 29 -11.007 -15.979 32.800 656 1HB PHE 29 HB2 PHE 29 -10.246 -17.687 35.177 657 2HB PHE 29 HB1 PHE 29 -11.160 -16.188 35.344 658 HD1 PHE 29 HD1 PHE 29 -13.190 -15.977 33.602 659 HD2 PHE 29 HD2 PHE 29 -11.441 -19.654 34.963 660 HE1 PHE 29 HE1 PHE 29 -15.276 -17.185 33.014 661 HE2 PHE 29 HE2 PHE 29 -13.522 -20.863 34.377 662 HZ PHE 29 HZ PHE 29 -15.441 -19.629 33.404 663 H THR 30 HN THR 30 -10.479 -13.910 33.605 664 HA THR 30 HA THR 30 -7.636 -13.328 34.103 665 HB THR 30 HB THR 30 -8.305 -10.996 33.934 666 HG1 THR 30 HG1 THR 30 -10.944 -11.374 33.458 667 1HG2 THR 30 HG21 THR 30 -8.957 -10.933 31.694 668 2HG2 THR 30 HG22 THR 30 -10.103 -12.258 31.887 669 3HG2 THR 30 HG23 THR 30 -8.372 -12.592 31.825 670 H GLN 31 HN GLN 31 -7.290 -11.810 36.138 671 HA GLN 31 HA GLN 31 -8.245 -13.168 38.448 672 1HB GLN 31 HB2 GLN 31 -6.182 -12.022 38.542 673 2HB GLN 31 HB1 GLN 31 -6.767 -10.693 37.585 674 1HG GLN 31 HG2 GLN 31 -7.789 -9.739 39.303 675 2HG GLN 31 HG1 GLN 31 -8.007 -11.191 40.159 676 1HE2 GLN 31 HE21 GLN 31 -6.465 -8.519 40.624 677 2HE2 GLN 31 HE22 GLN 31 -5.054 -9.069 41.318 678 H GLY 32 HN GLY 32 -9.204 -10.301 36.634 679 1HA GLY 32 HA2 GLY 32 -11.125 -9.302 38.459 680 2HA GLY 32 HA1 GLY 32 -11.132 -9.011 36.724 681 H ASP 33 HN ASP 33 -11.437 -11.566 35.760 682 HA ASP 33 HA ASP 33 -14.204 -12.033 35.741 683 1HB ASP 33 HB2 ASP 33 -11.828 -13.782 35.112 684 2HB ASP 33 HB1 ASP 33 -13.477 -14.394 34.960 685 H VAL 34 HN VAL 34 -11.645 -13.714 37.608 686 HA VAL 34 HA VAL 34 -13.412 -15.454 38.956 687 HB VAL 34 HB VAL 34 -10.742 -14.333 39.800 688 1HG1 VAL 34 HG11 VAL 34 -12.691 -15.993 41.201 689 2HG1 VAL 34 HG12 VAL 34 -11.207 -15.257 41.808 690 3HG1 VAL 34 HG13 VAL 34 -11.148 -16.821 40.996 691 1HG2 VAL 34 HG21 VAL 34 -10.047 -16.683 39.091 692 2HG2 VAL 34 HG22 VAL 34 -10.545 -15.616 37.778 693 3HG2 VAL 34 HG23 VAL 34 -11.652 -16.850 38.378 694 H GLY 35 HN GLY 35 -12.201 -12.230 39.903 695 1HA GLY 35 HA2 GLY 35 -13.333 -12.244 42.460 696 2HA GLY 35 HA1 GLY 35 -12.983 -10.794 41.519 697 H LEU 36 HN LEU 36 -14.650 -11.351 39.316 698 HA LEU 36 HA LEU 36 -17.157 -10.327 40.266 699 1HB LEU 36 HB2 LEU 36 -16.265 -11.422 37.591 700 2HB LEU 36 HB1 LEU 36 -17.880 -10.769 37.866 701 HG LEU 36 HG LEU 36 -15.355 -9.223 38.494 702 1HD1 LEU 36 HD11 LEU 36 -15.402 -9.702 36.090 703 2HD1 LEU 36 HD12 LEU 36 -15.805 -8.008 36.370 704 3HD1 LEU 36 HD13 LEU 36 -17.080 -9.168 35.998 705 1HD2 LEU 36 HD21 LEU 36 -18.308 -8.622 38.371 706 2HD2 LEU 36 HD22 LEU 36 -17.120 -7.334 38.171 707 3HD2 LEU 36 HD23 LEU 36 -17.165 -8.268 39.665 708 H ALA 37 HN ALA 37 -16.128 -13.534 39.094 709 HA ALA 37 HA ALA 37 -18.645 -14.839 39.149 710 1HB ALA 37 HB1 ALA 37 -15.902 -16.025 39.627 711 2HB ALA 37 HB2 ALA 37 -16.637 -15.754 38.047 712 3HB ALA 37 HB3 ALA 37 -17.351 -16.917 39.162 713 H MET 38 HN MET 38 -16.263 -14.315 41.684 714 HA MET 38 HA MET 38 -17.300 -16.045 43.631 715 1HB MET 38 HB2 MET 38 -15.790 -13.429 43.845 716 2HB MET 38 HB1 MET 38 -16.146 -14.470 45.224 717 1HG MET 38 HG2 MET 38 -14.611 -15.326 42.753 718 2HG MET 38 HG1 MET 38 -13.881 -14.901 44.301 719 1HE MET 38 HE1 MET 38 -16.209 -16.538 46.454 720 2HE MET 38 HE2 MET 38 -14.687 -15.656 46.372 721 3HE MET 38 HE3 MET 38 -14.680 -17.374 46.757 722 H GLY 39 HN GLY 39 -18.186 -12.723 42.665 723 1HA GLY 39 HA2 GLY 39 -20.012 -12.455 44.893 724 2HA GLY 39 HA1 GLY 39 -19.924 -11.385 43.492 725 H LYS 40 HN LYS 40 -20.330 -13.192 41.381 726 HA LYS 40 HA LYS 40 -23.162 -13.396 41.424 727 1HB LYS 40 HB2 LYS 40 -21.218 -14.781 39.576 728 2HB LYS 40 HB1 LYS 40 -22.937 -14.527 39.277 729 1HG LYS 40 HG2 LYS 40 -22.515 -12.043 39.541 730 2HG LYS 40 HG1 LYS 40 -20.789 -12.411 39.548 731 1HD LYS 40 HD2 LYS 40 -21.319 -11.887 37.280 732 2HD LYS 40 HD1 LYS 40 -21.190 -13.644 37.342 733 1HE LYS 40 HE2 LYS 40 -23.191 -13.182 36.120 734 2HE LYS 40 HE1 LYS 40 -23.713 -13.684 37.727 735 1HZ LYS 40 HZ1 LYS 40 -24.349 -11.587 38.283 736 2HZ LYS 40 HZ2 LYS 40 -24.637 -11.517 36.610 737 3HZ LYS 40 HZ3 LYS 40 -23.222 -10.836 37.263 738 H LEU 41 HN LEU 41 -20.702 -15.909 41.864 739 HA LEU 41 HA LEU 41 -22.785 -17.916 42.056 740 1HB LEU 41 HB2 LEU 41 -19.800 -18.221 42.281 741 2HB LEU 41 HB1 LEU 41 -20.981 -19.515 42.068 742 HG LEU 41 HG LEU 41 -20.470 -17.246 40.123 743 1HD1 LEU 41 HD11 LEU 41 -19.904 -20.222 39.941 744 2HD1 LEU 41 HD12 LEU 41 -18.690 -18.962 40.165 745 3HD1 LEU 41 HD13 LEU 41 -19.614 -19.040 38.665 746 1HD2 LEU 41 HD21 LEU 41 -22.476 -19.498 40.219 747 2HD2 LEU 41 HD22 LEU 41 -21.973 -18.798 38.680 748 3HD2 LEU 41 HD23 LEU 41 -22.759 -17.787 39.894 749 H TYR 42 HN TYR 42 -20.530 -16.373 44.281 750 HA TYR 42 HA TYR 42 -21.664 -18.129 46.333 751 1HB TYR 42 HB2 TYR 42 -18.933 -16.878 46.308 752 2HB TYR 42 HB1 TYR 42 -19.555 -18.044 47.483 753 HD1 TYR 42 HD1 TYR 42 -20.714 -20.207 46.285 754 HD2 TYR 42 HD2 TYR 42 -17.599 -17.768 44.598 755 HE1 TYR 42 HE1 TYR 42 -20.066 -22.067 44.774 756 HE2 TYR 42 HE2 TYR 42 -16.956 -19.632 43.091 757 HH TYR 42 HH TYR 42 -18.863 -22.205 42.433 758 H GLY 43 HN GLY 43 -21.947 -15.015 45.435 759 1HA GLY 43 HA2 GLY 43 -23.104 -13.422 46.609 760 2HA GLY 43 HA1 GLY 43 -22.992 -14.433 48.024 761 H ASN 44 HN ASN 44 -19.916 -13.748 46.752 762 HA ASN 44 HA ASN 44 -19.661 -11.259 48.320 763 1HB ASN 44 HB2 ASN 44 -17.464 -12.421 49.248 764 2HB ASN 44 HB1 ASN 44 -19.010 -12.654 50.067 765 1HD2 ASN 44 HD21 ASN 44 -16.957 -14.165 47.523 766 2HD2 ASN 44 HD22 ASN 44 -17.444 -15.754 47.869 767 H ASP 45 HN ASP 45 -19.211 -10.210 46.308 768 HA ASP 45 HA ASP 45 -17.272 -11.370 44.524 769 1HB ASP 45 HB2 ASP 45 -17.446 -9.314 43.262 770 2HB ASP 45 HB1 ASP 45 -19.053 -9.618 43.883 771 H PHE 46 HN PHE 46 -15.198 -10.557 44.033 772 HA PHE 46 HA PHE 46 -13.859 -8.982 46.134 773 1HB PHE 46 HB2 PHE 46 -12.865 -11.497 44.781 774 2HB PHE 46 HB1 PHE 46 -11.837 -10.415 45.720 775 HD1 PHE 46 HD1 PHE 46 -12.190 -10.119 48.149 776 HD2 PHE 46 HD2 PHE 46 -14.508 -12.928 45.854 777 HE1 PHE 46 HE1 PHE 46 -12.933 -11.219 50.250 778 HE2 PHE 46 HE2 PHE 46 -15.249 -14.028 47.957 779 HZ PHE 46 HZ PHE 46 -14.465 -13.174 50.153 780 H SER 47 HN SER 47 -12.080 -7.688 45.356 781 HA SER 47 HA SER 47 -12.485 -6.852 42.626 782 1HB SER 47 HB2 SER 47 -10.885 -5.105 43.158 783 2HB SER 47 HB1 SER 47 -12.060 -5.251 44.461 784 HG SER 47 HG SER 47 -10.051 -5.204 45.391 785 H GLN 48 HN GLN 48 -10.663 -6.506 41.155 786 HA GLN 48 HA GLN 48 -9.147 -8.868 40.587 787 1HB GLN 48 HB2 GLN 48 -9.559 -7.247 38.795 788 2HB GLN 48 HB1 GLN 48 -8.870 -5.935 39.731 789 1HG GLN 48 HG2 GLN 48 -7.026 -8.171 39.079 790 2HG GLN 48 HG1 GLN 48 -7.527 -7.207 37.740 791 1HE2 GLN 48 HE21 GLN 48 -4.842 -7.357 38.626 792 2HE2 GLN 48 HE22 GLN 48 -4.389 -5.842 39.245 793 H THR 49 HN THR 49 -8.435 -5.858 42.338 794 HA THR 49 HA THR 49 -5.681 -6.216 42.830 795 HB THR 49 HB THR 49 -7.799 -4.984 44.608 796 HG1 THR 49 HG1 THR 49 -7.283 -4.201 42.372 797 1HG2 THR 49 HG21 THR 49 -4.797 -4.995 44.720 798 2HG2 THR 49 HG22 THR 49 -5.936 -5.344 46.014 799 3HG2 THR 49 HG23 THR 49 -5.732 -3.688 45.440 800 H THR 50 HN THR 50 -8.417 -7.388 44.794 801 HA THR 50 HA THR 50 -6.778 -8.552 46.816 802 HB THR 50 HB THR 50 -9.561 -9.436 46.024 803 HG1 THR 50 HG1 THR 50 -9.743 -7.770 47.967 804 1HG2 THR 50 HG21 THR 50 -9.577 -10.599 47.988 805 2HG2 THR 50 HG22 THR 50 -8.856 -9.255 48.868 806 3HG2 THR 50 HG23 THR 50 -7.825 -10.396 48.006 807 H ILE 51 HN ILE 51 -8.211 -9.873 43.842 808 HA ILE 51 HA ILE 51 -7.445 -12.600 44.302 809 HB ILE 51 HB ILE 51 -7.810 -11.106 41.680 810 1HG1 ILE 51 HG12 ILE 51 -9.834 -11.025 43.026 811 2HG1 ILE 51 HG11 ILE 51 -10.066 -12.216 41.744 812 1HG2 ILE 51 HG21 ILE 51 -7.550 -14.035 42.375 813 2HG2 ILE 51 HG22 ILE 51 -6.637 -13.112 41.182 814 3HG2 ILE 51 HG23 ILE 51 -8.332 -13.498 40.888 815 1HD1 ILE 51 HD11 ILE 51 -9.167 -13.926 43.495 816 2HD1 ILE 51 HD12 ILE 51 -10.828 -13.354 43.652 817 3HD1 ILE 51 HD13 ILE 51 -9.562 -12.677 44.676 818 H SER 52 HN SER 52 -5.827 -9.848 42.631 819 HA SER 52 HA SER 52 -3.461 -11.188 41.806 820 1HB SER 52 HB2 SER 52 -4.149 -8.325 42.374 821 2HB SER 52 HB1 SER 52 -2.449 -8.744 42.269 822 HG SER 52 HG SER 52 -2.684 -8.815 40.197 823 H ARG 53 HN ARG 53 -4.177 -9.418 44.900 824 HA ARG 53 HA ARG 53 -1.594 -9.820 46.018 825 1HB ARG 53 HB2 ARG 53 -4.315 -9.324 47.252 826 2HB ARG 53 HB1 ARG 53 -2.822 -9.312 48.158 827 1HG ARG 53 HG2 ARG 53 -1.925 -7.499 46.836 828 2HG ARG 53 HG1 ARG 53 -3.344 -7.535 45.791 829 1HD ARG 53 HD2 ARG 53 -4.783 -6.977 47.718 830 2HD ARG 53 HD1 ARG 53 -3.363 -6.934 48.762 831 HE ARG 53 HE ARG 53 -2.742 -5.130 46.771 832 1HH1 ARG 53 HH21 ARG 53 -5.430 -5.642 48.884 833 2HH1 ARG 53 HH22 ARG 53 -5.821 -3.959 49.001 834 1HH2 ARG 53 HH11 ARG 53 -3.242 -2.942 46.918 835 2HH2 ARG 53 HH12 ARG 53 -4.583 -2.431 47.888 836 H PHE 54 HN PHE 54 -4.594 -11.700 46.245 837 HA PHE 54 HA PHE 54 -3.674 -13.567 48.129 838 1HB PHE 54 HB2 PHE 54 -6.031 -13.356 47.371 839 2HB PHE 54 HB1 PHE 54 -5.567 -14.034 45.811 840 HD1 PHE 54 HD1 PHE 54 -4.940 -16.382 45.588 841 HD2 PHE 54 HD2 PHE 54 -6.052 -14.733 49.395 842 HE1 PHE 54 HE1 PHE 54 -5.175 -18.672 46.511 843 HE2 PHE 54 HE2 PHE 54 -6.286 -17.022 50.318 844 HZ PHE 54 HZ PHE 54 -5.848 -18.992 48.876 845 H GLU 55 HN GLU 55 -3.576 -13.731 44.528 846 HA GLU 55 HA GLU 55 -2.325 -16.238 44.321 847 1HB GLU 55 HB2 GLU 55 -2.422 -13.873 42.460 848 2HB GLU 55 HB1 GLU 55 -1.693 -15.415 42.010 849 1HG GLU 55 HG2 GLU 55 -3.887 -16.513 42.698 850 2HG GLU 55 HG1 GLU 55 -4.569 -14.888 42.783 851 H ALA 56 HN ALA 56 -0.949 -13.145 44.977 852 HA ALA 56 HA ALA 56 1.790 -14.116 44.506 853 1HB ALA 56 HB1 ALA 56 1.426 -11.981 43.556 854 2HB ALA 56 HB2 ALA 56 2.359 -11.689 45.023 855 3HB ALA 56 HB3 ALA 56 0.621 -11.387 45.008 856 H LEU 57 HN LEU 57 -0.325 -14.133 46.981 857 HA LEU 57 HA LEU 57 -0.354 -14.257 49.239 858 1HB LEU 57 HB2 LEU 57 2.510 -15.005 48.651 859 2HB LEU 57 HB1 LEU 57 1.916 -14.887 50.308 860 HG LEU 57 HG LEU 57 -0.067 -16.362 49.114 861 1HD1 LEU 57 HD11 LEU 57 2.592 -17.195 47.916 862 2HD1 LEU 57 HD12 LEU 57 1.212 -16.556 47.025 863 3HD1 LEU 57 HD13 LEU 57 1.098 -18.127 47.817 864 1HD2 LEU 57 HD21 LEU 57 0.945 -16.883 51.262 865 2HD2 LEU 57 HD22 LEU 57 2.473 -17.294 50.485 866 3HD2 LEU 57 HD23 LEU 57 1.057 -18.313 50.235 867 H ASN 58 HN ASN 58 0.084 -11.685 47.879 868 HA ASN 58 HA ASN 58 1.876 -10.134 49.659 869 1HB ASN 58 HB2 ASN 58 -0.016 -9.257 47.474 870 2HB ASN 58 HB1 ASN 58 1.009 -8.168 48.393 871 1HD2 ASN 58 HD21 ASN 58 1.135 -8.851 45.452 872 2HD2 ASN 58 HD22 ASN 58 2.713 -9.425 45.199 873 H LEU 59 HN LEU 59 0.085 -11.450 51.202 874 HA LEU 59 HA LEU 59 -1.490 -9.336 52.406 875 1HB LEU 59 HB2 LEU 59 -2.580 -12.060 51.602 876 2HB LEU 59 HB1 LEU 59 -3.398 -10.940 52.693 877 HG LEU 59 HG LEU 59 -2.614 -10.296 49.835 878 1HD1 LEU 59 HD11 LEU 59 -4.410 -11.998 49.971 879 2HD1 LEU 59 HD12 LEU 59 -5.024 -10.461 49.362 880 3HD1 LEU 59 HD13 LEU 59 -5.328 -10.932 51.035 881 1HD2 LEU 59 HD21 LEU 59 -4.075 -8.811 52.025 882 2HD2 LEU 59 HD22 LEU 59 -4.294 -8.395 50.324 883 3HD2 LEU 59 HD23 LEU 59 -2.699 -8.266 51.065 884 H SER 60 HN SER 60 -2.070 -10.122 54.648 885 HA SER 60 HA SER 60 0.199 -11.406 55.871 886 1HB SER 60 HB2 SER 60 -0.965 -11.050 57.946 887 2HB SER 60 HB1 SER 60 -1.262 -9.628 56.945 888 HG SER 60 HG SER 60 -3.186 -11.010 56.245 889 H PHE 61 HN PHE 61 -0.029 -13.382 57.240 890 HA PHE 61 HA PHE 61 -1.189 -15.565 55.797 891 1HB PHE 61 HB2 PHE 61 0.690 -15.997 57.257 892 2HB PHE 61 HB1 PHE 61 -0.147 -15.287 58.636 893 HD1 PHE 61 HD1 PHE 61 -0.320 -18.082 56.173 894 HD2 PHE 61 HD2 PHE 61 -1.545 -16.590 60.008 895 HE1 PHE 61 HE1 PHE 61 -1.302 -20.294 56.719 896 HE2 PHE 61 HE2 PHE 61 -2.527 -18.800 60.556 897 HZ PHE 61 HZ PHE 61 -2.403 -20.653 58.912 898 H LYS 62 HN LYS 62 -2.242 -13.515 58.518 899 HA LYS 62 HA LYS 62 -4.514 -14.953 59.285 900 1HB LYS 62 HB2 LYS 62 -3.530 -12.998 60.487 901 2HB LYS 62 HB1 LYS 62 -4.183 -11.950 59.228 902 1HG LYS 62 HG2 LYS 62 -6.455 -12.691 59.738 903 2HG LYS 62 HG1 LYS 62 -5.839 -13.838 60.923 904 1HD LYS 62 HD2 LYS 62 -6.508 -11.989 62.232 905 2HD LYS 62 HD1 LYS 62 -4.764 -11.792 62.080 906 1HE LYS 62 HE2 LYS 62 -5.017 -10.112 60.382 907 2HE LYS 62 HE1 LYS 62 -6.738 -10.458 60.212 908 1HZ LYS 62 HZ1 LYS 62 -6.284 -9.899 62.888 909 2HZ LYS 62 HZ2 LYS 62 -7.128 -8.955 61.757 910 3HZ LYS 62 HZ3 LYS 62 -5.467 -8.702 62.007 911 H ASN 63 HN ASN 63 -4.174 -12.427 56.765 912 HA ASN 63 HA ASN 63 -6.981 -12.434 56.082 913 1HB ASN 63 HB2 ASN 63 -5.369 -10.537 55.722 914 2HB ASN 63 HB1 ASN 63 -4.712 -11.456 54.379 915 1HD2 ASN 63 HD21 ASN 63 -5.494 -9.995 52.722 916 2HD2 ASN 63 HD22 ASN 63 -7.149 -9.825 52.385 917 H MET 64 HN MET 64 -4.098 -13.963 54.626 918 HA MET 64 HA MET 64 -5.279 -15.091 52.330 919 1HB MET 64 HB2 MET 64 -3.002 -16.012 54.099 920 2HB MET 64 HB1 MET 64 -3.437 -16.822 52.593 921 1HG MET 64 HG2 MET 64 -2.733 -13.881 52.822 922 2HG MET 64 HG1 MET 64 -1.616 -15.140 52.291 923 1HE MET 64 HE1 MET 64 -1.839 -16.607 50.685 924 2HE MET 64 HE2 MET 64 -2.229 -16.116 49.038 925 3HE MET 64 HE3 MET 64 -3.410 -17.019 49.982 926 H ALA 65 HN ALA 65 -5.144 -16.195 55.692 927 HA ALA 65 HA ALA 65 -6.176 -18.792 55.285 928 1HB ALA 65 HB1 ALA 65 -6.581 -18.761 57.709 929 2HB ALA 65 HB2 ALA 65 -6.299 -17.021 57.735 930 3HB ALA 65 HB3 ALA 65 -4.983 -18.120 57.323 931 H LYS 66 HN LYS 66 -7.748 -15.669 55.897 932 HA LYS 66 HA LYS 66 -10.392 -16.698 56.286 933 1HB LYS 66 HB2 LYS 66 -9.666 -14.401 56.959 934 2HB LYS 66 HB1 LYS 66 -9.525 -13.979 55.253 935 1HG LYS 66 HG2 LYS 66 -11.911 -14.474 54.918 936 2HG LYS 66 HG1 LYS 66 -12.063 -14.928 56.616 937 1HD LYS 66 HD2 LYS 66 -11.381 -12.643 57.280 938 2HD LYS 66 HD1 LYS 66 -11.271 -12.190 55.579 939 1HE LYS 66 HE2 LYS 66 -13.658 -12.684 55.273 940 2HE LYS 66 HE1 LYS 66 -13.781 -13.186 56.959 941 1HZ LYS 66 HZ1 LYS 66 -12.691 -10.774 57.230 942 2HZ LYS 66 HZ2 LYS 66 -14.367 -11.051 57.249 943 3HZ LYS 66 HZ3 LYS 66 -13.607 -10.521 55.825 944 H LEU 67 HN LEU 67 -8.687 -15.290 53.479 945 HA LEU 67 HA LEU 67 -10.798 -15.620 51.660 946 1HB LEU 67 HB2 LEU 67 -7.852 -15.212 51.284 947 2HB LEU 67 HB1 LEU 67 -9.013 -15.195 49.959 948 HG LEU 67 HG LEU 67 -9.310 -13.430 52.408 949 1HD1 LEU 67 HD11 LEU 67 -7.706 -13.048 49.889 950 2HD1 LEU 67 HD12 LEU 67 -7.315 -12.584 51.544 951 3HD1 LEU 67 HD13 LEU 67 -8.489 -11.648 50.624 952 1HD2 LEU 67 HD21 LEU 67 -10.377 -12.832 49.643 953 2HD2 LEU 67 HD22 LEU 67 -10.975 -12.289 51.207 954 3HD2 LEU 67 HD23 LEU 67 -11.268 -13.929 50.679 955 H LYS 68 HN LYS 68 -8.207 -17.945 52.406 956 HA LYS 68 HA LYS 68 -8.225 -19.312 50.002 957 1HB LYS 68 HB2 LYS 68 -6.594 -19.704 51.781 958 2HB LYS 68 HB1 LYS 68 -7.841 -20.473 52.764 959 1HG LYS 68 HG2 LYS 68 -8.131 -22.233 51.114 960 2HG LYS 68 HG1 LYS 68 -7.021 -21.426 50.005 961 1HD LYS 68 HD2 LYS 68 -5.144 -21.862 51.384 962 2HD LYS 68 HD1 LYS 68 -6.153 -22.246 52.778 963 1HE LYS 68 HE2 LYS 68 -6.289 -23.883 50.247 964 2HE LYS 68 HE1 LYS 68 -5.096 -24.226 51.501 965 1HZ LYS 68 HZ1 LYS 68 -6.641 -25.206 52.726 966 2HZ LYS 68 HZ2 LYS 68 -7.734 -25.040 51.435 967 3HZ LYS 68 HZ3 LYS 68 -7.657 -23.849 52.646 968 HA PRO 69 HA PRO 69 -11.604 -22.327 51.870 969 1HB PRO 69 HB2 PRO 69 -13.140 -20.345 53.462 970 2HB PRO 69 HB1 PRO 69 -12.757 -22.034 53.839 971 1HG PRO 69 HG2 PRO 69 -11.554 -19.975 55.067 972 2HG PRO 69 HG1 PRO 69 -10.732 -21.512 54.750 973 1HD PRO 69 HD2 PRO 69 -10.393 -18.884 53.383 974 2HD PRO 69 HD1 PRO 69 -9.218 -20.198 53.618 975 H LEU 70 HN LEU 70 -12.352 -18.843 51.479 976 HA LEU 70 HA LEU 70 -14.824 -19.234 50.123 977 1HB LEU 70 HB2 LEU 70 -12.905 -16.896 50.134 978 2HB LEU 70 HB1 LEU 70 -14.520 -16.854 49.426 979 HG LEU 70 HG LEU 70 -14.865 -16.009 51.596 980 1HD1 LEU 70 HD11 LEU 70 -15.270 -18.971 52.049 981 2HD1 LEU 70 HD12 LEU 70 -16.292 -18.040 50.951 982 3HD1 LEU 70 HD13 LEU 70 -16.241 -17.634 52.667 983 1HD2 LEU 70 HD21 LEU 70 -13.695 -16.660 53.520 984 2HD2 LEU 70 HD22 LEU 70 -12.478 -16.867 52.261 985 3HD2 LEU 70 HD23 LEU 70 -13.350 -18.268 52.883 986 H LEU 71 HN LEU 71 -11.515 -18.606 48.890 987 HA LEU 71 HA LEU 71 -12.341 -18.612 46.164 988 1HB LEU 71 HB2 LEU 71 -9.668 -18.934 47.525 989 2HB LEU 71 HB1 LEU 71 -9.846 -18.976 45.771 990 HG LEU 71 HG LEU 71 -10.692 -16.698 47.586 991 1HD1 LEU 71 HD11 LEU 71 -8.264 -16.827 47.294 992 2HD1 LEU 71 HD12 LEU 71 -8.902 -15.468 46.368 993 3HD1 LEU 71 HD13 LEU 71 -8.461 -16.965 45.548 994 1HD2 LEU 71 HD21 LEU 71 -11.072 -17.287 44.662 995 2HD2 LEU 71 HD22 LEU 71 -10.884 -15.615 45.191 996 3HD2 LEU 71 HD23 LEU 71 -12.213 -16.593 45.814 997 H GLU 72 HN GLU 72 -11.710 -21.094 48.473 998 HA GLU 72 HA GLU 72 -10.951 -23.086 46.583 999 1HB GLU 72 HB2 GLU 72 -10.644 -23.115 49.134 1000 2HB GLU 72 HB1 GLU 72 -12.336 -23.611 49.210 1001 1HG GLU 72 HG2 GLU 72 -11.923 -25.632 48.073 1002 2HG GLU 72 HG1 GLU 72 -10.390 -25.054 47.419 1003 H LYS 73 HN LYS 73 -14.106 -21.868 47.745 1004 HA LYS 73 HA LYS 73 -15.641 -24.054 46.719 1005 1HB LYS 73 HB2 LYS 73 -16.271 -21.139 47.245 1006 2HB LYS 73 HB1 LYS 73 -17.471 -22.247 46.581 1007 1HG LYS 73 HG2 LYS 73 -16.959 -23.776 48.562 1008 2HG LYS 73 HG1 LYS 73 -16.076 -22.416 49.257 1009 1HD LYS 73 HD2 LYS 73 -18.151 -21.022 49.006 1010 2HD LYS 73 HD1 LYS 73 -19.010 -22.476 48.500 1011 1HE LYS 73 HE2 LYS 73 -18.621 -23.541 50.623 1012 2HE LYS 73 HE1 LYS 73 -17.512 -22.265 51.122 1013 1HZ LYS 73 HZ1 LYS 73 -19.941 -22.209 51.936 1014 2HZ LYS 73 HZ2 LYS 73 -20.286 -21.607 50.386 1015 3HZ LYS 73 HZ3 LYS 73 -19.220 -20.768 51.408 1016 H TRP 74 HN TRP 74 -14.403 -20.983 45.342 1017 HA TRP 74 HA TRP 74 -15.711 -21.232 42.864 1018 1HB TRP 74 HB2 TRP 74 -14.667 -19.152 43.577 1019 2HB TRP 74 HB1 TRP 74 -13.073 -19.908 43.513 1020 HD1 TRP 74 HD1 TRP 74 -15.921 -18.703 41.256 1021 HE1 TRP 74 HE1 TRP 74 -15.033 -18.483 38.844 1022 HE3 TRP 74 HE3 TRP 74 -11.267 -20.726 41.837 1023 HZ2 TRP 74 HZ2 TRP 74 -12.665 -19.084 37.359 1024 HZ3 TRP 74 HZ3 TRP 74 -9.718 -20.890 39.909 1025 HH2 TRP 74 HH2 TRP 74 -10.410 -20.073 37.673 1026 H LEU 75 HN LEU 75 -12.483 -22.228 43.873 1027 HA LEU 75 HA LEU 75 -11.530 -23.177 41.438 1028 1HB LEU 75 HB2 LEU 75 -10.240 -22.832 43.589 1029 2HB LEU 75 HB1 LEU 75 -10.903 -24.370 44.143 1030 HG LEU 75 HG LEU 75 -9.944 -25.479 42.136 1031 1HD1 LEU 75 HD11 LEU 75 -8.192 -24.114 40.881 1032 2HD1 LEU 75 HD12 LEU 75 -8.898 -22.684 41.631 1033 3HD1 LEU 75 HD13 LEU 75 -9.870 -23.684 40.553 1034 1HD2 LEU 75 HD21 LEU 75 -8.678 -25.335 44.290 1035 2HD2 LEU 75 HD22 LEU 75 -7.897 -23.869 43.695 1036 3HD2 LEU 75 HD23 LEU 75 -7.619 -25.409 42.882 1037 H ASN 76 HN ASN 76 -13.117 -25.020 44.059 1038 HA ASN 76 HA ASN 76 -13.136 -27.531 42.860 1039 1HB ASN 76 HB2 ASN 76 -15.143 -26.194 44.689 1040 2HB ASN 76 HB1 ASN 76 -15.225 -27.898 44.243 1041 1HD2 ASN 76 HD21 ASN 76 -14.782 -27.016 46.965 1042 2HD2 ASN 76 HD22 ASN 76 -13.224 -27.513 47.421 1043 H ASP 77 HN ASP 77 -15.778 -25.107 42.781 1044 HA ASP 77 HA ASP 77 -17.433 -26.455 40.984 1045 1HB ASP 77 HB2 ASP 77 -18.000 -24.540 42.513 1046 2HB ASP 77 HB1 ASP 77 -17.285 -23.468 41.306 1047 H ALA 78 HN ALA 78 -14.837 -24.128 40.212 1048 HA ALA 78 HA ALA 78 -15.593 -23.654 37.532 1049 1HB ALA 78 HB1 ALA 78 -13.808 -22.471 38.994 1050 2HB ALA 78 HB2 ALA 78 -13.470 -22.675 37.275 1051 3HB ALA 78 HB3 ALA 78 -12.727 -23.757 38.452 1052 H GLU 79 HN GLU 79 -14.276 -26.384 39.093 1053 HA GLU 79 HA GLU 79 -13.099 -27.643 36.746 1054 1HB GLU 79 HB2 GLU 79 -13.657 -29.123 39.281 1055 2HB GLU 79 HB1 GLU 79 -12.258 -29.215 38.211 1056 1HG GLU 79 HG2 GLU 79 -12.890 -26.768 39.874 1057 2HG GLU 79 HG1 GLU 79 -11.843 -28.067 40.442 1058 