*HEADER MEMBRANE PROTEIN 25-JUL-06 2HTG *TITLE STRUCTURAL AND FUNCTIONAL CHARACTERIZATION OF TM VII OF THE *TITLE 2 NHE1 ISOFORM OF THE NA+/H+ EXCHANGER *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: NHE1 ISOFORM OF NA+/H+ EXCHANGER 1; *COMPND 3 CHAIN: A; *COMPND 4 FRAGMENT: TRANSMEMBRANE SEGMENT VII; *COMPND 5 SYNONYM: SODIUM/HYDROGEN EXCHANGER 1; NHE-1; SOLUTE *COMPND 6 CARRIER FAMILY 9 MEMBER 1; APNH; *COMPND 7 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 OTHER_DETAILS: SYNTHESIZED USING SOLID-PHASE CHEMICAL *SOURCE 4 PEPTIDE SYNTHESIS TECHNIQUES. ONE UNLABELED, ONE LABELED *SOURCE 5 SAMPLE (15N LABELS AT L254, L258, G261, L264, A268, AND *SOURCE 6 L273) *KEYWDS MEMBRANE PROTEIN, TRANSMEMBRANE SEGMENT, HELIX-KINK-HELIX *EXPDTA NMR, 66 STRUCTURES *AUTHOR J.K.RAINEY, J.DING, C.XU, L.FLIEGEL, B.D.SYKES *REVDAT 1 08-AUG-06 2HTG 0 ! Autogenerated using SparkyNOEcal3.tcl from Sparky peak list: ! /Users/jrainey/xplor-files/TM7/N674/N674_noesy.list ! NOE data collected at 800 MHz, 250 ms mixing time. Sample label N674. ! 6 15N labels in peptide: L5, L9, G12, L15, A19, L24 ! 15N Decoupled in w1 dimension, not in w2 dimension. ! Peak data parsed such that each HN+/-JHN is treated as separate constraint, rather than ! averaging or anything like that. ! Intraresidue NOEs ! =========== Intraresidue contacts to residue 1 ============ assign (resid 1 and name HD2 and segid A) (resid 1 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 1 and name HD2 and segid B) (resid 1 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 1 and name HD2 and segid A) (resid 1 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 1 and name HD2 and segid B) (resid 1 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 1 and name HB* and segid A) (resid 1 and name HD2 and segid A) 2.900 1.100 1.100 assign (resid 1 and name HB* and segid B) (resid 1 and name HD2 and segid B) 2.900 1.100 1.100 assign (resid 1 and name HB* and segid A) (resid 1 and name HD2 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (42 viol avg 0.156) assign (resid 1 and name HB* and segid B) (resid 1 and name HD2 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (36 viol avg 0.160) assign (resid 1 and name HA and segid A) (resid 1 and name HD2 and segid A) 2.300 0.500 0.500 assign (resid 1 and name HA and segid B) (resid 1 and name HD2 and segid B) 2.300 0.500 0.500 assign (resid 1 and name HE1 and segid A) (resid 1 and name HD2 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.210) assign (resid 1 and name HE1 and segid B) (resid 1 and name HD2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.210) ! assign (resid 1 and name HB*) (resid 1 and name HB*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 1 and name HB*) (resid 1 and name HB*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 1 and name HA and segid A) (resid 1 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 1 and name HA and segid B) (resid 1 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 1 and name HA and segid A) (resid 1 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 1 and name HA and segid B) (resid 1 and name HB* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 2 ============ assign (resid 2 and name HB and segid A) (resid 2 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (24 viol avg 0.154) assign (resid 2 and name HB and segid B) (resid 2 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (18 viol avg 0.175) assign (resid 2 and name HA and segid A) (resid 2 and name HG1* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (25 viol avg 0.452) assign (resid 2 and name HA and segid B) (resid 2 and name HG1* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (33 viol avg 0.477) assign (resid 2 and name HG1* and segid A) (resid 2 and name HD1* and segid A) 2.900 1.100 1.100 assign (resid 2 and name HG1* and segid B) (resid 2 and name HD1* and segid B) 2.900 1.100 1.100 assign (resid 2 and name HG1* and segid A) (resid 2 and name HG2* and segid A) 2.900 1.100 1.100 assign (resid 2 and name HG1* and segid B) (resid 2 and name HG2* and segid B) 2.900 1.100 1.100 ! assign (resid 2 and name HG1*) (resid 2 and name HG1*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 2 and name HB and segid A) (resid 2 and name HG1* and segid A) 2.300 0.500 0.500 assign (resid 2 and name HB and segid B) (resid 2 and name HG1* and segid B) 2.300 0.500 0.500 assign (resid 2 and name HB and segid A) (resid 2 and name HG1* and segid A) 2.300 0.500 0.500 assign (resid 2 and name HB and segid B) (resid 2 and name HG1* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 3 ============ assign (resid 3 and name HB* and segid A) (resid 3 and name HN and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HN and segid B) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid A) (resid 3 and name HN and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HN and segid B) 2.900 1.100 1.100 assign (resid 3 and name HN and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HN and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HN and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HN and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid A) (resid 3 and name HN and segid A) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid B) (resid 3 and name HN and segid B) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid A) (resid 3 and name HN and segid A) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid B) (resid 3 and name HN and segid B) 2.300 0.500 0.500 assign (resid 3 and name HA and segid A) (resid 3 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (37 viol avg 0.135) assign (resid 3 and name HA and segid B) (resid 3 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (38 viol avg 0.132) assign (resid 3 and name HA and segid A) (resid 3 and name HD2* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 9. (6 viol avg 0.243) assign (resid 3 and name HA and segid B) (resid 3 and name HD2* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (12 viol avg 0.297) assign (resid 3 and name HN and segid A) (resid 3 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HN and segid B) (resid 3 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HN and segid A) (resid 3 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HN and segid B) (resid 3 and name HD2* and segid B) 2.300 0.500 0.500 ! assign (resid 3 and name HD2*) (resid 3 and name HD2*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HA and segid A) (resid 3 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HA and segid B) (resid 3 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HA and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HA and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 4 ============ assign (resid 4 and name HG* and segid A) (resid 4 and name HN and segid A) 2.300 0.500 0.500 assign (resid 4 and name HG* and segid B) (resid 4 and name HN and segid B) 2.300 0.500 0.500 assign (resid 4 and name HG* and segid A) (resid 4 and name HN and segid A) 2.300 0.500 0.500 assign (resid 4 and name HG* and segid B) (resid 4 and name HN and segid B) 2.300 0.500 0.500 assign (resid 4 and name HB* and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 assign (resid 4 and name HA and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (19 viol avg 0.124) assign (resid 4 and name HA and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (26 viol avg 0.126) assign (resid 4 and name HA and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.352) assign (resid 4 and name HA and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (21 viol avg 0.366) assign (resid 4 and name HA and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.352) assign (resid 4 and name HA and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (21 viol avg 0.366) assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.300 0.500 0.500 ! assign (resid 4 and name HG*) (resid 4 and name HG*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 4 and name HG*) (resid 4 and name HG*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 ! assign (resid 4 and name HB*) (resid 4 and name HB*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.300 0.500 0.500 assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 ! assign (resid 4 and name HB*) (resid 4 and name HB*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 4 and name HN and segid A) (resid 4 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 4 and name HN and segid B) (resid 4 and name HG* and segid B) 2.300 0.500 0.500 assign (resid 4 and name HN and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HN and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HN and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HN and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HN and segid A) (resid 4 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 4 and name HN and segid B) (resid 4 and name HG* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 5 ============ ! assign (resid 5 and name HN) (resid 5 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 5 and name HN) (resid 5 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 5 and name HA and segid A) (resid 5 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (16 viol avg 0.124) assign (resid 5 and name HA and segid B) (resid 5 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.127) assign (resid 5 and name HA and segid A) (resid 5 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (16 viol avg 0.124) assign (resid 5 and name HA and segid B) (resid 5 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.127) assign (resid 5 and name HA and segid A) (resid 5 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 5 and name HA and segid B) (resid 5 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 5 and name HA and segid A) (resid 5 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 5 and name HA and segid B) (resid 5 and name HD** and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 6 ============ assign (resid 6 and name HN and segid A) (resid 6 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (30 viol avg 0.130) assign (resid 6 and name HN and segid B) (resid 6 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (36 viol avg 0.128) assign (resid 6 and name HA and segid A) (resid 6 and name HD** and segid A) 3.400 1.600 1.600 assign (resid 6 and name HA and segid B) (resid 6 and name HD** and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 7 ============ assign (resid 7 and name HN and segid A) (resid 7 and name HD2 and segid A) 2.300 0.500 0.500 assign (resid 7 and name HN and segid B) (resid 7 and name HD2 and segid B) 2.300 0.500 0.500 assign (resid 7 and name HD2 and segid A) (resid 7 and name HN and segid A) 2.300 0.500 0.500 assign (resid 7 and name HD2 and segid B) (resid 7 and name HN and segid B) 2.300 0.500 0.500 assign (resid 7 and name HB* and segid A) (resid 7 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (9 viol avg 0.153) assign (resid 7 and name HB* and segid B) (resid 7 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (9 viol avg 0.156) assign (resid 7 and name HD2 and segid A) (resid 7 and name HB* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (36 viol avg 0.231) assign (resid 7 and name HD2 and segid B) (resid 7 and name HB* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.331) assign (resid 7 and name HB* and segid A) (resid 7 and name HE1 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (59 viol avg 0.383) assign (resid 7 and name HB* and segid B) (resid 7 and name HE1 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (60 viol avg 0.376) assign (resid 7 and name HB* and segid A) (resid 7 and name HD2 and segid A) 2.900 1.100 1.100 assign (resid 7 and name HB* and segid B) (resid 7 and name HD2 and segid B) 2.900 1.100 1.100 assign (resid 7 and name HE1 and segid A) (resid 7 and name HD2 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.185) assign (resid 7 and name HE1 and segid B) (resid 7 and name HD2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.183) assign (resid 7 and name HA and segid A) (resid 7 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 7 and name HA and segid B) (resid 7 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 7 and name HN and segid A) (resid 7 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 7 and name HN and segid B) (resid 7 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 8 ============ assign (resid 8 and name HB and segid A) (resid 8 and name HN and segid A) 2.900 1.100 1.100 assign (resid 8 and name HB and segid B) (resid 8 and name HN and segid B) 2.900 1.100 1.100 assign (resid 8 and name HA and segid A) (resid 8 and name HD1* and segid A) 2.900 1.100 1.100 assign (resid 8 and name HA and segid B) (resid 8 and name HD1* and segid B) 2.900 1.100 1.100 assign (resid 8 and name HA and segid A) (resid 8 and name HB and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (29 viol avg 0.162) assign (resid 8 and name HA and segid B) (resid 8 and name HB and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (16 viol avg 0.163) assign (resid 8 and name HB and segid A) (resid 8 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (29 viol avg 0.162) assign (resid 8 and name HB and segid B) (resid 8 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (16 viol avg 0.163) assign (resid 8 and name HN and segid A) (resid 8 and name HB and segid A) 2.900 1.100 1.100 assign (resid 8 and name HN and segid B) (resid 8 and name HB and segid B) 2.900 1.100 1.100 assign (resid 8 and name HN and segid A) (resid 8 and name HG1* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (18 viol avg 0.575) assign (resid 8 and name HN and segid B) (resid 8 and name HG1* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (25 viol avg 0.808) assign (resid 8 and name HA and segid A) (resid 8 and name HG1* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.424) assign (resid 8 and name HA and segid B) (resid 8 and name HG1* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (12 viol avg 0.499) ! =========== Intraresidue contacts to residue 9 ============ assign (resid 9 and name HA and segid A) (resid 9 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.111) assign (resid 9 and name HA and segid B) (resid 9 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (7 viol avg 0.082) assign (resid 9 and name HA and segid A) (resid 9 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.111) assign (resid 9 and name HA and segid B) (resid 9 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (7 viol avg 0.082) assign (resid 9 and name HN and segid A) (resid 9 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.111) assign (resid 9 and name HN and segid B) (resid 9 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (7 viol avg 0.082) ! =========== Intraresidue contacts to residue 10 ============ assign (resid 10 and name HA and segid A) (resid 10 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (34 viol avg 0.131) assign (resid 10 and name HA and segid B) (resid 10 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (30 viol avg 0.136) assign (resid 10 and name HN and segid A) (resid 10 and name HA and segid A) 2.900 1.100 1.100 assign (resid 10 and name HN and segid B) (resid 10 and name HA and segid B) 2.900 1.100 1.100 assign (resid 10 and name HB and segid A) (resid 10 and name HN and segid A) 2.900 1.100 1.100 assign (resid 10 and name HB and segid B) (resid 10 and name HN and segid B) 2.900 1.100 1.100 assign (resid 10 and name HA and segid A) (resid 10 and name HG** and segid A) 2.900 1.100 1.100 assign (resid 10 and name HA and segid B) (resid 10 and name HG** and segid B) 2.900 1.100 1.100 assign (resid 10 and name HA and segid A) (resid 10 and name HB and segid A) 2.900 1.100 1.100 assign (resid 10 and name HA and segid B) (resid 10 and name HB and segid B) 2.900 1.100 1.100 assign (resid 10 and name HB and segid A) (resid 10 and name HA and segid A) 2.900 1.100 1.100 assign (resid 10 and name HB and segid B) (resid 10 and name HA and segid B) 2.900 1.100 1.100 assign (resid 10 and name HG** and segid A) (resid 10 and name HA and segid A) 2.900 1.100 1.100 assign (resid 10 and name HG** and segid B) (resid 10 and name HA and segid B) 2.900 1.100 1.100 assign (resid 10 and name HN and segid A) (resid 10 and name HB and segid A) 2.900 1.100 1.100 assign (resid 10 and name HN and segid B) (resid 10 and name HB and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 11 ============ assign (resid 11 and name HB* and segid A) (resid 11 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 11 and name HB* and segid B) (resid 11 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 11 and name HD* and segid A) (resid 11 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 11 and name HD* and segid B) (resid 11 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 11 and name HA and segid A) (resid 11 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 11 and name HA and segid B) (resid 11 and name HB* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 12 ============ ! assign (resid 12 and name HN) (resid 12 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 12 and name HN) (resid 12 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 12 and name HA* and segid A) (resid 12 and name HN and segid A) 2.300 0.500 0.500 assign (resid 12 and name HA* and segid B) (resid 12 and name HN and segid B) 2.300 0.500 0.500 assign (resid 12 and name HA* and segid A) (resid 12 and name HN and segid A) 2.300 0.500 0.500 assign (resid 12 and name HA* and segid B) (resid 12 and name HN and segid B) 2.300 0.500 0.500 assign (resid 12 and name HA* and segid A) (resid 12 and name HN and segid A) 2.300 0.500 0.500 assign (resid 12 and name HA* and segid B) (resid 12 and name HN and segid B) 2.300 0.500 0.500 assign (resid 12 and name HA* and segid A) (resid 12 and name HN and segid A) 2.300 0.500 0.500 assign (resid 12 and name HA* and segid B) (resid 12 and name HN and segid B) 2.300 0.500 0.500 assign (resid 12 and name HN and segid A) (resid 12 and name HA* and segid A) 2.300 0.500 0.500 assign (resid 12 and name HN and segid B) (resid 12 and name HA* and segid B) 2.300 0.500 0.500 assign (resid 12 and name HN and segid A) (resid 12 and name HA* and segid A) 2.300 0.500 0.500 assign (resid 12 and name HN and segid B) (resid 12 and name HA* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 13 ============ assign (resid 13 and name HA and segid A) (resid 13 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (30 viol avg 0.121) assign (resid 13 and name HA and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (36 viol avg 0.122) assign (resid 13 and name HG* and segid A) (resid 13 and name HN and segid A) 2.300 0.500 0.500 assign (resid 13 and name HG* and segid B) (resid 13 and name HN and segid B) 2.300 0.500 0.500 assign (resid 13 and name HG* and segid A) (resid 13 and name HN and segid A) 2.300 0.500 0.500 assign (resid 13 and name HG* and segid B) (resid 13 and name HN and segid B) 2.300 0.500 0.500 assign (resid 13 and name HB* and segid A) (resid 13 and name HN and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HN and segid A) 2.300 0.500 0.500 assign (resid 13 and name HB* and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 8. (7 viol avg 0.079) assign (resid 13 and name HN and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (30 viol avg 0.121) assign (resid 13 and name HN and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (36 viol avg 0.122) assign (resid 13 and name HA and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HA and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HA and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (19 viol avg 0.419) assign (resid 13 and name HA and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (23 viol avg 0.415) assign (resid 13 and name HA and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HA and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HA and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HA and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 13 and name HG* and segid B) (resid 13 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 13 and name HG* and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 ! assign (resid 13 and name HG*) (resid 13 and name HG*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 13 and name HG*) (resid 13 and name HG*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 13 and name HB* and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 13 and name HB* and segid B) (resid 13 and name HG* and segid B) 2.300 0.500 0.500 assign (resid 13 and name HG* and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HA and segid A) 2.300 0.500 0.500 assign (resid 13 and name HB* and segid B) (resid 13 and name HA and segid B) 2.300 0.500 0.500 assign (resid 13 and name HB* and segid A) (resid 13 and name HA and segid A) 2.300 0.500 0.500 assign (resid 13 and name HB* and segid B) (resid 13 and name HA and segid B) 2.300 0.500 0.500 assign (resid 13 and name HN and segid A) (resid 13 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 13 and name HN and segid B) (resid 13 and name HG* and segid B) 2.300 0.500 0.500 assign (resid 13 and name HN and segid A) (resid 13 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 13 and name HN and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 8. (7 viol avg 0.079) assign (resid 13 and name HN and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HN and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HN and segid A) (resid 13 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 13 and name HN and segid B) (resid 13 and name HG* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 14 ============ assign (resid 14 and name HA and segid A) (resid 14 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (25 viol avg 0.127) assign (resid 14 and name HA and segid B) (resid 14 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (22 viol avg 0.124) assign (resid 14 and name HB* and segid A) (resid 14 and name HN and segid A) 2.300 0.500 0.500 assign (resid 14 and name HB* and segid B) (resid 14 and name HN and segid B) 2.300 0.500 0.500 assign (resid 14 and name HA and segid A) (resid 14 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 14 and name HA and segid B) (resid 14 and name HB* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 15 ============ ! assign (resid 15 and name HN) (resid 15 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 15 and name HN) (resid 15 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 15 and name HA and segid A) (resid 15 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.127) assign (resid 15 and name HA and segid B) (resid 15 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (15 viol avg 0.132) assign (resid 15 and name HA and segid A) (resid 15 and name HN and segid A) 2.900 1.100 1.100 assign (resid 15 and name HA and segid B) (resid 15 and name HN and segid B) 2.900 1.100 1.100 assign (resid 15 and name HA and segid A) (resid 15 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 15 and name HA and segid B) (resid 15 and name HD** and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 16 ============ ! =========== Intraresidue contacts to residue 17 ============ assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HB* and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HN and segid A) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid B) (resid 17 and name HN and segid B) 2.300 0.500 0.500 assign (resid 17 and name HA and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (25 viol avg 0.129) assign (resid 17 and name HA and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (25 viol avg 0.129) assign (resid 17 and name HA and segid A) (resid 17 and name HD2* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (21 viol avg 0.729) assign (resid 17 and name HA and segid B) (resid 17 and name HD2* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.441) assign (resid 17 and name HN and segid A) (resid 17 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HN and segid B) (resid 17 and name HD2* and segid B) 2.300 0.500 0.500 ! assign (resid 17 and name HD2*) (resid 17 and name HD2*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HA and segid A) (resid 17 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HA and segid B) (resid 17 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HA and segid A) (resid 17 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HA and segid B) (resid 17 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HN and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HN and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HN and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HN and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 18 ============ assign (resid 18 and name HA and segid A) (resid 18 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (25 viol avg 0.127) assign (resid 18 and name HA and segid B) (resid 18 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (25 viol avg 0.131) assign (resid 18 and name HA and segid A) (resid 18 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 18 and name HA and segid B) (resid 18 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 18 and name HN and segid A) (resid 18 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 18 and name HN and segid B) (resid 18 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 18 and name HN and segid A) (resid 18 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 18 and name HN and segid B) (resid 18 and name HB* and segid B) 2.300 0.500 0.500 ! =========== Intraresidue contacts to residue 19 ============ ! assign (resid 19 and name HN) (resid 19 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 19 and name HN) (resid 19 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 19 and name HA and segid A) (resid 19 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (26 viol avg 0.116) assign (resid 19 and name HA and segid B) (resid 19 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.117) assign (resid 19 and name HA and segid A) (resid 19 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (26 viol avg 0.116) assign (resid 19 and name HA and segid B) (resid 19 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.117) assign (resid 19 and name HB* and segid A) (resid 19 and name HN and segid A) 2.900 1.100 1.100 assign (resid 19 and name HB* and segid B) (resid 19 and name HN and segid B) 2.900 1.100 1.100 assign (resid 19 and name HB* and segid A) (resid 19 and name HN and segid A) 2.900 1.100 1.100 assign (resid 19 and name HB* and segid B) (resid 19 and name HN and segid B) 2.900 1.100 1.100 assign (resid 19 and name HN and segid A) (resid 19 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (26 viol avg 0.116) assign (resid 19 and name HN and segid B) (resid 19 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.117) assign (resid 19 and name HA and segid A) (resid 19 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 19 and name HA and segid B) (resid 19 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 19 and name HB* and segid A) (resid 19 and name HA and segid A) 2.900 1.100 1.100 assign (resid 19 and name HB* and segid B) (resid 19 and name HA and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 20 ============ assign (resid 20 and name HA and segid A) (resid 20 and name HN and segid A) 2.900 1.100 1.100 assign (resid 20 and name HA and segid B) (resid 20 and name HN and segid B) 2.900 1.100 1.100 assign (resid 20 and name HB and segid A) (resid 20 and name HN and segid A) 2.900 1.100 1.100 assign (resid 20 and name HB and segid B) (resid 20 and name HN and segid B) 2.900 1.100 1.100 assign (resid 20 and name HN and segid A) (resid 20 and name HA and segid A) 2.900 1.100 1.100 assign (resid 20 and name HN and segid B) (resid 20 and name HA and segid B) 2.900 1.100 1.100 assign (resid 20 and name HB and segid A) (resid 20 and name HA and segid A) 2.900 1.100 1.100 assign (resid 20 and name HB and segid B) (resid 20 and name HA and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HN and segid A) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid B) (resid 20 and name HN and segid B) 2.900 1.100 1.100 assign (resid 20 and name HA and segid A) (resid 20 and name HB and segid A) 2.900 1.100 1.100 assign (resid 20 and name HA and segid B) (resid 20 and name HB and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HA and segid A) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid B) (resid 20 and name HA and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HA and segid A) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid B) (resid 20 and name HA and segid B) 2.900 1.100 1.100 assign (resid 20 and name HN and segid A) (resid 20 and name HB and segid A) 2.900 1.100 1.100 assign (resid 20 and name HN and segid B) (resid 20 and name HB and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 21 ============ assign (resid 21 and name HA and segid A) (resid 21 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (26 viol avg 0.113) assign (resid 21 and name HA and segid B) (resid 21 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.111) assign (resid 21 and name HN and segid A) (resid 21 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (26 viol avg 0.113) assign (resid 21 and name HN and segid B) (resid 21 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.111) assign (resid 21 and name HG2* and segid A) (resid 21 and name HN and segid A) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid B) (resid 21 and name HN and segid B) 2.900 1.100 1.100 assign (resid 21 and name HA and segid A) (resid 21 and name HG2* and segid A) 2.900 1.100 1.100 assign (resid 21 and name HA and segid B) (resid 21 and name HG2* and segid B) 2.900 1.100 1.100 assign (resid 21 and name HB and segid A) (resid 21 and name HG2* and segid A) 2.900 1.100 1.100 assign (resid 21 and name HB and segid B) (resid 21 and name HG2* and segid B) 2.900 1.100 1.100 assign (resid 21 and name HB and segid A) (resid 21 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (16 viol avg 0.176) assign (resid 21 and name HB and segid B) (resid 21 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (16 viol avg 0.183) assign (resid 21 and name HG2* and segid A) (resid 21 and name HA and segid A) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid B) (resid 21 and name HA and segid B) 2.900 1.100 1.100 assign (resid 21 and name HN and segid A) (resid 21 and name HG2* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (21 viol avg 0.869) assign (resid 21 and name HN and segid B) (resid 21 and name HG2* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.704) ! =========== Intraresidue contacts to residue 22 ============ assign (resid 22 and name HA and segid A) (resid 22 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (14 viol avg 0.114) assign (resid 22 and name HA and segid B) (resid 22 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (13 viol avg 0.112) assign (resid 22 and name HN and segid A) (resid 22 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (14 viol avg 0.114) assign (resid 22 and name HN and segid B) (resid 22 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (13 viol avg 0.112) assign (resid 22 and name HB and segid A) (resid 22 and name HN and segid A) 2.900 1.100 1.100 assign (resid 22 and name HB and segid B) (resid 22 and name HN and segid B) 2.900 1.100 1.100 assign (resid 22 and name HA and segid A) (resid 22 and name HB and segid A) 2.900 1.100 1.100 assign (resid 22 and name HA and segid B) (resid 22 and name HB and segid B) 2.900 1.100 1.100 assign (resid 22 and name HB and segid A) (resid 22 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (35 viol avg 0.188) assign (resid 22 and name HB and segid B) (resid 22 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (28 viol avg 0.176) assign (resid 22 and name HG** and segid A) (resid 22 and name HA and segid A) 2.900 1.100 1.100 assign (resid 22 and name HG** and segid B) (resid 22 and name HA and segid B) 2.900 1.100 1.100 assign (resid 22 and name HN and segid A) (resid 22 and name HB and segid A) 2.900 1.100 1.100 assign (resid 22 and name HN and segid B) (resid 22 and name HB and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 23 ============ assign (resid 23 and name HA and segid A) (resid 23 and name HN and segid A) 2.900 1.100 1.100 assign (resid 23 and name HA and segid B) (resid 23 and name HN and segid B) 2.900 1.100 1.100 assign (resid 23 and name HN and segid A) (resid 23 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (30 viol avg 0.125) assign (resid 23 and name HN and segid B) (resid 23 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (30 viol avg 0.126) assign (resid 23 and name HB and segid A) (resid 23 and name HN and segid A) 2.900 1.100 1.100 assign (resid 23 and name HB and segid B) (resid 23 and name HN and segid B) 2.900 1.100 1.100 assign (resid 23 and name HA and segid A) (resid 23 and name HG** and segid A) 2.900 1.100 1.100 assign (resid 23 and name HA and segid B) (resid 23 and name HG** and segid B) 2.900 1.100 1.100 assign (resid 23 and name HA and segid A) (resid 23 and name HG** and segid A) 2.900 1.100 1.100 assign (resid 23 and name HA and segid B) (resid 23 and name HG** and segid B) 2.900 1.100 1.100 assign (resid 23 and name HA and segid A) (resid 23 and name HB and segid A) 2.900 1.100 1.100 assign (resid 23 and name HA and segid B) (resid 23 and name HB and segid B) 2.900 1.100 1.100 assign (resid 23 and name HB and segid A) (resid 23 and name HA and segid A) 2.900 1.100 1.100 assign (resid 23 and name HB and segid B) (resid 23 and name HA and segid B) 2.900 1.100 1.100 assign (resid 23 and name HG** and segid A) (resid 23 and name HA and segid A) 2.900 1.100 1.100 assign (resid 23 and name HG** and segid B) (resid 23 and name HA and segid B) 2.900 1.100 1.100 assign (resid 23 and name HN and segid A) (resid 23 and name HB and segid A) 2.900 1.100 1.100 assign (resid 23 and name HN and segid B) (resid 23 and name HB and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 24 ============ ! assign (resid 24 and name HN) (resid 24 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 24 and name HN) (resid 24 and name HN) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 24 and name HA and segid A) (resid 24 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (41 viol avg 0.125) assign (resid 24 and name HA and segid B) (resid 24 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (45 viol avg 0.123) assign (resid 24 and name HA and segid A) (resid 24 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (41 viol avg 0.125) assign (resid 24 and name HA and segid B) (resid 24 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (45 viol avg 0.123) assign (resid 24 and name HA and segid A) (resid 24 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 24 and name HA and segid B) (resid 24 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 24 and name HA and segid A) (resid 24 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 24 and name HA and segid B) (resid 24 and name HD** and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 25 ============ assign (resid 25 and name HA and segid A) (resid 25 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (25 viol avg 0.125) assign (resid 25 and name HA and segid B) (resid 25 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (31 viol avg 0.122) assign (resid 25 and name HN and segid A) (resid 25 and name HD* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.449) assign (resid 25 and name HN and segid B) (resid 25 and name HD* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.378) assign (resid 25 and name HD* and segid A) (resid 25 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.449) assign (resid 25 and name HD* and segid B) (resid 25 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.378) assign (resid 25 and name HB* and segid A) (resid 25 and name HN and segid A) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid B) (resid 25 and name HN and segid B) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid A) (resid 25 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid B) (resid 25 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HD* and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HD* and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HE* and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.982) assign (resid 25 and name HE* and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.978) assign (resid 25 and name HA and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HA and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid A) (resid 25 and name HE* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.982) assign (resid 25 and name HB* and segid B) (resid 25 and name HE* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.978) assign (resid 25 and name HN and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HN and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 26 ============ assign (resid 26 and name HA and segid A) (resid 26 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.113) assign (resid 26 and name HA and segid B) (resid 26 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (13 viol avg 0.121) assign (resid 26 and name HN and segid A) (resid 26 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.113) assign (resid 26 and name HN and segid B) (resid 26 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (13 viol avg 0.121) assign (resid 26 and name HA and segid A) (resid 26 and name HE* and segid A) 2.300 0.500 0.500 assign (resid 26 and name HA and segid B) (resid 26 and name HE* and segid B) 2.300 0.500 0.500 assign (resid 26 and name HB* and segid A) (resid 26 and name HA and segid A) 2.300 0.500 0.500 assign (resid 26 and name HB* and segid B) (resid 26 and name HA and segid B) 2.300 0.500 0.500 assign (resid 26 and name HN and segid A) (resid 26 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 26 and name HN and segid B) (resid 26 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 27 ============ assign (resid 27 and name HA and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name HA and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HN and segid A) (resid 27 and name H2 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (46 viol avg 0.802) assign (resid 27 and name HN and segid B) (resid 27 and name H2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (10 viol avg 0.087) assign (resid 27 and name HN and segid A) (resid 27 and name H1 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.343) assign (resid 27 and name HN and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (9 viol avg 0.080) assign (resid 27 and name H1 and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.343) assign (resid 27 and name H1 and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (9 viol avg 0.080) assign (resid 27 and name H2 and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name H2 and segid B) (resid 27 and name HN and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (10 viol avg 0.087) assign (resid 27 and name HA and segid A) (resid 27 and name H1 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (57 viol avg 0.616) assign (resid 27 and name HA and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (55 viol avg 0.615) assign (resid 27 and name HA and segid A) (resid 27 and name H2 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (41 viol avg 0.084) assign (resid 27 and name HA and segid B) (resid 27 and name H2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (55 viol avg 0.066) assign (resid 27 and name HG* and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name HG* and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid A) (resid 27 and name H1 and segid A) 2.300 0.500 0.500 assign (resid 27 and name HB* and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (9 viol avg 0.083) assign (resid 27 and name HB* and segid A) (resid 27 and name H1 and segid A) 2.300 0.500 0.500 assign (resid 27 and name HB* and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (9 viol avg 0.083) assign (resid 27 and name HB* and segid A) (resid 27 and name H2 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.309) assign (resid 27 and name HB* and segid B) (resid 27 and name H2 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.273) assign (resid 27 and name HB* and segid A) (resid 27 and name H2 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.309) assign (resid 27 and name HB* and segid B) (resid 27 and name H2 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.273) assign (resid 27 and name HN and segid A) (resid 27 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (25 viol avg 0.130) assign (resid 27 and name HN and segid B) (resid 27 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (22 viol avg 0.132) assign (resid 27 and name HA and segid A) (resid 27 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 27 and name HA and segid B) (resid 27 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HN and segid A) (resid 27 and name HE* and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.263) assign (resid 27 and name HN and segid B) (resid 27 and name HE* and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 7. (7 viol avg 0.113) ! -------------------------------------------------------------------------- ! i +/- 1 contacts ! =========== i+1 contacts to residue 1 ============ assign ((resid 1 and name HD2 and segid A) OR (resid 1 and name HD2 and segid B)) ((resid 2 and name HG2* and segid A) OR (resid 2 and name HG2* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (18 viol avg 0.436) assign ((resid 1 and name HD2 and segid A) OR (resid 1 and name HD2 and segid B)) ((resid 2 and name HD1* and segid A) OR (resid 2 and name HD1* and segid B)) 2.300 0.500 0.500 ! =========== i+1 contacts to residue 2 ============ assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 2 and name HB and segid A) OR (resid 2 and name HB and segid B)) 2.300 0.500 0.500 assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 2 and name HA and segid A) OR (resid 2 and name HA and segid B)) 2.300 0.500 0.500 assign ((resid 2 and name HA and segid A) OR (resid 2 and name HA and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 2 and name HG1* and segid A) OR (resid 2 and name HG1* and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (21 viol avg 0.730) assign ((resid 2 and name HB and segid A) OR (resid 2 and name HB and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.300 0.500 0.500 ! =========== i+1 contacts to residue 3 ============ assign ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (27 viol avg 0.182) assign ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (11 viol avg 0.185) assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.184) assign ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.363) assign ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.363) assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.300 0.500 0.500 ! =========== i+1 contacts to residue 4 ============ assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (34 viol avg 0.175) assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (34 viol avg 0.175) assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) 2.300 0.500 0.500 assign ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) 2.300 0.500 0.500 assign ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) 2.300 0.500 0.500 ! =========== i+1 contacts to residue 5 ============ ! =========== i+1 contacts to residue 6 ============ assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B)) ((resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (29 viol avg 0.231) ! =========== i+1 contacts to residue 7 ============ assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (13 viol avg 0.143) assign ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (17 viol avg 0.215) assign ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 8 ============ assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (21 viol avg 0.153) assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (21 viol avg 0.153) assign ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (21 viol avg 0.153) assign ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 9 ============ assign ((resid 9 and name HA and segid A) OR (resid 9 and name HA and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 9. (5 viol avg 0.074) ! =========== i+1 contacts to residue 10 ============ assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (18 viol avg 0.218) assign ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) ((resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (21 viol avg 0.436) assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (11 viol avg 0.157) assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.300 0.500 0.500 assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (34 viol avg 0.879) assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (20 viol avg 0.383) assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (21 viol avg 0.478) ! =========== i+1 contacts to residue 11 ============ assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (7 viol avg 0.117) assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.294) assign ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.294) assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.332) assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.332) assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (18 viol avg 0.268) assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (30 viol avg 0.662) ! =========== i+1 contacts to residue 12 ============ assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 3.400 1.600 1.600 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) 2.300 0.500 0.500 assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (13 viol avg 0.095) ! =========== i+1 contacts to residue 13 ============ assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) 2.300 0.500 0.500 ! =========== i+1 contacts to residue 14 ============ assign ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (22 viol avg 0.159) assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (22 viol avg 0.159) assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 15 and name HD** and segid A) OR (resid 15 and name HD** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 8. (7 viol avg 0.084) ! =========== i+1 contacts to residue 15 ============ ! =========== i+1 contacts to residue 16 ============ assign ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.467) assign ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (41 viol avg 0.220) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (37 viol avg 0.391) assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (37 viol avg 0.391) ! =========== i+1 contacts to residue 17 ============ assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (21 viol avg 0.677) assign ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) 2.300 0.500 0.500 assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (43 viol avg 0.709) assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 18 ============ assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (32 viol avg 0.158) assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 19 ============ assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (17 viol avg 0.204) assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (22 viol avg 0.742) assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (22 viol avg 0.742) assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (43 viol avg 0.441) ! =========== i+1 contacts to residue 20 ============ assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 5. (44 viol avg 0.075) assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 5. (44 viol avg 0.075) assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (23 viol avg 0.168) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.143) assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.342) ! =========== i+1 contacts to residue 21 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (39 viol avg 0.262) assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (19 viol avg 0.656) assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (15 viol avg 0.465) assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.300 0.500 0.500 ! =========== i+1 contacts to residue 22 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (31 viol avg 0.217) assign ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (33 viol avg 0.170) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (24 viol avg 0.431) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (43 viol avg 1.011) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 23 ============ assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (14 viol avg 0.129) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.360) assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.360) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (14 viol avg 0.129) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (14 viol avg 0.129) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 6. (7 viol avg 0.071) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 6. (7 viol avg 0.071) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.360) ! =========== i+1 contacts to residue 24 ============ assign ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (41 viol avg 0.174) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.350) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.350) assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (41 viol avg 0.174) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (40 viol avg 0.369) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (40 viol avg 0.369) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.350) assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (40 viol avg 0.369) ! =========== i+1 contacts to residue 25 ============ assign ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (27 viol avg 0.840) assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (11 viol avg 0.154) ! =========== i+1 contacts to residue 26 ============ assign ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (35 viol avg 0.779) ! =========== i+1 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 2 contacts ! =========== i+2 contacts to residue 1 ============ assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 1 and name HB* and segid A) OR (resid 1 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 1 and name HB* and segid A) OR (resid 1 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 1 and name HB* and segid A) OR (resid 1 and name HB* and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) ((resid 1 and name HD2 and segid A) OR (resid 1 and name HD2 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (16 viol avg 0.360) assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 1 and name HD2 and segid A) OR (resid 1 and name HD2 and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (16 viol avg 0.211) assign ((resid 1 and name HB* and segid A) OR (resid 1 and name HB* and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.471) ! =========== i+2 contacts to residue 2 ============ assign ((resid 2 and name HB and segid A) OR (resid 2 and name HB and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (22 viol avg 0.843) assign ((resid 2 and name HB and segid A) OR (resid 2 and name HB and segid B)) ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) 2.300 0.500 0.500 assign ((resid 2 and name HB and segid A) OR (resid 2 and name HB and segid B)) ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 2 and name HD1* and segid A) OR (resid 2 and name HD1* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (11 viol avg 0.248) ! =========== i+2 contacts to residue 3 ============ assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.143) assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.143) assign ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (20 viol avg 0.143) assign ((resid 3 and name HD2* and segid A) OR (resid 3 and name HD2* and segid B)) ((resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 9. (5 viol avg 0.078) ! =========== i+2 contacts to residue 4 ============ assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.553) ! =========== i+2 contacts to residue 5 ============ ! =========== i+2 contacts to residue 6 ============ ! =========== i+2 contacts to residue 7 ============ assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (24 viol avg 0.447) ! =========== i+2 contacts to residue 8 ============ ! =========== i+2 contacts to residue 9 ============ ! =========== i+2 contacts to residue 10 ============ assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (30 viol avg 0.591) ! =========== i+2 contacts to residue 11 ============ assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.470) assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (15 viol avg 0.210) assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.470) ! =========== i+2 contacts to residue 12 ============ assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.390) assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.390) ! =========== i+2 contacts to residue 13 ============ ! =========== i+2 contacts to residue 14 ============ ! =========== i+2 contacts to residue 15 ============ ! =========== i+2 contacts to residue 16 ============ ! =========== i+2 contacts to residue 17 ============ assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.524) assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (33 viol avg 0.805) assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (33 viol avg 0.805) ! =========== i+2 contacts to residue 18 ============ assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (11 viol avg 0.298) ! =========== i+2 contacts to residue 19 ============ assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (22 viol avg 0.404) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.380) assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.380) ! =========== i+2 contacts to residue 20 ============ assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (31 viol avg 0.545) assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.455) ! =========== i+2 contacts to residue 21 ============ assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (35 viol avg 0.783) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! =========== i+2 contacts to residue 22 ============ assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.453) assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.453) assign ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.300) assign ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.300) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (31 viol avg 0.428) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.300) ! =========== i+2 contacts to residue 23 ============ assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.387) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (15 viol avg 0.363) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.387) ! =========== i+2 contacts to residue 24 ============ assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.399) assign ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.399) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.399) ! =========== i+2 contacts to residue 25 ============ assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (31 viol avg 0.793) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (28 viol avg 0.876) assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (28 viol avg 0.876) ! =========== i+2 contacts to residue 26 ============ ! =========== i+2 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 3 contacts ! =========== i+3 contacts to residue 1 ============ assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 1 and name HD2 and segid A) OR (resid 1 and name HD2 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (15 viol avg 0.234) ! =========== i+3 contacts to residue 2 ============ assign ((resid 5 and name HN and segid A) OR (resid 5 and name HN and segid B)) ((resid 2 and name HB and segid A) OR (resid 2 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (18 viol avg 0.436) ! =========== i+3 contacts to residue 3 ============ assign ((resid 3 and name HD2* and segid A) OR (resid 3 and name HD2* and segid B)) ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.474) ! =========== i+3 contacts to residue 4 ============ assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 7. (10 viol avg 0.122) assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.315) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (10 viol avg 0.313) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (12 viol avg 0.707) ! =========== i+3 contacts to residue 5 ============ ! =========== i+3 contacts to residue 6 ============ ! =========== i+3 contacts to residue 7 ============ assign ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 6. (8 viol avg 0.116) assign ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (25 viol avg 0.429) assign ((resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (21 viol avg 1.058) assign ((resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (23 viol avg 0.247) ! =========== i+3 contacts to residue 8 ============ assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (23 viol avg 0.827) ! =========== i+3 contacts to residue 9 ============ assign ((resid 9 and name HD** and segid A) OR (resid 9 and name HD** and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 2. (22 viol avg 0.684) assign ((resid 9 and name HD** and segid A) OR (resid 9 and name HD** and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 2. (22 viol avg 0.684) ! =========== i+3 contacts to residue 10 ============ assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 3.400 1.600 1.600 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (29 viol avg 0.272) assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) 2.300 0.500 0.500 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) 2.300 0.500 0.500 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.300 0.500 0.500 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.510) assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.510) ! =========== i+3 contacts to residue 11 ============ ! =========== i+3 contacts to residue 12 ============ ! =========== i+3 contacts to residue 13 ============ ! =========== i+3 contacts to residue 14 ============ assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.480) assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.300 0.500 0.500 ! =========== i+3 contacts to residue 15 ============ assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (18 viol avg 0.522) assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.300 0.500 0.500 ! =========== i+3 contacts to residue 16 ============ ! =========== i+3 contacts to residue 17 ============ assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.605) assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.709) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.349) ! =========== i+3 contacts to residue 18 ============ ! =========== i+3 contacts to residue 19 ============ assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (15 viol avg 0.517) ! =========== i+3 contacts to residue 20 ============ assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.430) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.430) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (19 viol avg 0.654) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.826) ! =========== i+3 contacts to residue 21 ============ assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (28 viol avg 0.244) assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.464) assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.464) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.396) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.396) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (23 viol avg 0.963) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.396) ! =========== i+3 contacts to residue 22 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.582) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.391) assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (11 viol avg 0.223) assign ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (11 viol avg 0.197) assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.582) assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.843) ! =========== i+3 contacts to residue 23 ============ assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (37 viol avg 0.866) ! =========== i+3 contacts to residue 24 ============ assign ((resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (19 viol avg 0.420) assign ((resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (19 viol avg 0.420) ! =========== i+3 contacts to residue 25 ============ ! =========== i+3 contacts to residue 26 ============ ! =========== i+3 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 4 contacts ! =========== i+4 contacts to residue 1 ============ ! =========== i+4 contacts to residue 2 ============ ! =========== i+4 contacts to residue 3 ============ ! =========== i+4 contacts to residue 4 ============ ! =========== i+4 contacts to residue 5 ============ ! =========== i+4 contacts to residue 6 ============ ! =========== i+4 contacts to residue 7 ============ assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.266) ! =========== i+4 contacts to residue 8 ============ assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.615) ! =========== i+4 contacts to residue 9 ============ ! =========== i+4 contacts to residue 10 ============ assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (12 viol avg 0.207) ! =========== i+4 contacts to residue 11 ============ ! =========== i+4 contacts to residue 12 ============ ! =========== i+4 contacts to residue 13 ============ ! =========== i+4 contacts to residue 14 ============ ! =========== i+4 contacts to residue 15 ============ ! =========== i+4 contacts to residue 16 ============ ! =========== i+4 contacts to residue 17 ============ ! =========== i+4 contacts to residue 18 ============ ! =========== i+4 contacts to residue 19 ============ assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (32 viol avg 0.949) ! =========== i+4 contacts to residue 20 ============ assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.369) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.369) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (19 viol avg 0.438) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (19 viol avg 0.438) assign ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (19 viol avg 0.438) assign ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (19 viol avg 0.438) ! =========== i+4 contacts to residue 21 ============ assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (21 viol avg 0.455) assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.472) assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (21 viol avg 0.455) assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.421) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.353) assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (34 viol avg 0.977) ! =========== i+4 contacts to residue 22 ============ ! =========== i+4 contacts to residue 23 ============ assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.400) ! =========== i+4 contacts to residue 24 ============ ! =========== i+4 contacts to residue 25 ============ ! =========== i+4 contacts to residue 26 ============ ! =========== i+4 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 5 and longer contacts ! =========== i+5 or longer contacts to residue 1 ============ ! =========== i+5 or longer contacts to residue 2 ============ ! =========== i+5 or longer contacts to residue 3 ============ ! =========== i+5 or longer contacts to residue 4 ============ ! =========== i+5 or longer contacts to residue 5 ============ ! =========== i+5 or longer contacts to residue 6 ============ ! =========== i+5 or longer contacts to residue 7 ============ ! =========== i+5 or longer contacts to residue 8 ============ ! =========== i+5 or longer contacts to residue 9 ============ ! =========== i+5 or longer contacts to residue 10 ============ ! =========== i+5 or longer contacts to residue 11 ============ ! =========== i+5 or longer contacts to residue 12 ============ ! =========== i+5 or longer contacts to residue 13 ============ ! =========== i+5 or longer contacts to residue 14 ============ ! =========== i+5 or longer contacts to residue 15 ============ ! =========== i+5 or longer contacts to residue 16 ============ ! =========== i+5 or longer contacts to residue 17 ============ ! =========== i+5 or longer contacts to residue 18 ============ ! =========== i+5 or longer contacts to residue 19 ============ ! =========== i+5 or longer contacts to residue 20 ============ assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (11 viol avg 0.439) assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.298) ! =========== i+5 or longer contacts to residue 21 ============ assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 7. (8 viol avg 0.140) ! =========== i+5 or longer contacts to residue 22 ============ assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (31 viol avg 0.568) ! =========== i+5 or longer contacts to residue 23 ============ ! =========== i+5 or longer contacts to residue 24 ============ ! =========== i+5 or longer contacts to residue 25 ============ ! =========== i+5 or longer contacts to residue 26 ============ ! =========== i+5 or longer contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! Ambiguous NOEs assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (14 viol avg 0.147) assign ((resid 2 and name HD1* and segid A) OR (resid 2 and name HD1* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.210) assign ((resid 2 and name HG2* and segid A) OR (resid 2 and name HG2* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 2 and name HG2* and segid A) OR (resid 2 and name HG2* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (8 viol avg 0.068) assign ((resid 2 and name HD1* and segid A) OR (resid 2 and name HD1* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (12 viol avg 0.182) assign ((resid 2 and name HG2* and segid A) OR (resid 2 and name HG2* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) ((resid 1 and name HE1 and segid A) OR (resid 1 and name HE1 and segid B)) 2.300 0.500 0.500 assign ((resid 2 and name HD1* and segid A) OR (resid 2 and name HD1* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) ((resid 1 and name HE1 and segid A) OR (resid 1 and name HE1 and segid B)) 2.300 0.500 0.500 assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.475) assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.448) assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.448) assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (41 viol avg 0.237) assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (38 viol avg 0.222) assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.338) assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B) OR (resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (32 viol avg 0.576) assign ((resid 26 and name HE* and segid A) OR (resid 26 and name HE* and segid B) OR (resid 27 and name HE* and segid A) OR (resid 27 and name HE* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (26 viol avg 0.518) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B) OR (resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (15 viol avg 0.335) assign ((resid 5 and name HB* and segid A) OR (resid 5 and name HB* and segid B) OR (resid 5 and name HG and segid A) OR (resid 5 and name HG and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (12 viol avg 0.368) assign ((resid 5 and name HB* and segid A) OR (resid 5 and name HB* and segid B) OR (resid 5 and name HG and segid A) OR (resid 5 and name HG and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (12 viol avg 0.368) assign ((resid 5 and name HB* and segid A) OR (resid 5 and name HB* and segid B) OR (resid 5 and name HG and segid A) OR (resid 5 and name HG and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 8. (8 viol avg 0.079) assign ((resid 5 and name HB* and segid A) OR (resid 5 and name HB* and segid B) OR (resid 5 and name HG and segid A) OR (resid 5 and name HG and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 8. (8 viol avg 0.079) assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B) OR (resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.675) assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B) OR (resid 27 and name H2 and segid A) OR (resid 27 and name H2 and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (23 viol avg 0.539) assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B) OR (resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (11 viol avg 0.190) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B) OR (resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.311) assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B) OR (resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (30 viol avg 0.292) assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.292) assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B) OR (resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (32 viol avg 0.576) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.342) assign ((resid 27 and name H1 and segid A) OR (resid 27 and name H1 and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.325) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.342) assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (25 viol avg 0.331) assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 2 and name HG2* and segid A) OR (resid 2 and name HG2* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (35 viol avg 0.480) assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 2 and name HD1* and segid A) OR (resid 2 and name HD1* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.136) assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.136) assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B) OR (resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (15 viol avg 0.399) assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B) OR (resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (25 viol avg 0.686) assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B) OR (resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B) OR (resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B) OR (resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B) OR (resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (17 viol avg 0.160) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B) OR (resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.378) assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B) OR (resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.378) assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B) OR (resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (45 viol avg 0.911) assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (27 viol avg 0.679) assign ((resid 26 and name HE* and segid A) OR (resid 26 and name HE* and segid B) OR (resid 27 and name HE* and segid A) OR (resid 27 and name HE* and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.577) assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (25 viol avg 0.541) assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.282) assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B) OR (resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (16 viol avg 0.080) assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 2 and name HG2* and segid A) OR (resid 2 and name HG2* and segid B) OR (resid 5 and name HD** and segid A) OR (resid 5 and name HD** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (8 viol avg 0.068) ! NOE data collected at 800 MHz, 250 ms mixing time. Sample label N660. ! residue 5 commented out due to assignment ambiguity. ! Intraresidue NOEs ! =========== Intraresidue contacts to residue 1 ============ assign (resid 1 and name HB* and segid A) (resid 1 and name HA and segid A) 2.900 1.100 1.100 assign (resid 1 and name HB* and segid B) (resid 1 and name HA and segid B) 2.900 1.100 1.100 assign (resid 1 and name HB* and segid A) (resid 1 and name HA and segid A) 2.900 1.100 1.100 assign (resid 1 and name HB* and segid B) (resid 1 and name HA and segid B) 2.900 1.100 1.100 ! assign (resid 1 and name HB*) (resid 1 and name HB*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name ! assign (resid 1 and name HB*) (resid 1 and name HB*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name assign (resid 1 and name HA and segid A) (resid 1 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 1 and name HA and segid B) (resid 1 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 1 and name HA and segid A) (resid 1 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 1 and name HA and segid B) (resid 1 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 1 and name HA and segid A) (resid 1 and name HD2 and segid A) 2.300 0.500 0.500 assign (resid 1 and name HA and segid B) (resid 1 and name HD2 and segid B) 2.300 0.500 0.500 assign (resid 1 and name HB* and segid A) (resid 1 and name HD2 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (42 viol avg 0.156) assign (resid 1 and name HB* and segid B) (resid 1 and name HD2 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (36 viol avg 0.160) assign (resid 1 and name HB* and segid A) (resid 1 and name HD2 and segid A) 2.900 1.100 1.100 assign (resid 1 and name HB* and segid B) (resid 1 and name HD2 and segid B) 2.900 1.100 1.100 assign (resid 1 and name HD2 and segid A) (resid 1 and name HA and segid A) 2.300 0.500 0.500 assign (resid 1 and name HD2 and segid B) (resid 1 and name HA and segid B) 2.300 0.500 0.500 assign (resid 1 and name HD2 and segid A) (resid 1 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 1 and name HD2 and segid B) (resid 1 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 1 and name HD2 and segid A) (resid 1 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 1 and name HD2 and segid B) (resid 1 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 2 ============ assign (resid 2 and name HB and segid A) (resid 2 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (24 viol avg 0.154) assign (resid 2 and name HB and segid B) (resid 2 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (18 viol avg 0.175) assign (resid 2 and name HA and segid A) (resid 2 and name HB and segid A) 2.900 1.100 1.100 assign (resid 2 and name HA and segid B) (resid 2 and name HB and segid B) 2.900 1.100 1.100 assign (resid 2 and name HG2* and segid A) (resid 2 and name HA and segid A) 2.300 0.500 0.500 assign (resid 2 and name HG2* and segid B) (resid 2 and name HA and segid B) 2.300 0.500 0.500 assign (resid 2 and name HD1* and segid A) (resid 2 and name HA and segid A) 2.900 1.100 1.100 assign (resid 2 and name HD1* and segid B) (resid 2 and name HA and segid B) 2.900 1.100 1.100 assign (resid 2 and name HA and segid A) (resid 2 and name HN and segid A) 2.900 1.100 1.100 assign (resid 2 and name HA and segid B) (resid 2 and name HN and segid B) 2.900 1.100 1.100 assign (resid 2 and name HG* and segid A) (resid 2 and name HN and segid A) 2.900 1.100 1.100 assign (resid 2 and name HG* and segid B) (resid 2 and name HN and segid B) 2.900 1.100 1.100 assign (resid 2 and name HD1* and segid A) (resid 2 and name HN and segid A) 2.300 0.500 0.500 assign (resid 2 and name HD1* and segid B) (resid 2 and name HN and segid B) 2.300 0.500 0.500 assign (resid 2 and name HN and segid A) (resid 2 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 2 and name HN and segid B) (resid 2 and name HG* and segid B) 2.300 0.500 0.500 assign (resid 2 and name HB and segid A) (resid 2 and name HN and segid A) 2.900 1.100 1.100 assign (resid 2 and name HB and segid B) (resid 2 and name HN and segid B) 2.900 1.100 1.100 assign (resid 2 and name HG* and segid A) (resid 2 and name HA and segid A) 2.300 0.500 0.500 assign (resid 2 and name HG* and segid B) (resid 2 and name HA and segid B) 2.300 0.500 0.500 assign (resid 2 and name HN and segid A) (resid 2 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (32 viol avg 0.128) assign (resid 2 and name HN and segid B) (resid 2 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (35 viol avg 0.128) assign (resid 2 and name HN and segid A) (resid 2 and name HB and segid A) 2.900 1.100 1.100 assign (resid 2 and name HN and segid B) (resid 2 and name HB and segid B) 2.900 1.100 1.100 assign (resid 2 and name HB and segid A) (resid 2 and name HG2* and segid A) 2.300 0.500 0.500 assign (resid 2 and name HB and segid B) (resid 2 and name HG2* and segid B) 2.300 0.500 0.500 assign (resid 2 and name HG2* and segid A) (resid 2 and name HB and segid A) 2.900 1.100 1.100 assign (resid 2 and name HG2* and segid B) (resid 2 and name HB and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 3 ============ assign (resid 3 and name HA and segid A) (resid 3 and name HN and segid A) 2.900 1.100 1.100 assign (resid 3 and name HA and segid B) (resid 3 and name HN and segid B) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid A) (resid 3 and name HN and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HN and segid B) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid A) (resid 3 and name HN and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HN and segid B) 2.900 1.100 1.100 assign (resid 3 and name HN and segid A) (resid 3 and name HA and segid A) 2.900 1.100 1.100 assign (resid 3 and name HN and segid B) (resid 3 and name HA and segid B) 2.900 1.100 1.100 assign (resid 3 and name HN and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HN and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HN and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HN and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid A) (resid 3 and name HA and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HA and segid B) 2.900 1.100 1.100 ! assign (resid 3 and name HB*) (resid 3 and name HB*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name assign (resid 3 and name HA and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HA and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HA and segid A) (resid 3 and name HB* and segid A) 3.900 2.100 2.100 assign (resid 3 and name HA and segid B) (resid 3 and name HB* and segid B) 3.900 2.100 2.100 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid A) (resid 3 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid B) (resid 3 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HD2* and segid A) (resid 3 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 9. (6 viol avg 0.243) assign (resid 3 and name HD2* and segid B) (resid 3 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (12 viol avg 0.297) assign (resid 3 and name HD2* and segid A) (resid 3 and name HA and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 9. (6 viol avg 0.243) assign (resid 3 and name HD2* and segid B) (resid 3 and name HA and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (12 viol avg 0.297) ! assign (resid 3 and name HD2*) (resid 3 and name HD2*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HA and segid A) (resid 3 and name HD2* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 9. (6 viol avg 0.243) assign (resid 3 and name HA and segid B) (resid 3 and name HD2* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (12 viol avg 0.297) assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid A) (resid 3 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 3 and name HB* and segid B) (resid 3 and name HD2* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 4 ============ assign (resid 4 and name HA and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 assign (resid 4 and name HA and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HN and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HN and segid B) 2.900 1.100 1.100 assign (resid 4 and name HN and segid A) (resid 4 and name HA and segid A) 2.900 1.100 1.100 assign (resid 4 and name HN and segid B) (resid 4 and name HA and segid B) 2.900 1.100 1.100 assign (resid 4 and name HN and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HN and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HN and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HN and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HA and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HA and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HA and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HA and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HA and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HA and segid B) 2.900 1.100 1.100 assign (resid 4 and name HA and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HA and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HA and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HA and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HA and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HA and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HA and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HA and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HN and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HN and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HN and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HN and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HA and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HA and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 ! assign (resid 4 and name HG*) (resid 4 and name HG*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name ! assign (resid 4 and name HG*) (resid 4 and name HG*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name ! assign (resid 4 and name HB*) (resid 4 and name HB*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid A) (resid 4 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HG* and segid B) (resid 4 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid A) (resid 4 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 4 and name HB* and segid B) (resid 4 and name HG* and segid B) 2.900 1.100 1.100 ! assign (resid 4 and name HB*) (resid 4 and name HB*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name ! =========== Intraresidue contacts to residue 5 ============ ! assign (resid 5 and name HA) (resid 5 and name HN) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HG) (resid 5 and name HN) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HN) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HB*) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HG) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HB*) (resid 5 and name HA) 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HB*) (resid 5 and name HA) 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 5 and name HB*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 5 and name HG) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 5 and name HB*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HG) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HD**) (resid 5 and name HN) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HD**) (resid 5 and name HA) 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HD**) (resid 5 and name HA) 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HN) (resid 5 and name HG) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HN) (resid 5 and name HB*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 5 and name HD**) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! =========== Intraresidue contacts to residue 6 ============ assign (resid 6 and name HA and segid A) (resid 6 and name HN and segid A) 2.900 1.100 1.100 assign (resid 6 and name HA and segid B) (resid 6 and name HN and segid B) 2.900 1.100 1.100 assign (resid 6 and name HB* and segid A) (resid 6 and name HN and segid A) 2.900 1.100 1.100 assign (resid 6 and name HB* and segid B) (resid 6 and name HN and segid B) 2.900 1.100 1.100 assign (resid 6 and name HG and segid A) (resid 6 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.347) assign (resid 6 and name HG and segid B) (resid 6 and name HN and segid B) 2.900 1.100 1.100 assign (resid 6 and name HN and segid A) (resid 6 and name HA and segid A) 2.900 1.100 1.100 assign (resid 6 and name HN and segid B) (resid 6 and name HA and segid B) 2.900 1.100 1.100 assign (resid 6 and name HB* and segid A) (resid 6 and name HA and segid A) 2.900 1.100 1.100 assign (resid 6 and name HB* and segid B) (resid 6 and name HA and segid B) 2.900 1.100 1.100 assign (resid 6 and name HG and segid A) (resid 6 and name HA and segid A) 2.900 1.100 1.100 assign (resid 6 and name HG and segid B) (resid 6 and name HA and segid B) 2.900 1.100 1.100 assign (resid 6 and name HA and segid A) (resid 6 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 6 and name HA and segid B) (resid 6 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 6 and name HA and segid A) (resid 6 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 6 and name HA and segid B) (resid 6 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 6 and name HA and segid A) (resid 6 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 6 and name HA and segid B) (resid 6 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 6 and name HA and segid A) (resid 6 and name HG and segid A) 2.900 1.100 1.100 assign (resid 6 and name HA and segid B) (resid 6 and name HG and segid B) 2.900 1.100 1.100 assign (resid 6 and name HD** and segid A) (resid 6 and name HN and segid A) 2.900 1.100 1.100 assign (resid 6 and name HD** and segid B) (resid 6 and name HN and segid B) 2.900 1.100 1.100 assign (resid 6 and name HD** and segid A) (resid 6 and name HA and segid A) 2.900 1.100 1.100 assign (resid 6 and name HD** and segid B) (resid 6 and name HA and segid B) 2.900 1.100 1.100 assign (resid 6 and name HD** and segid A) (resid 6 and name HA and segid A) 2.900 1.100 1.100 assign (resid 6 and name HD** and segid B) (resid 6 and name HA and segid B) 2.900 1.100 1.100 assign (resid 6 and name HN and segid A) (resid 6 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 6 and name HN and segid B) (resid 6 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 6 and name HN and segid A) (resid 6 and name HG and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.347) assign (resid 6 and name HN and segid B) (resid 6 and name HG and segid B) 2.900 1.100 1.100 assign (resid 6 and name HN and segid A) (resid 6 and name HD** and segid A) 3.400 1.600 1.600 assign (resid 6 and name HN and segid B) (resid 6 and name HD** and segid B) 3.400 1.600 1.600 assign (resid 6 and name HN and segid A) (resid 6 and name HD** and segid A) 3.400 1.600 1.600 assign (resid 6 and name HN and segid B) (resid 6 and name HD** and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 7 ============ assign (resid 7 and name HA and segid A) (resid 7 and name HN and segid A) 3.400 1.600 1.600 assign (resid 7 and name HA and segid B) (resid 7 and name HN and segid B) 3.400 1.600 1.600 assign (resid 7 and name HB* and segid A) (resid 7 and name HN and segid A) 2.900 1.100 1.100 assign (resid 7 and name HB* and segid B) (resid 7 and name HN and segid B) 2.900 1.100 1.100 assign (resid 7 and name HN and segid A) (resid 7 and name HA and segid A) 2.900 1.100 1.100 assign (resid 7 and name HN and segid B) (resid 7 and name HA and segid B) 2.900 1.100 1.100 assign (resid 7 and name HE1 and segid A) (resid 7 and name HA and segid A) 3.900 2.100 2.100 ! still violating at 6.0 after round 7. (11 viol avg 0.086) assign (resid 7 and name HE1 and segid B) (resid 7 and name HA and segid B) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (6 viol avg 0.094) assign (resid 7 and name HN and segid A) (resid 7 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 7 and name HN and segid B) (resid 7 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 7 and name HB* and segid A) (resid 7 and name HA and segid A) 2.900 1.100 1.100 assign (resid 7 and name HB* and segid B) (resid 7 and name HA and segid B) 2.900 1.100 1.100 assign (resid 7 and name HA and segid A) (resid 7 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 7 and name HA and segid B) (resid 7 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 7 and name HD2 and segid A) (resid 7 and name HA and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (9 viol avg 0.114) assign (resid 7 and name HD2 and segid B) (resid 7 and name HA and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.214) assign (resid 7 and name HA and segid A) (resid 7 and name HD2 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (9 viol avg 0.114) assign (resid 7 and name HA and segid B) (resid 7 and name HD2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.214) assign (resid 7 and name HN and segid A) (resid 7 and name HD2 and segid A) 2.300 0.500 0.500 assign (resid 7 and name HN and segid B) (resid 7 and name HD2 and segid B) 2.300 0.500 0.500 assign (resid 7 and name HB* and segid A) (resid 7 and name HD2 and segid A) 2.900 1.100 1.100 assign (resid 7 and name HB* and segid B) (resid 7 and name HD2 and segid B) 2.900 1.100 1.100 assign (resid 7 and name HD2 and segid A) (resid 7 and name HN and segid A) 2.300 0.500 0.500 assign (resid 7 and name HD2 and segid B) (resid 7 and name HN and segid B) 2.300 0.500 0.500 assign (resid 7 and name HD2 and segid A) (resid 7 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 7 and name HD2 and segid B) (resid 7 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 7 and name HA and segid A) (resid 7 and name HE1 and segid A) 3.900 2.100 2.100 ! still violating at 6.0 after round 7. (11 viol avg 0.086) assign (resid 7 and name HA and segid B) (resid 7 and name HE1 and segid B) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (6 viol avg 0.094) assign (resid 7 and name HD2 and segid A) (resid 7 and name HE1 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.185) assign (resid 7 and name HD2 and segid B) (resid 7 and name HE1 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.183) assign (resid 7 and name HE1 and segid A) (resid 7 and name HD2 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.185) assign (resid 7 and name HE1 and segid B) (resid 7 and name HD2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (60 viol avg 0.183) ! =========== Intraresidue contacts to residue 8 ============ assign (resid 8 and name HA and segid A) (resid 8 and name HN and segid A) 2.900 1.100 1.100 assign (resid 8 and name HA and segid B) (resid 8 and name HN and segid B) 2.900 1.100 1.100 assign (resid 8 and name HB and segid A) (resid 8 and name HN and segid A) 2.900 1.100 1.100 assign (resid 8 and name HB and segid B) (resid 8 and name HN and segid B) 2.900 1.100 1.100 assign (resid 8 and name HG1* and segid A) (resid 8 and name HN and segid A) 2.900 1.100 1.100 assign (resid 8 and name HG1* and segid B) (resid 8 and name HN and segid B) 2.900 1.100 1.100 assign (resid 8 and name HG2* and segid A) (resid 8 and name HN and segid A) 2.900 1.100 1.100 assign (resid 8 and name HG2* and segid B) (resid 8 and name HN and segid B) 2.900 1.100 1.100 assign (resid 8 and name HN and segid A) (resid 8 and name HA and segid A) 2.900 1.100 1.100 assign (resid 8 and name HN and segid B) (resid 8 and name HA and segid B) 2.900 1.100 1.100 assign (resid 8 and name HB and segid A) (resid 8 and name HA and segid A) 2.900 1.100 1.100 assign (resid 8 and name HB and segid B) (resid 8 and name HA and segid B) 2.900 1.100 1.100 assign (resid 8 and name HG1* and segid A) (resid 8 and name HA and segid A) 2.900 1.100 1.100 assign (resid 8 and name HG1* and segid B) (resid 8 and name HA and segid B) 2.900 1.100 1.100 assign (resid 8 and name HG2* and segid A) (resid 8 and name HA and segid A) 2.900 1.100 1.100 assign (resid 8 and name HG2* and segid B) (resid 8 and name HA and segid B) 2.900 1.100 1.100 assign (resid 8 and name HA and segid A) (resid 8 and name HG1* and segid A) 2.900 1.100 1.100 assign (resid 8 and name HA and segid B) (resid 8 and name HG1* and segid B) 2.900 1.100 1.100 assign (resid 8 and name HA and segid A) (resid 8 and name HB and segid A) 2.900 1.100 1.100 assign (resid 8 and name HA and segid B) (resid 8 and name HB and segid B) 2.900 1.100 1.100 assign (resid 8 and name HB and segid A) (resid 8 and name HG1* and segid A) 2.900 1.100 1.100 assign (resid 8 and name HB and segid B) (resid 8 and name HG1* and segid B) 2.900 1.100 1.100 assign (resid 8 and name HD1* and segid A) (resid 8 and name HA and segid A) 2.900 1.100 1.100 assign (resid 8 and name HD1* and segid B) (resid 8 and name HA and segid B) 2.900 1.100 1.100 assign (resid 8 and name HG2* and segid A) (resid 8 and name HB and segid A) 2.300 0.500 0.500 assign (resid 8 and name HG2* and segid B) (resid 8 and name HB and segid B) 2.300 0.500 0.500 assign (resid 8 and name HG2* and segid A) (resid 8 and name HG1* and segid A) 3.400 1.600 1.600 assign (resid 8 and name HG2* and segid B) (resid 8 and name HG1* and segid B) 3.400 1.600 1.600 assign (resid 8 and name HG2* and segid A) (resid 8 and name HD1* and segid A) 3.400 1.600 1.600 assign (resid 8 and name HG2* and segid B) (resid 8 and name HD1* and segid B) 3.400 1.600 1.600 assign (resid 8 and name HG1* and segid A) (resid 8 and name HG2* and segid A) 2.900 1.100 1.100 assign (resid 8 and name HG1* and segid B) (resid 8 and name HG2* and segid B) 2.900 1.100 1.100 assign (resid 8 and name HG1* and segid A) (resid 8 and name HB and segid A) 3.900 2.100 2.100 assign (resid 8 and name HG1* and segid B) (resid 8 and name HB and segid B) 3.900 2.100 2.100 assign (resid 8 and name HD1* and segid A) (resid 8 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.237) assign (resid 8 and name HD1* and segid B) (resid 8 and name HN and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (12 viol avg 0.146) assign (resid 8 and name HN and segid A) (resid 8 and name HB and segid A) 2.900 1.100 1.100 assign (resid 8 and name HN and segid B) (resid 8 and name HB and segid B) 2.900 1.100 1.100 assign (resid 8 and name HN and segid A) (resid 8 and name HG1* and segid A) 2.900 1.100 1.100 assign (resid 8 and name HN and segid B) (resid 8 and name HG1* and segid B) 2.900 1.100 1.100 assign (resid 8 and name HN and segid A) (resid 8 and name HG2* and segid A) 3.900 2.100 2.100 assign (resid 8 and name HN and segid B) (resid 8 and name HG2* and segid B) 3.900 2.100 2.100 assign (resid 8 and name HN and segid A) (resid 8 and name HD1* and segid A) 3.400 1.600 1.600 assign (resid 8 and name HN and segid B) (resid 8 and name HD1* and segid B) 3.400 1.600 1.600 assign (resid 8 and name HD1* and segid A) (resid 8 and name HB and segid A) 3.400 1.600 1.600 assign (resid 8 and name HD1* and segid B) (resid 8 and name HB and segid B) 3.400 1.600 1.600 assign (resid 8 and name HA and segid A) (resid 8 and name HG2* and segid A) 3.900 2.100 2.100 assign (resid 8 and name HA and segid B) (resid 8 and name HG2* and segid B) 3.900 2.100 2.100 ! =========== Intraresidue contacts to residue 9 ============ assign (resid 9 and name HA and segid A) (resid 9 and name HN and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.111) assign (resid 9 and name HA and segid B) (resid 9 and name HN and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (7 viol avg 0.082) assign (resid 9 and name HG and segid A) (resid 9 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (11 viol avg 0.139) assign (resid 9 and name HG and segid B) (resid 9 and name HN and segid B) 2.900 1.100 1.100 assign (resid 9 and name HB* and segid A) (resid 9 and name HN and segid A) 2.900 1.100 1.100 assign (resid 9 and name HB* and segid B) (resid 9 and name HN and segid B) 2.900 1.100 1.100 assign (resid 9 and name HN and segid A) (resid 9 and name HA and segid A) 2.900 1.100 1.100 assign (resid 9 and name HN and segid B) (resid 9 and name HA and segid B) 2.900 1.100 1.100 assign (resid 9 and name HG and segid A) (resid 9 and name HA and segid A) 2.900 1.100 1.100 assign (resid 9 and name HG and segid B) (resid 9 and name HA and segid B) 2.900 1.100 1.100 assign (resid 9 and name HB* and segid A) (resid 9 and name HA and segid A) 2.900 1.100 1.100 assign (resid 9 and name HB* and segid B) (resid 9 and name HA and segid B) 2.900 1.100 1.100 assign (resid 9 and name HA and segid A) (resid 9 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 9 and name HA and segid B) (resid 9 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 9 and name HA and segid A) (resid 9 and name HG and segid A) 2.900 1.100 1.100 assign (resid 9 and name HA and segid B) (resid 9 and name HG and segid B) 2.900 1.100 1.100 assign (resid 9 and name HD** and segid A) (resid 9 and name HN and segid A) 2.900 1.100 1.100 assign (resid 9 and name HD** and segid B) (resid 9 and name HN and segid B) 2.900 1.100 1.100 assign (resid 9 and name HD** and segid A) (resid 9 and name HN and segid A) 2.900 1.100 1.100 assign (resid 9 and name HD** and segid B) (resid 9 and name HN and segid B) 2.900 1.100 1.100 assign (resid 9 and name HA and segid A) (resid 9 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 9 and name HA and segid B) (resid 9 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 9 and name HA and segid A) (resid 9 and name HD** and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (10 viol avg 0.322) assign (resid 9 and name HA and segid B) (resid 9 and name HD** and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (11 viol avg 0.306) assign (resid 9 and name HD** and segid A) (resid 9 and name HA and segid A) 2.900 1.100 1.100 assign (resid 9 and name HD** and segid B) (resid 9 and name HA and segid B) 2.900 1.100 1.100 assign (resid 9 and name HD** and segid A) (resid 9 and name HA and segid A) 3.400 1.600 1.600 assign (resid 9 and name HD** and segid B) (resid 9 and name HA and segid B) 3.400 1.600 1.600 assign (resid 9 and name HN and segid A) (resid 9 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 9 and name HN and segid B) (resid 9 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 9 and name HN and segid A) (resid 9 and name HG and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (11 viol avg 0.139) assign (resid 9 and name HN and segid B) (resid 9 and name HG and segid B) 2.900 1.100 1.100 assign (resid 9 and name HN and segid A) (resid 9 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 9 and name HN and segid B) (resid 9 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 9 and name HB* and segid A) (resid 9 and name HG and segid A) 3.400 1.600 1.600 assign (resid 9 and name HB* and segid B) (resid 9 and name HG and segid B) 3.400 1.600 1.600 assign (resid 9 and name HD** and segid A) (resid 9 and name HB* and segid A) 3.900 2.100 2.100 assign (resid 9 and name HD** and segid B) (resid 9 and name HB* and segid B) 3.900 2.100 2.100 ! =========== Intraresidue contacts to residue 10 ============ assign (resid 10 and name HA and segid A) (resid 10 and name HN and segid A) 2.900 1.100 1.100 assign (resid 10 and name HA and segid B) (resid 10 and name HN and segid B) 2.900 1.100 1.100 assign (resid 10 and name HB and segid A) (resid 10 and name HN and segid A) 3.400 1.600 1.600 assign (resid 10 and name HB and segid B) (resid 10 and name HN and segid B) 3.400 1.600 1.600 assign (resid 10 and name HN and segid A) (resid 10 and name HA and segid A) 2.900 1.100 1.100 assign (resid 10 and name HN and segid B) (resid 10 and name HA and segid B) 2.900 1.100 1.100 assign (resid 10 and name HB and segid A) (resid 10 and name HA and segid A) 2.900 1.100 1.100 assign (resid 10 and name HB and segid B) (resid 10 and name HA and segid B) 2.900 1.100 1.100 assign (resid 10 and name HA and segid A) (resid 10 and name HB and segid A) 2.900 1.100 1.100 assign (resid 10 and name HA and segid B) (resid 10 and name HB and segid B) 2.900 1.100 1.100 assign (resid 10 and name HG** and segid A) (resid 10 and name HN and segid A) 2.900 1.100 1.100 assign (resid 10 and name HG** and segid B) (resid 10 and name HN and segid B) 2.900 1.100 1.100 assign (resid 10 and name HG** and segid A) (resid 10 and name HA and segid A) 3.400 1.600 1.600 assign (resid 10 and name HG** and segid B) (resid 10 and name HA and segid B) 3.400 1.600 1.600 assign (resid 10 and name HN and segid A) (resid 10 and name HB and segid A) 3.400 1.600 1.600 assign (resid 10 and name HN and segid B) (resid 10 and name HB and segid B) 3.400 1.600 1.600 assign (resid 10 and name HN and segid A) (resid 10 and name HG** and segid A) 2.900 1.100 1.100 assign (resid 10 and name HN and segid B) (resid 10 and name HG** and segid B) 2.900 1.100 1.100 assign (resid 10 and name HG** and segid A) (resid 10 and name HB and segid A) 3.400 1.600 1.600 assign (resid 10 and name HG** and segid B) (resid 10 and name HB and segid B) 3.400 1.600 1.600 assign (resid 10 and name HG** and segid A) (resid 10 and name HB and segid A) 3.400 1.600 1.600 assign (resid 10 and name HG** and segid B) (resid 10 and name HB and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 11 ============ assign (resid 11 and name HA and segid A) (resid 11 and name HN and segid A) 2.900 1.100 1.100 assign (resid 11 and name HA and segid B) (resid 11 and name HN and segid B) 2.900 1.100 1.100 assign (resid 11 and name HB* and segid A) (resid 11 and name HN and segid A) 2.900 1.100 1.100 assign (resid 11 and name HB* and segid B) (resid 11 and name HN and segid B) 2.900 1.100 1.100 assign (resid 11 and name HN and segid A) (resid 11 and name HA and segid A) 2.900 1.100 1.100 assign (resid 11 and name HN and segid B) (resid 11 and name HA and segid B) 2.900 1.100 1.100 assign (resid 11 and name HN and segid A) (resid 11 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 11 and name HN and segid B) (resid 11 and name HB* and segid B) 3.400 1.600 1.600 assign (resid 11 and name HB* and segid A) (resid 11 and name HA and segid A) 2.900 1.100 1.100 assign (resid 11 and name HB* and segid B) (resid 11 and name HA and segid B) 2.900 1.100 1.100 assign (resid 11 and name HD* and segid A) (resid 11 and name HA and segid A) 2.900 1.100 1.100 assign (resid 11 and name HD* and segid B) (resid 11 and name HA and segid B) 2.900 1.100 1.100 assign (resid 11 and name HE* and segid A) (resid 11 and name HA and segid A) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (25 viol avg 0.403) assign (resid 11 and name HE* and segid B) (resid 11 and name HA and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (32 viol avg 0.430) assign (resid 11 and name HA and segid A) (resid 11 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 11 and name HA and segid B) (resid 11 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 11 and name HA and segid A) (resid 11 and name HE* and segid A) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (25 viol avg 0.403) assign (resid 11 and name HA and segid B) (resid 11 and name HE* and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (32 viol avg 0.430) ! assign (resid 11 and name HE*) (resid 11 and name HE*) 3.900 1.800 6.000 ! geminal protons with same pseudoatom name assign (resid 11 and name HN and segid A) (resid 11 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 11 and name HN and segid B) (resid 11 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 11 and name HN and segid A) (resid 11 and name HE* and segid A) 3.900 2.100 2.100 assign (resid 11 and name HN and segid B) (resid 11 and name HE* and segid B) 3.900 2.100 2.100 assign (resid 11 and name HD* and segid A) (resid 11 and name HE* and segid A) 3.900 2.100 2.100 assign (resid 11 and name HD* and segid B) (resid 11 and name HE* and segid B) 3.900 2.100 2.100 assign (resid 11 and name HB* and segid A) (resid 11 and name HE* and segid A) 2.900 1.100 1.100 assign (resid 11 and name HB* and segid B) (resid 11 and name HE* and segid B) 2.900 1.100 1.100 assign (resid 11 and name HB* and segid A) (resid 11 and name HD* and segid A) 3.400 1.600 1.600 assign (resid 11 and name HB* and segid B) (resid 11 and name HD* and segid B) 3.400 1.600 1.600 assign (resid 11 and name HD* and segid A) (resid 11 and name HN and segid A) 2.900 1.100 1.100 assign (resid 11 and name HD* and segid B) (resid 11 and name HN and segid B) 2.900 1.100 1.100 assign (resid 11 and name HE* and segid A) (resid 11 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (13 viol avg 0.501) assign (resid 11 and name HE* and segid B) (resid 11 and name HN and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 6. (7 viol avg 0.111) assign (resid 11 and name HD* and segid A) (resid 11 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 11 and name HD* and segid B) (resid 11 and name HB* and segid B) 3.400 1.600 1.600 assign (resid 11 and name HE* and segid A) (resid 11 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 11 and name HE* and segid B) (resid 11 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 11 and name HA and segid A) (resid 11 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 11 and name HA and segid B) (resid 11 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 12 ============ assign (resid 12 and name HA* and segid A) (resid 12 and name HN and segid A) 2.900 1.100 1.100 assign (resid 12 and name HA* and segid B) (resid 12 and name HN and segid B) 2.900 1.100 1.100 assign (resid 12 and name HN and segid A) (resid 12 and name HA* and segid A) 2.900 1.100 1.100 assign (resid 12 and name HN and segid B) (resid 12 and name HA* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 13 ============ assign (resid 13 and name HA and segid A) (resid 13 and name HN and segid A) 2.900 1.100 1.100 assign (resid 13 and name HA and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HN and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HN and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HN and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HN and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HN and segid B) 2.900 1.100 1.100 assign (resid 13 and name HN and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 assign (resid 13 and name HN and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 assign (resid 13 and name HN and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HN and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HA and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HA and segid B) 2.900 1.100 1.100 ! assign (resid 13 and name HG*) (resid 13 and name HG*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 13 and name HA and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HA and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HA and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HA and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HA and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HA and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HN and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HN and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HN and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HN and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid A) (resid 13 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HG* and segid B) (resid 13 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid A) (resid 13 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 13 and name HB* and segid B) (resid 13 and name HG* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 14 ============ assign (resid 14 and name HA and segid A) (resid 14 and name HN and segid A) 2.900 1.100 1.100 assign (resid 14 and name HA and segid B) (resid 14 and name HN and segid B) 2.900 1.100 1.100 assign (resid 14 and name HB* and segid A) (resid 14 and name HN and segid A) 2.900 1.100 1.100 assign (resid 14 and name HB* and segid B) (resid 14 and name HN and segid B) 2.900 1.100 1.100 assign (resid 14 and name HN and segid A) (resid 14 and name HA and segid A) 2.900 1.100 1.100 assign (resid 14 and name HN and segid B) (resid 14 and name HA and segid B) 2.900 1.100 1.100 assign (resid 14 and name HN and segid A) (resid 14 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 14 and name HN and segid B) (resid 14 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 14 and name HB* and segid A) (resid 14 and name HA and segid A) 2.900 1.100 1.100 assign (resid 14 and name HB* and segid B) (resid 14 and name HA and segid B) 2.900 1.100 1.100 assign (resid 14 and name HA and segid A) (resid 14 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 14 and name HA and segid B) (resid 14 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 15 ============ assign (resid 15 and name HA and segid A) (resid 15 and name HN and segid A) 2.900 1.100 1.100 assign (resid 15 and name HA and segid B) (resid 15 and name HN and segid B) 2.900 1.100 1.100 assign (resid 15 and name HB* and segid A) (resid 15 and name HN and segid A) 2.900 1.100 1.100 assign (resid 15 and name HB* and segid B) (resid 15 and name HN and segid B) 2.900 1.100 1.100 assign (resid 15 and name HG and segid A) (resid 15 and name HN and segid A) 2.900 1.100 1.100 assign (resid 15 and name HG and segid B) (resid 15 and name HN and segid B) 2.900 1.100 1.100 assign (resid 15 and name HN and segid A) (resid 15 and name HA and segid A) 2.900 1.100 1.100 assign (resid 15 and name HN and segid B) (resid 15 and name HA and segid B) 2.900 1.100 1.100 assign (resid 15 and name HG and segid A) (resid 15 and name HA and segid A) 2.900 1.100 1.100 assign (resid 15 and name HG and segid B) (resid 15 and name HA and segid B) 2.900 1.100 1.100 assign (resid 15 and name HB* and segid A) (resid 15 and name HA and segid A) 2.900 1.100 1.100 assign (resid 15 and name HB* and segid B) (resid 15 and name HA and segid B) 2.900 1.100 1.100 assign (resid 15 and name HA and segid A) (resid 15 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 15 and name HA and segid B) (resid 15 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 15 and name HA and segid A) (resid 15 and name HG and segid A) 2.900 1.100 1.100 assign (resid 15 and name HA and segid B) (resid 15 and name HG and segid B) 2.900 1.100 1.100 assign (resid 15 and name HD** and segid A) (resid 15 and name HN and segid A) 2.900 1.100 1.100 assign (resid 15 and name HD** and segid B) (resid 15 and name HN and segid B) 2.900 1.100 1.100 assign (resid 15 and name HA and segid A) (resid 15 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 15 and name HA and segid B) (resid 15 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 15 and name HD** and segid A) (resid 15 and name HA and segid A) 3.400 1.600 1.600 assign (resid 15 and name HD** and segid B) (resid 15 and name HA and segid B) 3.400 1.600 1.600 assign (resid 15 and name HN and segid A) (resid 15 and name HG and segid A) 2.900 1.100 1.100 assign (resid 15 and name HN and segid B) (resid 15 and name HG and segid B) 2.900 1.100 1.100 assign (resid 15 and name HN and segid A) (resid 15 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 15 and name HN and segid B) (resid 15 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 15 and name HB* and segid A) (resid 15 and name HG and segid A) 3.400 1.600 1.600 assign (resid 15 and name HB* and segid B) (resid 15 and name HG and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 16 ============ assign (resid 16 and name HA and segid A) (resid 16 and name HN and segid A) 2.900 1.100 1.100 assign (resid 16 and name HA and segid B) (resid 16 and name HN and segid B) 2.900 1.100 1.100 assign (resid 16 and name HG and segid A) (resid 16 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (8 viol avg 0.134) assign (resid 16 and name HG and segid B) (resid 16 and name HN and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (7 viol avg 0.085) assign (resid 16 and name HB* and segid A) (resid 16 and name HN and segid A) 2.900 1.100 1.100 assign (resid 16 and name HB* and segid B) (resid 16 and name HN and segid B) 2.900 1.100 1.100 assign (resid 16 and name HN and segid A) (resid 16 and name HA and segid A) 2.900 1.100 1.100 assign (resid 16 and name HN and segid B) (resid 16 and name HA and segid B) 2.900 1.100 1.100 assign (resid 16 and name HG and segid A) (resid 16 and name HA and segid A) 2.900 1.100 1.100 assign (resid 16 and name HG and segid B) (resid 16 and name HA and segid B) 2.900 1.100 1.100 assign (resid 16 and name HB* and segid A) (resid 16 and name HA and segid A) 3.400 1.600 1.600 assign (resid 16 and name HB* and segid B) (resid 16 and name HA and segid B) 3.400 1.600 1.600 assign (resid 16 and name HA and segid A) (resid 16 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 16 and name HA and segid B) (resid 16 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 16 and name HA and segid A) (resid 16 and name HG and segid A) 2.900 1.100 1.100 assign (resid 16 and name HA and segid B) (resid 16 and name HG and segid B) 2.900 1.100 1.100 assign (resid 16 and name HD** and segid A) (resid 16 and name HN and segid A) 2.900 1.100 1.100 assign (resid 16 and name HD** and segid B) (resid 16 and name HN and segid B) 2.900 1.100 1.100 assign (resid 16 and name HN and segid A) (resid 16 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 16 and name HN and segid B) (resid 16 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 16 and name HN and segid A) (resid 16 and name HD** and segid A) 3.400 1.600 1.600 assign (resid 16 and name HN and segid B) (resid 16 and name HD** and segid B) 3.400 1.600 1.600 assign (resid 16 and name HN and segid A) (resid 16 and name HG and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (8 viol avg 0.134) assign (resid 16 and name HN and segid B) (resid 16 and name HG and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (7 viol avg 0.085) ! =========== Intraresidue contacts to residue 17 ============ assign (resid 17 and name HN and segid A) (resid 17 and name HD2* and segid A) 2.300 0.500 0.500 assign (resid 17 and name HN and segid B) (resid 17 and name HD2* and segid B) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid A) (resid 17 and name HN and segid A) 2.300 0.500 0.500 assign (resid 17 and name HD2* and segid B) (resid 17 and name HN and segid B) 2.300 0.500 0.500 assign (resid 17 and name HA and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 assign (resid 17 and name HA and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 assign (resid 17 and name HA and segid A) (resid 17 and name HD2* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (21 viol avg 0.729) assign (resid 17 and name HA and segid B) (resid 17 and name HD2* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.441) assign (resid 17 and name HB* and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 assign (resid 17 and name HN and segid A) (resid 17 and name HA and segid A) 2.900 1.100 1.100 assign (resid 17 and name HN and segid B) (resid 17 and name HA and segid B) 2.900 1.100 1.100 assign (resid 17 and name HN and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HN and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HN and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HN and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid A) (resid 17 and name HA and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HA and segid B) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid A) (resid 17 and name HA and segid A) 3.400 1.600 1.600 assign (resid 17 and name HB* and segid B) (resid 17 and name HA and segid B) 3.400 1.600 1.600 assign (resid 17 and name HA and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HA and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HA and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HA and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HA and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HA and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HA and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HA and segid B) 2.900 1.100 1.100 assign (resid 17 and name HA and segid A) (resid 17 and name HD2* and segid A) 3.400 1.600 1.600 assign (resid 17 and name HA and segid B) (resid 17 and name HD2* and segid B) 3.400 1.600 1.600 ! assign (resid 17 and name HD2*) (resid 17 and name HD2*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name ! assign (resid 17 and name HD2*) (resid 17 and name HD2*) 3.400 1.800 5.000 ! geminal protons with same pseudoatom name assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid A) (resid 17 and name HN and segid A) 2.900 1.100 1.100 assign (resid 17 and name HD2* and segid B) (resid 17 and name HN and segid B) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid A) (resid 17 and name HD2* and segid A) 2.900 1.100 1.100 assign (resid 17 and name HB* and segid B) (resid 17 and name HD2* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 18 ============ assign (resid 18 and name HA and segid A) (resid 18 and name HN and segid A) 2.900 1.100 1.100 assign (resid 18 and name HA and segid B) (resid 18 and name HN and segid B) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid A) (resid 18 and name HN and segid A) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid B) (resid 18 and name HN and segid B) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid A) (resid 18 and name HN and segid A) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid B) (resid 18 and name HN and segid B) 2.900 1.100 1.100 assign (resid 18 and name HN and segid A) (resid 18 and name HA and segid A) 2.900 1.100 1.100 assign (resid 18 and name HN and segid B) (resid 18 and name HA and segid B) 2.900 1.100 1.100 assign (resid 18 and name HN and segid A) (resid 18 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 18 and name HN and segid B) (resid 18 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 18 and name HN and segid A) (resid 18 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 18 and name HN and segid B) (resid 18 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 18 and name HN and segid A) (resid 18 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 18 and name HN and segid B) (resid 18 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid A) (resid 18 and name HA and segid A) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid B) (resid 18 and name HA and segid B) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid A) (resid 18 and name HA and segid A) 2.900 1.100 1.100 assign (resid 18 and name HB* and segid B) (resid 18 and name HA and segid B) 2.900 1.100 1.100 ! assign (resid 18 and name HB*) (resid 18 and name HB*) 2.900 1.800 4.000 ! geminal protons with same pseudoatom name assign (resid 18 and name HA and segid A) (resid 18 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 18 and name HA and segid B) (resid 18 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 18 and name HA and segid A) (resid 18 and name HB* and segid A) 2.300 0.500 0.500 assign (resid 18 and name HA and segid B) (resid 18 and name HB* and segid B) 2.300 0.500 0.500 assign (resid 18 and name HA and segid A) (resid 18 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 18 and name HA and segid B) (resid 18 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 19 ============ assign (resid 19 and name HA and segid A) (resid 19 and name HN and segid A) 3.400 1.600 1.600 assign (resid 19 and name HA and segid B) (resid 19 and name HN and segid B) 3.400 1.600 1.600 assign (resid 19 and name HB* and segid A) (resid 19 and name HN and segid A) 3.400 1.600 1.600 assign (resid 19 and name HB* and segid B) (resid 19 and name HN and segid B) 3.400 1.600 1.600 assign (resid 19 and name HN and segid A) (resid 19 and name HA and segid A) 3.400 1.600 1.600 assign (resid 19 and name HN and segid B) (resid 19 and name HA and segid B) 3.400 1.600 1.600 assign (resid 19 and name HB* and segid A) (resid 19 and name HA and segid A) 3.400 1.600 1.600 assign (resid 19 and name HB* and segid B) (resid 19 and name HA and segid B) 3.400 1.600 1.600 assign (resid 19 and name HA and segid A) (resid 19 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 19 and name HA and segid B) (resid 19 and name HB* and segid B) 3.400 1.600 1.600 assign (resid 19 and name HN and segid A) (resid 19 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 19 and name HN and segid B) (resid 19 and name HB* and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 20 ============ assign (resid 20 and name HA and segid A) (resid 20 and name HN and segid A) 2.900 1.100 1.100 assign (resid 20 and name HA and segid B) (resid 20 and name HN and segid B) 2.900 1.100 1.100 assign (resid 20 and name HB and segid A) (resid 20 and name HN and segid A) 2.900 1.100 1.100 assign (resid 20 and name HB and segid B) (resid 20 and name HN and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HN and segid A) 3.400 1.600 1.600 assign (resid 20 and name HG** and segid B) (resid 20 and name HN and segid B) 3.400 1.600 1.600 assign (resid 20 and name HN and segid A) (resid 20 and name HA and segid A) 2.900 1.100 1.100 assign (resid 20 and name HN and segid B) (resid 20 and name HA and segid B) 2.900 1.100 1.100 assign (resid 20 and name HB and segid A) (resid 20 and name HA and segid A) 2.900 1.100 1.100 assign (resid 20 and name HB and segid B) (resid 20 and name HA and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HA and segid A) 3.400 1.600 1.600 assign (resid 20 and name HG** and segid B) (resid 20 and name HA and segid B) 3.400 1.600 1.600 assign (resid 20 and name HA and segid A) (resid 20 and name HB and segid A) 2.900 1.100 1.100 assign (resid 20 and name HA and segid B) (resid 20 and name HB and segid B) 2.900 1.100 1.100 assign (resid 20 and name HN and segid A) (resid 20 and name HB and segid A) 2.900 1.100 1.100 assign (resid 20 and name HN and segid B) (resid 20 and name HB and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HN and segid A) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid B) (resid 20 and name HN and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HA and segid A) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid B) (resid 20 and name HA and segid B) 2.900 1.100 1.100 assign (resid 20 and name HN and segid A) (resid 20 and name HG** and segid A) 2.900 1.100 1.100 assign (resid 20 and name HN and segid B) (resid 20 and name HG** and segid B) 2.900 1.100 1.100 assign (resid 20 and name HN and segid A) (resid 20 and name HG** and segid A) 2.900 1.100 1.100 assign (resid 20 and name HN and segid B) (resid 20 and name HG** and segid B) 2.900 1.100 1.