H SER 110 HN SER 110 -18.700 6.837 47.008 1059 HA SER 110 HA SER 110 -15.977 7.290 48.054 1060 1HB SER 110 HB2 SER 110 -15.928 6.289 45.888 1061 2HB SER 110 HB1 SER 110 -17.196 7.353 45.288 1062 HG SER 110 HG SER 110 -14.486 7.786 45.593 1063 H ILE 111 HN ILE 111 -15.503 9.241 48.820 1064 HA ILE 111 HA ILE 111 -17.360 11.417 48.787 1065 HB ILE 111 HB ILE 111 -14.580 11.226 49.951 1066 1HG1 ILE 111 HG12 ILE 111 -17.359 10.963 51.149 1067 2HG1 ILE 111 HG11 ILE 111 -16.208 9.652 50.914 1068 1HG2 ILE 111 HG21 ILE 111 -15.442 13.600 49.490 1069 2HG2 ILE 111 HG22 ILE 111 -15.085 13.246 51.163 1070 3HG2 ILE 111 HG23 ILE 111 -16.753 13.242 50.602 1071 1HD1 ILE 111 HD11 ILE 111 -15.657 10.125 53.100 1072 2HD1 ILE 111 HD12 ILE 111 -16.250 11.780 52.999 1073 3HD1 ILE 111 HD13 ILE 111 -14.658 11.378 52.369 1074 H GLU 112 HN GLU 112 -17.359 13.277 47.747 1075 HA GLU 112 HA GLU 112 -15.916 13.640 45.353 1076 1HB GLU 112 HB2 GLU 112 -18.214 14.571 46.151 1077 2HB GLU 112 HB1 GLU 112 -17.246 15.901 46.790 1078 1HG GLU 112 HG2 GLU 112 -18.121 16.203 44.407 1079 2HG GLU 112 HG1 GLU 112 -16.389 16.445 44.632 1080 H THR 113 HN THR 113 -14.357 15.098 44.753 1081 HA THR 113 HA THR 113 -12.169 15.463 46.390 1082 HB THR 113 HB THR 113 -12.899 17.155 44.007 1083 HG1 THR 113 HG1 THR 113 -13.004 14.770 43.826 1084 1HG2 THR 113 HG21 THR 113 -10.962 18.045 45.063 1085 2HG2 THR 113 HG22 THR 113 -10.354 17.037 43.751 1086 3HG2 THR 113 HG23 THR 113 -10.322 16.439 45.410 1087 H ASN 114 HN ASN 114 -14.721 17.837 45.706 1088 HA ASN 114 HA ASN 114 -13.431 19.962 47.117 1089 1HB ASN 114 HB2 ASN 114 -15.843 20.903 47.039 1090 2HB ASN 114 HB1 ASN 114 -14.984 20.664 45.516 1091 1HD2 ASN 114 HD21 ASN 114 -17.835 19.846 47.242 1092 2HD2 ASN 114 HD22 ASN 114 -18.391 18.629 46.197 1093 H ILE 115 HN ILE 115 -15.866 17.533 47.987 1094 HA ILE 115 HA ILE 115 -16.602 18.608 50.500 1095 HB ILE 115 HB ILE 115 -16.466 15.669 49.783 1096 1HG1 ILE 115 HG12 ILE 115 -18.656 17.675 49.148 1097 2HG1 ILE 115 HG11 ILE 115 -17.554 16.972 47.963 1098 1HG2 ILE 115 HG21 ILE 115 -17.364 15.522 51.852 1099 2HG2 ILE 115 HG22 ILE 115 -18.808 16.271 51.171 1100 3HG2 ILE 115 HG23 ILE 115 -17.584 17.268 51.955 1101 1HD1 ILE 115 HD11 ILE 115 -18.372 14.687 48.759 1102 2HD1 ILE 115 HD12 ILE 115 -19.542 15.652 47.859 1103 3HD1 ILE 115 HD13 ILE 115 -19.649 15.550 49.616 1104 H ARG 116 HN ARG 116 -14.008 16.453 49.449 1105 HA ARG 116 HA ARG 116 -12.967 15.631 51.908 1106 1HB ARG 116 HB2 ARG 116 -11.642 16.161 49.251 1107 2HB ARG 116 HB1 ARG 116 -10.766 15.512 50.637 1108 1HG ARG 116 HG2 ARG 116 -12.341 13.627 50.768 1109 2HG ARG 116 HG1 ARG 116 -13.235 14.274 49.400 1110 1HD ARG 116 HD2 ARG 116 -11.231 14.051 47.976 1111 2HD ARG 116 HD1 ARG 116 -10.337 13.403 49.348 1112 HE ARG 116 HE ARG 116 -12.558 11.746 49.136 1113 1HH1 ARG 116 HH21 ARG 116 -10.043 12.866 47.067 1114 2HH1 ARG 116 HH22 ARG 116 -10.014 11.429 46.100 1115 1HH2 ARG 116 HH11 ARG 116 -12.539 9.861 47.886 1116 2HH2 ARG 116 HH12 ARG 116 -11.428 9.726 46.565 1117 H VAL 117 HN VAL 117 -11.798 18.332 49.880 1118 HA VAL 117 HA VAL 117 -9.935 19.420 51.578 1119 HB VAL 117 HB VAL 117 -10.650 21.644 50.465 1120 1HG1 VAL 117 HG11 VAL 117 -8.786 20.186 49.711 1121 2HG1 VAL 117 HG12 VAL 117 -9.625 20.931 48.350 1122 3HG1 VAL 117 HG13 VAL 117 -9.929 19.242 48.757 1123 1HG2 VAL 117 HG21 VAL 117 -12.950 21.058 49.943 1124 2HG2 VAL 117 HG22 VAL 117 -12.426 19.627 49.057 1125 3HG2 VAL 117 HG23 VAL 117 -12.068 21.234 48.427 1126 H ALA 118 HN ALA 118 -13.410 20.266 51.464 1127 HA ALA 118 HA ALA 118 -13.376 22.186 53.532 1128 1HB ALA 118 HB1 ALA 118 -15.804 21.777 53.659 1129 2HB ALA 118 HB2 ALA 118 -15.610 20.314 52.694 1130 3HB ALA 118 HB3 ALA 118 -15.274 21.892 51.982 1131 H LEU 119 HN LEU 119 -13.959 18.686 53.534 1132 HA LEU 119 HA LEU 119 -14.540 18.364 56.260 1133 1HB LEU 119 HB2 LEU 119 -13.256 16.575 54.196 1134 2HB LEU 119 HB1 LEU 119 -13.469 16.040 55.865 1135 HG LEU 119 HG LEU 119 -15.726 17.121 54.158 1136 1HD1 LEU 119 HD11 LEU 119 -14.907 14.257 54.734 1137 2HD1 LEU 119 HD12 LEU 119 -14.893 15.051 53.159 1138 3HD1 LEU 119 HD13 LEU 119 -16.425 14.734 53.974 1139 1HD2 LEU 119 HD21 LEU 119 -15.527 15.760 56.854 1140 2HD2 LEU 119 HD22 LEU 119 -17.042 15.842 55.955 1141 3HD2 LEU 119 HD23 LEU 119 -16.247 17.326 56.478 1142 H GLU 120 HN GLU 120 -11.414 18.378 54.524 1143 HA GLU 120 HA GLU 120 -9.754 17.851 56.744 1144 1HB GLU 120 HB2 GLU 120 -9.262 19.398 54.191 1145 2HB GLU 120 HB1 GLU 120 -7.994 19.016 55.356 1146 1HG GLU 120 HG2 GLU 120 -9.773 16.945 54.038 1147 2HG GLU 120 HG1 GLU 120 -8.150 17.356 53.484 1148 H LYS 121 HN LYS 121 -10.951 20.886 55.375 1149 HA LYS 121 HA LYS 121 -9.576 22.706 57.005 1150 1HB LYS 121 HB1 LYS 121 -11.268 24.296 56.367 1151 2HB LYS 121 HB2 LYS 121 -11.035 23.230 54.981 1152 H SER 122 HN SER 122 -12.747 21.133 57.402 1153 HA SER 122 HA SER 122 -13.431 22.234 59.879 1154 1HB SER 122 HB2 SER 122 -15.022 20.972 58.524 1155 2HB SER 122 HB1 SER 122 -14.075 19.503 58.744 1156 HG SER 122 HG SER 122 -14.964 20.979 60.970 1157 H PHE 123 HN PHE 123 -11.828 19.124 59.175 1158 HA PHE 123 HA PHE 123 -11.414 18.166 61.722 1159 1HB PHE 123 HB2 PHE 123 -10.765 17.010 59.606 1160 2HB PHE 123 HB1 PHE 123 -9.394 18.111 59.460 1161 HD1 PHE 123 HD1 PHE 123 -10.972 15.966 62.113 1162 HD2 PHE 123 HD2 PHE 123 -7.357 17.313 60.226 1163 HE1 PHE 123 HE1 PHE 123 -9.642 14.512 63.621 1164 HE2 PHE 123 HE2 PHE 123 -6.028 15.861 61.732 1165 HZ PHE 123 HZ PHE 123 -7.171 14.459 63.430 1166 H LEU 124 HN LEU 124 -9.552 20.569 59.936 1167 HA LEU 124 HA LEU 124 -7.438 21.015 61.727 1168 1HB LEU 124 HB2 LEU 124 -8.831 22.781 59.720 1169 2HB LEU 124 HB1 LEU 124 -7.449 23.343 60.661 1170 HG LEU 124 HG LEU 124 -7.423 20.821 58.984 1171 1HD1 LEU 124 HD11 LEU 124 -6.126 23.470 58.313 1172 2HD1 LEU 124 HD12 LEU 124 -7.714 23.012 57.698 1173 3HD1 LEU 124 HD13 LEU 124 -6.295 22.053 57.277 1174 1HD2 LEU 124 HD21 LEU 124 -4.883 21.354 59.241 1175 2HD2 LEU 124 HD22 LEU 124 -5.730 20.638 60.612 1176 3HD2 LEU 124 HD23 LEU 124 -5.394 22.369 60.589 1177 H GLU 125 HN GLU 125 -10.628 22.580 61.524 1178 HA GLU 125 HA GLU 125 -10.192 24.373 63.682 1179 1HB GLU 125 HB2 GLU 125 -12.743 23.232 62.509 1180 2HB GLU 125 HB1 GLU 125 -12.690 24.540 63.694 1181 1HG GLU 125 HG2 GLU 125 -11.314 25.887 62.144 1182 2HG GLU 125 HG1 GLU 125 -11.390 24.585 60.954 1183 H ASN 126 HN ASN 126 -12.192 21.425 63.537 1184 HA ASN 126 HA ASN 126 -11.514 20.900 66.371 1185 1HB ASN 126 HB2 ASN 126 -13.840 21.872 66.024 1186 2HB ASN 126 HB1 ASN 126 -14.228 20.401 65.133 1187 1HD2 ASN 126 HD21 ASN 126 -15.607 20.990 67.543 1188 2HD2 ASN 126 HD22 ASN 126 -15.138 19.871 68.732 1189 H GLN 127 HN GLN 127 -10.486 19.010 66.493 1190 HA GLN 127 HA GLN 127 -10.428 17.090 64.381 1191 1HB GLN 127 HB2 GLN 127 -9.210 17.430 67.055 1192 2HB GLN 127 HB1 GLN 127 -9.371 15.767 66.488 1193 1HG GLN 127 HG2 GLN 127 -8.367 16.655 64.263 1194 2HG GLN 127 HG1 GLN 127 -7.857 18.046 65.223 1195 1HE2 GLN 127 HE21 GLN 127 -5.631 17.678 65.523 1196 2HE2 GLN 127 HE22 GLN 127 -4.978 16.251 66.170 1197 H LYS 128 HN LYS 128 -12.211 17.321 67.437 1198 HA LYS 128 HA LYS 128 -13.575 14.803 66.717 1199 1HB LYS 128 HB1 LYS 128 -12.652 15.805 69.388 1200 2HB LYS 128 HB2 LYS 128 -12.272 14.279 68.585 1201 HA PRO 129 HA PRO 129 -16.884 18.061 67.117 1202 1HB PRO 129 HB2 PRO 129 -18.305 17.218 64.907 1203 2HB PRO 129 HB1 PRO 129 -17.068 18.487 64.870 1204 1HG PRO 129 HG2 PRO 129 -16.888 15.644 64.047 1205 2HG PRO 129 HG1 PRO 129 -16.105 17.077 63.358 1206 1HD PRO 129 HD2 PRO 129 -14.803 15.283 64.977 1207 2HD PRO 129 HD1 PRO 129 -14.345 16.996 64.845 1208 H THR 130 HN THR 130 -18.900 17.696 68.007 1209 HA THR 130 HA THR 130 -19.451 15.065 69.015 1210 HB THR 130 HB THR 130 -21.169 16.114 70.283 1211 HG1 THR 130 HG1 THR 130 -21.209 17.781 68.104 1212 1HG2 THR 130 HG21 THR 130 -19.731 17.330 71.519 1213 2HG2 THR 130 HG22 THR 130 -19.544 18.531 70.240 1214 3HG2 THR 130 HG23 THR 130 -18.554 17.073 70.234 1215 H SER 131 HN SER 131 -21.705 14.191 68.969 1216 HA SER 131 HA SER 131 -22.427 13.350 66.431 1217 1HB SER 131 HB2 SER 131 -23.207 12.451 68.702 1218 2HB SER 131 HB1 SER 131 -24.421 13.728 68.671 1219 HG SER 131 HG SER 131 -25.027 12.865 66.576 1220 H GLU 132 HN GLU 132 -23.470 16.170 68.257 1221 HA GLU 132 HA GLU 132 -25.511 17.014 66.442 1222 1HB GLU 132 HB1 GLU 132 -23.964 18.508 68.572 1223 2HB GLU 132 HB2 GLU 132 -25.540 17.739 68.762 1224 H GLU 133 HN GLU 133 -22.177 18.177 67.093 1225 HA GLU 133 HA GLU 133 -22.011 20.123 65.106 1226 1HB GLU 133 HB2 GLU 133 -19.907 18.191 66.099 1227 2HB GLU 133 HB1 GLU 133 -19.563 19.583 65.072 1228 1HG GLU 133 HG2 GLU 133 -20.617 21.058 66.793 1229 2HG GLU 133 HG1 GLU 133 -20.805 19.648 67.837 1230 H ILE 134 HN ILE 134 -21.191 16.716 64.964 1231 HA ILE 134 HA ILE 134 -20.497 16.439 62.311 1232 HB ILE 134 HB ILE 134 -21.777 14.571 64.286 1233 1HG1 ILE 134 HG12 ILE 134 -19.044 14.551 62.976 1234 2HG1 ILE 134 HG11 ILE 134 -19.376 15.386 64.495 1235 1HG2 ILE 134 HG21 ILE 134 -20.979 12.814 62.522 1236 2HG2 ILE 134 HG22 ILE 134 -21.128 14.146 61.376 1237 3HG2 ILE 134 HG23 ILE 134 -22.538 13.606 62.288 1238 1HD1 ILE 134 HD11 ILE 134 -18.474 13.088 64.850 1239 2HD1 ILE 134 HD12 ILE 134 -19.882 12.437 64.009 1240 3HD1 ILE 134 HD13 ILE 134 -20.085 13.297 65.535 1241 H THR 135 HN THR 135 -23.793 15.940 63.663 1242 HA THR 135 HA THR 135 -25.073 15.213 61.291 1243 HB THR 135 HB THR 135 -26.352 16.946 63.408 1244 HG1 THR 135 HG1 THR 135 -25.539 15.439 64.669 1245 1HG2 THR 135 HG21 THR 135 -28.294 15.466 62.880 1246 2HG2 THR 135 HG22 THR 135 -27.325 14.701 61.621 1247 3HG2 THR 135 HG23 THR 135 -27.751 16.407 61.491 1248 H MET 136 HN MET 136 -24.404 18.395 62.645 1249 HA MET 136 HA MET 136 -25.797 