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HB and segid A) 3.900 2.100 2.100 assign (resid 20 and name HG** and segid B) (resid 20 and name HB and segid B) 3.900 2.100 2.100 assign (resid 20 and name HG** and segid A) (resid 20 and name HB and segid A) 3.400 1.600 1.600 assign (resid 20 and name HG** and segid B) (resid 20 and name HB and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 21 ============ assign (resid 21 and name HB and segid A) (resid 21 and name HN and segid A) 2.900 1.100 1.100 assign (resid 21 and name HB and segid B) (resid 21 and name HN and segid B) 2.900 1.100 1.100 assign (resid 21 and name HA and segid A) (resid 21 and name HN and segid A) 2.900 1.100 1.100 assign (resid 21 and name HA and segid B) (resid 21 and name HN and segid B) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid A) (resid 21 and name HN and segid A) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid B) (resid 21 and name HN and segid B) 2.900 1.100 1.100 assign (resid 21 and name HN and segid A) (resid 21 and name HB and segid A) 2.900 1.100 1.100 assign (resid 21 and name HN and segid B) (resid 21 and name HB and segid B) 2.900 1.100 1.100 assign (resid 21 and name HN and segid A) (resid 21 and name HA and segid A) 2.900 1.100 1.100 assign (resid 21 and name HN and segid B) (resid 21 and name HA and segid B) 2.900 1.100 1.100 assign (resid 21 and name HA and segid A) (resid 21 and name HB and segid A) 2.900 1.100 1.100 assign (resid 21 and name HA and segid B) (resid 21 and name HB and segid B) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid A) (resid 21 and name HB and segid A) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid B) (resid 21 and name HB and segid B) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid A) (resid 21 and name HA and segid A) 2.900 1.100 1.100 assign (resid 21 and name HG2* and segid B) (resid 21 and name HA and segid B) 2.900 1.100 1.100 assign (resid 21 and name HB and segid A) (resid 21 and name HA and segid A) 2.900 1.100 1.100 assign (resid 21 and name HB and segid B) (resid 21 and name HA and segid B) 2.900 1.100 1.100 assign (resid 21 and name HB and segid A) (resid 21 and name HG2* and segid A) 2.900 1.100 1.100 assign (resid 21 and name HB and segid B) (resid 21 and name HG2* and segid B) 2.900 1.100 1.100 assign (resid 21 and name HN and segid A) (resid 21 and name HG2* and segid A) 2.900 1.100 1.100 assign (resid 21 and name HN and segid B) (resid 21 and name HG2* and segid B) 2.900 1.100 1.100 assign (resid 21 and name HA and segid A) (resid 21 and name HG2* and segid A) 2.900 1.100 1.100 assign (resid 21 and name HA and segid B) (resid 21 and name HG2* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 22 ============ assign (resid 22 and name HA and segid A) (resid 22 and name HN and segid A) 2.900 1.100 1.100 assign (resid 22 and name HA and segid B) (resid 22 and name HN and segid B) 2.900 1.100 1.100 assign (resid 22 and name HB and segid A) (resid 22 and name HN and segid A) 2.900 1.100 1.100 assign (resid 22 and name HB and segid B) (resid 22 and name HN and segid B) 2.900 1.100 1.100 assign (resid 22 and name HN and segid A) (resid 22 and name HA and segid A) 2.900 1.100 1.100 assign (resid 22 and name HN and segid B) (resid 22 and name HA and segid B) 2.900 1.100 1.100 assign (resid 22 and name HN and segid A) (resid 22 and name HB and segid A) 2.900 1.100 1.100 assign (resid 22 and name HN and segid B) (resid 22 and name HB and segid B) 2.900 1.100 1.100 assign (resid 22 and name HA and segid A) (resid 22 and name HB and segid A) 2.900 1.100 1.100 assign (resid 22 and name HA and segid B) (resid 22 and name HB and segid B) 2.900 1.100 1.100 assign (resid 22 and name HG** and segid A) (resid 22 and name HN and segid A) 2.900 1.100 1.100 assign (resid 22 and name HG** and segid B) (resid 22 and name HN and segid B) 2.900 1.100 1.100 assign (resid 22 and name HG** and segid A) (resid 22 and name HN and segid A) 3.400 1.600 1.600 assign (resid 22 and name HG** and segid B) (resid 22 and name HN and segid B) 3.400 1.600 1.600 assign (resid 22 and name HG** and segid A) (resid 22 and name HA and segid A) 3.400 1.600 1.600 assign (resid 22 and name HG** and segid B) (resid 22 and name HA and segid B) 3.400 1.600 1.600 assign (resid 22 and name HG** and segid A) (resid 22 and name HA and segid A) 3.400 1.600 1.600 assign (resid 22 and name HG** and segid B) (resid 22 and name HA and segid B) 3.400 1.600 1.600 assign (resid 22 and name HB and segid A) (resid 22 and name HA and segid A) 2.900 1.100 1.100 assign (resid 22 and name HB and segid B) (resid 22 and name HA and segid B) 2.900 1.100 1.100 assign (resid 22 and name HN and segid A) (resid 22 and name HG** and segid A) 3.400 1.600 1.600 assign (resid 22 and name HN and segid B) (resid 22 and name HG** and segid B) 3.400 1.600 1.600 assign (resid 22 and name HG** and segid A) (resid 22 and name HB and segid A) 3.400 1.600 1.600 assign (resid 22 and name HG** and segid B) (resid 22 and name HB and segid B) 3.400 1.600 1.600 assign (resid 22 and name HN and segid A) (resid 22 and name HG** and segid A) 2.900 1.100 1.100 assign (resid 22 and name HN and segid B) (resid 22 and name HG** and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 23 ============ assign (resid 23 and name HA and segid A) (resid 23 and name HN and segid A) 2.900 1.100 1.100 assign (resid 23 and name HA and segid B) (resid 23 and name HN and segid B) 2.900 1.100 1.100 assign (resid 23 and name HB and segid A) (resid 23 and name HN and segid A) 2.900 1.100 1.100 assign (resid 23 and name HB and segid B) (resid 23 and name HN and segid B) 2.900 1.100 1.100 assign (resid 23 and name HN and segid A) (resid 23 and name HA and segid A) 2.900 1.100 1.100 assign (resid 23 and name HN and segid B) (resid 23 and name HA and segid B) 2.900 1.100 1.100 assign (resid 23 and name HA and segid A) (resid 23 and name HB and segid A) 2.900 1.100 1.100 assign (resid 23 and name HA and segid B) (resid 23 and name HB and segid B) 2.900 1.100 1.100 assign (resid 23 and name HG** and segid A) (resid 23 and name HN and segid A) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid B) (resid 23 and name HN and segid B) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid A) (resid 23 and name HN and segid A) 2.900 1.100 1.100 assign (resid 23 and name HG** and segid B) (resid 23 and name HN and segid B) 2.900 1.100 1.100 assign (resid 23 and name HG** and segid A) (resid 23 and name HA and segid A) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid B) (resid 23 and name HA and segid B) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid A) (resid 23 and name HA and segid A) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid B) (resid 23 and name HA and segid B) 3.400 1.600 1.600 assign (resid 23 and name HB and segid A) (resid 23 and name HA and segid A) 2.900 1.100 1.100 assign (resid 23 and name HB and segid B) (resid 23 and name HA and segid B) 2.900 1.100 1.100 assign (resid 23 and name HN and segid A) (resid 23 and name HB and segid A) 2.900 1.100 1.100 assign (resid 23 and name HN and segid B) (resid 23 and name HB and segid B) 2.900 1.100 1.100 assign (resid 23 and name HN and segid A) (resid 23 and name HG** and segid A) 3.400 1.600 1.600 assign (resid 23 and name HN and segid B) (resid 23 and name HG** and segid B) 3.400 1.600 1.600 assign (resid 23 and name HN and segid A) (resid 23 and name HG** and segid A) 3.400 1.600 1.600 assign (resid 23 and name HN and segid B) (resid 23 and name HG** and segid B) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid A) (resid 23 and name HB and segid A) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid B) (resid 23 and name HB and segid B) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid A) (resid 23 and name HB and segid A) 3.400 1.600 1.600 assign (resid 23 and name HG** and segid B) (resid 23 and name HB and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 24 ============ assign (resid 24 and name HA and segid A) (resid 24 and name HN and segid A) 2.900 1.100 1.100 assign (resid 24 and name HA and segid B) (resid 24 and name HN and segid B) 2.900 1.100 1.100 assign (resid 24 and name HB* and segid A) (resid 24 and name HN and segid A) 2.900 1.100 1.100 assign (resid 24 and name HB* and segid B) (resid 24 and name HN and segid B) 2.900 1.100 1.100 assign (resid 24 and name HN and segid A) (resid 24 and name HA and segid A) 2.900 1.100 1.100 assign (resid 24 and name HN and segid B) (resid 24 and name HA and segid B) 2.900 1.100 1.100 assign (resid 24 and name HB* and segid A) (resid 24 and name HA and segid A) 2.900 1.100 1.100 assign (resid 24 and name HB* and segid B) (resid 24 and name HA and segid B) 2.900 1.100 1.100 assign (resid 24 and name HG and segid A) (resid 24 and name HA and segid A) 2.900 1.100 1.100 assign (resid 24 and name HG and segid B) (resid 24 and name HA and segid B) 2.900 1.100 1.100 assign (resid 24 and name HA and segid A) (resid 24 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 24 and name HA and segid B) (resid 24 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 24 and name HA and segid A) (resid 24 and name HG and segid A) 2.900 1.100 1.100 assign (resid 24 and name HA and segid B) (resid 24 and name HG and segid B) 2.900 1.100 1.100 assign (resid 24 and name HN and segid A) (resid 24 and name HG and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.402) assign (resid 24 and name HN and segid B) (resid 24 and name HG and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.354) assign (resid 24 and name HG and segid A) (resid 24 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.402) assign (resid 24 and name HG and segid B) (resid 24 and name HN and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.354) assign (resid 24 and name HB* and segid A) (resid 24 and name HG and segid A) 3.400 1.600 1.600 assign (resid 24 and name HB* and segid B) (resid 24 and name HG and segid B) 3.400 1.600 1.600 assign (resid 24 and name HA and segid A) (resid 24 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 24 and name HA and segid B) (resid 24 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 24 and name HA and segid A) (resid 24 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 24 and name HA and segid B) (resid 24 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 24 and name HD** and segid A) (resid 24 and name HN and segid A) 2.900 1.100 1.100 assign (resid 24 and name HD** and segid B) (resid 24 and name HN and segid B) 2.900 1.100 1.100 assign (resid 24 and name HD** and segid A) (resid 24 and name HN and segid A) 2.900 1.100 1.100 assign (resid 24 and name HD** and segid B) (resid 24 and name HN and segid B) 2.900 1.100 1.100 assign (resid 24 and name HG and segid A) (resid 24 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 24 and name HG and segid B) (resid 24 and name HB* and segid B) 3.400 1.600 1.600 assign (resid 24 and name HD** and segid A) (resid 24 and name HA and segid A) 3.400 1.600 1.600 assign (resid 24 and name HD** and segid B) (resid 24 and name HA and segid B) 3.400 1.600 1.600 assign (resid 24 and name HD** and segid A) (resid 24 and name HA and segid A) 2.900 1.100 1.100 assign (resid 24 and name HD** and segid B) (resid 24 and name HA and segid B) 2.900 1.100 1.100 assign (resid 24 and name HN and segid A) (resid 24 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 24 and name HN and segid B) (resid 24 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 24 and name HN and segid A) (resid 24 and name HD** and segid A) 2.900 1.100 1.100 assign (resid 24 and name HN and segid B) (resid 24 and name HD** and segid B) 2.900 1.100 1.100 assign (resid 24 and name HN and segid A) (resid 24 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 24 and name HN and segid B) (resid 24 and name HB* and segid B) 2.900 1.100 1.100 ! =========== Intraresidue contacts to residue 25 ============ assign (resid 25 and name HA and segid A) (resid 25 and name HN and segid A) 2.900 1.100 1.100 assign (resid 25 and name HA and segid B) (resid 25 and name HN and segid B) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid A) (resid 25 and name HN and segid A) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid B) (resid 25 and name HN and segid B) 2.900 1.100 1.100 assign (resid 25 and name HN and segid A) (resid 25 and name HA and segid A) 2.900 1.100 1.100 assign (resid 25 and name HN and segid B) (resid 25 and name HA and segid B) 2.900 1.100 1.100 assign (resid 25 and name HN and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HN and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HA and segid A) (resid 25 and name HB* and segid A) 3.900 2.100 2.100 assign (resid 25 and name HA and segid B) (resid 25 and name HB* and segid B) 3.900 2.100 2.100 assign (resid 25 and name HB* and segid A) (resid 25 and name HA and segid A) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid B) (resid 25 and name HA and segid B) 2.900 1.100 1.100 assign (resid 25 and name HD* and segid A) (resid 25 and name HA and segid A) 2.900 1.100 1.100 assign (resid 25 and name HD* and segid B) (resid 25 and name HA and segid B) 2.900 1.100 1.100 assign (resid 25 and name HA and segid A) (resid 25 and name HE* and segid A) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (13 viol avg 0.412) assign (resid 25 and name HA and segid B) (resid 25 and name HE* and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (22 viol avg 0.410) assign (resid 25 and name HA and segid A) (resid 25 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HA and segid B) (resid 25 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HN and segid A) (resid 25 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HN and segid B) (resid 25 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid A) (resid 25 and name HD* and segid A) 3.400 1.600 1.600 assign (resid 25 and name HB* and segid B) (resid 25 and name HD* and segid B) 3.400 1.600 1.600 assign (resid 25 and name HD* and segid A) (resid 25 and name HN and segid A) 2.900 1.100 1.100 assign (resid 25 and name HD* and segid B) (resid 25 and name HN and segid B) 2.900 1.100 1.100 assign (resid 25 and name HE* and segid A) (resid 25 and name HD* and segid A) 3.400 1.600 1.600 assign (resid 25 and name HE* and segid B) (resid 25 and name HD* and segid B) 3.400 1.600 1.600 assign (resid 25 and name HB* and segid A) (resid 25 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HB* and segid B) (resid 25 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HD* and segid A) (resid 25 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 25 and name HD* and segid B) (resid 25 and name HB* and segid B) 3.400 1.600 1.600 assign (resid 25 and name HN and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 25 and name HN and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 25 and name HE* and segid A) (resid 25 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 2. (21 viol avg 0.869) assign (resid 25 and name HE* and segid B) (resid 25 and name HN and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (11 viol avg 0.346) assign (resid 25 and name HE* and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.982) assign (resid 25 and name HE* and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.978) assign (resid 25 and name HE* and segid A) (resid 25 and name HB* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.982) assign (resid 25 and name HE* and segid B) (resid 25 and name HB* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (60 viol avg 0.978) assign (resid 25 and name HE* and segid A) (resid 25 and name HA and segid A) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (13 viol avg 0.412) assign (resid 25 and name HE* and segid B) (resid 25 and name HA and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (22 viol avg 0.410) ! =========== Intraresidue contacts to residue 26 ============ assign (resid 26 and name HA and segid A) (resid 26 and name HN and segid A) 2.900 1.100 1.100 assign (resid 26 and name HA and segid B) (resid 26 and name HN and segid B) 2.900 1.100 1.100 assign (resid 26 and name HB* and segid A) (resid 26 and name HN and segid A) 2.900 1.100 1.100 assign (resid 26 and name HB* and segid B) (resid 26 and name HN and segid B) 2.900 1.100 1.100 assign (resid 26 and name HN and segid A) (resid 26 and name HA and segid A) 2.900 1.100 1.100 assign (resid 26 and name HN and segid B) (resid 26 and name HA and segid B) 2.900 1.100 1.100 assign (resid 26 and name HB* and segid A) (resid 26 and name HA and segid A) 3.400 1.600 1.600 assign (resid 26 and name HB* and segid B) (resid 26 and name HA and segid B) 3.400 1.600 1.600 assign (resid 26 and name HD* and segid A) (resid 26 and name HA and segid A) 2.900 1.100 1.100 assign (resid 26 and name HD* and segid B) (resid 26 and name HA and segid B) 2.900 1.100 1.100 assign (resid 26 and name HG* and segid A) (resid 26 and name HA and segid A) 3.400 1.600 1.600 assign (resid 26 and name HG* and segid B) (resid 26 and name HA and segid B) 3.400 1.600 1.600 assign (resid 26 and name HB* and segid A) (resid 26 and name HE* and segid A) 2.900 1.100 1.100 assign (resid 26 and name HB* and segid B) (resid 26 and name HE* and segid B) 2.900 1.100 1.100 assign (resid 26 and name HA and segid A) (resid 26 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 26 and name HA and segid B) (resid 26 and name HB* and segid B) 3.400 1.600 1.600 assign (resid 26 and name HA and segid A) (resid 26 and name HD* and segid A) 2.900 1.100 1.100 assign (resid 26 and name HA and segid B) (resid 26 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 26 and name HA and segid A) (resid 26 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 26 and name HA and segid B) (resid 26 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 26 and name HE* and segid A) (resid 26 and name HG* and segid A) 3.400 1.600 1.600 assign (resid 26 and name HE* and segid B) (resid 26 and name HG* and segid B) 3.400 1.600 1.600 assign (resid 26 and name HE* and segid A) (resid 26 and name HD* and segid A) 3.400 1.600 1.600 assign (resid 26 and name HE* and segid B) (resid 26 and name HD* and segid B) 3.400 1.600 1.600 assign (resid 26 and name HE* and segid A) (resid 26 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 26 and name HE* and segid B) (resid 26 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 26 and name HA and segid A) (resid 26 and name HE* and segid A) 2.300 0.500 0.500 assign (resid 26 and name HA and segid B) (resid 26 and name HE* and segid B) 2.300 0.500 0.500 assign (resid 26 and name HE* and segid A) (resid 26 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (15 viol avg 0.417) assign (resid 26 and name HE* and segid B) (resid 26 and name HN and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.427) assign (resid 26 and name HD* and segid A) (resid 26 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.342) assign (resid 26 and name HD* and segid B) (resid 26 and name HN and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (21 viol avg 0.363) assign (resid 26 and name HN and segid A) (resid 26 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 26 and name HN and segid B) (resid 26 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 26 and name HN and segid A) (resid 26 and name HD* and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.342) assign (resid 26 and name HN and segid B) (resid 26 and name HD* and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (21 viol avg 0.363) assign (resid 26 and name HN and segid A) (resid 26 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 26 and name HN and segid B) (resid 26 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 26 and name HB* and segid A) (resid 26 and name HD* and segid A) 3.400 1.600 1.600 assign (resid 26 and name HB* and segid B) (resid 26 and name HD* and segid B) 3.400 1.600 1.600 assign (resid 26 and name HE* and segid A) (resid 26 and name HA and segid A) 2.300 0.500 0.500 assign (resid 26 and name HE* and segid B) (resid 26 and name HA and segid B) 2.300 0.500 0.500 assign (resid 26 and name HD* and segid A) (resid 26 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 26 and name HD* and segid B) (resid 26 and name HB* and segid B) 3.400 1.600 1.600 ! =========== Intraresidue contacts to residue 27 ============ assign (resid 27 and name HA and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name HA and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HG* and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name HG* and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HD* and segid A) (resid 27 and name HN and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.247) assign (resid 27 and name HD* and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HN and segid A) (resid 27 and name HA and segid A) 2.900 1.100 1.100 assign (resid 27 and name HN and segid B) (resid 27 and name HA and segid B) 2.900 1.100 1.100 assign (resid 27 and name HD* and segid A) (resid 27 and name HA and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.127) assign (resid 27 and name HD* and segid B) (resid 27 and name HA and segid B) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid A) (resid 27 and name HA and segid A) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid B) (resid 27 and name HA and segid B) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid A) (resid 27 and name HA and segid A) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid B) (resid 27 and name HA and segid B) 2.900 1.100 1.100 assign (resid 27 and name HG* and segid A) (resid 27 and name HA and segid A) 2.900 1.100 1.100 assign (resid 27 and name HG* and segid B) (resid 27 and name HA and segid B) 2.900 1.100 1.100 assign (resid 27 and name HA and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 27 and name HA and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HA and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 27 and name HA and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HA and segid A) (resid 27 and name HD* and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.127) assign (resid 27 and name HA and segid B) (resid 27 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HA and segid A) (resid 27 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 27 and name HA and segid B) (resid 27 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 27 and name H1 and segid A) (resid 27 and name H2 and segid A) 3.400 1.600 1.600 assign (resid 27 and name H1 and segid B) (resid 27 and name H2 and segid B) 3.400 1.600 1.600 assign (resid 27 and name H2 and segid A) (resid 27 and name H1 and segid A) 3.400 1.600 1.600 assign (resid 27 and name H2 and segid B) (resid 27 and name H1 and segid B) 3.400 1.600 1.600 assign (resid 27 and name HN and segid A) (resid 27 and name H1 and segid A) 2.900 1.100 1.100 assign (resid 27 and name HN and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 assign (resid 27 and name H2 and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name H2 and segid B) (resid 27 and name HN and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (10 viol avg 0.087) assign (resid 27 and name H1 and segid A) (resid 27 and name HN and segid A) 2.900 1.100 1.100 assign (resid 27 and name H1 and segid B) (resid 27 and name HN and segid B) 2.900 1.100 1.100 assign (resid 27 and name HN and segid A) (resid 27 and name H2 and segid A) 2.900 1.100 1.100 assign (resid 27 and name HN and segid B) (resid 27 and name H2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (10 viol avg 0.087) assign (resid 27 and name H1 and segid A) (resid 27 and name HA and segid A) 2.900 1.100 1.100 assign (resid 27 and name H1 and segid B) (resid 27 and name HA and segid B) 2.900 1.100 1.100 assign (resid 27 and name HA and segid A) (resid 27 and name H1 and segid A) 2.900 1.100 1.100 assign (resid 27 and name HA and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 assign (resid 27 and name HA and segid A) (resid 27 and name H2 and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (41 viol avg 0.084) assign (resid 27 and name HA and segid B) (resid 27 and name H2 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (55 viol avg 0.066) assign (resid 27 and name HN and segid A) (resid 27 and name HG* and segid A) 2.900 1.100 1.100 assign (resid 27 and name HN and segid B) (resid 27 and name HG* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HE* and segid A) (resid 27 and name HG* and segid A) 3.900 2.100 2.100 assign (resid 27 and name HE* and segid B) (resid 27 and name HG* and segid B) 3.900 2.100 2.100 assign (resid 27 and name HB* and segid A) (resid 27 and name H1 and segid A) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid A) (resid 27 and name H1 and segid A) 2.300 0.500 0.500 assign (resid 27 and name HB* and segid B) (resid 27 and name H1 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (9 viol avg 0.083) assign (resid 27 and name HG* and segid A) (resid 27 and name H1 and segid A) 2.300 0.500 0.500 assign (resid 27 and name HG* and segid B) (resid 27 and name H1 and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 7. (7 viol avg 0.069) assign (resid 27 and name H1 and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 27 and name H1 and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 27 and name H1 and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 27 and name H1 and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 27 and name H1 and segid A) (resid 27 and name HG* and segid A) 2.300 0.500 0.500 assign (resid 27 and name H1 and segid B) (resid 27 and name HG* and segid B) 3.400 1.600 1.600 ! incr to 5.0 after round 7. (7 viol avg 0.069) assign (resid 27 and name HN and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 27 and name HN and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HN and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 27 and name HN and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HN and segid A) (resid 27 and name HD* and segid A) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.247) assign (resid 27 and name HN and segid B) (resid 27 and name HD* and segid B) 2.900 1.100 1.100 assign (resid 27 and name HG* and segid A) (resid 27 and name HB* and segid A) 3.400 1.600 1.600 assign (resid 27 and name HG* and segid B) (resid 27 and name HB* and segid B) 3.400 1.600 1.600 assign (resid 27 and name H2 and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 assign (resid 27 and name H2 and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 assign (resid 27 and name H2 and segid A) (resid 27 and name HB* and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.309) assign (resid 27 and name H2 and segid B) (resid 27 and name HB* and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.273) assign (resid 27 and name HB* and segid A) (resid 27 and name H2 and segid A) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid B) (resid 27 and name H2 and segid B) 2.900 1.100 1.100 assign (resid 27 and name HB* and segid A) (resid 27 and name H2 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.309) assign (resid 27 and name HB* and segid B) (resid 27 and name H2 and segid B) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.273) assign (resid 27 and name HG* and segid A) (resid 27 and name H2 and segid A) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (56 viol avg 0.438) assign (resid 27 and name HG* and segid B) (resid 27 and name H2 and segid B) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (11 viol avg 0.124) assign (resid 27 and name HB* and segid A) (resid 27 and name HG* and segid A) 3.400 1.600 1.600 assign (resid 27 and name HB* and segid B) (resid 27 and name HG* and segid B) 3.400 1.600 1.600 ! -------------------------------------------------------------------------- ! i +/- 1 contacts ! =========== i+1 contacts to residue 1 ============ ! =========== i+1 contacts to residue 2 ============ assign ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) ((resid 2 and name HN and segid A) OR (resid 2 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.155) assign ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) ((resid 2 and name HN and segid A) OR (resid 2 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.155) assign ((resid 2 and name HN and segid A) OR (resid 2 and name HN and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 2 and name HN and segid A) OR (resid 2 and name HN and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.155) assign ((resid 2 and name HN and segid A) OR (resid 2 and name HN and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.155) ! =========== i+1 contacts to residue 3 ============ assign ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (11 viol avg 0.185) assign ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 3 and name HB* and segid A) OR (resid 3 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.175) assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B)) ((resid 3 and name HN and segid A) OR (resid 3 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (27 viol avg 0.182) ! =========== i+1 contacts to residue 4 ============ ! assign (resid 4 and name HA) (resid 5 and name HA) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 4 and name HN) (resid 5 and name HA) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 4 and name HG*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! =========== i+1 contacts to residue 5 ============ ! assign (resid 6 and name HB*) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 6 and name HB*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 6 and name HN) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 6 and name HN) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! =========== i+1 contacts to residue 6 ============ assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) ((resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (7 viol avg 0.058) assign ((resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (7 viol avg 0.058) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B)) ((resid 7 and name HE1 and segid A) OR (resid 7 and name HE1 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.199) ! =========== i+1 contacts to residue 7 ============ assign ((resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.287) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) ((resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.287) assign ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (7 viol avg 0.122) assign ((resid 7 and name HN and segid A) OR (resid 7 and name HN and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (20 viol avg 0.226) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (49 viol avg 0.467) assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (49 viol avg 0.467) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 8 and name HG1* and segid A) OR (resid 8 and name HG1* and segid B)) 2.900 1.100 1.100 assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (7 viol avg 0.122) assign ((resid 8 and name HD1* and segid A) OR (resid 8 and name HD1* and segid B)) ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (10 viol avg 0.245) ! =========== i+1 contacts to residue 8 ============ assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (21 viol avg 0.153) assign ((resid 9 and name HG and segid A) OR (resid 9 and name HG and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (10 viol avg 0.184) assign ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) ((resid 9 and name HA and segid A) OR (resid 9 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (19 viol avg 0.371) assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 9 and name HA and segid A) OR (resid 9 and name HA and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (19 viol avg 0.371) ! =========== i+1 contacts to residue 9 ============ assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 9 and name HA and segid A) OR (resid 9 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 9. (5 viol avg 0.074) assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 5. (10 viol avg 0.109) assign ((resid 9 and name HA and segid A) OR (resid 9 and name HA and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 9. (5 viol avg 0.074) ! =========== i+1 contacts to residue 10 ============ assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (20 viol avg 0.383) assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (11 viol avg 0.157) assign ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) 2.300 0.500 0.500 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (32 viol avg 0.924) assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.300 0.500 0.500 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (11 viol avg 0.157) assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 5. (32 viol avg 0.114) assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.384) assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.300 0.500 0.500 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.300 0.500 0.500 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (20 viol avg 0.383) assign ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 5. (32 viol avg 0.114) assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) 2.300 0.500 0.500 assign ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (11 viol avg 0.099) ! =========== i+1 contacts to residue 11 ============ assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.294) assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (40 viol avg 0.889) assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (30 viol avg 0.662) assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 7. (7 viol avg 0.104) ! =========== i+1 contacts to residue 12 ============ assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (22 viol avg 0.193) assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (22 viol avg 0.193) ! =========== i+1 contacts to residue 13 ============ assign ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 3.400 1.600 1.600 assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (30 viol avg 0.311) assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.418) assign ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.418) assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (41 viol avg 0.237) assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.440) assign ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 3.400 1.600 1.600 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 3.400 1.600 1.600 assign ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.440) assign ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.440) ! =========== i+1 contacts to residue 14 ============ assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (18 viol avg 0.506) assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (22 viol avg 0.159) assign ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 15 and name HG and segid A) OR (resid 15 and name HG and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (17 viol avg 0.399) ! =========== i+1 contacts to residue 15 ============ assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (29 viol avg 0.178) assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (29 viol avg 0.178) assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 15 and name HG and segid A) OR (resid 15 and name HG and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.184) assign ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (13 viol avg 0.365) assign ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (33 viol avg 0.158) ! =========== i+1 contacts to residue 16 ============ assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (28 viol avg 0.369) assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.228) assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) 3.900 2.100 2.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 16 and name HD** and segid A) OR (resid 16 and name HD** and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (41 viol avg 0.181) assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (28 viol avg 0.369) assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (30 viol avg 0.839) assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 17 ============ assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.300 0.500 0.500 assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (19 viol avg 0.395) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (21 viol avg 0.677) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 18 ============ assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (32 viol avg 0.158) assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (25 viol avg 0.222) ! =========== i+1 contacts to residue 19 ============ assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (21 viol avg 0.165) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (21 viol avg 0.165) assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 5. (26 viol avg 0.135) assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (43 viol avg 0.441) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 3.400 1.600 1.600 assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 20 ============ assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (23 viol avg 0.168) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.342) assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (23 viol avg 0.168) assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 5. (44 viol avg 0.075) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.141) assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.278) assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.342) assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.143) ! =========== i+1 contacts to residue 21 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.553) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (15 viol avg 0.465) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (7 viol avg 0.100) assign ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (15 viol avg 0.465) ! =========== i+1 contacts to residue 22 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.143) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) 3.900 2.100 2.100 assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (22 viol avg 0.358) assign ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 3.400 1.600 1.600 assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 6. (11 viol avg 0.108) assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (22 viol avg 0.358) ! =========== i+1 contacts to residue 23 ============ assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (57 viol avg 0.103) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (15 viol avg 0.167) assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (31 viol avg 0.394) assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) 3.400 1.600 1.600 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.200) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (57 viol avg 0.103) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 3.900 2.100 2.100 assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.349) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 ! =========== i+1 contacts to residue 24 ============ assign ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (41 viol avg 0.174) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.350) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.350) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.300 0.500 0.500 assign ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (18 viol avg 0.309) assign ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (24 viol avg 0.572) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (40 viol avg 0.369) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (31 viol avg 0.795) ! =========== i+1 contacts to residue 25 ============ assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) ((resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (10 viol avg 0.086) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (18 viol avg 0.532) assign ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 26 and name HD* and segid A) OR (resid 26 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 8. (8 viol avg 0.080) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 3.400 1.600 1.600 assign ((resid 26 and name HE* and segid A) OR (resid 26 and name HE* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 7. (7 viol avg 0.079) assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (12 viol avg 0.119) assign ((resid 26 and name HD* and segid A) OR (resid 26 and name HD* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 8. (8 viol avg 0.080) assign ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (14 viol avg 0.276) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (27 viol avg 0.840) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 3.400 1.600 1.600 ! =========== i+1 contacts to residue 26 ============ assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) 3.400 1.600 1.600 assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 27 and name H1 and segid A) OR (resid 27 and name H1 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.239) assign ((resid 27 and name H1 and segid A) OR (resid 27 and name H1 and segid B)) ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 3.400 1.600 1.600 assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 26 and name HD* and segid A) OR (resid 26 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (13 viol avg 0.402) assign ((resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 3.400 1.600 1.600 assign ((resid 27 and name H2 and segid A) OR (resid 27 and name H2 and segid B)) ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (18 viol avg 0.141) assign ((resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 27 and name H2 and segid A) OR (resid 27 and name H2 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (18 viol avg 0.141) assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 27 and name H1 and segid A) OR (resid 27 and name H1 and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.305) ! =========== i+1 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 2 contacts ! =========== i+2 contacts to residue 1 ============ ! =========== i+2 contacts to residue 2 ============ ! =========== i+2 contacts to residue 3 ============ ! assign (resid 5 and name HA) (resid 3 and name HN) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HB*) (resid 3 and name HN) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 3 and name HN) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 3 and name HN) (resid 5 and name HB*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! =========== i+2 contacts to residue 4 ============ assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 6 and name HB* and segid A) OR (resid 6 and name HB* and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (14 viol avg 0.216) assign ((resid 6 and name HG and segid A) OR (resid 6 and name HG and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (14 viol avg 0.104) assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.368) assign ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B)) ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (33 viol avg 0.878) assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 6 and name HB* and segid A) OR (resid 6 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (14 viol avg 0.216) assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 6 and name HG and segid A) OR (resid 6 and name HG and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (14 viol avg 0.104) assign ((resid 4 and name HG* and segid A) OR (resid 4 and name HG* and segid B)) ((resid 6 and name HG and segid A) OR (resid 6 and name HG and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 6. (17 viol avg 0.124) assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 6 and name HG and segid A) OR (resid 6 and name HG and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 7. (8 viol avg 0.125) ! =========== i+2 contacts to residue 5 ============ ! =========== i+2 contacts to residue 6 ============ assign ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B)) ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (15 viol avg 0.460) assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 8 and name HG2* and segid A) OR (resid 8 and name HG2* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 5. (11 viol avg 0.121) assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 5. (11 viol avg 0.107) assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) ((resid 6 and name HB* and segid A) OR (resid 6 and name HB* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 6. (15 viol avg 0.129) ! =========== i+2 contacts to residue 7 ============ assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (24 viol avg 0.447) assign ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.202) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.202) ! =========== i+2 contacts to residue 8 ============ assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (17 viol avg 0.440) ! =========== i+2 contacts to residue 9 ============ ! =========== i+2 contacts to residue 10 ============ assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 3.400 1.600 1.600 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.414) assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.900 1.100 1.100 ! =========== i+2 contacts to residue 11 ============ assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) 3.400 1.600 1.600 assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.470) assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.233) ! =========== i+2 contacts to residue 12 ============ assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.390) ! =========== i+2 contacts to residue 13 ============ ! =========== i+2 contacts to residue 14 ============ assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.446) assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (10 viol avg 0.099) assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.446) assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 9. (5 viol avg 0.070) ! =========== i+2 contacts to residue 15 ============ assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (30 viol avg 0.483) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (30 viol avg 0.483) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (26 viol avg 0.448) assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (26 viol avg 0.448) ! =========== i+2 contacts to residue 16 ============ assign ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (32 viol avg 0.560) ! =========== i+2 contacts to residue 17 ============ assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (33 viol avg 0.603) assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (33 viol avg 0.603) assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.468) ! =========== i+2 contacts to residue 18 ============ assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.398) assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (23 viol avg 0.460) assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.398) assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.194) ! =========== i+2 contacts to residue 19 ============ assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (15 viol avg 0.489) assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (22 viol avg 0.404) assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (22 viol avg 0.308) assign ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 5. (16 viol avg 0.090) ! =========== i+2 contacts to residue 20 ============ ! =========== i+2 contacts to residue 21 ============ assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.442) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (7 viol avg 0.064) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.442) ! =========== i+2 contacts to residue 22 ============ assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (31 viol avg 0.428) assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (31 viol avg 0.598) ! =========== i+2 contacts to residue 23 ============ assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 7. (9 viol avg 0.105) ! =========== i+2 contacts to residue 24 ============ assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (18 viol avg 0.402) assign ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 5. (11 viol avg 0.087) ! =========== i+2 contacts to residue 25 ============ assign ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (33 viol avg 0.785) ! =========== i+2 contacts to residue 26 ============ ! =========== i+2 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 3 contacts ! =========== i+3 contacts to residue 1 ============ assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 1 and name HA and segid A) OR (resid 1 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.550) ! =========== i+3 contacts to residue 2 ============ ! =========== i+3 contacts to residue 3 ============ assign ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 1. (38 viol avg 0.988) ! =========== i+3 contacts to residue 4 ============ assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) 2.300 0.500 0.500 ! =========== i+3 contacts to residue 5 ============ ! assign (resid 8 and name HN) (resid 5 and name HA) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 8 and name HB) (resid 5 and name HA) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HN) (resid 8 and name HG2*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 8 and name HB) (resid 5 and name HB*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HA) (resid 8 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 8 and name HA) (resid 5 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! =========== i+3 contacts to residue 6 ============ assign ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.241) assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.241) assign ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) ((resid 9 and name HA and segid A) OR (resid 9 and name HA and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (7 viol avg 0.089) assign ((resid 9 and name HA and segid A) OR (resid 9 and name HA and segid B)) ((resid 6 and name HN and segid A) OR (resid 6 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (7 viol avg 0.089) ! =========== i+3 contacts to residue 7 ============ assign ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) ((resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.444) assign ((resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) ((resid 10 and name HB and segid A) OR (resid 10 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.444) assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) 2.900 1.100 1.100 ! =========== i+3 contacts to residue 8 ============ assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (17 viol avg 0.495) assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (22 viol avg 0.504) assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (11 viol avg 0.267) assign ((resid 8 and name HD1* and segid A) OR (resid 8 and name HD1* and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 8 and name HD1* and segid A) OR (resid 8 and name HD1* and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) 2.300 0.500 0.500 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (22 viol avg 0.504) assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 8 and name HD1* and segid A) OR (resid 8 and name HD1* and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) ((resid 8 and name HG1* and segid A) OR (resid 8 and name HG1* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.228) assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (17 viol avg 0.495) ! =========== i+3 contacts to residue 9 ============ ! =========== i+3 contacts to residue 10 ============ assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.427) assign ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 3.400 1.600 1.600 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B)) ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HG* and segid A) OR (resid 13 and name HG* and segid B)) 2.900 1.100 1.100 ! =========== i+3 contacts to residue 11 ============ assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.539) ! =========== i+3 contacts to residue 12 ============ assign ((resid 12 and name HA* and segid A) OR (resid 12 and name HA* and segid B)) ((resid 15 and name HB* and segid A) OR (resid 15 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (15 viol avg 0.624) ! =========== i+3 contacts to residue 13 ============ assign ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (18 viol avg 0.414) assign ((resid 16 and name HD** and segid A) OR (resid 16 and name HD** and segid B)) ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.246) assign ((resid 13 and name HN and segid A) OR (resid 13 and name HN and segid B)) ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (18 viol avg 0.414) assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B)) ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (15 viol avg 0.503) ! =========== i+3 contacts to residue 14 ============ assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (16 viol avg 0.480) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 2. (24 viol avg 0.666) assign ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 2.300 0.500 0.500 assign ((resid 17 and name HD2* and segid A) OR (resid 17 and name HD2* and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 2.300 0.500 0.500 assign ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 3.400 1.600 1.600 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 3.900 2.100 2.100 assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (18 viol avg 0.258) assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.689) assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.689) ! =========== i+3 contacts to residue 15 ============ assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (18 viol avg 0.522) assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 18 and name HB* and segid A) OR (resid 18 and name HB* and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (27 viol avg 0.473) ! =========== i+3 contacts to residue 16 ============ assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (27 viol avg 0.234) assign ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (17 viol avg 0.231) assign ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (25 viol avg 0.526) assign ((resid 16 and name HD** and segid A) OR (resid 16 and name HD** and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (28 viol avg 0.425) ! =========== i+3 contacts to residue 17 ============ assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (13 viol avg 0.404) assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (14 viol avg 0.255) assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HB* and segid A) OR (resid 17 and name HB* and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (13 viol avg 0.404) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.349) ! =========== i+3 contacts to residue 18 ============ assign ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 3.400 1.600 1.600 assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (13 viol avg 0.426) ! =========== i+3 contacts to residue 19 ============ assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (15 viol avg 0.205) assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.268) ! =========== i+3 contacts to residue 20 ============ assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (38 viol avg 0.223) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (20 viol avg 0.222) assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 ! =========== i+3 contacts to residue 21 ============ assign ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (23 viol avg 0.428) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.396) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (23 viol avg 0.428) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.396) assign ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (28 viol avg 0.634) assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) 3.400 1.600 1.600 ! =========== i+3 contacts to residue 22 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (14 viol avg 0.227) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (11 viol avg 0.223) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (11 viol avg 0.223) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.288) assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) 2.900 1.100 1.100 ! =========== i+3 contacts to residue 23 ============ assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 26 and name HN and segid A) OR (resid 26 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (33 viol avg 1.088) ! =========== i+3 contacts to residue 24 ============ assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (21 viol avg 0.475) assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (21 viol avg 0.475) ! =========== i+3 contacts to residue 25 ============ ! =========== i+3 contacts to residue 26 ============ ! =========== i+3 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 4 contacts ! =========== i+4 contacts to residue 1 ============ ! assign (resid 1 and name HA) (resid 5 and name HA) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! =========== i+4 contacts to residue 2 ============ ! =========== i+4 contacts to residue 3 ============ ! =========== i+4 contacts to residue 4 ============ assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 8 and name HD1* and segid A) OR (resid 8 and name HD1* and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 4. (11 viol avg 0.215) ! =========== i+4 contacts to residue 5 ============ ! =========== i+4 contacts to residue 6 ============ ! =========== i+4 contacts to residue 7 ============ assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.679) assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 7 and name HE1 and segid A) OR (resid 7 and name HE1 and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 4. (14 viol avg 0.207) ! =========== i+4 contacts to residue 8 ============ assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.615) assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 8 and name HD1* and segid A) OR (resid 8 and name HD1* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (25 viol avg 0.456) ! =========== i+4 contacts to residue 9 ============ ! =========== i+4 contacts to residue 10 ============ ! =========== i+4 contacts to residue 11 ============ assign ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (25 viol avg 0.658) assign ((resid 15 and name HG and segid A) OR (resid 15 and name HG and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.143) assign ((resid 15 and name HG and segid A) OR (resid 15 and name HG and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 2.300 0.500 0.500 assign ((resid 15 and name HD** and segid A) OR (resid 15 and name HD** and segid B)) ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) 3.400 1.600 1.600 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 15 and name HD** and segid A) OR (resid 15 and name HD** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (17 viol avg 0.400) assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 15 and name HD** and segid A) OR (resid 15 and name HD** and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 15 and name HG and segid A) OR (resid 15 and name HG and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.143) assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 15 and name HG and segid A) OR (resid 15 and name HG and segid B)) 2.300 0.500 0.500 assign ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) ((resid 15 and name HB* and segid A) OR (resid 15 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (13 viol avg 0.238) ! =========== i+4 contacts to residue 12 ============ assign ((resid 16 and name HD** and segid A) OR (resid 16 and name HD** and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (17 viol avg 0.521) ! =========== i+4 contacts to residue 13 ============ assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (10 viol avg 0.219) ! =========== i+4 contacts to residue 14 ============ assign ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.387) assign ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) ((resid 14 and name HA and segid A) OR (resid 14 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.387) ! =========== i+4 contacts to residue 15 ============ assign ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.422) assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.422) ! =========== i+4 contacts to residue 16 ============ assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (12 viol avg 0.220) assign ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (20 viol avg 0.498) assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (12 viol avg 0.220) assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (15 viol avg 0.559) ! =========== i+4 contacts to residue 17 ============ ! =========== i+4 contacts to residue 18 ============ assign ((resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 8. (7 viol avg 0.078) ! =========== i+4 contacts to residue 19 ============ assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (10 viol avg 0.440) assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.535) assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) 2.900 1.100 1.100 ! =========== i+4 contacts to residue 20 ============ assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (14 viol avg 0.392) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.369) assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! =========== i+4 contacts to residue 21 ============ assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.421) assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (23 viol avg 1.059) assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (20 viol avg 0.421) ! =========== i+4 contacts to residue 22 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 2.900 1.100 1.100 ! =========== i+4 contacts to residue 23 ============ assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.367) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (10 viol avg 0.367) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.400) assign ((resid 23 and name HB and segid A) OR (resid 23 and name HB and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (35 viol avg 0.244) assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.400) assign ((resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (11 viol avg 0.583) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) 2.900 1.100 1.100 ! =========== i+4 contacts to residue 24 ============ ! =========== i+4 contacts to residue 25 ============ ! =========== i+4 contacts to residue 26 ============ ! =========== i+4 contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! i +/- 5 and longer contacts ! =========== i+5 or longer contacts to residue 1 ============ ! =========== i+5 or longer contacts to residue 2 ============ ! =========== i+5 or longer contacts to residue 3 ============ ! =========== i+5 or longer contacts to residue 4 ============ assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (21 viol avg 0.155) assign ((resid 4 and name HB* and segid A) OR (resid 4 and name HB* and segid B)) ((resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 6. (8 viol avg 0.125) ! =========== i+5 or longer contacts to residue 5 ============ ! assign (resid 10 and name HG**) (resid 5 and name HN) 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HG) (resid 10 and name HA) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 10 and name HG**) (resid 5 and name HA) 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HD**) (resid 10 and name HA) 3.900 1.800 6.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HN) (resid 10 and name HG**) 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 5 and name HG) (resid 10 and name HB) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign (resid 10 and name HG**) (resid 5 and name HB*) 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! =========== i+5 or longer contacts to residue 6 ============ ! =========== i+5 or longer contacts to residue 7 ============ ! =========== i+5 or longer contacts to residue 8 ============ ! =========== i+5 or longer contacts to residue 9 ============ ! =========== i+5 or longer contacts to residue 10 ============ assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (10 viol avg 0.125) ! =========== i+5 or longer contacts to residue 11 ============ assign ((resid 16 and name HD** and segid A) OR (resid 16 and name HD** and segid B)) ((resid 11 and name HD* and segid A) OR (resid 11 and name HD* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (10 viol avg 0.239) assign ((resid 11 and name HE* and segid A) OR (resid 11 and name HE* and segid B)) ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (5 viol avg 0.165) ! =========== i+5 or longer contacts to residue 12 ============ ! =========== i+5 or longer contacts to residue 13 ============ ! =========== i+5 or longer contacts to residue 14 ============ ! =========== i+5 or longer contacts to residue 15 ============ ! =========== i+5 or longer contacts to residue 16 ============ ! =========== i+5 or longer contacts to residue 17 ============ ! =========== i+5 or longer contacts to residue 18 ============ ! =========== i+5 or longer contacts to residue 19 ============ assign ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (11 viol avg 0.212) assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 19 and name HB* and segid A) OR (resid 19 and name HB* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (11 viol avg 0.212) ! =========== i+5 or longer contacts to residue 20 ============ ! =========== i+5 or longer contacts to residue 21 ============ ! =========== i+5 or longer contacts to residue 22 ============ assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (31 viol avg 0.568) assign ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (21 viol avg 0.427) assign ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (16 viol avg 0.238) ! =========== i+5 or longer contacts to residue 23 ============ ! =========== i+5 or longer contacts to residue 24 ============ ! =========== i+5 or longer contacts to residue 25 ============ ! =========== i+5 or longer contacts to residue 26 ============ ! =========== i+5 or longer contacts to residue 27 ============ ! -------------------------------------------------------------------------- ! Ambiguous NOEs assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 9 and name HN)) ! ((resid 5 and name HN) or (resid 7 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 8 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B) OR (resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 9 and name HN)) ! 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 3.400 1.600 1.600 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 8 and name HN)) ! ((resid 5 and name HN) or (resid 7 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B) OR (resid 7 and name HA and segid A) OR (resid 7 and name HA and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.529) assign ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HA) or (resid 16 and name HA)) ! ((resid 12 and name HN)) ! 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HA) or (resid 16 and name HA)) ! ((resid 17 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (13 viol avg 0.464) assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (16 viol avg 0.551) ! assign ((resid 8 and name HA)) ! ((resid 5 and name HN) or (resid 7 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 9 and name HA)) ! ((resid 5 and name HN) or (resid 7 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.422) assign ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (33 viol avg 0.165) assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B) OR (resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B) OR (resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 25 and name HA and segid A) OR (resid 25 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 9 and name HN and segid A) OR (resid 9 and name HN and segid B)) ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (23 viol avg 0.541) ! assign ((resid 12 and name HN)) ! ((resid 5 and name HA) or (resid 16 and name HA)) ! 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (14 viol avg 0.487) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 16 and name HN and segid A) OR (resid 16 and name HN and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 8 and name HA)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 9 and name HA)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 23 and name HA and segid A) OR (resid 23 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (33 viol avg 0.165) assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B) OR (resid 22 and name HN and segid A) OR (resid 22 and name HN and segid B)) ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (29 viol avg 0.422) assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B) OR (resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (21 viol avg 0.464) ! assign ((resid 10 and name HA)) ! ((resid 5 and name HA) or (resid 16 and name HA)) ! 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign ((resid 5 and name HA)) ! ((resid 4 and name HA) or (resid 6 and name HA)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (13 viol avg 0.257) ! assign ((resid 5 and name HA) or (resid 16 and name HA)) ! ((resid 10 and name HA)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (22 viol avg 0.423) assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.147) assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (16 viol avg 0.147) assign ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.439) assign ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (11 viol avg 0.541) assign ((resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) ((resid 26 and name HE* and segid A) OR (resid 26 and name HE* and segid B) OR (resid 27 and name HE* and segid A) OR (resid 27 and name HE* and segid B)) 3.400 1.600 1.600 assign ((resid 27 and name HD* and segid A) OR (resid 27 and name HD* and segid B)) ((resid 26 and name HE* and segid A) OR (resid 26 and name HE* and segid B) OR (resid 27 and name HE* and segid A) OR (resid 27 and name HE* and segid B)) 3.400 1.600 1.600 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) ((resid 7 and name HB* and segid A) OR (resid 7 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (14 viol avg 0.439) assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B) OR (resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B) OR (resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HA) or (resid 16 and name HA)) ! ((resid 17 and name HB*)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (24 viol avg 0.174) assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (24 viol avg 0.174) assign ((resid 27 and name H2 and segid A) OR (resid 27 and name H2 and segid B)) ((resid 15 and name HA and segid A) OR (resid 15 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (18 viol avg 0.139) assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.471) assign ((resid 11 and name HB* and segid A) OR (resid 11 and name HB* and segid B)) ((resid 10 and name HN and segid A) OR (resid 10 and name HN and segid B) OR (resid 14 and name HN and segid A) OR (resid 14 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 13 and name HN)) ! ((resid 5 and name HA) or (resid 16 and name HA)) ! 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl ! assign ((resid 8 and name HB)) ! ((resid 5 and name HN) or (resid 7 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign ((resid 5 and name HA) or (resid 16 and name HA)) ! ((resid 18 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 18 and name HN and segid A) OR (resid 18 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (5 viol avg 0.062) assign ((resid 26 and name HE* and segid A) OR (resid 26 and name HE* and segid B) OR (resid 27 and name HE* and segid A) OR (resid 27 and name HE* and segid B)) ((resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 15 and name HN) or (resid 22 and name HN)) ! ((resid 5 and name HA) or (resid 16 and name HA)) ! 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 10 and name HA and segid A) OR (resid 10 and name HA and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B) OR (resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (18 viol avg 0.600) assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HD**) or (resid 6 and name HD**)) ! ((resid 3 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (33 viol avg 0.863) assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) 2.900 1.100 1.100 assign ((resid 6 and name HB* and segid A) OR (resid 6 and name HB* and segid B) OR (resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) 2.300 0.500 0.500 assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.471) assign ((resid 15 and name HN and segid A) OR (resid 15 and name HN and segid B)) ((resid 15 and name HD** and segid A) OR (resid 15 and name HD** and segid B) OR (resid 16 and name HD** and segid A) OR (resid 16 and name HD** and segid B)) 2.900 1.100 1.100 assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B) OR (resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B) OR (resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (18 viol avg 0.237) ! assign ((resid 19 and name HB*)) ! ((resid 5 and name HA) or (resid 16 and name HA)) ! 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 3. (19 viol avg 0.404) assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B) OR (resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 9 and name HB*)) ! ((resid 5 and name HN) or (resid 7 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 6. (9 viol avg 0.097) assign ((resid 25 and name HB* and segid A) OR (resid 25 and name HB* and segid B)) ((resid 11 and name HN and segid A) OR (resid 11 and name HN and segid B) OR (resid 27 and name HN and segid A) OR (resid 27 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HD**) or (resid 6 and name HD**)) ! ((resid 3 and name HA)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 17 and name HA and segid A) OR (resid 17 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 21 and name HB and segid A) OR (resid 21 and name HB and segid B)) 2.900 1.100 1.100 assign ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) 3.400 1.600 1.600 assign ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 2.900 1.100 1.100 assign ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B) OR (resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (10 viol avg 0.269) assign ((resid 23 and name HG** and segid A) OR (resid 23 and name HG** and segid B)) ((resid 13 and name HA and segid A) OR (resid 13 and name HA and segid B) OR (resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (16 viol avg 0.456) ! assign ((resid 5 and name HD**) or (resid 16 and name HD**)) ! ((resid 12 and name HA*)) ! 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 15 and name HD** and segid A) OR (resid 15 and name HD** and segid B) OR (resid 16 and name HD** and segid A) OR (resid 16 and name HD** and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 3 and name HN)) ! ((resid 5 and name HD**) or (resid 6 and name HD**)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign ((resid 13 and name HN)) ! ((resid 5 and name HD**) or (resid 16 and name HD**)) ! 2.300 1.800 2.800 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 24 and name HN and segid A) OR (resid 24 and name HN and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B) OR (resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (19 viol avg 0.491) assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B) OR (resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 7. (8 viol avg 0.102) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 9 and name HB*)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HG and segid A) OR (resid 24 and name HG and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 21 and name HG2* and segid A) OR (resid 21 and name HG2* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (26 viol avg 0.258) assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 3.400 1.600 1.600 assign ((resid 21 and name HN and segid A) OR (resid 21 and name HN and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 2. (33 viol avg 0.863) ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 8 and name HD1*)) ! 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 8 and name HN and segid A) OR (resid 8 and name HN and segid B)) ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B) OR (resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 3.400 1.600 1.600 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.900 1.100 1.100 assign ((resid 23 and name HN and segid A) OR (resid 23 and name HN and segid B) OR (resid 25 and name HN and segid A) OR (resid 25 and name HN and segid B)) ((resid 24 and name HD** and segid A) OR (resid 24 and name HD** and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 5 and name HD**)) ! 3.400 1.800 5.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B) OR (resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) ((resid 8 and name HD1* and segid A) OR (resid 8 and name HD1* and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 6. (8 viol avg 0.091) assign ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B) OR (resid 11 and name HZ and segid A) OR (resid 11 and name HZ and segid B)) ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B) OR (resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) 2.900 1.100 1.100 ! assign ((resid 11 and name HD*)) ! ((resid 5 and name HD**) or (resid 16 and name HD**)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl ! assign ((resid 11 and name HE*)) ! ((resid 5 and name HD**) or (resid 16 and name HD**)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 25 and name HD* and segid A) OR (resid 25 and name HD* and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (10 viol avg 0.342) assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 7. (7 viol avg 0.083) assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 7. (7 viol avg 0.083) assign ((resid 12 and name HN and segid A) OR (resid 12 and name HN and segid B)) ((resid 8 and name HG* and segid A) OR (resid 8 and name HG* and segid B) OR (resid 15 and name HB* and segid A) OR (resid 15 and name HB* and segid B) OR (resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 7 and name HD2 and segid A) OR (resid 7 and name HD2 and segid B)) ((resid 6 and name HB* and segid A) OR (resid 6 and name HB* and segid B) OR (resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) 2.300 0.500 0.500 assign ((resid 4 and name HN and segid A) OR (resid 4 and name HN and segid B)) ((resid 2 and name HD1* and segid A) OR (resid 2 and name HD1* and segid B) OR (resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 3. (21 viol avg 0.436) assign ((resid 6 and name HD** and segid A) OR (resid 6 and name HD** and segid B) OR (resid 10 and name HG** and segid A) OR (resid 10 and name HG** and segid B)) ((resid 8 and name HB and segid A) OR (resid 8 and name HB and segid B)) 3.400 1.600 1.600 assign ((resid 26 and name HB* and segid A) OR (resid 26 and name HB* and segid B) OR (resid 27 and name HB* and segid A) OR (resid 27 and name HB* and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B) OR (resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) 3.400 1.600 1.600 assign ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B) OR (resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 8. (7 viol avg 0.119) assign ((resid 11 and name HA and segid A) OR (resid 11 and name HA and segid B) OR (resid 18 and name HA and segid A) OR (resid 18 and name HA and segid B)) ((resid 14 and name HB* and segid A) OR (resid 14 and name HB* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (12 viol avg 0.427) assign ((resid 16 and name HA and segid A) OR (resid 16 and name HA and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B) OR (resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 5 and name HN) or (resid 7 and name HN)) ! ((resid 4 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 8 and name HA and segid A) OR (resid 8 and name HA and segid B)) ((resid 4 and name HA and segid A) OR (resid 4 and name HA and segid B) OR (resid 6 and name HA and segid A) OR (resid 6 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (18 viol avg 0.254) assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (43 viol avg 0.341) assign ((resid 24 and name HA and segid A) OR (resid 24 and name HA and segid B) OR (resid 26 and name HA and segid A) OR (resid 26 and name HA and segid B)) ((resid 25 and name HE* and segid A) OR (resid 25 and name HE* and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 5. (16 viol avg 0.152) assign ((resid 13 and name HB* and segid A) OR (resid 13 and name HB* and segid B) OR (resid 20 and name HB and segid A) OR (resid 20 and name HB and segid B) OR (resid 22 and name HB and segid A) OR (resid 22 and name HB and segid B)) ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 4. (12 viol avg 0.305) assign ((resid 17 and name HN and segid A) OR (resid 17 and name HN and segid B)) ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B) OR (resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) 2.900 1.100 1.100 ! assign ((resid 4 and name HG*)) ! ((resid 5 and name HN) or (resid 7 and name HN)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 19 and name HN and segid A) OR (resid 19 and name HN and segid B) OR (resid 20 and name HN and segid A) OR (resid 20 and name HN and segid B)) ((resid 16 and name HG and segid A) OR (resid 16 and name HG and segid B)) 3.400 1.600 1.600 ! incr to 5.0 after round 3. (23 viol avg 0.447) assign ((resid 20 and name HA and segid A) OR (resid 20 and name HA and segid B)) ((resid 16 and name HB* and segid A) OR (resid 16 and name HB* and segid B) OR (resid 24 and name HB* and segid A) OR (resid 24 and name HB* and segid B)) 2.900 1.100 1.100 assign ((resid 22 and name HA and segid A) OR (resid 22 and name HA and segid B)) ((resid 26 and name HG* and segid A) OR (resid 26 and name HG* and segid B) OR (resid 27 and name HG* and segid A) OR (resid 27 and name HG* and segid B)) 3.900 2.100 2.100 ! assign ((resid 3 and name HA) or (resid 7 and name HA)) ! ((resid 5 and name HG) or (resid 9 and name HG)) ! 2.900 1.800 4.000 ! Commented out at user request by SparkyNOEcal.tcl assign ((resid 21 and name HA and segid A) OR (resid 21 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 ! incr to 4.0 after round 4. (10 viol avg 0.136) assign ((resid 19 and name HA and segid A) OR (resid 19 and name HA and segid B)) ((resid 20 and name HG** and segid A) OR (resid 20 and name HG** and segid B) OR (resid 22 and name HG** and segid A) OR (resid 22 and name HG** and segid B)) 2.900 1.100 1.100 assign ((resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (13 viol avg 0.256) assign ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) ((resid 9 and name HB* and segid A) OR (resid 9 and name HB* and segid B)) 3.900 2.100 2.100 ! incr to 6.0 after round 4. (13 viol avg 0.256) assign ((resid 9 and name HG and segid A) OR (resid 9 and name HG and segid B)) ((resid 3 and name HA and segid A) OR (resid 3 and name HA and segid B)) 3.900 2.100 2.100 ! still violating at 6.0 after round 9. (9 viol avg 0.137) ! Chemical shift based phi/psi restraints for polypeptide chains A & B. assign (resid 2 and name C and segid A) (resid 3 and name N and segid A) (resid 3 and name CA and segid A) (resid 3 and name C and segid A) 1.0 -60 30 2 assign (resid 3 and name N and segid A) (resid 3 and name CA and segid A) (resid 3 and name C and segid A) (resid 4 and name N and segid A) 1.0 -40 40 2 assign (resid 3 and name C and segid A) (resid 4 and name N and segid A) (resid 4 and name CA and segid A) (resid 4 and name C and segid A) 1.0 -60 30 2 assign (resid 4 and name N and segid A) (resid 4 and name CA and segid A) (resid 4 and name C and segid A) (resid 5 and name N and segid A) 1.0 -40 40 2 assign (resid 4 and name C and segid A) (resid 5 and name N and segid A) (resid 5 and name CA and segid A) (resid 5 and name C and segid A) 1.0 -60 30 2 assign (resid 5 and name N and segid A) (resid 5 and name CA and segid A) (resid 5 and name C and segid A) (resid 6 and name N and segid A) 1.0 -40 40 2 assign (resid 5 and name C and segid A) (resid 6 and name N and segid A) (resid 6 and name CA and segid A) (resid 6 and name C and segid A) 1.0 -60 30 2 assign (resid 6 and name N and segid A) (resid 6 and name CA and segid A) (resid 6 and name C and segid A) (resid 7 and name N and segid A) 1.0 -40 40 2 assign (resid 6 and name C and segid A) (resid 7 and name N and segid A) (resid 7 and name CA and segid A) (resid 7 and name C and segid A) 1.0 -60 30 2 assign (resid 7 and name N and segid A) (resid 7 and name CA and segid A) (resid 7 and name C and segid A) (resid 8 and name N and segid A) 1.0 -40 40 2 assign (resid 7 and name C and segid A) (resid 8 and name N and segid A) (resid 8 and name CA and segid A) (resid 8 and name C and segid A) 1.0 -60 30 2 assign (resid 8 and name N and segid A) (resid 8 and name CA and segid A) (resid 8 and name C and segid A) (resid 9 and name N and segid A) 1.0 -40 40 2 assign (resid 8 and name C and segid A) (resid 9 and name N and segid A) (resid 9 and name CA and segid A) (resid 9 and name C and segid A) 1.0 -60 30 2 assign (resid 9 and name N and segid A) (resid 9 and name CA and segid A) (resid 9 and name C and segid A) (resid 10 and name N and segid A) 1.0 -40 40 2 assign (resid 9 and name C and segid A) (resid 10 and name N and segid A) (resid 10 and name CA and segid A) (resid 10 and name C and segid A) 1.0 -60 30 2 assign (resid 10 and name N and segid A) (resid 10 and name CA and segid A) (resid 10 and name C and segid A) (resid 11 and name N and segid A) 1.0 -40 40 2 assign (resid 10 and name C and segid A) (resid 11 and name N and segid A) (resid 11 and name CA and segid A) (resid 11 and name C and segid A) 1.0 -60 30 2 assign (resid 11 and name N and segid A) (resid 11 and name CA and segid A) (resid 11 and name C and segid A) (resid 12 and name N and segid A) 1.0 -40 40 2 assign (resid 12 and name C and segid A) (resid 13 and name N and segid A) (resid 13 and name CA and segid A) (resid 13 and name C and segid A) 1.0 -60 30 2 assign (resid 13 and name N and segid A) (resid 13 and name CA and segid A) (resid 13 and name C and segid A) (resid 14 and name N and segid A) 1.0 -40 40 2 assign (resid 13 and name C and segid A) (resid 14 and name N and segid A) (resid 14 and name CA and segid A) (resid 14 and name C and segid A) 1.0 -60 30 2 assign (resid 14 and name N and segid A) (resid 14 and name CA and segid A) (resid 14 and name C and segid A) (resid 15 and name N and segid A) 1.0 -40 40 2 assign (resid 14 and name C and segid A) (resid 15 and name N and segid A) (resid 15 and name CA and segid A) (resid 15 and name C and segid A) 1.0 -60 30 2 assign (resid 15 and name N and segid A) (resid 15 and name CA and segid A) (resid 15 and name C and segid A) (resid 16 and name N and segid A) 1.0 -40 40 2 assign (resid 15 and name C and segid A) (resid 16 and name N and segid A) (resid 16 and name CA and segid A) (resid 16 and name C and segid A) 1.0 -60 30 2 assign (resid 16 and name N and segid A) (resid 16 and name CA and segid A) (resid 16 and name C and segid A) (resid 17 and name N and segid A) 1.0 -40 40 2 assign (resid 16 and name C and segid A) (resid 17 and name N and segid A) (resid 17 and name CA and segid A) (resid 17 and name C and segid A) 1.0 -60 30 2 assign (resid 17 and name N and segid A) (resid 17 and name CA and segid A) (resid 17 and name C and segid A) (resid 18 and name N and segid A) 1.0 -40 40 2 assign (resid 17 and name C and segid A) (resid 18 and name N and segid A) (resid 18 and name CA and segid A) (resid 18 and name C and segid A) 1.0 -60 30 2 assign (resid 18 and name N and segid A) (resid 18 and name CA and segid A) (resid 18 and name C and segid A) (resid 19 and name N and segid A) 1.0 -40 40 2 assign (resid 18 and name C and segid A) (resid 19 and name N and segid A) (resid 19 and name CA and segid A) (resid 19 and name C and segid A) 1.0 -60 30 2 assign (resid 19 and name N and segid A) (resid 19 and name CA and segid A) (resid 19 and name C and segid A) (resid 20 and name N and segid A) 1.0 -40 40 2 assign (resid 19 and name C and segid A) (resid 20 and name N and segid A) (resid 20 and name CA and segid A) (resid 20 and name C and segid A) 1.0 -60 30 2 assign (resid 20 and name N and segid A) (resid 20 and name CA and segid A) (resid 20 and name C and segid A) (resid 21 and name N and segid A) 1.0 -40 40 2 assign (resid 20 and name C and segid A) (resid 21 and name N and segid A) (resid 21 and name CA and segid A) (resid 21 and name C and segid A) 1.0 -60 30 2 assign (resid 21 and name N and segid A) (resid 21 and name CA and segid A) (resid 21 and name C and segid A) (resid 22 and name N and segid A) 1.0 -40 40 2 assign (resid 22 and name C and segid A) (resid 23 and name N and segid A) (resid 23 and name CA and segid A) (resid 23 and name C and segid A) 1.0 -60 30 2 assign (resid 23 and name N and segid A) (resid 23 and name CA and segid A) (resid 23 and name C and segid A) (resid 24 and name N and segid A) 1.0 -40 40 2 assign (resid 23 and name C and segid A) (resid 24 and name N and segid A) (resid 24 and name CA and segid A) (resid 24 and name C and segid A) 1.0 -60 30 2 assign (resid 24 and name N and segid A) (resid 24 and name CA and segid A) (resid 24 and name C and segid A) (resid 25 and name N and segid A) 1.0 -40 40 2 assign (resid 24 and name C and segid A) (resid 25 and name N and segid A) (resid 25 and name CA and segid A) (resid 25 and name C and segid A) 1.0 -60 30 2 assign (resid 25 and name N and segid A) (resid 25 and name CA and segid A) (resid 25 and name C and segid A) (resid 26 and name N and segid A) 1.0 -40 40 2 assign (resid 25 and name C and segid A) (resid 26 and name N and segid A) (resid 26 and name CA and segid A) (resid 26 and name C and segid A) 1.0 -60 30 2 assign (resid 26 and name N and segid A) (resid 26 and name CA and segid A) (resid 26 and name C and segid A) (resid 27 and name N and segid A) 1.0 -40 40 2 assign (resid 2 and name C and segid B) (resid 3 and name N and segid B) (resid 3 and name CA and segid B) (resid 3 and name C and segid B) 1.0 -60 30 2 assign (resid 3 and name N and segid B) (resid 3 and name CA and segid B) (resid 3 and name C and segid B) (resid 4 and name N and segid B) 1.0 -40 40 2 assign (resid 3 and name C and segid B) (resid 4 and name N and segid B) (resid 4 and name CA and segid B) (resid 4 and name C and segid B) 1.0 -60 30 2 assign (resid 4 and name N and segid B) (resid 4 and name CA and segid B) (resid 4 and name C and segid B) (resid 5 and name N and segid B) 1.0 -40 40 2 assign (resid 4 and name C and segid B) (resid 5 and name N and segid B) (resid 5 and name CA and segid B) (resid 5 and name C and segid B) 1.0 -60 30 2 assign (resid 5 and name N and segid B) (resid 5 and name CA and segid B) (resid 5 and name C and segid B) (resid 6 and name N and segid B) 1.0 -40 40 2 assign (resid 5 and name C and segid B) (resid 6 and name N and segid B) (resid 6 and name CA and segid B) (resid 6 and name C and segid B) 1.0 -60 30 2 assign (resid 6 and name N and segid B) (resid 6 and name CA and segid B) (resid 6 and name C and segid B) (resid 7 and name N and segid B) 1.0 -40 40 2 assign (resid 6 and name C and segid B) (resid 7 and name N and segid B) (resid 7 and name CA and segid B) (resid 7 and name C and segid B) 1.0 -60 30 2 assign (resid 7 and name N and segid B) (resid 7 and name CA and segid B) (resid 7 and name C and segid B) (resid 8 and name N and segid B) 1.0 -40 40 2 assign (resid 7 and name C and segid B) (resid 8 and name N and segid B) (resid 8 and name CA and segid B) (resid 8 and name C and segid B) 1.0 -60 30 2 assign (resid 8 and name N and segid B) (resid 8 and name CA and segid B) (resid 8 and name C and segid B) (resid 9 and name N and segid B) 1.0 -40 40 2 assign (resid 8 and name C and segid B) (resid 9 and name N and segid B) (resid 9 and name CA and segid B) (resid 9 and name C and segid B) 1.0 -60 30 2 assign (resid 9 and name N and segid B) (resid 9 and name CA and segid B) (resid 9 and name C and segid B) (resid 10 and name N and segid B) 1.0 -40 40 2 assign (resid 9 and name C and segid B) (resid 10 and name N and segid B) (resid 10 and name CA and segid B) (resid 10 and name C and segid B) 1.0 -60 30 2 assign (resid 10 and name N and segid B) (resid 10 and name CA and segid B) (resid 10 and name C and segid B) (resid 11 and name N and segid B) 1.0 -40 40 2 assign (resid 10 and name C and segid B) (resid 11 and name N and segid B) (resid 11 and name CA and segid B) (resid 11 and name C and segid B) 1.0 -60 30 2 assign (resid 11 and name N and segid B) (resid 11 and name CA and segid B) (resid 11 and name C and segid B) (resid 12 and name N and segid B) 1.0 -40 40 2 assign (resid 12 and name C and segid B) (resid 13 and name N and segid B) (resid 13 and name CA and segid B) (resid 13 and name C and segid B) 1.0 -60 30 2 assign (resid 13 and name N and segid B) (resid 13 and name CA and segid B) (resid 13 and name C and segid B) (resid 14 and name N and segid B) 1.0 -40 40 2 assign (resid 13 and name C and segid B) (resid 14 and name N and segid B) (resid 14 and name CA and segid B) (resid 14 and name C and segid B) 1.0 -60 30 2 assign (resid 14 and name N and segid B) (resid 14 and name CA and segid B) (resid 14 and name C and segid B) (resid 15 and name N and segid B) 1.0 -40 40 2 assign (resid 14 and name C and segid B) (resid 15 and name N and segid B) (resid 15 and name CA and segid B) (resid 15 and name C and segid B) 1.0 -60 30 2 assign (resid 15 and name N and segid B) (resid 15 and name CA and segid B) (resid 15 and name C and segid B) (resid 16 and name N and segid B) 1.0 -40 40 2 assign (resid 15 and name C and segid B) (resid 16 and name N and segid B) (resid 16 and name CA and segid B) (resid 16 and name C and segid B) 1.0 -60 30 2 assign (resid 16 and name N and segid B) (resid 16 and name CA and segid B) (resid 16 and name C and segid B) (resid 17 and name N and segid B) 1.0 -40 40 2 assign (resid 16 and name C and segid B) (resid 17 and name N and segid B) (resid 17 and name CA and segid B) (resid 17 and name C and segid B) 1.0 -60 30 2 assign (resid 17 and name N and segid B) (resid 17 and name CA and segid B) (resid 17 and name C and segid B) (resid 18 and name N and segid B) 1.0 -40 40 2 assign (resid 17 and name C and segid B) (resid 18 and name N and segid B) (resid 18 and name CA and segid B) (resid 18 and name C and segid B) 1.0 -60 30 2 assign (resid 18 and name N and segid B) (resid 18 and name CA and segid B) (resid 18 and name C and segid B) (resid 19 and name N and segid B) 1.0 -40 40 2 assign (resid 18 and name C and segid B) (resid 19 and name N and segid B) (resid 19 and name CA and segid B) (resid 19 and name C and segid B) 1.0 -60 30 2 assign (resid 19 and name N and segid B) (resid 19 and name CA and segid B) (resid 19 and name C and segid B) (resid 20 and name N and segid B) 1.0 -40 40 2 assign (resid 19 and name C and segid B) (resid 20 and name N and segid B) (resid 20 and name CA and segid B) (resid 20 and name C and segid B) 1.0 -60 30 2 assign (resid 20 and name N and segid B) (resid 20 and name CA and segid B) (resid 20 and name C and segid B) (resid 21 and name N and segid B) 1.0 -40 40 2 assign (resid 20 and name C and segid B) (resid 21 and name N and segid B) (resid 21 and name CA and segid B) (resid 21 and name C and segid B) 1.0 -60 30 2 assign (resid 21 and name N and segid B) (resid 21 and name CA and segid B) (resid 21 and name C and segid B) (resid 22 and name N and segid B) 1.0 -40 40 2 assign (resid 22 and name C and segid B) (resid 23 and name N and segid B) (resid 23 and name CA and segid B) (resid 23 and name C and segid B) 1.0 -60 30 2 assign (resid 23 and name N and segid B) (resid 23 and name CA and segid B) (resid 23 and name C and segid B) (resid 24 and name N and segid B) 1.0 -40 40 2 assign (resid 23 and name C and segid B) (resid 24 and name N and segid B) (resid 24 and name CA and segid B) (resid 24 and name C and segid B) 1.0 -60 30 2 assign (resid 24 and name N and segid B) (resid 24 and name CA and segid B) (resid 24 and name C and segid B) (resid 25 and name N and segid B) 1.0 -40 40 2 assign (resid 24 and name C and segid B) (resid 25 and name N and segid B) (resid 25 and name CA and segid B) (resid 25 and name C and segid B) 1.0 -60 30 2 assign (resid 25 and name N and segid B) (resid 25 and name CA and segid B) (resid 25 and name C and segid B) (resid 26 and name N and segid B) 1.0 -40 40 2 assign (resid 25 and name C and segid B) (resid 26 and name N and segid B) (resid 26 and name CA and segid B) (resid 26 and name C and segid B) 1.0 -60 30 2 assign (resid 26 and name N and segid B) (resid 26 and name CA and segid B) (resid 26 and name C and segid B) (resid 27 and name N and segid B) 1.0 -40 40 2 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H HIS 250 1H HIS 250 47.961 -5.126 17.626 2 2H HIS 250 2H HIS 250 47.881 -6.755 18.100 3 3H HIS 250 3H HIS 250 47.428 -6.302 16.527 4 HA HIS 250 HA HIS 250 50.025 -6.887 17.588 5 1HB HIS 250 1HB HIS 250 48.470 -7.108 15.133 6 2HB HIS 250 2HB HIS 250 50.120 -6.570 14.815 7 HD2 HIS 250 HD2 HIS 250 52.070 -8.354 16.352 8 HE1 HIS 250 HE1 HIS 250 49.536 -11.687 15.800 9 HE2 HIS 250 HE2 HIS 250 51.882 -10.958 16.445 10 H ILE 251 H ILE 251 51.961 -5.832 16.615 11 HA ILE 251 HA ILE 251 51.613 -3.015 15.913 12 HB ILE 251 HB ILE 251 52.985 -2.153 17.637 13 1HG1 ILE 251 1HG1 ILE 251 54.746 -3.808 17.746 14 2HG1 ILE 251 2HG1 ILE 251 54.034 -3.689 19.350 15 1HG2 ILE 251 1HG2 ILE 251 51.779 -2.753 19.658 16 2HG2 ILE 251 2HG2 ILE 251 51.261 -4.278 18.938 17 3HG2 ILE 251 3HG2 ILE 251 50.652 -2.749 18.303 18 1HD1 ILE 251 1HD1 ILE 251 53.647 -5.869 17.301 19 2HD1 ILE 251 2HD1 ILE 251 52.516 -5.646 18.635 20 3HD1 ILE 251 3HD1 ILE 251 54.207 -6.015 18.966 21 H ASN 252 H ASN 252 52.730 -5.744 14.911 22 HA ASN 252 HA ASN 252 55.512 -5.092 14.395 23 1HB ASN 252 1HB ASN 252 53.712 -7.398 13.709 24 2HB ASN 252 2HB ASN 252 55.273 -7.212 12.913 25 1HD2 ASN 252 1HD2 ASN 252 53.738 -7.661 16.105 26 2HD2 ASN 252 2HD2 ASN 252 55.141 -8.226 16.876 27 H GLU 253 H GLU 253 52.438 -5.085 12.669 28 HA GLU 253 HA GLU 253 53.751 -4.216 10.203 29 1HB GLU 253 1HB GLU 253 51.155 -4.177 9.568 30 2HB GLU 253 2HB GLU 253 52.099 -5.665 9.547 31 1HG GLU 253 1HG GLU 253 50.750 -4.782 12.085 32 2HG GLU 253 2HG GLU 253 49.820 -5.618 10.841 33 H LEU 254 H LEU 254 52.687 -2.848 12.999 34 HA LEU 254 HA LEU 254 51.108 -0.683 12.430 35 1HB LEU 254 1HB LEU 254 53.003 -1.391 14.475 36 2HB LEU 254 2HB LEU 254 53.165 0.321 14.085 37 HG LEU 254 HG LEU 254 50.523 -1.045 14.675 38 1HD1 LEU 254 1HD1 LEU 254 51.175 0.852 16.663 39 2HD1 LEU 254 2HD1 LEU 254 52.621 -0.132 16.442 40 3HD1 LEU 254 3HD1 LEU 254 51.085 -0.899 16.851 41 1HD2 LEU 254 1HD2 LEU 254 50.612 1.803 15.095 42 2HD2 LEU 254 2HD2 LEU 254 49.599 0.889 13.978 43 3HD2 LEU 254 3HD2 LEU 254 51.196 1.440 13.470 44 H LEU 255 H LEU 255 54.118 -1.374 11.053 45 HA LEU 255 HA LEU 255 54.588 1.428 10.282 46 1HB LEU 255 1HB LEU 255 56.425 -0.890 9.710 47 2HB LEU 255 2HB LEU 255 56.816 0.827 9.793 48 HG LEU 255 HG LEU 255 55.783 0.400 12.290 49 1HD1 LEU 255 1HD1 LEU 255 57.369 -2.078 11.547 50 2HD1 LEU 255 2HD1 LEU 255 55.627 -2.045 11.818 51 3HD1 LEU 255 3HD1 LEU 255 56.733 -1.686 13.144 52 1HD2 LEU 255 1HD2 LEU 255 58.627 0.152 11.271 53 2HD2 LEU 255 2HD2 LEU 255 58.225 0.255 12.985 54 3HD2 LEU 255 3HD2 LEU 255 57.836 1.595 11.906 55 H HIS 256 H HIS 256 54.040 -1.812 8.991 56 HA HIS 256 HA HIS 256 54.130 -0.891 6.239 57 1HB HIS 256 1HB HIS 256 53.409 -3.582 7.422 58 2HB HIS 256 2HB HIS 256 53.594 -3.243 5.700 59 HD2 HIS 256 HD2 HIS 256 56.265 -1.240 7.381 60 HE1 HIS 256 HE1 HIS 256 58.072 -4.988 6.660 61 HE2 HIS 256 HE2 HIS 256 58.513 -2.571 7.302 62 H ILE 257 H ILE 257 51.649 -3.026 7.587 63 HA ILE 257 HA ILE 257 49.585 -2.295 5.971 64 HB ILE 257 HB ILE 257 49.612 -4.067 7.834 65 1HG1 ILE 257 1HG1 ILE 257 47.207 -2.308 7.273 66 2HG1 ILE 257 2HG1 ILE 257 47.675 -3.781 6.422 67 1HG2 ILE 257 1HG2 ILE 257 50.000 -2.105 9.547 68 2HG2 ILE 257 2HG2 ILE 257 48.963 -3.457 9.996 69 3HG2 ILE 257 3HG2 ILE 257 48.248 -1.938 9.459 70 1HD1 ILE 257 1HD1 ILE 257 47.511 -4.863 8.821 71 2HD1 ILE 257 2HD1 ILE 257 46.048 -4.603 7.871 72 3HD1 ILE 257 3HD1 ILE 257 46.477 -3.473 9.155 73 H LEU 258 H LEU 258 51.013 -0.410 8.486 74 HA LEU 258 HA LEU 258 48.868 1.353 9.001 75 1HB LEU 258 1HB LEU 258 50.524 1.523 10.599 76 2HB LEU 258 2HB LEU 258 51.822 1.367 9.419 77 HG LEU 258 HG LEU 258 51.504 3.656 8.681 78 1HD1 LEU 258 1HD1 LEU 258 48.951 3.356 10.153 79 2HD1 LEU 258 2HD1 LEU 258 49.331 4.378 8.767 80 3HD1 LEU 258 3HD1 LEU 258 49.764 4.899 10.392 81 1HD2 LEU 258 1HD2 LEU 258 51.517 3.367 11.693 82 2HD2 LEU 258 2HD2 LEU 258 51.926 4.858 10.847 83 3HD2 LEU 258 3HD2 LEU 258 52.919 3.419 10.623 84 H VAL 259 H VAL 259 51.794 1.880 7.019 85 HA VAL 259 HA VAL 259 50.598 4.157 5.700 86 HB VAL 259 HB VAL 259 52.712 4.281 4.475 87 1HG1 VAL 259 1HG1 VAL 259 52.419 4.974 6.965 88 2HG1 VAL 259 2HG1 VAL 259 54.057 4.859 6.319 89 3HG1 VAL 259 3HG1 VAL 259 53.409 3.557 7.317 90 1HG2 VAL 259 1HG2 VAL 259 53.238 2.001 4.040 91 2HG2 VAL 259 2HG2 VAL 259 53.139 1.571 5.747 92 3HG2 VAL 259 3HG2 VAL 259 54.484 2.548 5.160 93 H PHE 260 H PHE 260 50.996 0.758 5.030 94 HA PHE 260 HA PHE 260 50.912 0.531 2.326 95 1HB PHE 260 1HB PHE 260 50.680 -1.277 4.179 96 2HB PHE 260 2HB PHE 260 48.945 -1.049 3.952 97 HD1 PHE 260 HD1 PHE 260 47.829 -1.827 1.973 98 HD2 PHE 260 HD2 PHE 260 52.111 -1.993 2.264 99 HE1 PHE 260 HE1 PHE 260 47.912 -3.241 -0.063 100 HE2 PHE 260 HE2 PHE 260 52.195 -3.406 0.229 101 HZ PHE 260 HZ PHE 260 50.095 -4.031 -0.935 102 H GLY 261 H GLY 261 48.536 2.039 4.304 103 1HA GLY 261 1HA GLY 261 47.048 2.880 1.972 104 2HA GLY 261 2HA GLY 261 46.145 1.811 3.041 105 H GLU 262 H GLU 