19.960 60.765 1250 1HB MET 136 HB2 MET 136 -23.212 20.584 62.213 1251 2HB MET 136 HB1 MET 136 -24.263 21.763 61.427 1252 1HG MET 136 HG2 MET 136 -25.688 20.003 63.295 1253 2HG MET 136 HG1 MET 136 -24.449 20.991 64.071 1254 1HE MET 136 HE1 MET 136 -24.057 23.440 63.300 1255 2HE MET 136 HE2 MET 136 -24.902 23.386 64.843 1256 3HE MET 136 HE3 MET 136 -25.400 24.549 63.618 1257 H ILE 137 HN ILE 137 -22.354 19.261 60.912 1258 HA ILE 137 HA ILE 137 -21.456 20.228 58.520 1259 HB ILE 137 HB ILE 137 -20.571 17.672 59.870 1260 1HG1 ILE 137 HG12 ILE 137 -19.396 20.431 60.226 1261 2HG1 ILE 137 HG11 ILE 137 -20.726 19.869 61.242 1262 1HG2 ILE 137 HG21 ILE 137 -18.345 18.433 58.851 1263 2HG2 ILE 137 HG22 ILE 137 -19.298 19.537 57.860 1264 3HG2 ILE 137 HG23 ILE 137 -19.542 17.797 57.721 1265 1HD1 ILE 137 HD11 ILE 137 -19.097 18.977 62.547 1266 2HD1 ILE 137 HD12 ILE 137 -17.889 19.086 61.268 1267 3HD1 ILE 137 HD13 ILE 137 -19.005 17.722 61.313 1268 H ALA 138 HN ALA 138 -23.112 17.156 59.081 1269 HA ALA 138 HA ALA 138 -22.621 15.996 56.537 1270 1HB ALA 138 HB1 ALA 138 -23.483 14.347 57.829 1271 2HB ALA 138 HB2 ALA 138 -25.050 14.976 57.321 1272 3HB ALA 138 HB3 ALA 138 -24.352 15.485 58.858 1273 H ASP 139 HN ASP 139 -25.671 17.431 57.792 1274 HA ASP 139 HA ASP 139 -26.974 17.607 55.367 1275 1HB ASP 139 HB2 ASP 139 -28.021 18.045 57.553 1276 2HB ASP 139 HB1 ASP 139 -27.115 19.552 57.677 1277 H GLN 140 HN GLN 140 -24.893 19.986 56.959 1278 HA GLN 140 HA GLN 140 -24.978 22.089 55.197 1279 1HB GLN 140 HB2 GLN 140 -23.393 22.844 56.582 1280 2HB GLN 140 HB1 GLN 140 -23.313 21.241 57.316 1281 1HG GLN 140 HG2 GLN 140 -21.135 21.383 56.597 1282 2HG GLN 140 HG1 GLN 140 -21.854 20.757 55.113 1283 1HE2 GLN 140 HE21 GLN 140 -21.365 21.966 53.281 1284 2HE2 GLN 140 HE22 GLN 140 -20.948 23.611 53.278 1285 H LEU 141 HN LEU 141 -23.093 19.106 54.881 1286 HA LEU 141 HA LEU 141 -22.020 19.966 52.288 1287 1HB LEU 141 HB2 LEU 141 -21.421 17.625 54.102 1288 2HB LEU 141 HB1 LEU 141 -20.714 17.812 52.497 1289 HG LEU 141 HG LEU 141 -20.498 19.853 54.730 1290 1HD1 LEU 141 HD11 LEU 141 -17.972 19.029 54.302 1291 2HD1 LEU 141 HD12 LEU 141 -18.821 17.537 53.894 1292 3HD1 LEU 141 HD13 LEU 141 -19.026 18.259 55.489 1293 1HD2 LEU 141 HD21 LEU 141 -18.709 20.760 53.162 1294 2HD2 LEU 141 HD22 LEU 141 -20.367 20.945 52.593 1295 3HD2 LEU 141 HD23 LEU 141 -19.346 19.667 51.934 1296 H ASN 142 HN ASN 142 -24.636 18.315 53.536 1297 HA ASN 142 HA ASN 142 -26.263 16.950 52.620 1298 1HB ASN 142 HB2 ASN 142 -26.153 18.673 50.777 1299 2HB ASN 142 HB1 ASN 142 -24.940 17.670 49.981 1300 1HD2 ASN 142 HD21 ASN 142 -28.047 16.868 51.643 1301 2HD2 ASN 142 HD22 ASN 142 -28.684 15.988 50.339 1302 H MET 143 HN MET 143 -24.671 15.507 53.775 1303 HA MET 143 HA MET 143 -23.894 13.264 52.043 1304 1HB MET 143 HB2 MET 143 -22.119 14.501 54.187 1305 2HB MET 143 HB1 MET 143 -21.771 13.015 53.302 1306 1HG MET 143 HG2 MET 143 -22.300 15.571 51.806 1307 2HG MET 143 HG1 MET 143 -20.700 15.254 52.479 1308 1HE MET 143 HE1 MET 143 -19.357 13.440 52.182 1309 2HE MET 143 HE2 MET 143 -18.900 14.232 50.675 1310 3HE MET 143 HE3 MET 143 -19.177 12.491 50.699 1311 H GLU 144 HN GLU 144 -24.104 11.294 53.210 1312 HA GLU 144 HA GLU 144 -26.073 11.231 55.220 1313 1HB GLU 144 HB2 GLU 144 -25.258 9.386 53.576 1314 2HB GLU 144 HB1 GLU 144 -24.069 9.026 54.830 1315 1HG GLU 144 HG2 GLU 144 -26.294 9.188 56.356 1316 2HG GLU 144 HG1 GLU 144 -27.015 8.632 54.845 1317 H LYS 145 HN LYS 145 -25.950 11.002 57.448 1318 HA LYS 145 HA LYS 145 -23.911 12.242 58.841 1319 1HB LYS 145 HB1 LYS 145 -26.064 12.018 59.818 1320 2HB LYS 145 HB2 LYS 145 -25.986 10.257 59.745 1321 H GLU 146 HN GLU 146 -24.486 8.725 58.752 1322 HA GLU 146 HA GLU 146 -22.408 7.895 60.362 1323 1HB GLU 146 HB2 GLU 146 -24.187 6.427 59.550 1324 2HB GLU 146 HB1 GLU 146 -23.530 6.521 57.915 1325 1HG GLU 146 HG2 GLU 146 -22.773 4.460 59.020 1326 2HG GLU 146 HG1 GLU 146 -21.408 5.534 58.722 1327 H VAL 147 HN VAL 147 -22.312 8.598 56.896 1328 HA VAL 147 HA VAL 147 -19.729 7.657 56.327 1329 HB VAL 147 HB VAL 147 -21.476 9.768 55.060 1330 1HG1 VAL 147 HG11 VAL 147 -19.764 9.503 53.118 1331 2HG1 VAL 147 HG12 VAL 147 -18.669 8.895 54.361 1332 3HG1 VAL 147 HG13 VAL 147 -19.316 10.530 54.479 1333 1HG2 VAL 147 HG21 VAL 147 -21.416 6.914 54.937 1334 2HG2 VAL 147 HG22 VAL 147 -20.729 7.459 53.416 1335 3HG2 VAL 147 HG23 VAL 147 -22.327 7.992 53.894 1336 H ILE 148 HN ILE 148 -20.930 10.743 57.486 1337 HA ILE 148 HA ILE 148 -18.400 12.064 57.372 1338 HB ILE 148 HB ILE 148 -20.987 12.699 58.799 1339 1HG1 ILE 148 HG12 ILE 148 -21.084 12.784 56.343 1340 2HG1 ILE 148 HG11 ILE 148 -21.155 14.414 57.011 1341 1HG2 ILE 148 HG21 ILE 148 -19.291 13.806 60.056 1342 2HG2 ILE 148 HG22 ILE 148 -19.912 15.021 58.939 1343 3HG2 ILE 148 HG23 ILE 148 -18.379 14.215 58.604 1344 1HD1 ILE 148 HD11 ILE 148 -18.481 14.166 56.752 1345 2HD1 ILE 148 HD12 ILE 148 -19.507 14.790 55.460 1346 3HD1 ILE 148 HD13 ILE 148 -18.996 13.102 55.444 1347 H ARG 149 HN ARG 149 -20.249 10.422 59.930 1348 HA ARG 149 HA ARG 149 -18.591 11.120 62.103 1349 1HB ARG 149 HB2 ARG 149 -20.865 9.752 62.119 1350 2HB ARG 149 HB1 ARG 149 -19.795 8.356 61.951 1351 1HG ARG 149 HG2 ARG 149 -18.553 9.875 63.929 1352 2HG ARG 149 HG1 ARG 149 -20.263 10.084 64.285 1353 1HD ARG 149 HD2 ARG 149 -18.752 7.982 65.183 1354 2HD ARG 149 HD1 ARG 149 -20.496 7.959 65.039 1355 HE ARG 149 HE ARG 149 -19.494 7.145 62.527 1356 1HH1 ARG 149 HH21 ARG 149 -19.103 6.143 65.833 1357 2HH1 ARG 149 HH22 ARG 149 -19.033 4.455 65.448 1358 1HH2 ARG 149 HH11 ARG 149 -19.384 4.931 62.027 1359 2HH2 ARG 149 HH12 ARG 149 -19.197 3.777 63.309 1360 H VAL 150 HN VAL 150 -18.542 8.441 59.778 1361 HA VAL 150 HA VAL 150 -16.322 7.070 60.863 1362 HB VAL 150 HB VAL 150 -17.556 7.081 58.106 1363 1HG1 VAL 150 HG11 VAL 150 -15.113 5.702 59.163 1364 2HG1 VAL 150 HG12 VAL 150 -15.497 6.200 57.516 1365 3HG1 VAL 150 HG13 VAL 150 -16.211 4.734 58.180 1366 1HG2 VAL 150 HG21 VAL 150 -17.598 4.975 60.286 1367 2HG2 VAL 150 HG22 VAL 150 -18.600 5.042 58.836 1368 3HG2 VAL 150 HG23 VAL 150 -18.838 6.217 60.128 1369 H TRP 151 HN TRP 151 -16.562 9.651 58.433 1370 HA TRP 151 HA TRP 151 -13.930 9.514 57.432 1371 1HB TRP 151 HB2 TRP 151 -15.471 10.847 56.216 1372 2HB TRP 151 HB1 TRP 151 -15.962 11.739 57.655 1373 HD1 TRP 151 HD1 TRP 151 -14.461 13.696 58.485 1374 HE1 TRP 151 HE1 TRP 151 -12.484 14.979 57.450 1375 HE3 TRP 151 HE3 TRP 151 -13.359 10.605 54.561 1376 HZ2 TRP 151 HZ2 TRP 151 -10.677 14.744 55.246 1377 HZ3 TRP 151 HZ3 TRP 151 -11.499 11.176 53.000 1378 HH2 TRP 151 HH2 TRP 151 -10.164 13.231 53.342 1379 H PHE 152 HN PHE 152 -15.316 11.381 60.137 1380 HA PHE 152 HA PHE 152 -12.868 12.663 60.832 1381 1HB PHE 152 HB2 PHE 152 -15.555 12.303 62.068 1382 2HB PHE 152 HB1 PHE 152 -14.221 12.750 63.134 1383 HD1 PHE 152 HD1 PHE 152 -12.918 14.836 62.707 1384 HD2 PHE 152 HD2 PHE 152 -16.436 13.847 60.449 1385 HE1 PHE 152 HE1 PHE 152 -13.066 17.181 61.910 1386 HE2 PHE 152 HE2 PHE 152 -16.585 16.192 59.655 1387 HZ PHE 152 HZ PHE 152 -14.902 17.858 60.386 1388 H CYS 153 HN CYS 153 -14.434 9.615 61.813 1389 HA CYS 153 HA CYS 153 -12.616 9.036 63.924 1390 1HB CYS 153 HB2 CYS 153 -14.217 7.232 62.102 1391 2HB CYS 153 HB1 CYS 153 -13.282 6.650 63.479 1392 HG CYS 153 HG CYS 153 -15.879 8.333 63.657 1393 H ASN 154 HN ASN 154 -12.587 8.204 60.449 1394 HA ASN 154 HA ASN 154 -10.171 6.732 60.477 1395 1HB ASN 154 HB2 ASN 154 -11.667 8.231 58.325 1396 2HB ASN 154 HB1 ASN 154 -10.168 7.364 57.991 1397 1HD2 ASN 154 HD21 ASN 154 -12.682 6.566 56.830 1398 2HD2 ASN 154 HD22 ASN 154 -13.096 5.048 57.465 1399 H ARG 155 HN ARG 155 -10.879 10.171 60.109 1400 HA ARG 155 HA ARG 155 -8.286 10.966 59.284 1401 1HB ARG 155 HB2 ARG 155 -10.431 12.208 59.030 1402 2HB ARG 155 HB1 ARG 155 -10.438 12.497 60.762 1403 1HG ARG 155 HG2 ARG 155 -9.505 14.332 59.123 1404 2HG ARG 155 HG1 ARG 155 -8.710 14.023 60.660 1405 1HD ARG 155 HD2 ARG 155 -7.079 12.548 59.555 1406 2HD ARG 155 HD1 ARG 155 -7.869 12.883 57.982 1407 HE ARG 155 HE ARG 155 -7.304 15.358 58.489 1408 1HH1 ARG 155 HH21 ARG 155 -5.579 12.692 59.755 1409 2HH1 ARG 155 HH22 ARG 155 -4.001 13.303 59.378 1410 1HH2 ARG 155 HH11 ARG 155 -5.251 16.261 57.966 1411 2HH2 ARG 155 HH12 ARG 155 -3.819 15.353 58.336 1412 H ARG 156 HN ARG 156 -9.782 10.707 62.511 1413 HA ARG 156 HA ARG 156 -7.652 11.886 64.001 1414 1HB ARG 156 HB2 ARG 156 -9.890 9.961 64.670 1415 2HB ARG 156 HB1 ARG 156 -8.725 10.499 65.881 1416 1HG ARG 156 HG2 ARG 156 -9.396 12.899 64.889 1417 2HG ARG 156 HG1 ARG 156 -10.891 12.040 64.520 1418 1HD ARG 156 HD2 ARG 156 -9.626 11.879 67.249 1419 2HD ARG 156 HD1 ARG 156 -10.714 13.199 66.832 1420 HE ARG 156 HE ARG 156 -11.531 10.605 67.625 1421 1HH1 ARG 156 HH21 ARG 156 -12.007 12.734 64.963 1422 2HH1 ARG 156 HH22 ARG 156 -13.562 12.086 64.563 1423 1HH2 ARG 156 HH11 ARG 156 -13.538 9.753 67.118 1424 2HH2 ARG 156 HH12 ARG 156 -14.427 10.404 65.781 1425 H GLN 157 HN GLN 157 -8.418 8.618 62.883 1426 HA GLN 157 HA GLN 157 -6.364 7.239 64.307 1427 1HB GLN 157 HB2 GLN 157 -7.890 6.595 61.780 1428 2HB GLN 157 HB1 GLN 157 -6.707 5.497 62.492 1429 1HG GLN 157 HG2 GLN 157 -7.973 5.449 64.589 1430 2HG GLN 157 HG1 GLN 157 -9.135 6.600 63.936 1431 1HE2 GLN 157 HE21 GLN 157 -11.015 5.348 63.643 1432 2HE2 GLN 157 HE22 GLN 157 -11.066 3.894 62.769 1433 H LYS 158 HN LYS 158 -6.510 8.613 61.018 1434 HA LYS 158 HA LYS 158 -3.977 7.763 60.181 1435 1HB LYS 158 HB2 LYS 158 -5.776 8.648 58.729 1436 2HB LYS 158 HB1 LYS 158 -5.472 10.260 59.368 1437 1HG LYS 158 HG2 LYS 158 -3.119 10.115 58.585 1438 2HG LYS 158 HG1 LYS 158 -3.462 8.529 57.895 1439 1HD LYS 158 HD2 LYS 158 -5.041 10.996 57.148 1440 2HD LYS 158 HD1 LYS 158 -3.581 10.514 56.286 1441 1HE LYS 158 HE2 LYS 158 -4.645 8.261 55.898 1442 2HE