262 48.558 4.186 4.060 106 HA GLU 262 HA GLU 262 47.253 5.228 6.208 107 1HB GLU 262 1HB GLU 262 48.412 7.486 5.410 108 2HB GLU 262 2HB GLU 262 49.361 6.123 6.003 109 1HG GLU 262 1HG GLU 262 50.084 5.527 3.879 110 2HG GLU 262 2HG GLU 262 48.681 6.238 3.086 111 H SER 263 H SER 263 47.412 7.454 3.491 112 HA SER 263 HA SER 263 44.659 8.277 4.044 113 1HB SER 263 1HB SER 263 47.042 9.522 2.804 114 2HB SER 263 2HB SER 263 45.486 9.978 2.115 115 HG SER 263 HG SER 263 44.806 10.504 4.237 116 H LEU 264 H LEU 264 46.499 6.505 1.729 117 HA LEU 264 HA LEU 264 45.071 6.817 -0.622 118 1HB LEU 264 1HB LEU 264 46.771 4.734 0.564 119 2HB LEU 264 2HB LEU 264 45.604 4.116 -0.604 120 HG LEU 264 HG LEU 264 47.804 4.796 -1.622 121 1HD1 LEU 264 1HD1 LEU 264 46.574 5.082 -3.481 122 2HD1 LEU 264 2HD1 LEU 264 46.199 6.733 -2.989 123 3HD1 LEU 264 3HD1 LEU 264 45.153 5.406 -2.488 124 1HD2 LEU 264 1HD2 LEU 264 48.668 6.885 -1.358 125 2HD2 LEU 264 2HD2 LEU 264 47.606 6.961 0.049 126 3HD2 LEU 264 3HD2 LEU 264 47.087 7.657 -1.486 127 H LEU 265 H LEU 265 43.988 5.565 2.355 128 HA LEU 265 HA LEU 265 41.818 4.009 1.172 129 1HB LEU 265 1HB LEU 265 43.007 3.209 3.219 130 2HB LEU 265 2HB LEU 265 42.394 4.615 4.083 131 HG LEU 265 HG LEU 265 40.066 3.886 3.571 132 1HD1 LEU 265 1HD1 LEU 265 40.046 2.555 1.686 133 2HD1 LEU 265 2HD1 LEU 265 40.086 1.293 2.916 134 3HD1 LEU 265 3HD1 LEU 265 41.571 1.769 2.093 135 1HD2 LEU 265 1HD2 LEU 265 40.903 3.240 5.709 136 2HD2 LEU 265 2HD2 LEU 265 41.920 1.979 5.010 137 3HD2 LEU 265 3HD2 LEU 265 40.167 1.787 5.032 138 H ASN 266 H ASN 266 42.332 7.005 2.977 139 HA ASN 266 HA ASN 266 39.594 7.661 3.326 140 1HB ASN 266 1HB ASN 266 40.384 9.509 4.365 141 2HB ASN 266 2HB ASN 266 41.947 8.704 4.228 142 1HD2 ASN 266 1HD2 ASN 266 43.321 9.324 2.329 143 2HD2 ASN 266 2HD2 ASN 266 43.113 10.850 1.617 144 H ASP 267 H ASP 267 41.647 7.714 0.593 145 HA ASP 267 HA ASP 267 40.071 9.718 -0.831 146 1HB ASP 267 1HB ASP 267 42.681 8.431 -1.174 147 2HB ASP 267 2HB ASP 267 41.770 8.581 -2.676 148 H ALA 268 H ALA 268 40.354 6.274 -0.511 149 HA ALA 268 HA ALA 268 38.736 5.776 -2.901 150 1HB ALA 268 1HB ALA 268 39.296 3.510 -2.657 151 2HB ALA 268 2HB ALA 268 39.632 3.682 -0.934 152 3HB ALA 268 3HB ALA 268 40.753 4.346 -2.122 153 H VAL 269 H VAL 269 38.315 6.407 0.385 154 HA VAL 269 HA VAL 269 35.895 4.828 0.704 155 HB VAL 269 HB VAL 269 37.686 5.520 2.513 156 1HG1 VAL 269 1HG1 VAL 269 35.694 7.754 2.892 157 2HG1 VAL 269 2HG1 VAL 269 37.165 8.000 1.951 158 3HG1 VAL 269 3HG1 VAL 269 37.272 7.544 3.650 159 1HG2 VAL 269 1HG2 VAL 269 35.733 4.133 2.979 160 2HG2 VAL 269 2HG2 VAL 269 34.683 5.548 2.953 161 3HG2 VAL 269 3HG2 VAL 269 35.877 5.359 4.237 162 H THR 270 H THR 270 36.800 7.961 -0.376 163 HA THR 270 HA THR 270 34.136 9.092 0.051 164 HB THR 270 HB THR 270 36.354 10.437 -1.467 165 HG1 THR 270 HG1 THR 270 36.207 10.917 1.229 166 1HG2 THR 270 1HG2 THR 270 34.175 11.412 0.401 167 2HG2 THR 270 2HG2 THR 270 34.138 11.505 -1.360 168 3HG2 THR 270 3HG2 THR 270 35.329 12.438 -0.453 169 H VAL 271 H VAL 271 36.348 8.695 -2.730 170 HA VAL 271 HA VAL 271 34.668 9.320 -4.793 171 HB VAL 271 HB VAL 271 36.677 7.058 -4.690 172 1HG1 VAL 271 1HG1 VAL 271 35.221 8.393 -6.982 173 2HG1 VAL 271 2HG1 VAL 271 35.284 6.673 -6.596 174 3HG1 VAL 271 3HG1 VAL 271 36.721 7.494 -7.206 175 1HG2 VAL 271 1HG2 VAL 271 37.142 9.711 -4.336 176 2HG2 VAL 271 2HG2 VAL 271 37.202 9.619 -6.097 177 3HG2 VAL 271 3HG2 VAL 271 38.288 8.626 -5.125 178 H VAL 272 H VAL 272 34.553 6.491 -2.759 179 HA VAL 272 HA VAL 272 32.606 5.163 -4.489 180 HB VAL 272 HB VAL 272 34.485 3.981 -3.180 181 1HG1 VAL 272 1HG1 VAL 272 34.184 3.585 -0.884 182 2HG1 VAL 272 2HG1 VAL 272 32.480 4.036 -0.934 183 3HG1 VAL 272 3HG1 VAL 272 33.724 5.281 -1.046 184 1HG2 VAL 272 1HG2 VAL 272 32.554 2.230 -2.404 185 2HG2 VAL 272 2HG2 VAL 272 33.078 2.416 -4.077 186 3HG2 VAL 272 3HG2 VAL 272 31.630 3.247 -3.510 187 H LEU 273 H LEU 273 32.733 7.104 -1.606 188 HA LEU 273 HA LEU 273 29.970 6.463 -0.889 189 1HB LEU 273 1HB LEU 273 31.801 6.753 0.835 190 2HB LEU 273 2HB LEU 273 31.807 8.469 0.428 191 HG LEU 273 HG LEU 273 29.133 8.017 0.783 192 1HD1 LEU 273 1HD1 LEU 273 28.861 6.663 2.797 193 2HD1 LEU 273 2HD1 LEU 273 30.596 6.357 2.856 194 3HD1 LEU 273 3HD1 LEU 273 29.628 5.690 1.542 195 1HD2 LEU 273 1HD2 LEU 273 31.257 8.820 2.791 196 2HD2 LEU 273 2HD2 LEU 273 29.527 9.025 3.072 197 3HD2 LEU 273 3HD2 LEU 273 30.314 9.888 1.750 198 H TYR 274 H TYR 274 31.871 9.031 -2.329 199 HA TYR 274 HA TYR 274 29.595 10.863 -2.370 200 1HB TYR 274 1HB TYR 274 32.510 11.052 -2.989 201 2HB TYR 274 2HB TYR 274 31.416 12.192 -3.769 202 HD1 TYR 274 HD1 TYR 274 31.936 10.667 -0.376 203 HD2 TYR 274 HD2 TYR 274 31.014 14.196 -2.646 204 HE1 TYR 274 HE1 TYR 274 31.833 11.987 1.720 205 HE2 TYR 274 HE2 TYR 274 30.909 15.515 -0.550 206 HH TYR 274 HH TYR 274 30.383 14.756 2.077 207 H LYS 275 H LYS 275 31.926 10.285 -4.953 208 HA LYS 275 HA LYS 275 30.027 10.617 -7.018 209 1HB LYS 275 1HB LYS 275 32.600 9.100 -7.369 210 2HB LYS 275 2HB LYS 275 31.791 10.186 -8.500 211 1HG LYS 275 1HG LYS 275 32.200 11.872 -6.393 212 2HG LYS 275 2HG LYS 275 33.608 10.821 -6.248 213 1HD LYS 275 1HD LYS 275 34.347 12.508 -7.715 214 2HD LYS 275 2HD LYS 275 33.882 11.203 -8.806 215 1HE LYS 275 1HE LYS 275 31.502 12.510 -8.535 216 2HE LYS 275 2HE LYS 275 32.637 13.854 -8.400 217 1HZ LYS 275 1HZ LYS 275 31.885 13.229 -10.714 218 2HZ LYS 275 2HZ LYS 275 32.837 11.833 -10.552 219 3HZ LYS 275 3HZ LYS 275 33.558 13.369 -10.480 220 H LYS 276 H LYS 276 30.923 7.879 -5.111 221 HA LYS 276 HA LYS 276 30.421 5.624 -5.278 222 1HB LYS 276 1HB LYS 276 27.820 6.767 -6.323 223 2HB LYS 276 2HB LYS 276 28.046 5.206 -5.533 224 1HG LYS 276 1HG LYS 276 29.169 7.230 -3.846 225 2HG LYS 276 2HG LYS 276 27.543 7.735 -4.306 226 1HD LYS 276 1HD LYS 276 28.232 4.993 -3.209 227 2HD LYS 276 2HD LYS 276 27.588 6.319 -2.241 228 1HE LYS 276 1HE LYS 276 25.498 5.817 -2.899 229 2HE LYS 276 2HE LYS 276 25.963 6.022 -4.587 230 1HZ LYS 276 1HZ LYS 276 26.322 3.815 -4.858 231 2HZ LYS 276 2HZ LYS 276 25.144 3.720 -3.638 232 3HZ LYS 276 3HZ LYS 276 26.790 3.562 -3.248 233 1HN NH2 277 1HN NH2 277 31.391 7.059 -7.900 234 2HN NH2 277 2HN NH2 277 30.988 5.924 -9.111 Start of MODEL 2 1 1H HIS 250 1H HIS 250 51.526 15.608 -6.578 2 2H HIS 250 2H HIS 250 50.358 16.651 -7.236 3 3H HIS 250 3H HIS 250 49.898 15.136 -6.621 4 HA HIS 250 HA HIS 250 49.341 16.977 -5.111 5 1HB HIS 250 1HB HIS 250 50.092 14.534 -4.461 6 2HB HIS 250 2HB HIS 250 51.514 15.356 -3.820 7 HD2 HIS 250 HD2 HIS 250 47.710 16.520 -3.499 8 HE1 HIS 250 HE1 HIS 250 49.422 16.261 0.351 9 HE2 HIS 250 HE2 HIS 250 47.330 16.891 -0.943 10 H ILE 251 H ILE 251 51.473 17.202 -2.986 11 HA ILE 251 HA ILE 251 52.835 19.541 -4.149 12 HB ILE 251 HB ILE 251 53.060 19.152 -1.256 13 1HG1 ILE 251 1HG1 ILE 251 50.846 18.149 -1.516 14 2HG1 ILE 251 2HG1 ILE 251 50.678 19.758 -0.820 15 1HG2 ILE 251 1HG2 ILE 251 51.963 21.386 -2.988 16 2HG2 ILE 251 2HG2 ILE 251 53.637 21.232 -2.457 17 3HG2 ILE 251 3HG2 ILE 251 52.359 21.511 -1.275 18 1HD1 ILE 251 1HD1 ILE 251 49.620 18.729 -3.318 19 2HD1 ILE 251 2HD1 ILE 251 50.605 20.162 -3.604 20 3HD1 ILE 251 3HD1 ILE 251 49.242 20.238 -2.489 21 H ASN 252 H ASN 252 55.050 19.984 -3.249 22 HA ASN 252 HA ASN 252 56.660 17.571 -3.528 23 1HB ASN 252 1HB ASN 252 57.417 20.493 -3.309 24 2HB ASN 252 2HB ASN 252 58.566 19.178 -3.551 25 1HD2 ASN 252 1HD2 ASN 252 55.483 18.718 -5.070 26 2HD2 ASN 252 2HD2 ASN 252 55.969 19.106 -6.649 27 H GLU 253 H GLU 253 55.550 19.707 -1.047 28 HA GLU 253 HA GLU 253 57.563 18.810 0.873 29 1HB GLU 253 1HB GLU 253 55.167 20.519 1.509 30 2HB GLU 253 2HB GLU 253 56.734 20.470 2.319 31 1HG GLU 253 1HG GLU 253 57.618 21.186 -0.079 32 2HG GLU 253 2HG GLU 253 55.972 21.792 -0.256 33 H LEU 254 H LEU 254 54.039 18.641 0.409 34 HA LEU 254 HA LEU 254 53.708 16.833 2.647 35 1HB LEU 254 1HB LEU 254 51.619 17.340 0.548 36 2HB LEU 254 2HB LEU 254 51.409 17.022 2.271 37 HG LEU 254 HG LEU 254 52.527 19.545 1.018 38 1HD1 LEU 254 1HD1 LEU 254 50.233 19.491 2.922 39 2HD1 LEU 254 2HD1 LEU 254 49.936 18.901 1.287 40 3HD1 LEU 254 3HD1 LEU 254 50.519 20.547 1.539 41 1HD2 LEU 254 1HD2 LEU 254 52.403 20.257 3.532 42 2HD2 LEU 254 2HD2 LEU 254 53.789 19.315 2.986 43 3HD2 LEU 254 3HD2 LEU 254 52.472 18.524 3.851 44 H LEU 255 H LEU 255 54.992 16.406 -0.316 45 HA LEU 255 HA LEU 255 53.758 14.254 -1.529 46 1HB LEU 255 1HB LEU 255 55.946 15.575 -2.132 47 2HB LEU 255 2HB LEU 255 56.741 14.266 -1.257 48 HG LEU 255 HG LEU 255 55.114 12.775 -2.761 49 1HD1 LEU 255 1HD1 LEU 255 54.039 14.725 -3.829 50 2HD1 LEU 255 2HD1 LEU 255 54.908 13.754 -5.016 51 3HD1 LEU 255 3HD1 LEU 255 55.608 15.262 -4.428 52 1HD2 LEU 255 1HD2 LEU 255 57.806 13.975 -3.329 53 2HD2 LEU 255 2HD2 LEU 255 57.056 12.944 -4.547 54 3HD2 LEU 255 3HD2 LEU 255 57.390 12.307 -2.938 55 H HIS 256 H HIS 256 54.983 14.377 1.603 56 HA HIS 256 HA HIS 256 56.175 12.024 2.215 57 1HB HIS 256 1HB HIS 256 53.950 13.442 3.680 58 2HB HIS 256 2HB HIS 256 54.810 12.060 4.359 59 HD2 HIS 256 HD2 HIS 256 56.962 14.572 2.301 60 HE1 HIS 256 HE1 HIS 256 57.793 15.243 6.386 61 HE2 HIS 256 HE2 HIS 256 58.497 15.810 4.013 62 H ILE 257 H ILE 257 52.723 12.459 1.528 63 HA ILE 257 HA ILE 257 51.624 10.070 2.200 64 HB ILE 257 HB ILE 257 51.202 11.888 -0.136 65 1HG1 ILE 257 1HG1 ILE 257 48.988 12.098 0.919 66 2HG1 ILE 257 2HG1 ILE 257 49.413 10.841 2.081 67 1HG2 ILE 257 1HG2 ILE 257 50.083 9.100 0.176 68 2HG2 ILE 257 2HG2 ILE 257 50.777 9.847 -1.263 69 3HG2 ILE 257 3HG2 ILE 257 49.193 10.357 -0.682 70 1HD1 ILE 257 1HD1 ILE 257 49.690 13.192 2.956 71 2HD1 ILE 257 2HD1 ILE 257 50.968 13.419 1.763 72 3HD1 ILE 257 3HD1 ILE 257 51.155 12.213 3.036 73 H LEU 258 H LEU 258 53.381 10.679 -0.848 74 HA LEU 258 HA LEU 258 53.238 8.281 -2.104 75 1HB LEU 258 1HB LEU 258 54.956 10.499 -2.223 76 2HB LEU 258 2HB LEU 258 56.011 9.095 -2.073 77 HG LEU 258 HG LEU 258 53.777 9.413 -4.102 78 1HD1 LEU 258 1HD1 LEU 258 55.502 9.709 -5.736 79 2HD1 LEU 258 2HD1 LEU 258 56.764 9.290 -4.576 80 3HD1 LEU 258 3HD1 LEU 258 55.886 10.811 -4.414 81 1HD2 LEU 258 1HD2 LEU 258 53.876 7.137 -4.053 82 2HD2 LEU 258 2HD2 LEU 258 55.413 7.129 -3.189 83 3HD2 LEU 258 3HD2 LEU 258 55.386 7.352 -4.938 84 H VAL 259 H VAL 259 55.101 8.992 0.797 85 HA VAL 259 HA VAL 259 56.727 6.731 0.916 86 HB VAL 259 HB VAL 259 55.387 8.147 3.233 87 1HG1 VAL 259 1HG1 VAL 259 57.419 7.332 4.457 88 2HG1 VAL 259 2HG1 VAL 259 57.849 6.387 3.032 89 3HG1 VAL 259 3HG1 VAL 259 56.366 6.026 3.914 90 1HG2 VAL 259 1HG2 VAL 259 58.179 8.773 2.693 91 2HG2 VAL 259 2HG2 VAL 259 56.813 9.869 2.895 92 3HG2 VAL 259 3HG2 VAL 259 57.156 9.169 1.313 93 H PHE 260 H PHE 260 53.780 7.094 2.895 94 HA PHE 260 HA PHE 260 53.501 4.211 3.046 95 1HB PHE 260 1HB PHE 260 51.229 5.338 4.180 96 2HB PHE 260 2HB PHE 260 52.693 4.862 5.041 97 HD1 PHE 260 HD1 PHE 260 50.636 7.625 3.943 98 HD2 PHE 260 HD2 PHE 260 54.563 6.558 5.318 99 HE1 PHE 260 HE1 PHE 260 51.090 10.001 4.491 100 HE2 PHE 260 HE2 PHE 260 55.017 8.934 5.867 101 HZ PHE 260 HZ PHE 260 53.280 10.655 5.454 102 H GLY 261 H GLY 261 50.954 6.616 2.469 103 1HA GLY 261 1HA GLY 261 49.698 6.800 0.429 104 2HA GLY 261 2HA GLY 261 50.145 5.140 0.047 105 H GLU 262 H GLU 262 49.321 5.621 3.310 106 HA GLU 262 HA GLU 262 47.127 3.847 3.228 107 1HB GLU 262 1HB GLU 262 46.784 4.450 5.561 108 2HB GLU 262 2HB GLU 262 48.511 4.278 5.248 109 1HG GLU 262 1HG GLU 262 48.186 6.907 4.667 110 2HG GLU 262 2HG GLU 262 46.941 6.708 5.899 111 H SER 263 H SER 263 47.287 6.901 2.033 112 HA SER 263 HA SER 263 44.902 8.120 2.931 113 1HB SER 263 1HB SER 263 46.925 8.978 1.409 114 2HB SER 263 2HB SER 263 45.797 8.554 0.124 115 HG SER 263 HG SER 263 45.517 10.412 2.229 116 H LEU 264 H LEU 264 45.206 5.232 1.434 117 HA LEU 264 HA LEU 264 43.289 5.268 -0.628 118 1HB LEU 264 1HB LEU 264 44.034 3.000 1.233 119 2HB LEU 264 2HB LEU 264 43.175 2.835 -0.299 120 HG LEU 264 HG LEU 264 45.654 4.384 -0.533 121 1HD1 LEU 264 1HD1 LEU 264 47.078 2.290 -0.398 122 2HD1 LEU 264 2HD1 LEU 264 45.721 1.506 0.410 123 3HD1 LEU 264 3HD1 LEU 264 46.507 2.897 1.156 124 1HD2 LEU 264 1HD2 LEU 264 44.313 3.534 -2.435 125 2HD2 LEU 264 2HD2 LEU 264 44.608 1.881 -1.897 126 3HD2 LEU 264 3HD2 LEU 264 45.949 2.876 -2.462 127 H LEU 265 H LEU 265 42.984 4.818 2.864 128 HA LEU 265 HA LEU 265 40.099 4.416 2.642 129 1HB LEU 265 1HB LEU 265 40.323 4.342 5.207 130 2HB LEU 265 2HB LEU 265 41.058 3.028 4.288 131 HG LEU 265 HG LEU 265 42.811 5.367 4.689 132 1HD1 LEU 265 1HD1 LEU 265 43.330 4.544 7.060 133 2HD1 LEU 265 2HD1 LEU 265 41.774 3.715 7.001 134 3HD1 LEU 265 3HD1 LEU 265 41.843 5.472 6.867 135 1HD2 LEU 265 1HD2 LEU 265 44.458 3.630 5.040 136 2HD2 LEU 265 2HD2 LEU 265 43.438 3.130 3.691 137 3HD2 LEU 265 3HD2 LEU 265 43.200 2.420 5.288 138 H ASN 266 H ASN 266 42.072 7.024 2.542 139 HA ASN 266 HA ASN 266 40.518 8.763 4.295 140 1HB ASN 266 1HB ASN 266 42.889 9.240 2.484 141 2HB ASN 266 2HB ASN 266 42.078 10.530 3.372 142 1HD2 ASN 266 1HD2 ASN 266 42.819 7.164 4.420 143 2HD2 ASN 266 2HD2 ASN 266 43.750 7.634 5.761 144 H ASP 267 H ASP 267 41.619 9.470 1.005 145 HA ASP 267 HA ASP 267 39.028 10.686 0.425 146 1HB ASP 267 1HB ASP 267 41.746 11.094 -0.426 147 2HB ASP 267 2HB ASP 267 40.718 10.832 -1.833 148 H ALA 268 H ALA 268 41.226 8.397 -1.220 149 HA ALA 268 HA ALA 268 39.701 7.554 -3.300 150 1HB ALA 268 1HB ALA 268 40.831 5.263 -1.879 151 2HB ALA 268 2HB ALA 268 41.966 6.604 -2.033 152 3HB ALA 268 3HB ALA 268 41.226 5.905 -3.473 153 H VAL 269 H VAL 269 39.006 7.105 0.050 154 HA VAL 269 HA VAL 269 37.241 4.880 -0.179 155 HB VAL 269 HB VAL 269 38.353 5.960 1.935 156 1HG1 VAL 269 1HG1 VAL 269 37.113 7.615 3.054 157 2HG1 VAL 269 2HG1 VAL 269 35.669 7.319 2.087 158 3HG1 VAL 269 3HG1 VAL 269 37.053 8.148 1.375 159 1HG2 VAL 269 1HG2 VAL 269 35.686 4.643 1.605 160 2HG2 VAL 269 2HG2 VAL 269 36.134 5.217 3.212 161 3HG2 VAL 269 3HG2 VAL 269 37.146 4.033 2.384 162 H THR 270 H THR 270 36.998 7.846 -1.540 163 HA THR 270 HA THR 270 34.113 8.160 -1.119 164 HB THR 270 HB THR 270 36.251 9.868 -2.367 165 HG1 THR 270 HG1 THR 270 35.734 11.162 -0.737 166 1HG2 THR 270 1HG2 THR 270 33.279 9.930 -2.816 167 2HG2 THR 270 2HG2 THR 270 34.582 10.154 -3.983 168 3HG2 THR 270 3HG2 THR 270 34.209 11.430 -2.824 169 H VAL 271 H VAL 271 36.189 8.408 -4.006 170 HA VAL 271 HA VAL 271 34.193 7.824 -5.864 171 HB VAL 271 HB VAL 271 37.158 7.259 -6.089 172 1HG1 VAL 271 1HG1 VAL 271 35.963 6.132 -7.855 173 2HG1 VAL 271 2HG1 VAL 271 36.654 7.599 -8.545 174 3HG1 VAL 271 3HG1 VAL 271 34.941 7.541 -8.135 175 1HG2 VAL 271 1HG2 VAL 271 37.031 9.554 -5.642 176 2HG2 VAL 271 2HG2 VAL 271 35.460 9.720 -6.426 177 3HG2 VAL 271 3HG2 VAL 271 36.917 9.522 -7.401 178 H VAL 272 H VAL 272 36.847 5.593 -5.044 179 HA VAL 272 HA VAL 272 35.869 3.296 -6.146 180 HB VAL 272 HB VAL 272 37.367 3.652 -3.545 181 1HG1 VAL 272 1HG1 VAL 272 37.993 1.195 -4.028 182 2HG1 VAL 272 2HG1 VAL 272 36.571 1.169 -5.069 183 3HG1 VAL 272 3HG1 VAL 272 36.395 1.499 -3.346 184 1HG2 VAL 272 1HG2 VAL 272 38.550 4.412 -5.552 185 2HG2 VAL 272 2HG2 VAL 272 38.196 2.888 -6.364 186 3HG2 VAL 272 3HG2 VAL 272 39.276 2.915 -4.968 187 H LEU 273 H LEU 273 34.521 5.045 -3.523 188 HA LEU 273 HA LEU 273 32.892 2.744 -2.673 189 1HB LEU 273 1HB LEU 273 34.092 4.173 -0.974 190 2HB LEU 273 2HB LEU 273 33.010 5.491 -1.422 191 HG LEU 273 HG LEU 273 31.203 3.500 -1.021 192 1HD1 LEU 273 1HD1 LEU 273 31.821 2.133 0.833 193 2HD1 LEU 273 2HD1 LEU 273 33.288 3.068 1.126 194 3HD1 LEU 273 3HD1 LEU 273 33.171 2.032 -0.297 195 1HD2 LEU 273 1HD2 LEU 273 30.943 5.644 -0.003 196 2HD2 LEU 273 2HD2 LEU 273 32.430 5.462 0.928 197 3HD2 LEU 273 3HD2 LEU 273 31.010 4.497 1.334 198 H TYR 274 H TYR 274 32.157 6.218 -2.897 199 HA TYR 274 HA TYR 274 29.448 6.002 -3.351 200 1HB TYR 274 1HB TYR 274 31.481 8.067 -4.124 201 2HB TYR 274 2HB TYR 274 29.809 8.235 -4.660 202 HD1 TYR 274 HD1 TYR 274 31.790 7.473 -1.567 203 HD2 TYR 274 HD2 TYR 274 28.267 9.274 -3.240 204 HE1 TYR 274 HE1 TYR 274 31.158 8.321 0.675 205 HE2 TYR 274 HE2 TYR 274 27.635 10.121 -0.997 206 HH TYR 274 HH TYR 274 28.297 10.387 1.120 207 H LYS 275 H LYS 275 31.395 7.179 -6.045 208 HA LYS 275 HA LYS 275 29.726 6.492 -8.091 209 1HB LYS 275 1HB LYS 275 32.736 6.253 -8.261 210 2HB LYS 275 2HB LYS 275 31.615 6.621 -9.574 211 1HG LYS 275 1HG LYS 275 31.040 8.515 -7.584 212 2HG LYS 275 2HG LYS 275 32.800 8.419 -7.624 213 1HD LYS 275 1HD LYS 275 32.132 10.079 -9.243 214 2HD LYS 275 2HD LYS 275 32.674 8.657 -10.134 215 1HE LYS 275 1HE LYS 275 29.927 8.250 -9.631 216 2HE LYS 275 2HE LYS 275 30.078 9.926 -10.156 217 1HZ LYS 275 1HZ LYS 275 30.578 9.296 -12.215 218 2HZ LYS 275 2HZ LYS 275 30.049 7.741 -11.777 219 3HZ LYS 275 3HZ LYS 275 31.699 8.136 -11.691 220 H LYS 276 H LYS 276 32.174 4.405 -6.588 221 HA LYS 276 HA LYS 276 31.103 2.124 -8.137 222 1HB LYS 276 1HB LYS 276 33.490 2.470 -8.465 223 2HB LYS 276 2HB LYS 276 33.755 2.467 -6.722 224 1HG LYS 276 1HG LYS 276 33.682 0.203 -6.601 225 2HG LYS 276 2HG LYS 276 32.289 0.109 -7.680 226 1HD LYS 276 1HD LYS 276 34.293 -0.958 -8.680 227 2HD LYS 276 2HD LYS 276 33.751 0.427 -9.628 228 1HE LYS 276 1HE LYS 276 35.675 1.096 -7.495 229 2HE LYS 276 2HE LYS 276 36.327 0.057 -8.763 230 1HZ LYS 276 1HZ LYS 276 36.429 1.791 -10.110 231 2HZ LYS 276 2HZ LYS 276 35.858 2.802 -8.869 232 3HZ LYS 276 3HZ LYS 276 34.764 2.069 -9.942 233 1HN NH2 277 1HN NH2 277 32.895 1.985 -5.060 234 2HN NH2 277 2HN NH2 277 31.636 1.241 -4.180 Start of MODEL 3 1 1H HIS 250 1H HIS 250 53.229 -4.648 -5.799 2 2H HIS 250 2H HIS 250 52.894 -4.777 -7.460 3 3H HIS 250 3H HIS 250 52.706 -3.287 -6.666 4 HA HIS 250 HA HIS 250 55.225 -4.710 -7.293 5 1HB HIS 250 1HB HIS 250 53.731 -2.736 -8.620 6 2HB HIS 250 2HB HIS 250 55.065 -1.869 -7.859 7 HD2 HIS 250 HD2 HIS 250 57.603 -3.695 -8.328 8 HE1 HIS 250 HE1 HIS 250 56.311 -4.242 -12.310 9 HE2 HIS 250 HE2 HIS 250 58.290 -4.448 -10.732 10 H ILE 251 H ILE 251 57.159 -3.491 -6.571 11 HA ILE 251 HA ILE 251 56.722 -2.310 -3.893 12 HB ILE 251 HB ILE 251 59.262 -2.993 -3.713 13 1HG1 ILE 251 1HG1 ILE 251 58.940 -3.796 -6.248 14 2HG1 ILE 251 2HG1 ILE 251 60.026 -4.633 -5.141 15 1HG2 ILE 251 1HG2 ILE 251 57.691 -3.904 -2.195 16 2HG2 ILE 251 2HG2 ILE 251 58.441 -5.309 -2.949 17 3HG2 ILE 251 3HG2 ILE 251 56.839 -4.779 -3.466 18 1HD1 ILE 251 1HD1 ILE 251 57.126 -5.442 -5.419 19 2HD1 ILE 251 2HD1 ILE 251 58.464 -6.375 -4.748 20 3HD1 ILE 251 3HD1 ILE 251 58.374 -6.085 -6.484 21 H ASN 252 H ASN 252 57.012 -1.203 -6.804 22 HA ASN 252 HA ASN 252 59.358 0.494 -6.551 23 1HB ASN 252 1HB ASN 252 57.216 0.136 -8.634 24 2HB ASN 252 2HB ASN 252 58.338 1.495 -8.705 25 1HD2 ASN 252 1HD2 ASN 252 59.622 -1.390 -7.267 26 2HD2 ASN 252 2HD2 ASN 252 60.538 -1.896 -8.602 27 H GLU 253 H GLU 253 55.924 0.669 -5.988 28 HA GLU 253 HA GLU 253 55.691 3.506 -5.963 29 1HB GLU 253 1HB GLU 253 53.583 3.048 -4.685 30 2HB GLU 253 2HB GLU 253 53.701 2.183 -6.217 31 1HG GLU 253 1HG GLU 253 54.936 0.575 -4.200 32 2HG GLU 253 2HG GLU 253 53.361 1.087 -3.600 33 H LEU 254 H LEU 254 57.556 1.636 -4.059 34 HA LEU 254 HA LEU 254 57.053 2.305 -1.417 35 1HB LEU 254 1HB LEU 254 59.441 1.562 -2.991 36 2HB LEU 254 2HB LEU 254 59.774 2.423 -1.489 37 HG LEU 254 HG LEU 254 57.846 0.103 -1.549 38 1HD1 LEU 254 1HD1 LEU 254 60.795 0.070 -1.789 39 2HD1 LEU 254 2HD1 LEU 254 59.617 -1.175 -2.204 40 3HD1 LEU 254 3HD1 LEU 254 60.135 -0.974 -0.531 41 1HD2 LEU 254 1HD2 LEU 254 57.904 0.290 0.724 42 2HD2 LEU 254 2HD2 LEU 254 58.485 1.923 0.397 43 3HD2 LEU 254 3HD2 LEU 254 59.633 0.631 0.747 44 H LEU 255 H LEU 255 57.645 4.388 -3.971 45 HA LEU 255 HA LEU 255 58.674 6.531 -2.234 46 1HB LEU 255 1HB LEU 255 59.835 5.981 -4.426 47 2HB LEU 255 2HB LEU 255 58.398 6.599 -5.241 48 HG LEU 255 HG LEU 255 58.871 8.613 -3.471 49 1HD1 LEU 255 1HD1 LEU 255 61.008 7.322 -2.838 50 2HD1 LEU 255 2HD1 LEU 255 61.198 9.029 -3.238 51 3HD1 LEU 255 3HD1 LEU 255 61.618 7.792 -4.423 52 1HD2 LEU 255 1HD2 LEU 255 58.480 9.104 -5.755 53 2HD2 LEU 255 2HD2 LEU 255 59.855 8.136 -6.285 54 3HD2 LEU 255 3HD2 LEU 255 60.123 9.678 -5.472 55 H HIS 256 H HIS 256 56.103 5.758 -4.551 56 HA HIS 256 HA HIS 256 54.723 8.260 -4.084 57 1HB HIS 256 1HB HIS 256 54.222 5.821 -5.755 58 2HB HIS 256 2HB HIS 256 52.908 6.959 -5.451 59 HD2 HIS 256 HD2 HIS 256 56.709 7.606 -6.516 60 HE1 HIS 256 HE1 HIS 256 54.150 9.942 -8.928 61 HE2 HIS 256 HE2 HIS 256 56.575 9.363 -8.443 62 H ILE 257 H ILE 257 53.172 5.088 -4.057 63 HA ILE 257 HA ILE 257 51.156 5.611 -2.309 64 HB ILE 257 HB ILE 257 52.749 3.046 -2.489 65 1HG1 ILE 257 1HG1 ILE 257 51.482 4.174 -4.535 66 2HG1 ILE 257 2HG1 ILE 257 51.377 2.437 -4.260 67 1HG2 ILE 257 1HG2 ILE 257 50.127 3.740 -1.170 68 2HG2 ILE 257 2HG2 ILE 257 51.498 2.861 -0.497 69 3HG2 ILE 257 3HG2 ILE 257 50.473 2.096 -1.711 70 1HD1 ILE 257 1HD1 ILE 257 49.217 2.593 -3.323 71 2HD1 ILE 257 2HD1 ILE 257 49.171 3.716 -4.680 72 3HD1 ILE 257 3HD1 ILE 257 49.366 4.327 -3.039 73 H LEU 258 H LEU 258 54.459 4.639 -1.443 74 HA LEU 258 HA LEU 258 54.230 4.288 1.266 75 1HB LEU 258 1HB LEU 258 56.343 3.998 0.088 76 2HB LEU 258 2HB LEU 258 56.453 5.738 -0.183 77 HG LEU 258 HG LEU 258 55.994 5.108 2.629 78 1HD1 LEU 258 1HD1 LEU 258 58.208 4.137 3.071 79 2HD1 LEU 258 2HD1 LEU 258 58.535 4.070 1.340 80 3HD1 LEU 258 3HD1 LEU 258 57.262 3.068 2.036 81 1HD2 LEU 258 1HD2 LEU 258 58.335 6.468 1.267 82 2HD2 LEU 258 2HD2 LEU 258 57.781 6.699 2.925 83 3HD2 LEU 258 3HD2 LEU 258 56.797 7.274 1.579 84 H VAL 259 H VAL 259 54.099 7.286 -0.539 85 HA VAL 259 HA VAL 259 54.461 9.126 1.547 86 HB VAL 259 HB VAL 259 52.667 9.387 -0.878 87 1HG1 VAL 259 1HG1 VAL 259 53.146 11.825 -0.555 88 2HG1 VAL 259 2HG1 VAL 259 53.944 11.427 0.967 89 3HG1 VAL 259 3HG1 VAL 259 52.218 11.124 0.770 90 1HG2 VAL 259 1HG2 VAL 259 55.208 10.751 -1.019 91 2HG2 VAL 259 2HG2 VAL 259 54.546 9.536 -2.113 92 3HG2 VAL 259 3HG2 VAL 259 55.469 9.037 -0.695 93 H PHE 260 H PHE 260 51.280 8.539 0.068 94 HA PHE 260 HA PHE 260 49.938 9.247 2.519 95 1HB PHE 260 1HB PHE 260 48.036 8.109 0.848 96 2HB PHE 260 2HB PHE 260 48.438 9.823 0.944 97 HD1 PHE 260 HD1 PHE 260 48.509 6.860 -1.104 98 HD2 PHE 260 HD2 PHE 260 50.320 10.715 -0.545 99 HE1 PHE 260 HE1 PHE 260 49.382 6.787 -3.424 100 HE2 PHE 260 HE2 PHE 260 51.193 10.641 -2.864 101 HZ PHE 260 HZ PHE 260 50.725 8.677 -4.304 102 H GLY 261 H GLY 261 49.593 6.334 0.487 103 1HA GLY 261 1HA GLY 261 49.300 4.119 1.035 104 2HA GLY 261 2HA GLY 261 50.185 4.466 2.517 105 H GLU 262 H GLU 262 48.864 5.703 4.204 106 HA GLU 262 HA GLU 262 46.455 4.197 4.702 107 1HB GLU 262 1HB GLU 262 46.396 5.778 6.756 108 2HB GLU 262 2HB GLU 262 47.704 4.601 6.645 109 1HG GLU 262 1HG GLU 262 49.288 6.213 6.063 110 2HG GLU 262 2HG GLU 262 48.070 7.333 5.454 111 H SER 263 H SER 263 47.140 6.996 2.991 112 HA SER 263 HA SER 263 44.607 8.326 3.588 113 1HB SER 263 1HB SER 263 47.102 9.243 2.784 114 2HB SER 263 2HB SER 263 46.120 9.376 1.329 115 HG SER 263 HG SER 263 44.758 10.720 2.359 116 H LEU 264 H LEU 264 45.987 6.163 1.273 117 HA LEU 264 HA LEU 264 44.344 6.668 -0.955 118 1HB LEU 264 1HB LEU 264 46.325 4.794 -0.242 119 2HB LEU 264 2HB LEU 264 44.899 3.853 -0.684 120 HG LEU 264 HG LEU 264 46.130 6.060 -2.363 121 1HD1 LEU 264 1HD1 LEU 264 47.086 4.396 -3.704 122 2HD1 LEU 264 2HD1 LEU 264 45.992 3.149 -3.107 123 3HD1 LEU 264 3HD1 LEU 264 47.307 3.730 -2.086 124 1HD2 LEU 264 1HD2 LEU 264 44.130 6.081 -3.403 125 2HD2 LEU 264 2HD2 LEU 264 43.536 4.781 -2.370 126 3HD2 LEU 264 3HD2 LEU 264 44.401 4.399 -3.858 127 H LEU 265 H LEU 265 43.891 4.558 1.862 128 HA LEU 265 HA LEU 265 41.409 3.463 0.959 129 1HB LEU 265 1HB LEU 265 41.195 2.623 3.260 130 2HB LEU 265 2HB LEU 265 42.810 2.315 2.623 131 HG LEU 265 HG LEU 265 43.083 4.824 3.743 132 1HD1 LEU 265 1HD1 LEU 265 40.745 4.404 4.722 133 2HD1 LEU 265 2HD1 LEU 265 42.008 4.851 5.869 134 3HD1 LEU 265 3HD1 LEU 265 41.507 3.167 5.722 135 1HD2 LEU 265 1HD2 LEU 265 43.544 2.120 5.046 136 2HD2 LEU 265 2HD2 LEU 265 44.328 3.628 5.516 137 3HD2 LEU 265 3HD2 LEU 265 44.651 2.923 3.932 138 H ASN 266 H ASN 266 42.341 6.274 2.839 139 HA ASN 266 HA ASN 266 39.594 6.885 3.580 140 1HB ASN 266 1HB ASN 266 40.561 8.125 5.175 141 2HB ASN 266 2HB ASN 266 42.124 7.553 4.597 142 1HD2 ASN 266 1HD2 ASN 266 43.098 8.889 2.739 143 2HD2 ASN 266 2HD2 ASN 266 42.791 10.557 2.728 144 H ASP 267 H ASP 267 41.762 7.525 1.005 145 HA ASP 267 HA ASP 267 40.364 9.940 0.138 146 1HB ASP 267 1HB ASP 267 42.788 9.866 -0.127 147 2HB ASP 267 2HB ASP 267 42.660 8.396 -1.091 148 H ALA 268 H ALA 268 40.273 6.544 -0.356 149 HA ALA 268 HA ALA 268 38.868 6.770 -2.916 150 1HB ALA 268 1HB ALA 268 40.602 4.974 -2.461 151 2HB ALA 268 2HB ALA 268 39.048 4.390 -3.052 152 3HB ALA 268 3HB ALA 268 39.444 4.258 -1.339 153 H VAL 269 H VAL 269 38.277 6.342 0.456 154 HA VAL 269 HA VAL 269 35.734 5.106 0.339 155 HB VAL 269 HB VAL 269 37.382 5.575 2.345 156 1HG1 VAL 269 1HG1 VAL 269 36.908 7.490 3.637 157 2HG1 VAL 269 2HG1 VAL 269 35.406 7.814 2.773 158 3HG1 VAL 269 3HG1 VAL 269 36.957 8.109 1.987 159 1HG2 VAL 269 1HG2 VAL 269 35.595 4.191 2.862 160 2HG2 VAL 269 2HG2 VAL 269 34.398 5.338 2.260 161 3HG2 VAL 269 3HG2 VAL 269 35.167 5.605 3.824 162 H THR 270 H THR 270 36.702 8.081 -0.793 163 HA THR 270 HA THR 270 34.185 9.455 -0.202 164 HB THR 270 HB THR 270 35.216 11.414 -0.974 165 HG1 THR 270 HG1 THR 270 36.006 10.955 -2.914 166 1HG2 THR 270 1HG2 THR 270 37.384 11.479 0.129 167 2HG2 THR 270 2HG2 THR 270 37.513 9.722 0.047 168 3HG2 THR 270 3HG2 THR 270 36.290 10.470 1.075 169 H VAL 271 H VAL 271 35.523 7.442 -2.578 170 HA VAL 271 HA VAL 271 33.714 8.458 -4.670 171 HB VAL 271 HB VAL 271 35.864 6.347 -4.931 172 1HG1 VAL 271 1HG1 VAL 271 35.685 6.932 -7.328 173 2HG1 VAL 271 2HG1 VAL 271 34.408 8.088 -6.947 174 3HG1 VAL 271 3HG1 VAL 271 34.141 6.363 -6.693 175 1HG2 VAL 271 1HG2 VAL 271 36.680 8.729 -6.181 176 2HG2 VAL 271 2HG2 VAL 271 37.359 8.025 -4.713 177 3HG2 VAL 271 3HG2 VAL 271 36.072 9.227 -4.601 178 H VAL 272 H VAL 272 34.866 5.210 -3.753 179 HA VAL 272 HA VAL 272 32.726 3.763 -4.726 180 HB VAL 272 HB VAL 272 34.969 2.991 -3.615 181 1HG1 VAL 272 1HG1 VAL 272 34.090 4.003 -1.378 182 2HG1 VAL 272 2HG1 VAL 272 34.886 2.429 -1.333 183 3HG1 VAL 272 3HG1 VAL 272 33.126 2.530 -1.276 184 1HG2 VAL 272 1HG2 VAL 272 32.347 1.494 -3.294 185 2HG2 VAL 272 2HG2 VAL 272 33.945 0.752 -3.215 186 3HG2 VAL 272 3HG2 VAL 272 33.385 1.482 -4.720 187 H LEU 273 H LEU 273 32.702 5.992 -2.185 188 HA LEU 273 HA LEU 273 30.393 4.786 -0.845 189 1HB LEU 273 1HB LEU 273 32.202 5.790 0.520 190 2HB LEU 273 2HB LEU 273 31.897 7.347 -0.244 191 HG LEU 273 HG LEU 273 29.561 7.291 0.625 192 1HD1 LEU 273 1HD1 LEU 273 29.380 5.529 2.608 193 2HD1 LEU 273 2HD1 LEU 273 30.503 4.621 1.599 194 3HD1 LEU 273 3HD1 LEU 273 28.927 5.089 0.963 195 1HD2 LEU 273 1HD2 LEU 273 31.434 8.366 1.889 196 2HD2 LEU 273 2HD2 LEU 273 31.641 6.862 2.788 197 3HD2 LEU 273 3HD2 LEU 273 30.141 7.777 2.935 198 H TYR 274 H TYR 274 31.040 8.175 -1.639 199 HA TYR 274 HA TYR 274 28.459 9.047 -1.917 200 1HB TYR 274 1HB TYR 274 31.006 9.901 -3.268 201 2HB TYR 274 2HB TYR 274 29.478 10.709 -3.619 202 HD1 TYR 274 HD1 TYR 274 31.629 9.623 -0.747 203 HD2 TYR 274 HD2 TYR 274 28.709 12.417 -2.207 204 HE1 TYR 274 HE1 TYR 274 31.843 10.940 1.342 205 HE2 TYR 274 HE2 TYR 274 28.925 13.733 -0.116 206 HH TYR 274 HH TYR 274 31.230 12.773 2.430 207 H LYS 275 H LYS 275 30.460 7.460 -4.371 208 HA LYS 275 HA LYS 275 28.521 7.751 -6.465 209 1HB LYS 275 1HB LYS 275 30.815 5.787 -6.288 210 2HB LYS 275 2HB LYS 275 29.981 6.304 -7.750 211 1HG LYS 275 1HG LYS 275 31.497 8.185 -5.909 212 2HG LYS 275 2HG LYS 275 32.185 7.470 -7.364 213 1HD LYS 275 1HD LYS 275 31.365 9.261 -8.467 214 2HD LYS 275 2HD LYS 275 29.771 8.541 -8.255 215 1HE LYS 275 1HE LYS 275 29.714 9.701 -5.970 216 2HE LYS 275 2HE LYS 275 31.121 10.614 -6.518 217 1HZ LYS 275 1HZ LYS 275 28.352 10.731 -7.437 218 2HZ LYS 275 2HZ LYS 275 29.568 10.956 -8.603 219 3HZ LYS 275 3HZ LYS 275 29.486 11.979 -7.249 220 H LYS 276 H LYS 276 28.777 5.725 -3.765 221 HA LYS 276 HA LYS 276 26.994 3.707 -4.984 222 1HB LYS 276 1HB LYS 276 29.132 2.851 -4.048 223 2HB LYS 276 2HB LYS 276 28.661 3.480 -2.468 224 1HG LYS 276 1HG LYS 276 26.651 2.058 -2.487 225 2HG LYS 276 2HG LYS 276 27.096 1.440 -4.078 226 1HD LYS 276 1HD LYS 276 28.174 -0.198 -2.941 227 2HD LYS 276 2HD LYS 276 29.401 1.026 -2.613 228 1HE LYS 276 1HE LYS 276 28.794 0.097 -0.489 229 2HE LYS 276 2HE LYS 276 28.028 1.684 -0.574 230 1HZ LYS 276 1HZ LYS 276 26.789 -0.737 -0.130 231 2HZ LYS 276 2HZ LYS 276 26.359 -0.302 -1.715 232 3HZ LYS 276 3HZ LYS 276 26.038 0.755 -0.425 233 1HN NH2 277 1HN NH2 277 27.449 4.631 -1.546 234 2HN NH2 277 2HN NH2 277 25.806 5.008 -1.279 Start of MODEL 4 1 1H HIS 250 1H HIS 250 45.403 16.345 -2.886 2 2H HIS 250 2H HIS 250 45.294 17.947 -2.332 3 3H HIS 250 3H HIS 250 44.631 16.681 -1.414 4 HA HIS 250 HA HIS 250 46.530 16.352 -0.359 5 1HB HIS 250 1HB HIS 250 47.034 15.262 -2.794 6 2HB HIS 250 2HB HIS 250 48.299 16.488 -2.735 7 HD2 HIS 250 HD2 HIS 250 48.599 16.048 0.703 8 HE1 HIS 250 HE1 HIS 250 50.094 12.309 -0.562 9 HE2 HIS 250 HE2 HIS 250 49.963 13.930 1.388 10 H ILE 251 H ILE 251 47.882 17.705 0.729 11 HA ILE 251 HA ILE 251 48.152 20.429 -0.324 12 HB ILE 251 HB ILE 251 49.172 19.868 2.376 13 1HG1 ILE 251 1HG1 ILE 251 47.357 18.238 2.379 14 2HG1 ILE 251 2HG1 ILE 251 46.870 19.640 3.328 15 1HG2 ILE 251 1HG2 ILE 251 47.856 21.872 2.879 16 2HG2 ILE 251 2HG2 ILE 251 47.086 21.787 1.294 17 3HG2 ILE 251 3HG2 ILE 251 48.812 22.131 1.420 18 1HD1 ILE 251 1HD1 ILE 251 45.021 19.735 2.042 19 2HD1 ILE 251 2HD1 ILE 251 45.670 18.555 0.907 20 3HD1 ILE 251 3HD1 ILE 251 46.060 20.263 0.720 21 H ASN 252 H ASN 252 50.371 21.219 1.192 22 HA ASN 252 HA ASN 252 52.516 20.087 -0.436 23 1HB ASN 252 1HB ASN 252 52.238 22.537 1.285 24 2HB ASN 252 2HB ASN 252 53.822 21.986 0.742 25 1HD2 ASN 252 1HD2 ASN 252 51.236 21.245 -1.435 26 2HD2 ASN 252 2HD2 ASN 252 51.542 22.485 -2.554 27 H GLU 253 H GLU 253 51.147 19.162 2.332 28 HA GLU 253 HA GLU 253 53.439 18.877 4.043 29 1HB GLU 253 1HB GLU 253 50.724 17.546 4.155 30 2HB GLU 253 2HB GLU 253 51.939 17.515 5.433 31 1HG GLU 253 1HG GLU 253 51.284 20.214 4.441 32 2HG GLU 253 2HG GLU 253 49.951 19.389 5.246 33 H LEU 254 H LEU 254 52.942 17.586 1.181 34 HA LEU 254 HA LEU 254 52.973 14.855 1.240 35 1HB LEU 254 1HB LEU 254 54.924 16.425 -0.446 36 2HB LEU 254 2HB LEU 254 54.142 14.894 -0.833 37 HG LEU 254 HG LEU 254 52.829 17.614 -0.611 38 1HD1 LEU 254 1HD1 LEU 254 52.677 17.567 -2.897 39 2HD1 LEU 254 2HD1 LEU 254 52.500 15.813 -2.953 40 3HD1 LEU 254 3HD1 LEU 254 54.097 16.532 -2.737 41 1HD2 LEU 254 1HD2 LEU 254 50.776 16.211 -1.356 42 2HD2 LEU 254 2HD2 LEU 254 51.234 16.156 0.347 43 3HD2 LEU 254 3HD2 LEU 254 51.674 14.828 -0.728 44 H LEU 255 H LEU 255 55.197 16.893 2.782 45 HA LEU 255 HA LEU 255 57.310 14.862 2.863 46 1HB LEU 255 1HB LEU 255 57.448 17.469 4.336 47 2HB LEU 255 2HB LEU 255 58.747 16.534 3.594 48 HG LEU 255 HG LEU 255 56.606 18.112 2.133 49 1HD1 LEU 255 1HD1 LEU 255 58.986 18.968 3.267 50 2HD1 LEU 255 2HD1 LEU 255 58.133 19.774 1.950 51 3HD1 LEU 255 3HD1 LEU 255 59.439 18.643 1.594 52 1HD2 LEU 255 1HD2 LEU 255 58.628 16.078 1.255 53 2HD2 LEU 255 2HD2 LEU 255 58.291 17.442 0.190 54 3HD2 LEU 255 3HD2 LEU 255 56.989 16.352 0.663 55 H HIS 256 H HIS 256 54.975 16.528 4.917 56 HA HIS 256 HA HIS 256 55.838 14.986 7.256 57 1HB HIS 256 1HB HIS 256 53.641 17.050 7.142 58 2HB HIS 256 2HB HIS 256 54.524 16.480 8.558 59 HD2 HIS 256 HD2 HIS 256 55.412 18.521 5.254 60 HE1 HIS 256 HE1 HIS 256 58.088 19.622 8.330 61 HE2 HIS 256 HE2 HIS 256 57.394 20.083 5.932 62 H ILE 257 H ILE 257 52.569 15.921 6.181 63 HA ILE 257 HA ILE 257 51.093 13.999 7.361 64 HB ILE 257 HB ILE 257 50.340 15.848 5.721 65 1HG1 ILE 257 1HG1 ILE 257 49.078 13.103 5.902 66 2HG1 ILE 257 2HG1 ILE 257 48.710 14.525 6.878 67 1HG2 ILE 257 1HG2 ILE 257 50.052 15.268 3.450 68 2HG2 ILE 257 2HG2 ILE 257 50.310 13.553 3.765 69 3HG2 ILE 257 3HG2 ILE 257 51.668 14.675 3.827 70 1HD1 ILE 257 1HD1 ILE 257 47.931 13.911 4.054 71 2HD1 ILE 257 2HD1 ILE 257 48.184 15.597 4.505 72 3HD1 ILE 257 3HD1 ILE 257 46.974 14.631 5.349 73 H LEU 258 H LEU 258 53.086 13.563 4.495 74 HA LEU 258 HA LEU 258 52.344 11.210 3.407 75 1HB LEU 258 1HB LEU 258 54.664 12.664 3.387 76 2HB LEU 258 2HB LEU 258 55.191 11.157 4.131 77 HG LEU 258 HG LEU 258 53.946 9.968 2.223 78 1HD1 LEU 258 1HD1 LEU 258 53.001 11.170 0.557 79 2HD1 LEU 258 2HD1 LEU 258 54.380 12.265 0.459 80 3HD1 LEU 258 3HD1 LEU 258 53.110 12.550 1.648 81 1HD2 LEU 258 1HD2 LEU 258 56.343 11.696 1.530 82 2HD2 LEU 258 2HD2 LEU 258 55.871 10.201 0.721 83 3HD2 LEU 258 3HD2 LEU 258 56.421 10.162 2.396 84 H VAL 259 H VAL 259 53.539 11.639 6.652 85 HA VAL 259 HA VAL 259 54.437 9.206 7.452 86 HB VAL 259 HB VAL 259 52.527 11.076 8.855 87 1HG1 VAL 259 1HG1 VAL 259 53.386 9.760 10.921 88 2HG1 VAL 259 2HG1 VAL 259 53.768 8.483 9.767 89 3HG1 VAL 259 3HG1 VAL 259 52.102 9.033 9.954 90 1HG2 VAL 259 1HG2 VAL 259 54.408 12.124 9.585 91 2HG2 VAL 259 2HG2 VAL 259 55.206 11.297 8.248 92 3HG2 VAL 259 3HG2 VAL 259 55.252 10.602 9.868 93 H PHE 260 H PHE 260 50.998 10.103 7.173 94 HA PHE 260 HA PHE 260 49.831 7.729 7.986 95 1HB PHE 260 1HB PHE 260 49.032 9.876 6.061 96 2HB PHE 260 2HB PHE 260 48.066 8.401 6.140 97 HD1 PHE 260 HD1 PHE 260 49.562 11.063 8.304 98 HD2 PHE 260 HD2 PHE 260 46.471 8.116 7.843 99 HE1 PHE 260 HE1 PHE 260 48.469 11.886 10.373 100 HE2 PHE 260 HE2 PHE 260 45.378 8.939 9.912 101 HZ PHE 260 HZ PHE 260 46.377 10.823 11.177 102 H GLY 261 H GLY 261 49.811 8.511 4.534 103 1HA GLY 261 1HA GLY 261 50.669 7.257 2.739 104 2HA GLY 261 2HA GLY 261 51.108 5.979 3.867 105 H GLU 262 H GLU 262 48.205 6.481 4.951 106 HA GLU 262 HA GLU 262 47.005 4.415 3.270 107 1HB GLU 262 1HB GLU 262 45.323 4.249 5.026 108 2HB GLU 262 2HB GLU 262 46.933 4.215 5.744 109 1HG GLU 262 1HG GLU 262 46.251 5.911 7.064 110 2HG GLU 262 2HG GLU 262 46.312 6.929 5.627 111 H SER 263 H SER 263 47.181 7.678 3.127 112 HA SER 263 HA SER 263 44.716 8.796 2.899 113 1HB SER 263 1HB SER 263 45.617 10.251 1.163 114 2HB SER 263 2HB SER 263 46.838 9.971 2.401 115 HG SER 263 HG SER 263 46.590 8.576 -0.065 116 H LEU 264 H LEU 264 46.253 6.656 0.521 117 HA LEU 264 HA LEU 264 44.421 6.827 -1.550 118 1HB LEU 264 1HB LEU 264 45.089 4.489 -2.104 119 2HB LEU 264 2HB LEU 264 46.465 5.543 -1.783 120 HG LEU 264 HG LEU 264 45.553 4.370 0.689 121 1HD1 LEU 264 1HD1 LEU 264 46.315 2.401 -1.490 122 2HD1 LEU 264 2HD1 LEU 264 44.695 2.575 -0.817 123 3HD1 LEU 264 3HD1 LEU 264 46.020 2.017 0.206 124 1HD2 LEU 264 1HD2 LEU 264 48.095 3.906 -0.902 125 2HD2 LEU 264 2HD2 LEU 264 47.885 3.703 0.837 126 3HD2 LEU 264 3HD2 LEU 264 47.817 5.314 0.123 127 H LEU 265 H LEU 265 44.062 5.387 1.585 128 HA LEU 265 HA LEU 265 41.637 3.943 0.821 129 1HB LEU 265 1HB LEU 265 43.063 4.227 3.478 130 2HB LEU 265 2HB LEU 265 41.618 3.250 3.214 131 HG LEU 265 HG LEU 265 43.938 2.817 1.386 132 1HD1 LEU 265 1HD1 LEU 265 44.599 1.018 3.217 133 2HD1 LEU 265 2HD1 LEU 265 43.874 2.192 4.316 134 3HD1 LEU 265 3HD1 LEU 265 45.240 2.659 3.302 135 1HD2 LEU 265 1HD2 LEU 265 42.274 0.718 2.742 136 2HD2 LEU 265 2HD2 LEU 265 42.982 0.706 1.127 137 3HD2 LEU 265 3HD2 LEU 265 41.552 1.684 1.456 138 H ASN 266 H ASN 266 42.618 6.959 2.162 139 HA ASN 266 HA ASN 266 40.008 7.522 3.340 140 1HB ASN 266 1HB ASN 266 41.117 9.045 4.559 141 2HB ASN 266 2HB ASN 266 42.602 8.405 3.857 142 1HD2 ASN 266 1HD2 ASN 266 42.971 9.373 1.468 143 2HD2 ASN 266 2HD2 ASN 266 42.739 11.050 1.349 144 H ASP 267 H ASP 267 41.572 7.820 0.337 145 HA ASP 267 HA ASP 267 40.006 10.118 -0.547 146 1HB ASP 267 1HB ASP 267 42.423 8.838 -1.378 147 2HB ASP 267 2HB ASP 267 41.290 8.818 -2.728 148 H ALA 268 H ALA 268 39.868 6.662 -0.598 149 HA ALA 268 HA ALA 268 37.883 6.595 -2.740 150 1HB ALA 268 1HB ALA 268 37.995 4.061 -1.631 151 2HB ALA 268 2HB ALA 268 39.638 4.668 -1.422 152 3HB ALA 268 3HB ALA 268 38.916 4.615 -3.030 153 H VAL 269 H VAL 269 38.109 5.943 0.742 154 HA VAL 269 HA VAL 269 35.564 5.012 1.261 155 HB VAL 269 HB VAL 269 37.483 5.328 2.902 156 1HG1 VAL 269 1HG1 VAL 269 36.253 8.056 3.319 157 2HG1 VAL 269 2HG1 VAL 269 37.655 7.823 2.275 158 3HG1 VAL 269 3HG1 VAL 269 37.756 7.419 3.988 159 1HG2 VAL 269 1HG2 VAL 269 34.749 6.323 3.765 160 2HG2 VAL 269 2HG2 VAL 269 35.963 5.578 4.802 161 3HG2 VAL 269 3HG2 VAL 269 35.174 4.626 3.545 162 H THR 270 H THR 270 36.633 8.343 0.765 163 HA THR 270 HA THR 270 34.142 9.559 1.437 164 HB THR 270 HB THR 270 36.088 10.939 1.500 165 HG1 THR 270 HG1 THR 270 34.779 12.389 0.755 166 1HG2 THR 270 1HG2 THR 270 36.522 9.892 -1.293 167 2HG2 THR 270 2HG2 THR 270 37.626 9.844 0.082 168 3HG2 THR 270 3HG2 THR 270 37.306 11.372 -0.739 169 H VAL 271 H VAL 271 35.100 7.667 -1.169 170 HA VAL 271 HA VAL 271 32.994 8.798 -2.913 171 HB VAL 271 HB VAL 271 35.421 7.141 -3.635 172 1HG1 VAL 271 1HG1 VAL 271 34.530 7.981 -5.990 173 2HG1 VAL 271 2HG1 VAL 271 32.985 8.018 -5.141 174 3HG1 VAL 271 3HG1 VAL 271 33.890 6.509 -5.261 175 1HG2 VAL 271 1HG2 VAL 271 35.102 9.917 -3.195 176 2HG2 VAL 271 2HG2 VAL 271 35.155 9.704 -4.945 177 3HG2 VAL 271 3HG2 VAL 271 36.479 9.108 -3.943 178 H VAL 272 H VAL 272 34.156 5.991 -1.226 179 HA VAL 272 HA VAL 272 32.186 4.246 -2.511 180 HB VAL 272 HB VAL 272 34.273 3.666 -0.396 181 1HG1 VAL 272 1HG1 VAL 272 32.579 2.033 -0.127 182 2HG1 VAL 272 2HG1 VAL 272 33.746 1.267 -1.205 183 3HG1 VAL 272 3HG1 VAL 272 32.261 1.956 -1.859 184 1HG2 VAL 272 1HG2 VAL 272 34.478 2.441 -3.064 185 2HG2 VAL 272 2HG2 VAL 272 35.722 3.222 -2.089 186 3HG2 VAL 272 3HG2 VAL 272 34.638 4.197 -3.081 187 H LEU 273 H LEU 273 32.677 6.060 0.403 188 HA LEU 273 HA LEU 273 30.578 4.654 1.860 189 1HB LEU 273 1HB LEU 273 32.676 5.584 2.945 190 2HB LEU 273 2HB LEU 273 32.009 7.192 2.664 191 HG LEU 273 HG LEU 273 29.864 6.115 3.826 192 1HD1 LEU 273 1HD1 LEU 273 31.357 3.924 3.955 193 2HD1 LEU 273 2HD1 LEU 273 30.272 4.353 5.278 194 3HD1 LEU 273 3HD1 LEU 273 31.995 4.714 5.398 195 1HD2 LEU 273 1HD2 LEU 273 31.101 8.088 4.633 196 2HD2 LEU 273 2HD2 LEU 273 32.342 7.038 5.317 197 3HD2 LEU 273 3HD2 LEU 273 30.707 7.015 5.978 198 H TYR 274 H TYR 274 31.156 7.908 0.540 199 HA TYR 274 HA TYR 274 28.640 8.983 1.223 200 1HB TYR 274 1HB TYR 274 30.812 9.703 -0.697 201 2HB TYR 274 2HB TYR 274 29.249 10.505 -0.851 202 HD1 TYR 274 HD1 TYR 274 31.344 9.358 2.050 203 HD2 TYR 274 HD2 TYR 274 29.243 12.603 0.176 204 HE1 TYR 274 HE1 TYR 274 31.912 10.829 3.962 205 HE2 TYR 274 HE2 TYR 274 29.813 14.075 2.088 206 HH TYR 274 HH TYR 274 31.180 12.841 5.014 207 H LYS 275 H LYS 275 29.816 7.601 -1.847 208 HA LYS 275 HA LYS 275 27.549 7.903 -3.393 209 1HB LYS 275 1HB LYS 275 29.674 5.779 -3.308 210 2HB LYS 275 2HB LYS 275 28.333 5.655 -4.446 211 1HG LYS 275 1HG LYS 275 29.890 8.224 -4.226 212 2HG LYS 275 2HG LYS 275 30.525 6.891 -5.189 213 1HD LYS 275 1HD LYS 275 28.976 7.177 -6.829 214 2HD LYS 275 2HD LYS 275 27.674 7.492 -5.683 215 1HE LYS 275 1HE LYS 275 28.345 9.774 -5.409 216 2HE LYS 275 2HE LYS 275 29.861 9.498 -6.268 217 1HZ LYS 275 1HZ LYS 275 28.840 9.504 -8.274 218 2HZ LYS 275 2HZ LYS 275 27.754 10.517 -7.450 219 3HZ LYS 275 3HZ LYS 275 27.381 8.875 -7.678 220 H LYS 276 H LYS 276 27.836 6.164 -0.523 221 HA LYS 276 HA LYS 276 25.131 5.254 -0.628 222 1HB LYS 276 1HB LYS 276 25.936 2.779 -0.231 223 2HB LYS 276 2HB LYS 276 25.727 3.391 -1.872 224 1HG LYS 276 1HG LYS 276 28.076 3.782 -2.125 225 2HG LYS 276 2HG LYS 276 28.369 3.532 -0.403 226 1HD LYS 276 1HD LYS 276 28.252 1.243 -0.573 227 2HD LYS 276 2HD LYS 276 27.072 1.297 -1.883 228 1HE LYS 276 1HE LYS 276 28.749 1.814 -3.503 229 2HE LYS 276 2HE LYS 276 29.947 2.155 -2.255 230 1HZ LYS 276 1HZ LYS 276 28.696 -0.501 -2.364 231 2HZ LYS 276 2HZ LYS 276 30.231 -0.055 -1.787 232 3HZ LYS 276 3HZ LYS 276 29.936 -0.128 -3.458 233 1HN NH2 277 1HN NH2 277 27.389 3.213 1.089 234 2HN NH2 277 2HN NH2 277 27.146 3.914 2.627 Start of MODEL 5 1 1H HIS 250 1H HIS 250 66.091 10.236 8.692 2 2H HIS 250 2H HIS 250 66.009 9.979 7.014 3 3H HIS 250 3H HIS 250 67.282 9.309 7.919 4 HA HIS 250 HA HIS 250 65.977 7.475 7.732 5 1HB HIS 250 1HB HIS 250 65.692 8.950 10.195 6 2HB HIS 250 2HB HIS 250 64.221 8.029 9.881 7 HD2 HIS 250 HD2 HIS 250 65.226 5.216 8.836 8 HE1 HIS 250 HE1 HIS 250 68.095 5.242 11.933 9 HE2 HIS 250 HE2 HIS 250 66.889 3.777 10.245 10 H ILE 251 H ILE 251 63.703 6.542 7.764 11 HA ILE 251 HA ILE 251 61.932 8.324 6.215 12 HB ILE 251 HB ILE 251 61.645 5.335 6.370 13 1HG1 ILE 251 1HG1 ILE 251 63.012 5.715 4.048 14 2HG1 ILE 251 2HG1 ILE 251 63.791 6.920 5.074 15 1HG2 ILE 251 1HG2 ILE 251 60.110 7.251 5.206 16 2HG2 ILE 251 2HG2 ILE 251 60.251 5.609 4.578 17 3HG2 ILE 251 3HG2 ILE 251 61.228 6.904 3.887 18 1HD1 ILE 251 1HD1 ILE 251 63.923 5.003 6.832 19 2HD1 ILE 251 2HD1 ILE 251 65.059 4.981 5.484 20 3HD1 ILE 251 3HD1 ILE 251 63.638 3.936 5.458 21 H ASN 252 H ASN 252 62.267 7.800 9.266 22 HA ASN 252 HA ASN 252 59.593 6.845 9.948 23 1HB ASN 252 1HB ASN 252 62.085 7.487 11.479 24 2HB ASN 252 2HB ASN 252 60.537 7.479 12.323 25 1HD2 ASN 252 1HD2 ASN 252 62.085 5.387 9.807 26 2HD2 ASN 252 2HD2 ASN 252 61.718 3.931 10.596 27 H GLU 253 H GLU 253 61.545 9.788 10.341 28 HA GLU 253 HA GLU 253 59.829 11.438 11.677 29 1HB GLU 253 1HB GLU 253 61.533 12.165 9.282 30 2HB GLU 253 2HB GLU 253 60.841 13.319 10.424 31 1HG GLU 253 1HG GLU 253 62.498 11.043 11.464 32 2HG GLU 253 2HG GLU 253 63.305 12.449 10.770 33 H LEU 254 H LEU 254 59.528 10.279 8.393 34 HA LEU 254 HA LEU 254 57.510 12.152 7.585 35 1HB LEU 254 1HB LEU 254 58.490 9.526 6.475 36 2HB LEU 254 2HB LEU 254 57.138 10.401 5.752 37 HG LEU 254 HG LEU 254 58.572 12.393 5.482 38 1HD1 LEU 254 1HD1 LEU 254 60.163 12.312 7.194 39 2HD1 LEU 254 2HD1 LEU 254 61.118 11.839 5.789 40 3HD1 LEU 254 3HD1 LEU 254 60.527 10.610 6.909 41 1HD2 LEU 254 1HD2 LEU 254 58.996 11.479 3.465 42 2HD2 LEU 254 2HD2 LEU 254 58.888 9.855 4.147 43 3HD2 LEU 254 3HD2 LEU 254 60.429 10.714 4.152 44 H LEU 255 H LEU 255 57.445 9.751 9.834 45 HA LEU 255 HA LEU 255 55.251 8.178 9.495 46 1HB LEU 255 1HB LEU 255 56.418 9.544 11.883 47 2HB LEU 255 2HB LEU 255 54.859 8.737 12.058 48 HG LEU 255 HG LEU 255 57.064 7.261 10.670 49 1HD1 LEU 255 1HD1 LEU 255 58.271 8.018 12.595 50 2HD1 LEU 255 2HD1 LEU 255 57.723 6.386 12.978 51 3HD1 LEU 255 3HD1 LEU 255 56.873 7.780 13.646 52 1HD2 LEU 255 1HD2 LEU 255 54.765 6.338 10.859 53 2HD2 LEU 255 2HD2 LEU 255 54.878 6.449 12.615 54 3HD2 LEU 255 3HD2 LEU 255 55.936 5.349 11.731 55 H HIS 256 H HIS 256 55.156 11.465 10.886 56 HA HIS 256 HA HIS 256 52.348 11.659 11.011 57 1HB HIS 256 1HB HIS 256 54.264 13.962 10.611 58 2HB HIS 256 2HB HIS 256 52.683 14.000 11.391 59 HD2 HIS 256 HD2 HIS 256 56.324 12.677 12.178 60 HE1 HIS 256 HE1 HIS 256 54.063 12.601 15.743 61 HE2 HIS 256 HE2 HIS 256 56.379 12.268 14.757 62 H ILE 257 H ILE 257 54.587 12.016 8.388 63 HA ILE 257 HA ILE 257 52.659 13.374 6.675 64 HB ILE 257 HB ILE 257 55.515 12.490 6.378 65 1HG1 ILE 257 1HG1 ILE 257 55.862 14.846 5.935 66 2HG1 ILE 257 2HG1 ILE 257 54.125 15.130 5.838 67 1HG2 ILE 257 1HG2 ILE 257 55.227 13.493 3.993 68 2HG2 ILE 257 2HG2 ILE 257 53.518 13.122 4.212 69 3HG2 ILE 257 3HG2 ILE 257 54.715 11.828 4.265 70 1HD1 ILE 257 1HD1 ILE 257 55.292 15.740 8.056 71 2HD1 ILE 257 2HD1 ILE 257 55.397 14.001 8.331 72 3HD1 ILE 257 3HD1 ILE 257 53.820 14.774 8.160 73 H LEU 258 H LEU 258 53.848 10.161 7.306 74 HA LEU 258 HA LEU 258 53.169 8.844 4.946 75 1HB LEU 258 1HB LEU 258 53.768 8.113 7.682 76 2HB LEU 258 2HB LEU 258 52.503 7.079 7.018 77 HG LEU 258 HG LEU 258 55.103 7.676 5.584 78 1HD1 LEU 258 1HD1 LEU 258 56.072 6.242 7.030 79 2HD1 LEU 258 2HD1 LEU 258 55.037 4.982 6.356 80 3HD1 LEU 258 3HD1 LEU 258 54.523 5.873 7.789 81 1HD2 LEU 258 1HD2 LEU 258 53.752 5.205 4.920 82 2HD2 LEU 258 2HD2 LEU 258 54.177 6.550 3.862 83 3HD2 LEU 258 3HD2 LEU 258 52.646 6.567 4.737 84 H VAL 259 H VAL 259 51.150 10.184 7.420 85 HA VAL 259 HA VAL 259 48.809 8.676 7.069 86 HB VAL 259 HB VAL 259 49.317 11.511 7.950 87 1HG1 VAL 259 1HG1 VAL 259 47.173 11.814 7.090 88 2HG1 VAL 259 2HG1 VAL 259 46.805 11.240 8.718 89 3HG1 VAL 259 3HG1 VAL 259 46.720 10.129 7.351 90 1HG2 VAL 259 1HG2 VAL 259 48.029 9.290 9.518 91 2HG2 VAL 259 2HG2 VAL 259 48.970 10.661 10.105 92 3HG2 VAL 259 3HG2 VAL 259 49.780 9.310 9.311 93 H PHE 260 H PHE 260 49.552 11.884 5.675 94 HA PHE 260 HA PHE 260 47.384 12.025 3.932 95 1HB PHE 260 1HB PHE 260 50.046 13.107 3.088 96 2HB PHE 260 2HB PHE 260 48.449 13.847 2.973 97 HD1 PHE 260 HD1 PHE 260 51.389 14.450 4.461 98 HD2 PHE 260 HD2 PHE 260 47.334 13.640 5.625 99 HE1 PHE 260 HE1 PHE 260 51.771 15.624 6.611 100 HE2 PHE 260 HE2 PHE 260 47.717 14.813 7.775 101 HZ PHE 260 HZ PHE 260 49.935 15.806 8.269 102 H GLY 261 H GLY 261 49.875 9.803 3.931 103 1HA GLY 261 1HA GLY 261 49.620 9.279 1.032 104 2HA GLY 261 2HA GLY 261 50.982 8.774 2.028 105 H GLU 262 H GLU 262 48.889 8.097 4.184 106 HA GLU 262 HA GLU 262 48.510 5.348 3.294 107 1HB GLU 262 1HB GLU 262 48.369 4.777 5.507 108 2HB GLU 262 2HB GLU 262 49.259 6.286 5.682 109 1HG GLU 262 1HG GLU 262 46.958 7.425 5.882 110 2HG GLU 262 2HG GLU 262 46.306 5.801 6.108 111 H SER 263 H SER 263 46.660 8.243 3.803 112 HA SER 263 HA SER 263 44.086 7.241 4.130 113 1HB SER 263 1HB SER 263 45.290 9.749 3.335 114 2HB SER 263 2HB SER 263 43.826 9.436 2.406 115 HG SER 263 HG SER 263 43.961 9.095 5.213 116 H LEU 264 H LEU 264 46.182 6.655 1.594 117 HA LEU 264 HA LEU 264 44.827 6.742 -0.758 118 1HB LEU 264 1HB LEU 264 47.096 5.499 0.053 119 2HB LEU 264 2HB LEU 264 46.051 4.103 -0.206 120 HG LEU 264 HG LEU 264 46.591 6.302 -2.226 121 1HD1 LEU 264 1HD1 LEU 264 48.334 5.058 -2.914 122 2HD1 LEU 264 2HD1 LEU 264 47.299 3.637 -3.055 123 3HD1 LEU 264 3HD1 LEU 264 48.093 4.003 -1.522 124 1HD2 LEU 264 1HD2 LEU 264 44.766 3.908 -2.170 125 2HD2 LEU 264 2HD2 LEU 264 45.430 4.469 -3.704 126 3HD2 LEU 264 3HD2 LEU 264 44.427 5.546 -2.731 127 H LEU 265 H LEU 265 44.166 4.635 1.963 128 HA LEU 265 HA LEU 265 42.244 3.025 0.509 129 1HB LEU 265 1HB LEU 265 42.470 3.140 3.506 130 2HB LEU 265 2HB LEU 265 42.020 1.777 2.480 131 HG LEU 265 HG LEU 265 44.773 3.026 2.718 132 1HD1 LEU 265 1HD1 LEU 265 44.624 0.182 3.135 133 2HD1 LEU 265 2HD1 LEU 265 43.451 0.983 4.180 134 3HD1 LEU 265 3HD1 LEU 265 45.155 1.433 4.260 135 1HD2 LEU 265 1HD2 LEU 265 44.554 2.389 0.439 136 2HD2 LEU 265 2HD2 LEU 265 43.628 0.945 0.848 137 3HD2 LEU 265 3HD2 LEU 265 45.352 1.018 1.208 138 H ASN 266 H ASN 266 42.159 5.567 2.988 139 HA ASN 266 HA ASN 266 39.315 5.634 3.197 140 1HB ASN 266 1HB ASN 266 39.770 7.005 4.910 141 2HB ASN 266 2HB ASN 266 41.480 6.815 4.530 142 1HD2 ASN 266 1HD2 ASN 266 42.133 8.325 2.507 143 2HD2 ASN 266 2HD2 ASN 266 41.556 9.917 2.609 144 H ASP 267 H ASP 267 41.205 6.339 0.629 145 HA ASP 267 HA ASP 267 40.001 8.813 -0.240 146 1HB ASP 267 1HB ASP 267 41.535 8.760 -1.913 147 2HB ASP 267 2HB ASP 267 42.295 7.524 -0.910 148 H ALA 268 H ALA 268 38.772 5.799 0.095 149 HA ALA 268 HA ALA 268 37.263 5.724 -2.405 150 1HB ALA 268 1HB ALA 268 37.398 3.525 -1.979 151 2HB ALA 268 2HB ALA 268 36.263 3.775 -0.653 152 3HB ALA 268 3HB ALA 268 37.999 3.824 -0.348 153 H VAL 269 H VAL 269 36.900 6.689 0.909 154 HA VAL 269 HA VAL 269 33.992 6.889 0.701 155 HB VAL 269 HB VAL 269 34.798 6.125 2.823 156 1HG1 VAL 269 1HG1 VAL 269 36.662 8.485 2.581 157 2HG1 VAL 269 2HG1 VAL 269 37.062 6.794 2.879 158 3HG1 VAL 269 3HG1 VAL 269 36.310 7.760 4.149 159 1HG2 VAL 269 1HG2 VAL 269 33.010 8.041 2.647 160 2HG2 VAL 269 2HG2 VAL 269 34.273 9.037 3.371 161 3HG2 VAL 269 3HG2 VAL 269 33.667 7.620 4.229 162 H THR 270 H THR 270 36.783 8.811 0.211 163 HA THR 270 HA THR 270 35.372 11.346 0.556 164 HB THR 270 HB THR 270 37.889 10.819 1.093 165 HG1 THR 270 HG1 THR 270 38.332 13.025 0.586 166 1HG2 THR 270 1HG2 THR 270 38.208 11.770 -1.746 167 2HG2 THR 270 2HG2 THR 270 38.149 10.045 -1.377 168 3HG2 THR 270 3HG2 THR 270 39.416 11.054 -0.678 169 H VAL 271 H VAL 271 36.027 9.058 -1.903 170 HA VAL 271 HA VAL 271 36.288 10.476 -4.226 171 HB VAL 271 HB VAL 271 36.062 7.970 -4.001 172 1HG1 VAL 271 1HG1 VAL 271 33.979 6.956 -3.758 173 2HG1 VAL 271 2HG1 VAL 271 33.108 8.370 -4.352 174 3HG1 VAL 271 3HG1 VAL 271 33.788 8.372 -2.724 175 1HG2 VAL 271 1HG2 VAL 271 35.064 7.703 -6.223 176 2HG2 VAL 271 2HG2 VAL 271 36.060 9.159 -6.193 177 3HG2 VAL 271 3HG2 VAL 271 34.304 9.289 -6.094 178 H VAL 272 H VAL 272 33.557 10.368 -2.084 179 HA VAL 272 HA VAL 272 31.863 11.811 -4.005 180 HB VAL 272 HB VAL 272 31.198 10.736 -1.253 181 1HG1 VAL 272 1HG1 VAL 272 29.687 12.509 -1.792 182 2HG1 VAL 272 2HG1 VAL 272 28.839 11.014 -2.190 183 3HG1 VAL 272 3HG1 VAL 272 29.564 11.984 -3.473 184 1HG2 VAL 272 1HG2 VAL 272 31.107 9.585 -4.016 185 2HG2 VAL 272 2HG2 VAL 272 29.809 9.171 -2.897 186 3HG2 VAL 272 3HG2 VAL 272 31.481 8.792 -2.486 187 H LEU 273 H LEU 273 33.865 12.333 -1.256 188 HA LEU 273 HA LEU 273 32.607 14.896 -0.611 189 1HB LEU 273 1HB LEU 273 35.076 13.671 0.628 190 2HB LEU 273 2HB LEU 273 34.067 14.958 1.288 191 HG LEU 273 HG LEU 273 33.164 12.107 0.782 192 1HD1 LEU 273 1HD1 LEU 273 32.927 12.775 3.495 193 2HD1 LEU 273 2HD1 LEU 273 34.507 13.393 3.015 194 3HD1 LEU 273 3HD1 LEU 273 34.119 11.688 2.781 195 1HD2 LEU 273 1HD2 LEU 273 31.791 14.613 1.731 196 2HD2 LEU 273 2HD2 LEU 273 31.234 13.037 2.292 197 3HD2 LEU 273 3HD2 LEU 273 31.226 13.412 0.570 198 H TYR 274 H TYR 274 35.015 13.697 -2.671 199 HA TYR 274 HA TYR 274 36.609 16.148 -2.620 200 1HB TYR 274 1HB TYR 274 38.244 14.785 -3.307 201 2HB TYR 274 2HB TYR 274 37.107 13.438 -3.293 202 HD1 TYR 274 HD1 TYR 274 39.178 15.495 -5.333 203 HD2 TYR 274 HD2 TYR 274 35.531 13.224 -5.373 204 HE1 TYR 274 HE1 TYR 274 39.273 15.384 -7.808 205 HE2 TYR 274 HE2 TYR 274 35.630 13.110 -7.846 206 HH TYR 274 HH TYR 274 37.413 13.260 -9.625 207 H LYS 275 H LYS 275 33.773 15.182 -3.981 208 HA LYS 275 HA LYS 275 33.976 16.029 -6.671 209 1HB LYS 275 1HB LYS 275 31.490 16.282 -4.977 210 2HB LYS 275 2HB LYS 275 31.593 16.007 -6.711 211 1HG LYS 275 1HG LYS 275 32.587 14.031 -4.627 212 2HG LYS 275 2HG LYS 275 30.992 13.952 -5.358 213 1HD LYS 275 1HD LYS 275 33.630 13.773 -6.847 214 2HD LYS 275 2HD LYS 275 32.552 12.432 -6.495 215 1HE LYS 275 1HE LYS 275 30.785 14.029 -7.698 216 2HE LYS 275 2HE LYS 275 32.249 14.623 -8.484 217 1HZ LYS 275 1HZ LYS 275 31.276 12.797 -9.721 218 2HZ LYS 275 2HZ LYS 275 31.374 11.787 -8.357 219 3HZ LYS 275 3HZ LYS 275 32.792 12.352 -9.105 220 H LYS 276 H LYS 276 33.552 17.757 -3.666 221 HA LYS 276 HA LYS 276 33.126 20.277 -5.129 222 1HB LYS 276 1HB LYS 276 31.532 20.080 -3.404 223 2HB LYS 276 2HB LYS 276 32.721 19.455 -2.260 224 1HG LYS 276 1HG LYS 276 33.721 21.566 -1.954 225 2HG LYS 276 2HG LYS 276 33.030 22.208 -3.446 226 1HD LYS 276 1HD LYS 276 31.873 23.084 -1.424 227 2HD LYS 276 2HD LYS 276 30.789 22.161 -2.466 228 1HE LYS 276 1HE LYS 276 30.821 20.280 -1.029 229 2HE LYS 276 2HE LYS 276 32.252 20.854 -0.173 230 1HZ LYS 276 1HZ LYS 276 29.473 21.810 0.017 231 2HZ LYS 276 2HZ LYS 276 30.759 22.844 0.420 232 3HZ LYS 276 3HZ LYS 276 30.543 21.384 1.261 233 1HN NH2 277 1HN NH2 277 35.151 19.115 -2.367 234 2HN NH2 277 2HN NH2 277 36.465 20.144 -2.725 Start of MODEL 6 1 1H HIS 250 1H HIS 250 51.901 -1.312 8.772 2 2H HIS 250 2H HIS 250 51.550 -0.522 10.235 3 3H HIS 250 3H HIS 250 52.532 -1.909 10.230 4 HA HIS 250 HA HIS 250 53.377 0.400 8.638 5 1HB HIS 250 1HB HIS 250 53.169 0.271 11.607 6 2HB HIS 250 2HB HIS 250 54.669 0.916 10.940 7 HD2 HIS 250 HD2 HIS 250 51.348 1.663 9.007 8 HE1 HIS 250 HE1 HIS 250 52.580 5.236 10.889 9 HE2 HIS 250 HE2 HIS 250 50.928 4.229 9.242 10 H ILE 251 H ILE 251 54.710 -1.420 11.384 11 HA ILE 251 HA ILE 251 56.548 -2.787 11.561 12 HB ILE 251 HB ILE 251 56.169 -3.455 8.645 13 1HG1 ILE 251 1HG1 ILE 251 53.948 -3.571 9.561 14 2HG1 ILE 251 2HG1 ILE 251 54.564 -5.222 9.524 15 1HG2 ILE 251 1HG2 ILE 251 57.448 -5.275 9.116 16 2HG2 ILE 251 2HG2 ILE 251 56.667 -5.533 10.676 17 3HG2 ILE 251 3HG2 ILE 251 57.963 -4.346 10.525 18 1HD1 ILE 251 1HD1 ILE 251 53.625 -5.010 11.685 19 2HD1 ILE 251 2HD1 ILE 251 54.275 -3.386 11.901 20 3HD1 ILE 251 3HD1 ILE 251 55.353 -4.781 11.945 21 H ASN 252 H ASN 252 58.058 -3.298 8.868 22 HA ASN 252 HA ASN 252 59.977 -1.153 9.277 23 1HB ASN 252 1HB ASN 252 59.961 -3.585 7.481 24 2HB ASN 252 2HB ASN 252 61.284 -2.422 7.542 25 1HD2 ASN 252 1HD2 ASN 252 59.491 -4.794 9.531 26 2HD2 ASN 252 2HD2 ASN 252 60.726 -4.997 10.678 27 H GLU 253 H GLU 253 57.409 -1.944 7.124 28 HA GLU 253 HA GLU 253 58.230 -0.529 4.823 29 1HB GLU 253 1HB GLU 253 55.410 -0.981 5.813 30 2HB GLU 253 2HB GLU 253 55.902 -0.627 4.154 31 1HG GLU 253 1HG GLU 253 57.426 -2.757 4.479 32 2HG GLU 253 2HG GLU 253 56.260 -3.147 5.743 33 H LEU 254 H LEU 254 57.837 0.641 7.837 34 HA LEU 254 HA LEU 254 56.251 2.896 7.732 35 1HB LEU 254 1HB LEU 254 57.734 1.946 9.653 36 2HB LEU 254 2HB LEU 254 58.970 3.022 9.001 37 HG LEU 254 HG LEU 254 56.953 4.767 9.053 38 1HD1 LEU 254 1HD1 LEU 254 55.440 2.891 9.934 39 2HD1 LEU 254 2HD1 LEU 254 55.416 4.405 10.837 40 3HD1 LEU 254 3HD1 LEU 254 56.334 3.029 11.447 41 1HD2 LEU 254 1HD2 LEU 254 58.966 5.255 10.213 42 2HD2 LEU 254 2HD2 LEU 254 58.767 3.881 11.301 43 3HD2 LEU 254 3HD2 LEU 254 57.721 5.293 11.462 44 H LEU 255 H LEU 255 58.892 2.191 5.767 45 HA LEU 255 HA LEU 255 59.484 5.015 5.206 46 1HB LEU 255 1HB LEU 255 60.836 2.615 3.980 47 2HB LEU 255 2HB LEU 255 61.445 4.266 4.106 48 HG LEU 255 HG LEU 255 60.956 2.364 6.418 49 1HD1 LEU 255 1HD1 LEU 255 63.363 2.337 6.646 50 2HD1 LEU 255 2HD1 LEU 255 63.544 3.558 5.386 51 3HD1 LEU 255 3HD1 LEU 255 62.981 1.940 4.972 52 1HD2 LEU 255 1HD2 LEU 255 61.753 5.272 6.261 53 2HD2 LEU 255 2HD2 LEU 255 62.208 4.275 7.642 54 3HD2 LEU 255 3HD2 LEU 255 60.505 4.530 7.261 55 H HIS 256 H HIS 256 58.351 2.038 3.666 56 HA HIS 256 HA HIS 256 57.806 3.436 1.160 57 1HB HIS 256 1HB HIS 256 57.137 0.570 1.828 58 2HB HIS 256 2HB HIS 256 57.375 1.291 0.235 59 HD2 HIS 256 HD2 HIS 256 59.680 0.663 3.430 60 HE1 HIS 256 HE1 HIS 256 62.046 0.462 -0.060 61 HE2 HIS 256 HE2 HIS 256 62.067 0.224 2.468 62 H ILE 257 H ILE 257 55.954 1.392 3.423 63 HA ILE 257 HA ILE 257 53.420 1.928 2.383 64 HB ILE 257 HB ILE 257 54.458 1.003 5.029 65 1HG1 ILE 257 1HG1 ILE 257 53.987 -0.341 2.796 66 2HG1 ILE 257 2HG1 ILE 257 53.582 -1.045 4.359 67 1HG2 ILE 257 1HG2 ILE 257 51.655 1.960 4.443 68 2HG2 ILE 257 2HG2 ILE 257 52.662 2.297 5.852 69 3HG2 ILE 257 3HG2 ILE 257 51.957 0.696 5.636 70 1HD1 ILE 257 1HD1 ILE 257 51.565 0.603 2.841 71 2HD1 ILE 257 2HD1 ILE 257 51.283 -0.590 4.106 72 3HD1 ILE 257 3HD1 ILE 257 51.779 -1.111 2.497 73 H LEU 258 H LEU 258 54.963 3.421 5.240 74 HA LEU 258 HA LEU 258 53.120 5.233 6.021 75 1HB LEU 258 1HB LEU 258 55.416 4.991 6.979 76 2HB LEU 258 2HB LEU 258 56.034 5.933 5.625 77 HG LEU 258 HG LEU 258 54.527 7.812 6.279 78 1HD1 LEU 258 1HD1 LEU 258 52.740 7.016 7.498 79 2HD1 LEU 258 2HD1 LEU 258 53.794 7.481 8.832 80 3HD1 LEU 258 3HD1 LEU 258 53.707 5.795 8.326 81 1HD2 LEU 258 1HD2 LEU 258 55.908 8.587 8.056 82 2HD2 LEU 258 2HD2 LEU 258 56.930 7.488 7.130 83 3HD2 LEU 258 3HD2 LEU 258 56.201 6.952 8.644 84 H VAL 259 H VAL 259 55.084 5.453 3.103 85 HA VAL 259 HA VAL 259 54.818 8.031 2.289 86 HB VAL 259 HB VAL 259 54.303 5.621 0.530 87 1HG1 VAL 259 1HG1 VAL 259 55.061 8.495 -0.021 88 2HG1 VAL 259 2HG1 VAL 259 53.692 7.591 -0.668 89 3HG1 VAL 259 3HG1 VAL 259 55.330 7.206 -1.194 90 1HG2 VAL 259 1HG2 VAL 259 56.639 5.448 0.247 91 2HG2 VAL 259 2HG2 VAL 259 56.473 5.756 1.974 92 3HG2 VAL 259 3HG2 VAL 259 56.928 7.066 0.885 93 H PHE 260 H PHE 260 52.462 5.616 1.145 94 HA PHE 260 HA PHE 260 50.458 7.724 0.881 95 1HB PHE 260 1HB PHE 260 49.233 6.196 -0.447 96 2HB PHE 260 2HB PHE 260 50.920 5.913 -0.875 97 HD1 PHE 260 HD1 PHE 260 52.116 3.919 -0.054 98 HD2 PHE 260 HD2 PHE 260 47.960 4.563 0.819 99 HE1 PHE 260 HE1 PHE 260 51.895 1.549 0.640 100 HE2 PHE 260 HE2 PHE 260 47.739 2.192 1.512 101 HZ PHE 260 HZ PHE 260 49.706 0.685 1.422 102 H GLY 261 H GLY 261 50.837 4.592 2.528 103 1HA GLY 261 1HA GLY 261 49.719 3.661 4.313 104 2HA GLY 261 2HA GLY 261 49.648 5.311 4.927 105 H GLU 262 H GLU 262 47.679 6.118 5.252 106 HA GLU 262 HA GLU 262 45.365 4.712 4.150 107 1HB GLU 262 1HB GLU 262 44.079 6.176 5.708 108 2HB GLU 262 2HB GLU 262 45.305 5.205 6.523 109 1HG GLU 262 1HG GLU 262 46.579 7.602 5.707 110 2HG GLU 262 2HG GLU 262 45.047 8.070 6.440 111 H SER 263 H SER 263 47.324 7.081 3.064 112 HA SER 263 HA SER 263 45.873 9.281 2.348 113 1HB SER 263 1HB SER 263 48.208 9.031 1.719 114 2HB SER 263 2HB SER 263 47.801 7.722 0.614 115 HG SER 263 HG SER 263 47.775 9.425 -0.697 116 H LEU 264 H LEU 264 46.344 6.864 -0.190 117 HA LEU 264 HA LEU 264 44.119 7.531 -1.692 118 1HB LEU 264 1HB LEU 264 44.310 5.276 -2.698 119 2HB LEU 264 2HB LEU 264 45.879 6.066 -2.543 120 HG LEU 264 HG LEU 264 45.647 4.768 -0.123 121 1HD1 LEU 264 1HD1 LEU 264 43.575 3.650 -1.173 122 2HD1 LEU 264 2HD1 LEU 264 44.788 2.579 -0.472 123 3HD1 LEU 264 3HD1 LEU 264 44.712 2.802 -2.220 124 1HD2 LEU 264 1HD2 LEU 264 47.248 3.128 -1.158 125 2HD2 LEU 264 2HD2 LEU 264 47.656 4.811 -1.493 126 3HD2 LEU 264 3HD2 LEU 264 46.876 3.828 -2.733 127 H LEU 265 H LEU 265 44.370 5.318 1.043 128 HA LEU 265 HA LEU 265 41.889 4.057 0.882 129 1HB LEU 265 1HB LEU 265 43.813 3.622 2.522 130 2HB LEU 265 2HB LEU 265 43.124 4.926 3.490 131 HG LEU 265 HG LEU 265 40.877 3.543 3.065 132 1HD1 LEU 265 1HD1 LEU 265 42.892 1.311 3.270 133 2HD1 LEU 265 2HD1 LEU 265 42.351 1.888 1.693 134 3HD1 LEU 265 3HD1 LEU 265 41.185 1.222 2.836 135 1HD2 LEU 265 1HD2 LEU 265 41.511 3.988 5.289 136 2HD2 LEU 265 2HD2 LEU 265 43.053 3.150 5.115 137 3HD2 LEU 265 3HD2 LEU 265 41.554 2.227 5.215 138 H ASN 266 H ASN 266 42.730 7.286 1.931 139 HA ASN 266 HA ASN 266 40.098 7.808 3.047 140 1HB ASN 266 1HB ASN 266 42.577 9.475 2.640 141 2HB ASN 266 2HB ASN 266 41.053 10.188 3.167 142 1HD2 ASN 266 1HD2 ASN 266 43.857 8.512 4.251 143 2HD2 ASN 266 2HD2 ASN 266 43.326 8.199 5.832 144 H ASP 267 H ASP 267 42.024 9.192 0.373 145 HA ASP 267 HA ASP 267 40.027 10.748 -0.774 146 1HB ASP 267 1HB ASP 267 42.332 10.942 -1.490 147 2HB ASP 267 2HB ASP 267 42.320 9.289 -2.100 148 H ALA 268 H ALA 268 40.337 7.337 -0.666 149 HA ALA 268 HA ALA 268 38.557 6.902 -2.947 150 1HB ALA 268 1HB ALA 268 40.428 5.367 -2.691 151 2HB ALA 268 2HB ALA 268 38.915 4.498 -2.431 152 3HB ALA 268 3HB ALA 268 39.911 4.967 -1.052 153 H VAL 269 H VAL 269 38.618 5.674 0.401 154 HA VAL 269 HA VAL 269 36.086 4.754 0.681 155 HB VAL 269 HB VAL 269 37.822 6.263 2.620 156 1HG1 VAL 269 1HG1 VAL 269 35.015 5.219 2.975 157 2HG1 VAL 269 2HG1 VAL 269 35.694 6.759 3.503 158 3HG1 VAL 269 3HG1 VAL 269 36.136 5.268 4.334 159 1HG2 VAL 269 1HG2 VAL 269 36.892 3.444 2.950 160 2HG2 VAL 269 2HG2 VAL 269 38.454 4.163 3.340 161 3HG2 VAL 269 3HG2 VAL 269 38.059 3.767 1.668 162 H THR 270 H THR 270 37.003 8.076 0.268 163 HA THR 270 HA THR 270 34.357 9.038 1.076 164 HB THR 270 HB THR 270 36.308 10.324 1.805 165 HG1 THR 270 HG1 THR 270 34.979 11.910 1.568 166 1HG2 THR 270 1HG2 THR 270 38.022 10.885 0.436 167 2HG2 THR 270 2HG2 THR 270 36.937 11.368 -0.868 168 3HG2 THR 270 3HG2 THR 270 37.355 9.669 -0.654 169 H VAL 271 H VAL 271 36.205 8.370 -1.808 170 HA VAL 271 HA VAL 271 34.151 9.691 -3.464 171 HB VAL 271 HB VAL 271 36.937 8.720 -4.112 172 1HG1 VAL 271 1HG1 VAL 271 34.624 9.507 -5.836 173 2HG1 VAL 271 2HG1 VAL 271 35.908 8.337 -6.146 174 3HG1 VAL 271 3HG1 VAL 271 36.229 10.063 -6.310 175 1HG2 VAL 271 1HG2 VAL 271 37.557 10.870 -3.777 176 2HG2 VAL 271 2HG2 VAL 271 35.987 11.107 -3.011 177 3HG2 VAL 271 3HG2 VAL 271 36.198 11.477 -4.722 178 H VAL 272 H VAL 272 35.352 6.595 -2.520 179 HA VAL 272 HA VAL 272 34.084 5.233 -4.768 180 HB VAL 272 HB VAL 272 36.307 4.575 -3.534 181 1HG1 VAL 272 1HG1 VAL 272 34.931 4.490 -1.326 182 2HG1 VAL 272 2HG1 VAL 272 36.085 3.196 -1.641 183 3HG1 VAL 272 3HG1 VAL 272 34.364 2.931 -1.922 184 1HG2 VAL 272 1HG2 VAL 272 34.101 2.870 -4.624 185 2HG2 VAL 272 2HG2 VAL 272 35.493 2.066 -3.899 186 3HG2 VAL 272 3HG2 VAL 272 35.718 3.154 -5.269 187 H LEU 273 H LEU 273 33.279 6.327 -1.658 188 HA LEU 273 HA LEU 273 31.109 4.368 -1.341 189 1HB LEU 273 1HB LEU 273 32.614 4.848 0.590 190 2HB LEU 273 2HB LEU 273 32.059 6.518 0.565 191 HG LEU 273 HG LEU 273 29.715 5.707 0.893 192 1HD1 LEU 273 1HD1 LEU 273 31.138 3.078 0.781 193 2HD1 LEU 273 2HD1 LEU 273 29.540 3.516 0.180 194 3HD1 LEU 273 3HD1 LEU 273 29.789 3.239 1.904 195 1HD2 LEU 273 1HD2 LEU 273 29.991 5.197 3.259 196 2HD2 LEU 273 2HD2 LEU 273 31.188 6.405 2.786 197 3HD2 LEU 273 3HD2 LEU 273 31.667 4.718 2.991 198 H TYR 274 H TYR 274 31.429 7.865 -0.740 199 HA TYR 274 HA TYR 274 28.711 8.472 -0.927 200 1HB TYR 274 1HB TYR 274 31.225 10.077 -1.236 201 2HB TYR 274 2HB TYR 274 29.653 10.826 -1.514 202 HD1 TYR 274 HD1 TYR 274 28.387 11.612 0.300 203 HD2 TYR 274 HD2 TYR 274 31.516 8.749 0.988 204 HE1 TYR 274 HE1 TYR 274 28.064 11.846 2.748 205 HE2 TYR 274 HE2 TYR 274 31.193 8.984 3.434 206 HH TYR 274 HH TYR 274 29.825 9.796 5.036 207 H LYS 275 H LYS 275 30.807 10.034 -3.252 208 HA LYS 275 HA LYS 275 29.049 10.427 -5.271 209 1HB LYS 275 1HB LYS 275 31.798 9.466 -6.007 210 2HB LYS 275 2HB LYS 275 30.843 10.753 -6.734 211 1HG LYS 275 1HG LYS 275 32.185 10.821 -4.012 212 2HG LYS 275 2HG LYS 275 32.658 11.737 -5.436 213 1HD LYS 275 1HD LYS 275 30.043 12.027 -3.922 214 2HD LYS 275 2HD LYS 275 31.384 13.166 -3.915 215 1HE LYS 275 1HE LYS 275 31.044 13.079 -6.545 216 2HE LYS 275 2HE LYS 275 29.414 12.586 -6.090 217 1HZ LYS 275 1HZ LYS 275 29.049 14.766 -5.897 218 2HZ LYS 275 2HZ LYS 275 30.703 15.149 -5.828 219 3HZ LYS 275 3HZ LYS 275 29.885 14.649 -4.425 220 H LYS 276 H LYS 276 31.119 7.525 -5.040 221 HA LYS 276 HA LYS 276 29.345 6.194 -6.978 222 1HB LYS 276 1HB LYS 276 31.622 5.983 -7.609 223 2HB LYS 276 2HB LYS 276 32.117 5.577 -5.968 224 1HG LYS 276 1HG LYS 276 31.338 3.403 -6.119 225 2HG LYS 276 2HG LYS 276 30.089 3.824 -7.292 226 1HD LYS 276 1HD LYS 276 32.964 4.112 -8.089 227 2HD LYS 276 2HD LYS 276 32.252 2.498 -8.056 228 1HE LYS 276 1HE LYS 276 30.690 3.009 -9.720 229 2HE LYS 276 2HE LYS 276 30.792 4.744 -9.421 230 1HZ LYS 276 1HZ LYS 276 33.065 3.162 -10.474 231 2HZ LYS 276 2HZ LYS 276 32.891 4.852 -10.445 232 3HZ LYS 276 3HZ LYS 276 31.929 3.914 -11.485 233 1HN NH2 277 1HN NH2 277 31.020 5.212 -3.927 234 2HN NH2 277 2HN NH2 277 29.729 4.237 -3.378 Start of MODEL 7 1 1H HIS 250 1H HIS 250 61.292 -3.514 9.174 2 2H HIS 250 2H HIS 250 60.581 -4.601 10.268 3 3H HIS 250 3H HIS 250 62.271 -4.544 10.100 4 HA HIS 250 HA HIS 250 61.956 -3.368 12.038 5 1HB HIS 250 1HB HIS 250 62.711 -1.983 9.709 6 2HB HIS 250 2HB HIS 250 61.616 -0.895 10.562 7 HD2 HIS 250 HD2 HIS 250 62.475 -1.373 13.646 8 HE1 HIS 250 HE1 HIS 250 66.447 -0.734 12.368 9 HE2 HIS 250 HE2 HIS 250 64.914 -0.808 14.390 10 H ILE 251 H ILE 251 60.480 -2.700 13.493 11 HA ILE 251 HA ILE 251 57.760 -2.137 12.513 12 HB ILE 251 HB ILE 251 57.307 -2.452 15.088 13 1HG1 ILE 251 1HG1 ILE 251 58.892 -3.992 16.141 14 2HG1 ILE 251 2HG1 ILE 251 59.901 -3.984 14.696 15 1HG2 ILE 251 1HG2 ILE 251 56.312 -4.006 13.658 16 2HG2 ILE 251 2HG2 ILE 251 57.405 -5.031 14.590 17 3HG2 ILE 251 3HG2 ILE 251 57.855 -4.508 12.967 18 1HD1 ILE 251 1HD1 ILE 251 59.232 -1.439 16.178 19 2HD1 ILE 251 2HD1 ILE 251 60.531 -1.717 15.017 20 3HD1 ILE 251 3HD1 ILE 251 60.616 -2.435 16.625 21 H ASN 252 H ASN 252 60.257 -0.306 12.920 22 HA ASN 252 HA ASN 252 59.179 1.639 14.816 23 1HB ASN 252 1HB ASN 252 61.262 2.630 14.798 24 2HB ASN 252 2HB ASN 252 61.703 0.973 14.393 25 1HD2 ASN 252 1HD2 ASN 252 62.010 0.494 12.017 26 2HD2 ASN 252 2HD2 ASN 252 62.502 1.751 10.988 27 H GLU 253 H GLU 253 58.927 0.928 11.522 28 HA GLU 253 HA GLU 253 58.462 3.698 10.714 29 1HB GLU 253 1HB GLU 253 57.944 1.417 8.870 30 2HB GLU 253 2HB GLU 253 58.692 2.982 8.546 31 1HG GLU 253 1HG GLU 253 60.613 2.120 10.077 32 2HG GLU 253 2HG GLU 253 59.923 0.526 9.776 33 H LEU 254 H LEU 254 56.748 1.407 12.289 34 HA LEU 254 HA LEU 254 54.318 1.033 11.088 35 1HB LEU 254 1HB LEU 254 55.277 1.199 13.847 36 2HB LEU 254 2HB LEU 254 53.582 1.655 13.677 37 HG LEU 254 HG LEU 254 53.100 -0.437 12.508 38 1HD1 LEU 254 1HD1 LEU 254 55.280 -2.072 12.810 39 2HD1 LEU 254 2HD1 LEU 254 56.047 -0.536 12.406 40 3HD1 LEU 254 3HD1 LEU 254 54.859 -1.242 11.312 41 1HD2 LEU 254 1HD2 LEU 254 53.343 -0.247 15.113 42 2HD2 LEU 254 2HD2 LEU 254 54.770 -1.256 14.874 43 3HD2 LEU 254 3HD2 LEU 254 53.183 -1.844 14.382 44 H LEU 255 H LEU 255 55.746 3.997 11.917 45 HA LEU 255 HA LEU 255 53.183 5.441 11.782 46 1HB LEU 255 1HB LEU 255 55.843 6.675 12.462 47 2HB LEU 255 2HB LEU 255 54.226 7.238 12.883 48 HG LEU 255 HG LEU 255 54.228 4.763 14.037 49 1HD1 LEU 255 1HD1 LEU 255 57.032 5.889 14.327 50 2HD1 LEU 255 2HD1 LEU 255 56.610 4.417 13.452 51 3HD1 LEU 255 3HD1 LEU 255 56.385 4.499 15.199 52 1HD2 LEU 255 1HD2 LEU 255 53.491 6.714 15.212 53 2HD2 LEU 255 2HD2 LEU 255 55.089 7.454 15.124 54 3HD2 LEU 255 3HD2 LEU 255 54.821 6.055 16.164 55 H HIS 256 H HIS 256 56.410 5.237 10.354 56 HA HIS 256 HA HIS 256 55.869 7.291 8.393 57 1HB HIS 256 1HB HIS 256 58.154 5.313 8.584 58 2HB HIS 256 2HB HIS 256 58.088 6.714 7.514 59 HD2 HIS 256 HD2 HIS 256 56.562 7.979 10.650 60 HE1 HIS 256 HE1 HIS 256 60.703 8.548 11.252 61 HE2 HIS 256 HE2 HIS 256 58.389 9.149 12.108 62 H ILE 257 H ILE 257 57.151 4.059 7.696 63 HA ILE 257 HA ILE 257 56.275 3.807 5.141 64 HB ILE 257 HB ILE 257 57.591 2.129 6.662 65 1HG1 ILE 257 1HG1 ILE 257 55.699 1.270 4.451 66 2HG1 ILE 257 2HG1 ILE 257 57.345 1.873 4.248 67 1HG2 ILE 257 1HG2 ILE 257 54.889 0.782 6.689 68 2HG2 ILE 257 2HG2 ILE 257 55.450 1.748 8.054 69 3HG2 ILE 257 3HG2 ILE 257 56.352 0.318 7.555 70 1HD1 ILE 257 1HD1 ILE 257 57.909 -0.332 4.271 71 2HD1 ILE 257 2HD1 ILE 257 56.410 -0.806 5.070 72 3HD1 ILE 257 3HD1 ILE 257 57.751 -0.168 6.020 73 H LEU 258 H LEU 258 54.362 3.435 8.057 74 HA LEU 258 HA LEU 258 52.095 2.174 7.247 75 1HB LEU 258 1HB LEU 258 52.772 3.916 9.331 76 2HB LEU 258 2HB LEU 258 51.365 4.652 8.571 77 HG LEU 258 HG LEU 258 50.638 3.115 10.329 78 1HD1 LEU 258 1HD1 LEU 258 49.659 3.189 7.790 79 2HD1 LEU 258 2HD1 LEU 258 48.916 2.274 9.101 80 3HD1 LEU 258 3HD1 LEU 258 49.989 1.465 7.960 81 1HD2 LEU 258 1HD2 LEU 258 52.812 1.554 9.389 82 2HD2 LEU 258 2HD2 LEU 258 51.354 0.604 9.111 83 3HD2 LEU 258 3HD2 LEU 258 51.729 1.186 10.732 84 H VAL 259 H VAL 259 53.145 5.395 6.327 85 HA VAL 259 HA VAL 259 50.777 6.300 5.107 86 HB VAL 259 HB VAL 259 52.248 7.853 3.876 87 1HG1 VAL 259 1HG1 VAL 259 52.684 7.335 6.809 88 2HG1 VAL 259 2HG1 VAL 259 51.778 8.635 6.037 89 3HG1 VAL 259 3HG1 VAL 259 53.541 8.651 6.006 90 1HG2 VAL 259 1HG2 VAL 259 54.774 7.316 4.957 91 2HG2 VAL 259 2HG2 VAL 259 54.281 7.065 3.282 92 3HG2 VAL 259 3HG2 VAL 259 54.175 5.740 4.440 93 H PHE 260 H PHE 260 52.453 3.586 4.348 94 HA PHE 260 HA PHE 260 52.934 3.450 1.675 95 1HB PHE 260 1HB PHE 260 52.592 1.139 1.796 96 2HB PHE 260 2HB PHE 260 52.925 1.569 3.473 97 HD1 PHE 260 HD1 PHE 260 51.236 1.400 5.172 98 HD2 PHE 260 HD2 PHE 260 50.240 0.763 1.042 99 HE1 PHE 260 HE1 PHE 260 49.022 0.506 5.844 100 HE2 PHE 260 HE2 PHE 260 48.027 -0.131 1.714 101 HZ PHE 260 HZ PHE 260 47.418 -0.260 4.115 102 H GLY 261 H GLY 261 49.897 4.055 3.187 103 1HA GLY 261 1HA GLY 261 48.604 4.938 0.886 104 2HA GLY 261 2HA GLY 261 48.158 3.247 1.093 105 H GLU 262 H GLU 262 48.805 5.639 3.625 106 HA GLU 262 HA GLU 262 46.534 4.926 5.149 107 1HB GLU 262 1HB GLU 262 48.572 7.094 5.234 108 2HB GLU 262 2HB GLU 262 47.082 7.344 6.144 109 1HG GLU 262 1HG GLU 262 47.415 5.337 7.411 110 2HG GLU 262 2HG GLU 262 48.728 4.816 6.358 111 H SER 263 H SER 263 47.132 7.551 2.848 112 HA SER 263 HA SER 263 44.436 8.603 3.215 113 1HB SER 263 1HB SER 263 46.771 9.443 1.495 114 2HB SER 263 2HB SER 263 45.191 10.213 1.402 115 HG SER 263 HG SER 263 46.951 11.004 2.954 116 H LEU 264 H LEU 264 46.004 6.271 1.310 117 HA LEU 264 HA LEU 264 44.577 6.496 -1.124 118 1HB LEU 264 1HB LEU 264 46.414 4.636 0.103 119 2HB LEU 264 2HB LEU 264 45.102 3.766 -0.694 120 HG LEU 264 HG LEU 264 46.695 5.988 -2.005 121 1HD1 LEU 264 1HD1 LEU 264 46.980 2.974 -2.168 122 2HD1 LEU 264 2HD1 LEU 264 48.190 4.124 -1.599 123 3HD1 LEU 264 3HD1 LEU 264 47.730 4.095 -3.302 124 1HD2 LEU 264 1HD2 LEU 264 45.428 4.071 -3.756 125 2HD2 LEU 264 2HD2 LEU 264 45.184 5.814 -3.669 126 3HD2 LEU 264 3HD2 LEU 264 44.234 4.740 -2.643 127 H LEU 265 H LEU 265 43.734 5.220 1.996 128 HA LEU 265 HA LEU 265 41.410 3.781 0.988 129 1HB LEU 265 1HB LEU 265 41.037 3.156 3.304 130 2HB LEU 265 2HB LEU 265 42.741 2.918 2.912 131 HG LEU 265 HG LEU 265 42.666 5.553 3.761 132 1HD1 LEU 265 1HD1 LEU 265 40.874 3.881 5.550 133 2HD1 LEU 265 2HD1 LEU 265 40.334 5.222 4.540 134 3HD1 LEU 265 3HD1 LEU 265 41.432 5.519 5.887 135 1HD2 LEU 265 1HD2 LEU 265 44.373 3.879 4.331 136 2HD2 LEU 265 2HD2 LEU 265 43.219 3.032 5.361 137 3HD2 LEU 265 3HD2 LEU 265 43.769 4.650 5.797 138 H ASN 266 H ASN 266 42.212 6.892 2.269 139 HA ASN 266 HA ASN 266 39.503 7.573 3.031 140 1HB ASN 266 1HB ASN 266 42.132 9.007 2.956 141 2HB ASN 266 2HB ASN 266 40.640 9.939 3.074 142 1HD2 ASN 266 1HD2 ASN 266 42.576 7.439 4.728 143 2HD2 ASN 266 2HD2 ASN 266 41.839 7.644 6.243 144 H ASP 267 H ASP 267 41.698 8.227 0.334 145 HA ASP 267 HA ASP 267 39.937 10.029 -1.016 146 1HB ASP 267 1HB ASP 267 42.509 8.685 -1.585 147 2HB ASP 267 2HB ASP 267 41.534 9.095 -2.996 148 H ALA 268 H ALA 268 40.223 6.580 -0.831 149 HA ALA 268 HA ALA 268 38.570 6.151 -3.205 150 1HB ALA 268 1HB ALA 268 38.802 3.692 -2.198 151 2HB ALA 268 2HB ALA 268 40.177 4.430 -1.377 152 3HB ALA 268 3HB ALA 268 40.096 4.434 -3.139 153 H VAL 269 H VAL 269 38.310 6.294 0.254 154 HA VAL 269 HA VAL 269 35.685 5.036 0.310 155 HB VAL 269 HB VAL 269 37.451 6.287 2.412 156 1HG1 VAL 269 1HG1 VAL 269 35.294 6.863 3.185 157 2HG1 VAL 269 2HG1 VAL 269 35.621 5.320 3.974 158 3HG1 VAL 269 3HG1 VAL 269 34.577 5.380 2.555 159 1HG2 VAL 269 1HG2 VAL 269 37.654 3.860 1.347 160 2HG2 VAL 269 2HG2 VAL 269 36.332 3.508 2.460 161 3HG2 VAL 269 3HG2 VAL 269 37.872 4.104 3.079 162 H THR 270 H THR 270 36.920 8.076 -0.394 163 HA THR 270 HA THR 270 34.752 9.637 0.727 164 HB THR 270 HB THR 270 37.134 10.234 -1.004 165 HG1 THR 270 HG1 THR 270 36.529 11.847 1.090 166 1HG2 THR 270 1HG2 THR 270 34.651 11.890 -0.613 167 2HG2 THR 270 2HG2 THR 270 35.567 11.602 -2.093 168 3HG2 THR 270 3HG2 THR 270 36.218 12.666 -0.846 169 H VAL 271 H VAL 271 35.891 9.120 -2.622 170 HA VAL 271 HA VAL 271 33.776 10.155 -4.013 171 HB VAL 271 HB VAL 271 35.218 7.585 -4.705 172 1HG1 VAL 271 1HG1 VAL 271 33.322 7.891 -6.148 173 2HG1 VAL 271 2HG1 VAL 271 34.737 8.430 -7.052 174 3HG1 VAL 271 3HG1 VAL 271 33.655 9.614 -6.319 175 1HG2 VAL 271 1HG2 VAL 271 36.074 10.386 -4.561 176 2HG2 VAL 271 2HG2 VAL 271 36.325 9.675 -6.156 177 3HG2 VAL 271 3HG2 VAL 271 37.048 8.924 -4.733 178 H VAL 272 H VAL 272 33.740 7.434 -1.939 179 HA VAL 272 HA VAL 272 31.267 6.365 -3.091 180 HB VAL 272 HB VAL 272 33.226 5.398 -1.033 181 1HG1 VAL 272 1HG1 VAL 272 31.237 4.914 0.127 182 2HG1 VAL 272 2HG1 VAL 272 31.516 3.445 -0.809 183 3HG1 VAL 272 3HG1 VAL 272 30.331 4.629 -1.359 184 1HG2 VAL 272 1HG2 VAL 272 33.441 3.549 -2.503 185 2HG2 VAL 272 2HG2 VAL 272 33.320 4.942 -3.577 186 3HG2 VAL 272 3HG2 VAL 272 31.916 3.909 -3.311 187 H LEU 273 H LEU 273 32.443 8.149 -0.316 188 HA LEU 273 HA LEU 273 29.864 7.985 1.040 189 1HB LEU 273 1HB LEU 273 32.601 8.646 1.782 190 2HB LEU 273 2HB LEU 273 31.444 9.820 2.409 191 HG LEU 273 HG LEU 273 31.063 6.829 2.686 192 1HD1 LEU 273 1HD1 LEU 273 31.680 7.875 5.193 193 2HD1 LEU 273 2HD1 LEU 273 32.847 8.645 4.117 194 3HD1 LEU 273 3HD1 LEU 273 32.744 6.886 4.193 195 1HD2 LEU 273 1HD2 LEU 273 29.352 9.014 3.081 196 2HD2 LEU 273 2HD2 LEU 273 29.911 8.592 4.700 197 3HD2 LEU 273 3HD2 LEU 273 29.117 7.378 3.696 198 H TYR 274 H TYR 274 31.781 10.287 -0.809 199 HA TYR 274 HA TYR 274 30.261 12.598 -0.166 200 1HB TYR 274 1HB TYR 274 31.786 13.634 -1.445 201 2HB TYR 274 2HB TYR 274 32.550 12.058 -1.653 202 HD1 TYR 274 HD1 TYR 274 31.519 10.519 -3.511 203 HD2 TYR 274 HD2 TYR 274 30.989 14.778 -3.330 204 HE1 TYR 274 HE1 TYR 274 30.955 10.551 -5.925 205 HE2 TYR 274 HE2 TYR 274 30.423 14.810 -5.744 206 HH TYR 274 HH TYR 274 31.147 12.856 -7.827 207 H LYS 275 H LYS 275 29.351 9.837 -1.764 208 HA LYS 275 HA LYS 275 27.701 11.016 -3.818 209 1HB LYS 275 1HB LYS 275 27.491 8.228 -2.669 210 2HB LYS 275 2HB LYS 275 26.952 8.785 -4.253 211 1HG LYS 275 1HG LYS 275 29.574 9.505 -4.347 212 2HG LYS 275 2HG LYS 275 29.675 8.068 -3.330 213 1HD LYS 275 1HD LYS 275 29.855 7.185 -5.502 214 2HD LYS 275 2HD LYS 275 28.145 6.970 -5.132 215 1HE LYS 275 1HE LYS 275 28.102 9.481 -6.174 216 2HE LYS 275 2HE LYS 275 29.442 8.783 -7.084 217 1HZ LYS 275 1HZ LYS 275 27.923 7.820 -8.356 218 2HZ LYS 275 2HZ LYS 275 26.654 8.287 -7.326 219 3HZ LYS 275 3HZ LYS 275 27.498 6.841 -7.036 220 H LYS 276 H LYS 276 27.427 10.412 -0.454 221 HA LYS 276 HA LYS 276 24.612 11.261 -0.537 222 1HB LYS 276 1HB LYS 276 24.176 9.643 1.368 223 2HB LYS 276 2HB LYS 276 24.401 8.908 -0.218 224 1HG LYS 276 1HG LYS 276 26.973 9.182 1.042 225 2HG LYS 276 2HG LYS 276 25.870 8.388 2.164 226 1HD LYS 276 1HD LYS 276 25.227 6.795 0.356 227 2HD LYS 276 2HD LYS 276 26.432 7.545 -0.692 228 1HE LYS 276 1HE LYS 276 27.924 6.090 0.173 229 2HE LYS 276 2HE LYS 276 27.821 7.017 1.669 230 1HZ LYS 276 1HZ LYS 276 27.250 4.941 2.393 231 2HZ LYS 276 2HZ LYS 276 26.487 4.508 0.939 232 3HZ LYS 276 3HZ LYS 276 25.714 5.559 2.028 233 1HN NH2 277 1HN NH2 277 25.837 10.238 2.523 234 2HN NH2 277 2HN NH2 277 26.225 11.787 3.121 Start of MODEL 8 1 1H HIS 250 1H HIS 250 42.854 -4.301 2.355 2 2H HIS 250 2H HIS 250 42.418 -5.380 1.116 3 3H HIS 250 3H HIS 250 43.302 -5.935 2.457 4 HA HIS 250 HA HIS 250 41.505 -5.839 3.880 5 1HB HIS 250 1HB HIS 250 40.989 -3.458 2.757 6 2HB HIS 250 2HB HIS 250 39.733 -4.404 1.957 7 HD2 HIS 250 HD2 HIS 250 39.446 -6.322 4.891 8 HE1 HIS 250 HE1 HIS 250 37.769 -2.696 6.256 9 HE2 HIS 250 HE2 HIS 250 37.991 -5.180 6.734 10 H ILE 251 H ILE 251 42.330 -7.742 2.047 11 HA ILE 251 HA ILE 251 41.630 -9.692 1.070 12 HB ILE 251 HB ILE 251 38.826 -8.996 1.944 13 1HG1 ILE 251 1HG1 ILE 251 40.189 -8.648 3.903 14 2HG1 ILE 251 2HG1 ILE 251 39.459 -10.244 4.062 15 1HG2 ILE 251 1HG2 ILE 251 40.342 -11.592 1.549 16 2HG2 ILE 251 2HG2 ILE 251 39.050 -10.967 0.524 17 3HG2 ILE 251 3HG2 ILE 251 38.698 -11.474 2.176 18 1HD1 ILE 251 1HD1 ILE 251 41.615 -11.130 2.945 19 2HD1 ILE 251 2HD1 ILE 251 41.732 -10.591 4.620 20 3HD1 ILE 251 3HD1 ILE 251 42.299 -9.547 3.316 21 H ASN 252 H ASN 252 39.507 -6.910 0.455 22 HA ASN 252 HA ASN 252 38.863 -7.945 -2.204 23 1HB ASN 252 1HB ASN 252 37.984 -5.374 -0.871 24 2HB ASN 252 2HB ASN 252 37.320 -6.073 -2.346 25 1HD2 ASN 252 1HD2 ASN 252 37.775 -6.831 1.143 26 2HD2 ASN 252 2HD2 ASN 252 36.391 -7.807 1.260 27 H GLU 253 H GLU 253 40.062 -4.847 -0.886 28 HA GLU 253 HA GLU 253 41.262 -4.200 -3.467 29 1HB GLU 253 1HB GLU 253 41.219 -2.608 -0.892 30 2HB GLU 253 2HB GLU 253 41.707 -2.015 -2.480 31 1HG GLU 253 1HG GLU 253 38.954 -3.090 -1.802 32 2HG GLU 253 2HG GLU 253 39.368 -1.380 -1.920 33 H LEU 254 H LEU 254 42.204 -6.183 -1.161 34 HA LEU 254 HA LEU 254 44.595 -5.504 -0.073 35 1HB LEU 254 1HB LEU 254 45.194 -7.818 -0.064 36 2HB LEU 254 2HB LEU 254 43.442 -7.739 0.090 37 HG LEU 254 HG LEU 254 44.997 -8.330 -2.454 38 1HD1 LEU 254 1HD1 LEU 254 44.337 -10.011 -0.376 39 2HD1 LEU 254 2HD1 LEU 254 44.605 -10.520 -2.044 40 3HD1 LEU 254 3HD1 LEU 254 42.967 -10.210 -1.468 41 1HD2 LEU 254 1HD2 LEU 254 42.079 -7.797 -1.909 42 2HD2 LEU 254 2HD2 LEU 254 42.561 -8.854 -3.232 43 3HD2 LEU 254 3HD2 LEU 254 43.086 -7.173 -3.213 44 H LEU 255 H LEU 255 43.926 -5.592 -3.421 45 HA LEU 255 HA LEU 255 46.758 -5.801 -4.148 46 1HB LEU 255 1HB LEU 255 45.057 -7.057 -5.464 47 2HB LEU 255 2HB LEU 255 44.322 -5.525 -5.925 48 HG LEU 255 HG LEU 255 46.477 -4.825 -6.960 49 1HD1 LEU 255 1HD1 LEU 255 47.318 -7.465 -5.833 50 2HD1 LEU 255 2HD1 LEU 255 48.229 -5.961 -5.969 51 3HD1 LEU 255 3HD1 LEU 255 47.994 -6.981 -7.388 52 1HD2 LEU 255 1HD2 LEU 255 45.022 -7.303 -7.827 53 2HD2 LEU 255 2HD2 LEU 255 46.428 -6.765 -8.747 54 3HD2 LEU 255 3HD2 LEU 255 45.033 -5.701 -8.563 55 H HIS 256 H HIS 256 44.075 -3.512 -4.139 56 HA HIS 256 HA HIS 256 45.737 -1.426 -5.339 57 1HB HIS 256 1HB HIS 256 42.835 -1.596 -4.543 58 2HB HIS 256 2HB HIS 256 43.587 -0.066 -4.997 59 HD2 HIS 256 HD2 HIS 256 43.157 -3.648 -6.702 60 HE1 HIS 256 HE1 HIS 256 43.368 -0.689 -9.706 61 HE2 HIS 256 HE2 HIS 256 43.046 -3.169 -9.267 62 H ILE 257 H ILE 257 43.444 -1.104 -2.660 63 HA ILE 257 HA ILE 257 44.535 0.968 -1.324 64 HB ILE 257 HB ILE 257 42.470 -0.479 -0.740 65 1HG1 ILE 257 1HG1 ILE 257 42.923 0.169 1.800 66 2HG1 ILE 257 2HG1 ILE 257 44.314 0.997 1.100 67 1HG2 ILE 257 1HG2 ILE 257 44.055 -2.491 -0.315 68 2HG2 ILE 257 2HG2 ILE 257 42.751 -2.211 0.839 69 3HG2 ILE 257 3HG2 ILE 257 44.395 -1.710 1.230 70 1HD1 ILE 257 1HD1 ILE 257 42.485 1.864 -0.628 71 2HD1 ILE 257 2HD1 ILE 257 42.732 2.675 0.919 72 3HD1 ILE 257 3HD1 ILE 257 41.396 1.539 0.721 73 H LEU 258 H LEU 258 45.752 -2.329 -1.310 74 HA LEU 258 HA LEU 258 47.560 -2.033 0.857 75 1HB LEU 258 1HB LEU 258 46.821 -4.217 -0.105 76 2HB LEU 258 2HB LEU 258 47.821 -3.885 -1.519 77 HG LEU 258 HG LEU 258 49.446 -3.418 0.761 78 1HD1 LEU 258 1HD1 LEU 258 47.928 -6.042 0.865 79 2HD1 LEU 258 2HD1 LEU 258 47.885 -4.763 2.078 80 3HD1 LEU 258 3HD1 LEU 258 49.369 -5.677 1.813 81 1HD2 LEU 258 1HD2 LEU 258 50.709 -5.354 -0.186 82 2HD2 LEU 258 2HD2 LEU 258 50.244 -4.183 -1.421 83 3HD2 LEU 258 3HD2 LEU 258 49.342 -5.689 -1.250 84 H VAL 259 H VAL 259 47.789 -1.330 -2.584 85 HA VAL 259 HA VAL 259 50.557 -1.043 -2.836 86 HB VAL 259 HB VAL 259 48.317 0.465 -4.206 87 1HG1 VAL 259 1HG1 VAL 259 51.298 0.374 -4.683 88 2HG1 VAL 259 2HG1 VAL 259 50.257 1.790 -4.545 89 3HG1 VAL 259 3HG1 VAL 259 50.166 0.764 -5.977 90 1HG2 VAL 259 1HG2 VAL 259 48.112 -1.363 -5.519 91 2HG2 VAL 259 2HG2 VAL 259 49.097 -2.219 -4.332 92 3HG2 VAL 259 3HG2 VAL 259 49.858 -1.478 -5.740 93 H PHE 260 H PHE 260 48.568 1.875 -2.981 94 HA PHE 260 HA PHE 260 50.607 3.479 -1.820 95 1HB PHE 260 1HB PHE 260 48.645 5.170 -1.661 96 2HB PHE 260 2HB PHE 260 49.174 4.645 -3.259 97 HD1 PHE 260 HD1 PHE 260 46.521 4.441 -0.731 98 HD2 PHE 260 HD2 PHE 260 47.847 3.043 -4.570 99 HE1 PHE 260 HE1 PHE 260 44.245 3.574 -1.201 100 HE2 PHE 260 HE2 PHE 260 45.572 2.175 -5.039 101 HZ PHE 260 HZ PHE 260 43.770 2.440 -3.356 102 H GLY 261 H GLY 261 48.420 1.350 -0.431 103 1HA GLY 261 1HA GLY 261 48.117 0.811 1.803 104 2HA GLY 261 2HA GLY 261 49.138 2.179 2.233 105 H GLU 262 H GLU 262 47.812 2.992 3.834 106 HA GLU 262 HA GLU 262 45.031 3.624 3.213 107 1HB GLU 262 1HB GLU 262 44.732 3.976 5.507 108 2HB GLU 262 2HB GLU 262 45.943 2.694 5.463 109 1HG GLU 262 1HG GLU 262 47.642 4.710 5.440 110 2HG GLU 262 2HG GLU 262 46.285 5.598 6.130 111 H SER 263 H SER 263 47.870 5.031 2.508 112 HA SER 263 HA SER 263 47.751 7.670 3.369 113 1HB SER 263 1HB SER 263 49.470 6.354 1.830 114 2HB SER 263 2HB SER 263 48.548 7.126 0.544 115 HG SER 263 HG SER 263 49.093 9.093 1.332 116 H LEU 264 H LEU 264 46.132 6.126 0.616 117 HA LEU 264 HA LEU 264 44.762 8.633 -0.034 118 1HB LEU 264 1HB LEU 264 44.511 5.965 -1.427 119 2HB LEU 264 2HB LEU 264 44.058 7.551 -2.050 120 HG LEU 264 HG LEU 264 46.877 6.676 -1.355 121 1HD1 LEU 264 1HD1 LEU 264 45.635 5.764 -3.478 122 2HD1 LEU 264 2HD1 LEU 264 47.268 6.407 -3.646 123 3HD1 LEU 264 3HD1 LEU 264 45.880 7.397 -4.099 124 1HD2 LEU 264 1HD2 LEU 264 46.866 8.995 -1.018 125 2HD2 LEU 264 2HD2 LEU 264 45.641 9.268 -2.257 126 3HD2 LEU 264 3HD2 LEU 264 47.296 8.878 -2.724 127 H LEU 265 H LEU 265 44.285 6.250 2.151 128 HA LEU 265 HA LEU 265 41.805 5.172 1.967 129 1HB LEU 265 1HB LEU 265 43.337 5.043 3.958 130 2HB LEU 265 2HB LEU 265 42.743 6.626 4.448 131 HG LEU 265 HG LEU 265 40.395 5.275 3.990 132 1HD1 LEU 265 1HD1 LEU 265 42.343 3.324 5.256 133 2HD1 LEU 265 2HD1 LEU 265 41.672 3.167 3.632 134 3HD1 LEU 265 3HD1 LEU 265 40.611 3.075 5.037 135 1HD2 LEU 265 1HD2 LEU 265 40.282 5.104 6.469 136 2HD2 LEU 265 2HD2 LEU 265 40.916 6.665 5.946 137 3HD2 LEU 265 3HD2 LEU 265 42.015 5.425 6.553 138 H ASN 266 H ASN 266 42.404 8.446 3.251 139 HA ASN 266 HA ASN 266 39.859 9.322 3.675 140 1HB ASN 266 1HB ASN 266 41.896 11.024 2.235 141 2HB ASN 266 2HB ASN 266 40.636 11.552 3.349 142 1HD2 ASN 266 1HD2 ASN 266 43.902 10.379 3.136 143 2HD2 ASN 266 2HD2 ASN 266 44.200 10.306 4.805 144 H ASP 267 H ASP 267 41.536 9.197 0.548 145 HA ASP 267 HA ASP 267 39.116 10.071 -0.841 146 1HB ASP 267 1HB ASP 267 41.925 9.467 -1.776 147 2HB ASP 267 2HB ASP 267 40.606 9.874 -2.873 148 H ALA 268 H ALA 268 40.489 7.186 0.214 149 HA ALA 268 HA ALA 268 39.415 5.581 -1.988 150 1HB ALA 268 1HB ALA 268 40.463 4.147 0.340 151 2HB ALA 268 2HB ALA 268 41.625 5.269 -0.370 152 3HB ALA 268 3HB ALA 268 40.899 4.004 -1.363 153 H VAL 269 H VAL 269 38.799 6.363 1.374 154 HA VAL 269 HA VAL 269 37.026 4.391 2.135 155 HB VAL 269 HB VAL 269 37.881 6.429 3.457 156 1HG1 VAL 269 1HG1 VAL 269 36.667 7.920 1.620 157 2HG1 VAL 269 2HG1 VAL 269 36.760 8.450 3.300 158 3HG1 VAL 269 3HG1 VAL 269 35.282 7.703 2.691 159 1HG2 VAL 269 1HG2 VAL 269 35.295 5.000 3.597 160 2HG2 VAL 269 2HG2 VAL 269 35.370 6.485 4.545 161 3HG2 VAL 269 3HG2 VAL 269 36.539 5.195 4.831 162 H THR 270 H THR 270 36.639 6.767 -0.317 163 HA THR 270 HA THR 270 33.737 6.617 -0.361 164 HB THR 270 HB THR 270 34.783 8.720 -0.988 165 HG1 THR 270 HG1 THR 270 33.437 8.997 -2.587 166 1HG2 THR 270 1HG2 THR 270 35.911 7.955 -3.529 167 2HG2 THR 270 2HG2 THR 270 36.668 7.026 -2.236 168 3HG2 THR 270 3HG2 THR 270 36.685 8.789 -2.182 169 H VAL 271 H VAL 271 36.090 4.524 -1.197 170 HA VAL 271 HA VAL 271 34.544 3.428 -3.472 171 HB VAL 271 HB VAL 271 37.520 3.312 -2.945 172 1HG1 VAL 271 1HG1 VAL 271 37.460 2.113 -5.224 173 2HG1 VAL 271 2HG1 VAL 271 35.746 1.850 -4.904 174 3HG1 VAL 271 3HG1 VAL 271 36.959 1.176 -3.816 175 1HG2 VAL 271 1HG2 VAL 271 35.998 4.389 -5.333 176 2HG2 VAL 271 2HG2 VAL 271 37.711 4.598 -4.967 177 3HG2 VAL 271 3HG2 VAL 271 36.494 5.403 -3.977 178 H VAL 272 H VAL 272 37.084 2.226 -1.275 179 HA VAL 272 HA VAL 272 36.379 -0.407 -1.150 180 HB VAL 272 HB VAL 272 37.541 -0.545 0.922 181 1HG1 VAL 272 1HG1 VAL 272 38.931 1.900 0.081 182 2HG1 VAL 272 2HG1 VAL 272 38.566 0.813 -1.258 183 3HG1 VAL 272 3HG1 VAL 272 39.510 0.235 0.114 184 1HG2 VAL 272 1HG2 VAL 272 36.630 0.898 2.463 185 2HG2 VAL 272 2HG2 VAL 272 36.421 2.191 1.282 186 3HG2 VAL 272 3HG2 VAL 272 38.008 1.890 1.989 187 H LEU 273 H LEU 273 34.545 2.250 -0.003 188 HA LEU 273 HA LEU 273 33.089 1.145 2.103 189 1HB LEU 273 1HB LEU 273 32.991 3.494 0.603 190 2HB LEU 273 2HB LEU 273 31.426 2.740 0.317 191 HG LEU 273 HG LEU 273 31.261 4.170 2.276 192 1HD1 LEU 273 1HD1 LEU 273 31.418 1.579 3.683 193 2HD1 LEU 273 2HD1 LEU 273 30.479 1.553 2.190 194 3HD1 LEU 273 3HD1 LEU 273 30.050 2.673 3.482 195 1HD2 LEU 273 1HD2 LEU 273 33.014 4.456 3.657 196 2HD2 LEU 273 2HD2 LEU 273 33.916 3.249 2.742 197 3HD2 LEU 273 3HD2 LEU 273 32.942 2.759 4.128 198 H TYR 274 H TYR 274 31.882 1.427 -1.243 199 HA TYR 274 HA TYR 274 30.087 -0.829 -0.766 200 1HB TYR 274 1HB TYR 274 29.416 -0.207 -3.207 201 2HB TYR 274 2HB TYR 274 28.959 0.877 -1.894 202 HD1 TYR 274 HD1 TYR 274 30.034 3.037 -1.603 203 HD2 TYR 274 HD2 TYR 274 31.275 0.356 -4.721 204 HE1 TYR 274 HE1 TYR 274 31.318 4.870 -2.668 205 HE2 TYR 274 HE2 TYR 274 32.560 2.189 -5.786 206 HH TYR 274 HH TYR 274 32.541 5.482 -4.417 207 H LYS 275 H LYS 275 32.785 0.080 -2.875 208 HA LYS 275 HA LYS 275 32.936 -1.976 -4.649 209 1HB LYS 275 1HB LYS 275 34.642 -0.007 -3.928 210 2HB LYS 275 2HB LYS 275 35.491 -1.401 -3.260 211 1HG LYS 275 1HG LYS 275 36.318 -1.304 -5.456 212 2HG LYS 275 2HG LYS 275 35.026 -2.499 -5.580 213 1HD LYS 275 1HD LYS 275 33.622 -0.206 -6.023 214 2HD LYS 275 2HD LYS 275 35.186 0.232 -6.712 215 1HE LYS 275 1HE LYS 275 35.081 -2.067 -7.899 216 2HE LYS 275 2HE LYS 275 33.366 -2.045 -7.488 217 1HZ LYS 275 1HZ LYS 275 33.643 -1.096 -9.643 218 2HZ LYS 275 2HZ LYS 275 34.844 -0.030 -9.089 219 3HZ LYS 275 3HZ LYS 275 33.236 0.157 -8.575 220 H LYS 276 H LYS 276 33.267 -2.183 -1.215 221 HA LYS 276 HA LYS 276 34.258 -4.952 -1.397 222 1HB LYS 276 1HB LYS 276 35.522 -3.523 0.113 223 2HB LYS 276 2HB LYS 276 34.044 -3.069 0.963 224 1HG LYS 276 1HG LYS 276 33.783 -5.195 1.918 225 2HG LYS 276 2HG LYS 276 34.802 -5.969 0.703 226 1HD LYS 276 1HD LYS 276 35.915 -5.735 2.944 227 2HD LYS 276 2HD LYS 276 36.792 -4.944 1.633 228 1HE LYS 276 1HE LYS 276 36.509 -3.579 3.781 229 2HE LYS 276 2HE LYS 276 36.023 -2.784 2.284 230 1HZ LYS 276 1HZ LYS 276 33.742 -3.379 2.722 231 2HZ LYS 276 2HZ LYS 276 34.372 -2.528 4.051 232 3HZ LYS 276 3HZ LYS 276 34.188 -4.215 4.129 233 1HN NH2 277 1HN NH2 277 31.946 -3.296 0.826 234 2HN NH2 277 2HN NH2 277 30.771 -4.533 0.745 Start of MODEL 9 1 1H HIS 250 1H HIS 250 36.278 -6.362 -12.147 2 2H HIS 250 2H HIS 250 34.949 -6.837 -11.201 3 3H HIS 250 3H HIS 250 36.266 -7.890 -11.410 4 HA HIS 250 HA HIS 250 37.164 -5.416 -10.371 5 1HB HIS 250 1HB HIS 250 34.759 -6.695 -9.126 6 2HB HIS 250 2HB HIS 250 36.003 -6.034 -8.065 7 HD2 HIS 250 HD2 HIS 250 34.914 -4.294 -11.455 8 HE1 HIS 250 HE1 HIS 250 33.966 -1.724 -8.242 9 HE2 HIS 250 HE2 HIS 250 34.028 -1.935 -10.772 10 H ILE 251 H ILE 251 38.905 -6.970 -11.021 11 HA ILE 251 HA ILE 251 39.342 -9.108 -9.040 12 HB ILE 251 HB ILE 251 41.019 -8.635 -11.495 13 1HG1 ILE 251 1HG1 ILE 251 39.291 -10.619 -12.231 14 2HG1 ILE 251 2HG1 ILE 251 38.217 -9.572 -11.300 15 1HG2 ILE 251 1HG2 ILE 251 41.866 -10.705 -11.041 16 2HG2 ILE 251 2HG2 ILE 251 40.307 -11.334 -10.502 17 3HG2 ILE 251 3HG2 ILE 251 41.293 -10.362 -9.408 18 1HD1 ILE 251 1HD1 ILE 251 38.089 -8.688 -13.483 19 2HD1 ILE 251 2HD1 ILE 251 39.817 -8.903 -13.766 20 3HD1 ILE 251 3HD1 ILE 251 39.254 -7.635 -12.677 21 H ASN 252 H ASN 252 42.267 -8.805 -10.073 22 HA ASN 252 HA ASN 252 43.204 -7.346 -7.790 23 1HB ASN 252 1HB ASN 252 44.860 -8.188 -10.167 24 2HB ASN 252 2HB ASN 252 45.386 -7.962 -8.499 25 1HD2 ASN 252 1HD2 ASN 252 43.080 -9.348 -7.298 26 2HD2 ASN 252 2HD2 ASN 252 43.272 -10.997 -7.647 27 H GLU 253 H GLU 253 42.813 -6.660 -11.210 28 HA GLU 253 HA GLU 253 44.350 -4.460 -11.659 29 1HB GLU 253 1HB GLU 253 41.690 -3.856 -12.592 30 2HB GLU 253 2HB GLU 253 43.113 -4.320 -13.523 31 1HG GLU 253 1HG GLU 253 41.278 -6.269 -12.092 32 2HG GLU 253 2HG GLU 253 41.213 -5.907 -13.815 33 H LEU 254 H LEU 254 41.452 -4.654 -9.691 34 HA LEU 254 HA LEU 254 41.028 -1.886 -9.316 35 1HB LEU 254 1HB LEU 254 39.980 -4.353 -8.266 36 2HB LEU 254 2HB LEU 254 40.264 -3.216 -6.947 37 HG LEU 254 HG LEU 254 38.775 -2.520 -9.493 38 1HD1 LEU 254 1HD1 LEU 254 37.419 -4.110 -8.324 39 2HD1 LEU 254 2HD1 LEU 254 36.779 -2.520 -7.906 40 3HD1 LEU 254 3HD1 LEU 254 37.803 -3.387 -6.762 41 1HD2 LEU 254 1HD2 LEU 254 38.208 -0.905 -7.169 42 2HD2 LEU 254 2HD2 LEU 254 38.860 -0.400 -8.728 43 3HD2 LEU 254 3HD2 LEU 254 39.948 -0.943 -7.451 44 H LEU 255 H LEU 255 43.722 -3.583 -8.605 45 HA LEU 255 HA LEU 255 44.432 -2.988 -5.992 46 1HB LEU 255 1HB LEU 255 46.784 -3.071 -6.785 47 2HB LEU 255 2HB LEU 255 45.818 -4.406 -7.406 48 HG LEU 255 HG LEU 255 45.435 -2.523 -9.360 49 1HD1 LEU 255 1HD1 LEU 255 47.418 -1.329 -9.804 50 2HD1 LEU 255 2HD1 LEU 255 48.375 -2.336 -8.718 51 3HD1 LEU 255 3HD1 LEU 255 47.239 -1.162 -8.058 52 1HD2 LEU 255 1HD2 LEU 255 47.470 -4.729 -9.030 53 2HD2 LEU 255 2HD2 LEU 255 47.354 -3.814 -10.533 54 3HD2 LEU 255 3HD2 LEU 255 45.972 -4.747 -9.962 55 H HIS 256 H HIS 256 43.729 -0.833 -8.489 56 HA HIS 256 HA HIS 256 45.395 1.306 -8.299 57 1HB HIS 256 1HB HIS 256 42.372 1.298 -8.365 58 2HB HIS 256 2HB HIS 256 43.347 2.751 -8.587 59 HD2 HIS 256 HD2 HIS 256 45.268 -0.001 -10.259 60 HE1 HIS 256 HE1 HIS 256 42.715 1.489 -13.274 61 HE2 HIS 256 HE2 HIS 256 44.742 0.029 -12.818 62 H ILE 257 H ILE 257 43.292 0.073 -5.822 63 HA ILE 257 HA ILE 257 43.662 2.435 -4.144 64 HB ILE 257 HB ILE 257 41.456 1.276 -4.243 65 1HG1 ILE 257 1HG1 ILE 257 41.921 0.746 -1.479 66 2HG1 ILE 257 2HG1 ILE 257 42.948 2.105 -1.937 67 1HG2 ILE 257 1HG2 ILE 257 42.700 -1.028 -4.344 68 2HG2 ILE 257 2HG2 ILE 257 41.164 -0.919 -3.484 69 3HG2 ILE 257 3HG2 ILE 257 42.680 -0.913 -2.584 70 1HD1 ILE 257 1HD1 ILE 257 40.778 2.962 -1.244 71 2HD1 ILE 257 2HD1 ILE 257 39.955 1.880 -2.368 72 3HD1 ILE 257 3HD1 ILE 257 40.954 3.198 -2.982 73 H LEU 258 H LEU 258 44.776 -0.874 -4.445 74 HA LEU 258 HA LEU 258 45.912 -1.258 -1.922 75 1HB LEU 258 1HB LEU 258 46.227 -2.418 -4.603 76 2HB LEU 258 2HB LEU 258 47.675 -2.529 -3.608 77 HG LEU 258 HG LEU 258 46.113 -4.489 -3.362 78 1HD1 LEU 258 1HD1 LEU 258 47.414 -2.952 -1.334 79 2HD1 LEU 258 2HD1 LEU 258 47.087 -4.684 -1.347 80 3HD1 LEU 258 3HD1 LEU 258 45.905 -3.571 -0.662 81 1HD2 LEU 258 1HD2 LEU 258 44.145 -2.583 -3.346 82 2HD2 LEU 258 2HD2 LEU 258 44.300 -2.935 -1.625 83 3HD2 LEU 258 3HD2 LEU 258 43.933 -4.233 -2.762 84 H VAL 259 H VAL 259 47.046 0.585 -4.680 85 HA VAL 259 HA VAL 259 49.720 0.909 -4.212 86 HB VAL 259 HB VAL 259 47.891 3.232 -4.833 87 1HG1 VAL 259 1HG1 VAL 259 49.775 4.302 -5.507 88 2HG1 VAL 259 2HG1 VAL 259 50.423 2.855 -6.280 89 3HG1 VAL 259 3HG1 VAL 259 50.630 3.096 -4.546 90 1HG2 VAL 259 1HG2 VAL 259 48.304 0.730 -6.266 91 2HG2 VAL 259 2HG2 VAL 259 48.821 2.115 -7.227 92 3HG2 VAL 259 3HG2 VAL 259 47.171 2.038 -6.610 93 H PHE 260 H PHE 260 47.498 3.445 -3.079 94 HA PHE 260 HA PHE 260 49.318 4.208 -0.987 95 1HB PHE 260 1HB PHE 260 47.006 5.513 -0.384 96 2HB PHE 260 2HB PHE 260 48.194 6.096 -1.549 97 HD1 PHE 260 HD1 PHE 260 44.853 4.749 -1.082 98 HD2 PHE 260 HD2 PHE 260 47.899 5.583 -3.992 99 HE1 PHE 260 HE1 PHE 260 43.173 4.557 -2.895 100 HE2 PHE 260 HE2 PHE 260 46.219 5.390 -5.806 101 HZ PHE 260 HZ PHE 260 43.856 4.878 -5.258 102 H GLY 261 H GLY 261 45.875 3.297 -0.774 103 1HA GLY 261 1HA GLY 261 44.724 2.043 0.772 104 2HA GLY 261 2HA GLY 261 46.243 1.222 1.114 105 H GLU 262 H GLU 262 47.856 2.787 2.331 106 HA GLU 262 HA GLU 262 46.444 3.608 4.753 107 1HB GLU 262 1HB GLU 262 48.678 3.713 5.757 108 2HB GLU 262 2HB GLU 262 48.440 2.168 4.940 109 1HG GLU 262 1HG GLU 262 49.580 3.150 2.919 110 2HG GLU 262 2HG GLU 262 49.965 4.566 3.895 111 H SER 263 H SER 263 47.278 5.082 1.927 112 HA SER 263 HA SER 263 48.055 7.631 3.162 113 1HB SER 263 1HB SER 263 48.827 6.390 0.802 114 2HB SER 263 2HB SER 263 47.717 7.650 0.268 115 HG SER 263 HG SER 263 48.963 9.161 1.312 116 H LEU 264 H LEU 264 45.727 6.511 0.696 117 HA LEU 264 HA LEU 264 44.057 8.856 1.193 118 1HB LEU 264 1HB LEU 264 43.475 6.620 -0.742 119 2HB LEU 264 2HB LEU 264 42.911 8.291 -0.796 120 HG LEU 264 HG LEU 264 45.773 7.357 -1.163 121 1HD1 LEU 264 1HD1 LEU 264 43.718 7.353 -2.988 122 2HD1 LEU 264 2HD1 LEU 264 45.425 7.504 -3.403 123 3HD1 LEU 264 3HD1 LEU 264 44.424 8.948 -3.244 124 1HD2 LEU 264 1HD2 LEU 264 45.977 9.460 -0.132 125 2HD2 LEU 264 2HD2 LEU 264 44.500 10.072 -0.876 126 3HD2 LEU 264 3HD2 LEU 264 45.959 9.877 -1.846 127 H LEU 265 H LEU 265 44.411 6.212 2.900 128 HA LEU 265 HA LEU 265 42.216 4.667 3.096 129 1HB LEU 265 1HB LEU 265 42.624 4.418 5.429 130 2HB LEU 265 2HB LEU 265 44.188 4.740 4.687 131 HG LEU 265 HG LEU 265 43.330 7.286 5.238 132 1HD1 LEU 265 1HD1 LEU 265 42.609 5.711 7.705 133 2HD1 LEU 265 2HD1 LEU 265 41.382 6.082 6.496 134 3HD1 LEU 265 3HD1 LEU 265 42.232 7.389 7.319 135 1HD2 LEU 265 1HD2 LEU 265 44.984 5.311 6.812 136 2HD2 LEU 265 2HD2 LEU 265 44.799 6.983 7.342 137 3HD2 LEU 265 3HD2 LEU 265 45.534 6.631 5.780 138 H ASN 266 H ASN 266 42.287 8.094 3.626 139 HA ASN 266 HA ASN 266 39.710 8.189 4.949 140 1HB ASN 266 1HB ASN 266 41.612 10.280 3.901 141 2HB ASN 266 2HB ASN 266 40.010 10.698 4.509 142 1HD2 ASN 266 1HD2 ASN 266 43.220 9.592 5.447 143 2HD2 ASN 266 2HD2 ASN 266 42.955 9.673 7.123 144 H ASP 267 H ASP 267 40.999 9.183 1.776 145 HA ASP 267 HA ASP 267 38.366 9.756 0.740 146 1HB ASP 267 1HB ASP 267 39.762 11.060 -0.472 147 2HB ASP 267 2HB ASP 267 41.150 10.016 -0.172 148 H ALA 268 H ALA 268 40.174 6.953 1.219 149 HA ALA 268 HA ALA 268 39.876 5.309 -0.919 150 1HB ALA 268 1HB ALA 268 39.258 4.637 1.967 151 2HB ALA 268 2HB ALA 268 40.827 4.517 1.172 152 3HB ALA 268 3HB ALA 268 39.511 3.446 0.693 153 H VAL 269 H VAL 269 37.329 6.676 1.007 154 HA VAL 269 HA VAL 269 35.215 4.938 0.425 155 HB VAL 269 HB VAL 269 35.349 7.060 1.965 156 1HG1 VAL 269 1HG1 VAL 269 34.592 9.085 1.037 157 2HG1 VAL 269 2HG1 VAL 269 33.965 8.296 -0.410 158 3HG1 VAL 269 3HG1 VAL 269 35.704 8.478 -0.189 159 1HG2 VAL 269 1HG2 VAL 269 32.737 7.318 1.414 160 2HG2 VAL 269 2HG2 VAL 269 33.379 5.883 2.214 161 3HG2 VAL 269 3HG2 VAL 269 33.054 5.855 0.481 162 H THR 270 H THR 270 37.107 6.612 -1.723 163 HA THR 270 HA THR 270 35.287 7.592 -3.631 164 HB THR 270 HB THR 270 37.551 8.233 -3.889 165 HG1 THR 270 HG1 THR 270 37.444 6.237 -5.846 166 1HG2 THR 270 1HG2 THR 270 38.021 5.412 -3.240 167 2HG2 THR 270 2HG2 THR 270 39.053 6.816 -2.963 168 3HG2 THR 270 3HG2 THR 270 39.061 6.010 -4.532 169 H VAL 271 H VAL 271 36.434 4.364 -2.934 170 HA VAL 271 HA VAL 271 34.567 3.313 -4.961 171 HB VAL 271 HB VAL 271 37.264 2.067 -4.430 172 1HG1 VAL 271 1HG1 VAL 271 36.724 0.619 -6.148 173 2HG1 VAL 271 2HG1 VAL 271 35.679 1.792 -6.950 174 3HG1 VAL 271 3HG1 VAL 271 35.106 0.935 -5.519 175 1HG2 VAL 271 1HG2 VAL 271 37.762 3.075 -6.764 176 2HG2 VAL 271 2HG2 VAL 271 37.852 4.158 -5.375 177 3HG2 VAL 271 3HG2 VAL 271 36.432 4.180 -6.420 178 H VAL 272 H VAL 272 36.398 2.797 -1.990 179 HA VAL 272 HA VAL 272 35.556 0.285 -1.231 180 HB VAL 272 HB VAL 272 36.115 2.774 0.370 181 1HG1 VAL 272 1HG1 VAL 272 35.128 0.081 1.296 182 2HG1 VAL 272 2HG1 VAL 272 34.611 1.684 1.817 183 3HG1 VAL 272 3HG1 VAL 272 36.178 1.055 2.325 184 1HG2 VAL 272 1HG2 VAL 272 38.121 1.507 0.994 185 2HG2 VAL 272 2HG2 VAL 272 37.979 1.570 -0.763 186 3HG2 VAL 272 3HG2 VAL 272 37.532 0.101 0.106 187 H LEU 273 H LEU 273 33.707 3.212 -1.450 188 HA LEU 273 HA LEU 273 31.597 2.748 0.289 189 1HB LEU 273 1HB LEU 273 32.045 4.740 -1.321 190 2HB LEU 273 2HB LEU 273 31.109 3.801 -2.484 191 HG LEU 273 HG LEU 273 29.476 3.587 -0.354 192 1HD1 LEU 273 1HD1 LEU 273 30.813 6.295 -0.063 193 2HD1 LEU 273 2HD1 LEU 273 30.967 4.956 1.074 194 3HD1 LEU 273 3HD1 LEU 273 29.404 5.738 0.838 195 1HD2 LEU 273 1HD2 LEU 273 28.591 4.375 -2.392 196 2HD2 LEU 273 2HD2 LEU 273 29.712 5.734 -2.457 197 3HD2 LEU 273 3HD2 LEU 273 28.376 5.748 -1.306 198 H TYR 274 H TYR 274 32.607 0.830 -2.281 199 HA TYR 274 HA TYR 274 29.974 -0.282 -2.873 200 1HB TYR 274 1HB TYR 274 30.919 -1.106 -4.759 201 2HB TYR 274 2HB TYR 274 32.219 0.030 -4.396 202 HD1 TYR 274 HD1 TYR 274 31.621 -3.274 -5.252 203 HD2 TYR 274 HD2 TYR 274 33.867 -0.946 -2.424 204 HE1 TYR 274 HE1 TYR 274 33.201 -5.161 -4.954 205 HE2 TYR 274 HE2 TYR 274 35.447 -2.833 -2.128 206 HH TYR 274 HH TYR 274 34.949 -5.751 -2.681 207 H LYS 275 H LYS 275 32.686 -0.878 -0.833 208 HA LYS 275 HA LYS 275 32.509 -3.653 -0.471 209 1HB LYS 275 1HB LYS 275 34.366 -2.254 0.381 210 2HB LYS 275 2HB LYS 275 33.272 -1.555 1.575 211 1HG LYS 275 1HG LYS 275 33.502 -3.336 2.938 212 2HG LYS 275 2HG LYS 275 33.145 -4.457 1.624 213 1HD LYS 275 1HD LYS 275 35.842 -3.128 1.994 214 2HD LYS 275 2HD LYS 275 35.450 -4.728 2.626 215 1HE LYS 275 1HE LYS 275 35.764 -5.671 0.604 216 2HE LYS 275 2HE LYS 275 34.669 -4.517 -0.157 217 1HZ LYS 275 1HZ LYS 275 36.378 -3.032 -0.560 218 2HZ LYS 275 2HZ LYS 275 37.119 -4.532 -0.861 219 3HZ LYS 275 3HZ LYS 275 37.403 -3.719 0.604 220 H LYS 276 H LYS 276 30.668 -1.003 0.931 221 HA LYS 276 HA LYS 276 29.213 -2.828 2.692 222 1HB LYS 276 1HB LYS 276 27.952 -0.502 3.077 223 2HB LYS 276 2HB LYS 276 29.470 -0.886 3.885 224 1HG LYS 276 1HG LYS 276 29.562 0.397 1.173 225 2HG LYS 276 2HG LYS 276 29.195 1.398 2.576 226 1HD LYS 276 1HD LYS 276 31.507 -0.471 2.819 227 2HD LYS 276 2HD LYS 276 31.716 0.941 1.784 228 1HE LYS 276 1HE LYS 276 31.346 2.449 3.551 229 2HE LYS 276 2HE LYS 276 30.553 1.228 4.547 230 1HZ LYS 276 1HZ LYS 276 32.633 0.108 4.847 231 2HZ LYS 276 2HZ LYS 276 32.833 1.742 5.271 232 3HZ LYS 276 3HZ LYS 276 33.420 1.168 3.782 233 1HN NH2 277 1HN NH2 277 28.237 -0.380 0.218 234 2HN NH2 277 2HN NH2 277 26.865 -1.255 -0.297 Start of MODEL 10 1 1H HIS 250 1H HIS 250 46.356 -1.406 -0.518 2 2H HIS 250 2H HIS 250 47.061 -0.509 -1.777 3 3H HIS 250 3H HIS 250 47.670 -2.045 -1.380 4 HA HIS 250 HA HIS 250 45.214 -2.768 -1.900 5 1HB HIS 250 1HB HIS 250 45.340 -0.028 -2.716 6 2HB HIS 250 2HB HIS 250 45.204 -1.021 -4.165 7 HD2 HIS 250 HD2 HIS 250 43.168 -3.348 -2.915 8 HE1 HIS 250 HE1 HIS 250 40.612 -0.083 -2.124 9 HE2 HIS 250 HE2 HIS 250 40.726 -2.609 -2.361 10 H ILE 251 H ILE 251 45.036 -3.062 -4.619 11 HA ILE 251 HA ILE 251 47.372 -4.685 -5.169 12 HB ILE 251 HB ILE 251 45.260 -4.225 -7.224 13 1HG1 ILE 251 1HG1 ILE 251 43.894 -4.326 -5.229 14 2HG1 ILE 251 2HG1 ILE 251 43.801 -5.896 -6.024 15 1HG2 ILE 251 1HG2 ILE 251 46.217 -6.889 -6.246 16 2HG2 ILE 251 2HG2 ILE 251 47.329 -5.888 -7.176 17 3HG2 ILE 251 3HG2 ILE 251 45.788 -6.379 -7.878 18 1HD1 ILE 251 1HD1 ILE 251 45.048 -5.161 -3.428 19 2HD1 ILE 251 2HD1 ILE 251 45.924 -6.340 -4.403 20 3HD1 ILE 251 3HD1 ILE 251 44.262 -6.660 -3.916 21 H ASN 252 H ASN 252 47.159 -4.319 -8.081 22 HA ASN 252 HA ASN 252 48.911 -1.982 -8.276 23 1HB ASN 252 1HB ASN 252 48.370 -4.351 -10.050 24 2HB ASN 252 2HB ASN 252 49.228 -2.934 -10.653 25 1HD2 ASN 252 1HD2 ASN 252 49.367 -4.581 -7.446 26 2HD2 ASN 252 2HD2 ASN 252 51.044 -4.841 -7.495 27 H GLU 253 H GLU 253 46.145 -3.356 -10.068 28 HA GLU 253 HA GLU 253 45.614 -1.426 -11.889 29 1HB GLU 253 1HB GLU 253 43.079 -1.887 -11.042 30 2HB GLU 253 2HB GLU 253 43.990 -2.999 -12.062 31 1HG GLU 253 1HG GLU 253 44.556 -4.392 -10.250 32 2HG GLU 253 2HG GLU 253 44.200 -3.141 -9.061 33 H LEU 254 H LEU 254 44.608 -1.286 -8.476 34 HA LEU 254 HA LEU 254 43.306 1.213 -8.627 35 1HB LEU 254 1HB LEU 254 44.660 -0.097 -6.259 36 2HB LEU 254 2HB LEU 254 43.514 1.240 -6.175 37 HG LEU 254 HG LEU 254 42.238 -0.681 -7.766 38 1HD1 LEU 254 1HD1 LEU 254 42.369 -2.746 -6.549 39 2HD1 LEU 254 2HD1 LEU 254 43.357 -2.010 -5.287 40 3HD1 LEU 254 3HD1 LEU 254 44.027 -2.260 -6.898 41 1HD2 LEU 254 1HD2 LEU 254 41.077 0.726 -6.191 42 2HD2 LEU 254 2HD2 LEU 254 41.988 0.058 -4.837 43 3HD2 LEU 254 3HD2 LEU 254 40.810 -0.942 -5.686 44 H LEU 255 H LEU 255 46.402 0.705 -9.392 45 HA LEU 255 HA LEU 255 48.010 2.429 -7.957 46 1HB LEU 255 1HB LEU 255 47.972 1.436 -10.747 47 2HB LEU 255 2HB LEU 255 48.927 2.890 -10.461 48 HG LEU 255 HG LEU 255 49.194 0.531 -8.610 49 1HD1 LEU 255 1HD1 LEU 255 49.626 -0.567 -10.646 50 2HD1 LEU 255 2HD1 LEU 255 51.226 -0.023 -10.137 51 3HD1 LEU 255 3HD1 LEU 255 50.342 0.871 -11.375 52 1HD2 LEU 255 1HD2 LEU 255 51.081 1.624 -7.887 53 2HD2 LEU 255 2HD2 LEU 255 50.219 3.031 -8.507 54 3HD2 LEU 255 3HD2 LEU 255 51.457 2.251 -9.492 55 H HIS 256 H HIS 256 45.184 3.246 -9.592 56 HA HIS 256 HA HIS 256 45.906 5.874 -10.481 57 1HB HIS 256 1HB HIS 256 43.099 5.061 -9.792 58 2HB HIS 256 2HB HIS 256 43.663 6.126 -11.079 59 HD2 HIS 256 HD2 HIS 256 42.701 2.451 -10.618 60 HE1 HIS 256 HE1 HIS 256 44.870 2.645 -14.235 61 HE2 HIS 256 HE2 HIS 256 43.383 1.176 -12.793 62 H ILE 257 H ILE 257 44.370 4.546 -7.574 63 HA ILE 257 HA ILE 257 44.115 7.203 -6.406 64 HB ILE 257 HB ILE 257 43.139 5.949 -4.479 65 1HG1 ILE 257 1HG1 ILE 257 43.257 3.565 -6.335 66 2HG1 ILE 257 2HG1 ILE 257 44.442 3.822 -5.053 67 1HG2 ILE 257 1HG2 ILE 257 41.699 6.858 -6.226 68 2HG2 ILE 257 2HG2 ILE 257 41.089 5.276 -5.737 69 3HG2 ILE 257 3HG2 ILE 257 41.994 5.446 -7.241 70 1HD1 ILE 257 1HD1 ILE 257 42.549 3.976 -3.417 71 2HD1 ILE 257 2HD1 ILE 257 42.683 2.395 -4.187 72 3HD1 ILE 257 3HD1 ILE 257 41.447 3.534 -4.721 73 H LEU 258 H LEU 258 46.599 5.079 -6.752 74 HA LEU 258 HA LEU 258 47.725 4.927 -4.165 75 1HB LEU 258 1HB LEU 258 48.609 4.445 -6.926 76 2HB LEU 258 2HB LEU 258 49.900 4.964 -5.848 77 HG LEU 258 HG LEU 258 49.570 2.468 -5.926 78 1HD1 LEU 258 1HD1 LEU 258 50.504 2.547 -3.884 79 2HD1 LEU 258 2HD1 LEU 258 48.914 2.793 -3.164 80 3HD1 LEU 258 3HD1 LEU 258 49.881 4.181 -3.657 81 1HD2 LEU 258 1HD2 LEU 258 46.901 3.084 -5.835 82 2HD2 LEU 258 2HD2 LEU 258 47.212 2.637 -4.159 83 3HD2 LEU 258 3HD2 LEU 258 47.566 1.496 -5.456 84 H VAL 259 H VAL 259 46.985 7.624 -5.851 85 HA VAL 259 HA VAL 259 49.183 9.295 -5.850 86 HB VAL 259 HB VAL 259 46.563 10.359 -4.869 87 1HG1 VAL 259 1HG1 VAL 259 48.126 11.382 -7.205 88 2HG1 VAL 259 2HG1 VAL 259 48.803 11.607 -5.592 89 3HG1 VAL 259 3HG1 VAL 259 47.219 12.276 -5.983 90 1HG2 VAL 259 1HG2 VAL 259 46.114 10.336 -7.517 91 2HG2 VAL 259 2HG2 VAL 259 45.574 9.026 -6.469 92 3HG2 VAL 259 3HG2 VAL 259 47.062 8.854 -7.399 93 H PHE 260 H PHE 260 47.044 8.489 -3.134 94 HA PHE 260 HA PHE 260 48.643 10.129 -1.325 95 1HB PHE 260 1HB PHE 260 46.764 8.642 0.152 96 2HB PHE 260 2HB PHE 260 46.657 10.338 -0.317 97 HD1 PHE 260 HD1 PHE 260 45.782 10.845 -2.713 98 HD2 PHE 260 HD2 PHE 260 45.222 7.092 -0.703 99 HE1 PHE 260 HE1 PHE 260 43.898 10.313 -4.234 100 HE2 PHE 260 HE2 PHE 260 43.333 6.557 -2.223 101 HZ PHE 260 HZ PHE 260 42.672 8.173 -3.987 102 H GLY 261 H GLY 261 47.310 6.879 -0.774 103 1HA GLY 261 1HA GLY 261 48.771 4.917 -0.641 104 2HA GLY 261 2HA GLY 261 50.017 5.971 0.018 105 H GLU 262 H GLU 262 48.953 7.348 1.972 106 HA GLU 262 HA GLU 262 48.333 5.349 3.979 107 1HB GLU 262 1HB GLU 262 48.646 8.355 4.194 108 2HB GLU 262 2HB GLU 262 48.489 7.244 5.556 109 1HG GLU 262 1HG GLU 262 50.551 6.126 4.970 110 2HG GLU 262 2HG GLU 262 50.670 7.037 3.466 111 H SER 263 H SER 263 46.682 7.836 2.172 112 HA SER 263 HA SER 263 44.276 7.643 3.814 113 1HB SER 263 1HB SER 263 43.441 9.461 2.552 114 2HB SER 263 2HB SER 263 45.156 9.807 2.753 115 HG SER 263 HG SER 263 44.633 10.074 0.602 116 H LEU 264 H LEU 264 45.628 5.717 1.595 117 HA LEU 264 HA LEU 264 43.966 5.143 -0.465 118 1HB LEU 264 1HB LEU 264 45.732 3.571 1.261 119 2HB LEU 264 2HB LEU 264 44.433 2.615 0.547 120 HG LEU 264 HG LEU 264 46.211 4.480 -1.047 121 1HD1 LEU 264 1HD1 LEU 264 47.071 2.134 -1.870 122 2HD1 LEU 264 2HD1 LEU 264 46.487 1.584 -0.299 123 3HD1 LEU 264 3HD1 LEU 264 47.730 2.832 -0.390 124 1HD2 LEU 264 1HD2 LEU 264 45.057 2.291 -2.507 125 2HD2 LEU 264 2HD2 LEU 264 44.795 4.020 -2.739 126 3HD2 LEU 264 3HD2 LEU 264 43.774 3.116 -1.621 127 H LEU 265 H LEU 265 43.195 4.929 2.890 128 HA LEU 265 HA LEU 265 40.769 3.370 2.353 129 1HB LEU 265 1HB LEU 265 41.904 4.342 4.989 130 2HB LEU 265 2HB LEU 265 40.536 3.253 4.782 131 HG LEU 265 HG LEU 265 42.070 1.679 3.540 132 1HD1 LEU 265 1HD1 LEU 265 44.569 2.224 4.442 133 2HD1 LEU 265 2HD1 LEU 265 43.987 3.863 4.173 134 3HD1 LEU 265 3HD1 LEU 265 43.997 2.703 2.848 135 1HD2 LEU 265 1HD2 LEU 265 41.825 0.808 5.627 136 2HD2 LEU 265 2HD2 LEU 265 42.129 2.358 6.411 137 3HD2 LEU 265 3HD2 LEU 265 43.482 1.366 5.865 138 H ASN 266 H ASN 266 41.838 6.565 3.375 139 HA ASN 266 HA ASN 266 39.103 7.475 3.804 140 1HB ASN 266 1HB ASN 266 41.830 8.628 4.213 141 2HB ASN 266 2HB ASN 266 40.457 9.725 4.065 142 1HD2 ASN 266 1HD2 ASN 266 41.809 7.091 6.042 143 2HD2 ASN 266 2HD2 ASN 266 40.808 7.365 7.385 144 H ASP 267 H ASP 267 41.714 9.116 2.046 145 HA ASP 267 HA ASP 267 40.200 10.619 0.341 146 1HB ASP 267 1HB ASP 267 42.732 10.594 0.581 147 2HB ASP 267 2HB ASP 267 42.733 9.255 -0.566 148 H ALA 268 H ALA 268 40.390 7.222 0.369 149 HA ALA 268 HA ALA 268 39.589 6.934 -2.431 150 1HB ALA 268 1HB ALA 268 39.830 4.575 -2.093 151 2HB ALA 268 2HB ALA 268 39.856 4.769 -0.340 152 3HB ALA 268 3HB ALA 268 41.209 5.350 -1.313 153 H VAL 269 H VAL 269 38.251 6.804 0.800 154 HA VAL 269 HA VAL 269 35.866 5.451 0.375 155 HB VAL 269 HB VAL 269 36.886 6.550 2.531 156 1HG1 VAL 269 1HG1 VAL 269 34.816 8.639 1.874 157 2HG1 VAL 269 2HG1 VAL 269 36.502 8.869 1.410 158 3HG1 VAL 269 3HG1 VAL 269 36.073 8.680 3.110 159 1HG2 VAL 269 1HG2 VAL 269 34.017 6.080 1.779 160 2HG2 VAL 269 2HG2 VAL 269 34.386 6.730 3.378 161 3HG2 VAL 269 3HG2 VAL 269 35.043 5.168 2.887 162 H THR 270 H THR 270 36.896 8.413 -0.969 163 HA THR 270 HA THR 270 34.175 9.335 -1.534 164 HB THR 270 HB THR 270 35.730 11.065 -0.905 165 HG1 THR 270 HG1 THR 270 34.438 11.839 -2.459 166 1HG2 THR 270 1HG2 THR 270 37.616 11.228 -2.932 167 2HG2 THR 270 2HG2 THR 270 37.524 9.498 -2.601 168 3HG2 THR 270 3HG2 THR 270 37.909 10.627 -1.300 169 H VAL 271 H VAL 271 36.211 7.109 -2.814 170 HA VAL 271 HA VAL 271 35.012 7.415 -5.485 171 HB VAL 271 HB VAL 271 37.928 7.129 -4.819 172 1HG1 VAL 271 1HG1 VAL 271 36.430 6.079 -7.212 173 2HG1 VAL 271 2HG1 VAL 271 37.709 5.300 -6.279 174 3HG1 VAL 271 3HG1 VAL 271 38.099 6.629 -7.372 175 1HG2 VAL 271 1HG2 VAL 271 36.542 9.299 -5.497 176 2HG2 VAL 271 2HG2 VAL 271 36.769 8.652 -7.123 177 3HG2 VAL 271 3HG2 VAL 271 38.170 9.034 -6.121 178 H VAL 272 H VAL 272 37.204 5.231 -3.705 179 HA VAL 272 HA VAL 272 36.309 2.877 -4.966 180 HB VAL 272 HB VAL 272 38.420 3.329 -3.493 181 1HG1 VAL 272 1HG1 VAL 272 38.238 2.863 -1.197 182 2HG1 VAL 272 2HG1 VAL 272 36.669 2.083 -1.383 183 3HG1 VAL 272 3HG1 VAL 272 36.802 3.837 -1.512 184 1HG2 VAL 272 1HG2 VAL 272 38.420 1.215 -4.412 185 2HG2 VAL 272 2HG2 VAL 272 36.784 0.862 -3.858 186 3HG2 VAL 272 3HG2 VAL 272 38.136 0.767 -2.730 187 H LEU 273 H LEU 273 34.532 4.878 -3.083 188 HA LEU 273 HA LEU 273 33.110 2.790 -1.611 189 1HB LEU 273 1HB LEU 273 33.595 4.902 -0.458 190 2HB LEU 273 2HB LEU 273 32.707 5.792 -1.692 191 HG LEU 273 HG LEU 273 30.635 4.599 -1.072 192 1HD1 LEU 273 1HD1 LEU 273 32.563 3.099 0.657 193 2HD1 LEU 273 2HD1 LEU 273 31.180 2.499 -0.259 194 3HD1 LEU 273 3HD1 LEU 273 30.926 3.354 1.263 195 1HD2 LEU 273 1HD2 LEU 273 31.689 6.672 0.224 196 2HD2 LEU 273 2HD2 LEU 273 31.747 5.512 1.552 197 3HD2 LEU 273 3HD2 LEU 273 30.205 5.906 0.790 198 H TYR 274 H TYR 274 31.696 5.602 -3.234 199 HA TYR 274 HA TYR 274 29.604 3.875 -4.323 200 1HB TYR 274 1HB TYR 274 28.635 6.153 -5.011 201 2HB TYR 274 2HB TYR 274 28.720 5.799 -3.285 202 HD1 TYR 274 HD1 TYR 274 30.122 7.791 -6.041 203 HD2 TYR 274 HD2 TYR 274 30.396 6.874 -1.852 204 HE1 TYR 274 HE1 TYR 274 31.544 9.793 -5.695 205 HE2 TYR 274 HE2 TYR 274 31.817 8.876 -1.507 206 HH TYR 274 HH TYR 274 32.058 11.217 -2.880 207 H LYS 275 H LYS 275 31.753 6.453 -5.534 208 HA LYS 275 HA LYS 275 31.231 6.474 -8.180 209 1HB LYS 275 1HB LYS 275 33.118 7.652 -6.843 210 2HB LYS 275 2HB LYS 275 34.094 6.255 -7.289 211 1HG LYS 275 1HG LYS 275 34.538 7.364 -9.209 212 2HG LYS 275 2HG LYS 275 32.899 6.942 -9.692 213 1HD LYS 275 1HD LYS 275 33.631 9.467 -8.172 214 2HD LYS 275 2HD LYS 275 33.405 9.387 -9.917 215 1HE LYS 275 1HE LYS 275 31.319 8.778 -7.803 216 2HE LYS 275 2HE LYS 275 31.335 10.153 -8.903 217 1HZ LYS 275 1HZ LYS 275 30.230 8.911 -10.342 218 2HZ LYS 275 2HZ LYS 275 30.358 7.539 -9.348 219 3HZ LYS 275 3HZ LYS 275 31.579 7.893 -10.476 220 H LYS 276 H LYS 276 33.115 3.995 -6.495 221 HA LYS 276 HA LYS 276 33.259 2.431 -8.990 222 1HB LYS 276 1HB LYS 276 35.371 2.835 -7.720 223 2HB LYS 276 2HB LYS 276 34.676 1.950 -6.361 224 1HG LYS 276 1HG LYS 276 34.522 -0.074 -7.647 225 2HG LYS 276 2HG LYS 276 34.926 0.776 -9.139 226 1HD LYS 276 1HD LYS 276 36.868 0.951 -6.876 227 2HD LYS 276 2HD LYS 276 36.777 -0.571 -7.764 228 1HE LYS 276 1HE LYS 276 37.149 0.624 -9.881 229 2HE LYS 276 2HE LYS 276 37.208 2.159 -9.015 230 1HZ LYS 276 1HZ LYS 276 39.007 0.739 -7.658 231 2HZ LYS 276 2HZ LYS 276 39.397 1.730 -8.982 232 3HZ LYS 276 3HZ LYS 276 39.197 0.057 -9.199 233 1HN NH2 277 1HN NH2 277 33.079 1.299 -5.592 234 2HN NH2 277 2HN NH2 277 31.726 0.290 -5.845 Start of MODEL 11 1 1H HIS 250 1H HIS 250 35.305 -8.692 -1.055 2 2H HIS 250 2H HIS 250 34.352 -8.772 0.349 3 3H HIS 250 3H HIS 250 34.394 -10.085 -0.729 4 HA HIS 250 HA HIS 250 35.735 -10.446 1.298 5 1HB HIS 250 1HB HIS 250 36.361 -10.939 -1.413 6 2HB HIS 250 2HB HIS 250 37.870 -10.439 -0.647 7 HD2 HIS 250 HD2 HIS 250 37.960 -11.922 2.121 8 HE1 HIS 250 HE1 HIS 250 36.542 -15.402 0.195 9 HE2 HIS 250 HE2 HIS 250 37.667 -14.511 2.291 10 H ILE 251 H ILE 251 38.362 -10.094 1.577 11 HA ILE 251 HA ILE 251 38.654 -7.180 1.977 12 HB ILE 251 HB ILE 251 39.993 -9.461 3.450 13 1HG1 ILE 251 1HG1 ILE 251 38.299 -7.734 5.031 14 2HG1 ILE 251 2HG1 ILE 251 37.377 -8.409 3.686 15 1HG2 ILE 251 1HG2 ILE 251 41.454 -7.602 3.555 16 2HG2 ILE 251 2HG2 ILE 251 40.506 -7.486 5.037 17 3HG2 ILE 251 3HG2 ILE 251 40.122 -6.453 3.661 18 1HD1 ILE 251 1HD1 ILE 251 37.337 -9.874 5.708 19 2HD1 ILE 251 2HD1 ILE 251 39.087 -10.040 5.586 20 3HD1 ILE 251 3HD1 ILE 251 38.051 -10.670 4.306 21 H ASN 252 H ASN 252 40.074 -10.044 0.597 22 HA ASN 252 HA ASN 252 42.677 -8.956 0.130 23 1HB ASN 252 1HB ASN 252 41.219 -11.251 -1.200 24 2HB ASN 252 2HB ASN 252 42.930 -10.884 -1.411 25 1HD2 ASN 252 1HD2 ASN 252 40.519 -12.011 0.949 26 2HD2 ASN 252 2HD2 ASN 252 41.649 -12.625 2.057 27 H GLU 253 H GLU 253 39.705 -9.195 -1.782 28 HA GLU 253 HA GLU 253 40.603 -8.373 -4.263 29 1HB GLU 253 1HB GLU 253 38.014 -7.686 -2.852 30 2HB GLU 253 2HB GLU 253 38.314 -7.404 -4.567 31 1HG GLU 253 1HG GLU 253 38.884 -10.135 -3.520 32 2HG GLU 253 2HG GLU 253 37.191 -9.671 -3.675 33 H LEU 254 H LEU 254 40.296 -6.554 -1.328 34 HA LEU 254 HA LEU 254 40.435 -3.958 -2.584 35 1HB LEU 254 1HB LEU 254 40.312 -5.022 0.185 36 2HB LEU 254 2HB LEU 254 41.096 -3.457 -0.021 37 HG LEU 254 HG LEU 254 39.122 -2.589 -1.184 38 1HD1 LEU 254 1HD1 LEU 254 38.292 -5.462 -0.987 39 2HD1 LEU 254 2HD1 LEU 254 38.131 -4.342 -2.340 40 3HD1 LEU 254 3HD1 LEU 254 37.043 -4.217 -0.958 41 1HD2 LEU 254 1HD2 LEU 254 38.151 -4.018 1.298 42 2HD2 LEU 254 2HD2 LEU 254 37.682 -2.424 0.705 43 3HD2 LEU 254 3HD2 LEU 254 39.292 -2.675 1.383 44 H LEU 255 H LEU 255 42.638 -6.403 -2.094 45 HA LEU 255 HA LEU 255 44.969 -5.436 -1.130 46 1HB LEU 255 1HB LEU 255 44.343 -7.184 -3.465 47 2HB LEU 255 2HB LEU 255 46.007 -6.644 -3.253 48 HG LEU 255 HG LEU 255 44.505 -7.766 -0.905 49 1HD1 LEU 255 1HD1 LEU 255 44.218 -9.410 -2.727 50 2HD1 LEU 255 2HD1 LEU 255 45.327 -10.017 -1.498 51 3HD1 LEU 255 3HD1 LEU 255 45.956 -9.387 -3.021 52 1HD2 LEU 255 1HD2 LEU 255 46.597 -7.947 0.032 53 2HD2 LEU 255 2HD2 LEU 255 46.961 -6.659 -1.116 54 3HD2 LEU 255 3HD2 LEU 255 47.367 -8.330 -1.507 55 H HIS 256 H HIS 256 43.389 -4.412 -4.080 56 HA HIS 256 HA HIS 256 45.599 -2.989 -5.181 57 1HB HIS 256 1HB HIS 256 42.687 -2.365 -5.670 58 2HB HIS 256 2HB HIS 256 44.052 -2.132 -6.764 59 HD2 HIS 256 HD2 HIS 256 44.977 -5.432 -5.683 60 HE1 HIS 256 HE1 HIS 256 41.851 -6.299 -8.385 61 HE2 HIS 256 HE2 HIS 256 43.815 -7.285 -7.112 62 H ILE 257 H ILE 257 42.814 -2.014 -3.198 63 HA ILE 257 HA ILE 257 43.895 0.684 -2.979 64 HB ILE 257 HB ILE 257 41.383 -0.007 -3.291 65 1HG1 ILE 257 1HG1 ILE 257 40.879 1.975 -1.576 66 2HG1 ILE 257 2HG1 ILE 257 42.635 2.121 -1.616 67 1HG2 ILE 257 1HG2 ILE 257 40.176 -0.495 -1.331 68 2HG2 ILE 257 2HG2 ILE 257 41.486 0.040 -0.280 69 3HG2 ILE 257 3HG2 ILE 257 41.627 -1.481 -1.159 70 1HD1 ILE 257 1HD1 ILE 257 40.746 2.239 -3.982 71 2HD1 ILE 257 2HD1 ILE 257 42.502 2.176 -4.128 72 3HD1 ILE 257 3HD1 ILE 257 41.731 3.555 -3.344 73 H LEU 258 H LEU 258 43.819 -2.284 -1.248 74 HA LEU 258 HA LEU 258 44.011 -1.380 1.408 75 1HB LEU 258 1HB LEU 258 43.933 -3.826 0.228 76 2HB LEU 258 2HB LEU 258 45.631 -3.745 0.695 77 HG LEU 258 HG LEU 258 43.264 -3.291 2.537 78 1HD1 LEU 258 1HD1 LEU 258 45.322 -5.514 2.531 79 2HD1 LEU 258 2HD1 LEU 258 43.718 -5.667 1.817 80 3HD1 LEU 258 3HD1 LEU 258 43.889 -5.392 3.551 81 1HD2 LEU 258 1HD2 LEU 258 44.917 -1.966 3.492 82 2HD2 LEU 258 2HD2 LEU 258 46.227 -2.938 2.820 83 3HD2 LEU 258 3HD2 LEU 258 45.315 -3.528 4.209 84 H VAL 259 H VAL 259 46.509 -1.937 -1.049 85 HA VAL 259 HA VAL 259 48.832 -1.690 0.330 86 HB VAL 259 HB VAL 259 49.471 -0.112 -1.753 87 1HG1 VAL 259 1HG1 VAL 259 49.785 -2.251 -3.038 88 2HG1 VAL 259 2HG1 VAL 259 48.850 -3.080 -1.794 89 3HG1 VAL 259 3HG1 VAL 259 50.390 -2.326 -1.384 90 1HG2 VAL 259 1HG2 VAL 259 46.888 -0.078 -2.220 91 2HG2 VAL 259 2HG2 VAL 259 47.166 -1.694 -2.870 92 3HG2 VAL 259 3HG2 VAL 259 48.000 -0.308 -3.569 93 H PHE 260 H PHE 260 47.707 1.249 -1.298 94 HA PHE 260 HA PHE 260 48.866 2.868 0.816 95 1HB PHE 260 1HB PHE 260 48.150 4.768 -0.672 96 2HB PHE 260 2HB PHE 260 49.249 3.618 -1.433 97 HD1 PHE 260 HD1 PHE 260 45.636 4.493 -1.072 98 HD2 PHE 260 HD2 PHE 260 48.617 2.437 -3.383 99 HE1 PHE 260 HE1 PHE 260 43.965 4.071 -2.851 100 HE2 PHE 260 HE2 PHE 260 46.944 2.014 -5.163 101 HZ PHE 260 HZ PHE 260 44.617 2.831 -4.898 102 H GLY 261 H GLY 261 46.031 1.291 0.573 103 1HA GLY 261 1HA GLY 261 43.935 2.999 1.007 104 2HA GLY 261 2HA GLY 261 44.091 1.446 1.819 105 H GLU 262 H GLU 262 46.743 2.776 2.906 106 HA GLU 262 HA GLU 262 45.492 3.688 5.370 107 1HB GLU 262 1HB GLU 262 47.943 3.854 6.102 108 2HB GLU 262 2HB GLU 262 47.331 2.243 5.725 109 1HG GLU 262 1HG GLU 262 48.574 2.065 3.801 110 2HG GLU 262 2HG GLU 262 48.508 3.797 3.474 111 H SER 263 H SER 263 47.233 5.019 2.640 112 HA SER 263 HA SER 263 47.518 7.624 3.933 113 1HB SER 263 1HB SER 263 49.389 7.028 2.601 114 2HB SER 263 2HB SER 263 48.370 6.514 1.260 115 HG SER 263 HG SER 263 49.446 8.816 1.488 116 H LEU 264 H LEU 264 46.307 6.663 0.719 117 HA LEU 264 HA LEU 264 44.685 8.965 0.413 118 1HB LEU 264 1HB LEU 264 44.202 6.348 -1.001 119 2HB LEU 264 2HB LEU 264 43.933 7.986 -1.598 120 HG LEU 264 HG LEU 264 46.594 6.634 -1.082 121 1HD1 LEU 264 1HD1 LEU 264 46.763 6.451 -3.346 122 2HD1 LEU 264 2HD1 LEU 264 46.006 8.019 -3.624 123 3HD1 LEU 264 3HD1 LEU 264 45.006 6.600 -3.311 124 1HD2 LEU 264 1HD2 LEU 264 46.914 8.862 -0.315 125 2HD2 LEU 264 2HD2 LEU 264 45.884 9.530 -1.582 126 3HD2 LEU 264 3HD2 LEU 264 47.474 8.883 -1.988 127 H LEU 265 H LEU 265 44.318 6.660 2.640 128 HA LEU 265 HA LEU 265 41.911 5.492 2.699 129 1HB LEU 265 1HB LEU 265 43.541 5.682 4.618 130 2HB LEU 265 2HB LEU 265 42.832 7.254 4.976 131 HG LEU 265 HG LEU 265 40.558 5.888 4.911 132 1HD1 LEU 265 1HD1 LEU 265 42.632 3.785 5.612 133 2HD1 LEU 265 2HD1 LEU 265 41.554 3.758 4.217 134 3HD1 LEU 265 3HD1 LEU 265 40.892 3.606 5.842 135 1HD2 LEU 265 1HD2 LEU 265 40.898 5.425 7.378 136 2HD2 LEU 265 2HD2 LEU 265 41.295 7.068 6.877 137 3HD2 LEU 265 3HD2 LEU 265 42.583 5.898 7.163 138 H ASN 266 H ASN 266 42.421 8.976 3.088 139 HA ASN 266 HA ASN 266 39.824 9.741 3.747 140 1HB ASN 266 1HB ASN 266 41.352 11.457 1.855 141 2HB ASN 266 2HB ASN 266 40.518 11.890 3.345 142 1HD2 ASN 266 1HD2 ASN 266 43.499 10.362 2.095 143 2HD2 ASN 266 2HD2 ASN 266 44.402 10.597 3.513 144 H ASP 267 H ASP 267 41.304 9.465 0.514 145 HA ASP 267 HA ASP 267 38.684 9.806 -0.738 146 1HB ASP 267 1HB ASP 267 41.284 9.258 -2.159 147 2HB ASP 267 2HB ASP 267 39.843 10.062 -2.780 148 H ALA 268 H ALA 268 41.081 7.328 -0.111 149 HA ALA 268 HA ALA 268 40.473 5.320 -1.853 150 1HB ALA 268 1HB ALA 268 41.486 3.890 -0.375 151 2HB ALA 268 2HB ALA 268 40.601 4.525 1.012 152 3HB ALA 268 3HB ALA 268 41.974 5.417 0.359 153 H VAL 269 H VAL 269 38.812 5.769 1.279 154 HA VAL 269 HA VAL 269 36.875 3.868 1.145 155 HB VAL 269 HB VAL 269 36.804 6.692 2.167 156 1HG1 VAL 269 1HG1 VAL 269 34.526 4.734 1.923 157 2HG1 VAL 269 2HG1 VAL 269 34.531 6.470 1.610 158 3HG1 VAL 269 3HG1 VAL 269 34.585 5.873 3.269 159 1HG2 VAL 269 1HG2 VAL 269 36.262 4.250 3.794 160 2HG2 VAL 269 2HG2 VAL 269 37.172 5.701 4.216 161 3HG2 VAL 269 3HG2 VAL 269 37.905 4.467 3.193 162 H THR 270 H THR 270 36.981 6.896 -0.651 163 HA THR 270 HA THR 270 34.354 6.794 -1.704 164 HB THR 270 HB THR 270 36.662 8.002 -3.200 165 HG1 THR 270 HG1 THR 270 36.961 8.569 -1.040 166 1HG2 THR 270 1HG2 THR 270 35.055 9.331 -4.138 167 2HG2 THR 270 2HG2 THR 270 34.107 9.409 -2.653 168 3HG2 THR 270 3HG2 THR 270 34.005 7.987 -3.692 169 H VAL 271 H VAL 271 37.477 5.641 -2.943 170 HA VAL 271 HA VAL 271 36.493 4.674 -5.419 171 HB VAL 271 HB VAL 271 38.892 3.725 -3.832 172 1HG1 VAL 271 1HG1 VAL 271 38.326 2.173 -5.609 173 2HG1 VAL 271 2HG1 VAL 271 39.722 3.118 -6.126 174 3HG1 VAL 271 3HG1 VAL 271 38.119 3.496 -6.755 175 1HG2 VAL 271 1HG2 VAL 271 39.560 5.875 -4.182 176 2HG2 VAL 271 2HG2 VAL 271 38.313 6.164 -5.395 177 3HG2 VAL 271 3HG2 VAL 271 39.810 5.347 -5.846 178 H VAL 272 H VAL 272 36.482 3.393 -2.189 179 HA VAL 272 HA VAL 272 35.793 0.703 -3.085 180 HB VAL 272 HB VAL 272 36.098 1.907 -0.325 181 1HG1 VAL 272 1HG1 VAL 272 36.180 -0.705 0.153 182 2HG1 VAL 272 2HG1 VAL 272 35.172 -0.772 -1.291 183 3HG1 VAL 272 3HG1 VAL 272 34.642 0.156 0.112 184 1HG2 VAL 272 1HG2 VAL 272 37.851 -0.286 -1.123 185 2HG2 VAL 272 2HG2 VAL 272 38.272 1.299 -0.474 186 3HG2 VAL 272 3HG2 VAL 272 38.000 1.100 -2.204 187 H LEU 273 H LEU 273 34.149 3.529 -2.828 188 HA LEU 273 HA LEU 273 31.743 2.483 -1.573 189 1HB LEU 273 1HB LEU 273 32.816 5.058 -2.040 190 2HB LEU 273 2HB LEU 273 31.327 4.970 -2.977 191 HG LEU 273 HG LEU 273 30.842 5.791 -0.726 192 1HD1 LEU 273 1HD1 LEU 273 28.909 4.639 -0.727 193 2HD1 LEU 273 2HD1 LEU 273 29.733 3.145 -0.279 194 3HD1 LEU 273 3HD1 LEU 273 29.606 3.607 -1.976 195 1HD2 LEU 273 1HD2 LEU 273 32.800 3.845 0.010 196 2HD2 LEU 273 2HD2 LEU 273 31.293 3.427 0.824 197 3HD2 LEU 273 3HD2 LEU 273 32.000 5.027 1.045 198 H TYR 274 H TYR 274 32.138 4.180 -4.688 199 HA TYR 274 HA TYR 274 30.031 2.481 -5.808 200 1HB TYR 274 1HB TYR 274 29.930 4.090 -7.614 201 2HB TYR 274 2HB TYR 274 29.917 4.955 -6.079 202 HD1 TYR 274 HD1 TYR 274 32.107 5.918 -5.198 203 HD2 TYR 274 HD2 TYR 274 31.639 4.461 -9.212 204 HE1 TYR 274 HE1 TYR 274 34.123 7.184 -5.892 205 HE2 TYR 274 HE2 TYR 274 33.655 5.729 -9.906 206 HH TYR 274 HH TYR 274 35.680 6.665 -8.876 207 H LYS 275 H LYS 275 33.266 3.639 -6.788 208 HA LYS 275 HA LYS 275 33.722 2.196 -9.041 209 1HB LYS 275 1HB LYS 275 35.349 3.421 -7.028 210 2HB LYS 275 2HB LYS 275 36.077 1.882 -7.486 211 1HG LYS 275 1HG LYS 275 35.164 3.982 -9.474 212 2HG LYS 275 2HG LYS 275 36.828 3.804 -8.919 213 1HD LYS 275 1HD LYS 275 37.190 2.088 -10.331 214 2HD LYS 275 2HD LYS 275 35.748 1.246 -9.762 215 1HE LYS 275 1HE LYS 275 35.721 1.872 -12.223 216 2HE LYS 275 2HE LYS 275 34.339 2.450 -11.291 217 1HZ LYS 275 1HZ LYS 275 35.188 4.603 -11.229 218 2HZ LYS 275 2HZ LYS 275 35.499 4.095 -12.820 219 3HZ LYS 275 3HZ LYS 275 36.751 4.114 -11.671 220 H LYS 276 H LYS 276 34.979 0.930 -5.957 221 HA LYS 276 HA LYS 276 33.687 -1.597 -6.174 222 1HB LYS 276 1HB LYS 276 35.966 -2.824 -6.545 223 2HB LYS 276 2HB LYS 276 35.069 -2.226 -7.941 224 1HG LYS 276 1HG LYS 276 36.500 -0.383 -8.231 225 2HG LYS 276 2HG LYS 276 37.113 -0.482 -6.581 226 1HD LYS 276 1HD LYS 276 37.564 -2.883 -8.264 227 2HD LYS 276 2HD LYS 276 38.467 -1.441 -8.730 228 1HE LYS 276 1HE LYS 276 39.336 -1.224 -6.439 229 2HE LYS 276 2HE LYS 276 38.411 -2.644 -5.946 230 1HZ LYS 276 1HZ LYS 276 39.847 -4.032 -6.937 231 2HZ LYS 276 2HZ LYS 276 40.935 -2.733 -6.807 232 3HZ LYS 276 3HZ LYS 276 40.107 -3.011 -8.265 233 1HN NH2 277 1HN NH2 277 37.049 -1.687 -5.227 234 2HN NH2 277 2HN NH2 277 36.772 -1.619 -3.543 Start of MODEL 12 1 1H HIS 250 1H HIS 250 59.995 22.983 2.286 2 2H HIS 250 2H HIS 250 58.670 21.924 2.373 3 3H HIS 250 3H HIS 250 60.156 21.381 1.755 4 HA HIS 250 HA HIS 250 60.992 22.158 4.123 5 1HB HIS 250 1HB HIS 250 58.214 22.439 4.319 6 2HB HIS 250 2HB HIS 250 58.563 20.916 5.139 7 HD2 HIS 250 HD2 HIS 250 61.171 21.482 6.836 8 HE1 HIS 250 HE1 HIS 250 59.439 25.145 8.024 9 HE2 HIS 250 HE2 HIS 250 61.252 23.448 8.554 10 H ILE 251 H ILE 251 61.555 20.324 5.492 11 HA ILE 251 HA ILE 251 61.648 17.843 3.943 12 HB ILE 251 HB ILE 251 63.022 18.542 6.548 13 1HG1 ILE 251 1HG1 ILE 251 64.952 18.518 4.605 14 2HG1 ILE 251 2HG1 ILE 251 63.590 19.218 3.727 15 1HG2 ILE 251 1HG2 ILE 251 63.722 16.404 6.516 16 2HG2 ILE 251 2HG2 ILE 251 64.398 16.642 4.904 17 3HG2 ILE 251 3HG2 ILE 251 62.728 16.106 5.090 18 1HD1 ILE 251 1HD1 ILE 251 64.908 20.232 6.247 19 2HD1 ILE 251 2HD1 ILE 251 63.294 20.760 5.769 20 3HD1 ILE 251 3HD1 ILE 251 64.674 21.080 4.718 21 H ASN 252 H ASN 252 60.267 19.179 6.857 22 HA ASN 252 HA ASN 252 59.612 16.912 8.304 23 1HB ASN 252 1HB ASN 252 58.264 19.570 7.945 24 2HB ASN 252 2HB ASN 252 57.491 18.310 8.908 25 1HD2 ASN 252 1HD2 ASN 252 60.999 18.426 8.795 26 2HD2 ASN 252 2HD2 ASN 252 61.217 19.020 10.369 27 H GLU 253 H GLU 253 58.444 17.923 5.233 28 HA GLU 253 HA GLU 253 55.902 16.851 5.079 29 1HB GLU 253 1HB GLU 253 58.107 16.896 3.013 30 2HB GLU 253 2HB GLU 253 56.447 16.418 2.655 31 1HG GLU 253 1HG GLU 253 56.715 18.960 4.139 32 2HG GLU 253 2HG GLU 253 57.362 18.988 2.499 33 H LEU 254 H LEU 254 58.712 15.202 5.883 34 HA LEU 254 HA LEU 254 58.683 12.757 4.690 35 1HB LEU 254 1HB LEU 254 59.705 13.815 7.093 36 2HB LEU 254 2HB LEU 254 58.840 12.345 7.539 37 HG LEU 254 HG LEU 254 60.061 11.146 5.696 38 1HD1 LEU 254 1HD1 LEU 254 61.298 12.308 4.216 39 2HD1 LEU 254 2HD1 LEU 254 62.256 13.010 5.519 40 3HD1 LEU 254 3HD1 LEU 254 60.768 13.798 4.996 41 1HD2 LEU 254 1HD2 LEU 254 61.881 12.488 7.719 42 2HD2 LEU 254 2HD2 LEU 254 62.130 10.920 6.950 43 3HD2 LEU 254 3HD2 LEU 254 60.809 11.139 8.097 44 H LEU 255 H LEU 255 56.145 14.143 6.528 45 HA LEU 255 HA LEU 255 54.860 11.715 7.346 46 1HB LEU 255 1HB LEU 255 52.920 13.189 7.802 47 2HB LEU 255 2HB LEU 255 54.409 13.813 8.511 48 HG LEU 255 HG LEU 255 54.381 14.897 5.939 49 1HD1 LEU 255 1HD1 LEU 255 52.156 15.961 5.779 50 2HD1 LEU 255 2HD1 LEU 255 51.617 15.039 7.181 51 3HD1 LEU 255 3HD1 LEU 255 52.030 14.204 5.684 52 1HD2 LEU 255 1HD2 LEU 255 55.092 16.004 8.041 53 2HD2 LEU 255 2HD2 LEU 255 53.404 16.123 8.540 54 3HD2 LEU 255 3HD2 LEU 255 53.972 17.016 7.130 55 H HIS 256 H HIS 256 54.755 13.782 4.513 56 HA HIS 256 HA HIS 256 52.402 12.965 3.297 57 1HB HIS 256 1HB HIS 256 55.049 13.911 2.285 58 2HB HIS 256 2HB HIS 256 53.897 13.248 1.125 59 HD2 HIS 256 HD2 HIS 256 53.682 16.015 3.997 60 HE1 HIS 256 HE1 HIS 256 51.199 17.141 0.773 61 HE2 HIS 256 HE2 HIS 256 52.060 17.836 3.059 62 H ILE 257 H ILE 257 55.535 11.724 2.176 63 HA ILE 257 HA ILE 257 54.632 9.480 0.874 64 HB ILE 257 HB ILE 257 57.177 9.445 2.491 65 1HG1 ILE 257 1HG1 ILE 257 57.186 11.615 1.459 66 2HG1 ILE 257 2HG1 ILE 257 58.179 10.576 0.438 67 1HG2 ILE 257 1HG2 ILE 257 56.571 7.410 1.238 68 2HG2 ILE 257 2HG2 ILE 257 57.984 8.185 0.524 69 3HG2 ILE 257 3HG2 ILE 257 56.403 8.363 -0.236 70 1HD1 ILE 257 1HD1 ILE 257 55.361 11.539 -0.057 71 2HD1 ILE 257 2HD1 ILE 257 56.015 10.136 -0.901 72 3HD1 ILE 257 3HD1 ILE 257 56.778 11.715 -1.092 73 H LEU 258 H LEU 258 54.570 10.100 4.219 74 HA LEU 258 HA LEU 258 54.407 7.278 4.968 75 1HB LEU 258 1HB LEU 258 55.195 9.644 6.294 76 2HB LEU 258 2HB LEU 258 53.728 9.089 7.099 77 HG LEU 258 HG LEU 258 54.746 6.799 7.244 78 1HD1 LEU 258 1HD1 LEU 258 56.604 7.957 5.446 79 2HD1 LEU 258 2HD1 LEU 258 56.639 6.328 6.122 80 3HD1 LEU 258 3HD1 LEU 258 57.487 7.641 6.940 81 1HD2 LEU 258 1HD2 LEU 258 54.896 8.089 9.229 82 2HD2 LEU 258 2HD2 LEU 258 56.085 9.186 8.525 83 3HD2 LEU 258 3HD2 LEU 258 56.547 7.536 8.947 84 H VAL 259 H VAL 259 52.373 10.107 4.555 85 HA VAL 259 HA VAL 259 50.021 8.715 5.588 86 HB VAL 259 HB VAL 259 50.556 11.513 4.611 87 1HG1 VAL 259 1HG1 VAL 259 47.934 10.071 4.940 88 2HG1 VAL 259 2HG1 VAL 259 48.434 11.185 3.667 89 3HG1 VAL 259 3HG1 VAL 259 48.042 11.800 5.273 90 1HG2 VAL 259 1HG2 VAL 259 49.123 10.851 7.133 91 2HG2 VAL 259 2HG2 VAL 259 50.344 12.085 6.825 92 3HG2 VAL 259 3HG2 VAL 259 50.828 10.406 7.062 93 H PHE 260 H PHE 260 51.463 9.680 2.544 94 HA PHE 260 HA PHE 260 49.398 9.550 0.753 95 1HB PHE 260 1HB PHE 260 52.275 8.929 0.662 96 2HB PHE 260 2HB PHE 260 51.315 8.144 -0.591 97 HD1 PHE 260 HD1 PHE 260 49.453 9.748 -1.684 98 HD2 PHE 260 HD2 PHE 260 53.074 11.076 0.206 99 HE1 PHE 260 HE1 PHE 260 49.327 11.883 -2.939 100 HE2 PHE 260 HE2 PHE 260 52.949 13.208 -1.047 101 HZ PHE 260 HZ PHE 260 51.073 13.614 -2.620 102 H GLY 261 H GLY 261 51.178 6.801 2.138 103 1HA GLY 261 1HA GLY 261 49.701 4.797 0.745 104 2HA GLY 261 2HA GLY 261 50.722 4.540 2.157 105 H GLU 262 H GLU 262 48.991 6.785 3.432 106 HA GLU 262 HA GLU 262 47.019 4.934 4.551 107 1HB GLU 262 1HB GLU 262 47.677 7.769 5.385 108 2HB GLU 262 2HB GLU 262 46.714 6.600 6.289 109 1HG GLU 262 1HG GLU 262 48.724 5.089 6.342 110 2HG GLU 262 2HG GLU 262 49.661 6.395 5.620 111 H SER 263 H SER 263 46.992 8.331 3.441 112 HA SER 263 HA SER 263 44.286 8.758 3.312 113 1HB SER 263 1HB SER 263 46.381 9.699 1.343 114 2HB SER 263 2HB SER 263 44.759 10.369 1.487 115 HG SER 263 HG SER 263 45.911 10.223 3.905 116 H LEU 264 H LEU 264 46.197 6.668 1.330 117 HA LEU 264 HA LEU 264 44.797 6.458 -1.025 118 1HB LEU 264 1HB LEU 264 46.813 5.046 0.076 119 2HB LEU 264 2HB LEU 264 45.504 3.880 0.261 120 HG LEU 264 HG LEU 264 46.321 5.238 -2.326 121 1HD1 LEU 264 1HD1 LEU 264 46.868 2.856 -2.969 122 2HD1 LEU 264 2HD1 LEU 264 46.629 2.410 -1.280 123 3HD1 LEU 264 3HD1 LEU 264 47.917 3.530 -1.723 124 1HD2 LEU 264 1HD2 LEU 264 44.021 4.884 -2.578 125 2HD2 LEU 264 2HD2 LEU 264 44.027 3.458 -1.541 126 3HD2 LEU 264 3HD2 LEU 264 44.682 3.362 -3.175 127 H LEU 265 H LEU 265 43.934 5.161 2.140 128 HA LEU 265 HA LEU 265 41.580 3.814 1.115 129 1HB LEU 265 1HB LEU 265 42.742 2.795 2.980 130 2HB LEU 265 2HB LEU 265 42.612 4.276 3.925 131 HG LEU 265 HG LEU 265 40.193 4.052 4.048 132 1HD1 LEU 265 1HD1 LEU 265 39.501 3.161 1.990 133 2HD1 LEU 265 2HD1 LEU 265 39.262 1.802 3.090 134 3HD1 LEU 265 3HD1 LEU 265 40.685 1.855 2.050 135 1HD2 LEU 265 1HD2 LEU 265 41.560 1.399 4.590 136 2HD2 LEU 265 2HD2 LEU 265 40.038 1.935 5.302 137 3HD2 LEU 265 3HD2 LEU 265 41.538 2.781 5.684 138 H ASN 266 H ASN 266 42.316 6.678 3.078 139 HA ASN 266 HA ASN 266 39.617 7.444 3.522 140 1HB ASN 266 1HB ASN 266 40.581 9.002 4.814 141 2HB ASN 266 2HB ASN 266 42.142 8.344 4.329 142 1HD2 ASN 266 1HD2 ASN 266 42.993 9.266 2.145 143 2HD2 ASN 266 2HD2 ASN 266 42.695 10.910 1.846 144 H ASP 267 H ASP 267 41.793 7.802 0.852 145 HA ASP 267 HA ASP 267 40.237 9.914 -0.409 146 1HB ASP 267 1HB ASP 267 42.668 9.890 -0.702 147 2HB ASP 267 2HB ASP 267 42.577 8.284 -1.424 148 H ALA 268 H ALA 268 40.487 6.450 -0.442 149 HA ALA 268 HA ALA 268 38.962 6.181 -2.912 150 1HB ALA 268 1HB ALA 268 40.829 4.601 -2.220 151 2HB ALA 268 2HB ALA 268 39.311 3.831 -2.685 152 3HB ALA 268 3HB ALA 268 39.733 3.991 -0.980 153 H VAL 269 H VAL 269 38.423 6.367 0.479 154 HA VAL 269 HA VAL 269 35.796 5.103 0.340 155 HB VAL 269 HB VAL 269 37.522 5.025 2.320 156 1HG1 VAL 269 1HG1 VAL 269 37.396 6.776 3.888 157 2HG1 VAL 269 2HG1 VAL 269 35.921 7.431 3.178 158 3HG1 VAL 269 3HG1 VAL 269 37.463 7.626 2.344 159 1HG2 VAL 269 1HG2 VAL 269 35.383 5.151 3.894 160 2HG2 VAL 269 2HG2 VAL 269 35.551 3.860 2.705 161 3HG2 VAL 269 3HG2 VAL 269 34.535 5.256 2.352 162 H THR 270 H THR 270 37.091 8.099 -0.336 163 HA THR 270 HA THR 270 34.778 9.638 0.577 164 HB THR 270 HB THR 270 37.181 10.577 -1.004 165 HG1 THR 270 HG1 THR 270 36.668 10.531 1.784 166 1HG2 THR 270 1HG2 THR 270 36.506 12.786 -0.148 167 2HG2 THR 270 2HG2 THR 270 35.128 12.049 0.671 168 3HG2 THR 270 3HG2 THR 270 35.207 12.054 -1.090 169 H VAL 271 H VAL 271 36.426 8.818 -2.472 170 HA VAL 271 HA VAL 271 34.716 10.096 -4.250 171 HB VAL 271 HB VAL 271 35.468 8.462 -5.914 172 1HG1 VAL 271 1HG1 VAL 271 37.064 10.170 -4.427 173 2HG1 VAL 271 2HG1 VAL 271 37.537 9.381 -5.931 174 3HG1 VAL 271 3HG1 VAL 271 37.960 8.651 -4.381 175 1HG2 VAL 271 1HG2 VAL 271 36.957 6.585 -5.104 176 2HG2 VAL 271 2HG2 VAL 271 35.260 6.406 -4.660 177 3HG2 VAL 271 3HG2 VAL 271 36.432 6.960 -3.462 178 H VAL 272 H VAL 272 33.939 7.706 -2.043 179 HA VAL 272 HA VAL 272 31.810 6.512 -3.645 180 HB VAL 272 HB VAL 272 32.163 5.945 -0.733 181 1HG1 VAL 272 1HG1 VAL 272 30.452 4.926 -2.441 182 2HG1 VAL 272 2HG1 VAL 272 31.284 3.856 -1.313 183 3HG1 VAL 272 3HG1 VAL 272 31.836 3.977 -2.983 184 1HG2 VAL 272 1HG2 VAL 272 34.456 5.917 -1.430 185 2HG2 VAL 272 2HG2 VAL 272 34.050 5.141 -2.960 186 3HG2 VAL 272 3HG2 VAL 272 33.922 4.236 -1.452 187 H LEU 273 H LEU 273 32.158 9.321 -1.980 188 HA LEU 273 HA LEU 273 29.534 9.287 -0.690 189 1HB LEU 273 1HB LEU 273 31.885 11.127 -0.675 190 2HB LEU 273 2HB LEU 273 30.297 11.791 -0.293 191 HG LEU 273 HG LEU 273 29.990 10.107 1.464 192 1HD1 LEU 273 1HD1 LEU 273 32.507 9.048 0.255 193 2HD1 LEU 273 2HD1 LEU 273 31.115 8.174 0.892 194 3HD1 LEU 273 3HD1 LEU 273 32.300 8.872 1.996 195 1HD2 LEU 273 1HD2 LEU 273 31.855 12.232 1.476 196 2HD2 LEU 273 2HD2 LEU 273 32.631 10.902 2.336 197 3HD2 LEU 273 3HD2 LEU 273 31.062 11.505 2.873 198 H TYR 274 H TYR 274 30.976 11.950 -2.511 199 HA TYR 274 HA TYR 274 28.402 12.413 -3.810 200 1HB TYR 274 1HB TYR 274 29.651 14.490 -4.657 201 2HB TYR 274 2HB TYR 274 29.333 14.391 -2.925 202 HD1 TYR 274 HD1 TYR 274 31.135 13.844 -1.337 203 HD2 TYR 274 HD2 TYR 274 31.902 14.255 -5.545 204 HE1 TYR 274 HE1 TYR 274 33.569 13.988 -0.880 205 HE2 TYR 274 HE2 TYR 274 34.334 14.400 -5.086 206 HH TYR 274 HH TYR 274 35.930 14.028 -3.498 207 H LYS 275 H LYS 275 31.816 12.214 -4.848 208 HA LYS 275 HA LYS 275 31.586 12.327 -7.543 209 1HB LYS 275 1HB LYS 275 33.717 11.968 -6.325 210 2HB LYS 275 2HB LYS 275 33.266 10.282 -6.077 211 1HG LYS 275 1HG LYS 275 33.927 9.721 -8.158 212 2HG LYS 275 2HG LYS 275 32.984 11.031 -8.870 213 1HD LYS 275 1HD LYS 275 35.667 11.452 -7.529 214 2HD LYS 275 2HD LYS 275 35.478 11.197 -9.264 215 1HE LYS 275 1HE LYS 275 34.842 13.336 -9.581 216 2HE LYS 275 2HE LYS 275 33.624 13.217 -8.310 217 1HZ LYS 275 1HZ LYS 275 35.996 13.249 -6.966 218 2HZ LYS 275 2HZ LYS 275 34.934 14.565 -7.151 219 3HZ LYS 275 3HZ LYS 275 36.241 14.367 -8.219 220 H LYS 276 H LYS 276 31.479 9.205 -5.807 221 HA LYS 276 HA LYS 276 29.849 8.126 -8.019 222 1HB LYS 276 1HB LYS 276 32.066 7.041 -7.536 223 2HB LYS 276 2HB LYS 276 31.434 6.582 -5.957 224 1HG LYS 276 1HG LYS 276 29.509 5.462 -7.161 225 2HG LYS 276 2HG LYS 276 30.380 5.744 -8.668 226 1HD LYS 276 1HD LYS 276 31.373 4.141 -6.290 227 2HD LYS 276 2HD LYS 276 30.869 3.491 -7.850 228 1HE LYS 276 1HE LYS 276 33.325 5.103 -7.186 229 2HE LYS 276 2HE LYS 276 33.207 3.574 -8.055 230 1HZ LYS 276 1HZ LYS 276 31.762 5.105 -9.645 231 2HZ LYS 276 2HZ LYS 276 33.445 4.943 -9.815 232 3HZ LYS 276 3HZ LYS 276 32.795 6.293 -9.015 233 1HN NH2 277 1HN NH2 277 30.143 6.811 -4.717 234 2HN NH2 277 2HN NH2 277 28.489 6.983 -4.333 Start of MODEL 13 1 1H HIS 250 1H HIS 250 60.939 -6.788 2.434 2 2H HIS 250 2H HIS 250 59.433 -6.705 1.654 3 3H HIS 250 3H HIS 250 59.700 -5.832 3.087 4 HA HIS 250 HA HIS 250 61.132 -5.362 0.530 5 1HB HIS 250 1HB HIS 250 58.497 -4.666 1.255 6 2HB HIS 250 2HB HIS 250 59.454 -3.199 1.466 7 HD2 HIS 250 HD2 HIS 250 61.478 -3.424 -1.083 8 HE1 HIS 250 HE1 HIS 250 58.001 -3.938 -3.420 9 HE2 HIS 250 HE2 HIS 250 60.471 -3.356 -3.490 10 H ILE 251 H ILE 251 62.274 -3.264 0.616 11 HA ILE 251 HA ILE 251 63.754 -3.029 3.087 12 HB ILE 251 HB ILE 251 63.979 -1.194 0.707 13 1HG1 ILE 251 1HG1 ILE 251 64.043 -3.400 -0.251 14 2HG1 ILE 251 2HG1 ILE 251 65.718 -2.870 -0.095 15 1HG2 ILE 251 1HG2 ILE 251 65.947 -0.557 1.652 16 2HG2 ILE 251 2HG2 ILE 251 66.347 -2.201 2.150 17 3HG2 ILE 251 3HG2 ILE 251 65.257 -1.222 3.132 18 1HD1 ILE 251 1HD1 ILE 251 64.210 -4.837 1.627 19 2HD1 ILE 251 2HD1 ILE 251 65.683 -4.055 2.200 20 3HD1 ILE 251 3HD1 ILE 251 65.728 -5.076 0.762 21 H ASN 252 H ASN 252 63.990 -0.026 2.192 22 HA ASN 252 HA ASN 252 62.500 1.070 4.306 23 1HB ASN 252 1HB ASN 252 63.937 2.165 1.932 24 2HB ASN 252 2HB ASN 252 62.839 3.234 2.805 25 1HD2 ASN 252 1HD2 ASN 252 64.968 0.624 4.079 26 2HD2 ASN 252 2HD2 ASN 252 65.838 1.645 5.121 27 H GLU 253 H GLU 253 61.369 -0.251 1.494 28 HA GLU 253 HA GLU 253 59.165 1.618 1.083 29 1HB GLU 253 1HB GLU 253 59.423 -1.070 -0.239 30 2HB GLU 253 2HB GLU 253 58.669 0.400 -0.856 31 1HG GLU 253 1HG GLU 253 61.636 -0.060 -0.430 32 2HG GLU 253 2HG GLU 253 60.807 0.067 -1.981 33 H LEU 254 H LEU 254 59.833 -1.372 2.711 34 HA LEU 254 HA LEU 254 57.478 -2.699 2.913 35 1HB LEU 254 1HB LEU 254 59.490 -3.370 4.139 36 2HB LEU 254 2HB LEU 254 59.299 -1.995 5.227 37 HG LEU 254 HG LEU 254 56.863 -3.606 4.996 38 1HD1 LEU 254 1HD1 LEU 254 57.735 -5.504 6.322 39 2HD1 LEU 254 2HD1 LEU 254 59.369 -4.858 6.164 40 3HD1 LEU 254 3HD1 LEU 254 58.501 -5.425 4.736 41 1HD2 LEU 254 1HD2 LEU 254 57.345 -1.819 6.689 42 2HD2 LEU 254 2HD2 LEU 254 58.599 -2.856 7.368 43 3HD2 LEU 254 3HD2 LEU 254 56.912 -3.365 7.421 44 H LEU 255 H LEU 255 58.174 0.476 4.174 45 HA LEU 255 HA LEU 255 55.674 0.560 5.692 46 1HB LEU 255 1HB LEU 255 56.567 3.037 5.982 47 2HB LEU 255 2HB LEU 255 57.260 1.709 6.912 48 HG LEU 255 HG LEU 255 58.431 2.270 4.222 49 1HD1 LEU 255 1HD1 LEU 255 59.992 3.916 5.456 50 2HD1 LEU 255 2HD1 LEU 255 58.709 4.029 6.661 51 3HD1 LEU 255 3HD1 LEU 255 58.397 4.510 4.993 52 1HD2 LEU 255 1HD2 LEU 255 59.040 0.451 6.050 53 2HD2 LEU 255 2HD2 LEU 255 59.926 1.790 6.781 54 3HD2 LEU 255 3HD2 LEU 255 60.318 1.262 5.145 55 H HIS 256 H HIS 256 57.140 1.922 2.788 56 HA HIS 256 HA HIS 256 55.361 3.910 2.108 57 1HB HIS 256 1HB HIS 256 56.812 1.896 0.393 58 2HB HIS 256 2HB HIS 256 55.834 3.189 -0.302 59 HD2 HIS 256 HD2 HIS 256 57.499 4.557 2.812 60 HE1 HIS 256 HE1 HIS 256 60.131 5.487 -0.354 61 HE2 HIS 256 HE2 HIS 256 59.589 5.943 2.083 62 H ILE 257 H ILE 257 55.100 0.511 1.036 63 HA ILE 257 HA ILE 257 52.577 0.695 -0.124 64 HB ILE 257 HB ILE 257 52.441 -1.748 0.197 65 1HG1 ILE 257 1HG1 ILE 257 54.869 -2.437 1.344 66 2HG1 ILE 257 2HG1 ILE 257 54.327 -1.091 2.348 67 1HG2 ILE 257 1HG2 ILE 257 53.850 -1.834 -1.555 68 2HG2 ILE 257 2HG2 ILE 257 55.222 -1.774 -0.450 69 3HG2 ILE 257 3HG2 ILE 257 54.535 -0.278 -1.085 70 1HD1 ILE 257 1HD1 ILE 257 52.133 -2.215 2.638 71 2HD1 ILE 257 2HD1 ILE 257 53.461 -3.205 3.242 72 3HD1 ILE 257 3HD1 ILE 257 52.720 -3.576 1.684 73 H LEU 258 H LEU 258 53.496 0.578 3.221 74 HA LEU 258 HA LEU 258 50.985 -0.268 4.281 75 1HB LEU 258 1HB LEU 258 53.399 -0.077 5.376 76 2HB LEU 258 2HB LEU 258 52.793 1.510 5.854 77 HG LEU 258 HG LEU 258 51.443 -1.150 6.408 78 1HD1 LEU 258 1HD1 LEU 258 53.528 0.191 7.758 79 2HD1 LEU 258 2HD1 LEU 258 52.566 -1.160 8.360 80 3HD1 LEU 258 3HD1 LEU 258 52.070 0.498 8.701 81 1HD2 LEU 258 1HD2 LEU 258 50.644 1.724 6.874 82 2HD2 LEU 258 2HD2 LEU 258 50.010 0.428 7.886 83 3HD2 LEU 258 3HD2 LEU 258 49.696 0.426 6.150 84 H VAL 259 H VAL 259 52.535 2.952 4.282 85 HA VAL 259 HA VAL 259 50.246 4.366 5.119 86 HB VAL 259 HB VAL 259 52.530 5.400 3.419 87 1HG1 VAL 259 1HG1 VAL 259 50.631 6.770 5.347 88 2HG1 VAL 259 2HG1 VAL 259 50.601 6.926 3.591 89 3HG1 VAL 259 3HG1 VAL 259 51.973 7.548 4.510 90 1HG2 VAL 259 1HG2 VAL 259 53.331 4.230 5.448 91 2HG2 VAL 259 2HG2 VAL 259 52.248 5.213 6.436 92 3HG2 VAL 259 3HG2 VAL 259 53.587 5.971 5.573 93 H PHE 260 H PHE 260 51.561 3.775 1.860 94 HA PHE 260 HA PHE 260 49.836 5.251 0.316 95 1HB PHE 260 1HB PHE 260 51.444 2.836 -0.071 96 2HB PHE 260 2HB PHE 260 50.030 2.907 -1.124 97 HD1 PHE 260 HD1 PHE 260 53.356 4.111 -0.564 98 HD2 PHE 260 HD2 PHE 260 49.603 5.124 -2.393 99 HE1 PHE 260 HE1 PHE 260 54.503 5.786 -1.987 100 HE2 PHE 260 HE2 PHE 260 50.751 6.799 -3.817 101 HZ PHE 260 HZ PHE 260 53.201 7.131 -3.614 102 H GLY 261 H GLY 261 49.025 2.708 2.415 103 1HA GLY 261 1HA GLY 261 46.473 2.178 1.043 104 2HA GLY 261 2HA GLY 261 47.159 1.213 2.348 105 H GLU 262 H GLU 262 47.872 3.758 3.795 106 HA GLU 262 HA GLU 262 45.278 4.097 5.106 107 1HB GLU 262 1HB GLU 262 46.440 4.649 7.009 108 2HB GLU 262 2HB GLU 262 47.673 3.681 6.202 109 1HG GLU 262 1HG GLU 262 48.465 5.892 5.139 110 2HG GLU 262 2HG GLU 262 47.467 6.692 6.354 111 H SER 263 H SER 263 47.566 5.842 3.144 112 HA SER 263 HA SER 263 46.405 8.440 3.674 113 1HB SER 263 1HB SER 263 48.697 8.518 3.125 114 2HB SER 263 2HB SER 263 48.498 7.412 1.768 115 HG SER 263 HG SER 263 48.581 9.400 0.867 116 H LEU 264 H LEU 264 46.671 6.428 0.731 117 HA LEU 264 HA LEU 264 44.794 7.910 -0.770 118 1HB LEU 264 1HB LEU 264 45.921 5.131 -0.990 119 2HB LEU 264 2HB LEU 264 44.645 5.661 -2.080 120 HG LEU 264 HG LEU 264 46.988 6.018 -2.965 121 1HD1 LEU 264 1HD1 LEU 264 44.757 7.716 -3.099 122 2HD1 LEU 264 2HD1 LEU 264 46.147 7.720 -4.181 123 3HD1 LEU 264 3HD1 LEU 264 46.119 8.789 -2.779 124 1HD2 LEU 264 1HD2 LEU 264 47.878 6.650 -0.661 125 2HD2 LEU 264 2HD2 LEU 264 47.117 8.224 -0.897 126 3HD2 LEU 264 3HD2 LEU 264 48.394 7.689 -1.989 127 H LEU 265 H LEU 265 44.285 6.215 1.985 128 HA LEU 265 HA LEU 265 41.946 4.721 1.467 129 1HB LEU 265 1HB LEU 265 43.337 4.558 3.544 130 2HB LEU 265 2HB LEU 265 42.711 6.128 4.036 131 HG LEU 265 HG LEU 265 40.396 5.207 3.934 132 1HD1 LEU 265 1HD1 LEU 265 41.912 2.810 2.995 133 2HD1 LEU 265 2HD1 LEU 265 40.320 3.392 2.512 134 3HD1 LEU 265 3HD1 LEU 265 40.520 2.537 4.041 135 1HD2 LEU 265 1HD2 LEU 265 41.004 5.082 6.128 136 2HD2 LEU 265 2HD2 LEU 265 42.530 4.275 5.760 137 3HD2 LEU 265 3HD2 LEU 265 41.032 3.346 5.820 138 H ASN 266 H ASN 266 42.203 7.895 3.087 139 HA ASN 266 HA ASN 266 39.549 8.582 3.173 140 1HB ASN 266 1HB ASN 266 41.656 10.595 2.403 141 2HB ASN 266 2HB ASN 266 40.227 10.832 3.407 142 1HD2 ASN 266 1HD2 ASN 266 43.459 9.316 3.364 143 2HD2 ASN 266 2HD2 ASN 266 43.593 9.185 5.051 144 H ASP 267 H ASP 267 41.626 8.427 0.389 145 HA ASP 267 HA ASP 267 39.826 9.934 -1.317 146 1HB ASP 267 1HB ASP 267 42.314 9.909 -1.636 147 2HB ASP 267 2HB ASP 267 42.186 8.215 -2.109 148 H ALA 268 H ALA 268 40.440 6.604 -0.469 149 HA ALA 268 HA ALA 268 38.797 5.584 -2.654 150 1HB ALA 268 1HB ALA 268 40.442 4.032 -2.288 151 2HB ALA 268 2HB ALA 268 39.237 3.407 -1.162 152 3HB ALA 268 3HB ALA 268 40.564 4.406 -0.569 153 H VAL 269 H VAL 269 38.732 5.496 0.916 154 HA VAL 269 HA VAL 269 36.355 4.262 1.403 155 HB VAL 269 HB VAL 269 38.031 5.450 3.023 156 1HG1 VAL 269 1HG1 VAL 269 35.867 7.546 3.004 157 2HG1 VAL 269 2HG1 VAL 269 37.287 7.716 1.973 158 3HG1 VAL 269 3HG1 VAL 269 37.476 7.625 3.724 159 1HG2 VAL 269 1HG2 VAL 269 36.184 4.032 3.771 160 2HG2 VAL 269 2HG2 VAL 269 35.035 5.342 3.499 161 3HG2 VAL 269 3HG2 VAL 269 36.247 5.482 4.773 162 H THR 270 H THR 270 36.809 7.243 -0.248 163 HA THR 270 HA THR 270 34.010 8.036 0.072 164 HB THR 270 HB THR 270 36.405 9.328 -1.227 165 HG1 THR 270 HG1 THR 270 36.342 9.802 0.876 166 1HG2 THR 270 1HG2 THR 270 34.583 11.237 -1.488 167 2HG2 THR 270 2HG2 THR 270 33.483 9.861 -1.572 168 3HG2 THR 270 3HG2 THR 270 34.794 10.013 -2.741 169 H VAL 271 H VAL 271 36.043 8.131 -2.831 170 HA VAL 271 HA VAL 271 34.095 7.819 -4.723 171 HB VAL 271 HB VAL 271 36.959 6.897 -4.674 172 1HG1 VAL 271 1HG1 VAL 271 34.856 6.491 -6.795 173 2HG1 VAL 271 2HG1 VAL 271 36.058 5.345 -6.201 174 3HG1 VAL 271 3HG1 VAL 271 36.553 6.686 -7.235 175 1HG2 VAL 271 1HG2 VAL 271 35.534 9.004 -6.325 176 2HG2 VAL 271 2HG2 VAL 271 37.276 8.782 -6.154 177 3HG2 VAL 271 3HG2 VAL 271 36.320 9.344 -4.782 178 H VAL 272 H VAL 272 35.301 5.414 -2.544 179 HA VAL 272 HA VAL 272 34.160 3.203 -4.070 180 HB VAL 272 HB VAL 272 35.466 3.224 -1.339 181 1HG1 VAL 272 1HG1 VAL 272 34.567 1.033 -3.219 182 2HG1 VAL 272 2HG1 VAL 272 34.120 1.263 -1.529 183 3HG1 VAL 272 3HG1 VAL 272 35.756 0.754 -1.948 184 1HG2 VAL 272 1HG2 VAL 272 36.631 2.325 -3.986 185 2HG2 VAL 272 2HG2 VAL 272 37.476 2.544 -2.454 186 3HG2 VAL 272 3HG2 VAL 272 36.881 3.948 -3.340 187 H LEU 273 H LEU 273 33.318 5.309 -1.444 188 HA LEU 273 HA LEU 273 31.026 3.602 -0.728 189 1HB LEU 273 1HB LEU 273 32.539 4.447 1.083 190 2HB LEU 273 2HB LEU 273 32.031 6.084 0.680 191 HG LEU 273 HG LEU 273 29.602 4.923 0.945 192 1HD1 LEU 273 1HD1 LEU 273 31.189 3.586 3.126 193 2HD1 LEU 273 2HD1 LEU 273 30.940 2.774 1.580 194 3HD1 LEU 273 3HD1 LEU 273 29.553 3.229 2.570 195 1HD2 LEU 273 1HD2 LEU 273 29.592 5.849 3.245 196 2HD2 LEU 273 2HD2 LEU 273 30.383 6.945 2.112 197 3HD2 LEU 273 3HD2 LEU 273 31.352 5.951 3.202 198 H TYR 274 H TYR 274 31.859 6.882 -1.794 199 HA TYR 274 HA TYR 274 29.130 7.765 -1.908 200 1HB TYR 274 1HB TYR 274 31.765 8.873 -2.820 201 2HB TYR 274 2HB TYR 274 30.259 9.618 -3.356 202 HD1 TYR 274 HD1 TYR 274 29.487 11.392 -2.055 203 HD2 TYR 274 HD2 TYR 274 31.682 8.216 -0.172 204 HE1 TYR 274 HE1 TYR 274 29.288 12.550 0.128 205 HE2 TYR 274 HE2 TYR 274 31.482 9.373 2.011 206 HH TYR 274 HH TYR 274 30.147 12.618 2.254 207 H LYS 275 H LYS 275 31.323 7.957 -4.665 208 HA LYS 275 HA LYS 275 29.424 7.759 -6.646 209 1HB LYS 275 1HB LYS 275 32.250 6.679 -6.771 210 2HB LYS 275 2HB LYS 275 31.234 7.094 -8.152 211 1HG LYS 275 1HG LYS 275 31.096 9.399 -6.672 212 2HG LYS 275 2HG LYS 275 32.738 8.863 -6.321 213 1HD LYS 275 1HD LYS 275 33.043 10.139 -8.258 214 2HD LYS 275 2HD LYS 275 32.898 8.510 -8.916 215 1HE LYS 275 1HE LYS 275 30.337 9.068 -9.020 216 2HE LYS 275 2HE LYS 275 30.883 10.742 -8.927 217 1HZ LYS 275 1HZ LYS 275 30.902 9.011 -11.145 218 2HZ LYS 275 2HZ LYS 275 32.503 9.448 -10.776 219 3HZ LYS 275 3HZ LYS 275 31.339 10.649 -11.074 220 H LYS 276 H LYS 276 31.153 5.108 -5.039 221 HA LYS 276 HA LYS 276 29.459 3.175 -6.486 222 1HB LYS 276 1HB LYS 276 31.916 2.835 -6.576 223 2HB LYS 276 2HB LYS 276 31.939 2.684 -4.818 224 1HG LYS 276 1HG LYS 276 30.420 0.748 -4.953 225 2HG LYS 276 2HG LYS 276 30.365 0.906 -6.708 226 1HD LYS 276 1HD LYS 276 32.121 -0.525 -6.727 227 2HD LYS 276 2HD LYS 276 33.084 0.849 -6.183 228 1HE LYS 276 1HE LYS 276 33.503 -0.926 -4.628 229 2HE LYS 276 2HE LYS 276 32.436 0.215 -3.808 230 1HZ LYS 276 1HZ LYS 276 31.345 -2.072 -5.321 231 2HZ LYS 276 2HZ LYS 276 30.612 -1.165 -4.087 232 3HZ LYS 276 3HZ LYS 276 31.858 -2.258 -3.715 233 1HN NH2 277 1HN NH2 277 30.912 2.958 -3.209 234 2HN NH2 277 2HN NH2 277 29.437 2.614 -2.422 Start of MODEL 14 1 1H HIS 250 1H HIS 250 35.497 -0.258 -15.428 2 2H HIS 250 2H HIS 250 34.189 0.174 -14.433 3 3H HIS 250 3H HIS 250 34.372 -1.434 -14.951 4 HA HIS 250 HA HIS 250 35.201 -0.472 -12.574 5 1HB HIS 250 1HB HIS 250 35.165 -2.884 -13.967 6 2HB HIS 250 2HB HIS 250 36.863 -2.673 -13.544 7 HD2 HIS 250 HD2 HIS 250 33.510 -2.160 -11.422 8 HE1 HIS 250 HE1 HIS 250 36.391 -4.148 -9.059 9 HE2 HIS 250 HE2 HIS 250 34.028 -3.217 -9.090 10 H ILE 251 H ILE 251 36.491 1.316 -12.434 11 HA ILE 251 HA ILE 251 38.558 2.159 -13.984 12 HB ILE 251 HB ILE 251 39.388 3.402 -12.129 13 1HG1 ILE 251 1HG1 ILE 251 39.735 1.646 -10.486 14 2HG1 ILE 251 2HG1 ILE 251 38.664 2.850 -9.781 15 1HG2 ILE 251 1HG2 ILE 251 37.378 4.417 -11.298 16 2HG2 ILE 251 2HG2 ILE 251 36.453 2.937 -11.555 17 3HG2 ILE 251 3HG2 ILE 251 37.036 3.864 -12.938 18 1HD1 ILE 251 1HD1 ILE 251 37.638 0.794 -9.243 19 2HD1 ILE 251 2HD1 ILE 251 37.958 0.113 -10.834 20 3HD1 ILE 251 3HD1 ILE 251 36.729 1.362 -10.640 21 H ASN 252 H ASN 252 40.935 2.122 -13.548 22 HA ASN 252 HA ASN 252 41.792 -0.663 -13.252 23 1HB ASN 252 1HB ASN 252 43.012 1.809 -14.441 24 2HB ASN 252 2HB ASN 252 44.028 0.431 -14.026 25 1HD2 ASN 252 1HD2 ASN 252 40.901 1.048 -15.735 26 2HD2 ASN 252 2HD2 ASN 252 41.191 -0.087 -16.964 27 H GLU 253 H GLU 253 42.426 2.543 -11.884 28 HA GLU 253 HA GLU 253 44.541 2.097 -10.223 29 1HB GLU 253 1HB GLU 253 43.468 3.726 -8.646 30 2HB GLU 253 2HB GLU 253 43.500 4.270 -10.323 31 1HG GLU 253 1HG GLU 253 41.188 3.636 -10.641 32 2HG GLU 253 2HG GLU 253 41.131 2.873 -9.054 33 H LEU 254 H LEU 254 41.383 0.691 -10.002 34 HA LEU 254 HA LEU 254 41.054 0.021 -7.376 35 1HB LEU 254 1HB LEU 254 39.627 -0.671 -9.384 36 2HB LEU 254 2HB LEU 254 40.733 -2.034 -9.562 37 HG LEU 254 HG LEU 254 40.173 -2.098 -6.866 38 1HD1 LEU 254 1HD1 LEU 254 37.780 -1.824 -6.601 39 2HD1 LEU 254 2HD1 LEU 254 37.587 -1.465 -8.317 40 3HD1 LEU 254 3HD1 LEU 254 38.430 -0.326 -7.268 41 1HD2 LEU 254 1HD2 LEU 254 38.583 -3.975 -7.549 42 2HD2 LEU 254 2HD2 LEU 254 40.209 -4.074 -8.225 43 3HD2 LEU 254 3HD2 LEU 254 38.873 -3.492 -9.220 44 H LEU 255 H LEU 255 43.584 -0.992 -9.493 45 HA LEU 255 HA LEU 255 44.432 -3.165 -7.732 46 1HB LEU 255 1HB LEU 255 45.097 -2.250 -10.474 47 2HB LEU 255 2HB LEU 255 46.406 -3.000 -9.560 48 HG LEU 255 HG LEU 255 45.009 -4.967 -9.123 49 1HD1 LEU 255 1HD1 LEU 255 42.796 -4.275 -9.001 50 2HD1 LEU 255 2HD1 LEU 255 42.822 -4.974 -10.620 51 3HD1 LEU 255 3HD1 LEU 255 42.938 -3.226 -10.413 52 1HD2 LEU 255 1HD2 LEU 255 44.743 -5.737 -11.513 53 2HD2 LEU 255 2HD2 LEU 255 46.324 -5.041 -11.158 54 3HD2 LEU 255 3HD2 LEU 255 45.118 -4.091 -12.025 55 H HIS 256 H HIS 256 45.283 0.123 -8.581 56 HA HIS 256 HA HIS 256 47.847 0.120 -7.301 57 1HB HIS 256 1HB HIS 256 46.014 2.223 -8.401 58 2HB HIS 256 2HB HIS 256 47.379 2.698 -7.389 59 HD2 HIS 256 HD2 HIS 256 47.353 -0.066 -10.266 60 HE1 HIS 256 HE1 HIS 256 50.420 2.730 -11.042 61 HE2 HIS 256 HE2 HIS 256 49.339 0.574 -11.837 62 H ILE 257 H ILE 257 44.807 1.786 -6.417 63 HA ILE 257 HA ILE 257 45.539 2.574 -3.859 64 HB ILE 257 HB ILE 257 42.753 1.631 -4.522 65 1HG1 ILE 257 1HG1 ILE 257 43.397 2.912 -6.450 66 2HG1 ILE 257 2HG1 ILE 257 42.451 3.992 -5.426 67 1HG2 ILE 257 1HG2 ILE 257 42.143 3.529 -3.075 68 2HG2 ILE 257 2HG2 ILE 257 43.848 3.937 -2.881 69 3HG2 ILE 257 3HG2 ILE 257 43.223 2.423 -2.227 70 1HD1 ILE 257 1HD1 ILE 257 44.716 4.704 -4.409 71 2HD1 ILE 257 2HD1 ILE 257 44.338 5.284 -6.030 72 3HD1 ILE 257 3HD1 ILE 257 45.442 3.927 -5.815 73 H LEU 258 H LEU 258 44.657 -0.569 -5.045 74 HA LEU 258 HA LEU 258 44.010 -1.759 -2.535 75 1HB LEU 258 1HB LEU 258 44.291 -2.605 -5.296 76 2HB LEU 258 2HB LEU 258 44.991 -3.785 -4.188 77 HG LEU 258 HG LEU 258 42.903 -3.808 -2.878 78 1HD1 LEU 258 1HD1 LEU 258 41.567 -1.998 -3.018 79 2HD1 LEU 258 2HD1 LEU 258 41.063 -2.574 -4.607 80 3HD1 LEU 258 3HD1 LEU 258 42.399 -1.431 -4.467 81 1HD2 LEU 258 1HD2 LEU 258 42.905 -5.495 -4.521 82 2HD2 LEU 258 2HD2 LEU 258 42.792 -4.334 -5.845 83 3HD2 LEU 258 3HD2 LEU 258 41.387 -4.651 -4.827 84 H VAL 259 H VAL 259 46.877 -0.516 -3.634 85 HA VAL 259 HA VAL 259 48.606 -2.546 -2.444 86 HB VAL 259 HB VAL 259 49.300 0.139 -3.661 87 1HG1 VAL 259 1HG1 VAL 259 51.039 -0.649 -2.152 88 2HG1 VAL 259 2HG1 VAL 259 51.576 -0.903 -3.812 89 3HG1 VAL 259 3HG1 VAL 259 50.972 -2.262 -2.862 90 1HG2 VAL 259 1HG2 VAL 259 48.197 -1.603 -5.175 91 2HG2 VAL 259 2HG2 VAL 259 49.606 -2.618 -4.876 92 3HG2 VAL 259 3HG2 VAL 259 49.796 -1.058 -5.676 93 H PHE 260 H PHE 260 48.864 0.971 -2.107 94 HA PHE 260 HA PHE 260 49.657 0.716 0.649 95 1HB PHE 260 1HB PHE 260 49.199 3.393 0.262 96 2HB PHE 260 2HB PHE 260 50.720 2.570 -0.086 97 HD1 PHE 260 HD1 PHE 260 47.827 4.246 -1.491 98 HD2 PHE 260 HD2 PHE 260 51.146 1.680 -2.410 99 HE1 PHE 260 HE1 PHE 260 47.555 4.758 -3.902 100 HE2 PHE 260 HE2 PHE 260 50.874 2.192 -4.821 101 HZ PHE 260 HZ PHE 260 49.078 3.732 -5.568 102 H GLY 261 H GLY 261 47.098 2.753 -0.777 103 1HA GLY 261 1HA GLY 261 45.110 3.498 0.135 104 2HA GLY 261 2HA GLY 261 44.870 1.789 0.488 105 H GLU 262 H GLU 262 47.517 3.556 1.906 106 HA GLU 262 HA GLU 262 46.406 3.069 4.563 107 1HB GLU 262 1HB GLU 262 49.103 4.179 3.746 108 2HB GLU 262 2HB GLU 262 48.630 3.688 5.373 109 1HG GLU 262 1HG GLU 262 47.991 1.444 3.971 110 2HG GLU 262 2HG GLU 262 49.371 2.024 3.041 111 H SER 263 H SER 263 47.731 5.811 2.707 112 HA SER 263 HA SER 263 46.659 7.693 4.666 113 1HB SER 263 1HB SER 263 48.790 7.714 2.741 114 2HB SER 263 2HB SER 263 47.710 9.070 2.435 115 HG SER 263 HG SER 263 47.856 9.334 4.842 116 H LEU 264 H LEU 264 46.028 6.517 1.435 117 HA LEU 264 HA LEU 264 44.189 8.575 0.686 118 1HB LEU 264 1HB LEU 264 44.206 5.766 -0.408 119 2HB LEU 264 2HB LEU 264 43.747 7.258 -1.228 120 HG LEU 264 HG LEU 264 46.528 6.420 -0.371 121 1HD1 LEU 264 1HD1 LEU 264 46.958 6.754 -2.825 122 2HD1 LEU 264 2HD1 LEU 264 45.227 7.007 -3.045 123 3HD1 LEU 264 3HD1 LEU 264 45.825 5.447 -2.478 124 1HD2 LEU 264 1HD2 LEU 264 47.114 8.657 -1.537 125 2HD2 LEU 264 2HD2 LEU 264 46.469 8.741 0.102 126 3HD2 LEU 264 3HD2 LEU 264 45.423 9.081 -1.276 127 H LEU 265 H LEU 265 43.965 6.466 3.139 128 HA LEU 265 HA LEU 265 41.669 5.037 3.089 129 1HB LEU 265 1HB LEU 265 41.414 5.453 5.460 130 2HB LEU 265 2HB LEU 265 43.134 5.351 5.086 131 HG LEU 265 HG LEU 265 42.587 8.036 4.702 132 1HD1 LEU 265 1HD1 LEU 265 40.343 7.737 5.698 133 2HD1 LEU 265 2HD1 LEU 265 41.364 8.742 6.725 134 3HD1 LEU 265 3HD1 LEU 265 41.080 7.053 7.147 135 1HD2 LEU 265 1HD2 LEU 265 43.652 6.485 7.073 136 2HD2 LEU 265 2HD2 LEU 265 43.690 8.247 7.008 137 3HD2 LEU 265 3HD2 LEU 265 44.572 7.302 5.808 138 H ASN 266 H ASN 266 41.928 8.477 2.812 139 HA ASN 266 HA ASN 266 39.067 8.891 3.259 140 1HB ASN 266 1HB ASN 266 40.080 11.287 2.363 141 2HB ASN 266 2HB ASN 266 39.946 10.810 4.055 142 1HD2 ASN 266 1HD2 ASN 266 42.226 10.514 1.275 143 2HD2 ASN 266 2HD2 ASN 266 43.625 10.578 2.233 144 H ASP 267 H ASP 267 41.452 8.943 0.658 145 HA ASP 267 HA ASP 267 39.424 9.670 -1.314 146 1HB ASP 267 1HB ASP 267 41.556 10.702 -1.643 147 2HB ASP 267 2HB ASP 267 42.396 9.159 -1.495 148 H ALA 268 H ALA 268 40.405 6.890 0.204 149 HA ALA 268 HA ALA 268 40.158 5.138 -2.123 150 1HB ALA 268 1HB ALA 268 40.334 4.131 0.691 151 2HB ALA 268 2HB ALA 268 41.759 4.860 -0.049 152 3HB ALA 268 3HB ALA 268 41.008 3.445 -0.787 153 H VAL 269 H VAL 269 38.540 5.604 1.021 154 HA VAL 269 HA VAL 269 36.491 3.808 0.863 155 HB VAL 269 HB VAL 269 36.651 6.591 1.970 156 1HG1 VAL 269 1HG1 VAL 269 34.348 6.001 3.015 157 2HG1 VAL 269 2HG1 VAL 269 34.182 4.888 1.657 158 3HG1 VAL 269 3HG1 VAL 269 34.372 6.617 1.363 159 1HG2 VAL 269 1HG2 VAL 269 35.989 3.960 3.308 160 2HG2 VAL 269 2HG2 VAL 269 36.571 5.442 4.064 161 3HG2 VAL 269 3HG2 VAL 269 37.649 4.491 3.043 162 H THR 270 H THR 270 36.400 7.119 -0.466 163 HA THR 270 HA THR 270 33.891 7.010 -1.661 164 HB THR 270 HB THR 270 34.477 8.961 -2.758 165 HG1 THR 270 HG1 THR 270 36.184 9.059 -3.974 166 1HG2 THR 270 1HG2 THR 270 36.855 8.996 -0.942 167 2HG2 THR 270 2HG2 THR 270 35.253 8.807 -0.227 168 3HG2 THR 270 3HG2 THR 270 35.623 10.233 -1.197 169 H VAL 271 H VAL 271 36.534 5.084 -2.331 170 HA VAL 271 HA VAL 271 35.536 4.482 -5.055 171 HB VAL 271 HB VAL 271 38.341 3.987 -4.052 172 1HG1 VAL 271 1HG1 VAL 271 37.420 2.665 -6.004 173 2HG1 VAL 271 2HG1 VAL 271 38.841 3.639 -6.384 174 3HG1 VAL 271 3HG1 VAL 271 37.237 4.192 -6.866 175 1HG2 VAL 271 1HG2 VAL 271 38.949 6.001 -5.393 176 2HG2 VAL 271 2HG2 VAL 271 37.916 6.401 -4.021 177 3HG2 VAL 271 3HG2 VAL 271 37.233 6.322 -5.645 178 H VAL 272 H VAL 272 37.267 3.037 -2.287 179 HA VAL 272 HA VAL 272 36.781 0.354 -3.027 180 HB VAL 272 HB VAL 272 37.176 1.378 -0.212 181 1HG1 VAL 272 1HG1 VAL 272 37.838 -1.226 -1.622 182 2HG1 VAL 272 2HG1 VAL 272 36.603 -0.991 -0.383 183 3HG1 VAL 272 3HG1 VAL 272 38.310 -0.831 0.032 184 1HG2 VAL 272 1HG2 VAL 272 39.653 0.789 -0.901 185 2HG2 VAL 272 2HG2 VAL 272 38.986 2.370 -1.310 186 3HG2 VAL 272 3HG2 VAL 272 39.065 1.103 -2.534 187 H LEU 273 H LEU 273 34.873 2.696 -1.252 188 HA LEU 273 HA LEU 273 32.966 0.698 -0.348 189 1HB LEU 273 1HB LEU 273 33.540 2.736 1.004 190 2HB LEU 273 2HB LEU 273 32.754 3.714 -0.232 191 HG LEU 273 HG LEU 273 30.650 2.413 0.125 192 1HD1 LEU 273 1HD1 LEU 273 30.772 1.251 2.538 193 2HD1 LEU 273 2HD1 LEU 273 32.442 0.984 2.042 194 3HD1 LEU 273 3HD1 LEU 273 31.120 0.359 1.058 195 1HD2 LEU 273 1HD2 LEU 273 30.907 4.538 1.261 196 2HD2 LEU 273 2HD2 LEU 273 31.881 3.792 2.528 197 3HD2 LEU 273 3HD2 LEU 273 30.167 3.401 2.389 198 H TYR 274 H TYR 274 33.391 2.890 -2.999 199 HA TYR 274 HA TYR 274 30.688 3.056 -3.859 200 1HB TYR 274 1HB TYR 274 33.361 3.605 -5.059 201 2HB TYR 274 2HB TYR 274 31.986 3.440 -6.150 202 HD1 TYR 274 HD1 TYR 274 31.254 5.564 -6.801 203 HD2 TYR 274 HD2 TYR 274 32.328 4.872 -2.699 204 HE1 TYR 274 HE1 TYR 274 30.521 7.862 -6.220 205 HE2 TYR 274 HE2 TYR 274 31.594 7.168 -2.119 206 HH TYR 274 HH TYR 274 31.323 9.376 -3.349 207 H LYS 275 H LYS 275 33.397 1.152 -5.201 208 HA LYS 275 HA LYS 275 31.670 -0.487 -6.794 209 1HB LYS 275 1HB LYS 275 34.459 -1.278 -6.003 210 2HB LYS 275 2HB LYS 275 33.618 -1.567 -7.523 211 1HG LYS 275 1HG LYS 275 34.629 1.109 -6.503 212 2HG LYS 275 2HG LYS 275 35.309 0.179 -7.833 213 1HD LYS 275 1HD LYS 275 32.542 1.425 -7.752 214 2HD LYS 275 2HD LYS 275 33.908 1.968 -8.722 215 1HE LYS 275 1HE LYS 275 33.869 -0.523 -9.611 216 2HE LYS 275 2HE LYS 275 32.191 -0.462 -9.075 217 1HZ LYS 275 1HZ LYS 275 32.127 0.282 -11.262 218 2HZ LYS 275 2HZ LYS 275 33.540 1.212 -11.101 219 3HZ LYS 275 3HZ LYS 275 32.096 1.718 -10.359 220 H LYS 276 H LYS 276 32.639 -0.516 -3.519 221 HA LYS 276 HA LYS 276 30.936 -2.628 -2.804 222 1HB LYS 276 1HB LYS 276 32.740 -4.275 -2.068 223 2HB LYS 276 2HB LYS 276 32.395 -4.212 -3.795 224 1HG LYS 276 1HG LYS 276 34.417 -2.258 -3.198 225 2HG LYS 276 2HG LYS 276 34.897 -3.800 -2.496 226 1HD LYS 276 1HD LYS 276 34.630 -4.925 -4.625 227 2HD LYS 276 2HD LYS 276 33.965 -3.467 -5.360 228 1HE LYS 276 1HE LYS 276 36.264 -3.551 -6.020 229 2HE LYS 276 2HE LYS 276 36.161 -2.317 -4.766 230 1HZ LYS 276 1HZ LYS 276 37.541 -4.833 -4.745 231 2HZ LYS 276 2HZ LYS 276 36.571 -4.603 -3.368 232 3HZ LYS 276 3HZ LYS 276 37.768 -3.465 -3.768 233 1HN NH2 277 1HN NH2 277 34.027 -2.728 -1.183 234 2HN NH2 277 2HN NH2 277 33.570 -1.762 0.146 Start of MODEL 15 1 1H HIS 250 1H HIS 250 33.557 -0.272 -12.175 2 2H HIS 250 2H HIS 250 34.631 -0.779 -13.389 3 3H HIS 250 3H HIS 250 34.869 0.712 -12.610 4 HA HIS 250 HA HIS 250 36.163 -0.259 -11.126 5 1HB HIS 250 1HB HIS 250 33.589 -0.800 -10.304 6 2HB HIS 250 2HB HIS 250 34.322 -2.405 -10.311 7 HD2 HIS 250 HD2 HIS 250 37.331 -1.606 -9.220 8 HE1 HIS 250 HE1 HIS 250 35.293 0.130 -5.956 9 HE2 HIS 250 HE2 HIS 250 37.543 -0.716 -6.775 10 H ILE 251 H ILE 251 37.781 -1.744 -11.172 11 HA ILE 251 HA ILE 251 37.418 -4.097 -12.933 12 HB ILE 251 HB ILE 251 40.102 -2.874 -12.411 13 1HG1 ILE 251 1HG1 ILE 251 39.447 -1.753 -14.783 14 2HG1 ILE 251 2HG1 ILE 251 37.866 -1.719 -14.003 15 1HG2 ILE 251 1HG2 ILE 251 39.171 -3.951 -15.032 16 2HG2 ILE 251 2HG2 ILE 251 39.385 -5.105 -13.716 17 3HG2 ILE 251 3HG2 ILE 251 40.742 -4.111 -14.246 18 1HD1 ILE 251 1HD1 ILE 251 38.999 -0.664 -11.991 19 2HD1 ILE 251 2HD1 ILE 251 38.962 0.345 -13.438 20 3HD1 ILE 251 3HD1 ILE 251 40.444 -0.499 -12.988 21 H ASN 252 H ASN 252 40.245 -4.779 -12.084 22 HA ASN 252 HA ASN 252 39.472 -6.312 -9.715 23 1HB ASN 252 1HB ASN 252 40.683 -7.917 -10.694 24 2HB ASN 252 2HB ASN 252 41.106 -6.809 -11.998 25 1HD2 ASN 252 1HD2 ASN 252 42.948 -5.169 -11.308 26 2HD2 ASN 252 2HD2 ASN 252 44.228 -5.843 -10.418 27 H GLU 253 H GLU 253 41.180 -3.503 -10.550 28 HA GLU 253 HA GLU 253 43.315 -3.422 -8.778 29 1HB GLU 253 1HB GLU 253 42.965 -0.941 -8.767 30 2HB GLU 253 2HB GLU 253 42.986 -1.646 -10.383 31 1HG GLU 253 1HG GLU 253 40.576 -1.587 -10.516 32 2HG GLU 253 2HG GLU 253 40.442 -1.112 -8.825 33 H LEU 254 H LEU 254 40.100 -3.881 -8.017 34 HA LEU 254 HA LEU 254 39.463 -2.423 -5.808 35 1HB LEU 254 1HB LEU 254 39.133 -5.401 -6.218 36 2HB LEU 254 2HB LEU 254 38.352 -4.495 -4.921 37 HG LEU 254 HG LEU 254 38.053 -3.363 -7.647 38 1HD1 LEU 254 1HD1 LEU 254 36.236 -4.947 -8.210 39 2HD1 LEU 254 2HD1 LEU 254 36.631 -5.901 -6.780 40 3HD1 LEU 254 3HD1 LEU 254 37.791 -5.771 -8.102 41 1HD2 LEU 254 1HD2 LEU 254 36.995 -2.412 -5.602 42 2HD2 LEU 254 2HD2 LEU 254 36.109 -3.922 -5.383 43 3HD2 LEU 254 3HD2 LEU 254 35.796 -2.912 -6.795 44 H LEU 255 H LEU 255 42.179 -4.500 -6.120 45 HA LEU 255 HA LEU 255 42.529 -4.908 -3.263 46 1HB LEU 255 1HB LEU 255 44.647 -5.422 -5.333 47 2HB LEU 255 2HB LEU 255 44.339 -6.277 -3.820 48 HG LEU 255 HG LEU 255 42.621 -6.339 -6.314 49 1HD1 LEU 255 1HD1 LEU 255 44.017 -8.601 -4.866 50 2HD1 LEU 255 2HD1 LEU 255 44.748 -7.731 -6.215 51 3HD1 LEU 255 3HD1 LEU 255 43.260 -8.645 -6.459 52 1HD2 LEU 255 1HD2 LEU 255 41.019 -6.482 -4.628 53 2HD2 LEU 255 2HD2 LEU 255 42.142 -7.215 -3.484 54 3HD2 LEU 255 3HD2 LEU 255 41.471 -8.178 -4.800 55 H HIS 256 H HIS 256 43.646 -2.717 -5.744 56 HA HIS 256 HA HIS 256 45.969 -1.656 -4.851 57 1HB HIS 256 1HB HIS 256 43.521 -0.355 -5.990 58 2HB HIS 256 2HB HIS 256 44.869 0.649 -5.459 59 HD2 HIS 256 HD2 HIS 256 46.043 -2.709 -6.931 60 HE1 HIS 256 HE1 HIS 256 46.443 0.156 -10.006 61 HE2 HIS 256 HE2 HIS 256 47.014 -2.217 -9.305 62 H ILE 257 H ILE 257 42.965 -0.027 -3.876 63 HA ILE 257 HA ILE 257 43.925 1.442 -1.792 64 HB ILE 257 HB ILE 257 41.280 0.008 -1.575 65 1HG1 ILE 257 1HG1 ILE 257 41.344 0.760 -3.857 66 2HG1 ILE 257 2HG1 ILE 257 40.412 1.959 -2.962 67 1HG2 ILE 257 1HG2 ILE 257 42.188 1.580 0.235 68 2HG2 ILE 257 2HG2 ILE 257 40.590 1.965 -0.405 69 3HG2 ILE 257 3HG2 ILE 257 42.000 2.876 -0.946 70 1HD1 ILE 257 1HD1 ILE 257 41.909 3.247 -4.266 71 2HD1 ILE 257 2HD1 ILE 257 43.258 2.157 -3.944 72 3HD1 ILE 257 3HD1 ILE 257 42.650 3.210 -2.666 73 H LEU 258 H LEU 258 43.563 -1.987 -1.928 74 HA LEU 258 HA LEU 258 43.678 -2.393 0.937 75 1HB LEU 258 1HB LEU 258 42.786 -3.929 -1.133 76 2HB LEU 258 2HB LEU 258 44.374 -4.642 -0.843 77 HG LEU 258 HG LEU 258 42.225 -4.198 1.254 78 1HD1 LEU 258 1HD1 LEU 258 43.027 -6.918 0.978 79 2HD1 LEU 258 2HD1 LEU 258 42.673 -6.306 -0.638 80 3HD1 LEU 258 3HD1 LEU 258 41.449 -6.214 0.627 81 1HD2 LEU 258 1HD2 LEU 258 43.954 -5.819 2.461 82 2HD2 LEU 258 2HD2 LEU 258 44.186 -4.071 2.492 83 3HD2 LEU 258 3HD2 LEU 258 45.094 -5.061 1.350 84 H VAL 259 H VAL 259 45.892 -2.444 -1.799 85 HA VAL 259 HA VAL 259 48.124 -3.662 -0.732 86 HB VAL 259 HB VAL 259 48.063 -1.181 -2.467 87 1HG1 VAL 259 1HG1 VAL 259 50.202 -3.257 -1.917 88 2HG1 VAL 259 2HG1 VAL 259 50.283 -1.529 -1.569 89 3HG1 VAL 259 3HG1 VAL 259 50.281 -2.094 -3.240 90 1HG2 VAL 259 1HG2 VAL 259 48.025 -2.666 -4.339 91 2HG2 VAL 259 2HG2 VAL 259 46.769 -3.247 -3.246 92 3HG2 VAL 259 3HG2 VAL 259 48.325 -4.073 -3.318 93 H PHE 260 H PHE 260 47.969 -0.121 -0.921 94 HA PHE 260 HA PHE 260 49.755 0.169 1.320 95 1HB PHE 260 1HB PHE 260 48.667 2.671 0.828 96 2HB PHE 260 2HB PHE 260 50.139 2.026 0.100 97 HD1 PHE 260 HD1 PHE 260 49.973 0.740 -2.083 98 HD2 PHE 260 HD2 PHE 260 46.705 3.013 -0.472 99 HE1 PHE 260 HE1 PHE 260 48.870 0.728 -4.303 100 HE2 PHE 260 HE2 PHE 260 45.600 3.003 -2.691 101 HZ PHE 260 HZ PHE 260 46.684 1.859 -4.608 102 H GLY 261 H GLY 261 46.628 1.790 0.847 103 1HA GLY 261 1HA GLY 261 44.849 2.132 2.267 104 2HA GLY 261 2HA GLY 261 45.384 0.715 3.164 105 H GLU 262 H GLU 262 47.375 3.566 2.594 106 HA GLU 262 HA GLU 262 47.598 3.932 5.493 107 1HB GLU 262 1HB GLU 262 49.171 4.980 3.140 108 2HB GLU 262 2HB GLU 262 49.414 5.577 4.782 109 1HG GLU 262 1HG GLU 262 49.916 3.301 5.555 110 2HG GLU 262 2HG GLU 262 49.633 2.675 3.932 111 H SER 263 H SER 263 47.972 6.513 3.154 112 HA SER 263 HA SER 263 45.942 8.067 4.610 113 1HB SER 263 1HB SER 263 46.989 10.023 3.512 114 2HB SER 263 2HB SER 263 48.150 9.092 4.454 115 HG SER 263 HG SER 263 47.974 9.509 1.737 116 H LEU 264 H LEU 264 46.293 6.272 1.804 117 HA LEU 264 HA LEU 264 44.813 7.860 -0.044 118 1HB LEU 264 1HB LEU 264 45.570 4.958 0.118 119 2HB LEU 264 2HB LEU 264 44.477 5.524 -1.141 120 HG LEU 264 HG LEU 264 46.918 5.484 -1.808 121 1HD1 LEU 264 1HD1 LEU 264 46.418 8.344 -1.992 122 2HD1 LEU 264 2HD1 LEU 264 44.955 7.425 -2.335 123 3HD1 LEU 264 3HD1 LEU 264 46.419 7.130 -3.268 124 1HD2 LEU 264 1HD2 LEU 264 47.652 6.265 0.514 125 2HD2 LEU 264 2HD2 LEU 264 47.159 7.884 0.017 126 3HD2 LEU 264 3HD2 LEU 264 48.446 7.048 -0.851 127 H LEU 265 H LEU 265 43.916 5.084 2.003 128 HA LEU 265 HA LEU 265 41.338 4.629 1.350 129 1HB LEU 265 1HB LEU 265 40.916 3.964 3.634 130 2HB LEU 265 2HB LEU 265 42.578 3.535 3.226 131 HG LEU 265 HG LEU 265 42.842 6.117 4.172 132 1HD1 LEU 265 1HD1 LEU 265 40.968 4.688 6.065 133 2HD1 LEU 265 2HD1 LEU 265 40.391 5.874 4.894 134 3HD1 LEU 265 3HD1 LEU 265 41.533 6.356 6.148 135 1HD2 LEU 265 1HD2 LEU 265 43.023 3.506 5.710 136 2HD2 LEU 265 2HD2 LEU 265 43.806 5.017 6.171 137 3HD2 LEU 265 3HD2 LEU 265 44.289 4.189 4.691 138 H ASN 266 H ASN 266 42.577 7.561 2.715 139 HA ASN 266 HA ASN 266 40.322 8.684 3.891 140 1HB ASN 266 1HB ASN 266 42.609 9.906 2.356 141 2HB ASN 266 2HB ASN 266 41.332 10.896 3.061 142 1HD2 ASN 266 1HD2 ASN 266 44.124 8.886 3.808 143 2HD2 ASN 266 2HD2 ASN 266 44.146 9.218 5.473 144 H ASP 267 H ASP 267 41.416 9.330 0.551 145 HA ASP 267 HA ASP 267 38.802 10.318 -0.190 146 1HB ASP 267 1HB ASP 267 41.491 10.255 -1.356 147 2HB ASP 267 2HB ASP 267 40.207 9.999 -2.537 148 H ALA 268 H ALA 268 40.625 7.350 -0.510 149 HA ALA 268 HA ALA 268 39.145 6.115 -2.561 150 1HB ALA 268 1HB ALA 268 40.589 4.441 -2.178 151 2HB ALA 268 2HB ALA 268 39.992 4.230 -0.533 152 3HB ALA 268 3HB ALA 268 41.262 5.407 -0.866 153 H VAL 269 H VAL 269 38.258 6.968 0.607 154 HA VAL 269 HA VAL 269 36.472 4.932 1.329 155 HB VAL 269 HB VAL 269 37.288 7.056 2.629 156 1HG1 VAL 269 1HG1 VAL 269 34.601 8.077 1.726 157 2HG1 VAL 269 2HG1 VAL 269 36.064 8.495 0.834 158 3HG1 VAL 269 3HG1 VAL 269 35.904 8.955 2.529 159 1HG2 VAL 269 1HG2 VAL 269 34.661 5.609 2.773 160 2HG2 VAL 269 2HG2 VAL 269 34.960 6.946 3.884 161 3HG2 VAL 269 3HG2 VAL 269 36.032 5.546 3.882 162 H THR 270 H THR 270 36.385 6.778 -1.407 163 HA THR 270 HA THR 270 33.466 6.968 -1.533 164 HB THR 270 HB THR 270 35.682 7.957 -3.322 165 HG1 THR 270 HG1 THR 270 34.684 8.994 -1.291 166 1HG2 THR 270 1HG2 THR 270 33.540 9.009 -4.488 167 2HG2 THR 270 2HG2 THR 270 32.771 7.550 -3.859 168 3HG2 THR 270 3HG2 THR 270 34.142 7.421 -4.961 169 H VAL 271 H VAL 271 35.751 6.102 -4.093 170 HA VAL 271 HA VAL 271 34.213 4.496 -5.624 171 HB VAL 271 HB VAL 271 37.103 3.995 -4.883 172 1HG1 VAL 271 1HG1 VAL 271 36.657 2.040 -5.993 173 2HG1 VAL 271 2HG1 VAL 271 36.833 3.074 -7.411 174 3HG1 VAL 271 3HG1 VAL 271 35.226 2.697 -6.787 175 1HG2 VAL 271 1HG2 VAL 271 36.245 6.245 -5.943 176 2HG2 VAL 271 2HG2 VAL 271 36.094 5.277 -7.410 177 3HG2 VAL 271 3HG2 VAL 271 37.665 5.452 -6.625 178 H VAL 272 H VAL 272 36.335 3.114 -3.107 179 HA VAL 272 HA VAL 272 35.326 0.532 -3.153 180 HB VAL 272 HB VAL 272 36.410 2.091 -0.795 181 1HG1 VAL 272 1HG1 VAL 272 35.858 -0.852 -1.233 182 2HG1 VAL 272 2HG1 VAL 272 35.284 0.174 0.082 183 3HG1 VAL 272 3HG1 VAL 272 36.987 -0.273 -0.007 184 1HG2 VAL 272 1HG2 VAL 272 37.935 0.016 -2.316 185 2HG2 VAL 272 2HG2 VAL 272 38.524 1.462 -1.497 186 3HG2 VAL 272 3HG2 VAL 272 37.731 1.598 -3.067 187 H LEU 273 H LEU 273 33.863 3.416 -1.929 188 HA LEU 273 HA LEU 273 31.887 1.866 -0.397 189 1HB LEU 273 1HB LEU 273 32.911 3.844 0.689 190 2HB LEU 273 2HB LEU 273 32.273 4.863 -0.597 191 HG LEU 273 HG LEU 273 29.966 4.177 0.016 192 1HD1 LEU 273 1HD1 LEU 273 29.955 3.102 2.453 193 2HD1 LEU 273 2HD1 LEU 273 31.497 2.442 1.913 194 3HD1 LEU 273 3HD1 LEU 273 30.024 2.089 1.012 195 1HD2 LEU 273 1HD2 LEU 273 29.862 5.420 2.135 196 2HD2 LEU 273 2HD2 LEU 273 30.991 6.196 1.024 197 3HD2 LEU 273 3HD2 LEU 273 31.600 5.211 2.355 198 H TYR 274 H TYR 274 31.577 4.809 -2.359 199 HA TYR 274 HA TYR 274 28.956 4.504 -3.131 200 1HB TYR 274 1HB TYR 274 31.315 5.809 -4.454 201 2HB TYR 274 2HB TYR 274 29.748 5.778 -5.262 202 HD1 TYR 274 HD1 TYR 274 31.207 6.502 -1.877 203 HD2 TYR 274 HD2 TYR 274 28.259 7.522 -4.830 204 HE1 TYR 274 HE1 TYR 274 30.447 8.393 -0.465 205 HE2 TYR 274 HE2 TYR 274 27.498 9.413 -3.418 206 HH TYR 274 HH TYR 274 28.553 10.880 -1.588 207 H LYS 275 H LYS 275 31.469 4.025 -5.571 208 HA LYS 275 HA LYS 275 30.065 2.538 -7.371 209 1HB LYS 275 1HB LYS 275 32.957 2.039 -6.630 210 2HB LYS 275 2HB LYS 275 32.192 1.638 -8.165 211 1HG LYS 275 1HG LYS 275 32.361 4.460 -7.056 212 2HG LYS 275 2HG LYS 275 33.528 3.789 -8.192 213 1HD LYS 275 1HD LYS 275 32.164 4.504 -9.838 214 2HD LYS 275 2HD LYS 275 31.044 3.232 -9.359 215 1HE LYS 275 1HE LYS 275 30.125 4.865 -7.629 216 2HE LYS 275 2HE LYS 275 31.074 6.113 -8.435 217 1HZ LYS 275 1HZ LYS 275 28.763 5.957 -9.241 218 2HZ LYS 275 2HZ LYS 275 29.083 4.384 -9.796 219 3HZ LYS 275 3HZ LYS 275 29.909 5.708 -10.466 220 H LYS 276 H LYS 276 32.005 1.180 -4.700 221 HA LYS 276 HA LYS 276 30.596 -1.384 -5.061 222 1HB LYS 276 1HB LYS 276 33.092 -1.395 -5.120 223 2HB LYS 276 2HB LYS 276 33.096 -0.800 -3.459 224 1HG LYS 276 1HG LYS 276 31.823 -2.792 -2.740 225 2HG LYS 276 2HG LYS 276 31.830 -3.392 -4.399 226 1HD LYS 276 1HD LYS 276 33.739 -4.462 -3.793 227 2HD LYS 276 2HD LYS 276 34.497 -2.879 -3.974 228 1HE LYS 276 1HE LYS 276 35.056 -3.839 -1.783 229 2HE LYS 276 2HE LYS 276 34.048 -2.405 -1.582 230 1HZ LYS 276 1HZ LYS 276 32.293 -3.619 -0.879 231 2HZ LYS 276 2HZ LYS 276 33.517 -4.689 -0.386 232 3HZ LYS 276 3HZ LYS 276 32.677 -4.965 -1.838 233 1HN NH2 277 1HN NH2 277 32.073 -0.022 -2.096 234 2HN NH2 277 2HN NH2 277 30.649 -0.124 -1.161 Start of MODEL 16 1 1H HIS 250 1H HIS 250 39.748 8.654 -9.814 2 2H HIS 250 2H HIS 250 40.267 7.203 -9.095 3 3H HIS 250 3H HIS 250 39.702 7.207 -10.698 4 HA HIS 250 HA HIS 250 42.276 7.246 -10.072 5 1HB HIS 250 1HB HIS 250 40.622 7.847 -12.367 6 2HB HIS 250 2HB HIS 250 42.077 8.843 -12.388 7 HD2 HIS 250 HD2 HIS 250 44.421 6.905 -11.540 8 HE1 HIS 250 HE1 HIS 250 42.772 3.990 -14.111 9 HE2 HIS 250 HE2 HIS 250 44.852 4.671 -12.823 10 H ILE 251 H ILE 251 43.818 8.615 -9.379 11 HA ILE 251 HA ILE 251 43.198 11.503 -9.278 12 HB ILE 251 HB ILE 251 44.721 11.327 -7.116 13 1HG1 ILE 251 1HG1 ILE 251 44.724 8.709 -7.675 14 2HG1 ILE 251 2HG1 ILE 251 44.736 9.297 -6.015 15 1HG2 ILE 251 1HG2 ILE 251 41.763 10.789 -7.388 16 2HG2 ILE 251 2HG2 ILE 251 42.570 12.299 -6.969 17 3HG2 ILE 251 3HG2 ILE 251 42.532 10.971 -5.809 18 1HD1 ILE 251 1HD1 ILE 251 42.143 8.741 -7.465 19 2HD1 ILE 251 2HD1 ILE 251 42.420 8.881 -5.730 20 3HD1 ILE 251 3HD1 ILE 251 43.013 7.472 -6.605 21 H ASN 252 H ASN 252 44.449 11.290 -11.346 22 HA ASN 252 HA ASN 252 47.240 10.673 -11.259 23 1HB ASN 252 1HB ASN 252 47.207 11.041 -13.507 24 2HB ASN 252 2HB ASN 252 45.466 10.913 -13.272 25 1HD2 ASN 252 1HD2 ASN 252 44.549 13.251 -12.425 26 2HD2 ASN 252 2HD2 ASN 252 45.061 14.556 -13.383 27 H GLU 253 H GLU 253 45.828 12.919 -9.566 28 HA GLU 253 HA GLU 253 47.632 15.143 -10.240 29 1HB GLU 253 1HB GLU 253 46.094 15.905 -8.042 30 2HB GLU 253 2HB GLU 253 45.813 16.361 -9.720 31 1HG GLU 253 1HG GLU 253 44.390 14.375 -10.031 32 2HG GLU 253 2HG GLU 253 44.684 13.895 -8.359 33 H LEU 254 H LEU 254 46.839 12.811 -7.775 34 HA LEU 254 HA LEU 254 48.640 13.824 -5.794 35 1HB LEU 254 1HB LEU 254 46.989 11.354 -6.144 36 2HB LEU 254 2HB LEU 254 48.285 11.345 -4.949 37 HG LEU 254 HG LEU 254 47.350 13.285 -3.832 38 1HD1 LEU 254 1HD1 LEU 254 46.468 14.660 -5.510 39 2HD1 LEU 254 2HD1 LEU 254 45.006 14.029 -4.752 40 3HD1 LEU 254 3HD1 LEU 254 45.585 13.336 -6.267 41 1HD2 LEU 254 1HD2 LEU 254 45.103 12.360 -3.195 42 2HD2 LEU 254 2HD2 LEU 254 46.388 11.153 -3.160 43 3HD2 LEU 254 3HD2 LEU 254 45.257 11.195 -4.512 44 H LEU 255 H LEU 255 49.495 13.006 -8.667 45 HA LEU 255 HA LEU 255 51.084 10.893 -8.984 46 1HB LEU 255 1HB LEU 255 50.938 13.043 -10.410 47 2HB LEU 255 2HB LEU 255 52.311 13.599 -9.453 48 HG LEU 255 HG LEU 255 53.220 11.152 -10.067 49 1HD1 LEU 255 1HD1 LEU 255 51.591 11.924 -12.500 50 2HD1 LEU 255 2HD1 LEU 255 51.081 10.692 -11.348 51 3HD1 LEU 255 3HD1 LEU 255 52.561 10.469 -12.280 52 1HD2 LEU 255 1HD2 LEU 255 53.305 13.705 -11.680 53 2HD2 LEU 255 2HD2 LEU 255 54.253 12.292 -12.143 54 3HD2 LEU 255 3HD2 LEU 255 54.527 13.065 -10.582 55 H HIS 256 H HIS 256 51.676 13.435 -6.652 56 HA HIS 256 HA HIS 256 54.331 12.495 -5.974 57 1HB HIS 256 1HB HIS 256 52.561 14.399 -4.426 58 2HB HIS 256 2HB HIS 256 54.310 14.218 -4.289 59 HD2 HIS 256 HD2 HIS 256 51.951 15.040 -7.416 60 HE1 HIS 256 HE1 HIS 256 55.355 17.534 -7.520 61 HE2 HIS 256 HE2 HIS 256 53.191 16.939 -8.708 62 H ILE 257 H ILE 257 51.100 12.445 -4.489 63 HA ILE 257 HA ILE 257 52.010 10.715 -2.337 64 HB ILE 257 HB ILE 257 49.425 12.071 -3.033 65 1HG1 ILE 257 1HG1 ILE 257 49.709 12.963 -0.761 66 2HG1 ILE 257 2HG1 ILE 257 51.121 11.934 -0.519 67 1HG2 ILE 257 1HG2 ILE 257 48.584 10.865 -0.884 68 2HG2 ILE 257 2HG2 ILE 257 49.842 9.682 -1.242 69 3HG2 ILE 257 3HG2 ILE 257 48.550 9.975 -2.407 70 1HD1 ILE 257 1HD1 ILE 257 50.953 13.932 -2.781 71 2HD1 ILE 257 2HD1 ILE 257 52.386 13.109 -2.163 72 3HD1 ILE 257 3HD1 ILE 257 51.599 14.356 -1.196 73 H LEU 258 H LEU 258 49.866 10.502 -5.183 74 HA LEU 258 HA LEU 258 48.716 8.076 -5.017 75 1HB LEU 258 1HB LEU 258 48.536 9.437 -7.020 76 2HB LEU 258 2HB LEU 258 50.234 9.157 -7.403 77 HG LEU 258 HG LEU 258 48.710 6.679 -6.979 78 1HD1 LEU 258 1HD1 LEU 258 47.541 6.822 -9.166 79 2HD1 LEU 258 2HD1 LEU 258 48.026 8.513 -9.296 80 3HD1 LEU 258 3HD1 LEU 258 46.929 8.007 -8.014 81 1HD2 LEU 258 1HD2 LEU 258 49.999 5.955 -8.852 82 2HD2 LEU 258 2HD2 LEU 258 51.066 7.030 -7.949 83 3HD2 LEU 258 3HD2 LEU 258 50.259 7.608 -9.406 84 H VAL 259 H VAL 259 52.150 8.662 -5.322 85 HA VAL 259 HA VAL 259 52.973 6.061 -6.058 86 HB VAL 259 HB VAL 259 54.541 7.969 -4.320 87 1HG1 VAL 259 1HG1 VAL 259 56.445 6.954 -5.536 88 2HG1 VAL 259 2HG1 VAL 259 55.322 5.915 -6.413 89 3HG1 VAL 259 3HG1 VAL 259 55.512 5.735 -4.669 90 1HG2 VAL 259 1HG2 VAL 259 53.548 8.272 -7.064 91 2HG2 VAL 259 2HG2 VAL 259 55.303 8.401 -6.952 92 3HG2 VAL 259 3HG2 VAL 259 54.277 9.473 -5.998 93 H PHE 260 H PHE 260 53.269 7.571 -2.833 94 HA PHE 260 HA PHE 260 53.525 4.998 -1.558 95 1HB PHE 260 1HB PHE 260 52.916 7.235 0.212 96 2HB PHE 260 2HB PHE 260 54.340 6.195 0.164 97 HD1 PHE 260 HD1 PHE 260 56.036 6.609 -1.761 98 HD2 PHE 260 HD2 PHE 260 53.052 9.451 -0.553 99 HE1 PHE 260 HE1 PHE 260 57.328 8.427 -2.847 100 HE2 PHE 260 HE2 PHE 260 54.343 11.269 -1.639 101 HZ PHE 260 HZ PHE 260 56.481 10.757 -2.786 102 H GLY 261 H GLY 261 51.168 7.653 -1.131 103 1HA GLY 261 1HA GLY 261 48.985 7.622 -0.386 104 2HA GLY 261 2HA GLY 261 48.829 6.232 -1.455 105 H GLU 262 H GLU 262 49.382 7.286 1.832 106 HA GLU 262 HA GLU 262 49.364 4.520 2.812 107 1HB GLU 262 1HB GLU 262 49.792 7.145 4.257 108 2HB GLU 262 2HB GLU 262 49.877 5.550 5.005 109 1HG GLU 262 1HG GLU 262 51.976 5.236 4.256 110 2HG GLU 262 2HG GLU 262 51.500 5.639 2.607 111 H SER 263 H SER 263 47.632 7.588 3.360 112 HA SER 263 HA SER 263 45.509 6.209 4.794 113 1HB SER 263 1HB SER 263 46.352 8.477 5.466 114 2HB SER 263 2HB SER 263 45.660 9.118 3.979 115 HG SER 263 HG SER 263 43.871 7.569 5.256 116 H LEU 264 H LEU 264 46.217 6.383 1.646 117 HA LEU 264 HA LEU 264 44.152 7.384 0.193 118 1HB LEU 264 1HB LEU 264 44.614 5.766 -1.500 119 2HB LEU 264 2HB LEU 264 46.139 6.105 -0.689 120 HG LEU 264 HG LEU 264 44.350 3.696 -0.204 121 1HD1 LEU 264 1HD1 LEU 264 47.109 3.992 -1.422 122 2HD1 LEU 264 2HD1 LEU 264 45.628 3.579 -2.289 123 3HD1 LEU 264 3HD1 LEU 264 46.297 2.458 -1.102 124 1HD2 LEU 264 1HD2 LEU 264 46.823 4.734 1.176 125 2HD2 LEU 264 2HD2 LEU 264 46.470 3.010 1.146 126 3HD2 LEU 264 3HD2 LEU 264 45.337 4.127 1.900 127 H LEU 265 H LEU 265 43.887 4.949 2.578 128 HA LEU 265 HA LEU 265 41.487 3.720 1.560 129 1HB LEU 265 1HB LEU 265 41.403 2.615 3.756 130 2HB LEU 265 2HB LEU 265 43.013 2.489 3.046 131 HG LEU 265 HG LEU 265 43.107 4.888 4.451 132 1HD1 LEU 265 1HD1 LEU 265 41.693 2.784 6.120 133 2HD1 LEU 265 2HD1 LEU 265 40.953 4.275 5.535 134 3HD1 LEU 265 3HD1 LEU 265 42.281 4.345 6.694 135 1HD2 LEU 265 1HD2 LEU 265 44.569 3.600 5.996 136 2HD2 LEU 265 2HD2 LEU 265 44.891 3.203 4.308 137 3HD2 LEU 265 3HD2 LEU 265 43.947 2.099 5.310 138 H ASN 266 H ASN 266 42.084 6.725 2.766 139 HA ASN 266 HA ASN 266 39.638 6.965 4.347 140 1HB ASN 266 1HB ASN 266 41.977 8.742 3.758 141 2HB ASN 266 2HB ASN 266 40.468 9.456 4.324 142 1HD2 ASN 266 1HD2 ASN 266 42.370 6.502 5.194 143 2HD2 ASN 266 2HD2 ASN 266 42.308 6.789 6.865 144 H ASP 267 H ASP 267 41.026 8.841 1.641 145 HA ASP 267 HA ASP 267 38.630 10.067 0.867 146 1HB ASP 267 1HB ASP 267 39.764 10.699 -1.139 147 2HB ASP 267 2HB ASP 267 40.974 10.692 0.143 148 H ALA 268 H ALA 268 39.811 6.864 0.315 149 HA ALA 268 HA ALA 268 38.698 5.975 -1.987 150 1HB ALA 268 1HB ALA 268 38.022 3.880 -0.536 151 2HB ALA 268 2HB ALA 268 38.914 4.731 0.726 152 3HB ALA 268 3HB ALA 268 39.720 4.287 -0.779 153 H VAL 269 H VAL 269 36.977 7.005 0.876 154 HA VAL 269 HA VAL 269 34.446 5.925 0.369 155 HB VAL 269 HB VAL 269 35.235 7.188 2.441 156 1HG1 VAL 269 1HG1 VAL 269 34.170 9.671 1.187 157 2HG1 VAL 269 2HG1 VAL 269 35.810 9.195 0.744 158 3HG1 VAL 269 3HG1 VAL 269 35.401 9.480 2.437 159 1HG2 VAL 269 1HG2 VAL 269 32.983 7.965 2.957 160 2HG2 VAL 269 2HG2 VAL 269 32.865 6.489 2.000 161 3HG2 VAL 269 3HG2 VAL 269 32.586 8.057 1.242 162 H THR 270 H THR 270 36.225 8.174 -1.419 163 HA THR 270 HA THR 270 34.043 9.706 -2.491 164 HB THR 270 HB THR 270 36.311 10.619 -2.466 165 HG1 THR 270 HG1 THR 270 35.711 10.087 -5.163 166 1HG2 THR 270 1HG2 THR 270 37.353 9.014 -4.668 167 2HG2 THR 270 2HG2 THR 270 37.050 8.044 -3.227 168 3HG2 THR 270 3HG2 THR 270 38.117 9.445 -3.138 169 H VAL 271 H VAL 271 35.722 6.749 -3.354 170 HA VAL 271 HA VAL 271 34.121 6.533 -5.820 171 HB VAL 271 HB VAL 271 36.385 4.727 -4.969 172 1HG1 VAL 271 1HG1 VAL 271 35.569 5.435 -7.773 173 2HG1 VAL 271 2HG1 VAL 271 34.635 4.240 -6.872 174 3HG1 VAL 271 3HG1 VAL 271 36.350 3.971 -7.179 175 1HG2 VAL 271 1HG2 VAL 271 37.575 6.706 -5.083 176 2HG2 VAL 271 2HG2 VAL 271 36.404 7.469 -6.159 177 3HG2 VAL 271 3HG2 VAL 271 37.551 6.292 -6.797 178 H VAL 272 H VAL 272 35.167 4.532 -3.054 179 HA VAL 272 HA VAL 272 33.504 2.344 -3.482 180 HB VAL 272 HB VAL 272 34.453 3.551 -0.874 181 1HG1 VAL 272 1HG1 VAL 272 34.094 1.053 -0.178 182 2HG1 VAL 272 2HG1 VAL 272 32.973 1.018 -1.538 183 3HG1 VAL 272 3HG1 VAL 272 32.706 2.141 -0.204 184 1HG2 VAL 272 1HG2 VAL 272 35.976 2.529 -2.856 185 2HG2 VAL 272 2HG2 VAL 272 35.544 1.032 -2.029 186 3HG2 VAL 272 3HG2 VAL 272 36.373 2.318 -1.151 187 H LEU 273 H LEU 273 32.573 5.503 -2.935 188 HA LEU 273 HA LEU 273 30.282 5.132 -1.281 189 1HB LEU 273 1HB LEU 273 31.556 7.297 -2.691 190 2HB LEU 273 2HB LEU 273 29.819 7.325 -2.996 191 HG LEU 273 HG LEU 273 31.045 7.085 -0.235 192 1HD1 LEU 273 1HD1 LEU 273 30.649 9.391 -1.970 193 2HD1 LEU 273 2HD1 LEU 273 31.470 9.295 -0.412 194 3HD1 LEU 273 3HD1 LEU 273 29.725 9.539 -0.475 195 1HD2 LEU 273 1HD2 LEU 273 28.930 6.724 0.459 196 2HD2 LEU 273 2HD2 LEU 273 28.446 6.596 -1.233 197 3HD2 LEU 273 3HD2 LEU 273 28.363 8.153 -0.407 198 H TYR 274 H TYR 274 30.215 6.135 -4.693 199 HA TYR 274 HA TYR 274 27.620 4.951 -5.076 200 1HB TYR 274 1HB TYR 274 27.929 5.701 -7.433 201 2HB TYR 274 2HB TYR 274 28.188 6.994 -6.260 202 HD1 TYR 274 HD1 TYR 274 29.894 4.551 -8.478 203 HD2 TYR 274 HD2 TYR 274 30.335 8.021 -5.985 204 HE1 TYR 274 HE1 TYR 274 32.186 4.892 -9.358 205 HE2 TYR 274 HE2 TYR 274 32.628 8.362 -6.866 206 HH TYR 274 HH TYR 274 34.080 6.053 -9.152 207 H LYS 275 H LYS 275 30.937 4.186 -6.027 208 HA LYS 275 HA LYS 275 30.482 2.106 -7.810 209 1HB LYS 275 1HB LYS 275 32.711 3.007 -7.403 210 2HB LYS 275 2HB LYS 275 32.687 2.384 -5.753 211 1HG LYS 275 1HG LYS 275 33.098 0.239 -6.413 212 2HG LYS 275 2HG LYS 275 32.111 0.392 -7.867 213 1HD LYS 275 1HD LYS 275 34.737 1.852 -7.641 214 2HD LYS 275 2HD LYS 275 34.690 0.162 -8.146 215 1HE LYS 275 1HE LYS 275 32.751 1.953 -9.497 216 2HE LYS 275 2HE LYS 275 34.449 2.242 -9.877 217 1HZ LYS 275 1HZ LYS 275 34.387 0.495 -11.208 218 2HZ LYS 275 2HZ LYS 275 32.777 0.167 -10.776 219 3HZ LYS 275 3HZ LYS 275 34.055 -0.509 -9.882 220 H LYS 276 H LYS 276 29.828 2.253 -4.451 221 HA LYS 276 HA LYS 276 29.683 -0.674 -4.213 222 1HB LYS 276 1HB LYS 276 30.820 0.527 -2.400 223 2HB LYS 276 2HB LYS 276 29.370 1.491 -2.119 224 1HG LYS 276 1HG LYS 276 28.144 -0.358 -1.323 225 2HG LYS 276 2HG LYS 276 29.258 -1.521 -2.043 226 1HD LYS 276 1HD LYS 276 30.357 0.376 -0.014 227 2HD LYS 276 2HD LYS 276 29.344 -0.947 0.564 228 1HE LYS 276 1HE LYS 276 31.693 -1.355 -1.303 229 2HE LYS 276 2HE LYS 276 31.819 -1.481 0.453 230 1HZ LYS 276 1HZ LYS 276 30.849 -3.385 -1.390 231 2HZ LYS 276 2HZ LYS 276 29.610 -2.975 -0.302 232 3HZ LYS 276 3HZ LYS 276 31.098 -3.552 0.279 233 1HN NH2 277 1HN NH2 277 27.553 1.938 -2.935 234 2HN NH2 277 2HN NH2 277 26.103 1.192 -3.438 Start of MODEL 17 1 1H HIS 250 1H HIS 250 37.127 -12.922 -7.298 2 2H HIS 250 2H HIS 250 36.760 -11.296 -6.968 3 3H HIS 250 3H HIS 250 35.898 -12.539 -6.195 4 HA HIS 250 HA HIS 250 37.481 -12.908 -4.666 5 1HB HIS 250 1HB HIS 250 39.101 -12.909 -7.047 6 2HB HIS 250 2HB HIS 250 39.930 -12.010 -5.776 7 HD2 HIS 250 HD2 HIS 250 39.711 -13.648 -3.161 8 HE1 HIS 250 HE1 HIS 250 40.201 -17.212 -5.371 9 HE2 HIS 250 HE2 HIS 250 40.272 -16.196 -3.044 10 H ILE 251 H ILE 251 37.544 -11.477 -3.055 11 HA ILE 251 HA ILE 251 37.586 -8.624 -3.664 12 HB ILE 251 HB ILE 251 37.233 -10.085 -1.033 13 1HG1 ILE 251 1HG1 ILE 251 34.952 -8.629 -2.117 14 2HG1 ILE 251 2HG1 ILE 251 35.500 -9.890 -3.221 15 1HG2 ILE 251 1HG2 ILE 251 37.732 -8.007 -0.237 16 2HG2 ILE 251 2HG2 ILE 251 36.085 -7.631 -0.741 17 3HG2 ILE 251 3HG2 ILE 251 37.443 -7.231 -1.793 18 1HD1 ILE 251 1HD1 ILE 251 33.797 -10.656 -1.511 19 2HD1 ILE 251 2HD1 ILE 251 35.015 -10.362 -0.269 20 3HD1 ILE 251 3HD1 ILE 251 35.300 -11.577 -1.514 21 H ASN 252 H ASN 252 39.972 -10.644 -3.651 22 HA ASN 252 HA ASN 252 41.723 -9.378 -1.684 23 1HB ASN 252 1HB ASN 252 42.798 -11.339 -1.751 24 2HB ASN 252 2HB ASN 252 41.608 -11.915 -2.917 25 1HD2 ASN 252 1HD2 ASN 252 42.126 -11.569 -5.256 26 2HD2 ASN 252 2HD2 ASN 252 43.747 -11.420 -5.735 27 H GLU 253 H GLU 253 41.612 -9.861 -5.206 28 HA GLU 253 HA GLU 253 43.801 -8.578 -6.118 29 1HB GLU 253 1HB GLU 253 41.951 -7.501 -7.808 30 2HB GLU 253 2HB GLU 253 42.580 -9.143 -7.938 31 1HG GLU 253 1HG GLU 253 40.694 -10.071 -6.853 32 2HG GLU 253 2HG GLU 253 40.195 -8.510 -6.200 33 H LEU 254 H LEU 254 40.906 -6.990 -4.858 34 HA LEU 254 HA LEU 254 41.634 -4.339 -5.474 35 1HB LEU 254 1HB LEU 254 39.733 -5.649 -3.593 36 2HB LEU 254 2HB LEU 254 40.134 -3.963 -3.283 37 HG LEU 254 HG LEU 254 38.119 -4.289 -4.766 38 1HD1 LEU 254 1HD1 LEU 254 40.276 -2.483 -5.055 39 2HD1 LEU 254 2HD1 LEU 254 38.619 -2.266 -5.613 40 3HD1 LEU 254 3HD1 LEU 254 39.826 -2.969 -6.689 41 1HD2 LEU 254 1HD2 LEU 254 38.264 -5.317 -6.840 42 2HD2 LEU 254 2HD2 LEU 254 39.419 -6.287 -5.927 43 3HD2 LEU 254 3HD2 LEU 254 39.993 -5.006 -6.994 44 H LEU 255 H LEU 255 43.335 -6.431 -3.642 45 HA LEU 255 HA LEU 255 43.966 -5.173 -1.263 46 1HB LEU 255 1HB LEU 255 46.170 -6.298 -1.421 47 2HB LEU 255 2HB LEU 255 44.834 -7.380 -1.804 48 HG LEU 255 HG LEU 255 45.411 -6.345 -4.277 49 1HD1 LEU 255 1HD1 LEU 255 48.031 -6.686 -2.781 50 2HD1 LEU 255 2HD1 LEU 255 47.404 -5.167 -3.417 51 3HD1 LEU 255 3HD1 LEU 255 47.871 -6.456 -4.522 52 1HD2 LEU 255 1HD2 LEU 255 46.381 -8.806 -2.822 53 2HD2 LEU 255 2HD2 LEU 255 46.779 -8.533 -4.517 54 3HD2 LEU 255 3HD2 LEU 255 45.094 -8.676 -4.021 55 H HIS 256 H HIS 256 44.868 -4.311 -4.518 56 HA HIS 256 HA HIS 256 47.091 -2.742 -4.226 57 1HB HIS 256 1HB HIS 256 44.727 -2.670 -5.996 58 2HB HIS 256 2HB HIS 256 45.626 -1.157 -5.875 59 HD2 HIS 256 HD2 HIS 256 47.101 -4.852 -6.053 60 HE1 HIS 256 HE1 HIS 256 48.857 -2.506 -9.092 61 HE2 HIS 256 HE2 HIS 256 48.847 -4.797 -7.997 62 H ILE 257 H ILE 257 43.748 -1.875 -3.439 63 HA ILE 257 HA ILE 257 44.484 0.767 -2.548 64 HB ILE 257 HB ILE 257 41.934 -0.836 -2.500 65 1HG1 ILE 257 1HG1 ILE 257 41.170 0.958 -3.978 66 2HG1 ILE 257 2HG1 ILE 257 42.687 1.827 -3.747 67 1HG2 ILE 257 1HG2 ILE 257 41.730 0.331 -0.465 68 2HG2 ILE 257 2HG2 ILE 257 40.972 1.418 -1.628 69 3HG2 ILE 257 3HG2 ILE 257 42.616 1.730 -1.073 70 1HD1 ILE 257 1HD1 ILE 257 43.927 0.238 -4.961 71 2HD1 ILE 257 2HD1 ILE 257 42.427 0.358 -5.879 72 3HD1 ILE 257 3HD1 ILE 257 42.685 -1.001 -4.785 73 H LEU 258 H LEU 258 43.417 -2.248 -0.981 74 HA LEU 258 HA LEU 258 43.425 -1.403 1.663 75 1HB LEU 258 1HB LEU 258 44.412 -4.114 0.771 76 2HB LEU 258 2HB LEU 258 43.608 -3.698 2.284 77 HG LEU 258 HG LEU 258 42.379 -3.628 -0.487 78 1HD1 LEU 258 1HD1 LEU 258 40.936 -5.397 0.390 79 2HD1 LEU 258 2HD1 LEU 258 41.728 -5.294 1.962 80 3HD1 LEU 258 3HD1 LEU 258 42.625 -5.876 0.559 81 1HD2 LEU 258 1HD2 LEU 258 40.276 -3.172 0.992 82 2HD2 LEU 258 2HD2 LEU 258 41.358 -1.826 0.632 83 3HD2 LEU 258 3HD2 LEU 258 41.443 -2.631 2.198 84 H VAL 259 H VAL 259 46.011 -1.420 -0.467 85 HA VAL 259 HA VAL 259 48.057 -1.882 1.568 86 HB VAL 259 HB VAL 259 48.157 -1.335 -1.398 87 1HG1 VAL 259 1HG1 VAL 259 50.104 -0.242 -0.807 88 2HG1 VAL 259 2HG1 VAL 259 50.707 -1.898 -0.841 89 3HG1 VAL 259 3HG1 VAL 259 50.281 -1.146 0.696 90 1HG2 VAL 259 1HG2 VAL 259 49.524 -3.635 -0.123 91 2HG2 VAL 259 2HG2 VAL 259 48.559 -3.578 -1.597 92 3HG2 VAL 259 3HG2 VAL 259 47.764 -3.659 -0.025 93 H PHE 260 H PHE 260 48.069 0.605 -0.947 94 HA PHE 260 HA PHE 260 49.259 2.526 0.803 95 1HB PHE 260 1HB PHE 260 49.113 4.046 -1.092 96 2HB PHE 260 2HB PHE 260 49.670 2.467 -1.646 97 HD1 PHE 260 HD1 PHE 260 46.672 4.662 -1.371 98 HD2 PHE 260 HD2 PHE 260 48.410 1.188 -3.206 99 HE1 PHE 260 HE1 PHE 260 44.753 4.529 -2.934 100 HE2 PHE 260 HE2 PHE 260 46.491 1.056 -4.773 101 HZ PHE 260 HZ PHE 260 44.663 2.726 -4.636 102 H GLY 261 H GLY 261 46.010 1.666 0.019 103 1HA GLY 261 1HA GLY 261 44.524 3.934 0.300 104 2HA GLY 261 2HA GLY 261 44.028 2.387 0.977 105 H GLU 262 H GLU 262 46.591 2.525 2.668 106 HA GLU 262 HA GLU 262 45.461 3.349 5.070 107 1HB GLU 262 1HB GLU 262 47.650 3.198 6.015 108 2HB GLU 262 2HB GLU 262 47.566 1.973 4.750 109 1HG GLU 262 1HG GLU 262 48.561 3.757 3.189 110 2HG GLU 262 2HG GLU 262 48.942 4.659 4.655 111 H SER 263 H SER 263 47.456 5.188 2.784 112 HA SER 263 HA SER 263 47.212 7.597 4.422 113 1HB SER 263 1HB SER 263 49.138 6.632 2.608 114 2HB SER 263 2HB SER 263 48.414 8.043 1.841 115 HG SER 263 HG SER 263 50.242 8.340 3.403 116 H LEU 264 H LEU 264 46.428 6.545 1.112 117 HA LEU 264 HA LEU 264 44.884 8.895 0.536 118 1HB LEU 264 1HB LEU 264 44.769 6.260 -0.934 119 2HB LEU 264 2HB LEU 264 44.425 7.871 -1.563 120 HG LEU 264 HG LEU 264 47.124 6.845 -0.637 121 1HD1 LEU 264 1HD1 LEU 264 45.789 6.626 -3.108 122 2HD1 LEU 264 2HD1 LEU 264 47.501 6.331 -2.799 123 3HD1 LEU 264 3HD1 LEU 264 46.960 7.927 -3.321 124 1HD2 LEU 264 1HD2 LEU 264 46.107 9.575 -1.406 125 2HD2 LEU 264 2HD2 LEU 264 47.790 9.139 -1.708 126 3HD2 LEU 264 3HD2 LEU 264 47.156 9.123 -0.062 127 H LEU 265 H LEU 265 44.275 6.617 2.704 128 HA LEU 265 HA LEU 265 41.931 5.343 2.403 129 1HB LEU 265 1HB LEU 265 43.365 5.864 4.559 130 2HB LEU 265 2HB LEU 265 42.134 7.099 4.816 131 HG LEU 265 HG LEU 265 40.496 5.078 4.241 132 1HD1 LEU 265 1HD1 LEU 265 42.338 3.491 3.787 133 2HD1 LEU 265 2HD1 LEU 265 41.371 2.966 5.164 134 3HD1 LEU 265 3HD1 LEU 265 42.940 3.726 5.427 135 1HD2 LEU 265 1HD2 LEU 265 40.288 6.226 6.313 136 2HD2 LEU 265 2HD2 LEU 265 41.884 5.704 6.852 137 3HD2 LEU 265 3HD2 LEU 265 40.560 4.542 6.761 138 H ASN 266 H ASN 266 42.298 8.833 2.700 139 HA ASN 266 HA ASN 266 39.654 9.608 3.067 140 1HB ASN 266 1HB ASN 266 42.031 10.863 1.758 141 2HB ASN 266 2HB ASN 266 40.455 11.623 1.556 142 1HD2 ASN 266 1HD2 ASN 266 42.836 10.615 4.021 143 2HD2 ASN 266 2HD2 ASN 266 42.241 11.634 5.240 144 H ASP 267 H ASP 267 41.386 9.216 -0.031 145 HA ASP 267 HA ASP 267 38.976 9.515 -1.577 146 1HB ASP 267 1HB ASP 267 41.538 8.320 -2.607 147 2HB ASP 267 2HB ASP 267 40.347 9.293 -3.469 148 H ALA 268 H ALA 268 40.782 6.869 -0.201 149 HA ALA 268 HA ALA 268 39.746 4.762 -1.777 150 1HB ALA 268 1HB ALA 268 40.853 3.374 -0.334 151 2HB ALA 268 2HB ALA 268 40.315 4.255 1.096 152 3HB ALA 268 3HB ALA 268 41.642 4.885 0.120 153 H VAL 269 H VAL 269 38.674 6.161 1.310 154 HA VAL 269 HA VAL 269 36.520 4.452 1.812 155 HB VAL 269 HB VAL 269 36.753 7.403 2.454 156 1HG1 VAL 269 1HG1 VAL 269 34.520 6.854 2.907 157 2HG1 VAL 269 2HG1 VAL 269 35.306 6.515 4.449 158 3HG1 VAL 269 3HG1 VAL 269 34.917 5.193 3.349 159 1HG2 VAL 269 1HG2 VAL 269 38.357 5.244 3.272 160 2HG2 VAL 269 2HG2 VAL 269 37.248 5.524 4.613 161 3HG2 VAL 269 3HG2 VAL 269 38.270 6.836 4.025 162 H THR 270 H THR 270 36.972 6.408 -0.828 163 HA THR 270 HA THR 270 34.142 7.061 -1.206 164 HB THR 270 HB THR 270 36.106 7.601 -3.359 165 HG1 THR 270 HG1 THR 270 37.410 8.666 -2.136 166 1HG2 THR 270 1HG2 THR 270 34.038 9.292 -1.926 167 2HG2 THR 270 2HG2 THR 270 33.753 8.378 -3.408 168 3HG2 THR 270 3HG2 THR 270 34.889 9.728 -3.409 169 H VAL 271 H VAL 271 36.471 4.697 -2.083 170 HA VAL 271 HA VAL 271 34.698 3.645 -4.207 171 HB VAL 271 HB VAL 271 37.660 3.271 -3.723 172 1HG1 VAL 271 1HG1 VAL 271 35.741 1.886 -5.603 173 2HG1 VAL 271 2HG1 VAL 271 36.881 1.150 -4.477 174 3HG1 VAL 271 3HG1 VAL 271 37.472 1.966 -5.924 175 1HG2 VAL 271 1HG2 VAL 271 37.772 4.274 -6.021 176 2HG2 VAL 271 2HG2 VAL 271 37.100 5.373 -4.817 177 3HG2 VAL 271 3HG2 VAL 271 36.030 4.541 -5.946 178 H VAL 272 H VAL 272 36.961 2.498 -1.692 179 HA VAL 272 HA VAL 272 36.082 -0.144 -1.587 180 HB VAL 272 HB VAL 272 36.946 1.328 0.887 181 1HG1 VAL 272 1HG1 VAL 272 38.128 -0.793 1.294 182 2HG1 VAL 272 2HG1 VAL 272 37.586 -1.404 -0.270 183 3HG1 VAL 272 3HG1 VAL 272 36.412 -1.087 1.008 184 1HG2 VAL 272 1HG2 VAL 272 39.300 0.549 -0.225 185 2HG2 VAL 272 2HG2 VAL 272 38.645 2.179 -0.392 186 3HG2 VAL 272 3HG2 VAL 272 38.404 0.996 -1.677 187 H LEU 273 H LEU 273 34.523 2.728 -0.535 188 HA LEU 273 HA LEU 273 32.698 1.273 1.245 189 1HB LEU 273 1HB LEU 273 33.703 3.536 1.846 190 2HB LEU 273 2HB LEU 273 32.654 4.220 0.605 191 HG LEU 273 HG LEU 273 30.799 2.811 1.882 192 1HD1 LEU 273 1HD1 LEU 273 32.823 2.066 3.446 193 2HD1 LEU 273 2HD1 LEU 273 31.214 2.345 4.113 194 3HD1 LEU 273 3HD1 LEU 273 32.455 3.592 4.250 195 1HD2 LEU 273 1HD2 LEU 273 30.400 5.097 1.753 196 2HD2 LEU 273 2HD2 LEU 273 31.968 5.514 2.444 197 3HD2 LEU 273 3HD2 LEU 273 30.674 4.921 3.486 198 H TYR 274 H TYR 274 32.105 3.878 -1.102 199 HA TYR 274 HA TYR 274 29.475 3.208 -1.691 200 1HB TYR 274 1HB TYR 274 31.608 4.683 -3.200 201 2HB TYR 274 2HB TYR 274 30.044 4.377 -3.953 202 HD1 TYR 274 HD1 TYR 274 31.579 5.732 -0.819 203 HD2 TYR 274 HD2 TYR 274 28.228 5.792 -3.505 204 HE1 TYR 274 HE1 TYR 274 30.602 7.631 0.443 205 HE2 TYR 274 HE2 TYR 274 27.251 7.691 -2.243 206 HH TYR 274 HH TYR 274 29.041 9.386 0.203 207 H LYS 275 H LYS 275 31.891 2.899 -4.231 208 HA LYS 275 HA LYS 275 30.669 1.109 -5.853 209 1HB LYS 275 1HB LYS 275 33.618 0.987 -5.189 210 2HB LYS 275 2HB LYS 275 32.854 0.438 -6.677 211 1HG LYS 275 1HG LYS 275 32.795 3.313 -5.694 212 2HG LYS 275 2HG LYS 275 33.944 2.698 -6.878 213 1HD LYS 275 1HD LYS 275 32.414 3.250 -8.441 214 2HD LYS 275 2HD LYS 275 31.491 1.858 -7.887 215 1HE LYS 275 1HE LYS 275 30.496 3.425 -6.109 216 2HE LYS 275 2HE LYS 275 31.189 4.745 -7.050 217 1HZ LYS 275 1HZ LYS 275 28.779 3.870 -7.511 218 2HZ LYS 275 2HZ LYS 275 29.605 2.723 -8.454 219 3HZ LYS 275 3HZ LYS 275 29.780 4.382 -8.781 220 H LYS 276 H LYS 276 32.770 0.218 -3.115 221 HA LYS 276 HA LYS 276 31.739 -2.541 -3.302 222 1HB LYS 276 1HB LYS 276 34.189 -2.290 -3.351 223 2HB LYS 276 2HB LYS 276 34.133 -1.460 -1.796 224 1HG LYS 276 1HG LYS 276 33.396 -3.399 -0.653 225 2HG LYS 276 2HG LYS 276 32.944 -4.216 -2.146 226 1HD LYS 276 1HD LYS 276 35.792 -3.462 -1.417 227 2HD LYS 276 2HD LYS 276 35.095 -5.055 -1.133 228 1HE LYS 276 1HE LYS 276 34.496 -4.566 -3.808 229 2HE LYS 276 2HE LYS 276 36.111 -3.888 -3.617 230 1HZ LYS 276 1HZ LYS 276 35.703 -6.437 -4.098 231 2HZ LYS 276 2HZ LYS 276 35.604 -6.491 -2.403 232 3HZ LYS 276 3HZ LYS 276 37.006 -5.896 -3.158 233 1HN NH2 277 1HN NH2 277 32.953 -0.765 -0.436 234 2HN NH2 277 2HN NH2 277 31.546 -1.017 0.498 Start of MODEL 18 1 1H HIS 250 1H HIS 250 63.268 10.789 3.083 2 2H HIS 250 2H HIS 250 63.218 11.571 1.574 3 3H HIS 250 3H HIS 250 64.653 10.831 2.103 4 HA HIS 250 HA HIS 250 63.695 8.665 1.937 5 1HB HIS 250 1HB HIS 250 61.361 9.742 2.542 6 2HB HIS 250 2HB HIS 250 61.185 9.845 0.790 7 HD2 HIS 250 HD2 HIS 250 62.664 6.794 2.898 8 HE1 HIS 250 HE1 HIS 250 59.535 5.405 0.429 9 HE2 HIS 250 HE2 HIS 250 61.317 4.706 2.096 10 H ILE 251 H ILE 251 61.984 8.417 -0.502 11 HA ILE 251 HA ILE 251 64.079 9.100 -2.454 12 HB ILE 251 HB ILE 251 61.888 7.441 -3.423 13 1HG1 ILE 251 1HG1 ILE 251 61.789 6.694 -1.091 14 2HG1 ILE 251 2HG1 ILE 251 62.527 5.441 -2.085 15 1HG2 ILE 251 1HG2 ILE 251 64.062 7.725 -4.550 16 2HG2 ILE 251 2HG2 ILE 251 63.779 6.034 -4.138 17 3HG2 ILE 251 3HG2 ILE 251 64.877 7.007 -3.160 18 1HD1 ILE 251 1HD1 ILE 251 64.294 5.461 -0.692 19 2HD1 ILE 251 2HD1 ILE 251 63.646 6.851 0.177 20 3HD1 ILE 251 3HD1 ILE 251 64.659 7.094 -1.245 21 H ASN 252 H ASN 252 63.255 9.615 -4.688 22 HA ASN 252 HA ASN 252 61.196 11.696 -4.459 23 1HB ASN 252 1HB ASN 252 63.285 11.130 -6.569 24 2HB ASN 252 2HB ASN 252 62.076 12.406 -6.701 25 1HD2 ASN 252 1HD2 ASN 252 64.998 11.401 -4.978 26 2HD2 ASN 252 2HD2 ASN 252 65.265 12.890 -4.206 27 H GLU 253 H GLU 253 61.866 8.650 -6.033 28 HA GLU 253 HA GLU 253 59.810 8.815 -8.004 29 1HB GLU 253 1HB GLU 253 60.116 6.151 -7.682 30 2HB GLU 253 2HB GLU 253 61.227 7.143 -8.626 31 1HG GLU 253 1HG GLU 253 61.660 6.815 -5.669 32 2HG GLU 253 2HG GLU 253 62.186 5.552 -6.778 33 H LEU 254 H LEU 254 59.998 7.254 -4.810 34 HA LEU 254 HA LEU 254 57.353 6.237 -4.828 35 1HB LEU 254 1HB LEU 254 59.433 6.725 -2.736 36 2HB LEU 254 2HB LEU 254 57.780 6.385 -2.224 37 HG LEU 254 HG LEU 254 57.774 4.316 -3.546 38 1HD1 LEU 254 1HD1 LEU 254 59.984 3.571 -4.535 39 2HD1 LEU 254 2HD1 LEU 254 60.573 5.214 -4.280 40 3HD1 LEU 254 3HD1 LEU 254 59.221 4.921 -5.374 41 1HD2 LEU 254 1HD2 LEU 254 60.161 4.664 -1.708 42 2HD2 LEU 254 2HD2 LEU 254 59.582 3.098 -2.273 43 3HD2 LEU 254 3HD2 LEU 254 58.549 4.107 -1.260 44 H LEU 255 H LEU 255 58.517 9.391 -4.627 45 HA LEU 255 HA LEU 255 57.060 10.809 -2.846 46 1HB LEU 255 1HB LEU 255 58.540 11.856 -4.496 47 2HB LEU 255 2HB LEU 255 57.379 11.503 -5.775 48 HG LEU 255 HG LEU 255 56.181 12.890 -3.485 49 1HD1 LEU 255 1HD1 LEU 255 57.205 15.080 -4.017 50 2HD1 LEU 255 2HD1 LEU 255 58.311 14.283 -5.135 51 3HD1 LEU 255 3HD1 LEU 255 58.405 13.940 -3.407 52 1HD2 LEU 255 1HD2 LEU 255 55.142 12.501 -5.739 53 2HD2 LEU 255 2HD2 LEU 255 56.346 13.585 -6.434 54 3HD2 LEU 255 3HD2 LEU 255 55.172 14.201 -5.271 55 H HIS 256 H HIS 256 55.805 8.947 -5.475 56 HA HIS 256 HA HIS 256 53.275 10.171 -5.771 57 1HB HIS 256 1HB HIS 256 53.806 7.223 -6.118 58 2HB HIS 256 2HB HIS 256 52.646 8.233 -6.980 59 HD2 HIS 256 HD2 HIS 256 55.439 10.512 -7.211 60 HE1 HIS 256 HE1 HIS 256 56.408 7.679 -10.187 61 HE2 HIS 256 HE2 HIS 256 56.919 10.003 -9.300 62 H ILE 257 H ILE 257 54.485 7.699 -3.558 63 HA ILE 257 HA ILE 257 51.841 7.353 -2.374 64 HB ILE 257 HB ILE 257 52.673 5.474 -1.318 65 1HG1 ILE 257 1HG1 ILE 257 55.309 6.938 -1.400 66 2HG1 ILE 257 2HG1 ILE 257 54.436 6.315 0.003 67 1HG2 ILE 257 1HG2 ILE 257 52.998 5.550 -3.917 68 2HG2 ILE 257 2HG2 ILE 257 53.714 4.224 -3.000 69 3HG2 ILE 257 3HG2 ILE 257 54.717 5.578 -3.521 70 1HD1 ILE 257 1HD1 ILE 257 54.764 3.994 -1.147 71 2HD1 ILE 257 2HD1 ILE 257 56.118 4.714 -0.274 72 3HD1 ILE 257 3HD1 ILE 257 56.050 4.811 -2.034 73 H LEU 258 H LEU 258 54.863 8.978 -1.738 74 HA LEU 258 HA LEU 258 54.584 9.399 1.032 75 1HB LEU 258 1HB LEU 258 55.839 11.327 -0.928 76 2HB LEU 258 2HB LEU 258 56.212 11.143 0.785 77 HG LEU 258 HG LEU 258 56.664 9.046 -1.360 78 1HD1 LEU 258 1HD1 LEU 258 58.911 10.063 0.254 79 2HD1 LEU 258 2HD1 LEU 258 58.189 11.263 -0.817 80 3HD1 LEU 258 3HD1 LEU 258 58.820 9.756 -1.480 81 1HD2 LEU 258 1HD2 LEU 258 56.245 7.800 0.577 82 2HD2 LEU 258 2HD2 LEU 258 56.895 9.049 1.639 83 3HD2 LEU 258 3HD2 LEU 258 57.987 8.049 0.682 84 H VAL 259 H VAL 259 52.983 10.821 -1.689 85 HA VAL 259 HA VAL 259 52.176 13.285 -0.647 86 HB VAL 259 HB VAL 259 50.599 11.444 -2.460 87 1HG1 VAL 259 1HG1 VAL 259 49.654 13.631 -3.266 88 2HG1 VAL 259 2HG1 VAL 259 50.486 14.428 -1.931 89 3HG1 VAL 259 3HG1 VAL 259 49.218 13.247 -1.601 90 1HG2 VAL 259 1HG2 VAL 259 51.859 13.546 -3.878 91 2HG2 VAL 259 2HG2 VAL 259 52.235 11.825 -3.964 92 3HG2 VAL 259 3HG2 VAL 259 53.093 12.858 -2.821 93 H PHE 260 H PHE 260 49.949 10.523 -0.933 94 HA PHE 260 HA PHE 260 48.421 11.502 1.335 95 1HB PHE 260 1HB PHE 260 47.382 9.028 0.610 96 2HB PHE 260 2HB PHE 260 46.811 10.600 0.051 97 HD1 PHE 260 HD1 PHE 260 48.673 7.581 -0.818 98 HD2 PHE 260 HD2 PHE 260 47.643 11.550 -2.095 99 HE1 PHE 260 HE1 PHE 260 49.413 7.032 -3.121 100 HE2 PHE 260 HE2 PHE 260 48.382 11.003 -4.397 101 HZ PHE 260 HZ PHE 260 49.267 8.743 -4.911 102 H GLY 261 H GLY 261 49.685 8.262 0.522 103 1HA GLY 261 1HA GLY 261 51.082 6.932 1.900 104 2HA GLY 261 2HA GLY 261 50.709 7.987 3.259 105 H GLU 262 H GLU 262 48.814 7.665 4.445 106 HA GLU 262 HA GLU 262 47.690 4.974 4.203 107 1HB GLU 262 1HB GLU 262 47.275 7.065 6.353 108 2HB GLU 262 2HB GLU 262 46.775 5.374 6.426 109 1HG GLU 262 1HG GLU 262 49.550 5.462 5.730 110 2HG GLU 262 2HG GLU 262 49.300 6.487 7.141 111 H SER 263 H SER 263 46.962 8.075 3.165 112 HA SER 263 HA SER 263 44.104 8.002 3.483 113 1HB SER 263 1HB SER 263 44.538 10.184 3.139 114 2HB SER 263 2HB SER 263 46.103 9.839 2.409 115 HG SER 263 HG SER 263 45.107 10.393 0.637 116 H LEU 264 H LEU 264 46.080 6.141 1.670 117 HA LEU 264 HA LEU 264 45.304 6.082 -0.930 118 1HB LEU 264 1HB LEU 264 45.563 3.702 0.923 119 2HB LEU 264 2HB LEU 264 45.531 3.604 -0.838 120 HG LEU 264 HG LEU 264 47.473 5.510 0.376 121 1HD1 LEU 264 1HD1 LEU 264 47.854 2.500 0.368 122 2HD1 LEU 264 2HD1 LEU 264 47.738 3.523 1.801 123 3HD1 LEU 264 3HD1 LEU 264 49.116 3.684 0.711 124 1HD2 LEU 264 1HD2 LEU 264 47.910 3.472 -1.805 125 2HD2 LEU 264 2HD2 LEU 264 48.711 5.027 -1.577 126 3HD2 LEU 264 3HD2 LEU 264 47.037 4.970 -2.128 127 H LEU 265 H LEU 265 43.392 5.018 1.841 128 HA LEU 265 HA LEU 265 41.188 4.189 0.108 129 1HB LEU 265 1HB LEU 265 40.106 3.765 2.427 130 2HB LEU 265 2HB LEU 265 41.430 2.718 1.915 131 HG LEU 265 HG LEU 265 42.248 5.186 3.329 132 1HD1 LEU 265 1HD1 LEU 265 40.792 2.929 4.739 133 2HD1 LEU 265 2HD1 LEU 265 40.269 4.610 4.645 134 3HD1 LEU 265 3HD1 LEU 265 41.720 4.188 5.553 135 1HD2 LEU 265 1HD2 LEU 265 42.967 2.297 3.868 136 2HD2 LEU 265 2HD2 LEU 265 43.925 3.738 4.212 137 3HD2 LEU 265 3HD2 LEU 265 43.693 3.211 2.545 138 H ASN 266 H ASN 266 42.186 6.894 2.030 139 HA ASN 266 HA ASN 266 39.662 8.077 2.516 140 1HB ASN 266 1HB ASN 266 42.455 9.193 2.315 141 2HB ASN 266 2HB ASN 266 41.061 10.222 2.640 142 1HD2 ASN 266 1HD2 ASN 266 42.222 7.005 3.832 143 2HD2 ASN 266 2HD2 ASN 266 41.963 7.367 5.469 144 H ASP 267 H ASP 267 40.971 7.322 -0.378 145 HA ASP 267 HA ASP 267 40.196 9.758 -1.793 146 1HB ASP 267 1HB ASP 267 42.253 8.371 -2.373 147 2HB ASP 267 2HB ASP 267 41.139 7.163 -3.011 148 H ALA 268 H ALA 268 39.361 6.287 -1.902 149 HA ALA 268 HA ALA 268 36.990 6.829 -3.482 150 1HB ALA 268 1HB ALA 268 37.873 4.238 -2.193 151 2HB ALA 268 2HB ALA 268 38.370 4.772 -3.798 152 3HB ALA 268 3HB ALA 268 36.671 4.428 -3.469 153 H VAL 269 H VAL 269 37.547 5.248 -0.325 154 HA VAL 269 HA VAL 269 35.013 4.967 0.602 155 HB VAL 269 HB VAL 269 37.315 4.575 1.780 156 1HG1 VAL 269 1HG1 VAL 269 36.529 7.115 3.194 157 2HG1 VAL 269 2HG1 VAL 269 37.621 7.166 1.810 158 3HG1 VAL 269 3HG1 VAL 269 38.064 6.249 3.249 159 1HG2 VAL 269 1HG2 VAL 269 34.709 5.337 3.109 160 2HG2 VAL 269 2HG2 VAL 269 36.075 4.713 4.034 161 3HG2 VAL 269 3HG2 VAL 269 35.332 3.721 2.779 162 H THR 270 H THR 270 36.692 7.960 0.059 163 HA THR 270 HA THR 270 34.677 9.519 1.496 164 HB THR 270 HB THR 270 37.293 10.160 0.167 165 HG1 THR 270 HG1 THR 270 37.252 9.562 2.352 166 1HG2 THR 270 1HG2 THR 270 36.040 11.970 -0.644 167 2HG2 THR 270 2HG2 THR 270 36.667 12.585 0.885 168 3HG2 THR 270 3HG2 THR 270 35.002 12.012 0.780 169 H VAL 271 H VAL 271 36.158 9.852 -1.732 170 HA VAL 271 HA VAL 271 34.233 11.407 -2.925 171 HB VAL 271 HB VAL 271 35.856 9.174 -4.166 172 1HG1 VAL 271 1HG1 VAL 271 34.280 9.562 -5.821 173 2HG1 VAL 271 2HG1 VAL 271 35.446 10.830 -6.205 174 3HG1 VAL 271 3HG1 VAL 271 33.986 11.220 -5.296 175 1HG2 VAL 271 1HG2 VAL 271 37.569 10.676 -4.320 176 2HG2 VAL 271 2HG2 VAL 271 36.741 11.474 -2.983 177 3HG2 VAL 271 3HG2 VAL 271 36.482 12.028 -4.637 178 H VAL 272 H VAL 272 33.939 8.152 -1.894 179 HA VAL 272 HA VAL 272 31.630 7.622 -3.615 180 HB VAL 272 HB VAL 272 33.506 5.925 -2.916 181 1HG1 VAL 272 1HG1 VAL 272 31.562 5.425 -0.669 182 2HG1 VAL 272 2HG1 VAL 272 32.951 6.486 -0.435 183 3HG1 VAL 272 3HG1 VAL 272 33.197 4.797 -0.875 184 1HG2 VAL 272 1HG2 VAL 272 31.761 4.092 -2.987 185 2HG2 VAL 272 2HG2 VAL 272 31.628 5.276 -4.288 186 3HG2 VAL 272 3HG2 VAL 272 30.530 5.352 -2.910 187 H LEU 273 H LEU 273 32.387 8.692 -0.425 188 HA LEU 273 HA LEU 273 29.954 7.933 0.852 189 1HB LEU 273 1HB LEU 273 32.369 9.110 1.634 190 2HB LEU 273 2HB LEU 273 31.155 10.350 1.931 191 HG LEU 273 HG LEU 273 31.374 8.964 3.920 192 1HD1 LEU 273 1HD1 LEU 273 29.136 8.886 4.288 193 2HD1 LEU 273 2HD1 LEU 273 28.855 7.806 2.923 194 3HD1 LEU 273 3HD1 LEU 273 29.007 9.542 2.656 195 1HD2 LEU 273 1HD2 LEU 273 31.717 6.886 1.997 196 2HD2 LEU 273 2HD2 LEU 273 30.306 6.474 2.973 197 3HD2 LEU 273 3HD2 LEU 273 31.861 6.773 3.752 198 H TYR 274 H TYR 274 31.096 11.092 -0.362 199 HA TYR 274 HA TYR 274 28.609 12.410 -0.009 200 1HB TYR 274 1HB TYR 274 29.791 14.219 -0.634 201 2HB TYR 274 2HB TYR 274 31.190 13.152 -0.725 202 HD1 TYR 274 HD1 TYR 274 31.263 11.681 -2.990 203 HD2 TYR 274 HD2 TYR 274 29.278 15.465 -2.537 204 HE1 TYR 274 HE1 TYR 274 31.390 12.041 -5.439 205 HE2 TYR 274 HE2 TYR 274 29.402 15.822 -4.987 206 HH TYR 274 HH TYR 274 31.263 14.666 -6.920 207 H LYS 275 H LYS 275 29.873 10.342 -2.474 208 HA LYS 275 HA LYS 275 28.352 11.109 -4.685 209 1HB LYS 275 1HB LYS 275 30.208 9.463 -4.746 210 2HB LYS 275 2HB LYS 275 29.183 8.303 -3.902 211 1HG LYS 275 1HG LYS 275 27.927 7.863 -5.756 212 2HG LYS 275 2HG LYS 275 27.987 9.531 -6.321 213 1HD LYS 275 1HD LYS 275 30.454 7.803 -6.383 214 2HD LYS 275 2HD LYS 275 29.267 7.728 -7.687 215 1HE LYS 275 1HE LYS 275 29.809 9.800 -8.476 216 2HE LYS 275 2HE LYS 275 30.071 10.457 -6.861 217 1HZ LYS 275 1HZ LYS 275 31.999 9.684 -8.664 218 2HZ LYS 275 2HZ LYS 275 32.000 8.469 -7.476 219 3HZ LYS 275 3HZ LYS 275 32.235 10.093 -7.035 220 H LYS 276 H LYS 276 27.441 9.453 -1.779 221 HA LYS 276 HA LYS 276 24.811 8.764 -2.920 222 1HB LYS 276 1HB LYS 276 26.106 6.959 -1.777 223 2HB LYS 276 2HB LYS 276 26.020 7.895 -0.285 224 1HG LYS 276 1HG LYS 276 23.554 7.837 -0.384 225 2HG LYS 276 2HG LYS 276 23.637 6.895 -1.874 226 1HD LYS 276 1HD LYS 276 23.436 5.166 -0.359 227 2HD LYS 276 2HD LYS 276 25.192 5.337 -0.358 228 1HE LYS 276 1HE LYS 276 24.835 7.038 1.554 229 2HE LYS 276 2HE LYS 276 23.210 6.361 1.673 230 1HZ LYS 276 1HZ LYS 276 24.571 5.160 3.162 231 2HZ LYS 276 2HZ LYS 276 25.793 4.943 2.002 232 3HZ LYS 276 3HZ LYS 276 24.307 4.136 1.837 233 1HN NH2 277 1HN NH2 277 25.659 9.570 0.466 234 2HN NH2 277 2HN NH2 277 24.537 10.850 0.599 Start of MODEL 19 1 1H HIS 250 1H HIS 250 51.014 -3.696 8.639 2 2H HIS 250 2H HIS 250 50.956 -4.555 7.175 3 3H HIS 250 3H HIS 250 52.048 -3.268 7.364 4 HA HIS 250 HA HIS 250 52.227 -6.019 8.290 5 1HB HIS 250 1HB HIS 250 53.618 -4.592 6.514 6 2HB HIS 250 2HB HIS 250 54.524 -4.135 7.957 7 HD2 HIS 250 HD2 HIS 250 53.141 -7.757 7.009 8 HE1 HIS 250 HE1 HIS 250 57.285 -7.998 7.772 9 HE2 HIS 250 HE2 HIS 250 55.208 -9.340 7.198 10 H ILE 251 H ILE 251 54.815 -5.244 9.573 11 HA ILE 251 HA ILE 251 53.758 -4.197 12.132 12 HB ILE 251 HB ILE 251 56.039 -6.133 12.058 13 1HG1 ILE 251 1HG1 ILE 251 54.013 -7.823 12.528 14 2HG1 ILE 251 2HG1 ILE 251 53.163 -6.702 11.464 15 1HG2 ILE 251 1HG2 ILE 251 54.959 -4.768 14.075 16 2HG2 ILE 251 2HG2 ILE 251 55.522 -6.424 14.294 17 3HG2 ILE 251 3HG2 ILE 251 53.805 -6.102 14.047 18 1HD1 ILE 251 1HD1 ILE 251 55.482 -8.498 10.863 19 2HD1 ILE 251 2HD1 ILE 251 55.355 -6.974 9.986 20 3HD1 ILE 251 3HD1 ILE 251 54.050 -8.156 9.892 21 H ASN 252 H ASN 252 56.513 -4.490 9.958 22 HA ASN 252 HA ASN 252 58.056 -2.557 11.521 23 1HB ASN 252 1HB ASN 252 58.681 -4.182 9.052 24 2HB ASN 252 2HB ASN 252 59.780 -2.974 9.714 25 1HD2 ASN 252 1HD2 ASN 252 57.730 -4.928 11.835 26 2HD2 ASN 252 2HD2 ASN 252 58.992 -5.853 12.491 27 H GLU 253 H GLU 253 56.161 -2.779 8.603 28 HA GLU 253 HA GLU 253 57.013 -0.137 7.689 29 1HB GLU 253 1HB GLU 253 55.225 -2.270 6.527 30 2HB GLU 253 2HB GLU 253 55.341 -0.655 5.828 31 1HG GLU 253 1HG GLU 253 57.691 -0.907 5.417 32 2HG GLU 253 2HG GLU 253 57.759 -2.389 6.367 33 H LEU 254 H LEU 254 55.163 -1.018 10.096 34 HA LEU 254 HA LEU 254 52.591 -0.124 9.841 35 1HB LEU 254 1HB LEU 254 54.521 -0.340 12.021 36 2HB LEU 254 2HB LEU 254 53.348 0.950 12.279 37 HG LEU 254 HG LEU 254 52.535 -1.839 11.433 38 1HD1 LEU 254 1HD1 LEU 254 52.735 -0.671 14.225 39 2HD1 LEU 254 2HD1 LEU 254 53.694 -2.004 13.584 40 3HD1 LEU 254 3HD1 LEU 254 51.958 -2.202 13.825 41 1HD2 LEU 254 1HD2 LEU 254 50.427 -1.018 11.496 42 2HD2 LEU 254 2HD2 LEU 254 51.157 0.586 11.549 43 3HD2 LEU 254 3HD2 LEU 254 50.707 -0.228 13.048 44 H LEU 255 H LEU 255 55.376 1.703 9.274 45 HA LEU 255 HA LEU 255 53.981 4.261 9.694 46 1HB LEU 255 1HB LEU 255 56.407 3.698 10.548 47 2HB LEU 255 2HB LEU 255 56.856 4.074 8.884 48 HG LEU 255 HG LEU 255 55.309 6.188 9.296 49 1HD1 LEU 255 1HD1 LEU 255 56.420 5.929 12.065 50 2HD1 LEU 255 2HD1 LEU 255 54.903 5.111 11.691 51 3HD1 LEU 255 3HD1 LEU 255 55.033 6.859 11.498 52 1HD2 LEU 255 1HD2 LEU 255 57.709 6.263 8.751 53 2HD2 LEU 255 2HD2 LEU 255 58.112 5.895 10.428 54 3HD2 LEU 255 3HD2 LEU 255 57.334 7.425 10.024 55 H HIS 256 H HIS 256 55.598 2.281 7.256 56 HA HIS 256 HA HIS 256 55.092 4.260 5.172 57 1HB HIS 256 1HB HIS 256 56.372 1.521 5.062 58 2HB HIS 256 2HB HIS 256 56.262 2.643 3.706 59 HD2 HIS 256 HD2 HIS 256 58.077 2.466 7.226 60 HE1 HIS 256 HE1 HIS 256 59.944 5.439 4.879 61 HE2 HIS 256 HE2 HIS 256 60.054 4.166 7.074 62 H ILE 257 H ILE 257 54.686 0.757 4.858 63 HA ILE 257 HA ILE 257 52.631 0.788 3.043 64 HB ILE 257 HB ILE 257 53.960 -1.209 4.035 65 1HG1 ILE 257 1HG1 ILE 257 51.753 -2.654 3.607 66 2HG1 ILE 257 2HG1 ILE 257 51.153 -1.102 3.025 67 1HG2 ILE 257 1HG2 ILE 257 52.987 -2.378 5.841 68 2HG2 ILE 257 2HG2 ILE 257 51.476 -1.480 5.725 69 3HG2 ILE 257 3HG2 ILE 257 52.923 -0.693 6.355 70 1HD1 ILE 257 1HD1 ILE 257 52.109 -1.946 1.082 71 2HD1 ILE 257 2HD1 ILE 257 53.387 -2.790 1.956 72 3HD1 ILE 257 3HD1 ILE 257 53.467 -1.040 1.748 73 H LEU 258 H LEU 258 52.491 1.830 6.265 74 HA LEU 258 HA LEU 258 49.618 1.404 6.517 75 1HB LEU 258 1HB LEU 258 51.549 1.369 8.376 76 2HB LEU 258 2HB LEU 258 51.106 3.069 8.474 77 HG LEU 258 HG LEU 258 49.775 1.825 10.080 78 1HD1 LEU 258 1HD1 LEU 258 47.892 2.321 7.782 79 2HD1 LEU 258 2HD1 LEU 258 48.740 3.655 8.563 80 3HD1 LEU 258 3HD1 LEU 258 47.649 2.635 9.499 81 1HD2 LEU 258 1HD2 LEU 258 48.994 -0.256 9.700 82 2HD2 LEU 258 2HD2 LEU 258 49.878 -0.230 8.175 83 3HD2 LEU 258 3HD2 LEU 258 48.182 0.251 8.220 84 H VAL 259 H VAL 259 51.932 3.989 5.959 85 HA VAL 259 HA VAL 259 49.879 6.047 6.023 86 HB VAL 259 HB VAL 259 52.839 6.109 5.424 87 1HG1 VAL 259 1HG1 VAL 259 52.299 8.680 5.732 88 2HG1 VAL 259 2HG1 VAL 259 50.696 8.196 5.178 89 3HG1 VAL 259 3HG1 VAL 259 52.105 7.916 4.154 90 1HG2 VAL 259 1HG2 VAL 259 53.041 7.093 7.579 91 2HG2 VAL 259 2HG2 VAL 259 51.900 5.768 7.807 92 3HG2 VAL 259 3HG2 VAL 259 51.312 7.425 7.678 93 H PHE 260 H PHE 260 51.741 4.259 3.615 94 HA PHE 260 HA PHE 260 51.042 5.900 1.401 95 1HB PHE 260 1HB PHE 260 52.452 4.538 0.314 96 2HB PHE 260 2HB PHE 260 52.683 3.680 1.836 97 HD1 PHE 260 HD1 PHE 260 50.725 1.969 2.433 98 HD2 PHE 260 HD2 PHE 260 51.690 3.315 -1.527 99 HE1 PHE 260 HE1 PHE 260 49.625 -0.040 1.486 100 HE2 PHE 260 HE2 PHE 260 50.587 1.309 -2.478 101 HZ PHE 260 HZ PHE 260 49.554 -0.370 -0.973 102 H GLY 261 H GLY 261 49.442 3.315 3.095 103 1HA GLY 261 1HA GLY 261 47.430 2.946 1.018 104 2HA GLY 261 2HA GLY 261 47.503 2.109 2.567 105 H GLU 262 H GLU 262 47.818 4.619 4.074 106 HA GLU 262 HA GLU 262 45.105 5.145 4.639 107 1HB GLU 262 1HB GLU 262 47.680 6.518 5.368 108 2HB GLU 262 2HB GLU 262 46.123 7.189 5.853 109 1HG GLU 262 1HG GLU 262 46.512 4.286 6.346 110 2HG GLU 262 2HG GLU 262 47.466 5.380 7.346 111 H SER 263 H SER 263 47.530 7.327 3.178 112 HA SER 263 HA SER 263 45.894 9.425 2.485 113 1HB SER 263 1HB SER 263 48.034 8.410 0.621 114 2HB SER 263 2HB SER 263 47.539 10.074 0.916 115 HG SER 263 HG SER 263 49.372 9.755 2.095 116 H LEU 264 H LEU 264 46.151 6.283 0.970 117 HA LEU 264 HA LEU 264 44.481 7.094 -1.288 118 1HB LEU 264 1HB LEU 264 45.557 4.351 -0.592 119 2HB LEU 264 2HB LEU 264 44.862 4.854 -2.133 120 HG LEU 264 HG LEU 264 47.373 6.009 -0.882 121 1HD1 LEU 264 1HD1 LEU 264 47.147 4.356 -3.401 122 2HD1 LEU 264 2HD1 LEU 264 47.446 3.621 -1.826 123 3HD1 LEU 264 3HD1 LEU 264 48.603 4.770 -2.497 124 1HD2 LEU 264 1HD2 LEU 264 47.501 6.867 -3.379 125 2HD2 LEU 264 2HD2 LEU 264 46.542 7.751 -2.193 126 3HD2 LEU 264 3HD2 LEU 264 45.752 6.656 -3.326 127 H LEU 265 H LEU 265 44.051 6.010 1.867 128 HA LEU 265 HA LEU 265 41.646 4.459 1.372 129 1HB LEU 265 1HB LEU 265 43.396 4.221 3.321 130 2HB LEU 265 2HB LEU 265 42.417 5.478 4.079 131 HG LEU 265 HG LEU 265 40.426 3.881 3.296 132 1HD1 LEU 265 1HD1 LEU 265 42.020 2.293 2.198 133 2HD1 LEU 265 2HD1 LEU 265 41.048 1.530 3.456 134 3HD1 LEU 265 3HD1 LEU 265 42.727 1.964 3.780 135 1HD2 LEU 265 1HD2 LEU 265 40.830 4.555 5.608 136 2HD2 LEU 265 2HD2 LEU 265 42.195 3.445 5.723 137 3HD2 LEU 265 3HD2 LEU 265 40.557 2.813 5.556 138 H ASN 266 H ASN 266 42.320 7.405 3.283 139 HA ASN 266 HA ASN 266 39.668 8.206 3.615 140 1HB ASN 266 1HB ASN 266 40.605 9.925 4.717 141 2HB ASN 266 2HB ASN 266 42.163 9.203 4.319 142 1HD2 ASN 266 1HD2 ASN 266 42.735 9.776 1.793 143 2HD2 ASN 266 2HD2 ASN 266 42.588 11.429 1.434 144 H ASP 267 H ASP 267 41.596 8.192 0.798 145 HA ASP 267 HA ASP 267 40.021 10.258 -0.547 146 1HB ASP 267 1HB ASP 267 42.647 9.497 -0.779 147 2HB ASP 267 2HB ASP 267 41.906 8.680 -2.154 148 H ALA 268 H ALA 268 40.456 6.769 -0.500 149 HA ALA 268 HA ALA 268 38.608 6.416 -2.740 150 1HB ALA 268 1HB ALA 268 39.116 3.992 -2.412 151 2HB ALA 268 2HB ALA 268 40.181 4.435 -1.079 152 3HB ALA 268 3HB ALA 268 40.550 4.972 -2.718 153 H VAL 269 H VAL 269 38.806 5.777 0.739 154 HA VAL 269 HA VAL 269 36.473 4.306 1.083 155 HB VAL 269 HB VAL 269 38.335 5.098 2.779 156 1HG1 VAL 269 1HG1 VAL 269 36.109 6.992 3.529 157 2HG1 VAL 269 2HG1 VAL 269 37.441 7.515 2.498 158 3HG1 VAL 269 3HG1 VAL 269 37.765 6.943 4.133 159 1HG2 VAL 269 1HG2 VAL 269 36.577 4.697 4.636 160 2HG2 VAL 269 2HG2 VAL 269 36.801 3.420 3.441 161 3HG2 VAL 269 3HG2 VAL 269 35.422 4.512 3.316 162 H THR 270 H THR 270 36.738 7.379 -0.185 163 HA THR 270 HA THR 270 34.135 8.300 0.800 164 HB THR 270 HB THR 270 34.743 10.411 0.121 165 HG1 THR 270 HG1 THR 270 36.672 10.121 -1.643 166 1HG2 THR 270 1HG2 THR 270 37.466 9.087 0.222 167 2HG2 THR 270 2HG2 THR 270 36.507 9.490 1.646 168 3HG2 THR 270 3HG2 THR 270 37.095 10.772 0.587 169 H VAL 271 H VAL 271 35.612 6.827 -1.961 170 HA VAL 271 HA VAL 271 33.120 7.185 -3.518 171 HB VAL 271 HB VAL 271 35.998 6.919 -4.340 172 1HG1 VAL 271 1HG1 VAL 271 35.095 5.315 -5.784 173 2HG1 VAL 271 2HG1 VAL 271 34.899 6.797 -6.719 174 3HG1 VAL 271 3HG1 VAL 271 33.525 6.114 -5.850 175 1HG2 VAL 271 1HG2 VAL 271 34.632 9.127 -3.976 176 2HG2 VAL 271 2HG2 VAL 271 33.879 8.706 -5.515 177 3HG2 VAL 271 3HG2 VAL 271 35.621 8.964 -5.427 178 H VAL 272 H VAL 272 35.824 4.874 -3.610 179 HA VAL 272 HA VAL 272 34.475 2.682 -4.547 180 HB VAL 272 HB VAL 272 36.992 3.023 -3.929 181 1HG1 VAL 272 1HG1 VAL 272 37.694 2.215 -1.837 182 2HG1 VAL 272 2HG1 VAL 272 36.165 1.388 -1.539 183 3HG1 VAL 272 3HG1 VAL 272 36.252 3.146 -1.430 184 1HG2 VAL 272 1HG2 VAL 272 36.463 1.083 -5.134 185 2HG2 VAL 272 2HG2 VAL 272 35.364 0.493 -3.888 186 3HG2 VAL 272 3HG2 VAL 272 37.107 0.416 -3.634 187 H LEU 273 H LEU 273 33.912 4.225 -1.583 188 HA LEU 273 HA LEU 273 32.859 1.809 -0.308 189 1HB LEU 273 1HB LEU 273 34.178 3.976 0.721 190 2HB LEU 273 2HB LEU 273 32.506 4.389 1.069 191 HG LEU 273 HG LEU 273 33.392 3.147 2.948 192 1HD1 LEU 273 1HD1 LEU 273 31.626 1.699 3.208 193 2HD1 LEU 273 2HD1 LEU 273 31.811 1.004 1.600 194 3HD1 LEU 273 3HD1 LEU 273 31.051 2.583 1.797 195 1HD2 LEU 273 1HD2 LEU 273 34.930 1.523 2.691 196 2HD2 LEU 273 2HD2 LEU 273 34.834 1.752 0.945 197 3HD2 LEU 273 3HD2 LEU 273 33.802 0.562 1.736 198 H TYR 274 H TYR 274 31.579 5.141 -0.514 199 HA TYR 274 HA TYR 274 28.876 4.143 -0.429 200 1HB TYR 274 1HB TYR 274 29.507 6.993 -1.083 201 2HB TYR 274 2HB TYR 274 28.232 6.329 -0.066 202 HD1 TYR 274 HD1 TYR 274 29.708 4.506 1.711 203 HD2 TYR 274 HD2 TYR 274 30.755 8.424 0.296 204 HE1 TYR 274 HE1 TYR 274 31.132 4.846 3.710 205 HE2 TYR 274 HE2 TYR 274 32.181 8.765 2.296 206 HH TYR 274 HH TYR 274 33.052 6.215 4.385 207 H LYS 275 H LYS 275 30.139 6.554 -2.723 208 HA LYS 275 HA LYS 275 28.319 6.301 -4.716 209 1HB LYS 275 1HB LYS 275 31.255 6.427 -5.385 210 2HB LYS 275 2HB LYS 275 29.913 7.162 -6.251 211 1HG LYS 275 1HG LYS 275 30.910 7.950 -3.489 212 2HG LYS 275 2HG LYS 275 31.137 8.867 -4.971 213 1HD LYS 275 1HD LYS 275 28.494 8.286 -3.598 214 2HD LYS 275 2HD LYS 275 29.301 9.843 -3.720 215 1HE LYS 275 1HE LYS 275 29.184 9.390 -6.308 216 2HE LYS 275 2HE LYS 275 27.884 8.288 -5.859 217 1HZ LYS 275 1HZ LYS 275 27.990 11.096 -4.926 218 2HZ LYS 275 2HZ LYS 275 26.672 10.026 -4.877 219 3HZ LYS 275 3HZ LYS 275 27.213 10.642 -6.365 220 H LYS 276 H LYS 276 30.752 3.957 -3.868 221 HA LYS 276 HA LYS 276 29.454 1.881 -5.283 222 1HB LYS 276 1HB LYS 276 31.522 1.479 -6.837 223 2HB LYS 276 2HB LYS 276 30.264 2.609 -7.339 224 1HG LYS 276 1HG LYS 276 31.563 4.498 -6.747 225 2HG LYS 276 2HG LYS 276 32.672 3.535 -5.771 226 1HD LYS 276 1HD LYS 276 32.448 2.788 -8.640 227 2HD LYS 276 2HD LYS 276 33.253 4.317 -8.288 228 1HE LYS 276 1HE LYS 276 34.828 3.213 -6.809 229 2HE LYS 276 2HE LYS 276 33.961 1.684 -6.964 230 1HZ LYS 276 1HZ LYS 276 35.797 1.598 -8.428 231 2HZ LYS 276 2HZ LYS 276 35.458 3.134 -9.072 232 3HZ LYS 276 3HZ LYS 276 34.424 1.826 -9.398 233 1HN NH2 277 1HN NH2 277 32.880 1.602 -5.516 234 2HN NH2 277 2HN NH2 277 33.119 0.727 -4.070 Start of MODEL 20 1 1H HIS 250 1H HIS 250 60.073 -8.584 11.382 2 2H HIS 250 2H HIS 250 61.212 -7.853 10.356 3 3H HIS 250 3H HIS 250 60.209 -9.094 9.770 4 HA HIS 250 HA HIS 250 58.316 -7.463 10.511 5 1HB HIS 250 1HB HIS 250 60.805 -5.795 10.194 6 2HB HIS 250 2HB HIS 250 59.222 -5.125 9.795 7 HD2 HIS 250 HD2 HIS 250 59.579 -7.537 12.881 8 HE1 HIS 250 HE1 HIS 250 58.814 -3.646 14.330 9 HE2 HIS 250 HE2 HIS 250 59.047 -6.088 14.987 10 H ILE 251 H ILE 251 57.457 -8.554 8.753 11 HA ILE 251 HA ILE 251 58.605 -8.516 6.144 12 HB ILE 251 HB ILE 251 55.687 -8.973 6.738 13 1HG1 ILE 251 1HG1 ILE 251 56.827 -10.281 8.404 14 2HG1 ILE 251 2HG1 ILE 251 56.399 -11.387 7.099 15 1HG2 ILE 251 1HG2 ILE 251 57.121 -9.036 4.401 16 2HG2 ILE 251 2HG2 ILE 251 55.641 -9.950 4.687 17 3HG2 ILE 251 3HG2 ILE 251 57.211 -10.720 4.916 18 1HD1 ILE 251 1HD1 ILE 251 58.749 -10.860 6.148 19 2HD1 ILE 251 2HD1 ILE 251 58.655 -11.911 7.562 20 3HD1 ILE 251 3HD1 ILE 251 59.100 -10.215 7.752 21 H ASN 252 H ASN 252 55.707 -7.909 5.144 22 HA ASN 252 HA ASN 252 56.274 -5.105 4.554 23 1HB ASN 252 1HB ASN 252 54.072 -5.518 3.148 24 2HB ASN 252 2HB ASN 252 55.629 -6.127 2.589 25 1HD2 ASN 252 1HD2 ASN 252 53.623 -7.465 5.246 26 2HD2 ASN 252 2HD2 ASN 252 53.376 -8.970 4.503 27 H GLU 253 H GLU 253 54.788 -6.675 6.995 28 HA GLU 253 HA GLU 253 52.279 -5.771 7.440 29 1HB GLU 253 1HB GLU 253 53.262 -5.288 9.893 30 2HB GLU 253 2HB GLU 253 53.022 -6.922 9.270 31 1HG GLU 253 1HG GLU 253 55.293 -7.226 8.814 32 2HG GLU 253 2HG GLU 253 55.610 -5.494 8.732 33 H LEU 254 H LEU 254 54.812 -3.903 9.057 34 HA LEU 254 HA LEU 254 53.362 -1.536 9.236 35 1HB LEU 254 1HB LEU 254 56.361 -1.589 8.936 36 2HB LEU 254 2HB LEU 254 55.376 -0.489 9.900 37 HG LEU 254 HG LEU 254 55.900 -3.426 10.415 38 1HD1 LEU 254 1HD1 LEU 254 57.226 -1.122 11.228 39 2HD1 LEU 254 2HD1 LEU 254 57.321 -2.696 12.017 40 3HD1 LEU 254 3HD1 LEU 254 56.169 -1.489 12.591 41 1HD2 LEU 254 1HD2 LEU 254 53.813 -1.553 11.539 42 2HD2 LEU 254 2HD2 LEU 254 54.406 -2.929 12.470 43 3HD2 LEU 254 3HD2 LEU 254 53.597 -3.192 10.925 44 H LEU 255 H LEU 255 54.764 -2.977 6.499 45 HA LEU 255 HA LEU 255 55.027 -0.472 5.018 46 1HB LEU 255 1HB LEU 255 56.435 -2.792 4.885 47 2HB LEU 255 2HB LEU 255 55.269 -3.048 3.588 48 HG LEU 255 HG LEU 255 55.893 -0.636 2.848 49 1HD1 LEU 255 1HD1 LEU 255 57.358 -0.658 5.155 50 2HD1 LEU 255 2HD1 LEU 255 57.711 0.384 3.777 51 3HD1 LEU 255 3HD1 LEU 255 58.581 -1.136 3.978 52 1HD2 LEU 255 1HD2 LEU 255 57.753 -3.016 2.616 53 2HD2 LEU 255 2HD2 LEU 255 57.940 -1.549 1.654 54 3HD2 LEU 255 3HD2 LEU 255 56.485 -2.532 1.490 55 H HIS 256 H HIS 256 52.515 -2.342 5.915 56 HA HIS 256 HA HIS 256 50.977 -3.099 3.822 57 1HB HIS 256 1HB HIS 256 50.342 -1.776 6.412 58 2HB HIS 256 2HB HIS 256 49.051 -1.872 5.213 59 HD2 HIS 256 HD2 HIS 256 51.521 -4.874 5.242 60 HE1 HIS 256 HE1 HIS 256 47.979 -6.146 7.154 61 HE2 HIS 256 HE2 HIS 256 50.211 -6.913 6.215 62 H ILE 257 H ILE 257 51.937 0.156 4.589 63 HA ILE 257 HA ILE 257 50.040 1.623 3.160 64 HB ILE 257 HB ILE 257 52.993 2.185 3.527 65 1HG1 ILE 257 1HG1 ILE 257 51.163 3.772 5.101 66 2HG1 ILE 257 2HG1 ILE 257 50.857 2.058 5.380 67 1HG2 ILE 257 1HG2 ILE 257 52.339 3.672 1.841 68 2HG2 ILE 257 2HG2 ILE 257 52.006 4.604 3.300 69 3HG2 ILE 257 3HG2 ILE 257 50.689 3.793 2.452 70 1HD1 ILE 257 1HD1 ILE 257 53.272 1.711 5.820 71 2HD1 ILE 257 2HD1 ILE 257 52.567 2.875 6.941 72 3HD1 ILE 257 3HD1 ILE 257 53.549 3.437 5.589 73 H LEU 258 H LEU 258 52.063 -0.742 2.000 74 HA LEU 258 HA LEU 258 53.099 0.123 -0.398 75 1HB LEU 258 1HB LEU 258 52.065 -2.463 0.619 76 2HB LEU 258 2HB LEU 258 52.221 -2.322 -1.132 77 HG LEU 258 HG LEU 258 54.476 -1.449 0.663 78 1HD1 LEU 258 1HD1 LEU 258 54.396 -3.615 1.461 79 2HD1 LEU 258 2HD1 LEU 258 55.311 -3.894 -0.021 80 3HD1 LEU 258 3HD1 LEU 258 53.579 -4.227 0.023 81 1HD2 LEU 258 1HD2 LEU 258 55.695 -1.428 -1.280 82 2HD2 LEU 258 2HD2 LEU 258 54.104 -1.241 -2.017 83 3HD2 LEU 258 3HD2 LEU 258 54.859 -2.833 -1.941 84 H VAL 259 H VAL 259 50.147 -1.821 -0.514 85 HA VAL 259 HA VAL 259 49.219 -0.238 -2.788 86 HB VAL 259 HB VAL 259 47.890 -2.666 -1.581 87 1HG1 VAL 259 1HG1 VAL 259 46.757 -2.819 -3.626 88 2HG1 VAL 259 2HG1 VAL 259 47.958 -1.848 -4.476 89 3HG1 VAL 259 3HG1 VAL 259 46.824 -1.075 -3.370 90 1HG2 VAL 259 1HG2 VAL 259 49.958 -3.601 -2.047 91 2HG2 VAL 259 2HG2 VAL 259 50.338 -2.402 -3.282 92 3HG2 VAL 259 3HG2 VAL 259 49.218 -3.715 -3.644 93 H PHE 260 H PHE 260 47.971 -1.333 0.369 94 HA PHE 260 HA PHE 260 45.499 -0.227 0.463 95 1HB PHE 260 1HB PHE 260 47.561 -0.829 2.435 96 2HB PHE 260 2HB PHE 260 46.525 0.507 2.934 97 HD1 PHE 260 HD1 PHE 260 46.764 -3.067 2.431 98 HD2 PHE 260 HD2 PHE 260 44.006 0.193 2.892 99 HE1 PHE 260 HE1 PHE 260 44.957 -4.673 2.982 100 HE2 PHE 260 HE2 PHE 260 42.199 -1.413 3.442 101 HZ PHE 260 HZ PHE 260 42.675 -3.846 3.487 102 H GLY 261 H GLY 261 48.563 1.506 0.725 103 1HA GLY 261 1HA GLY 261 49.059 3.756 0.761 104 2HA GLY 261 2HA GLY 261 47.709 3.896 -0.360 105 H GLU 262 H GLU 262 48.473 3.691 3.104 106 HA GLU 262 HA GLU 262 46.104 4.277 4.300 107 1HB GLU 262 1HB GLU 262 48.754 5.575 4.978 108 2HB GLU 262 2HB GLU 262 47.367 5.426 6.057 109 1HG GLU 262 1HG GLU 262 48.745 3.053 4.778 110 2HG GLU 262 2HG GLU 262 49.143 3.657 6.386 111 H SER 263 H SER 263 48.272 6.619 2.743 112 HA SER 263 HA SER 263 46.911 8.970 3.358 113 1HB SER 263 1HB SER 263 48.625 8.139 1.038 114 2HB SER 263 2HB SER 263 47.851 9.721 1.051 115 HG SER 263 HG SER 263 50.069 9.344 2.078 116 H LEU 264 H LEU 264 46.106 6.437 1.116 117 HA LEU 264 HA LEU 264 44.092 8.046 -0.246 118 1HB LEU 264 1HB LEU 264 44.543 5.075 -0.530 119 2HB LEU 264 2HB LEU 264 43.790 6.176 -1.683 120 HG LEU 264 HG LEU 264 46.699 6.211 -0.830 121 1HD1 LEU 264 1HD1 LEU 264 47.094 5.593 -3.205 122 2HD1 LEU 264 2HD1 LEU 264 45.351 5.479 -3.449 123 3HD1 LEU 264 3HD1 LEU 264 46.163 4.362 -2.351 124 1HD2 LEU 264 1HD2 LEU 264 46.261 8.450 -1.302 125 2HD2 LEU 264 2HD2 LEU 264 44.984 8.063 -2.455 126 3HD2 LEU 264 3HD2 LEU 264 46.675 7.849 -2.907 127 H LEU 265 H LEU 265 44.332 5.970 2.471 128 HA LEU 265 HA LEU 265 41.966 4.657 2.712 129 1HB LEU 265 1HB LEU 265 43.857 4.940 4.441 130 2HB LEU 265 2HB LEU 265 42.961 6.358 4.989 131 HG LEU 265 HG LEU 265 40.922 4.645 4.934 132 1HD1 LEU 265 1HD1 LEU 265 42.705 2.898 4.080 133 2HD1 LEU 265 2HD1 LEU 265 41.476 2.402 5.244 134 3HD1 LEU 265 3HD1 LEU 265 43.109 2.775 5.793 135 1HD2 LEU 265 1HD2 LEU 265 41.618 5.842 6.930 136 2HD2 LEU 265 2HD2 LEU 265 43.049 4.824 7.091 137 3HD2 LEU 265 3HD2 LEU 265 41.445 4.137 7.344 138 H ASN 266 H ASN 266 42.415 8.086 2.568 139 HA ASN 266 HA ASN 266 39.715 8.657 3.527 140 1HB ASN 266 1HB ASN 266 41.923 10.457 2.506 141 2HB ASN 266 2HB ASN 266 40.360 11.027 3.092 142 1HD2 ASN 266 1HD2 ASN 266 42.413 8.384 4.412 143 2HD2 ASN 266 2HD2 ASN 266 42.598 9.095 5.943 144 H ASP 267 H ASP 267 41.616 9.010 0.536 145 HA ASP 267 HA ASP 267 39.302 9.832 -0.992 146 1HB ASP 267 1HB ASP 267 42.185 9.278 -1.619 147 2HB ASP 267 2HB ASP 267 41.009 9.418 -2.923 148 H ALA 268 H ALA 268 40.175 6.944 0.266 149 HA ALA 268 HA ALA 268 39.458 5.317 -2.061 150 1HB ALA 268 1HB ALA 268 39.807 3.466 -0.213 151 2HB ALA 268 2HB ALA 268 40.641 4.770 0.632 152 3HB ALA 268 3HB ALA 268 41.196 4.255 -0.961 153 H VAL 269 H VAL 269 38.267 6.153 1.163 154 HA VAL 269 HA VAL 269 36.084 4.408 1.299 155 HB VAL 269 HB VAL 269 37.058 6.068 3.066 156 1HG1 VAL 269 1HG1 VAL 269 36.073 8.200 3.192 157 2HG1 VAL 269 2HG1 VAL 269 34.758 7.758 2.102 158 3HG1 VAL 269 3HG1 VAL 269 36.383 8.013 1.466 159 1HG2 VAL 269 1HG2 VAL 269 34.888 6.016 4.266 160 2HG2 VAL 269 2HG2 VAL 269 35.232 4.470 3.490 161 3HG2 VAL 269 3HG2 VAL 269 34.076 5.585 2.761 162 H THR 270 H THR 270 36.556 7.302 -0.558 163 HA THR 270 HA THR 270 33.709 7.520 -1.197 164 HB THR 270 HB THR 270 35.160 9.552 -0.798 165 HG1 THR 270 HG1 THR 270 33.618 9.047 -3.063 166 1HG2 THR 270 1HG2 THR 270 36.916 10.076 -2.176 167 2HG2 THR 270 2HG2 THR 270 36.186 9.292 -3.577 168 3HG2 THR 270 3HG2 THR 270 36.985 8.323 -2.341 169 H VAL 271 H VAL 271 36.173 5.613 -2.167 170 HA VAL 271 HA VAL 271 35.375 5.605 -5.009 171 HB VAL 271 HB VAL 271 37.812 4.488 -3.607 172 1HG1 VAL 271 1HG1 VAL 271 37.345 2.912 -5.311 173 2HG1 VAL 271 2HG1 VAL 271 38.491 4.026 -6.058 174 3HG1 VAL 271 3HG1 VAL 271 36.769 4.156 -6.420 175 1HG2 VAL 271 1HG2 VAL 271 39.000 6.218 -4.644 176 2HG2 VAL 271 2HG2 VAL 271 37.481 7.018 -4.242 177 3HG2 VAL 271 3HG2 VAL 271 37.770 6.450 -5.886 178 H VAL 272 H VAL 272 35.996 3.452 -2.244 179 HA VAL 272 HA VAL 272 34.897 1.149 -3.577 180 HB VAL 272 HB VAL 272 36.659 1.184 -1.697 181 1HG1 VAL 272 1HG1 VAL 272 34.265 1.081 0.118 182 2HG1 VAL 272 2HG1 VAL 272 34.982 2.638 -0.291 183 3HG1 VAL 272 3HG1 VAL 272 35.950 1.407 0.520 184 1HG2 VAL 272 1HG2 VAL 272 36.100 -0.987 -2.133 185 2HG2 VAL 272 2HG2 VAL 272 34.370 -0.640 -2.143 186 3HG2 VAL 272 3HG2 VAL 272 35.216 -0.865 -0.611 187 H LEU 273 H LEU 273 33.644 3.797 -1.820 188 HA LEU 273 HA LEU 273 31.171 2.429 -1.071 189 1HB LEU 273 1HB LEU 273 32.264 4.094 0.449 190 2HB LEU 273 2HB LEU 273 31.938 5.341 -0.750 191 HG LEU 273 HG LEU 273 29.459 4.222 -0.500 192 1HD1 LEU 273 1HD1 LEU 273 30.668 4.211 2.277 193 2HD1 LEU 273 2HD1 LEU 273 30.363 2.750 1.337 194 3HD1 LEU 273 3HD1 LEU 273 29.017 3.777 1.833 195 1HD2 LEU 273 1HD2 LEU 273 30.005 6.620 -0.406 196 2HD2 LEU 273 2HD2 LEU 273 30.677 6.411 1.212 197 3HD2 LEU 273 3HD2 LEU 273 28.951 6.176 0.937 198 H TYR 274 H TYR 274 32.391 4.766 -3.394 199 HA TYR 274 HA TYR 274 29.795 5.462 -4.427 200 1HB TYR 274 1HB TYR 274 32.633 6.022 -5.229 201 2HB TYR 274 2HB TYR 274 31.312 6.385 -6.339 202 HD1 TYR 274 HD1 TYR 274 30.602 8.599 -6.272 203 HD2 TYR 274 HD2 TYR 274 31.907 6.720 -2.634 204 HE1 TYR 274 HE1 TYR 274 30.128 10.686 -5.022 205 HE2 TYR 274 HE2 TYR 274 31.436 8.808 -1.387 206 HH TYR 274 HH TYR 274 29.616 10.960 -2.031 207 H LYS 275 H LYS 275 32.559 3.610 -5.728 208 HA LYS 275 HA LYS 275 31.193 2.674 -8.024 209 1HB LYS 275 1HB LYS 275 33.556 1.463 -6.567 210 2HB LYS 275 2HB LYS 275 33.038 1.053 -8.204 211 1HG LYS 275 1HG LYS 275 33.218 3.853 -8.190 212 2HG LYS 275 2HG LYS 275 34.640 3.304 -7.303 213 1HD LYS 275 1HD LYS 275 35.242 3.381 -9.635 214 2HD LYS 275 2HD LYS 275 35.080 1.682 -9.192 215 1HE LYS 275 1HE LYS 275 32.501 2.504 -9.968 216 2HE LYS 275 2HE LYS 275 33.597 3.194 -11.165 217 1HZ LYS 275 1HZ LYS 275 32.941 0.429 -10.640 218 2HZ LYS 275 2HZ LYS 275 34.599 0.728 -10.858 219 3HZ LYS 275 3HZ LYS 275 33.488 1.163 -12.067 220 H LYS 276 H LYS 276 30.803 1.919 -4.774 221 HA LYS 276 HA LYS 276 29.997 -0.849 -5.178 222 1HB LYS 276 1HB LYS 276 30.953 -0.614 -3.077 223 2HB LYS 276 2HB LYS 276 30.259 0.988 -2.826 224 1HG LYS 276 1HG LYS 276 28.127 0.117 -2.304 225 2HG LYS 276 2HG LYS 276 28.494 -1.451 -3.028 226 1HD LYS 276 1HD LYS 276 28.550 -1.581 -0.564 227 2HD LYS 276 2HD LYS 276 30.145 -1.893 -1.250 228 1HE LYS 276 1HE LYS 276 31.011 0.118 -0.506 229 2HE LYS 276 2HE LYS 276 29.445 0.929 -0.543 230 1HZ LYS 276 1HZ LYS 276 30.698 -0.510 1.589 231 2HZ LYS 276 2HZ LYS 276 29.116 -1.053 1.291 232 3HZ LYS 276 3HZ LYS 276 29.404 0.585 1.639 233 1HN NH2 277 1HN NH2 277 28.359 2.226 -4.255 234 2HN NH2 277 2HN NH2 277 26.805 1.699 -4.723 Start of MODEL 21 1 1H HIS 250 1H HIS 250 54.073 -14.294 -7.182 2 2H HIS 250 2H HIS 250 53.621 -15.426 -5.997 3 3H HIS 250 3H HIS 250 54.940 -14.389 -5.727 4 HA HIS 250 HA HIS 250 52.525 -12.966 -6.329 5 1HB HIS 250 1HB HIS 250 51.518 -14.885 -5.165 6 2HB HIS 250 2HB HIS 250 52.665 -14.693 -3.838 7 HD2 HIS 250 HD2 HIS 250 51.389 -11.289 -5.072 8 HE1 HIS 250 HE1 HIS 250 49.031 -12.292 -1.716 9 HE2 HIS 250 HE2 HIS 250 49.641 -10.430 -3.332 10 H ILE 251 H ILE 251 53.553 -11.054 -6.180 11 HA ILE 251 HA ILE 251 55.466 -10.607 -3.995 12 HB ILE 251 HB ILE 251 55.005 -8.420 -5.900 13 1HG1 ILE 251 1HG1 ILE 251 54.604 -10.266 -7.445 14 2HG1 ILE 251 2HG1 ILE 251 56.206 -9.600 -7.749 15 1HG2 ILE 251 1HG2 ILE 251 56.881 -8.528 -4.286 16 2HG2 ILE 251 2HG2 ILE 251 57.461 -8.461 -5.950 17 3HG2 ILE 251 3HG2 ILE 251 57.465 -9.992 -5.076 18 1HD1 ILE 251 1HD1 ILE 251 56.627 -11.572 -5.797 19 2HD1 ILE 251 2HD1 ILE 251 57.014 -11.691 -7.511 20 3HD1 ILE 251 3HD1 ILE 251 55.466 -12.285 -6.915 21 H ASN 252 H ASN 252 55.335 -7.989 -3.512 22 HA ASN 252 HA ASN 252 53.126 -7.715 -1.782 23 1HB ASN 252 1HB ASN 252 53.998 -5.138 -2.184 24 2HB ASN 252 2HB ASN 252 54.679 -6.269 -1.016 25 1HD2 ASN 252 1HD2 ASN 252 54.973 -6.396 -4.592 26 2HD2 ASN 252 2HD2 ASN 252 56.663 -6.247 -4.607 27 H GLU 253 H GLU 253 53.120 -7.637 -5.063 28 HA GLU 253 HA GLU 253 51.784 -5.489 -6.021 29 1HB GLU 253 1HB GLU 253 51.433 -8.420 -6.568 30 2HB GLU 253 2HB GLU 253 50.403 -7.238 -7.379 31 1HG GLU 253 1HG GLU 253 52.386 -6.060 -8.220 32 2HG GLU 253 2HG GLU 253 53.435 -7.202 -7.382 33 H LEU 254 H LEU 254 50.055 -8.299 -4.638 34 HA LEU 254 HA LEU 254 47.567 -6.906 -4.495 35 1HB LEU 254 1HB LEU 254 48.247 -9.334 -2.852 36 2HB LEU 254 2HB LEU 254 46.693 -8.871 -3.548 37 HG LEU 254 HG LEU 254 49.150 -9.812 -5.054 38 1HD1 LEU 254 1HD1 LEU 254 48.079 -11.818 -5.291 39 2HD1 LEU 254 2HD1 LEU 254 46.485 -11.068 -5.386 40 3HD1 LEU 254 3HD1 LEU 254 47.252 -11.312 -3.817 41 1HD2 LEU 254 1HD2 LEU 254 47.525 -9.642 -7.035 42 2HD2 LEU 254 2HD2 LEU 254 48.163 -8.118 -6.416 43 3HD2 LEU 254 3HD2 LEU 254 46.528 -8.627 -5.992 44 H LEU 255 H LEU 255 50.348 -6.971 -2.504 45 HA LEU 255 HA LEU 255 48.896 -6.151 -0.103 46 1HB LEU 255 1HB LEU 255 51.889 -6.281 -0.420 47 2HB LEU 255 2HB LEU 255 50.938 -6.392 1.061 48 HG LEU 255 HG LEU 255 50.974 -8.427 -1.188 49 1HD1 LEU 255 1HD1 LEU 255 52.297 -9.766 0.178 50 2HD1 LEU 255 2HD1 LEU 255 51.766 -8.962 1.655 51 3HD1 LEU 255 3HD1 LEU 255 52.920 -8.167 0.585 52 1HD2 LEU 255 1HD2 LEU 255 49.294 -8.081 1.279 53 2HD2 LEU 255 2HD2 LEU 255 49.676 -9.708 0.717 54 3HD2 LEU 255 3HD2 LEU 255 48.805 -8.593 -0.336 55 H HIS 256 H HIS 256 49.629 -4.612 -2.824 56 HA HIS 256 HA HIS 256 51.152 -2.418 -2.491 57 1HB HIS 256 1HB HIS 256 48.522 -2.846 -3.812 58 2HB HIS 256 2HB HIS 256 49.054 -1.177 -3.602 59 HD2 HIS 256 HD2 HIS 256 51.882 -3.767 -4.246 60 HE1 HIS 256 HE1 HIS 256 51.265 -1.659 -7.852 61 HE2 HIS 256 HE2 HIS 256 52.777 -3.314 -6.657 62 H ILE 257 H ILE 257 48.290 -3.170 -0.692 63 HA ILE 257 HA ILE 257 47.442 -0.734 0.259 64 HB ILE 257 HB ILE 257 47.746 -3.314 1.814 65 1HG1 ILE 257 1HG1 ILE 257 45.066 -2.629 1.017 66 2HG1 ILE 257 2HG1 ILE 257 46.114 -2.605 -0.403 67 1HG2 ILE 257 1HG2 ILE 257 45.642 -2.124 2.946 68 2HG2 ILE 257 2HG2 ILE 257 46.487 -0.670 2.416 69 3HG2 ILE 257 3HG2 ILE 257 47.284 -1.806 3.504 70 1HD1 ILE 257 1HD1 ILE 257 45.960 -4.884 1.593 71 2HD1 ILE 257 2HD1 ILE 257 46.916 -4.857 0.111 72 3HD1 ILE 257 3HD1 ILE 257 45.156 -4.864 0.023 73 H LEU 258 H LEU 258 50.498 -2.226 0.734 74 HA LEU 258 HA LEU 258 51.123 -0.726 3.146 75 1HB LEU 258 1HB LEU 258 53.246 -1.831 3.105 76 2HB LEU 258 2HB LEU 258 52.032 -3.035 2.682 77 HG LEU 258 HG LEU 258 52.661 -2.017 0.212 78 1HD1 LEU 258 1HD1 LEU 258 54.971 -1.602 0.020 79 2HD1 LEU 258 2HD1 LEU 258 55.324 -2.321 1.590 80 3HD1 LEU 258 3HD1 LEU 258 54.545 -0.744 1.500 81 1HD2 LEU 258 1HD2 LEU 258 52.493 -4.403 0.850 82 2HD2 LEU 258 2HD2 LEU 258 54.048 -4.290 1.670 83 3HD2 LEU 258 3HD2 LEU 258 53.958 -4.098 -0.080 84 H VAL 259 H VAL 259 51.462 -0.391 -0.288 85 HA VAL 259 HA VAL 259 53.617 1.316 -0.568 86 HB VAL 259 HB VAL 259 50.946 1.561 -1.977 87 1HG1 VAL 259 1HG1 VAL 259 52.368 3.509 -2.349 88 2HG1 VAL 259 2HG1 VAL 259 52.359 2.513 -3.803 89 3HG1 VAL 259 3HG1 VAL 259 53.745 2.469 -2.713 90 1HG2 VAL 259 1HG2 VAL 259 53.209 0.225 -3.316 91 2HG2 VAL 259 2HG2 VAL 259 51.508 -0.236 -3.254 92 3HG2 VAL 259 3HG2 VAL 259 52.583 -0.651 -1.920 93 H PHE 260 H PHE 260 50.315 2.597 -0.598 94 HA PHE 260 HA PHE 260 51.251 5.095 0.567 95 1HB PHE 260 1HB PHE 260 48.565 5.400 0.299 96 2HB PHE 260 2HB PHE 260 49.723 5.708 -0.998 97 HD1 PHE 260 HD1 PHE 260 47.149 3.434 0.277 98 HD2 PHE 260 HD2 PHE 260 50.124 4.030 -2.763 99 HE1 PHE 260 HE1 PHE 260 46.143 1.607 -1.066 100 HE2 PHE 260 HE2 PHE 260 49.120 2.203 -4.106 101 HZ PHE 260 HZ PHE 260 47.128 0.992 -3.257 102 H GLY 261 H GLY 261 48.558 2.851 1.250 103 1HA GLY 261 1HA GLY 261 48.101 1.914 3.392 104 2HA GLY 261 2HA GLY 261 49.043 3.207 4.128 105 H GLU 262 H GLU 262 48.062 5.111 4.679 106 HA GLU 262 HA GLU 262 45.132 5.124 4.545 107 1HB GLU 262 1HB GLU 262 46.872 7.064 6.062 108 2HB GLU 262 2HB GLU 262 45.182 6.651 6.354 109 1HG GLU 262 1HG GLU 262 46.104 5.293 7.951 110 2HG GLU 262 2HG GLU 262 46.274 4.197 6.582 111 H SER 263 H SER 263 47.810 6.512 2.995 112 HA SER 263 HA SER 263 47.089 9.112 2.426 113 1HB SER 263 1HB SER 263 49.014 7.363 1.509 114 2HB SER 263 2HB SER 263 48.057 7.680 0.064 115 HG SER 263 HG SER 263 49.144 9.633 1.820 116 H LEU 264 H LEU 264 46.178 6.219 0.535 117 HA LEU 264 HA LEU 264 44.254 7.777 -0.995 118 1HB LEU 264 1HB LEU 264 44.632 4.787 -1.110 119 2HB LEU 264 2HB LEU 264 44.019 5.863 -2.366 120 HG LEU 264 HG LEU 264 46.857 5.708 -1.317 121 1HD1 LEU 264 1HD1 LEU 264 47.394 5.082 -3.604 122 2HD1 LEU 264 2HD1 LEU 264 45.724 5.345 -4.107 123 3HD1 LEU 264 3HD1 LEU 264 46.118 4.016 -3.016 124 1HD2 LEU 264 1HD2 LEU 264 45.461 7.746 -3.056 125 2HD2 LEU 264 2HD2 LEU 264 47.200 7.478 -3.174 126 3HD2 LEU 264 3HD2 LEU 264 46.494 8.026 -1.654 127 H LEU 265 H LEU 265 44.209 5.081 1.326 128 HA LEU 265 HA LEU 265 41.602 4.356 1.416 129 1HB LEU 265 1HB LEU 265 43.655 3.823 3.018 130 2HB LEU 265 2HB LEU 265 42.846 5.003 4.050 131 HG LEU 265 HG LEU 265 40.697 3.571 3.423 132 1HD1 LEU 265 1HD1 LEU 265 41.144 1.257 3.041 133 2HD1 LEU 265 2HD1 LEU 265 42.867 1.464 3.358 134 3HD1 LEU 265 3HD1 LEU 265 42.155 2.127 1.887 135 1HD2 LEU 265 1HD2 LEU 265 41.118 2.222 5.471 136 2HD2 LEU 265 2HD2 LEU 265 41.546 3.918 5.698 137 3HD2 LEU 265 3HD2 LEU 265 42.810 2.718 5.428 138 H ASN 266 H ASN 266 42.925 7.428 2.430 139 HA ASN 266 HA ASN 266 40.633 8.343 3.863 140 1HB ASN 266 1HB ASN 266 43.202 9.426 2.983 141 2HB ASN 266 2HB ASN 266 41.899 10.611 2.922 142 1HD2 ASN 266 1HD2 ASN 266 42.720 7.928 5.205 143 2HD2 ASN 266 2HD2 ASN 266 42.612 8.895 6.596 144 H ASP 267 H ASP 267 41.822 8.900 0.555 145 HA ASP 267 HA ASP 267 39.340 10.268 -0.153 146 1HB ASP 267 1HB ASP 267 42.044 10.279 -1.110 147 2HB ASP 267 2HB ASP 267 40.963 9.859 -2.437 148 H ALA 268 H ALA 268 40.212 7.142 0.170 149 HA ALA 268 HA ALA 268 38.991 6.149 -2.293 150 1HB ALA 268 1HB ALA 268 39.765 4.343 -0.047 151 2HB ALA 268 2HB ALA 268 41.046 5.158 -0.942 152 3HB ALA 268 3HB ALA 268 39.915 4.100 -1.787 153 H VAL 269 H VAL 269 38.363 6.223 1.192 154 HA VAL 269 HA VAL 269 36.217 4.593 1.507 155 HB VAL 269 HB VAL 269 35.381 6.157 3.216 156 1HG1 VAL 269 1HG1 VAL 269 37.071 5.373 4.477 157 2HG1 VAL 269 2HG1 VAL 269 38.136 6.620 3.831 158 3HG1 VAL 269 3HG1 VAL 269 38.010 5.060 3.017 159 1HG2 VAL 269 1HG2 VAL 269 37.217 8.038 1.742 160 2HG2 VAL 269 2HG2 VAL 269 36.847 8.301 3.445 161 3HG2 VAL 269 3HG2 VAL 269 35.549 8.299 2.251 162 H THR 270 H THR 270 36.147 7.840 0.068 163 HA THR 270 HA THR 270 33.413 8.169 -0.248 164 HB THR 270 HB THR 270 34.651 10.037 -0.862 165 HG1 THR 270 HG1 THR 270 33.224 9.989 -2.462 166 1HG2 THR 270 1HG2 THR 270 36.457 9.697 -2.760 167 2HG2 THR 270 2HG2 THR 270 36.417 8.023 -2.206 168 3HG2 THR 270 3HG2 THR 270 36.847 9.314 -1.084 169 H VAL 271 H VAL 271 35.306 5.699 -1.498 170 HA VAL 271 HA VAL 271 33.168 4.966 -3.388 171 HB VAL 271 HB VAL 271 36.136 5.001 -3.946 172 1HG1 VAL 271 1HG1 VAL 271 35.523 2.896 -4.786 173 2HG1 VAL 271 2HG1 VAL 271 35.279 3.951 -6.178 174 3HG1 VAL 271 3HG1 VAL 271 33.898 3.433 -5.210 175 1HG2 VAL 271 1HG2 VAL 271 33.784 6.075 -5.530 176 2HG2 VAL 271 2HG2 VAL 271 35.496 6.376 -5.829 177 3HG2 VAL 271 3HG2 VAL 271 34.720 7.048 -4.395 178 H VAL 272 H VAL 272 35.975 3.955 -1.482 179 HA VAL 272 HA VAL 272 35.419 1.146 -1.763 180 HB VAL 272 HB VAL 272 37.220 2.668 0.133 181 1HG1 VAL 272 1HG1 VAL 272 36.925 0.671 1.281 182 2HG1 VAL 272 2HG1 VAL 272 38.242 0.222 0.196 183 3HG1 VAL 272 3HG1 VAL 272 36.584 -0.243 -0.187 184 1HG2 VAL 272 1HG2 VAL 272 37.874 2.806 -2.233 185 2HG2 VAL 272 2HG2 VAL 272 37.749 1.053 -2.383 186 3HG2 VAL 272 3HG2 VAL 272 38.993 1.764 -1.355 187 H LEU 273 H LEU 273 33.877 3.559 -0.091 188 HA LEU 273 HA LEU 273 33.245 1.986 2.283 189 1HB LEU 273 1HB LEU 273 33.570 4.447 2.433 190 2HB LEU 273 2HB LEU 273 32.156 4.670 1.401 191 HG LEU 273 HG LEU 273 31.442 2.867 3.502 192 1HD1 LEU 273 1HD1 LEU 273 31.791 4.354 5.451 193 2HD1 LEU 273 2HD1 LEU 273 32.727 5.451 4.437 194 3HD1 LEU 273 3HD1 LEU 273 33.327 3.825 4.763 195 1HD2 LEU 273 1HD2 LEU 273 29.828 4.702 4.016 196 2HD2 LEU 273 2HD2 LEU 273 29.890 4.325 2.294 197 3HD2 LEU 273 3HD2 LEU 273 30.715 5.755 2.914 198 H TYR 274 H TYR 274 31.041 3.839 0.204 199 HA TYR 274 HA TYR 274 28.776 2.319 0.635 200 1HB TYR 274 1HB TYR 274 27.824 3.671 -0.910 201 2HB TYR 274 2HB TYR 274 29.377 4.505 -0.902 202 HD1 TYR 274 HD1 TYR 274 31.249 3.167 -2.379 203 HD2 TYR 274 HD2 TYR 274 27.001 3.104 -3.018 204 HE1 TYR 274 HE1 TYR 274 31.614 2.534 -4.748 205 HE2 TYR 274 HE2 TYR 274 27.366 2.471 -5.385 206 HH TYR 274 HH TYR 274 30.050 2.880 -7.004 207 H LYS 275 H LYS 275 31.565 1.558 -1.235 208 HA LYS 275 HA LYS 275 30.651 -0.193 -3.148 209 1HB LYS 275 1HB LYS 275 32.966 0.279 -3.132 210 2HB LYS 275 2HB LYS 275 33.137 -0.183 -1.444 211 1HG LYS 275 1HG LYS 275 34.095 -1.871 -3.013 212 2HG LYS 275 2HG LYS 275 32.820 -2.543 -2.008 213 1HD LYS 275 1HD LYS 275 32.606 -3.244 -4.377 214 2HD LYS 275 2HD LYS 275 31.214 -2.299 -3.862 215 1HE LYS 275 1HE LYS 275 31.836 -0.446 -5.130 216 2HE LYS 275 2HE LYS 275 33.546 -0.871 -5.093 217 1HZ LYS 275 1HZ LYS 275 31.490 -2.436 -6.549 218 2HZ LYS 275 2HZ LYS 275 33.177 -2.624 -6.630 219 3HZ LYS 275 3HZ LYS 275 32.443 -1.233 -7.272 220 H LYS 276 H LYS 276 31.849 -1.262 0.044 221 HA LYS 276 HA LYS 276 30.255 -3.701 -0.199 222 1HB LYS 276 1HB LYS 276 32.454 -4.139 0.551 223 2HB LYS 276 2HB LYS 276 32.419 -2.795 1.695 224 1HG LYS 276 1HG LYS 276 31.014 -3.937 3.190 225 2HG LYS 276 2HG LYS 276 30.443 -5.053 1.949 226 1HD LYS 276 1HD LYS 276 32.065 -6.086 3.573 227 2HD LYS 276 2HD LYS 276 32.583 -6.182 1.890 228 1HE LYS 276 1HE LYS 276 34.162 -4.436 2.158 229 2HE LYS 276 2HE LYS 276 33.432 -3.898 3.671 230 1HZ LYS 276 1HZ LYS 276 34.228 -6.632 3.791 231 2HZ LYS 276 2HZ LYS 276 34.639 -5.341 4.818 232 3HZ LYS 276 3HZ LYS 276 35.538 -5.625 3.405 233 1HN NH2 277 1HN NH2 277 30.725 -1.199 2.369 234 2HN NH2 277 2HN NH2 277 29.139 -1.341 2.984 Start of MODEL 22 1 1H HIS 250 1H HIS 250 61.960 -6.391 12.653 2 2H HIS 250 2H HIS 250 61.876 -5.939 11.018 3 3H HIS 250 3H HIS 250 60.780 -7.076 11.647 4 HA HIS 250 HA HIS 250 59.459 -5.532 12.585 5 1HB HIS 250 1HB HIS 250 61.944 -4.663 13.605 6 2HB HIS 250 2HB HIS 250 61.202 -3.243 12.868 7 HD2 HIS 250 HD2 HIS 250 58.054 -3.849 13.673 8 HE1 HIS 250 HE1 HIS 250 59.490 -4.023 17.638 9 HE2 HIS 250 HE2 HIS 250 57.412 -3.766 16.202 10 H ILE 251 H ILE 251 58.531 -3.409 11.875 11 HA ILE 251 HA ILE 251 59.513 -2.531 9.248 12 HB ILE 251 HB ILE 251 56.923 -2.445 8.666 13 1HG1 ILE 251 1HG1 ILE 251 55.752 -4.423 9.558 14 2HG1 ILE 251 2HG1 ILE 251 57.138 -4.804 10.576 15 1HG2 ILE 251 1HG2 ILE 251 58.913 -4.680 8.470 16 2HG2 ILE 251 2HG2 ILE 251 58.280 -3.633 7.200 17 3HG2 ILE 251 3HG2 ILE 251 57.277 -4.925 7.860 18 1HD1 ILE 251 1HD1 ILE 251 55.273 -3.584 11.765 19 2HD1 ILE 251 2HD1 ILE 251 55.608 -2.193 10.738 20 3HD1 ILE 251 3HD1 ILE 251 56.837 -2.778 11.859 21 H ASN 252 H ASN 252 60.040 -1.094 11.415 22 HA ASN 252 HA ASN 252 58.110 0.717 12.341 23 1HB ASN 252 1HB ASN 252 59.840 1.739 13.415 24 2HB ASN 252 2HB ASN 252 60.689 0.263 12.957 25 1HD2 ASN 252 1HD2 ASN 252 61.619 0.465 10.531 26 2HD2 ASN 252 2HD2 ASN 252 62.417 1.927 10.208 27 H GLU 253 H GLU 253 58.952 0.291 9.217 28 HA GLU 253 HA GLU 253 59.008 3.097 8.436 29 1HB GLU 253 1HB GLU 253 59.337 2.234 6.174 30 2HB GLU 253 2HB GLU 253 60.469 1.461 7.282 31 1HG GLU 253 1HG GLU 253 58.361 -0.249 7.469 32 2HG GLU 253 2HG GLU 253 58.184 0.295 5.801 33 H LEU 254 H LEU 254 56.684 1.114 9.454 34 HA LEU 254 HA LEU 254 54.671 1.015 7.562 35 1HB LEU 254 1HB LEU 254 53.099 0.944 9.438 36 2HB LEU 254 2HB LEU 254 54.524 -0.030 9.795 37 HG LEU 254 HG LEU 254 55.125 2.590 10.678 38 1HD1 LEU 254 1HD1 LEU 254 52.634 2.955 10.556 39 2HD1 LEU 254 2HD1 LEU 254 53.298 3.115 12.182 40 3HD1 LEU 254 3HD1 LEU 254 52.439 1.645 11.721 41 1HD2 LEU 254 1HD2 LEU 254 54.248 0.140 12.242 42 2HD2 LEU 254 2HD2 LEU 254 55.184 1.493 12.879 43 3HD2 LEU 254 3HD2 LEU 254 55.884 0.435 11.654 44 H LEU 255 H LEU 255 56.188 3.759 8.727 45 HA LEU 255 HA LEU 255 53.905 5.545 8.548 46 1HB LEU 255 1HB LEU 255 56.834 6.278 8.721 47 2HB LEU 255 2HB LEU 255 55.447 7.278 9.151 48 HG LEU 255 HG LEU 255 56.233 4.692 10.533 49 1HD1 LEU 255 1HD1 LEU 255 56.757 7.594 11.096 50 2HD1 LEU 255 2HD1 LEU 255 57.832 6.208 11.285 51 3HD1 LEU 255 3HD1 LEU 255 56.534 6.484 12.448 52 1HD2 LEU 255 1HD2 LEU 255 54.541 5.706 12.238 53 2HD2 LEU 255 2HD2 LEU 255 53.899 4.911 10.801 54 3HD2 LEU 255 3HD2 LEU 255 53.979 6.670 10.872 55 H HIS 256 H HIS 256 56.726 4.628 6.656 56 HA HIS 256 HA HIS 256 56.003 6.477 4.503 57 1HB HIS 256 1HB HIS 256 58.382 4.694 5.017 58 2HB HIS 256 2HB HIS 256 58.139 5.528 3.478 59 HD2 HIS 256 HD2 HIS 256 57.117 7.428 6.717 60 HE1 HIS 256 HE1 HIS 256 60.690 9.176 5.299 61 HE2 HIS 256 HE2 HIS 256 58.807 9.406 6.988 62 H ILE 257 H ILE 257 55.925 3.074 5.300 63 HA ILE 257 HA ILE 257 55.300 2.341 2.545 64 HB ILE 257 HB ILE 257 55.958 0.834 5.042 65 1HG1 ILE 257 1HG1 ILE 257 57.573 -0.223 3.566 66 2HG1 ILE 257 2HG1 ILE 257 56.825 0.519 2.151 67 1HG2 ILE 257 1HG2 ILE 257 54.346 -0.185 2.698 68 2HG2 ILE 257 2HG2 ILE 257 54.043 -0.415 4.421 69 3HG2 ILE 257 3HG2 ILE 257 55.376 -1.263 3.639 70 1HD1 ILE 257 1HD1 ILE 257 57.833 2.252 4.390 71 2HD1 ILE 257 2HD1 ILE 257 57.619 2.655 2.688 72 3HD1 ILE 257 3HD1 ILE 257 58.960 1.625 3.189 73 H LEU 258 H LEU 258 53.779 1.587 5.700 74 HA LEU 258 HA LEU 258 51.340 0.718 4.758 75 1HB LEU 258 1HB LEU 258 52.358 1.158 7.234 76 2HB LEU 258 2HB LEU 258 51.157 2.444 7.146 77 HG LEU 258 HG LEU 258 49.556 0.597 6.269 78 1HD1 LEU 258 1HD1 LEU 258 50.189 -1.588 6.395 79 2HD1 LEU 258 2HD1 LEU 258 51.089 -1.339 7.890 80 3HD1 LEU 258 3HD1 LEU 258 51.826 -0.937 6.340 81 1HD2 LEU 258 1HD2 LEU 258 49.067 1.505 8.385 82 2HD2 LEU 258 2HD2 LEU 258 50.568 0.908 9.091 83 3HD2 LEU 258 3HD2 LEU 258 49.257 -0.214 8.728 84 H VAL 259 H VAL 259 52.616 3.794 4.288 85 HA VAL 259 HA VAL 259 50.656 5.648 4.534 86 HB VAL 259 HB VAL 259 52.345 5.220 2.057 87 1HG1 VAL 259 1HG1 VAL 259 50.400 7.275 2.870 88 2HG1 VAL 259 2HG1 VAL 259 51.068 6.925 1.275 89 3HG1 VAL 259 3HG1 VAL 259 51.972 7.928 2.409 90 1HG2 VAL 259 1HG2 VAL 259 54.011 6.512 3.125 91 2HG2 VAL 259 2HG2 VAL 259 53.448 5.423 4.393 92 3HG2 VAL 259 3HG2 VAL 259 52.891 7.095 4.357 93 H PHE 260 H PHE 260 50.545 2.827 2.536 94 HA PHE 260 HA PHE 260 48.573 3.648 0.678 95 1HB PHE 260 1HB PHE 260 48.808 1.554 -0.117 96 2HB PHE 260 2HB PHE 260 50.070 1.358 1.100 97 HD1 PHE 260 HD1 PHE 260 46.727 0.408 0.067 98 HD2 PHE 260 HD2 PHE 260 49.461 0.451 3.380 99 HE1 PHE 260 HE1 PHE 260 45.345 -1.292 1.230 100 HE2 PHE 260 HE2 PHE 260 48.080 -1.249 4.542 101 HZ PHE 260 HZ PHE 260 46.022 -2.120 3.467 102 H GLY 261 H GLY 261 48.411 3.077 4.018 103 1HA GLY 261 1HA GLY 261 45.498 2.587 3.922 104 2HA GLY 261 2HA GLY 261 46.539 2.245 5.301 105 H GLU 262 H GLU 262 47.452 5.146 3.920 106 HA GLU 262 HA GLU 262 46.210 6.641 6.100 107 1HB GLU 262 1HB GLU 262 48.393 7.246 4.112 108 2HB GLU 262 2HB GLU 262 47.683 8.510 5.118 109 1HG GLU 262 1HG GLU 262 48.247 7.214 7.143 110 2HG GLU 262 2HG GLU 262 48.967 5.958 6.137 111 H SER 263 H SER 263 46.903 7.803 2.831 112 HA SER 263 HA SER 263 44.270 9.071 2.758 113 1HB SER 263 1HB SER 263 46.220 9.332 0.519 114 2HB SER 263 2HB SER 263 45.147 10.538 1.222 115 HG SER 263 HG SER 263 47.174 11.033 1.925 116 H LEU 264 H LEU 264 46.200 6.738 0.912 117 HA LEU 264 HA LEU 264 44.630 6.288 -1.285 118 1HB LEU 264 1HB LEU 264 46.487 4.660 0.319 119 2HB LEU 264 2HB LEU 264 45.325 3.728 -0.627 120 HG LEU 264 HG LEU 264 45.975 4.941 -2.659 121 1HD1 LEU 264 1HD1 LEU 264 46.683 7.067 -2.194 122 2HD1 LEU 264 2HD1 LEU 264 48.270 6.297 -2.166 123 3HD1 LEU 264 3HD1 LEU 264 47.409 6.597 -0.657 124 1HD2 LEU 264 1HD2 LEU 264 48.663 4.277 -1.647 125 2HD2 LEU 264 2HD2 LEU 264 47.768 3.581 -2.998 126 3HD2 LEU 264 3HD2 LEU 264 47.456 3.025 -1.354 127 H LEU 265 H LEU 265 43.874 5.600 2.020 128 HA LEU 265 HA LEU 265 41.665 3.821 1.339 129 1HB LEU 265 1HB LEU 265 43.171 4.517 3.752 130 2HB LEU 265 2HB LEU 265 41.433 4.438 4.031 131 HG LEU 265 HG LEU 265 42.602 2.242 4.365 132 1HD1 LEU 265 1HD1 LEU 265 41.013 1.412 2.134 133 2HD1 LEU 265 2HD1 LEU 265 40.227 2.800 2.884 134 3HD1 LEU 265 3HD1 LEU 265 40.597 1.371 3.847 135 1HD2 LEU 265 1HD2 LEU 265 43.914 1.302 2.762 136 2HD2 LEU 265 2HD2 LEU 265 43.996 2.938 2.106 137 3HD2 LEU 265 3HD2 LEU 265 42.827 1.785 1.459 138 H ASN 266 H ASN 266 42.250 7.159 2.080 139 HA ASN 266 HA ASN 266 39.507 7.780 2.735 140 1HB ASN 266 1HB ASN 266 41.997 9.393 2.266 141 2HB ASN 266 2HB ASN 266 40.424 10.184 2.354 142 1HD2 ASN 266 1HD2 ASN 266 42.638 8.068 4.217 143 2HD2 ASN 266 2HD2 ASN 266 42.011 8.494 5.736 144 H ASP 267 H ASP 267 41.586 8.995 0.099 145 HA ASP 267 HA ASP 267 39.641 10.033 -1.538 146 1HB ASP 267 1HB ASP 267 42.331 8.857 -2.017 147 2HB ASP 267 2HB ASP 267 41.300 9.118 -3.423 148 H ALA 268 H ALA 268 40.201 6.731 -0.781 149 HA ALA 268 HA ALA 268 38.760 5.723 -3.108 150 1HB ALA 268 1HB ALA 268 39.113 3.501 -1.955 151 2HB ALA 268 2HB ALA 268 40.013 4.372 -0.713 152 3HB ALA 268 3HB ALA 268 40.592 4.363 -2.378 153 H VAL 269 H VAL 269 38.273 6.234 0.343 154 HA VAL 269 HA VAL 269 35.611 5.035 0.250 155 HB VAL 269 HB VAL 269 37.317 6.199 2.445 156 1HG1 VAL 269 1HG1 VAL 269 34.364 5.676 2.374 157 2HG1 VAL 269 2HG1 VAL 269 35.248 6.966 3.186 158 3HG1 VAL 269 3HG1 VAL 269 35.256 5.335 3.856 159 1HG2 VAL 269 1HG2 VAL 269 35.957 3.545 2.543 160 2HG2 VAL 269 2HG2 VAL 269 37.555 4.010 3.128 161 3HG2 VAL 269 3HG2 VAL 269 37.296 3.720 1.408 162 H THR 270 H THR 270 37.108 8.213 0.784 163 HA THR 270 HA THR 270 34.958 9.783 1.392 164 HB THR 270 HB THR 270 36.832 10.747 -0.736 165 HG1 THR 270 HG1 THR 270 37.830 10.917 1.780 166 1HG2 THR 270 1HG2 THR 270 36.671 12.798 0.450 167 2HG2 THR 270 2HG2 THR 270 36.049 12.003 1.896 168 3HG2 THR 270 3HG2 THR 270 35.036 12.139 0.460 169 H VAL 271 H VAL 271 35.673 8.249 -1.666 170 HA VAL 271 HA VAL 271 34.122 9.668 -3.451 171 HB VAL 271 HB VAL 271 34.313 6.651 -3.298 172 1HG1 VAL 271 1HG1 VAL 271 32.642 7.405 -4.899 173 2HG1 VAL 271 2HG1 VAL 271 34.070 6.868 -5.784 174 3HG1 VAL 271 3HG1 VAL 271 33.765 8.591 -5.564 175 1HG2 VAL 271 1HG2 VAL 271 36.502 6.869 -3.779 176 2HG2 VAL 271 2HG2 VAL 271 36.355 8.619 -3.613 177 3HG2 VAL 271 3HG2 VAL 271 36.104 7.857 -5.185 178 H VAL 272 H VAL 272 33.108 7.532 -0.878 179 HA VAL 272 HA VAL 272 30.338 7.488 -1.767 180 HB VAL 272 HB VAL 272 31.672 5.616 -0.506 181 1HG1 VAL 272 1HG1 VAL 272 32.146 7.359 1.372 182 2HG1 VAL 272 2HG1 VAL 272 31.674 5.727 1.845 183 3HG1 VAL 272 3HG1 VAL 272 30.489 7.032 1.878 184 1HG2 VAL 272 1HG2 VAL 272 29.533 4.828 0.479 185 2HG2 VAL 272 2HG2 VAL 272 29.303 5.467 -1.149 186 3HG2 VAL 272 3HG2 VAL 272 28.849 6.437 0.252 187 H LEU 273 H LEU 273 32.153 9.817 -0.460 188 HA LEU 273 HA LEU 273 30.436 10.665 1.708 189 1HB LEU 273 1HB LEU 273 32.942 11.063 1.570 190 2HB LEU 273 2HB LEU 273 32.589 12.285 0.350 191 HG LEU 273 HG LEU 273 30.818 13.018 2.267 192 1HD1 LEU 273 1HD1 LEU 273 31.686 12.716 4.450 193 2HD1 LEU 273 2HD1 LEU 273 33.252 12.178 3.842 194 3HD1 LEU 273 3HD1 LEU 273 31.842 11.128 3.698 195 1HD2 LEU 273 1HD2 LEU 273 32.775 14.568 3.054 196 2HD2 LEU 273 2HD2 LEU 273 32.239 14.664 1.376 197 3HD2 LEU 273 3HD2 LEU 273 33.698 13.763 1.785 198 H TYR 274 H TYR 274 31.512 12.613 -1.069 199 HA TYR 274 HA TYR 274 29.135 14.198 -1.021 200 1HB TYR 274 1HB TYR 274 30.277 14.759 -3.432 201 2HB TYR 274 2HB TYR 274 30.758 15.504 -1.907 202 HD1 TYR 274 HD1 TYR 274 31.530 12.773 -4.301 203 HD2 TYR 274 HD2 TYR 274 32.852 14.986 -0.865 204 HE1 TYR 274 HE1 TYR 274 33.774 11.739 -4.498 205 HE2 TYR 274 HE2 TYR 274 35.096 13.950 -1.060 206 HH TYR 274 HH TYR 274 36.386 12.563 -2.207 207 H LYS 275 H LYS 275 30.050 11.284 -2.655 208 HA LYS 275 HA LYS 275 28.666 11.222 -4.985 209 1HB LYS 275 1HB LYS 275 29.337 9.233 -2.942 210 2HB LYS 275 2HB LYS 275 27.929 8.798 -3.909 211 1HG LYS 275 1HG LYS 275 30.502 9.773 -5.165 212 2HG LYS 275 2HG LYS 275 30.208 8.066 -4.834 213 1HD LYS 275 1HD LYS 275 28.811 7.865 -6.599 214 2HD LYS 275 2HD LYS 275 27.945 9.342 -6.178 215 1HE LYS 275 1HE LYS 275 29.680 10.704 -7.222 216 2HE LYS 275 2HE LYS 275 30.640 9.265 -7.564 217 1HZ LYS 275 1HZ LYS 275 27.885 9.308 -8.528 218 2HZ LYS 275 2HZ LYS 275 29.272 8.627 -9.233 219 3HZ LYS 275 3HZ LYS 275 29.001 10.301 -9.331 220 H LYS 276 H LYS 276 27.308 11.363 -1.773 221 HA LYS 276 HA LYS 276 24.597 11.472 -2.957 222 1HB LYS 276 1HB LYS 276 24.399 10.736 -0.228 223 2HB LYS 276 2HB LYS 276 23.986 9.766 -1.643 224 1HG LYS 276 1HG LYS 276 26.325 8.997 -1.807 225 2HG LYS 276 2HG LYS 276 26.746 9.970 -0.397 226 1HD LYS 276 1HD LYS 276 26.304 8.060 0.759 227 2HD LYS 276 2HD LYS 276 24.621 8.551 0.570 228 1HE LYS 276 1HE LYS 276 24.497 7.235 -1.535 229 2HE LYS 276 2HE LYS 276 26.156 6.698 -1.275 230 1HZ LYS 276 1HZ LYS 276 25.487 5.684 0.796 231 2HZ LYS 276 2HZ LYS 276 24.528 5.085 -0.474 232 3HZ LYS 276 3HZ LYS 276 23.897 6.243 0.598 233 1HN NH2 277 1HN NH2 277 26.333 12.364 0.087 234 2HN NH2 277 2HN NH2 277 25.591 13.897 0.216 Start of MODEL 23 1 1H HIS 250 1H HIS 250 51.387 -9.588 -6.671 2 2H HIS 250 2H HIS 250 50.415 -8.695 -7.741 3 3H HIS 250 3H HIS 250 50.142 -10.358 -7.529 4 HA HIS 250 HA HIS 250 48.896 -8.305 -6.198 5 1HB HIS 250 1HB HIS 250 48.005 -10.567 -6.663 6 2HB HIS 250 2HB HIS 250 49.119 -11.243 -5.475 7 HD2 HIS 250 HD2 HIS 250 47.036 -7.950 -4.787 8 HE1 HIS 250 HE1 HIS 250 45.765 -10.941 -2.093 9 HE2 HIS 250 HE2 HIS 250 45.533 -8.492 -2.721 10 H ILE 251 H ILE 251 51.800 -8.185 -5.721 11 HA ILE 251 HA ILE 251 51.956 -8.641 -2.816 12 HB ILE 251 HB ILE 251 54.201 -7.800 -4.651 13 1HG1 ILE 251 1HG1 ILE 251 54.523 -10.501 -4.068 14 2HG1 ILE 251 2HG1 ILE 251 52.802 -10.361 -4.430 15 1HG2 ILE 251 1HG2 ILE 251 54.602 -9.502 -2.257 16 2HG2 ILE 251 2HG2 ILE 251 54.082 -7.848 -1.936 17 3HG2 ILE 251 3HG2 ILE 251 55.562 -8.146 -2.848 18 1HD1 ILE 251 1HD1 ILE 251 53.349 -9.199 -6.546 19 2HD1 ILE 251 2HD1 ILE 251 54.080 -10.803 -6.486 20 3HD1 ILE 251 3HD1 ILE 251 55.068 -9.372 -6.187 21 H ASN 252 H ASN 252 53.028 -6.140 -5.135 22 HA ASN 252 HA ASN 252 53.509 -4.067 -3.411 23 1HB ASN 252 1HB ASN 252 52.097 -3.792 -6.072 24 2HB ASN 252 2HB ASN 252 53.047 -2.555 -5.250 25 1HD2 ASN 252 1HD2 ASN 252 53.285 -4.710 -7.743 26 2HD2 ASN 252 2HD2 ASN 252 54.954 -5.014 -7.702 27 H GLU 253 H GLU 253 50.366 -5.128 -4.653 28 HA GLU 253 HA GLU 253 48.720 -3.094 -3.793 29 1HB GLU 253 1HB GLU 253 48.104 -6.047 -3.529 30 2HB GLU 253 2HB GLU 253 46.937 -4.732 -3.678 31 1HG GLU 253 1HG GLU 253 48.993 -5.507 -5.769 32 2HG GLU 253 2HG GLU 253 47.269 -5.866 -5.844 33 H LEU 254 H LEU 254 49.984 -5.818 -1.899 34 HA LEU 254 HA LEU 254 48.842 -4.669 0.546 35 1HB LEU 254 1HB LEU 254 50.465 -7.197 0.423 36 2HB LEU 254 2HB LEU 254 49.189 -6.751 1.556 37 HG LEU 254 HG LEU 254 48.839 -7.420 -1.380 38 1HD1 LEU 254 1HD1 LEU 254 47.553 -8.790 0.975 39 2HD1 LEU 254 2HD1 LEU 254 49.174 -9.247 0.448 40 3HD1 LEU 254 3HD1 LEU 254 47.809 -9.406 -0.658 41 1HD2 LEU 254 1HD2 LEU 254 47.201 -5.789 -1.024 42 2HD2 LEU 254 2HD2 LEU 254 47.016 -6.206 0.680 43 3HD2 LEU 254 3HD2 LEU 254 46.341 -7.259 -0.564 44 H LEU 255 H LEU 255 51.691 -4.549 -1.242 45 HA LEU 255 HA LEU 255 53.388 -4.109 1.117 46 1HB LEU 255 1HB LEU 255 53.846 -5.262 -1.420 47 2HB LEU 255 2HB LEU 255 54.774 -3.763 -1.377 48 HG LEU 255 HG LEU 255 54.841 -5.914 0.760 49 1HD1 LEU 255 1HD1 LEU 255 56.092 -6.897 -0.910 50 2HD1 LEU 255 2HD1 LEU 255 57.336 -5.862 -0.209 51 3HD1 LEU 255 3HD1 LEU 255 56.486 -5.354 -1.668 52 1HD2 LEU 255 1HD2 LEU 255 55.768 -4.309 2.043 53 2HD2 LEU 255 2HD2 LEU 255 55.629 -3.142 0.728 54 3HD2 LEU 255 3HD2 LEU 255 57.067 -4.155 0.860 55 H HIS 256 H HIS 256 53.213 -2.546 -2.080 56 HA HIS 256 HA HIS 256 54.122 -0.039 -1.084 57 1HB HIS 256 1HB HIS 256 52.821 -0.810 -3.700 58 2HB HIS 256 2HB HIS 256 53.505 0.782 -3.365 59 HD2 HIS 256 HD2 HIS 256 55.816 -1.601 -1.655 60 HE1 HIS 256 HE1 HIS 256 57.333 -1.334 -5.585 61 HE2 HIS 256 HE2 HIS 256 57.842 -2.112 -3.222 62 H ILE 257 H ILE 257 51.076 -0.539 -2.839 63 HA ILE 257 HA ILE 257 49.701 1.670 -2.183 64 HB ILE 257 HB ILE 257 48.776 -1.169 -2.452 65 1HG1 ILE 257 1HG1 ILE 257 48.109 1.321 -4.044 66 2HG1 ILE 257 2HG1 ILE 257 49.509 0.308 -4.395 67 1HG2 ILE 257 1HG2 ILE 257 46.422 -0.061 -2.525 68 2HG2 ILE 257 2HG2 ILE 257 47.169 1.231 -1.585 69 3HG2 ILE 257 3HG2 ILE 257 47.126 -0.413 -0.948 70 1HD1 ILE 257 1HD1 ILE 257 48.233 -1.245 -5.421 71 2HD1 ILE 257 2HD1 ILE 257 46.911 -0.081 -5.349 72 3HD1 ILE 257 3HD1 ILE 257 47.092 -1.287 -4.076 73 H LEU 258 H LEU 258 50.371 -0.995 0.004 74 HA LEU 258 HA LEU 258 48.578 -0.175 2.066 75 1HB LEU 258 1HB LEU 258 50.388 -2.315 1.620 76 2HB LEU 258 2HB LEU 258 50.843 -1.558 3.147 77 HG LEU 258 HG LEU 258 48.041 -2.454 2.411 78 1HD1 LEU 258 1HD1 LEU 258 49.058 -4.472 2.873 79 2HD1 LEU 258 2HD1 LEU 258 48.684 -3.968 4.521 80 3HD1 LEU 258 3HD1 LEU 258 50.308 -3.733 3.874 81 1HD2 LEU 258 1HD2 LEU 258 48.386 -2.083 5.199 82 2HD2 LEU 258 2HD2 LEU 258 47.401 -1.110 4.107 83 3HD2 LEU 258 3HD2 LEU 258 49.077 -0.658 4.422 84 H VAL 259 H VAL 259 52.068 0.294 1.545 85 HA VAL 259 HA VAL 259 52.826 1.593 3.819 86 HB VAL 259 HB VAL 259 53.560 2.289 0.968 87 1HG1 VAL 259 1HG1 VAL 259 54.457 4.131 1.972 88 2HG1 VAL 259 2HG1 VAL 259 55.701 2.997 2.497 89 3HG1 VAL 259 3HG1 VAL 259 54.375 3.417 3.582 90 1HG2 VAL 259 1HG2 VAL 259 54.936 0.496 1.061 91 2HG2 VAL 259 2HG2 VAL 259 54.060 0.009 2.512 92 3HG2 VAL 259 3HG2 VAL 259 55.538 0.963 2.652 93 H PHE 260 H PHE 260 52.197 3.624 0.987 94 HA PHE 260 HA PHE 260 51.385 5.826 2.643 95 1HB PHE 260 1HB PHE 260 50.807 6.823 0.327 96 2HB PHE 260 2HB PHE 260 52.499 6.474 0.681 97 HD1 PHE 260 HD1 PHE 260 49.578 5.555 -1.318 98 HD2 PHE 260 HD2 PHE 260 53.592 4.452 -0.259 99 HE1 PHE 260 HE1 PHE 260 49.669 4.020 -3.263 100 HE2 PHE 260 HE2 PHE 260 53.683 2.917 -2.204 101 HZ PHE 260 HZ PHE 260 51.722 2.700 -3.706 102 H GLY 261 H GLY 261 49.795 3.087 1.727 103 1HA GLY 261 1HA GLY 261 47.333 3.657 0.741 104 2HA GLY 261 2HA GLY 261 47.572 2.500 2.048 105 H GLU 262 H GLU 262 48.640 4.765 3.752 106 HA GLU 262 HA GLU 262 46.295 5.341 5.180 107 1HB GLU 262 1HB GLU 262 49.090 6.392 5.190 108 2HB GLU 262 2HB GLU 262 47.853 7.302 6.058 109 1HG GLU 262 1HG GLU 262 48.000 4.335 6.449 110 2HG GLU 262 2HG GLU 262 49.177 5.358 7.269 111 H SER 263 H SER 263 47.654 6.811 2.373 112 HA SER 263 HA SER 263 46.133 9.283 2.687 113 1HB SER 263 1HB SER 263 48.473 8.536 1.284 114 2HB SER 263 2HB SER 263 47.273 8.964 0.069 115 HG SER 263 HG SER 263 48.698 10.627 1.378 116 H LEU 264 H LEU 264 46.088 6.312 0.791 117 HA LEU 264 HA LEU 264 43.893 7.172 -0.879 118 1HB LEU 264 1HB LEU 264 44.827 4.331 -0.480 119 2HB LEU 264 2HB LEU 264 44.038 5.034 -1.893 120 HG LEU 264 HG LEU 264 46.833 5.631 -0.885 121 1HD1 LEU 264 1HD1 LEU 264 46.652 3.558 -2.169 122 2HD1 LEU 264 2HD1 LEU 264 47.454 4.787 -3.149 123 3HD1 LEU 264 3HD1 LEU 264 45.758 4.395 -3.438 124 1HD2 LEU 264 1HD2 LEU 264 46.077 7.723 -1.662 125 2HD2 LEU 264 2HD2 LEU 264 45.070 6.996 -2.915 126 3HD2 LEU 264 3HD2 LEU 264 46.825 7.017 -3.095 127 H LEU 265 H LEU 265 44.306 5.412 2.114 128 HA LEU 265 HA LEU 265 41.922 4.042 2.346 129 1HB LEU 265 1HB LEU 265 43.987 4.936 4.109 130 2HB LEU 265 2HB LEU 265 42.436 5.307 4.856 131 HG LEU 265 HG LEU 265 43.197 3.052 5.486 132 1HD1 LEU 265 1HD1 LEU 265 40.689 3.759 4.519 133 2HD1 LEU 265 2HD1 LEU 265 41.064 2.314 5.458 134 3HD1 LEU 265 3HD1 LEU 265 41.035 2.238 3.697 135 1HD2 LEU 265 1HD2 LEU 265 44.084 2.946 2.833 136 2HD2 LEU 265 2HD2 LEU 265 42.750 1.794 2.897 137 3HD2 LEU 265 3HD2 LEU 265 44.117 1.623 3.999 138 H ASN 266 H ASN 266 42.502 7.477 2.494 139 HA ASN 266 HA ASN 266 39.812 8.043 3.476 140 1HB ASN 266 1HB ASN 266 42.230 9.705 2.838 141 2HB ASN 266 2HB ASN 266 40.648 10.463 3.013 142 1HD2 ASN 266 1HD2 ASN 266 41.985 7.663 4.831 143 2HD2 ASN 266 2HD2 ASN 266 41.877 8.413 6.350 144 H ASP 267 H ASP 267 41.751 8.660 0.550 145 HA ASP 267 HA ASP 267 39.524 9.738 -0.911 146 1HB ASP 267 1HB ASP 267 42.302 9.684 -1.229 147 2HB ASP 267 2HB ASP 267 41.674 8.741 -2.579 148 H ALA 268 H ALA 268 40.242 6.658 0.059 149 HA ALA 268 HA ALA 268 39.368 5.294 -2.363 150 1HB ALA 268 1HB ALA 268 41.059 4.140 -1.149 151 2HB ALA 268 2HB ALA 268 39.565 3.253 -0.851 152 3HB ALA 268 3HB ALA 268 40.203 4.345 0.379 153 H VAL 269 H VAL 269 38.125 6.180 0.806 154 HA VAL 269 HA VAL 269 35.634 4.726 0.376 155 HB VAL 269 HB VAL 269 36.899 5.110 2.637 156 1HG1 VAL 269 1HG1 VAL 269 36.770 7.669 2.155 157 2HG1 VAL 269 2HG1 VAL 269 36.430 7.104 3.791 158 3HG1 VAL 269 3HG1 VAL 269 35.102 7.527 2.710 159 1HG2 VAL 269 1HG2 VAL 269 34.650 5.136 3.808 160 2HG2 VAL 269 2HG2 VAL 269 34.800 3.923 2.536 161 3HG2 VAL 269 3HG2 VAL 269 33.911 5.415 2.232 162 H THR 270 H THR 270 36.932 7.777 -0.347 163 HA THR 270 HA THR 270 34.350 9.148 -0.340 164 HB THR 270 HB THR 270 37.191 9.988 -0.842 165 HG1 THR 270 HG1 THR 270 35.111 11.006 0.793 166 1HG2 THR 270 1HG2 THR 270 34.654 11.336 -1.728 167 2HG2 THR 270 2HG2 THR 270 36.179 11.166 -2.595 168 3HG2 THR 270 3HG2 THR 270 36.050 12.302 -1.253 169 H VAL 271 H VAL 271 36.945 8.936 -2.778 170 HA VAL 271 HA VAL 271 35.539 9.593 -5.019 171 HB VAL 271 HB VAL 271 37.689 7.491 -4.704 172 1HG1 VAL 271 1HG1 VAL 271 36.230 8.526 -7.114 173 2HG1 VAL 271 2HG1 VAL 271 36.791 6.891 -6.768 174 3HG1 VAL 271 3HG1 VAL 271 37.944 8.134 -7.253 175 1HG2 VAL 271 1HG2 VAL 271 38.207 10.028 -6.110 176 2HG2 VAL 271 2HG2 VAL 271 39.161 9.217 -4.869 177 3HG2 VAL 271 3HG2 VAL 271 37.792 10.227 -4.408 178 H VAL 272 H VAL 272 35.209 6.713 -3.129 179 HA VAL 272 HA VAL 272 33.697 5.329 -5.213 180 HB VAL 272 HB VAL 272 35.357 4.254 -3.508 181 1HG1 VAL 272 1HG1 VAL 272 33.984 5.358 -1.594 182 2HG1 VAL 272 2HG1 VAL 272 34.498 3.683 -1.391 183 3HG1 VAL 272 3HG1 VAL 272 32.839 4.044 -1.866 184 1HG2 VAL 272 1HG2 VAL 272 33.931 2.179 -3.505 185 2HG2 VAL 272 2HG2 VAL 272 34.065 2.942 -5.089 186 3HG2 VAL 272 3HG2 VAL 272 32.600 3.152 -4.129 187 H LEU 273 H LEU 273 33.182 7.161 -2.285 188 HA LEU 273 HA LEU 273 30.353 6.417 -2.193 189 1HB LEU 273 1HB LEU 273 31.710 6.600 -0.092 190 2HB LEU 273 2HB LEU 273 31.881 8.323 -0.407 191 HG LEU 273 HG LEU 273 29.392 8.539 -0.407 192 1HD1 LEU 273 1HD1 LEU 273 28.353 6.428 0.876 193 2HD1 LEU 273 2HD1 LEU 273 29.627 5.588 -0.006 194 3HD1 LEU 273 3HD1 LEU 273 28.409 6.510 -0.885 195 1HD2 LEU 273 1HD2 LEU 273 30.596 9.043 1.637 196 2HD2 LEU 273 2HD2 LEU 273 30.689 7.332 2.053 197 3HD2 LEU 273 3HD2 LEU 273 29.132 8.158 2.065 198 H TYR 274 H TYR 274 32.429 9.125 -3.020 199 HA TYR 274 HA TYR 274 30.212 10.965 -3.346 200 1HB TYR 274 1HB TYR 274 33.180 11.096 -3.699 201 2HB TYR 274 2HB TYR 274 32.168 12.318 -4.469 202 HD1 TYR 274 HD1 TYR 274 31.887 14.271 -3.227 203 HD2 TYR 274 HD2 TYR 274 32.251 10.516 -1.171 204 HE1 TYR 274 HE1 TYR 274 31.660 15.440 -1.053 205 HE2 TYR 274 HE2 TYR 274 32.023 11.686 1.005 206 HH TYR 274 HH TYR 274 31.719 15.235 1.158 207 H LYS 275 H LYS 275 32.779 10.467 -5.711 208 HA LYS 275 HA LYS 275 31.189 10.943 -7.953 209 1HB LYS 275 1HB LYS 275 33.654 9.190 -7.851 210 2HB LYS 275 2HB LYS 275 33.021 10.034 -9.262 211 1HG LYS 275 1HG LYS 275 33.934 11.432 -6.727 212 2HG LYS 275 2HG LYS 275 34.959 11.205 -8.140 213 1HD LYS 275 1HD LYS 275 34.123 13.158 -8.903 214 2HD LYS 275 2HD LYS 275 32.616 12.295 -9.198 215 1HE LYS 275 1HE LYS 275 32.016 12.783 -6.763 216 2HE LYS 275 2HE LYS 275 33.387 13.892 -6.748 217 1HZ LYS 275 1HZ LYS 275 32.411 15.236 -8.359 218 2HZ LYS 275 2HZ LYS 275 31.116 14.834 -7.337 219 3HZ LYS 275 3HZ LYS 275 31.297 14.047 -8.831 220 H LYS 276 H LYS 276 32.397 7.774 -6.831 221 HA LYS 276 HA LYS 276 30.033 6.365 -6.952 222 1HB LYS 276 1HB LYS 276 29.526 6.509 -9.162 223 2HB LYS 276 2HB LYS 276 31.169 6.937 -9.614 224 1HG LYS 276 1HG LYS 276 30.515 4.777 -10.590 225 2HG LYS 276 2HG LYS 276 31.841 4.555 -9.463 226 1HD LYS 276 1HD LYS 276 29.626 4.236 -7.828 227 2HD LYS 276 2HD LYS 276 29.072 3.553 -9.351 228 1HE LYS 276 1HE LYS 276 31.641 2.791 -7.936 229 2HE LYS 276 2HE LYS 276 30.159 1.839 -7.943 230 1HZ LYS 276 1HZ LYS 276 30.553 2.302 -10.561 231 2HZ LYS 276 2HZ LYS 276 31.046 0.895 -9.745 232 3HZ LYS 276 3HZ LYS 276 32.150 2.162 -10.004 233 1HN NH2 277 1HN NH2 277 33.402 5.950 -8.186 234 2HN NH2 277 2HN NH2 277 33.714 4.556 -7.250 Start of MODEL 24 1 1H HIS 250 1H HIS 250 64.346 13.653 -2.390 2 2H HIS 250 2H HIS 250 62.743 13.407 -2.898 3 3H HIS 250 3H HIS 250 64.034 13.061 -3.948 4 HA HIS 250 HA HIS 250 62.772 11.336 -2.168 5 1HB HIS 250 1HB HIS 250 63.885 10.987 -4.474 6 2HB HIS 250 2HB HIS 250 65.395 10.835 -3.575 7 HD2 HIS 250 HD2 HIS 250 61.835 9.195 -2.791 8 HE1 HIS 250 HE1 HIS 250 64.809 6.199 -2.726 9 HE2 HIS 250 HE2 HIS 250 62.335 6.664 -2.387 10 H ILE 251 H ILE 251 63.201 12.366 -0.070 11 HA ILE 251 HA ILE 251 65.938 11.983 0.944 12 HB ILE 251 HB ILE 251 63.649 13.277 2.422 13 1HG1 ILE 251 1HG1 ILE 251 65.170 15.346 1.443 14 2HG1 ILE 251 2HG1 ILE 251 65.161 14.232 0.074 15 1HG2 ILE 251 1HG2 ILE 251 65.241 13.872 3.931 16 2HG2 ILE 251 2HG2 ILE 251 66.420 14.248 2.675 17 3HG2 ILE 251 3HG2 ILE 251 66.192 12.580 3.200 18 1HD1 ILE 251 1HD1 ILE 251 62.691 14.107 0.206 19 2HD1 ILE 251 2HD1 ILE 251 63.240 15.761 -0.057 20 3HD1 ILE 251 3HD1 ILE 251 62.712 15.251 1.547 21 H ASN 252 H ASN 252 64.351 12.011 3.655 22 HA ASN 252 HA ASN 252 64.448 9.136 3.992 23 1HB ASN 252 1HB ASN 252 63.483 11.128 6.038 24 2HB ASN 252 2HB ASN 252 64.235 9.556 6.306 25 1HD2 ASN 252 1HD2 ASN 252 64.875 12.913 6.067 26 2HD2 ASN 252 2HD2 ASN 252 66.566 12.814 5.967 27 H GLU 253 H GLU 253 62.196 11.134 2.719 28 HA GLU 253 HA GLU 253 59.763 10.680 3.889 29 1HB GLU 253 1HB GLU 253 60.249 10.467 0.913 30 2HB GLU 253 2HB GLU 253 58.762 10.967 1.720 31 1HG GLU 253 1HG GLU 253 60.039 12.889 2.726 32 2HG GLU 253 2HG GLU 253 61.411 12.436 1.716 33 H LEU 254 H LEU 254 61.826 8.380 2.338 34 HA LEU 254 HA LEU 254 60.255 6.351 1.470 35 1HB LEU 254 1HB LEU 254 62.374 5.523 3.390 36 2HB LEU 254 2HB LEU 254 62.047 4.949 1.757 37 HG LEU 254 HG LEU 254 63.369 7.567 2.531 38 1HD1 LEU 254 1HD1 LEU 254 65.298 6.454 2.233 39 2HD1 LEU 254 2HD1 LEU 254 64.778 5.921 0.635 40 3HD1 LEU 254 3HD1 LEU 254 64.374 4.962 2.059 41 1HD2 LEU 254 1HD2 LEU 254 62.066 6.637 0.023 42 2HD2 LEU 254 2HD2 LEU 254 63.650 7.389 -0.163 43 3HD2 LEU 254 3HD2 LEU 254 62.336 8.280 0.605 44 H LEU 255 H LEU 255 60.665 7.377 4.797 45 HA LEU 255 HA LEU 255 59.094 5.131 5.810 46 1HB LEU 255 1HB LEU 255 60.001 7.500 7.430 47 2HB LEU 255 2HB LEU 255 59.707 5.844 7.963 48 HG LEU 255 HG LEU 255 61.968 6.785 6.174 49 1HD1 LEU 255 1HD1 LEU 255 62.696 5.303 8.549 50 2HD1 LEU 255 2HD1 LEU 255 61.698 6.690 8.982 51 3HD1 LEU 255 3HD1 LEU 255 63.185 6.927 8.064 52 1HD2 LEU 255 1HD2 LEU 255 60.979 4.049 6.973 53 2HD2 LEU 255 2HD2 LEU 255 62.679 4.313 6.587 54 3HD2 LEU 255 3HD2 LEU 255 61.440 4.629 5.373 55 H HIS 256 H HIS 256 58.765 8.536 5.075 56 HA HIS 256 HA HIS 256 56.232 8.847 6.417 57 1HB HIS 256 1HB HIS 256 57.444 10.608 4.278 58 2HB HIS 256 2HB HIS 256 56.202 11.051 5.450 59 HD2 HIS 256 HD2 HIS 256 58.351 9.216 7.719 60 HE1 HIS 256 HE1 HIS 256 60.384 12.901 7.391 61 HE2 HIS 256 HE2 HIS 256 60.183 10.766 8.748 62 H ILE 257 H ILE 257 57.326 8.281 3.099 63 HA ILE 257 HA ILE 257 55.090 8.644 1.599 64 HB ILE 257 HB ILE 257 57.103 6.400 1.523 65 1HG1 ILE 257 1HG1 ILE 257 57.494 8.970 0.959 66 2HG1 ILE 257 2HG1 ILE 257 58.219 7.707 -0.033 67 1HG2 ILE 257 1HG2 ILE 257 56.162 6.105 -0.868 68 2HG2 ILE 257 2HG2 ILE 257 54.724 6.926 -0.257 69 3HG2 ILE 257 3HG2 ILE 257 55.243 5.403 0.463 70 1HD1 ILE 257 1HD1 ILE 257 56.969 9.613 -1.254 71 2HD1 ILE 257 2HD1 ILE 257 55.493 8.834 -0.686 72 3HD1 ILE 257 3HD1 ILE 257 56.603 7.959 -1.741 73 H LEU 258 H LEU 258 55.571 6.245 4.071 74 HA LEU 258 HA LEU 258 53.791 4.261 3.553 75 1HB LEU 258 1HB LEU 258 54.735 5.602 5.996 76 2HB LEU 258 2HB LEU 258 53.178 4.798 6.179 77 HG LEU 258 HG LEU 258 55.159 3.327 6.687 78 1HD1 LEU 258 1HD1 LEU 258 52.856 2.767 5.089 79 2HD1 LEU 258 2HD1 LEU 258 53.738 1.671 6.151 80 3HD1 LEU 258 3HD1 LEU 258 54.201 1.817 4.457 81 1HD2 LEU 258 1HD2 LEU 258 56.257 4.475 4.458 82 2HD2 LEU 258 2HD2 LEU 258 55.705 2.931 3.810 83 3HD2 LEU 258 3HD2 LEU 258 56.823 2.966 5.174 84 H VAL 259 H VAL 259 53.058 7.605 4.122 85 HA VAL 259 HA VAL 259 50.387 7.501 4.895 86 HB VAL 259 HB VAL 259 51.703 9.586 4.762 87 1HG1 VAL 259 1HG1 VAL 259 51.230 9.512 1.779 88 2HG1 VAL 259 2HG1 VAL 259 52.715 8.888 2.494 89 3HG1 VAL 259 3HG1 VAL 259 52.288 10.588 2.692 90 1HG2 VAL 259 1HG2 VAL 259 49.124 9.466 4.615 91 2HG2 VAL 259 2HG2 VAL 259 49.333 9.827 2.902 92 3HG2 VAL 259 3HG2 VAL 259 49.890 10.975 4.120 93 H PHE 260 H PHE 260 51.855 6.929 1.769 94 HA PHE 260 HA PHE 260 49.660 7.192 0.078 95 1HB PHE 260 1HB PHE 260 50.999 6.240 -1.486 96 2HB PHE 260 2HB PHE 260 52.243 6.392 -0.244 97 HD1 PHE 260 HD1 PHE 260 49.811 4.082 -1.817 98 HD2 PHE 260 HD2 PHE 260 53.078 4.470 0.946 99 HE1 PHE 260 HE1 PHE 260 50.033 1.614 -1.732 100 HE2 PHE 260 HE2 PHE 260 53.299 2.001 1.029 101 HZ PHE 260 HZ PHE 260 51.777 0.573 -0.309 102 H GLY 261 H GLY 261 50.089 5.049 2.661 103 1HA GLY 261 1HA GLY 261 48.147 3.111 1.579 104 2HA GLY 261 2HA GLY 261 49.193 2.842 2.971 105 H GLU 262 H GLU 262 48.443 5.754 3.737 106 HA GLU 262 HA GLU 262 46.142 4.979 5.359 107 1HB GLU 262 1HB GLU 262 47.883 7.456 5.387 108 2HB GLU 262 2HB GLU 262 46.570 7.135 6.521 109 1HG GLU 262 1HG GLU 262 48.573 4.968 6.190 110 2HG GLU 262 2HG GLU 262 49.134 6.426 7.007 111 H SER 263 H SER 263 47.040 7.744 3.281 112 HA SER 263 HA SER 263 44.446 8.866 3.197 113 1HB SER 263 1HB SER 263 45.401 10.463 1.895 114 2HB SER 263 2HB SER 263 46.906 9.690 2.385 115 HG SER 263 HG SER 263 47.126 8.900 0.438 116 H LEU 264 H LEU 264 46.044 6.407 1.269 117 HA LEU 264 HA LEU 264 44.385 6.308 -0.959 118 1HB LEU 264 1HB LEU 264 46.200 4.456 0.425 119 2HB LEU 264 2HB LEU 264 44.917 3.652 -0.475 120 HG LEU 264 HG LEU 264 47.000 4.079 -1.825 121 1HD1 LEU 264 1HD1 LEU 264 45.574 4.009 -3.560 122 2HD1 LEU 264 2HD1 LEU 264 45.265 5.736 -3.379 123 3HD1 LEU 264 3HD1 LEU 264 44.268 4.566 -2.514 124 1HD2 LEU 264 1HD2 LEU 264 46.291 6.924 -2.180 125 2HD2 LEU 264 2HD2 LEU 264 47.880 6.165 -2.068 126 3HD2 LEU 264 3HD2 LEU 264 46.973 6.532 -0.601 127 H LEU 265 H LEU 265 43.742 5.415 2.323 128 HA LEU 265 HA LEU 265 41.365 3.870 1.632 129 1HB LEU 265 1HB LEU 265 42.174 4.726 4.405 130 2HB LEU 265 2HB LEU 265 41.229 3.317 3.920 131 HG LEU 265 HG LEU 265 44.178 3.777 3.383 132 1HD1 LEU 265 1HD1 LEU 265 42.785 2.673 5.595 133 2HD1 LEU 265 2HD1 LEU 265 44.522 2.636 5.292 134 3HD1 LEU 265 3HD1 LEU 265 43.499 1.319 4.718 135 1HD2 LEU 265 1HD2 LEU 265 43.495 2.577 1.500 136 2HD2 LEU 265 2HD2 LEU 265 42.188 1.770 2.366 137 3HD2 LEU 265 3HD2 LEU 265 43.858 1.268 2.626 138 H ASN 266 H ASN 266 42.246 7.099 2.436 139 HA ASN 266 HA ASN 266 39.544 7.850 3.250 140 1HB ASN 266 1HB ASN 266 40.556 9.579 4.259 141 2HB ASN 266 2HB ASN 266 42.095 8.852 3.800 142 1HD2 ASN 266 1HD2 ASN 266 43.045 9.575 1.684 143 2HD2 ASN 266 2HD2 ASN 266 42.644 11.109 1.079 144 H ASP 267 H ASP 267 41.833 8.557 0.619 145 HA ASP 267 HA ASP 267 40.136 10.259 -0.856 146 1HB ASP 267 1HB ASP 267 42.711 9.620 -1.095 147 2HB ASP 267 2HB ASP 267 42.064 8.501 -2.294 148 H ALA 268 H ALA 268 40.063 6.878 -0.354 149 HA ALA 268 HA ALA 268 38.553 6.327 -2.795 150 1HB ALA 268 1HB ALA 268 38.430 4.025 -1.357 151 2HB ALA 268 2HB ALA 268 39.916 4.729 -0.719 152 3HB ALA 268 3HB ALA 268 39.753 4.431 -2.449 153 H VAL 269 H VAL 269 38.021 5.697 0.683 154 HA VAL 269 HA VAL 269 35.258 5.232 0.471 155 HB VAL 269 HB VAL 269 36.944 6.183 2.793 156 1HG1 VAL 269 1HG1 VAL 269 34.786 6.867 3.422 157 2HG1 VAL 269 2HG1 VAL 269 34.881 5.233 4.079 158 3HG1 VAL 269 3HG1 VAL 269 34.013 5.528 2.572 159 1HG2 VAL 269 1HG2 VAL 269 35.791 3.500 1.971 160 2HG2 VAL 269 2HG2 VAL 269 36.587 3.805 3.515 161 3HG2 VAL 269 3HG2 VAL 269 37.497 3.945 2.011 162 H THR 270 H THR 270 36.959 8.082 0.003 163 HA THR 270 HA THR 270 35.130 9.972 1.118 164 HB THR 270 HB THR 270 37.383 10.106 -0.861 165 HG1 THR 270 HG1 THR 270 38.341 11.030 0.784 166 1HG2 THR 270 1HG2 THR 270 35.247 12.168 -0.358 167 2HG2 THR 270 2HG2 THR 270 35.940 11.653 -1.894 168 3HG2 THR 270 3HG2 THR 270 36.884 12.655 -0.793 169 H VAL 271 H VAL 271 35.824 9.304 -2.316 170 HA VAL 271 HA VAL 271 33.759 10.577 -3.521 171 HB VAL 271 HB VAL 271 34.750 7.798 -4.200 172 1HG1 VAL 271 1HG1 VAL 271 32.845 8.024 -5.520 173 2HG1 VAL 271 2HG1 VAL 271 34.062 8.767 -6.558 174 3HG1 VAL 271 3HG1 VAL 271 32.984 9.781 -5.599 175 1HG2 VAL 271 1HG2 VAL 271 36.135 10.211 -4.122 176 2HG2 VAL 271 2HG2 VAL 271 35.652 10.067 -5.811 177 3HG2 VAL 271 3HG2 VAL 271 36.600 8.788 -5.053 178 H VAL 272 H VAL 272 33.528 7.842 -1.423 179 HA VAL 272 HA VAL 272 30.739 7.340 -2.189 180 HB VAL 272 HB VAL 272 31.970 5.796 0.013 181 1HG1 VAL 272 1HG1 VAL 272 30.861 3.960 -1.171 182 2HG1 VAL 272 2HG1 VAL 272 30.520 5.022 -2.537 183 3HG1 VAL 272 3HG1 VAL 272 29.740 5.309 -0.982 184 1HG2 VAL 272 1HG2 VAL 272 33.932 5.945 -1.355 185 2HG2 VAL 272 2HG2 VAL 272 32.994 5.755 -2.836 186 3HG2 VAL 272 3HG2 VAL 272 33.190 4.390 -1.736 187 H LEU 273 H LEU 273 32.697 8.607 0.434 188 HA LEU 273 HA LEU 273 30.512 8.716 2.315 189 1HB LEU 273 1HB LEU 273 32.909 8.476 2.995 190 2HB LEU 273 2HB LEU 273 33.189 10.121 2.434 191 HG LEU 273 HG LEU 273 31.442 10.929 4.024 192 1HD1 LEU 273 1HD1 LEU 273 29.980 9.221 4.543 193 2HD1 LEU 273 2HD1 LEU 273 31.075 9.072 5.917 194 3HD1 LEU 273 3HD1 LEU 273 31.243 7.991 4.535 195 1HD2 LEU 273 1HD2 LEU 273 33.320 11.283 5.225 196 2HD2 LEU 273 2HD2 LEU 273 34.029 9.762 4.686 197 3HD2 LEU 273 3HD2 LEU 273 32.947 9.786 6.079 198 H TYR 274 H TYR 274 32.482 11.282 0.781 199 HA TYR 274 HA TYR 274 30.810 13.409 1.534 200 1HB TYR 274 1HB TYR 274 32.335 14.683 0.472 201 2HB TYR 274 2HB TYR 274 33.226 13.180 0.242 202 HD1 TYR 274 HD1 TYR 274 31.958 15.964 -1.441 203 HD2 TYR 274 HD2 TYR 274 32.244 11.693 -1.802 204 HE1 TYR 274 HE1 TYR 274 31.664 16.151 -3.895 205 HE2 TYR 274 HE2 TYR 274 31.952 11.881 -4.257 206 HH TYR 274 HH TYR 274 31.434 13.257 -5.945 207 H LYS 275 H LYS 275 29.930 10.890 -0.327 208 HA LYS 275 HA LYS 275 28.782 11.603 -2.651 209 1HB LYS 275 1HB LYS 275 27.825 9.874 -0.412 210 2HB LYS 275 2HB LYS 275 26.719 10.204 -1.745 211 1HG LYS 275 1HG LYS 275 29.548 9.355 -2.316 212 2HG LYS 275 2HG LYS 275 28.335 8.143 -1.908 213 1HD LYS 275 1HD LYS 275 27.230 8.392 -3.890 214 2HD LYS 275 2HD LYS 275 27.487 10.135 -3.932 215 1HE LYS 275 1HE LYS 275 29.730 9.874 -4.734 216 2HE LYS 275 2HE LYS 275 29.701 8.136 -4.433 217 1HZ LYS 275 1HZ LYS 275 28.474 9.673 -6.593 218 2HZ LYS 275 2HZ LYS 275 27.632 8.309 -6.032 219 3HZ LYS 275 3HZ LYS 275 29.212 8.146 -6.634 220 H LYS 276 H LYS 276 27.890 12.817 0.487 221 HA LYS 276 HA LYS 276 25.957 14.626 -0.809 222 1HB LYS 276 1HB LYS 276 24.793 14.305 1.615 223 2HB LYS 276 2HB LYS 276 24.332 13.381 0.185 224 1HG LYS 276 1HG LYS 276 25.744 11.537 0.824 225 2HG LYS 276 2HG LYS 276 26.479 12.479 2.121 226 1HD LYS 276 1HD LYS 276 24.404 12.534 3.355 227 2HD LYS 276 2HD LYS 276 23.527 11.812 2.006 228 1HE LYS 276 1HE LYS 276 25.812 10.182 2.765 229 2HE LYS 276 2HE LYS 276 24.726 10.439 4.131 230 1HZ LYS 276 1HZ LYS 276 22.883 9.690 2.785 231 2HZ LYS 276 2HZ LYS 276 24.099 8.502 2.811 232 3HZ LYS 276 3HZ LYS 276 23.900 9.487 1.442 233 1HN NH2 277 1HN NH2 277 27.129 14.136 2.568 234 2HN NH2 277 2HN NH2 277 27.728 15.726 2.736 Start of MODEL 25 1 1H HIS 250 1H HIS 250 58.546 -7.616 10.954 2 2H HIS 250 2H HIS 250 57.255 -8.547 10.358 3 3H HIS 250 3H HIS 250 57.240 -7.998 11.967 4 HA HIS 250 HA HIS 250 57.189 -6.221 9.591 5 1HB HIS 250 1HB HIS 250 55.145 -7.849 10.365 6 2HB HIS 250 2HB HIS 250 54.833 -6.433 11.369 7 HD2 HIS 250 HD2 HIS 250 55.711 -6.862 7.487 8 HE1 HIS 250 HE1 HIS 250 52.767 -3.870 7.949 9 HE2 HIS 250 HE2 HIS 250 54.178 -5.139 6.262 10 H ILE 251 H ILE 251 58.356 -4.519 10.301 11 HA ILE 251 HA ILE 251 58.079 -3.641 13.091 12 HB ILE 251 HB ILE 251 59.885 -2.144 11.314 13 1HG1 ILE 251 1HG1 ILE 251 60.180 -4.339 10.297 14 2HG1 ILE 251 2HG1 ILE 251 61.581 -3.983 11.304 15 1HG2 ILE 251 1HG2 ILE 251 60.292 -3.604 13.941 16 2HG2 ILE 251 2HG2 ILE 251 59.792 -1.920 13.788 17 3HG2 ILE 251 3HG2 ILE 251 61.387 -2.420 13.226 18 1HD1 ILE 251 1HD1 ILE 251 59.638 -6.142 11.549 19 2HD1 ILE 251 2HD1 ILE 251 59.791 -5.234 13.052 20 3HD1 ILE 251 3HD1 ILE 251 61.215 -5.966 12.316 21 H ASN 252 H ASN 252 58.256 -1.110 13.249 22 HA ASN 252 HA ASN 252 55.862 -0.077 12.005 23 1HB ASN 252 1HB ASN 252 57.871 1.090 13.934 24 2HB ASN 252 2HB ASN 252 56.507 2.012 13.304 25 1HD2 ASN 252 1HD2 ASN 252 56.515 -1.468 14.165 26 2HD2 ASN 252 2HD2 ASN 252 55.357 -1.321 15.397 27 H GLU 253 H GLU 253 59.261 0.049 11.424 28 HA GLU 253 HA GLU 253 59.866 2.353 10.190 29 1HB GLU 253 1HB GLU 253 60.426 -0.457 9.248 30 2HB GLU 253 2HB GLU 253 61.121 0.959 8.459 31 1HG GLU 253 1HG GLU 253 62.097 1.676 10.614 32 2HG GLU 253 2HG GLU 253 61.420 0.246 11.391 33 H LEU 254 H LEU 254 57.504 0.051 9.068 34 HA LEU 254 HA LEU 254 57.251 0.922 6.394 35 1HB LEU 254 1HB LEU 254 55.403 -0.459 8.325 36 2HB LEU 254 2HB LEU 254 54.832 0.037 6.731 37 HG LEU 254 HG LEU 254 56.530 -1.290 5.636 38 1HD1 LEU 254 1HD1 LEU 254 57.577 -1.649 8.449 39 2HD1 LEU 254 2HD1 LEU 254 58.430 -1.009 7.044 40 3HD1 LEU 254 3HD1 LEU 254 58.042 -2.727 7.133 41 1HD2 LEU 254 1HD2 LEU 254 54.416 -2.367 6.787 42 2HD2 LEU 254 2HD2 LEU 254 55.617 -3.117 7.839 43 3HD2 LEU 254 3HD2 LEU 254 55.664 -3.408 6.100 44 H LEU 255 H LEU 255 56.891 2.686 9.124 45 HA LEU 255 HA LEU 255 54.618 4.116 9.191 46 1HB LEU 255 1HB LEU 255 57.479 4.960 9.436 47 2HB LEU 255 2HB LEU 255 56.217 6.191 9.471 48 HG LEU 255 HG LEU 255 55.818 3.769 11.169 49 1HD1 LEU 255 1HD1 LEU 255 57.955 5.838 11.561 50 2HD1 LEU 255 2HD1 LEU 255 58.001 4.108 11.902 51 3HD1 LEU 255 3HD1 LEU 255 57.113 5.195 12.970 52 1HD2 LEU 255 1HD2 LEU 255 54.259 5.819 10.864 53 2HD2 LEU 255 2HD2 LEU 255 55.432 6.682 11.859 54 3HD2 LEU 255 3HD2 LEU 255 54.585 5.279 12.510 55 H HIS 256 H HIS 256 57.280 5.516 7.289 56 HA HIS 256 HA HIS 256 55.815 7.274 5.779 57 1HB HIS 256 1HB HIS 256 58.178 5.653 4.800 58 2HB HIS 256 2HB HIS 256 57.608 7.176 4.118 59 HD2 HIS 256 HD2 HIS 256 59.854 5.940 7.005 60 HE1 HIS 256 HE1 HIS 256 59.321 10.092 7.559 61 HE2 HIS 256 HE2 HIS 256 60.627 8.055 8.332 62 H ILE 257 H ILE 257 56.408 3.846 5.114 63 HA ILE 257 HA ILE 257 55.030 3.810 2.618 64 HB ILE 257 HB ILE 257 55.963 1.697 4.547 65 1HG1 ILE 257 1HG1 ILE 257 57.455 1.131 2.732 66 2HG1 ILE 257 2HG1 ILE 257 56.589 2.193 1.622 67 1HG2 ILE 257 1HG2 ILE 257 54.144 1.397 2.158 68 2HG2 ILE 257 2HG2 ILE 257 53.982 0.675 3.759 69 3HG2 ILE 257 3HG2 ILE 257 55.223 0.094 2.651 70 1HD1 ILE 257 1HD1 ILE 257 57.343 4.153 2.740 71 2HD1 ILE 257 2HD1 ILE 257 58.764 3.116 2.623 72 3HD1 ILE 257 3HD1 ILE 257 57.884 3.234 4.146 73 H LEU 258 H LEU 258 54.038 3.789 5.903 74 HA LEU 258 HA LEU 258 51.508 2.493 5.523 75 1HB LEU 258 1HB LEU 258 53.030 3.233 7.715 76 2HB LEU 258 2HB LEU 258 51.658 4.338 7.780 77 HG LEU 258 HG LEU 258 51.497 1.316 7.562 78 1HD1 LEU 258 1HD1 LEU 258 50.465 1.530 9.831 79 2HD1 LEU 258 2HD1 LEU 258 50.876 3.245 9.818 80 3HD1 LEU 258 3HD1 LEU 258 52.155 2.033 9.796 81 1HD2 LEU 258 1HD2 LEU 258 49.004 2.192 8.232 82 2HD2 LEU 258 2HD2 LEU 258 49.508 1.861 6.576 83 3HD2 LEU 258 3HD2 LEU 258 49.541 3.511 7.194 84 H VAL 259 H VAL 259 52.496 5.888 6.015 85 HA VAL 259 HA VAL 259 50.011 7.099 5.794 86 HB VAL 259 HB VAL 259 52.559 8.243 4.639 87 1HG1 VAL 259 1HG1 VAL 259 51.453 10.221 4.635 88 2HG1 VAL 259 2HG1 VAL 259 50.737 9.918 6.218 89 3HG1 VAL 259 3HG1 VAL 259 49.987 9.250 4.768 90 1HG2 VAL 259 1HG2 VAL 259 52.863 9.147 6.994 91 2HG2 VAL 259 2HG2 VAL 259 53.143 7.415 6.820 92 3HG2 VAL 259 3HG2 VAL 259 51.630 7.998 7.512 93 H PHE 260 H PHE 260 52.373 7.054 3.108 94 HA PHE 260 HA PHE 260 50.682 7.792 1.074 95 1HB PHE 260 1HB PHE 260 52.597 5.569 0.516 96 2HB PHE 260 2HB PHE 260 52.294 7.044 -0.400 97 HD1 PHE 260 HD1 PHE 260 52.482 9.048 1.859 98 HD2 PHE 260 HD2 PHE 260 54.947 5.684 0.829 99 HE1 PHE 260 HE1 PHE 260 54.417 10.128 2.968 100 HE2 PHE 260 HE2 PHE 260 56.884 6.767 1.935 101 HZ PHE 260 HZ PHE 260 56.618 8.990 3.006 102 H GLY 261 H GLY 261 50.744 4.836 2.845 103 1HA GLY 261 1HA GLY 261 49.063 3.422 0.915 104 2HA GLY 261 2HA GLY 261 49.723 2.759 2.406 105 H GLU 262 H GLU 262 48.795 5.232 3.872 106 HA GLU 262 HA GLU 262 46.072 4.275 4.367 107 1HB GLU 262 1HB GLU 262 46.369 4.936 6.514 108 2HB GLU 262 2HB GLU 262 48.076 4.959 6.085 109 1HG GLU 262 1HG GLU 262 47.733 7.397 5.391 110 2HG GLU 262 2HG GLU 262 46.160 7.301 6.184 111 H SER 263 H SER 263 47.790 7.057 3.149 112 HA SER 263 HA SER 263 45.762 8.991 3.329 113 1HB SER 263 1HB SER 263 48.351 8.837 2.251 114 2HB SER 263 2HB SER 263 47.306 9.297 0.910 115 HG SER 263 HG SER 263 46.396 10.850 2.512 116 H LEU 264 H LEU 264 46.643 6.919 0.556 117 HA LEU 264 HA LEU 264 44.422 7.754 -1.013 118 1HB LEU 264 1HB LEU 264 45.183 6.293 -2.640 119 2HB LEU 264 2HB LEU 264 46.658 6.604 -1.736 120 HG LEU 264 HG LEU 264 44.859 4.165 -1.485 121 1HD1 LEU 264 1HD1 LEU 264 47.757 4.430 -2.318 122 2HD1 LEU 264 2HD1 LEU 264 46.412 4.303 -3.450 123 3HD1 LEU 264 3HD1 LEU 264 46.771 2.968 -2.355 124 1HD2 LEU 264 1HD2 LEU 264 45.637 4.428 0.715 125 2HD2 LEU 264 2HD2 LEU 264 47.132 5.202 0.195 126 3HD2 LEU 264 3HD2 LEU 264 46.921 3.465 -0.006 127 H LEU 265 H LEU 265 44.358 6.119 1.788 128 HA LEU 265 HA LEU 265 42.313 4.168 1.042 129 1HB LEU 265 1HB LEU 265 44.226 3.867 2.810 130 2HB LEU 265 2HB LEU 265 43.122 4.745 3.869 131 HG LEU 265 HG LEU 265 41.375 2.989 2.840 132 1HD1 LEU 265 1HD1 LEU 265 43.240 1.987 1.437 133 2HD1 LEU 265 2HD1 LEU 265 42.374 0.835 2.453 134 3HD1 LEU 265 3HD1 LEU 265 43.964 1.420 2.942 135 1HD2 LEU 265 1HD2 LEU 265 41.933 1.527 4.843 136 2HD2 LEU 265 2HD2 LEU 265 41.710 3.237 5.210 137 3HD2 LEU 265 3HD2 LEU 265 43.336 2.562 5.110 138 H ASN 266 H ASN 266 42.628 7.305 2.534 139 HA ASN 266 HA ASN 266 39.893 7.309 3.525 140 1HB ASN 266 1HB ASN 266 40.574 9.020 4.814 141 2HB ASN 266 2HB ASN 266 42.203 8.652 4.250 142 1HD2 ASN 266 1HD2 ASN 266 42.442 9.637 1.772 143 2HD2 ASN 266 2HD2 ASN 266 42.010 11.275 1.679 144 H ASP 267 H ASP 267 41.391 7.811 0.575 145 HA ASP 267 HA ASP 267 39.572 9.898 -0.348 146 1HB ASP 267 1HB ASP 267 42.077 8.714 -1.261 147 2HB ASP 267 2HB ASP 267 40.904 8.900 -2.564 148 H ALA 268 H ALA 268 39.942 6.435 -0.469 149 HA ALA 268 HA ALA 268 38.153 5.959 -2.645 150 1HB ALA 268 1HB ALA 268 38.473 3.904 -0.522 151 2HB ALA 268 2HB ALA 268 39.934 4.406 -1.373 152 3HB ALA 268 3HB ALA 268 38.572 3.740 -2.275 153 H VAL 269 H VAL 269 37.789 5.822 0.895 154 HA VAL 269 HA VAL 269 35.165 4.985 1.088 155 HB VAL 269 HB VAL 269 36.650 5.364 3.027 156 1HG1 VAL 269 1HG1 VAL 269 37.543 7.389 3.517 157 2HG1 VAL 269 2HG1 VAL 269 36.018 8.226 3.228 158 3HG1 VAL 269 3HG1 VAL 269 37.079 7.836 1.875 159 1HG2 VAL 269 1HG2 VAL 269 34.199 7.105 3.328 160 2HG2 VAL 269 2HG2 VAL 269 34.926 6.027 4.518 161 3HG2 VAL 269 3HG2 VAL 269 34.067 5.358 3.130 162 H THR 270 H THR 270 36.311 7.794 -0.409 163 HA THR 270 HA THR 270 33.845 9.313 -0.015 164 HB THR 270 HB THR 270 34.954 11.125 -1.046 165 HG1 THR 270 HG1 THR 270 36.342 10.846 -2.599 166 1HG2 THR 270 1HG2 THR 270 35.899 10.356 1.175 167 2HG2 THR 270 2HG2 THR 270 37.004 11.320 0.194 168 3HG2 THR 270 3HG2 THR 270 37.191 9.569 0.270 169 H VAL 271 H VAL 271 34.728 6.794 -1.917 170 HA VAL 271 HA VAL 271 32.722 7.500 -3.934 171 HB VAL 271 HB VAL 271 35.407 6.366 -4.728 172 1HG1 VAL 271 1HG1 VAL 271 33.199 7.652 -6.361 173 2HG1 VAL 271 2HG1 VAL 271 33.393 5.910 -6.167 174 3HG1 VAL 271 3HG1 VAL 271 34.644 6.851 -6.979 175 1HG2 VAL 271 1HG2 VAL 271 35.830 8.606 -3.945 176 2HG2 VAL 271 2HG2 VAL 271 34.382 9.219 -4.742 177 3HG2 VAL 271 3HG2 VAL 271 35.758 8.683 -5.705 178 H VAL 272 H VAL 272 35.116 4.920 -3.346 179 HA VAL 272 HA VAL 272 33.613 2.780 -4.236 180 HB VAL 272 HB VAL 272 36.072 2.903 -3.373 181 1HG1 VAL 272 1HG1 VAL 272 36.451 2.346 -1.121 182 2HG1 VAL 272 2HG1 VAL 272 34.803 1.762 -0.890 183 3HG1 VAL 272 3HG1 VAL 272 35.114 3.493 -1.020 184 1HG2 VAL 272 1HG2 VAL 272 35.689 0.356 -2.606 185 2HG2 VAL 272 2HG2 VAL 272 35.566 0.851 -4.294 186 3HG2 VAL 272 3HG2 VAL 272 34.106 0.658 -3.323 187 H LEU 273 H LEU 273 32.886 4.799 -1.651 188 HA LEU 273 HA LEU 273 31.446 2.744 -0.145 189 1HB LEU 273 1HB LEU 273 32.857 4.917 0.697 190 2HB LEU 273 2HB LEU 273 31.226 5.574 0.678 191 HG LEU 273 HG LEU 273 31.653 4.643 2.874 192 1HD1 LEU 273 1HD1 LEU 273 29.429 4.180 1.525 193 2HD1 LEU 273 2HD1 LEU 273 29.693 3.432 3.097 194 3HD1 LEU 273 3HD1 LEU 273 29.968 2.503 1.626 195 1HD2 LEU 273 1HD2 LEU 273 33.165 2.735 1.446 196 2HD2 LEU 273 2HD2 LEU 273 31.846 1.834 2.194 197 3HD2 LEU 273 3HD2 LEU 273 32.924 2.810 3.191 198 H TYR 274 H TYR 274 30.600 6.058 -1.185 199 HA TYR 274 HA TYR 274 27.799 5.391 -1.214 200 1HB TYR 274 1HB TYR 274 28.836 7.922 -2.423 201 2HB TYR 274 2HB TYR 274 27.414 7.653 -1.417 202 HD1 TYR 274 HD1 TYR 274 28.414 6.225 0.893 203 HD2 TYR 274 HD2 TYR 274 30.244 9.426 -1.310 204 HE1 TYR 274 HE1 TYR 274 29.714 6.865 2.904 205 HE2 TYR 274 HE2 TYR 274 31.547 10.065 0.700 206 HH TYR 274 HH TYR 274 30.832 8.919 3.793 207 H LYS 275 H LYS 275 29.567 7.042 -3.830 208 HA LYS 275 HA LYS 275 27.917 6.479 -5.912 209 1HB LYS 275 1HB LYS 275 30.889 6.182 -6.291 210 2HB LYS 275 2HB LYS 275 29.707 6.866 -7.399 211 1HG LYS 275 1HG LYS 275 30.628 8.087 -4.776 212 2HG LYS 275 2HG LYS 275 31.026 8.663 -6.387 213 1HD LYS 275 1HD LYS 275 28.262 8.605 -5.134 214 2HD LYS 275 2HD LYS 275 29.240 10.033 -5.450 215 1HE LYS 275 1HE LYS 275 27.830 8.251 -7.423 216 2HE LYS 275 2HE LYS 275 27.804 10.008 -7.295 217 1HZ LYS 275 1HZ LYS 275 30.368 9.653 -7.748 218 2HZ LYS 275 2HZ LYS 275 29.240 9.800 -9.009 219 3HZ LYS 275 3HZ LYS 275 29.789 8.265 -8.532 220 H LYS 276 H LYS 276 30.350 4.283 -4.562 221 HA LYS 276 HA LYS 276 28.871 2.008 -5.554 222 1HB LYS 276 1HB LYS 276 31.045 1.122 -6.680 223 2HB LYS 276 2HB LYS 276 30.024 2.249 -7.573 224 1HG LYS 276 1HG LYS 276 31.565 3.930 -7.470 225 2HG LYS 276 2HG LYS 276 32.063 3.506 -5.832 226 1HD LYS 276 1HD LYS 276 33.883 3.094 -7.453 227 2HD LYS 276 2HD LYS 276 33.343 1.592 -6.704 228 1HE LYS 276 1HE LYS 276 31.816 2.254 -9.111 229 2HE LYS 276 2HE LYS 276 33.538 2.057 -9.436 230 1HZ LYS 276 1HZ LYS 276 31.657 0.116 -8.244 231 2HZ LYS 276 2HZ LYS 276 33.336 -0.041 -8.039 232 3HZ LYS 276 3HZ LYS 276 32.661 -0.078 -9.598 233 1HN NH2 277 1HN NH2 277 32.214 1.353 -5.241 234 2HN NH2 277 2HN NH2 277 32.190 0.845 -3.613 Start of MODEL 26 1 1H HIS 250 1H HIS 250 52.456 -7.739 14.359 2 2H HIS 250 2H HIS 250 52.158 -8.826 15.629 3 3H HIS 250 3H HIS 250 53.560 -7.866 15.639 4 HA HIS 250 HA HIS 250 51.181 -7.288 16.864 5 1HB HIS 250 1HB HIS 250 53.825 -6.274 16.642 6 2HB HIS 250 2HB HIS 250 52.732 -4.910 16.404 7 HD2 HIS 250 HD2 HIS 250 50.421 -5.439 18.562 8 HE1 HIS 250 HE1 HIS 250 53.491 -6.120 21.378 9 HE2 HIS 250 HE2 HIS 250 51.020 -5.605 21.098 10 H ILE 251 H ILE 251 50.416 -4.771 16.595 11 HA ILE 251 HA ILE 251 49.219 -4.694 13.907 12 HB ILE 251 HB ILE 251 48.427 -3.335 16.493 13 1HG1 ILE 251 1HG1 ILE 251 46.468 -5.047 15.210 14 2HG1 ILE 251 2HG1 ILE 251 47.963 -5.934 15.510 15 1HG2 ILE 251 1HG2 ILE 251 47.779 -1.839 14.771 16 2HG2 ILE 251 2HG2 ILE 251 46.337 -2.809 15.074 17 3HG2 ILE 251 3HG2 ILE 251 47.355 -3.154 13.675 18 1HD1 ILE 251 1HD1 ILE 251 46.549 -4.258 17.601 19 2HD1 ILE 251 2HD1 ILE 251 47.921 -5.337 17.856 20 3HD1 ILE 251 3HD1 ILE 251 46.342 -6.001 17.435 21 H ASN 252 H ASN 252 51.301 -2.946 16.085 22 HA ASN 252 HA ASN 252 51.205 -0.401 14.864 23 1HB ASN 252 1HB ASN 252 53.149 -1.837 16.625 24 2HB ASN 252 2HB ASN 252 53.655 -0.341 15.843 25 1HD2 ASN 252 1HD2 ASN 252 51.344 -1.709 18.172 26 2HD2 ASN 252 2HD2 ASN 252 50.873 -0.218 18.832 27 H GLU 253 H GLU 253 52.833 -3.362 14.013 28 HA GLU 253 HA GLU 253 54.883 -2.459 12.374 29 1HB GLU 253 1HB GLU 253 53.217 -4.784 11.491 30 2HB GLU 253 2HB GLU 253 54.972 -4.610 11.519 31 1HG GLU 253 1HG GLU 253 54.549 -4.419 14.143 32 2HG GLU 253 2HG GLU 253 53.105 -5.344 13.733 33 H LEU 254 H LEU 254 51.433 -2.580 11.798 34 HA LEU 254 HA LEU 254 51.521 -2.140 8.987 35 1HB LEU 254 1HB LEU 254 49.414 -1.838 11.108 36 2HB LEU 254 2HB LEU 254 49.120 -1.255 9.469 37 HG LEU 254 HG LEU 254 49.554 -3.464 8.550 38 1HD1 LEU 254 1HD1 LEU 254 51.273 -4.330 9.937 39 2HD1 LEU 254 2HD1 LEU 254 49.880 -5.360 10.267 40 3HD1 LEU 254 3HD1 LEU 254 50.325 -4.087 11.403 41 1HD2 LEU 254 1HD2 LEU 254 47.507 -4.313 9.122 42 2HD2 LEU 254 2HD2 LEU 254 47.348 -2.786 9.991 43 3HD2 LEU 254 3HD2 LEU 254 47.849 -4.242 10.850 44 H LEU 255 H LEU 255 52.707 -0.244 11.330 45 HA LEU 255 HA LEU 255 51.735 2.300 11.113 46 1HB LEU 255 1HB LEU 255 54.307 1.101 11.762 47 2HB LEU 255 2HB LEU 255 54.488 2.686 11.013 48 HG LEU 255 HG LEU 255 52.571 2.159 13.296 49 1HD1 LEU 255 1HD1 LEU 255 55.468 3.030 13.315 50 2HD1 LEU 255 2HD1 LEU 255 54.727 1.704 14.212 51 3HD1 LEU 255 3HD1 LEU 255 54.370 3.374 14.651 52 1HD2 LEU 255 1HD2 LEU 255 52.013 4.338 13.058 53 2HD2 LEU 255 2HD2 LEU 255 52.876 4.304 11.520 54 3HD2 LEU 255 3HD2 LEU 255 53.706 4.827 12.985 55 H HIS 256 H HIS 256 54.416 1.096 9.076 56 HA HIS 256 HA HIS 256 54.425 3.235 7.273 57 1HB HIS 256 1HB HIS 256 55.314 0.369 7.074 58 2HB HIS 256 2HB HIS 256 55.430 1.449 5.684 59 HD2 HIS 256 HD2 HIS 256 56.220 2.628 9.377 60 HE1 HIS 256 HE1 HIS 256 59.758 2.889 7.088 61 HE2 HIS 256 HE2 HIS 256 58.715 3.400 9.346 62 H ILE 257 H ILE 257 52.233 0.600 7.603 63 HA ILE 257 HA ILE 257 51.166 0.921 4.900 64 HB ILE 257 HB ILE 257 50.596 -0.976 7.173 65 1HG1 ILE 257 1HG1 ILE 257 51.066 -1.937 4.426 66 2HG1 ILE 257 2HG1 ILE 257 52.422 -1.039 5.111 67 1HG2 ILE 257 1HG2 ILE 257 48.419 -0.623 6.340 68 2HG2 ILE 257 2HG2 ILE 257 48.989 -2.008 5.408 69 3HG2 ILE 257 3HG2 ILE 257 48.991 -0.398 4.686 70 1HD1 ILE 257 1HD1 ILE 257 52.361 -3.573 5.560 71 2HD1 ILE 257 2HD1 ILE 257 51.029 -3.222 6.661 72 3HD1 ILE 257 3HD1 ILE 257 52.621 -2.520 6.951 73 H LEU 258 H LEU 258 50.537 1.933 8.152 74 HA LEU 258 HA LEU 258 47.782 2.450 8.021 75 1HB LEU 258 1HB LEU 258 49.955 3.054 9.793 76 2HB LEU 258 2HB LEU 258 48.985 4.507 9.552 77 HG LEU 258 HG LEU 258 47.843 1.793 10.274 78 1HD1 LEU 258 1HD1 LEU 258 47.373 3.440 12.408 79 2HD1 LEU 258 2HD1 LEU 258 48.969 3.990 11.899 80 3HD1 LEU 258 3HD1 LEU 258 48.712 2.297 12.318 81 1HD2 LEU 258 1HD2 LEU 258 45.846 2.738 9.827 82 2HD2 LEU 258 2HD2 LEU 258 46.681 4.170 9.228 83 3HD2 LEU 258 3HD2 LEU 258 46.208 4.070 10.924 84 H VAL 259 H VAL 259 50.526 4.637 7.377 85 HA VAL 259 HA VAL 259 48.854 6.759 6.420 86 HB VAL 259 HB VAL 259 51.820 6.233 6.380 87 1HG1 VAL 259 1HG1 VAL 259 51.795 8.736 5.546 88 2HG1 VAL 259 2HG1 VAL 259 50.219 8.292 4.893 89 3HG1 VAL 259 3HG1 VAL 259 51.664 7.420 4.380 90 1HG2 VAL 259 1HG2 VAL 259 50.762 6.977 8.488 91 2HG2 VAL 259 2HG2 VAL 259 50.073 8.368 7.650 92 3HG2 VAL 259 3HG2 VAL 259 51.821 8.229 7.837 93 H PHE 260 H PHE 260 51.141 4.554 4.785 94 HA PHE 260 HA PHE 260 50.665 5.326 2.163 95 1HB PHE 260 1HB PHE 260 51.464 2.713 3.413 96 2HB PHE 260 2HB PHE 260 51.196 2.825 1.674 97 HD1 PHE 260 HD1 PHE 260 52.906 4.749 4.409 98 HD2 PHE 260 HD2 PHE 260 53.028 3.379 0.338 99 HE1 PHE 260 HE1 PHE 260 55.151 5.764 4.134 100 HE2 PHE 260 HE2 PHE 260 55.273 4.395 0.065 101 HZ PHE 260 HZ PHE 260 56.335 5.588 1.962 102 H GLY 261 H GLY 261 48.510 3.911 4.351 103 1HA GLY 261 1HA GLY 261 46.790 2.847 2.205 104 2HA GLY 261 2HA GLY 261 46.641 2.465 3.917 105 H GLU 262 H GLU 262 46.855 5.126 4.911 106 HA GLU 262 HA GLU 262 44.170 5.942 4.835 107 1HB GLU 262 1HB GLU 262 46.691 7.376 5.673 108 2HB GLU 262 2HB GLU 262 45.086 8.085 5.852 109 1HG GLU 262 1HG GLU 262 45.269 5.324 6.841 110 2HG GLU 262 2HG GLU 262 46.305 6.455 7.710 111 H SER 263 H SER 263 46.918 7.865 3.619 112 HA SER 263 HA SER 263 45.458 9.679 2.123 113 1HB SER 263 1HB SER 263 48.256 8.629 1.900 114 2HB SER 263 2HB SER 263 47.635 9.735 0.680 115 HG SER 263 HG SER 263 47.281 11.252 2.256 116 H LEU 264 H LEU 264 46.312 6.385 1.347 117 HA LEU 264 HA LEU 264 45.602 6.662 -1.454 118 1HB LEU 264 1HB LEU 264 46.479 4.368 0.285 119 2HB LEU 264 2HB LEU 264 45.861 4.095 -1.344 120 HG LEU 264 HG LEU 264 47.560 5.643 -2.248 121 1HD1 LEU 264 1HD1 LEU 264 48.075 7.199 -0.604 122 2HD1 LEU 264 2HD1 LEU 264 49.463 6.120 -0.468 123 3HD1 LEU 264 3HD1 LEU 264 48.128 5.986 0.675 124 1HD2 LEU 264 1HD2 LEU 264 48.084 3.111 -0.923 125 2HD2 LEU 264 2HD2 LEU 264 49.532 4.119 -0.946 126 3HD2 LEU 264 3HD2 LEU 264 48.715 3.715 -2.456 127 H LEU 265 H LEU 265 44.236 5.123 1.445 128 HA LEU 265 HA LEU 265 41.831 4.359 -0.011 129 1HB LEU 265 1HB LEU 265 42.548 4.060 2.917 130 2HB LEU 265 2HB LEU 265 41.133 3.362 2.131 131 HG LEU 265 HG LEU 265 43.824 2.805 0.944 132 1HD1 LEU 265 1HD1 LEU 265 42.828 1.836 3.593 133 2HD1 LEU 265 2HD1 LEU 265 44.479 2.153 3.064 134 3HD1 LEU 265 3HD1 LEU 265 43.656 0.684 2.545 135 1HD2 LEU 265 1HD2 LEU 265 41.378 2.073 0.186 136 2HD2 LEU 265 2HD2 LEU 265 41.634 0.811 1.390 137 3HD2 LEU 265 3HD2 LEU 265 42.742 0.968 0.029 138 H ASN 266 H ASN 266 42.918 7.180 1.203 139 HA ASN 266 HA ASN 266 40.728 8.137 2.738 140 1HB ASN 266 1HB ASN 266 43.166 9.228 1.552 141 2HB ASN 266 2HB ASN 266 41.822 10.368 1.521 142 1HD2 ASN 266 1HD2 ASN 266 43.054 7.923 3.890 143 2HD2 ASN 266 2HD2 ASN 266 42.983 8.976 5.219 144 H ASP 267 H ASP 267 41.659 8.999 -0.602 145 HA ASP 267 HA ASP 267 39.320 10.319 -1.309 146 1HB ASP 267 1HB ASP 267 41.599 9.924 -2.592 147 2HB ASP 267 2HB ASP 267 40.693 8.610 -3.342 148 H ALA 268 H ALA 268 39.934 6.926 -0.952 149 HA ALA 268 HA ALA 268 37.546 6.119 -2.404 150 1HB ALA 268 1HB ALA 268 38.412 3.917 -0.976 151 2HB ALA 268 2HB ALA 268 39.905 4.809 -1.273 152 3HB ALA 268 3HB ALA 268 38.886 4.320 -2.626 153 H VAL 269 H VAL 269 38.707 5.934 0.966 154 HA VAL 269 HA VAL 269 36.486 4.877 2.195 155 HB VAL 269 HB VAL 269 38.413 6.998 3.145 156 1HG1 VAL 269 1HG1 VAL 269 37.485 6.228 5.449 157 2HG1 VAL 269 2HG1 VAL 269 36.075 5.696 4.532 158 3HG1 VAL 269 3HG1 VAL 269 36.544 7.396 4.522 159 1HG2 VAL 269 1HG2 VAL 269 38.291 4.346 4.418 160 2HG2 VAL 269 2HG2 VAL 269 39.689 5.246 3.831 161 3HG2 VAL 269 3HG2 VAL 269 38.721 4.292 2.708 162 H THR 270 H THR 270 36.925 8.096 0.905 163 HA THR 270 HA THR 270 34.793 9.407 2.195 164 HB THR 270 HB THR 270 36.213 9.829 -0.422 165 HG1 THR 270 HG1 THR 270 36.677 11.814 0.765 166 1HG2 THR 270 1HG2 THR 270 34.105 10.623 -1.050 167 2HG2 THR 270 2HG2 THR 270 34.854 12.063 -0.362 168 3HG2 THR 270 3HG2 THR 270 33.700 11.129 0.590 169 H VAL 271 H VAL 271 34.807 8.287 -1.194 170 HA VAL 271 HA VAL 271 32.095 8.452 -1.675 171 HB VAL 271 HB VAL 271 34.081 6.424 -2.725 172 1HG1 VAL 271 1HG1 VAL 271 32.380 6.335 -4.643 173 2HG1 VAL 271 2HG1 VAL 271 31.243 7.093 -3.527 174 3HG1 VAL 271 3HG1 VAL 271 31.922 5.509 -3.153 175 1HG2 VAL 271 1HG2 VAL 271 34.394 7.936 -4.533 176 2HG2 VAL 271 2HG2 VAL 271 34.417 8.954 -3.093 177 3HG2 VAL 271 3HG2 VAL 271 32.969 8.877 -4.096 178 H VAL 272 H VAL 272 33.820 6.159 0.262 179 HA VAL 272 HA VAL 272 31.558 4.313 0.378 180 HB VAL 272 HB VAL 272 34.230 4.228 1.799 181 1HG1 VAL 272 1HG1 VAL 272 33.537 1.755 1.968 182 2HG1 VAL 272 2HG1 VAL 272 31.910 2.306 1.569 183 3HG1 VAL 272 3HG1 VAL 272 32.704 2.888 3.033 184 1HG2 VAL 272 1HG2 VAL 272 34.129 2.179 -0.057 185 2HG2 VAL 272 2HG2 VAL 272 34.983 3.706 -0.278 186 3HG2 VAL 272 3HG2 VAL 272 33.349 3.510 -0.911 187 H LEU 273 H LEU 273 32.959 6.927 2.158 188 HA LEU 273 HA LEU 273 31.481 6.281 4.596 189 1HB LEU 273 1HB LEU 273 33.800 7.182 4.724 190 2HB LEU 273 2HB LEU 273 33.238 8.666 3.961 191 HG LEU 273 HG LEU 273 31.626 8.991 5.839 192 1HD1 LEU 273 1HD1 LEU 273 32.812 6.369 6.661 193 2HD1 LEU 273 2HD1 LEU 273 31.155 6.952 6.821 194 3HD1 LEU 273 3HD1 LEU 273 32.402 7.525 7.927 195 1HD2 LEU 273 1HD2 LEU 273 34.547 8.655 6.578 196 2HD2 LEU 273 2HD2 LEU 273 33.369 9.533 7.554 197 3HD2 LEU 273 3HD2 LEU 273 33.780 10.110 5.938 198 H TYR 274 H TYR 274 31.274 8.327 1.794 199 HA TYR 274 HA TYR 274 29.186 9.997 2.967 200 1HB TYR 274 1HB TYR 274 30.739 10.006 0.408 201 2HB TYR 274 2HB TYR 274 29.200 10.864 0.484 202 HD1 TYR 274 HD1 TYR 274 32.129 10.363 2.787 203 HD2 TYR 274 HD2 TYR 274 29.417 13.139 0.944 204 HE1 TYR 274 HE1 TYR 274 33.237 12.235 3.976 205 HE2 TYR 274 HE2 TYR 274 30.525 15.010 2.132 206 HH TYR 274 HH TYR 274 32.046 14.996 4.569 207 H LYS 275 H LYS 275 29.489 7.892 0.091 208 HA LYS 275 HA LYS 275 26.721 7.856 -0.488 209 1HB LYS 275 1HB LYS 275 28.916 7.037 -1.824 210 2HB LYS 275 2HB LYS 275 28.338 5.483 -1.226 211 1HG LYS 275 1HG LYS 275 27.185 5.703 -3.259 212 2HG LYS 275 2HG LYS 275 26.008 6.291 -2.084 213 1HD LYS 275 1HD LYS 275 27.364 8.592 -2.618 214 2HD LYS 275 2HD LYS 275 27.491 7.774 -4.175 215 1HE LYS 275 1HE LYS 275 24.978 7.356 -4.009 216 2HE LYS 275 2HE LYS 275 24.974 8.489 -2.658 217 1HZ LYS 275 1HZ LYS 275 24.472 9.645 -4.687 218 2HZ LYS 275 2HZ LYS 275 25.880 9.052 -5.430 219 3HZ LYS 275 3HZ LYS 275 25.996 10.143 -4.133 220 H LYS 276 H LYS 276 28.206 6.719 2.193 221 HA LYS 276 HA LYS 276 26.479 4.345 2.464 222 1HB LYS 276 1HB LYS 276 28.729 3.814 3.009 223 2HB LYS 276 2HB LYS 276 28.924 5.286 3.962 224 1HG LYS 276 1HG LYS 276 27.762 4.438 5.768 225 2HG LYS 276 2HG LYS 276 26.755 3.394 4.764 226 1HD LYS 276 1HD LYS 276 28.376 2.083 6.108 227 2HD LYS 276 2HD LYS 276 28.660 1.895 4.377 228 1HE LYS 276 1HE LYS 276 30.668 2.969 4.459 229 2HE LYS 276 2HE LYS 276 30.100 4.147 5.642 230 1HZ LYS 276 1HZ LYS 276 30.357 1.393 6.552 231 2HZ LYS 276 2HZ LYS 276 30.692 2.844 7.369 232 3HZ LYS 276 3HZ LYS 276 31.803 2.223 6.244 233 1HN NH2 277 1HN NH2 277 27.618 6.762 4.881 234 2HN NH2 277 2HN NH2 277 26.066 7.044 5.535 Start of MODEL 27 1 1H HIS 250 1H HIS 250 31.768 -12.571 0.331 2 2H HIS 250 2H HIS 250 33.235 -12.294 1.141 3 3H HIS 250 3H HIS 250 33.239 -12.928 -0.434 4 HA HIS 250 HA HIS 250 33.197 -10.927 -1.345 5 1HB HIS 250 1HB HIS 250 30.749 -10.943 -0.957 6 2HB HIS 250 2HB HIS 250 31.008 -10.252 0.645 7 HD2 HIS 250 HD2 HIS 250 32.554 -9.038 -2.830 8 HE1 HIS 250 HE1 HIS 250 30.678 -5.776 -0.917 9 HE2 HIS 250 HE2 HIS 250 32.036 -6.481 -2.945 10 H ILE 251 H ILE 251 34.671 -11.653 1.202 11 HA ILE 251 HA ILE 251 35.159 -8.962 2.296 12 HB ILE 251 HB ILE 251 36.244 -11.583 3.336 13 1HG1 ILE 251 1HG1 ILE 251 34.219 -10.822 5.045 14 2HG1 ILE 251 2HG1 ILE 251 33.533 -10.436 3.466 15 1HG2 ILE 251 1HG2 ILE 251 35.814 -8.848 4.577 16 2HG2 ILE 251 2HG2 ILE 251 37.368 -9.546 4.124 17 3HG2 ILE 251 3HG2 ILE 251 36.425 -10.265 5.431 18 1HD1 ILE 251 1HD1 ILE 251 34.119 -12.734 2.689 19 2HD1 ILE 251 2HD1 ILE 251 32.980 -12.744 4.036 20 3HD1 ILE 251 3HD1 ILE 251 34.683 -13.110 4.317 21 H ASN 252 H ASN 252 36.707 -11.658 0.645 22 HA ASN 252 HA ASN 252 39.374 -10.732 0.802 23 1HB ASN 252 1HB ASN 252 37.925 -12.571 -1.093 24 2HB ASN 252 2HB ASN 252 39.626 -12.167 -1.324 25 1HD2 ASN 252 1HD2 ASN 252 37.917 -12.634 1.797 26 2HD2 ASN 252 2HD2 ASN 252 38.861 -13.956 2.288 27 H GLU 253 H GLU 253 36.698 -9.481 -0.831 28 HA GLU 253 HA GLU 253 38.178 -8.334 -3.054 29 1HB GLU 253 1HB GLU 253 35.335 -7.887 -2.108 30 2HB GLU 253 2HB GLU 253 36.023 -7.253 -3.603 31 1HG GLU 253 1HG GLU 253 36.125 -10.202 -3.000 32 2HG GLU 253 2HG GLU 253 34.684 -9.480 -3.714 33 H LEU 254 H LEU 254 36.443 -7.093 -0.192 34 HA LEU 254 HA LEU 254 37.357 -4.407 -0.546 35 1HB LEU 254 1HB LEU 254 35.932 -5.919 1.610 36 2HB LEU 254 2HB LEU 254 36.634 -4.346 1.992 37 HG LEU 254 HG LEU 254 35.385 -3.311 0.158 38 1HD1 LEU 254 1HD1 LEU 254 33.530 -4.940 -0.816 39 2HD1 LEU 254 2HD1 LEU 254 34.724 -6.177 -0.419 40 3HD1 LEU 254 3HD1 LEU 254 35.138 -4.878 -1.537 41 1HD2 LEU 254 1HD2 LEU 254 33.080 -3.671 1.045 42 2HD2 LEU 254 2HD2 LEU 254 34.266 -3.450 2.332 43 3HD2 LEU 254 3HD2 LEU 254 33.672 -5.066 1.948 44 H LEU 255 H LEU 255 39.051 -7.103 0.194 45 HA LEU 255 HA LEU 255 40.718 -6.032 2.313 46 1HB LEU 255 1HB LEU 255 40.129 -8.531 1.822 47 2HB LEU 255 2HB LEU 255 41.440 -8.421 0.646 48 HG LEU 255 HG LEU 255 42.679 -7.277 2.731 49 1HD1 LEU 255 1HD1 LEU 255 40.961 -9.362 4.081 50 2HD1 LEU 255 2HD1 LEU 255 40.508 -7.657 4.074 51 3HD1 LEU 255 3HD1 LEU 255 42.020 -8.165 4.828 52 1HD2 LEU 255 1HD2 LEU 255 43.559 -9.195 1.540 53 2HD2 LEU 255 2HD2 LEU 255 42.312 -10.244 2.216 54 3HD2 LEU 255 3HD2 LEU 255 43.567 -9.580 3.262 55 H HIS 256 H HIS 256 40.466 -5.456 -0.938 56 HA HIS 256 HA HIS 256 43.302 -5.285 -1.539 57 1HB HIS 256 1HB HIS 256 42.667 -4.994 -3.709 58 2HB HIS 256 2HB HIS 256 41.162 -5.698 -3.117 59 HD2 HIS 256 HD2 HIS 256 39.042 -3.801 -2.706 60 HE1 HIS 256 HE1 HIS 256 41.023 -0.604 -4.619 61 HE2 HIS 256 HE2 HIS 256 38.800 -1.386 -3.673 62 H ILE 257 H ILE 257 40.607 -3.057 -0.931 63 HA ILE 257 HA ILE 257 42.230 -0.703 -1.195 64 HB ILE 257 HB ILE 257 39.643 -0.985 -1.456 65 1HG1 ILE 257 1HG1 ILE 257 39.485 1.438 -0.340 66 2HG1 ILE 257 2HG1 ILE 257 41.239 1.263 -0.307 67 1HG2 ILE 257 1HG2 ILE 257 39.703 -0.166 1.442 68 2HG2 ILE 257 2HG2 ILE 257 39.595 -1.869 0.997 69 3HG2 ILE 257 3HG2 ILE 257 38.338 -0.743 0.484 70 1HD1 ILE 257 1HD1 ILE 257 40.507 2.345 -2.399 71 2HD1 ILE 257 2HD1 ILE 257 39.484 0.954 -2.762 72 3HD1 ILE 257 3HD1 ILE 257 41.238 0.773 -2.727 73 H LEU 258 H LEU 258 42.219 -3.078 1.063 74 HA LEU 258 HA LEU 258 42.514 -1.357 3.407 75 1HB LEU 258 1HB LEU 258 41.672 -4.007 3.009 76 2HB LEU 258 2HB LEU 258 43.216 -4.125 3.852 77 HG LEU 258 HG LEU 258 42.366 -2.418 5.497 78 1HD1 LEU 258 1HD1 LEU 258 40.420 -1.351 5.117 79 2HD1 LEU 258 2HD1 LEU 258 39.564 -2.887 4.985 80 3HD1 LEU 258 3HD1 LEU 258 40.318 -2.172 3.560 81 1HD2 LEU 258 1HD2 LEU 258 41.987 -4.313 6.661 82 2HD2 LEU 258 2HD2 LEU 258 41.599 -5.193 5.183 83 3HD2 LEU 258 3HD2 LEU 258 40.338 -4.304 6.036 84 H VAL 259 H VAL 259 44.437 -2.276 0.894 85 HA VAL 259 HA VAL 259 46.871 -2.711 2.446 86 HB VAL 259 HB VAL 259 46.472 -2.516 -0.549 87 1HG1 VAL 259 1HG1 VAL 259 48.716 -4.083 0.167 88 2HG1 VAL 259 2HG1 VAL 259 48.815 -2.612 1.135 89 3HG1 VAL 259 3HG1 VAL 259 48.722 -2.507 -0.623 90 1HG2 VAL 259 1HG2 VAL 259 46.990 -5.109 -0.102 91 2HG2 VAL 259 2HG2 VAL 259 45.345 -4.473 -0.068 92 3HG2 VAL 259 3HG2 VAL 259 46.222 -4.730 1.440 93 H PHE 260 H PHE 260 46.392 -0.671 -0.422 94 HA PHE 260 HA PHE 260 48.248 1.288 0.589 95 1HB PHE 260 1HB PHE 260 48.078 2.314 -1.517 96 2HB PHE 260 2HB PHE 260 47.846 0.602 -1.871 97 HD1 PHE 260 HD1 PHE 260 45.650 -0.284 -2.467 98 HD2 PHE 260 HD2 PHE 260 46.199 3.883 -1.585 99 HE1 PHE 260 HE1 PHE 260 43.422 0.214 -3.434 100 HE2 PHE 260 HE2 PHE 260 43.971 4.382 -2.552 101 HZ PHE 260 HZ PHE 260 42.582 2.547 -3.476 102 H GLY 261 H GLY 261 45.105 0.688 1.332 103 1HA GLY 261 1HA GLY 261 43.931 3.280 1.248 104 2HA GLY 261 2HA GLY 261 43.377 1.925 2.225 105 H GLU 262 H GLU 262 46.545 3.519 2.285 106 HA GLU 262 HA GLU 262 46.226 3.947 5.166 107 1HB GLU 262 1HB GLU 262 48.638 4.226 3.356 108 2HB GLU 262 2HB GLU 262 48.651 4.461 5.104 109 1HG GLU 262 1HG GLU 262 47.364 1.974 4.596 110 2HG GLU 262 2HG GLU 262 48.844 2.004 3.638 111 H SER 263 H SER 263 47.904 5.891 2.707 112 HA SER 263 HA SER 263 47.122 8.334 4.035 113 1HB SER 263 1HB SER 263 49.329 7.760 2.705 114 2HB SER 263 2HB SER 263 48.381 8.301 1.322 115 HG SER 263 HG SER 263 48.440 10.282 2.061 116 H LEU 264 H LEU 264 46.430 6.768 0.924 117 HA LEU 264 HA LEU 264 44.636 8.813 0.033 118 1HB LEU 264 1HB LEU 264 44.552 5.964 -0.927 119 2HB LEU 264 2HB LEU 264 44.254 7.447 -1.834 120 HG LEU 264 HG LEU 264 46.921 6.469 -0.779 121 1HD1 LEU 264 1HD1 LEU 264 46.810 7.170 -3.574 122 2HD1 LEU 264 2HD1 LEU 264 45.526 6.021 -3.201 123 3HD1 LEU 264 3HD1 LEU 264 47.205 5.614 -2.842 124 1HD2 LEU 264 1HD2 LEU 264 46.982 8.828 -0.510 125 2HD2 LEU 264 2HD2 LEU 264 46.058 9.101 -1.988 126 3HD2 LEU 264 3HD2 LEU 264 47.730 8.545 -2.082 127 H LEU 265 H LEU 265 44.397 6.740 2.539 128 HA LEU 265 HA LEU 265 42.065 5.380 2.547 129 1HB LEU 265 1HB LEU 265 43.471 5.536 4.527 130 2HB LEU 265 2HB LEU 265 43.075 7.242 4.714 131 HG LEU 265 HG LEU 265 40.739 6.697 5.158 132 1HD1 LEU 265 1HD1 LEU 265 40.205 4.822 3.865 133 2HD1 LEU 265 2HD1 LEU 265 40.303 4.123 5.481 134 3HD1 LEU 265 3HD1 LEU 265 41.653 3.945 4.360 135 1HD2 LEU 265 1HD2 LEU 265 42.879 6.124 6.825 136 2HD2 LEU 265 2HD2 LEU 265 41.903 4.657 6.911 137 3HD2 LEU 265 3HD2 LEU 265 41.189 6.217 7.324 138 H ASN 266 H ASN 266 42.382 8.894 2.867 139 HA ASN 266 HA ASN 266 39.658 9.478 3.298 140 1HB ASN 266 1HB ASN 266 41.313 11.388 1.728 141 2HB ASN 266 2HB ASN 266 40.274 11.679 3.122 142 1HD2 ASN 266 1HD2 ASN 266 43.441 10.248 2.215 143 2HD2 ASN 266 2HD2 ASN 266 44.157 10.498 3.733 144 H ASP 267 H ASP 267 41.573 9.266 0.316 145 HA ASP 267 HA ASP 267 39.185 9.710 -1.312 146 1HB ASP 267 1HB ASP 267 42.128 9.587 -1.827 147 2HB ASP 267 2HB ASP 267 41.021 9.261 -3.160 148 H ALA 268 H ALA 268 40.511 7.151 0.264 149 HA ALA 268 HA ALA 268 40.191 5.150 -1.817 150 1HB ALA 268 1HB ALA 268 41.096 3.637 -0.304 151 2HB ALA 268 2HB ALA 268 40.451 4.494 1.095 152 3HB ALA 268 3HB ALA 268 41.839 5.146 0.226 153 H VAL 269 H VAL 269 38.724 5.567 1.417 154 HA VAL 269 HA VAL 269 36.637 3.783 1.162 155 HB VAL 269 HB VAL 269 36.694 6.446 2.598 156 1HG1 VAL 269 1HG1 VAL 269 34.889 5.062 3.979 157 2HG1 VAL 269 2HG1 VAL 269 34.637 4.279 2.419 158 3HG1 VAL 269 3HG1 VAL 269 34.416 6.021 2.577 159 1HG2 VAL 269 1HG2 VAL 269 37.812 5.355 4.236 160 2HG2 VAL 269 2HG2 VAL 269 38.105 4.088 3.044 161 3HG2 VAL 269 3HG2 VAL 269 36.733 3.963 4.144 162 H THR 270 H THR 270 37.163 6.578 -0.661 163 HA THR 270 HA THR 270 34.371 7.135 -1.230 164 HB THR 270 HB THR 270 36.783 8.184 -2.712 165 HG1 THR 270 HG1 THR 270 35.520 9.238 -0.403 166 1HG2 THR 270 1HG2 THR 270 34.136 9.523 -2.150 167 2HG2 THR 270 2HG2 THR 270 34.377 8.489 -3.559 168 3HG2 THR 270 3HG2 THR 270 35.341 9.953 -3.364 169 H VAL 271 H VAL 271 37.174 5.811 -2.983 170 HA VAL 271 HA VAL 271 35.855 5.282 -5.410 171 HB VAL 271 HB VAL 271 38.171 3.777 -4.170 172 1HG1 VAL 271 1HG1 VAL 271 38.693 3.449 -6.667 173 2HG1 VAL 271 2HG1 VAL 271 37.026 3.945 -6.961 174 3HG1 VAL 271 3HG1 VAL 271 37.361 2.500 -6.005 175 1HG2 VAL 271 1HG2 VAL 271 38.989 5.567 -6.209 176 2HG2 VAL 271 2HG2 VAL 271 39.338 5.679 -4.483 177 3HG2 VAL 271 3HG2 VAL 271 37.915 6.479 -5.149 178 H VAL 272 H VAL 272 35.833 3.619 -2.362 179 HA VAL 272 HA VAL 272 34.591 1.240 -3.535 180 HB VAL 272 HB VAL 272 34.995 1.649 -0.591 181 1HG1 VAL 272 1HG1 VAL 272 35.393 -0.781 -0.695 182 2HG1 VAL 272 2HG1 VAL 272 35.243 -0.736 -2.451 183 3HG1 VAL 272 3HG1 VAL 272 33.847 -0.372 -1.439 184 1HG2 VAL 272 1HG2 VAL 272 37.303 0.449 -1.258 185 2HG2 VAL 272 2HG2 VAL 272 37.167 2.204 -1.145 186 3HG2 VAL 272 3HG2 VAL 272 37.077 1.412 -2.718 187 H LEU 273 H LEU 273 33.556 4.212 -2.706 188 HA LEU 273 HA LEU 273 31.132 3.403 -1.292 189 1HB LEU 273 1HB LEU 273 32.503 5.561 -0.867 190 2HB LEU 273 2HB LEU 273 31.701 6.174 -2.312 191 HG LEU 273 HG LEU 273 29.537 5.227 -1.085 192 1HD1 LEU 273 1HD1 LEU 273 29.647 5.132 1.241 193 2HD1 LEU 273 2HD1 LEU 273 31.089 6.145 1.314 194 3HD1 LEU 273 3HD1 LEU 273 31.219 4.463 0.801 195 1HD2 LEU 273 1HD2 LEU 273 29.549 7.567 0.167 196 2HD2 LEU 273 2HD2 LEU 273 29.480 7.495 -1.593 197 3HD2 LEU 273 3HD2 LEU 273 31.013 7.820 -0.784 198 H TYR 274 H TYR 274 31.639 5.550 -4.094 199 HA TYR 274 HA TYR 274 29.079 4.672 -5.196 200 1HB TYR 274 1HB TYR 274 29.138 6.587 -6.537 201 2HB TYR 274 2HB TYR 274 29.931 7.119 -5.053 202 HD1 TYR 274 HD1 TYR 274 30.248 6.790 -8.595 203 HD2 TYR 274 HD2 TYR 274 32.521 6.873 -4.952 204 HE1 TYR 274 HE1 TYR 274 32.294 7.341 -9.883 205 HE2 TYR 274 HE2 TYR 274 34.566 7.424 -6.240 206 HH TYR 274 HH TYR 274 34.510 7.590 -9.794 207 H LYS 275 H LYS 275 32.524 4.571 -5.964 208 HA LYS 275 HA LYS 275 32.164 3.449 -8.579 209 1HB LYS 275 1HB LYS 275 34.351 4.363 -6.954 210 2HB LYS 275 2HB LYS 275 34.727 2.761 -7.593 211 1HG LYS 275 1HG LYS 275 33.704 5.061 -9.288 212 2HG LYS 275 2HG LYS 275 35.410 4.648 -9.116 213 1HD LYS 275 1HD LYS 275 35.226 2.966 -10.602 214 2HD LYS 275 2HD LYS 275 33.836 2.294 -9.753 215 1HE LYS 275 1HE LYS 275 33.221 2.945 -12.049 216 2HE LYS 275 2HE LYS 275 32.362 3.933 -10.867 217 1HZ LYS 275 1HZ LYS 275 34.928 4.787 -12.068 218 2HZ LYS 275 2HZ LYS 275 33.787 5.733 -11.237 219 3HZ LYS 275 3HZ LYS 275 33.434 5.141 -12.790 220 H LYS 276 H LYS 276 31.452 2.192 -5.652 221 HA LYS 276 HA LYS 276 32.483 -0.499 -6.127 222 1HB LYS 276 1HB LYS 276 32.554 0.079 -3.845 223 2HB LYS 276 2HB LYS 276 30.947 0.806 -3.888 224 1HG LYS 276 1HG LYS 276 29.863 -1.255 -3.868 225 2HG LYS 276 2HG LYS 276 31.246 -2.105 -4.559 226 1HD LYS 276 1HD LYS 276 31.585 -0.822 -1.879 227 2HD LYS 276 2HD LYS 276 30.657 -2.321 -1.972 228 1HE LYS 276 1HE LYS 276 33.397 -2.015 -3.218 229 2HE LYS 276 2HE LYS 276 33.156 -2.610 -1.575 230 1HZ LYS 276 1HZ LYS 276 31.502 -3.868 -3.586 231 2HZ LYS 276 2HZ LYS 276 32.375 -4.562 -2.304 232 3HZ LYS 276 3HZ LYS 276 33.163 -4.163 -3.755 233 1HN NH2 277 1HN NH2 277 29.203 0.935 -5.623 234 2HN NH2 277 2HN NH2 277 28.400 -0.233 -6.574 Start of MODEL 28 1 1H HIS 250 1H HIS 250 31.694 -8.411 6.148 2 2H HIS 250 2H HIS 250 31.557 -9.720 7.222 3 3H HIS 250 3H HIS 250 31.851 -9.998 5.572 4 HA HIS 250 HA HIS 250 33.699 -9.488 7.675 5 1HB HIS 250 1HB HIS 250 33.467 -10.977 5.272 6 2HB HIS 250 2HB HIS 250 34.867 -9.921 5.079 7 HD2 HIS 250 HD2 HIS 250 36.123 -10.016 8.086 8 HE1 HIS 250 HE1 HIS 250 35.972 -14.217 7.693 9 HE2 HIS 250 HE2 HIS 250 36.996 -12.299 9.006 10 H ILE 251 H ILE 251 35.819 -8.357 7.055 11 HA ILE 251 HA ILE 251 35.425 -5.978 5.400 12 HB ILE 251 HB ILE 251 35.938 -4.405 7.091 13 1HG1 ILE 251 1HG1 ILE 251 37.719 -5.524 8.287 14 2HG1 ILE 251 2HG1 ILE 251 36.453 -5.155 9.451 15 1HG2 ILE 251 1HG2 ILE 251 33.616 -5.325 7.138 16 2HG2 ILE 251 2HG2 ILE 251 34.149 -4.720 8.707 17 3HG2 ILE 251 3HG2 ILE 251 34.125 -6.455 8.393 18 1HD1 ILE 251 1HD1 ILE 251 37.130 -7.824 8.218 19 2HD1 ILE 251 2HD1 ILE 251 35.560 -7.529 8.967 20 3HD1 ILE 251 3HD1 ILE 251 37.033 -7.396 9.924 21 H ASN 252 H ASN 252 37.176 -8.558 5.884 22 HA ASN 252 HA ASN 252 39.835 -7.349 5.920 23 1HB ASN 252 1HB ASN 252 40.433 -9.333 6.764 24 2HB ASN 252 2HB ASN 252 38.758 -9.869 6.636 25 1HD2 ASN 252 1HD2 ASN 252 38.114 -10.832 4.468 26 2HD2 ASN 252 2HD2 ASN 252 39.300 -11.647 3.567 27 H GLU 253 H GLU 253 37.779 -9.246 3.738 28 HA GLU 253 HA GLU 253 39.326 -9.699 1.567 29 1HB GLU 253 1HB GLU 253 37.111 -8.698 0.316 30 2HB GLU 253 2HB GLU 253 37.228 -10.324 0.988 31 1HG GLU 253 1HG GLU 253 36.101 -9.701 2.977 32 2HG GLU 253 2HG GLU 253 36.349 -7.981 2.678 33 H LEU 254 H LEU 254 37.888 -6.587 2.425 34 HA LEU 254 HA LEU 254 38.686 -5.110 0.180 35 1HB LEU 254 1HB LEU 254 38.554 -3.956 2.960 36 2HB LEU 254 2HB LEU 254 38.146 -3.184 1.430 37 HG LEU 254 HG LEU 254 36.620 -5.389 2.835 38 1HD1 LEU 254 1HD1 LEU 254 35.969 -2.542 2.027 39 2HD1 LEU 254 2HD1 LEU 254 36.109 -3.174 3.667 40 3HD1 LEU 254 3HD1 LEU 254 34.775 -3.688 2.634 41 1HD2 LEU 254 1HD2 LEU 254 35.053 -5.035 0.798 42 2HD2 LEU 254 2HD2 LEU 254 36.499 -6.016 0.556 43 3HD2 LEU 254 3HD2 LEU 254 36.469 -4.340 0.009 44 H LEU 255 H LEU 255 40.691 -6.748 2.155 45 HA LEU 255 HA LEU 255 42.738 -5.324 3.116 46 1HB LEU 255 1HB LEU 255 42.440 -7.928 2.302 47 2HB LEU 255 2HB LEU 255 43.707 -7.355 1.221 48 HG LEU 255 HG LEU 255 44.739 -8.267 3.222 49 1HD1 LEU 255 1HD1 LEU 255 44.968 -5.343 3.773 50 2HD1 LEU 255 2HD1 LEU 255 45.394 -5.906 2.157 51 3HD1 LEU 255 3HD1 LEU 255 46.232 -6.553 3.564 52 1HD2 LEU 255 1HD2 LEU 255 43.864 -6.326 5.176 53 2HD2 LEU 255 2HD2 LEU 255 43.792 -8.086 5.256 54 3HD2 LEU 255 3HD2 LEU 255 42.470 -7.183 4.516 55 H HIS 256 H HIS 256 42.234 -5.924 -0.347 56 HA HIS 256 HA HIS 256 44.505 -4.689 -1.362 57 1HB HIS 256 1HB HIS 256 41.718 -5.047 -2.425 58 2HB HIS 256 2HB HIS 256 42.926 -4.158 -3.355 59 HD2 HIS 256 HD2 HIS 256 44.524 -7.041 -1.395 60 HE1 HIS 256 HE1 HIS 256 43.868 -8.496 -5.304 61 HE2 HIS 256 HE2 HIS 256 45.015 -8.969 -3.088 62 H ILE 257 H ILE 257 41.306 -3.135 -1.479 63 HA ILE 257 HA ILE 257 42.315 -0.536 -1.824 64 HB ILE 257 HB ILE 257 39.912 -1.562 -2.176 65 1HG1 ILE 257 1HG1 ILE 257 39.042 0.894 -1.767 66 2HG1 ILE 257 2HG1 ILE 257 40.744 1.232 -1.460 67 1HG2 ILE 257 1HG2 ILE 257 39.782 -1.877 0.401 68 2HG2 ILE 257 2HG2 ILE 257 38.376 -1.212 -0.428 69 3HG2 ILE 257 3HG2 ILE 257 39.473 -0.141 0.446 70 1HD1 ILE 257 1HD1 ILE 257 40.758 1.554 -3.734 71 2HD1 ILE 257 2HD1 ILE 257 39.392 0.469 -4.000 72 3HD1 ILE 257 3HD1 ILE 257 41.004 -0.192 -3.729 73 H LEU 258 H LEU 258 42.826 -2.360 0.801 74 HA LEU 258 HA LEU 258 42.247 -0.334 2.821 75 1HB LEU 258 1HB LEU 258 42.242 -3.067 2.890 76 2HB LEU 258 2HB LEU 258 43.798 -2.694 3.628 77 HG LEU 258 HG LEU 258 41.111 -1.563 4.469 78 1HD1 LEU 258 1HD1 LEU 258 43.003 -3.471 5.875 79 2HD1 LEU 258 2HD1 LEU 258 41.491 -3.936 5.096 80 3HD1 LEU 258 3HD1 LEU 258 41.467 -2.879 6.508 81 1HD2 LEU 258 1HD2 LEU 258 43.943 -0.904 5.149 82 2HD2 LEU 258 2HD2 LEU 258 42.779 -0.921 6.474 83 3HD2 LEU 258 3HD2 LEU 258 42.529 0.148 5.095 84 H VAL 259 H VAL 259 45.147 -2.194 1.825 85 HA VAL 259 HA VAL 259 46.851 -0.220 3.127 86 HB VAL 259 HB VAL 259 48.679 -1.753 2.593 87 1HG1 VAL 259 1HG1 VAL 259 48.097 -3.238 4.233 88 2HG1 VAL 259 2HG1 VAL 259 46.572 -3.659 3.453 89 3HG1 VAL 259 3HG1 VAL 259 46.699 -2.175 4.397 90 1HG2 VAL 259 1HG2 VAL 259 48.075 -3.929 1.461 91 2HG2 VAL 259 2HG2 VAL 259 47.993 -2.519 0.403 92 3HG2 VAL 259 3HG2 VAL 259 46.512 -3.218 1.059 93 H PHE 260 H PHE 260 46.068 -1.255 -0.166 94 HA PHE 260 HA PHE 260 48.079 -0.122 -1.635 95 1HB PHE 260 1HB PHE 260 46.667 -0.221 -3.434 96 2HB PHE 260 2HB PHE 260 45.717 -1.188 -2.310 97 HD1 PHE 260 HD1 PHE 260 44.502 0.656 -0.494 98 HD2 PHE 260 HD2 PHE 260 45.255 1.149 -4.695 99 HE1 PHE 260 HE1 PHE 260 42.657 2.305 -0.632 100 HE2 PHE 260 HE2 PHE 260 43.407 2.794 -4.833 101 HZ PHE 260 HZ PHE 260 42.106 3.371 -2.802 102 H GLY 261 H GLY 261 45.917 1.468 0.469 103 1HA GLY 261 1HA GLY 261 47.197 4.024 -0.031 104 2HA GLY 261 2HA GLY 261 45.471 3.974 -0.378 105 H GLU 262 H GLU 262 47.152 2.209 2.191 106 HA GLU 262 HA GLU 262 45.388 2.527 4.219 107 1HB GLU 262 1HB GLU 262 47.600 2.764 5.695 108 2HB GLU 262 2HB GLU 262 47.167 1.250 4.905 109 1HG GLU 262 1HG GLU 262 48.770 1.499 3.244 110 2HG GLU 262 2HG GLU 262 48.783 3.257 3.375 111 H SER 263 H SER 263 47.733 4.944 3.145 112 HA SER 263 HA SER 263 46.860 6.814 5.216 113 1HB SER 263 1HB SER 263 49.282 6.414 3.990 114 2HB SER 263 2HB SER 263 48.659 7.814 3.121 115 HG SER 263 HG SER 263 48.273 8.779 5.179 116 H LEU 264 H LEU 264 46.223 6.056 1.920 117 HA LEU 264 HA LEU 264 45.047 8.689 1.387 118 1HB LEU 264 1HB LEU 264 45.680 6.289 -0.302 119 2HB LEU 264 2HB LEU 264 44.552 7.514 -0.880 120 HG LEU 264 HG LEU 264 47.140 8.458 0.267 121 1HD1 LEU 264 1HD1 LEU 264 46.820 6.995 -2.354 122 2HD1 LEU 264 2HD1 LEU 264 48.054 6.766 -1.115 123 3HD1 LEU 264 3HD1 LEU 264 48.078 8.209 -2.129 124 1HD2 LEU 264 1HD2 LEU 264 45.613 9.299 -2.213 125 2HD2 LEU 264 2HD2 LEU 264 46.829 10.226 -1.335 126 3HD2 LEU 264 3HD2 LEU 264 45.252 9.926 -0.604 127 H LEU 265 H LEU 265 44.072 6.137 3.061 128 HA LEU 265 HA LEU 265 41.730 5.119 2.128 129 1HB LEU 265 1HB LEU 265 41.042 4.775 4.386 130 2HB LEU 265 2HB LEU 265 42.799 4.668 4.371 131 HG LEU 265 HG LEU 265 41.157 7.079 5.228 132 1HD1 LEU 265 1HD1 LEU 265 41.478 4.936 6.712 133 2HD1 LEU 265 2HD1 LEU 265 41.720 6.533 7.418 134 3HD1 LEU 265 3HD1 LEU 265 43.111 5.565 6.928 135 1HD2 LEU 265 1HD2 LEU 265 43.117 8.004 4.283 136 2HD2 LEU 265 2HD2 LEU 265 44.114 6.650 4.807 137 3HD2 LEU 265 3HD2 LEU 265 43.533 7.823 5.986 138 H ASN 266 H ASN 266 42.362 8.419 2.688 139 HA ASN 266 HA ASN 266 39.756 9.348 3.301 140 1HB ASN 266 1HB ASN 266 40.597 11.502 2.924 141 2HB ASN 266 2HB ASN 266 42.023 10.593 3.422 142 1HD2 ASN 266 1HD2 ASN 266 43.477 9.804 1.626 143 2HD2 ASN 266 2HD2 ASN 266 43.525 10.677 0.171 144 H ASP 267 H ASP 267 41.494 8.975 0.221 145 HA ASP 267 HA ASP 267 39.095 9.725 -1.271 146 1HB ASP 267 1HB ASP 267 41.561 10.368 -1.840 147 2HB ASP 267 2HB ASP 267 41.639 8.747 -2.528 148 H ALA 268 H ALA 268 40.344 6.963 0.111 149 HA ALA 268 HA ALA 268 39.443 5.130 -1.979 150 1HB ALA 268 1HB ALA 268 40.214 4.077 0.674 151 2HB ALA 268 2HB ALA 268 41.477 4.944 -0.201 152 3HB ALA 268 3HB ALA 268 40.694 3.544 -0.936 153 H VAL 269 H VAL 269 38.605 6.053 1.342 154 HA VAL 269 HA VAL 269 36.651 4.302 2.028 155 HB VAL 269 HB VAL 269 37.284 6.201 3.438 156 1HG1 VAL 269 1HG1 VAL 269 37.266 8.309 2.648 157 2HG1 VAL 269 2HG1 VAL 269 35.543 8.195 2.285 158 3HG1 VAL 269 3HG1 VAL 269 36.732 7.677 1.089 159 1HG2 VAL 269 1HG2 VAL 269 35.014 5.027 3.629 160 2HG2 VAL 269 2HG2 VAL 269 34.334 6.425 2.797 161 3HG2 VAL 269 3HG2 VAL 269 35.121 6.627 4.362 162 H THR 270 H THR 270 36.549 6.580 -0.582 163 HA THR 270 HA THR 270 33.671 6.246 -0.972 164 HB THR 270 HB THR 270 35.648 7.767 -2.683 165 HG1 THR 270 HG1 THR 270 35.732 8.905 -0.897 166 1HG2 THR 270 1HG2 THR 270 33.636 8.945 -3.448 167 2HG2 THR 270 2HG2 THR 270 32.638 7.960 -2.377 168 3HG2 THR 270 3HG2 THR 270 33.478 7.213 -3.738 169 H VAL 271 H VAL 271 36.726 5.478 -2.604 170 HA VAL 271 HA VAL 271 35.765 4.354 -4.947 171 HB VAL 271 HB VAL 271 38.131 3.446 -3.292 172 1HG1 VAL 271 1HG1 VAL 271 37.646 1.752 -4.917 173 2HG1 VAL 271 2HG1 VAL 271 38.956 2.722 -5.591 174 3HG1 VAL 271 3HG1 VAL 271 37.304 2.954 -6.162 175 1HG2 VAL 271 1HG2 VAL 271 39.395 5.070 -4.422 176 2HG2 VAL 271 2HG2 VAL 271 37.879 5.918 -4.121 177 3HG2 VAL 271 3HG2 VAL 271 38.206 5.235 -5.713 178 H VAL 272 H VAL 272 35.915 2.967 -1.715 179 HA VAL 272 HA VAL 272 34.896 0.413 -2.731 180 HB VAL 272 HB VAL 272 36.763 0.340 -1.133 181 1HG1 VAL 272 1HG1 VAL 272 34.804 1.566 0.828 182 2HG1 VAL 272 2HG1 VAL 272 36.119 2.453 0.059 183 3HG1 VAL 272 3HG1 VAL 272 36.477 1.115 1.150 184 1HG2 VAL 272 1HG2 VAL 272 34.524 -0.648 0.546 185 2HG2 VAL 272 2HG2 VAL 272 35.927 -1.514 -0.082 186 3HG2 VAL 272 3HG2 VAL 272 34.532 -1.223 -1.121 187 H LEU 273 H LEU 273 33.548 3.266 -1.939 188 HA LEU 273 HA LEU 273 31.446 2.327 -0.183 189 1HB LEU 273 1HB LEU 273 32.236 4.646 -0.036 190 2HB LEU 273 2HB LEU 273 31.744 4.932 -1.702 191 HG LEU 273 HG LEU 273 29.391 4.467 -1.086 192 1HD1 LEU 273 1HD1 LEU 273 29.083 4.519 1.551 193 2HD1 LEU 273 2HD1 LEU 273 30.698 3.810 1.527 194 3HD1 LEU 273 3HD1 LEU 273 29.366 2.996 0.707 195 1HD2 LEU 273 1HD2 LEU 273 29.990 6.769 -0.975 196 2HD2 LEU 273 2HD2 LEU 273 30.904 6.536 0.515 197 3HD2 LEU 273 3HD2 LEU 273 29.143 6.440 0.537 198 H TYR 274 H TYR 274 30.755 4.242 -3.046 199 HA TYR 274 HA TYR 274 28.671 2.313 -3.772 200 1HB TYR 274 1HB TYR 274 27.566 4.051 -4.818 201 2HB TYR 274 2HB TYR 274 28.424 4.931 -3.554 202 HD1 TYR 274 HD1 TYR 274 30.648 6.023 -4.103 203 HD2 TYR 274 HD2 TYR 274 28.028 4.444 -7.118 204 HE1 TYR 274 HE1 TYR 274 31.823 7.365 -5.826 205 HE2 TYR 274 HE2 TYR 274 29.203 5.785 -8.841 206 HH TYR 274 HH TYR 274 31.839 8.010 -7.955 207 H LYS 275 H LYS 275 31.749 3.473 -4.810 208 HA LYS 275 HA LYS 275 31.590 2.826 -7.558 209 1HB LYS 275 1HB LYS 275 33.695 3.497 -5.613 210 2HB LYS 275 2HB LYS 275 34.233 2.487 -6.956 211 1HG LYS 275 1HG LYS 275 32.559 4.958 -7.409 212 2HG LYS 275 2HG LYS 275 34.316 5.047 -7.289 213 1HD LYS 275 1HD LYS 275 34.620 4.116 -9.337 214 2HD LYS 275 2HD LYS 275 33.352 2.919 -9.082 215 1HE LYS 275 1HE LYS 275 31.634 4.619 -9.544 216 2HE LYS 275 2HE LYS 275 32.891 5.835 -9.774 217 1HZ LYS 275 1HZ LYS 275 33.725 4.658 -11.648 218 2HZ LYS 275 2HZ LYS 275 32.047 4.824 -11.861 219 3HZ LYS 275 3HZ LYS 275 32.700 3.337 -11.363 220 H LYS 276 H LYS 276 33.369 1.045 -5.011 221 HA LYS 276 HA LYS 276 32.257 -1.481 -5.775 222 1HB LYS 276 1HB LYS 276 34.506 -2.429 -6.522 223 2HB LYS 276 2HB LYS 276 33.672 -1.392 -7.680 224 1HG LYS 276 1HG LYS 276 35.235 0.267 -7.520 225 2HG LYS 276 2HG LYS 276 35.481 0.005 -5.793 226 1HD LYS 276 1HD LYS 276 36.861 -1.940 -6.222 227 2HD LYS 276 2HD LYS 276 36.496 -1.871 -7.946 228 1HE LYS 276 1HE LYS 276 37.504 0.684 -7.055 229 2HE LYS 276 2HE LYS 276 38.628 -0.596 -6.601 230 1HZ LYS 276 1HZ LYS 276 38.237 -1.406 -8.996 231 2HZ LYS 276 2HZ LYS 276 39.270 -0.081 -8.740 232 3HZ LYS 276 3HZ LYS 276 37.679 0.170 -9.282 233 1HN NH2 277 1HN NH2 277 35.595 -1.690 -4.947 234 2HN NH2 277 2HN NH2 277 35.380 -1.948 -3.273 Start of MODEL 29 1 1H HIS 250 1H HIS 250 60.364 -8.274 10.243 2 2H HIS 250 2H HIS 250 62.003 -7.848 10.103 3 3H HIS 250 3H HIS 250 60.848 -7.142 9.076 4 HA HIS 250 HA HIS 250 59.771 -6.162 11.084 5 1HB HIS 250 1HB HIS 250 61.028 -7.872 12.569 6 2HB HIS 250 2HB HIS 250 62.403 -6.776 12.425 7 HD2 HIS 250 HD2 HIS 250 60.432 -3.982 12.602 8 HE1 HIS 250 HE1 HIS 250 59.642 -5.470 16.473 9 HE2 HIS 250 HE2 HIS 250 59.519 -3.418 14.982 10 H ILE 251 H ILE 251 59.977 -4.474 9.601 11 HA ILE 251 HA ILE 251 62.614 -3.170 9.411 12 HB ILE 251 HB ILE 251 60.191 -2.440 7.780 13 1HG1 ILE 251 1HG1 ILE 251 61.663 -4.059 6.136 14 2HG1 ILE 251 2HG1 ILE 251 61.827 -4.902 7.676 15 1HG2 ILE 251 1HG2 ILE 251 63.181 -2.326 7.270 16 2HG2 ILE 251 2HG2 ILE 251 62.173 -0.958 7.742 17 3HG2 ILE 251 3HG2 ILE 251 61.926 -1.738 6.179 18 1HD1 ILE 251 1HD1 ILE 251 59.843 -5.706 6.463 19 2HD1 ILE 251 2HD1 ILE 251 59.213 -4.059 6.389 20 3HD1 ILE 251 3HD1 ILE 251 59.367 -4.876 7.944 21 H ASN 252 H ASN 252 62.765 -0.877 9.687 22 HA ASN 252 HA ASN 252 61.109 0.092 11.851 23 1HB ASN 252 1HB ASN 252 62.802 1.540 12.255 24 2HB ASN 252 2HB ASN 252 63.714 0.505 11.156 25 1HD2 ASN 252 1HD2 ASN 252 62.880 1.185 8.654 26 2HD2 ASN 252 2HD2 ASN 252 63.091 2.842 8.358 27 H GLU 253 H GLU 253 61.355 0.548 8.404 28 HA GLU 253 HA GLU 253 59.766 2.957 8.341 29 1HB GLU 253 1HB GLU 253 59.995 2.861 5.998 30 2HB GLU 253 2HB GLU 253 61.506 2.180 6.602 31 1HG GLU 253 1HG GLU 253 60.201 -0.098 6.479 32 2HG GLU 253 2HG GLU 253 59.168 0.775 5.348 33 H LEU 254 H LEU 254 58.967 -0.085 9.165 34 HA LEU 254 HA LEU 254 56.773 -0.851 7.655 35 1HB LEU 254 1HB LEU 254 57.736 -1.336 10.388 36 2HB LEU 254 2HB LEU 254 55.991 -1.506 10.205 37 HG LEU 254 HG LEU 254 57.924 -2.795 8.272 38 1HD1 LEU 254 1HD1 LEU 254 56.847 -3.853 10.897 39 2HD1 LEU 254 2HD1 LEU 254 58.535 -3.706 10.411 40 3HD1 LEU 254 3HD1 LEU 254 57.494 -4.896 9.630 41 1HD2 LEU 254 1HD2 LEU 254 55.357 -4.069 8.931 42 2HD2 LEU 254 2HD2 LEU 254 56.058 -3.709 7.354 43 3HD2 LEU 254 3HD2 LEU 254 55.176 -2.460 8.232 44 H LEU 255 H LEU 255 57.139 2.032 9.314 45 HA LEU 255 HA LEU 255 54.291 2.363 9.905 46 1HB LEU 255 1HB LEU 255 55.993 4.724 10.213 47 2HB LEU 255 2HB LEU 255 54.921 3.950 11.378 48 HG LEU 255 HG LEU 255 57.726 3.050 10.657 49 1HD1 LEU 255 1HD1 LEU 255 56.498 4.415 13.055 50 2HD1 LEU 255 2HD1 LEU 255 57.881 4.936 12.092 51 3HD1 LEU 255 3HD1 LEU 255 58.026 3.540 13.160 52 1HD2 LEU 255 1HD2 LEU 255 57.032 1.018 11.371 53 2HD2 LEU 255 2HD2 LEU 255 55.465 1.660 11.868 54 3HD2 LEU 255 3HD2 LEU 255 56.841 1.741 12.968 55 H HIS 256 H HIS 256 56.471 2.870 7.377 56 HA HIS 256 HA HIS 256 55.073 5.158 6.237 57 1HB HIS 256 1HB HIS 256 57.318 3.463 5.115 58 2HB HIS 256 2HB HIS 256 56.736 4.990 4.447 59 HD2 HIS 256 HD2 HIS 256 56.674 5.562 8.128 60 HE1 HIS 256 HE1 HIS 256 60.622 6.557 7.011 61 HE2 HIS 256 HE2 HIS 256 58.895 6.722 8.865 62 H ILE 257 H ILE 257 55.464 1.692 5.644 63 HA ILE 257 HA ILE 257 54.009 1.607 3.210 64 HB ILE 257 HB ILE 257 53.938 -0.794 3.547 65 1HG1 ILE 257 1HG1 ILE 257 55.196 -1.279 5.971 66 2HG1 ILE 257 2HG1 ILE 257 54.081 0.033 6.359 67 1HG2 ILE 257 1HG2 ILE 257 56.245 -1.177 3.532 68 2HG2 ILE 257 2HG2 ILE 257 56.552 0.025 4.786 69 3HG2 ILE 257 3HG2 ILE 257 56.162 0.541 3.146 70 1HD1 ILE 257 1HD1 ILE 257 53.369 -2.598 5.032 71 2HD1 ILE 257 2HD1 ILE 257 52.241 -1.266 5.283 72 3HD1 ILE 257 3HD1 ILE 257 52.941 -2.101 6.669 73 H LEU 258 H LEU 258 53.004 2.254 6.348 74 HA LEU 258 HA LEU 258 50.342 1.090 6.044 75 1HB LEU 258 1HB LEU 258 51.981 1.858 8.241 76 2HB LEU 258 2HB LEU 258 50.519 2.843 8.296 77 HG LEU 258 HG LEU 258 50.556 -0.177 8.007 78 1HD1 LEU 258 1HD1 LEU 258 49.894 1.572 10.397 79 2HD1 LEU 258 2HD1 LEU 258 51.330 0.560 10.233 80 3HD1 LEU 258 3HD1 LEU 258 49.732 -0.183 10.333 81 1HD2 LEU 258 1HD2 LEU 258 48.551 1.817 7.526 82 2HD2 LEU 258 2HD2 LEU 258 48.084 0.889 8.952 83 3HD2 LEU 258 3HD2 LEU 258 48.393 0.063 7.424 84 H VAL 259 H VAL 259 51.900 4.270 6.159 85 HA VAL 259 HA VAL 259 49.628 5.891 6.125 86 HB VAL 259 HB VAL 259 52.313 6.353 4.805 87 1HG1 VAL 259 1HG1 VAL 259 51.243 8.142 3.909 88 2HG1 VAL 259 2HG1 VAL 259 51.276 8.798 5.546 89 3HG1 VAL 259 3HG1 VAL 259 49.845 7.945 4.966 90 1HG2 VAL 259 1HG2 VAL 259 53.070 6.620 6.910 91 2HG2 VAL 259 2HG2 VAL 259 51.475 6.211 7.543 92 3HG2 VAL 259 3HG2 VAL 259 51.872 7.888 7.171 93 H PHE 260 H PHE 260 51.261 4.201 3.491 94 HA PHE 260 HA PHE 260 50.219 5.357 1.251 95 1HB PHE 260 1HB PHE 260 51.416 3.574 0.541 96 2HB PHE 260 2HB PHE 260 51.030 2.627 1.977 97 HD1 PHE 260 HD1 PHE 260 49.707 0.733 1.662 98 HD2 PHE 260 HD2 PHE 260 49.245 4.076 -0.999 99 HE1 PHE 260 HE1 PHE 260 48.009 -0.528 0.371 100 HE2 PHE 260 HE2 PHE 260 47.547 2.813 -2.289 101 HZ PHE 260 HZ PHE 260 46.929 0.510 -1.605 102 H GLY 261 H GLY 261 48.539 3.323 3.580 103 1HA GLY 261 1HA GLY 261 46.106 3.195 2.016 104 2HA GLY 261 2HA GLY 261 46.325 2.613 3.665 105 H GLU 262 H GLU 262 46.970 4.671 5.156 106 HA GLU 262 HA GLU 262 44.632 6.099 5.593 107 1HB GLU 262 1HB GLU 262 47.387 7.126 6.281 108 2HB GLU 262 2HB GLU 262 45.874 7.428 7.137 109 1HG GLU 262 1HG GLU 262 45.731 4.926 7.543 110 2HG GLU 262 2HG GLU 262 47.381 4.812 6.933 111 H SER 263 H SER 263 47.103 6.639 3.255 112 HA SER 263 HA SER 263 46.317 9.416 2.795 113 1HB SER 263 1HB SER 263 48.571 7.681 2.010 114 2HB SER 263 2HB SER 263 48.049 8.831 0.783 115 HG SER 263 HG SER 263 48.593 10.464 2.064 116 H LEU 264 H LEU 264 46.491 6.390 0.901 117 HA LEU 264 HA LEU 264 44.853 7.520 -1.208 118 1HB LEU 264 1HB LEU 264 46.135 4.841 -0.732 119 2HB LEU 264 2HB LEU 264 44.966 5.059 -2.027 120 HG LEU 264 HG LEU 264 47.396 5.385 -2.700 121 1HD1 LEU 264 1HD1 LEU 264 46.400 8.036 -3.291 122 2HD1 LEU 264 2HD1 LEU 264 45.094 6.861 -3.431 123 3HD1 LEU 264 3HD1 LEU 264 46.571 6.653 -4.369 124 1HD2 LEU 264 1HD2 LEU 264 48.572 7.335 -1.983 125 2HD2 LEU 264 2HD2 LEU 264 47.932 6.601 -0.515 126 3HD2 LEU 264 3HD2 LEU 264 47.136 8.009 -1.216 127 H LEU 265 H LEU 265 44.491 4.900 1.185 128 HA LEU 265 HA LEU 265 41.954 4.023 0.587 129 1HB LEU 265 1HB LEU 265 43.604 3.294 2.469 130 2HB LEU 265 2HB LEU 265 42.730 4.468 3.453 131 HG LEU 265 HG LEU 265 40.624 3.208 2.371 132 1HD1 LEU 265 1HD1 LEU 265 41.004 0.894 1.992 133 2HD1 LEU 265 2HD1 LEU 265 42.624 0.966 2.685 134 3HD1 LEU 265 3HD1 LEU 265 42.302 1.709 1.118 135 1HD2 LEU 265 1HD2 LEU 265 42.290 2.300 4.737 136 2HD2 LEU 265 2HD2 LEU 265 40.644 1.746 4.428 137 3HD2 LEU 265 3HD2 LEU 265 40.955 3.451 4.759 138 H ASN 266 H ASN 266 42.901 7.043 2.051 139 HA ASN 266 HA ASN 266 40.300 7.741 3.043 140 1HB ASN 266 1HB ASN 266 41.442 9.400 4.023 141 2HB ASN 266 2HB ASN 266 42.903 8.780 3.254 142 1HD2 ASN 266 1HD2 ASN 266 43.143 9.558 0.838 143 2HD2 ASN 266 2HD2 ASN 266 42.726 11.177 0.539 144 H ASP 267 H ASP 267 41.626 7.563 -0.048 145 HA ASP 267 HA ASP 267 40.017 9.725 -1.172 146 1HB ASP 267 1HB ASP 267 42.434 8.658 -1.889 147 2HB ASP 267 2HB ASP 267 41.341 7.854 -3.015 148 H ALA 268 H ALA 268 39.955 6.271 -0.780 149 HA ALA 268 HA ALA 268 37.738 5.963 -2.667 150 1HB ALA 268 1HB ALA 268 39.544 4.270 -2.634 151 2HB ALA 268 2HB ALA 268 37.974 3.569 -2.237 152 3HB ALA 268 3HB ALA 268 39.143 3.896 -0.958 153 H VAL 269 H VAL 269 38.438 5.705 0.792 154 HA VAL 269 HA VAL 269 35.962 4.713 1.654 155 HB VAL 269 HB VAL 269 38.094 6.382 2.955 156 1HG1 VAL 269 1HG1 VAL 269 35.338 5.727 3.972 157 2HG1 VAL 269 2HG1 VAL 269 36.235 7.239 4.105 158 3HG1 VAL 269 3HG1 VAL 269 36.691 5.854 5.095 159 1HG2 VAL 269 1HG2 VAL 269 37.055 3.766 3.961 160 2HG2 VAL 269 2HG2 VAL 269 38.704 4.393 3.964 161 3HG2 VAL 269 3HG2 VAL 269 38.006 3.754 2.476 162 H THR 270 H THR 270 36.972 7.943 0.758 163 HA THR 270 HA THR 270 34.611 9.230 1.808 164 HB THR 270 HB THR 270 36.879 10.331 1.506 165 HG1 THR 270 HG1 THR 270 34.466 11.363 0.489 166 1HG2 THR 270 1HG2 THR 270 36.109 10.878 -1.320 167 2HG2 THR 270 2HG2 THR 270 36.838 9.310 -0.970 168 3HG2 THR 270 3HG2 THR 270 37.712 10.793 -0.587 169 H VAL 271 H VAL 271 35.579 7.734 -1.181 170 HA VAL 271 HA VAL 271 33.650 8.967 -2.875 171 HB VAL 271 HB VAL 271 35.189 6.374 -3.081 172 1HG1 VAL 271 1HG1 VAL 271 33.142 7.628 -4.907 173 2HG1 VAL 271 2HG1 VAL 271 33.278 5.945 -4.396 174 3HG1 VAL 271 3HG1 VAL 271 34.430 6.611 -5.554 175 1HG2 VAL 271 1HG2 VAL 271 36.156 8.850 -3.285 176 2HG2 VAL 271 2HG2 VAL 271 35.468 8.731 -4.905 177 3HG2 VAL 271 3HG2 VAL 271 36.689 7.573 -4.378 178 H VAL 272 H VAL 272 33.608 6.178 -0.744 179 HA VAL 272 HA VAL 272 30.975 5.344 -1.677 180 HB VAL 272 HB VAL 272 32.468 3.558 -1.114 181 1HG1 VAL 272 1HG1 VAL 272 32.809 5.039 1.509 182 2HG1 VAL 272 2HG1 VAL 272 34.048 4.722 0.295 183 3HG1 VAL 272 3HG1 VAL 272 33.376 3.391 1.237 184 1HG2 VAL 272 1HG2 VAL 272 29.990 3.603 -0.244 185 2HG2 VAL 272 2HG2 VAL 272 30.744 3.729 1.346 186 3HG2 VAL 272 3HG2 VAL 272 31.077 2.334 0.319 187 H LEU 273 H LEU 273 32.283 7.509 0.579 188 HA LEU 273 HA LEU 273 30.036 7.344 2.437 189 1HB LEU 273 1HB LEU 273 32.692 8.188 2.663 190 2HB LEU 273 2HB LEU 273 31.742 9.670 2.758 191 HG LEU 273 HG LEU 273 30.277 8.522 4.464 192 1HD1 LEU 273 1HD1 LEU 273 32.266 6.585 5.269 193 2HD1 LEU 273 2HD1 LEU 273 31.751 6.265 3.613 194 3HD1 LEU 273 3HD1 LEU 273 30.558 6.332 4.910 195 1HD2 LEU 273 1HD2 LEU 273 31.899 10.060 5.300 196 2HD2 LEU 273 2HD2 LEU 273 33.229 8.951 4.972 197 3HD2 LEU 273 3HD2 LEU 273 32.094 8.604 6.275 198 H TYR 274 H TYR 274 31.195 9.317 -0.212 199 HA TYR 274 HA TYR 274 29.190 11.378 0.198 200 1HB TYR 274 1HB TYR 274 30.771 12.527 -0.909 201 2HB TYR 274 2HB TYR 274 31.597 11.045 -1.393 202 HD1 TYR 274 HD1 TYR 274 30.784 9.775 -3.416 203 HD2 TYR 274 HD2 TYR 274 29.334 13.693 -2.414 204 HE1 TYR 274 HE1 TYR 274 29.915 10.044 -5.723 205 HE2 TYR 274 HE2 TYR 274 28.464 13.960 -4.721 206 HH TYR 274 HH TYR 274 29.074 12.935 -7.045 207 H LYS 275 H LYS 275 29.686 8.529 -1.774 208 HA LYS 275 HA LYS 275 27.878 8.834 -3.817 209 1HB LYS 275 1HB LYS 275 29.336 6.735 -2.791 210 2HB LYS 275 2HB LYS 275 27.674 6.210 -2.520 211 1HG LYS 275 1HG LYS 275 28.194 5.442 -4.705 212 2HG LYS 275 2HG LYS 275 27.237 6.900 -4.962 213 1HD LYS 275 1HD LYS 275 29.803 7.902 -4.768 214 2HD LYS 275 2HD LYS 275 30.052 6.373 -5.613 215 1HE LYS 275 1HE LYS 275 28.201 7.032 -7.191 216 2HE LYS 275 2HE LYS 275 28.185 8.617 -6.420 217 1HZ LYS 275 1HZ LYS 275 29.967 9.225 -7.563 218 2HZ LYS 275 2HZ LYS 275 29.817 7.798 -8.474 219 3HZ LYS 275 3HZ LYS 275 30.827 7.836 -7.108 220 H LYS 276 H LYS 276 27.144 7.493 -0.589 221 HA LYS 276 HA LYS 276 25.146 7.243 0.526 222 1HB LYS 276 1HB LYS 276 24.685 9.888 -0.869 223 2HB LYS 276 2HB LYS 276 23.647 9.247 0.406 224 1HG LYS 276 1HG LYS 276 26.555 9.278 1.000 225 2HG LYS 276 2HG LYS 276 25.771 10.856 0.905 226 1HD LYS 276 1HD LYS 276 24.184 10.271 2.602 227 2HD LYS 276 2HD LYS 276 24.657 8.572 2.548 228 1HE LYS 276 1HE LYS 276 26.721 8.986 3.606 229 2HE LYS 276 2HE LYS 276 26.665 10.711 3.241 230 1HZ LYS 276 1HZ LYS 276 25.139 9.202 5.266 231 2HZ LYS 276 2HZ LYS 276 24.575 10.698 4.689 232 3HZ LYS 276 3HZ LYS 276 26.083 10.596 5.467 233 1HN NH2 277 1HN NH2 277 25.320 6.451 -2.547 234 2HN NH2 277 2HN NH2 277 23.681 6.150 -2.921 Start of MODEL 30 1 1H HIS 250 1H HIS 250 40.585 17.691 -12.776 2 2H HIS 250 2H HIS 250 39.097 17.695 -11.956 3 3H HIS 250 3H HIS 250 40.278 16.534 -11.574 4 HA HIS 250 HA HIS 250 41.273 19.202 -11.323 5 1HB HIS 250 1HB HIS 250 38.608 18.905 -10.560 6 2HB HIS 250 2HB HIS 250 39.507 18.684 -9.058 7 HD2 HIS 250 HD2 HIS 250 41.922 20.911 -9.728 8 HE1 HIS 250 HE1 HIS 250 38.712 23.642 -9.987 9 HE2 HIS 250 HE2 HIS 250 41.228 23.428 -9.716 10 H ILE 251 H ILE 251 42.722 19.256 -9.567 11 HA ILE 251 HA ILE 251 43.195 16.650 -8.240 12 HB ILE 251 HB ILE 251 45.406 18.591 -8.849 13 1HG1 ILE 251 1HG1 ILE 251 45.673 16.768 -10.831 14 2HG1 ILE 251 2HG1 ILE 251 43.913 16.840 -10.735 15 1HG2 ILE 251 1HG2 ILE 251 45.671 15.627 -8.940 16 2HG2 ILE 251 2HG2 ILE 251 45.360 16.345 -7.359 17 3HG2 ILE 251 3HG2 ILE 251 46.777 16.835 -8.287 18 1HD1 ILE 251 1HD1 ILE 251 44.223 19.413 -10.758 19 2HD1 ILE 251 2HD1 ILE 251 44.453 18.545 -12.276 20 3HD1 ILE 251 3HD1 ILE 251 45.852 19.069 -11.340 21 H ASN 252 H ASN 252 41.602 18.847 -7.242 22 HA ASN 252 HA ASN 252 43.187 20.304 -5.322 23 1HB ASN 252 1HB ASN 252 41.013 21.110 -4.494 24 2HB ASN 252 2HB ASN 252 41.135 21.278 -6.245 25 1HD2 ASN 252 1HD2 ASN 252 39.793 19.881 -7.576 26 2HD2 ASN 252 2HD2 ASN 252 38.535 18.956 -6.909 27 H GLU 253 H GLU 253 40.565 17.904 -4.963 28 HA GLU 253 HA GLU 253 41.146 17.414 -2.211 29 1HB GLU 253 1HB GLU 253 39.676 15.307 -2.755 30 2HB GLU 253 2HB GLU 253 38.944 16.911 -2.740 31 1HG GLU 253 1HG GLU 253 38.722 16.987 -5.030 32 2HG GLU 253 2HG GLU 253 40.143 15.982 -5.307 33 H LEU 254 H LEU 254 42.476 16.273 -5.154 34 HA LEU 254 HA LEU 254 43.569 13.848 -3.942 35 1HB LEU 254 1HB LEU 254 43.181 14.874 -6.671 36 2HB LEU 254 2HB LEU 254 44.714 14.041 -6.429 37 HG LEU 254 HG LEU 254 42.826 12.532 -7.147 38 1HD1 LEU 254 1HD1 LEU 254 44.049 10.945 -6.131 39 2HD1 LEU 254 2HD1 LEU 254 43.266 11.316 -4.595 40 3HD1 LEU 254 3HD1 LEU 254 44.742 12.162 -5.059 41 1HD2 LEU 254 1HD2 LEU 254 41.337 13.964 -5.352 42 2HD2 LEU 254 2HD2 LEU 254 41.701 12.517 -4.412 43 3HD2 LEU 254 3HD2 LEU 254 40.882 12.376 -5.967 44 H LEU 255 H LEU 255 44.331 17.007 -3.804 45 HA LEU 255 HA LEU 255 47.203 16.767 -4.237 46 1HB LEU 255 1HB LEU 255 45.314 18.902 -4.176 47 2HB LEU 255 2HB LEU 255 46.520 19.205 -2.925 48 HG LEU 255 HG LEU 255 47.167 18.509 -5.805 49 1HD1 LEU 255 1HD1 LEU 255 47.997 20.950 -5.759 50 2HD1 LEU 255 2HD1 LEU 255 46.996 21.133 -4.319 51 3HD1 LEU 255 3HD1 LEU 255 46.254 20.698 -5.858 52 1HD2 LEU 255 1HD2 LEU 255 49.259 18.177 -5.035 53 2HD2 LEU 255 2HD2 LEU 255 48.702 18.470 -3.388 54 3HD2 LEU 255 3HD2 LEU 255 49.275 19.813 -4.377 55 H HIS 256 H HIS 256 45.062 17.601 -1.499 56 HA HIS 256 HA HIS 256 46.993 17.708 0.500 57 1HB HIS 256 1HB HIS 256 44.127 16.751 0.690 58 2HB HIS 256 2HB HIS 256 45.142 17.179 2.067 59 HD2 HIS 256 HD2 HIS 256 44.111 19.126 -1.270 60 HE1 HIS 256 HE1 HIS 256 44.165 21.823 1.978 61 HE2 HIS 256 HE2 HIS 256 43.722 21.595 -0.512 62 H ILE 257 H ILE 257 45.796 14.995 -1.238 63 HA ILE 257 HA ILE 257 46.415 12.994 0.721 64 HB ILE 257 HB ILE 257 46.244 12.563 -2.257 65 1HG1 ILE 257 1HG1 ILE 257 44.304 13.885 -1.718 66 2HG1 ILE 257 2HG1 ILE 257 43.773 12.206 -1.808 67 1HG2 ILE 257 1HG2 ILE 257 46.740 10.842 -0.167 68 2HG2 ILE 257 2HG2 ILE 257 46.057 10.366 -1.722 69 3HG2 ILE 257 3HG2 ILE 257 44.993 10.698 -0.357 70 1HD1 ILE 257 1HD1 ILE 257 42.785 13.026 0.182 71 2HD1 ILE 257 2HD1 ILE 257 44.248 13.890 0.652 72 3HD1 ILE 257 3HD1 ILE 257 44.196 12.130 0.738 73 H LEU 258 H LEU 258 48.068 14.298 -2.138 74 HA LEU 258 HA LEU 258 50.262 12.601 -2.236 75 1HB LEU 258 1HB LEU 258 49.684 15.366 -3.104 76 2HB LEU 258 2HB LEU 258 51.394 14.973 -2.918 77 HG LEU 258 HG LEU 258 51.128 13.019 -4.377 78 1HD1 LEU 258 1HD1 LEU 258 48.277 13.677 -3.969 79 2HD1 LEU 258 2HD1 LEU 258 49.035 12.124 -4.316 80 3HD1 LEU 258 3HD1 LEU 258 48.704 13.256 -5.627 81 1HD2 LEU 258 1HD2 LEU 258 51.236 15.601 -5.181 82 2HD2 LEU 258 2HD2 LEU 258 49.733 15.114 -5.964 83 3HD2 LEU 258 3HD2 LEU 258 51.229 14.248 -6.314 84 H VAL 259 H VAL 259 49.336 14.597 0.299 85 HA VAL 259 HA VAL 259 51.943 15.313 1.283 86 HB VAL 259 HB VAL 259 49.271 15.238 2.705 87 1HG1 VAL 259 1HG1 VAL 259 50.420 16.897 4.208 88 2HG1 VAL 259 2HG1 VAL 259 51.932 16.525 3.380 89 3HG1 VAL 259 3HG1 VAL 259 51.097 15.272 4.299 90 1HG2 VAL 259 1HG2 VAL 259 49.041 17.535 2.108 91 2HG2 VAL 259 2HG2 VAL 259 49.519 16.717 0.621 92 3HG2 VAL 259 3HG2 VAL 259 50.710 17.633 1.545 93 H PHE 260 H PHE 260 49.447 13.253 2.785 94 HA PHE 260 HA PHE 260 51.496 11.785 4.230 95 1HB PHE 260 1HB PHE 260 49.069 10.513 4.677 96 2HB PHE 260 2HB PHE 260 49.788 11.762 5.694 97 HD1 PHE 260 HD1 PHE 260 49.237 14.192 5.242 98 HD2 PHE 260 HD2 PHE 260 47.124 10.950 3.377 99 HE1 PHE 260 HE1 PHE 260 47.388 15.736 4.655 100 HE2 PHE 260 HE2 PHE 260 45.274 12.494 2.791 101 HZ PHE 260 HZ PHE 260 45.405 14.887 3.430 102 H GLY 261 H GLY 261 48.725 10.754 2.222 103 1HA GLY 261 1HA GLY 261 48.890 9.308 0.334 104 2HA GLY 261 2HA GLY 261 50.457 8.761 0.925 105 H GLU 262 H GLU 262 49.673 8.302 3.633 106 HA GLU 262 HA GLU 262 48.818 5.640 3.509 107 1HB GLU 262 1HB GLU 262 48.592 7.546 5.852 108 2HB GLU 262 2HB GLU 262 48.570 5.784 5.935 109 1HG GLU 262 1HG GLU 262 50.867 6.288 4.487 110 2HG GLU 262 2HG GLU 262 50.849 7.610 5.653 111 H SER 263 H SER 263 47.028 8.406 2.969 112 HA SER 263 HA SER 263 44.520 7.393 4.061 113 1HB SER 263 1HB SER 263 43.572 9.477 3.380 114 2HB SER 263 2HB SER 263 45.159 9.847 4.049 115 HG SER 263 HG SER 263 44.213 10.033 1.459 116 H LEU 264 H LEU 264 46.323 6.669 1.427 117 HA LEU 264 HA LEU 264 44.805 6.790 -0.839 118 1HB LEU 264 1HB LEU 264 45.868 4.690 -1.544 119 2HB LEU 264 2HB LEU 264 47.033 5.744 -0.745 120 HG LEU 264 HG LEU 264 45.971 4.306 1.364 121 1HD1 LEU 264 1HD1 LEU 264 44.811 2.813 -0.239 122 2HD1 LEU 264 2HD1 LEU 264 46.058 1.949 0.663 123 3HD1 LEU 264 3HD1 LEU 264 46.359 2.446 -1.003 124 1HD2 LEU 264 1HD2 LEU 264 48.438 3.906 -0.344 125 2HD2 LEU 264 2HD2 LEU 264 48.168 3.003 1.147 126 3HD2 LEU 264 3HD2 LEU 264 48.312 4.760 1.194 127 H LEU 265 H LEU 265 44.246 4.801 1.985 128 HA LEU 265 HA LEU 265 42.201 3.191 0.726 129 1HB LEU 265 1HB LEU 265 43.752 2.621 2.770 130 2HB LEU 265 2HB LEU 265 42.496 3.444 3.697 131 HG LEU 265 HG LEU 265 40.907 1.899 2.206 132 1HD1 LEU 265 1HD1 LEU 265 41.930 -0.304 1.849 133 2HD1 LEU 265 2HD1 LEU 265 43.472 0.299 2.457 134 3HD1 LEU 265 3HD1 LEU 265 42.812 0.927 0.947 135 1HD2 LEU 265 1HD2 LEU 265 41.019 0.216 4.075 136 2HD2 LEU 265 2HD2 LEU 265 40.907 1.884 4.635 137 3HD2 LEU 265 3HD2 LEU 265 42.457 1.045 4.670 138 H ASN 266 H ASN 266 42.378 6.137 2.595 139 HA ASN 266 HA ASN 266 39.567 6.238 3.214 140 1HB ASN 266 1HB ASN 266 40.220 7.877 4.594 141 2HB ASN 266 2HB ASN 266 41.872 7.615 4.038 142 1HD2 ASN 266 1HD2 ASN 266 42.142 8.699 1.636 143 2HD2 ASN 266 2HD2 ASN 266 41.593 10.304 1.560 144 H ASP 267 H ASP 267 41.592 7.203 0.565 145 HA ASP 267 HA ASP 267 39.950 9.191 -0.586 146 1HB ASP 267 1HB ASP 267 42.325 8.699 -1.228 147 2HB ASP 267 2HB ASP 267 41.749 7.250 -2.050 148 H ALA 268 H ALA 268 39.140 6.094 0.072 149 HA ALA 268 HA ALA 268 37.726 5.471 -2.389 150 1HB ALA 268 1HB ALA 268 38.158 4.111 0.239 151 2HB ALA 268 2HB ALA 268 38.435 3.509 -1.396 152 3HB ALA 268 3HB ALA 268 36.793 3.614 -0.761 153 H VAL 269 H VAL 269 36.841 6.211 0.987 154 HA VAL 269 HA VAL 269 34.049 6.272 0.549 155 HB VAL 269 HB VAL 269 35.385 6.189 2.775 156 1HG1 VAL 269 1HG1 VAL 269 35.948 8.240 3.791 157 2HG1 VAL 269 2HG1 VAL 269 34.977 9.173 2.652 158 3HG1 VAL 269 3HG1 VAL 269 36.496 8.446 2.128 159 1HG2 VAL 269 1HG2 VAL 269 33.118 6.119 3.154 160 2HG2 VAL 269 2HG2 VAL 269 32.799 7.517 2.126 161 3HG2 VAL 269 3HG2 VAL 269 33.416 7.748 3.763 162 H THR 270 H THR 270 36.575 8.658 0.123 163 HA THR 270 HA THR 270 35.011 10.988 0.008 164 HB THR 270 HB THR 270 36.867 11.951 -1.273 165 HG1 THR 270 HG1 THR 270 38.589 10.504 -1.831 166 1HG2 THR 270 1HG2 THR 270 38.431 11.814 0.443 167 2HG2 THR 270 2HG2 THR 270 38.178 10.083 0.672 168 3HG2 THR 270 3HG2 THR 270 36.979 11.235 1.261 169 H VAL 271 H VAL 271 35.437 8.381 -2.249 170 HA VAL 271 HA VAL 271 34.351 9.833 -4.508 171 HB VAL 271 HB VAL 271 34.945 6.893 -4.094 172 1HG1 VAL 271 1HG1 VAL 271 34.780 6.896 -6.644 173 2HG1 VAL 271 2HG1 VAL 271 33.990 8.465 -6.498 174 3HG1 VAL 271 3HG1 VAL 271 33.251 7.035 -5.777 175 1HG2 VAL 271 1HG2 VAL 271 36.404 9.178 -5.447 176 2HG2 VAL 271 2HG2 VAL 271 36.803 7.485 -5.737 177 3HG2 VAL 271 3HG2 VAL 271 36.980 8.169 -4.120 178 H VAL 272 H VAL 272 33.224 7.526 -2.092 179 HA VAL 272 HA VAL 272 30.676 7.046 -3.272 180 HB VAL 272 HB VAL 272 31.653 6.753 -0.424 181 1HG1 VAL 272 1HG1 VAL 272 29.024 6.130 -1.750 182 2HG1 VAL 272 2HG1 VAL 272 29.322 6.874 -0.179 183 3HG1 VAL 272 3HG1 VAL 272 29.593 5.146 -0.402 184 1HG2 VAL 272 1HG2 VAL 272 32.533 4.802 -1.135 185 2HG2 VAL 272 2HG2 VAL 272 32.147 5.279 -2.789 186 3HG2 VAL 272 3HG2 VAL 272 30.993 4.328 -1.853 187 H LEU 273 H LEU 273 31.954 9.489 -1.108 188 HA LEU 273 HA LEU 273 29.392 10.552 -0.352 189 1HB LEU 273 1HB LEU 273 32.246 11.410 -0.021 190 2HB LEU 273 2HB LEU 273 30.948 12.562 0.296 191 HG LEU 273 HG LEU 273 30.689 9.835 1.482 192 1HD1 LEU 273 1HD1 LEU 273 32.012 10.738 3.484 193 2HD1 LEU 273 2HD1 LEU 273 32.657 11.949 2.378 194 3HD1 LEU 273 3HD1 LEU 273 32.960 10.236 2.085 195 1HD2 LEU 273 1HD2 LEU 273 29.097 11.931 1.614 196 2HD2 LEU 273 2HD2 LEU 273 30.240 12.477 2.843 197 3HD2 LEU 273 3HD2 LEU 273 29.374 10.955 3.057 198 H TYR 274 H TYR 274 31.750 11.170 -2.877 199 HA TYR 274 HA TYR 274 30.732 13.661 -3.763 200 1HB TYR 274 1HB TYR 274 32.674 13.438 -4.876 201 2HB TYR 274 2HB TYR 274 32.672 11.685 -4.678 202 HD1 TYR 274 HD1 TYR 274 32.151 10.278 -6.492 203 HD2 TYR 274 HD2 TYR 274 31.098 14.439 -6.660 204 HE1 TYR 274 HE1 TYR 274 31.466 10.010 -8.862 205 HE2 TYR 274 HE2 TYR 274 30.413 14.170 -9.028 206 HH TYR 274 HH TYR 274 30.693 12.748 -10.871 207 H LYS 275 H LYS 275 30.016 10.310 -4.675 208 HA LYS 275 HA LYS 275 28.351 10.767 -6.860 209 1HB LYS 275 1HB LYS 275 27.988 8.631 -4.744 210 2HB LYS 275 2HB LYS 275 27.393 8.582 -6.403 211 1HG LYS 275 1HG LYS 275 30.120 9.133 -6.668 212 2HG LYS 275 2HG LYS 275 30.041 7.930 -5.381 213 1HD LYS 275 1HD LYS 275 30.179 6.711 -7.443 214 2HD LYS 275 2HD LYS 275 28.508 6.578 -6.894 215 1HE LYS 275 1HE LYS 275 27.888 7.384 -8.907 216 2HE LYS 275 2HE LYS 275 28.564 8.933 -8.407 217 1HZ LYS 275 1HZ LYS 275 30.576 8.481 -9.447 218 2HZ LYS 275 2HZ LYS 275 29.428 7.889 -10.551 219 3HZ LYS 275 3HZ LYS 275 30.276 6.815 -9.545 220 H LYS 276 H LYS 276 27.528 10.639 -3.400 221 HA LYS 276 HA LYS 276 24.749 11.218 -3.846 222 1HB LYS 276 1HB LYS 276 26.276 11.549 -1.261 223 2HB LYS 276 2HB LYS 276 24.550 11.253 -1.469 224 1HG LYS 276 1HG LYS 276 26.791 9.335 -2.176 225 2HG LYS 276 2HG LYS 276 25.660 9.168 -0.832 226 1HD LYS 276 1HD LYS 276 23.821 9.317 -2.679 227 2HD LYS 276 2HD LYS 276 25.133 8.903 -3.783 228 1HE LYS 276 1HE LYS 276 25.618 7.009 -2.008 229 2HE LYS 276 2HE LYS 276 23.927 7.268 -1.577 230 1HZ LYS 276 1HZ LYS 276 25.076 6.275 -4.086 231 2HZ LYS 276 2HZ LYS 276 23.614 7.138 -4.146 232 3HZ LYS 276 3HZ LYS 276 23.728 5.716 -3.223 233 1HN NH2 277 1HN NH2 277 27.246 13.190 -4.481 234 2HN NH2 277 2HN NH2 277 26.593 14.689 -3.988 Start of MODEL 31 1 1H HIS 250 1H HIS 250 39.707 -4.694 -15.883 2 2H HIS 250 2H HIS 250 40.097 -6.272 -16.380 3 3H HIS 250 3H HIS 250 41.154 -5.412 -15.363 4 HA HIS 250 HA HIS 250 38.479 -6.498 -14.696 5 1HB HIS 250 1HB HIS 250 41.093 -7.521 -14.485 6 2HB HIS 250 2HB HIS 250 40.657 -7.012 -12.854 7 HD2 HIS 250 HD2 HIS 250 37.587 -7.908 -12.611 8 HE1 HIS 250 HE1 HIS 250 38.773 -11.655 -14.154 9 HE2 HIS 250 HE2 HIS 250 36.935 -10.420 -12.911 10 H ILE 251 H ILE 251 38.234 -6.265 -12.187 11 HA ILE 251 HA ILE 251 38.985 -3.524 -11.376 12 HB ILE 251 HB ILE 251 36.644 -3.696 -10.150 13 1HG1 ILE 251 1HG1 ILE 251 36.498 -6.078 -11.359 14 2HG1 ILE 251 2HG1 ILE 251 35.066 -5.087 -11.102 15 1HG2 ILE 251 1HG2 ILE 251 37.081 -1.880 -11.603 16 2HG2 ILE 251 2HG2 ILE 251 35.639 -2.639 -12.275 17 3HG2 ILE 251 3HG2 ILE 251 37.216 -2.928 -13.014 18 1HD1 ILE 251 1HD1 ILE 251 35.424 -6.051 -13.468 19 2HD1 ILE 251 2HD1 ILE 251 36.703 -4.851 -13.632 20 3HD1 ILE 251 3HD1 ILE 251 35.041 -4.335 -13.348 21 H ASN 252 H ASN 252 39.689 -6.522 -10.762 22 HA ASN 252 HA ASN 252 39.132 -6.656 -7.912 23 1HB ASN 252 1HB ASN 252 40.604 -8.453 -9.838 24 2HB ASN 252 2HB ASN 252 40.577 -8.751 -8.101 25 1HD2 ASN 252 1HD2 ASN 252 37.792 -7.315 -9.742 26 2HD2 ASN 252 2HD2 ASN 252 36.782 -8.670 -9.585 27 H GLU 253 H GLU 253 42.141 -6.853 -9.830 28 HA GLU 253 HA GLU 253 43.932 -6.420 -7.752 29 1HB GLU 253 1HB GLU 253 45.560 -5.933 -9.413 30 2HB GLU 253 2HB GLU 253 44.440 -7.069 -10.165 31 1HG GLU 253 1HG GLU 253 43.181 -4.955 -10.986 32 2HG GLU 253 2HG GLU 253 44.667 -4.094 -10.593 33 H LEU 254 H LEU 254 41.595 -4.307 -8.890 34 HA LEU 254 HA LEU 254 43.036 -1.837 -8.467 35 1HB LEU 254 1HB LEU 254 40.488 -2.636 -9.553 36 2HB LEU 254 2HB LEU 254 40.265 -1.342 -8.376 37 HG LEU 254 HG LEU 254 42.301 -1.255 -10.619 38 1HD1 LEU 254 1HD1 LEU 254 40.440 0.669 -11.182 39 2HD1 LEU 254 2HD1 LEU 254 39.419 -0.608 -10.522 40 3HD1 LEU 254 3HD1 LEU 254 40.454 -0.935 -11.912 41 1HD2 LEU 254 1HD2 LEU 254 43.053 0.607 -9.593 42 2HD2 LEU 254 2HD2 LEU 254 41.983 0.250 -8.239 43 3HD2 LEU 254 3HD2 LEU 254 41.424 1.281 -9.555 44 H LEU 255 H LEU 255 41.442 -4.119 -6.497 45 HA LEU 255 HA LEU 255 40.668 -2.271 -4.409 46 1HB LEU 255 1HB LEU 255 40.907 -5.286 -4.289 47 2HB LEU 255 2HB LEU 255 40.021 -4.248 -3.170 48 HG LEU 255 HG LEU 255 39.419 -4.557 -6.128 49 1HD1 LEU 255 1HD1 LEU 255 38.735 -6.561 -5.021 50 2HD1 LEU 255 2HD1 LEU 255 37.279 -5.576 -5.167 51 3HD1 LEU 255 3HD1 LEU 255 38.131 -5.667 -3.626 52 1HD2 LEU 255 1HD2 LEU 255 37.247 -3.373 -5.196 53 2HD2 LEU 255 2HD2 LEU 255 38.662 -2.411 -5.621 54 3HD2 LEU 255 3HD2 LEU 255 38.342 -2.811 -3.933 55 H HIS 256 H HIS 256 43.593 -3.288 -5.465 56 HA HIS 256 HA HIS 256 45.037 -4.189 -3.284 57 1HB HIS 256 1HB HIS 256 45.749 -2.449 -5.624 58 2HB HIS 256 2HB HIS 256 46.939 -2.765 -4.362 59 HD2 HIS 256 HD2 HIS 256 44.557 -5.731 -5.159 60 HE1 HIS 256 HE1 HIS 256 48.262 -6.572 -7.000 61 HE2 HIS 256 HE2 HIS 256 45.988 -7.528 -6.401 62 H ILE 257 H ILE 257 43.347 -1.285 -3.558 63 HA ILE 257 HA ILE 257 45.029 0.392 -1.956 64 HB ILE 257 HB ILE 257 42.069 0.570 -2.568 65 1HG1 ILE 257 1HG1 ILE 257 43.985 0.685 -4.409 66 2HG1 ILE 257 2HG1 ILE 257 42.623 1.802 -4.452 67 1HG2 ILE 257 1HG2 ILE 257 42.418 1.921 -0.662 68 2HG2 ILE 257 2HG2 ILE 257 42.563 3.045 -2.012 69 3HG2 ILE 257 3HG2 ILE 257 44.012 2.437 -1.210 70 1HD1 ILE 257 1HD1 ILE 257 43.898 3.576 -3.548 71 2HD1 ILE 257 2HD1 ILE 257 44.995 2.803 -4.691 72 3HD1 ILE 257 3HD1 ILE 257 45.158 2.489 -2.965 73 H LEU 258 H LEU 258 42.703 -2.085 -1.302 74 HA LEU 258 HA LEU 258 42.062 -1.294 1.373 75 1HB LEU 258 1HB LEU 258 41.328 -3.396 -0.445 76 2HB LEU 258 2HB LEU 258 41.757 -4.093 1.118 77 HG LEU 258 HG LEU 258 39.847 -1.768 0.763 78 1HD1 LEU 258 1HD1 LEU 258 38.049 -3.322 1.070 79 2HD1 LEU 258 2HD1 LEU 258 39.163 -4.635 1.454 80 3HD1 LEU 258 3HD1 LEU 258 39.076 -4.003 -0.191 81 1HD2 LEU 258 1HD2 LEU 258 39.578 -3.308 3.188 82 2HD2 LEU 258 2HD2 LEU 258 39.949 -1.593 3.008 83 3HD2 LEU 258 3HD2 LEU 258 41.252 -2.782 3.006 84 H VAL 259 H VAL 259 44.786 -2.745 -0.082 85 HA VAL 259 HA VAL 259 45.705 -4.366 2.056 86 HB VAL 259 HB VAL 259 47.150 -2.985 -0.210 87 1HG1 VAL 259 1HG1 VAL 259 48.949 -3.263 1.199 88 2HG1 VAL 259 2HG1 VAL 259 48.868 -4.904 0.558 89 3HG1 VAL 259 3HG1 VAL 259 48.157 -4.535 2.129 90 1HG2 VAL 259 1HG2 VAL 259 46.729 -5.940 0.222 91 2HG2 VAL 259 2HG2 VAL 259 47.063 -5.083 -1.284 92 3HG2 VAL 259 3HG2 VAL 259 45.475 -4.952 -0.527 93 H PHE 260 H PHE 260 47.156 -1.289 0.986 94 HA PHE 260 HA PHE 260 48.139 -0.817 3.687 95 1HB PHE 260 1HB PHE 260 49.137 1.250 2.554 96 2HB PHE 260 2HB PHE 260 49.729 -0.316 2.006 97 HD1 PHE 260 HD1 PHE 260 47.951 2.714 1.088 98 HD2 PHE 260 HD2 PHE 260 48.805 -1.321 -0.111 99 HE1 PHE 260 HE1 PHE 260 47.222 3.246 -1.223 100 HE2 PHE 260 HE2 PHE 260 48.078 -0.790 -2.422 101 HZ PHE 260 HZ PHE 260 47.285 1.494 -2.977 102 H GLY 261 H GLY 261 46.349 1.134 1.293 103 1HA GLY 261 1HA GLY 261 44.980 2.981 1.616 104 2HA GLY 261 2HA GLY 261 44.128 1.847 2.658 105 H GLU 262 H GLU 262 47.165 3.728 2.861 106 HA GLU 262 HA GLU 262 46.565 4.324 5.668 107 1HB GLU 262 1HB GLU 262 49.015 5.462 4.521 108 2HB GLU 262 2HB GLU 262 48.798 4.476 5.967 109 1HG GLU 262 1HG GLU 262 48.471 2.486 4.428 110 2HG GLU 262 2HG GLU 262 48.998 3.523 3.104 111 H SER 263 H SER 263 47.840 6.208 2.914 112 HA SER 263 HA SER 263 46.662 8.633 4.037 113 1HB SER 263 1HB SER 263 48.729 8.007 1.995 114 2HB SER 263 2HB SER 263 47.821 9.502 1.788 115 HG SER 263 HG SER 263 49.844 9.108 3.373 116 H LEU 264 H LEU 264 46.689 7.008 0.859 117 HA LEU 264 HA LEU 264 44.624 8.542 -0.279 118 1HB LEU 264 1HB LEU 264 45.475 5.706 -0.911 119 2HB LEU 264 2HB LEU 264 44.467 6.725 -1.941 120 HG LEU 264 HG LEU 264 47.070 7.859 -1.024 121 1HD1 LEU 264 1HD1 LEU 264 47.858 5.696 -1.667 122 2HD1 LEU 264 2HD1 LEU 264 48.135 6.740 -3.063 123 3HD1 LEU 264 3HD1 LEU 264 46.763 5.631 -3.049 124 1HD2 LEU 264 1HD2 LEU 264 45.304 9.000 -2.490 125 2HD2 LEU 264 2HD2 LEU 264 45.762 7.859 -3.754 126 3HD2 LEU 264 3HD2 LEU 264 46.950 8.999 -3.121 127 H LEU 265 H LEU 265 44.402 6.606 2.353 128 HA LEU 265 HA LEU 265 42.232 4.946 2.078 129 1HB LEU 265 1HB LEU 265 43.562 5.292 4.175 130 2HB LEU 265 2HB LEU 265 42.691 6.802 4.425 131 HG LEU 265 HG LEU 265 40.542 5.531 4.412 132 1HD1 LEU 265 1HD1 LEU 265 40.794 3.536 3.285 133 2HD1 LEU 265 2HD1 LEU 265 41.069 2.955 4.927 134 3HD1 LEU 265 3HD1 LEU 265 42.438 3.288 3.868 135 1HD2 LEU 265 1HD2 LEU 265 40.909 4.432 6.630 136 2HD2 LEU 265 2HD2 LEU 265 41.596 6.055 6.544 137 3HD2 LEU 265 3HD2 LEU 265 42.646 4.645 6.408 138 H ASN 266 H ASN 266 41.991 8.330 3.200 139 HA ASN 266 HA ASN 266 39.274 8.653 3.183 140 1HB ASN 266 1HB ASN 266 41.540 10.511 2.583 141 2HB ASN 266 2HB ASN 266 39.889 11.070 2.322 142 1HD2 ASN 266 1HD2 ASN 266 41.293 8.949 4.884 143 2HD2 ASN 266 2HD2 ASN 266 40.741 9.905 6.174 144 H ASP 267 H ASP 267 41.453 8.999 0.393 145 HA ASP 267 HA ASP 267 39.376 9.624 -1.462 146 1HB ASP 267 1HB ASP 267 42.068 8.423 -2.118 147 2HB ASP 267 2HB ASP 267 41.053 9.429 -3.150 148 H ALA 268 H ALA 268 40.380 6.735 0.028 149 HA ALA 268 HA ALA 268 39.398 5.013 -2.121 150 1HB ALA 268 1HB ALA 268 40.438 3.267 -1.034 151 2HB ALA 268 2HB ALA 268 40.159 3.956 0.565 152 3HB ALA 268 3HB ALA 268 41.432 4.608 -0.466 153 H VAL 269 H VAL 269 38.360 6.388 0.889 154 HA VAL 269 HA VAL 269 36.238 4.532 1.409 155 HB VAL 269 HB VAL 269 36.669 7.364 2.391 156 1HG1 VAL 269 1HG1 VAL 269 35.201 6.026 4.287 157 2HG1 VAL 269 2HG1 VAL 269 34.533 5.371 2.792 158 3HG1 VAL 269 3HG1 VAL 269 34.516 7.110 3.078 159 1HG2 VAL 269 1HG2 VAL 269 38.237 5.182 2.874 160 2HG2 VAL 269 2HG2 VAL 269 37.042 5.019 4.161 161 3HG2 VAL 269 3HG2 VAL 269 38.001 6.493 4.030 162 H THR 270 H THR 270 36.619 7.329 -0.604 163 HA THR 270 HA THR 270 33.722 7.587 -0.995 164 HB THR 270 HB THR 270 34.978 9.663 -0.727 165 HG1 THR 270 HG1 THR 270 33.365 9.090 -2.664 166 1HG2 THR 270 1HG2 THR 270 36.398 9.582 -3.263 167 2HG2 THR 270 2HG2 THR 270 36.948 8.307 -2.175 168 3HG2 THR 270 3HG2 THR 270 37.002 9.992 -1.657 169 H VAL 271 H VAL 271 36.351 5.936 -2.308 170 HA VAL 271 HA VAL 271 35.082 5.743 -4.969 171 HB VAL 271 HB VAL 271 37.880 5.005 -4.075 172 1HG1 VAL 271 1HG1 VAL 271 36.481 4.875 -6.759 173 2HG1 VAL 271 2HG1 VAL 271 37.212 3.540 -5.869 174 3HG1 VAL 271 3HG1 VAL 271 38.232 4.793 -6.574 175 1HG2 VAL 271 1HG2 VAL 271 37.028 7.503 -4.379 176 2HG2 VAL 271 2HG2 VAL 271 37.210 7.120 -6.091 177 3HG2 VAL 271 3HG2 VAL 271 38.599 7.007 -5.010 178 H VAL 272 H VAL 272 37.080 3.544 -2.999 179 HA VAL 272 HA VAL 272 36.074 1.166 -3.989 180 HB VAL 272 HB VAL 272 37.055 1.738 -1.183 181 1HG1 VAL 272 1HG1 VAL 272 36.188 -0.719 -2.594 182 2HG1 VAL 272 2HG1 VAL 272 36.269 -0.382 -0.864 183 3HG1 VAL 272 3HG1 VAL 272 37.728 -0.841 -1.743 184 1HG2 VAL 272 1HG2 VAL 272 39.174 0.714 -2.197 185 2HG2 VAL 272 2HG2 VAL 272 38.762 2.340 -2.743 186 3HG2 VAL 272 3HG2 VAL 272 38.414 0.949 -3.770 187 H LEU 273 H LEU 273 34.500 3.448 -1.985 188 HA LEU 273 HA LEU 273 32.584 1.513 -0.926 189 1HB LEU 273 1HB LEU 273 33.475 3.495 0.400 190 2HB LEU 273 2HB LEU 273 32.487 4.517 -0.645 191 HG LEU 273 HG LEU 273 30.612 2.733 0.022 192 1HD1 LEU 273 1HD1 LEU 273 32.423 1.520 1.412 193 2HD1 LEU 273 2HD1 LEU 273 30.872 1.822 2.192 194 3HD1 LEU 273 3HD1 LEU 273 32.255 2.855 2.552 195 1HD2 LEU 273 1HD2 LEU 273 30.248 5.041 0.436 196 2HD2 LEU 273 2HD2 LEU 273 31.603 5.136 1.562 197 3HD2 LEU 273 3HD2 LEU 273 30.128 4.288 2.027 198 H TYR 274 H TYR 274 32.515 4.444 -2.962 199 HA TYR 274 HA TYR 274 29.787 3.926 -3.781 200 1HB TYR 274 1HB TYR 274 31.838 6.029 -4.404 201 2HB TYR 274 2HB TYR 274 30.394 5.877 -5.406 202 HD1 TYR 274 HD1 TYR 274 31.541 6.281 -1.876 203 HD2 TYR 274 HD2 TYR 274 28.307 6.717 -4.670 204 HE1 TYR 274 HE1 TYR 274 30.218 7.487 -0.159 205 HE2 TYR 274 HE2 TYR 274 26.986 7.922 -2.954 206 HH TYR 274 HH TYR 274 27.746 7.904 0.297 207 H LYS 275 H LYS 275 32.643 4.555 -5.811 208 HA LYS 275 HA LYS 275 31.674 3.263 -8.090 209 1HB LYS 275 1HB LYS 275 33.591 4.802 -8.124 210 2HB LYS 275 2HB LYS 275 34.553 3.626 -7.228 211 1HG LYS 275 1HG LYS 275 35.012 2.457 -9.100 212 2HG LYS 275 2HG LYS 275 33.308 2.405 -9.553 213 1HD LYS 275 1HD LYS 275 35.058 4.842 -9.960 214 2HD LYS 275 2HD LYS 275 34.804 3.616 -11.201 215 1HE LYS 275 1HE LYS 275 32.278 4.455 -10.038 216 2HE LYS 275 2HE LYS 275 33.165 5.833 -10.688 217 1HZ LYS 275 1HZ LYS 275 32.007 3.557 -12.066 218 2HZ LYS 275 2HZ LYS 275 33.534 4.052 -12.623 219 3HZ LYS 275 3HZ LYS 275 32.238 5.149 -12.602 220 H LYS 276 H LYS 276 33.636 2.018 -5.413 221 HA LYS 276 HA LYS 276 34.213 -0.124 -4.808 222 1HB LYS 276 1HB LYS 276 31.532 -0.509 -6.123 223 2HB LYS 276 2HB LYS 276 32.429 -1.874 -5.457 224 1HG LYS 276 1HG LYS 276 32.179 -1.159 -3.280 225 2HG LYS 276 2HG LYS 276 32.145 0.544 -3.734 226 1HD LYS 276 1HD LYS 276 29.924 -0.238 -2.955 227 2HD LYS 276 2HD LYS 276 29.878 0.280 -4.640 228 1HE LYS 276 1HE LYS 276 30.544 -2.571 -4.229 229 2HE LYS 276 2HE LYS 276 28.905 -2.113 -3.765 230 1HZ LYS 276 1HZ LYS 276 29.775 -0.983 -6.267 231 2HZ LYS 276 2HZ LYS 276 28.323 -1.772 -5.877 232 3HZ LYS 276 3HZ LYS 276 29.703 -2.678 -6.279 233 1HN NH2 277 1HN NH2 277 34.434 0.871 -7.943 234 2HN NH2 277 2HN NH2 277 35.110 -0.530 -8.643 Start of MODEL 32 1 1H HIS 250 1H HIS 250 59.825 -4.634 8.289 2 2H HIS 250 2H HIS 250 59.568 -3.652 6.926 3 3H HIS 250 3H HIS 250 58.673 -3.392 8.346 4 HA HIS 250 HA HIS 250 61.289 -3.233 9.151 5 1HB HIS 250 1HB HIS 250 61.295 -2.874 6.410 6 2HB HIS 250 2HB HIS 250 61.182 -1.222 7.017 7 HD2 HIS 250 HD2 HIS 250 63.161 -1.364 9.594 8 HE1 HIS 250 HE1 HIS 250 66.019 -2.994 6.948 9 HE2 HIS 250 HE2 HIS 250 65.691 -1.885 9.208 10 H ILE 251 H ILE 251 61.302 -1.623 10.636 11 HA ILE 251 HA ILE 251 58.886 -0.059 10.969 12 HB ILE 251 HB ILE 251 61.442 -0.132 12.593 13 1HG1 ILE 251 1HG1 ILE 251 59.267 -1.242 13.996 14 2HG1 ILE 251 2HG1 ILE 251 59.169 -1.920 12.370 15 1HG2 ILE 251 1HG2 ILE 251 58.927 1.433 12.772 16 2HG2 ILE 251 2HG2 ILE 251 60.535 1.810 13.391 17 3HG2 ILE 251 3HG2 ILE 251 59.486 0.706 14.279 18 1HD1 ILE 251 1HD1 ILE 251 61.628 -2.472 12.546 19 2HD1 ILE 251 2HD1 ILE 251 60.600 -3.368 13.664 20 3HD1 ILE 251 3HD1 ILE 251 61.548 -1.997 14.242 21 H ASN 252 H ASN 252 61.191 0.356 8.858 22 HA ASN 252 HA ASN 252 61.890 3.137 9.412 23 1HB ASN 252 1HB ASN 252 63.669 2.701 8.124 24 2HB ASN 252 2HB ASN 252 63.105 1.037 7.990 25 1HD2 ASN 252 1HD2 ASN 252 61.610 0.554 6.124 26 2HD2 ASN 252 2HD2 ASN 252 61.717 1.503 4.722 27 H GLU 253 H GLU 253 59.839 1.247 7.264 28 HA GLU 253 HA GLU 253 58.989 3.651 5.831 29 1HB GLU 253 1HB GLU 253 57.687 2.076 4.442 30 2HB GLU 253 2HB GLU 253 59.394 1.636 4.507 31 1HG GLU 253 1HG GLU 253 58.316 0.313 6.696 32 2HG GLU 253 2HG GLU 253 57.060 0.158 5.470 33 H LEU 254 H LEU 254 58.175 2.016 8.625 34 HA LEU 254 HA LEU 254 55.422 1.866 8.710 35 1HB LEU 254 1HB LEU 254 57.566 2.044 10.629 36 2HB LEU 254 2HB LEU 254 56.188 3.001 11.174 37 HG LEU 254 HG LEU 254 54.700 1.060 10.796 38 1HD1 LEU 254 1HD1 LEU 254 55.407 -0.571 9.414 39 2HD1 LEU 254 2HD1 LEU 254 56.569 -1.056 10.649 40 3HD1 LEU 254 3HD1 LEU 254 57.038 0.098 9.401 41 1HD2 LEU 254 1HD2 LEU 254 57.026 0.092 12.451 42 2HD2 LEU 254 2HD2 LEU 254 55.301 -0.076 12.770 43 3HD2 LEU 254 3HD2 LEU 254 56.084 1.491 12.966 44 H LEU 255 H LEU 255 57.324 4.596 8.149 45 HA LEU 255 HA LEU 255 55.257 6.479 9.046 46 1HB LEU 255 1HB LEU 255 57.494 7.714 7.699 47 2HB LEU 255 2HB LEU 255 56.946 7.923 9.360 48 HG LEU 255 HG LEU 255 58.723 5.676 8.359 49 1HD1 LEU 255 1HD1 LEU 255 59.756 7.977 8.512 50 2HD1 LEU 255 2HD1 LEU 255 60.496 6.771 9.564 51 3HD1 LEU 255 3HD1 LEU 255 59.379 7.959 10.235 52 1HD2 LEU 255 1HD2 LEU 255 58.774 5.939 11.180 53 2HD2 LEU 255 2HD2 LEU 255 58.105 4.602 10.245 54 3HD2 LEU 255 3HD2 LEU 255 57.073 5.954 10.713 55 H HIS 256 H HIS 256 57.027 5.472 6.151 56 HA HIS 256 HA HIS 256 55.476 7.173 4.405 57 1HB HIS 256 1HB HIS 256 57.412 4.934 3.765 58 2HB HIS 256 2HB HIS 256 56.765 6.100 2.610 59 HD2 HIS 256 HD2 HIS 256 58.881 6.351 5.985 60 HE1 HIS 256 HE1 HIS 256 60.004 9.490 3.394 61 HE2 HIS 256 HE2 HIS 256 60.464 8.401 5.642 62 H ILE 257 H ILE 257 56.055 3.707 3.949 63 HA ILE 257 HA ILE 257 53.887 3.050 2.477 64 HB ILE 257 HB ILE 257 55.391 1.542 4.580 65 1HG1 ILE 257 1HG1 ILE 257 54.909 0.977 1.641 66 2HG1 ILE 257 2HG1 ILE 257 56.227 1.994 2.220 67 1HG2 ILE 257 1HG2 ILE 257 53.273 0.542 4.917 68 2HG2 ILE 257 2HG2 ILE 257 54.028 -0.491 3.706 69 3HG2 ILE 257 3HG2 ILE 257 52.828 0.704 3.218 70 1HD1 ILE 257 1HD1 ILE 257 55.965 -0.639 3.556 71 2HD1 ILE 257 2HD1 ILE 257 57.415 0.221 3.035 72 3HD1 ILE 257 3HD1 ILE 257 56.459 -0.688 1.864 73 H LEU 258 H LEU 258 53.894 2.724 6.038 74 HA LEU 258 HA LEU 258 51.262 2.099 6.462 75 1HB LEU 258 1HB LEU 258 53.321 2.703 8.094 76 2HB LEU 258 2HB LEU 258 52.353 4.165 8.287 77 HG LEU 258 HG LEU 258 51.366 1.321 8.666 78 1HD1 LEU 258 1HD1 LEU 258 51.449 3.446 10.785 79 2HD1 LEU 258 2HD1 LEU 258 52.916 2.541 10.412 80 3HD1 LEU 258 3HD1 LEU 258 51.473 1.692 10.966 81 1HD2 LEU 258 1HD2 LEU 258 49.397 2.742 9.683 82 2HD2 LEU 258 2HD2 LEU 258 49.471 2.483 7.941 83 3HD2 LEU 258 3HD2 LEU 258 50.023 4.010 8.630 84 H VAL 259 H VAL 259 52.605 5.279 5.722 85 HA VAL 259 HA VAL 259 49.993 6.551 5.997 86 HB VAL 259 HB VAL 259 52.716 7.623 5.232 87 1HG1 VAL 259 1HG1 VAL 259 51.471 9.232 4.196 88 2HG1 VAL 259 2HG1 VAL 259 51.199 9.801 5.842 89 3HG1 VAL 259 3HG1 VAL 259 49.996 8.781 5.052 90 1HG2 VAL 259 1HG2 VAL 259 52.209 6.918 7.639 91 2HG2 VAL 259 2HG2 VAL 259 51.009 8.209 7.663 92 3HG2 VAL 259 3HG2 VAL 259 52.714 8.593 7.421 93 H PHE 260 H PHE 260 52.441 6.241 3.408 94 HA PHE 260 HA PHE 260 51.070 7.294 1.290 95 1HB PHE 260 1HB PHE 260 53.017 5.032 1.517 96 2HB PHE 260 2HB PHE 260 52.237 5.337 -0.035 97 HD1 PHE 260 HD1 PHE 260 53.648 7.449 2.735 98 HD2 PHE 260 HD2 PHE 260 53.511 6.647 -1.483 99 HE1 PHE 260 HE1 PHE 260 55.213 9.328 2.327 100 HE2 PHE 260 HE2 PHE 260 55.073 8.527 -1.891 101 HZ PHE 260 HZ PHE 260 55.924 9.869 0.014 102 H GLY 261 H GLY 261 50.167 4.577 3.135 103 1HA GLY 261 1HA GLY 261 48.381 3.561 1.022 104 2HA GLY 261 2HA GLY 261 48.816 2.702 2.496 105 H GLU 262 H GLU 262 48.396 4.949 4.274 106 HA GLU 262 HA GLU 262 45.594 4.622 4.725 107 1HB GLU 262 1HB GLU 262 45.938 5.707 6.737 108 2HB GLU 262 2HB GLU 262 47.562 5.108 6.410 109 1HG GLU 262 1HG GLU 262 47.993 7.331 6.937 110 2HG GLU 262 2HG GLU 262 47.862 7.420 5.184 111 H SER 263 H SER 263 47.533 6.972 3.060 112 HA SER 263 HA SER 263 45.575 9.068 3.040 113 1HB SER 263 1HB SER 263 47.034 9.952 1.155 114 2HB SER 263 2HB SER 263 47.843 9.715 2.702 115 HG SER 263 HG SER 263 47.849 7.979 0.453 116 H LEU 264 H LEU 264 45.964 6.130 1.343 117 HA LEU 264 HA LEU 264 44.478 6.971 -1.011 118 1HB LEU 264 1HB LEU 264 45.149 4.135 -0.233 119 2HB LEU 264 2HB LEU 264 44.861 4.788 -1.846 120 HG LEU 264 HG LEU 264 47.207 5.468 -0.049 121 1HD1 LEU 264 1HD1 LEU 264 47.291 4.119 -2.745 122 2HD1 LEU 264 2HD1 LEU 264 47.080 3.181 -1.266 123 3HD1 LEU 264 3HD1 LEU 264 48.534 4.155 -1.494 124 1HD2 LEU 264 1HD2 LEU 264 46.185 6.566 -2.648 125 2HD2 LEU 264 2HD2 LEU 264 47.927 6.493 -2.381 126 3HD2 LEU 264 3HD2 LEU 264 46.905 7.420 -1.282 127 H LEU 265 H LEU 265 43.959 4.987 1.879 128 HA LEU 265 HA LEU 265 41.303 4.195 1.182 129 1HB LEU 265 1HB LEU 265 42.519 4.324 3.948 130 2HB LEU 265 2HB LEU 265 41.172 3.316 3.416 131 HG LEU 265 HG LEU 265 44.024 3.130 2.399 132 1HD1 LEU 265 1HD1 LEU 265 42.640 1.954 4.663 133 2HD1 LEU 265 2HD1 LEU 265 44.343 1.838 4.218 134 3HD1 LEU 265 3HD1 LEU 265 43.175 0.706 3.536 135 1HD2 LEU 265 1HD2 LEU 265 42.941 0.911 1.481 136 2HD2 LEU 265 2HD2 LEU 265 42.721 2.419 0.593 137 3HD2 LEU 265 3HD2 LEU 265 41.432 1.811 1.633 138 H ASN 266 H ASN 266 42.516 7.172 1.921 139 HA ASN 266 HA ASN 266 40.254 8.082 3.530 140 1HB ASN 266 1HB ASN 266 42.836 9.292 2.607 141 2HB ASN 266 2HB ASN 266 41.518 10.344 3.123 142 1HD2 ASN 266 1HD2 ASN 266 42.407 7.117 4.431 143 2HD2 ASN 266 2HD2 ASN 266 42.717 7.677 6.003 144 H ASP 267 H ASP 267 41.704 8.787 0.350 145 HA ASP 267 HA ASP 267 39.439 10.404 -0.448 146 1HB ASP 267 1HB ASP 267 40.767 11.102 -2.141 147 2HB ASP 267 2HB ASP 267 42.058 10.341 -1.212 148 H ALA 268 H ALA 268 39.886 7.153 -0.145 149 HA ALA 268 HA ALA 268 38.409 6.403 -2.562 150 1HB ALA 268 1HB ALA 268 40.393 5.075 -1.712 151 2HB ALA 268 2HB ALA 268 38.925 4.140 -1.997 152 3HB ALA 268 3HB ALA 268 39.382 4.586 -0.353 153 H VAL 269 H VAL 269 38.128 5.970 0.969 154 HA VAL 269 HA VAL 269 35.633 4.797 1.097 155 HB VAL 269 HB VAL 269 37.063 5.134 3.061 156 1HG1 VAL 269 1HG1 VAL 269 37.909 7.162 3.551 157 2HG1 VAL 269 2HG1 VAL 269 36.286 7.835 3.705 158 3HG1 VAL 269 3HG1 VAL 269 37.087 7.812 2.134 159 1HG2 VAL 269 1HG2 VAL 269 34.439 4.988 3.110 160 2HG2 VAL 269 2HG2 VAL 269 34.539 6.672 3.627 161 3HG2 VAL 269 3HG2 VAL 269 35.308 5.407 4.586 162 H THR 270 H THR 270 36.438 8.041 0.198 163 HA THR 270 HA THR 270 33.688 8.979 0.544 164 HB THR 270 HB THR 270 35.587 10.470 1.127 165 HG1 THR 270 HG1 THR 270 33.543 11.264 0.332 166 1HG2 THR 270 1HG2 THR 270 36.143 10.864 -1.783 167 2HG2 THR 270 2HG2 THR 270 36.879 9.480 -0.976 168 3HG2 THR 270 3HG2 THR 270 37.202 11.112 -0.394 169 H VAL 271 H VAL 271 35.238 7.155 -1.680 170 HA VAL 271 HA VAL 271 33.462 8.090 -3.838 171 HB VAL 271 HB VAL 271 36.420 7.557 -4.006 172 1HG1 VAL 271 1HG1 VAL 271 35.717 6.239 -5.801 173 2HG1 VAL 271 2HG1 VAL 271 35.880 7.820 -6.565 174 3HG1 VAL 271 3HG1 VAL 271 34.286 7.227 -6.096 175 1HG2 VAL 271 1HG2 VAL 271 35.064 9.878 -3.752 176 2HG2 VAL 271 2HG2 VAL 271 34.999 9.701 -5.506 177 3HG2 VAL 271 3HG2 VAL 271 36.557 9.749 -4.681 178 H VAL 272 H VAL 272 35.744 5.491 -2.951 179 HA VAL 272 HA VAL 272 34.467 3.514 -4.539 180 HB VAL 272 HB VAL 272 36.276 3.207 -2.132 181 1HG1 VAL 272 1HG1 VAL 272 35.434 1.070 -2.346 182 2HG1 VAL 272 2HG1 VAL 272 36.697 0.992 -3.576 183 3HG1 VAL 272 3HG1 VAL 272 35.024 1.290 -4.047 184 1HG2 VAL 272 1HG2 VAL 272 36.828 3.220 -5.117 185 2HG2 VAL 272 2HG2 VAL 272 38.020 2.856 -3.869 186 3HG2 VAL 272 3HG2 VAL 272 37.312 4.468 -3.969 187 H LEU 273 H LEU 273 33.305 5.090 -1.890 188 HA LEU 273 HA LEU 273 31.976 2.756 -0.721 189 1HB LEU 273 1HB LEU 273 32.994 4.444 0.781 190 2HB LEU 273 2HB LEU 273 31.902 5.661 0.130 191 HG LEU 273 HG LEU 273 29.961 4.311 0.902 192 1HD1 LEU 273 1HD1 LEU 273 32.176 2.453 1.673 193 2HD1 LEU 273 2HD1 LEU 273 30.573 2.084 1.036 194 3HD1 LEU 273 3HD1 LEU 273 30.766 2.543 2.727 195 1HD2 LEU 273 1HD2 LEU 273 30.138 5.617 2.725 196 2HD2 LEU 273 2HD2 LEU 273 31.887 5.705 2.516 197 3HD2 LEU 273 3HD2 LEU 273 31.179 4.401 3.466 198 H TYR 274 H TYR 274 30.571 5.985 -1.036 199 HA TYR 274 HA TYR 274 28.177 4.757 -2.208 200 1HB TYR 274 1HB TYR 274 27.111 6.946 -1.647 201 2HB TYR 274 2HB TYR 274 27.778 6.110 -0.245 202 HD1 TYR 274 HD1 TYR 274 28.012 9.040 -2.402 203 HD2 TYR 274 HD2 TYR 274 29.962 6.835 0.725 204 HE1 TYR 274 HE1 TYR 274 29.448 11.002 -1.914 205 HE2 TYR 274 HE2 TYR 274 31.400 8.795 1.213 206 HH TYR 274 HH TYR 274 30.940 11.581 0.704 207 H LYS 275 H LYS 275 30.294 7.578 -2.731 208 HA LYS 275 HA LYS 275 29.118 8.418 -5.147 209 1HB LYS 275 1HB LYS 275 31.395 9.127 -3.545 210 2HB LYS 275 2HB LYS 275 31.863 9.072 -5.245 211 1HG LYS 275 1HG LYS 275 29.415 10.538 -4.214 212 2HG LYS 275 2HG LYS 275 30.974 11.310 -4.503 213 1HD LYS 275 1HD LYS 275 30.587 11.426 -6.718 214 2HD LYS 275 2HD LYS 275 30.176 9.713 -6.791 215 1HE LYS 275 1HE LYS 275 27.893 10.166 -6.125 216 2HE LYS 275 2HE LYS 275 28.274 11.860 -5.816 217 1HZ LYS 275 1HZ LYS 275 27.476 10.687 -8.218 218 2HZ LYS 275 2HZ LYS 275 29.078 11.215 -8.423 219 3HZ LYS 275 3HZ LYS 275 27.876 12.310 -7.930 220 H LYS 276 H LYS 276 30.420 5.505 -4.615 221 HA LYS 276 HA LYS 276 32.288 4.712 -6.339 222 1HB LYS 276 1HB LYS 276 29.600 3.523 -5.755 223 2HB LYS 276 2HB LYS 276 30.641 2.763 -6.958 224 1HG LYS 276 1HG LYS 276 32.458 2.606 -5.309 225 2HG LYS 276 2HG LYS 276 31.442 3.394 -4.102 226 1HD LYS 276 1HD LYS 276 30.660 1.360 -3.535 227 2HD LYS 276 2HD LYS 276 29.892 1.277 -5.121 228 1HE LYS 276 1HE LYS 276 31.932 0.299 -6.079 229 2HE LYS 276 2HE LYS 276 32.735 0.414 -4.513 230 1HZ LYS 276 1HZ LYS 276 31.562 -1.780 -5.249 231 2HZ LYS 276 2HZ LYS 276 30.167 -0.993 -4.684 232 3HZ LYS 276 3HZ LYS 276 31.478 -1.260 -3.637 233 1HN NH2 277 1HN NH2 277 28.989 5.616 -7.451 234 2HN NH2 277 2HN NH2 277 29.424 5.744 -9.097 Start of MODEL 33 1 1H HIS 250 1H HIS 250 35.072 -6.914 -11.663 2 2H HIS 250 2H HIS 250 36.075 -5.645 -12.182 3 3H HIS 250 3H HIS 250 35.188 -5.495 -10.741 4 HA HIS 250 HA HIS 250 36.671 -6.624 -9.532 5 1HB HIS 250 1HB HIS 250 36.014 -8.715 -10.746 6 2HB HIS 250 2HB HIS 250 37.243 -8.349 -11.958 7 HD2 HIS 250 HD2 HIS 250 38.865 -7.298 -8.783 8 HE1 HIS 250 HE1 HIS 250 39.726 -11.423 -9.036 9 HE2 HIS 250 HE2 HIS 250 40.325 -9.254 -7.857 10 H ILE 251 H ILE 251 37.571 -4.397 -9.950 11 HA ILE 251 HA ILE 251 39.702 -4.097 -11.853 12 HB ILE 251 HB ILE 251 39.263 -2.371 -9.421 13 1HG1 ILE 251 1HG1 ILE 251 37.068 -2.589 -10.378 14 2HG1 ILE 251 2HG1 ILE 251 37.717 -1.054 -10.954 15 1HG2 ILE 251 1HG2 ILE 251 40.045 -1.579 -12.229 16 2HG2 ILE 251 2HG2 ILE 251 41.244 -2.118 -11.053 17 3HG2 ILE 251 3HG2 ILE 251 40.280 -0.677 -10.732 18 1HD1 ILE 251 1HD1 ILE 251 36.829 -2.060 -12.900 19 2HD1 ILE 251 2HD1 ILE 251 37.443 -3.653 -12.460 20 3HD1 ILE 251 3HD1 ILE 251 38.557 -2.397 -12.999 21 H ASN 252 H ASN 252 41.917 -4.029 -11.469 22 HA ASN 252 HA ASN 252 42.853 -5.778 -9.376 23 1HB ASN 252 1HB ASN 252 44.325 -4.174 -11.477 24 2HB ASN 252 2HB ASN 252 45.093 -5.315 -10.374 25 1HD2 ASN 252 1HD2 ASN 252 43.241 -5.031 -13.312 26 2HD2 ASN 252 2HD2 ASN 252 43.115 -6.694 -13.628 27 H GLU 253 H GLU 253 42.113 -2.524 -9.490 28 HA GLU 253 HA GLU 253 44.190 -1.264 -8.114 29 1HB GLU 253 1HB GLU 253 42.563 0.413 -7.482 30 2HB GLU 253 2HB GLU 253 42.217 -0.115 -9.129 31 1HG GLU 253 1HG GLU 253 40.103 -0.442 -8.379 32 2HG GLU 253 2HG GLU 253 40.753 -1.905 -7.640 33 H LEU 254 H LEU 254 42.376 -3.858 -7.097 34 HA LEU 254 HA LEU 254 41.915 -3.281 -4.370 35 1HB LEU 254 1HB LEU 254 41.947 -5.667 -6.093 36 2HB LEU 254 2HB LEU 254 42.373 -5.989 -4.413 37 HG LEU 254 HG LEU 254 39.905 -6.152 -4.895 38 1HD1 LEU 254 1HD1 LEU 254 39.697 -5.678 -2.707 39 2HD1 LEU 254 2HD1 LEU 254 39.746 -3.953 -3.067 40 3HD1 LEU 254 3HD1 LEU 254 41.242 -4.829 -2.748 41 1HD2 LEU 254 1HD2 LEU 254 39.633 -3.209 -4.897 42 2HD2 LEU 254 2HD2 LEU 254 38.729 -4.424 -5.799 43 3HD2 LEU 254 3HD2 LEU 254 40.306 -3.889 -6.379 44 H LEU 255 H LEU 255 44.772 -4.115 -6.144 45 HA LEU 255 HA LEU 255 46.282 -4.767 -3.728 46 1HB LEU 255 1HB LEU 255 46.980 -4.716 -6.667 47 2HB LEU 255 2HB LEU 255 48.183 -4.988 -5.407 48 HG LEU 255 HG LEU 255 46.872 -6.913 -4.574 49 1HD1 LEU 255 1HD1 LEU 255 45.079 -7.697 -6.347 50 2HD1 LEU 255 2HD1 LEU 255 45.009 -5.978 -6.735 51 3HD1 LEU 255 3HD1 LEU 255 44.636 -6.530 -5.101 52 1HD2 LEU 255 1HD2 LEU 255 47.272 -7.187 -7.562 53 2HD2 LEU 255 2HD2 LEU 255 47.478 -8.425 -6.323 54 3HD2 LEU 255 3HD2 LEU 255 48.626 -7.090 -6.434 55 H HIS 256 H HIS 256 45.696 -2.115 -5.884 56 HA HIS 256 HA HIS 256 48.001 -0.564 -5.353 57 1HB HIS 256 1HB HIS 256 45.249 0.010 -6.383 58 2HB HIS 256 2HB HIS 256 46.298 1.357 -5.936 59 HD2 HIS 256 HD2 HIS 256 47.888 -1.825 -7.603 60 HE1 HIS 256 HE1 HIS 256 48.034 1.333 -10.402 61 HE2 HIS 256 HE2 HIS 256 48.785 -1.047 -9.930 62 H ILE 257 H ILE 257 44.714 0.193 -4.205 63 HA ILE 257 HA ILE 257 45.344 1.956 -2.212 64 HB ILE 257 HB ILE 257 43.032 1.145 -3.006 65 1HG1 ILE 257 1HG1 ILE 257 42.298 1.397 -0.382 66 2HG1 ILE 257 2HG1 ILE 257 43.928 2.068 -0.345 67 1HG2 ILE 257 1HG2 ILE 257 42.034 -0.681 -1.895 68 2HG2 ILE 257 2HG2 ILE 257 43.267 -0.703 -0.635 69 3HG2 ILE 257 3HG2 ILE 257 43.658 -1.263 -2.261 70 1HD1 ILE 257 1HD1 ILE 257 42.375 3.867 -0.837 71 2HD1 ILE 257 2HD1 ILE 257 41.652 2.936 -2.148 72 3HD1 ILE 257 3HD1 ILE 257 43.308 3.523 -2.294 73 H LEU 258 H LEU 258 46.047 -1.397 -2.302 74 HA LEU 258 HA LEU 258 46.247 -1.812 0.537 75 1HB LEU 258 1HB LEU 258 46.190 -3.459 -1.682 76 2HB LEU 258 2HB LEU 258 47.865 -3.577 -1.141 77 HG LEU 258 HG LEU 258 45.409 -4.004 0.589 78 1HD1 LEU 258 1HD1 LEU 258 46.219 -5.767 -1.192 79 2HD1 LEU 258 2HD1 LEU 258 45.821 -6.297 0.442 80 3HD1 LEU 258 3HD1 LEU 258 47.506 -6.066 -0.022 81 1HD2 LEU 258 1HD2 LEU 258 48.300 -3.640 1.162 82 2HD2 LEU 258 2HD2 LEU 258 47.517 -4.981 1.998 83 3HD2 LEU 258 3HD2 LEU 258 46.902 -3.339 2.194 84 H VAL 259 H VAL 259 48.540 -1.140 -2.089 85 HA VAL 259 HA VAL 259 50.954 -1.379 -0.809 86 HB VAL 259 HB VAL 259 50.156 0.865 -2.681 87 1HG1 VAL 259 1HG1 VAL 259 52.624 0.183 -1.335 88 2HG1 VAL 259 2HG1 VAL 259 52.284 1.548 -2.399 89 3HG1 VAL 259 3HG1 VAL 259 52.818 0.011 -3.079 90 1HG2 VAL 259 1HG2 VAL 259 50.119 -0.660 -4.344 91 2HG2 VAL 259 2HG2 VAL 259 50.144 -1.914 -3.104 92 3HG2 VAL 259 3HG2 VAL 259 51.654 -1.350 -3.818 93 H PHE 260 H PHE 260 49.690 1.894 -1.270 94 HA PHE 260 HA PHE 260 50.974 2.801 1.147 95 1HB PHE 260 1HB PHE 260 49.615 4.949 0.467 96 2HB PHE 260 2HB PHE 260 51.010 4.445 -0.490 97 HD1 PHE 260 HD1 PHE 260 47.355 4.727 -0.385 98 HD2 PHE 260 HD2 PHE 260 50.710 3.299 -2.655 99 HE1 PHE 260 HE1 PHE 260 45.900 4.477 -2.378 100 HE2 PHE 260 HE2 PHE 260 49.256 3.049 -4.648 101 HZ PHE 260 HZ PHE 260 46.851 3.638 -4.509 102 H GLY 261 H GLY 261 47.582 2.801 0.025 103 1HA GLY 261 1HA GLY 261 45.595 2.713 1.177 104 2HA GLY 261 2HA GLY 261 46.470 1.781 2.387 105 H GLU 262 H GLU 262 47.763 3.033 3.968 106 HA GLU 262 HA GLU 262 46.354 4.748 5.511 107 1HB GLU 262 1HB GLU 262 49.330 5.041 5.060 108 2HB GLU 262 2HB GLU 262 48.424 5.475 6.510 109 1HG GLU 262 1HG GLU 262 47.744 2.804 6.033 110 2HG GLU 262 2HG GLU 262 49.475 2.884 5.706 111 H SER 263 H SER 263 47.988 5.554 2.533 112 HA SER 263 HA SER 263 47.894 8.400 2.904 113 1HB SER 263 1HB SER 263 49.517 7.297 1.389 114 2HB SER 263 2HB SER 263 48.184 6.804 0.348 115 HG SER 263 HG SER 263 48.224 8.728 -0.474 116 H LEU 264 H LEU 264 46.384 6.669 0.207 117 HA LEU 264 HA LEU 264 44.274 8.574 -0.011 118 1HB LEU 264 1HB LEU 264 44.259 5.806 -1.209 119 2HB LEU 264 2HB LEU 264 43.502 7.271 -1.833 120 HG LEU 264 HG LEU 264 46.466 6.669 -1.666 121 1HD1 LEU 264 1HD1 LEU 264 45.221 7.627 -4.163 122 2HD1 LEU 264 2HD1 LEU 264 44.640 6.053 -3.620 123 3HD1 LEU 264 3HD1 LEU 264 46.361 6.306 -3.908 124 1HD2 LEU 264 1HD2 LEU 264 44.963 9.240 -2.169 125 2HD2 LEU 264 2HD2 LEU 264 46.571 8.979 -2.845 126 3HD2 LEU 264 3HD2 LEU 264 46.335 8.963 -1.097 127 H LEU 265 H LEU 265 44.725 6.477 2.383 128 HA LEU 265 HA LEU 265 42.631 4.824 2.791 129 1HB LEU 265 1HB LEU 265 44.517 5.729 4.431 130 2HB LEU 265 2HB LEU 265 43.208 6.756 5.000 131 HG LEU 265 HG LEU 265 43.233 4.745 6.350 132 1HD1 LEU 265 1HD1 LEU 265 40.967 4.067 6.104 133 2HD1 LEU 265 2HD1 LEU 265 40.976 4.390 4.372 134 3HD1 LEU 265 3HD1 LEU 265 41.027 5.729 5.519 135 1HD2 LEU 265 1HD2 LEU 265 43.725 2.693 5.539 136 2HD2 LEU 265 2HD2 LEU 265 44.117 3.486 4.014 137 3HD2 LEU 265 3HD2 LEU 265 42.503 2.825 4.275 138 H ASN 266 H ASN 266 42.442 8.211 3.906 139 HA ASN 266 HA ASN 266 39.689 8.252 4.349 140 1HB ASN 266 1HB ASN 266 40.293 10.838 3.558 141 2HB ASN 266 2HB ASN 266 40.425 10.200 5.195 142 1HD2 ASN 266 1HD2 ASN 266 42.324 10.617 2.176 143 2HD2 ASN 266 2HD2 ASN 266 43.832 10.661 2.954 144 H ASP 267 H ASP 267 41.517 8.586 1.394 145 HA ASP 267 HA ASP 267 39.173 9.451 -0.121 146 1HB ASP 267 1HB ASP 267 41.808 10.014 -0.423 147 2HB ASP 267 2HB ASP 267 41.638 8.670 -1.551 148 H ALA 268 H ALA 268 40.212 6.592 1.079 149 HA ALA 268 HA ALA 268 39.984 4.857 -1.177 150 1HB ALA 268 1HB ALA 268 41.091 4.362 1.083 151 2HB ALA 268 2HB ALA 268 40.106 3.078 0.380 152 3HB ALA 268 3HB ALA 268 39.460 4.071 1.688 153 H VAL 269 H VAL 269 37.754 5.687 1.478 154 HA VAL 269 HA VAL 269 35.581 4.131 0.706 155 HB VAL 269 HB VAL 269 35.689 5.354 2.839 156 1HG1 VAL 269 1HG1 VAL 269 35.413 7.738 2.944 157 2HG1 VAL 269 2HG1 VAL 269 35.072 7.836 1.217 158 3HG1 VAL 269 3HG1 VAL 269 36.696 7.431 1.774 159 1HG2 VAL 269 1HG2 VAL 269 33.296 6.645 1.778 160 2HG2 VAL 269 2HG2 VAL 269 33.429 5.319 2.931 161 3HG2 VAL 269 3HG2 VAL 269 33.455 4.987 1.200 162 H THR 270 H THR 270 36.824 7.078 -0.660 163 HA THR 270 HA THR 270 34.428 7.483 -2.291 164 HB THR 270 HB THR 270 37.004 9.065 -2.321 165 HG1 THR 270 HG1 THR 270 35.363 10.470 -1.061 166 1HG2 THR 270 1HG2 THR 270 35.616 10.792 -3.325 167 2HG2 THR 270 2HG2 THR 270 34.177 9.789 -3.135 168 3HG2 THR 270 3HG2 THR 270 35.446 9.306 -4.261 169 H VAL 271 H VAL 271 37.940 7.134 -2.850 170 HA VAL 271 HA VAL 271 37.885 6.835 -5.605 171 HB VAL 271 HB VAL 271 39.725 5.572 -3.565 172 1HG1 VAL 271 1HG1 VAL 271 39.751 5.593 -6.578 173 2HG1 VAL 271 2HG1 VAL 271 40.060 4.247 -5.480 174 3HG1 VAL 271 3HG1 VAL 271 41.261 5.523 -5.669 175 1HG2 VAL 271 1HG2 VAL 271 40.473 7.795 -5.418 176 2HG2 VAL 271 2HG2 VAL 271 41.018 7.479 -3.771 177 3HG2 VAL 271 3HG2 VAL 271 39.427 8.185 -4.054 178 H VAL 272 H VAL 272 37.625 4.305 -3.116 179 HA VAL 272 HA VAL 272 37.371 2.150 -4.949 180 HB VAL 272 HB VAL 272 36.462 2.379 -2.070 181 1HG1 VAL 272 1HG1 VAL 272 35.401 0.436 -2.625 182 2HG1 VAL 272 2HG1 VAL 272 37.021 -0.253 -2.524 183 3HG1 VAL 272 3HG1 VAL 272 36.358 0.216 -4.090 184 1HG2 VAL 272 1HG2 VAL 272 39.054 2.248 -3.287 185 2HG2 VAL 272 2HG2 VAL 272 38.751 0.718 -2.464 186 3HG2 VAL 272 3HG2 VAL 272 38.654 2.234 -1.569 187 H LEU 273 H LEU 273 35.189 4.585 -3.902 188 HA LEU 273 HA LEU 273 32.848 3.009 -4.737 189 1HB LEU 273 1HB LEU 273 32.857 4.317 -2.563 190 2HB LEU 273 2HB LEU 273 32.848 5.781 -3.543 191 HG LEU 273 HG LEU 273 30.826 4.520 -4.747 192 1HD1 LEU 273 1HD1 LEU 273 31.312 2.593 -3.006 193 2HD1 LEU 273 2HD1 LEU 273 29.650 3.014 -3.419 194 3HD1 LEU 273 3HD1 LEU 273 30.366 3.615 -1.924 195 1HD2 LEU 273 1HD2 LEU 273 30.760 6.056 -2.136 196 2HD2 LEU 273 2HD2 LEU 273 29.305 5.675 -3.059 197 3HD2 LEU 273 3HD2 LEU 273 30.557 6.697 -3.767 198 H TYR 274 H TYR 274 33.917 6.388 -5.145 199 HA TYR 274 HA TYR 274 32.379 6.970 -7.395 200 1HB TYR 274 1HB TYR 274 34.902 8.090 -6.242 201 2HB TYR 274 2HB TYR 274 34.371 8.637 -7.831 202 HD1 TYR 274 HD1 TYR 274 32.905 7.935 -4.445 203 HD2 TYR 274 HD2 TYR 274 32.953 10.486 -7.901 204 HE1 TYR 274 HE1 TYR 274 31.239 9.425 -3.368 205 HE2 TYR 274 HE2 TYR 274 31.289 11.976 -6.823 206 HH TYR 274 HH TYR 274 30.414 11.643 -3.484 207 H LYS 275 H LYS 275 35.888 6.871 -7.704 208 HA LYS 275 HA LYS 275 35.865 6.181 -10.429 209 1HB LYS 275 1HB LYS 275 38.167 5.551 -8.600 210 2HB LYS 275 2HB LYS 275 38.203 6.099 -10.277 211 1HG LYS 275 1HG LYS 275 36.852 8.159 -9.109 212 2HG LYS 275 2HG LYS 275 37.910 7.672 -7.786 213 1HD LYS 275 1HD LYS 275 39.218 9.230 -8.973 214 2HD LYS 275 2HD LYS 275 39.792 7.676 -9.578 215 1HE LYS 275 1HE LYS 275 39.388 8.593 -11.624 216 2HE LYS 275 2HE LYS 275 37.714 8.155 -11.285 217 1HZ LYS 275 1HZ LYS 275 38.087 10.518 -11.961 218 2HZ LYS 275 2HZ LYS 275 38.903 10.751 -10.490 219 3HZ LYS 275 3HZ LYS 275 37.261 10.317 -10.495 220 H LYS 276 H LYS 276 35.553 4.219 -7.603 221 HA LYS 276 HA LYS 276 35.591 1.954 -7.268 222 1HB LYS 276 1HB LYS 276 33.569 2.585 -8.864 223 2HB LYS 276 2HB LYS 276 34.481 1.616 -10.021 224 1HG LYS 276 1HG LYS 276 33.311 -0.095 -9.051 225 2HG LYS 276 2HG LYS 276 34.622 -0.014 -7.879 226 1HD LYS 276 1HD LYS 276 32.740 0.071 -6.496 227 2HD LYS 276 2HD LYS 276 33.110 1.781 -6.712 228 1HE LYS 276 1HE LYS 276 31.524 1.427 -8.853 229 2HE LYS 276 2HE LYS 276 30.852 0.179 -7.805 230 1HZ LYS 276 1HZ LYS 276 29.837 1.726 -6.617 231 2HZ LYS 276 2HZ LYS 276 30.395 2.915 -7.694 232 3HZ LYS 276 3HZ LYS 276 31.303 2.524 -6.312 233 1HN NH2 277 1HN NH2 277 37.908 3.193 -9.021 234 2HN NH2 277 2HN NH2 277 38.628 1.804 -9.703 Start of MODEL 34 1 1H HIS 250 1H HIS 250 47.925 -7.119 15.314 2 2H HIS 250 2H HIS 250 48.955 -6.556 14.086 3 3H HIS 250 3H HIS 250 47.771 -5.530 14.744 4 HA HIS 250 HA HIS 250 49.216 -6.332 16.919 5 1HB HIS 250 1HB HIS 250 50.794 -6.769 14.629 6 2HB HIS 250 2HB HIS 250 51.375 -5.253 15.318 7 HD2 HIS 250 HD2 HIS 250 51.503 -5.721 18.424 8 HE1 HIS 250 HE1 HIS 250 53.166 -9.529 17.678 9 HE2 HIS 250 HE2 HIS 250 52.818 -7.736 19.441 10 H ILE 251 H ILE 251 50.447 -4.392 17.794 11 HA ILE 251 HA ILE 251 49.222 -1.892 16.788 12 HB ILE 251 HB ILE 251 49.692 -1.223 19.307 13 1HG1 ILE 251 1HG1 ILE 251 50.641 -3.716 19.503 14 2HG1 ILE 251 2HG1 ILE 251 49.799 -2.943 20.842 15 1HG2 ILE 251 1HG2 ILE 251 47.383 -2.809 18.182 16 2HG2 ILE 251 2HG2 ILE 251 47.497 -1.069 18.438 17 3HG2 ILE 251 3HG2 ILE 251 47.345 -2.153 19.820 18 1HD1 ILE 251 1HD1 ILE 251 49.050 -5.327 20.196 19 2HD1 ILE 251 2HD1 ILE 251 48.303 -4.578 18.788 20 3HD1 ILE 251 3HD1 ILE 251 47.787 -4.115 20.408 21 H ASN 252 H ASN 252 51.992 -3.446 16.637 22 HA ASN 252 HA ASN 252 53.771 -1.320 17.559 23 1HB ASN 252 1HB ASN 252 54.308 -4.005 16.273 24 2HB ASN 252 2HB ASN 252 55.566 -2.870 16.760 25 1HD2 ASN 252 1HD2 ASN 252 52.508 -3.755 18.448 26 2HD2 ASN 252 2HD2 ASN 252 53.276 -4.288 19.864 27 H GLU 253 H GLU 253 52.411 -2.596 14.603 28 HA GLU 253 HA GLU 253 54.164 -0.941 12.949 29 1HB GLU 253 1HB GLU 253 51.930 -2.822 12.151 30 2HB GLU 253 2HB GLU 253 53.076 -2.043 11.058 31 1HG GLU 253 1HG GLU 253 54.645 -3.604 11.470 32 2HG GLU 253 2HG GLU 253 54.464 -3.404 13.211 33 H LEU 254 H LEU 254 51.543 -0.361 14.762 34 HA LEU 254 HA LEU 254 49.560 0.809 13.288 35 1HB LEU 254 1HB LEU 254 50.321 0.844 15.955 36 2HB LEU 254 2HB LEU 254 50.370 2.545 15.490 37 HG LEU 254 HG LEU 254 48.068 2.192 14.447 38 1HD1 LEU 254 1HD1 LEU 254 48.640 -0.481 15.007 39 2HD1 LEU 254 2HD1 LEU 254 47.070 0.166 14.532 40 3HD1 LEU 254 3HD1 LEU 254 47.463 -0.029 16.240 41 1HD2 LEU 254 1HD2 LEU 254 48.454 3.310 16.642 42 2HD2 LEU 254 2HD2 LEU 254 48.315 1.744 17.438 43 3HD2 LEU 254 3HD2 LEU 254 46.926 2.433 16.600 44 H LEU 255 H LEU 255 52.835 1.694 13.278 45 HA LEU 255 HA LEU 255 52.314 4.430 12.373 46 1HB LEU 255 1HB LEU 255 55.021 3.998 12.072 47 2HB LEU 255 2HB LEU 255 54.259 4.709 13.492 48 HG LEU 255 HG LEU 255 54.618 1.719 13.152 49 1HD1 LEU 255 1HD1 LEU 255 56.561 3.804 13.862 50 2HD1 LEU 255 2HD1 LEU 255 56.832 2.121 13.410 51 3HD1 LEU 255 3HD1 LEU 255 56.422 2.532 15.076 52 1HD2 LEU 255 1HD2 LEU 255 53.538 1.590 15.131 53 2HD2 LEU 255 2HD2 LEU 255 53.178 3.310 14.995 54 3HD2 LEU 255 3HD2 LEU 255 54.624 2.778 15.850 55 H HIS 256 H HIS 256 53.415 1.307 11.197 56 HA HIS 256 HA HIS 256 53.782 2.387 8.494 57 1HB HIS 256 1HB HIS 256 54.287 -0.425 9.478 58 2HB HIS 256 2HB HIS 256 54.853 0.299 7.972 59 HD2 HIS 256 HD2 HIS 256 55.807 0.223 11.751 60 HE1 HIS 256 HE1 HIS 256 58.581 2.731 9.790 61 HE2 HIS 256 HE2 HIS 256 58.038 1.565 11.979 62 H ILE 257 H ILE 257 52.461 -0.720 9.626 63 HA ILE 257 HA ILE 257 50.875 -1.359 7.536 64 HB ILE 257 HB ILE 257 51.193 -2.589 9.785 65 1HG1 ILE 257 1HG1 ILE 257 48.497 -2.558 8.391 66 2HG1 ILE 257 2HG1 ILE 257 49.909 -3.485 7.883 67 1HG2 ILE 257 1HG2 ILE 257 49.567 -2.257 11.473 68 2HG2 ILE 257 2HG2 ILE 257 48.542 -1.291 10.414 69 3HG2 ILE 257 3HG2 ILE 257 50.057 -0.625 11.021 70 1HD1 ILE 257 1HD1 ILE 257 48.243 -3.842 10.377 71 2HD1 ILE 257 2HD1 ILE 257 49.860 -4.531 10.233 72 3HD1 ILE 257 3HD1 ILE 257 48.587 -5.025 9.117 73 H LEU 258 H LEU 258 50.074 0.981 10.061 74 HA LEU 258 HA LEU 258 47.403 1.428 9.131 75 1HB LEU 258 1HB LEU 258 48.735 2.017 11.429 76 2HB LEU 258 2HB LEU 258 48.717 3.593 10.638 77 HG LEU 258 HG LEU 258 46.300 1.836 11.150 78 1HD1 LEU 258 1HD1 LEU 258 46.086 4.411 12.325 79 2HD1 LEU 258 2HD1 LEU 258 47.676 3.783 12.760 80 3HD1 LEU 258 3HD1 LEU 258 46.225 2.859 13.151 81 1HD2 LEU 258 1HD2 LEU 258 46.762 4.335 9.569 82 2HD2 LEU 258 2HD2 LEU 258 45.252 4.197 10.470 83 3HD2 LEU 258 3HD2 LEU 258 45.661 2.995 9.247 84 H VAL 259 H VAL 259 50.395 3.373 8.925 85 HA VAL 259 HA VAL 259 49.192 5.270 7.123 86 HB VAL 259 HB VAL 259 52.092 4.839 7.869 87 1HG1 VAL 259 1HG1 VAL 259 52.042 7.379 7.164 88 2HG1 VAL 259 2HG1 VAL 259 50.636 6.883 6.222 89 3HG1 VAL 259 3HG1 VAL 259 52.202 6.128 5.931 90 1HG2 VAL 259 1HG2 VAL 259 50.029 5.637 9.503 91 2HG2 VAL 259 2HG2 VAL 259 50.605 7.180 8.874 92 3HG2 VAL 259 3HG2 VAL 259 51.715 6.105 9.724 93 H PHE 260 H PHE 260 50.249 2.157 6.686 94 HA PHE 260 HA PHE 260 51.787 2.141 4.385 95 1HB PHE 260 1HB PHE 260 51.403 -0.075 4.449 96 2HB PHE 260 2HB PHE 260 50.419 0.242 5.876 97 HD1 PHE 260 HD1 PHE 260 50.394 -1.179 2.654 98 HD2 PHE 260 HD2 PHE 260 47.957 1.128 5.335 99 HE1 PHE 260 HE1 PHE 260 48.365 -1.893 1.423 100 HE2 PHE 260 HE2 PHE 260 45.926 0.415 4.102 101 HZ PHE 260 HZ PHE 260 46.131 -1.097 2.147 102 H GLY 261 H GLY 261 48.721 3.467 4.792 103 1HA GLY 261 1HA GLY 261 48.467 4.531 2.256 104 2HA GLY 261 2HA GLY 261 47.607 2.995 2.205 105 H GLU 262 H GLU 262 47.881 5.140 5.001 106 HA GLU 262 HA GLU 262 45.153 5.022 5.652 107 1HB GLU 262 1HB GLU 262 45.621 6.905 7.166 108 2HB GLU 262 2HB GLU 262 46.884 5.679 7.269 109 1HG GLU 262 1HG GLU 262 48.300 7.429 6.960 110 2HG GLU 262 2HG GLU 262 47.852 7.267 5.264 111 H SER 263 H SER 263 46.981 7.304 3.679 112 HA SER 263 HA SER 263 44.610 8.954 3.235 113 1HB SER 263 1HB SER 263 46.184 10.325 1.853 114 2HB SER 263 2HB SER 263 46.696 10.139 3.527 115 HG SER 263 HG SER 263 48.178 9.667 1.546 116 H LEU 264 H LEU 264 45.991 6.185 1.936 117 HA LEU 264 HA LEU 264 45.347 6.669 -0.839 118 1HB LEU 264 1HB LEU 264 46.579 4.525 0.748 119 2HB LEU 264 2HB LEU 264 45.584 3.944 -0.586 120 HG LEU 264 HG LEU 264 47.623 6.139 -0.969 121 1HD1 LEU 264 1HD1 LEU 264 49.193 4.416 -1.742 122 2HD1 LEU 264 2HD1 LEU 264 48.034 3.154 -1.324 123 3HD1 LEU 264 3HD1 LEU 264 48.764 4.137 -0.054 124 1HD2 LEU 264 1HD2 LEU 264 47.024 4.210 -3.111 125 2HD2 LEU 264 2HD2 LEU 264 47.066 5.973 -3.168 126 3HD2 LEU 264 3HD2 LEU 264 45.621 5.144 -2.593 127 H LEU 265 H LEU 265 43.854 5.044 1.913 128 HA LEU 265 HA LEU 265 41.633 4.072 0.308 129 1HB LEU 265 1HB LEU 265 41.924 4.058 3.319 130 2HB LEU 265 2HB LEU 265 40.834 3.071 2.346 131 HG LEU 265 HG LEU 265 43.864 2.964 2.254 132 1HD1 LEU 265 1HD1 LEU 265 42.038 1.804 4.066 133 2HD1 LEU 265 2HD1 LEU 265 43.741 1.395 3.864 134 3HD1 LEU 265 3HD1 LEU 265 42.508 0.511 2.964 135 1HD2 LEU 265 1HD2 LEU 265 43.168 0.785 0.942 136 2HD2 LEU 265 2HD2 LEU 265 43.204 2.335 0.102 137 3HD2 LEU 265 3HD2 LEU 265 41.668 1.669 0.660 138 H ASN 266 H ASN 266 42.460 7.025 1.463 139 HA ASN 266 HA ASN 266 40.004 7.911 2.631 140 1HB ASN 266 1HB ASN 266 42.581 9.085 1.867 141 2HB ASN 266 2HB ASN 266 41.215 10.178 1.649 142 1HD2 ASN 266 1HD2 ASN 266 42.104 7.708 4.141 143 2HD2 ASN 266 2HD2 ASN 266 41.814 8.736 5.459 144 H ASP 267 H ASP 267 41.487 9.081 -0.387 145 HA ASP 267 HA ASP 267 39.286 10.225 -1.542 146 1HB ASP 267 1HB ASP 267 41.711 10.086 -2.406 147 2HB ASP 267 2HB ASP 267 41.205 8.589 -3.187 148 H ALA 268 H ALA 268 39.792 6.899 -0.918 149 HA ALA 268 HA ALA 268 37.772 6.038 -2.862 150 1HB ALA 268 1HB ALA 268 38.355 3.756 -2.065 151 2HB ALA 268 2HB ALA 268 39.503 4.472 -0.933 152 3HB ALA 268 3HB ALA 268 39.756 4.640 -2.671 153 H VAL 269 H VAL 269 38.283 6.453 0.579 154 HA VAL 269 HA VAL 269 35.696 5.279 1.244 155 HB VAL 269 HB VAL 269 37.966 6.421 2.866 156 1HG1 VAL 269 1HG1 VAL 269 36.081 7.124 4.114 157 2HG1 VAL 269 2HG1 VAL 269 36.508 5.570 4.830 158 3HG1 VAL 269 3HG1 VAL 269 35.160 5.679 3.698 159 1HG2 VAL 269 1HG2 VAL 269 37.864 4.019 1.829 160 2HG2 VAL 269 2HG2 VAL 269 36.694 3.702 3.109 161 3HG2 VAL 269 3HG2 VAL 269 38.336 4.197 3.519 162 H THR 270 H THR 270 36.875 8.260 0.254 163 HA THR 270 HA THR 270 34.995 9.863 1.806 164 HB THR 270 HB THR 270 36.597 10.934 -0.488 165 HG1 THR 270 HG1 THR 270 38.238 11.229 1.262 166 1HG2 THR 270 1HG2 THR 270 36.272 12.157 2.230 167 2HG2 THR 270 2HG2 THR 270 34.908 12.176 1.113 168 3HG2 THR 270 3HG2 THR 270 36.429 12.948 0.662 169 H VAL 271 H VAL 271 35.125 8.202 -1.185 170 HA VAL 271 HA VAL 271 33.270 9.833 -2.633 171 HB VAL 271 HB VAL 271 33.442 8.262 -4.325 172 1HG1 VAL 271 1HG1 VAL 271 35.722 9.052 -3.356 173 2HG1 VAL 271 2HG1 VAL 271 35.722 7.704 -4.492 174 3HG1 VAL 271 3HG1 VAL 271 35.867 7.398 -2.761 175 1HG2 VAL 271 1HG2 VAL 271 33.636 6.263 -2.072 176 2HG2 VAL 271 2HG2 VAL 271 34.106 5.822 -3.713 177 3HG2 VAL 271 3HG2 VAL 271 32.453 6.337 -3.379 178 H VAL 272 H VAL 272 32.950 7.635 -0.064 179 HA VAL 272 HA VAL 272 30.176 6.962 -0.726 180 HB VAL 272 HB VAL 272 31.976 5.343 0.275 181 1HG1 VAL 272 1HG1 VAL 272 32.322 7.080 2.187 182 2HG1 VAL 272 2HG1 VAL 272 32.242 5.371 2.611 183 3HG1 VAL 272 3HG1 VAL 272 30.835 6.406 2.853 184 1HG2 VAL 272 1HG2 VAL 272 29.904 4.354 0.035 185 2HG2 VAL 272 2HG2 VAL 272 29.069 5.657 0.880 186 3HG2 VAL 272 3HG2 VAL 272 29.958 4.440 1.796 187 H LEU 273 H LEU 273 31.978 9.204 1.145 188 HA LEU 273 HA LEU 273 30.240 9.680 3.294 189 1HB LEU 273 1HB LEU 273 32.435 11.119 1.959 190 2HB LEU 273 2HB LEU 273 31.267 12.160 2.772 191 HG LEU 273 HG LEU 273 31.531 10.870 4.846 192 1HD1 LEU 273 1HD1 LEU 273 33.703 9.297 4.665 193 2HD1 LEU 273 2HD1 LEU 273 33.113 9.131 3.011 194 3HD1 LEU 273 3HD1 LEU 273 32.076 8.684 4.366 195 1HD2 LEU 273 1HD2 LEU 273 33.145 12.769 4.086 196 2HD2 LEU 273 2HD2 LEU 273 34.315 11.470 3.854 197 3HD2 LEU 273 3HD2 LEU 273 33.627 11.763 5.452 198 H TYR 274 H TYR 274 30.591 12.191 0.846 199 HA TYR 274 HA TYR 274 27.697 12.650 0.979 200 1HB TYR 274 1HB TYR 274 28.631 14.677 -0.552 201 2HB TYR 274 2HB TYR 274 28.587 14.731 1.211 202 HD1 TYR 274 HD1 TYR 274 30.728 14.126 -1.741 203 HD2 TYR 274 HD2 TYR 274 30.608 14.554 2.530 204 HE1 TYR 274 HE1 TYR 274 33.201 14.296 -1.690 205 HE2 TYR 274 HE2 TYR 274 33.080 14.726 2.582 206 HH TYR 274 HH TYR 274 34.974 14.895 -0.391 207 H LYS 275 H LYS 275 30.262 12.354 -1.485 208 HA LYS 275 HA LYS 275 28.869 12.483 -3.813 209 1HB LYS 275 1HB LYS 275 31.132 10.724 -2.939 210 2HB LYS 275 2HB LYS 275 30.418 10.469 -4.527 211 1HG LYS 275 1HG LYS 275 31.003 13.301 -3.901 212 2HG LYS 275 2HG LYS 275 32.425 12.270 -3.984 213 1HD LYS 275 1HD LYS 275 31.979 13.180 -6.194 214 2HD LYS 275 2HD LYS 275 31.655 11.448 -6.218 215 1HE LYS 275 1HE LYS 275 29.266 11.835 -6.029 216 2HE LYS 275 2HE LYS 275 29.525 13.563 -5.783 217 1HZ LYS 275 1HZ LYS 275 29.745 13.900 -7.957 218 2HZ LYS 275 2HZ LYS 275 29.091 12.347 -8.171 219 3HZ LYS 275 3HZ LYS 275 30.775 12.567 -8.162 220 H LYS 276 H LYS 276 29.339 9.414 -2.037 221 HA LYS 276 HA LYS 276 28.099 7.480 -2.007 222 1HB LYS 276 1HB LYS 276 25.928 9.564 -2.285 223 2HB LYS 276 2HB LYS 276 25.586 7.848 -2.054 224 1HG LYS 276 1HG LYS 276 27.555 9.074 -0.189 225 2HG LYS 276 2HG LYS 276 25.869 9.552 0.016 226 1HD LYS 276 1HD LYS 276 25.204 7.187 0.162 227 2HD LYS 276 2HD LYS 276 26.882 6.693 -0.070 228 1HE LYS 276 1HE LYS 276 27.207 6.865 2.148 229 2HE LYS 276 2HE LYS 276 26.880 8.594 2.034 230 1HZ LYS 276 1HZ LYS 276 25.407 7.350 3.589 231 2HZ LYS 276 2HZ LYS 276 24.754 6.538 2.247 232 3HZ LYS 276 3HZ LYS 276 24.582 8.222 2.391 233 1HN NH2 277 1HN NH2 277 28.744 8.980 -4.788 234 2HN NH2 277 2HN NH2 277 27.883 8.001 -5.891 Start of MODEL 35 1 1H HIS 250 1H HIS 250 58.140 -5.915 4.994 2 2H HIS 250 2H HIS 250 57.881 -4.255 4.732 3 3H HIS 250 3H HIS 250 59.461 -4.854 4.912 4 HA HIS 250 HA HIS 250 58.615 -6.338 2.861 5 1HB HIS 250 1HB HIS 250 56.520 -4.735 3.041 6 2HB HIS 250 2HB HIS 250 57.574 -3.609 2.186 7 HD2 HIS 250 HD2 HIS 250 57.096 -7.512 1.499 8 HE1 HIS 250 HE1 HIS 250 56.469 -5.373 -2.086 9 HE2 HIS 250 HE2 HIS 250 56.586 -7.691 -1.056 10 H ILE 251 H ILE 251 59.003 -4.299 0.760 11 HA ILE 251 HA ILE 251 61.880 -3.880 1.183 12 HB ILE 251 HB ILE 251 60.744 -3.211 -1.443 13 1HG1 ILE 251 1HG1 ILE 251 59.222 -5.037 -0.898 14 2HG1 ILE 251 2HG1 ILE 251 60.420 -5.616 -2.053 15 1HG2 ILE 251 1HG2 ILE 251 62.930 -5.103 -0.524 16 2HG2 ILE 251 2HG2 ILE 251 63.163 -3.408 -0.958 17 3HG2 ILE 251 3HG2 ILE 251 62.653 -4.572 -2.183 18 1HD1 ILE 251 1HD1 ILE 251 60.851 -7.291 -0.606 19 2HD1 ILE 251 2HD1 ILE 251 59.896 -6.526 0.662 20 3HD1 ILE 251 3HD1 ILE 251 61.590 -6.088 0.450 21 H ASN 252 H ASN 252 62.648 -1.842 -0.181 22 HA ASN 252 HA ASN 252 61.325 0.441 1.075 23 1HB ASN 252 1HB ASN 252 63.928 0.194 -0.448 24 2HB ASN 252 2HB ASN 252 63.328 1.691 0.262 25 1HD2 ASN 252 1HD2 ASN 252 63.690 -1.735 1.376 26 2HD2 ASN 252 2HD2 ASN 252 64.378 -1.318 2.871 27 H GLU 253 H GLU 253 61.614 -1.073 -2.011 28 HA GLU 253 HA GLU 253 61.340 0.896 -3.871 29 1HB GLU 253 1HB GLU 253 59.675 -1.630 -3.754 30 2HB GLU 253 2HB GLU 253 59.989 -0.663 -5.195 31 1HG GLU 253 1HG GLU 253 62.391 -1.099 -4.996 32 2HG GLU 253 2HG GLU 253 62.121 -2.010 -3.513 33 H LEU 254 H LEU 254 59.086 0.048 -1.381 34 HA LEU 254 HA LEU 254 56.736 1.201 -2.456 35 1HB LEU 254 1HB LEU 254 57.684 0.549 0.320 36 2HB LEU 254 2HB LEU 254 56.177 1.434 0.079 37 HG LEU 254 HG LEU 254 55.345 -0.365 -1.385 38 1HD1 LEU 254 1HD1 LEU 254 57.281 -1.265 -2.392 39 2HD1 LEU 254 2HD1 LEU 254 56.755 -2.540 -1.294 40 3HD1 LEU 254 3HD1 LEU 254 58.093 -1.483 -0.842 41 1HD2 LEU 254 1HD2 LEU 254 54.725 -1.761 0.358 42 2HD2 LEU 254 2HD2 LEU 254 55.362 -0.403 1.286 43 3HD2 LEU 254 3HD2 LEU 254 56.359 -1.833 1.019 44 H LEU 255 H LEU 255 59.629 2.607 -1.380 45 HA LEU 255 HA LEU 255 59.051 4.935 -0.114 46 1HB LEU 255 1HB LEU 255 61.152 3.995 -1.817 47 2HB LEU 255 2HB LEU 255 60.782 5.659 -2.254 48 HG LEU 255 HG LEU 255 62.503 5.568 -0.490 49 1HD1 LEU 255 1HD1 LEU 255 60.170 7.106 -0.494 50 2HD1 LEU 255 2HD1 LEU 255 61.656 7.460 0.388 51 3HD1 LEU 255 3HD1 LEU 255 60.347 6.581 1.181 52 1HD2 LEU 255 1HD2 LEU 255 62.362 4.096 1.208 53 2HD2 LEU 255 2HD2 LEU 255 60.853 3.496 0.522 54 3HD2 LEU 255 3HD2 LEU 255 60.823 4.789 1.720 55 H HIS 256 H HIS 256 58.028 4.037 -3.291 56 HA HIS 256 HA HIS 256 57.345 6.751 -4.082 57 1HB HIS 256 1HB HIS 256 56.759 4.079 -5.382 58 2HB HIS 256 2HB HIS 256 56.399 5.652 -6.094 59 HD2 HIS 256 HD2 HIS 256 59.736 5.911 -4.323 60 HE1 HIS 256 HE1 HIS 256 60.672 4.869 -8.306 61 HE2 HIS 256 HE2 HIS 256 61.635 5.692 -6.105 62 H ILE 257 H ILE 257 55.654 3.787 -3.104 63 HA ILE 257 HA ILE 257 53.083 5.135 -3.185 64 HB ILE 257 HB ILE 257 53.636 2.650 -3.792 65 1HG1 ILE 257 1HG1 ILE 257 51.304 2.096 -2.582 66 2HG1 ILE 257 2HG1 ILE 257 51.293 3.849 -2.395 67 1HG2 ILE 257 1HG2 ILE 257 54.646 2.398 -1.405 68 2HG2 ILE 257 2HG2 ILE 257 53.627 1.099 -2.024 69 3HG2 ILE 257 3HG2 ILE 257 52.968 2.267 -0.879 70 1HD1 ILE 257 1HD1 ILE 257 51.927 3.885 -4.923 71 2HD1 ILE 257 2HD1 ILE 257 50.254 3.545 -4.481 72 3HD1 ILE 257 3HD1 ILE 257 51.332 2.225 -4.930 73 H LEU 258 H LEU 258 55.578 4.472 -0.914 74 HA LEU 258 HA LEU 258 54.132 4.323 1.488 75 1HB LEU 258 1HB LEU 258 56.875 4.668 0.690 76 2HB LEU 258 2HB LEU 258 56.498 5.766 2.017 77 HG LEU 258 HG LEU 258 55.841 2.807 2.028 78 1HD1 LEU 258 1HD1 LEU 258 58.183 4.358 3.151 79 2HD1 LEU 258 2HD1 LEU 258 58.225 2.961 2.076 80 3HD1 LEU 258 3HD1 LEU 258 57.724 2.766 3.755 81 1HD2 LEU 258 1HD2 LEU 258 56.092 4.111 4.596 82 2HD2 LEU 258 2HD2 LEU 258 54.699 3.266 3.918 83 3HD2 LEU 258 3HD2 LEU 258 54.932 4.983 3.592 84 H VAL 259 H VAL 259 54.734 6.976 -0.639 85 HA VAL 259 HA VAL 259 54.701 9.232 0.869 86 HB VAL 259 HB VAL 259 52.969 8.732 -1.565 87 1HG1 VAL 259 1HG1 VAL 259 53.929 11.252 -0.186 88 2HG1 VAL 259 2HG1 VAL 259 52.263 10.769 -0.509 89 3HG1 VAL 259 3HG1 VAL 259 53.320 11.237 -1.842 90 1HG2 VAL 259 1HG2 VAL 259 54.842 9.396 -2.865 91 2HG2 VAL 259 2HG2 VAL 259 55.511 8.280 -1.674 92 3HG2 VAL 259 3HG2 VAL 259 55.701 10.020 -1.457 93 H PHE 260 H PHE 260 51.674 7.702 -0.259 94 HA PHE 260 HA PHE 260 50.206 9.062 1.870 95 1HB PHE 260 1HB PHE 260 48.508 7.318 0.420 96 2HB PHE 260 2HB PHE 260 48.597 9.076 0.312 97 HD1 PHE 260 HD1 PHE 260 50.144 10.156 -1.327 98 HD2 PHE 260 HD2 PHE 260 49.490 5.911 -1.260 99 HE1 PHE 260 HE1 PHE 260 51.117 9.971 -3.601 100 HE2 PHE 260 HE2 PHE 260 50.462 5.726 -3.534 101 HZ PHE 260 HZ PHE 260 51.276 7.756 -4.705 102 H GLY 261 H GLY 261 49.993 5.736 0.604 103 1HA GLY 261 1HA GLY 261 50.039 3.699 1.703 104 2HA GLY 261 2HA GLY 261 50.588 4.539 3.149 105 H GLU 262 H GLU 262 48.897 5.840 4.308 106 HA GLU 262 HA GLU 262 46.481 4.221 4.555 107 1HB GLU 262 1HB GLU 262 47.437 6.568 6.214 108 2HB GLU 262 2HB GLU 262 46.097 5.491 6.609 109 1HG GLU 262 1HG GLU 262 47.807 3.578 6.446 110 2HG GLU 262 2HG GLU 262 49.041 4.834 6.485 111 H SER 263 H SER 263 47.449 7.511 3.714 112 HA SER 263 HA SER 263 44.979 8.775 3.645 113 1HB SER 263 1HB SER 263 46.476 10.367 3.097 114 2HB SER 263 2HB SER 263 47.609 9.191 2.437 115 HG SER 263 HG SER 263 46.917 9.719 0.534 116 H LEU 264 H LEU 264 46.536 6.783 1.152 117 HA LEU 264 HA LEU 264 44.895 7.079 -0.997 118 1HB LEU 264 1HB LEU 264 46.647 5.029 -0.016 119 2HB LEU 264 2HB LEU 264 45.206 4.277 -0.702 120 HG LEU 264 HG LEU 264 46.850 6.403 -2.104 121 1HD1 LEU 264 1HD1 LEU 264 46.731 3.445 -2.731 122 2HD1 LEU 264 2HD1 LEU 264 47.996 4.155 -1.727 123 3HD1 LEU 264 3HD1 LEU 264 47.823 4.650 -3.411 124 1HD2 LEU 264 1HD2 LEU 264 45.154 6.459 -3.589 125 2HD2 LEU 264 2HD2 LEU 264 44.226 5.401 -2.526 126 3HD2 LEU 264 3HD2 LEU 264 45.241 4.708 -3.791 127 H LEU 265 H LEU 265 44.079 5.664 2.072 128 HA LEU 265 HA LEU 265 41.670 4.372 1.166 129 1HB LEU 265 1HB LEU 265 42.948 3.636 3.182 130 2HB LEU 265 2HB LEU 265 42.489 5.137 3.980 131 HG LEU 265 HG LEU 265 40.089 4.537 3.676 132 1HD1 LEU 265 1HD1 LEU 265 39.895 1.911 3.217 133 2HD1 LEU 265 2HD1 LEU 265 41.347 2.221 2.268 134 3HD1 LEU 265 3HD1 LEU 265 39.853 3.083 1.900 135 1HD2 LEU 265 1HD2 LEU 265 42.038 2.950 5.259 136 2HD2 LEU 265 2HD2 LEU 265 40.407 2.286 5.147 137 3HD2 LEU 265 3HD2 LEU 265 40.657 3.905 5.802 138 H ASN 266 H ASN 266 42.409 7.339 2.994 139 HA ASN 266 HA ASN 266 39.785 8.230 3.377 140 1HB ASN 266 1HB ASN 266 40.785 10.027 4.294 141 2HB ASN 266 2HB ASN 266 42.301 9.185 3.976 142 1HD2 ASN 266 1HD2 ASN 266 43.397 9.709 1.859 143 2HD2 ASN 266 2HD2 ASN 266 43.140 11.234 1.161 144 H ASP 267 H ASP 267 41.676 8.053 0.515 145 HA ASP 267 HA ASP 267 40.072 10.034 -0.914 146 1HB ASP 267 1HB ASP 267 42.550 8.476 -1.478 147 2HB ASP 267 2HB ASP 267 41.574 8.994 -2.852 148 H ALA 268 H ALA 268 40.357 6.578 -0.528 149 HA ALA 268 HA ALA 268 38.569 6.036 -2.773 150 1HB ALA 268 1HB ALA 268 40.255 4.410 -2.612 151 2HB ALA 268 2HB ALA 268 38.860 3.629 -1.868 152 3HB ALA 268 3HB ALA 268 40.127 4.320 -0.855 153 H VAL 269 H VAL 269 38.606 5.731 0.767 154 HA VAL 269 HA VAL 269 36.149 4.530 1.186 155 HB VAL 269 HB VAL 269 37.987 5.346 2.868 156 1HG1 VAL 269 1HG1 VAL 269 36.001 7.581 3.242 157 2HG1 VAL 269 2HG1 VAL 269 37.392 7.787 2.176 158 3HG1 VAL 269 3HG1 VAL 269 37.636 7.436 3.887 159 1HG2 VAL 269 1HG2 VAL 269 36.290 5.249 4.689 160 2HG2 VAL 269 2HG2 VAL 269 36.046 3.981 3.489 161 3HG2 VAL 269 3HG2 VAL 269 35.015 5.412 3.482 162 H THR 270 H THR 270 36.794 7.576 -0.198 163 HA THR 270 HA THR 270 34.217 8.743 0.480 164 HB THR 270 HB THR 270 36.152 9.787 -1.581 165 HG1 THR 270 HG1 THR 270 36.218 10.023 1.240 166 1HG2 THR 270 1HG2 THR 270 34.695 11.531 0.314 167 2HG2 THR 270 2HG2 THR 270 33.687 10.656 -0.838 168 3HG2 THR 270 3HG2 THR 270 34.965 11.726 -1.417 169 H VAL 271 H VAL 271 35.876 7.818 -2.547 170 HA VAL 271 HA VAL 271 33.703 8.134 -4.269 171 HB VAL 271 HB VAL 271 35.956 6.117 -4.442 172 1HG1 VAL 271 1HG1 VAL 271 33.797 7.007 -6.324 173 2HG1 VAL 271 2HG1 VAL 271 34.466 5.395 -6.075 174 3HG1 VAL 271 3HG1 VAL 271 35.382 6.599 -6.979 175 1HG2 VAL 271 1HG2 VAL 271 37.097 7.808 -5.754 176 2HG2 VAL 271 2HG2 VAL 271 36.618 8.540 -4.223 177 3HG2 VAL 271 3HG2 VAL 271 35.692 8.870 -5.688 178 H VAL 272 H VAL 272 34.391 5.641 -1.956 179 HA VAL 272 HA VAL 272 32.400 3.822 -3.077 180 HB VAL 272 HB VAL 272 34.056 3.581 -0.554 181 1HG1 VAL 272 1HG1 VAL 272 32.165 2.139 -0.376 182 2HG1 VAL 272 2HG1 VAL 272 33.479 1.115 -0.955 183 3HG1 VAL 272 3HG1 VAL 272 32.251 1.694 -2.081 184 1HG2 VAL 272 1HG2 VAL 272 35.066 1.758 -2.285 185 2HG2 VAL 272 2HG2 VAL 272 35.714 3.390 -2.127 186 3HG2 VAL 272 3HG2 VAL 272 34.581 3.013 -3.424 187 H LEU 273 H LEU 273 32.538 6.425 -0.911 188 HA LEU 273 HA LEU 273 30.275 5.530 0.706 189 1HB LEU 273 1HB LEU 273 32.055 6.748 1.841 190 2HB LEU 273 2HB LEU 273 31.868 8.105 0.729 191 HG LEU 273 HG LEU 273 29.347 7.308 1.995 192 1HD1 LEU 273 1HD1 LEU 273 30.029 8.420 4.187 193 2HD1 LEU 273 2HD1 LEU 273 31.702 8.198 3.674 194 3HD1 LEU 273 3HD1 LEU 273 30.664 6.796 3.927 195 1HD2 LEU 273 1HD2 LEU 273 29.702 9.386 0.692 196 2HD2 LEU 273 2HD2 LEU 273 30.901 9.913 1.873 197 3HD2 LEU 273 3HD2 LEU 273 29.211 9.745 2.347 198 H TYR 274 H TYR 274 31.009 7.678 -1.955 199 HA TYR 274 HA TYR 274 28.368 8.907 -1.905 200 1HB TYR 274 1HB TYR 274 30.851 9.246 -3.555 201 2HB TYR 274 2HB TYR 274 29.312 9.864 -4.154 202 HD1 TYR 274 HD1 TYR 274 31.480 9.877 -1.098 203 HD2 TYR 274 HD2 TYR 274 28.537 11.959 -3.436 204 HE1 TYR 274 HE1 TYR 274 31.690 11.849 0.391 205 HE2 TYR 274 HE2 TYR 274 28.748 13.930 -1.946 206 HH TYR 274 HH TYR 274 30.431 14.894 -0.404 207 H LYS 275 H LYS 275 30.192 6.568 -3.830 208 HA LYS 275 HA LYS 275 28.240 6.222 -5.863 209 1HB LYS 275 1HB LYS 275 30.551 4.555 -4.881 210 2HB LYS 275 2HB LYS 275 29.483 3.977 -6.158 211 1HG LYS 275 1HG LYS 275 30.690 6.730 -6.335 212 2HG LYS 275 2HG LYS 275 31.639 5.322 -6.810 213 1HD LYS 275 1HD LYS 275 30.438 5.007 -8.714 214 2HD LYS 275 2HD LYS 275 28.903 5.348 -7.918 215 1HE LYS 275 1HE LYS 275 29.326 7.743 -8.025 216 2HE LYS 275 2HE LYS 275 30.929 7.460 -8.702 217 1HZ LYS 275 1HZ LYS 275 28.861 6.126 -10.163 218 2HZ LYS 275 2HZ LYS 275 30.086 7.162 -10.722 219 3HZ LYS 275 3HZ LYS 275 28.633 7.806 -10.122 220 H LYS 276 H LYS 276 28.889 4.544 -2.809 221 HA LYS 276 HA LYS 276 26.432 2.955 -3.185 222 1HB LYS 276 1HB LYS 276 28.388 1.616 -2.687 223 2HB LYS 276 2HB LYS 276 28.759 2.615 -1.281 224 1HG LYS 276 1HG LYS 276 27.161 1.621 0.010 225 2HG LYS 276 2HG LYS 276 26.022 1.488 -1.332 226 1HD LYS 276 1HD LYS 276 26.802 -0.740 -0.572 227 2HD LYS 276 2HD LYS 276 27.280 -0.416 -2.239 228 1HE LYS 276 1HE LYS 276 29.486 -0.441 -1.724 229 2HE LYS 276 2HE LYS 276 29.242 0.527 -0.270 230 1HZ LYS 276 1HZ LYS 276 29.782 -2.158 -0.376 231 2HZ LYS 276 2HZ LYS 276 28.128 -2.078 0.003 232 3HZ LYS 276 3HZ LYS 276 29.267 -1.285 0.984 233 1HN NH2 277 1HN NH2 277 27.990 4.135 -0.169 234 2HN NH2 277 2HN NH2 277 26.578 4.876 0.440 Start of MODEL 36 1 1H HIS 250 1H HIS 250 45.773 -15.457 -6.362 2 2H HIS 250 2H HIS 250 44.702 -15.674 -5.060 3 3H HIS 250 3H HIS 250 45.889 -14.460 -4.995 4 HA HIS 250 HA HIS 250 43.771 -14.492 -7.061 5 1HB HIS 250 1HB HIS 250 42.937 -14.418 -4.616 6 2HB HIS 250 2HB HIS 250 43.705 -12.832 -4.541 7 HD2 HIS 250 HD2 HIS 250 41.483 -14.272 -7.523 8 HE1 HIS 250 HE1 HIS 250 39.845 -10.612 -6.205 9 HE2 HIS 250 HE2 HIS 250 39.630 -12.476 -7.917 10 H ILE 251 H ILE 251 43.348 -11.793 -7.042 11 HA ILE 251 HA ILE 251 45.926 -10.789 -8.028 12 HB ILE 251 HB ILE 251 43.568 -9.083 -8.391 13 1HG1 ILE 251 1HG1 ILE 251 42.399 -11.225 -8.474 14 2HG1 ILE 251 2HG1 ILE 251 42.552 -10.586 -10.108 15 1HG2 ILE 251 1HG2 ILE 251 45.548 -10.370 -10.296 16 2HG2 ILE 251 2HG2 ILE 251 45.706 -8.769 -9.572 17 3HG2 ILE 251 3HG2 ILE 251 44.401 -9.097 -10.713 18 1HD1 ILE 251 1HD1 ILE 251 44.890 -12.094 -9.714 19 2HD1 ILE 251 2HD1 ILE 251 43.496 -12.546 -10.692 20 3HD1 ILE 251 3HD1 ILE 251 43.596 -13.064 -9.010 21 H ASN 252 H ASN 252 46.956 -9.060 -7.158 22 HA ASN 252 HA ASN 252 45.975 -8.102 -4.574 23 1HB ASN 252 1HB ASN 252 48.615 -7.685 -5.992 24 2HB ASN 252 2HB ASN 252 48.233 -7.104 -4.373 25 1HD2 ASN 252 1HD2 ASN 252 47.845 -10.246 -6.130 26 2HD2 ASN 252 2HD2 ASN 252 48.477 -11.185 -4.865 27 H GLU 253 H GLU 253 46.369 -7.013 -7.849 28 HA GLU 253 HA GLU 253 46.572 -4.275 -7.601 29 1HB GLU 253 1HB GLU 253 45.443 -4.107 -9.751 30 2HB GLU 253 2HB GLU 253 46.538 -5.489 -9.759 31 1HG GLU 253 1HG GLU 253 44.459 -6.852 -8.990 32 2HG GLU 253 2HG GLU 253 43.533 -5.472 -9.578 33 H LEU 254 H LEU 254 43.837 -6.316 -6.871 34 HA LEU 254 HA LEU 254 41.954 -4.120 -6.718 35 1HB LEU 254 1HB LEU 254 41.767 -6.920 -6.885 36 2HB LEU 254 2HB LEU 254 41.113 -6.495 -5.303 37 HG LEU 254 HG LEU 254 39.705 -4.741 -6.436 38 1HD1 LEU 254 1HD1 LEU 254 41.394 -5.381 -8.617 39 2HD1 LEU 254 2HD1 LEU 254 40.035 -4.256 -8.609 40 3HD1 LEU 254 3HD1 LEU 254 39.781 -5.941 -9.059 41 1HD2 LEU 254 1HD2 LEU 254 39.457 -7.685 -6.992 42 2HD2 LEU 254 2HD2 LEU 254 38.277 -6.574 -7.686 43 3HD2 LEU 254 3HD2 LEU 254 38.479 -6.665 -5.936 44 H LEU 255 H LEU 255 44.045 -5.905 -4.564 45 HA LEU 255 HA LEU 255 42.904 -4.624 -2.193 46 1HB LEU 255 1HB LEU 255 45.184 -6.602 -2.463 47 2HB LEU 255 2HB LEU 255 44.478 -6.044 -0.946 48 HG LEU 255 HG LEU 255 42.233 -6.860 -2.233 49 1HD1 LEU 255 1HD1 LEU 255 43.710 -7.639 -4.151 50 2HD1 LEU 255 2HD1 LEU 255 42.642 -8.870 -3.478 51 3HD1 LEU 255 3HD1 LEU 255 44.353 -8.859 -3.052 52 1HD2 LEU 255 1HD2 LEU 255 42.440 -8.939 -0.892 53 2HD2 LEU 255 2HD2 LEU 255 42.932 -7.519 0.030 54 3HD2 LEU 255 3HD2 LEU 255 44.153 -8.597 -0.648 55 H HIS 256 H HIS 256 44.707 -3.456 -4.502 56 HA HIS 256 HA HIS 256 47.160 -2.632 -3.773 57 1HB HIS 256 1HB HIS 256 46.768 -0.551 -4.949 58 2HB HIS 256 2HB HIS 256 45.929 -1.861 -5.788 59 HD2 HIS 256 HD2 HIS 256 43.159 -1.562 -5.918 60 HE1 HIS 256 HE1 HIS 256 42.853 1.723 -3.291 61 HE2 HIS 256 HE2 HIS 256 41.563 0.235 -4.894 62 H ILE 257 H ILE 257 44.215 -1.803 -2.128 63 HA ILE 257 HA ILE 257 45.080 0.474 -0.711 64 HB ILE 257 HB ILE 257 42.725 -0.280 -0.802 65 1HG1 ILE 257 1HG1 ILE 257 43.724 -0.277 2.058 66 2HG1 ILE 257 2HG1 ILE 257 43.675 1.180 1.065 67 1HG2 ILE 257 1HG2 ILE 257 41.969 -2.211 0.341 68 2HG2 ILE 257 2HG2 ILE 257 43.476 -2.368 1.245 69 3HG2 ILE 257 3HG2 ILE 257 43.438 -2.743 -0.477 70 1HD1 ILE 257 1HD1 ILE 257 41.325 1.144 0.910 71 2HD1 ILE 257 2HD1 ILE 257 41.628 0.670 2.581 72 3HD1 ILE 257 3HD1 ILE 257 41.230 -0.554 1.375 73 H LEU 258 H LEU 258 46.045 -2.786 -0.506 74 HA LEU 258 HA LEU 258 46.731 -2.962 2.239 75 1HB LEU 258 1HB LEU 258 47.244 -4.487 -0.226 76 2HB LEU 258 2HB LEU 258 48.532 -4.598 0.971 77 HG LEU 258 HG LEU 258 46.739 -6.355 1.210 78 1HD1 LEU 258 1HD1 LEU 258 47.944 -4.705 3.216 79 2HD1 LEU 258 2HD1 LEU 258 47.454 -6.393 3.342 80 3HD1 LEU 258 3HD1 LEU 258 46.312 -5.111 3.745 81 1HD2 LEU 258 1HD2 LEU 258 44.920 -4.422 2.512 82 2HD2 LEU 258 2HD2 LEU 258 44.546 -5.823 1.508 83 3HD2 LEU 258 3HD2 LEU 258 45.002 -4.296 0.755 84 H VAL 259 H VAL 259 48.842 -2.459 -0.599 85 HA VAL 259 HA VAL 259 51.230 -1.955 0.604 86 HB VAL 259 HB VAL 259 50.049 -0.417 -1.720 87 1HG1 VAL 259 1HG1 VAL 259 51.985 0.762 -0.914 88 2HG1 VAL 259 2HG1 VAL 259 52.502 -0.168 -2.319 89 3HG1 VAL 259 3HG1 VAL 259 52.881 -0.742 -0.696 90 1HG2 VAL 259 1HG2 VAL 259 50.425 -2.262 -2.969 91 2HG2 VAL 259 2HG2 VAL 259 50.634 -3.143 -1.455 92 3HG2 VAL 259 3HG2 VAL 259 52.038 -2.470 -2.286 93 H PHE 260 H PHE 260 49.474 0.895 -0.547 94 HA PHE 260 HA PHE 260 50.471 2.399 1.751 95 1HB PHE 260 1HB PHE 260 48.967 3.292 -0.721 96 2HB PHE 260 2HB PHE 260 49.607 4.367 0.522 97 HD1 PHE 260 HD1 PHE 260 50.318 2.715 -2.545 98 HD2 PHE 260 HD2 PHE 260 52.156 4.086 1.087 99 HE1 PHE 260 HE1 PHE 260 52.534 2.687 -3.657 100 HE2 PHE 260 HE2 PHE 260 54.372 4.058 -0.024 101 HZ PHE 260 HZ PHE 260 54.562 3.359 -2.396 102 H GLY 261 H GLY 261 47.382 2.833 0.090 103 1HA GLY 261 1HA GLY 261 45.224 2.979 0.871 104 2HA GLY 261 2HA GLY 261 45.699 1.836 2.124 105 H GLU 262 H GLU 262 47.078 2.834 3.913 106 HA GLU 262 HA GLU 262 45.680 4.635 5.409 107 1HB GLU 262 1HB GLU 262 48.691 4.329 5.323 108 2HB GLU 262 2HB GLU 262 47.780 5.086 6.632 109 1HG GLU 262 1HG GLU 262 47.021 3.090 7.440 110 2HG GLU 262 2HG GLU 262 46.862 2.384 5.831 111 H SER 263 H SER 263 47.459 5.322 2.570 112 HA SER 263 HA SER 263 47.848 8.139 3.179 113 1HB SER 263 1HB SER 263 48.797 8.260 0.920 114 2HB SER 263 2HB SER 263 49.510 6.928 1.826 115 HG SER 263 HG SER 263 47.470 5.849 0.734 116 H LEU 264 H LEU 264 46.174 6.404 0.538 117 HA LEU 264 HA LEU 264 44.496 8.723 0.038 118 1HB LEU 264 1HB LEU 264 44.307 5.996 -1.249 119 2HB LEU 264 2HB LEU 264 43.713 7.532 -1.880 120 HG LEU 264 HG LEU 264 46.621 6.807 -1.419 121 1HD1 LEU 264 1HD1 LEU 264 45.851 7.589 -4.105 122 2HD1 LEU 264 2HD1 LEU 264 44.896 6.210 -3.559 123 3HD1 LEU 264 3HD1 LEU 264 46.658 6.116 -3.565 124 1HD2 LEU 264 1HD2 LEU 264 46.772 9.040 -2.845 125 2HD2 LEU 264 2HD2 LEU 264 46.606 9.111 -1.090 126 3HD2 LEU 264 3HD2 LEU 264 45.194 9.351 -2.120 127 H LEU 265 H LEU 265 44.397 6.380 2.309 128 HA LEU 265 HA LEU 265 42.005 5.120 2.393 129 1HB LEU 265 1HB LEU 265 43.905 5.638 4.257 130 2HB LEU 265 2HB LEU 265 42.582 6.628 4.870 131 HG LEU 265 HG LEU 265 41.116 4.514 4.471 132 1HD1 LEU 265 1HD1 LEU 265 42.138 2.511 4.067 133 2HD1 LEU 265 2HD1 LEU 265 43.554 2.926 5.032 134 3HD1 LEU 265 3HD1 LEU 265 43.408 3.523 3.380 135 1HD2 LEU 265 1HD2 LEU 265 41.745 3.651 6.714 136 2HD2 LEU 265 2HD2 LEU 265 41.661 5.412 6.694 137 3HD2 LEU 265 3HD2 LEU 265 43.228 4.603 6.650 138 H ASN 266 H ASN 266 42.522 8.571 2.668 139 HA ASN 266 HA ASN 266 39.902 9.236 3.583 140 1HB ASN 266 1HB ASN 266 42.214 10.736 2.429 141 2HB ASN 266 2HB ASN 266 40.635 11.519 2.467 142 1HD2 ASN 266 1HD2 ASN 266 43.171 10.107 4.530 143 2HD2 ASN 266 2HD2 ASN 266 42.630 10.827 5.969 144 H ASP 267 H ASP 267 41.453 9.380 0.377 145 HA ASP 267 HA ASP 267 38.905 9.928 -0.911 146 1HB ASP 267 1HB ASP 267 41.535 9.301 -2.255 147 2HB ASP 267 2HB ASP 267 40.160 10.181 -2.920 148 H ALA 268 H ALA 268 40.217 7.227 0.349 149 HA ALA 268 HA ALA 268 39.544 5.413 -1.843 150 1HB ALA 268 1HB ALA 268 41.536 5.210 -0.136 151 2HB ALA 268 2HB ALA 268 40.676 3.766 -0.668 152 3HB ALA 268 3HB ALA 268 40.308 4.484 0.899 153 H VAL 269 H VAL 269 38.352 6.410 1.314 154 HA VAL 269 HA VAL 269 36.497 4.476 1.908 155 HB VAL 269 HB VAL 269 35.253 6.181 3.104 156 1HG1 VAL 269 1HG1 VAL 269 37.872 7.415 3.480 157 2HG1 VAL 269 2HG1 VAL 269 37.976 5.656 3.397 158 3HG1 VAL 269 3HG1 VAL 269 36.933 6.423 4.595 159 1HG2 VAL 269 1HG2 VAL 269 36.424 7.885 0.999 160 2HG2 VAL 269 2HG2 VAL 269 36.474 8.595 2.613 161 3HG2 VAL 269 3HG2 VAL 269 34.932 8.096 1.916 162 H THR 270 H THR 270 36.415 6.790 -0.683 163 HA THR 270 HA THR 270 33.600 6.281 -1.268 164 HB THR 270 HB THR 270 34.326 8.541 -1.621 165 HG1 THR 270 HG1 THR 270 33.629 8.749 -3.660 166 1HG2 THR 270 1HG2 THR 270 36.577 8.709 -1.924 167 2HG2 THR 270 2HG2 THR 270 36.157 8.627 -3.635 168 3HG2 THR 270 3HG2 THR 270 36.674 7.172 -2.783 169 H VAL 271 H VAL 271 36.708 5.101 -2.137 170 HA VAL 271 HA VAL 271 35.776 3.916 -4.642 171 HB VAL 271 HB VAL 271 38.460 3.744 -3.250 172 1HG1 VAL 271 1HG1 VAL 271 39.132 3.053 -5.642 173 2HG1 VAL 271 2HG1 VAL 271 37.414 2.753 -5.904 174 3HG1 VAL 271 3HG1 VAL 271 38.289 1.850 -4.667 175 1HG2 VAL 271 1HG2 VAL 271 37.188 5.783 -4.878 176 2HG2 VAL 271 2HG2 VAL 271 38.628 5.153 -5.679 177 3HG2 VAL 271 3HG2 VAL 271 38.747 5.833 -4.056 178 H VAL 272 H VAL 272 37.663 2.542 -1.952 179 HA VAL 272 HA VAL 272 37.054 -0.106 -2.318 180 HB VAL 272 HB VAL 272 37.501 -0.423 0.079 181 1HG1 VAL 272 1HG1 VAL 272 39.188 0.747 -1.823 182 2HG1 VAL 272 2HG1 VAL 272 39.687 -0.039 -0.326 183 3HG1 VAL 272 3HG1 VAL 272 39.435 1.706 -0.364 184 1HG2 VAL 272 1HG2 VAL 272 36.766 1.163 1.505 185 2HG2 VAL 272 2HG2 VAL 272 36.483 2.289 0.178 186 3HG2 VAL 272 3HG2 VAL 272 38.074 2.201 0.936 187 H LEU 273 H LEU 273 34.916 2.395 -1.407 188 HA LEU 273 HA LEU 273 33.021 1.288 0.210 189 1HB LEU 273 1HB LEU 273 32.888 3.567 -0.770 190 2HB LEU 273 2HB LEU 273 32.447 2.855 -2.319 191 HG LEU 273 HG LEU 273 30.439 1.835 -1.265 192 1HD1 LEU 273 1HD1 LEU 273 31.689 3.051 1.164 193 2HD1 LEU 273 2HD1 LEU 273 30.809 1.532 0.995 194 3HD1 LEU 273 3HD1 LEU 273 29.929 3.060 1.054 195 1HD2 LEU 273 1HD2 LEU 273 29.398 3.720 -1.913 196 2HD2 LEU 273 2HD2 LEU 273 30.927 4.591 -1.805 197 3HD2 LEU 273 3HD2 LEU 273 29.860 4.505 -0.403 198 H TYR 274 H TYR 274 32.399 1.282 -3.285 199 HA TYR 274 HA TYR 274 30.963 -1.247 -2.998 200 1HB TYR 274 1HB TYR 274 30.561 -0.710 -5.544 201 2HB TYR 274 2HB TYR 274 29.691 0.187 -4.300 202 HD1 TYR 274 HD1 TYR 274 30.488 2.457 -3.606 203 HD2 TYR 274 HD2 TYR 274 32.197 0.352 -6.937 204 HE1 TYR 274 HE1 TYR 274 31.493 4.571 -4.425 205 HE2 TYR 274 HE2 TYR 274 33.203 2.467 -7.756 206 HH TYR 274 HH TYR 274 33.866 4.889 -6.250 207 H LYS 275 H LYS 275 33.733 0.110 -4.742 208 HA LYS 275 HA LYS 275 34.409 -1.948 -6.430 209 1HB LYS 275 1HB LYS 275 36.332 -0.332 -4.740 210 2HB LYS 275 2HB LYS 275 36.733 -1.208 -6.218 211 1HG LYS 275 1HG LYS 275 34.545 0.345 -6.956 212 2HG LYS 275 2HG LYS 275 35.473 1.413 -5.904 213 1HD LYS 275 1HD LYS 275 36.361 1.751 -8.090 214 2HD LYS 275 2HD LYS 275 37.531 0.722 -7.266 215 1HE LYS 275 1HE LYS 275 37.318 -0.668 -9.040 216 2HE LYS 275 2HE LYS 275 35.758 -1.108 -8.347 217 1HZ LYS 275 1HZ LYS 275 35.619 -0.400 -10.687 218 2HZ LYS 275 2HZ LYS 275 36.182 1.140 -10.239 219 3HZ LYS 275 3HZ LYS 275 34.693 0.573 -9.652 220 H LYS 276 H LYS 276 34.822 -1.784 -2.942 221 HA LYS 276 HA LYS 276 35.676 -3.304 -1.424 222 1HB LYS 276 1HB LYS 276 34.106 -5.050 -3.329 223 2HB LYS 276 2HB LYS 276 34.739 -5.617 -1.783 224 1HG LYS 276 1HG LYS 276 33.199 -3.074 -1.722 225 2HG LYS 276 2HG LYS 276 32.274 -4.543 -2.035 226 1HD LYS 276 1HD LYS 276 32.905 -5.523 0.016 227 2HD LYS 276 2HD LYS 276 34.261 -4.415 0.228 228 1HE LYS 276 1HE LYS 276 31.555 -3.192 0.031 229 2HE LYS 276 2HE LYS 276 31.919 -4.079 1.511 230 1HZ LYS 276 1HZ LYS 276 34.143 -2.519 0.859 231 2HZ LYS 276 2HZ LYS 276 33.111 -2.367 2.199 232 3HZ LYS 276 3HZ LYS 276 32.776 -1.520 0.765 233 1HN NH2 277 1HN NH2 277 37.312 -2.868 -4.065 234 2HN NH2 277 2HN NH2 277 38.395 -4.187 -4.052 Start of MODEL 37 1 1H HIS 250 1H HIS 250 39.969 -11.297 -3.878 2 2H HIS 250 2H HIS 250 40.581 -9.728 -3.659 3 3H HIS 250 3H HIS 250 41.304 -11.042 -2.862 4 HA HIS 250 HA HIS 250 41.866 -11.987 -5.083 5 1HB HIS 250 1HB HIS 250 40.082 -10.229 -6.048 6 2HB HIS 250 2HB HIS 250 41.536 -9.243 -6.201 7 HD2 HIS 250 HD2 HIS 250 43.347 -12.173 -6.895 8 HE1 HIS 250 HE1 HIS 250 41.098 -11.881 -10.455 9 HE2 HIS 250 HE2 HIS 250 43.122 -12.966 -9.372 10 H ILE 251 H ILE 251 44.028 -12.035 -5.052 11 HA ILE 251 HA ILE 251 45.500 -10.052 -3.554 12 HB ILE 251 HB ILE 251 46.445 -12.459 -5.129 13 1HG1 ILE 251 1HG1 ILE 251 46.742 -12.673 -2.289 14 2HG1 ILE 251 2HG1 ILE 251 45.077 -12.204 -2.634 15 1HG2 ILE 251 1HG2 ILE 251 48.369 -12.006 -3.299 16 2HG2 ILE 251 2HG2 ILE 251 47.827 -10.346 -3.552 17 3HG2 ILE 251 3HG2 ILE 251 48.416 -11.299 -4.914 18 1HD1 ILE 251 1HD1 ILE 251 44.895 -14.066 -4.253 19 2HD1 ILE 251 2HD1 ILE 251 45.303 -14.656 -2.642 20 3HD1 ILE 251 3HD1 ILE 251 46.552 -14.543 -3.883 21 H ASN 252 H ASN 252 44.236 -9.836 -6.489 22 HA ASN 252 HA ASN 252 46.570 -8.859 -7.940 23 1HB ASN 252 1HB ASN 252 45.332 -9.409 -9.720 24 2HB ASN 252 2HB ASN 252 44.018 -9.883 -8.645 25 1HD2 ASN 252 1HD2 ASN 252 42.735 -7.828 -7.762 26 2HD2 ASN 252 2HD2 ASN 252 42.381 -6.648 -8.929 27 H GLU 253 H GLU 253 44.076 -7.655 -5.917 28 HA GLU 253 HA GLU 253 43.656 -5.072 -6.805 29 1HB GLU 253 1HB GLU 253 43.128 -4.505 -4.496 30 2HB GLU 253 2HB GLU 253 42.510 -6.117 -4.862 31 1HG GLU 253 1HG GLU 253 44.934 -6.826 -3.983 32 2HG GLU 253 2HG GLU 253 44.777 -5.310 -3.099 33 H LEU 254 H LEU 254 46.594 -6.455 -5.954 34 HA LEU 254 HA LEU 254 48.060 -4.602 -4.586 35 1HB LEU 254 1HB LEU 254 48.946 -6.089 -7.068 36 2HB LEU 254 2HB LEU 254 50.018 -5.345 -5.883 37 HG LEU 254 HG LEU 254 47.959 -7.286 -4.906 38 1HD1 LEU 254 1HD1 LEU 254 48.966 -8.426 -6.842 39 2HD1 LEU 254 2HD1 LEU 254 49.523 -9.156 -5.336 40 3HD1 LEU 254 3HD1 LEU 254 50.577 -8.059 -6.228 41 1HD2 LEU 254 1HD2 LEU 254 50.841 -6.696 -4.153 42 2HD2 LEU 254 2HD2 LEU 254 49.750 -7.770 -3.279 43 3HD2 LEU 254 3HD2 LEU 254 49.422 -6.039 -3.340 44 H LEU 255 H LEU 255 46.848 -4.355 -7.858 45 HA LEU 255 HA LEU 255 48.297 -1.832 -8.270 46 1HB LEU 255 1HB LEU 255 46.802 -3.697 -10.102 47 2HB LEU 255 2HB LEU 255 47.233 -2.061 -10.602 48 HG LEU 255 HG LEU 255 49.606 -2.534 -10.102 49 1HD1 LEU 255 1HD1 LEU 255 48.406 -5.113 -9.151 50 2HD1 LEU 255 2HD1 LEU 255 49.686 -4.142 -8.425 51 3HD1 LEU 255 3HD1 LEU 255 50.029 -5.135 -9.841 52 1HD2 LEU 255 1HD2 LEU 255 49.925 -4.307 -11.899 53 2HD2 LEU 255 2HD2 LEU 255 48.923 -2.935 -12.371 54 3HD2 LEU 255 3HD2 LEU 255 48.168 -4.469 -11.937 55 H HIS 256 H HIS 256 45.375 -2.861 -7.039 56 HA HIS 256 HA HIS 256 43.790 -0.671 -8.140 57 1HB HIS 256 1HB HIS 256 43.142 -2.879 -6.185 58 2HB HIS 256 2HB HIS 256 41.988 -1.649 -6.700 59 HD2 HIS 256 HD2 HIS 256 44.337 -2.942 -9.506 60 HE1 HIS 256 HE1 HIS 256 40.608 -4.846 -10.037 61 HE2 HIS 256 HE2 HIS 256 42.886 -4.433 -11.081 62 H ILE 257 H ILE 257 43.512 -1.684 -4.798 63 HA ILE 257 HA ILE 257 43.933 1.106 -3.990 64 HB ILE 257 HB ILE 257 41.845 0.295 -3.221 65 1HG1 ILE 257 1HG1 ILE 257 43.458 -0.264 -0.764 66 2HG1 ILE 257 2HG1 ILE 257 43.626 1.321 -1.520 67 1HG2 ILE 257 1HG2 ILE 257 41.551 -1.935 -3.107 68 2HG2 ILE 257 2HG2 ILE 257 42.398 -1.904 -1.560 69 3HG2 ILE 257 3HG2 ILE 257 43.289 -2.217 -3.047 70 1HD1 ILE 257 1HD1 ILE 257 41.417 1.904 -1.116 71 2HD1 ILE 257 2HD1 ILE 257 41.743 0.894 0.294 72 3HD1 ILE 257 3HD1 ILE 257 40.871 0.227 -1.087 73 H LEU 258 H LEU 258 45.062 -2.179 -3.252 74 HA LEU 258 HA LEU 258 46.652 -1.662 -1.046 75 1HB LEU 258 1HB LEU 258 46.496 -3.720 -3.091 76 2HB LEU 258 2HB LEU 258 48.155 -3.451 -2.560 77 HG LEU 258 HG LEU 258 45.835 -3.841 -0.652 78 1HD1 LEU 258 1HD1 LEU 258 45.919 -6.030 -1.179 79 2HD1 LEU 258 2HD1 LEU 258 47.565 -6.056 -0.546 80 3HD1 LEU 258 3HD1 LEU 258 47.285 -5.769 -2.263 81 1HD2 LEU 258 1HD2 LEU 258 48.488 -2.916 -0.311 82 2HD2 LEU 258 2HD2 LEU 258 48.470 -4.571 0.296 83 3HD2 LEU 258 3HD2 LEU 258 47.351 -3.379 0.954 84 H VAL 259 H VAL 259 46.918 -0.296 -4.102 85 HA VAL 259 HA VAL 259 49.649 -0.063 -4.567 86 HB VAL 259 HB VAL 259 47.479 1.996 -5.026 87 1HG1 VAL 259 1HG1 VAL 259 50.305 1.731 -6.082 88 2HG1 VAL 259 2HG1 VAL 259 49.619 3.086 -5.185 89 3HG1 VAL 259 3HG1 VAL 259 49.085 2.759 -6.833 90 1HG2 VAL 259 1HG2 VAL 259 48.681 0.153 -7.079 91 2HG2 VAL 259 2HG2 VAL 259 47.122 0.977 -7.109 92 3HG2 VAL 259 3HG2 VAL 259 47.365 -0.409 -6.048 93 H PHE 260 H PHE 260 47.579 2.263 -2.807 94 HA PHE 260 HA PHE 260 49.943 3.546 -1.681 95 1HB PHE 260 1HB PHE 260 47.659 4.623 -0.470 96 2HB PHE 260 2HB PHE 260 48.567 5.313 -1.814 97 HD1 PHE 260 HD1 PHE 260 47.989 4.457 -4.195 98 HD2 PHE 260 HD2 PHE 260 45.437 3.920 -0.783 99 HE1 PHE 260 HE1 PHE 260 46.057 4.075 -5.701 100 HE2 PHE 260 HE2 PHE 260 43.505 3.538 -2.287 101 HZ PHE 260 HZ PHE 260 43.814 3.615 -4.747 102 H GLY 261 H GLY 261 46.888 2.695 -0.080 103 1HA GLY 261 1HA GLY 261 47.078 0.752 1.561 104 2HA GLY 261 2HA GLY 261 48.460 1.641 2.191 105 H GLU 262 H GLU 262 48.073 2.923 3.871 106 HA GLU 262 HA GLU 262 45.309 3.548 4.586 107 1HB GLU 262 1HB GLU 262 46.282 4.286 6.730 108 2HB GLU 262 2HB GLU 262 46.782 2.644 6.324 109 1HG GLU 262 1HG GLU 262 48.928 3.292 6.481 110 2HG GLU 262 2HG GLU 262 48.669 4.382 5.120 111 H SER 263 H SER 263 47.504 4.938 2.636 112 HA SER 263 HA SER 263 47.507 7.650 3.539 113 1HB SER 263 1HB SER 263 47.947 6.654 0.720 114 2HB SER 263 2HB SER 263 48.509 8.170 1.418 115 HG SER 263 HG SER 263 49.514 5.614 1.643 116 H LEU 264 H LEU 264 46.154 6.525 0.451 117 HA LEU 264 HA LEU 264 44.293 8.657 0.295 118 1HB LEU 264 1HB LEU 264 44.027 6.040 -1.179 119 2HB LEU 264 2HB LEU 264 43.526 7.648 -1.703 120 HG LEU 264 HG LEU 264 46.347 6.589 -1.424 121 1HD1 LEU 264 1HD1 LEU 264 44.783 6.327 -3.531 122 2HD1 LEU 264 2HD1 LEU 264 46.465 6.809 -3.743 123 3HD1 LEU 264 3HD1 LEU 264 45.187 8.022 -3.793 124 1HD2 LEU 264 1HD2 LEU 264 46.509 8.790 -0.537 125 2HD2 LEU 264 2HD2 LEU 264 45.315 9.421 -1.672 126 3HD2 LEU 264 3HD2 LEU 264 46.923 8.973 -2.241 127 H LEU 265 H LEU 265 44.261 6.296 2.486 128 HA LEU 265 HA LEU 265 41.920 4.931 2.539 129 1HB LEU 265 1HB LEU 265 43.753 5.283 4.388 130 2HB LEU 265 2HB LEU 265 42.629 6.500 4.991 131 HG LEU 265 HG LEU 265 40.872 4.523 4.601 132 1HD1 LEU 265 1HD1 LEU 265 41.740 2.368 4.791 133 2HD1 LEU 265 2HD1 LEU 265 43.244 2.929 5.524 134 3HD1 LEU 265 3HD1 LEU 265 42.973 3.142 3.794 135 1HD2 LEU 265 1HD2 LEU 265 41.446 3.815 7.028 136 2HD2 LEU 265 2HD2 LEU 265 41.052 5.511 6.745 137 3HD2 LEU 265 3HD2 LEU 265 42.735 5.016 6.927 138 H ASN 266 H ASN 266 42.279 8.374 2.617 139 HA ASN 266 HA ASN 266 39.515 8.818 3.451 140 1HB ASN 266 1HB ASN 266 40.161 10.928 3.944 141 2HB ASN 266 2HB ASN 266 41.795 10.280 3.816 142 1HD2 ASN 266 1HD2 ASN 266 42.681 10.308 1.431 143 2HD2 ASN 266 2HD2 ASN 266 42.312 11.690 0.518 144 H ASP 267 H ASP 267 41.546 9.041 0.579 145 HA ASP 267 HA ASP 267 39.362 10.072 -1.048 146 1HB ASP 267 1HB ASP 267 42.270 9.668 -1.359 147 2HB ASP 267 2HB ASP 267 41.319 9.406 -2.819 148 H ALA 268 H ALA 268 40.630 7.043 -0.088 149 HA ALA 268 HA ALA 268 39.615 5.599 -2.407 150 1HB ALA 268 1HB ALA 268 41.496 5.079 -0.302 151 2HB ALA 268 2HB ALA 268 41.197 4.148 -1.771 152 3HB ALA 268 3HB ALA 268 40.268 3.812 -0.309 153 H VAL 269 H VAL 269 38.903 5.883 1.065 154 HA VAL 269 HA VAL 269 36.752 4.100 1.187 155 HB VAL 269 HB VAL 269 37.792 5.058 3.187 156 1HG1 VAL 269 1HG1 VAL 269 38.049 7.357 2.072 157 2HG1 VAL 269 2HG1 VAL 269 37.585 7.355 3.774 158 3HG1 VAL 269 3HG1 VAL 269 36.370 7.643 2.528 159 1HG2 VAL 269 1HG2 VAL 269 35.177 4.466 2.885 160 2HG2 VAL 269 2HG2 VAL 269 35.028 6.160 3.353 161 3HG2 VAL 269 3HG2 VAL 269 35.848 5.019 4.419 162 H THR 270 H THR 270 37.015 6.828 -0.680 163 HA THR 270 HA THR 270 34.185 7.567 -0.530 164 HB THR 270 HB THR 270 36.615 8.756 -1.830 165 HG1 THR 270 HG1 THR 270 34.508 9.800 -0.246 166 1HG2 THR 270 1HG2 THR 270 35.141 8.936 -3.650 167 2HG2 THR 270 2HG2 THR 270 34.886 10.448 -2.782 168 3HG2 THR 270 3HG2 THR 270 33.730 9.127 -2.608 169 H VAL 271 H VAL 271 36.532 6.162 -2.777 170 HA VAL 271 HA VAL 271 34.377 5.662 -4.714 171 HB VAL 271 HB VAL 271 37.374 5.326 -4.971 172 1HG1 VAL 271 1HG1 VAL 271 36.767 5.162 -7.429 173 2HG1 VAL 271 2HG1 VAL 271 35.086 4.988 -6.926 174 3HG1 VAL 271 3HG1 VAL 271 36.277 3.778 -6.451 175 1HG2 VAL 271 1HG2 VAL 271 36.768 7.671 -4.824 176 2HG2 VAL 271 2HG2 VAL 271 35.437 7.441 -5.957 177 3HG2 VAL 271 3HG2 VAL 271 37.103 7.299 -6.515 178 H VAL 272 H VAL 272 37.007 3.938 -3.036 179 HA VAL 272 HA VAL 272 36.321 1.354 -3.912 180 HB VAL 272 HB VAL 272 37.544 1.946 -1.223 181 1HG1 VAL 272 1HG1 VAL 272 38.243 -0.213 -1.305 182 2HG1 VAL 272 2HG1 VAL 272 38.666 -0.103 -3.013 183 3HG1 VAL 272 3HG1 VAL 272 36.998 -0.413 -2.537 184 1HG2 VAL 272 1HG2 VAL 272 39.038 3.240 -2.352 185 2HG2 VAL 272 2HG2 VAL 272 38.516 2.634 -3.922 186 3HG2 VAL 272 3HG2 VAL 272 39.661 1.705 -2.954 187 H LEU 273 H LEU 273 34.728 3.455 -1.766 188 HA LEU 273 HA LEU 273 33.364 1.275 -0.350 189 1HB LEU 273 1HB LEU 273 34.238 3.346 0.841 190 2HB LEU 273 2HB LEU 273 32.955 4.241 0.027 191 HG LEU 273 HG LEU 273 31.464 2.244 0.984 192 1HD1 LEU 273 1HD1 LEU 273 33.401 1.071 1.986 193 2HD1 LEU 273 2HD1 LEU 273 32.256 1.586 3.224 194 3HD1 LEU 273 3HD1 LEU 273 33.746 2.493 2.970 195 1HD2 LEU 273 1HD2 LEU 273 32.423 4.783 2.284 196 2HD2 LEU 273 2HD2 LEU 273 31.288 3.735 3.137 197 3HD2 LEU 273 3HD2 LEU 273 30.847 4.425 1.575 198 H TYR 274 H TYR 274 32.511 4.205 -2.201 199 HA TYR 274 HA TYR 274 29.757 3.460 -2.468 200 1HB TYR 274 1HB TYR 274 31.516 5.604 -3.592 201 2HB TYR 274 2HB TYR 274 29.938 5.315 -4.322 202 HD1 TYR 274 HD1 TYR 274 31.562 5.819 -0.985 203 HD2 TYR 274 HD2 TYR 274 28.030 6.296 -3.380 204 HE1 TYR 274 HE1 TYR 274 30.482 7.079 0.859 205 HE2 TYR 274 HE2 TYR 274 26.950 7.555 -1.537 206 HH TYR 274 HH TYR 274 28.519 8.927 0.917 207 H LYS 275 H LYS 275 32.231 3.928 -4.988 208 HA LYS 275 HA LYS 275 30.754 2.395 -6.908 209 1HB LYS 275 1HB LYS 275 33.666 3.047 -7.209 210 2HB LYS 275 2HB LYS 275 32.407 3.000 -8.438 211 1HG LYS 275 1HG LYS 275 32.700 5.085 -6.247 212 2HG LYS 275 2HG LYS 275 33.006 5.330 -7.961 213 1HD LYS 275 1HD LYS 275 30.326 4.669 -6.699 214 2HD LYS 275 2HD LYS 275 30.804 6.218 -7.383 215 1HE LYS 275 1HE LYS 275 30.197 3.641 -8.807 216 2HE LYS 275 2HE LYS 275 29.605 5.265 -9.145 217 1HZ LYS 275 1HZ LYS 275 31.693 5.899 -10.010 218 2HZ LYS 275 2HZ LYS 275 31.319 4.402 -10.722 219 3HZ LYS 275 3HZ LYS 275 32.446 4.486 -9.454 220 H LYS 276 H LYS 276 33.457 1.755 -4.746 221 HA LYS 276 HA LYS 276 34.591 -0.182 -4.245 222 1HB LYS 276 1HB LYS 276 31.871 -1.215 -5.028 223 2HB LYS 276 2HB LYS 276 33.154 -2.296 -4.481 224 1HG LYS 276 1HG LYS 276 33.082 -1.517 -2.323 225 2HG LYS 276 2HG LYS 276 32.659 0.123 -2.820 226 1HD LYS 276 1HD LYS 276 30.796 -1.077 -1.635 227 2HD LYS 276 2HD LYS 276 30.368 -0.537 -3.260 228 1HE LYS 276 1HE LYS 276 30.269 -2.672 -4.092 229 2HE LYS 276 2HE LYS 276 31.557 -3.254 -3.038 230 1HZ LYS 276 1HZ LYS 276 28.718 -2.782 -2.347 231 2HZ LYS 276 2HZ LYS 276 29.923 -2.994 -1.168 232 3HZ LYS 276 3HZ LYS 276 29.581 -4.240 -2.272 233 1HN NH2 277 1HN NH2 277 34.053 0.693 -7.359 234 2HN NH2 277 2HN NH2 277 34.854 -0.582 -8.166 Start of MODEL 38 1 1H HIS 250 1H HIS 250 63.441 10.458 14.316 2 2H HIS 250 2H HIS 250 62.651 11.945 14.539 3 3H HIS 250 3H HIS 250 64.180 11.894 13.800 4 HA HIS 250 HA HIS 250 63.232 11.738 11.826 5 1HB HIS 250 1HB HIS 250 62.956 9.178 13.012 6 2HB HIS 250 2HB HIS 250 61.440 9.507 12.173 7 HD2 HIS 250 HD2 HIS 250 62.714 11.132 9.563 8 HE1 HIS 250 HE1 HIS 250 64.971 7.612 8.987 9 HE2 HIS 250 HE2 HIS 250 64.156 9.748 7.883 10 H ILE 251 H ILE 251 61.896 13.418 11.467 11 HA ILE 251 HA ILE 251 59.236 13.431 12.727 12 HB ILE 251 HB ILE 251 60.017 15.747 11.094 13 1HG1 ILE 251 1HG1 ILE 251 62.238 15.186 11.930 14 2HG1 ILE 251 2HG1 ILE 251 61.626 16.577 12.821 15 1HG2 ILE 251 1HG2 ILE 251 59.133 15.418 13.977 16 2HG2 ILE 251 2HG2 ILE 251 58.056 15.679 12.604 17 3HG2 ILE 251 3HG2 ILE 251 59.196 16.937 13.083 18 1HD1 ILE 251 1HD1 ILE 251 62.059 15.425 14.710 19 2HD1 ILE 251 2HD1 ILE 251 62.361 13.941 13.811 20 3HD1 ILE 251 3HD1 ILE 251 60.717 14.366 14.284 21 H ASN 252 H ASN 252 57.971 15.121 10.876 22 HA ASN 252 HA ASN 252 56.911 13.253 9.053 23 1HB ASN 252 1HB ASN 252 55.702 15.139 8.097 24 2HB ASN 252 2HB ASN 252 55.692 15.248 9.855 25 1HD2 ASN 252 1HD2 ASN 252 58.761 16.026 9.398 26 2HD2 ASN 252 2HD2 ASN 252 58.649 17.694 9.104 27 H GLU 253 H GLU 253 59.927 14.435 8.969 28 HA GLU 253 HA GLU 253 60.305 15.389 6.351 29 1HB GLU 253 1HB GLU 253 62.667 14.202 6.786 30 2HB GLU 253 2HB GLU 253 62.218 15.717 7.567 31 1HG GLU 253 1HG GLU 253 61.806 14.699 9.615 32 2HG GLU 253 2HG GLU 253 61.457 13.133 8.884 33 H LEU 254 H LEU 254 61.608 12.243 7.320 34 HA LEU 254 HA LEU 254 61.174 11.192 4.666 35 1HB LEU 254 1HB LEU 254 62.759 10.514 6.984 36 2HB LEU 254 2HB LEU 254 61.899 9.092 6.391 37 HG LEU 254 HG LEU 254 62.747 9.541 4.109 38 1HD1 LEU 254 1HD1 LEU 254 64.870 11.322 4.617 39 2HD1 LEU 254 2HD1 LEU 254 63.448 12.062 5.352 40 3HD1 LEU 254 3HD1 LEU 254 63.436 11.635 3.641 41 1HD2 LEU 254 1HD2 LEU 254 64.254 8.697 6.386 42 2HD2 LEU 254 2HD2 LEU 254 65.337 9.602 5.329 43 3HD2 LEU 254 3HD2 LEU 254 64.459 8.205 4.705 44 H LEU 255 H LEU 255 59.413 11.329 7.580 45 HA LEU 255 HA LEU 255 57.814 8.953 7.002 46 1HB LEU 255 1HB LEU 255 57.575 10.995 9.224 47 2HB LEU 255 2HB LEU 255 56.669 9.488 9.111 48 HG LEU 255 HG LEU 255 59.672 9.402 9.005 49 1HD1 LEU 255 1HD1 LEU 255 59.675 10.516 11.008 50 2HD1 LEU 255 2HD1 LEU 255 59.237 8.923 11.624 51 3HD1 LEU 255 3HD1 LEU 255 57.986 10.133 11.345 52 1HD2 LEU 255 1HD2 LEU 255 57.522 7.557 10.103 53 2HD2 LEU 255 2HD2 LEU 255 59.251 7.214 10.113 54 3HD2 LEU 255 3HD2 LEU 255 58.387 7.346 8.581 55 H HIS 256 H HIS 256 57.926 11.933 5.748 56 HA HIS 256 HA HIS 256 55.562 13.239 5.856 57 1HB HIS 256 1HB HIS 256 55.974 14.052 3.701 58 2HB HIS 256 2HB HIS 256 57.578 13.585 4.277 59 HD2 HIS 256 HD2 HIS 256 58.604 11.173 3.114 60 HE1 HIS 256 HE1 HIS 256 55.546 10.798 0.233 61 HE2 HIS 256 HE2 HIS 256 57.810 9.914 0.965 62 H ILE 257 H ILE 257 56.030 10.017 4.713 63 HA ILE 257 HA ILE 257 53.561 9.830 3.249 64 HB ILE 257 HB ILE 257 55.703 8.413 2.955 65 1HG1 ILE 257 1HG1 ILE 257 53.945 6.287 2.845 66 2HG1 ILE 257 2HG1 ILE 257 52.861 7.674 2.771 67 1HG2 ILE 257 1HG2 ILE 257 55.606 7.861 5.501 68 2HG2 ILE 257 2HG2 ILE 257 56.038 6.572 4.376 69 3HG2 ILE 257 3HG2 ILE 257 54.402 6.661 5.030 70 1HD1 ILE 257 1HD1 ILE 257 53.448 7.241 0.509 71 2HD1 ILE 257 2HD1 ILE 257 55.146 6.994 0.918 72 3HD1 ILE 257 3HD1 ILE 257 54.451 8.614 0.982 73 H LEU 258 H LEU 258 53.889 10.452 6.346 74 HA LEU 258 HA LEU 258 52.839 8.617 8.003 75 1HB LEU 258 1HB LEU 258 51.459 10.516 9.048 76 2HB LEU 258 2HB LEU 258 53.202 10.737 8.945 77 HG LEU 258 HG LEU 258 51.918 11.688 6.517 78 1HD1 LEU 258 1HD1 LEU 258 49.998 12.059 8.093 79 2HD1 LEU 258 2HD1 LEU 258 50.680 13.562 7.477 80 3HD1 LEU 258 3HD1 LEU 258 51.071 13.023 9.109 81 1HD2 LEU 258 1HD2 LEU 258 54.203 12.244 7.470 82 2HD2 LEU 258 2HD2 LEU 258 53.379 13.220 8.683 83 3HD2 LEU 258 3HD2 LEU 258 53.250 13.640 6.975 84 H VAL 259 H VAL 259 50.394 10.894 6.843 85 HA VAL 259 HA VAL 259 48.500 8.663 6.669 86 HB VAL 259 HB VAL 259 48.064 11.657 6.709 87 1HG1 VAL 259 1HG1 VAL 259 45.657 10.581 7.277 88 2HG1 VAL 259 2HG1 VAL 259 46.278 9.332 6.197 89 3HG1 VAL 259 3HG1 VAL 259 46.146 10.999 5.634 90 1HG2 VAL 259 1HG2 VAL 259 48.712 9.939 8.780 91 2HG2 VAL 259 2HG2 VAL 259 46.950 9.967 8.838 92 3HG2 VAL 259 3HG2 VAL 259 47.861 11.472 8.961 93 H PHE 260 H PHE 260 50.248 10.868 4.674 94 HA PHE 260 HA PHE 260 48.574 11.049 2.440 95 1HB PHE 260 1HB PHE 260 50.406 12.464 2.329 96 2HB PHE 260 2HB PHE 260 51.533 11.218 2.868 97 HD1 PHE 260 HD1 PHE 260 49.762 12.661 0.008 98 HD2 PHE 260 HD2 PHE 260 52.280 9.438 1.321 99 HE1 PHE 260 HE1 PHE 260 50.286 12.107 -2.351 100 HE2 PHE 260 HE2 PHE 260 52.803 8.886 -1.037 101 HZ PHE 260 HZ PHE 260 51.807 10.220 -2.876 102 H GLY 261 H GLY 261 50.062 8.334 3.789 103 1HA GLY 261 1HA GLY 261 49.903 6.834 1.242 104 2HA GLY 261 2HA GLY 261 50.914 6.379 2.609 105 H GLU 262 H GLU 262 48.584 7.205 4.407 106 HA GLU 262 HA GLU 262 47.291 4.584 4.381 107 1HB GLU 262 1HB GLU 262 47.049 6.840 6.384 108 2HB GLU 262 2HB GLU 262 46.471 5.186 6.593 109 1HG GLU 262 1HG GLU 262 48.783 4.350 6.398 110 2HG GLU 262 2HG GLU 262 49.364 6.001 6.190 111 H SER 263 H SER 263 46.661 7.807 3.415 112 HA SER 263 HA SER 263 43.774 7.612 3.602 113 1HB SER 263 1HB SER 263 45.495 9.728 3.518 114 2HB SER 263 2HB SER 263 44.941 9.674 1.847 115 HG SER 263 HG SER 263 43.632 10.453 4.083 116 H LEU 264 H LEU 264 46.132 6.458 1.502 117 HA LEU 264 HA LEU 264 44.999 6.780 -1.037 118 1HB LEU 264 1HB LEU 264 46.909 4.894 0.221 119 2HB LEU 264 2HB LEU 264 46.129 4.336 -1.260 120 HG LEU 264 HG LEU 264 46.844 6.367 -2.431 121 1HD1 LEU 264 1HD1 LEU 264 47.645 7.138 0.340 122 2HD1 LEU 264 2HD1 LEU 264 46.951 8.128 -0.944 123 3HD1 LEU 264 3HD1 LEU 264 48.661 7.699 -0.988 124 1HD2 LEU 264 1HD2 LEU 264 49.272 5.946 -2.421 125 2HD2 LEU 264 2HD2 LEU 264 48.383 4.425 -2.361 126 3HD2 LEU 264 3HD2 LEU 264 49.121 5.072 -0.896 127 H LEU 265 H LEU 265 44.184 4.612 1.588 128 HA LEU 265 HA LEU 265 42.439 2.961 -0.028 129 1HB LEU 265 1HB LEU 265 41.837 1.921 2.132 130 2HB LEU 265 2HB LEU 265 43.585 1.997 1.910 131 HG LEU 265 HG LEU 265 42.957 4.429 3.120 132 1HD1 LEU 265 1HD1 LEU 265 41.501 2.197 4.565 133 2HD1 LEU 265 2HD1 LEU 265 40.688 3.418 3.587 134 3HD1 LEU 265 3HD1 LEU 265 41.580 3.896 5.030 135 1HD2 LEU 265 1HD2 LEU 265 43.940 1.811 4.298 136 2HD2 LEU 265 2HD2 LEU 265 44.064 3.372 5.108 137 3HD2 LEU 265 3HD2 LEU 265 44.935 3.089 3.601 138 H ASN 266 H ASN 266 42.166 5.766 2.048 139 HA ASN 266 HA ASN 266 39.310 5.676 2.300 140 1HB ASN 266 1HB ASN 266 39.662 7.322 3.782 141 2HB ASN 266 2HB ASN 266 41.386 7.139 3.463 142 1HD2 ASN 266 1HD2 ASN 266 42.195 8.446 1.474 143 2HD2 ASN 266 2HD2 ASN 266 41.494 9.972 1.225 144 H ASP 267 H ASP 267 41.401 6.476 -0.230 145 HA ASP 267 HA ASP 267 40.403 8.630 -1.550 146 1HB ASP 267 1HB ASP 267 42.152 7.446 -2.605 147 2HB ASP 267 2HB ASP 267 41.241 5.937 -2.609 148 H ALA 268 H ALA 268 38.792 5.582 -1.009 149 HA ALA 268 HA ALA 268 36.597 6.270 -2.814 150 1HB ALA 268 1HB ALA 268 35.687 4.043 -1.848 151 2HB ALA 268 2HB ALA 268 37.306 3.848 -1.176 152 3HB ALA 268 3HB ALA 268 37.084 3.977 -2.921 153 H VAL 269 H VAL 269 37.360 6.131 0.600 154 HA VAL 269 HA VAL 269 34.712 6.382 1.596 155 HB VAL 269 HB VAL 269 37.426 7.006 2.755 156 1HG1 VAL 269 1HG1 VAL 269 34.668 7.461 3.885 157 2HG1 VAL 269 2HG1 VAL 269 36.062 8.540 3.915 158 3HG1 VAL 269 3HG1 VAL 269 36.032 7.109 4.946 159 1HG2 VAL 269 1HG2 VAL 269 35.323 4.886 3.301 160 2HG2 VAL 269 2HG2 VAL 269 36.838 5.054 4.187 161 3HG2 VAL 269 3HG2 VAL 269 36.861 4.636 2.474 162 H THR 270 H THR 270 36.793 8.565 0.009 163 HA THR 270 HA THR 270 35.525 10.943 1.149 164 HB THR 270 HB THR 270 37.833 10.466 -0.714 165 HG1 THR 270 HG1 THR 270 37.374 11.769 1.751 166 1HG2 THR 270 1HG2 THR 270 37.899 13.073 -0.735 167 2HG2 THR 270 2HG2 THR 270 36.174 12.954 -0.389 168 3HG2 THR 270 3HG2 THR 270 36.829 12.243 -1.865 169 H VAL 271 H VAL 271 36.254 9.957 -2.203 170 HA VAL 271 HA VAL 271 34.496 11.560 -3.546 171 HB VAL 271 HB VAL 271 34.459 9.866 -5.321 172 1HG1 VAL 271 1HG1 VAL 271 37.202 9.397 -4.510 173 2HG1 VAL 271 2HG1 VAL 271 36.727 11.058 -4.154 174 3HG1 VAL 271 3HG1 VAL 271 36.587 10.434 -5.797 175 1HG2 VAL 271 1HG2 VAL 271 34.217 7.748 -4.481 176 2HG2 VAL 271 2HG2 VAL 271 35.123 8.118 -3.013 177 3HG2 VAL 271 3HG2 VAL 271 35.980 7.766 -4.514 178 H VAL 272 H VAL 272 33.720 8.889 -1.491 179 HA VAL 272 HA VAL 272 30.999 8.656 -2.518 180 HB VAL 272 HB VAL 272 32.494 6.729 -1.608 181 1HG1 VAL 272 1HG1 VAL 272 32.845 8.121 0.562 182 2HG1 VAL 272 2HG1 VAL 272 32.532 6.392 0.723 183 3HG1 VAL 272 3HG1 VAL 272 31.235 7.553 1.003 184 1HG2 VAL 272 1HG2 VAL 272 30.232 6.287 -2.245 185 2HG2 VAL 272 2HG2 VAL 272 29.594 7.206 -0.882 186 3HG2 VAL 272 3HG2 VAL 272 30.392 5.658 -0.605 187 H LEU 273 H LEU 273 32.736 10.130 0.132 188 HA LEU 273 HA LEU 273 30.464 10.637 1.786 189 1HB LEU 273 1HB LEU 273 33.298 11.127 1.870 190 2HB LEU 273 2HB LEU 273 32.442 12.620 2.248 191 HG LEU 273 HG LEU 273 32.875 11.283 4.283 192 1HD1 LEU 273 1HD1 LEU 273 30.022 10.866 4.275 193 2HD1 LEU 273 2HD1 LEU 273 30.407 12.370 3.438 194 3HD1 LEU 273 3HD1 LEU 273 30.954 12.118 5.096 195 1HD2 LEU 273 1HD2 LEU 273 32.186 9.128 2.603 196 2HD2 LEU 273 2HD2 LEU 273 30.899 9.218 3.806 197 3HD2 LEU 273 3HD2 LEU 273 32.577 9.050 4.321 198 H TYR 274 H TYR 274 31.860 12.193 -0.985 199 HA TYR 274 HA TYR 274 30.758 14.780 -0.644 200 1HB TYR 274 1HB TYR 274 32.257 14.912 -2.342 201 2HB TYR 274 2HB TYR 274 31.998 13.237 -2.833 202 HD1 TYR 274 HD1 TYR 274 30.655 12.731 -4.698 203 HD2 TYR 274 HD2 TYR 274 30.388 16.612 -2.877 204 HE1 TYR 274 HE1 TYR 274 29.183 13.495 -6.542 205 HE2 TYR 274 HE2 TYR 274 28.916 17.377 -4.721 206 HH TYR 274 HH TYR 274 28.432 15.490 -7.587 207 H LYS 275 H LYS 275 29.562 11.857 -2.261 208 HA LYS 275 HA LYS 275 27.267 12.848 -3.452 209 1HB LYS 275 1HB LYS 275 27.532 10.180 -2.044 210 2HB LYS 275 2HB LYS 275 26.380 10.586 -3.317 211 1HG LYS 275 1HG LYS 275 28.808 11.305 -4.439 212 2HG LYS 275 2HG LYS 275 29.212 9.847 -3.533 213 1HD LYS 275 1HD LYS 275 28.518 9.074 -5.675 214 2HD LYS 275 2HD LYS 275 27.140 8.786 -4.612 215 1HE LYS 275 1HE LYS 275 25.921 9.942 -6.125 216 2HE LYS 275 2HE LYS 275 26.720 11.382 -5.495 217 1HZ LYS 275 1HZ LYS 275 28.087 11.514 -7.266 218 2HZ LYS 275 2HZ LYS 275 26.832 10.668 -8.038 219 3HZ LYS 275 3HZ LYS 275 28.197 9.834 -7.466 220 H LYS 276 H LYS 276 27.842 11.987 -0.079 221 HA LYS 276 HA LYS 276 25.156 12.163 0.805 222 1HB LYS 276 1HB LYS 276 27.754 12.584 2.301 223 2HB LYS 276 2HB LYS 276 26.170 12.437 3.063 224 1HG LYS 276 1HG LYS 276 26.939 10.308 1.124 225 2HG LYS 276 2HG LYS 276 27.766 10.310 2.683 226 1HD LYS 276 1HD LYS 276 25.678 10.180 3.878 227 2HD LYS 276 2HD LYS 276 24.753 10.444 2.398 228 1HE LYS 276 1HE LYS 276 24.761 8.056 3.001 229 2HE LYS 276 2HE LYS 276 25.616 8.318 1.480 230 1HZ LYS 276 1HZ LYS 276 27.668 8.523 2.997 231 2HZ LYS 276 2HZ LYS 276 27.055 6.976 2.650 232 3HZ LYS 276 3HZ LYS 276 26.717 7.712 4.143 233 1HN NH2 277 1HN NH2 277 27.545 14.651 0.106 234 2HN NH2 277 2HN NH2 277 26.585 15.966 0.618 Start of MODEL 39 1 1H HIS 250 1H HIS 250 43.380 -1.599 22.395 2 2H HIS 250 2H HIS 250 43.070 -0.764 20.949 3 3H HIS 250 3H HIS 250 43.699 0.062 22.293 4 HA HIS 250 HA HIS 250 45.661 -1.549 22.118 5 1HB HIS 250 1HB HIS 250 44.185 -1.913 19.521 6 2HB HIS 250 2HB HIS 250 45.940 -2.067 19.569 7 HD2 HIS 250 HD2 HIS 250 46.377 -3.777 22.287 8 HE1 HIS 250 HE1 HIS 250 43.496 -6.453 20.750 9 HE2 HIS 250 HE2 HIS 250 45.358 -6.175 22.455 10 H ILE 251 H ILE 251 47.565 -0.666 21.009 11 HA ILE 251 HA ILE 251 47.183 2.192 20.400 12 HB ILE 251 HB ILE 251 49.929 1.184 20.699 13 1HG1 ILE 251 1HG1 ILE 251 48.864 -0.305 22.312 14 2HG1 ILE 251 2HG1 ILE 251 49.716 0.970 23.181 15 1HG2 ILE 251 1HG2 ILE 251 49.295 3.578 20.604 16 2HG2 ILE 251 2HG2 ILE 251 50.100 3.176 22.121 17 3HG2 ILE 251 3HG2 ILE 251 48.348 3.374 22.078 18 1HD1 ILE 251 1HD1 ILE 251 46.878 0.331 23.179 19 2HD1 ILE 251 2HD1 ILE 251 47.150 2.016 22.737 20 3HD1 ILE 251 3HD1 ILE 251 47.782 1.391 24.258 21 H ASN 252 H ASN 252 49.656 2.588 19.110 22 HA ASN 252 HA ASN 252 48.973 2.099 16.426 23 1HB ASN 252 1HB ASN 252 51.018 3.114 15.865 24 2HB ASN 252 2HB ASN 252 50.582 3.854 17.404 25 1HD2 ASN 252 1HD2 ASN 252 51.413 2.187 19.344 26 2HD2 ASN 252 2HD2 ASN 252 53.057 1.796 19.193 27 H GLU 253 H GLU 253 49.779 -0.171 18.608 28 HA GLU 253 HA GLU 253 51.713 -1.727 17.182 29 1HB GLU 253 1HB GLU 253 49.746 -2.617 19.304 30 2HB GLU 253 2HB GLU 253 51.204 -3.472 18.799 31 1HG GLU 253 1HG GLU 253 52.260 -1.043 19.384 32 2HG GLU 253 2HG GLU 253 50.919 -1.080 20.527 33 H LEU 254 H LEU 254 48.454 -2.841 18.039 34 HA LEU 254 HA LEU 254 48.314 -4.477 15.676 35 1HB LEU 254 1HB LEU 254 46.687 -4.041 18.107 36 2HB LEU 254 2HB LEU 254 45.791 -4.532 16.669 37 HG LEU 254 HG LEU 254 47.223 -6.478 16.380 38 1HD1 LEU 254 1HD1 LEU 254 48.850 -5.033 18.404 39 2HD1 LEU 254 2HD1 LEU 254 49.368 -6.053 17.063 40 3HD1 LEU 254 3HD1 LEU 254 48.796 -6.789 18.560 41 1HD2 LEU 254 1HD2 LEU 254 46.818 -6.781 19.272 42 2HD2 LEU 254 2HD2 LEU 254 46.080 -7.668 17.938 43 3HD2 LEU 254 3HD2 LEU 254 45.410 -6.117 18.444 44 H LEU 255 H LEU 255 47.610 -1.237 16.364 45 HA LEU 255 HA LEU 255 45.513 -0.993 14.346 46 1HB LEU 255 1HB LEU 255 46.874 1.154 15.986 47 2HB LEU 255 2HB LEU 255 45.405 1.338 15.032 48 HG LEU 255 HG LEU 255 45.711 -0.581 17.361 49 1HD1 LEU 255 1HD1 LEU 255 45.749 1.582 18.324 50 2HD1 LEU 255 2HD1 LEU 255 44.056 1.095 18.413 51 3HD1 LEU 255 3HD1 LEU 255 44.588 2.212 17.156 52 1HD2 LEU 255 1HD2 LEU 255 43.097 -0.366 17.114 53 2HD2 LEU 255 2HD2 LEU 255 43.985 -1.463 16.057 54 3HD2 LEU 255 3HD2 LEU 255 43.483 0.119 15.464 55 H HIS 256 H HIS 256 48.763 -1.313 14.242 56 HA HIS 256 HA HIS 256 49.749 0.761 12.666 57 1HB HIS 256 1HB HIS 256 51.546 -0.631 12.193 58 2HB HIS 256 2HB HIS 256 50.918 -1.353 13.676 59 HD2 HIS 256 HD2 HIS 256 49.581 -3.846 13.316 60 HE1 HIS 256 HE1 HIS 256 50.464 -4.208 9.206 61 HE2 HIS 256 HE2 HIS 256 49.534 -5.423 11.232 62 H ILE 257 H ILE 257 47.271 -1.403 11.954 63 HA ILE 257 HA ILE 257 47.640 -1.770 9.164 64 HB ILE 257 HB ILE 257 45.095 -1.741 10.806 65 1HG1 ILE 257 1HG1 ILE 257 46.367 -4.233 9.775 66 2HG1 ILE 257 2HG1 ILE 257 47.166 -3.435 11.131 67 1HG2 ILE 257 1HG2 ILE 257 44.546 -3.365 8.752 68 2HG2 ILE 257 2HG2 ILE 257 45.712 -2.319 7.941 69 3HG2 ILE 257 3HG2 ILE 257 44.256 -1.628 8.660 70 1HD1 ILE 257 1HD1 ILE 257 45.503 -5.098 11.911 71 2HD1 ILE 257 2HD1 ILE 257 44.238 -4.223 11.049 72 3HD1 ILE 257 3HD1 ILE 257 45.066 -3.464 12.408 73 H LEU 258 H LEU 258 47.289 1.034 10.823 74 HA LEU 258 HA LEU 258 45.370 2.435 9.245 75 1HB LEU 258 1HB LEU 258 46.195 4.427 10.328 76 2HB LEU 258 2HB LEU 258 46.133 3.136 11.528 77 HG LEU 258 HG LEU 258 48.662 2.828 10.469 78 1HD1 LEU 258 1HD1 LEU 258 49.681 4.963 10.224 79 2HD1 LEU 258 2HD1 LEU 258 48.273 5.797 10.880 80 3HD1 LEU 258 3HD1 LEU 258 48.195 5.064 9.279 81 1HD2 LEU 258 1HD2 LEU 258 49.350 4.081 12.606 82 2HD2 LEU 258 2HD2 LEU 258 48.272 2.702 12.817 83 3HD2 LEU 258 3HD2 LEU 258 47.627 4.341 12.876 84 H VAL 259 H VAL 259 48.690 1.580 8.805 85 HA VAL 259 HA VAL 259 49.328 3.615 6.885 86 HB VAL 259 HB VAL 259 50.642 0.929 7.366 87 1HG1 VAL 259 1HG1 VAL 259 52.629 2.224 6.400 88 2HG1 VAL 259 2HG1 VAL 259 51.455 3.425 5.864 89 3HG1 VAL 259 3HG1 VAL 259 51.368 1.772 5.254 90 1HG2 VAL 259 1HG2 VAL 259 50.785 2.101 9.417 91 2HG2 VAL 259 2HG2 VAL 259 50.968 3.659 8.612 92 3HG2 VAL 259 3HG2 VAL 259 52.297 2.499 8.599 93 H PHE 260 H PHE 260 48.238 0.245 6.706 94 HA PHE 260 HA PHE 260 48.452 -0.131 3.945 95 1HB PHE 260 1HB PHE 260 46.826 -1.329 6.126 96 2HB PHE 260 2HB PHE 260 46.277 -1.611 4.474 97 HD1 PHE 260 HD1 PHE 260 48.141 -2.318 2.757 98 HD2 PHE 260 HD2 PHE 260 48.498 -2.705 7.021 99 HE1 PHE 260 HE1 PHE 260 49.912 -4.028 2.454 100 HE2 PHE 260 HE2 PHE 260 50.269 -4.415 6.716 101 HZ PHE 260 HZ PHE 260 50.977 -5.076 4.434 102 H GLY 261 H GLY 261 46.672 2.165 5.553 103 1HA GLY 261 1HA GLY 261 45.252 2.925 3.155 104 2HA GLY 261 2HA GLY 261 44.195 2.388 4.457 105 H GLU 262 H GLU 262 47.235 4.232 4.595 106 HA GLU 262 HA GLU 262 46.191 6.064 6.516 107 1HB GLU 262 1HB GLU 262 48.354 7.356 5.835 108 2HB GLU 262 2HB GLU 262 48.502 5.812 6.670 109 1HG GLU 262 1HG GLU 262 49.431 4.793 4.866 110 2HG GLU 262 2HG GLU 262 48.323 5.565 3.736 111 H SER 263 H SER 263 47.811 7.314 3.667 112 HA SER 263 HA SER 263 45.674 9.281 3.348 113 1HB SER 263 1HB SER 263 48.381 9.531 3.226 114 2HB SER 263 2HB SER 263 47.991 9.348 1.517 115 HG SER 263 HG SER 263 46.247 10.985 2.806 116 H LEU 264 H LEU 264 46.259 6.249 2.240 117 HA LEU 264 HA LEU 264 45.572 6.649 -0.550 118 1HB LEU 264 1HB LEU 264 45.859 4.147 1.129 119 2HB LEU 264 2HB LEU 264 45.534 4.153 -0.604 120 HG LEU 264 HG LEU 264 47.792 5.867 0.168 121 1HD1 LEU 264 1HD1 LEU 264 47.943 2.863 0.572 122 2HD1 LEU 264 2HD1 LEU 264 48.129 4.091 1.824 123 3HD1 LEU 264 3HD1 LEU 264 49.333 3.949 0.542 124 1HD2 LEU 264 1HD2 LEU 264 47.070 5.156 -2.160 125 2HD2 LEU 264 2HD2 LEU 264 47.626 3.532 -1.757 126 3HD2 LEU 264 3HD2 LEU 264 48.772 4.871 -1.796 127 H LEU 265 H LEU 265 44.004 5.328 2.353 128 HA LEU 265 HA LEU 265 41.502 4.868 0.984 129 1HB LEU 265 1HB LEU 265 42.636 4.343 3.638 130 2HB LEU 265 2HB LEU 265 40.929 4.787 3.672 131 HG LEU 265 HG LEU 265 40.407 3.046 2.038 132 1HD1 LEU 265 1HD1 LEU 265 43.317 3.096 1.713 133 2HD1 LEU 265 2HD1 LEU 265 42.076 2.515 0.605 134 3HD1 LEU 265 3HD1 LEU 265 42.680 1.461 1.882 135 1HD2 LEU 265 1HD2 LEU 265 40.328 1.457 3.655 136 2HD2 LEU 265 2HD2 LEU 265 41.159 2.635 4.672 137 3HD2 LEU 265 3HD2 LEU 265 42.085 1.409 3.805 138 H ASN 266 H ASN 266 42.990 7.627 1.813 139 HA ASN 266 HA ASN 266 41.443 9.245 3.330 140 1HB ASN 266 1HB ASN 266 41.939 11.059 1.566 141 2HB ASN 266 2HB ASN 266 43.310 10.248 2.318 142 1HD2 ASN 266 1HD2 ASN 266 41.706 8.110 0.221 143 2HD2 ASN 266 2HD2 ASN 266 42.710 8.300 -1.134 144 H ASP 267 H ASP 267 40.917 9.782 -0.106 145 HA ASP 267 HA ASP 267 38.051 10.055 0.415 146 1HB ASP 267 1HB ASP 267 39.269 10.589 -2.258 147 2HB ASP 267 2HB ASP 267 37.960 11.432 -1.432 148 H ALA 268 H ALA 268 40.286 7.896 -1.096 149 HA ALA 268 HA ALA 268 38.888 6.671 -3.100 150 1HB ALA 268 1HB ALA 268 40.901 5.631 -2.852 151 2HB ALA 268 2HB ALA 268 39.939 4.483 -1.920 152 3HB ALA 268 3HB ALA 268 40.858 5.740 -1.092 153 H VAL 269 H VAL 269 38.282 6.475 0.348 154 HA VAL 269 HA VAL 269 36.314 4.358 0.061 155 HB VAL 269 HB VAL 269 36.018 4.590 2.464 156 1HG1 VAL 269 1HG1 VAL 269 38.374 4.217 3.177 157 2HG1 VAL 269 2HG1 VAL 269 38.920 4.811 1.609 158 3HG1 VAL 269 3HG1 VAL 269 37.974 3.326 1.708 159 1HG2 VAL 269 1HG2 VAL 269 37.719 6.396 3.472 160 2HG2 VAL 269 2HG2 VAL 269 36.063 6.826 3.044 161 3HG2 VAL 269 3HG2 VAL 269 37.383 7.195 1.935 162 H THR 270 H THR 270 36.411 7.810 0.036 163 HA THR 270 HA THR 270 33.622 8.189 0.691 164 HB THR 270 HB THR 270 35.818 9.993 -0.302 165 HG1 THR 270 HG1 THR 270 34.510 9.415 2.055 166 1HG2 THR 270 1HG2 THR 270 32.855 10.452 -0.219 167 2HG2 THR 270 2HG2 THR 270 34.029 10.971 -1.429 168 3HG2 THR 270 3HG2 THR 270 33.953 11.788 0.133 169 H VAL 271 H VAL 271 35.576 8.622 -2.271 170 HA VAL 271 HA VAL 271 33.592 9.250 -4.069 171 HB VAL 271 HB VAL 271 35.058 8.609 -5.769 172 1HG1 VAL 271 1HG1 VAL 271 36.073 9.965 -3.657 173 2HG1 VAL 271 2HG1 VAL 271 37.005 9.622 -5.114 174 3HG1 VAL 271 3HG1 VAL 271 37.182 8.594 -3.693 175 1HG2 VAL 271 1HG2 VAL 271 35.228 6.274 -5.530 176 2HG2 VAL 271 2HG2 VAL 271 35.807 6.393 -3.869 177 3HG2 VAL 271 3HG2 VAL 271 36.874 6.820 -5.208 178 H VAL 272 H VAL 272 33.920 6.386 -2.282 179 HA VAL 272 HA VAL 272 32.441 4.710 -4.139 180 HB VAL 272 HB VAL 272 33.387 4.237 -1.305 181 1HG1 VAL 272 1HG1 VAL 272 31.503 2.822 -1.598 182 2HG1 VAL 272 2HG1 VAL 272 32.888 1.806 -1.995 183 3HG1 VAL 272 3HG1 VAL 272 31.907 2.501 -3.284 184 1HG2 VAL 272 1HG2 VAL 272 34.779 4.286 -3.734 185 2HG2 VAL 272 2HG2 VAL 272 34.473 2.574 -3.437 186 3HG2 VAL 272 3HG2 VAL 272 35.325 3.540 -2.233 187 H LEU 273 H LEU 273 31.911 6.418 -1.098 188 HA LEU 273 HA LEU 273 29.095 5.595 -1.072 189 1HB LEU 273 1HB LEU 273 31.024 6.288 0.932 190 2HB LEU 273 2HB LEU 273 29.657 7.397 1.043 191 HG LEU 273 HG LEU 273 28.110 5.450 1.052 192 1HD1 LEU 273 1HD1 LEU 273 29.911 3.375 1.758 193 2HD1 LEU 273 2HD1 LEU 273 30.522 4.090 0.267 194 3HD1 LEU 273 3HD1 LEU 273 28.876 3.461 0.333 195 1HD2 LEU 273 1HD2 LEU 273 30.118 6.063 3.112 196 2HD2 LEU 273 2HD2 LEU 273 29.396 4.464 3.288 197 3HD2 LEU 273 3HD2 LEU 273 28.369 5.897 3.264 198 H TYR 274 H TYR 274 31.089 8.208 -2.022 199 HA TYR 274 HA TYR 274 28.950 10.189 -1.865 200 1HB TYR 274 1HB TYR 274 30.959 11.221 -1.367 201 2HB TYR 274 2HB TYR 274 31.868 10.246 -2.521 202 HD1 TYR 274 HD1 TYR 274 32.134 10.929 -4.793 203 HD2 TYR 274 HD2 TYR 274 29.427 13.032 -2.206 204 HE1 TYR 274 HE1 TYR 274 31.895 12.716 -6.497 205 HE2 TYR 274 HE2 TYR 274 29.186 14.818 -3.909 206 HH TYR 274 HH TYR 274 30.999 14.685 -6.978 207 H LYS 275 H LYS 275 31.187 9.275 -4.495 208 HA LYS 275 HA LYS 275 29.335 10.124 -6.511 209 1HB LYS 275 1HB LYS 275 31.683 10.298 -6.988 210 2HB LYS 275 2HB LYS 275 31.932 8.584 -6.656 211 1HG LYS 275 1HG LYS 275 31.105 7.935 -8.682 212 2HG LYS 275 2HG LYS 275 29.878 9.202 -8.698 213 1HD LYS 275 1HD LYS 275 32.792 9.897 -9.013 214 2HD LYS 275 2HD LYS 275 31.843 9.363 -10.401 215 1HE LYS 275 1HE LYS 275 30.605 11.283 -10.463 216 2HE LYS 275 2HE LYS 275 30.573 11.440 -8.707 217 1HZ LYS 275 1HZ LYS 275 32.584 12.501 -8.670 218 2HZ LYS 275 2HZ LYS 275 31.964 13.076 -10.143 219 3HZ LYS 275 3HZ LYS 275 33.111 11.823 -10.132 220 H LYS 276 H LYS 276 30.749 6.902 -5.867 221 HA LYS 276 HA LYS 276 28.749 5.568 -7.427 222 1HB LYS 276 1HB LYS 276 30.485 4.253 -5.342 223 2HB LYS 276 2HB LYS 276 29.837 3.558 -6.827 224 1HG LYS 276 1HG LYS 276 31.270 5.711 -7.777 225 2HG LYS 276 2HG LYS 276 32.264 5.169 -6.425 226 1HD LYS 276 1HD LYS 276 31.261 3.431 -8.699 227 2HD LYS 276 2HD LYS 276 32.918 3.996 -8.481 228 1HE LYS 276 1HE LYS 276 33.289 2.126 -7.276 229 2HE LYS 276 2HE LYS 276 32.256 2.825 -6.028 230 1HZ LYS 276 1HZ LYS 276 30.355 1.878 -7.438 231 2HZ LYS 276 2HZ LYS 276 31.260 0.804 -6.483 232 3HZ LYS 276 3HZ LYS 276 31.546 0.908 -8.154 233 1HN NH2 277 1HN NH2 277 27.876 7.257 -4.997 234 2HN NH2 277 2HN NH2 277 26.875 6.194 -4.112 Start of MODEL 40 1 1H HIS 250 1H HIS 250 33.644 -11.377 0.327 2 2H HIS 250 2H HIS 250 33.920 -13.005 0.730 3 3H HIS 250 3H HIS 250 34.814 -12.272 -0.515 4 HA HIS 250 HA HIS 250 34.991 -11.773 2.397 5 1HB HIS 250 1HB HIS 250 36.471 -13.309 0.462 6 2HB HIS 250 2HB HIS 250 37.500 -12.025 1.100 7 HD2 HIS 250 HD2 HIS 250 36.646 -11.985 4.223 8 HE1 HIS 250 HE1 HIS 250 37.272 -16.159 4.181 9 HE2 HIS 250 HE2 HIS 250 37.029 -14.121 5.676 10 H ILE 251 H ILE 251 35.951 -9.888 3.085 11 HA ILE 251 HA ILE 251 36.148 -7.755 1.073 12 HB ILE 251 HB ILE 251 36.337 -6.365 3.305 13 1HG1 ILE 251 1HG1 ILE 251 35.154 -7.421 5.169 14 2HG1 ILE 251 2HG1 ILE 251 34.939 -8.898 4.231 15 1HG2 ILE 251 1HG2 ILE 251 33.946 -7.629 2.005 16 2HG2 ILE 251 2HG2 ILE 251 34.457 -5.941 2.000 17 3HG2 ILE 251 3HG2 ILE 251 33.716 -6.632 3.442 18 1HD1 ILE 251 1HD1 ILE 251 36.893 -8.858 5.907 19 2HD1 ILE 251 2HD1 ILE 251 37.681 -7.755 4.781 20 3HD1 ILE 251 3HD1 ILE 251 37.261 -9.390 4.267 21 H ASN 252 H ASN 252 38.193 -9.941 1.996 22 HA ASN 252 HA ASN 252 40.405 -8.249 2.876 23 1HB ASN 252 1HB ASN 252 41.174 -10.152 3.769 24 2HB ASN 252 2HB ASN 252 39.734 -10.973 3.171 25 1HD2 ASN 252 1HD2 ASN 252 39.887 -11.979 0.978 26 2HD2 ASN 252 2HD2 ASN 252 41.408 -12.429 0.372 27 H GLU 253 H GLU 253 39.644 -10.400 0.147 28 HA GLU 253 HA GLU 253 41.825 -10.194 -1.444 29 1HB GLU 253 1HB GLU 253 39.887 -9.818 -3.325 30 2HB GLU 253 2HB GLU 253 40.282 -11.379 -2.605 31 1HG GLU 253 1HG GLU 253 38.478 -11.262 -1.082 32 2HG GLU 253 2HG GLU 253 38.281 -9.524 -1.316 33 H LEU 254 H LEU 254 39.285 -7.737 -1.149 34 HA LEU 254 HA LEU 254 40.303 -5.929 -3.053 35 1HB LEU 254 1HB LEU 254 38.355 -5.824 -0.825 36 2HB LEU 254 2HB LEU 254 39.038 -4.279 -1.334 37 HG LEU 254 HG LEU 254 38.371 -4.700 -3.643 38 1HD1 LEU 254 1HD1 LEU 254 37.848 -7.410 -2.529 39 2HD1 LEU 254 2HD1 LEU 254 38.441 -6.944 -4.123 40 3HD1 LEU 254 3HD1 LEU 254 36.720 -6.829 -3.755 41 1HD2 LEU 254 1HD2 LEU 254 36.574 -4.419 -1.430 42 2HD2 LEU 254 2HD2 LEU 254 35.786 -5.413 -2.654 43 3HD2 LEU 254 3HD2 LEU 254 36.382 -3.807 -3.074 44 H LEU 255 H LEU 255 41.920 -6.995 -0.446 45 HA LEU 255 HA LEU 255 42.860 -4.958 1.079 46 1HB LEU 255 1HB LEU 255 45.063 -6.100 1.108 47 2HB LEU 255 2HB LEU 255 43.722 -7.225 1.310 48 HG LEU 255 HG LEU 255 44.064 -7.072 -1.454 49 1HD1 LEU 255 1HD1 LEU 255 46.775 -7.395 -0.143 50 2HD1 LEU 255 2HD1 LEU 255 46.250 -5.904 -0.927 51 3HD1 LEU 255 3HD1 LEU 255 46.414 -7.386 -1.870 52 1HD2 LEU 255 1HD2 LEU 255 43.527 -9.103 -0.232 53 2HD2 LEU 255 2HD2 LEU 255 45.089 -9.070 0.585 54 3HD2 LEU 255 3HD2 LEU 255 45.007 -9.383 -1.148 55 H HIS 256 H HIS 256 43.222 -5.284 -2.336 56 HA HIS 256 HA HIS 256 45.461 -3.927 -3.041 57 1HB HIS 256 1HB HIS 256 42.756 -4.165 -4.166 58 2HB HIS 256 2HB HIS 256 43.635 -2.730 -4.697 59 HD2 HIS 256 HD2 HIS 256 44.854 -6.511 -4.263 60 HE1 HIS 256 HE1 HIS 256 46.196 -5.016 -7.977 61 HE2 HIS 256 HE2 HIS 256 46.207 -7.034 -6.437 62 H ILE 257 H ILE 257 42.518 -2.532 -1.681 63 HA ILE 257 HA ILE 257 43.562 0.174 -1.871 64 HB ILE 257 HB ILE 257 41.012 -1.037 -0.823 65 1HG1 ILE 257 1HG1 ILE 257 40.032 0.422 -2.548 66 2HG1 ILE 257 2HG1 ILE 257 41.630 1.069 -2.921 67 1HG2 ILE 257 1HG2 ILE 257 42.183 1.685 -0.318 68 2HG2 ILE 257 2HG2 ILE 257 41.299 0.634 0.788 69 3HG2 ILE 257 3HG2 ILE 257 40.437 1.501 -0.482 70 1HD1 ILE 257 1HD1 ILE 257 41.159 -1.898 -3.030 71 2HD1 ILE 257 2HD1 ILE 257 42.361 -0.932 -3.886 72 3HD1 ILE 257 3HD1 ILE 257 40.671 -0.881 -4.386 73 H LEU 258 H LEU 258 42.750 -2.150 0.701 74 HA LEU 258 HA LEU 258 43.405 -0.637 2.926 75 1HB LEU 258 1HB LEU 258 44.022 -3.579 2.581 76 2HB LEU 258 2HB LEU 258 43.742 -2.723 4.097 77 HG LEU 258 HG LEU 258 41.712 -3.062 1.866 78 1HD1 LEU 258 1HD1 LEU 258 42.512 -4.832 3.925 79 2HD1 LEU 258 2HD1 LEU 258 41.102 -4.977 2.876 80 3HD1 LEU 258 3HD1 LEU 258 40.965 -4.153 4.429 81 1HD2 LEU 258 1HD2 LEU 258 40.230 -2.231 3.886 82 2HD2 LEU 258 2HD2 LEU 258 41.095 -1.058 2.893 83 3HD2 LEU 258 3HD2 LEU 258 41.750 -1.542 4.458 84 H VAL 259 H VAL 259 45.432 -1.495 0.389 85 HA VAL 259 HA VAL 259 47.880 -1.571 1.978 86 HB VAL 259 HB VAL 259 47.264 -1.863 -0.958 87 1HG1 VAL 259 1HG1 VAL 259 49.863 -1.243 0.406 88 2HG1 VAL 259 2HG1 VAL 259 49.267 -0.698 -1.161 89 3HG1 VAL 259 3HG1 VAL 259 49.865 -2.345 -0.971 90 1HG2 VAL 259 1HG2 VAL 259 48.089 -4.083 -0.636 91 2HG2 VAL 259 2HG2 VAL 259 47.042 -3.765 0.747 92 3HG2 VAL 259 3HG2 VAL 259 48.795 -3.671 0.927 93 H PHE 260 H PHE 260 47.188 0.229 -1.009 94 HA PHE 260 HA PHE 260 48.830 2.432 -0.115 95 1HB PHE 260 1HB PHE 260 48.406 3.381 -2.299 96 2HB PHE 260 2HB PHE 260 48.746 1.661 -2.494 97 HD1 PHE 260 HD1 PHE 260 46.004 4.174 -2.299 98 HD2 PHE 260 HD2 PHE 260 47.117 0.170 -3.387 99 HE1 PHE 260 HE1 PHE 260 43.803 3.859 -3.396 100 HE2 PHE 260 HE2 PHE 260 44.916 -0.143 -4.486 101 HZ PHE 260 HZ PHE 260 43.259 1.703 -4.490 102 H GLY 261 H GLY 261 45.694 1.540 0.498 103 1HA GLY 261 1HA GLY 261 44.388 4.091 0.306 104 2HA GLY 261 2HA GLY 261 43.775 2.666 1.137 105 H GLU 262 H GLU 262 45.874 2.221 2.935 106 HA GLU 262 HA GLU 262 45.206 3.612 5.166 107 1HB GLU 262 1HB GLU 262 47.857 2.461 4.322 108 2HB GLU 262 2HB GLU 262 47.649 3.221 5.899 109 1HG GLU 262 1HG GLU 262 45.616 1.207 5.043 110 2HG GLU 262 2HG GLU 262 47.197 0.617 5.551 111 H SER 263 H SER 263 46.961 4.846 2.465 112 HA SER 263 HA SER 263 47.938 7.165 3.966 113 1HB SER 263 1HB SER 263 48.926 7.762 1.696 114 2HB SER 263 2HB SER 263 49.547 6.300 2.456 115 HG SER 263 HG SER 263 47.997 5.139 1.177 116 H LEU 264 H LEU 264 46.347 6.818 0.789 117 HA LEU 264 HA LEU 264 45.069 9.414 1.158 118 1HB LEU 264 1HB LEU 264 44.222 8.769 -1.254 119 2HB LEU 264 2HB LEU 264 45.881 9.303 -0.999 120 HG LEU 264 HG LEU 264 45.359 6.388 -0.685 121 1HD1 LEU 264 1HD1 LEU 264 45.077 7.914 -3.262 122 2HD1 LEU 264 2HD1 LEU 264 44.126 6.551 -2.668 123 3HD1 LEU 264 3HD1 LEU 264 45.761 6.289 -3.276 124 1HD2 LEU 264 1HD2 LEU 264 47.520 7.720 -2.303 125 2HD2 LEU 264 2HD2 LEU 264 47.592 6.219 -1.379 126 3HD2 LEU 264 3HD2 LEU 264 47.593 7.770 -0.541 127 H LEU 265 H LEU 265 44.248 6.800 2.555 128 HA LEU 265 HA LEU 265 41.967 5.613 1.832 129 1HB LEU 265 1HB LEU 265 41.183 5.779 4.222 130 2HB LEU 265 2HB LEU 265 42.837 5.205 4.025 131 HG LEU 265 HG LEU 265 42.623 8.131 4.232 132 1HD1 LEU 265 1HD1 LEU 265 42.257 8.030 6.720 133 2HD1 LEU 265 2HD1 LEU 265 41.778 6.343 6.528 134 3HD1 LEU 265 3HD1 LEU 265 40.826 7.622 5.773 135 1HD2 LEU 265 1HD2 LEU 265 44.201 6.022 5.741 136 2HD2 LEU 265 2HD2 LEU 265 44.493 7.760 5.801 137 3HD2 LEU 265 3HD2 LEU 265 44.747 6.876 4.298 138 H ASN 266 H ASN 266 42.246 9.027 2.539 139 HA ASN 266 HA ASN 266 39.603 9.752 2.956 140 1HB ASN 266 1HB ASN 266 42.004 11.087 1.851 141 2HB ASN 266 2HB ASN 266 40.455 11.825 1.448 142 1HD2 ASN 266 1HD2 ASN 266 42.751 11.279 4.026 143 2HD2 ASN 266 2HD2 ASN 266 41.893 12.112 5.229 144 H ASP 267 H ASP 267 41.307 9.536 -0.173 145 HA ASP 267 HA ASP 267 38.753 9.708 -1.589 146 1HB ASP 267 1HB ASP 267 41.550 10.233 -2.217 147 2HB ASP 267 2HB ASP 267 40.754 9.281 -3.469 148 H ALA 268 H ALA 268 40.883 7.337 -0.393 149 HA ALA 268 HA ALA 268 40.225 5.325 -2.387 150 1HB ALA 268 1HB ALA 268 42.072 4.326 -1.608 151 2HB ALA 268 2HB ALA 268 41.389 4.243 0.016 152 3HB ALA 268 3HB ALA 268 42.283 5.676 -0.493 153 H VAL 269 H VAL 269 39.655 5.764 1.112 154 HA VAL 269 HA VAL 269 38.005 3.561 1.527 155 HB VAL 269 HB VAL 269 38.963 5.306 3.209 156 1HG1 VAL 269 1HG1 VAL 269 37.519 7.117 1.999 157 2HG1 VAL 269 2HG1 VAL 269 37.606 7.141 3.762 158 3HG1 VAL 269 3HG1 VAL 269 36.193 6.458 2.957 159 1HG2 VAL 269 1HG2 VAL 269 37.890 3.575 4.282 160 2HG2 VAL 269 2HG2 VAL 269 36.442 3.718 3.285 161 3HG2 VAL 269 3HG2 VAL 269 36.712 4.845 4.614 162 H THR 270 H THR 270 37.462 6.131 -0.529 163 HA THR 270 HA THR 270 34.559 6.173 -0.230 164 HB THR 270 HB THR 270 36.383 7.588 -2.190 165 HG1 THR 270 HG1 THR 270 36.512 9.045 -0.698 166 1HG2 THR 270 1HG2 THR 270 33.972 8.952 -2.009 167 2HG2 THR 270 2HG2 THR 270 33.483 7.258 -2.038 168 3HG2 THR 270 3HG2 THR 270 34.469 7.912 -3.345 169 H VAL 271 H VAL 271 37.031 4.820 -2.304 170 HA VAL 271 HA VAL 271 35.271 4.031 -4.420 171 HB VAL 271 HB VAL 271 38.033 3.064 -3.644 172 1HG1 VAL 271 1HG1 VAL 271 37.943 2.357 -6.158 173 2HG1 VAL 271 2HG1 VAL 271 36.194 2.402 -5.935 174 3HG1 VAL 271 3HG1 VAL 271 37.180 1.314 -4.958 175 1HG2 VAL 271 1HG2 VAL 271 38.828 4.573 -5.312 176 2HG2 VAL 271 2HG2 VAL 271 37.653 5.497 -4.377 177 3HG2 VAL 271 3HG2 VAL 271 37.206 4.839 -5.951 178 H VAL 272 H VAL 272 36.268 2.652 -1.376 179 HA VAL 272 HA VAL 272 35.114 0.046 -2.029 180 HB VAL 272 HB VAL 272 36.456 1.062 0.487 181 1HG1 VAL 272 1HG1 VAL 272 35.229 -0.698 1.327 182 2HG1 VAL 272 2HG1 VAL 272 36.592 -1.609 0.677 183 3HG1 VAL 272 3HG1 VAL 272 35.093 -1.489 -0.243 184 1HG2 VAL 272 1HG2 VAL 272 38.231 -0.598 -0.337 185 2HG2 VAL 272 2HG2 VAL 272 38.087 0.904 -1.249 186 3HG2 VAL 272 3HG2 VAL 272 37.377 -0.583 -1.880 187 H LEU 273 H LEU 273 33.962 2.976 -1.011 188 HA LEU 273 HA LEU 273 32.136 2.100 1.036 189 1HB LEU 273 1HB LEU 273 32.809 4.614 -0.327 190 2HB LEU 273 2HB LEU 273 31.100 4.457 0.077 191 HG LEU 273 HG LEU 273 33.269 3.854 2.092 192 1HD1 LEU 273 1HD1 LEU 273 32.254 6.304 2.811 193 2HD1 LEU 273 2HD1 LEU 273 32.347 6.452 1.057 194 3HD1 LEU 273 3HD1 LEU 273 33.793 6.060 1.987 195 1HD2 LEU 273 1HD2 LEU 273 30.535 3.434 2.101 196 2HD2 LEU 273 2HD2 LEU 273 30.685 4.985 2.925 197 3HD2 LEU 273 3HD2 LEU 273 31.542 3.575 3.543 198 H TYR 274 H TYR 274 31.149 3.795 -1.904 199 HA TYR 274 HA TYR 274 28.832 2.024 -2.111 200 1HB TYR 274 1HB TYR 274 27.880 3.669 -3.533 201 2HB TYR 274 2HB TYR 274 28.700 4.570 -2.259 202 HD1 TYR 274 HD1 TYR 274 31.079 5.410 -2.706 203 HD2 TYR 274 HD2 TYR 274 28.474 3.967 -5.801 204 HE1 TYR 274 HE1 TYR 274 32.468 6.558 -4.410 205 HE2 TYR 274 HE2 TYR 274 29.862 5.115 -7.505 206 HH TYR 274 HH TYR 274 31.479 6.711 -7.786 207 H LYS 275 H LYS 275 31.506 3.186 -4.152 208 HA LYS 275 HA LYS 275 31.013 1.888 -6.511 209 1HB LYS 275 1HB LYS 275 33.330 2.962 -5.169 210 2HB LYS 275 2HB LYS 275 33.761 1.496 -6.048 211 1HG LYS 275 1HG LYS 275 32.175 3.774 -7.267 212 2HG LYS 275 2HG LYS 275 33.924 3.609 -7.421 213 1HD LYS 275 1HD LYS 275 33.709 2.061 -9.043 214 2HD LYS 275 2HD LYS 275 32.591 1.111 -8.063 215 1HE LYS 275 1HE LYS 275 31.501 1.868 -10.140 216 2HE LYS 275 2HE LYS 275 30.738 2.604 -8.729 217 1HZ LYS 275 1HZ LYS 275 31.067 4.484 -9.884 218 2HZ LYS 275 2HZ LYS 275 32.311 3.826 -10.836 219 3HZ LYS 275 3HZ LYS 275 32.645 4.385 -9.268 220 H LYS 276 H LYS 276 33.316 0.490 -4.185 221 HA LYS 276 HA LYS 276 33.837 -1.695 -3.696 222 1HB LYS 276 1HB LYS 276 30.842 -1.771 -3.982 223 2HB LYS 276 2HB LYS 276 31.757 -3.235 -3.617 224 1HG LYS 276 1HG LYS 276 32.365 -2.501 -1.519 225 2HG LYS 276 2HG LYS 276 32.374 -0.804 -2.002 226 1HD LYS 276 1HD LYS 276 30.492 -1.298 -0.469 227 2HD LYS 276 2HD LYS 276 29.917 -0.790 -2.057 228 1HE LYS 276 1HE LYS 276 30.355 -3.696 -1.787 229 2HE LYS 276 2HE LYS 276 29.066 -3.050 -0.771 230 1HZ LYS 276 1HZ LYS 276 28.148 -3.642 -2.874 231 2HZ LYS 276 2HZ LYS 276 29.338 -2.765 -3.712 232 3HZ LYS 276 3HZ LYS 276 28.174 -1.948 -2.782 233 1HN NH2 277 1HN NH2 277 33.619 -0.782 -6.680 234 2HN NH2 277 2HN NH2 277 33.631 -2.264 -7.528 Start of MODEL 41 1 1H HIS 250 1H HIS 250 60.963 -2.343 2.311 2 2H HIS 250 2H HIS 250 61.238 -3.991 2.624 3 3H HIS 250 3H HIS 250 60.249 -3.079 3.663 4 HA HIS 250 HA HIS 250 58.452 -3.258 2.363 5 1HB HIS 250 1HB HIS 250 60.054 -1.989 0.591 6 2HB HIS 250 2HB HIS 250 59.880 -3.542 -0.227 7 HD2 HIS 250 HD2 HIS 250 56.633 -3.878 0.919 8 HE1 HIS 250 HE1 HIS 250 56.048 -0.564 -1.631 9 HE2 HIS 250 HE2 HIS 250 54.880 -2.434 -0.369 10 H ILE 251 H ILE 251 57.607 -5.213 2.703 11 HA ILE 251 HA ILE 251 59.067 -7.592 1.752 12 HB ILE 251 HB ILE 251 56.703 -7.638 3.616 13 1HG1 ILE 251 1HG1 ILE 251 58.876 -7.834 5.266 14 2HG1 ILE 251 2HG1 ILE 251 59.438 -6.625 4.113 15 1HG2 ILE 251 1HG2 ILE 251 59.034 -9.443 3.896 16 2HG2 ILE 251 2HG2 ILE 251 58.109 -9.632 2.406 17 3HG2 ILE 251 3HG2 ILE 251 57.311 -9.811 3.968 18 1HD1 ILE 251 1HD1 ILE 251 57.365 -5.317 4.495 19 2HD1 ILE 251 2HD1 ILE 251 58.281 -5.536 5.985 20 3HD1 ILE 251 3HD1 ILE 251 56.844 -6.513 5.681 21 H ASN 252 H ASN 252 56.322 -8.947 2.241 22 HA ASN 252 HA ASN 252 55.446 -8.688 -0.538 23 1HB ASN 252 1HB ASN 252 53.875 -10.628 0.365 24 2HB ASN 252 2HB ASN 252 55.553 -10.937 -0.078 25 1HD2 ASN 252 1HD2 ASN 252 53.719 -9.813 2.833 26 2HD2 ASN 252 2HD2 ASN 252 54.640 -10.722 3.931 27 H GLU 253 H GLU 253 54.773 -7.073 2.200 28 HA GLU 253 HA GLU 253 51.955 -7.132 2.384 29 1HB GLU 253 1HB GLU 253 52.432 -4.699 3.313 30 2HB GLU 253 2HB GLU 253 52.911 -6.124 4.235 31 1HG GLU 253 1HG GLU 253 55.160 -5.877 3.711 32 2HG GLU 253 2HG GLU 253 54.822 -4.994 2.222 33 H LEU 254 H LEU 254 53.792 -6.277 -0.178 34 HA LEU 254 HA LEU 254 53.052 -3.887 -1.211 35 1HB LEU 254 1HB LEU 254 54.279 -5.998 -2.268 36 2HB LEU 254 2HB LEU 254 52.703 -6.221 -3.030 37 HG LEU 254 HG LEU 254 52.921 -3.642 -3.541 38 1HD1 LEU 254 1HD1 LEU 254 55.038 -2.726 -3.511 39 2HD1 LEU 254 2HD1 LEU 254 55.830 -4.285 -3.740 40 3HD1 LEU 254 3HD1 LEU 254 55.202 -3.840 -2.153 41 1HD2 LEU 254 1HD2 LEU 254 52.791 -5.355 -5.271 42 2HD2 LEU 254 2HD2 LEU 254 54.472 -5.812 -4.988 43 3HD2 LEU 254 3HD2 LEU 254 54.091 -4.234 -5.677 44 H LEU 255 H LEU 255 50.990 -6.716 -0.849 45 HA LEU 255 HA LEU 255 48.742 -5.254 -2.070 46 1HB LEU 255 1HB LEU 255 49.031 -8.181 -1.361 47 2HB LEU 255 2HB LEU 255 47.618 -7.451 -2.124 48 HG LEU 255 HG LEU 255 50.223 -6.882 -3.426 49 1HD1 LEU 255 1HD1 LEU 255 48.924 -9.622 -3.514 50 2HD1 LEU 255 2HD1 LEU 255 50.513 -9.251 -2.848 51 3HD1 LEU 255 3HD1 LEU 255 50.221 -9.080 -4.578 52 1HD2 LEU 255 1HD2 LEU 255 48.884 -6.996 -5.407 53 2HD2 LEU 255 2HD2 LEU 255 47.883 -6.192 -4.198 54 3HD2 LEU 255 3HD2 LEU 255 47.612 -7.892 -4.578 55 H HIS 256 H HIS 256 50.046 -5.810 0.951 56 HA HIS 256 HA HIS 256 47.521 -6.173 2.351 57 1HB HIS 256 1HB HIS 256 50.344 -5.761 3.342 58 2HB HIS 256 2HB HIS 256 48.954 -6.016 4.392 59 HD2 HIS 256 HD2 HIS 256 49.686 -8.094 1.081 60 HE1 HIS 256 HE1 HIS 256 49.613 -10.731 4.377 61 HE2 HIS 256 HE2 HIS 256 49.801 -10.587 1.849 62 H ILE 257 H ILE 257 50.026 -3.925 3.381 63 HA ILE 257 HA ILE 257 48.008 -1.934 3.970 64 HB ILE 257 HB ILE 257 49.929 -0.652 4.905 65 1HG1 ILE 257 1HG1 ILE 257 51.915 -2.654 4.965 66 2HG1 ILE 257 2HG1 ILE 257 51.393 -2.558 3.285 67 1HG2 ILE 257 1HG2 ILE 257 50.536 -2.469 6.625 68 2HG2 ILE 257 2HG2 ILE 257 49.490 -3.535 5.688 69 3HG2 ILE 257 3HG2 ILE 257 48.825 -2.086 6.440 70 1HD1 ILE 257 1HD1 ILE 257 51.754 -0.130 3.287 71 2HD1 ILE 257 2HD1 ILE 257 53.234 -0.966 3.761 72 3HD1 ILE 257 3HD1 ILE 257 52.229 -0.191 4.985 73 H LEU 258 H LEU 258 50.639 -2.364 1.657 74 HA LEU 258 HA LEU 258 50.838 0.201 0.620 75 1HB LEU 258 1HB LEU 258 51.427 -2.513 -0.290 76 2HB LEU 258 2HB LEU 258 51.044 -1.417 -1.615 77 HG LEU 258 HG LEU 258 53.484 -1.469 -1.029 78 1HD1 LEU 258 1HD1 LEU 258 51.789 0.791 -1.438 79 2HD1 LEU 258 2HD1 LEU 258 53.487 0.611 -1.880 80 3HD1 LEU 258 3HD1 LEU 258 53.051 1.265 -0.301 81 1HD2 LEU 258 1HD2 LEU 258 52.596 -1.486 1.565 82 2HD2 LEU 258 2HD2 LEU 258 53.062 0.203 1.365 83 3HD2 LEU 258 3HD2 LEU 258 54.241 -1.077 1.079 84 H VAL 259 H VAL 259 48.102 -1.743 0.708 85 HA VAL 259 HA VAL 259 46.913 -0.667 -1.735 86 HB VAL 259 HB VAL 259 45.816 -2.541 0.373 87 1HG1 VAL 259 1HG1 VAL 259 43.847 -1.760 -0.510 88 2HG1 VAL 259 2HG1 VAL 259 44.246 -2.899 -1.796 89 3HG1 VAL 259 3HG1 VAL 259 44.618 -1.186 -1.989 90 1HG2 VAL 259 1HG2 VAL 259 46.832 -2.989 -2.452 91 2HG2 VAL 259 2HG2 VAL 259 46.092 -4.225 -1.435 92 3HG2 VAL 259 3HG2 VAL 259 47.634 -3.506 -0.969 93 H PHE 260 H PHE 260 45.468 -1.025 1.488 94 HA PHE 260 HA PHE 260 43.611 0.952 1.397 95 1HB PHE 260 1HB PHE 260 45.372 0.295 3.772 96 2HB PHE 260 2HB PHE 260 43.834 1.154 3.849 97 HD1 PHE 260 HD1 PHE 260 41.756 -0.034 2.862 98 HD2 PHE 260 HD2 PHE 260 45.422 -2.056 3.825 99 HE1 PHE 260 HE1 PHE 260 40.548 -2.198 2.916 100 HE2 PHE 260 HE2 PHE 260 44.213 -4.221 3.879 101 HZ PHE 260 HZ PHE 260 41.776 -4.293 3.424 102 H GLY 261 H GLY 261 46.983 1.405 2.466 103 1HA GLY 261 1HA GLY 261 48.228 3.328 2.765 104 2HA GLY 261 2HA GLY 261 47.549 3.764 1.199 105 H GLU 262 H GLU 262 47.456 4.306 4.608 106 HA GLU 262 HA GLU 262 45.100 5.535 5.158 107 1HB GLU 262 1HB GLU 262 47.892 6.411 5.909 108 2HB GLU 262 2HB GLU 262 46.439 7.142 6.590 109 1HG GLU 262 1HG GLU 262 45.976 5.328 7.883 110 2HG GLU 262 2HG GLU 262 46.470 4.190 6.632 111 H SER 263 H SER 263 47.452 6.569 2.856 112 HA SER 263 HA SER 263 46.498 9.298 2.687 113 1HB SER 263 1HB SER 263 48.758 9.097 2.100 114 2HB SER 263 2HB SER 263 48.481 7.639 1.152 115 HG SER 263 HG SER 263 48.291 8.939 -0.479 116 H LEU 264 H LEU 264 46.236 6.337 0.738 117 HA LEU 264 HA LEU 264 44.419 7.615 -1.138 118 1HB LEU 264 1HB LEU 264 45.038 4.668 -0.974 119 2HB LEU 264 2HB LEU 264 44.534 5.605 -2.381 120 HG LEU 264 HG LEU 264 47.180 5.858 -0.922 121 1HD1 LEU 264 1HD1 LEU 264 47.035 5.227 -3.812 122 2HD1 LEU 264 2HD1 LEU 264 46.460 3.955 -2.733 123 3HD1 LEU 264 3HD1 LEU 264 48.102 4.575 -2.568 124 1HD2 LEU 264 1HD2 LEU 264 46.773 8.030 -1.688 125 2HD2 LEU 264 2HD2 LEU 264 45.835 7.471 -3.073 126 3HD2 LEU 264 3HD2 LEU 264 47.592 7.316 -3.077 127 H LEU 265 H LEU 265 44.283 5.376 1.570 128 HA LEU 265 HA LEU 265 41.841 4.213 1.416 129 1HB LEU 265 1HB LEU 265 43.434 4.064 3.353 130 2HB LEU 265 2HB LEU 265 42.836 5.628 3.899 131 HG LEU 265 HG LEU 265 40.527 4.679 3.985 132 1HD1 LEU 265 1HD1 LEU 265 40.352 2.842 2.606 133 2HD1 LEU 265 2HD1 LEU 265 40.716 2.005 4.115 134 3HD1 LEU 265 3HD1 LEU 265 41.996 2.299 2.940 135 1HD2 LEU 265 1HD2 LEU 265 42.633 3.197 5.589 136 2HD2 LEU 265 2HD2 LEU 265 40.922 3.294 6.006 137 3HD2 LEU 265 3HD2 LEU 265 41.913 4.751 6.010 138 H ASN 266 H ASN 266 42.430 7.551 2.497 139 HA ASN 266 HA ASN 266 39.775 8.258 3.039 140 1HB ASN 266 1HB ASN 266 42.187 9.849 2.189 141 2HB ASN 266 2HB ASN 266 40.623 10.622 2.450 142 1HD2 ASN 266 1HD2 ASN 266 42.810 8.295 4.147 143 2HD2 ASN 266 2HD2 ASN 266 42.511 8.929 5.693 144 H ASP 267 H ASP 267 41.511 9.573 0.234 145 HA ASP 267 HA ASP 267 39.392 10.329 -1.301 146 1HB ASP 267 1HB ASP 267 41.898 8.983 -2.333 147 2HB ASP 267 2HB ASP 267 40.820 10.016 -3.269 148 H ALA 268 H ALA 268 40.383 7.105 -0.560 149 HA ALA 268 HA ALA 268 38.845 5.871 -2.693 150 1HB ALA 268 1HB ALA 268 40.679 4.551 -2.165 151 2HB ALA 268 2HB ALA 268 39.421 3.780 -1.199 152 3HB ALA 268 3HB ALA 268 40.559 4.892 -0.439 153 H VAL 269 H VAL 269 38.716 5.816 0.873 154 HA VAL 269 HA VAL 269 36.343 4.481 1.247 155 HB VAL 269 HB VAL 269 37.652 6.725 2.765 156 1HG1 VAL 269 1HG1 VAL 269 34.995 5.385 3.289 157 2HG1 VAL 269 2HG1 VAL 269 35.379 7.107 3.322 158 3HG1 VAL 269 3HG1 VAL 269 35.964 6.049 4.604 159 1HG2 VAL 269 1HG2 VAL 269 38.222 4.980 4.301 160 2HG2 VAL 269 2HG2 VAL 269 38.539 4.330 2.694 161 3HG2 VAL 269 3HG2 VAL 269 37.077 3.862 3.561 162 H THR 270 H THR 270 36.807 7.510 -0.259 163 HA THR 270 HA THR 270 34.155 8.546 0.258 164 HB THR 270 HB THR 270 34.786 10.325 -1.295 165 HG1 THR 270 HG1 THR 270 37.104 8.742 -1.702 166 1HG2 THR 270 1HG2 THR 270 36.011 9.731 1.130 167 2HG2 THR 270 2HG2 THR 270 36.065 11.285 0.296 168 3HG2 THR 270 3HG2 THR 270 37.362 10.113 0.061 169 H VAL 271 H VAL 271 35.459 6.214 -1.787 170 HA VAL 271 HA VAL 271 33.005 6.199 -3.406 171 HB VAL 271 HB VAL 271 35.751 5.824 -4.614 172 1HG1 VAL 271 1HG1 VAL 271 32.946 6.056 -5.736 173 2HG1 VAL 271 2HG1 VAL 271 34.042 4.679 -5.860 174 3HG1 VAL 271 3HG1 VAL 271 34.399 6.170 -6.729 175 1HG2 VAL 271 1HG2 VAL 271 33.946 8.252 -4.481 176 2HG2 VAL 271 2HG2 VAL 271 35.203 8.072 -5.705 177 3HG2 VAL 271 3HG2 VAL 271 35.637 8.135 -3.997 178 H VAL 272 H VAL 272 35.932 4.546 -2.334 179 HA VAL 272 HA VAL 272 35.218 1.971 -3.273 180 HB VAL 272 HB VAL 272 37.034 2.773 -0.989 181 1HG1 VAL 272 1HG1 VAL 272 36.246 0.171 -2.170 182 2HG1 VAL 272 2HG1 VAL 272 36.879 0.533 -0.564 183 3HG1 VAL 272 3HG1 VAL 272 37.978 0.406 -1.937 184 1HG2 VAL 272 1HG2 VAL 272 38.771 2.199 -2.808 185 2HG2 VAL 272 2HG2 VAL 272 37.901 3.723 -2.988 186 3HG2 VAL 272 3HG2 VAL 272 37.434 2.321 -3.951 187 H LEU 273 H LEU 273 34.021 3.872 -0.712 188 HA LEU 273 HA LEU 273 33.070 1.549 0.806 189 1HB LEU 273 1HB LEU 273 34.049 3.665 1.893 190 2HB LEU 273 2HB LEU 273 32.518 4.435 1.468 191 HG LEU 273 HG LEU 273 31.489 2.261 2.581 192 1HD1 LEU 273 1HD1 LEU 273 34.054 1.564 2.923 193 2HD1 LEU 273 2HD1 LEU 273 32.813 1.132 4.099 194 3HD1 LEU 273 3HD1 LEU 273 33.854 2.526 4.387 195 1HD2 LEU 273 1HD2 LEU 273 31.902 3.576 4.881 196 2HD2 LEU 273 2HD2 LEU 273 30.831 4.205 3.630 197 3HD2 LEU 273 3HD2 LEU 273 32.480 4.816 3.768 198 H TYR 274 H TYR 274 31.710 4.481 -0.727 199 HA TYR 274 HA TYR 274 29.015 3.528 -0.446 200 1HB TYR 274 1HB TYR 274 29.708 5.649 -2.433 201 2HB TYR 274 2HB TYR 274 28.354 5.560 -1.309 202 HD1 TYR 274 HD1 TYR 274 29.777 4.969 1.241 203 HD2 TYR 274 HD2 TYR 274 30.726 7.711 -1.927 204 HE1 TYR 274 HE1 TYR 274 31.013 6.399 2.848 205 HE2 TYR 274 HE2 TYR 274 31.962 9.140 -0.319 206 HH TYR 274 HH TYR 274 33.195 8.532 2.107 207 H LYS 275 H LYS 275 30.759 4.395 -3.437 208 HA LYS 275 HA LYS 275 29.080 2.804 -5.087 209 1HB LYS 275 1HB LYS 275 30.300 4.753 -5.946 210 2HB LYS 275 2HB LYS 275 31.833 3.934 -5.643 211 1HG LYS 275 1HG LYS 275 31.651 2.665 -7.512 212 2HG LYS 275 2HG LYS 275 29.950 2.314 -7.209 213 1HD LYS 275 1HD LYS 275 30.878 5.013 -8.206 214 2HD LYS 275 2HD LYS 275 30.471 3.696 -9.306 215 1HE LYS 275 1HE LYS 275 28.447 4.108 -7.225 216 2HE LYS 275 2HE LYS 275 28.669 5.519 -8.260 217 1HZ LYS 275 1HZ LYS 275 27.989 2.755 -9.078 218 2HZ LYS 275 2HZ LYS 275 28.514 3.934 -10.182 219 3HZ LYS 275 3HZ LYS 275 27.074 4.165 -9.308 220 H LYS 276 H LYS 276 32.216 2.252 -3.562 221 HA LYS 276 HA LYS 276 33.513 0.364 -3.365 222 1HB LYS 276 1HB LYS 276 30.734 -0.781 -3.560 223 2HB LYS 276 2HB LYS 276 32.147 -1.818 -3.360 224 1HG LYS 276 1HG LYS 276 32.567 -1.070 -1.222 225 2HG LYS 276 2HG LYS 276 31.911 0.535 -1.543 226 1HD LYS 276 1HD LYS 276 29.666 -0.228 -1.350 227 2HD LYS 276 2HD LYS 276 30.155 -1.921 -1.432 228 1HE LYS 276 1HE LYS 276 30.618 -2.005 0.783 229 2HE LYS 276 2HE LYS 276 31.460 -0.456 0.748 230 1HZ LYS 276 1HZ LYS 276 28.555 -0.953 1.005 231 2HZ LYS 276 2HZ LYS 276 29.174 0.569 0.570 232 3HZ LYS 276 3HZ LYS 276 29.575 -0.119 2.071 233 1HN NH2 277 1HN NH2 277 32.331 1.290 -6.261 234 2HN NH2 277 2HN NH2 277 32.972 0.061 -7.258 Start of MODEL 42 1 1H HIS 250 1H HIS 250 34.549 -11.024 13.926 2 2H HIS 250 2H HIS 250 33.593 -9.908 14.779 3 3H HIS 250 3H HIS 250 34.712 -10.881 15.608 4 HA HIS 250 HA HIS 250 35.653 -8.720 15.432 5 1HB HIS 250 1HB HIS 250 36.790 -11.066 14.250 6 2HB HIS 250 2HB HIS 250 37.293 -9.670 13.297 7 HD2 HIS 250 HD2 HIS 250 38.116 -7.442 15.316 8 HE1 HIS 250 HE1 HIS 250 39.939 -10.383 17.737 9 HE2 HIS 250 HE2 HIS 250 39.788 -7.891 17.271 10 H ILE 251 H ILE 251 36.610 -7.105 13.859 11 HA ILE 251 HA ILE 251 35.177 -6.919 11.316 12 HB ILE 251 HB ILE 251 34.207 -4.802 11.725 13 1HG1 ILE 251 1HG1 ILE 251 35.985 -3.658 12.901 14 2HG1 ILE 251 2HG1 ILE 251 34.558 -3.613 13.929 15 1HG2 ILE 251 1HG2 ILE 251 33.866 -6.373 14.293 16 2HG2 ILE 251 2HG2 ILE 251 33.043 -6.744 12.777 17 3HG2 ILE 251 3HG2 ILE 251 32.724 -5.220 13.604 18 1HD1 ILE 251 1HD1 ILE 251 36.301 -4.242 15.395 19 2HD1 ILE 251 2HD1 ILE 251 37.009 -5.348 14.221 20 3HD1 ILE 251 3HD1 ILE 251 35.490 -5.760 15.017 21 H ASN 252 H ASN 252 38.003 -6.989 12.731 22 HA ASN 252 HA ASN 252 39.294 -4.609 11.780 23 1HB ASN 252 1HB ASN 252 40.949 -5.363 13.085 24 2HB ASN 252 2HB ASN 252 39.971 -6.786 13.442 25 1HD2 ASN 252 1HD2 ASN 252 40.043 -8.437 11.401 26 2HD2 ASN 252 2HD2 ASN 252 41.610 -8.742 10.822 27 H GLU 253 H GLU 253 38.123 -7.361 10.254 28 HA GLU 253 HA GLU 253 39.852 -8.213 8.367 29 1HB GLU 253 1HB GLU 253 37.650 -7.769 6.788 30 2HB GLU 253 2HB GLU 253 37.879 -9.169 7.833 31 1HG GLU 253 1HG GLU 253 36.565 -8.232 9.566 32 2HG GLU 253 2HG GLU 253 36.660 -6.612 8.875 33 H LEU 254 H LEU 254 38.173 -5.105 8.314 34 HA LEU 254 HA LEU 254 38.952 -4.218 5.785 35 1HB LEU 254 1HB LEU 254 38.299 -2.778 8.345 36 2HB LEU 254 2HB LEU 254 38.757 -1.894 6.888 37 HG LEU 254 HG LEU 254 36.937 -3.031 5.644 38 1HD1 LEU 254 1HD1 LEU 254 36.542 -4.336 8.332 39 2HD1 LEU 254 2HD1 LEU 254 36.636 -5.097 6.743 40 3HD1 LEU 254 3HD1 LEU 254 35.201 -4.180 7.198 41 1HD2 LEU 254 1HD2 LEU 254 36.577 -0.848 6.847 42 2HD2 LEU 254 2HD2 LEU 254 35.930 -1.763 8.208 