LYS 158 HE1 LYS 158 -6.138 8.911 56.571 1443 1HZ LYS 158 HZ1 LYS 158 -5.995 9.053 54.132 1444 2HZ LYS 158 HZ2 LYS 158 -4.694 10.132 54.301 1445 3HZ LYS 158 HZ3 LYS 158 -6.231 10.551 54.890 1446 H GLU 159 HN GLU 159 -5.013 10.576 62.003 1447 HA GLU 159 HA GLU 159 -2.593 12.055 61.868 1448 1HB GLU 159 HB2 GLU 159 -4.899 12.904 62.519 1449 2HB GLU 159 HB1 GLU 159 -4.641 12.142 64.088 1450 1HG GLU 159 HG2 GLU 159 -3.971 14.485 64.215 1451 2HG GLU 159 HG1 GLU 159 -2.539 13.463 64.341 1452 H LYS 160 HN LYS 160 -3.631 9.330 63.838 1453 HA LYS 160 HA LYS 160 -1.563 9.779 65.829 1454 1HB LYS 160 HB2 LYS 160 -3.503 7.502 65.376 1455 2HB LYS 160 HB1 LYS 160 -2.374 7.593 66.729 1456 1HG LYS 160 HG2 LYS 160 -3.406 9.855 67.281 1457 2HG LYS 160 HG1 LYS 160 -4.666 9.468 66.106 1458 1HD LYS 160 HD2 LYS 160 -5.278 7.466 67.348 1459 2HD LYS 160 HD1 LYS 160 -3.941 7.715 68.472 1460 1HE LYS 160 HE2 LYS 160 -5.027 10.022 68.934 1461 2HE LYS 160 HE1 LYS 160 -6.463 9.340 68.170 1462 1HZ LYS 160 HZ1 LYS 160 -5.121 8.523 70.657 1463 2HZ LYS 160 HZ2 LYS 160 -6.028 7.386 69.778 1464 3HZ LYS 160 HZ3 LYS 160 -6.769 8.797 70.369 1465 H ARG 161 HN ARG 161 -1.583 8.500 62.707 1466 HA ARG 161 HA ARG 161 0.139 6.235 63.054 1467 1HB ARG 161 HB2 ARG 161 -0.462 7.974 60.655 1468 2HB ARG 161 HB1 ARG 161 0.530 6.517 60.588 1469 1HG ARG 161 HG2 ARG 161 -1.350 5.184 61.458 1470 2HG ARG 161 HG1 ARG 161 -2.346 6.638 61.542 1471 1HD ARG 161 HD2 ARG 161 -2.100 6.938 59.095 1472 2HD ARG 161 HD1 ARG 161 -1.130 5.470 59.022 1473 HE ARG 161 HE ARG 161 -3.485 4.657 60.246 1474 1HH1 ARG 161 HH21 ARG 161 -2.602 6.326 57.361 1475 2HH1 ARG 161 HH22 ARG 161 -3.945 5.727 56.446 1476 1HH2 ARG 161 HH11 ARG 161 -5.243 3.864 59.067 1477 2HH2 ARG 161 HH12 ARG 161 -5.440 4.333 57.411 1478 H ILE 162 HN ILE 162 2.381 6.070 62.503 1479 HA ILE 162 HA ILE 162 4.073 8.174 63.455 1480 HB ILE 162 HB ILE 162 4.605 5.630 61.889 1481 1HG1 ILE 162 HG12 ILE 162 5.348 6.374 64.730 1482 2HG1 ILE 162 HG11 ILE 162 3.848 5.542 64.319 1483 1HG2 ILE 162 HG21 ILE 162 6.466 7.808 62.823 1484 2HG2 ILE 162 HG22 ILE 162 6.422 6.991 61.261 1485 3HG2 ILE 162 HG23 ILE 162 7.029 6.142 62.683 1486 1HD1 ILE 162 HD11 ILE 162 5.521 3.884 64.932 1487 2HD1 ILE 162 HD12 ILE 162 6.662 4.560 63.769 1488 3HD1 ILE 162 HD13 ILE 162 5.198 3.757 63.203 1489 H ASN 163 HN ASN 163 3.469 6.768 60.247 1490 HA ASN 163 HA ASN 163 4.237 9.331 59.005 1491 1HB ASN 163 HB2 ASN 163 4.559 6.494 58.016 1492 2HB ASN 163 HB1 ASN 163 4.763 7.911 56.986 1493 1HD2 ASN 163 HD21 ASN 163 6.863 5.950 57.840 1494 2HD2 ASN 163 HD22 ASN 163 8.043 6.867 58.644 1495 H ASP 206 HN ASP 206 21.019 -12.682 30.287 1496 HA ASP 206 HA ASP 206 19.029 -11.734 29.057 1497 1HB ASP 206 HB2 ASP 206 19.512 -14.607 29.451 1498 2HB ASP 206 HB1 ASP 206 17.846 -14.277 29.000 1499 H ARG 207 HN ARG 207 17.367 -10.543 29.833 1500 HA ARG 207 HA ARG 207 15.852 -11.447 32.193 1501 1HB ARG 207 HB2 ARG 207 16.492 -9.005 31.710 1502 2HB ARG 207 HB1 ARG 207 15.243 -9.035 30.464 1503 1HG ARG 207 HG2 ARG 207 13.693 -9.945 32.357 1504 2HG ARG 207 HG1 ARG 207 14.937 -9.334 33.448 1505 1HD ARG 207 HD2 ARG 207 14.715 -7.088 32.480 1506 2HD ARG 207 HD1 ARG 207 13.523 -7.690 31.333 1507 HE ARG 207 HE ARG 207 12.526 -8.371 33.860 1508 1HH1 ARG 207 HH21 ARG 207 13.550 -5.546 32.184 1509 2HH1 ARG 207 HH22 ARG 207 12.455 -4.492 33.014 1510 1HH2 ARG 207 HH11 ARG 207 11.083 -7.019 34.955 1511 2HH2 ARG 207 HH12 ARG 207 11.056 -5.327 34.585 1512 H VAL 208 HN VAL 208 13.667 -12.057 32.164 1513 HA VAL 208 HA VAL 208 12.704 -13.035 29.554 1514 HB VAL 208 HB VAL 208 11.469 -13.321 32.312 1515 1HG1 VAL 208 HG11 VAL 208 9.890 -13.680 30.461 1516 2HG1 VAL 208 HG12 VAL 208 10.269 -15.211 31.249 1517 3HG1 VAL 208 HG13 VAL 208 11.017 -14.806 29.704 1518 1HG2 VAL 208 HG21 VAL 208 13.305 -15.162 30.743 1519 2HG2 VAL 208 HG22 VAL 208 12.483 -15.598 32.241 1520 3HG2 VAL 208 HG23 VAL 208 13.705 -14.327 32.243 1521 H LYS 209 HN LYS 209 11.186 -12.037 28.404 1522 HA LYS 209 HA LYS 209 10.036 -9.524 29.417 1523 1HB LYS 209 HB2 LYS 209 9.891 -10.867 26.700 1524 2HB LYS 209 HB1 LYS 209 9.337 -9.230 27.062 1525 1HG LYS 209 HG2 LYS 209 11.647 -8.626 27.776 1526 2HG LYS 209 HG1 LYS 209 12.187 -10.249 27.339 1527 1HD LYS 209 HD2 LYS 209 11.392 -9.856 25.018 1528 2HD LYS 209 HD1 LYS 209 10.973 -8.228 25.505 1529 1HE LYS 209 HE2 LYS 209 13.284 -7.698 25.997 1530 2HE LYS 209 HE1 LYS 209 13.753 -9.346 25.565 1531 1HZ LYS 209 HZ1 LYS 209 13.390 -8.979 23.363 1532 2HZ LYS 209 HZ2 LYS 209 13.827 -7.400 23.816 1533 3HZ LYS 209 HZ3 LYS 209 12.189 -7.812 23.628 1534 H ARG 210 HN ARG 210 7.708 -9.116 29.289 1535 HA ARG 210 HA ARG 210 6.154 -11.272 30.377 1536 1HB ARG 210 HB2 ARG 210 5.161 -8.642 29.259 1537 2HB ARG 210 HB1 ARG 210 4.310 -9.696 30.384 1538 1HG ARG 210 HG2 ARG 210 5.920 -9.299 32.114 1539 2HG ARG 210 HG1 ARG 210 7.016 -8.489 30.995 1540 1HD ARG 210 HD2 ARG 210 5.709 -6.909 32.429 1541 2HD ARG 210 HD1 ARG 210 5.464 -6.653 30.707 1542 HE ARG 210 HE ARG 210 3.423 -8.385 31.410 1543 1HH1 ARG 210 HH21 ARG 210 4.633 -5.362 32.544 1544 2HH1 ARG 210 HH22 ARG 210 3.087 -4.792 33.077 1545 1HH2 ARG 210 HH11 ARG 210 1.397 -7.658 32.098 1546 2HH2 ARG 210 HH12 ARG 210 1.254 -6.092 32.824 1547 HA PRO 211 HA PRO 211 4.473 -13.252 26.791 1548 1HB PRO 211 HB2 PRO 211 1.823 -13.063 28.134 1549 2HB PRO 211 HB1 PRO 211 2.648 -14.513 27.523 1550 1HG PRO 211 HG2 PRO 211 2.466 -14.018 30.140 1551 2HG PRO 211 HG1 PRO 211 3.919 -14.747 29.435 1552 1HD PRO 211 HD2 PRO 211 3.488 -11.938 30.392 1553 2HD PRO 211 HD1 PRO 211 4.947 -12.953 30.437 1554 H MET 212 HN MET 212 3.476 -12.525 24.896 1555 HA MET 212 HA MET 212 2.661 -9.747 24.796 1556 1HB MET 212 HB2 MET 212 2.598 -11.957 22.725 1557 2HB MET 212 HB1 MET 212 2.163 -10.281 22.387 1558 1HG MET 212 HG2 MET 212 4.386 -9.560 23.183 1559 2HG MET 212 HG1 MET 212 4.837 -11.241 23.436 1560 1HE MET 212 HE1 MET 212 3.678 -12.813 20.632 1561 2HE MET 212 HE2 MET 212 4.890 -12.953 21.901 1562 3HE MET 212 HE3 MET 212 5.398 -12.818 20.222 1563 H ASN 213 HN ASN 213 0.594 -8.919 24.863 1564 HA ASN 213 HA ASN 213 -1.574 -10.681 25.612 1565 1HB ASN 213 HB2 ASN 213 -2.855 -8.666 25.954 1566 2HB ASN 213 HB1 ASN 213 -1.235 -8.403 26.597 1567 1HD2 ASN 213 HD21 ASN 213 -0.974 -6.160 26.226 1568 2HD2 ASN 213 HD22 ASN 213 -1.080 -5.440 24.692 1569 H ALA 214 HN ALA 214 -3.741 -10.427 24.540 1570 HA ALA 214 HA ALA 214 -3.736 -11.401 21.941 1571 1HB ALA 214 HB1 ALA 214 -5.956 -9.632 22.963 1572 2HB ALA 214 HB2 ALA 214 -5.683 -11.251 23.606 1573 3HB ALA 214 HB3 ALA 214 -6.078 -11.035 21.901 1574 H PHE 215 HN PHE 215 -3.807 -7.962 22.907 1575 HA PHE 215 HA PHE 215 -4.245 -7.060 20.176 1576 1HB PHE 215 HB2 PHE 215 -4.851 -5.647 22.095 1577 2HB PHE 215 HB1 PHE 215 -3.164 -5.594 22.605 1578 HD1 PHE 215 HD1 PHE 215 -5.579 -4.510 20.011 1579 HD2 PHE 215 HD2 PHE 215 -1.536 -4.214 21.463 1580 HE1 PHE 215 HE1 PHE 215 -5.175 -2.574 18.505 1581 HE2 PHE 215 HE2 PHE 215 -1.134 -2.282 19.951 1582 HZ PHE 215 HZ PHE 215 -2.954 -1.464 18.469 1583 H MET 216 HN MET 216 -1.334 -7.317 22.284 1584 HA MET 216 HA MET 216 0.427 -6.208 20.370 1585 1HB MET 216 HB2 MET 216 0.890 -8.314 22.515 1586 2HB MET 216 HB1 MET 216 2.169 -7.421 21.690 1587 1HG MET 216 HG2 MET 216 -0.066 -6.053 23.186 1588 2HG MET 216 HG1 MET 216 1.451 -6.478 23.958 1589 1HE MET 216 HE1 MET 216 3.523 -6.021 23.264 1590 2HE MET 216 HE2 MET 216 3.922 -4.316 23.195 1591 3HE MET 216 HE3 MET 216 3.945 -5.285 21.724 1592 H VAL 217 HN VAL 217 -0.555 -9.593 20.931 1593 HA VAL 217 HA VAL 217 1.101 -10.733 18.876 1594 HB VAL 217 HB VAL 217 -1.627 -11.688 19.813 1595 1HG1 VAL 217 HG11 VAL 217 -0.914 -12.846 17.817 1596 2HG1 VAL 217 HG12 VAL 217 -0.635 -13.923 19.185 1597 3HG1 VAL 217 HG13 VAL 217 0.716 -13.052 18.458 1598 1HG2 VAL 217 HG21 VAL 217 1.046 -12.622 20.859 1599 2HG2 VAL 217 HG22 VAL 217 -0.550 -12.824 21.582 1600 3HG2 VAL 217 HG23 VAL 217 0.223 -11.239 21.583 1601 H TRP 218 HN TRP 218 -2.283 -9.638 18.867 1602 HA TRP 218 HA TRP 218 -2.808 -10.104 16.100 1603 1HB TRP 218 HB2 TRP 218 -4.656 -9.790 17.585 1604 2HB TRP 218 HB1 TRP 218 -4.038 -8.232 18.129 1605 HD1 TRP 218 HD1 TRP 218 -5.719 -9.919 15.146 1606 HE1 TRP 218 HE1 TRP 218 -6.721 -8.094 13.625 1607 HE3 TRP 218 HE3 TRP 218 -3.856 -5.754 17.433 1608 HZ2 TRP 218 HZ2 TRP 218 -6.726 -5.239 13.409 1609 HZ3 TRP 218 HZ3 TRP 218 -4.378 -3.496 16.556 1610 HH2 TRP 218 HH2 TRP 218 -5.810 -3.234 14.549 1611 H SER 219 HN SER 219 -1.220 -7.422 17.741 1612 HA SER 219 HA SER 219 -1.407 -5.673 15.390 1613 1HB SER 219 HB2 SER 219 0.495 -4.481 16.841 1614 2HB SER 219 HB1 SER 219 -1.207 -4.352 17.271 1615 HG SER 219 HG SER 219 -0.760 -5.391 19.032 1616 H ARG 220 HN ARG 220 0.992 -7.867 16.824 1617 HA ARG 220 HA ARG 220 3.274 -7.177 15.355 1618 1HB ARG 220 HB2 ARG 220 2.974 -9.039 17.094 1619 2HB ARG 220 HB1 ARG 220 2.395 -10.037 15.759 1620 1HG ARG 220 HG2 ARG 220 4.515 -9.574 14.532 1621 2HG ARG 220 HG1 ARG 220 5.093 -8.663 15.926 1622 1HD ARG 220 HD2 ARG 220 5.549 -10.560 17.132 1623 2HD ARG 220 HD1 ARG 220 4.118 -11.407 16.541 1624 HE ARG 220 HE ARG 220 5.778 -11.265 14.323 1625 1HH1 ARG 220 HH21 ARG 220 6.019 -12.349 17.583 1626 2HH1 ARG 220 HH22 ARG 220 7.162 -13.599 17.223 1627 1HH2 ARG 220 HH11 ARG 220 7.263 -12.886 13.828 1628 2HH2 ARG 220 HH12 ARG 220 7.868 -13.904 15.092 1629 H GLY 221 HN GLY 221 0.649 -9.413 14.326 1630 1HA GLY 221 HA2 GLY 221 1.786 -9.570 11.629 1631 2HA GLY 221 HA1 GLY 221 0.296 -10.339 12.167 1632 H GLN 222 HN GLN 222 -0.961 -7.900 13.178 1633 HA GLN 222 HA GLN 222 -2.041 -6.918 10.668 1634 1HB GLN 222 HB2 GLN 222 -3.249 -7.060 12.936 1635 2HB GLN 222 HB1 GLN 222 -2.376 -5.590 13.366 1636 1HG GLN 222 HG2 GLN 222 -4.420 -4.800 12.480 1637 2HG GLN 222 HG1 GLN 222 -3.281 -4.632 11.143 1638 1HE2 GLN 