43 3HD2 LEU 254 3HD2 LEU 254 35.104 -1.798 6.651 44 H LEU 255 H LEU 255 40.975 -5.097 8.252 45 HA LEU 255 HA LEU 255 42.939 -3.176 8.467 46 1HB LEU 255 1HB LEU 255 44.507 -4.985 8.916 47 2HB LEU 255 2HB LEU 255 42.955 -5.349 9.671 48 HG LEU 255 HG LEU 255 42.677 -6.425 7.135 49 1HD1 LEU 255 1HD1 LEU 255 45.476 -6.998 8.159 50 2HD1 LEU 255 2HD1 LEU 255 45.091 -6.056 6.719 51 3HD1 LEU 255 3HD1 LEU 255 44.703 -7.775 6.777 52 1HD2 LEU 255 1HD2 LEU 255 41.932 -7.492 9.191 53 2HD2 LEU 255 2HD2 LEU 255 43.599 -7.703 9.728 54 3HD2 LEU 255 3HD2 LEU 255 42.999 -8.609 8.338 55 H HIS 256 H HIS 256 42.016 -4.986 5.691 56 HA HIS 256 HA HIS 256 44.462 -4.797 4.231 57 1HB HIS 256 1HB HIS 256 41.612 -5.423 3.559 58 2HB HIS 256 2HB HIS 256 42.749 -5.082 2.254 59 HD2 HIS 256 HD2 HIS 256 42.382 -7.718 5.197 60 HE1 HIS 256 HE1 HIS 256 45.045 -9.257 2.305 61 HE2 HIS 256 HE2 HIS 256 43.808 -9.778 4.461 62 H ILE 257 H ILE 257 41.473 -3.343 3.055 63 HA ILE 257 HA ILE 257 42.518 -1.323 1.572 64 HB ILE 257 HB ILE 257 40.373 -0.011 2.456 65 1HG1 ILE 257 1HG1 ILE 257 39.696 -2.888 3.099 66 2HG1 ILE 257 2HG1 ILE 257 40.177 -1.732 4.343 67 1HG2 ILE 257 1HG2 ILE 257 40.588 -2.439 0.683 68 2HG2 ILE 257 2HG2 ILE 257 40.427 -0.746 0.217 69 3HG2 ILE 257 3HG2 ILE 257 39.047 -1.610 0.897 70 1HD1 ILE 257 1HD1 ILE 257 38.193 -0.642 4.261 71 2HD1 ILE 257 2HD1 ILE 257 37.600 -2.095 3.454 72 3HD1 ILE 257 3HD1 ILE 257 38.133 -0.709 2.501 73 H LEU 258 H LEU 258 42.297 -1.460 5.051 74 HA LEU 258 HA LEU 258 42.726 1.268 5.629 75 1HB LEU 258 1HB LEU 258 42.829 -1.287 7.079 76 2HB LEU 258 2HB LEU 258 43.925 -0.062 7.713 77 HG LEU 258 HG LEU 258 41.626 -0.019 8.742 78 1HD1 LEU 258 1HD1 LEU 258 42.141 2.130 9.150 79 2HD1 LEU 258 2HD1 LEU 258 41.503 2.585 7.571 80 3HD1 LEU 258 3HD1 LEU 258 43.203 2.149 7.742 81 1HD2 LEU 258 1HD2 LEU 258 40.747 -0.379 6.176 82 2HD2 LEU 258 2HD2 LEU 258 40.507 1.357 6.378 83 3HD2 LEU 258 3HD2 LEU 258 39.739 0.224 7.491 84 H VAL 259 H VAL 259 45.150 -1.215 6.342 85 HA VAL 259 HA VAL 259 47.344 0.520 6.224 86 HB VAL 259 HB VAL 259 47.394 -2.453 5.670 87 1HG1 VAL 259 1HG1 VAL 259 49.631 -2.213 6.816 88 2HG1 VAL 259 2HG1 VAL 259 49.410 -0.464 6.750 89 3HG1 VAL 259 3HG1 VAL 259 49.527 -1.395 5.256 90 1HG2 VAL 259 1HG2 VAL 259 46.596 -0.961 8.037 91 2HG2 VAL 259 2HG2 VAL 259 48.017 -1.953 8.360 92 3HG2 VAL 259 3HG2 VAL 259 46.541 -2.700 7.747 93 H PHE 260 H PHE 260 46.133 -1.763 3.767 94 HA PHE 260 HA PHE 260 47.949 -1.544 1.771 95 1HB PHE 260 1HB PHE 260 45.624 -2.706 1.802 96 2HB PHE 260 2HB PHE 260 45.042 -1.198 1.095 97 HD1 PHE 260 HD1 PHE 260 47.780 -3.728 0.687 98 HD2 PHE 260 HD2 PHE 260 45.160 -0.910 -1.225 99 HE1 PHE 260 HE1 PHE 260 48.623 -4.449 -1.531 100 HE2 PHE 260 HE2 PHE 260 46.004 -1.632 -3.442 101 HZ PHE 260 HZ PHE 260 47.735 -3.401 -3.595 102 H GLY 261 H GLY 261 45.983 1.010 3.012 103 1HA GLY 261 1HA GLY 261 47.422 2.989 1.520 104 2HA GLY 261 2HA GLY 261 45.767 2.810 0.942 105 H GLU 262 H GLU 262 47.205 2.698 4.204 106 HA GLU 262 HA GLU 262 45.199 3.747 5.691 107 1HB GLU 262 1HB GLU 262 47.199 4.984 6.941 108 2HB GLU 262 2HB GLU 262 47.022 3.229 6.994 109 1HG GLU 262 1HG GLU 262 48.750 2.870 5.482 110 2HG GLU 262 2HG GLU 262 48.572 4.460 4.743 111 H SER 263 H SER 263 47.423 5.571 3.638 112 HA SER 263 HA SER 263 46.119 8.091 4.350 113 1HB SER 263 1HB SER 263 47.851 9.133 2.976 114 2HB SER 263 2HB SER 263 48.582 8.015 4.124 115 HG SER 263 HG SER 263 48.887 6.558 2.509 116 H LEU 264 H LEU 264 47.059 6.600 1.244 117 HA LEU 264 HA LEU 264 45.505 8.020 -0.478 118 1HB LEU 264 1HB LEU 264 46.587 5.285 -0.441 119 2HB LEU 264 2HB LEU 264 45.180 5.478 -1.484 120 HG LEU 264 HG LEU 264 47.376 5.921 -2.635 121 1HD1 LEU 264 1HD1 LEU 264 46.113 7.186 -3.998 122 2HD1 LEU 264 2HD1 LEU 264 46.324 8.566 -2.920 123 3HD1 LEU 264 3HD1 LEU 264 44.969 7.462 -2.686 124 1HD2 LEU 264 1HD2 LEU 264 48.859 7.465 -1.864 125 2HD2 LEU 264 2HD2 LEU 264 48.014 7.259 -0.330 126 3HD2 LEU 264 3HD2 LEU 264 47.586 8.594 -1.399 127 H LEU 265 H LEU 265 44.416 5.802 1.941 128 HA LEU 265 HA LEU 265 41.835 5.265 0.860 129 1HB LEU 265 1HB LEU 265 42.765 3.805 2.557 130 2HB LEU 265 2HB LEU 265 42.893 5.144 3.695 131 HG LEU 265 HG LEU 265 40.464 5.360 3.785 132 1HD1 LEU 265 1HD1 LEU 265 39.649 4.849 1.651 133 2HD1 LEU 265 2HD1 LEU 265 39.186 3.415 2.565 134 3HD1 LEU 265 3HD1 LEU 265 40.612 3.377 1.528 135 1HD2 LEU 265 1HD2 LEU 265 39.950 3.301 4.912 136 2HD2 LEU 265 2HD2 LEU 265 41.669 3.602 5.168 137 3HD2 LEU 265 3HD2 LEU 265 41.151 2.416 3.970 138 H ASN 266 H ASN 266 43.159 7.772 2.950 139 HA ASN 266 HA ASN 266 40.991 8.974 4.055 140 1HB ASN 266 1HB ASN 266 42.292 10.834 4.299 141 2HB ASN 266 2HB ASN 266 43.554 9.726 3.763 142 1HD2 ASN 266 1HD2 ASN 266 44.080 9.773 1.377 143 2HD2 ASN 266 2HD2 ASN 266 43.826 11.212 0.513 144 H ASP 267 H ASP 267 42.016 9.280 0.670 145 HA ASP 267 HA ASP 267 39.643 10.872 0.045 146 1HB ASP 267 1HB ASP 267 41.556 11.683 -1.066 147 2HB ASP 267 2HB ASP 267 42.097 10.062 -1.500 148 H ALA 268 H ALA 268 40.762 7.617 -0.094 149 HA ALA 268 HA ALA 268 38.792 6.810 -2.089 150 1HB ALA 268 1HB ALA 268 40.101 5.004 -2.381 151 2HB ALA 268 2HB ALA 268 40.144 4.663 -0.651 152 3HB ALA 268 3HB ALA 268 41.274 5.822 -1.350 153 H VAL 269 H VAL 269 38.581 7.630 1.040 154 HA VAL 269 HA VAL 269 37.439 5.690 2.551 155 HB VAL 269 HB VAL 269 36.645 8.571 2.184 156 1HG1 VAL 269 1HG1 VAL 269 34.590 7.666 2.901 157 2HG1 VAL 269 2HG1 VAL 269 35.377 8.129 4.410 158 3HG1 VAL 269 3HG1 VAL 269 35.374 6.441 3.898 159 1HG2 VAL 269 1HG2 VAL 269 37.643 8.735 4.450 160 2HG2 VAL 269 2HG2 VAL 269 38.793 8.080 3.283 161 3HG2 VAL 269 3HG2 VAL 269 37.976 7.003 4.417 162 H THR 270 H THR 270 36.211 6.937 -0.425 163 HA THR 270 HA THR 270 33.485 6.378 -0.226 164 HB THR 270 HB THR 270 35.075 5.857 -2.730 165 HG1 THR 270 HG1 THR 270 34.146 8.406 -2.203 166 1HG2 THR 270 1HG2 THR 270 32.452 7.303 -2.429 167 2HG2 THR 270 2HG2 THR 270 32.509 5.542 -2.460 168 3HG2 THR 270 3HG2 THR 270 33.096 6.468 -3.842 169 H VAL 271 H VAL 271 36.198 4.241 -0.420 170 HA VAL 271 HA VAL 271 34.789 1.942 -1.386 171 HB VAL 271 HB VAL 271 37.389 2.167 0.148 172 1HG1 VAL 271 1HG1 VAL 271 37.496 -0.133 -1.341 173 2HG1 VAL 271 2HG1 VAL 271 35.803 -0.114 -0.847 174 3HG1 VAL 271 3HG1 VAL 271 37.077 -0.076 0.372 175 1HG2 VAL 271 1HG2 VAL 271 36.712 1.993 -2.802 176 2HG2 VAL 271 2HG2 VAL 271 38.337 1.752 -2.162 177 3HG2 VAL 271 3HG2 VAL 271 37.539 3.313 -1.975 178 H VAL 272 H VAL 272 35.396 3.349 1.765 179 HA VAL 272 HA VAL 272 34.313 1.017 3.149 180 HB VAL 272 HB VAL 272 34.974 3.610 4.500 181 1HG1 VAL 272 1HG1 VAL 272 35.197 2.285 6.373 182 2HG1 VAL 272 2HG1 VAL 272 35.782 0.899 5.452 183 3HG1 VAL 272 3HG1 VAL 272 34.059 1.284 5.470 184 1HG2 VAL 272 1HG2 VAL 272 36.834 1.760 3.071 185 2HG2 VAL 272 2HG2 VAL 272 37.338 2.348 4.655 186 3HG2 VAL 272 3HG2 VAL 272 36.979 3.493 3.362 187 H LEU 273 H LEU 273 32.971 3.470 1.481 188 HA LEU 273 HA LEU 273 30.917 4.257 3.369 189 1HB LEU 273 1HB LEU 273 31.780 5.049 0.676 190 2HB LEU 273 2HB LEU 273 30.032 5.074 0.901 191 HG LEU 273 HG LEU 273 31.910 6.326 2.909 192 1HD1 LEU 273 1HD1 LEU 273 31.158 7.262 0.224 193 2HD1 LEU 273 2HD1 LEU 273 32.441 7.828 1.294 194 3HD1 LEU 273 3HD1 LEU 273 30.793 8.418 1.504 195 1HD2 LEU 273 1HD2 LEU 273 29.246 7.464 2.421 196 2HD2 LEU 273 2HD2 LEU 273 30.007 7.005 3.943 197 3HD2 LEU 273 3HD2 LEU 273 29.195 5.786 2.962 198 H TYR 274 H TYR 274 30.460 3.057 0.056 199 HA TYR 274 HA TYR 274 27.932 1.944 0.566 200 1HB TYR 274 1HB TYR 274 28.246 0.773 -1.604 201 2HB TYR 274 2HB TYR 274 28.635 2.491 -1.692 202 HD1 TYR 274 HD1 TYR 274 30.862 3.251 -2.143 203 HD2 TYR 274 HD2 TYR 274 30.087 -0.918 -1.453 204 HE1 TYR 274 HE1 TYR 274 33.151 2.696 -2.921 205 HE2 TYR 274 HE2 TYR 274 32.376 -1.472 -2.229 206 HH TYR 274 HH TYR 274 34.497 -0.483 -2.548 207 H LYS 275 H LYS 275 31.166 0.577 0.780 208 HA LYS 275 HA LYS 275 30.777 -2.113 0.813 209 1HB LYS 275 1HB LYS 275 32.586 -0.277 2.243 210 2HB LYS 275 2HB LYS 275 32.387 -1.855 3.005 211 1HG LYS 275 1HG LYS 275 32.930 -1.613 0.046 212 2HG LYS 275 2HG LYS 275 34.248 -1.613 1.218 213 1HD LYS 275 1HD LYS 275 34.006 -3.826 1.680 214 2HD LYS 275 2HD LYS 275 32.245 -3.744 1.627 215 1HE LYS 275 1HE LYS 275 32.295 -3.720 -0.824 216 2HE LYS 275 2HE LYS 275 34.058 -3.731 -0.804 217 1HZ LYS 275 1HZ LYS 275 33.311 -5.830 0.794 218 2HZ LYS 275 2HZ LYS 275 33.918 -5.930 -0.790 219 3HZ LYS 275 3HZ LYS 275 32.241 -5.903 -0.521 220 H LYS 276 H LYS 276 29.993 0.138 3.439 221 HA LYS 276 HA LYS 276 29.204 -1.758 5.358 222 1HB LYS 276 1HB LYS 276 27.966 0.976 5.006 223 2HB LYS 276 2HB LYS 276 28.145 0.052 6.498 224 1HG LYS 276 1HG LYS 276 30.719 0.139 5.845 225 2HG LYS 276 2HG LYS 276 30.209 1.574 4.953 226 1HD LYS 276 1HD LYS 276 29.096 2.383 7.078 227 2HD LYS 276 2HD LYS 276 29.884 1.047 7.918 228 1HE LYS 276 1HE LYS 276 32.036 2.035 6.674 229 2HE LYS 276 2HE LYS 276 31.081 3.516 6.742 230 1HZ LYS 276 1HZ LYS 276 32.605 2.498 8.757 231 2HZ LYS 276 2HZ LYS 276 31.025 2.061 9.204 232 3HZ LYS 276 3HZ LYS 276 31.410 3.691 8.919 233 1HN NH2 277 1HN NH2 277 27.533 -0.632 2.480 234 2HN NH2 277 2HN NH2 277 26.083 -1.486 2.769 Start of MODEL 43 1 1H HIS 250 1H HIS 250 41.825 -3.403 -15.821 2 2H HIS 250 2H HIS 250 42.558 -3.390 -17.354 3 3H HIS 250 3H HIS 250 41.874 -1.969 -16.724 4 HA HIS 250 HA HIS 250 44.453 -2.422 -16.628 5 1HB HIS 250 1HB HIS 250 42.632 -1.102 -14.616 6 2HB HIS 250 2HB HIS 250 44.387 -1.030 -14.448 7 HD2 HIS 250 HD2 HIS 250 42.912 -0.821 -18.066 8 HE1 HIS 250 HE1 HIS 250 44.273 3.032 -17.005 9 HE2 HIS 250 HE2 HIS 250 43.380 1.606 -18.907 10 H ILE 251 H ILE 251 45.915 -2.789 -14.668 11 HA ILE 251 HA ILE 251 45.161 -5.360 -13.443 12 HB ILE 251 HB ILE 251 47.920 -4.143 -13.477 13 1HG1 ILE 251 1HG1 ILE 251 47.899 -6.042 -15.473 14 2HG1 ILE 251 2HG1 ILE 251 46.332 -5.263 -15.692 15 1HG2 ILE 251 1HG2 ILE 251 48.594 -6.170 -12.688 16 2HG2 ILE 251 2HG2 ILE 251 47.458 -7.052 -13.710 17 3HG2 ILE 251 3HG2 ILE 251 46.909 -6.339 -12.194 18 1HD1 ILE 251 1HD1 ILE 251 47.529 -3.037 -15.611 19 2HD1 ILE 251 2HD1 ILE 251 47.929 -4.031 -17.012 20 3HD1 ILE 251 3HD1 ILE 251 49.050 -3.929 -15.654 21 H ASN 252 H ASN 252 47.653 -4.553 -11.679 22 HA ASN 252 HA ASN 252 46.040 -3.691 -9.430 23 1HB ASN 252 1HB ASN 252 48.974 -4.364 -9.705 24 2HB ASN 252 2HB ASN 252 48.207 -3.906 -8.185 25 1HD2 ASN 252 1HD2 ASN 252 46.337 -5.761 -10.504 26 2HD2 ASN 252 2HD2 ASN 252 46.383 -7.228 -9.650 27 H GLU 253 H GLU 253 48.191 -2.288 -11.737 28 HA GLU 253 HA GLU 253 49.353 -0.133 -10.611 29 1HB GLU 253 1HB GLU 253 48.362 1.096 -12.799 30 2HB GLU 253 2HB GLU 253 49.693 -0.059 -12.861 31 1HG GLU 253 1HG GLU 253 48.285 -1.825 -13.553 32 2HG GLU 253 2HG GLU 253 46.825 -0.973 -13.050 33 H LEU 254 H LEU 254 45.928 -0.194 -11.621 34 HA LEU 254 HA LEU 254 45.386 2.394 -10.497 35 1HB LEU 254 1HB LEU 254 43.882 0.305 -11.939 36 2HB LEU 254 2HB LEU 254 42.930 1.260 -10.802 37 HG LEU 254 HG LEU 254 43.687 3.333 -11.850 38 1HD1 LEU 254 1HD1 LEU 254 45.555 1.446 -13.188 39 2HD1 LEU 254 2HD1 LEU 254 45.810 3.119 -12.690 40 3HD1 LEU 254 3HD1 LEU 254 44.935 2.766 -14.180 41 1HD2 LEU 254 1HD2 LEU 254 41.714 2.452 -12.864 42 2HD2 LEU 254 2HD2 LEU 254 42.620 1.198 -13.710 43 3HD2 LEU 254 3HD2 LEU 254 42.772 2.883 -14.208 44 H LEU 255 H LEU 255 45.035 -0.940 -9.430 45 HA LEU 255 HA LEU 255 43.467 -0.315 -7.111 46 1HB LEU 255 1HB LEU 255 45.162 -2.779 -7.471 47 2HB LEU 255 2HB LEU 255 43.671 -2.602 -6.548 48 HG LEU 255 HG LEU 255 43.942 -2.443 -9.563 49 1HD1 LEU 255 1HD1 LEU 255 42.337 -4.430 -9.363 50 2HD1 LEU 255 2HD1 LEU 255 42.773 -4.477 -7.655 51 3HD1 LEU 255 3HD1 LEU 255 44.009 -4.731 -8.887 52 1HD2 LEU 255 1HD2 LEU 255 41.713 -1.806 -7.652 53 2HD2 LEU 255 2HD2 LEU 255 41.324 -2.477 -9.236 54 3HD2 LEU 255 3HD2 LEU 255 42.201 -0.952 -9.116 55 H HIS 256 H HIS 256 46.392 0.752 -7.758 56 HA HIS 256 HA HIS 256 48.282 0.067 -5.968 57 1HB HIS 256 1HB HIS 256 47.394 2.694 -7.038 58 2HB HIS 256 2HB HIS 256 48.504 2.722 -5.668 59 HD2 HIS 256 HD2 HIS 256 48.990 -0.216 -8.169 60 HE1 HIS 256 HE1 HIS 256 52.058 2.588 -8.911 61 HE2 HIS 256 HE2 HIS 256 51.222 0.251 -9.445 62 H ILE 257 H ILE 257 45.174 1.379 -5.192 63 HA ILE 257 HA ILE 257 45.506 2.503 -2.713 64 HB ILE 257 HB ILE 257 43.291 0.534 -3.265 65 1HG1 ILE 257 1HG1 ILE 257 43.427 1.828 -5.284 66 2HG1 ILE 257 2HG1 ILE 257 42.134 2.543 -4.324 67 1HG2 ILE 257 1HG2 ILE 257 42.051 1.821 -1.754 68 2HG2 ILE 257 2HG2 ILE 257 43.070 3.242 -1.975 69 3HG2 ILE 257 3HG2 ILE 257 43.664 1.869 -1.042 70 1HD1 ILE 257 1HD1 ILE 257 44.939 3.573 -4.745 71 2HD1 ILE 257 2HD1 ILE 257 43.950 4.123 -3.393 72 3HD1 ILE 257 3HD1 ILE 257 43.411 4.399 -5.049 73 H LEU 258 H LEU 258 45.730 -0.882 -3.600 74 HA LEU 258 HA LEU 258 45.645 -1.939 -0.956 75 1HB LEU 258 1HB LEU 258 46.636 -3.969 -1.973 76 2HB LEU 258 2HB LEU 258 45.253 -3.377 -2.891 77 HG LEU 258 HG LEU 258 47.329 -2.009 -4.066 78 1HD1 LEU 258 1HD1 LEU 258 48.845 -3.531 -2.616 79 2HD1 LEU 258 2HD1 LEU 258 49.205 -3.427 -4.337 80 3HD1 LEU 258 3HD1 LEU 258 48.346 -4.828 -3.700 81 1HD2 LEU 258 1HD2 LEU 258 46.279 -4.757 -4.818 82 2HD2 LEU 258 2HD2 LEU 258 47.050 -3.613 -5.917 83 3HD2 LEU 258 3HD2 LEU 258 45.487 -3.229 -5.198 84 H VAL 259 H VAL 259 48.070 -0.353 -2.828 85 HA VAL 259 HA VAL 259 50.412 -1.333 -1.608 86 HB VAL 259 HB VAL 259 49.925 1.473 -2.641 87 1HG1 VAL 259 1HG1 VAL 259 52.120 1.812 -2.277 88 2HG1 VAL 259 2HG1 VAL 259 52.534 0.330 -3.135 89 3HG1 VAL 259 3HG1 VAL 259 52.169 0.277 -1.411 90 1HG2 VAL 259 1HG2 VAL 259 50.202 0.733 -4.799 91 2HG2 VAL 259 2HG2 VAL 259 49.499 -0.742 -4.136 92 3HG2 VAL 259 3HG2 VAL 259 51.246 -0.603 -4.318 93 H PHE 260 H PHE 260 48.997 1.880 -1.036 94 HA PHE 260 HA PHE 260 50.150 1.928 1.638 95 1HB PHE 260 1HB PHE 260 48.717 4.243 1.404 96 2HB PHE 260 2HB PHE 260 50.393 4.049 0.890 97 HD1 PHE 260 HD1 PHE 260 50.962 3.663 -1.465 98 HD2 PHE 260 HD2 PHE 260 46.905 4.322 -0.220 99 HE1 PHE 260 HE1 PHE 260 50.306 4.063 -3.821 100 HE2 PHE 260 HE2 PHE 260 46.247 4.725 -2.576 101 HZ PHE 260 HZ PHE 260 47.947 4.598 -4.377 102 H GLY 261 H GLY 261 46.907 2.593 0.288 103 1HA GLY 261 1HA GLY 261 44.807 2.062 1.080 104 2HA GLY 261 2HA GLY 261 45.574 0.930 2.188 105 H GLU 262 H GLU 262 47.294 2.978 3.394 106 HA GLU 262 HA GLU 262 45.322 4.072 5.250 107 1HB GLU 262 1HB GLU 262 47.510 4.777 6.459 108 2HB GLU 262 2HB GLU 262 47.086 3.064 6.411 109 1HG GLU 262 1HG GLU 262 48.802 2.539 4.998 110 2HG GLU 262 2HG GLU 262 48.673 4.057 4.113 111 H SER 263 H SER 263 47.537 5.130 2.774 112 HA SER 263 HA SER 263 47.581 7.892 3.524 113 1HB SER 263 1HB SER 263 48.197 6.555 0.882 114 2HB SER 263 2HB SER 263 48.536 8.240 1.266 115 HG SER 263 HG SER 263 50.181 7.629 2.436 116 H LEU 264 H LEU 264 46.405 6.727 0.399 117 HA LEU 264 HA LEU 264 44.549 8.847 0.107 118 1HB LEU 264 1HB LEU 264 44.413 6.211 -1.354 119 2HB LEU 264 2HB LEU 264 43.905 7.801 -1.923 120 HG LEU 264 HG LEU 264 46.742 6.873 -1.405 121 1HD1 LEU 264 1HD1 LEU 264 45.924 8.114 -3.964 122 2HD1 LEU 264 2HD1 LEU 264 45.201 6.540 -3.632 123 3HD1 LEU 264 3HD1 LEU 264 46.955 6.714 -3.671 124 1HD2 LEU 264 1HD2 LEU 264 46.747 9.122 -0.679 125 2HD2 LEU 264 2HD2 LEU 264 45.568 9.609 -1.897 126 3HD2 LEU 264 3HD2 LEU 264 47.225 9.235 -2.372 127 H LEU 265 H LEU 265 44.381 6.524 2.322 128 HA LEU 265 HA LEU 265 42.093 5.108 2.287 129 1HB LEU 265 1HB LEU 265 43.611 5.318 4.251 130 2HB LEU 265 2HB LEU 265 42.881 6.883 4.607 131 HG LEU 265 HG LEU 265 40.771 4.991 4.216 132 1HD1 LEU 265 1HD1 LEU 265 42.936 4.125 6.158 133 2HD1 LEU 265 2HD1 LEU 265 42.373 3.230 4.747 134 3HD1 LEU 265 3HD1 LEU 265 41.301 3.466 6.127 135 1HD2 LEU 265 1HD2 LEU 265 40.198 5.668 6.499 136 2HD2 LEU 265 2HD2 LEU 265 40.742 7.076 5.588 137 3HD2 LEU 265 3HD2 LEU 265 41.825 6.300 6.744 138 H ASN 266 H ASN 266 42.218 8.572 3.140 139 HA ASN 266 HA ASN 266 39.473 8.969 3.501 140 1HB ASN 266 1HB ASN 266 40.915 11.190 2.207 141 2HB ASN 266 2HB ASN 266 40.022 11.155 3.727 142 1HD2 ASN 266 1HD2 ASN 266 43.198 10.639 2.264 143 2HD2 ASN 266 2HD2 ASN 266 44.044 10.500 3.728 144 H ASP 267 H ASP 267 41.450 9.117 0.566 145 HA ASP 267 HA ASP 267 39.110 9.723 -1.073 146 1HB ASP 267 1HB ASP 267 42.063 9.503 -1.596 147 2HB ASP 267 2HB ASP 267 40.911 9.503 -2.930 148 H ALA 268 H ALA 268 40.319 7.012 0.311 149 HA ALA 268 HA ALA 268 39.953 5.230 -1.975 150 1HB ALA 268 1HB ALA 268 40.899 3.547 -0.655 151 2HB ALA 268 2HB ALA 268 40.408 4.320 0.852 152 3HB ALA 268 3HB ALA 268 41.737 4.993 -0.091 153 H VAL 269 H VAL 269 38.570 5.641 1.289 154 HA VAL 269 HA VAL 269 36.539 3.773 1.166 155 HB VAL 269 HB VAL 269 36.994 4.982 3.210 156 1HG1 VAL 269 1HG1 VAL 269 36.360 7.380 3.411 157 2HG1 VAL 269 2HG1 VAL 269 35.989 7.407 1.686 158 3HG1 VAL 269 3HG1 VAL 269 37.645 7.130 2.228 159 1HG2 VAL 269 1HG2 VAL 269 34.591 4.202 2.542 160 2HG2 VAL 269 2HG2 VAL 269 34.251 5.926 2.393 161 3HG2 VAL 269 3HG2 VAL 269 34.774 5.261 3.940 162 H THR 270 H THR 270 36.948 6.499 -0.793 163 HA THR 270 HA THR 270 34.098 6.776 -1.407 164 HB THR 270 HB THR 270 34.753 8.679 -2.746 165 HG1 THR 270 HG1 THR 270 36.699 7.656 -3.529 166 1HG2 THR 270 1HG2 THR 270 35.657 10.080 -1.033 167 2HG2 THR 270 2HG2 THR 270 36.480 8.722 -0.265 168 3HG2 THR 270 3HG2 THR 270 34.721 8.837 -0.203 169 H VAL 271 H VAL 271 36.828 5.053 -2.478 170 HA VAL 271 HA VAL 271 35.683 4.650 -5.165 171 HB VAL 271 HB VAL 271 38.411 3.947 -4.056 172 1HG1 VAL 271 1HG1 VAL 271 37.840 2.338 -5.747 173 2HG1 VAL 271 2HG1 VAL 271 38.891 3.528 -6.515 174 3HG1 VAL 271 3HG1 VAL 271 37.149 3.585 -6.786 175 1HG2 VAL 271 1HG2 VAL 271 37.660 6.416 -4.586 176 2HG2 VAL 271 2HG2 VAL 271 37.837 5.905 -6.264 177 3HG2 VAL 271 3HG2 VAL 271 39.220 5.836 -5.171 178 H VAL 272 H VAL 272 37.598 2.521 -3.058 179 HA VAL 272 HA VAL 272 36.603 0.109 -3.876 180 HB VAL 272 HB VAL 272 38.461 0.329 -2.287 181 1HG1 VAL 272 1HG1 VAL 272 38.194 1.074 -0.082 182 2HG1 VAL 272 2HG1 VAL 272 36.458 0.768 -0.086 183 3HG1 VAL 272 3HG1 VAL 272 37.111 2.147 -0.969 184 1HG2 VAL 272 1HG2 VAL 272 38.070 -1.743 -1.417 185 2HG2 VAL 272 2HG2 VAL 272 36.580 -1.666 -2.357 186 3HG2 VAL 272 3HG2 VAL 272 36.566 -1.238 -0.647 187 H LEU 273 H LEU 273 34.891 2.552 -2.227 188 HA LEU 273 HA LEU 273 32.857 0.715 -1.198 189 1HB LEU 273 1HB LEU 273 33.674 2.737 0.103 190 2HB LEU 273 2HB LEU 273 32.840 3.734 -1.088 191 HG LEU 273 HG LEU 273 30.813 2.113 -0.534 192 1HD1 LEU 273 1HD1 LEU 273 32.565 0.937 1.111 193 2HD1 LEU 273 2HD1 LEU 273 30.855 1.058 1.521 194 3HD1 LEU 273 3HD1 LEU 273 32.007 2.204 2.203 195 1HD2 LEU 273 1HD2 LEU 273 30.418 3.743 1.535 196 2HD2 LEU 273 2HD2 LEU 273 30.392 4.353 -0.119 197 3HD2 LEU 273 3HD2 LEU 273 31.839 4.550 0.869 198 H TYR 274 H TYR 274 32.765 3.729 -3.118 199 HA TYR 274 HA TYR 274 30.220 3.072 -4.267 200 1HB TYR 274 1HB TYR 274 32.263 5.222 -4.820 201 2HB TYR 274 2HB TYR 274 30.787 5.060 -5.772 202 HD1 TYR 274 HD1 TYR 274 28.677 5.773 -4.920 203 HD2 TYR 274 HD2 TYR 274 32.095 5.576 -2.326 204 HE1 TYR 274 HE1 TYR 274 27.410 6.974 -3.160 205 HE2 TYR 274 HE2 TYR 274 30.827 6.778 -0.565 206 HH TYR 274 HH TYR 274 27.442 7.777 -1.097 207 H LYS 275 H LYS 275 33.388 3.607 -5.830 208 HA LYS 275 HA LYS 275 32.655 2.399 -8.278 209 1HB LYS 275 1HB LYS 275 34.865 3.795 -7.284 210 2HB LYS 275 2HB LYS 275 35.496 2.207 -7.724 211 1HG LYS 275 1HG LYS 275 35.634 3.584 -9.694 212 2HG LYS 275 2HG LYS 275 34.298 2.459 -9.946 213 1HD LYS 275 1HD LYS 275 33.155 4.663 -8.632 214 2HD LYS 275 2HD LYS 275 34.248 5.358 -9.829 215 1HE LYS 275 1HE LYS 275 33.219 3.827 -11.545 216 2HE LYS 275 2HE LYS 275 32.028 3.359 -10.332 217 1HZ LYS 275 1HZ LYS 275 32.041 6.086 -10.255 218 2HZ LYS 275 2HZ LYS 275 30.872 5.112 -11.011 219 3HZ LYS 275 3HZ LYS 275 32.172 5.736 -11.909 220 H LYS 276 H LYS 276 34.069 1.117 -5.322 221 HA LYS 276 HA LYS 276 34.709 -0.990 -4.720 222 1HB LYS 276 1HB LYS 276 32.125 -1.005 -5.007 223 2HB LYS 276 2HB LYS 276 32.447 -1.948 -6.461 224 1HG LYS 276 1HG LYS 276 32.577 -3.775 -5.155 225 2HG LYS 276 2HG LYS 276 34.049 -3.107 -4.458 226 1HD LYS 276 1HD LYS 276 32.547 -3.555 -2.631 227 2HD LYS 276 2HD LYS 276 32.582 -1.805 -2.854 228 1HE LYS 276 1HE LYS 276 30.565 -2.712 -4.581 229 2HE LYS 276 2HE LYS 276 30.339 -3.631 -3.093 230 1HZ LYS 276 1HZ LYS 276 29.471 -1.837 -2.168 231 2HZ LYS 276 2HZ LYS 276 29.717 -0.944 -3.592 232 3HZ LYS 276 3HZ LYS 276 30.924 -0.992 -2.398 233 1HN NH2 277 1HN NH2 277 35.489 0.040 -7.644 234 2HN NH2 277 2HN NH2 277 36.106 -1.382 -8.355 Start of MODEL 44 1 1H HIS 250 1H HIS 250 53.382 21.553 -4.143 2 2H HIS 250 2H HIS 250 54.892 22.315 -3.976 3 3H HIS 250 3H HIS 250 53.492 23.045 -3.346 4 HA HIS 250 HA HIS 250 55.097 20.852 -2.282 5 1HB HIS 250 1HB HIS 250 54.745 23.370 -1.489 6 2HB HIS 250 2HB HIS 250 53.329 22.674 -0.700 7 HD2 HIS 250 HD2 HIS 250 55.035 19.733 -0.058 8 HE1 HIS 250 HE1 HIS 250 57.253 22.295 2.460 9 HE2 HIS 250 HE2 HIS 250 56.702 19.870 1.946 10 H ILE 251 H ILE 251 52.608 20.384 -3.915 11 HA ILE 251 HA ILE 251 50.493 19.618 -2.181 12 HB ILE 251 HB ILE 251 49.625 18.407 -4.126 13 1HG1 ILE 251 1HG1 ILE 251 52.481 18.666 -4.953 14 2HG1 ILE 251 2HG1 ILE 251 51.345 17.353 -5.242 15 1HG2 ILE 251 1HG2 ILE 251 49.578 20.962 -3.888 16 2HG2 ILE 251 2HG2 ILE 251 49.315 20.324 -5.510 17 3HG2 ILE 251 3HG2 ILE 251 50.888 20.992 -5.068 18 1HD1 ILE 251 1HD1 ILE 251 51.591 19.967 -6.730 19 2HD1 ILE 251 2HD1 ILE 251 50.142 18.964 -6.844 20 3HD1 ILE 251 3HD1 ILE 251 51.699 18.329 -7.373 21 H ASN 252 H ASN 252 52.777 18.668 -0.984 22 HA ASN 252 HA ASN 252 53.505 16.021 -1.567 23 1HB ASN 252 1HB ASN 252 53.802 17.880 0.679 24 2HB ASN 252 2HB ASN 252 53.733 16.188 1.170 25 1HD2 ASN 252 1HD2 ASN 252 55.403 18.315 -1.216 26 2HD2 ASN 252 2HD2 ASN 252 56.847 17.422 -1.214 27 H GLU 253 H GLU 253 50.485 17.098 -0.813 28 HA GLU 253 HA GLU 253 49.663 15.016 1.002 29 1HB GLU 253 1HB GLU 253 47.328 15.901 0.021 30 2HB GLU 253 2HB GLU 253 48.225 16.774 1.263 31 1HG GLU 253 1HG GLU 253 48.835 17.298 -1.630 32 2HG GLU 253 2HG GLU 253 47.412 18.040 -0.899 33 H LEU 254 H LEU 254 48.060 15.696 -2.074 34 HA LEU 254 HA LEU 254 47.084 13.212 -2.614 35 1HB LEU 254 1HB LEU 254 47.811 15.552 -4.235 36 2HB LEU 254 2HB LEU 254 47.810 14.039 -5.137 37 HG LEU 254 HG LEU 254 45.584 15.219 -5.118 38 1HD1 LEU 254 1HD1 LEU 254 44.718 12.878 -3.721 39 2HD1 LEU 254 2HD1 LEU 254 46.170 12.464 -4.633 40 3HD1 LEU 254 3HD1 LEU 254 44.773 13.153 -5.462 41 1HD2 LEU 254 1HD2 LEU 254 45.014 14.293 -2.373 42 2HD2 LEU 254 2HD2 LEU 254 44.528 15.783 -3.183 43 3HD2 LEU 254 3HD2 LEU 254 46.135 15.652 -2.467 44 H LEU 255 H LEU 255 50.381 14.120 -2.581 45 HA LEU 255 HA LEU 255 51.321 12.002 -4.307 46 1HB LEU 255 1HB LEU 255 52.796 13.825 -2.394 47 2HB LEU 255 2HB LEU 255 53.564 12.728 -3.540 48 HG LEU 255 HG LEU 255 51.642 14.947 -4.306 49 1HD1 LEU 255 1HD1 LEU 255 54.510 14.938 -3.740 50 2HD1 LEU 255 2HD1 LEU 255 53.416 16.303 -3.969 51 3HD1 LEU 255 3HD1 LEU 255 54.147 15.515 -5.366 52 1HD2 LEU 255 1HD2 LEU 255 52.962 14.398 -6.563 53 2HD2 LEU 255 2HD2 LEU 255 51.519 13.495 -6.104 54 3HD2 LEU 255 3HD2 LEU 255 53.117 12.814 -5.804 55 H HIS 256 H HIS 256 49.810 11.729 -1.522 56 HA HIS 256 HA HIS 256 51.192 10.521 0.441 57 1HB HIS 256 1HB HIS 256 48.790 9.115 -0.714 58 2HB HIS 256 2HB HIS 256 49.283 9.232 0.974 59 HD2 HIS 256 HD2 HIS 256 47.067 11.132 -1.529 60 HE1 HIS 256 HE1 HIS 256 47.523 13.656 1.825 61 HE2 HIS 256 HE2 HIS 256 46.237 13.301 -0.337 62 H ILE 257 H ILE 257 50.599 9.137 -2.743 63 HA ILE 257 HA ILE 257 51.457 6.516 -2.261 64 HB ILE 257 HB ILE 257 52.030 6.508 -4.733 65 1HG1 ILE 257 1HG1 ILE 257 51.179 8.529 -5.987 66 2HG1 ILE 257 2HG1 ILE 257 51.080 9.382 -4.452 67 1HG2 ILE 257 1HG2 ILE 257 49.488 7.325 -5.208 68 2HG2 ILE 257 2HG2 ILE 257 49.431 7.127 -3.457 69 3HG2 ILE 257 3HG2 ILE 257 49.890 5.768 -4.483 70 1HD1 ILE 257 1HD1 ILE 257 53.676 8.065 -5.162 71 2HD1 ILE 257 2HD1 ILE 257 53.380 9.533 -4.230 72 3HD1 ILE 257 3HD1 ILE 257 53.244 9.562 -5.986 73 H LEU 258 H LEU 258 53.208 9.252 -1.765 74 HA LEU 258 HA LEU 258 55.700 8.966 -2.857 75 1HB LEU 258 1HB LEU 258 54.694 9.981 -0.252 76 2HB LEU 258 2HB LEU 258 56.427 9.671 -0.369 77 HG LEU 258 HG LEU 258 55.033 11.190 -2.557 78 1HD1 LEU 258 1HD1 LEU 258 55.720 12.142 0.205 79 2HD1 LEU 258 2HD1 LEU 258 54.347 12.573 -0.816 80 3HD1 LEU 258 3HD1 LEU 258 55.942 13.240 -1.158 81 1HD2 LEU 258 1HD2 LEU 258 57.744 11.834 -1.503 82 2HD2 LEU 258 2HD2 LEU 258 57.170 11.784 -3.169 83 3HD2 LEU 258 3HD2 LEU 258 57.565 10.285 -2.327 84 H VAL 259 H VAL 259 55.336 7.913 0.498 85 HA VAL 259 HA VAL 259 57.187 5.709 -0.042 86 HB VAL 259 HB VAL 259 56.754 5.551 2.619 87 1HG1 VAL 259 1HG1 VAL 259 58.768 7.013 2.838 88 2HG1 VAL 259 2HG1 VAL 259 58.569 7.485 1.150 89 3HG1 VAL 259 3HG1 VAL 259 58.933 5.809 1.560 90 1HG2 VAL 259 1HG2 VAL 259 56.505 8.506 2.000 91 2HG2 VAL 259 2HG2 VAL 259 56.406 7.722 3.575 92 3HG2 VAL 259 3HG2 VAL 259 55.113 7.496 2.398 93 H PHE 260 H PHE 260 54.562 5.780 2.332 94 HA PHE 260 HA PHE 260 53.786 3.088 1.505 95 1HB PHE 260 1HB PHE 260 52.546 4.674 3.746 96 2HB PHE 260 2HB PHE 260 52.664 2.923 3.569 97 HD1 PHE 260 HD1 PHE 260 54.301 5.935 4.750 98 HD2 PHE 260 HD2 PHE 260 54.926 1.811 3.727 99 HE1 PHE 260 HE1 PHE 260 56.443 5.951 5.998 100 HE2 PHE 260 HE2 PHE 260 57.070 1.826 4.975 101 HZ PHE 260 HZ PHE 260 57.828 3.897 6.110 102 H GLY 261 H GLY 261 51.909 5.977 2.445 103 1HA GLY 261 1HA GLY 261 50.228 7.054 1.203 104 2HA GLY 261 2HA GLY 261 50.288 5.746 0.024 105 H GLU 262 H GLU 262 49.507 6.222 3.476 106 HA GLU 262 HA GLU 262 47.549 4.068 3.365 107 1HB GLU 262 1HB GLU 262 47.894 5.835 5.747 108 2HB GLU 262 2HB GLU 262 47.569 4.103 5.674 109 1HG GLU 262 1HG GLU 262 49.958 4.051 4.515 110 2HG GLU 262 2HG GLU 262 50.170 5.557 5.407 111 H SER 263 H SER 263 47.646 7.447 2.960 112 HA SER 263 HA SER 263 45.105 8.199 3.928 113 1HB SER 263 1HB SER 263 45.789 10.215 3.227 114 2HB SER 263 2HB SER 263 47.246 9.442 2.608 115 HG SER 263 HG SER 263 46.477 9.586 0.647 116 H LEU 264 H LEU 264 45.747 5.912 1.696 117 HA LEU 264 HA LEU 264 43.829 6.534 -0.342 118 1HB LEU 264 1HB LEU 264 45.501 4.173 0.394 119 2HB LEU 264 2HB LEU 264 44.098 3.905 -0.641 120 HG LEU 264 HG LEU 264 44.906 5.615 -2.210 121 1HD1 LEU 264 1HD1 LEU 264 46.874 6.039 -0.010 122 2HD1 LEU 264 2HD1 LEU 264 46.124 7.215 -1.090 123 3HD1 LEU 264 3HD1 LEU 264 47.463 6.220 -1.663 124 1HD2 LEU 264 1HD2 LEU 264 46.269 4.119 -3.244 125 2HD2 LEU 264 2HD2 LEU 264 45.942 3.087 -1.852 126 3HD2 LEU 264 3HD2 LEU 264 47.399 4.079 -1.891 127 H LEU 265 H LEU 265 43.589 5.496 2.861 128 HA LEU 265 HA LEU 265 41.262 3.830 2.615 129 1HB LEU 265 1HB LEU 265 42.387 5.295 5.017 130 2HB LEU 265 2HB LEU 265 41.134 4.053 5.067 131 HG LEU 265 HG LEU 265 43.697 3.400 3.672 132 1HD1 LEU 265 1HD1 LEU 265 44.439 4.450 5.775 133 2HD1 LEU 265 2HD1 LEU 265 44.708 2.708 5.821 134 3HD1 LEU 265 3HD1 LEU 265 43.342 3.411 6.686 135 1HD2 LEU 265 1HD2 LEU 265 41.491 1.974 4.030 136 2HD2 LEU 265 2HD2 LEU 265 42.206 1.664 5.612 137 3HD2 LEU 265 3HD2 LEU 265 43.075 1.207 4.146 138 H ASN 266 H ASN 266 41.885 7.246 2.946 139 HA ASN 266 HA ASN 266 39.080 7.836 3.514 140 1HB ASN 266 1HB ASN 266 39.778 9.879 4.217 141 2HB ASN 266 2HB ASN 266 41.344 9.075 4.320 142 1HD2 ASN 266 1HD2 ASN 266 42.872 9.418 2.522 143 2HD2 ASN 266 2HD2 ASN 266 42.698 10.755 1.491 144 H ASP 267 H ASP 267 41.474 8.330 0.945 145 HA ASP 267 HA ASP 267 39.849 9.816 -0.807 146 1HB ASP 267 1HB ASP 267 42.234 8.025 -1.211 147 2HB ASP 267 2HB ASP 267 41.412 8.767 -2.583 148 H ALA 268 H ALA 268 39.770 6.501 0.085 149 HA ALA 268 HA ALA 268 38.501 5.515 -2.301 150 1HB ALA 268 1HB ALA 268 39.631 3.865 -1.062 151 2HB ALA 268 2HB ALA 268 37.930 3.566 -0.706 152 3HB ALA 268 3HB ALA 268 38.941 4.412 0.466 153 H VAL 269 H VAL 269 37.304 5.957 1.036 154 HA VAL 269 HA VAL 269 34.648 5.483 0.732 155 HB VAL 269 HB VAL 269 35.519 7.951 2.210 156 1HG1 VAL 269 1HG1 VAL 269 33.114 7.133 2.132 157 2HG1 VAL 269 2HG1 VAL 269 33.800 7.283 3.750 158 3HG1 VAL 269 3HG1 VAL 269 33.657 5.695 2.996 159 1HG2 VAL 269 1HG2 VAL 269 37.249 6.513 2.882 160 2HG2 VAL 269 2HG2 VAL 269 36.237 5.075 2.740 161 3HG2 VAL 269 3HG2 VAL 269 36.003 6.188 4.088 162 H THR 270 H THR 270 36.441 8.073 -0.690 163 HA THR 270 HA THR 270 34.025 9.557 -1.396 164 HB THR 270 HB THR 270 36.971 10.068 -1.691 165 HG1 THR 270 HG1 THR 270 36.119 12.074 -0.709 166 1HG2 THR 270 1HG2 THR 270 36.276 10.797 -3.805 167 2HG2 THR 270 2HG2 THR 270 36.101 12.253 -2.826 168 3HG2 THR 270 3HG2 THR 270 34.683 11.279 -3.222 169 H VAL 271 H VAL 271 36.871 8.548 -3.288 170 HA VAL 271 HA VAL 271 35.701 8.640 -5.791 171 HB VAL 271 HB VAL 271 37.848 6.754 -4.796 172 1HG1 VAL 271 1HG1 VAL 271 38.487 6.800 -7.268 173 2HG1 VAL 271 2HG1 VAL 271 36.895 7.495 -7.571 174 3HG1 VAL 271 3HG1 VAL 271 37.034 5.883 -6.871 175 1HG2 VAL 271 1HG2 VAL 271 37.906 9.485 -4.875 176 2HG2 VAL 271 2HG2 VAL 271 38.481 9.093 -6.496 177 3HG2 VAL 271 3HG2 VAL 271 39.331 8.467 -5.082 178 H VAL 272 H VAL 272 35.224 6.329 -3.274 179 HA VAL 272 HA VAL 272 34.067 4.347 -5.085 180 HB VAL 272 HB VAL 272 34.460 4.367 -2.086 181 1HG1 VAL 272 1HG1 VAL 272 32.982 2.546 -3.928 182 2HG1 VAL 272 2HG1 VAL 272 32.682 2.913 -2.229 183 3HG1 VAL 272 3HG1 VAL 272 33.969 1.793 -2.675 184 1HG2 VAL 272 1HG2 VAL 272 36.304 3.987 -4.080 185 2HG2 VAL 272 2HG2 VAL 272 35.736 2.339 -3.814 186 3HG2 VAL 272 3HG2 VAL 272 36.416 3.263 -2.475 187 H LEU 273 H LEU 273 33.075 6.998 -3.136 188 HA LEU 273 HA LEU 273 30.293 6.039 -3.051 189 1HB LEU 273 1HB LEU 273 31.233 6.945 -0.963 190 2HB LEU 273 2HB LEU 273 31.560 8.476 -1.776 191 HG LEU 273 HG LEU 273 28.815 7.732 -2.235 192 1HD1 LEU 273 1HD1 LEU 273 29.094 6.424 -0.138 193 2HD1 LEU 273 2HD1 LEU 273 27.991 7.785 0.071 194 3HD1 LEU 273 3HD1 LEU 273 29.644 7.888 0.679 195 1HD2 LEU 273 1HD2 LEU 273 29.726 10.015 -2.344 196 2HD2 LEU 273 2HD2 LEU 273 30.124 9.951 -0.627 197 3HD2 LEU 273 3HD2 LEU 273 28.438 9.931 -1.143 198 H TYR 274 H TYR 274 32.191 8.864 -4.071 199 HA TYR 274 HA TYR 274 30.014 10.161 -5.367 200 1HB TYR 274 1HB TYR 274 33.008 10.491 -5.495 201 2HB TYR 274 2HB TYR 274 31.911 11.484 -6.457 202 HD1 TYR 274 HD1 TYR 274 32.439 10.314 -2.933 203 HD2 TYR 274 HD2 TYR 274 31.020 13.436 -5.521 204 HE1 TYR 274 HE1 TYR 274 32.026 11.761 -0.962 205 HE2 TYR 274 HE2 TYR 274 30.607 14.883 -3.550 206 HH TYR 274 HH TYR 274 30.301 14.776 -1.225 207 H LYS 275 H LYS 275 32.987 9.018 -6.951 208 HA LYS 275 HA LYS 275 31.733 8.756 -9.489 209 1HB LYS 275 1HB LYS 275 34.275 7.345 -8.716 210 2HB LYS 275 2HB LYS 275 33.824 8.036 -10.275 211 1HG LYS 275 1HG LYS 275 33.667 10.246 -8.684 212 2HG LYS 275 2HG LYS 275 34.964 9.360 -7.884 213 1HD LYS 275 1HD LYS 275 36.107 10.631 -9.502 214 2HD LYS 275 2HD LYS 275 35.936 9.055 -10.277 215 1HE LYS 275 1HE LYS 275 33.597 10.244 -11.027 216 2HE LYS 275 2HE LYS 275 34.671 11.641 -10.962 217 1HZ LYS 275 1HZ LYS 275 35.471 11.008 -12.910 218 2HZ LYS 275 2HZ LYS 275 34.557 9.576 -12.889 219 3HZ LYS 275 3HZ LYS 275 36.100 9.612 -12.180 220 H LYS 276 H LYS 276 32.435 6.492 -6.880 221 HA LYS 276 HA LYS 276 31.829 4.301 -6.540 222 1HB LYS 276 1HB LYS 276 29.594 5.375 -8.237 223 2HB LYS 276 2HB LYS 276 29.625 3.669 -7.788 224 1HG LYS 276 1HG LYS 276 29.240 4.104 -5.567 225 2HG LYS 276 2HG LYS 276 30.130 5.626 -5.604 226 1HD LYS 276 1HD LYS 276 27.679 5.969 -5.298 227 2HD LYS 276 2HD LYS 276 28.285 6.720 -6.776 228 1HE LYS 276 1HE LYS 276 27.169 5.259 -8.140 229 2HE LYS 276 2HE LYS 276 27.367 3.907 -7.024 230 1HZ LYS 276 1HZ LYS 276 25.419 6.133 -6.838 231 2HZ LYS 276 2HZ LYS 276 25.721 5.054 -5.561 232 3HZ LYS 276 3HZ LYS 276 25.088 4.481 -7.030 233 1HN NH2 277 1HN NH2 277 33.064 5.304 -9.450 234 2HN NH2 277 2HN NH2 277 33.186 3.792 -10.233 Start of MODEL 45 1 1H HIS 250 1H HIS 250 41.971 -4.688 12.123 2 2H HIS 250 2H HIS 250 40.812 -5.239 13.235 3 3H HIS 250 3H HIS 250 41.719 -6.352 12.328 4 HA HIS 250 HA HIS 250 42.329 -5.783 14.808 5 1HB HIS 250 1HB HIS 250 43.553 -7.055 12.672 6 2HB HIS 250 2HB HIS 250 44.764 -5.876 13.175 7 HD2 HIS 250 HD2 HIS 250 44.644 -5.987 16.366 8 HE1 HIS 250 HE1 HIS 250 44.728 -10.195 16.037 9 HE2 HIS 250 HE2 HIS 250 45.071 -8.238 17.619 10 H ILE 251 H ILE 251 43.758 -4.439 15.985 11 HA ILE 251 HA ILE 251 44.162 -1.780 14.763 12 HB ILE 251 HB ILE 251 44.260 -2.343 17.718 13 1HG1 ILE 251 1HG1 ILE 251 41.736 -1.384 17.323 14 2HG1 ILE 251 2HG1 ILE 251 41.919 -2.413 15.903 15 1HG2 ILE 251 1HG2 ILE 251 43.050 0.106 16.573 16 2HG2 ILE 251 2HG2 ILE 251 44.774 -0.094 16.261 17 3HG2 ILE 251 3HG2 ILE 251 44.174 -0.070 17.920 18 1HD1 ILE 251 1HD1 ILE 251 40.990 -3.700 17.782 19 2HD1 ILE 251 2HD1 ILE 251 42.378 -3.264 18.778 20 3HD1 ILE 251 3HD1 ILE 251 42.597 -4.294 17.364 21 H ASN 252 H ASN 252 45.874 -4.420 14.988 22 HA ASN 252 HA ASN 252 48.270 -3.343 16.269 23 1HB ASN 252 1HB ASN 252 47.453 -6.016 15.187 24 2HB ASN 252 2HB ASN 252 49.165 -5.649 15.395 25 1HD2 ASN 252 1HD2 ASN 252 46.493 -4.484 17.475 26 2HD2 ASN 252 2HD2 ASN 252 47.030 -5.281 18.874 27 H GLU 253 H GLU 253 46.822 -3.222 13.257 28 HA GLU 253 HA GLU 253 49.311 -3.231 11.729 29 1HB GLU 253 1HB GLU 253 46.614 -2.484 10.632 30 2HB GLU 253 2HB GLU 253 47.982 -3.229 9.802 31 1HG GLU 253 1HG GLU 253 46.024 -4.485 11.712 32 2HG GLU 253 2HG GLU 253 46.522 -5.041 10.115 33 H LEU 254 H LEU 254 47.924 -1.109 13.737 34 HA LEU 254 HA LEU 254 47.634 1.304 12.415 35 1HB LEU 254 1HB LEU 254 47.960 2.380 14.508 36 2HB LEU 254 2HB LEU 254 47.224 0.824 14.874 37 HG LEU 254 HG LEU 254 50.167 1.535 15.118 38 1HD1 LEU 254 1HD1 LEU 254 49.740 1.890 17.299 39 2HD1 LEU 254 2HD1 LEU 254 48.794 0.406 17.424 40 3HD1 LEU 254 3HD1 LEU 254 48.029 1.897 16.872 41 1HD2 LEU 254 1HD2 LEU 254 48.687 -1.093 15.343 42 2HD2 LEU 254 2HD2 LEU 254 50.220 -0.822 16.168 43 3HD2 LEU 254 3HD2 LEU 254 50.140 -0.739 14.411 44 H LEU 255 H LEU 255 50.365 -0.596 12.416 45 HA LEU 255 HA LEU 255 52.211 1.674 12.130 46 1HB LEU 255 1HB LEU 255 52.675 -1.298 12.436 47 2HB LEU 255 2HB LEU 255 53.962 -0.140 12.102 48 HG LEU 255 HG LEU 255 52.132 0.501 14.361 49 1HD1 LEU 255 1HD1 LEU 255 53.451 -0.948 15.891 50 2HD1 LEU 255 2HD1 LEU 255 54.267 -1.651 14.494 51 3HD1 LEU 255 3HD1 LEU 255 52.534 -1.893 14.717 52 1HD2 LEU 255 1HD2 LEU 255 54.219 1.367 15.311 53 2HD2 LEU 255 2HD2 LEU 255 54.032 1.953 13.658 54 3HD2 LEU 255 3HD2 LEU 255 55.144 0.628 14.004 55 H HIS 256 H HIS 256 50.945 -1.149 10.415 56 HA HIS 256 HA HIS 256 52.407 -0.421 7.992 57 1HB HIS 256 1HB HIS 256 50.538 -2.733 8.557 58 2HB HIS 256 2HB HIS 256 51.492 -2.519 7.087 59 HD2 HIS 256 HD2 HIS 256 52.093 -3.332 10.905 60 HE1 HIS 256 HE1 HIS 256 55.655 -4.137 8.784 61 HE2 HIS 256 HE2 HIS 256 54.511 -4.314 11.044 62 H ILE 257 H ILE 257 49.107 -1.675 8.162 63 HA ILE 257 HA ILE 257 48.031 -0.528 5.979 64 HB ILE 257 HB ILE 257 46.845 -1.118 8.665 65 1HG1 ILE 257 1HG1 ILE 257 46.179 -2.143 5.891 66 2HG1 ILE 257 2HG1 ILE 257 47.426 -2.866 6.907 67 1HG2 ILE 257 1HG2 ILE 257 45.550 0.361 6.374 68 2HG2 ILE 257 2HG2 ILE 257 45.478 0.724 8.099 69 3HG2 ILE 257 3HG2 ILE 257 44.593 -0.655 7.451 70 1HD1 ILE 257 1HD1 ILE 257 44.686 -3.458 6.953 71 2HD1 ILE 257 2HD1 ILE 257 44.962 -2.485 8.398 72 3HD1 ILE 257 3HD1 ILE 257 45.890 -3.962 8.138 73 H LEU 258 H LEU 258 48.263 1.071 9.147 74 HA LEU 258 HA LEU 258 46.951 3.409 8.753 75 1HB LEU 258 1HB LEU 258 48.555 2.581 10.680 76 2HB LEU 258 2HB LEU 258 49.714 3.628 9.861 77 HG LEU 258 HG LEU 258 46.967 4.451 10.851 78 1HD1 LEU 258 1HD1 LEU 258 48.405 4.261 12.737 79 2HD1 LEU 258 2HD1 LEU 258 48.439 5.971 12.308 80 3HD1 LEU 258 3HD1 LEU 258 49.780 4.919 11.852 81 1HD2 LEU 258 1HD2 LEU 258 49.122 5.859 9.274 82 2HD2 LEU 258 2HD2 LEU 258 47.993 6.768 10.278 83 3HD2 LEU 258 3HD2 LEU 258 47.391 5.784 8.945 84 H VAL 259 H VAL 259 50.415 3.029 7.927 85 HA VAL 259 HA VAL 259 50.322 5.421 6.289 86 HB VAL 259 HB VAL 259 52.292 4.529 7.767 87 1HG1 VAL 259 1HG1 VAL 259 52.221 2.322 6.400 88 2HG1 VAL 259 2HG1 VAL 259 53.797 3.036 6.735 89 3HG1 VAL 259 3HG1 VAL 259 53.056 3.242 5.149 90 1HG2 VAL 259 1HG2 VAL 259 53.890 5.482 5.909 91 2HG2 VAL 259 2HG2 VAL 259 52.676 6.536 6.631 92 3HG2 VAL 259 3HG2 VAL 259 52.386 5.811 5.049 93 H PHE 260 H PHE 260 50.246 1.956 5.828 94 HA PHE 260 HA PHE 260 50.803 2.068 3.003 95 1HB PHE 260 1HB PHE 260 50.091 -0.030 4.977 96 2HB PHE 260 2HB PHE 260 49.626 -0.338 3.305 97 HD1 PHE 260 HD1 PHE 260 51.323 -0.473 1.523 98 HD2 PHE 260 HD2 PHE 260 52.425 0.115 5.633 99 HE1 PHE 260 HE1 PHE 260 53.671 -1.054 0.976 100 HE2 PHE 260 HE2 PHE 260 54.773 -0.466 5.087 101 HZ PHE 260 HZ PHE 260 55.396 -1.051 2.758 102 H GLY 261 H GLY 261 48.288 3.196 4.720 103 1HA GLY 261 1HA GLY 261 46.536 3.260 2.424 104 2HA GLY 261 2HA GLY 261 45.907 2.303 3.763 105 H GLU 262 H GLU 262 47.962 4.998 4.475 106 HA GLU 262 HA GLU 262 46.310 6.249 6.276 107 1HB GLU 262 1HB GLU 262 47.592 8.404 5.489 108 2HB GLU 262 2HB GLU 262 48.472 7.095 6.275 109 1HG GLU 262 1HG GLU 262 49.581 6.516 4.365 110 2HG GLU 262 2HG GLU 262 48.196 6.851 3.331 111 H SER 263 H SER 263 46.937 8.151 3.394 112 HA SER 263 HA SER 263 44.145 8.991 3.359 113 1HB SER 263 1HB SER 263 46.374 9.938 1.554 114 2HB SER 263 2HB SER 263 44.858 10.757 1.921 115 HG SER 263 HG SER 263 47.185 10.493 3.433 116 H LEU 264 H LEU 264 46.050 6.632 1.920 117 HA LEU 264 HA LEU 264 45.165 6.575 -0.740 118 1HB LEU 264 1HB LEU 264 46.780 4.989 0.854 119 2HB LEU 264 2HB LEU 264 45.429 3.925 0.461 120 HG LEU 264 HG LEU 264 47.091 5.491 -1.537 121 1HD1 LEU 264 1HD1 LEU 264 46.930 2.538 -0.867 122 2HD1 LEU 264 2HD1 LEU 264 48.326 3.595 -0.648 123 3HD1 LEU 264 3HD1 LEU 264 47.771 3.192 -2.273 124 1HD2 LEU 264 1HD2 LEU 264 45.676 3.655 -2.967 125 2HD2 LEU 264 2HD2 LEU 264 45.143 5.319 -2.724 126 3HD2 LEU 264 3HD2 LEU 264 44.514 4.031 -1.695 127 H LEU 265 H LEU 265 43.726 5.243 2.209 128 HA LEU 265 HA LEU 265 41.490 4.084 0.775 129 1HB LEU 265 1HB LEU 265 42.376 4.238 3.623 130 2HB LEU 265 2HB LEU 265 40.671 3.926 3.296 131 HG LEU 265 HG LEU 265 42.738 2.365 1.787 132 1HD1 LEU 265 1HD1 LEU 265 43.545 2.084 4.027 133 2HD1 LEU 265 2HD1 LEU 265 42.585 0.649 3.662 134 3HD1 LEU 265 3HD1 LEU 265 41.908 1.931 4.665 135 1HD2 LEU 265 1HD2 LEU 265 40.080 2.385 1.608 136 2HD2 LEU 265 2HD2 LEU 265 40.213 1.282 2.977 137 3HD2 LEU 265 3HD2 LEU 265 40.988 0.883 1.445 138 H ASN 266 H ASN 266 41.963 6.775 3.064 139 HA ASN 266 HA ASN 266 39.351 7.723 3.162 140 1HB ASN 266 1HB ASN 266 40.263 9.367 4.393 141 2HB ASN 266 2HB ASN 266 41.807 8.554 4.138 142 1HD2 ASN 266 1HD2 ASN 266 42.880 9.192 1.906 143 2HD2 ASN 266 2HD2 ASN 266 42.788 10.836 1.492 144 H ASP 267 H ASP 267 41.767 8.043 0.659 145 HA ASP 267 HA ASP 267 40.445 10.146 -0.778 146 1HB ASP 267 1HB ASP 267 42.714 8.272 -1.332 147 2HB ASP 267 2HB ASP 267 41.988 9.166 -2.667 148 H ALA 268 H ALA 268 40.376 6.632 -0.831 149 HA ALA 268 HA ALA 268 38.642 6.603 -3.187 150 1HB ALA 268 1HB ALA 268 40.342 4.679 -1.788 151 2HB ALA 268 2HB ALA 268 39.805 4.694 -3.468 152 3HB ALA 268 3HB ALA 268 38.765 4.015 -2.216 153 H VAL 269 H VAL 269 38.521 6.130 0.284 154 HA VAL 269 HA VAL 269 35.860 5.064 0.346 155 HB VAL 269 HB VAL 269 37.646 6.281 2.456 156 1HG1 VAL 269 1HG1 VAL 269 35.461 6.723 3.263 157 2HG1 VAL 269 2HG1 VAL 269 35.901 5.189 4.014 158 3HG1 VAL 269 3HG1 VAL 269 34.827 5.210 2.616 159 1HG2 VAL 269 1HG2 VAL 269 38.401 4.169 2.749 160 2HG2 VAL 269 2HG2 VAL 269 37.620 3.780 1.217 161 3HG2 VAL 269 3HG2 VAL 269 36.764 3.511 2.736 162 H THR 270 H THR 270 37.292 8.276 0.752 163 HA THR 270 HA THR 270 35.022 9.672 1.589 164 HB THR 270 HB THR 270 37.388 10.542 -0.073 165 HG1 THR 270 HG1 THR 270 37.378 9.893 2.297 166 1HG2 THR 270 1HG2 THR 270 36.439 12.845 0.952 167 2HG2 THR 270 2HG2 THR 270 34.915 11.984 0.732 168 3HG2 THR 270 3HG2 THR 270 35.980 12.258 -0.646 169 H VAL 271 H VAL 271 36.243 9.167 -1.722 170 HA VAL 271 HA VAL 271 34.160 10.507 -3.055 171 HB VAL 271 HB VAL 271 35.977 8.257 -3.934 172 1HG1 VAL 271 1HG1 VAL 271 33.861 9.818 -5.417 173 2HG1 VAL 271 2HG1 VAL 271 34.127 8.075 -5.398 174 3HG1 VAL 271 3HG1 VAL 271 35.248 9.128 -6.261 175 1HG2 VAL 271 1HG2 VAL 271 36.213 10.882 -5.195 176 2HG2 VAL 271 2HG2 VAL 271 37.454 9.902 -4.415 177 3HG2 VAL 271 3HG2 VAL 271 36.437 10.967 -3.447 178 H VAL 272 H VAL 272 34.394 7.263 -1.755 179 HA VAL 272 HA VAL 272 31.888 6.450 -3.022 180 HB VAL 272 HB VAL 272 33.809 4.990 -1.198 181 1HG1 VAL 272 1HG1 VAL 272 32.397 2.990 -2.004 182 2HG1 VAL 272 2HG1 VAL 272 31.178 4.186 -2.443 183 3HG1 VAL 272 3HG1 VAL 272 31.687 4.022 -0.763 184 1HG2 VAL 272 1HG2 VAL 272 33.154 4.700 -4.147 185 2HG2 VAL 272 2HG2 VAL 272 34.300 3.706 -3.248 186 3HG2 VAL 272 3HG2 VAL 272 34.624 5.422 -3.494 187 H LEU 273 H LEU 273 32.958 7.910 -0.139 188 HA LEU 273 HA LEU 273 30.670 6.986 1.434 189 1HB LEU 273 1HB LEU 273 32.921 7.177 2.481 190 2HB LEU 273 2HB LEU 273 32.888 8.910 2.169 191 HG LEU 273 HG LEU 273 30.823 9.099 3.551 192 1HD1 LEU 273 1HD1 LEU 273 30.587 6.942 5.100 193 2HD1 LEU 273 2HD1 LEU 273 31.208 6.133 3.662 194 3HD1 LEU 273 3HD1 LEU 273 29.716 7.069 3.573 195 1HD2 LEU 273 1HD2 LEU 273 33.238 9.252 4.449 196 2HD2 LEU 273 2HD2 LEU 273 32.949 7.654 5.132 197 3HD2 LEU 273 3HD2 LEU 273 31.952 9.019 5.631 198 H TYR 274 H TYR 274 32.112 10.210 0.989 199 HA TYR 274 HA TYR 274 29.601 11.532 1.387 200 1HB TYR 274 1HB TYR 274 32.306 12.501 0.453 201 2HB TYR 274 2HB TYR 274 30.923 13.568 0.686 202 HD1 TYR 274 HD1 TYR 274 33.343 11.336 2.369 203 HD2 TYR 274 HD2 TYR 274 30.101 14.105 2.899 204 HE1 TYR 274 HE1 TYR 274 33.855 11.475 4.792 205 HE2 TYR 274 HE2 TYR 274 30.612 14.240 5.323 206 HH TYR 274 HH TYR 274 33.499 13.043 6.660 207 H LYS 275 H LYS 275 31.752 12.178 -1.318 208 HA LYS 275 HA LYS 275 29.859 13.030 -3.125 209 1HB LYS 275 1HB LYS 275 32.256 11.464 -4.034 210 2HB LYS 275 2HB LYS 275 31.527 12.897 -4.761 211 1HG LYS 275 1HG LYS 275 32.162 13.864 -2.290 212 2HG LYS 275 2HG LYS 275 33.461 12.694 -2.525 213 1HD LYS 275 1HD LYS 275 34.324 14.661 -3.494 214 2HD LYS 275 2HD LYS 275 33.704 13.765 -4.880 215 1HE LYS 275 1HE LYS 275 32.609 15.708 -5.346 216 2HE LYS 275 2HE LYS 275 31.472 15.146 -4.121 217 1HZ LYS 275 1HZ LYS 275 33.868 16.706 -3.384 218 2HZ LYS 275 2HZ LYS 275 32.432 16.480 -2.503 219 3HZ LYS 275 3HZ LYS 275 32.441 17.479 -3.878 220 H LYS 276 H LYS 276 30.818 9.720 -2.392 221 HA LYS 276 HA LYS 276 29.901 7.718 -2.964 222 1HB LYS 276 1HB LYS 276 27.762 9.455 -2.672 223 2HB LYS 276 2HB LYS 276 27.495 8.755 -4.269 224 1HG LYS 276 1HG LYS 276 26.429 7.211 -2.875 225 2HG LYS 276 2HG LYS 276 28.019 6.483 -3.072 226 1HD LYS 276 1HD LYS 276 28.727 7.642 -0.949 227 2HD LYS 276 2HD LYS 276 27.051 8.142 -0.730 228 1HE LYS 276 1HE LYS 276 28.224 5.374 -0.637 229 2HE LYS 276 2HE LYS 276 27.140 6.158 0.512 230 1HZ LYS 276 1HZ LYS 276 25.352 6.004 -1.041 231 2HZ LYS 276 2HZ LYS 276 26.050 4.462 -0.893 232 3HZ LYS 276 3HZ LYS 276 26.377 5.418 -2.259 233 1HN NH2 277 1HN NH2 277 29.582 10.219 -5.506 234 2HN NH2 277 2HN NH2 277 29.978 9.173 -6.794 Start of MODEL 46 1 1H HIS 250 1H HIS 250 53.861 -2.080 0.621 2 2H HIS 250 2H HIS 250 54.132 -1.585 2.223 3 3H HIS 250 3H HIS 250 53.616 -3.170 1.895 4 HA HIS 250 HA HIS 250 55.654 -3.824 1.051 5 1HB HIS 250 1HB HIS 250 55.716 -1.085 0.193 6 2HB HIS 250 2HB HIS 250 57.220 -1.449 1.038 7 HD2 HIS 250 HD2 HIS 250 57.780 -4.491 0.025 8 HE1 HIS 250 HE1 HIS 250 57.270 -2.978 -3.884 9 HE2 HIS 250 HE2 HIS 250 58.184 -4.916 -2.520 10 H ILE 251 H ILE 251 58.074 -3.081 2.042 11 HA ILE 251 HA ILE 251 57.593 -3.110 4.952 12 HB ILE 251 HB ILE 251 60.011 -3.993 3.359 13 1HG1 ILE 251 1HG1 ILE 251 58.651 -6.019 4.920 14 2HG1 ILE 251 2HG1 ILE 251 57.527 -5.257 3.794 15 1HG2 ILE 251 1HG2 ILE 251 59.385 -3.819 6.294 16 2HG2 ILE 251 2HG2 ILE 251 60.879 -3.414 5.450 17 3HG2 ILE 251 3HG2 ILE 251 60.441 -5.103 5.703 18 1HD1 ILE 251 1HD1 ILE 251 59.040 -5.698 1.927 19 2HD1 ILE 251 2HD1 ILE 251 58.711 -7.205 2.783 20 3HD1 ILE 251 3HD1 ILE 251 60.243 -6.367 3.029 21 H ASN 252 H ASN 252 59.521 -1.580 2.414 22 HA ASN 252 HA ASN 252 60.825 0.210 4.295 23 1HB ASN 252 1HB ASN 252 60.911 -0.137 1.305 24 2HB ASN 252 2HB ASN 252 61.671 1.244 2.095 25 1HD2 ASN 252 1HD2 ASN 252 61.468 -2.208 3.122 26 2HD2 ASN 252 2HD2 ASN 252 63.149 -2.417 3.243 27 H GLU 253 H GLU 253 57.943 0.137 2.448 28 HA GLU 253 HA GLU 253 57.655 3.036 2.354 29 1HB GLU 253 1HB GLU 253 55.741 0.834 1.545 30 2HB GLU 253 2HB GLU 253 55.517 2.556 1.236 31 1HG GLU 253 1HG GLU 253 57.786 2.480 0.045 32 2HG GLU 253 2HG GLU 253 57.638 0.725 0.106 33 H LEU 254 H LEU 254 56.094 0.256 3.930 34 HA LEU 254 HA LEU 254 54.085 1.545 5.324 35 1HB LEU 254 1HB LEU 254 55.480 -0.978 5.501 36 2HB LEU 254 2HB LEU 254 55.130 -0.354 7.114 37 HG LEU 254 HG LEU 254 53.076 -0.531 4.892 38 1HD1 LEU 254 1HD1 LEU 254 52.194 -2.406 6.457 39 2HD1 LEU 254 2HD1 LEU 254 53.836 -2.440 7.098 40 3HD1 LEU 254 3HD1 LEU 254 53.549 -2.785 5.393 41 1HD2 LEU 254 1HD2 LEU 254 51.743 0.611 6.307 42 2HD2 LEU 254 2HD2 LEU 254 53.138 0.859 7.358 43 3HD2 LEU 254 3HD2 LEU 254 52.082 -0.533 7.606 44 H LEU 255 H LEU 255 57.397 2.091 5.572 45 HA LEU 255 HA LEU 255 57.490 2.794 8.366 46 1HB LEU 255 1HB LEU 255 59.429 3.562 6.173 47 2HB LEU 255 2HB LEU 255 59.736 3.545 7.909 48 HG LEU 255 HG LEU 255 59.060 1.120 6.217 49 1HD1 LEU 255 1HD1 LEU 255 61.325 1.954 5.786 50 2HD1 LEU 255 2HD1 LEU 255 61.401 0.462 6.723 51 3HD1 LEU 255 3HD1 LEU 255 61.649 2.017 7.519 52 1HD2 LEU 255 1HD2 LEU 255 58.256 0.574 8.341 53 2HD2 LEU 255 2HD2 LEU 255 59.443 1.586 9.161 54 3HD2 LEU 255 3HD2 LEU 255 59.933 0.043 8.463 55 H HIS 256 H HIS 256 58.403 4.940 5.692 56 HA HIS 256 HA HIS 256 57.068 7.149 7.089 57 1HB HIS 256 1HB HIS 256 58.773 7.444 4.632 58 2HB HIS 256 2HB HIS 256 58.495 8.600 5.935 59 HD2 HIS 256 HD2 HIS 256 60.854 5.606 5.111 60 HE1 HIS 256 HE1 HIS 256 61.839 6.971 8.982 61 HE2 HIS 256 HE2 HIS 256 62.546 5.429 7.092 62 H ILE 257 H ILE 257 57.474 6.129 3.692 63 HA ILE 257 HA ILE 257 55.471 7.637 2.544 64 HB ILE 257 HB ILE 257 56.216 4.800 1.792 65 1HG1 ILE 257 1HG1 ILE 257 57.370 7.397 0.741 66 2HG1 ILE 257 2HG1 ILE 257 58.128 6.472 2.037 67 1HG2 ILE 257 1HG2 ILE 257 54.281 5.410 0.559 68 2HG2 ILE 257 2HG2 ILE 257 55.628 5.763 -0.521 69 3HG2 ILE 257 3HG2 ILE 257 54.838 7.071 0.357 70 1HD1 ILE 257 1HD1 ILE 257 58.931 6.019 -0.381 71 2HD1 ILE 257 2HD1 ILE 257 57.400 5.168 -0.584 72 3HD1 ILE 257 3HD1 ILE 257 58.558 4.624 0.630 73 H LEU 258 H LEU 258 55.099 5.234 4.876 74 HA LEU 258 HA LEU 258 52.866 3.798 4.348 75 1HB LEU 258 1HB LEU 258 52.633 3.510 6.623 76 2HB LEU 258 2HB LEU 258 54.260 4.173 6.567 77 HG LEU 258 HG LEU 258 53.075 6.498 6.784 78 1HD1 LEU 258 1HD1 LEU 258 51.045 5.408 8.519 79 2HD1 LEU 258 2HD1 LEU 258 50.795 4.794 6.888 80 3HD1 LEU 258 3HD1 LEU 258 50.855 6.530 7.176 81 1HD2 LEU 258 1HD2 LEU 258 54.370 6.066 8.614 82 2HD2 LEU 258 2HD2 LEU 258 53.721 4.438 8.823 83 3HD2 LEU 258 3HD2 LEU 258 52.803 5.834 9.389 84 H VAL 259 H VAL 259 53.026 7.256 4.726 85 HA VAL 259 HA VAL 259 50.308 7.794 5.234 86 HB VAL 259 HB VAL 259 52.050 9.500 5.474 87 1HG1 VAL 259 1HG1 VAL 259 53.325 10.318 3.699 88 2HG1 VAL 259 2HG1 VAL 259 52.156 9.795 2.486 89 3HG1 VAL 259 3HG1 VAL 259 53.197 8.611 3.278 90 1HG2 VAL 259 1HG2 VAL 259 50.542 10.783 3.317 91 2HG2 VAL 259 2HG2 VAL 259 50.528 11.121 5.049 92 3HG2 VAL 259 3HG2 VAL 259 49.510 9.839 4.391 93 H PHE 260 H PHE 260 52.078 7.787 2.127 94 HA PHE 260 HA PHE 260 49.881 8.291 0.472 95 1HB PHE 260 1HB PHE 260 52.517 6.915 0.063 96 2HB PHE 260 2HB PHE 260 51.313 6.915 -1.226 97 HD1 PHE 260 HD1 PHE 260 53.574 8.990 0.804 98 HD2 PHE 260 HD2 PHE 260 50.612 8.998 -2.307 99 HE1 PHE 260 HE1 PHE 260 54.214 11.308 0.200 100 HE2 PHE 260 HE2 PHE 260 51.251 11.316 -2.910 101 HZ PHE 260 HZ PHE 260 53.053 12.471 -1.656 102 H GLY 261 H GLY 261 50.344 5.712 2.511 103 1HA GLY 261 1HA GLY 261 48.704 3.888 0.855 104 2HA GLY 261 2HA GLY 261 49.788 3.368 2.141 105 H GLU 262 H GLU 262 48.803 5.797 3.733 106 HA GLU 262 HA GLU 262 46.609 4.386 5.014 107 1HB GLU 262 1HB GLU 262 47.045 5.657 6.877 108 2HB GLU 262 2HB GLU 262 48.623 5.746 6.098 109 1HG GLU 262 1HG GLU 262 47.725 7.865 4.931 110 2HG GLU 262 2HG GLU 262 46.434 7.826 6.132 111 H SER 263 H SER 263 47.104 7.162 2.967 112 HA SER 263 HA SER 263 44.365 8.108 3.376 113 1HB SER 263 1HB SER 263 46.745 9.167 1.868 114 2HB SER 263 2HB SER 263 45.133 9.833 1.622 115 HG SER 263 HG SER 263 46.781 10.516 3.475 116 H LEU 264 H LEU 264 45.908 5.820 1.521 117 HA LEU 264 HA LEU 264 44.767 6.158 -1.033 118 1HB LEU 264 1HB LEU 264 46.384 4.242 0.277 119 2HB LEU 264 2HB LEU 264 44.997 3.369 -0.373 120 HG LEU 264 HG LEU 264 46.760 5.276 -1.943 121 1HD1 LEU 264 1HD1 LEU 264 46.718 2.574 -2.919 122 2HD1 LEU 264 2HD1 LEU 264 47.149 2.558 -1.209 123 3HD1 LEU 264 3HD1 LEU 264 48.097 3.514 -2.349 124 1HD2 LEU 264 1HD2 LEU 264 44.154 3.995 -2.455 125 2HD2 LEU 264 2HD2 LEU 264 45.344 3.727 -3.728 126 3HD2 LEU 264 3HD2 LEU 264 44.909 5.370 -3.260 127 H LEU 265 H LEU 265 43.460 4.965 1.964 128 HA LEU 265 HA LEU 265 41.108 3.825 0.655 129 1HB LEU 265 1HB LEU 265 40.464 3.565 3.199 130 2HB LEU 265 2HB LEU 265 41.656 2.491 2.466 131 HG LEU 265 HG LEU 265 42.658 5.057 3.609 132 1HD1 LEU 265 1HD1 LEU 265 42.832 3.834 5.856 133 2HD1 LEU 265 2HD1 LEU 265 41.605 2.732 5.231 134 3HD1 LEU 265 3HD1 LEU 265 41.237 4.446 5.422 135 1HD2 LEU 265 1HD2 LEU 265 43.933 3.064 2.448 136 2HD2 LEU 265 2HD2 LEU 265 43.775 2.296 4.028 137 3HD2 LEU 265 3HD2 LEU 265 44.632 3.830 3.874 138 H ASN 266 H ASN 266 42.089 6.672 2.426 139 HA ASN 266 HA ASN 266 39.507 7.661 3.061 140 1HB ASN 266 1HB ASN 266 42.233 8.896 2.807 141 2HB ASN 266 2HB ASN 266 40.814 9.913 3.057 142 1HD2 ASN 266 1HD2 ASN 266 42.270 6.909 4.447 143 2HD2 ASN 266 2HD2 ASN 266 41.867 7.291 6.050 144 H ASP 267 H ASP 267 41.746 9.091 0.689 145 HA ASP 267 HA ASP 267 39.980 10.623 -0.726 146 1HB ASP 267 1HB ASP 267 42.509 9.227 -1.421 147 2HB ASP 267 2HB ASP 267 41.538 9.830 -2.763 148 H ALA 268 H ALA 268 40.196 7.174 -0.673 149 HA ALA 268 HA ALA 268 38.551 6.859 -3.071 150 1HB ALA 268 1HB ALA 268 39.083 4.598 -2.989 151 2HB ALA 268 2HB ALA 268 39.288 4.604 -1.238 152 3HB ALA 268 3HB ALA 268 40.523 5.320 -2.273 153 H VAL 269 H VAL 269 38.379 6.206 0.418 154 HA VAL 269 HA VAL 269 35.793 5.131 0.499 155 HB VAL 269 HB VAL 269 37.449 6.650 2.505 156 1HG1 VAL 269 1HG1 VAL 269 34.584 5.771 2.652 157 2HG1 VAL 269 2HG1 VAL 269 35.340 7.221 3.312 158 3HG1 VAL 269 3HG1 VAL 269 35.587 5.662 4.098 159 1HG2 VAL 269 1HG2 VAL 269 37.552 4.060 1.618 160 2HG2 VAL 269 2HG2 VAL 269 36.464 3.905 2.998 161 3HG2 VAL 269 3HG2 VAL 269 38.079 4.578 3.219 162 H THR 270 H THR 270 36.911 8.486 0.582 163 HA THR 270 HA THR 270 34.635 9.853 1.266 164 HB THR 270 HB THR 270 36.858 10.861 0.654 165 HG1 THR 270 HG1 THR 270 35.823 12.690 -0.406 166 1HG2 THR 270 1HG2 THR 270 35.962 11.060 -2.173 167 2HG2 THR 270 2HG2 THR 270 36.627 9.509 -1.663 168 3HG2 THR 270 3HG2 THR 270 37.595 10.975 -1.513 169 H VAL 271 H VAL 271 35.291 8.092 -1.677 170 HA VAL 271 HA VAL 271 32.961 9.139 -3.059 171 HB VAL 271 HB VAL 271 34.829 6.870 -3.785 172 1HG1 VAL 271 1HG1 VAL 271 32.866 6.519 -5.038 173 2HG1 VAL 271 2HG1 VAL 271 33.858 7.503 -6.114 174 3HG1 VAL 271 3HG1 VAL 271 32.549 8.248 -5.196 175 1HG2 VAL 271 1HG2 VAL 271 35.052 9.776 -3.915 176 2HG2 VAL 271 2HG2 VAL 271 35.183 9.039 -5.513 177 3HG2 VAL 271 3HG2 VAL 271 36.281 8.548 -4.221 178 H VAL 272 H VAL 272 33.869 6.325 -1.182 179 HA VAL 272 HA VAL 272 31.375 4.942 -1.818 180 HB VAL 272 HB VAL 272 33.666 4.185 0.012 181 1HG1 VAL 272 1HG1 VAL 272 31.881 2.950 0.856 182 2HG1 VAL 272 2HG1 VAL 272 32.462 1.872 -0.413 183 3HG1 VAL 272 3HG1 VAL 272 31.053 2.892 -0.700 184 1HG2 VAL 272 1HG2 VAL 272 33.970 2.455 -1.877 185 2HG2 VAL 272 2HG2 VAL 272 34.459 4.113 -2.228 186 3HG2 VAL 272 3HG2 VAL 272 32.922 3.499 -2.837 187 H LEU 273 H LEU 273 32.511 7.220 0.405 188 HA LEU 273 HA LEU 273 30.690 6.416 2.547 189 1HB LEU 273 1HB LEU 273 33.132 7.616 2.615 190 2HB LEU 273 2HB LEU 273 32.072 9.020 2.721 191 HG LEU 273 HG LEU 273 30.800 7.653 4.528 192 1HD1 LEU 273 1HD1 LEU 273 32.532 5.676 3.787 193 2HD1 LEU 273 2HD1 LEU 273 31.743 5.750 5.363 194 3HD1 LEU 273 3HD1 LEU 273 33.386 6.363 5.168 195 1HD2 LEU 273 1HD2 LEU 273 32.610 8.326 6.243 196 2HD2 LEU 273 2HD2 LEU 273 31.969 9.604 5.210 197 3HD2 LEU 273 3HD2 LEU 273 33.540 8.885 4.853 198 H TYR 274 H TYR 274 31.318 9.506 0.869 199 HA TYR 274 HA TYR 274 28.966 10.798 1.531 200 1HB TYR 274 1HB TYR 274 29.672 12.403 0.094 201 2HB TYR 274 2HB TYR 274 31.129 11.414 -0.013 202 HD1 TYR 274 HD1 TYR 274 30.814 9.292 -1.684 203 HD2 TYR 274 HD2 TYR 274 28.712 13.031 -1.937 204 HE1 TYR 274 HE1 TYR 274 30.368 8.881 -4.090 205 HE2 TYR 274 HE2 TYR 274 28.267 12.619 -4.340 206 HH TYR 274 HH TYR 274 28.352 11.100 -5.990 207 H LYS 275 H LYS 275 29.457 8.174 -0.653 208 HA LYS 275 HA LYS 275 27.178 8.518 -2.308 209 1HB LYS 275 1HB LYS 275 29.017 7.020 -2.917 210 2HB LYS 275 2HB LYS 275 28.652 5.990 -1.533 211 1HG LYS 275 1HG LYS 275 26.975 4.957 -2.634 212 2HG LYS 275 2HG LYS 275 26.281 6.496 -3.149 213 1HD LYS 275 1HD LYS 275 28.722 5.272 -4.456 214 2HD LYS 275 2HD LYS 275 27.080 4.990 -5.035 215 1HE LYS 275 1HE LYS 275 27.576 7.823 -4.581 216 2HE LYS 275 2HE LYS 275 28.729 7.139 -5.727 217 1HZ LYS 275 1HZ LYS 275 27.133 7.271 -7.238 218 2HZ LYS 275 2HZ LYS 275 25.967 7.695 -6.078 219 3HZ LYS 275 3HZ LYS 275 26.293 6.060 -6.401 220 H LYS 276 H LYS 276 27.711 6.394 0.513 221 HA LYS 276 HA LYS 276 24.780 6.186 0.821 222 1HB LYS 276 1HB LYS 276 26.050 4.386 2.576 223 2HB LYS 276 2HB LYS 276 25.186 4.000 1.088 224 1HG LYS 276 1HG LYS 276 27.255 4.305 -0.211 225 2HG LYS 276 2HG LYS 276 28.126 4.727 1.264 226 1HD LYS 276 1HD LYS 276 28.488 2.551 1.690 227 2HD LYS 276 2HD LYS 276 26.748 2.259 1.714 228 1HE LYS 276 1HE LYS 276 28.501 2.293 -0.762 229 2HE LYS 276 2HE LYS 276 27.836 0.854 0.010 230 1HZ LYS 276 1HZ LYS 276 25.600 1.820 -0.362 231 2HZ LYS 276 2HZ LYS 276 26.431 1.454 -1.798 232 3HZ LYS 276 3HZ LYS 276 26.319 3.063 -1.263 233 1HN NH2 277 1HN NH2 277 27.762 6.657 2.790 234 2HN NH2 277 2HN NH2 277 26.962 7.481 4.053 Start of MODEL 47 1 1H HIS 250 1H HIS 250 59.364 -5.373 1.867 2 2H HIS 250 2H HIS 250 60.909 -5.658 1.217 3 3H HIS 250 3H HIS 250 60.098 -4.203 0.883 4 HA HIS 250 HA HIS 250 61.721 -4.918 3.133 5 1HB HIS 250 1HB HIS 250 61.092 -2.666 1.442 6 2HB HIS 250 2HB HIS 250 60.971 -2.192 3.137 7 HD2 HIS 250 HD2 HIS 250 63.444 -3.287 4.619 8 HE1 HIS 250 HE1 HIS 250 65.831 -2.495 1.228 9 HE2 HIS 250 HE2 HIS 250 65.879 -3.011 3.714 10 H ILE 251 H ILE 251 61.155 -5.003 5.232 11 HA ILE 251 HA ILE 251 58.324 -4.583 5.901 12 HB ILE 251 HB ILE 251 59.231 -5.668 8.133 13 1HG1 ILE 251 1HG1 ILE 251 61.101 -7.196 7.724 14 2HG1 ILE 251 2HG1 ILE 251 61.243 -6.618 6.064 15 1HG2 ILE 251 1HG2 ILE 251 58.562 -6.910 5.487 16 2HG2 ILE 251 2HG2 ILE 251 57.632 -6.905 6.984 17 3HG2 ILE 251 3HG2 ILE 251 59.038 -7.956 6.824 18 1HD1 ILE 251 1HD1 ILE 251 61.443 -4.723 8.404 19 2HD1 ILE 251 2HD1 ILE 251 62.010 -4.488 6.750 20 3HD1 ILE 251 3HD1 ILE 251 62.851 -5.609 7.819 21 H ASN 252 H ASN 252 61.037 -2.779 5.855 22 HA ASN 252 HA ASN 252 60.678 -1.499 8.462 23 1HB ASN 252 1HB ASN 252 62.835 -0.933 8.245 24 2HB ASN 252 2HB ASN 252 62.874 -1.880 6.759 25 1HD2 ASN 252 1HD2 ASN 252 62.206 -0.649 4.714 26 2HD2 ASN 252 2HD2 ASN 252 62.571 1.006 4.633 27 H GLU 253 H GLU 253 59.146 -1.343 5.585 28 HA GLU 253 HA GLU 253 59.018 1.491 5.161 29 1HB GLU 253 1HB GLU 253 57.147 -0.682 4.194 30 2HB GLU 253 2HB GLU 253 57.259 0.961 3.559 31 1HG GLU 253 1HG GLU 253 59.888 -0.156 3.580 32 2HG GLU 253 2HG GLU 253 58.807 -1.321 2.816 33 H LEU 254 H LEU 254 58.002 -0.201 7.710 34 HA LEU 254 HA LEU 254 55.328 0.300 8.164 35 1HB LEU 254 1HB LEU 254 57.389 0.742 10.316 36 2HB LEU 254 2HB LEU 254 55.769 0.061 10.467 37 HG LEU 254 HG LEU 254 58.192 -1.213 9.177 38 1HD1 LEU 254 1HD1 LEU 254 57.420 -1.252 11.768 39 2HD1 LEU 254 2HD1 LEU 254 58.214 -2.618 10.984 40 3HD1 LEU 254 3HD1 LEU 254 56.460 -2.597 11.153 41 1HD2 LEU 254 1HD2 LEU 254 56.443 -1.802 7.694 42 2HD2 LEU 254 2HD2 LEU 254 55.255 -1.890 8.995 43 3HD2 LEU 254 3HD2 LEU 254 56.486 -3.143 8.840 44 H LEU 255 H LEU 255 57.728 2.583 7.558 45 HA LEU 255 HA LEU 255 56.365 4.736 9.013 46 1HB LEU 255 1HB LEU 255 58.925 4.719 7.396 47 2HB LEU 255 2HB LEU 255 58.283 6.116 8.262 48 HG LEU 255 HG LEU 255 58.338 3.844 10.030 49 1HD1 LEU 255 1HD1 LEU 255 60.818 3.567 10.115 50 2HD1 LEU 255 2HD1 LEU 255 60.948 4.525 8.639 51 3HD1 LEU 255 3HD1 LEU 255 60.122 2.967 8.610 52 1HD2 LEU 255 1HD2 LEU 255 59.901 6.447 9.949 53 2HD2 LEU 255 2HD2 LEU 255 59.758 5.390 11.355 54 3HD2 LEU 255 3HD2 LEU 255 58.331 6.208 10.718 55 H HIS 256 H HIS 256 57.286 3.779 5.731 56 HA HIS 256 HA HIS 256 55.749 5.976 4.573 57 1HB HIS 256 1HB HIS 256 57.514 3.826 3.398 58 2HB HIS 256 2HB HIS 256 56.600 4.967 2.410 59 HD2 HIS 256 HD2 HIS 256 58.109 6.455 5.664 60 HE1 HIS 256 HE1 HIS 256 60.574 7.696 2.470 61 HE2 HIS 256 HE2 HIS 256 60.081 8.008 4.940 62 H ILE 257 H ILE 257 55.951 2.566 3.589 63 HA ILE 257 HA ILE 257 53.630 2.228 2.277 64 HB ILE 257 HB ILE 257 55.071 0.411 4.176 65 1HG1 ILE 257 1HG1 ILE 257 55.659 1.082 1.678 66 2HG1 ILE 257 2HG1 ILE 257 55.871 -0.578 2.231 67 1HG2 ILE 257 1HG2 ILE 257 52.388 -0.053 2.879 68 2HG2 ILE 257 2HG2 ILE 257 52.885 -0.396 4.536 69 3HG2 ILE 257 3HG2 ILE 257 53.479 -1.398 3.214 70 1HD1 ILE 257 1HD1 ILE 257 54.615 -0.203 -0.005 71 2HD1 ILE 257 2HD1 ILE 257 53.266 0.323 0.999 72 3HD1 ILE 257 3HD1 ILE 257 53.899 -1.314 1.162 73 H LEU 258 H LEU 258 53.856 1.749 5.811 74 HA LEU 258 HA LEU 258 51.267 1.249 6.463 75 1HB LEU 258 1HB LEU 258 53.445 1.821 7.919 76 2HB LEU 258 2HB LEU 258 52.570 3.340 8.124 77 HG LEU 258 HG LEU 258 51.481 0.566 8.696 78 1HD1 LEU 258 1HD1 LEU 258 53.151 1.497 10.335 79 2HD1 LEU 258 2HD1 LEU 258 51.547 1.240 11.022 80 3HD1 LEU 258 3HD1 LEU 258 52.068 2.866 10.582 81 1HD2 LEU 258 1HD2 LEU 258 49.638 2.093 9.764 82 2HD2 LEU 258 2HD2 LEU 258 49.603 1.802 8.026 83 3HD2 LEU 258 3HD2 LEU 258 50.255 3.316 8.654 84 H VAL 259 H VAL 259 52.643 4.463 5.817 85 HA VAL 259 HA VAL 259 49.999 5.693 6.022 86 HB VAL 259 HB VAL 259 52.805 6.726 5.727 87 1HG1 VAL 259 1HG1 VAL 259 50.222 8.113 5.031 88 2HG1 VAL 259 2HG1 VAL 259 51.755 8.125 4.156 89 3HG1 VAL 259 3HG1 VAL 259 51.590 9.031 5.661 90 1HG2 VAL 259 1HG2 VAL 259 50.759 7.875 7.560 91 2HG2 VAL 259 2HG2 VAL 259 52.468 7.544 7.847 92 3HG2 VAL 259 3HG2 VAL 259 51.293 6.230 7.908 93 H PHE 260 H PHE 260 52.534 5.162 3.603 94 HA PHE 260 HA PHE 260 51.441 6.467 1.425 95 1HB PHE 260 1HB PHE 260 53.466 4.516 1.884 96 2HB PHE 260 2HB PHE 260 52.492 3.977 0.516 97 HD1 PHE 260 HD1 PHE 260 53.769 7.253 1.839 98 HD2 PHE 260 HD2 PHE 260 53.288 4.673 -1.561 99 HE1 PHE 260 HE1 PHE 260 54.883 8.940 0.402 100 HE2 PHE 260 HE2 PHE 260 54.401 6.360 -2.998 101 HZ PHE 260 HZ PHE 260 55.198 8.493 -2.017 102 H GLY 261 H GLY 261 50.082 3.943 3.189 103 1HA GLY 261 1HA GLY 261 48.356 3.111 0.937 104 2HA GLY 261 2HA GLY 261 48.660 2.150 2.380 105 H GLU 262 H GLU 262 48.428 4.660 4.056 106 HA GLU 262 HA GLU 262 45.542 4.499 4.397 107 1HB GLU 262 1HB GLU 262 45.862 5.314 6.535 108 2HB GLU 262 2HB GLU 262 47.409 4.520 6.253 109 1HG GLU 262 1HG GLU 262 48.100 6.593 7.053 110 2HG GLU 262 2HG GLU 262 48.126 6.877 5.316 111 H SER 263 H SER 263 47.917 6.715 3.163 112 HA SER 263 HA SER 263 46.440 9.112 3.310 113 1HB SER 263 1HB SER 263 48.611 8.182 1.431 114 2HB SER 263 2HB SER 263 47.917 9.799 1.357 115 HG SER 263 HG SER 263 49.832 9.555 2.706 116 H LEU 264 H LEU 264 46.533 6.530 0.902 117 HA LEU 264 HA LEU 264 44.571 7.944 -0.755 118 1HB LEU 264 1HB LEU 264 44.891 6.065 -2.334 119 2HB LEU 264 2HB LEU 264 46.413 6.852 -1.920 120 HG LEU 264 HG LEU 264 46.208 4.922 0.038 121 1HD1 LEU 264 1HD1 LEU 264 45.636 2.832 -1.138 122 2HD1 LEU 264 2HD1 LEU 264 45.213 3.752 -2.581 123 3HD1 LEU 264 3HD1 LEU 264 44.253 3.927 -1.111 124 1HD2 LEU 264 1HD2 LEU 264 47.950 3.751 -1.282 125 2HD2 LEU 264 2HD2 LEU 264 48.213 5.494 -1.278 126 3HD2 LEU 264 3HD2 LEU 264 47.515 4.711 -2.695 127 H LEU 265 H LEU 265 44.426 6.105 1.939 128 HA LEU 265 HA LEU 265 42.233 4.365 1.176 129 1HB LEU 265 1HB LEU 265 43.915 3.718 2.907 130 2HB LEU 265 2HB LEU 265 43.305 5.015 3.932 131 HG LEU 265 HG LEU 265 41.045 3.970 3.870 132 1HD1 LEU 265 1HD1 LEU 265 41.285 1.412 3.125 133 2HD1 LEU 265 2HD1 LEU 265 42.493 2.100 2.040 134 3HD1 LEU 265 3HD1 LEU 265 40.825 2.668 1.976 135 1HD2 LEU 265 1HD2 LEU 265 41.990 3.236 5.811 136 2HD2 LEU 265 2HD2 LEU 265 43.476 2.728 5.009 137 3HD2 LEU 265 3HD2 LEU 265 42.054 1.685 4.975 138 H ASN 266 H ASN 266 42.686 7.284 3.155 139 HA ASN 266 HA ASN 266 39.996 7.567 3.965 140 1HB ASN 266 1HB ASN 266 40.625 9.630 4.817 141 2HB ASN 266 2HB ASN 266 42.178 8.798 4.750 142 1HD2 ASN 266 1HD2 ASN 266 43.385 9.144 2.539 143 2HD2 ASN 266 2HD2 ASN 266 43.303 10.707 1.884 144 H ASP 267 H ASP 267 41.543 8.092 0.948 145 HA ASP 267 HA ASP 267 39.467 9.898 -0.036 146 1HB ASP 267 1HB ASP 267 41.902 10.148 -0.660 147 2HB ASP 267 2HB ASP 267 41.746 8.656 -1.584 148 H ALA 268 H ALA 268 40.502 6.550 -0.322 149 HA ALA 268 HA ALA 268 38.952 5.773 -2.527 150 1HB ALA 268 1HB ALA 268 39.556 4.056 -0.115 151 2HB ALA 268 2HB ALA 268 40.738 4.408 -1.375 152 3HB ALA 268 3HB ALA 268 39.266 3.521 -1.770 153 H VAL 269 H VAL 269 38.078 6.443 0.771 154 HA VAL 269 HA VAL 269 35.603 5.047 0.833 155 HB VAL 269 HB VAL 269 36.237 7.563 2.375 156 1HG1 VAL 269 1HG1 VAL 269 34.562 6.890 3.796 157 2HG1 VAL 269 2HG1 VAL 269 34.876 5.176 3.522 158 3HG1 VAL 269 3HG1 VAL 269 33.969 6.109 2.330 159 1HG2 VAL 269 1HG2 VAL 269 37.013 5.623 4.058 160 2HG2 VAL 269 2HG2 VAL 269 38.139 6.379 2.930 161 3HG2 VAL 269 3HG2 VAL 269 37.411 4.821 2.537 162 H THR 270 H THR 270 36.578 8.205 -0.338 163 HA THR 270 HA THR 270 33.832 9.072 -0.761 164 HB THR 270 HB THR 270 35.684 10.748 -2.125 165 HG1 THR 270 HG1 THR 270 37.404 10.475 -0.980 166 1HG2 THR 270 1HG2 THR 270 34.323 11.064 0.564 167 2HG2 THR 270 2HG2 THR 270 33.574 11.406 -0.995 168 3HG2 THR 270 3HG2 THR 270 34.945 12.369 -0.445 169 H VAL 271 H VAL 271 36.657 8.217 -2.751 170 HA VAL 271 HA VAL 271 35.738 8.626 -5.281 171 HB VAL 271 HB VAL 271 37.185 6.151 -4.308 172 1HG1 VAL 271 1HG1 VAL 271 36.559 5.607 -6.486 173 2HG1 VAL 271 2HG1 VAL 271 38.095 6.428 -6.767 174 3HG1 VAL 271 3HG1 VAL 271 36.575 7.288 -7.018 175 1HG2 VAL 271 1HG2 VAL 271 39.096 7.390 -4.255 176 2HG2 VAL 271 2HG2 VAL 271 38.001 8.764 -4.101 177 3HG2 VAL 271 3HG2 VAL 271 38.641 8.320 -5.683 178 H VAL 272 H VAL 272 34.645 6.225 -2.996 179 HA VAL 272 HA VAL 272 32.957 4.927 -5.008 180 HB VAL 272 HB VAL 272 33.687 4.286 -2.158 181 1HG1 VAL 272 1HG1 VAL 272 31.360 3.329 -3.805 182 2HG1 VAL 272 2HG1 VAL 272 31.419 3.721 -2.086 183 3HG1 VAL 272 3HG1 VAL 272 32.144 2.224 -2.674 184 1HG2 VAL 272 1HG2 VAL 272 33.724 2.270 -4.324 185 2HG2 VAL 272 2HG2 VAL 272 34.934 2.618 -3.090 186 3HG2 VAL 272 3HG2 VAL 272 34.844 3.614 -4.543 187 H LEU 273 H LEU 273 32.773 7.119 -2.298 188 HA LEU 273 HA LEU 273 29.925 6.903 -1.950 189 1HB LEU 273 1HB LEU 273 31.749 7.744 -0.272 190 2HB LEU 273 2HB LEU 273 31.517 9.293 -1.082 191 HG LEU 273 HG LEU 273 28.944 8.668 -0.714 192 1HD1 LEU 273 1HD1 LEU 273 29.568 6.476 0.342 193 2HD1 LEU 273 2HD1 LEU 273 28.595 7.508 1.390 194 3HD1 LEU 273 3HD1 LEU 273 30.334 7.377 1.651 195 1HD2 LEU 273 1HD2 LEU 273 30.890 9.871 1.268 196 2HD2 LEU 273 2HD2 LEU 273 29.144 9.911 1.515 197 3HD2 LEU 273 3HD2 LEU 273 29.855 10.718 0.118 198 H TYR 274 H TYR 274 32.091 9.320 -3.406 199 HA TYR 274 HA TYR 274 30.387 11.267 -4.222 200 1HB TYR 274 1HB TYR 274 32.874 10.118 -5.280 201 2HB TYR 274 2HB TYR 274 31.893 10.943 -6.492 202 HD1 TYR 274 HD1 TYR 274 31.437 13.332 -6.342 203 HD2 TYR 274 HD2 TYR 274 33.756 11.325 -3.334 204 HE1 TYR 274 HE1 TYR 274 32.180 15.524 -5.451 205 HE2 TYR 274 HE2 TYR 274 34.499 13.517 -2.444 206 HH TYR 274 HH TYR 274 33.018 16.397 -3.184 207 H LYS 275 H LYS 275 31.107 8.370 -6.177 208 HA LYS 275 HA LYS 275 29.205 8.813 -8.176 209 1HB LYS 275 1HB LYS 275 29.913 6.048 -7.230 210 2HB LYS 275 2HB LYS 275 29.629 6.618 -8.875 211 1HG LYS 275 1HG LYS 275 31.727 8.204 -8.149 212 2HG LYS 275 2HG LYS 275 32.089 6.742 -7.234 213 1HD LYS 275 1HD LYS 275 33.133 6.353 -9.310 214 2HD LYS 275 2HD LYS 275 31.601 5.490 -9.457 215 1HE LYS 275 1HE LYS 275 31.393 6.679 -11.391 216 2HE LYS 275 2HE LYS 275 30.872 7.977 -10.317 217 1HZ LYS 275 1HZ LYS 275 33.231 8.659 -10.165 218 2HZ LYS 275 2HZ LYS 275 32.586 8.803 -11.730 219 3HZ LYS 275 3HZ LYS 275 33.614 7.505 -11.347 220 H LYS 276 H LYS 276 28.886 7.440 -4.969 221 HA LYS 276 HA LYS 276 26.209 6.438 -5.436 222 1HB LYS 276 1HB LYS 276 27.770 6.795 -2.866 223 2HB LYS 276 2HB LYS 276 26.233 5.942 -3.019 224 1HG LYS 276 1HG LYS 276 28.429 5.118 -4.862 225 2HG LYS 276 2HG LYS 276 28.584 4.657 -3.167 226 1HD LYS 276 1HD LYS 276 25.975 4.208 -4.586 227 2HD LYS 276 2HD LYS 276 27.303 3.071 -4.826 228 1HE LYS 276 1HE LYS 276 26.692 3.867 -2.020 229 2HE LYS 276 2HE LYS 276 25.543 2.793 -2.819 230 1HZ LYS 276 1HZ LYS 276 26.963 1.208 -2.166 231 2HZ LYS 276 2HZ LYS 276 28.257 2.289 -1.958 232 3HZ LYS 276 3HZ LYS 276 27.884 1.692 -3.505 233 1HN NH2 277 1HN NH2 277 27.289 9.542 -5.223 234 2HN NH2 277 2HN NH2 277 25.949 10.261 -4.446 Start of MODEL 48 1 1H HIS 250 1H HIS 250 65.584 3.715 8.463 2 2H HIS 250 2H HIS 250 64.727 2.832 9.635 3 3H HIS 250 3H HIS 250 65.059 4.480 9.883 4 HA HIS 250 HA HIS 250 63.318 3.385 7.741 5 1HB HIS 250 1HB HIS 250 62.596 3.358 10.275 6 2HB HIS 250 2HB HIS 250 62.389 5.093 10.031 7 HD2 HIS 250 HD2 HIS 250 61.187 4.778 6.872 8 HE1 HIS 250 HE1 HIS 250 58.098 2.652 8.811 9 HE2 HIS 250 HE2 HIS 250 58.753 3.853 6.672 10 H ILE 251 H ILE 251 63.215 4.737 6.066 11 HA ILE 251 HA ILE 251 64.550 7.195 5.915 12 HB ILE 251 HB ILE 251 62.215 6.227 4.247 13 1HG1 ILE 251 1HG1 ILE 251 64.767 6.023 2.965 14 2HG1 ILE 251 2HG1 ILE 251 64.882 5.239 4.541 15 1HG2 ILE 251 1HG2 ILE 251 64.245 8.439 3.939 16 2HG2 ILE 251 2HG2 ILE 251 62.492 8.524 3.764 17 3HG2 ILE 251 3HG2 ILE 251 63.463 7.716 2.533 18 1HD1 ILE 251 1HD1 ILE 251 62.746 4.696 2.458 19 2HD1 ILE 251 2HD1 ILE 251 62.863 3.914 4.034 20 3HD1 ILE 251 3HD1 ILE 251 64.115 3.645 2.821 21 H ASN 252 H ASN 252 63.559 9.331 5.503 22 HA ASN 252 HA ASN 252 61.856 10.089 7.654 23 1HB ASN 252 1HB ASN 252 61.962 12.040 5.511 24 2HB ASN 252 2HB ASN 252 62.594 12.146 7.152 25 1HD2 ASN 252 1HD2 ASN 252 64.751 10.917 7.500 26 2HD2 ASN 252 2HD2 ASN 252 65.856 10.922 6.212 27 H GLU 253 H GLU 253 61.037 8.393 5.023 28 HA GLU 253 HA GLU 253 58.808 9.739 3.941 29 1HB GLU 253 1HB GLU 253 58.122 7.512 3.134 30 2HB GLU 253 2HB GLU 253 59.828 7.822 2.823 31 1HG GLU 253 1HG GLU 253 59.982 5.703 3.739 32 2HG GLU 253 2HG GLU 253 60.120 6.670 5.203 33 H LEU 254 H LEU 254 59.287 8.721 7.047 34 HA LEU 254 HA LEU 254 57.031 7.419 7.913 35 1HB LEU 254 1HB LEU 254 58.952 9.294 9.092 36 2HB LEU 254 2HB LEU 254 57.366 9.359 9.857 37 HG LEU 254 HG LEU 254 58.913 7.682 10.901 38 1HD1 LEU 254 1HD1 LEU 254 57.011 6.642 11.492 39 2HD1 LEU 254 2HD1 LEU 254 56.987 5.787 9.950 40 3HD1 LEU 254 3HD1 LEU 254 56.195 7.355 10.101 41 1HD2 LEU 254 1HD2 LEU 254 59.575 7.088 8.293 42 2HD2 LEU 254 2HD2 LEU 254 58.514 5.746 8.721 43 3HD2 LEU 254 3HD2 LEU 254 59.954 6.074 9.684 44 H LEU 255 H LEU 255 57.216 10.454 6.394 45 HA LEU 255 HA LEU 255 54.497 11.194 7.275 46 1HB LEU 255 1HB LEU 255 56.618 12.875 5.923 47 2HB LEU 255 2HB LEU 255 55.038 13.443 6.461 48 HG LEU 255 HG LEU 255 55.931 12.299 8.754 49 1HD1 LEU 255 1HD1 LEU 255 58.117 11.738 7.740 50 2HD1 LEU 255 2HD1 LEU 255 58.301 12.909 9.045 51 3HD1 LEU 255 3HD1 LEU 255 58.376 13.441 7.365 52 1HD2 LEU 255 1HD2 LEU 255 56.337 15.092 7.665 53 2HD2 LEU 255 2HD2 LEU 255 56.711 14.677 9.337 54 3HD2 LEU 255 3HD2 LEU 255 55.061 14.519 8.737 55 H HIS 256 H HIS 256 56.559 11.236 4.367 56 HA HIS 256 HA HIS 256 54.558 11.734 2.490 57 1HB HIS 256 1HB HIS 256 57.139 10.187 2.175 58 2HB HIS 256 2HB HIS 256 56.142 10.768 0.840 59 HD2 HIS 256 HD2 HIS 256 58.910 12.069 3.153 60 HE1 HIS 256 HE1 HIS 256 57.238 15.466 1.285 61 HE2 HIS 256 HE2 HIS 256 59.171 14.629 2.704 62 H ILE 257 H ILE 257 56.175 8.613 2.280 63 HA ILE 257 HA ILE 257 54.163 7.219 1.084 64 HB ILE 257 HB ILE 257 56.183 6.224 3.094 65 1HG1 ILE 257 1HG1 ILE 257 56.107 5.995 0.071 66 2HG1 ILE 257 2HG1 ILE 257 56.965 7.279 0.923 67 1HG2 ILE 257 1HG2 ILE 257 54.498 4.550 3.065 68 2HG2 ILE 257 2HG2 ILE 257 55.688 3.995 1.890 69 3HG2 ILE 257 3HG2 ILE 257 54.201 4.766 1.340 70 1HD1 ILE 257 1HD1 ILE 257 58.663 5.900 1.524 71 2HD1 ILE 257 2HD1 ILE 257 58.046 4.833 0.264 72 3HD1 ILE 257 3HD1 ILE 257 57.563 4.587 1.941 73 H LEU 258 H LEU 258 54.749 7.317 4.599 74 HA LEU 258 HA LEU 258 52.756 5.769 5.583 75 1HB LEU 258 1HB LEU 258 54.099 8.215 6.485 76 2HB LEU 258 2HB LEU 258 52.520 7.964 7.222 77 HG LEU 258 HG LEU 258 54.417 6.907 8.497 78 1HD1 LEU 258 1HD1 LEU 258 52.811 5.525 9.243 79 2HD1 LEU 258 2HD1 LEU 258 53.066 4.470 7.853 80 3HD1 LEU 258 3HD1 LEU 258 51.895 5.786 7.759 81 1HD2 LEU 258 1HD2 LEU 258 55.846 5.418 7.535 82 2HD2 LEU 258 2HD2 LEU 258 55.322 6.159 6.023 83 3HD2 LEU 258 3HD2 LEU 258 54.569 4.665 6.581 84 H VAL 259 H VAL 259 52.140 9.266 5.448 85 HA VAL 259 HA VAL 259 49.387 9.162 5.579 86 HB VAL 259 HB VAL 259 51.187 11.147 4.183 87 1HG1 VAL 259 1HG1 VAL 259 49.226 11.732 3.142 88 2HG1 VAL 259 2HG1 VAL 259 48.933 12.543 4.681 89 3HG1 VAL 259 3HG1 VAL 259 48.222 10.959 4.368 90 1HG2 VAL 259 1HG2 VAL 259 49.721 11.132 6.841 91 2HG2 VAL 259 2HG2 VAL 259 50.632 12.501 6.205 92 3HG2 VAL 259 3HG2 VAL 259 51.464 10.999 6.611 93 H PHE 260 H PHE 260 51.310 9.485 2.584 94 HA PHE 260 HA PHE 260 49.328 9.380 0.700 95 1HB PHE 260 1HB PHE 260 52.140 8.364 0.755 96 2HB PHE 260 2HB PHE 260 51.114 7.941 -0.617 97 HD1 PHE 260 HD1 PHE 260 51.559 11.004 1.513 98 HD2 PHE 260 HD2 PHE 260 51.460 9.345 -2.448 99 HE1 PHE 260 HE1 PHE 260 51.914 13.264 0.557 100 HE2 PHE 260 HE2 PHE 260 51.815 11.604 -3.403 101 HZ PHE 260 HZ PHE 260 52.041 13.564 -1.901 102 H GLY 261 H GLY 261 50.704 6.676 2.512 103 1HA GLY 261 1HA GLY 261 49.203 4.673 1.083 104 2HA GLY 261 2HA GLY 261 50.154 4.424 2.544 105 H GLU 262 H GLU 262 48.723 6.661 3.909 106 HA GLU 262 HA GLU 262 46.506 5.073 4.907 107 1HB GLU 262 1HB GLU 262 47.465 7.820 5.740 108 2HB GLU 262 2HB GLU 262 46.314 6.810 6.614 109 1HG GLU 262 1HG GLU 262 48.529 5.150 6.164 110 2HG GLU 262 2HG GLU 262 49.215 6.706 6.626 111 H SER 263 H SER 263 47.008 8.018 3.045 112 HA SER 263 HA SER 263 44.240 8.797 3.074 113 1HB SER 263 1HB SER 263 44.987 10.355 1.231 114 2HB SER 263 2HB SER 263 45.859 10.528 2.751 115 HG SER 263 HG SER 263 46.911 10.129 0.433 116 H LEU 264 H LEU 264 46.083 6.502 1.348 117 HA LEU 264 HA LEU 264 44.749 6.481 -1.139 118 1HB LEU 264 1HB LEU 264 46.746 4.950 0.153 119 2HB LEU 264 2HB LEU 264 45.488 3.818 -0.341 120 HG LEU 264 HG LEU 264 46.801 5.876 -2.143 121 1HD1 LEU 264 1HD1 LEU 264 48.199 3.873 -1.401 122 2HD1 LEU 264 2HD1 LEU 264 47.983 4.053 -3.142 123 3HD1 LEU 264 3HD1 LEU 264 47.033 2.861 -2.253 124 1HD2 LEU 264 1HD2 LEU 264 45.557 4.019 -3.740 125 2HD2 LEU 264 2HD2 LEU 264 44.862 5.579 -3.304 126 3HD2 LEU 264 3HD2 LEU 264 44.428 4.135 -2.392 127 H LEU 265 H LEU 265 43.832 5.364 2.012 128 HA LEU 265 HA LEU 265 41.639 3.733 0.974 129 1HB LEU 265 1HB LEU 265 42.363 4.386 3.841 130 2HB LEU 265 2HB LEU 265 41.233 3.146 3.297 131 HG LEU 265 HG LEU 265 43.718 2.769 1.922 132 1HD1 LEU 265 1HD1 LEU 265 45.198 2.321 3.831 133 2HD1 LEU 265 2HD1 LEU 265 43.951 2.880 4.947 134 3HD1 LEU 265 3HD1 LEU 265 44.707 4.015 3.829 135 1HD2 LEU 265 1HD2 LEU 265 42.402 1.167 4.140 136 2HD2 LEU 265 2HD2 LEU 265 43.569 0.558 2.967 137 3HD2 LEU 265 3HD2 LEU 265 41.967 1.067 2.435 138 H ASN 266 H ASN 266 42.171 6.717 2.802 139 HA ASN 266 HA ASN 266 39.391 7.309 3.134 140 1HB ASN 266 1HB ASN 266 41.934 8.882 3.462 141 2HB ASN 266 2HB ASN 266 40.358 9.656 3.616 142 1HD2 ASN 266 1HD2 ASN 266 42.710 7.806 5.301 143 2HD2 ASN 266 2HD2 ASN 266 41.770 7.439 6.665 144 H ASP 267 H ASP 267 41.721 7.785 0.620 145 HA ASP 267 HA ASP 267 40.530 9.967 -0.730 146 1HB ASP 267 1HB ASP 267 42.626 9.558 -1.571 147 2HB ASP 267 2HB ASP 267 42.456 7.808 -1.437 148 H ALA 268 H ALA 268 39.733 6.593 -0.540 149 HA ALA 268 HA ALA 268 37.899 6.749 -2.817 150 1HB ALA 268 1HB ALA 268 39.159 4.599 -1.242 151 2HB ALA 268 2HB ALA 268 38.692 4.630 -2.944 152 3HB ALA 268 3HB ALA 268 37.484 4.290 -1.704 153 H VAL 269 H VAL 269 37.842 6.234 0.691 154 HA VAL 269 HA VAL 269 35.199 5.738 1.180 155 HB VAL 269 HB VAL 269 37.096 7.544 2.692 156 1HG1 VAL 269 1HG1 VAL 269 34.929 8.198 3.427 157 2HG1 VAL 269 2HG1 VAL 269 35.472 7.010 4.612 158 3HG1 VAL 269 3HG1 VAL 269 34.323 6.543 3.358 159 1HG2 VAL 269 1HG2 VAL 269 37.832 5.644 3.722 160 2HG2 VAL 269 2HG2 VAL 269 37.203 4.843 2.281 161 3HG2 VAL 269 3HG2 VAL 269 36.224 4.920 3.746 162 H THR 270 H THR 270 36.681 8.848 0.391 163 HA THR 270 HA THR 270 34.409 10.469 0.840 164 HB THR 270 HB THR 270 36.683 11.383 0.573 165 HG1 THR 270 HG1 THR 270 34.475 12.198 -0.820 166 1HG2 THR 270 1HG2 THR 270 37.982 10.921 -1.213 167 2HG2 THR 270 2HG2 THR 270 36.685 11.300 -2.345 168 3HG2 THR 270 3HG2 THR 270 36.787 9.692 -1.628 169 H VAL 271 H VAL 271 35.347 8.394 -1.797 170 HA VAL 271 HA VAL 271 33.241 9.457 -3.533 171 HB VAL 271 HB VAL 271 35.268 7.259 -4.007 172 1HG1 VAL 271 1HG1 VAL 271 34.586 7.666 -6.413 173 2HG1 VAL 271 2HG1 VAL 271 33.239 8.623 -5.796 174 3HG1 VAL 271 3HG1 VAL 271 33.347 6.904 -5.416 175 1HG2 VAL 271 1HG2 VAL 271 36.716 8.929 -4.441 176 2HG2 VAL 271 2HG2 VAL 271 35.487 10.119 -4.007 177 3HG2 VAL 271 3HG2 VAL 271 35.615 9.550 -5.672 178 H VAL 272 H VAL 272 33.931 6.768 -1.438 179 HA VAL 272 HA VAL 272 31.647 5.232 -2.426 180 HB VAL 272 HB VAL 272 33.639 4.652 -0.222 181 1HG1 VAL 272 1HG1 VAL 272 32.537 2.265 -0.930 182 2HG1 VAL 272 2HG1 VAL 272 31.147 3.333 -1.128 183 3HG1 VAL 272 3HG1 VAL 272 31.971 3.237 0.428 184 1HG2 VAL 272 1HG2 VAL 272 34.562 4.682 -2.542 185 2HG2 VAL 272 2HG2 VAL 272 33.348 3.491 -3.011 186 3HG2 VAL 272 3HG2 VAL 272 34.586 3.069 -1.828 187 H LEU 273 H LEU 273 32.389 7.541 -0.012 188 HA LEU 273 HA LEU 273 30.182 6.745 1.732 189 1HB LEU 273 1HB LEU 273 32.298 7.548 2.727 190 2HB LEU 273 2HB LEU 273 32.078 9.098 1.918 191 HG LEU 273 HG LEU 273 29.650 8.506 3.295 192 1HD1 LEU 273 1HD1 LEU 273 30.515 8.397 5.621 193 2HD1 LEU 273 2HD1 LEU 273 32.151 8.212 4.987 194 3HD1 LEU 273 3HD1 LEU 273 30.945 6.960 4.693 195 1HD2 LEU 273 1HD2 LEU 273 31.901 10.473 3.817 196 2HD2 LEU 273 2HD2 LEU 273 30.300 10.569 4.549 197 3HD2 LEU 273 3HD2 LEU 273 30.484 10.749 2.804 198 H TYR 274 H TYR 274 31.055 9.303 -0.539 199 HA TYR 274 HA TYR 274 28.646 10.811 -0.042 200 1HB TYR 274 1HB TYR 274 30.914 11.015 -2.004 201 2HB TYR 274 2HB TYR 274 29.462 11.996 -2.204 202 HD1 TYR 274 HD1 TYR 274 29.439 14.096 -1.183 203 HD2 TYR 274 HD2 TYR 274 31.831 10.962 0.521 204 HE1 TYR 274 HE1 TYR 274 30.271 15.670 0.541 205 HE2 TYR 274 HE2 TYR 274 32.663 12.536 2.246 206 HH TYR 274 HH TYR 274 31.394 15.032 3.222 207 H LYS 275 H LYS 275 29.897 8.964 -2.830 208 HA LYS 275 HA LYS 275 27.638 9.136 -4.451 209 1HB LYS 275 1HB LYS 275 29.550 6.800 -4.218 210 2HB LYS 275 2HB LYS 275 28.502 7.143 -5.591 211 1HG LYS 275 1HG LYS 275 30.509 9.180 -4.607 212 2HG LYS 275 2HG LYS 275 30.978 7.913 -5.735 213 1HD LYS 275 1HD LYS 275 30.030 9.000 -7.467 214 2HD LYS 275 2HD LYS 275 28.512 9.205 -6.596 215 1HE LYS 275 1HE LYS 275 29.344 11.178 -5.472 216 2HE LYS 275 2HE LYS 275 30.960 10.927 -6.135 217 1HZ LYS 275 1HZ LYS 275 29.922 12.546 -7.473 218 2HZ LYS 275 2HZ LYS 275 28.488 11.645 -7.602 219 3HZ LYS 275 3HZ LYS 275 29.902 11.114 -8.382 220 H LYS 276 H LYS 276 27.934 7.639 -1.451 221 HA LYS 276 HA LYS 276 26.141 5.437 -1.855 222 1HB LYS 276 1HB LYS 276 27.669 6.583 0.340 223 2HB LYS 276 2HB LYS 276 26.055 6.088 0.851 224 1HG LYS 276 1HG LYS 276 26.400 3.851 -0.034 225 2HG LYS 276 2HG LYS 276 27.951 4.326 -0.730 226 1HD LYS 276 1HD LYS 276 28.776 4.845 1.571 227 2HD LYS 276 2HD LYS 276 27.255 4.231 2.220 228 1HE LYS 276 1HE LYS 276 29.025 2.576 0.411 229 2HE LYS 276 2HE LYS 276 29.199 2.569 2.166 230 1HZ LYS 276 1HZ LYS 276 27.671 0.843 1.054 231 2HZ LYS 276 2HZ LYS 276 26.561 2.123 0.935 232 3HZ LYS 276 3HZ LYS 276 27.131 1.627 2.457 233 1HN NH2 277 1HN NH2 277 25.671 8.854 -1.284 234 2HN NH2 277 2HN NH2 277 23.982 8.773 -1.041 Start of MODEL 49 1 1H HIS 250 1H HIS 250 35.948 -6.471 -3.693 2 2H HIS 250 2H HIS 250 34.924 -5.235 -3.134 3 3H HIS 250 3H HIS 250 34.265 -6.666 -3.771 4 HA HIS 250 HA HIS 250 34.038 -7.013 -1.520 5 1HB HIS 250 1HB HIS 250 35.613 -8.674 -2.883 6 2HB HIS 250 2HB HIS 250 36.820 -8.090 -1.736 7 HD2 HIS 250 HD2 HIS 250 33.102 -9.510 -1.331 8 HE1 HIS 250 HE1 HIS 250 35.490 -10.874 1.871 9 HE2 HIS 250 HE2 HIS 250 33.170 -10.956 0.842 10 H ILE 251 H ILE 251 36.424 -7.509 0.182 11 HA ILE 251 HA ILE 251 36.531 -4.966 1.469 12 HB ILE 251 HB ILE 251 38.104 -6.057 2.998 13 1HG1 ILE 251 1HG1 ILE 251 38.294 -7.933 0.688 14 2HG1 ILE 251 2HG1 ILE 251 39.534 -7.440 1.837 15 1HG2 ILE 251 1HG2 ILE 251 36.561 -7.665 3.856 16 2HG2 ILE 251 2HG2 ILE 251 35.929 -8.025 2.248 17 3HG2 ILE 251 3HG2 ILE 251 35.575 -6.476 3.009 18 1HD1 ILE 251 1HD1 ILE 251 39.116 -9.726 2.323 19 2HD1 ILE 251 2HD1 ILE 251 37.372 -9.514 2.205 20 3HD1 ILE 251 3HD1 ILE 251 38.253 -8.832 3.573 21 H ASN 252 H ASN 252 37.348 -4.530 -1.121 22 HA ASN 252 HA ASN 252 39.953 -4.658 -1.878 23 1HB ASN 252 1HB ASN 252 38.641 -1.983 -2.074 24 2HB ASN 252 2HB ASN 252 39.538 -2.886 -3.293 25 1HD2 ASN 252 1HD2 ASN 252 36.367 -2.255 -2.027 26 2HD2 ASN 252 2HD2 ASN 252 35.530 -3.345 -3.021 27 H GLU 253 H GLU 253 38.628 -2.674 0.695 28 HA GLU 253 HA GLU 253 40.686 -0.891 1.160 29 1HB GLU 253 1HB GLU 253 40.039 -1.496 3.699 30 2HB GLU 253 2HB GLU 253 39.005 -0.513 2.661 31 1HG GLU 253 1HG GLU 253 37.520 -2.269 2.250 32 2HG GLU 253 2HG GLU 253 38.719 -3.504 2.631 33 H LEU 254 H LEU 254 40.369 -4.206 2.419 34 HA LEU 254 HA LEU 254 43.203 -4.155 3.201 35 1HB LEU 254 1HB LEU 254 41.184 -6.317 3.804 36 2HB LEU 254 2HB LEU 254 42.726 -6.016 4.607 37 HG LEU 254 HG LEU 254 40.310 -4.184 4.649 38 1HD1 LEU 254 1HD1 LEU 254 41.562 -5.392 7.080 39 2HD1 LEU 254 2HD1 LEU 254 40.546 -6.427 6.076 40 3HD1 LEU 254 3HD1 LEU 254 39.879 -4.956 6.785 41 1HD2 LEU 254 1HD2 LEU 254 41.876 -3.130 6.501 42 2HD2 LEU 254 2HD2 LEU 254 42.099 -2.699 4.806 43 3HD2 LEU 254 3HD2 LEU 254 43.155 -3.894 5.558 44 H LEU 255 H LEU 255 41.459 -4.934 0.521 45 HA LEU 255 HA LEU 255 42.999 -7.365 -0.083 46 1HB LEU 255 1HB LEU 255 40.349 -6.588 -0.637 47 2HB LEU 255 2HB LEU 255 41.188 -6.619 -2.187 48 HG LEU 255 HG LEU 255 41.201 -8.864 -0.150 49 1HD1 LEU 255 1HD1 LEU 255 40.073 -9.584 -2.673 50 2HD1 LEU 255 2HD1 LEU 255 39.275 -8.109 -2.125 51 3HD1 LEU 255 3HD1 LEU 255 39.279 -9.543 -1.099 52 1HD2 LEU 255 1HD2 LEU 255 41.979 -9.697 -2.749 53 2HD2 LEU 255 2HD2 LEU 255 42.986 -9.615 -1.305 54 3HD2 LEU 255 3HD2 LEU 255 42.895 -8.233 -2.395 55 H HIS 256 H HIS 256 41.896 -4.731 -2.228 56 HA HIS 256 HA HIS 256 44.464 -4.869 -3.622 57 1HB HIS 256 1HB HIS 256 42.039 -3.210 -4.319 58 2HB HIS 256 2HB HIS 256 43.403 -3.601 -5.365 59 HD2 HIS 256 HD2 HIS 256 40.078 -5.204 -4.146 60 HE1 HIS 256 HE1 HIS 256 42.038 -8.055 -6.566 61 HE2 HIS 256 HE2 HIS 256 39.872 -7.510 -5.360 62 H ILE 257 H ILE 257 42.361 -2.209 -2.487 63 HA ILE 257 HA ILE 257 44.056 -0.096 -2.775 64 HB ILE 257 HB ILE 257 41.888 -0.727 -0.828 65 1HG1 ILE 257 1HG1 ILE 257 40.891 1.248 -1.880 66 2HG1 ILE 257 2HG1 ILE 257 42.395 1.567 -2.743 67 1HG2 ILE 257 1HG2 ILE 257 42.177 1.608 0.122 68 2HG2 ILE 257 2HG2 ILE 257 43.792 1.617 -0.574 69 3HG2 ILE 257 3HG2 ILE 257 43.373 0.438 0.672 70 1HD1 ILE 257 1HD1 ILE 257 41.009 -1.090 -3.021 71 2HD1 ILE 257 2HD1 ILE 257 42.152 -0.321 -4.122 72 3HD1 ILE 257 3HD1 ILE 257 40.503 0.290 -3.994 73 H LEU 258 H LEU 258 44.571 -2.789 -0.784 74 HA LEU 258 HA LEU 258 45.904 -2.073 1.440 75 1HB LEU 258 1HB LEU 258 46.212 -4.227 -0.526 76 2HB LEU 258 2HB LEU 258 47.678 -3.900 0.396 77 HG LEU 258 HG LEU 258 44.951 -4.314 1.648 78 1HD1 LEU 258 1HD1 LEU 258 47.234 -6.231 1.128 79 2HD1 LEU 258 2HD1 LEU 258 45.552 -6.399 0.632 80 3HD1 LEU 258 3HD1 LEU 258 45.989 -6.543 2.335 81 1HD2 LEU 258 1HD2 LEU 258 47.173 -4.930 3.348 82 2HD2 LEU 258 2HD2 LEU 258 45.976 -3.651 3.547 83 3HD2 LEU 258 3HD2 LEU 258 47.457 -3.339 2.642 84 H VAL 259 H VAL 259 47.169 -1.750 -1.857 85 HA VAL 259 HA VAL 259 49.789 -1.184 -1.541 86 HB VAL 259 HB VAL 259 49.118 0.882 -3.205 87 1HG1 VAL 259 1HG1 VAL 259 50.623 -0.981 -3.727 88 2HG1 VAL 259 2HG1 VAL 259 49.436 -0.785 -5.017 89 3HG1 VAL 259 3HG1 VAL 259 49.249 -2.082 -3.836 90 1HG2 VAL 259 1HG2 VAL 259 46.671 0.208 -2.712 91 2HG2 VAL 259 2HG2 VAL 259 47.009 -1.228 -3.680 92 3HG2 VAL 259 3HG2 VAL 259 47.139 0.373 -4.403 93 H PHE 260 H PHE 260 47.707 1.675 -1.777 94 HA PHE 260 HA PHE 260 49.480 3.082 0.052 95 1HB PHE 260 1HB PHE 260 47.647 4.933 -0.484 96 2HB PHE 260 2HB PHE 260 48.926 4.540 -1.633 97 HD1 PHE 260 HD1 PHE 260 48.467 3.189 -3.629 98 HD2 PHE 260 HD2 PHE 260 45.348 4.213 -0.858 99 HE1 PHE 260 HE1 PHE 260 46.761 2.521 -5.301 100 HE2 PHE 260 HE2 PHE 260 43.643 3.544 -2.530 101 HZ PHE 260 HZ PHE 260 44.350 2.698 -4.751 102 H GLY 261 H GLY 261 45.952 2.578 -0.168 103 1HA GLY 261 1HA GLY 261 44.321 2.721 1.470 104 2HA GLY 261 2HA GLY 261 45.407 1.630 2.324 105 H GLU 262 H GLU 262 46.820 2.454 3.894 106 HA GLU 262 HA GLU 262 45.952 4.313 5.659 107 1HB GLU 262 1HB GLU 262 48.376 4.633 6.315 108 2HB GLU 262 2HB GLU 262 47.834 2.957 6.233 109 1HG GLU 262 1HG GLU 262 48.964 2.554 4.217 110 2HG GLU 262 2HG GLU 262 49.066 4.268 3.823 111 H SER 263 H SER 263 47.331 4.977 2.558 112 HA SER 263 HA SER 263 47.908 7.762 3.183 113 1HB SER 263 1HB SER 263 48.830 5.952 1.266 114 2HB SER 263 2HB SER 263 47.871 7.116 0.355 115 HG SER 263 HG SER 263 49.078 8.768 1.435 116 H LEU 264 H LEU 264 45.968 6.278 0.581 117 HA LEU 264 HA LEU 264 44.303 8.629 0.392 118 1HB LEU 264 1HB LEU 264 43.794 5.967 -0.934 119 2HB LEU 264 2HB LEU 264 43.296 7.571 -1.475 120 HG LEU 264 HG LEU 264 46.132 6.508 -1.342 121 1HD1 LEU 264 1HD1 LEU 264 44.856 7.613 -3.805 122 2HD1 LEU 264 2HD1 LEU 264 44.344 6.012 -3.272 123 3HD1 LEU 264 3HD1 LEU 264 46.041 6.317 -3.639 124 1HD2 LEU 264 1HD2 LEU 264 46.524 8.793 -2.545 125 2HD2 LEU 264 2HD2 LEU 264 46.360 8.785 -0.789 126 3HD2 LEU 264 3HD2 LEU 264 44.997 9.262 -1.800 127 H LEU 265 H LEU 265 44.377 6.414 2.699 128 HA LEU 265 HA LEU 265 42.061 5.100 3.084 129 1HB LEU 265 1HB LEU 265 44.043 5.689 4.737 130 2HB LEU 265 2HB LEU 265 42.893 6.889 5.326 131 HG LEU 265 HG LEU 265 41.223 4.824 5.256 132 1HD1 LEU 265 1HD1 LEU 265 43.792 3.406 5.946 133 2HD1 LEU 265 2HD1 LEU 265 43.202 3.437 4.284 134 3HD1 LEU 265 3HD1 LEU 265 42.219 2.712 5.556 135 1HD2 LEU 265 1HD2 LEU 265 41.789 6.100 7.271 136 2HD2 LEU 265 2HD2 LEU 265 43.339 5.265 7.390 137 3HD2 LEU 265 3HD2 LEU 265 41.835 4.375 7.632 138 H ASN 266 H ASN 266 42.381 8.552 2.851 139 HA ASN 266 HA ASN 266 39.675 9.032 3.841 140 1HB ASN 266 1HB ASN 266 41.637 10.996 2.642 141 2HB ASN 266 2HB ASN 266 40.191 11.375 3.577 142 1HD2 ASN 266 1HD2 ASN 266 43.394 9.779 3.854 143 2HD2 ASN 266 2HD2 ASN 266 43.538 10.023 5.528 144 H ASP 267 H ASP 267 41.512 9.410 0.813 145 HA ASP 267 HA ASP 267 39.078 10.031 -0.664 146 1HB ASP 267 1HB ASP 267 42.002 9.914 -1.346 147 2HB ASP 267 2HB ASP 267 40.786 9.969 -2.621 148 H ALA 268 H ALA 268 40.286 7.266 0.516 149 HA ALA 268 HA ALA 268 40.079 5.586 -1.838 150 1HB ALA 268 1HB ALA 268 40.525 5.049 1.094 151 2HB ALA 268 2HB ALA 268 41.650 4.824 -0.246 152 3HB ALA 268 3HB ALA 268 40.268 3.744 -0.063 153 H VAL 269 H VAL 269 38.173 6.188 1.099 154 HA VAL 269 HA VAL 269 36.191 4.340 0.952 155 HB VAL 269 HB VAL 269 35.650 7.283 1.393 156 1HG1 VAL 269 1HG1 VAL 269 34.349 4.734 2.401 157 2HG1 VAL 269 2HG1 VAL 269 33.641 5.904 1.287 158 3HG1 VAL 269 3HG1 VAL 269 33.941 6.355 2.966 159 1HG2 VAL 269 1HG2 VAL 269 37.047 5.207 3.049 160 2HG2 VAL 269 2HG2 VAL 269 36.045 6.409 3.862 161 3HG2 VAL 269 3HG2 VAL 269 37.412 6.924 2.872 162 H THR 270 H THR 270 36.122 7.449 -0.807 163 HA THR 270 HA THR 270 33.769 7.108 -2.215 164 HB THR 270 HB THR 270 34.926 9.208 -2.321 165 HG1 THR 270 HG1 THR 270 34.532 7.760 -4.658 166 1HG2 THR 270 1HG2 THR 270 37.080 9.012 -3.970 167 2HG2 THR 270 2HG2 THR 270 37.179 7.467 -3.126 168 3HG2 THR 270 3HG2 THR 270 37.191 8.973 -2.211 169 H VAL 271 H VAL 271 36.506 5.167 -2.384 170 HA VAL 271 HA VAL 271 35.811 4.201 -5.091 171 HB VAL 271 HB VAL 271 38.342 3.568 -3.578 172 1HG1 VAL 271 1HG1 VAL 271 37.802 2.130 -5.490 173 2HG1 VAL 271 2HG1 VAL 271 39.175 3.164 -5.882 174 3HG1 VAL 271 3HG1 VAL 271 37.574 3.549 -6.512 175 1HG2 VAL 271 1HG2 VAL 271 38.732 5.820 -3.742 176 2HG2 VAL 271 2HG2 VAL 271 37.516 6.041 -4.999 177 3HG2 VAL 271 3HG2 VAL 271 39.109 5.412 -5.415 178 H VAL 272 H VAL 272 37.121 2.881 -2.038 179 HA VAL 272 HA VAL 272 36.304 0.232 -2.532 180 HB VAL 272 HB VAL 272 36.787 1.594 0.129 181 1HG1 VAL 272 1HG1 VAL 272 36.073 -1.130 -0.645 182 2HG1 VAL 272 2HG1 VAL 272 36.139 -0.405 0.960 183 3HG1 VAL 272 3HG1 VAL 272 37.600 -1.071 0.233 184 1HG2 VAL 272 1HG2 VAL 272 38.968 -0.017 -0.620 185 2HG2 VAL 272 2HG2 VAL 272 38.922 1.746 -0.583 186 3HG2 VAL 272 3HG2 VAL 272 38.539 0.884 -2.073 187 H LEU 273 H LEU 273 34.543 2.994 -1.459 188 HA LEU 273 HA LEU 273 32.377 1.400 -0.315 189 1HB LEU 273 1HB LEU 273 33.108 3.619 0.656 190 2HB LEU 273 2HB LEU 273 32.451 4.387 -0.788 191 HG LEU 273 HG LEU 273 30.309 2.930 -0.155 192 1HD1 LEU 273 1HD1 LEU 273 31.807 2.083 1.865 193 2HD1 LEU 273 2HD1 LEU 273 30.082 2.381 2.087 194 3HD1 LEU 273 3HD1 LEU 273 31.261 3.586 2.608 195 1HD2 LEU 273 1HD2 LEU 273 29.466 4.904 1.085 196 2HD2 LEU 273 2HD2 LEU 273 30.374 5.383 -0.349 197 3HD2 LEU 273 3HD2 LEU 273 31.119 5.498 1.247 198 H TYR 274 H TYR 274 33.185 3.179 -3.214 199 HA TYR 274 HA TYR 274 30.492 2.940 -4.299 200 1HB TYR 274 1HB TYR 274 33.065 4.169 -5.246 201 2HB TYR 274 2HB TYR 274 31.712 3.941 -6.353 202 HD1 TYR 274 HD1 TYR 274 32.472 5.294 -2.941 203 HD2 TYR 274 HD2 TYR 274 30.049 5.585 -6.474 204 HE1 TYR 274 HE1 TYR 274 31.381 7.326 -2.026 205 HE2 TYR 274 HE2 TYR 274 28.958 7.616 -5.561 206 HH TYR 274 HH TYR 274 29.844 8.887 -2.346 207 H LYS 275 H LYS 275 33.761 1.915 -5.304 208 HA LYS 275 HA LYS 275 32.812 0.126 -7.311 209 1HB LYS 275 1HB LYS 275 35.502 -0.039 -5.965 210 2HB LYS 275 2HB LYS 275 35.077 -0.459 -7.626 211 1HG LYS 275 1HG LYS 275 34.300 2.152 -7.561 212 2HG LYS 275 2HG LYS 275 35.661 2.195 -6.442 213 1HD LYS 275 1HD LYS 275 36.687 2.568 -8.522 214 2HD LYS 275 2HD LYS 275 36.913 0.836 -8.281 215 1HE LYS 275 1HE LYS 275 34.486 0.829 -9.494 216 2HE LYS 275 2HE LYS 275 35.197 2.264 -10.233 217 1HZ LYS 275 1HZ LYS 275 36.351 0.929 -11.545 218 2HZ LYS 275 2HZ LYS 275 35.757 -0.450 -10.750 219 3HZ LYS 275 3HZ LYS 275 37.169 0.314 -10.192 220 H LYS 276 H LYS 276 33.271 -0.118 -3.900 221 HA LYS 276 HA LYS 276 33.222 -1.925 -2.444 222 1HB LYS 276 1HB LYS 276 30.980 -2.338 -4.398 223 2HB LYS 276 2HB LYS 276 31.270 -3.522 -3.123 224 1HG LYS 276 1HG LYS 276 30.763 -2.017 -1.420 225 2HG LYS 276 2HG LYS 276 31.167 -0.611 -2.406 226 1HD LYS 276 1HD LYS 276 29.121 -0.617 -3.503 227 2HD LYS 276 2HD LYS 276 28.877 -2.346 -3.253 228 1HE LYS 276 1HE LYS 276 27.396 -0.834 -1.845 229 2HE LYS 276 2HE LYS 276 28.330 -2.026 -0.940 230 1HZ LYS 276 1HZ LYS 276 29.670 0.499 -1.391 231 2HZ LYS 276 2HZ LYS 276 29.575 -0.447 0.017 232 3HZ LYS 276 3HZ LYS 276 28.299 0.594 -0.397 233 1HN NH2 277 1HN NH2 277 34.911 -2.252 -5.057 234 2HN NH2 277 2HN NH2 277 35.173 -3.936 -5.135 Start of MODEL 50 1 1H HIS 250 1H HIS 250 53.713 -7.909 9.482 2 2H HIS 250 2H HIS 250 54.443 -6.395 9.227 3 3H HIS 250 3H HIS 250 53.111 -6.870 8.286 4 HA HIS 250 HA HIS 250 51.783 -6.962 10.398 5 1HB HIS 250 1HB HIS 250 54.350 -6.526 11.479 6 2HB HIS 250 2HB HIS 250 53.461 -5.023 11.734 7 HD2 HIS 250 HD2 HIS 250 50.599 -5.848 12.693 8 HE1 HIS 250 HE1 HIS 250 52.353 -8.820 15.127 9 HE2 HIS 250 HE2 HIS 250 50.239 -7.479 14.703 10 H ILE 251 H ILE 251 50.793 -4.847 11.196 11 HA ILE 251 HA ILE 251 51.063 -2.760 9.113 12 HB ILE 251 HB ILE 251 48.552 -2.364 9.830 13 1HG1 ILE 251 1HG1 ILE 251 48.991 -4.414 11.493 14 2HG1 ILE 251 2HG1 ILE 251 47.420 -4.154 10.744 15 1HG2 ILE 251 1HG2 ILE 251 47.918 -4.069 8.008 16 2HG2 ILE 251 2HG2 ILE 251 49.642 -4.437 7.926 17 3HG2 ILE 251 3HG2 ILE 251 49.069 -2.810 7.565 18 1HD1 ILE 251 1HD1 ILE 251 49.523 -5.879 9.425 19 2HD1 ILE 251 2HD1 ILE 251 47.787 -5.839 9.118 20 3HD1 ILE 251 3HD1 ILE 251 48.402 -6.534 10.617 21 H ASN 252 H ASN 252 51.129 -3.558 12.415 22 HA ASN 252 HA ASN 252 50.571 -0.836 13.321 23 1HB ASN 252 1HB ASN 252 51.239 -3.382 14.807 24 2HB ASN 252 2HB ASN 252 50.968 -1.826 15.590 25 1HD2 ASN 252 1HD2 ASN 252 49.125 -2.642 12.705 26 2HD2 ASN 252 2HD2 ASN 252 47.647 -2.895 13.501 27 H GLU 253 H GLU 253 53.139 -2.305 11.951 28 HA GLU 253 HA GLU 253 55.148 -1.044 13.702 29 1HB GLU 253 1HB GLU 253 55.363 -3.100 11.497 30 2HB GLU 253 2HB GLU 253 56.769 -2.318 12.221 31 1HG GLU 253 1HG GLU 253 56.294 -3.225 14.372 32 2HG GLU 253 2HG GLU 253 54.670 -3.715 13.888 33 H LEU 254 H LEU 254 53.948 -1.141 10.396 34 HA LEU 254 HA LEU 254 55.793 0.774 9.362 35 1HB LEU 254 1HB LEU 254 53.509 0.849 7.744 36 2HB LEU 254 2HB LEU 254 54.961 -0.111 7.477 37 HG LEU 254 HG LEU 254 52.651 -1.036 9.206 38 1HD1 LEU 254 1HD1 LEU 254 52.923 -0.914 6.309 39 2HD1 LEU 254 2HD1 LEU 254 51.523 -1.368 7.281 40 3HD1 LEU 254 3HD1 LEU 254 52.742 -2.574 6.873 41 1HD2 LEU 254 1HD2 LEU 254 55.297 -1.952 8.885 42 2HD2 LEU 254 2HD2 LEU 254 54.308 -3.051 7.927 43 3HD2 LEU 254 3HD2 LEU 254 53.964 -2.824 9.641 44 H LEU 255 H LEU 255 53.922 1.345 11.783 45 HA LEU 255 HA LEU 255 52.020 3.201 11.503 46 1HB LEU 255 1HB LEU 255 54.408 3.759 13.272 47 2HB LEU 255 2HB LEU 255 52.738 4.261 13.529 48 HG LEU 255 HG LEU 255 53.792 1.419 13.568 49 1HD1 LEU 255 1HD1 LEU 255 52.726 3.301 15.684 50 2HD1 LEU 255 2HD1 LEU 255 54.318 2.545 15.619 51 3HD1 LEU 255 3HD1 LEU 255 52.888 1.564 15.939 52 1HD2 LEU 255 1HD2 LEU 255 51.323 1.091 14.426 53 2HD2 LEU 255 2HD2 LEU 255 51.638 1.158 12.692 54 3HD2 LEU 255 3HD2 LEU 255 51.019 2.580 13.531 55 H HIS 256 H HIS 256 55.369 3.670 10.594 56 HA HIS 256 HA HIS 256 54.977 6.507 10.041 57 1HB HIS 256 1HB HIS 256 57.418 5.515 8.938 58 2HB HIS 256 2HB HIS 256 57.196 6.569 10.335 59 HD2 HIS 256 HD2 HIS 256 57.487 2.682 9.612 60 HE1 HIS 256 HE1 HIS 256 58.132 3.354 13.730 61 HE2 HIS 256 HE2 HIS 256 58.151 1.600 11.893 62 H ILE 257 H ILE 257 55.496 3.483 8.262 63 HA ILE 257 HA ILE 257 55.312 4.793 5.686 64 HB ILE 257 HB ILE 257 55.650 1.959 6.616 65 1HG1 ILE 257 1HG1 ILE 257 57.253 3.291 4.477 66 2HG1 ILE 257 2HG1 ILE 257 57.457 3.880 6.127 67 1HG2 ILE 257 1HG2 ILE 257 54.745 2.943 3.915 68 2HG2 ILE 257 2HG2 ILE 257 54.153 1.565 4.844 69 3HG2 ILE 257 3HG2 ILE 257 55.728 1.485 4.054 70 1HD1 ILE 257 1HD1 ILE 257 57.558 0.931 5.500 71 2HD1 ILE 257 2HD1 ILE 257 58.189 1.775 6.915 72 3HD1 ILE 257 3HD1 ILE 257 58.993 1.947 5.354 73 H LEU 258 H LEU 258 53.276 2.633 7.657 74 HA LEU 258 HA LEU 258 51.193 2.014 6.056 75 1HB LEU 258 1HB LEU 258 51.557 1.940 8.727 76 2HB LEU 258 2HB LEU 258 50.366 3.238 8.628 77 HG LEU 258 HG LEU 258 50.077 0.470 7.420 78 1HD1 LEU 258 1HD1 LEU 258 49.772 1.161 10.038 79 2HD1 LEU 258 2HD1 LEU 258 48.841 -0.110 9.247 80 3HD1 LEU 258 3HD1 LEU 258 48.156 1.506 9.420 81 1HD2 LEU 258 1HD2 LEU 258 48.847 1.844 5.981 82 2HD2 LEU 258 2HD2 LEU 258 48.457 2.999 7.256 83 3HD2 LEU 258 3HD2 LEU 258 47.639 1.438 7.199 84 H VAL 259 H VAL 259 51.874 5.217 7.371 85 HA VAL 259 HA VAL 259 49.538 6.572 6.820 86 HB VAL 259 HB VAL 259 52.411 7.468 6.562 87 1HG1 VAL 259 1HG1 VAL 259 49.823 8.976 6.199 88 2HG1 VAL 259 2HG1 VAL 259 51.262 9.002 5.179 89 3HG1 VAL 259 3HG1 VAL 259 51.284 9.793 6.756 90 1HG2 VAL 259 1HG2 VAL 259 51.973 8.518 8.715 91 2HG2 VAL 259 2HG2 VAL 259 51.518 6.817 8.816 92 3HG2 VAL 259 3HG2 VAL 259 50.274 8.054 8.635 93 H PHE 260 H PHE 260 52.019 5.484 4.585 94 HA PHE 260 HA PHE 260 51.156 6.967 2.324 95 1HB PHE 260 1HB PHE 260 52.799 4.478 2.705 96 2HB PHE 260 2HB PHE 260 52.331 5.002 1.088 97 HD1 PHE 260 HD1 PHE 260 53.806 6.358 4.259 98 HD2 PHE 260 HD2 PHE 260 53.667 6.567 -0.030 99 HE1 PHE 260 HE1 PHE 260 55.626 8.041 4.281 100 HE2 PHE 260 HE2 PHE 260 55.487 8.249 -0.007 101 HZ PHE 260 HZ PHE 260 56.467 8.988 2.148 102 H GLY 261 H GLY 261 49.461 4.800 4.071 103 1HA GLY 261 1HA GLY 261 47.945 3.820 1.721 104 2HA GLY 261 2HA GLY 261 48.144 2.883 3.195 105 H GLU 262 H GLU 262 47.766 5.007 5.057 106 HA GLU 262 HA GLU 262 44.992 4.950 5.390 107 1HB GLU 262 1HB GLU 262 45.308 6.349 7.239 108 2HB GLU 262 2HB GLU 262 46.868 5.541 7.086 109 1HG GLU 262 1HG GLU 262 47.559 7.745 7.272 110 2HG GLU 262 2HG GLU 262 47.421 7.607 5.523 111 H SER 263 H SER 263 46.997 7.070 3.510 112 HA SER 263 HA SER 263 44.852 9.020 3.141 113 1HB SER 263 1HB SER 263 46.509 10.238 1.790 114 2HB SER 263 2HB SER 263 47.155 9.836 3.378 115 HG SER 263 HG SER 263 48.382 9.350 1.267 116 H LEU 264 H LEU 264 46.398 6.362 1.481 117 HA LEU 264 HA LEU 264 45.425 6.902 -1.129 118 1HB LEU 264 1HB LEU 264 47.163 5.092 -0.088 119 2HB LEU 264 2HB LEU 264 45.747 4.070 -0.341 120 HG LEU 264 HG LEU 264 47.042 5.841 -2.438 121 1HD1 LEU 264 1HD1 LEU 264 48.377 4.082 -2.861 122 2HD1 LEU 264 2HD1 LEU 264 46.956 3.072 -3.129 123 3HD1 LEU 264 3HD1 LEU 264 47.653 3.203 -1.514 124 1HD2 LEU 264 1HD2 LEU 264 45.438 4.323 -3.876 125 2HD2 LEU 264 2HD2 LEU 264 44.793 5.754 -3.073 126 3HD2 LEU 264 3HD2 LEU 264 44.552 4.159 -2.361 127 H LEU 265 H LEU 265 44.059 5.289 1.673 128 HA LEU 265 HA LEU 265 41.783 4.248 0.219 129 1HB LEU 265 1HB LEU 265 42.583 4.325 3.121 130 2HB LEU 265 2HB LEU 265 40.972 3.801 2.629 131 HG LEU 265 HG LEU 265 43.295 2.618 1.180 132 1HD1 LEU 265 1HD1 LEU 265 42.469 1.816 3.988 133 2HD1 LEU 265 2HD1 LEU 265 44.022 2.514 3.527 134 3HD1 LEU 265 3HD1 LEU 265 43.572 0.909 2.953 135 1HD2 LEU 265 1HD2 LEU 265 40.717 2.207 0.896 136 2HD2 LEU 265 2HD2 LEU 265 40.904 1.195 2.328 137 3HD2 LEU 265 3HD2 LEU 265 41.815 0.828 0.863 138 H ASN 266 H ASN 266 42.518 7.010 2.279 139 HA ASN 266 HA ASN 266 40.094 8.014 2.978 140 1HB ASN 266 1HB ASN 266 42.683 9.199 2.260 141 2HB ASN 266 2HB ASN 266 41.315 10.291 2.058 142 1HD2 ASN 266 1HD2 ASN 266 43.063 8.315 4.451 143 2HD2 ASN 266 2HD2 ASN 266 42.399 9.083 5.811 144 H ASP 267 H ASP 267 41.661 9.000 -0.076 145 HA ASP 267 HA ASP 267 39.498 10.246 -1.253 146 1HB ASP 267 1HB ASP 267 41.370 8.539 -2.875 147 2HB ASP 267 2HB ASP 267 40.651 10.094 -3.292 148 H ALA 268 H ALA 268 40.089 6.845 -0.826 149 HA ALA 268 HA ALA 268 38.009 6.050 -2.699 150 1HB ALA 268 1HB ALA 268 38.806 3.915 -2.460 151 2HB ALA 268 2HB ALA 268 39.147 4.120 -0.742 152 3HB ALA 268 3HB ALA 268 40.248 4.790 -1.945 153 H VAL 269 H VAL 269 38.485 6.359 0.778 154 HA VAL 269 HA VAL 269 35.825 5.286 1.335 155 HB VAL 269 HB VAL 269 37.957 6.379 3.187 156 1HG1 VAL 269 1HG1 VAL 269 36.032 6.588 4.461 157 2HG1 VAL 269 2HG1 VAL 269 36.431 4.901 4.785 158 3HG1 VAL 269 3HG1 VAL 269 35.193 5.300 3.594 159 1HG2 VAL 269 1HG2 VAL 269 37.152 3.581 2.349 160 2HG2 VAL 269 2HG2 VAL 269 38.135 3.909 3.776 161 3HG2 VAL 269 3HG2 VAL 269 38.733 4.343 2.174 162 H THR 270 H THR 270 36.969 8.151 0.260 163 HA THR 270 HA THR 270 35.498 9.944 1.987 164 HB THR 270 HB THR 270 36.991 10.310 -0.608 165 HG1 THR 270 HG1 THR 270 37.451 11.672 1.784 166 1HG2 THR 270 1HG2 THR 270 35.398 11.955 -0.911 167 2HG2 THR 270 2HG2 THR 270 36.538 12.828 0.113 168 3HG2 THR 270 3HG2 THR 270 35.085 12.116 0.817 169 H VAL 271 H VAL 271 35.246 9.249 -1.515 170 HA VAL 271 HA VAL 271 32.804 10.443 -1.977 171 HB VAL 271 HB VAL 271 34.171 9.522 -3.781 172 1HG1 VAL 271 1HG1 VAL 271 34.152 7.214 -2.127 173 2HG1 VAL 271 2HG1 VAL 271 34.985 7.426 -3.667 174 3HG1 VAL 271 3HG1 VAL 271 33.348 6.767 -3.632 175 1HG2 VAL 271 1HG2 VAL 271 31.447 9.541 -3.668 176 2HG2 VAL 271 2HG2 VAL 271 31.741 7.845 -4.057 177 3HG2 VAL 271 3HG2 VAL 271 32.360 9.113 -5.116 178 H VAL 272 H VAL 272 33.484 7.709 -0.058 179 HA VAL 272 HA VAL 272 30.707 6.753 -0.152 180 HB VAL 272 HB VAL 272 33.157 5.579 1.180 181 1HG1 VAL 272 1HG1 VAL 272 31.430 4.680 2.437 182 2HG1 VAL 272 2HG1 VAL 272 31.448 3.544 1.089 183 3HG1 VAL 272 3HG1 VAL 272 30.256 4.841 1.132 184 1HG2 VAL 272 1HG2 VAL 272 31.805 4.121 -0.985 185 2HG2 VAL 272 2HG2 VAL 272 33.524 4.434 -0.745 186 3HG2 VAL 272 3HG2 VAL 272 32.503 5.656 -1.505 187 H LEU 273 H LEU 273 32.408 9.031 1.522 188 HA LEU 273 HA LEU 273 31.374 8.429 4.168 189 1HB LEU 273 1HB LEU 273 33.455 10.051 3.125 190 2HB LEU 273 2HB LEU 273 32.341 11.121 3.971 191 HG LEU 273 HG LEU 273 33.510 8.574 5.123 192 1HD1 LEU 273 1HD1 LEU 273 34.516 10.505 6.669 193 2HD1 LEU 273 2HD1 LEU 273 34.335 11.447 5.188 194 3HD1 LEU 273 3HD1 LEU 273 35.334 9.993 5.191 195 1HD2 LEU 273 1HD2 LEU 273 32.519 10.369 7.090 196 2HD2 LEU 273 2HD2 LEU 273 31.877 8.784 6.663 197 3HD2 LEU 273 3HD2 LEU 273 31.269 10.228 5.856 198 H TYR 274 H TYR 274 31.152 11.542 2.452 199 HA TYR 274 HA TYR 274 28.419 11.816 3.476 200 1HB TYR 274 1HB TYR 274 28.830 14.202 2.414 201 2HB TYR 274 2HB TYR 274 29.516 13.776 3.982 202 HD1 TYR 274 HD1 TYR 274 31.893 13.403 4.262 203 HD2 TYR 274 HD2 TYR 274 30.235 14.217 0.383 204 HE1 TYR 274 HE1 TYR 274 34.173 13.792 3.368 205 HE2 TYR 274 HE2 TYR 274 32.514 14.605 -0.510 206 HH TYR 274 HH TYR 274 34.730 15.228 0.321 207 H LYS 275 H LYS 275 30.198 12.142 0.409 208 HA LYS 275 HA LYS 275 28.294 12.851 -1.367 209 1HB LYS 275 1HB LYS 275 30.596 10.996 -1.499 210 2HB LYS 275 2HB LYS 275 29.426 10.871 -2.811 211 1HG LYS 275 1HG LYS 275 30.454 13.565 -1.937 212 2HG LYS 275 2HG LYS 275 31.391 12.573 -3.054 213 1HD LYS 275 1HD LYS 275 29.913 12.874 -4.768 214 2HD LYS 275 2HD LYS 275 28.510 12.831 -3.700 215 1HE LYS 275 1HE LYS 275 28.750 15.101 -3.095 216 2HE LYS 275 2HE LYS 275 30.416 15.168 -3.672 217 1HZ LYS 275 1HZ LYS 275 28.255 14.534 -5.561 218 2HZ LYS 275 2HZ LYS 275 29.757 15.274 -5.851 219 3HZ LYS 275 3HZ LYS 275 28.506 16.147 -5.103 220 H LYS 276 H LYS 276 28.944 9.375 -1.286 221 HA LYS 276 HA LYS 276 26.526 8.525 -2.280 222 1HB LYS 276 1HB LYS 276 28.420 7.212 -0.334 223 2HB LYS 276 2HB LYS 276 26.978 6.390 -0.931 224 1HG LYS 276 1HG LYS 276 27.734 6.708 -3.249 225 2HG LYS 276 2HG LYS 276 29.165 7.564 -2.675 226 1HD LYS 276 1HD LYS 276 30.238 5.638 -2.177 227 2HD LYS 276 2HD LYS 276 28.819 4.971 -1.369 228 1HE LYS 276 1HE LYS 276 29.480 3.654 -3.384 229 2HE LYS 276 2HE LYS 276 27.852 4.320 -3.512 230 1HZ LYS 276 1HZ LYS 276 29.979 4.704 -5.250 231 2HZ LYS 276 2HZ LYS 276 29.729 6.194 -4.471 232 3HZ LYS 276 3HZ LYS 276 28.453 5.443 -5.305 233 1HN NH2 277 1HN NH2 277 27.000 10.054 0.748 234 2HN NH2 277 2HN NH2 277 25.493 9.646 1.441 Start of MODEL 51 1 1H HIS 250 1H HIS 250 63.117 4.471 5.769 2 2H HIS 250 2H HIS 250 64.784 4.508 6.097 3 3H HIS 250 3H HIS 250 63.979 5.925 5.616 4 HA HIS 250 HA HIS 250 64.495 5.200 8.176 5 1HB HIS 250 1HB HIS 250 63.056 7.245 6.713 6 2HB HIS 250 2HB HIS 250 62.246 6.892 8.239 7 HD2 HIS 250 HD2 HIS 250 64.372 6.791 10.464 8 HE1 HIS 250 HE1 HIS 250 66.498 9.921 8.592 9 HE2 HIS 250 HE2 HIS 250 66.222 8.612 10.750 10 H ILE 251 H ILE 251 62.407 5.465 9.819 11 HA ILE 251 HA ILE 251 60.904 2.975 9.386 12 HB ILE 251 HB ILE 251 60.635 4.308 11.985 13 1HG1 ILE 251 1HG1 ILE 251 62.930 4.999 11.526 14 2HG1 ILE 251 2HG1 ILE 251 62.948 3.687 12.701 15 1HG2 ILE 251 1HG2 ILE 251 61.588 1.551 11.157 16 2HG2 ILE 251 2HG2 ILE 251 59.909 1.989 11.467 17 3HG2 ILE 251 3HG2 ILE 251 61.088 2.037 12.777 18 1HD1 ILE 251 1HD1 ILE 251 63.036 2.399 10.209 19 2HD1 ILE 251 2HD1 ILE 251 64.377 2.610 11.332 20 3HD1 ILE 251 3HD1 ILE 251 64.118 3.781 10.040 21 H ASN 252 H ASN 252 60.473 6.378 10.240 22 HA ASN 252 HA ASN 252 57.807 6.584 10.771 23 1HB ASN 252 1HB ASN 252 59.486 8.370 9.009 24 2HB ASN 252 2HB ASN 252 57.893 8.803 9.624 25 1HD2 ASN 252 1HD2 ASN 252 59.686 6.827 11.798 26 2HD2 ASN 252 2HD2 ASN 252 60.202 8.062 12.841 27 H GLU 253 H GLU 253 59.219 5.485 7.861 28 HA GLU 253 HA GLU 253 57.432 6.117 5.875 29 1HB GLU 253 1HB GLU 253 58.756 3.439 6.368 30 2HB GLU 253 2HB GLU 253 58.017 3.941 4.847 31 1HG GLU 253 1HG GLU 253 60.069 5.727 6.100 32 2HG GLU 253 2HG GLU 253 60.614 4.276 5.258 33 H LEU 254 H LEU 254 57.233 2.931 7.448 34 HA LEU 254 HA LEU 254 54.339 2.943 7.003 35 1HB LEU 254 1HB LEU 254 55.945 0.663 8.138 36 2HB LEU 254 2HB LEU 254 54.415 0.603 7.264 37 HG LEU 254 HG LEU 254 57.110 1.383 6.111 38 1HD1 LEU 254 1HD1 LEU 254 55.620 -0.786 4.851 39 2HD1 LEU 254 2HD1 LEU 254 55.980 -1.134 6.541 40 3HD1 LEU 254 3HD1 LEU 254 57.289 -0.761 5.420 41 1HD2 LEU 254 1HD2 LEU 254 54.295 1.577 5.094 42 2HD2 LEU 254 2HD2 LEU 254 55.578 1.172 3.954 43 3HD2 LEU 254 3HD2 LEU 254 55.648 2.685 4.858 44 H LEU 255 H LEU 255 56.324 3.972 9.419 45 HA LEU 255 HA LEU 255 54.727 2.917 11.624 46 1HB LEU 255 1HB LEU 255 57.298 4.410 11.374 47 2HB LEU 255 2HB LEU 255 56.410 4.528 12.889 48 HG LEU 255 HG LEU 255 58.110 2.666 12.810 49 1HD1 LEU 255 1HD1 LEU 255 55.727 1.051 13.095 50 2HD1 LEU 255 2HD1 LEU 255 55.475 2.637 13.820 51 3HD1 LEU 255 3HD1 LEU 255 56.825 1.633 14.343 52 1HD2 LEU 255 1HD2 LEU 255 56.179 1.196 11.031 53 2HD2 LEU 255 2HD2 LEU 255 57.869 0.833 11.372 54 3HD2 LEU 255 3HD2 LEU 255 57.454 2.191 10.328 55 H HIS 256 H HIS 256 55.932 6.225 11.019 56 HA HIS 256 HA HIS 256 53.427 7.261 12.136 57 1HB HIS 256 1HB HIS 256 55.996 8.692 11.423 58 2HB HIS 256 2HB HIS 256 54.609 9.410 12.244 59 HD2 HIS 256 HD2 HIS 256 57.613 7.049 13.048 60 HE1 HIS 256 HE1 HIS 256 55.393 7.547 16.603 61 HE2 HIS 256 HE2 HIS 256 57.539 6.608 15.621 62 H ILE 257 H ILE 257 55.526 8.074 9.350 63 HA ILE 257 HA ILE 257 53.546 9.635 8.058 64 HB ILE 257 HB ILE 257 56.023 8.297 6.948 65 1HG1 ILE 257 1HG1 ILE 257 55.608 11.223 7.553 66 2HG1 ILE 257 2HG1 ILE 257 56.135 10.109 8.814 67 1HG2 ILE 257 1HG2 ILE 257 55.609 10.359 5.297 68 2HG2 ILE 257 2HG2 ILE 257 53.931 10.052 5.738 69 3HG2 ILE 257 3HG2 ILE 257 54.894 8.777 4.991 70 1HD1 ILE 257 1HD1 ILE 257 57.529 10.598 6.164 71 2HD1 ILE 257 2HD1 ILE 257 58.039 9.414 7.367 72 3HD1 ILE 257 3HD1 ILE 257 58.088 11.135 7.748 73 H LEU 258 H LEU 258 53.353 6.487 8.707 74 HA LEU 258 HA LEU 258 52.874 5.003 6.489 75 1HB LEU 258 1HB LEU 258 50.846 4.046 7.840 76 2HB LEU 258 2HB LEU 258 52.483 3.836 8.444 77 HG LEU 258 HG LEU 258 52.181 5.844 9.891 78 1HD1 LEU 258 1HD1 LEU 258 49.556 5.882 8.469 79 2HD1 LEU 258 2HD1 LEU 258 50.542 7.225 9.046 80 3HD1 LEU 258 3HD1 LEU 258 49.559 6.304 10.179 81 1HD2 LEU 258 1HD2 LEU 258 51.689 3.495 10.654 82 2HD2 LEU 258 2HD2 LEU 258 49.990 3.793 10.285 83 3HD2 LEU 258 3HD2 LEU 258 50.800 4.740 11.534 84 H VAL 259 H VAL 259 51.180 7.855 7.367 85 HA VAL 259 HA VAL 259 48.663 7.605 6.336 86 HB VAL 259 HB VAL 259 50.446 9.955 5.675 87 1HG1 VAL 259 1HG1 VAL 259 47.522 9.905 6.444 88 2HG1 VAL 259 2HG1 VAL 259 48.051 9.742 4.770 89 3HG1 VAL 259 3HG1 VAL 259 48.421 11.210 5.674 90 1HG2 VAL 259 1HG2 VAL 259 49.186 9.084 8.276 91 2HG2 VAL 259 2HG2 VAL 259 49.489 10.790 7.940 92 3HG2 VAL 259 3HG2 VAL 259 50.832 9.648 7.987 93 H PHE 260 H PHE 260 51.685 7.890 4.535 94 HA PHE 260 HA PHE 260 50.738 8.298 1.964 95 1HB PHE 260 1HB PHE 260 53.125 6.966 3.133 96 2HB PHE 260 2HB PHE 260 52.767 6.620 1.442 97 HD1 PHE 260 HD1 PHE 260 53.877 7.996 -0.077 98 HD2 PHE 260 HD2 PHE 260 52.625 9.624 3.697 99 HE1 PHE 260 HE1 PHE 260 54.807 10.202 -0.719 100 HE2 PHE 260 HE2 PHE 260 53.557 11.830 3.054 101 HZ PHE 260 HZ PHE 260 54.648 12.119 0.846 102 H GLY 261 H GLY 261 50.073 5.729 4.038 103 1HA GLY 261 1HA GLY 261 49.383 3.906 1.821 104 2HA GLY 261 2HA GLY 261 49.591 3.430 3.504 105 H GLU 262 H GLU 262 48.067 5.875 4.371 106 HA GLU 262 HA GLU 262 45.406 4.685 4.086 107 1HB GLU 262 1HB GLU 262 44.894 5.608 6.113 108 2HB GLU 262 2HB GLU 262 46.647 5.580 6.290 109 1HG GLU 262 1HG GLU 262 46.621 7.939 5.253 110 2HG GLU 262 2HG GLU 262 44.884 7.922 5.559 111 H SER 263 H SER 263 47.225 7.506 3.161 112 HA SER 263 HA SER 263 45.186 9.314 2.578 113 1HB SER 263 1HB SER 263 47.776 9.571 2.440 114 2HB SER 263 2HB SER 263 47.571 9.029 0.777 115 HG SER 263 HG SER 263 45.733 10.769 1.013 116 H LEU 264 H LEU 264 46.245 6.467 0.850 117 HA LEU 264 HA LEU 264 44.791 7.109 -1.566 118 1HB LEU 264 1HB LEU 264 45.390 4.817 -2.252 119 2HB LEU 264 2HB LEU 264 46.798 5.704 -1.665 120 HG LEU 264 HG LEU 264 45.803 4.568 0.645 121 1HD1 LEU 264 1HD1 LEU 264 45.556 2.562 -1.620 122 2HD1 LEU 264 2HD1 LEU 264 44.213 3.213 -0.680 123 3HD1 LEU 264 3HD1 LEU 264 45.422 2.193 0.100 124 1HD2 LEU 264 1HD2 LEU 264 47.739 3.018 0.404 125 2HD2 LEU 264 2HD2 LEU 264 48.161 4.675 -0.025 126 3HD2 LEU 264 3HD2 LEU 264 47.874 3.482 -1.291 127 H LEU 265 H LEU 265 44.224 5.280 1.375 128 HA LEU 265 HA LEU 265 41.822 4.011 0.417 129 1HB LEU 265 1HB LEU 265 43.399 3.219 2.310 130 2HB LEU 265 2HB LEU 265 42.534 4.381 3.317 131 HG LEU 265 HG LEU 265 40.443 3.137 2.103 132 1HD1 LEU 265 1HD1 LEU 265 42.185 1.577 1.037 133 2HD1 LEU 265 2HD1 LEU 265 40.840 0.802 1.873 134 3HD1 LEU 265 3HD1 LEU 265 42.416 0.914 2.655 135 1HD2 LEU 265 1HD2 LEU 265 40.695 3.517 4.515 136 2HD2 LEU 265 2HD2 LEU 265 41.914 2.247 4.604 137 3HD2 LEU 265 3HD2 LEU 265 40.243 1.838 4.218 138 H ASN 266 H ASN 266 42.639 6.946 2.154 139 HA ASN 266 HA ASN 266 39.987 7.563 3.017 140 1HB ASN 266 1HB ASN 266 41.029 9.223 4.107 141 2HB ASN 266 2HB ASN 266 42.542 8.614 3.437 142 1HD2 ASN 266 1HD2 ASN 266 43.248 9.585 1.317 143 2HD2 ASN 266 2HD2 ASN 266 42.746 11.159 0.926 144 H ASP 267 H ASP 267 41.957 8.515 0.224 145 HA ASP 267 HA ASP 267 40.211 10.383 -0.910 146 1HB ASP 267 1HB ASP 267 42.448 8.701 -1.863 147 2HB ASP 267 2HB ASP 267 41.328 9.251 -3.109 148 H ALA 268 H ALA 268 40.171 6.882 -0.934 149 HA ALA 268 HA ALA 268 38.022 6.774 -2.904 150 1HB ALA 268 1HB ALA 268 39.941 5.068 -2.676 151 2HB ALA 268 2HB ALA 268 38.307 4.435 -2.880 152 3HB ALA 268 3HB ALA 268 39.052 4.456 -1.282 153 H VAL 269 H VAL 269 38.503 5.760 0.484 154 HA VAL 269 HA VAL 269 35.956 4.939 1.116 155 HB VAL 269 HB VAL 269 37.896 6.512 2.823 156 1HG1 VAL 269 1HG1 VAL 269 35.193 5.434 3.338 157 2HG1 VAL 269 2HG1 VAL 269 36.091 6.680 4.205 158 3HG1 VAL 269 3HG1 VAL 269 36.409 4.976 4.530 159 1HG2 VAL 269 1HG2 VAL 269 38.189 4.019 1.727 160 2HG2 VAL 269 2HG2 VAL 269 37.411 3.629 3.262 161 3HG2 VAL 269 3HG2 VAL 269 38.931 4.525 3.245 162 H THR 270 H THR 270 37.213 8.257 1.518 163 HA THR 270 HA THR 270 34.864 9.492 2.328 164 HB THR 270 HB THR 270 37.150 10.541 2.222 165 HG1 THR 270 HG1 THR 270 35.733 12.068 2.591 166 1HG2 THR 270 1HG2 THR 270 37.169 9.763 -0.360 167 2HG2 THR 270 2HG2 THR 270 38.140 11.108 0.238 168 3HG2 THR 270 3HG2 THR 270 36.598 11.420 -0.560 169 H VAL 271 H VAL 271 35.832 8.396 -0.837 170 HA VAL 271 HA VAL 271 33.633 9.799 -2.155 171 HB VAL 271 HB VAL 271 35.857 8.017 -3.150 172 1HG1 VAL 271 1HG1 VAL 271 34.074 7.437 -4.587 173 2HG1 VAL 271 2HG1 VAL 271 34.887 8.748 -5.440 174 3HG1 VAL 271 3HG1 VAL 271 33.398 9.065 -4.550 175 1HG2 VAL 271 1HG2 VAL 271 36.454 10.106 -4.383 176 2HG2 VAL 271 2HG2 VAL 271 36.481 10.326 -2.633 177 3HG2 VAL 271 3HG2 VAL 271 35.119 10.931 -3.577 178 H VAL 272 H VAL 272 34.187 6.833 -0.592 179 HA VAL 272 HA VAL 272 32.336 5.261 -2.160 180 HB VAL 272 HB VAL 272 33.700 4.784 0.495 181 1HG1 VAL 272 1HG1 VAL 272 32.861 2.365 -0.055 182 2HG1 VAL 272 2HG1 VAL 272 31.639 3.196 -1.016 183 3HG1 VAL 272 3HG1 VAL 272 31.753 3.500 0.717 184 1HG2 VAL 272 1HG2 VAL 272 35.276 3.630 -0.710 185 2HG2 VAL 272 2HG2 VAL 272 34.749 4.706 -2.004 186 3HG2 VAL 272 3HG2 VAL 272 34.101 3.069 -1.900 187 H LEU 273 H LEU 273 32.235 7.202 0.769 188 HA LEU 273 HA LEU 273 29.504 6.342 1.360 189 1HB LEU 273 1HB LEU 273 29.699 7.695 3.358 190 2HB LEU 273 2HB LEU 273 31.159 6.719 3.193 191 HG LEU 273 HG LEU 273 31.788 9.000 1.761 192 1HD1 LEU 273 1HD1 LEU 273 31.202 10.880 3.247 193 2HD1 LEU 273 2HD1 LEU 273 30.261 9.788 4.263 194 3HD1 LEU 273 3HD1 LEU 273 29.748 10.114 2.608 195 1HD2 LEU 273 1HD2 LEU 273 33.108 9.565 3.880 196 2HD2 LEU 273 2HD2 LEU 273 33.353 7.943 3.230 197 3HD2 LEU 273 3HD2 LEU 273 32.306 8.184 4.629 198 H TYR 274 H TYR 274 31.133 8.788 -0.382 199 HA TYR 274 HA TYR 274 28.916 10.686 -0.242 200 1HB TYR 274 1HB TYR 274 30.748 12.009 -0.440 201 2HB TYR 274 2HB TYR 274 31.714 10.730 -1.177 202 HD1 TYR 274 HD1 TYR 274 31.504 10.241 -3.614 203 HD2 TYR 274 HD2 TYR 274 29.489 13.562 -1.778 204 HE1 TYR 274 HE1 TYR 274 31.120 11.243 -5.848 205 HE2 TYR 274 HE2 TYR 274 29.104 14.563 -4.014 206 HH TYR 274 HH TYR 274 29.109 13.096 -6.710 207 H LYS 275 H LYS 275 30.501 8.559 -2.589 208 HA LYS 275 HA LYS 275 28.710 9.247 -4.731 209 1HB LYS 275 1HB LYS 275 30.994 8.481 -5.188 210 2HB LYS 275 2HB LYS 275 30.635 6.929 -4.429 211 1HG LYS 275 1HG LYS 275 29.429 6.183 -6.218 212 2HG LYS 275 2HG LYS 275 28.745 7.775 -6.549 213 1HD LYS 275 1HD LYS 275 31.664 7.224 -7.054 214 2HD LYS 275 2HD LYS 275 30.447 6.790 -8.253 215 1HE LYS 275 1HE LYS 275 30.190 9.517 -7.133 216 2HE LYS 275 2HE LYS 275 31.625 9.242 -8.121 217 1HZ LYS 275 1HZ LYS 275 28.785 8.966 -8.880 218 2HZ LYS 275 2HZ LYS 275 30.008 8.181 -9.760 219 3HZ LYS 275 3HZ LYS 275 30.001 9.875 -9.636 220 H LYS 276 H LYS 276 28.782 6.883 -2.174 221 HA LYS 276 HA LYS 276 27.124 4.885 -3.128 222 1HB LYS 276 1HB LYS 276 27.908 5.908 -0.510 223 2HB LYS 276 2HB LYS 276 26.280 5.229 -0.509 224 1HG LYS 276 1HG LYS 276 27.082 3.137 -1.429 225 2HG LYS 276 2HG LYS 276 28.696 3.809 -1.664 226 1HD LYS 276 1HD LYS 276 28.890 4.138 0.795 227 2HD LYS 276 2HD LYS 276 27.310 3.380 0.999 228 1HE LYS 276 1HE LYS 276 28.094 1.277 0.245 229 2HE LYS 276 2HE LYS 276 29.547 1.980 -0.465 230 1HZ LYS 276 1HZ LYS 276 30.302 2.556 1.764 231 2HZ LYS 276 2HZ LYS 276 30.055 0.882 1.612 232 3HZ LYS 276 3HZ LYS 276 28.918 1.839 2.433 233 1HN NH2 277 1HN NH2 277 26.129 8.063 -1.794 234 2HN NH2 277 2HN NH2 277 24.501 7.924 -2.288 Start of MODEL 52 1 1H HIS 250 1H HIS 250 62.639 8.679 9.464 2 2H HIS 250 2H HIS 250 64.013 9.484 8.871 3 3H HIS 250 3H HIS 250 62.466 10.140 8.620 4 HA HIS 250 HA HIS 250 64.210 10.380 10.880 5 1HB HIS 250 1HB HIS 250 63.226 12.245 9.530 6 2HB HIS 250 2HB HIS 250 61.631 11.788 10.130 7 HD2 HIS 250 HD2 HIS 250 64.884 12.046 12.396 8 HE1 HIS 250 HE1 HIS 250 62.004 14.790 13.809 9 HE2 HIS 250 HE2 HIS 250 64.293 13.784 14.252 10 H ILE 251 H ILE 251 63.357 10.600 13.082 11 HA ILE 251 HA ILE 251 61.979 8.306 13.949 12 HB ILE 251 HB ILE 251 62.392 10.944 15.378 13 1HG1 ILE 251 1HG1 ILE 251 64.059 8.856 16.345 14 2HG1 ILE 251 2HG1 ILE 251 64.189 8.836 14.586 15 1HG2 ILE 251 1HG2 ILE 251 61.326 8.266 16.206 16 2HG2 ILE 251 2HG2 ILE 251 60.802 9.877 16.695 17 3HG2 ILE 251 3HG2 ILE 251 62.284 9.192 17.361 18 1HD1 ILE 251 1HD1 ILE 251 64.637 11.214 16.410 19 2HD1 ILE 251 2HD1 ILE 251 64.594 11.314 14.650 20 3HD1 ILE 251 3HD1 ILE 251 65.854 10.373 15.450 21 H ASN 252 H ASN 252 60.877 11.494 13.031 22 HA ASN 252 HA ASN 252 58.195 11.078 14.063 23 1HB ASN 252 1HB ASN 252 59.717 13.292 12.850 24 2HB ASN 252 2HB ASN 252 58.008 13.249 12.425 25 1HD2 ASN 252 1HD2 ASN 252 59.922 12.640 15.437 26 2HD2 ASN 252 2HD2 ASN 252 58.914 13.579 16.430 27 H GLU 253 H GLU 253 59.918 10.797 11.032 28 HA GLU 253 HA GLU 253 57.462 10.382 9.513 29 1HB GLU 253 1HB GLU 253 60.365 10.251 8.665 30 2HB GLU 253 2HB GLU 253 58.976 10.149 7.582 31 1HG GLU 253 1HG GLU 253 58.364 12.385 7.946 32 2HG GLU 253 2HG GLU 253 59.272 12.486 9.455 33 H LEU 254 H LEU 254 59.546 8.549 11.408 34 HA LEU 254 HA LEU 254 59.796 6.132 10.032 35 1HB LEU 254 1HB LEU 254 60.629 6.959 12.431 36 2HB LEU 254 2HB LEU 254 59.217 6.039 12.953 37 HG LEU 254 HG LEU 254 60.166 4.204 11.324 38 1HD1 LEU 254 1HD1 LEU 254 62.384 4.337 10.728 39 2HD1 LEU 254 2HD1 LEU 254 62.815 5.296 12.144 40 3HD1 LEU 254 3HD1 LEU 254 62.023 6.063 10.769 41 1HD2 LEU 254 1HD2 LEU 254 61.212 4.924 14.068 42 2HD2 LEU 254 2HD2 LEU 254 61.683 3.430 13.257 43 3HD2 LEU 254 3HD2 LEU 254 59.989 3.725 13.647 44 H LEU 255 H LEU 255 57.064 7.539 11.707 45 HA LEU 255 HA LEU 255 55.499 5.081 11.461 46 1HB LEU 255 1HB LEU 255 53.709 6.614 12.521 47 2HB LEU 255 2HB LEU 255 55.091 6.150 13.515 48 HG LEU 255 HG LEU 255 55.465 8.595 11.885 49 1HD1 LEU 255 1HD1 LEU 255 53.479 8.423 14.164 50 2HD1 LEU 255 2HD1 LEU 255 53.198 9.040 12.536 51 3HD1 LEU 255 3HD1 LEU 255 54.225 9.938 13.654 52 1HD2 LEU 255 1HD2 LEU 255 57.116 7.704 13.530 53 2HD2 LEU 255 2HD2 LEU 255 55.931 7.948 14.814 54 3HD2 LEU 255 3HD2 LEU 255 56.578 9.335 13.936 55 H HIS 256 H HIS 256 55.768 8.286 10.047 56 HA HIS 256 HA HIS 256 53.418 8.621 8.699 57 1HB HIS 256 1HB HIS 256 56.257 9.190 7.888 58 2HB HIS 256 2HB HIS 256 54.920 9.556 6.798 59 HD2 HIS 256 HD2 HIS 256 53.975 10.106 10.488 60 HE1 HIS 256 HE1 HIS 256 54.972 13.900 8.928 61 HE2 HIS 256 HE2 HIS 256 53.943 12.684 10.906 62 H ILE 257 H ILE 257 55.798 6.156 8.169 63 HA ILE 257 HA ILE 257 55.274 5.406 5.537 64 HB ILE 257 HB ILE 257 56.115 3.850 7.974 65 1HG1 ILE 257 1HG1 ILE 257 58.209 3.650 6.635 66 2HG1 ILE 257 2HG1 ILE 257 57.462 4.612 5.360 67 1HG2 ILE 257 1HG2 ILE 257 56.622 2.010 6.221 68 2HG2 ILE 257 2HG2 ILE 257 55.419 2.826 5.223 69 3HG2 ILE 257 3HG2 ILE 257 54.960 2.162 6.793 70 1HD1 ILE 257 1HD1 ILE 257 58.958 5.858 7.054 71 2HD1 ILE 257 2HD1 ILE 257 57.639 5.623 8.199 72 3HD1 ILE 257 3HD1 ILE 257 57.371 6.550 6.722 73 H LEU 258 H LEU 258 53.291 5.194 8.334 74 HA LEU 258 HA LEU 258 51.525 3.175 7.173 75 1HB LEU 258 1HB LEU 258 51.783 4.522 9.823 76 2HB LEU 258 2HB LEU 258 50.198 3.900 9.359 77 HG LEU 258 HG LEU 258 52.610 2.153 8.996 78 1HD1 LEU 258 1HD1 LEU 258 53.039 2.537 11.230 79 2HD1 LEU 258 2HD1 LEU 258 51.788 1.305 11.397 80 3HD1 LEU 258 3HD1 LEU 258 51.375 3.010 11.577 81 1HD2 LEU 258 1HD2 LEU 258 49.949 1.268 10.030 82 2HD2 LEU 258 2HD2 LEU 258 51.047 0.453 8.916 83 3HD2 LEU 258 3HD2 LEU 258 50.041 1.785 8.347 84 H VAL 259 H VAL 259 51.987 6.403 6.736 85 HA VAL 259 HA VAL 259 49.159 7.139 6.606 86 HB VAL 259 HB VAL 259 51.655 8.737 5.983 87 1HG1 VAL 259 1HG1 VAL 259 49.991 10.659 6.205 88 2HG1 VAL 259 2HG1 VAL 259 48.716 9.447 6.090 89 3HG1 VAL 259 3HG1 VAL 259 49.835 9.680 4.748 90 1HG2 VAL 259 1HG2 VAL 259 51.405 9.697 8.143 91 2HG2 VAL 259 2HG2 VAL 259 51.185 7.966 8.400 92 3HG2 VAL 259 3HG2 VAL 259 49.783 9.034 8.338 93 H PHE 260 H PHE 260 51.959 7.110 4.384 94 HA