222 HE21 GLN 222 -4.448 -5.160 9.278 1639 2HE2 GLN 222 HE22 GLN 222 -5.413 -6.545 9.105 1640 H ARG 223 HN ARG 223 0.155 -5.601 13.126 1641 HA ARG 223 HA ARG 223 0.497 -2.993 12.100 1642 1HB ARG 223 HB2 ARG 223 1.394 -3.872 14.268 1643 2HB ARG 223 HB1 ARG 223 2.632 -4.738 13.358 1644 1HG ARG 223 HG2 ARG 223 3.214 -2.448 12.324 1645 2HG ARG 223 HG1 ARG 223 2.257 -1.755 13.635 1646 1HD ARG 223 HD2 ARG 223 4.485 -3.735 14.117 1647 2HD ARG 223 HD1 ARG 223 4.759 -1.996 14.096 1648 HE ARG 223 HE ARG 223 3.851 -3.384 16.343 1649 1HH1 ARG 223 HH21 ARG 223 2.625 -0.912 14.276 1650 2HH1 ARG 223 HH22 ARG 223 1.642 -0.193 15.508 1651 1HH2 ARG 223 HH11 ARG 223 2.578 -2.461 17.952 1652 2HH2 ARG 223 HH12 ARG 223 1.618 -1.068 17.585 1653 H ARG 224 HN ARG 224 2.232 -6.007 11.200 1654 HA ARG 224 HA ARG 224 3.934 -4.688 9.272 1655 1HB ARG 224 HB2 ARG 224 4.134 -7.068 10.350 1656 2HB ARG 224 HB1 ARG 224 3.081 -7.566 9.027 1657 1HG ARG 224 HG2 ARG 224 5.366 -7.884 8.310 1658 2HG ARG 224 HG1 ARG 224 4.721 -6.499 7.428 1659 1HD ARG 224 HD2 ARG 224 5.713 -5.042 9.284 1660 2HD ARG 224 HD1 ARG 224 6.585 -6.478 9.815 1661 HE ARG 224 HE ARG 224 7.577 -4.856 7.841 1662 1HH1 ARG 224 HH21 ARG 224 6.259 -8.038 7.894 1663 2HH1 ARG 224 HH22 ARG 224 7.186 -8.584 6.536 1664 1HH2 ARG 224 HH11 ARG 224 8.784 -5.550 6.067 1665 2HH2 ARG 224 HH12 ARG 224 8.611 -7.180 5.505 1666 H LYS 225 HN LYS 225 0.734 -6.217 9.087 1667 HA LYS 225 HA LYS 225 0.460 -6.237 6.253 1668 1HB LYS 225 HB2 LYS 225 -1.106 -7.314 7.921 1669 2HB LYS 225 HB1 LYS 225 -1.741 -5.707 8.274 1670 1HG LYS 225 HG2 LYS 225 -2.247 -5.465 5.809 1671 2HG LYS 225 HG1 LYS 225 -1.824 -7.169 5.623 1672 1HD LYS 225 HD2 LYS 225 -3.526 -7.466 7.636 1673 2HD LYS 225 HD1 LYS 225 -4.165 -5.939 7.027 1674 1HE LYS 225 HE2 LYS 225 -3.600 -7.917 4.923 1675 2HE LYS 225 HE1 LYS 225 -4.854 -8.417 6.057 1676 1HZ LYS 225 HZ1 LYS 225 -4.773 -5.912 4.469 1677 2HZ LYS 225 HZ2 LYS 225 -5.903 -6.217 5.701 1678 3HZ LYS 225 HZ3 LYS 225 -5.876 -7.191 4.309 1679 H MET 226 HN MET 226 -0.396 -3.764 8.653 1680 HA MET 226 HA MET 226 -1.355 -1.833 6.759 1681 1HB MET 226 HB2 MET 226 -1.773 -1.895 9.280 1682 2HB MET 226 HB1 MET 226 -0.160 -1.199 9.460 1683 1HG MET 226 HG2 MET 226 -1.747 0.625 9.428 1684 2HG MET 226 HG1 MET 226 -0.869 0.649 7.899 1685 1HE MET 226 HE1 MET 226 -3.903 1.538 9.211 1686 2HE MET 226 HE2 MET 226 -4.168 -0.112 9.767 1687 3HE MET 226 HE3 MET 226 -5.240 0.582 8.554 1688 H ALA 227 HN ALA 227 1.864 -2.523 8.067 1689 HA ALA 227 HA ALA 227 3.051 -0.072 7.110 1690 1HB ALA 227 HB1 ALA 227 4.349 -2.753 7.686 1691 2HB ALA 227 HB2 ALA 227 4.112 -1.455 8.857 1692 3HB ALA 227 HB3 ALA 227 5.201 -1.223 7.489 1693 H GLN 228 HN GLN 228 2.650 -3.322 5.656 1694 HA GLN 228 HA GLN 228 4.238 -2.694 3.363 1695 1HB GLN 228 HB2 GLN 228 2.033 -4.727 3.766 1696 2HB GLN 228 HB1 GLN 228 3.079 -4.652 2.347 1697 1HG GLN 228 HG2 GLN 228 5.058 -4.986 3.756 1698 2HG GLN 228 HG1 GLN 228 4.045 -5.003 5.201 1699 1HE2 GLN 228 HE21 GLN 228 5.653 -7.264 4.548 1700 2HE2 GLN 228 HE22 GLN 228 4.634 -8.548 4.106 1701 H GLU 229 HN GLU 229 0.833 -2.358 4.162 1702 HA GLU 229 HA GLU 229 0.157 -1.351 1.480 1703 1HB GLU 229 HB2 GLU 229 -1.434 -1.431 4.066 1704 2HB GLU 229 HB1 GLU 229 -2.077 -0.919 2.504 1705 1HG GLU 229 HG2 GLU 229 -1.375 -3.180 1.593 1706 2HG GLU 229 HG1 GLU 229 -1.043 -3.663 3.257 1707 H ASN 230 HN ASN 230 1.035 -0.148 4.637 1708 HA ASN 230 HA ASN 230 1.047 2.630 3.529 1709 1HB ASN 230 HB2 ASN 230 0.455 1.967 6.423 1710 2HB ASN 230 HB1 ASN 230 0.265 3.520 5.610 1711 1HD2 ASN 230 HD21 ASN 230 -2.007 2.664 6.849 1712 2HD2 ASN 230 HD22 ASN 230 -3.128 2.043 5.736 1713 HA PRO 231 HA PRO 231 5.143 1.155 5.291 1714 1HB PRO 231 HB2 PRO 231 6.637 1.601 3.051 1715 2HB PRO 231 HB1 PRO 231 5.786 0.078 3.372 1716 1HG PRO 231 HG2 PRO 231 5.026 2.331 1.588 1717 2HG PRO 231 HG1 PRO 231 4.827 0.586 1.356 1718 1HD PRO 231 HD2 PRO 231 2.785 2.256 2.138 1719 2HD PRO 231 HD1 PRO 231 2.842 0.522 2.523 1720 H LYS 232 HN LYS 232 3.909 4.120 4.086 1721 HA LYS 232 HA LYS 232 6.370 5.524 4.927 1722 1HB LYS 232 HB2 LYS 232 4.068 6.458 3.195 1723 2HB LYS 232 HB1 LYS 232 5.436 7.461 3.682 1724 1HG LYS 232 HG2 LYS 232 6.973 5.816 2.603 1725 2HG LYS 232 HG1 LYS 232 5.565 4.919 2.033 1726 1HD LYS 232 HD2 LYS 232 4.782 6.979 0.855 1727 2HD LYS 232 HD1 LYS 232 6.274 7.786 1.343 1728 1HE LYS 232 HE2 LYS 232 7.564 5.974 0.181 1729 2HE LYS 232 HE1 LYS 232 6.035 5.324 -0.410 1730 1HZ LYS 232 HZ1 LYS 232 7.132 6.815 -2.006 1731 2HZ LYS 232 HZ2 LYS 232 6.992 8.093 -0.893 1732 3HZ LYS 232 HZ3 LYS 232 5.598 7.375 -1.546 1733 H MET 233 HN MET 233 3.435 4.578 6.068 1734 HA MET 233 HA MET 233 2.723 7.039 7.504 1735 1HB MET 233 HB2 MET 233 1.013 5.324 6.812 1736 2HB MET 233 HB1 MET 233 1.743 4.200 7.958 1737 1HG MET 233 HG2 MET 233 -0.017 5.162 9.193 1738 2HG MET 233 HG1 MET 233 1.394 6.088 9.705 1739 1HE MET 233 HE1 MET 233 -1.706 5.742 7.748 1740 2HE MET 233 HE2 MET 233 -2.323 7.381 7.547 1741 3HE MET 233 HE3 MET 233 -2.167 6.697 9.163 1742 H HIS 234 HN HIS 234 3.366 7.497 9.635 1743 HA HIS 234 HA HIS 234 5.604 6.010 10.667 1744 1HB HIS 234 HB2 HIS 234 4.041 8.073 12.221 1745 2HB HIS 234 HB1 HIS 234 5.770 7.727 12.270 1746 HD1 HIS 234 HD1 HIS 234 7.080 8.309 9.914 1747 HD2 HIS 234 HD2 HIS 234 3.373 10.127 10.509 1748 HE1 HIS 234 HE1 HIS 234 6.962 10.253 8.289 1749 HE2 HIS 234 HE2 HIS 234 4.710 11.365 8.645 1750 H ASN 235 HN ASN 235 5.646 4.734 12.625 1751 HA ASN 235 HA ASN 235 3.364 3.115 13.098 1752 1HB ASN 235 HB2 ASN 235 5.845 3.701 14.700 1753 2HB ASN 235 HB1 ASN 235 4.574 2.672 15.362 1754 1HD2 ASN 235 HD21 ASN 235 5.458 0.583 15.142 1755 2HD2 ASN 235 HD22 ASN 235 6.020 -0.063 13.676 1756 H SER 236 HN SER 236 4.249 6.256 14.432 1757 HA SER 236 HA SER 236 2.582 6.173 16.733 1758 1HB SER 236 HB2 SER 236 3.025 8.643 15.051 1759 2HB SER 236 HB1 SER 236 2.788 8.540 16.795 1760 HG SER 236 HG SER 236 4.789 7.319 16.824 1761 H GLU 237 HN GLU 237 1.837 7.031 13.346 1762 HA GLU 237 HA GLU 237 -0.939 7.644 14.065 1763 1HB GLU 237 HB2 GLU 237 0.439 7.353 11.377 1764 2HB GLU 237 HB1 GLU 237 -1.236 7.865 11.589 1765 1HG GLU 237 HG2 GLU 237 -0.366 9.723 13.085 1766 2HG GLU 237 HG1 GLU 237 1.258 9.286 12.552 1767 H ILE 238 HN ILE 238 0.819 4.958 12.448 1768 HA ILE 238 HA ILE 238 -1.517 3.461 11.769 1769 HB ILE 238 HB ILE 238 1.244 2.467 12.588 1770 1HG1 ILE 238 HG12 ILE 238 0.009 2.728 9.828 1771 2HG1 ILE 238 HG11 ILE 238 1.021 3.956 10.573 1772 1HG2 ILE 238 HG21 ILE 238 -1.243 1.070 11.643 1773 2HG2 ILE 238 HG22 ILE 238 -0.071 0.572 12.854 1774 3HG2 ILE 238 HG23 ILE 238 0.313 0.426 11.151 1775 1HD1 ILE 238 HD11 ILE 238 2.194 1.229 10.511 1776 2HD1 ILE 238 HD12 ILE 238 2.960 2.784 10.258 1777 3HD1 ILE 238 HD13 ILE 238 2.031 2.039 8.959 1778 H SER 239 HN SER 239 0.503 3.480 14.711 1779 HA SER 239 HA SER 239 -0.845 1.475 16.146 1780 1HB SER 239 HB2 SER 239 0.250 4.062 17.285 1781 2HB SER 239 HB1 SER 239 -0.014 2.558 18.165 1782 HG SER 239 HG SER 239 2.085 3.316 16.665 1783 H LYS 240 HN LYS 240 -1.730 4.849 15.593 1784 HA LYS 240 HA LYS 240 -3.973 4.832 17.428 1785 1HB LYS 240 HB2 LYS 240 -3.232 6.616 15.104 1786 2HB LYS 240 HB1 LYS 240 -4.662 6.882 16.101 1787 1HG LYS 240 HG2 LYS 240 -3.139 6.870 18.123 1788 2HG LYS 240 HG1 LYS 240 -1.772 6.875 17.006 1789 1HD LYS 240 HD2 LYS 240 -3.147 8.919 15.952 1790 2HD LYS 240 HD1 LYS 240 -3.735 9.038 17.611 1791 1HE LYS 240 HE2 LYS 240 -1.411 9.108 18.436 1792 2HE LYS 240 HE1 LYS 240 -0.818 8.987 16.780 1793 1HZ LYS 240 HZ1 LYS 240 -1.727 11.072 16.240 1794 2HZ LYS 240 HZ2 LYS 240 -0.955 11.291 17.739 1795 3HZ LYS 240 HZ3 LYS 240 -2.647 11.142 17.664 1796 H ARG 241 HN ARG 241 -3.756 4.307 13.847 1797 HA ARG 241 HA ARG 241 -6.589 4.034 13.606 1798 1HB ARG 241 HB2 ARG 241 -4.340 3.047 11.840 1799 2HB ARG 241 HB1 ARG 241 -6.047 3.028 11.397 1800 1HG ARG 241 HG2 ARG 241 -6.132 5.494 11.746 1801 2HG ARG 241 HG1 ARG 241 -4.397 5.481 12.068 1802 1HD ARG 241 HD2 ARG 241 -4.068 4.420 9.803 1803 2HD ARG 241 HD1 ARG 241 -5.782 4.696 9.490 1804 HE ARG 241 HE ARG 241 -4.841 7.189 10.240 1805 1HH1 ARG 241 HH21 ARG 241 -3.971 4.773 7.939 1806 2HH1 ARG 241 HH22 ARG 241 -3.342 5.905 6.790 1807 1HH2 ARG 241 HH11 ARG 241 -4.024 8.681 8.750 1808 2HH2 ARG 241 HH12 ARG 241 -3.371 8.119 7.250 1809 H LEU 242 HN LEU 242 -3.965 1.714 14.137 1810 HA LEU 242 HA LEU 242 -5.532 -0.655 13.827 1811 1HB LEU 242 HB2 LEU 242 -3.146 -0.114 15.624 1812 2HB LEU 242 HB1 LEU 242 -3.805 -1.716 15.290 1813 HG LEU 242 HG LEU 242 -2.723 0.207 13.209 1814 1HD1 LEU 242 HD11 LEU 242 -0.941 -1.530 12.975 1815 2HD1 LEU 242 HD12 LEU 242 -1.617 -2.366 14.373 1816 3HD1 LEU 242 HD13 LEU 242 -0.931 -0.752 14.558 1817 1HD2 LEU 242 HD21 LEU 242 -4.349 -1.063 12.089 1818 2HD2 LEU 242 HD22 LEU 242 -4.058 -2.489 13.088 1819 3HD2 LEU 242 HD23 LEU 242 -2.891 -2.025 11.851 1820 H GLY 243 HN GLY 243 -4.928 1.446 16.647 1821 1HA GLY 243 HA2 GLY 243 -6.402 -0.152 18.509 1822 2HA GLY 243 HA1 GLY 243 -6.092 1.578 18.684 1823 H ALA 244 HN ALA 244 -7.361 2.452 16.275 1824 HA ALA 244 HA ALA 244 -10.065 2.589 17.128 1825 1HB ALA 244 HB1 ALA 244 -8.886 3.171 14.403 1826 2HB ALA 244 HB2 ALA 244 -8.979 4.317 15.739 1827 3HB ALA 244 HB3 ALA 244 -10.458 3.713 14.992 1828 H GLU 245 HN GLU 245 -8.458 0.714 14.564 1829 HA GLU 245 HA GLU 245 -10.852 -0.571 13.676 1830 1HB GLU 245 HB2 GLU 245 -8.797 -0.404 12.304 1831 2HB GLU 245 HB1 GLU 245 -7.977 -1.485 13.432 1832 1HG GLU 245 HG2 GLU 245 -9.716 -3.217 12.977 1833 2HG GLU 245 HG1 GLU 245 -10.428 -2.143 11.772 1834 H TRP 246 HN TRP 246 -8.321 -1.438 15.994 1835 HA TRP 246 HA TRP 246 -9.161 -4.097 16.537 1836 1HB TRP 246 HB2 TRP 246 -7.026 -3.298 17.325 1837 2HB TRP 246 HB1 TRP 246 -7.796 -2.053 18.307 1838 HD1 TRP 246 HD1 TRP 246 -8.551 -2.699 20.678 1839 HE1 TRP 246 HE1 TRP 246 -8.535 -4.879 22.055 1840 HE3 TRP 246 HE3 TRP 246 -7.290 -6.041 17.018 1841 HZ2 TRP 246 HZ2 TRP 246 -8.047 -7.680 21.659 1842 HZ3 TRP 246 HZ3 TRP 246 -7.062 -8.458 17.545 1843 HH2 TRP 246 HH2 TRP 246 -7.435 -9.279 19.856 1844 H LYS 247 HN LYS 247 -10.276 -1.004 17.873 1845 HA LYS 247 HA LYS 247 -11.926 -2.218 19.909 1846 1HB LYS 247 HB2 LYS 247 -12.020 0.518 18.639 1847 2HB LYS 247 HB1 LYS 247 -13.079 0.014 19.958 1848 1HG LYS 247 HG2 LYS 247 -11.100 -0.508 21.336 1849 2HG LYS 247 HG1 LYS 247 -10.054 0.040 20.035 1850 1HD LYS 247 HD2 LYS 247 -11.158 2.279 20.143 1851 2HD LYS 247 HD1 LYS 247 -12.086 1.709 21.533 1852 1HE LYS 247 HE2 LYS 247 -9.819 1.110 22.591 1853 2HE LYS 247 HE1 LYS 247 -9.119 2.084 21.303 1854 1HZ LYS 247 HZ1 LYS 247 -10.574 3.926 22.039 1855 2HZ LYS 247 HZ2 LYS 247 -9.428 3.460 23.204 1856 3HZ LYS 247 HZ3 LYS 247 -11.049 2.978 23.362 1857 H LEU 248 HN LEU 248 -12.301 -2.008 16.493 1858 HA LEU 248 HA LEU 248 -15.231 -2.071 16.673 1859 1HB LEU 248 HB2 LEU 248 -13.431 -2.158 14.243 1860 2HB LEU 248 HB1 LEU 248 -15.178 -1.917 14.243 1861 HG LEU 248 HG LEU 248 -13.107 -0.077 15.472 1862 1HD1 LEU 248 HD11 LEU 248 -13.280 0.100 13.030 1863 2HD1 LEU 248 HD12 LEU 248 -13.995 1.523 13.789 1864 3HD1 LEU 248 HD13 LEU 248 -15.034 0.249 13.150 1865 1HD2 LEU 248 HD21 LEU 248 -15.248 1.372 15.759 1866 2HD2 LEU 248 HD22 LEU 248 -14.967 0.073 16.918 1867 3HD2 LEU 248 HD23 LEU 248 -16.121 -0.152 15.603 1868 H LEU 249 HN LEU 249 -12.734 -4.364 16.739 1869 HA LEU 249 HA LEU 249 -14.020 -6.413 15.126 1870 1HB LEU 249 HB2 LEU 249 -12.010 -6.748 17.376 1871 2HB LEU 249 HB1 LEU 249 -12.395 -7.937 16.131 1872 HG LEU 249 HG LEU 249 -11.275 -5.178 15.558 1873 1HD1 LEU 249 HD11 LEU 249 -9.819 -7.825 15.398 1874 2HD1 LEU 249 HD12 LEU 249 -9.739 -6.785 16.820 1875 3HD1 LEU 249 HD13 LEU 249 -9.136 -6.205 15.266 1876 1HD2 LEU 249 HD21 LEU 249 -12.459 -5.974 13.649 1877 2HD2 LEU 249 HD22 LEU 249 -11.889 -7.625 13.889 1878 3HD2 LEU 249 HD23 LEU 249 -10.771 -6.378 13.338 1879 H SER 250 HN SER 250 -15.262 -8.241 15.947 1880 HA SER 250 HA SER 250 -16.796 -7.572 18.332 1881 1HB SER 250 HB2 SER 250 -18.243 -9.370 17.681 1882 2HB SER 250 HB1 SER 250 -17.813 -8.495 16.212 1883 HG SER 250 HG SER 250 -15.943 -10.299 16.599 1884 H GLU 251 HN GLU 251 -17.214 -9.445 19.955 1885 HA GLU 251 HA GLU 251 -14.689 -10.255 21.060 1886 1HB GLU 251 HB2 GLU 251 -16.785 -9.915 22.389 1887 2HB GLU 251 HB1 GLU 251 -17.433 -11.391 21.671 1888 1HG GLU 251 HG2 GLU 251 -15.489 -12.654 22.575 1889 2HG GLU 251 HG1 GLU 251 -14.919 -11.176 23.353 1890 H THR 252 HN THR 252 -17.135 -11.965 19.102 1891 HA THR 252 HA THR 252 -15.947 -14.524 19.299 1892 HB THR 252 HB THR 252 -17.448 -13.349 16.949 1893 HG1 THR 252 HG1 THR 252 -19.247 -14.259 18.015 1894 1HG2 THR 252 HG21 THR 252 -18.123 -15.842 16.791 1895 2HG2 THR 252 HG22 THR 252 -16.728 -16.141 17.829 1896 3HG2 THR 252 HG23 THR 252 -16.506 -15.395 16.248 1897 H GLU 253 HN GLU 253 -15.434 -11.860 17.038 1898 HA GLU 253 HA GLU 253 -13.446 -13.253 15.462 1899 1HB GLU 253 HB2 GLU 253 -14.078 -10.310 15.805 1900 2HB GLU 253 HB1 GLU 253 -12.880 -10.923 14.665 1901 1HG GLU 253 HG2 GLU 253 -14.710 -12.393 13.698 1902 2HG GLU 253 HG1 GLU 253 -15.853 -11.485 14.688 1903 H LYS 254 HN LYS 254 -13.330 -11.122 18.300 1904 HA LYS 254 HA LYS 254 -10.418 -10.994 18.322 1905 1HB LYS 254 HB2 LYS 254 -12.526 -10.358 20.397 1906 2HB LYS 254 HB1 LYS 254 -10.809 -10.081 20.652 1907 1HG LYS 254 HG2 LYS 254 -10.701 -8.504 18.850 1908 2HG LYS 254 HG1 LYS 254 -12.318 -8.926 18.298 1909 1HD LYS 254 HD2 LYS 254 -13.226 -7.361 19.671 1910 2HD LYS 254 HD1 LYS 254 -12.516 -8.143 21.077 1911 1HE LYS 254 HE2 LYS 254 -10.383 -6.923 20.570 1912 2HE LYS 254 HE1 LYS 254 -11.236 -6.022 19.337 1913 1HZ LYS 254 HZ1 LYS 254 -12.806 -5.913 21.597 1914 2HZ LYS 254 HZ2 LYS 254 -11.891 -4.651 20.920 1915 3HZ LYS 254 HZ3 LYS 254 -11.221 -5.634 22.133 1916 H ARG 255 HN ARG 255 -12.856 -13.136 19.721 1917 HA ARG 255 HA ARG 255 -11.554 -14.322 21.802 1918 1HB ARG 255 HB2 ARG 255 -13.810 -14.873 20.392 1919 2HB ARG 255 HB1 ARG 255 -12.789 -16.235 19.926 1920 1HG ARG 255 HG2 ARG 255 -13.626 -17.119 21.870 1921 2HG ARG 255 HG1 ARG 255 -12.285 -16.212 22.571 1922 1HD ARG 255 HD2 ARG 255 -14.057 -14.242 22.588 1923 2HD ARG 255 HD1 ARG 255 -15.210 -15.575 22.577 1924 HE ARG 255 HE ARG 255 -13.434 -16.259 24.590 1925 1HH1 ARG 255 HH21 ARG 255 -15.348 -13.512 23.769 1926 2HH1 ARG 255 HH22 ARG 255 -15.583 -13.016 25.412 1927 1HH2 ARG 255 HH11 ARG 255 -13.730 -15.629 26.741 1928 2HH2 ARG 255 HH12 ARG 255 -14.666 -14.215 27.095 1929 HA PRO 256 HA PRO 256 -9.286 -17.469 18.785 1930 1HB PRO 256 HB2 PRO 256 -8.571 -16.056 16.428 1931 2HB PRO 256 HB1 PRO 256 -9.691 -17.422 16.557 1932 1HG PRO 256 HG2 PRO 256 -10.255 -14.536 16.362 1933 2HG PRO 256 HG1 PRO 256 -11.239 -15.921 15.865 1934 1HD PRO 256 HD2 PRO 256 -11.833 -14.422 18.059 1935 2HD PRO 256 HD1 PRO 256 -12.204 -16.160 17.962 1936 H PHE 257 HN PHE 257 -8.694 -13.967 18.819 1937 HA PHE 257 HA PHE 257 -5.777 -14.330 18.873 1938 1HB PHE 257 HB2 PHE 257 -7.542 -11.894 19.241 1939 2HB PHE 257 HB1 PHE 257 -5.780 -11.845 19.261 1940 HD1 PHE 257 HD1 PHE 257 -8.757 -12.065 17.189 1941 HD2 PHE 257 HD2 PHE 257 -4.490 -12.564 17.222 1942 HE1 PHE 257 HE1 PHE 257 -8.729 -11.989 14.710 1943 HE2 PHE 257 HE2 PHE 257 -4.463 -12.487 14.743 1944 HZ PHE 257 HZ PHE 257 -6.582 -12.201 13.487 1945 H ILE 258 HN ILE 258 -8.406 -13.809 21.191 1946 HA ILE 258 HA ILE 258 -6.663 -13.210 23.390 1947 HB ILE 258 HB ILE 258 -9.512 -14.265 23.255 1948 1HG1 ILE 258 HG12 ILE 258 -8.490 -11.491 23.975 1949 2HG1 ILE 258 HG11 ILE 258 -8.979 -11.937 22.346 1950 1HG2 ILE 258 HG21 ILE 258 -8.111 -14.713 25.391 1951 2HG2 ILE 258 HG22 ILE 258 -9.684 -14.000 25.589 1952 3HG2 ILE 258 HG23 ILE 258 -8.242 -12.992 25.679 1953 1HD1 ILE 258 HD11 ILE 258 -10.708 -10.843 24.098 1954 2HD1 ILE 258 HD12 ILE 258 -10.932 -12.527 24.540 1955 3HD1 ILE 258 HD13 ILE 258 -11.227 -12.013 22.888 1956 H ASP 259 HN ASP 259 -8.224 -16.209 22.204 1957 HA ASP 259 HA ASP 259 -7.285 -17.878 24.237 1958 1HB ASP 259 HB2 ASP 259 -7.897 -18.429 21.331 1959 2HB ASP 259 HB1 ASP 259 -7.560 -19.685 22.523 1960 H GLU 260 HN GLU 260 -5.762 -16.883 21.172 1961 HA GLU 260 HA GLU 260 -3.481 -18.600 21.427 1962 1HB GLU 260 HB2 GLU 260 -4.114 -17.388 19.332 1963 2HB GLU 260 HB1 GLU 260 -3.623 -15.877 20.096 1964 1HG GLU 260 HG2 GLU 260 -1.377 -16.403 20.016 1965 2HG GLU 260 HG1 GLU 260 -1.672 -18.138 20.118 1966 H ALA 261 HN ALA 261 -4.067 -15.227 22.509 1967 HA ALA 261 HA ALA 261 -1.451 -14.825 23.608 1968 1HB ALA 261 HB1 ALA 261 -2.911 -12.912 23.370 1969 2HB ALA 261 HB2 ALA 261 -2.646 -13.144 25.099 1970 3HB ALA 261 HB3 ALA 261 -4.156 -13.674 24.360 1971 H LYS 262 HN LYS 262 -4.433 -16.261 24.851 1972 HA LYS 262 HA LYS 262 -3.537 -16.688 27.504 1973 1HB LYS 262 HB2 LYS 262 -5.593 -18.122 25.829 1974 1HB LYS 262 HB2 LYS 262 -5.618 -18.049 25.813 1975 2HB LYS 262 HB1 LYS 262 -5.300 -18.486 27.524 1976 2HB LYS 262 HB1 LYS 262 -5.291 -18.538 27.469 1977 1HG LYS 262 HG2 LYS 262 -5.842 -15.653 26.628 1978 1HG LYS 262 HG2 LYS 262 -5.758 -16.251 28.251 1979 2HG LYS 262 HG1 LYS 262 -7.170 -16.769 26.936 1980 2HG LYS 262 HG1 LYS 262 -6.068 -15.740 26.594 1981 1HD LYS 262 HD2 LYS 262 -6.229 -17.183 29.222 1982 1HD LYS 262 HD2 LYS 262 -7.908 -17.405 26.449 1983 2HD LYS 262 HD1 LYS 262 -5.024 -15.940 28.916 1984 2HD LYS 262 HD1 LYS 262 -7.631 -17.827 28.133 1985 1HE LYS 262 HE2 LYS 262 -6.792 -14.277 28.565 1986 1HE LYS 262 HE2 LYS 262 -8.176 -14.990 27.330 1987 2HE LYS 262 HE1 LYS 262 -8.015 -15.514 28.861 1988 2HE LYS 262 HE1 LYS 262 -9.492 -16.099 27.642 1989 1HZ LYS 262 HZ1 LYS 262 -6.943 -13.947 30.759 1990 1HZ LYS 262 HZ1 LYS 262 -8.320 -14.564 29.459 1991 2HZ LYS 262 HZ2 LYS 262 -5.973 -15.336 30.889 1992 2HZ LYS 262 HZ2 LYS 262 -7.375 -15.967 29.620 1993 3HZ LYS 262 HZ3 LYS 262 -7.660 -15.456 31.053 1994 3HZ LYS 262 HZ3 LYS 262 -9.059 -16.044 29.829 1995 H ARG 263 HN ARG 263 -3.318 -18.658 24.553 1996 HA ARG 263 HA ARG 263 -2.103 -20.907 25.822 1997 1HB ARG 263 HB2 ARG 263 -2.040 -19.961 22.950 1998 2HB ARG 263 HB1 ARG 263 -1.448 -21.528 23.505 1999 1HG ARG 263 HG2 ARG 263 -3.713 -22.022 24.421 2000 2HG ARG 263 HG1 ARG 263 -4.288 -20.495 23.751 2001 1HD ARG 263 HD2 ARG 263 -3.517 -21.296 21.485 2002 2HD ARG 263 HD1 ARG 263 -3.193 -22.868 22.216 2003 HE ARG 263 HE ARG 263 -5.822 -22.343 22.918 2004 1HH1 ARG 263 HH21 ARG 263 -3.969 -22.402 20.010 2005 2HH1 ARG 263 HH22 ARG 263 -5.302 -22.883 19.014 2006 1HH2 ARG 263 HH11 ARG 263 -7.572 -22.972 21.635 2007 2HH2 ARG 263 HH12 ARG 263 -7.342 -23.205 19.933 2008 H LEU 264 HN LEU 264 -0.823 -18.045 24.185 2009 HA LEU 264 HA LEU 264 1.950 -18.785 24.342 2010 1HB LEU 264 HB2 LEU 264 0.678 -16.026 24.356 2011 2HB LEU 264 HB1 LEU 264 2.384 -16.361 24.055 2012 HG LEU 264 HG LEU 264 0.260 -17.710 22.402 2013 1HD1 LEU 264 HD11 LEU 264 0.925 -15.720 20.765 2014 2HD1 LEU 264 HD12 LEU 264 1.186 -14.865 22.285 2015 3HD1 LEU 264 HD13 LEU 264 -0.399 -15.542 21.917 2016 1HD2 LEU 264 HD21 LEU 264 2.125 -17.664 20.735 2017 2HD2 LEU 264 HD22 LEU 264 2.560 -18.523 22.212 2018 3HD2 LEU 264 HD23 LEU 264 3.145 -16.883 21.942 2019 H ARG 265 HN ARG 265 -0.296 -17.202 26.597 2020 HA ARG 265 HA ARG 265 1.697 -16.505 28.516 2021 1HB ARG 265 HB2 ARG 265 -1.302 -16.892 28.638 2022 1HB ARG 265 HB2 ARG 265 -1.302 -16.877 28.618 2023 2HB ARG 265 HB1 ARG 265 -0.364 -16.480 30.075 2024 2HB ARG 265 HB1 ARG 265 -0.378 -16.502 30.074 2025 1HG ARG 265 HG2 ARG 265 0.434 -14.464 29.061 2026 1HG ARG 265 HG2 ARG 265 0.465 -14.481 29.082 2027 2HG ARG 265 HG1 ARG 265 -0.276 -14.879 27.507 2028 2HG ARG 265 HG1 ARG 265 -0.283 -14.853 27.537 2029 1HD ARG 265 HD2 ARG 265 -1.696 -13.257 28.666 2030 1HD ARG 265 HD2 ARG 265 -2.511 -14.771 28.674 2031 2HD ARG 265 HD1 ARG 265 -2.528 -14.815 28.582 2032 2HD ARG 265 HD1 ARG 265 -1.696 -14.263 30.152 2033 HE ARG 265 HE ARG 265 -1.187 -14.930 30.991 2034 HE ARG 265 HE ARG 265 -0.831 -12.449 28.223 2035 1HH1 ARG 265 HH21 ARG 265 -3.342 -12.722 29.456 2036 1HH1 ARG 265 HH11 ARG 265 -1.914 -10.495 27.843 2037 2HH1 ARG 265 HH22 ARG 265 -4.034 -12.166 30.942 2038 2HH1 ARG 265 HH12 ARG 265 -3.592 -10.361 28.251 2039 1HH2 ARG 265 HH11 ARG 265 -2.063 -14.219 32.927 2040 1HH2 ARG 265 HH21 ARG 265 -3.835 -13.610 29.439 2041 2HH2 ARG 265 HH12 ARG 265 -3.308 -13.015 32.914 2042 2HH2 ARG 265 HH22 ARG 265 -4.680 -12.125 29.154 2043 H ALA 266 HN ALA 266 -0.423 -19.344 28.138 2044 HA ALA 266 HA ALA 266 0.463 -20.613 30.583 2045 1HB ALA 266 HB1 ALA 266 -0.779 -21.766 28.064 2046 2HB ALA 266 HB2 ALA 266 -1.630 -21.307 29.539 2047 3HB ALA 266 HB3 ALA 266 -0.520 -22.677 29.552 2048 H LEU 267 HN LEU 267 1.397 -20.943 27.141 2049 HA LEU 267 HA LEU 267 3.414 -22.897 27.620 2050 1HB LEU 267 HB2 LEU 267 2.466 -22.369 25.384 2051 2HB LEU 267 HB1 LEU 267 3.311 -20.822 25.421 2052 HG LEU 267 HG LEU 267 5.452 -22.170 25.818 2053 1HD1 LEU 267 HD11 LEU 267 3.439 -24.327 25.330 2054 2HD1 LEU 267 HD12 LEU 267 4.844 -24.325 26.396 2055 3HD1 LEU 267 HD13 LEU 267 5.056 -24.538 24.658 2056 1HD2 LEU 267 HD21 LEU 267 4.011 -22.656 23.192 2057 2HD2 LEU 267 HD22 LEU 267 5.755 -22.569 23.441 2058 3HD2 LEU 267 HD23 LEU 267 4.762 -21.123 23.634 2059 H HIS 268 HN HIS 268 3.434 -19.379 27.652 2060 HA HIS 268 HA HIS 268 6.280 -19.044 27.932 2061 1HB HIS 268 HB2 HIS 268 4.711 -17.173 27.405 2062 2HB HIS 268 HB1 HIS 268 4.054 -17.299 29.037 2063 HD1 HIS 268 HD1 HIS 268 7.425 -16.725 27.343 2064 HD2 HIS 268 HD2 HIS 268 5.449 -15.800 30.899 2065 HE1 HIS 268 HE1 HIS 268 8.968 -15.192 28.643 2066 HE2 HIS 268 HE2 HIS 268 7.776 -14.624 30.810 2067 H MET 269 HN MET 269 3.620 -19.570 30.234 2068 HA MET 269 HA MET 269 5.201 -19.307 32.583 2069 1HB MET 269 HB2 MET 269 2.752 -19.168 32.578 2070 2HB MET 269 HB1 MET 269 2.654 -20.860 32.090 2071 1HG MET 269 HG2 MET 269 3.998 -21.390 34.221 2072 2HG MET 269 HG1 MET 269 3.667 -19.736 34.698 2073 1HE MET 269 HE1 MET 269 0.150 -19.530 35.554 2074 2HE MET 269 HE2 MET 269 0.833 -18.935 34.038 2075 3HE MET 269 HE3 MET 269 1.771 -18.852 35.518 2076 H LYS 270 HN LYS 270 4.687 -21.956 30.341 2077 HA LYS 270 HA LYS 270 5.613 -23.980 32.145 2078 1HB LYS 270 HB2 LYS 270 4.243 -24.109 29.895 2079 2HB LYS 270 HB1 LYS 270 5.846 -24.265 29.178 2080 1HG LYS 270 HG2 LYS 270 6.342 -26.194 30.566 2081 2HG LYS 270 HG1 LYS 270 4.842 -25.992 31.469 2082 1HD LYS 270 HD2 LYS 270 3.586 -26.325 29.318 2083 2HD LYS 270 HD1 LYS 270 5.120 -26.741 28.550 2084 1HE LYS 270 HE2 LYS 270 5.427 -28.499 30.355 2085 2HE LYS 270 HE1 LYS 270 3.770 -28.162 30.854 2086 1HZ LYS 270 HZ1 LYS 270 3.950 -28.550 28.045 2087 2HZ LYS 270 HZ2 LYS 270 2.974 -29.348 29.184 2088 3HZ LYS 270 HZ3 LYS 270 4.555 -29.892 28.885 2089 H GLU 271 HN GLU 271 7.151 -21.842 29.805 2090 HA GLU 271 HA GLU 271 9.717 -23.106 29.946 2091 1HB GLU 271 HB2 GLU 271 8.908 -20.291 29.185 2092 2HB GLU 271 HB1 GLU 271 10.531 -20.956 28.983 2093 1HG GLU 271 HG2 GLU 271 9.595 -22.758 27.554 2094 2HG GLU 271 HG1 GLU 271 7.996 -22.033 27.715 2095 H HIS 272 HN HIS 272 8.210 -20.391 31.693 2096 HA HIS 272 HA HIS 272 10.364 -20.657 33.705 2097 1HB HIS 272 HB2 HIS 272 9.064 -18.084 32.768 2098 2HB HIS 272 HB1 HIS 272 10.236 -18.223 34.079 2099 HD1 HIS 272 HD1 HIS 272 12.613 -19.401 33.285 2100 HD2 HIS 272 HD2 HIS 272 10.252 -17.660 30.318 2101 HE1 HIS 272 HE1 HIS 272 14.124 -19.046 31.281 2102 HE2 HIS 272 HE2 HIS 272 12.696 -17.990 29.471 2103 HA PRO 273 HA PRO 273 6.129 -21.353 35.510 2104 1HB PRO 273 HB2 PRO 273 7.661 -23.159 37.275 2105 2HB PRO 273 HB1 PRO 273 6.210 -23.485 36.313 2106 1HG PRO 273 HG2 PRO 273 8.623 -24.459 35.657 2107 2HG PRO 273 HG1 PRO 273 7.403 -24.031 34.447 2108 1HD PRO 273 HD2 PRO 273 9.876 -22.540 35.236 2109 2HD PRO 273 HD1 PRO 273 9.100 -22.680 33.641 2110 H ASP 274 HN ASP 274 9.175 -20.264 36.830 2111 HA ASP 274 HA ASP 274 7.835 -19.471 39.306 2112 1HB ASP 274 HB2 ASP 274 10.761 -19.700 38.586 2113 2HB ASP 274 HB1 ASP 274 10.160 -19.084 40.125 2114 H TYR 275 HN TYR 275 8.238 -18.197 36.376 2115 HA TYR 275 HA TYR 275 9.513 -15.690 36.836 2116 1HB TYR 275 HB2 TYR 275 9.081 -16.515 34.578 2117 2HB TYR 275 HB1 TYR 275 7.341 -16.430 34.858 2118 HD1 TYR 275 HD1 TYR 275 10.444 -14.421 34.510 2119 HD2 TYR 275 HD2 TYR 275 6.156 -14.336 34.771 2120 HE1 TYR 275 HE1 TYR 275 10.449 -12.034 33.835 2121 HE2 TYR 275 HE2 TYR 275 6.162 -11.950 34.095 2122 HH TYR 275 HH TYR 275 8.579 -10.463 32.625 2123 H LYS 276 HN LYS 276 8.733 -13.732 37.505 2124 HA LYS 276 HA LYS 276 5.859 -13.560 38.285 2125 1HB LYS 276 HB2 LYS 276 8.252 -12.833 39.983 2126 1HB LYS 276 HB2 LYS 276 8.230 -12.745 39.982 2127 1HB LYS 276 HB2 LYS 276 8.260 -12.872 39.983 2128 2HB LYS 276 HB1 LYS 276 6.614 -12.282 40.331 2129 2HB LYS 276 HB1 LYS 276 6.551 -12.347 40.351 2130 2HB LYS 276 HB1 LYS 276 6.645 -12.252 40.306 2131 1HG LYS 276 HG2 LYS 276 5.858 -14.647 40.413 2132 1HG LYS 276 HG2 LYS 276 7.637 -15.171 40.030 2133 1HG LYS 276 HG2 LYS 276 5.780 -14.539 40.511 2134 2HG LYS 276 HG1 LYS 276 7.520 -15.169 40.135 2135 2HG LYS 276 HG1 LYS 276 7.325 -14.385 41.573 2136 2HG LYS 276 HG1 LYS 276 7.371 -15.188 40.114 2137 1HD LYS 276 HD2 LYS 276 8.231 -14.020 42.200 2138 1HD LYS 276 HD2 LYS 276 4.942 -14.250 41.084 2139 1HD LYS 276 HD2 LYS 276 7.234 -15.270 42.494 2140 2HD LYS 276 HD1 LYS 276 6.569 -13.500 42.483 2141 2HD LYS 276 HD1 LYS 276 5.189 -14.882 39.472 2142 2HD LYS 276 HD1 LYS 276 8.256 -13.881 42.128 2143 1HE LYS 276 HE2 LYS 276 5.844 -15.846 42.620 2144 1HE LYS 276 HE2 LYS 276 6.105 -16.979 40.457 2145 1HE LYS 276 HE2 LYS 276 6.414 -12.348 42.499 2146 2HE LYS 276 HE1 LYS 276 7.494 -16.383 42.306 2147 2HE LYS 276 HE1 LYS 276 5.634 -16.369 42.046 2148 2HE LYS 276 HE1 LYS 276 5.272 -13.682 42.636 2149 1HZ LYS 276 HZ1 LYS 276 8.010 -14.857 44.334 2150 1HZ LYS 276 HZ1 LYS 276 3.368 -15.998 40.878 2151 1HZ LYS 276 HZ1 LYS 276 6.830 -14.422 44.533 2152 2HZ LYS 276 HZ2 LYS 276 7.434 -16.437 44.575 2153 2HZ LYS 276 HZ2 LYS 276 3.781 -17.552 41.428 2154 2HZ LYS 276 HZ2 LYS 276 5.729 -13.160 44.816 2155 3HZ LYS 276 HZ3 LYS 276 6.375 -15.115 44.704 2156 3HZ LYS 276 HZ3 LYS 276 3.934 -17.161 39.781 2157 3HZ LYS 276 HZ3 LYS 276 7.364 -12.812 44.515 2158 H TYR 277 HN TYR 277 4.939 -11.565 37.849 2159 HA TYR 277 HA TYR 277 6.513 -9.698 36.228 2160 1HB TYR 277 HB2 TYR 277 4.173 -10.046 35.638 2161 2HB TYR 277 HB1 TYR 277 3.658 -9.614 37.269 2162 HD1 TYR 277 HD1 TYR 277 6.163 -8.065 34.951 2163 HD2 TYR 277 HD2 TYR 277 2.511 -7.582 37.160 2164 HE1 TYR 277 HE1 TYR 277 6.080 -5.675 34.291 2165 HE2 TYR 277 HE2 TYR 277 2.428 -5.193 36.500 2166 HH TYR 277 HH TYR 277 3.720 -3.472 35.660 2167 H ARG 278 HN ARG 278 7.812 -8.243 37.227 2168 HA ARG 278 HA ARG 278 6.913 -7.105 39.836 2169 1HB ARG 278 HB2 ARG 278 9.773 -7.820 39.118 2170 2HB ARG 278 HB1 ARG 278 9.186 -7.229 40.676 2171 1HG ARG 278 HG2 ARG 278 7.688 -9.257 40.789 2172 2HG ARG 278 HG1 ARG 278 8.508 -9.871 39.357 2173 1HD ARG 278 HD2 ARG 278 9.643 -9.416 42.113 2174 2HD ARG 278 HD1 ARG 278 9.662 -10.888 41.148 2175 HE ARG 278 HE ARG 278 11.113 -9.037 39.647 2176 1HH1 ARG 278 HH21 ARG 278 11.184 -10.320 42.849 2177 2HH1 ARG 278 HH22 ARG 278 12.902 -10.180 43.009 2178 1HH2 ARG 278 HH11 ARG 278 13.356 -8.844 39.842 2179 2HH2 ARG 278 HH12 ARG 278 14.132 -9.345 41.308 2180 HA PRO 279 HA PRO 279 7.713 -3.753 36.765 2181 1HB PRO 279 HB2 PRO 279 5.842 -2.016 37.760 2182 2HB PRO 279 HB1 PRO 279 5.491 -3.283 36.589 2183 1HG PRO 279 HG2 PRO 279 5.034 -3.262 39.526 2184 2HG PRO 279 HG1 PRO 279 4.001 -3.892 38.229 2185 1HD PRO 279 HD2 PRO 279 5.554 -5.498 39.773 2186 2HD PRO 279 HD1 PRO 279 5.165 -5.900 38.087 2187 H ARG 280 HN ARG 280 8.792 -1.740 37.022 2188 HA ARG 280 HA ARG 280 9.992 -1.365 39.694 2189 1HB ARG 280 HB2 ARG 280 11.347 -1.272 37.518 2190 2HB ARG 280 HB1 ARG 280 10.574 0.292 37.230 2191 1HG ARG 280 HG2 ARG 280 11.324 0.898 39.623 2192 2HG ARG 280 HG1 ARG 280 12.389 -0.500 39.512 2193 1HD ARG 280 HD2 ARG 280 12.650 1.087 37.123 2194 2HD ARG 280 HD1 ARG 280 12.860 2.116 38.536 2195 HE ARG 280 HE ARG 280 14.360 -0.206 39.047 2196 1HH1 ARG 280 HH21 ARG 280 14.212 2.211 36.587 2197 2HH1 ARG 280 HH22 ARG 280 15.914 2.171 36.271 2198 1HH2 ARG 280 HH11 ARG 280 16.563 -0.265 38.650 2199 2HH2 ARG 280 HH12 ARG 280 17.247 0.771 37.441 2200 H ARG 281 HN ARG 281 9.243 0.096 41.084 2201 HA ARG 281 HA ARG 281 7.125 1.955 40.250 2202 1HB ARG 281 HB2 ARG 281 7.355 0.588 42.485 2203 2HB ARG 281 HB1 ARG 281 8.268 1.990 43.006 2204 1HG ARG 281 HG2 ARG 281 6.354 3.196 43.264 2205 2HG ARG 281 HG1 ARG 281 5.960 3.012 41.604 2206 1HD ARG 281 HD2 ARG 281 4.347 1.506 42.014 2207 2HD ARG 281 HD1 ARG 281 5.388 0.518 43.016 2208 HE ARG 281 HE ARG 281 3.344 2.022 44.024 2209 1HH1 ARG 281 HH21 ARG 281 6.809 2.056 44.455 2210 2HH1 ARG 281 HH22 ARG 281 6.688 2.766 46.029 2211 1HH2 ARG 281 HH11 ARG 281 3.272 2.786 46.001 2212 2HH2 ARG 281 HH12 ARG 281 4.682 3.188 46.900 2213 H LYS 282 HN LYS 282 7.354 4.152 40.143 2214 HA LYS 282 HA LYS 282 10.104 5.250 40.192 2215 1HB LYS 282 HB2 LYS 282 8.499 5.635 38.261 2216 2HB LYS 282 HB1 LYS 282 7.574 6.671 39.350 2217 1HG LYS 282 HG2 LYS 282 9.482 8.122 39.688 2218 2HG LYS 282 HG1 LYS 282 10.532 7.036 38.779 2219 1HD LYS 282 HD2 LYS 282 9.138 7.424 36.758 2220 2HD LYS 282 HD1 LYS 282 8.159 8.569 37.677 2221 1HE LYS 282 HE2 LYS 282 10.165 9.947 38.099 2222 2HE LYS 282 HE1 LYS 282 11.141 8.801 37.181 2223 1HZ LYS 282 HZ1 LYS 282 9.854 10.962 36.160 2224 2HZ LYS 282 HZ2 LYS 282 8.822 9.676 35.751 2225 3HZ LYS 282 HZ3 LYS 282 10.450 9.651 35.265