PHE 260 HA PHE 260 50.677 7.720 2.022 95 1HB PHE 260 1HB PHE 260 52.731 5.527 2.104 96 2HB PHE 260 2HB PHE 260 52.514 6.798 0.902 97 HD1 PHE 260 HD1 PHE 260 52.415 9.270 2.260 98 HD2 PHE 260 HD2 PHE 260 54.721 5.796 3.292 99 HE1 PHE 260 HE1 PHE 260 54.032 10.703 3.476 100 HE2 PHE 260 HE2 PHE 260 56.336 7.229 4.508 101 HZ PHE 260 HZ PHE 260 55.993 9.684 4.600 102 H GLY 261 H GLY 261 50.123 5.052 4.031 103 1HA GLY 261 1HA GLY 261 48.911 3.475 1.849 104 2HA GLY 261 2HA GLY 261 49.336 2.855 3.442 105 H GLU 262 H GLU 262 48.182 5.421 4.623 106 HA GLU 262 HA GLU 262 45.450 4.410 4.818 107 1HB GLU 262 1HB GLU 262 45.297 5.521 6.837 108 2HB GLU 262 2HB GLU 262 47.032 5.228 6.771 109 1HG GLU 262 1HG GLU 262 46.961 7.490 7.314 110 2HG GLU 262 2HG GLU 262 47.103 7.562 5.561 111 H SER 263 H SER 263 47.219 7.055 3.426 112 HA SER 263 HA SER 263 45.019 8.834 3.061 113 1HB SER 263 1HB SER 263 47.376 9.575 2.961 114 2HB SER 263 2HB SER 263 47.605 8.624 1.497 115 HG SER 263 HG SER 263 47.027 10.508 0.665 116 H LEU 264 H LEU 264 46.094 5.981 1.457 117 HA LEU 264 HA LEU 264 44.829 6.506 -1.073 118 1HB LEU 264 1HB LEU 264 46.146 4.158 0.225 119 2HB LEU 264 2HB LEU 264 45.092 3.871 -1.160 120 HG LEU 264 HG LEU 264 47.112 6.069 -1.360 121 1HD1 LEU 264 1HD1 LEU 264 48.815 4.448 -2.128 122 2HD1 LEU 264 2HD1 LEU 264 47.745 3.120 -1.682 123 3HD1 LEU 264 3HD1 LEU 264 48.398 4.182 -0.435 124 1HD2 LEU 264 1HD2 LEU 264 45.455 5.634 -3.155 125 2HD2 LEU 264 2HD2 LEU 264 46.057 3.983 -3.298 126 3HD2 LEU 264 3HD2 LEU 264 47.102 5.341 -3.714 127 H LEU 265 H LEU 265 43.780 5.425 2.012 128 HA LEU 265 HA LEU 265 41.374 4.137 0.971 129 1HB LEU 265 1HB LEU 265 42.575 4.483 3.705 130 2HB LEU 265 2HB LEU 265 40.894 3.983 3.519 131 HG LEU 265 HG LEU 265 41.597 2.086 2.122 132 1HD1 LEU 265 1HD1 LEU 265 44.265 3.420 2.451 133 2HD1 LEU 265 2HD1 LEU 265 43.542 2.715 1.005 134 3HD1 LEU 265 3HD1 LEU 265 44.202 1.668 2.262 135 1HD2 LEU 265 1HD2 LEU 265 43.466 1.535 4.254 136 2HD2 LEU 265 2HD2 LEU 265 41.834 0.905 4.028 137 3HD2 LEU 265 3HD2 LEU 265 42.081 2.422 4.892 138 H ASN 266 H ASN 266 42.316 7.015 2.813 139 HA ASN 266 HA ASN 266 39.695 7.988 3.274 140 1HB ASN 266 1HB ASN 266 40.797 9.568 4.423 141 2HB ASN 266 2HB ASN 266 42.294 8.769 3.946 142 1HD2 ASN 266 1HD2 ASN 266 43.144 9.479 1.685 143 2HD2 ASN 266 2HD2 ASN 266 42.949 11.114 1.278 144 H ASP 267 H ASP 267 41.554 7.773 0.441 145 HA ASP 267 HA ASP 267 40.361 10.064 -0.888 146 1HB ASP 267 1HB ASP 267 42.489 8.125 -1.451 147 2HB ASP 267 2HB ASP 267 41.513 8.534 -2.861 148 H ALA 268 H ALA 268 40.004 6.549 -0.853 149 HA ALA 268 HA ALA 268 37.886 6.669 -2.867 150 1HB ALA 268 1HB ALA 268 38.185 4.413 -3.142 151 2HB ALA 268 2HB ALA 268 38.527 4.142 -1.433 152 3HB ALA 268 3HB ALA 268 39.773 4.811 -2.486 153 H VAL 269 H VAL 269 38.341 5.976 0.564 154 HA VAL 269 HA VAL 269 35.816 5.021 1.228 155 HB VAL 269 HB VAL 269 37.821 6.675 2.751 156 1HG1 VAL 269 1HG1 VAL 269 35.066 5.757 3.568 157 2HG1 VAL 269 2HG1 VAL 269 35.821 7.333 3.815 158 3HG1 VAL 269 3HG1 VAL 269 36.350 5.943 4.763 159 1HG2 VAL 269 1HG2 VAL 269 38.573 4.659 3.513 160 2HG2 VAL 269 2HG2 VAL 269 37.774 4.027 2.074 161 3HG2 VAL 269 3HG2 VAL 269 36.947 3.988 3.631 162 H THR 270 H THR 270 36.750 8.150 0.170 163 HA THR 270 HA THR 270 34.336 9.419 1.229 164 HB THR 270 HB THR 270 36.738 10.447 -0.278 165 HG1 THR 270 HG1 THR 270 36.794 11.740 1.674 166 1HG2 THR 270 1HG2 THR 270 35.152 11.838 -1.221 167 2HG2 THR 270 2HG2 THR 270 35.449 12.705 0.285 168 3HG2 THR 270 3HG2 THR 270 34.038 11.659 0.134 169 H VAL 271 H VAL 271 35.898 8.978 -1.951 170 HA VAL 271 HA VAL 271 33.723 9.877 -3.492 171 HB VAL 271 HB VAL 271 35.829 7.850 -4.274 172 1HG1 VAL 271 1HG1 VAL 271 33.982 7.968 -5.865 173 2HG1 VAL 271 2HG1 VAL 271 35.389 8.782 -6.552 174 3HG1 VAL 271 3HG1 VAL 271 34.064 9.729 -5.875 175 1HG2 VAL 271 1HG2 VAL 271 36.718 10.006 -3.315 176 2HG2 VAL 271 2HG2 VAL 271 35.853 10.868 -4.587 177 3HG2 VAL 271 3HG2 VAL 271 37.150 9.748 -5.005 178 H VAL 272 H VAL 272 34.309 6.860 -1.888 179 HA VAL 272 HA VAL 272 32.249 5.467 -3.422 180 HB VAL 272 HB VAL 272 33.986 4.563 -1.115 181 1HG1 VAL 272 1HG1 VAL 272 31.706 3.328 -2.573 182 2HG1 VAL 272 2HG1 VAL 272 32.264 3.058 -0.922 183 3HG1 VAL 272 3HG1 VAL 272 33.102 2.292 -2.273 184 1HG2 VAL 272 1HG2 VAL 272 34.062 3.870 -4.070 185 2HG2 VAL 272 2HG2 VAL 272 35.189 3.314 -2.833 186 3HG2 VAL 272 3HG2 VAL 272 35.149 5.017 -3.287 187 H LEU 273 H LEU 273 32.571 7.271 -0.509 188 HA LEU 273 HA LEU 273 30.066 6.165 0.569 189 1HB LEU 273 1HB LEU 273 32.071 6.399 2.058 190 2HB LEU 273 2HB LEU 273 31.951 8.144 1.863 191 HG LEU 273 HG LEU 273 29.402 7.629 2.576 192 1HD1 LEU 273 1HD1 LEU 273 29.358 5.893 4.301 193 2HD1 LEU 273 2HD1 LEU 273 31.060 5.530 4.007 194 3HD1 LEU 273 3HD1 LEU 273 29.857 5.189 2.763 195 1HD2 LEU 273 1HD2 LEU 273 30.931 9.209 3.688 196 2HD2 LEU 273 2HD2 LEU 273 31.761 7.864 4.473 197 3HD2 LEU 273 3HD2 LEU 273 30.084 8.226 4.884 198 H TYR 274 H TYR 274 31.511 9.149 -0.640 199 HA TYR 274 HA TYR 274 29.034 10.626 -0.172 200 1HB TYR 274 1HB TYR 274 31.776 11.383 -1.157 201 2HB TYR 274 2HB TYR 274 30.411 12.488 -1.309 202 HD1 TYR 274 HD1 TYR 274 32.190 10.353 1.199 203 HD2 TYR 274 HD2 TYR 274 29.798 13.851 0.500 204 HE1 TYR 274 HE1 TYR 274 32.460 11.012 3.575 205 HE2 TYR 274 HE2 TYR 274 30.068 14.511 2.875 206 HH TYR 274 HH TYR 274 32.333 13.476 4.823 207 H LYS 275 H LYS 275 31.145 9.934 -2.973 208 HA LYS 275 HA LYS 275 28.981 10.643 -4.795 209 1HB LYS 275 1HB LYS 275 31.743 9.640 -5.493 210 2HB LYS 275 2HB LYS 275 30.623 10.523 -6.530 211 1HG LYS 275 1HG LYS 275 30.895 12.136 -4.254 212 2HG LYS 275 2HG LYS 275 32.527 11.559 -4.590 213 1HD LYS 275 1HD LYS 275 32.219 13.581 -5.861 214 2HD LYS 275 2HD LYS 275 32.170 12.236 -7.003 215 1HE LYS 275 1HE LYS 275 30.160 12.984 -7.691 216 2HE LYS 275 2HE LYS 275 29.519 12.550 -6.107 217 1HZ LYS 275 1HZ LYS 275 30.848 14.925 -5.732 218 2HZ LYS 275 2HZ LYS 275 29.165 14.700 -5.791 219 3HZ LYS 275 3HZ LYS 275 30.018 15.127 -7.197 220 H LYS 276 H LYS 276 30.239 7.822 -3.324 221 HA LYS 276 HA LYS 276 29.926 5.569 -3.719 222 1HB LYS 276 1HB LYS 276 27.325 6.837 -4.550 223 2HB LYS 276 2HB LYS 276 27.552 5.089 -4.617 224 1HG LYS 276 1HG LYS 276 28.362 6.483 -2.106 225 2HG LYS 276 2HG LYS 276 26.635 6.295 -2.412 226 1HD LYS 276 1HD LYS 276 26.932 3.874 -2.706 227 2HD LYS 276 2HD LYS 276 28.668 4.046 -2.445 228 1HE LYS 276 1HE LYS 276 27.354 3.316 -0.403 229 2HE LYS 276 2HE LYS 276 28.336 4.763 -0.174 230 1HZ LYS 276 1HZ LYS 276 25.705 5.328 -1.164 231 2HZ LYS 276 2HZ LYS 276 26.539 6.010 0.149 232 3HZ LYS 276 3HZ LYS 276 25.682 4.556 0.346 233 1HN NH2 277 1HN NH2 277 30.712 7.506 -6.180 234 2HN NH2 277 2HN NH2 277 30.624 6.414 -7.489 Start of MODEL 53 1 1H HIS 250 1H HIS 250 63.247 -3.174 5.049 2 2H HIS 250 2H HIS 250 63.927 -2.648 6.515 3 3H HIS 250 3H HIS 250 64.376 -1.907 5.053 4 HA HIS 250 HA HIS 250 62.238 -0.943 4.774 5 1HB HIS 250 1HB HIS 250 61.393 -3.138 6.249 6 2HB HIS 250 2HB HIS 250 61.141 -1.788 7.356 7 HD2 HIS 250 HD2 HIS 250 60.287 0.395 4.888 8 HE1 HIS 250 HE1 HIS 250 57.091 -2.306 4.333 9 HE2 HIS 250 HE2 HIS 250 57.920 0.044 3.844 10 H ILE 251 H ILE 251 61.139 0.628 6.548 11 HA ILE 251 HA ILE 251 63.309 1.649 8.281 12 HB ILE 251 HB ILE 251 62.071 3.935 7.689 13 1HG1 ILE 251 1HG1 ILE 251 60.602 2.399 6.074 14 2HG1 ILE 251 2HG1 ILE 251 61.060 4.034 5.611 15 1HG2 ILE 251 1HG2 ILE 251 64.243 2.478 6.182 16 2HG2 ILE 251 2HG2 ILE 251 64.407 3.744 7.398 17 3HG2 ILE 251 3HG2 ILE 251 63.804 4.142 5.790 18 1HD1 ILE 251 1HD1 ILE 251 61.452 2.160 3.878 19 2HD1 ILE 251 2HD1 ILE 251 62.800 1.669 4.902 20 3HD1 ILE 251 3HD1 ILE 251 62.783 3.276 4.178 21 H ASN 252 H ASN 252 62.313 3.432 9.779 22 HA ASN 252 HA ASN 252 60.154 2.122 11.236 23 1HB ASN 252 1HB ASN 252 62.079 4.349 11.845 24 2HB ASN 252 2HB ASN 252 60.661 4.082 12.859 25 1HD2 ASN 252 1HD2 ASN 252 62.650 1.585 11.218 26 2HD2 ASN 252 2HD2 ASN 252 63.141 0.821 12.652 27 H GLU 253 H GLU 253 60.145 4.093 8.690 28 HA GLU 253 HA GLU 253 58.260 6.095 9.589 29 1HB GLU 253 1HB GLU 253 59.088 5.370 6.772 30 2HB GLU 253 2HB GLU 253 58.298 6.858 7.296 31 1HG GLU 253 1HG GLU 253 60.543 6.644 8.947 32 2HG GLU 253 2HG GLU 253 61.121 6.154 7.355 33 H LEU 254 H LEU 254 58.049 2.876 8.957 34 HA LEU 254 HA LEU 254 55.973 2.335 7.294 35 1HB LEU 254 1HB LEU 254 57.124 1.088 9.612 36 2HB LEU 254 2HB LEU 254 55.370 0.905 9.660 37 HG LEU 254 HG LEU 254 55.409 0.055 7.330 38 1HD1 LEU 254 1HD1 LEU 254 58.108 -0.658 7.007 39 2HD1 LEU 254 2HD1 LEU 254 58.136 1.035 7.501 40 3HD1 LEU 254 3HD1 LEU 254 57.217 0.546 6.077 41 1HD2 LEU 254 1HD2 LEU 254 57.274 -1.875 8.233 42 2HD2 LEU 254 2HD2 LEU 254 55.517 -1.936 8.383 43 3HD2 LEU 254 3HD2 LEU 254 56.489 -1.235 9.678 44 H LEU 255 H LEU 255 55.866 4.241 10.153 45 HA LEU 255 HA LEU 255 52.932 4.193 10.246 46 1HB LEU 255 1HB LEU 255 54.937 5.506 12.098 47 2HB LEU 255 2HB LEU 255 53.192 5.463 12.339 48 HG LEU 255 HG LEU 255 54.616 2.869 11.899 49 1HD1 LEU 255 1HD1 LEU 255 54.772 2.895 14.532 50 2HD1 LEU 255 2HD1 LEU 255 54.859 4.642 14.307 51 3HD1 LEU 255 3HD1 LEU 255 56.070 3.595 13.566 52 1HD2 LEU 255 1HD2 LEU 255 52.323 3.748 13.684 53 2HD2 LEU 255 2HD2 LEU 255 52.855 2.085 13.436 54 3HD2 LEU 255 3HD2 LEU 255 52.148 2.993 12.100 55 H HIS 256 H HIS 256 55.672 6.375 9.752 56 HA HIS 256 HA HIS 256 53.964 8.665 9.267 57 1HB HIS 256 1HB HIS 256 56.941 8.324 8.825 58 2HB HIS 256 2HB HIS 256 56.055 9.850 8.810 59 HD2 HIS 256 HD2 HIS 256 54.539 7.905 11.616 60 HE1 HIS 256 HE1 HIS 256 57.786 9.935 13.395 61 HE2 HIS 256 HE2 HIS 256 55.668 8.616 13.864 62 H ILE 257 H ILE 257 56.564 7.326 7.241 63 HA ILE 257 HA ILE 257 55.876 8.369 4.839 64 HB ILE 257 HB ILE 257 57.100 5.756 5.607 65 1HG1 ILE 257 1HG1 ILE 257 58.159 8.179 5.379 66 2HG1 ILE 257 2HG1 ILE 257 59.057 6.756 4.852 67 1HG2 ILE 257 1HG2 ILE 257 57.494 5.436 3.070 68 2HG2 ILE 257 2HG2 ILE 257 56.104 6.500 2.854 69 3HG2 ILE 257 3HG2 ILE 257 55.921 4.971 3.715 70 1HD1 ILE 257 1HD1 ILE 257 57.255 8.252 2.948 71 2HD1 ILE 257 2HD1 ILE 257 58.592 7.164 2.572 72 3HD1 ILE 257 3HD1 ILE 257 58.918 8.769 3.225 73 H LEU 258 H LEU 258 54.396 5.545 6.383 74 HA LEU 258 HA LEU 258 52.841 4.507 4.404 75 1HB LEU 258 1HB LEU 258 52.708 4.657 7.289 76 2HB LEU 258 2HB LEU 258 51.092 4.703 6.588 77 HG LEU 258 HG LEU 258 51.871 2.388 7.038 78 1HD1 LEU 258 1HD1 LEU 258 51.847 2.132 4.180 79 2HD1 LEU 258 2HD1 LEU 258 50.745 3.426 4.647 80 3HD1 LEU 258 3HD1 LEU 258 50.543 1.810 5.322 81 1HD2 LEU 258 1HD2 LEU 258 53.689 2.253 4.763 82 2HD2 LEU 258 2HD2 LEU 258 53.911 1.652 6.406 83 3HD2 LEU 258 3HD2 LEU 258 54.291 3.330 6.021 84 H VAL 259 H VAL 259 52.695 7.723 5.552 85 HA VAL 259 HA VAL 259 50.081 8.510 5.327 86 HB VAL 259 HB VAL 259 50.984 10.686 4.412 87 1HG1 VAL 259 1HG1 VAL 259 51.545 9.359 6.924 88 2HG1 VAL 259 2HG1 VAL 259 51.172 11.057 6.624 89 3HG1 VAL 259 3HG1 VAL 259 52.839 10.489 6.524 90 1HG2 VAL 259 1HG2 VAL 259 52.937 9.294 3.280 91 2HG2 VAL 259 2HG2 VAL 259 53.730 9.554 4.832 92 3HG2 VAL 259 3HG2 VAL 259 53.229 10.934 3.856 93 H PHE 260 H PHE 260 52.173 7.402 2.778 94 HA PHE 260 HA PHE 260 50.472 8.391 0.648 95 1HB PHE 260 1HB PHE 260 52.892 6.585 0.708 96 2HB PHE 260 2HB PHE 260 52.001 6.935 -0.775 97 HD1 PHE 260 HD1 PHE 260 54.335 8.215 1.711 98 HD2 PHE 260 HD2 PHE 260 51.812 9.296 -1.593 99 HE1 PHE 260 HE1 PHE 260 55.538 10.370 1.499 100 HE2 PHE 260 HE2 PHE 260 53.018 11.452 -1.807 101 HZ PHE 260 HZ PHE 260 54.882 11.990 -0.262 102 H GLY 261 H GLY 261 50.804 5.516 2.565 103 1HA GLY 261 1HA GLY 261 49.012 4.002 0.792 104 2HA GLY 261 2HA GLY 261 49.924 3.345 2.148 105 H GLU 262 H GLU 262 48.909 6.008 3.514 106 HA GLU 262 HA GLU 262 46.626 4.724 4.775 107 1HB GLU 262 1HB GLU 262 48.044 7.343 5.309 108 2HB GLU 262 2HB GLU 262 46.684 6.741 6.260 109 1HG GLU 262 1HG GLU 262 48.872 4.798 5.843 110 2HG GLU 262 2HG GLU 262 49.296 6.196 6.829 111 H SER 263 H SER 263 47.228 7.898 3.246 112 HA SER 263 HA SER 263 44.627 8.840 3.185 113 1HB SER 263 1HB SER 263 46.870 9.219 1.196 114 2HB SER 263 2HB SER 263 45.354 10.114 1.131 115 HG SER 263 HG SER 263 47.401 10.820 2.463 116 H LEU 264 H LEU 264 46.249 6.656 0.918 117 HA LEU 264 HA LEU 264 44.506 6.485 -1.164 118 1HB LEU 264 1HB LEU 264 46.314 4.596 0.183 119 2HB LEU 264 2HB LEU 264 45.002 3.817 -0.699 120 HG LEU 264 HG LEU 264 47.070 4.215 -2.081 121 1HD1 LEU 264 1HD1 LEU 264 45.336 5.913 -3.595 122 2HD1 LEU 264 2HD1 LEU 264 44.337 4.750 -2.725 123 3HD1 LEU 264 3HD1 LEU 264 45.618 4.185 -3.796 124 1HD2 LEU 264 1HD2 LEU 264 47.983 6.286 -2.325 125 2HD2 LEU 264 2HD2 LEU 264 47.105 6.661 -0.843 126 3HD2 LEU 264 3HD2 LEU 264 46.408 7.074 -2.409 127 H LEU 265 H LEU 265 43.996 5.371 2.110 128 HA LEU 265 HA LEU 265 41.557 3.946 1.470 129 1HB LEU 265 1HB LEU 265 43.041 3.240 3.338 130 2HB LEU 265 2HB LEU 265 42.690 4.758 4.161 131 HG LEU 265 HG LEU 265 40.274 4.168 4.186 132 1HD1 LEU 265 1HD1 LEU 265 39.808 2.721 2.444 133 2HD1 LEU 265 2HD1 LEU 265 39.986 1.551 3.751 134 3HD1 LEU 265 3HD1 LEU 265 41.320 1.834 2.634 135 1HD2 LEU 265 1HD2 LEU 265 40.693 1.970 5.640 136 2HD2 LEU 265 2HD2 LEU 265 41.207 3.559 6.209 137 3HD2 LEU 265 3HD2 LEU 265 42.375 2.469 5.462 138 H ASN 266 H ASN 266 42.495 7.070 2.803 139 HA ASN 266 HA ASN 266 39.831 7.871 3.503 140 1HB ASN 266 1HB ASN 266 40.881 9.601 4.479 141 2HB ASN 266 2HB ASN 266 42.393 8.827 4.008 142 1HD2 ASN 266 1HD2 ASN 266 43.296 9.486 1.827 143 2HD2 ASN 266 2HD2 ASN 266 42.957 11.045 1.248 144 H ASP 267 H ASP 267 41.741 7.891 0.619 145 HA ASP 267 HA ASP 267 40.006 9.818 -0.726 146 1HB ASP 267 1HB ASP 267 42.667 8.726 -1.152 147 2HB ASP 267 2HB ASP 267 41.698 8.680 -2.624 148 H ALA 268 H ALA 268 40.049 6.528 -0.080 149 HA ALA 268 HA ALA 268 38.662 5.774 -2.552 150 1HB ALA 268 1HB ALA 268 38.850 3.480 -1.710 151 2HB ALA 268 2HB ALA 268 39.519 4.081 -0.192 152 3HB ALA 268 3HB ALA 268 40.425 4.274 -1.695 153 H VAL 269 H VAL 269 38.135 6.184 0.897 154 HA VAL 269 HA VAL 269 35.426 5.158 0.797 155 HB VAL 269 HB VAL 269 37.044 6.516 2.959 156 1HG1 VAL 269 1HG1 VAL 269 34.854 7.139 3.527 157 2HG1 VAL 269 2HG1 VAL 269 35.043 5.605 4.376 158 3HG1 VAL 269 3HG1 VAL 269 34.157 5.665 2.851 159 1HG2 VAL 269 1HG2 VAL 269 35.929 3.706 2.859 160 2HG2 VAL 269 2HG2 VAL 269 37.192 4.338 3.915 161 3HG2 VAL 269 3HG2 VAL 269 37.515 4.105 2.196 162 H THR 270 H THR 270 36.898 8.008 -0.105 163 HA THR 270 HA THR 270 34.704 9.767 0.672 164 HB THR 270 HB THR 270 37.218 10.396 0.584 165 HG1 THR 270 HG1 THR 270 36.396 12.477 -0.558 166 1HG2 THR 270 1HG2 THR 270 36.558 10.988 -2.294 167 2HG2 THR 270 2HG2 THR 270 37.313 9.462 -1.832 168 3HG2 THR 270 3HG2 THR 270 38.133 10.989 -1.502 169 H VAL 271 H VAL 271 35.741 7.868 -2.023 170 HA VAL 271 HA VAL 271 34.654 9.150 -4.212 171 HB VAL 271 HB VAL 271 34.382 6.939 -5.215 172 1HG1 VAL 271 1HG1 VAL 271 36.677 7.915 -4.833 173 2HG1 VAL 271 2HG1 VAL 271 36.654 6.156 -4.945 174 3HG1 VAL 271 3HG1 VAL 271 36.786 6.938 -3.370 175 1HG2 VAL 271 1HG2 VAL 271 34.322 6.141 -2.337 176 2HG2 VAL 271 2HG2 VAL 271 35.079 5.025 -3.473 177 3HG2 VAL 271 3HG2 VAL 271 33.396 5.505 -3.696 178 H VAL 272 H VAL 272 33.043 8.078 -1.436 179 HA VAL 272 HA VAL 272 30.452 7.762 -2.745 180 HB VAL 272 HB VAL 272 31.302 7.569 0.153 181 1HG1 VAL 272 1HG1 VAL 272 28.895 6.424 0.142 182 2HG1 VAL 272 2HG1 VAL 272 28.630 7.548 -1.191 183 3HG1 VAL 272 3HG1 VAL 272 29.079 8.160 0.402 184 1HG2 VAL 272 1HG2 VAL 272 31.846 5.788 -1.749 185 2HG2 VAL 272 2HG2 VAL 272 30.163 5.331 -1.481 186 3HG2 VAL 272 3HG2 VAL 272 31.316 5.269 -0.148 187 H LEU 273 H LEU 273 32.326 10.172 -1.154 188 HA LEU 273 HA LEU 273 30.031 11.848 -0.510 189 1HB LEU 273 1HB LEU 273 33.011 12.109 -0.162 190 2HB LEU 273 2HB LEU 273 31.952 13.497 0.067 191 HG LEU 273 HG LEU 273 32.450 12.219 2.185 192 1HD1 LEU 273 1HD1 LEU 273 30.030 13.312 1.314 193 2HD1 LEU 273 2HD1 LEU 273 30.449 12.907 2.976 194 3HD1 LEU 273 3HD1 LEU 273 29.577 11.745 1.980 195 1HD2 LEU 273 1HD2 LEU 273 32.380 9.982 0.921 196 2HD2 LEU 273 2HD2 LEU 273 30.624 10.102 1.035 197 3HD2 LEU 273 3HD2 LEU 273 31.600 10.022 2.502 198 H TYR 274 H TYR 274 32.462 11.494 -2.982 199 HA TYR 274 HA TYR 274 31.807 14.046 -4.235 200 1HB TYR 274 1HB TYR 274 33.978 13.764 -4.789 201 2HB TYR 274 2HB TYR 274 33.924 12.030 -4.473 202 HD1 TYR 274 HD1 TYR 274 33.087 10.456 -6.219 203 HD2 TYR 274 HD2 TYR 274 33.605 14.651 -6.993 204 HE1 TYR 274 HE1 TYR 274 32.974 10.021 -8.657 205 HE2 TYR 274 HE2 TYR 274 33.490 14.214 -9.431 206 HH TYR 274 HH TYR 274 33.820 11.182 -10.772 207 H LYS 275 H LYS 275 31.462 10.579 -4.881 208 HA LYS 275 HA LYS 275 30.216 10.823 -7.403 209 1HB LYS 275 1HB LYS 275 31.204 8.722 -6.591 210 2HB LYS 275 2HB LYS 275 29.963 8.617 -5.342 211 1HG LYS 275 1HG LYS 275 28.349 7.956 -6.816 212 2HG LYS 275 2HG LYS 275 28.955 8.997 -8.102 213 1HD LYS 275 1HD LYS 275 30.524 6.578 -7.237 214 2HD LYS 275 2HD LYS 275 29.193 6.418 -8.381 215 1HE LYS 275 1HE LYS 275 31.117 8.611 -8.932 216 2HE LYS 275 2HE LYS 275 31.731 6.970 -9.146 217 1HZ LYS 275 1HZ LYS 275 30.644 7.992 -11.142 218 2HZ LYS 275 2HZ LYS 275 29.167 7.895 -10.307 219 3HZ LYS 275 3HZ LYS 275 30.030 6.480 -10.680 220 H LYS 276 H LYS 276 28.953 10.773 -4.107 221 HA LYS 276 HA LYS 276 26.791 10.967 -3.299 222 1HB LYS 276 1HB LYS 276 27.157 13.146 -5.332 223 2HB LYS 276 2HB LYS 276 25.617 12.975 -4.487 224 1HG LYS 276 1HG LYS 276 26.527 13.513 -2.427 225 2HG LYS 276 2HG LYS 276 28.127 12.911 -2.861 226 1HD LYS 276 1HD LYS 276 28.112 15.379 -2.714 227 2HD LYS 276 2HD LYS 276 28.458 14.839 -4.358 228 1HE LYS 276 1HE LYS 276 26.230 15.315 -5.084 229 2HE LYS 276 2HE LYS 276 25.664 15.532 -3.427 230 1HZ LYS 276 1HZ LYS 276 26.315 17.638 -3.443 231 2HZ LYS 276 2HZ LYS 276 26.588 17.488 -5.113 232 3HZ LYS 276 3HZ LYS 276 27.862 17.242 -4.015 233 1HN NH2 277 1HN NH2 277 27.152 9.158 -5.818 234 2HN NH2 277 2HN NH2 277 25.555 8.994 -6.397 Start of MODEL 54 1 1H HIS 250 1H HIS 250 44.288 -8.536 -4.130 2 2H HIS 250 2H HIS 250 44.810 -7.749 -2.718 3 3H HIS 250 3H HIS 250 43.226 -8.354 -2.821 4 HA HIS 250 HA HIS 250 43.921 -10.216 -1.876 5 1HB HIS 250 1HB HIS 250 45.804 -10.510 -4.229 6 2HB HIS 250 2HB HIS 250 45.056 -11.796 -3.282 7 HD2 HIS 250 HD2 HIS 250 41.933 -11.062 -3.406 8 HE1 HIS 250 HE1 HIS 250 42.429 -10.592 -7.572 9 HE2 HIS 250 HE2 HIS 250 40.726 -10.917 -5.717 10 H ILE 251 H ILE 251 46.164 -11.577 -1.474 11 HA ILE 251 HA ILE 251 47.647 -9.971 0.313 12 HB ILE 251 HB ILE 251 48.915 -11.897 0.793 13 1HG1 ILE 251 1HG1 ILE 251 49.782 -12.463 -1.406 14 2HG1 ILE 251 2HG1 ILE 251 48.958 -13.877 -0.764 15 1HG2 ILE 251 1HG2 ILE 251 47.251 -13.619 1.053 16 2HG2 ILE 251 2HG2 ILE 251 46.303 -12.978 -0.289 17 3HG2 ILE 251 3HG2 ILE 251 46.436 -12.062 1.213 18 1HD1 ILE 251 1HD1 ILE 251 48.247 -13.658 -3.039 19 2HD1 ILE 251 2HD1 ILE 251 47.922 -11.938 -2.844 20 3HD1 ILE 251 3HD1 ILE 251 46.895 -13.127 -2.043 21 H ASN 252 H ASN 252 47.680 -9.732 -2.911 22 HA ASN 252 HA ASN 252 50.562 -9.518 -3.295 23 1HB ASN 252 1HB ASN 252 48.157 -9.309 -5.075 24 2HB ASN 252 2HB ASN 252 49.707 -8.659 -5.611 25 1HD2 ASN 252 1HD2 ASN 252 49.645 -11.452 -3.466 26 2HD2 ASN 252 2HD2 ASN 252 50.130 -12.586 -4.632 27 H GLU 253 H GLU 253 48.116 -7.572 -2.096 28 HA GLU 253 HA GLU 253 49.258 -5.068 -3.088 29 1HB GLU 253 1HB GLU 253 46.957 -5.402 -1.163 30 2HB GLU 253 2HB GLU 253 47.342 -4.004 -2.167 31 1HG GLU 253 1HG GLU 253 46.460 -6.729 -3.154 32 2HG GLU 253 2HG GLU 253 45.500 -5.251 -3.179 33 H LEU 254 H LEU 254 49.929 -7.224 -0.709 34 HA LEU 254 HA LEU 254 50.173 -6.015 1.705 35 1HB LEU 254 1HB LEU 254 51.768 -7.990 0.214 36 2HB LEU 254 2HB LEU 254 52.659 -7.160 1.486 37 HG LEU 254 HG LEU 254 51.500 -9.260 2.256 38 1HD1 LEU 254 1HD1 LEU 254 50.049 -7.162 3.745 39 2HD1 LEU 254 2HD1 LEU 254 51.782 -6.881 3.587 40 3HD1 LEU 254 3HD1 LEU 254 51.195 -8.367 4.327 41 1HD2 LEU 254 1HD2 LEU 254 49.257 -9.577 2.003 42 2HD2 LEU 254 2HD2 LEU 254 49.431 -8.395 0.708 43 3HD2 LEU 254 3HD2 LEU 254 48.884 -7.880 2.303 44 H LEU 255 H LEU 255 51.762 -5.115 -1.224 45 HA LEU 255 HA LEU 255 53.570 -3.279 0.186 46 1HB LEU 255 1HB LEU 255 54.053 -2.936 -2.502 47 2HB LEU 255 2HB LEU 255 54.948 -4.020 -1.441 48 HG LEU 255 HG LEU 255 52.416 -4.867 -2.870 49 1HD1 LEU 255 1HD1 LEU 255 53.919 -5.964 -4.516 50 2HD1 LEU 255 2HD1 LEU 255 55.299 -5.169 -3.758 51 3HD1 LEU 255 3HD1 LEU 255 54.058 -4.207 -4.560 52 1HD2 LEU 255 1HD2 LEU 255 54.423 -6.894 -2.337 53 2HD2 LEU 255 2HD2 LEU 255 52.743 -6.836 -1.810 54 3HD2 LEU 255 3HD2 LEU 255 53.994 -6.049 -0.851 55 H HIS 256 H HIS 256 50.788 -3.347 -1.949 56 HA HIS 256 HA HIS 256 50.841 -0.481 -2.397 57 1HB HIS 256 1HB HIS 256 48.988 -2.708 -3.209 58 2HB HIS 256 2HB HIS 256 48.553 -1.017 -3.459 59 HD2 HIS 256 HD2 HIS 256 52.073 -2.765 -4.153 60 HE1 HIS 256 HE1 HIS 256 50.793 -0.766 -7.644 61 HE2 HIS 256 HE2 HIS 256 52.677 -2.119 -6.609 62 H ILE 257 H ILE 257 48.018 -2.378 -1.408 63 HA ILE 257 HA ILE 257 46.580 -0.504 -0.117 64 HB ILE 257 HB ILE 257 46.758 -3.389 0.010 65 1HG1 ILE 257 1HG1 ILE 257 44.310 -3.144 0.225 66 2HG1 ILE 257 2HG1 ILE 257 44.514 -1.419 0.528 67 1HG2 ILE 257 1HG2 ILE 257 47.271 -3.117 2.390 68 2HG2 ILE 257 2HG2 ILE 257 45.610 -3.668 2.198 69 3HG2 ILE 257 3HG2 ILE 257 45.931 -1.977 2.571 70 1HD1 ILE 257 1HD1 ILE 257 45.949 -2.155 -1.865 71 2HD1 ILE 257 2HD1 ILE 257 44.630 -1.001 -1.679 72 3HD1 ILE 257 3HD1 ILE 257 44.277 -2.702 -1.983 73 H LEU 258 H LEU 258 49.344 -2.238 1.286 74 HA LEU 258 HA LEU 258 49.276 -1.477 3.895 75 1HB LEU 258 1HB LEU 258 51.382 -2.097 1.977 76 2HB LEU 258 2HB LEU 258 51.925 -0.959 3.209 77 HG LEU 258 HG LEU 258 52.266 -3.346 3.862 78 1HD1 LEU 258 1HD1 LEU 258 50.340 -2.758 5.896 79 2HD1 LEU 258 2HD1 LEU 258 51.079 -1.245 5.375 80 3HD1 LEU 258 3HD1 LEU 258 52.092 -2.565 5.959 81 1HD2 LEU 258 1HD2 LEU 258 49.784 -3.737 2.746 82 2HD2 LEU 258 2HD2 LEU 258 49.411 -3.748 4.469 83 3HD2 LEU 258 3HD2 LEU 258 50.592 -4.882 3.815 84 H VAL 259 H VAL 259 51.268 0.461 1.669 85 HA VAL 259 HA VAL 259 50.716 2.821 3.311 86 HB VAL 259 HB VAL 259 52.655 2.382 1.027 87 1HG1 VAL 259 1HG1 VAL 259 53.558 4.570 2.319 88 2HG1 VAL 259 2HG1 VAL 259 51.828 4.774 2.593 89 3HG1 VAL 259 3HG1 VAL 259 52.453 4.668 0.947 90 1HG2 VAL 259 1HG2 VAL 259 54.213 1.820 2.599 91 2HG2 VAL 259 2HG2 VAL 259 52.804 1.392 3.569 92 3HG2 VAL 259 3HG2 VAL 259 53.575 2.964 3.781 93 H PHE 260 H PHE 260 50.820 2.108 -0.197 94 HA PHE 260 HA PHE 260 49.651 4.396 -1.160 95 1HB PHE 260 1HB PHE 260 50.195 3.081 -2.929 96 2HB PHE 260 2HB PHE 260 49.792 1.591 -2.078 97 HD1 PHE 260 HD1 PHE 260 47.470 0.770 -1.993 98 HD2 PHE 260 HD2 PHE 260 48.522 4.312 -4.184 99 HE1 PHE 260 HE1 PHE 260 45.291 0.686 -3.175 100 HE2 PHE 260 HE2 PHE 260 46.343 4.228 -5.365 101 HZ PHE 260 HZ PHE 260 44.727 2.415 -4.861 102 H GLY 261 H GLY 261 48.232 2.169 0.962 103 1HA GLY 261 1HA GLY 261 45.496 3.002 0.238 104 2HA GLY 261 2HA GLY 261 45.909 1.612 1.236 105 H GLU 262 H GLU 262 47.876 3.055 2.846 106 HA GLU 262 HA GLU 262 46.104 4.078 4.837 107 1HB GLU 262 1HB GLU 262 47.947 4.169 6.234 108 2HB GLU 262 2HB GLU 262 48.466 2.949 5.076 109 1HG GLU 262 1HG GLU 262 50.327 4.336 5.121 110 2HG GLU 262 2HG GLU 262 49.438 5.024 3.768 111 H SER 263 H SER 263 47.940 5.506 2.260 112 HA SER 263 HA SER 263 47.676 8.208 3.316 113 1HB SER 263 1HB SER 263 49.702 7.660 2.083 114 2HB SER 263 2HB SER 263 48.752 7.160 0.686 115 HG SER 263 HG SER 263 49.327 9.243 0.298 116 H LEU 264 H LEU 264 46.344 6.218 0.707 117 HA LEU 264 HA LEU 264 44.508 8.360 -0.070 118 1HB LEU 264 1HB LEU 264 44.615 5.567 -1.205 119 2HB LEU 264 2HB LEU 264 43.977 7.028 -1.960 120 HG LEU 264 HG LEU 264 46.880 6.430 -1.328 121 1HD1 LEU 264 1HD1 LEU 264 45.526 5.547 -3.445 122 2HD1 LEU 264 2HD1 LEU 264 47.178 6.142 -3.605 123 3HD1 LEU 264 3HD1 LEU 264 45.821 7.188 -4.022 124 1HD2 LEU 264 1HD2 LEU 264 46.679 8.745 -0.916 125 2HD2 LEU 264 2HD2 LEU 264 45.459 8.954 -2.173 126 3HD2 LEU 264 3HD2 LEU 264 47.143 8.677 -2.617 127 H LEU 265 H LEU 265 44.586 6.103 2.302 128 HA LEU 265 HA LEU 265 42.303 4.634 2.353 129 1HB LEU 265 1HB LEU 265 44.116 5.575 4.275 130 2HB LEU 265 2HB LEU 265 42.524 6.049 4.868 131 HG LEU 265 HG LEU 265 43.307 3.259 3.971 132 1HD1 LEU 265 1HD1 LEU 265 43.999 2.926 6.085 133 2HD1 LEU 265 2HD1 LEU 265 42.427 3.446 6.692 134 3HD1 LEU 265 3HD1 LEU 265 43.710 4.630 6.437 135 1HD2 LEU 265 1HD2 LEU 265 40.747 4.586 4.418 136 2HD2 LEU 265 2HD2 LEU 265 40.951 3.189 5.473 137 3HD2 LEU 265 3HD2 LEU 265 41.073 2.998 3.725 138 H ASN 266 H ASN 266 42.353 7.879 3.840 139 HA ASN 266 HA ASN 266 39.627 8.232 4.091 140 1HB ASN 266 1HB ASN 266 41.976 9.912 4.162 141 2HB ASN 266 2HB ASN 266 40.633 10.761 3.399 142 1HD2 ASN 266 1HD2 ASN 266 41.393 8.816 6.335 143 2HD2 ASN 266 2HD2 ASN 266 40.274 9.616 7.330 144 H ASP 267 H ASP 267 41.604 8.451 1.230 145 HA ASP 267 HA ASP 267 39.492 9.700 -0.340 146 1HB ASP 267 1HB ASP 267 42.134 8.567 -1.280 147 2HB ASP 267 2HB ASP 267 41.078 9.670 -2.159 148 H ALA 268 H ALA 268 39.965 6.683 0.821 149 HA ALA 268 HA ALA 268 39.240 5.218 -1.599 150 1HB ALA 268 1HB ALA 268 39.468 4.136 1.213 151 2HB ALA 268 2HB ALA 268 40.857 4.329 0.144 152 3HB ALA 268 3HB ALA 268 39.547 3.237 -0.302 153 H VAL 269 H VAL 269 37.800 6.363 1.390 154 HA VAL 269 HA VAL 269 35.474 4.907 1.560 155 HB VAL 269 HB VAL 269 36.293 6.839 3.046 156 1HG1 VAL 269 1HG1 VAL 269 36.176 8.376 0.904 157 2HG1 VAL 269 2HG1 VAL 269 35.745 9.033 2.483 158 3HG1 VAL 269 3HG1 VAL 269 34.480 8.535 1.359 159 1HG2 VAL 269 1HG2 VAL 269 33.996 7.314 3.792 160 2HG2 VAL 269 2HG2 VAL 269 34.165 5.608 3.382 161 3HG2 VAL 269 3HG2 VAL 269 33.363 6.708 2.262 162 H THR 270 H THR 270 36.401 7.208 -0.861 163 HA THR 270 HA THR 270 33.833 7.848 -1.878 164 HB THR 270 HB THR 270 34.962 8.819 -3.697 165 HG1 THR 270 HG1 THR 270 36.366 7.646 -4.688 166 1HG2 THR 270 1HG2 THR 270 35.660 9.595 -1.329 167 2HG2 THR 270 2HG2 THR 270 36.665 10.099 -2.687 168 3HG2 THR 270 3HG2 THR 270 37.180 8.763 -1.657 169 H VAL 271 H VAL 271 35.229 4.900 -1.639 170 HA VAL 271 HA VAL 271 34.072 3.897 -4.167 171 HB VAL 271 HB VAL 271 36.077 2.587 -2.316 172 1HG1 VAL 271 1HG1 VAL 271 34.802 1.773 -4.935 173 2HG1 VAL 271 2HG1 VAL 271 34.840 0.873 -3.419 174 3HG1 VAL 271 3HG1 VAL 271 36.315 1.067 -4.366 175 1HG2 VAL 271 1HG2 VAL 271 37.118 3.042 -4.909 176 2HG2 VAL 271 2HG2 VAL 271 37.605 3.833 -3.410 177 3HG2 VAL 271 3HG2 VAL 271 36.348 4.551 -4.418 178 H VAL 272 H VAL 272 34.719 2.320 -1.053 179 HA VAL 272 HA VAL 272 32.607 0.565 -1.057 180 HB VAL 272 HB VAL 272 34.415 0.551 0.624 181 1HG1 VAL 272 1HG1 VAL 272 34.023 3.178 0.906 182 2HG1 VAL 272 2HG1 VAL 272 34.687 2.202 2.216 183 3HG1 VAL 272 3HG1 VAL 272 32.977 2.631 2.217 184 1HG2 VAL 272 1HG2 VAL 272 33.083 -0.285 2.397 185 2HG2 VAL 272 2HG2 VAL 272 32.072 -0.497 0.967 186 3HG2 VAL 272 3HG2 VAL 272 31.777 0.852 2.065 187 H LEU 273 H LEU 273 32.452 3.952 -0.858 188 HA LEU 273 HA LEU 273 29.823 3.959 0.437 189 1HB LEU 273 1HB LEU 273 31.611 5.642 1.024 190 2HB LEU 273 2HB LEU 273 31.408 6.318 -0.588 191 HG LEU 273 HG LEU 273 28.837 6.318 0.132 192 1HD1 LEU 273 1HD1 LEU 273 30.147 6.902 2.779 193 2HD1 LEU 273 2HD1 LEU 273 29.652 5.257 2.380 194 3HD1 LEU 273 3HD1 LEU 273 28.453 6.550 2.436 195 1HD2 LEU 273 1HD2 LEU 273 30.984 8.311 0.893 196 2HD2 LEU 273 2HD2 LEU 273 29.262 8.660 1.050 197 3HD2 LEU 273 3HD2 LEU 273 29.953 8.328 -0.538 198 H TYR 274 H TYR 274 31.328 4.964 -2.638 199 HA TYR 274 HA TYR 274 28.719 5.508 -3.816 200 1HB TYR 274 1HB TYR 274 31.560 5.741 -4.790 201 2HB TYR 274 2HB TYR 274 30.192 5.916 -5.888 202 HD1 TYR 274 HD1 TYR 274 28.974 7.936 -5.999 203 HD2 TYR 274 HD2 TYR 274 31.644 7.225 -2.714 204 HE1 TYR 274 HE1 TYR 274 28.669 10.280 -5.246 205 HE2 TYR 274 HE2 TYR 274 31.341 9.571 -1.958 206 HH TYR 274 HH TYR 274 30.043 11.959 -3.866 207 H LYS 275 H LYS 275 31.491 3.577 -4.916 208 HA LYS 275 HA LYS 275 29.905 1.961 -6.650 209 1HB LYS 275 1HB LYS 275 32.623 1.162 -5.652 210 2HB LYS 275 2HB LYS 275 31.907 0.899 -7.239 211 1HG LYS 275 1HG LYS 275 32.797 3.574 -6.098 212 2HG LYS 275 2HG LYS 275 33.607 2.668 -7.372 213 1HD LYS 275 1HD LYS 275 30.829 3.882 -7.521 214 2HD LYS 275 2HD LYS 275 32.267 4.448 -8.364 215 1HE LYS 275 1HE LYS 275 32.332 1.972 -9.282 216 2HE LYS 275 2HE LYS 275 30.615 2.001 -8.883 217 1HZ LYS 275 1HZ LYS 275 30.292 3.883 -10.274 218 2HZ LYS 275 2HZ LYS 275 31.150 2.731 -11.180 219 3HZ LYS 275 3HZ LYS 275 31.959 4.074 -10.525 220 H LYS 276 H LYS 276 30.770 1.736 -3.297 221 HA LYS 276 HA LYS 276 30.422 0.086 -1.721 222 1HB LYS 276 1HB LYS 276 28.019 -0.045 -3.521 223 2HB LYS 276 2HB LYS 276 28.173 -1.142 -2.146 224 1HG LYS 276 1HG LYS 276 28.707 1.755 -1.661 225 2HG LYS 276 2HG LYS 276 27.027 1.263 -1.892 226 1HD LYS 276 1HD LYS 276 27.235 -0.398 -0.109 227 2HD LYS 276 2HD LYS 276 28.941 0.002 0.090 228 1HE LYS 276 1HE LYS 276 28.359 1.619 1.543 229 2HE LYS 276 2HE LYS 276 27.511 2.447 0.237 230 1HZ LYS 276 1HZ LYS 276 26.435 1.065 2.454 231 2HZ LYS 276 2HZ LYS 276 25.893 0.343 1.014 232 3HZ LYS 276 3HZ LYS 276 25.632 1.999 1.289 233 1HN NH2 277 1HN NH2 277 31.621 -0.728 -4.610 234 2HN NH2 277 2HN NH2 277 31.665 -2.429 -4.472 Start of MODEL 55 1 1H HIS 250 1H HIS 250 43.040 0.332 -17.031 2 2H HIS 250 2H HIS 250 43.322 0.980 -18.576 3 3H HIS 250 3H HIS 250 41.894 1.363 -17.738 4 HA HIS 250 HA HIS 250 44.036 2.943 -17.798 5 1HB HIS 250 1HB HIS 250 41.851 2.522 -15.773 6 2HB HIS 250 2HB HIS 250 43.064 3.776 -15.516 7 HD2 HIS 250 HD2 HIS 250 42.124 3.291 -19.236 8 HE1 HIS 250 HE1 HIS 250 39.997 6.672 -17.868 9 HE2 HIS 250 HE2 HIS 250 40.653 5.336 -19.925 10 H ILE 251 H ILE 251 45.895 3.325 -16.666 11 HA ILE 251 HA ILE 251 46.646 1.356 -14.586 12 HB ILE 251 HB ILE 251 48.659 2.649 -16.397 13 1HG1 ILE 251 1HG1 ILE 251 48.360 0.206 -17.519 14 2HG1 ILE 251 2HG1 ILE 251 46.689 0.519 -17.053 15 1HG2 ILE 251 1HG2 ILE 251 48.948 1.125 -14.186 16 2HG2 ILE 251 2HG2 ILE 251 50.091 1.079 -15.528 17 3HG2 ILE 251 3HG2 ILE 251 48.832 -0.148 -15.400 18 1HD1 ILE 251 1HD1 ILE 251 46.897 1.427 -19.242 19 2HD1 ILE 251 2HD1 ILE 251 48.455 2.165 -18.870 20 3HD1 ILE 251 3HD1 ILE 251 46.978 2.818 -18.160 21 H ASN 252 H ASN 252 49.257 2.940 -14.613 22 HA ASN 252 HA ASN 252 48.764 4.528 -12.335 23 1HB ASN 252 1HB ASN 252 51.123 5.133 -14.039 24 2HB ASN 252 2HB ASN 252 51.026 4.871 -12.298 25 1HD2 ASN 252 1HD2 ASN 252 49.914 2.374 -12.039 26 2HD2 ASN 252 2HD2 ASN 252 50.858 1.206 -12.830 27 H GLU 253 H GLU 253 47.566 5.145 -15.247 28 HA GLU 253 HA GLU 253 48.279 7.956 -15.474 29 1HB GLU 253 1HB GLU 253 46.030 7.052 -17.105 30 2HB GLU 253 2HB GLU 253 47.554 7.789 -17.598 31 1HG GLU 253 1HG GLU 253 48.641 5.523 -17.140 32 2HG GLU 253 2HG GLU 253 47.005 4.872 -17.025 33 H LEU 254 H LEU 254 45.199 6.165 -15.158 34 HA LEU 254 HA LEU 254 43.902 8.576 -14.155 35 1HB LEU 254 1HB LEU 254 43.063 6.123 -15.437 36 2HB LEU 254 2HB LEU 254 42.130 6.396 -13.968 37 HG LEU 254 HG LEU 254 41.076 7.455 -15.947 38 1HD1 LEU 254 1HD1 LEU 254 41.810 9.916 -14.634 39 2HD1 LEU 254 2HD1 LEU 254 41.622 8.633 -13.440 40 3HD1 LEU 254 3HD1 LEU 254 40.295 9.018 -14.536 41 1HD2 LEU 254 1HD2 LEU 254 42.266 8.655 -17.440 42 2HD2 LEU 254 2HD2 LEU 254 43.719 8.127 -16.589 43 3HD2 LEU 254 3HD2 LEU 254 42.958 9.662 -16.168 44 H LEU 255 H LEU 255 45.551 5.914 -12.860 45 HA LEU 255 HA LEU 255 44.035 5.704 -10.416 46 1HB LEU 255 1HB LEU 255 46.620 4.556 -11.417 47 2HB LEU 255 2HB LEU 255 46.202 4.430 -9.710 48 HG LEU 255 HG LEU 255 44.189 3.654 -11.806 49 1HD1 LEU 255 1HD1 LEU 255 46.703 2.238 -11.083 50 2HD1 LEU 255 2HD1 LEU 255 45.764 2.175 -12.574 51 3HD1 LEU 255 3HD1 LEU 255 45.242 1.256 -11.164 52 1HD2 LEU 255 1HD2 LEU 255 44.050 3.801 -9.084 53 2HD2 LEU 255 2HD2 LEU 255 44.581 2.133 -9.290 54 3HD2 LEU 255 3HD2 LEU 255 43.089 2.682 -10.050 55 H HIS 256 H HIS 256 45.844 8.138 -11.568 56 HA HIS 256 HA HIS 256 47.779 8.914 -9.846 57 1HB HIS 256 1HB HIS 256 45.742 10.339 -11.409 58 2HB HIS 256 2HB HIS 256 46.368 11.256 -10.038 59 HD2 HIS 256 HD2 HIS 256 48.174 9.045 -12.839 60 HE1 HIS 256 HE1 HIS 256 50.411 12.559 -12.158 61 HE2 HIS 256 HE2 HIS 256 50.297 10.410 -13.506 62 H ILE 257 H ILE 257 44.437 8.459 -9.065 63 HA ILE 257 HA ILE 257 44.216 10.046 -6.762 64 HB ILE 257 HB ILE 257 42.452 8.396 -6.077 65 1HG1 ILE 257 1HG1 ILE 257 42.569 6.997 -8.658 66 2HG1 ILE 257 2HG1 ILE 257 43.934 6.627 -7.604 67 1HG2 ILE 257 1HG2 ILE 257 41.470 8.658 -8.685 68 2HG2 ILE 257 2HG2 ILE 257 42.606 9.995 -8.504 69 3HG2 ILE 257 3HG2 ILE 257 41.268 9.815 -7.370 70 1HD1 ILE 257 1HD1 ILE 257 41.058 6.546 -6.664 71 2HD1 ILE 257 2HD1 ILE 257 42.482 5.924 -5.828 72 3HD1 ILE 257 3HD1 ILE 257 41.904 5.132 -7.294 73 H LEU 258 H LEU 258 46.341 7.558 -7.359 74 HA LEU 258 HA LEU 258 46.384 6.274 -4.805 75 1HB LEU 258 1HB LEU 258 48.428 5.245 -5.553 76 2HB LEU 258 2HB LEU 258 47.321 5.299 -6.924 77 HG LEU 258 HG LEU 258 48.612 7.718 -7.147 78 1HD1 LEU 258 1HD1 LEU 258 50.778 5.712 -6.513 79 2HD1 LEU 258 2HD1 LEU 258 50.154 6.801 -5.275 80 3HD1 LEU 258 3HD1 LEU 258 50.927 7.457 -6.717 81 1HD2 LEU 258 1HD2 LEU 258 50.016 6.437 -8.897 82 2HD2 LEU 258 2HD2 LEU 258 48.262 6.358 -9.060 83 3HD2 LEU 258 3HD2 LEU 258 49.144 5.002 -8.359 84 H VAL 259 H VAL 259 47.274 9.346 -5.817 85 HA VAL 259 HA VAL 259 49.619 10.053 -4.654 86 HB VAL 259 HB VAL 259 48.325 12.206 -3.923 87 1HG1 VAL 259 1HG1 VAL 259 49.637 12.372 -5.859 88 2HG1 VAL 259 2HG1 VAL 259 48.020 12.714 -6.474 89 3HG1 VAL 259 3HG1 VAL 259 48.729 11.116 -6.698 90 1HG2 VAL 259 1HG2 VAL 259 46.147 10.631 -4.232 91 2HG2 VAL 259 2HG2 VAL 259 46.256 11.301 -5.859 92 3HG2 VAL 259 3HG2 VAL 259 46.103 12.378 -4.470 93 H PHE 260 H PHE 260 46.575 9.422 -2.953 94 HA PHE 260 HA PHE 260 47.404 10.228 -0.384 95 1HB PHE 260 1HB PHE 260 45.555 7.906 -0.673 96 2HB PHE 260 2HB PHE 260 45.427 9.323 0.368 97 HD1 PHE 260 HD1 PHE 260 45.675 11.593 -1.367 98 HD2 PHE 260 HD2 PHE 260 43.722 7.842 -2.126 99 HE1 PHE 260 HE1 PHE 260 44.210 12.694 -3.037 100 HE2 PHE 260 HE2 PHE 260 42.258 8.943 -3.796 101 HZ PHE 260 HZ PHE 260 42.500 11.370 -4.252 102 H GLY 261 H GLY 261 47.087 6.879 -1.594 103 1HA GLY 261 1HA GLY 261 48.371 5.004 -1.203 104 2HA GLY 261 2HA GLY 261 49.655 6.073 -0.651 105 H GLU 262 H GLU 262 49.098 7.158 1.554 106 HA GLU 262 HA GLU 262 48.626 4.993 3.426 107 1HB GLU 262 1HB GLU 262 49.276 6.635 5.132 108 2HB GLU 262 2HB GLU 262 50.446 6.608 3.812 109 1HG GLU 262 1HG GLU 262 50.149 8.855 3.754 110 2HG GLU 262 2HG GLU 262 48.635 8.482 2.931 111 H SER 263 H SER 263 46.989 7.892 2.309 112 HA SER 263 HA SER 263 44.878 7.602 4.309 113 1HB SER 263 1HB SER 263 44.779 9.823 4.029 114 2HB SER 263 2HB SER 263 45.899 9.737 2.671 115 HG SER 263 HG SER 263 43.093 9.674 2.713 116 H LEU 264 H LEU 264 45.605 6.471 1.203 117 HA LEU 264 HA LEU 264 43.337 6.442 -0.284 118 1HB LEU 264 1HB LEU 264 45.642 5.104 -0.471 119 2HB LEU 264 2HB LEU 264 44.622 3.782 0.101 120 HG LEU 264 HG LEU 264 44.075 5.530 -2.318 121 1HD1 LEU 264 1HD1 LEU 264 45.874 3.884 -2.669 122 2HD1 LEU 264 2HD1 LEU 264 44.428 3.423 -3.567 123 3HD1 LEU 264 3HD1 LEU 264 44.828 2.602 -2.059 124 1HD2 LEU 264 1HD2 LEU 264 42.502 3.377 -0.907 125 2HD2 LEU 264 2HD2 LEU 264 42.283 3.666 -2.633 126 3HD2 LEU 264 3HD2 LEU 264 41.949 4.952 -1.473 127 H LEU 265 H LEU 265 44.018 4.083 2.313 128 HA LEU 265 HA LEU 265 41.518 2.793 2.209 129 1HB LEU 265 1HB LEU 265 42.102 2.127 4.606 130 2HB LEU 265 2HB LEU 265 43.265 1.675 3.359 131 HG LEU 265 HG LEU 265 43.763 4.354 4.413 132 1HD1 LEU 265 1HD1 LEU 265 43.944 1.988 6.304 133 2HD1 LEU 265 2HD1 LEU 265 42.840 3.353 6.471 134 3HD1 LEU 265 3HD1 LEU 265 44.579 3.603 6.620 135 1HD2 LEU 265 1HD2 LEU 265 46.044 3.423 4.606 136 2HD2 LEU 265 2HD2 LEU 265 45.341 3.039 3.035 137 3HD2 LEU 265 3HD2 LEU 265 45.412 1.807 4.295 138 H ASN 266 H ASN 266 42.507 5.802 3.630 139 HA ASN 266 HA ASN 266 40.115 6.004 5.289 140 1HB ASN 266 1HB ASN 266 42.575 7.667 4.886 141 2HB ASN 266 2HB ASN 266 41.142 8.394 5.612 142 1HD2 ASN 266 1HD2 ASN 266 43.518 5.755 6.033 143 2HD2 ASN 266 2HD2 ASN 266 43.234 5.555 7.694 144 H ASP 267 H ASP 267 41.569 7.750 2.542 145 HA ASP 267 HA ASP 267 39.141 9.270 2.096 146 1HB ASP 267 1HB ASP 267 41.863 9.164 0.856 147 2HB ASP 267 2HB ASP 267 40.538 9.894 -0.049 148 H ALA 268 H ALA 268 39.852 6.158 1.563 149 HA ALA 268 HA ALA 268 39.478 5.404 -1.006 150 1HB ALA 268 1HB ALA 268 39.302 4.108 1.378 151 2HB ALA 268 2HB ALA 268 38.903 3.371 -0.174 152 3HB ALA 268 3HB ALA 268 37.623 4.037 0.841 153 H VAL 269 H VAL 269 37.201 7.127 0.956 154 HA VAL 269 HA VAL 269 34.793 6.557 -0.349 155 HB VAL 269 HB VAL 269 35.820 8.992 1.093 156 1HG1 VAL 269 1HG1 VAL 269 34.332 10.018 -0.417 157 2HG1 VAL 269 2HG1 VAL 269 33.311 9.672 0.979 158 3HG1 VAL 269 3HG1 VAL 269 33.250 8.624 -0.439 159 1HG2 VAL 269 1HG2 VAL 269 34.309 8.270 2.808 160 2HG2 VAL 269 2HG2 VAL 269 35.151 6.820 2.262 161 3HG2 VAL 269 3HG2 VAL 269 33.505 7.140 1.716 162 H THR 270 H THR 270 37.547 8.376 -1.379 163 HA THR 270 HA THR 270 36.183 9.879 -3.427 164 HB THR 270 HB THR 270 39.048 9.426 -2.655 165 HG1 THR 270 HG1 THR 270 38.244 11.928 -3.221 166 1HG2 THR 270 1HG2 THR 270 39.316 9.325 -4.991 167 2HG2 THR 270 2HG2 THR 270 39.520 11.040 -4.635 168 3HG2 THR 270 3HG2 THR 270 37.989 10.451 -5.283 169 H VAL 271 H VAL 271 38.181 6.949 -3.305 170 HA VAL 271 HA VAL 271 38.521 6.381 -5.967 171 HB VAL 271 HB VAL 271 37.763 4.388 -3.817 172 1HG1 VAL 271 1HG1 VAL 271 39.079 4.154 -6.529 173 2HG1 VAL 271 2HG1 VAL 271 37.656 3.298 -5.934 174 3HG1 VAL 271 3HG1 VAL 271 39.252 2.911 -5.290 175 1HG2 VAL 271 1HG2 VAL 271 40.520 5.266 -4.715 176 2HG2 VAL 271 2HG2 VAL 271 40.116 4.237 -3.341 177 3HG2 VAL 271 3HG2 VAL 271 39.703 5.951 -3.310 178 H VAL 272 H VAL 272 35.566 6.550 -4.228 179 HA VAL 272 HA VAL 272 34.079 4.982 -6.195 180 HB VAL 272 HB VAL 272 33.233 6.449 -3.690 181 1HG1 VAL 272 1HG1 VAL 272 31.339 6.557 -5.115 182 2HG1 VAL 272 2HG1 VAL 272 31.068 5.117 -4.133 183 3HG1 VAL 272 3HG1 VAL 272 31.653 4.958 -5.790 184 1HG2 VAL 272 1HG2 VAL 272 33.148 4.338 -2.679 185 2HG2 VAL 272 2HG2 VAL 272 34.572 4.190 -3.708 186 3HG2 VAL 272 3HG2 VAL 272 33.036 3.495 -4.224 187 H LEU 273 H LEU 273 34.852 8.277 -5.458 188 HA LEU 273 HA LEU 273 32.692 9.408 -7.014 189 1HB LEU 273 1HB LEU 273 33.709 10.584 -5.058 190 2HB LEU 273 2HB LEU 273 35.207 10.733 -5.971 191 HG LEU 273 HG LEU 273 33.976 11.985 -7.742 192 1HD1 LEU 273 1HD1 LEU 273 31.690 12.921 -6.720 193 2HD1 LEU 273 2HD1 LEU 273 31.692 11.350 -5.920 194 3HD1 LEU 273 3HD1 LEU 273 31.732 11.443 -7.680 195 1HD2 LEU 273 1HD2 LEU 273 33.229 13.827 -5.790 196 2HD2 LEU 273 2HD2 LEU 273 34.830 13.677 -6.514 197 3HD2 LEU 273 3HD2 LEU 273 34.468 12.852 -4.998 198 H TYR 274 H TYR 274 36.209 9.010 -7.391 199 HA TYR 274 HA TYR 274 36.315 10.159 -9.999 200 1HB TYR 274 1HB TYR 274 38.519 10.002 -9.621 201 2HB TYR 274 2HB TYR 274 38.163 9.184 -8.098 202 HD1 TYR 274 HD1 TYR 274 37.744 6.646 -8.165 203 HD2 TYR 274 HD2 TYR 274 39.531 8.831 -11.402 204 HE1 TYR 274 HE1 TYR 274 38.670 4.535 -9.078 205 HE2 TYR 274 HE2 TYR 274 40.458 6.719 -12.316 206 HH TYR 274 HH TYR 274 39.865 3.598 -10.689 207 H LYS 275 H LYS 275 34.967 7.311 -8.913 208 HA LYS 275 HA LYS 275 35.667 5.609 -11.135 209 1HB LYS 275 1HB LYS 275 34.050 5.406 -8.682 210 2HB LYS 275 2HB LYS 275 33.421 4.489 -10.050 211 1HG LYS 275 1HG LYS 275 36.338 4.351 -9.279 212 2HG LYS 275 2HG LYS 275 35.139 3.307 -8.517 213 1HD LYS 275 1HD LYS 275 34.908 2.016 -10.370 214 2HD LYS 275 2HD LYS 275 34.945 3.405 -11.457 215 1HE LYS 275 1HE LYS 275 36.913 1.909 -11.766 216 2HE LYS 275 2HE LYS 275 37.376 3.536 -11.267 217 1HZ LYS 275 1HZ LYS 275 38.377 2.669 -9.514 218 2HZ LYS 275 2HZ LYS 275 37.909 1.104 -9.982 219 3HZ LYS 275 3HZ LYS 275 36.906 2.027 -8.967 220 H LYS 276 H LYS 276 32.629 7.169 -10.085 221 HA LYS 276 HA LYS 276 30.759 7.795 -11.266 222 1HB LYS 276 1HB LYS 276 32.961 8.298 -13.262 223 2HB LYS 276 2HB LYS 276 31.275 8.673 -13.620 224 1HG LYS 276 1HG LYS 276 31.234 10.453 -12.194 225 2HG LYS 276 2HG LYS 276 32.233 9.633 -10.991 226 1HD LYS 276 1HD LYS 276 34.238 10.046 -12.356 227 2HD LYS 276 2HD LYS 276 33.249 10.845 -13.579 228 1HE LYS 276 1HE LYS 276 32.597 12.570 -11.978 229 2HE LYS 276 2HE LYS 276 33.482 11.746 -10.693 230 1HZ LYS 276 1HZ LYS 276 35.354 11.993 -12.605 231 2HZ LYS 276 2HZ LYS 276 35.150 13.075 -11.311 232 3HZ LYS 276 3HZ LYS 276 34.465 13.422 -12.826 233 1HN NH2 277 1HN NH2 277 32.250 4.933 -11.861 234 2HN NH2 277 2HN NH2 277 31.207 4.301 -13.058 Start of MODEL 56 1 1H HIS 250 1H HIS 250 54.896 -3.054 -2.280 2 2H HIS 250 2H HIS 250 55.174 -2.997 -0.605 3 3H HIS 250 3H HIS 250 55.344 -4.463 -1.447 4 HA HIS 250 HA HIS 250 57.411 -4.012 -2.100 5 1HB HIS 250 1HB HIS 250 56.054 -1.894 -3.290 6 2HB HIS 250 2HB HIS 250 57.315 -1.100 -2.346 7 HD2 HIS 250 HD2 HIS 250 59.885 -2.929 -2.799 8 HE1 HIS 250 HE1 HIS 250 58.944 -2.928 -6.915 9 HE2 HIS 250 HE2 HIS 250 60.773 -3.381 -5.212 10 H ILE 251 H ILE 251 59.355 -3.239 -1.103 11 HA ILE 251 HA ILE 251 58.908 -2.148 1.607 12 HB ILE 251 HB ILE 251 61.390 -3.622 0.777 13 1HG1 ILE 251 1HG1 ILE 251 59.932 -5.566 1.974 14 2HG1 ILE 251 2HG1 ILE 251 58.642 -4.702 1.138 15 1HG2 ILE 251 1HG2 ILE 251 60.738 -2.336 3.062 16 2HG2 ILE 251 2HG2 ILE 251 61.770 -3.765 3.033 17 3HG2 ILE 251 3HG2 ILE 251 60.056 -3.922 3.418 18 1HD1 ILE 251 1HD1 ILE 251 59.344 -6.234 -0.489 19 2HD1 ILE 251 2HD1 ILE 251 61.039 -6.102 -0.021 20 3HD1 ILE 251 3HD1 ILE 251 60.266 -4.793 -0.916 21 H ASN 252 H ASN 252 59.733 -1.074 -1.311 22 HA ASN 252 HA ASN 252 62.111 0.443 -0.538 23 1HB ASN 252 1HB ASN 252 60.597 0.081 -3.115 24 2HB ASN 252 2HB ASN 252 61.814 1.344 -2.934 25 1HD2 ASN 252 1HD2 ASN 252 61.465 -2.199 -2.312 26 2HD2 ASN 252 2HD2 ASN 252 63.052 -2.578 -2.779 27 H GLU 253 H GLU 253 58.675 0.860 -0.946 28 HA GLU 253 HA GLU 253 58.903 3.771 -0.739 29 1HB GLU 253 1HB GLU 253 56.289 2.309 -0.837 30 2HB GLU 253 2HB GLU 253 56.709 3.899 -1.479 31 1HG GLU 253 1HG GLU 253 57.599 1.217 -2.574 32 2HG GLU 253 2HG GLU 253 56.481 2.346 -3.335 33 H LEU 254 H LEU 254 59.000 1.266 1.328 34 HA LEU 254 HA LEU 254 57.123 1.748 3.325 35 1HB LEU 254 1HB LEU 254 59.615 0.314 3.070 36 2HB LEU 254 2HB LEU 254 59.556 1.133 4.629 37 HG LEU 254 HG LEU 254 58.577 -1.143 4.744 38 1HD1 LEU 254 1HD1 LEU 254 57.436 1.280 5.651 39 2HD1 LEU 254 2HD1 LEU 254 57.223 -0.328 6.340 40 3HD1 LEU 254 3HD1 LEU 254 56.092 0.267 5.124 41 1HD2 LEU 254 1HD2 LEU 254 56.095 -0.526 3.370 42 2HD2 LEU 254 2HD2 LEU 254 57.166 -1.912 3.163 43 3HD2 LEU 254 3HD2 LEU 254 57.463 -0.426 2.262 44 H LEU 255 H LEU 255 59.356 3.874 2.112 45 HA LEU 255 HA LEU 255 59.673 5.361 4.622 46 1HB LEU 255 1HB LEU 255 60.912 6.680 2.403 47 2HB LEU 255 2HB LEU 255 61.679 5.939 3.806 48 HG LEU 255 HG LEU 255 60.833 4.445 1.304 49 1HD1 LEU 255 1HD1 LEU 255 62.800 6.092 1.141 50 2HD1 LEU 255 2HD1 LEU 255 63.114 4.424 0.662 51 3HD1 LEU 255 3HD1 LEU 255 63.646 5.004 2.241 52 1HD2 LEU 255 1HD2 LEU 255 62.790 3.115 2.931 53 2HD2 LEU 255 2HD2 LEU 255 61.164 2.571 2.513 54 3HD2 LEU 255 3HD2 LEU 255 61.421 3.562 3.950 55 H HIS 256 H HIS 256 58.345 5.605 1.358 56 HA HIS 256 HA HIS 256 57.194 8.234 1.956 57 1HB HIS 256 1HB HIS 256 57.092 6.634 -0.612 58 2HB HIS 256 2HB HIS 256 56.625 8.324 -0.403 59 HD2 HIS 256 HD2 HIS 256 59.994 6.244 0.078 60 HE1 HIS 256 HE1 HIS 256 60.944 10.189 -1.087 61 HE2 HIS 256 HE2 HIS 256 61.914 7.910 -0.527 62 H ILE 257 H ILE 257 55.894 5.421 0.195 63 HA ILE 257 HA ILE 257 53.235 5.872 0.552 64 HB ILE 257 HB ILE 257 54.556 3.867 -0.574 65 1HG1 ILE 257 1HG1 ILE 257 52.262 2.571 -0.342 66 2HG1 ILE 257 2HG1 ILE 257 51.747 4.061 0.452 67 1HG2 ILE 257 1HG2 ILE 257 53.426 2.486 1.861 68 2HG2 ILE 257 2HG2 ILE 257 55.111 3.004 1.803 69 3HG2 ILE 257 3HG2 ILE 257 54.509 1.835 0.631 70 1HD1 ILE 257 1HD1 ILE 257 52.540 3.603 -2.392 71 2HD1 ILE 257 2HD1 ILE 257 52.935 5.163 -1.669 72 3HD1 ILE 257 3HD1 ILE 257 51.259 4.621 -1.734 73 H LEU 258 H LEU 258 55.524 4.820 2.942 74 HA LEU 258 HA LEU 258 53.717 3.839 4.880 75 1HB LEU 258 1HB LEU 258 55.982 3.253 5.162 76 2HB LEU 258 2HB LEU 258 56.531 4.904 4.894 77 HG LEU 258 HG LEU 258 55.621 5.590 7.047 78 1HD1 LEU 258 1HD1 LEU 258 53.781 4.360 7.670 79 2HD1 LEU 258 2HD1 LEU 258 54.989 3.371 8.484 80 3HD1 LEU 258 3HD1 LEU 258 54.384 2.893 6.900 81 1HD2 LEU 258 1HD2 LEU 258 57.891 4.749 7.062 82 2HD2 LEU 258 2HD2 LEU 258 57.313 3.084 7.148 83 3HD2 LEU 258 3HD2 LEU 258 57.077 4.171 8.516 84 H VAL 259 H VAL 259 55.099 7.021 4.206 85 HA VAL 259 HA VAL 259 54.426 8.580 6.294 86 HB VAL 259 HB VAL 259 53.835 9.264 3.404 87 1HG1 VAL 259 1HG1 VAL 259 54.249 11.599 4.202 88 2HG1 VAL 259 2HG1 VAL 259 54.318 10.987 5.854 89 3HG1 VAL 259 3HG1 VAL 259 52.818 10.873 4.935 90 1HG2 VAL 259 1HG2 VAL 259 56.212 8.444 4.171 91 2HG2 VAL 259 2HG2 VAL 259 56.313 10.037 4.919 92 3HG2 VAL 259 3HG2 VAL 259 56.074 9.894 3.178 93 H PHE 260 H PHE 260 52.099 8.390 3.593 94 HA PHE 260 HA PHE 260 49.924 9.066 5.376 95 1HB PHE 260 1HB PHE 260 48.784 8.329 2.962 96 2HB PHE 260 2HB PHE 260 49.263 9.964 3.418 97 HD1 PHE 260 HD1 PHE 260 51.653 10.716 2.919 98 HD2 PHE 260 HD2 PHE 260 49.903 7.182 1.216 99 HE1 PHE 260 HE1 PHE 260 53.395 10.704 1.154 100 HE2 PHE 260 HE2 PHE 260 51.643 7.173 -0.550 101 HZ PHE 260 HZ PHE 260 53.391 8.932 -0.578 102 H GLY 261 H GLY 261 49.847 6.534 2.903 103 1HA GLY 261 1HA GLY 261 49.380 4.266 3.072 104 2HA GLY 261 2HA GLY 261 49.476 4.411 4.826 105 H GLU 262 H GLU 262 47.580 6.590 5.002 106 HA GLU 262 HA GLU 262 45.116 5.022 4.728 107 1HB GLU 262 1HB GLU 262 44.825 7.642 5.968 108 2HB GLU 262 2HB GLU 262 44.416 6.049 6.601 109 1HG GLU 262 1HG GLU 262 47.171 7.315 6.596 110 2HG GLU 262 2HG GLU 262 46.136 7.086 8.000 111 H SER 263 H SER 263 46.430 8.216 3.905 112 HA SER 263 HA SER 263 44.206 9.265 2.582 113 1HB SER 263 1HB SER 263 46.221 10.579 3.130 114 2HB SER 263 2HB SER 263 47.129 9.684 1.915 115 HG SER 263 HG SER 263 45.724 11.841 1.543 116 H LEU 264 H LEU 264 45.903 6.506 1.824 117 HA LEU 264 HA LEU 264 45.875 6.663 -1.040 118 1HB LEU 264 1HB LEU 264 46.650 4.728 1.007 119 2HB LEU 264 2HB LEU 264 45.890 3.970 -0.392 120 HG LEU 264 HG LEU 264 48.121 6.007 -0.617 121 1HD1 LEU 264 1HD1 LEU 264 48.175 3.132 0.022 122 2HD1 LEU 264 2HD1 LEU 264 49.432 4.352 0.221 123 3HD1 LEU 264 3HD1 LEU 264 49.191 3.582 -1.347 124 1HD2 LEU 264 1HD2 LEU 264 46.326 4.887 -2.491 125 2HD2 LEU 264 2HD2 LEU 264 47.862 4.059 -2.746 126 3HD2 LEU 264 3HD2 LEU 264 47.782 5.818 -2.841 127 H LEU 265 H LEU 265 43.918 4.814 1.306 128 HA LEU 265 HA LEU 265 41.954 4.187 -0.743 129 1HB LEU 265 1HB LEU 265 40.783 3.119 1.294 130 2HB LEU 265 2HB LEU 265 42.304 2.405 0.754 131 HG LEU 265 HG LEU 265 42.606 4.605 2.698 132 1HD1 LEU 265 1HD1 LEU 265 40.614 3.605 3.660 133 2HD1 LEU 265 2HD1 LEU 265 42.006 3.096 4.615 134 3HD1 LEU 265 3HD1 LEU 265 41.280 1.985 3.454 135 1HD2 LEU 265 1HD2 LEU 265 44.280 3.075 3.605 136 2HD2 LEU 265 2HD2 LEU 265 44.443 3.131 1.850 137 3HD2 LEU 265 3HD2 LEU 265 43.650 1.755 2.618 138 H ASN 266 H ASN 266 42.283 6.300 2.051 139 HA ASN 266 HA ASN 266 39.755 7.108 2.619 140 1HB ASN 266 1HB ASN 266 40.735 8.865 3.649 141 2HB ASN 266 2HB ASN 266 42.247 8.104 3.156 142 1HD2 ASN 266 1HD2 ASN 266 42.693 8.694 0.607 143 2HD2 ASN 266 2HD2 ASN 266 42.577 10.355 0.278 144 H ASP 267 H ASP 267 41.502 7.681 -0.343 145 HA ASP 267 HA ASP 267 39.986 9.791 -1.411 146 1HB ASP 267 1HB ASP 267 41.826 7.735 -2.443 147 2HB ASP 267 2HB ASP 267 40.654 8.329 -3.618 148 H ALA 268 H ALA 268 39.406 6.320 -1.308 149 HA ALA 268 HA ALA 268 37.019 6.561 -2.970 150 1HB ALA 268 1HB ALA 268 37.256 3.987 -1.742 151 2HB ALA 268 2HB ALA 268 38.841 4.475 -2.341 152 3HB ALA 268 3HB ALA 268 37.462 4.419 -3.440 153 H VAL 269 H VAL 269 37.858 5.628 0.364 154 HA VAL 269 HA VAL 269 35.234 5.170 1.267 155 HB VAL 269 HB VAL 269 37.614 6.163 2.853 156 1HG1 VAL 269 1HG1 VAL 269 36.170 6.164 4.582 157 2HG1 VAL 269 2HG1 VAL 269 35.955 4.430 4.344 158 3HG1 VAL 269 3HG1 VAL 269 34.870 5.571 3.548 159 1HG2 VAL 269 1HG2 VAL 269 38.032 4.077 1.538 160 2HG2 VAL 269 2HG2 VAL 269 36.640 3.336 2.330 161 3HG2 VAL 269 3HG2 VAL 269 38.053 3.798 3.280 162 H THR 270 H THR 270 37.230 8.107 1.301 163 HA THR 270 HA THR 270 35.650 9.823 2.755 164 HB THR 270 HB THR 270 37.246 10.371 0.246 165 HG1 THR 270 HG1 THR 270 38.030 11.346 2.679 166 1HG2 THR 270 1HG2 THR 270 35.748 12.195 0.367 167 2HG2 THR 270 2HG2 THR 270 37.186 12.763 1.217 168 3HG2 THR 270 3HG2 THR 270 35.780 12.214 2.131 169 H VAL 271 H VAL 271 35.540 9.669 -0.811 170 HA VAL 271 HA VAL 271 33.228 11.124 -1.200 171 HB VAL 271 HB VAL 271 34.276 8.751 -2.755 172 1HG1 VAL 271 1HG1 VAL 271 32.837 10.152 -4.553 173 2HG1 VAL 271 2HG1 VAL 271 31.882 10.485 -3.109 174 3HG1 VAL 271 3HG1 VAL 271 32.150 8.820 -3.624 175 1HG2 VAL 271 1HG2 VAL 271 35.773 10.710 -2.642 176 2HG2 VAL 271 2HG2 VAL 271 34.457 11.752 -3.179 177 3HG2 VAL 271 3HG2 VAL 271 35.110 10.527 -4.266 178 H VAL 272 H VAL 272 33.583 7.922 0.073 179 HA VAL 272 HA VAL 272 30.734 7.336 -0.256 180 HB VAL 272 HB VAL 272 32.967 5.688 0.951 181 1HG1 VAL 272 1HG1 VAL 272 31.073 4.785 1.941 182 2HG1 VAL 272 2HG1 VAL 272 31.092 3.890 0.421 183 3HG1 VAL 272 3HG1 VAL 272 30.019 5.276 0.615 184 1HG2 VAL 272 1HG2 VAL 272 32.873 6.250 -1.606 185 2HG2 VAL 272 2HG2 VAL 272 31.510 5.132 -1.624 186 3HG2 VAL 272 3HG2 VAL 272 33.102 4.573 -1.111 187 H LEU 273 H LEU 273 32.937 8.578 2.065 188 HA LEU 273 HA LEU 273 31.104 8.059 4.298 189 1HB LEU 273 1HB LEU 273 33.870 8.082 4.131 190 2HB LEU 273 2HB LEU 273 33.493 9.618 4.907 191 HG LEU 273 HG LEU 273 31.955 8.309 6.465 192 1HD1 LEU 273 1HD1 LEU 273 32.532 6.241 4.674 193 2HD1 LEU 273 2HD1 LEU 273 31.734 6.073 6.236 194 3HD1 LEU 273 3HD1 LEU 273 33.477 5.848 6.109 195 1HD2 LEU 273 1HD2 LEU 273 33.840 7.557 7.880 196 2HD2 LEU 273 2HD2 LEU 273 34.182 9.127 7.152 197 3HD2 LEU 273 3HD2 LEU 273 34.923 7.668 6.493 198 H TYR 274 H TYR 274 32.971 10.866 3.089 199 HA TYR 274 HA TYR 274 31.401 12.762 4.492 200 1HB TYR 274 1HB TYR 274 33.497 13.571 3.983 201 2HB TYR 274 2HB TYR 274 33.504 12.848 2.376 202 HD1 TYR 274 HD1 TYR 274 33.723 14.559 0.805 203 HD2 TYR 274 HD2 TYR 274 31.021 15.056 4.104 204 HE1 TYR 274 HE1 TYR 274 32.939 16.706 -0.161 205 HE2 TYR 274 HE2 TYR 274 30.235 17.203 3.140 206 HH TYR 274 HH TYR 274 30.377 18.095 0.288 207 H LYS 275 H LYS 275 31.764 12.786 0.953 208 HA LYS 275 HA LYS 275 29.518 14.173 0.294 209 1HB LYS 275 1HB LYS 275 30.809 11.849 -1.127 210 2HB LYS 275 2HB LYS 275 29.454 12.731 -1.825 211 1HG LYS 275 1HG LYS 275 31.570 14.484 -0.786 212 2HG LYS 275 2HG LYS 275 32.124 13.429 -2.082 213 1HD LYS 275 1HD LYS 275 31.297 15.483 -3.068 214 2HD LYS 275 2HD LYS 275 30.160 14.194 -3.459 215 1HE LYS 275 1HE LYS 275 28.632 14.919 -1.745 216 2HE LYS 275 2HE LYS 275 29.820 16.040 -1.082 217 1HZ LYS 275 1HZ LYS 275 28.513 16.204 -3.742 218 2HZ LYS 275 2HZ LYS 275 29.766 17.229 -3.224 219 3HZ LYS 275 3HZ LYS 275 28.267 17.243 -2.423 220 H LYS 276 H LYS 276 29.505 10.614 0.031 221 HA LYS 276 HA LYS 276 26.653 10.481 0.156 222 1HB LYS 276 1HB LYS 276 28.734 8.305 0.497 223 2HB LYS 276 2HB LYS 276 27.005 8.038 0.269 224 1HG LYS 276 1HG LYS 276 27.186 9.356 -1.888 225 2HG LYS 276 2HG LYS 276 28.937 9.312 -1.683 226 1HD LYS 276 1HD LYS 276 28.947 6.890 -1.747 227 2HD LYS 276 2HD LYS 276 27.184 6.842 -1.749 228 1HE LYS 276 1HE LYS 276 28.734 8.274 -3.909 229 2HE LYS 276 2HE LYS 276 28.350 6.557 -4.024 230 1HZ LYS 276 1HZ LYS 276 26.736 8.474 -4.893 231 2HZ LYS 276 2HZ LYS 276 26.151 8.313 -3.305 232 3HZ LYS 276 3HZ LYS 276 26.176 6.970 -4.344 233 1HN NH2 277 1HN NH2 277 29.216 10.214 2.592 234 2HN NH2 277 2HN NH2 277 28.162 10.005 3.919 Start of MODEL 57 1 1H HIS 250 1H HIS 250 33.844 -7.608 -6.344 2 2H HIS 250 2H HIS 250 34.293 -9.246 -6.288 3 3H HIS 250 3H HIS 250 34.712 -8.292 -7.631 4 HA HIS 250 HA HIS 250 36.029 -6.863 -6.047 5 1HB HIS 250 1HB HIS 250 34.909 -8.885 -4.267 6 2HB HIS 250 2HB HIS 250 36.667 -8.803 -4.148 7 HD2 HIS 250 HD2 HIS 250 33.987 -5.850 -4.430 8 HE1 HIS 250 HE1 HIS 250 36.662 -5.028 -1.269 9 HE2 HIS 250 HE2 HIS 250 34.662 -4.152 -2.565 10 H ILE 251 H ILE 251 37.356 -7.175 -7.842 11 HA ILE 251 HA ILE 251 38.738 -9.767 -8.069 12 HB ILE 251 HB ILE 251 38.966 -7.481 -10.017 13 1HG1 ILE 251 1HG1 ILE 251 37.131 -9.183 -11.137 14 2HG1 ILE 251 2HG1 ILE 251 36.642 -9.214 -9.442 15 1HG2 ILE 251 1HG2 ILE 251 40.258 -9.884 -9.851 16 2HG2 ILE 251 2HG2 ILE 251 39.976 -9.018 -11.362 17 3HG2 ILE 251 3HG2 ILE 251 38.882 -10.311 -10.868 18 1HD1 ILE 251 1HD1 ILE 251 37.039 -6.722 -11.126 19 2HD1 ILE 251 2HD1 ILE 251 36.583 -6.739 -9.423 20 3HD1 ILE 251 3HD1 ILE 251 35.487 -7.400 -10.636 21 H ASN 252 H ASN 252 40.780 -8.043 -9.649 22 HA ASN 252 HA ASN 252 42.544 -7.619 -7.350 23 1HB ASN 252 1HB ASN 252 44.335 -7.500 -9.004 24 2HB ASN 252 2HB ASN 252 43.362 -8.944 -9.273 25 1HD2 ASN 252 1HD2 ASN 252 42.029 -9.028 -11.200 26 2HD2 ASN 252 2HD2 ASN 252 42.180 -7.880 -12.441 27 H GLU 253 H GLU 253 40.399 -5.834 -9.130 28 HA GLU 253 HA GLU 253 41.444 -3.484 -9.927 29 1HB GLU 253 1HB GLU 253 39.366 -2.512 -8.469 30 2HB GLU 253 2HB GLU 253 39.188 -3.293 -10.040 31 1HG GLU 253 1HG GLU 253 38.564 -5.357 -9.078 32 2HG GLU 253 2HG GLU 253 39.204 -4.910 -7.495 33 H LEU 254 H LEU 254 40.884 -4.365 -6.539 34 HA LEU 254 HA LEU 254 41.556 -2.044 -5.241 35 1HB LEU 254 1HB LEU 254 42.593 -4.705 -4.286 36 2HB LEU 254 2HB LEU 254 41.996 -3.347 -3.331 37 HG LEU 254 HG LEU 254 39.816 -3.871 -4.882 38 1HD1 LEU 254 1HD1 LEU 254 40.826 -6.607 -4.122 39 2HD1 LEU 254 2HD1 LEU 254 41.187 -5.924 -5.708 40 3HD1 LEU 254 3HD1 LEU 254 39.512 -6.181 -5.218 41 1HD2 LEU 254 1HD2 LEU 254 39.002 -5.170 -2.845 42 2HD2 LEU 254 2HD2 LEU 254 39.669 -3.573 -2.506 43 3HD2 LEU 254 3HD2 LEU 254 40.636 -5.017 -2.201 44 H LEU 255 H LEU 255 43.562 -3.767 -7.347 45 HA LEU 255 HA LEU 255 46.108 -3.691 -6.399 46 1HB LEU 255 1HB LEU 255 45.342 -4.291 -8.752 47 2HB LEU 255 2HB LEU 255 45.424 -2.568 -9.117 48 HG LEU 255 HG LEU 255 47.838 -2.856 -7.979 49 1HD1 LEU 255 1HD1 LEU 255 47.186 -5.379 -7.726 50 2HD1 LEU 255 2HD1 LEU 255 48.807 -4.968 -8.287 51 3HD1 LEU 255 3HD1 LEU 255 47.574 -5.471 -9.444 52 1HD2 LEU 255 1HD2 LEU 255 47.735 -1.928 -10.136 53 2HD2 LEU 255 2HD2 LEU 255 46.914 -3.337 -10.806 54 3HD2 LEU 255 3HD2 LEU 255 48.629 -3.423 -10.406 55 H HIS 256 H HIS 256 44.182 -0.932 -7.459 56 HA HIS 256 HA HIS 256 46.257 1.007 -7.255 57 1HB HIS 256 1HB HIS 256 43.276 1.069 -7.472 58 2HB HIS 256 2HB HIS 256 44.119 2.541 -6.985 59 HD2 HIS 256 HD2 HIS 256 44.919 -0.078 -9.897 60 HE1 HIS 256 HE1 HIS 256 45.209 3.851 -11.416 61 HE2 HIS 256 HE2 HIS 256 45.438 1.389 -11.996 62 H ILE 257 H ILE 257 43.563 0.129 -5.096 63 HA ILE 257 HA ILE 257 44.382 1.893 -3.008 64 HB ILE 257 HB ILE 257 42.399 -0.343 -3.254 65 1HG1 ILE 257 1HG1 ILE 257 40.835 1.444 -2.725 66 2HG1 ILE 257 2HG1 ILE 257 42.162 2.542 -2.345 67 1HG2 ILE 257 1HG2 ILE 257 43.471 0.892 -0.720 68 2HG2 ILE 257 2HG2 ILE 257 43.148 -0.808 -1.067 69 3HG2 ILE 257 3HG2 ILE 257 41.809 0.310 -0.808 70 1HD1 ILE 257 1HD1 ILE 257 41.935 1.242 -5.058 71 2HD1 ILE 257 2HD1 ILE 257 42.850 2.680 -4.604 72 3HD1 ILE 257 3HD1 ILE 257 41.089 2.745 -4.687 73 H LEU 258 H LEU 258 45.068 -1.448 -3.826 74 HA LEU 258 HA LEU 258 46.133 -2.299 -1.362 75 1HB LEU 258 1HB LEU 258 46.042 -3.262 -4.096 76 2HB LEU 258 2HB LEU 258 47.619 -3.576 -3.376 77 HG LEU 258 HG LEU 258 46.011 -5.435 -2.986 78 1HD1 LEU 258 1HD1 LEU 258 47.646 -4.102 -1.088 79 2HD1 LEU 258 2HD1 LEU 258 47.169 -5.800 -1.096 80 3HD1 LEU 258 3HD1 LEU 258 46.187 -4.613 -0.238 81 1HD2 LEU 258 1HD2 LEU 258 44.473 -4.040 -0.935 82 2HD2 LEU 258 2HD2 LEU 258 43.906 -5.072 -2.247 83 3HD2 LEU 258 3HD2 LEU 258 44.202 -3.358 -2.539 84 H VAL 259 H VAL 259 47.273 -0.018 -3.610 85 HA VAL 259 HA VAL 259 50.088 -0.315 -3.042 86 HB VAL 259 HB VAL 259 48.587 1.979 -4.327 87 1HG1 VAL 259 1HG1 VAL 259 51.523 1.227 -4.242 88 2HG1 VAL 259 2HG1 VAL 259 50.783 2.673 -3.555 89 3HG1 VAL 259 3HG1 VAL 259 50.847 2.461 -5.304 90 1HG2 VAL 259 1HG2 VAL 259 50.156 0.381 -6.128 91 2HG2 VAL 259 2HG2 VAL 259 48.418 0.681 -6.159 92 3HG2 VAL 259 3HG2 VAL 259 49.063 -0.675 -5.234 93 H PHE 260 H PHE 260 48.076 2.582 -2.629 94 HA PHE 260 HA PHE 260 49.671 3.440 -0.375 95 1HB PHE 260 1HB PHE 260 47.471 5.117 -0.503 96 2HB PHE 260 2HB PHE 260 49.017 5.383 -1.310 97 HD1 PHE 260 HD1 PHE 260 45.508 4.567 -1.744 98 HD2 PHE 260 HD2 PHE 260 49.351 4.540 -3.663 99 HE1 PHE 260 HE1 PHE 260 44.403 4.323 -3.951 100 HE2 PHE 260 HE2 PHE 260 48.246 4.295 -5.870 101 HZ PHE 260 HZ PHE 260 45.772 4.188 -6.014 102 H GLY 261 H GLY 261 46.132 3.175 -0.716 103 1HA GLY 261 1HA GLY 261 44.513 2.414 0.728 104 2HA GLY 261 2HA GLY 261 45.753 1.396 1.449 105 H GLU 262 H GLU 262 47.383 2.699 2.836 106 HA GLU 262 HA GLU 262 45.892 3.956 4.928 107 1HB GLU 262 1HB GLU 262 48.791 3.360 4.441 108 2HB GLU 262 2HB GLU 262 48.328 4.436 5.759 109 1HG GLU 262 1HG GLU 262 46.824 1.875 5.499 110 2HG GLU 262 2HG GLU 262 48.482 1.780 6.088 111 H SER 263 H SER 263 47.678 5.103 2.175 112 HA SER 263 HA SER 263 47.996 7.797 3.152 113 1HB SER 263 1HB SER 263 48.934 6.262 0.937 114 2HB SER 263 2HB SER 263 48.146 7.706 0.311 115 HG SER 263 HG SER 263 49.598 8.330 2.473 116 H LEU 264 H LEU 264 46.288 6.676 0.234 117 HA LEU 264 HA LEU 264 44.544 8.942 0.228 118 1HB LEU 264 1HB LEU 264 44.092 6.380 -1.295 119 2HB LEU 264 2HB LEU 264 43.604 8.015 -1.738 120 HG LEU 264 HG LEU 264 46.425 6.915 -1.638 121 1HD1 LEU 264 1HD1 LEU 264 46.320 6.844 -3.911 122 2HD1 LEU 264 2HD1 LEU 264 45.385 8.337 -4.009 123 3HD1 LEU 264 3HD1 LEU 264 44.575 6.811 -3.653 124 1HD2 LEU 264 1HD2 LEU 264 45.369 9.736 -1.859 125 2HD2 LEU 264 2HD2 LEU 264 46.935 9.290 -2.537 126 3HD2 LEU 264 3HD2 LEU 264 46.644 9.123 -0.806 127 H LEU 265 H LEU 265 44.597 6.626 2.403 128 HA LEU 265 HA LEU 265 42.327 5.217 2.661 129 1HB LEU 265 1HB LEU 265 44.104 5.505 4.423 130 2HB LEU 265 2HB LEU 265 43.330 7.021 4.872 131 HG LEU 265 HG LEU 265 41.203 5.774 5.286 132 1HD1 LEU 265 1HD1 LEU 265 41.809 3.185 5.664 133 2HD1 LEU 265 2HD1 LEU 265 42.913 3.522 4.332 134 3HD1 LEU 265 3HD1 LEU 265 41.182 3.785 4.129 135 1HD2 LEU 265 1HD2 LEU 265 43.641 5.716 6.819 136 2HD2 LEU 265 2HD2 LEU 265 42.730 4.235 7.115 137 3HD2 LEU 265 3HD2 LEU 265 41.977 5.805 7.399 138 H ASN 266 H ASN 266 42.453 8.574 3.881 139 HA ASN 266 HA ASN 266 39.770 8.943 4.385 140 1HB ASN 266 1HB ASN 266 40.206 11.229 4.460 141 2HB ASN 266 2HB ASN 266 41.810 10.543 4.710 142 1HD2 ASN 266 1HD2 ASN 266 43.290 10.510 2.806 143 2HD2 ASN 266 2HD2 ASN 266 43.045 11.604 1.532 144 H ASP 267 H ASP 267 41.409 8.850 1.313 145 HA ASP 267 HA ASP 267 39.083 9.858 -0.135 146 1HB ASP 267 1HB ASP 267 41.903 9.611 -0.648 147 2HB ASP 267 2HB ASP 267 40.994 8.812 -1.930 148 H ALA 268 H ALA 268 41.030 6.879 0.007 149 HA ALA 268 HA ALA 268 39.814 5.221 -1.741 150 1HB ALA 268 1HB ALA 268 40.920 3.597 -0.644 151 2HB ALA 268 2HB ALA 268 40.035 3.900 0.852 152 3HB ALA 268 3HB ALA 268 41.459 4.863 0.459 153 H VAL 269 H VAL 269 38.443 6.391 1.266 154 HA VAL 269 HA VAL 269 36.284 4.657 1.573 155 HB VAL 269 HB VAL 269 36.425 7.632 2.121 156 1HG1 VAL 269 1HG1 VAL 269 34.669 6.702 3.921 157 2HG1 VAL 269 2HG1 VAL 269 34.361 5.538 2.633 158 3HG1 VAL 269 3HG1 VAL 269 34.159 7.263 2.329 159 1HG2 VAL 269 1HG2 VAL 269 37.785 7.037 3.815 160 2HG2 VAL 269 2HG2 VAL 269 37.681 5.346 3.326 161 3HG2 VAL 269 3HG2 VAL 269 36.505 6.009 4.460 162 H THR 270 H THR 270 36.992 6.606 -1.043 163 HA THR 270 HA THR 270 34.218 7.120 -1.807 164 HB THR 270 HB THR 270 35.939 8.846 -2.231 165 HG1 THR 270 HG1 THR 270 34.086 8.402 -3.670 166 1HG2 THR 270 1HG2 THR 270 37.158 7.479 -4.502 167 2HG2 THR 270 2HG2 THR 270 37.504 6.665 -2.977 168 3HG2 THR 270 3HG2 THR 270 37.926 8.365 -3.184 169 H VAL 271 H VAL 271 36.704 4.799 -2.304 170 HA VAL 271 HA VAL 271 35.193 3.595 -4.547 171 HB VAL 271 HB VAL 271 38.113 3.281 -3.814 172 1HG1 VAL 271 1HG1 VAL 271 36.356 2.047 -5.941 173 2HG1 VAL 271 2HG1 VAL 271 37.405 1.228 -4.782 174 3HG1 VAL 271 3HG1 VAL 271 38.109 2.139 -6.118 175 1HG2 VAL 271 1HG2 VAL 271 37.600 4.277 -6.460 176 2HG2 VAL 271 2HG2 VAL 271 38.474 5.064 -5.145 177 3HG2 VAL 271 3HG2 VAL 271 36.730 5.280 -5.299 178 H VAL 272 H VAL 272 37.318 2.657 -1.837 179 HA VAL 272 HA VAL 272 36.659 -0.021 -1.678 180 HB VAL 272 HB VAL 272 37.108 1.739 0.735 181 1HG1 VAL 272 1HG1 VAL 272 38.198 -0.301 1.602 182 2HG1 VAL 272 2HG1 VAL 272 37.819 -1.141 0.098 183 3HG1 VAL 272 3HG1 VAL 272 36.519 -0.619 1.168 184 1HG2 VAL 272 1HG2 VAL 272 38.966 0.831 -1.447 185 2HG2 VAL 272 2HG2 VAL 272 39.574 0.983 0.202 186 3HG2 VAL 272 3HG2 VAL 272 38.897 2.389 -0.622 187 H LEU 273 H LEU 273 34.754 2.741 -0.799 188 HA LEU 273 HA LEU 273 32.831 1.112 0.697 189 1HB LEU 273 1HB LEU 273 33.516 3.413 1.471 190 2HB LEU 273 2HB LEU 273 32.698 4.064 0.052 191 HG LEU 273 HG LEU 273 30.762 2.411 1.061 192 1HD1 LEU 273 1HD1 LEU 273 32.208 3.655 3.421 193 2HD1 LEU 273 2HD1 LEU 273 32.169 1.931 3.053 194 3HD1 LEU 273 3HD1 LEU 273 30.681 2.774 3.485 195 1HD2 LEU 273 1HD2 LEU 273 30.474 4.750 0.344 196 2HD2 LEU 273 2HD2 LEU 273 31.300 5.307 1.799 197 3HD2 LEU 273 3HD2 LEU 273 29.739 4.497 1.927 198 H TYR 274 H TYR 274 33.003 3.140 -2.205 199 HA TYR 274 HA TYR 274 30.333 2.723 -3.043 200 1HB TYR 274 1HB TYR 274 32.854 3.598 -4.433 201 2HB TYR 274 2HB TYR 274 31.346 3.385 -5.325 202 HD1 TYR 274 HD1 TYR 274 32.558 4.935 -2.125 203 HD2 TYR 274 HD2 TYR 274 29.945 5.243 -5.521 204 HE1 TYR 274 HE1 TYR 274 31.783 7.151 -1.328 205 HE2 TYR 274 HE2 TYR 274 29.170 7.459 -4.724 206 HH TYR 274 HH TYR 274 30.760 9.169 -2.218 207 H LYS 275 H LYS 275 33.386 1.112 -3.912 208 HA LYS 275 HA LYS 275 32.465 -0.607 -5.882 209 1HB LYS 275 1HB LYS 275 34.662 -0.747 -3.862 210 2HB LYS 275 2HB LYS 275 34.273 -2.204 -4.776 211 1HG LYS 275 1HG LYS 275 34.622 0.424 -6.204 212 2HG LYS 275 2HG LYS 275 36.036 -0.530 -5.753 213 1HD LYS 275 1HD LYS 275 35.608 -2.139 -7.309 214 2HD LYS 275 2HD LYS 275 33.863 -2.061 -7.059 215 1HE LYS 275 1HE LYS 275 33.703 -0.044 -8.392 216 2HE LYS 275 2HE LYS 275 35.458 0.055 -8.528 217 1HZ LYS 275 1HZ LYS 275 35.452 -1.391 -10.195 218 2HZ LYS 275 2HZ LYS 275 33.762 -1.226 -10.252 219 3HZ LYS 275 3HZ LYS 275 34.466 -2.487 -9.357 220 H LYS 276 H LYS 276 31.530 -0.479 -2.634 221 HA LYS 276 HA LYS 276 30.040 -2.986 -2.940 222 1HB LYS 276 1HB LYS 276 30.643 -3.492 -0.489 223 2HB LYS 276 2HB LYS 276 31.870 -3.826 -1.711 224 1HG LYS 276 1HG LYS 276 33.207 -2.062 -1.054 225 2HG LYS 276 2HG LYS 276 31.839 -1.099 -0.493 226 1HD LYS 276 1HD LYS 276 33.254 -1.936 1.385 227 2HD LYS 276 2HD LYS 276 31.593 -2.520 1.475 228 1HE LYS 276 1HE LYS 276 33.493 -4.212 -0.058 229 2HE LYS 276 2HE LYS 276 33.733 -4.158 1.688 230 1HZ LYS 276 1HZ LYS 276 32.011 -5.498 1.946 231 2HZ LYS 276 2HZ LYS 276 31.805 -5.582 0.261 232 3HZ LYS 276 3HZ LYS 276 30.990 -4.395 1.162 233 1HN NH2 277 1HN NH2 277 30.220 -1.639 0.243 234 2HN NH2 277 2HN NH2 277 28.729 -0.807 0.197 Start of MODEL 58 1 1H HIS 250 1H HIS 250 55.083 -11.890 -0.610 2 2H HIS 250 2H HIS 250 55.093 -10.524 0.401 3 3H HIS 250 3H HIS 250 56.315 -10.735 -0.760 4 HA HIS 250 HA HIS 250 55.043 -10.034 -2.472 5 1HB HIS 250 1HB HIS 250 53.420 -11.939 -2.003 6 2HB HIS 250 2HB HIS 250 52.541 -10.820 -0.961 7 HD2 HIS 250 HD2 HIS 250 53.797 -10.619 -4.753 8 HE1 HIS 250 HE1 HIS 250 50.004 -8.797 -4.426 9 HE2 HIS 250 HE2 HIS 250 51.873 -9.405 -6.033 10 H ILE 251 H ILE 251 56.024 -8.559 -0.288 11 HA ILE 251 HA ILE 251 53.908 -6.579 0.256 12 HB ILE 251 HB ILE 251 56.642 -6.829 1.529 13 1HG1 ILE 251 1HG1 ILE 251 54.511 -7.450 3.318 14 2HG1 ILE 251 2HG1 ILE 251 54.272 -8.418 1.862 15 1HG2 ILE 251 1HG2 ILE 251 55.625 -5.353 3.243 16 2HG2 ILE 251 2HG2 ILE 251 54.151 -5.267 2.279 17 3HG2 ILE 251 3HG2 ILE 251 55.652 -4.583 1.657 18 1HD1 ILE 251 1HD1 ILE 251 56.589 -9.230 2.004 19 2HD1 ILE 251 2HD1 ILE 251 55.722 -9.584 3.498 20 3HD1 ILE 251 3HD1 ILE 251 56.859 -8.237 3.437 21 H ASN 252 H ASN 252 57.070 -7.011 -1.210 22 HA ASN 252 HA ASN 252 57.658 -4.270 -1.645 23 1HB ASN 252 1HB ASN 252 58.727 -6.866 -2.499 24 2HB ASN 252 2HB ASN 252 58.910 -5.593 -3.706 25 1HD2 ASN 252 1HD2 ASN 252 59.700 -6.456 -0.332 26 2HD2 ASN 252 2HD2 ASN 252 60.964 -5.333 -0.174 27 H GLU 253 H GLU 253 56.189 -6.746 -3.748 28 HA GLU 253 HA GLU 253 55.839 -5.331 -6.073 29 1HB GLU 253 1HB GLU 253 53.622 -7.018 -4.916 30 2HB GLU 253 2HB GLU 253 54.071 -6.811 -6.609 31 1HG GLU 253 1HG GLU 253 55.594 -8.298 -4.460 32 2HG GLU 253 2HG GLU 253 54.921 -8.948 -5.953 33 H LEU 254 H LEU 254 53.903 -5.162 -3.124 34 HA LEU 254 HA LEU 254 51.965 -3.336 -4.174 35 1HB LEU 254 1HB LEU 254 52.687 -4.328 -1.432 36 2HB LEU 254 2HB LEU 254 51.571 -2.975 -1.622 37 HG LEU 254 HG LEU 254 50.136 -4.341 -3.077 38 1HD1 LEU 254 1HD1 LEU 254 50.692 -6.848 -3.135 39 2HD1 LEU 254 2HD1 LEU 254 52.313 -6.387 -2.615 40 3HD1 LEU 254 3HD1 LEU 254 51.681 -5.801 -4.153 41 1HD2 LEU 254 1HD2 LEU 254 50.904 -5.470 -0.381 42 2HD2 LEU 254 2HD2 LEU 254 49.574 -6.149 -1.320 43 3HD2 LEU 254 3HD2 LEU 254 49.512 -4.467 -0.789 44 H LEU 255 H LEU 255 55.055 -2.816 -4.057 45 HA LEU 255 HA LEU 255 55.951 -0.836 -2.527 46 1HB LEU 255 1HB LEU 255 57.024 0.205 -4.542 47 2HB LEU 255 2HB LEU 255 57.249 -1.540 -4.423 48 HG LEU 255 HG LEU 255 54.810 -1.067 -5.832 49 1HD1 LEU 255 1HD1 LEU 255 57.203 0.492 -6.855 50 2HD1 LEU 255 2HD1 LEU 255 55.638 1.156 -6.382 51 3HD1 LEU 255 3HD1 LEU 255 55.766 0.132 -7.813 52 1HD2 LEU 255 1HD2 LEU 255 55.992 -2.307 -7.600 53 2HD2 LEU 255 2HD2 LEU 255 56.303 -3.036 -6.026 54 3HD2 LEU 255 3HD2 LEU 255 57.529 -2.021 -6.784 55 H HIS 256 H HIS 256 53.333 -0.458 -4.841 56 HA HIS 256 HA HIS 256 53.195 2.408 -4.587 57 1HB HIS 256 1HB HIS 256 51.306 0.340 -5.720 58 2HB HIS 256 2HB HIS 256 50.948 2.068 -5.712 59 HD2 HIS 256 HD2 HIS 256 53.182 -0.466 -7.642 60 HE1 HIS 256 HE1 HIS 256 54.012 3.377 -9.183 61 HE2 HIS 256 HE2 HIS 256 54.399 0.889 -9.517 62 H ILE 257 H ILE 257 50.783 -0.066 -3.752 63 HA ILE 257 HA ILE 257 49.310 1.547 -2.003 64 HB ILE 257 HB ILE 257 49.544 -1.451 -1.768 65 1HG1 ILE 257 1HG1 ILE 257 49.300 -1.006 -4.129 66 2HG1 ILE 257 2HG1 ILE 257 47.718 -1.487 -3.517 67 1HG2 ILE 257 1HG2 ILE 257 47.987 0.433 -0.432 68 2HG2 ILE 257 2HG2 ILE 257 47.667 -1.297 -0.522 69 3HG2 ILE 257 3HG2 ILE 257 46.908 -0.199 -1.674 70 1HD1 ILE 257 1HD1 ILE 257 48.685 1.245 -4.316 71 2HD1 ILE 257 2HD1 ILE 257 47.345 1.080 -3.181 72 3HD1 ILE 257 3HD1 ILE 257 47.215 0.406 -4.805 73 H LEU 258 H LEU 258 52.358 0.094 -1.602 74 HA LEU 258 HA LEU 258 52.265 -0.254 1.245 75 1HB LEU 258 1HB LEU 258 53.923 -1.582 0.381 76 2HB LEU 258 2HB LEU 258 54.305 -0.449 -0.909 77 HG LEU 258 HG LEU 258 55.565 0.962 0.626 78 1HD1 LEU 258 1HD1 LEU 258 54.842 0.999 2.782 79 2HD1 LEU 258 2HD1 LEU 258 55.798 -0.465 2.993 80 3HD1 LEU 258 3HD1 LEU 258 54.078 -0.583 2.635 81 1HD2 LEU 258 1HD2 LEU 258 56.397 -1.411 -0.274 82 2HD2 LEU 258 2HD2 LEU 258 56.480 -1.753 1.454 83 3HD2 LEU 258 3HD2 LEU 258 57.404 -0.413 0.774 84 H VAL 259 H VAL 259 53.912 2.125 -0.856 85 HA VAL 259 HA VAL 259 54.997 3.840 0.943 86 HB VAL 259 HB VAL 259 53.366 4.730 -1.441 87 1HG1 VAL 259 1HG1 VAL 259 54.825 6.184 0.505 88 2HG1 VAL 259 2HG1 VAL 259 54.152 6.791 -1.008 89 3HG1 VAL 259 3HG1 VAL 259 55.804 6.180 -0.960 90 1HG2 VAL 259 1HG2 VAL 259 54.892 3.771 -2.769 91 2HG2 VAL 259 2HG2 VAL 259 55.612 3.013 -1.345 92 3HG2 VAL 259 3HG2 VAL 259 56.197 4.580 -1.902 93 H PHE 260 H PHE 260 51.812 4.699 -0.402 94 HA PHE 260 HA PHE 260 51.155 6.273 1.909 95 1HB PHE 260 1HB PHE 260 48.786 5.930 0.530 96 2HB PHE 260 2HB PHE 260 49.957 7.219 0.246 97 HD1 PHE 260 HD1 PHE 260 51.855 6.786 -1.415 98 HD2 PHE 260 HD2 PHE 260 48.371 4.292 -1.127 99 HE1 PHE 260 HE1 PHE 260 52.335 5.859 -3.664 100 HE2 PHE 260 HE2 PHE 260 48.845 3.372 -3.379 101 HZ PHE 260 HZ PHE 260 50.829 4.147 -4.645 102 H GLY 261 H GLY 261 49.053 3.799 0.483 103 1HA GLY 261 1HA GLY 261 48.013 1.959 1.442 104 2HA GLY 261 2HA GLY 261 49.000 2.196 2.882 105 H GLU 262 H GLU 262 48.364 3.933 4.365 106 HA GLU 262 HA GLU 262 45.479 3.987 4.691 107 1HB GLU 262 1HB GLU 262 45.994 5.093 6.843 108 2HB GLU 262 2HB GLU 262 46.888 3.585 6.646 109 1HG GLU 262 1HG GLU 262 48.552 5.489 5.484 110 2HG GLU 262 2HG GLU 262 47.896 6.315 6.896 111 H SER 263 H SER 263 47.557 5.773 2.903 112 HA SER 263 HA SER 263 46.559 8.420 3.526 113 1HB SER 263 1HB SER 263 48.834 7.478 2.294 114 2HB SER 263 2HB SER 263 47.878 8.060 0.934 115 HG SER 263 HG SER 263 48.497 9.966 1.549 116 H LEU 264 H LEU 264 46.528 6.532 0.497 117 HA LEU 264 HA LEU 264 44.452 8.019 -0.699 118 1HB LEU 264 1HB LEU 264 45.112 5.129 -1.289 119 2HB LEU 264 2HB LEU 264 44.417 6.324 -2.384 120 HG LEU 264 HG LEU 264 47.198 6.426 -1.179 121 1HD1 LEU 264 1HD1 LEU 264 46.961 4.747 -2.965 122 2HD1 LEU 264 2HD1 LEU 264 47.923 6.114 -3.525 123 3HD1 LEU 264 3HD1 LEU 264 46.238 5.961 -4.020 124 1HD2 LEU 264 1HD2 LEU 264 46.628 8.675 -1.439 125 2HD2 LEU 264 2HD2 LEU 264 45.554 8.350 -2.800 126 3HD2 LEU 264 3HD2 LEU 264 47.302 8.307 -3.026 127 H LEU 265 H LEU 265 44.291 6.134 1.983 128 HA LEU 265 HA LEU 265 41.955 4.594 1.608 129 1HB LEU 265 1HB LEU 265 43.348 4.139 3.506 130 2HB LEU 265 2HB LEU 265 43.215 5.799 4.080 131 HG LEU 265 HG LEU 265 40.891 5.506 4.635 132 1HD1 LEU 265 1HD1 LEU 265 41.194 2.937 3.081 133 2HD1 LEU 265 2HD1 LEU 265 40.002 4.217 2.861 134 3HD1 LEU 265 3HD1 LEU 265 39.895 3.143 4.255 135 1HD2 LEU 265 1HD2 LEU 265 41.807 2.856 5.572 136 2HD2 LEU 265 2HD2 LEU 265 41.255 4.250 6.501 137 3HD2 LEU 265 3HD2 LEU 265 42.915 4.188 5.907 138 H ASN 266 H ASN 266 42.268 7.649 3.435 139 HA ASN 266 HA ASN 266 39.583 8.215 3.741 140 1HB ASN 266 1HB ASN 266 40.215 10.399 4.290 141 2HB ASN 266 2HB ASN 266 41.674 9.469 4.627 142 1HD2 ASN 266 1HD2 ASN 266 43.238 9.331 2.626 143 2HD2 ASN 266 2HD2 ASN 266 43.405 10.753 1.715 144 H ASP 267 H ASP 267 41.530 8.403 0.880 145 HA ASP 267 HA ASP 267 39.563 10.012 -0.560 146 1HB ASP 267 1HB ASP 267 41.795 10.550 -1.138 147 2HB ASP 267 2HB ASP 267 42.250 8.853 -1.283 148 H ALA 268 H ALA 268 40.074 6.770 0.191 149 HA ALA 268 HA ALA 268 38.908 5.732 -2.280 150 1HB ALA 268 1HB ALA 268 39.967 3.837 -1.723 151 2HB ALA 268 2HB ALA 268 39.153 3.785 -0.160 152 3HB ALA 268 3HB ALA 268 40.655 4.691 -0.342 153 H VAL 269 H VAL 269 38.133 5.900 1.189 154 HA VAL 269 HA VAL 269 35.718 4.571 1.238 155 HB VAL 269 HB VAL 269 36.207 7.160 2.714 156 1HG1 VAL 269 1HG1 VAL 269 33.964 6.100 2.906 157 2HG1 VAL 269 2HG1 VAL 269 34.841 6.074 4.435 158 3HG1 VAL 269 3HG1 VAL 269 34.734 4.612 3.454 159 1HG2 VAL 269 1HG2 VAL 269 37.359 4.397 3.120 160 2HG2 VAL 269 2HG2 VAL 269 37.184 5.524 4.465 161 3HG2 VAL 269 3HG2 VAL 269 38.207 5.943 3.090 162 H THR 270 H THR 270 36.477 7.576 -0.283 163 HA THR 270 HA THR 270 33.662 8.325 -0.570 164 HB THR 270 HB THR 270 35.139 10.159 -0.104 165 HG1 THR 270 HG1 THR 270 35.039 11.184 -2.346 166 1HG2 THR 270 1HG2 THR 270 37.260 9.202 -0.736 167 2HG2 THR 270 2HG2 THR 270 37.030 10.665 -1.693 168 3HG2 THR 270 3HG2 THR 270 36.759 9.083 -2.422 169 H VAL 271 H VAL 271 36.026 6.521 -2.190 170 HA VAL 271 HA VAL 271 34.593 6.764 -4.767 171 HB VAL 271 HB VAL 271 37.437 5.945 -4.147 172 1HG1 VAL 271 1HG1 VAL 271 36.756 4.497 -5.907 173 2HG1 VAL 271 2HG1 VAL 271 37.566 5.842 -6.710 174 3HG1 VAL 271 3HG1 VAL 271 35.805 5.764 -6.683 175 1HG2 VAL 271 1HG2 VAL 271 37.964 8.068 -4.707 176 2HG2 VAL 271 2HG2 VAL 271 36.241 8.437 -4.646 177 3HG2 VAL 271 3HG2 VAL 271 36.990 7.979 -6.175 178 H VAL 272 H VAL 272 35.264 4.727 -2.120 179 HA VAL 272 HA VAL 272 34.782 2.262 -3.614 180 HB VAL 272 HB VAL 272 35.437 2.822 -0.719 181 1HG1 VAL 272 1HG1 VAL 272 34.533 0.319 -2.115 182 2HG1 VAL 272 2HG1 VAL 272 34.112 0.911 -0.508 183 3HG1 VAL 272 3HG1 VAL 272 35.701 0.203 -0.798 184 1HG2 VAL 272 1HG2 VAL 272 37.033 1.074 -2.544 185 2HG2 VAL 272 2HG2 VAL 272 37.580 2.143 -1.252 186 3HG2 VAL 272 3HG2 VAL 272 37.108 2.816 -2.812 187 H LEU 273 H LEU 273 33.100 4.530 -1.597 188 HA LEU 273 HA LEU 273 30.843 2.684 -1.235 189 1HB LEU 273 1HB LEU 273 31.731 5.218 0.054 190 2HB LEU 273 2HB LEU 273 30.000 4.885 0.012 191 HG LEU 273 HG LEU 273 31.902 2.725 0.875 192 1HD1 LEU 273 1HD1 LEU 273 32.641 4.211 2.467 193 2HD1 LEU 273 2HD1 LEU 273 31.144 3.719 3.257 194 3HD1 LEU 273 3HD1 LEU 273 31.204 5.224 2.340 195 1HD2 LEU 273 1HD2 LEU 273 29.236 2.717 0.467 196 2HD2 LEU 273 2HD2 LEU 273 29.261 3.271 2.142 197 3HD2 LEU 273 3HD2 LEU 273 30.003 1.730 1.712 198 H TYR 274 H TYR 274 31.797 5.560 -2.973 199 HA TYR 274 HA TYR 274 29.078 6.061 -3.909 200 1HB TYR 274 1HB TYR 274 31.709 7.462 -4.408 201 2HB TYR 274 2HB TYR 274 30.179 7.958 -5.134 202 HD1 TYR 274 HD1 TYR 274 28.810 9.472 -3.982 203 HD2 TYR 274 HD2 TYR 274 31.679 7.139 -1.795 204 HE1 TYR 274 HE1 TYR 274 28.230 10.701 -1.910 205 HE2 TYR 274 HE2 TYR 274 31.099 8.370 0.278 206 HH TYR 274 HH TYR 274 28.908 11.137 0.218 207 H LYS 275 H LYS 275 32.018 6.254 -5.855 208 HA LYS 275 HA LYS 275 30.728 5.186 -8.156 209 1HB LYS 275 1HB LYS 275 33.698 5.467 -7.657 210 2HB LYS 275 2HB LYS 275 32.893 5.349 -9.221 211 1HG LYS 275 1HG LYS 275 31.539 7.443 -8.128 212 2HG LYS 275 2HG LYS 275 33.124 7.665 -7.387 213 1HD LYS 275 1HD LYS 275 33.316 8.861 -9.402 214 2HD LYS 275 2HD LYS 275 34.045 7.305 -9.798 215 1HE LYS 275 1HE LYS 275 32.600 7.378 -11.565 216 2HE LYS 275 2HE LYS 275 31.442 6.779 -10.377 217 1HZ LYS 275 1HZ LYS 275 30.511 8.669 -11.470 218 2HZ LYS 275 2HZ LYS 275 31.893 9.607 -11.160 219 3HZ LYS 275 3HZ LYS 275 30.888 9.121 -9.879 220 H LYS 276 H LYS 276 32.064 3.696 -5.429 221 HA LYS 276 HA LYS 276 32.515 1.509 -4.897 222 1HB LYS 276 1HB LYS 276 30.381 1.474 -6.818 223 2HB LYS 276 2HB LYS 276 31.431 0.085 -7.097 224 1HG LYS 276 1HG LYS 276 29.734 -0.544 -5.476 225 2HG LYS 276 2HG LYS 276 31.286 -0.443 -4.645 226 1HD LYS 276 1HD LYS 276 30.335 1.003 -3.204 227 2HD LYS 276 2HD LYS 276 30.206 2.156 -4.532 228 1HE LYS 276 1HE LYS 276 28.019 1.188 -5.155 229 2HE LYS 276 2HE LYS 276 28.145 0.050 -3.814 230 1HZ LYS 276 1HZ LYS 276 27.692 1.636 -2.303 231 2HZ LYS 276 2HZ LYS 276 26.945 2.408 -3.620 232 3HZ LYS 276 3HZ LYS 276 28.516 2.853 -3.149 233 1HN NH2 277 1HN NH2 277 34.622 0.790 -5.095 234 2HN NH2 277 2HN NH2 277 35.421 0.503 -6.577 Start of MODEL 59 1 1H HIS 250 1H HIS 250 69.336 6.273 10.748 2 2H HIS 250 2H HIS 250 68.817 7.626 9.862 3 3H HIS 250 3H HIS 250 68.968 6.116 9.099 4 HA HIS 250 HA HIS 250 67.181 5.213 10.426 5 1HB HIS 250 1HB HIS 250 67.763 7.562 11.987 6 2HB HIS 250 2HB HIS 250 66.064 7.580 11.515 7 HD2 HIS 250 HD2 HIS 250 65.198 4.504 11.830 8 HE1 HIS 250 HE1 HIS 250 67.042 4.594 15.626 9 HE2 HIS 250 HE2 HIS 250 65.411 3.326 14.151 10 H ILE 251 H ILE 251 65.125 5.256 9.511 11 HA ILE 251 HA ILE 251 64.818 7.149 7.276 12 HB ILE 251 HB ILE 251 62.947 5.388 6.690 13 1HG1 ILE 251 1HG1 ILE 251 63.471 3.144 7.504 14 2HG1 ILE 251 2HG1 ILE 251 64.825 3.769 8.444 15 1HG2 ILE 251 1HG2 ILE 251 64.959 3.896 5.806 16 2HG2 ILE 251 2HG2 ILE 251 65.918 5.262 6.372 17 3HG2 ILE 251 3HG2 ILE 251 64.669 5.507 5.151 18 1HD1 ILE 251 1HD1 ILE 251 63.394 4.923 9.945 19 2HD1 ILE 251 2HD1 ILE 251 62.621 3.355 9.710 20 3HD1 ILE 251 3HD1 ILE 251 62.009 4.776 8.862 21 H ASN 252 H ASN 252 64.226 7.823 10.070 22 HA ASN 252 HA ASN 252 61.554 7.737 10.791 23 1HB ASN 252 1HB ASN 252 63.801 9.618 11.290 24 2HB ASN 252 2HB ASN 252 62.178 10.208 11.639 25 1HD2 ASN 252 1HD2 ASN 252 64.532 7.667 12.482 26 2HD2 ASN 252 2HD2 ASN 252 63.780 7.229 13.939 27 H GLU 253 H GLU 253 62.813 9.077 7.962 28 HA GLU 253 HA GLU 253 61.344 11.378 7.513 29 1HB GLU 253 1HB GLU 253 61.172 10.422 5.071 30 2HB GLU 253 2HB GLU 253 62.750 10.865 5.735 31 1HG GLU 253 1HG GLU 253 63.276 8.587 6.251 32 2HG GLU 253 2HG GLU 253 61.620 8.067 5.947 33 H LEU 254 H LEU 254 60.209 8.259 8.157 34 HA LEU 254 HA LEU 254 57.964 7.768 6.767 35 1HB LEU 254 1HB LEU 254 57.850 7.815 9.781 36 2HB LEU 254 2HB LEU 254 57.039 6.707 8.674 37 HG LEU 254 HG LEU 254 60.005 6.862 9.268 38 1HD1 LEU 254 1HD1 LEU 254 58.677 4.270 9.347 39 2HD1 LEU 254 2HD1 LEU 254 57.920 5.422 10.446 40 3HD1 LEU 254 3HD1 LEU 254 59.642 5.068 10.588 41 1HD2 LEU 254 1HD2 LEU 254 59.939 6.467 6.937 42 2HD2 LEU 254 2HD2 LEU 254 58.473 5.492 7.057 43 3HD2 LEU 254 3HD2 LEU 254 60.011 4.848 7.632 44 H LEU 255 H LEU 255 58.390 10.422 9.045 45 HA LEU 255 HA LEU 255 55.755 11.266 9.333 46 1HB LEU 255 1HB LEU 255 56.712 13.545 9.678 47 2HB LEU 255 2HB LEU 255 57.529 12.297 10.618 48 HG LEU 255 HG LEU 255 58.912 12.325 8.196 49 1HD1 LEU 255 1HD1 LEU 255 59.503 14.700 7.880 50 2HD1 LEU 255 2HD1 LEU 255 58.319 15.156 9.104 51 3HD1 LEU 255 3HD1 LEU 255 57.785 14.431 7.588 52 1HD2 LEU 255 1HD2 LEU 255 60.718 13.317 9.560 53 2HD2 LEU 255 2HD2 LEU 255 59.860 12.069 10.463 54 3HD2 LEU 255 3HD2 LEU 255 59.538 13.771 10.789 55 H HIS 256 H HIS 256 57.715 11.217 6.533 56 HA HIS 256 HA HIS 256 56.382 13.335 5.112 57 1HB HIS 256 1HB HIS 256 58.380 11.205 4.394 58 2HB HIS 256 2HB HIS 256 57.534 12.082 3.116 59 HD2 HIS 256 HD2 HIS 256 59.897 12.961 6.180 60 HE1 HIS 256 HE1 HIS 256 60.043 16.123 3.387 61 HE2 HIS 256 HE2 HIS 256 61.013 15.241 5.562 62 H ILE 257 H ILE 257 56.508 9.824 4.455 63 HA ILE 257 HA ILE 257 53.903 10.022 3.126 64 HB ILE 257 HB ILE 257 54.409 7.718 2.349 65 1HG1 ILE 257 1HG1 ILE 257 57.173 7.573 2.919 66 2HG1 ILE 257 2HG1 ILE 257 56.382 7.940 4.453 67 1HG2 ILE 257 1HG2 ILE 257 55.951 10.143 1.786 68 2HG2 ILE 257 2HG2 ILE 257 55.236 8.984 0.665 69 3HG2 ILE 257 3HG2 ILE 257 56.824 8.670 1.364 70 1HD1 ILE 257 1HD1 ILE 257 56.514 5.498 4.072 71 2HD1 ILE 257 2HD1 ILE 257 55.600 5.689 2.576 72 3HD1 ILE 257 3HD1 ILE 257 54.840 6.051 4.125 73 H LEU 258 H LEU 258 54.763 9.681 6.203 74 HA LEU 258 HA LEU 258 53.871 7.405 7.346 75 1HB LEU 258 1HB LEU 258 54.055 10.139 8.174 76 2HB LEU 258 2HB LEU 258 52.545 9.470 8.785 77 HG LEU 258 HG LEU 258 55.274 8.174 9.130 78 1HD1 LEU 258 1HD1 LEU 258 55.532 9.535 10.901 79 2HD1 LEU 258 2HD1 LEU 258 54.043 8.894 11.592 80 3HD1 LEU 258 3HD1 LEU 258 53.990 10.315 10.550 81 1HD2 LEU 258 1HD2 LEU 258 52.586 7.182 9.355 82 2HD2 LEU 258 2HD2 LEU 258 53.293 7.262 10.969 83 3HD2 LEU 258 3HD2 LEU 258 54.096 6.337 9.700 84 H VAL 259 H VAL 259 51.536 10.080 7.058 85 HA VAL 259 HA VAL 259 49.389 8.102 6.806 86 HB VAL 259 HB VAL 259 48.034 10.390 6.886 87 1HG1 VAL 259 1HG1 VAL 259 49.439 9.075 9.230 88 2HG1 VAL 259 2HG1 VAL 259 47.867 8.633 8.563 89 3HG1 VAL 259 3HG1 VAL 259 48.075 10.182 9.381 90 1HG2 VAL 259 1HG2 VAL 259 49.159 12.143 8.037 91 2HG2 VAL 259 2HG2 VAL 259 50.280 11.645 6.770 92 3HG2 VAL 259 3HG2 VAL 259 50.531 11.109 8.432 93 H PHE 260 H PHE 260 50.617 10.988 5.124 94 HA PHE 260 HA PHE 260 48.909 11.260 3.032 95 1HB PHE 260 1HB PHE 260 51.932 11.268 2.860 96 2HB PHE 260 2HB PHE 260 50.840 11.978 1.669 97 HD1 PHE 260 HD1 PHE 260 52.056 12.203 5.163 98 HD2 PHE 260 HD2 PHE 260 49.708 14.063 2.085 99 HE1 PHE 260 HE1 PHE 260 51.921 14.275 6.519 100 HE2 PHE 260 HE2 PHE 260 49.574 16.136 3.440 101 HZ PHE 260 HZ PHE 260 50.681 16.242 5.657 102 H GLY 261 H GLY 261 50.959 8.556 3.684 103 1HA GLY 261 1HA GLY 261 50.591 7.427 1.005 104 2HA GLY 261 2HA GLY 261 51.608 6.767 2.282 105 H GLU 262 H GLU 262 49.503 6.982 4.324 106 HA GLU 262 HA GLU 262 48.178 4.474 3.739 107 1HB GLU 262 1HB GLU 262 47.744 4.326 6.000 108 2HB GLU 262 2HB GLU 262 49.170 5.361 6.020 109 1HG GLU 262 1HG GLU 262 47.731 6.544 7.412 110 2HG GLU 262 2HG GLU 262 47.400 7.311 5.865 111 H SER 263 H SER 263 47.389 7.850 3.713 112 HA SER 263 HA SER 263 44.599 7.741 3.983 113 1HB SER 263 1HB SER 263 44.687 9.850 2.525 114 2HB SER 263 2HB SER 263 45.594 9.885 4.034 115 HG SER 263 HG SER 263 47.192 10.386 2.755 116 H LEU 264 H LEU 264 46.522 6.302 1.666 117 HA LEU 264 HA LEU 264 45.207 6.637 -0.753 118 1HB LEU 264 1HB LEU 264 47.077 4.777 0.372 119 2HB LEU 264 2HB LEU 264 45.860 3.887 -0.543 120 HG LEU 264 HG LEU 264 47.367 6.296 -1.602 121 1HD1 LEU 264 1HD1 LEU 264 49.005 4.607 -1.458 122 2HD1 LEU 264 2HD1 LEU 264 48.379 4.425 -3.096 123 3HD1 LEU 264 3HD1 LEU 264 47.847 3.328 -1.823 124 1HD2 LEU 264 1HD2 LEU 264 44.992 4.964 -2.439 125 2HD2 LEU 264 2HD2 LEU 264 46.262 4.537 -3.587 126 3HD2 LEU 264 3HD2 LEU 264 45.875 6.232 -3.289 127 H LEU 265 H LEU 265 44.099 5.115 2.128 128 HA LEU 265 HA LEU 265 42.019 3.582 0.783 129 1HB LEU 265 1HB LEU 265 43.174 2.725 2.833 130 2HB LEU 265 2HB LEU 265 42.451 4.048 3.743 131 HG LEU 265 HG LEU 265 40.188 3.237 3.076 132 1HD1 LEU 265 1HD1 LEU 265 40.379 0.680 2.302 133 2HD1 LEU 265 2HD1 LEU 265 41.870 1.275 1.573 134 3HD1 LEU 265 3HD1 LEU 265 40.324 1.999 1.133 135 1HD2 LEU 265 1HD2 LEU 265 40.944 0.772 4.242 136 2HD2 LEU 265 2HD2 LEU 265 40.334 2.205 5.070 137 3HD2 LEU 265 3HD2 LEU 265 42.071 1.978 4.863 138 H ASN 266 H ASN 266 42.248 6.357 2.999 139 HA ASN 266 HA ASN 266 39.521 6.925 3.223 140 1HB ASN 266 1HB ASN 266 40.248 8.675 4.434 141 2HB ASN 266 2HB ASN 266 41.876 8.075 4.122 142 1HD2 ASN 266 1HD2 ASN 266 42.897 8.921 2.005 143 2HD2 ASN 266 2HD2 ASN 266 42.524 10.512 1.545 144 H ASP 267 H ASP 267 41.669 7.319 0.558 145 HA ASP 267 HA ASP 267 40.493 9.437 -0.839 146 1HB ASP 267 1HB ASP 267 42.397 8.793 -1.916 147 2HB ASP 267 2HB ASP 267 42.158 7.087 -1.542 148 H ALA 268 H ALA 268 39.485 6.105 -0.453 149 HA ALA 268 HA ALA 268 37.390 6.362 -2.470 150 1HB ALA 268 1HB ALA 268 37.896 4.063 -0.570 151 2HB ALA 268 2HB ALA 268 38.696 4.233 -2.132 152 3HB ALA 268 3HB ALA 268 36.945 4.037 -2.055 153 H VAL 269 H VAL 269 37.807 6.584 0.972 154 HA VAL 269 HA VAL 269 35.101 6.182 1.743 155 HB VAL 269 HB VAL 269 37.307 7.746 3.103 156 1HG1 VAL 269 1HG1 VAL 269 35.437 8.473 4.252 157 2HG1 VAL 269 2HG1 VAL 269 35.735 6.962 5.111 158 3HG1 VAL 269 3HG1 VAL 269 34.502 7.032 3.852 159 1HG2 VAL 269 1HG2 VAL 269 37.620 5.238 2.605 160 2HG2 VAL 269 2HG2 VAL 269 36.302 4.968 3.745 161 3HG2 VAL 269 3HG2 VAL 269 37.792 5.739 4.286 162 H THR 270 H THR 270 36.367 8.502 -0.207 163 HA THR 270 HA THR 270 34.784 10.737 0.807 164 HB THR 270 HB THR 270 35.902 12.073 -0.784 165 HG1 THR 270 HG1 THR 270 35.921 11.193 -2.691 166 1HG2 THR 270 1HG2 THR 270 38.079 10.064 -0.424 167 2HG2 THR 270 2HG2 THR 270 37.317 10.711 1.030 168 3HG2 THR 270 3HG2 THR 270 38.091 11.801 -0.119 169 H VAL 271 H VAL 271 34.448 8.111 -1.339 170 HA VAL 271 HA VAL 271 31.901 9.214 -2.302 171 HB VAL 271 HB VAL 271 33.941 7.908 -4.117 172 1HG1 VAL 271 1HG1 VAL 271 32.306 8.647 -5.880 173 2HG1 VAL 271 2HG1 VAL 271 31.186 9.081 -4.589 174 3HG1 VAL 271 3HG1 VAL 271 31.673 7.400 -4.806 175 1HG2 VAL 271 1HG2 VAL 271 33.158 10.769 -3.595 176 2HG2 VAL 271 2HG2 VAL 271 33.732 10.286 -5.191 177 3HG2 VAL 271 3HG2 VAL 271 34.771 10.080 -3.780 178 H VAL 272 H VAL 272 33.992 6.329 -2.605 179 HA VAL 272 HA VAL 272 31.976 4.437 -2.935 180 HB VAL 272 HB VAL 272 34.628 4.101 -1.514 181 1HG1 VAL 272 1HG1 VAL 272 32.552 2.185 -2.557 182 2HG1 VAL 272 2HG1 VAL 272 33.401 2.161 -1.012 183 3HG1 VAL 272 3HG1 VAL 272 34.250 1.712 -2.491 184 1HG2 VAL 272 1HG2 VAL 272 34.818 5.012 -3.812 185 2HG2 VAL 272 2HG2 VAL 272 33.835 3.679 -4.414 186 3HG2 VAL 272 3HG2 VAL 272 35.427 3.360 -3.724 187 H LEU 273 H LEU 273 32.628 6.356 -0.225 188 HA LEU 273 HA LEU 273 32.086 4.741 1.956 189 1HB LEU 273 1HB LEU 273 32.727 7.023 2.314 190 2HB LEU 273 2HB LEU 273 31.334 7.620 1.417 191 HG LEU 273 HG LEU 273 29.810 6.874 3.132 192 1HD1 LEU 273 1HD1 LEU 273 32.247 5.442 4.190 193 2HD1 LEU 273 2HD1 LEU 273 30.657 4.775 3.820 194 3HD1 LEU 273 3HD1 LEU 273 30.874 5.802 5.237 195 1HD2 LEU 273 1HD2 LEU 273 30.931 8.999 3.602 196 2HD2 LEU 273 2HD2 LEU 273 32.273 8.145 4.365 197 3HD2 LEU 273 3HD2 LEU 273 30.673 8.117 5.107 198 H TYR 274 H TYR 274 29.628 6.823 0.414 199 HA TYR 274 HA TYR 274 27.533 5.031 1.386 200 1HB TYR 274 1HB TYR 274 26.062 6.853 0.274 201 2HB TYR 274 2HB TYR 274 26.944 7.273 1.743 202 HD1 TYR 274 HD1 TYR 274 26.516 7.946 -1.791 203 HD2 TYR 274 HD2 TYR 274 29.159 8.482 1.551 204 HE1 TYR 274 HE1 TYR 274 27.695 9.752 -3.014 205 HE2 TYR 274 HE2 TYR 274 30.340 10.287 0.328 206 HH TYR 274 HH TYR 274 30.569 10.780 -2.448 207 H LYS 275 H LYS 275 28.596 6.449 -1.708 208 HA LYS 275 HA LYS 275 26.862 5.326 -3.483 209 1HB LYS 275 1HB LYS 275 29.869 5.458 -3.823 210 2HB LYS 275 2HB LYS 275 28.688 5.311 -5.125 211 1HG LYS 275 1HG LYS 275 27.724 7.485 -3.749 212 2HG LYS 275 2HG LYS 275 29.465 7.683 -3.554 213 1HD LYS 275 1HD LYS 275 28.987 8.802 -5.582 214 2HD LYS 275 2HD LYS 275 29.610 7.234 -6.095 215 1HE LYS 275 1HE LYS 275 27.710 7.116 -7.335 216 2HE LYS 275 2HE LYS 275 26.931 6.700 -5.809 217 1HZ LYS 275 1HZ LYS 275 26.698 9.185 -5.483 218 2HZ LYS 275 2HZ LYS 275 25.703 8.475 -6.661 219 3HZ LYS 275 3HZ LYS 275 27.087 9.342 -7.126 220 H LYS 276 H LYS 276 29.589 3.718 -1.903 221 HA LYS 276 HA LYS 276 30.289 1.510 -1.958 222 1HB LYS 276 1HB LYS 276 27.298 1.308 -1.574 223 2HB LYS 276 2HB LYS 276 28.398 -0.058 -1.383 224 1HG LYS 276 1HG LYS 276 29.199 2.405 0.048 225 2HG LYS 276 2HG LYS 276 27.728 1.636 0.648 226 1HD LYS 276 1HD LYS 276 28.890 -0.480 0.935 227 2HD LYS 276 2HD LYS 276 30.346 0.178 0.188 228 1HE LYS 276 1HE LYS 276 30.862 1.499 2.029 229 2HE LYS 276 2HE LYS 276 29.187 1.576 2.572 230 1HZ LYS 276 1HZ LYS 276 29.863 -1.089 2.626 231 2HZ LYS 276 2HZ LYS 276 29.677 -0.057 3.963 232 3HZ LYS 276 3HZ LYS 276 31.211 -0.287 3.270 233 1HN NH2 277 1HN NH2 277 29.351 2.706 -4.681 234 2HN NH2 277 2HN NH2 277 29.108 1.317 -5.643 Start of MODEL 60 1 1H HIS 250 1H HIS 250 59.241 -2.126 -1.219 2 2H HIS 250 2H HIS 250 59.738 -3.739 -1.410 3 3H HIS 250 3H HIS 250 60.868 -2.478 -1.551 4 HA HIS 250 HA HIS 250 60.512 -3.915 0.670 5 1HB HIS 250 1HB HIS 250 61.963 -1.668 -0.164 6 2HB HIS 250 2HB HIS 250 61.170 -1.158 1.326 7 HD2 HIS 250 HD2 HIS 250 61.435 -3.698 3.239 8 HE1 HIS 250 HE1 HIS 250 65.489 -3.925 2.081 9 HE2 HIS 250 HE2 HIS 250 63.787 -4.680 3.808 10 H ILE 251 H ILE 251 59.500 -3.673 2.686 11 HA ILE 251 HA ILE 251 56.916 -2.320 2.566 12 HB ILE 251 HB ILE 251 56.821 -3.450 4.957 13 1HG1 ILE 251 1HG1 ILE 251 59.381 -4.056 4.465 14 2HG1 ILE 251 2HG1 ILE 251 58.336 -5.139 5.379 15 1HG2 ILE 251 1HG2 ILE 251 55.308 -4.134 3.271 16 2HG2 ILE 251 2HG2 ILE 251 56.148 -5.614 3.732 17 3HG2 ILE 251 3HG2 ILE 251 56.598 -4.769 2.250 18 1HD1 ILE 251 1HD1 ILE 251 58.590 -5.366 2.375 19 2HD1 ILE 251 2HD1 ILE 251 57.998 -6.570 3.520 20 3HD1 ILE 251 3HD1 ILE 251 59.715 -6.176 3.464 21 H ASN 252 H ASN 252 60.036 -1.660 3.648 22 HA ASN 252 HA ASN 252 59.390 -0.124 5.986 23 1HB ASN 252 1HB ASN 252 61.811 -0.663 4.354 24 2HB ASN 252 2HB ASN 252 61.799 0.837 5.279 25 1HD2 ASN 252 1HD2 ASN 252 60.323 -2.328 6.136 26 2HD2 ASN 252 2HD2 ASN 252 61.222 -2.528 7.561 27 H GLU 253 H GLU 253 58.734 0.382 2.790 28 HA GLU 253 HA GLU 253 59.427 3.024 2.254 29 1HB GLU 253 1HB GLU 253 57.309 3.022 0.836 30 2HB GLU 253 2HB GLU 253 58.469 1.737 0.496 31 1HG GLU 253 1HG GLU 253 57.182 0.172 1.872 32 2HG GLU 253 2HG GLU 253 56.046 1.452 2.297 33 H LEU 254 H LEU 254 57.483 1.854 4.732 34 HA LEU 254 HA LEU 254 55.394 3.600 5.053 35 1HB LEU 254 1HB LEU 254 57.288 2.453 7.102 36 2HB LEU 254 2HB LEU 254 55.861 3.389 7.546 37 HG LEU 254 HG LEU 254 55.414 1.221 5.574 38 1HD1 LEU 254 1HD1 LEU 254 56.047 0.665 8.488 39 2HD1 LEU 254 2HD1 LEU 254 56.978 0.108 7.097 40 3HD1 LEU 254 3HD1 LEU 254 55.346 -0.502 7.367 41 1HD2 LEU 254 1HD2 LEU 254 53.967 1.849 8.155 42 2HD2 LEU 254 2HD2 LEU 254 53.329 1.048 6.720 43 3HD2 LEU 254 3HD2 LEU 254 53.690 2.773 6.679 44 H LEU 255 H LEU 255 58.804 4.241 5.377 45 HA LEU 255 HA LEU 255 58.294 6.924 6.450 46 1HB LEU 255 1HB LEU 255 60.459 5.027 6.615 47 2HB LEU 255 2HB LEU 255 61.049 6.572 6.002 48 HG LEU 255 HG LEU 255 59.309 6.286 8.467 49 1HD1 LEU 255 1HD1 LEU 255 61.486 6.877 9.651 50 2HD1 LEU 255 2HD1 LEU 255 62.311 6.497 8.140 51 3HD1 LEU 255 3HD1 LEU 255 61.404 5.245 8.988 52 1HD2 LEU 255 1HD2 LEU 255 59.209 8.539 8.414 53 2HD2 LEU 255 2HD2 LEU 255 59.994 8.496 6.833 54 3HD2 LEU 255 3HD2 LEU 255 60.967 8.646 8.296 55 H HIS 256 H HIS 256 58.600 5.419 3.465 56 HA HIS 256 HA HIS 256 59.939 7.664 2.163 57 1HB HIS 256 1HB HIS 256 58.886 5.023 1.148 58 2HB HIS 256 2HB HIS 256 59.576 6.258 0.094 59 HD2 HIS 256 HD2 HIS 256 61.166 5.469 3.612 60 HE1 HIS 256 HE1 HIS 256 63.883 4.244 0.621 61 HE2 HIS 256 HE2 HIS 256 63.564 4.553 3.121 62 H ILE 257 H ILE 257 57.300 5.964 0.628 63 HA ILE 257 HA ILE 257 55.927 8.540 0.296 64 HB ILE 257 HB ILE 257 54.750 6.374 -1.220 65 1HG1 ILE 257 1HG1 ILE 257 56.790 6.244 -2.799 66 2HG1 ILE 257 2HG1 ILE 257 57.746 6.774 -1.419 67 1HG2 ILE 257 1HG2 ILE 257 56.226 8.902 -2.010 68 2HG2 ILE 257 2HG2 ILE 257 54.498 8.782 -1.677 69 3HG2 ILE 257 3HG2 ILE 257 55.189 7.943 -3.066 70 1HD1 ILE 257 1HD1 ILE 257 56.199 4.772 -0.321 71 2HD1 ILE 257 2HD1 ILE 257 57.851 4.560 -0.901 72 3HD1 ILE 257 3HD1 ILE 257 56.491 4.165 -1.950 73 H LEU 258 H LEU 258 55.235 5.150 1.133 74 HA LEU 258 HA LEU 258 52.565 5.178 1.593 75 1HB LEU 258 1HB LEU 258 54.838 3.750 2.784 76 2HB LEU 258 2HB LEU 258 53.424 3.838 3.831 77 HG LEU 258 HG LEU 258 53.452 1.827 2.312 78 1HD1 LEU 258 1HD1 LEU 258 51.092 3.023 1.225 79 2HD1 LEU 258 2HD1 LEU 258 51.320 3.652 2.857 80 3HD1 LEU 258 3HD1 LEU 258 51.224 1.912 2.588 81 1HD2 LEU 258 1HD2 LEU 258 53.611 2.021 0.049 82 2HD2 LEU 258 2HD2 LEU 258 54.297 3.606 0.406 83 3HD2 LEU 258 3HD2 LEU 258 52.586 3.455 0.004 84 H VAL 259 H VAL 259 54.926 7.044 3.272 85 HA VAL 259 HA VAL 259 53.890 7.534 5.748 86 HB VAL 259 HB VAL 259 54.917 9.603 3.787 87 1HG1 VAL 259 1HG1 VAL 259 55.508 10.817 5.936 88 2HG1 VAL 259 2HG1 VAL 259 54.479 9.662 6.783 89 3HG1 VAL 259 3HG1 VAL 259 53.783 10.743 5.576 90 1HG2 VAL 259 1HG2 VAL 259 56.393 8.233 6.041 91 2HG2 VAL 259 2HG2 VAL 259 57.071 9.176 4.714 92 3HG2 VAL 259 3HG2 VAL 259 56.381 7.584 4.402 93 H PHE 260 H PHE 260 53.026 9.527 2.915 94 HA PHE 260 HA PHE 260 50.514 10.258 4.231 95 1HB PHE 260 1HB PHE 260 50.407 11.655 1.966 96 2HB PHE 260 2HB PHE 260 51.364 12.201 3.342 97 HD1 PHE 260 HD1 PHE 260 51.436 11.026 -0.086 98 HD2 PHE 260 HD2 PHE 260 53.835 11.667 3.420 99 HE1 PHE 260 HE1 PHE 260 53.491 10.912 -1.470 100 HE2 PHE 260 HE2 PHE 260 55.889 11.552 2.036 101 HZ PHE 260 HZ PHE 260 55.717 11.175 -0.410 102 H GLY 261 H GLY 261 51.757 8.337 1.603 103 1HA GLY 261 1HA GLY 261 49.536 8.050 -0.037 104 2HA GLY 261 2HA GLY 261 50.731 6.787 0.242 105 H GLU 262 H GLU 262 49.827 7.225 3.234 106 HA GLU 262 HA GLU 262 48.238 4.911 3.429 107 1HB GLU 262 1HB GLU 262 49.059 7.099 5.272 108 2HB GLU 262 2HB GLU 262 47.679 6.112 5.755 109 1HG GLU 262 1HG GLU 262 48.956 4.106 5.687 110 2HG GLU 262 2HG GLU 262 50.270 4.884 4.807 111 H SER 263 H SER 263 47.423 8.074 2.496 112 HA SER 263 HA SER 263 44.694 8.065 3.416 113 1HB SER 263 1HB SER 263 44.825 10.230 2.850 114 2HB SER 263 2HB SER 263 46.469 9.948 2.285 115 HG SER 263 HG SER 263 45.718 10.255 0.357 116 H LEU 264 H LEU 264 46.213 6.212 1.187 117 HA LEU 264 HA LEU 264 44.749 6.272 -1.153 118 1HB LEU 264 1HB LEU 264 45.338 3.941 -1.446 119 2HB LEU 264 2HB LEU 264 46.696 4.775 -0.691 120 HG LEU 264 HG LEU 264 45.188 3.972 1.486 121 1HD1 LEU 264 1HD1 LEU 264 44.715 1.582 1.097 122 2HD1 LEU 264 2HD1 LEU 264 45.193 1.759 -0.592 123 3HD1 LEU 264 3HD1 LEU 264 43.761 2.594 0.011 124 1HD2 LEU 264 1HD2 LEU 264 46.978 2.140 1.625 125 2HD2 LEU 264 2HD2 LEU 264 47.569 3.794 1.473 126 3HD2 LEU 264 3HD2 LEU 264 47.555 2.730 0.066 127 H LEU 265 H LEU 265 43.723 5.335 2.013 128 HA LEU 265 HA LEU 265 41.350 3.941 1.049 129 1HB LEU 265 1HB LEU 265 42.642 3.258 3.125 130 2HB LEU 265 2HB LEU 265 42.006 4.712 3.895 131 HG LEU 265 HG LEU 265 39.735 3.628 2.795 132 1HD1 LEU 265 1HD1 LEU 265 39.741 1.244 3.276 133 2HD1 LEU 265 2HD1 LEU 265 41.397 1.332 3.877 134 3HD1 LEU 265 3HD1 LEU 265 41.065 1.596 2.165 135 1HD2 LEU 265 1HD2 LEU 265 39.898 4.496 5.059 136 2HD2 LEU 265 2HD2 LEU 265 40.969 3.176 5.530 137 3HD2 LEU 265 3HD2 LEU 265 39.280 2.847 5.144 138 H ASN 266 H ASN 266 42.259 7.042 2.432 139 HA ASN 266 HA ASN 266 39.654 7.988 3.008 140 1HB ASN 266 1HB ASN 266 42.296 9.328 2.487 141 2HB ASN 266 2HB ASN 266 40.828 10.279 2.710 142 1HD2 ASN 266 1HD2 ASN 266 42.653 7.613 4.322 143 2HD2 ASN 266 2HD2 ASN 266 42.260 8.108 5.897 144 H ASP 267 H ASP 267 41.740 9.261 0.419 145 HA ASP 267 HA ASP 267 39.833 10.488 -1.111 146 1HB ASP 267 1HB ASP 267 41.372 9.733 -3.100 147 2HB ASP 267 2HB ASP 267 41.994 10.839 -1.875 148 H ALA 268 H ALA 268 40.209 7.121 -0.581 149 HA ALA 268 HA ALA 268 38.668 6.359 -2.942 150 1HB ALA 268 1HB ALA 268 40.215 4.925 -0.837 151 2HB ALA 268 2HB ALA 268 40.208 4.693 -2.586 152 3HB ALA 268 3HB ALA 268 38.886 4.057 -1.607 153 H VAL 269 H VAL 269 38.340 6.391 0.591 154 HA VAL 269 HA VAL 269 35.796 5.198 0.746 155 HB VAL 269 HB VAL 269 37.335 7.064 2.530 156 1HG1 VAL 269 1HG1 VAL 269 35.403 6.489 4.191 157 2HG1 VAL 269 2HG1 VAL 269 34.451 6.223 2.730 158 3HG1 VAL 269 3HG1 VAL 269 35.166 7.805 3.041 159 1HG2 VAL 269 1HG2 VAL 269 36.216 4.381 3.267 160 2HG2 VAL 269 2HG2 VAL 269 37.711 5.153 3.799 161 3HG2 VAL 269 3HG2 VAL 269 37.609 4.446 2.187 162 H THR 270 H THR 270 36.807 8.465 0.001 163 HA THR 270 HA THR 270 34.241 9.685 0.333 164 HB THR 270 HB THR 270 36.812 10.490 -0.995 165 HG1 THR 270 HG1 THR 270 36.277 12.277 0.568 166 1HG2 THR 270 1HG2 THR 270 35.539 12.737 -1.328 167 2HG2 THR 270 2HG2 THR 270 34.089 11.733 -1.287 168 3HG2 THR 270 3HG2 THR 270 35.317 11.458 -2.522 169 H VAL 271 H VAL 271 36.104 8.790 -2.583 170 HA VAL 271 HA VAL 271 34.247 9.388 -4.524 171 HB VAL 271 HB VAL 271 36.102 6.997 -4.429 172 1HG1 VAL 271 1HG1 VAL 271 34.259 8.091 -6.489 173 2HG1 VAL 271 2HG1 VAL 271 34.834 6.441 -6.257 174 3HG1 VAL 271 3HG1 VAL 271 35.869 7.633 -7.044 175 1HG2 VAL 271 1HG2 VAL 271 36.725 9.689 -4.389 176 2HG2 VAL 271 2HG2 VAL 271 36.752 9.319 -6.113 177 3HG2 VAL 271 3HG2 VAL 271 37.781 8.416 -5.001 178 H VAL 272 H VAL 272 34.016 7.038 -2.058 179 HA VAL 272 HA VAL 272 31.993 5.455 -3.456 180 HB VAL 272 HB VAL 272 33.164 5.213 -0.675 181 1HG1 VAL 272 1HG1 VAL 272 31.239 4.045 -0.320 182 2HG1 VAL 272 2HG1 VAL 272 32.037 2.799 -1.280 183 3HG1 VAL 272 3HG1 VAL 272 30.894 3.903 -2.044 184 1HG2 VAL 272 1HG2 VAL 272 34.497 3.464 -1.557 185 2HG2 VAL 272 2HG2 VAL 272 34.590 4.728 -2.782 186 3HG2 VAL 272 3HG2 VAL 272 33.522 3.346 -3.021 187 H LEU 273 H LEU 273 32.240 8.065 -1.207 188 HA LEU 273 HA LEU 273 29.585 7.752 -0.111 189 1HB LEU 273 1HB LEU 273 31.454 8.830 1.148 190 2HB LEU 273 2HB LEU 273 31.431 10.151 -0.017 191 HG LEU 273 HG LEU 273 29.049 10.596 0.568 192 1HD1 LEU 273 1HD1 LEU 273 28.506 9.477 2.935 193 2HD1 LEU 273 2HD1 LEU 273 29.529 8.197 2.287 194 3HD1 LEU 273 3HD1 LEU 273 28.073 8.685 1.421 195 1HD2 LEU 273 1HD2 LEU 273 30.215 12.077 1.837 196 2HD2 LEU 273 2HD2 LEU 273 31.350 10.848 2.394 197 3HD2 LEU 273 3HD2 LEU 273 29.781 11.022 3.181 198 H TYR 274 H TYR 274 31.154 10.016 -2.371 199 HA TYR 274 HA TYR 274 28.821 11.481 -3.004 200 1HB TYR 274 1HB TYR 274 30.292 12.709 -4.165 201 2HB TYR 274 2HB TYR 274 31.541 11.545 -3.722 202 HD1 TYR 274 HD1 TYR 274 29.368 12.766 -6.376 203 HD2 TYR 274 HD2 TYR 274 32.011 9.587 -5.211 204 HE1 TYR 274 HE1 TYR 274 29.528 12.033 -8.739 205 HE2 TYR 274 HE2 TYR 274 32.171 8.854 -7.576 206 HH TYR 274 HH TYR 274 30.941 10.773 -10.180 207 H LYS 275 H LYS 275 30.301 8.612 -4.454 208 HA LYS 275 HA LYS 275 28.604 8.429 -6.706 209 1HB LYS 275 1HB LYS 275 30.702 7.170 -6.536 210 2HB LYS 275 2HB LYS 275 30.040 6.231 -5.198 211 1HG LYS 275 1HG LYS 275 28.874 4.882 -6.591 212 2HG LYS 275 2HG LYS 275 28.274 6.248 -7.532 213 1HD LYS 275 1HD LYS 275 31.111 5.229 -7.786 214 2HD LYS 275 2HD LYS 275 29.791 4.615 -8.782 215 1HE LYS 275 1HE LYS 275 29.850 7.539 -8.688 216 2HE LYS 275 2HE LYS 275 31.336 6.855 -9.345 217 1HZ LYS 275 1HZ LYS 275 29.215 7.269 -10.832 218 2HZ LYS 275 2HZ LYS 275 28.808 5.720 -10.267 219 3HZ LYS 275 3HZ LYS 275 30.261 5.964 -11.113 220 H LYS 276 H LYS 276 28.179 7.577 -3.360 221 HA LYS 276 HA LYS 276 25.955 5.808 -3.758 222 1HB LYS 276 1HB LYS 276 27.555 6.709 -1.562 223 2HB LYS 276 2HB LYS 276 25.855 6.968 -1.165 224 1HG LYS 276 1HG LYS 276 26.518 4.712 -0.486 225 2HG LYS 276 2HG LYS 276 25.374 4.613 -1.825 226 1HD LYS 276 1HD LYS 276 26.883 3.518 -3.082 227 2HD LYS 276 2HD LYS 276 28.045 4.828 -2.876 228 1HE LYS 276 1HE LYS 276 28.905 2.650 -2.019 229 2HE LYS 276 2HE LYS 276 28.800 3.877 -0.758 230 1HZ LYS 276 1HZ LYS 276 26.338 2.584 -0.878 231 2HZ LYS 276 2HZ LYS 276 27.487 2.526 0.372 232 3HZ LYS 276 3HZ LYS 276 27.527 1.374 -0.877 233 1HN NH2 277 1HN NH2 277 26.230 9.185 -4.065 234 2HN NH2 277 2HN NH2 277 24.581 9.574 -3.856 Start of MODEL 61 1 1H HIS 250 1H HIS 250 56.345 0.585 -7.393 2 2H HIS 250 2H HIS 250 56.147 0.519 -9.079 3 3H HIS 250 3H HIS 250 54.827 0.216 -8.053 4 HA HIS 250 HA HIS 250 54.571 2.419 -7.470 5 1HB HIS 250 1HB HIS 250 56.834 2.900 -6.799 6 2HB HIS 250 2HB HIS 250 57.419 2.728 -8.454 7 HD2 HIS 250 HD2 HIS 250 54.168 4.834 -7.883 8 HE1 HIS 250 HE1 HIS 250 57.299 7.515 -8.798 9 HE2 HIS 250 HE2 HIS 250 54.793 7.307 -8.442 10 H ILE 251 H ILE 251 53.114 3.255 -8.819 11 HA ILE 251 HA ILE 251 53.557 3.026 -11.715 12 HB ILE 251 HB ILE 251 51.026 3.759 -10.225 13 1HG1 ILE 251 1HG1 ILE 251 50.778 1.214 -11.366 14 2HG1 ILE 251 2HG1 ILE 251 52.378 1.212 -10.624 15 1HG2 ILE 251 1HG2 ILE 251 51.682 3.087 -13.098 16 2HG2 ILE 251 2HG2 ILE 251 50.836 4.502 -12.474 17 3HG2 ILE 251 3HG2 ILE 251 50.048 2.926 -12.456 18 1HD1 ILE 251 1HD1 ILE 251 50.787 0.491 -8.950 19 2HD1 ILE 251 2HD1 ILE 251 49.746 1.876 -9.277 20 3HD1 ILE 251 3HD1 ILE 251 51.321 2.116 -8.523 21 H ASN 252 H ASN 252 52.805 4.860 -13.074 22 HA ASN 252 HA ASN 252 53.962 7.329 -12.087 23 1HB ASN 252 1HB ASN 252 52.846 7.801 -14.609 24 2HB ASN 252 2HB ASN 252 54.533 7.439 -14.247 25 1HD2 ASN 252 1HD2 ASN 252 55.199 5.122 -14.365 26 2HD2 ASN 252 2HD2 ASN 252 54.304 4.040 -15.319 27 H GLU 253 H GLU 253 51.051 6.045 -11.549 28 HA GLU 253 HA GLU 253 49.417 8.367 -12.182 29 1HB GLU 253 1HB GLU 253 47.586 7.048 -11.187 30 2HB GLU 253 2HB GLU 253 48.440 6.135 -12.427 31 1HG GLU 253 1HG GLU 253 48.925 4.527 -10.939 32 2HG GLU 253 2HG GLU 253 49.752 5.699 -9.916 33 H LEU 254 H LEU 254 51.697 7.933 -10.002 34 HA LEU 254 HA LEU 254 50.770 8.278 -7.456 35 1HB LEU 254 1HB LEU 254 52.821 9.430 -6.946 36 2HB LEU 254 2HB LEU 254 53.174 8.191 -8.150 37 HG LEU 254 HG LEU 254 52.505 10.364 -9.712 38 1HD1 LEU 254 1HD1 LEU 254 54.305 11.405 -7.519 39 2HD1 LEU 254 2HD1 LEU 254 52.566 11.693 -7.516 40 3HD1 LEU 254 3HD1 LEU 254 53.560 12.311 -8.835 41 1HD2 LEU 254 1HD2 LEU 254 55.233 9.511 -8.692 42 2HD2 LEU 254 2HD2 LEU 254 54.954 10.496 -10.128 43 3HD2 LEU 254 3HD2 LEU 254 54.385 8.828 -10.080 44 H LEU 255 H LEU 255 50.112 10.321 -10.081 45 HA LEU 255 HA LEU 255 49.636 12.662 -8.394 46 1HB LEU 255 1HB LEU 255 48.978 13.743 -10.563 47 2HB LEU 255 2HB LEU 255 50.636 13.152 -10.520 48 HG LEU 255 HG LEU 255 48.675 11.163 -11.464 49 1HD1 LEU 255 1HD1 LEU 255 49.299 13.617 -13.140 50 2HD1 LEU 255 2HD1 LEU 255 47.721 13.235 -12.452 51 3HD1 LEU 255 3HD1 LEU 255 48.421 12.189 -13.686 52 1HD2 LEU 255 1HD2 LEU 255 51.283 12.246 -12.579 53 2HD2 LEU 255 2HD2 LEU 255 50.440 10.807 -13.151 54 3HD2 LEU 255 3HD2 LEU 255 51.123 10.839 -11.527 55 H HIS 256 H HIS 256 47.899 10.065 -9.952 56 HA HIS 256 HA HIS 256 45.312 11.219 -9.929 57 1HB HIS 256 1HB HIS 256 46.202 8.331 -9.819 58 2HB HIS 256 2HB HIS 256 44.528 8.843 -10.039 59 HD2 HIS 256 HD2 HIS 256 46.418 11.360 -11.987 60 HE1 HIS 256 HE1 HIS 256 45.939 8.164 -14.704 61 HE2 HIS 256 HE2 HIS 256 46.570 10.615 -14.488 62 H ILE 257 H ILE 257 45.618 8.302 -8.073 63 HA ILE 257 HA ILE 257 44.533 9.726 -5.734 64 HB ILE 257 HB ILE 257 43.453 7.672 -5.109 65 1HG1 ILE 257 1HG1 ILE 257 43.821 5.856 -7.148 66 2HG1 ILE 257 2HG1 ILE 257 45.436 6.536 -6.972 67 1HG2 ILE 257 1HG2 ILE 257 42.315 9.017 -6.816 68 2HG2 ILE 257 2HG2 ILE 257 42.030 7.301 -7.107 69 3HG2 ILE 257 3HG2 ILE 257 43.202 8.178 -8.089 70 1HD1 ILE 257 1HD1 ILE 257 43.764 5.117 -4.901 71 2HD1 ILE 257 2HD1 ILE 257 45.102 6.164 -4.430 72 3HD1 ILE 257 3HD1 ILE 257 45.403 4.743 -5.430 73 H LEU 258 H LEU 258 47.110 7.606 -6.815 74 HA LEU 258 HA LEU 258 47.968 6.706 -4.277 75 1HB LEU 258 1HB LEU 258 49.056 6.763 -7.010 76 2HB LEU 258 2HB LEU 258 50.277 6.786 -5.738 77 HG LEU 258 HG LEU 258 47.979 4.829 -5.674 78 1HD1 LEU 258 1HD1 LEU 258 48.858 3.929 -7.566 79 2HD1 LEU 258 2HD1 LEU 258 50.147 3.365 -6.504 80 3HD1 LEU 258 3HD1 LEU 258 50.352 4.856 -7.423 81 1HD2 LEU 258 1HD2 LEU 258 49.069 3.947 -3.883 82 2HD2 LEU 258 2HD2 LEU 258 49.914 5.493 -3.825 83 3HD2 LEU 258 3HD2 LEU 258 50.648 4.118 -4.647 84 H VAL 259 H VAL 259 47.662 9.791 -5.183 85 HA VAL 259 HA VAL 259 50.013 11.146 -4.710 86 HB VAL 259 HB VAL 259 47.481 12.146 -3.459 87 1HG1 VAL 259 1HG1 VAL 259 49.390 13.538 -5.338 88 2HG1 VAL 259 2HG1 VAL 259 49.740 13.394 -3.616 89 3HG1 VAL 259 3HG1 VAL 259 48.298 14.256 -4.154 90 1HG2 VAL 259 1HG2 VAL 259 47.932 11.404 -6.315 91 2HG2 VAL 259 2HG2 VAL 259 47.125 12.939 -5.999 92 3HG2 VAL 259 3HG2 VAL 259 46.433 11.436 -5.387 93 H PHE 260 H PHE 260 47.691 9.957 -2.285 94 HA PHE 260 HA PHE 260 49.309 10.876 -0.080 95 1HB PHE 260 1HB PHE 260 47.486 8.948 0.856 96 2HB PHE 260 2HB PHE 260 47.315 10.701 0.922 97 HD1 PHE 260 HD1 PHE 260 46.440 11.870 -1.242 98 HD2 PHE 260 HD2 PHE 260 45.980 7.678 -0.421 99 HE1 PHE 260 HE1 PHE 260 44.575 11.755 -2.872 100 HE2 PHE 260 HE2 PHE 260 44.114 7.564 -2.049 101 HZ PHE 260 HZ PHE 260 43.412 9.602 -3.275 102 H GLY 261 H GLY 261 48.098 7.578 -0.613 103 1HA GLY 261 1HA GLY 261 49.604 5.710 -1.043 104 2HA GLY 261 2HA GLY 261 50.826 6.552 -0.098 105 H GLU 262 H GLU 262 49.583 7.288 2.163 106 HA GLU 262 HA GLU 262 49.040 4.713 3.442 107 1HB GLU 262 1HB GLU 262 49.295 5.979 5.548 108 2HB GLU 262 2HB GLU 262 50.688 6.195 4.487 109 1HG GLU 262 1HG GLU 262 49.668 8.319 3.656 110 2HG GLU 262 2HG GLU 262 48.374 8.121 4.836 111 H SER 263 H SER 263 47.440 7.683 2.572 112 HA SER 263 HA SER 263 45.079 7.071 4.172 113 1HB SER 263 1HB SER 263 44.586 9.260 3.954 114 2HB SER 263 2HB SER 263 46.215 9.431 3.307 115 HG SER 263 HG SER 263 43.981 9.923 2.070 116 H LEU 264 H LEU 264 46.207 5.691 1.553 117 HA LEU 264 HA LEU 264 44.507 5.870 -0.563 118 1HB LEU 264 1HB LEU 264 45.787 3.471 0.710 119 2HB LEU 264 2HB LEU 264 44.826 3.318 -0.758 120 HG LEU 264 HG LEU 264 47.120 5.277 -0.468 121 1HD1 LEU 264 1HD1 LEU 264 47.814 2.841 -0.250 122 2HD1 LEU 264 2HD1 LEU 264 48.535 3.699 -1.610 123 3HD1 LEU 264 3HD1 LEU 264 47.187 2.595 -1.880 124 1HD2 LEU 264 1HD2 LEU 264 46.303 6.047 -2.421 125 2HD2 LEU 264 2HD2 LEU 264 45.118 4.747 -2.514 126 3HD2 LEU 264 3HD2 LEU 264 46.746 4.503 -3.143 127 H LEU 265 H LEU 265 43.637 5.003 2.608 128 HA LEU 265 HA LEU 265 41.228 3.586 1.776 129 1HB LEU 265 1HB LEU 265 42.626 2.939 3.807 130 2HB LEU 265 2HB LEU 265 41.993 4.391 4.585 131 HG LEU 265 HG LEU 265 39.670 3.401 3.752 132 1HD1 LEU 265 1HD1 LEU 265 41.163 1.450 2.738 133 2HD1 LEU 265 2HD1 LEU 265 39.587 1.103 3.449 134 3HD1 LEU 265 3HD1 LEU 265 41.057 0.822 4.382 135 1HD2 LEU 265 1HD2 LEU 265 41.218 2.373 6.154 136 2HD2 LEU 265 2HD2 LEU 265 39.465 2.293 5.967 137 3HD2 LEU 265 3HD2 LEU 265 40.268 3.858 6.093 138 H ASN 266 H ASN 266 41.795 6.278 4.056 139 HA ASN 266 HA ASN 266 39.214 7.275 4.095 140 1HB ASN 266 1HB ASN 266 40.112 8.887 5.384 141 2HB ASN 266 2HB ASN 266 41.643 8.043 5.168 142 1HD2 ASN 266 1HD2 ASN 266 42.740 8.684 2.906 143 2HD2 ASN 266 2HD2 ASN 266 42.733 10.347 2.563 144 H ASP 267 H ASP 267 41.521 7.362 1.555 145 HA ASP 267 HA ASP 267 40.167 9.544 0.150 146 1HB ASP 267 1HB ASP 267 42.767 8.161 -0.068 147 2HB ASP 267 2HB ASP 267 42.029 8.630 -1.599 148 H ALA 268 H ALA 268 39.737 6.276 0.527 149 HA ALA 268 HA ALA 268 39.017 5.685 -2.231 150 1HB ALA 268 1HB ALA 268 38.106 3.728 -0.306 151 2HB ALA 268 2HB ALA 268 39.793 4.149 -0.017 152 3HB ALA 268 3HB ALA 268 39.293 3.553 -1.598 153 H VAL 269 H VAL 269 37.324 5.778 0.911 154 HA VAL 269 HA VAL 269 34.738 5.338 0.075 155 HB VAL 269 HB VAL 269 35.632 5.741 2.451 156 1HG1 VAL 269 1HG1 VAL 269 35.674 7.947 3.289 157 2HG1 VAL 269 2HG1 VAL 269 34.774 8.581 1.912 158 3HG1 VAL 269 3HG1 VAL 269 36.456 8.090 1.714 159 1HG2 VAL 269 1HG2 VAL 269 33.007 6.862 1.441 160 2HG2 VAL 269 2HG2 VAL 269 33.373 6.696 3.158 161 3HG2 VAL 269 3HG2 VAL 269 33.304 5.266 2.128 162 H THR 270 H THR 270 36.719 8.148 -0.444 163 HA THR 270 HA THR 270 34.412 9.670 -1.457 164 HB THR 270 HB THR 270 35.658 11.078 -0.073 165 HG1 THR 270 HG1 THR 270 37.024 12.303 -1.675 166 1HG2 THR 270 1HG2 THR 270 37.939 9.452 -1.071 167 2HG2 THR 270 2HG2 THR 270 37.591 10.020 0.562 168 3HG2 THR 270 3HG2 THR 270 38.289 11.121 -0.625 169 H VAL 271 H VAL 271 36.548 7.466 -2.608 170 HA VAL 271 HA VAL 271 36.432 8.612 -5.328 171 HB VAL 271 HB VAL 271 38.815 7.219 -4.082 172 1HG1 VAL 271 1HG1 VAL 271 39.899 7.836 -6.267 173 2HG1 VAL 271 2HG1 VAL 271 38.309 8.300 -6.869 174 3HG1 VAL 271 3HG1 VAL 271 38.630 6.623 -6.427 175 1HG2 VAL 271 1HG2 VAL 271 38.493 10.065 -5.084 176 2HG2 VAL 271 2HG2 VAL 271 39.920 9.377 -4.309 177 3HG2 VAL 271 3HG2 VAL 271 38.436 9.600 -3.384 178 H VAL 272 H VAL 272 37.858 5.614 -4.081 179 HA VAL 272 HA VAL 272 37.055 3.912 -6.056 180 HB VAL 272 HB VAL 272 38.441 3.515 -3.850 181 1HG1 VAL 272 1HG1 VAL 272 35.877 2.120 -3.091 182 2HG1 VAL 272 2HG1 VAL 272 36.219 3.754 -2.522 183 3HG1 VAL 272 3HG1 VAL 272 37.300 2.428 -2.096 184 1HG2 VAL 272 1HG2 VAL 272 38.019 1.018 -4.184 185 2HG2 VAL 272 2HG2 VAL 272 38.463 1.918 -5.634 186 3HG2 VAL 272 3HG2 VAL 272 36.779 1.479 -5.351 187 H LEU 273 H LEU 273 34.991 5.532 -3.895 188 HA LEU 273 HA LEU 273 32.878 3.620 -3.771 189 1HB LEU 273 1HB LEU 273 33.438 6.053 -2.560 190 2HB LEU 273 2HB LEU 273 32.042 6.412 -3.563 191 HG LEU 273 HG LEU 273 31.264 5.679 -1.388 192 1HD1 LEU 273 1HD1 LEU 273 30.763 3.178 -2.890 193 2HD1 LEU 273 2HD1 LEU 273 30.401 4.669 -3.762 194 3HD1 LEU 273 3HD1 LEU 273 29.620 4.340 -2.215 195 1HD2 LEU 273 1HD2 LEU 273 33.515 3.949 -1.538 196 2HD2 LEU 273 2HD2 LEU 273 32.087 2.922 -1.423 197 3HD2 LEU 273 3HD2 LEU 273 32.395 4.145 -0.190 198 H TYR 274 H TYR 274 32.642 6.814 -5.356 199 HA TYR 274 HA TYR 274 30.909 5.585 -7.377 200 1HB TYR 274 1HB TYR 274 30.850 8.206 -7.999 201 2HB TYR 274 2HB TYR 274 29.800 7.485 -6.781 202 HD1 TYR 274 HD1 TYR 274 30.192 7.832 -4.404 203 HD2 TYR 274 HD2 TYR 274 32.838 9.492 -7.351 204 HE1 TYR 274 HE1 TYR 274 31.221 9.274 -2.669 205 HE2 TYR 274 HE2 TYR 274 33.871 10.931 -5.617 206 HH TYR 274 HH TYR 274 32.754 10.810 -2.228 207 H LYS 275 H LYS 275 33.658 7.874 -7.299 208 HA LYS 275 HA LYS 275 34.250 8.110 -9.947 209 1HB LYS 275 1HB LYS 275 36.207 7.673 -7.679 210 2HB LYS 275 2HB LYS 275 36.659 8.243 -9.284 211 1HG LYS 275 1HG LYS 275 34.643 9.985 -8.690 212 2HG LYS 275 2HG LYS 275 35.298 9.687 -7.081 213 1HD LYS 275 1HD LYS 275 36.599 11.482 -7.853 214 2HD LYS 275 2HD LYS 275 37.613 10.087 -8.220 215 1HE LYS 275 1HE LYS 275 36.128 10.187 -10.483 216 2HE LYS 275 2HE LYS 275 36.152 11.899 -10.059 217 1HZ LYS 275 1HZ LYS 275 38.040 11.064 -11.485 218 2HZ LYS 275 2HZ LYS 275 38.608 10.245 -10.109 219 3HZ LYS 275 3HZ LYS 275 38.482 11.939 -10.101 220 H LYS 276 H LYS 276 35.557 5.522 -7.861 221 HA LYS 276 HA LYS 276 36.374 3.438 -8.364 222 1HB LYS 276 1HB LYS 276 33.946 3.815 -9.973 223 2HB LYS 276 2HB LYS 276 35.042 2.596 -10.622 224 1HG LYS 276 1HG LYS 276 34.163 2.680 -7.721 225 2HG LYS 276 2HG LYS 276 33.356 1.709 -8.951 226 1HD LYS 276 1HD LYS 276 36.185 1.237 -9.123 227 2HD LYS 276 2HD LYS 276 35.675 1.034 -7.448 228 1HE LYS 276 1HE LYS 276 35.458 -1.083 -8.700 229 2HE LYS 276 2HE LYS 276 33.882 -0.495 -8.169 230 1HZ LYS 276 1HZ LYS 276 34.017 0.690 -10.513 231 2HZ LYS 276 2HZ LYS 276 33.406 -0.885 -10.330 232 3HZ LYS 276 3HZ LYS 276 35.002 -0.647 -10.858 233 1HN NH2 277 1HN NH2 277 37.155 6.021 -10.193 234 2HN NH2 277 2HN NH2 277 38.168 5.280 -11.351 Start of MODEL 62 1 1H HIS 250 1H HIS 250 56.394 -0.428 19.372 2 2H HIS 250 2H HIS 250 58.076 -0.649 19.291 3 3H HIS 250 3H HIS 250 57.032 -1.978 19.119 4 HA HIS 250 HA HIS 250 57.965 -1.230 16.986 5 1HB HIS 250 1HB HIS 250 55.381 -1.996 17.607 6 2HB HIS 250 2HB HIS 250 55.133 -0.534 16.652 7 HD2 HIS 250 HD2 HIS 250 57.371 -0.837 14.345 8 HE1 HIS 250 HE1 HIS 250 55.894 -4.749 13.766 9 HE2 HIS 250 HE2 HIS 250 57.280 -2.889 12.733 10 H ILE 251 H ILE 251 58.119 0.419 15.425 11 HA ILE 251 HA ILE 251 57.826 3.121 16.529 12 HB ILE 251 HB ILE 251 59.159 3.700 14.401 13 1HG1 ILE 251 1HG1 ILE 251 58.560 1.193 13.623 14 2HG1 ILE 251 2HG1 ILE 251 60.021 2.020 13.090 15 1HG2 ILE 251 1HG2 ILE 251 61.290 2.779 15.498 16 2HG2 ILE 251 2HG2 ILE 251 60.222 2.052 16.700 17 3HG2 ILE 251 3HG2 ILE 251 60.262 3.803 16.499 18 1HD1 ILE 251 1HD1 ILE 251 61.376 0.869 14.672 19 2HD1 ILE 251 2HD1 ILE 251 60.313 -0.364 13.999 20 3HD1 ILE 251 3HD1 ILE 251 59.976 0.315 15.590 21 H ASN 252 H ASN 252 55.383 2.226 16.024 22 HA ASN 252 HA ASN 252 54.351 2.400 13.436 23 1HB ASN 252 1HB ASN 252 53.300 2.483 16.161 24 2HB ASN 252 2HB ASN 252 52.353 3.454 15.034 25 1HD2 ASN 252 1HD2 ASN 252 54.126 0.345 14.561 26 2HD2 ASN 252 2HD2 ASN 252 52.772 -0.503 13.989 27 H GLU 253 H GLU 253 55.333 4.900 15.662 28 HA GLU 253 HA GLU 253 54.047 7.156 14.907 29 1HB GLU 253 1HB GLU 253 56.150 8.394 15.295 30 2HB GLU 253 2HB GLU 253 55.880 7.161 16.528 31 1HG GLU 253 1HG GLU 253 57.325 5.608 15.131 32 2HG GLU 253 2HG GLU 253 57.748 7.011 14.152 33 H LEU 254 H LEU 254 56.057 5.203 12.887 34 HA LEU 254 HA LEU 254 56.948 6.934 10.934 35 1HB LEU 254 1HB LEU 254 56.290 4.089 11.087 36 2HB LEU 254 2HB LEU 254 56.073 4.759 9.470 37 HG LEU 254 HG LEU 254 58.345 5.658 9.496 38 1HD1 LEU 254 1HD1 LEU 254 59.178 6.181 11.533 39 2HD1 LEU 254 2HD1 LEU 254 59.590 4.471 11.680 40 3HD1 LEU 254 3HD1 LEU 254 58.074 5.075 12.350 41 1HD2 LEU 254 1HD2 LEU 254 59.588 3.410 9.835 42 2HD2 LEU 254 2HD2 LEU 254 58.299 3.454 8.632 43 3HD2 LEU 254 3HD2 LEU 254 58.001 2.746 10.219 44 H LEU 255 H LEU 255 53.750 6.394 11.869 45 HA LEU 255 HA LEU 255 52.118 6.478 9.720 46 1HB LEU 255 1HB LEU 255 51.992 8.136 12.239 47 2HB LEU 255 2HB LEU 255 50.693 8.123 11.046 48 HG LEU 255 HG LEU 255 51.743 5.491 12.002 49 1HD1 LEU 255 1HD1 LEU 255 50.228 7.486 13.644 50 2HD1 LEU 255 2HD1 LEU 255 51.448 6.316 14.149 51 3HD1 LEU 255 3HD1 LEU 255 49.807 5.780 13.792 52 1HD2 LEU 255 1HD2 LEU 255 49.650 4.725 11.334 53 2HD2 LEU 255 2HD2 LEU 255 49.861 6.084 10.229 54 3HD2 LEU 255 3HD2 LEU 255 48.865 6.267 11.673 55 H HIS 256 H HIS 256 53.774 9.337 11.067 56 HA HIS 256 HA HIS 256 52.913 11.346 9.461 57 1HB HIS 256 1HB HIS 256 55.706 10.725 10.415 58 2HB HIS 256 2HB HIS 256 55.330 12.202 9.527 59 HD2 HIS 256 HD2 HIS 256 52.797 10.810 12.203 60 HE1 HIS 256 HE1 HIS 256 54.455 14.397 13.688 61 HE2 HIS 256 HE2 HIS 256 52.702 12.606 14.096 62 H ILE 257 H ILE 257 55.315 8.889 8.586 63 HA ILE 257 HA ILE 257 55.381 9.906 5.834 64 HB ILE 257 HB ILE 257 57.060 7.922 7.363 65 1HG1 ILE 257 1HG1 ILE 257 58.252 10.066 5.720 66 2HG1 ILE 257 2HG1 ILE 257 57.249 10.644 7.051 67 1HG2 ILE 257 1HG2 ILE 257 57.019 6.810 5.327 68 2HG2 ILE 257 2HG2 ILE 257 58.322 7.961 5.028 69 3HG2 ILE 257 3HG2 ILE 257 56.702 8.284 4.410 70 1HD1 ILE 257 1HD1 ILE 257 59.367 8.521 7.436 71 2HD1 ILE 257 2HD1 ILE 257 58.551 9.479 8.673 72 3HD1 ILE 257 3HD1 ILE 257 59.720 10.242 7.594 73 H LEU 258 H LEU 258 54.438 7.081 7.723 74 HA LEU 258 HA LEU 258 53.780 5.446 5.475 75 1HB LEU 258 1HB LEU 258 53.621 5.282 8.402 76 2HB LEU 258 2HB LEU 258 52.320 4.434 7.568 77 HG LEU 258 HG LEU 258 54.370 3.033 7.992 78 1HD1 LEU 258 1HD1 LEU 258 52.832 3.312 5.595 79 2HD1 LEU 258 2HD1 LEU 258 53.590 1.858 6.242 80 3HD1 LEU 258 3HD1 LEU 258 54.486 2.906 5.143 81 1HD2 LEU 258 1HD2 LEU 258 55.757 5.248 7.199 82 2HD2 LEU 258 2HD2 LEU 258 55.792 4.283 5.724 83 3HD2 LEU 258 3HD2 LEU 258 56.431 3.620 7.227 84 H VAL 259 H VAL 259 52.391 8.241 6.448 85 HA VAL 259 HA VAL 259 49.604 7.494 6.288 86 HB VAL 259 HB VAL 259 50.320 9.432 7.627 87 1HG1 VAL 259 1HG1 VAL 259 51.388 11.303 6.721 88 2HG1 VAL 259 2HG1 VAL 259 50.862 10.931 5.079 89 3HG1 VAL 259 3HG1 VAL 259 52.145 9.984 5.831 90 1HG2 VAL 259 1HG2 VAL 259 48.621 10.987 6.850 91 2HG2 VAL 259 2HG2 VAL 259 48.041 9.346 6.573 92 3HG2 VAL 259 3HG2 VAL 259 48.673 10.296 5.229 93 H PHE 260 H PHE 260 51.845 9.319 4.183 94 HA PHE 260 HA PHE 260 50.256 9.933 2.061 95 1HB PHE 260 1HB PHE 260 53.054 8.783 1.951 96 2HB PHE 260 2HB PHE 260 52.252 9.602 0.610 97 HD1 PHE 260 HD1 PHE 260 53.625 10.025 4.021 98 HD2 PHE 260 HD2 PHE 260 51.945 11.999 0.597 99 HE1 PHE 260 HE1 PHE 260 54.303 12.220 4.955 100 HE2 PHE 260 HE2 PHE 260 52.626 14.194 1.529 101 HZ PHE 260 HZ PHE 260 53.804 14.305 3.707 102 H GLY 261 H GLY 261 51.179 6.778 3.131 103 1HA GLY 261 1HA GLY 261 50.293 5.479 0.666 104 2HA GLY 261 2HA GLY 261 50.989 4.683 2.074 105 H GLU 262 H GLU 262 49.219 6.017 3.978 106 HA GLU 262 HA GLU 262 46.961 4.219 3.726 107 1HB GLU 262 1HB GLU 262 46.612 4.565 5.972 108 2HB GLU 262 2HB GLU 262 48.322 4.971 5.878 109 1HG GLU 262 1HG GLU 262 47.483 6.792 7.054 110 2HG GLU 262 2HG GLU 262 47.430 7.407 5.407 111 H SER 263 H SER 263 47.639 7.573 3.183 112 HA SER 263 HA SER 263 45.013 8.604 3.332 113 1HB SER 263 1HB SER 263 46.009 10.535 2.724 114 2HB SER 263 2HB SER 263 47.524 9.639 2.801 115 HG SER 263 HG SER 263 45.830 9.915 0.533 116 H LEU 264 H LEU 264 46.562 6.542 1.073 117 HA LEU 264 HA LEU 264 45.108 7.146 -1.259 118 1HB LEU 264 1HB LEU 264 46.259 5.449 -2.173 119 2HB LEU 264 2HB LEU 264 47.155 5.490 -0.669 120 HG LEU 264 HG LEU 264 46.608 3.234 -1.064 121 1HD1 LEU 264 1HD1 LEU 264 44.406 3.394 0.778 122 2HD1 LEU 264 2HD1 LEU 264 45.662 4.551 1.223 123 3HD1 LEU 264 3HD1 LEU 264 46.053 2.843 1.055 124 1HD2 LEU 264 1HD2 LEU 264 43.697 3.319 -1.055 125 2HD2 LEU 264 2HD2 LEU 264 44.793 2.483 -2.150 126 3HD2 LEU 264 3HD2 LEU 264 44.382 4.168 -2.441 127 H LEU 265 H LEU 265 44.156 5.789 1.691 128 HA LEU 265 HA LEU 265 41.811 4.436 0.587 129 1HB LEU 265 1HB LEU 265 43.344 4.217 2.987 130 2HB LEU 265 2HB LEU 265 41.692 4.649 3.428 131 HG LEU 265 HG LEU 265 42.431 2.390 1.546 132 1HD1 LEU 265 1HD1 LEU 265 41.258 1.260 3.753 133 2HD1 LEU 265 2HD1 LEU 265 42.199 2.561 4.482 134 3HD1 LEU 265 3HD1 LEU 265 43.000 1.346 3.485 135 1HD2 LEU 265 1HD2 LEU 265 39.834 2.196 2.752 136 2HD2 LEU 265 2HD2 LEU 265 40.235 2.359 1.042 137 3HD2 LEU 265 3HD2 LEU 265 39.999 3.798 2.033 138 H ASN 266 H ASN 266 42.663 7.240 2.571 139 HA ASN 266 HA ASN 266 40.096 8.148 3.207 140 1HB ASN 266 1HB ASN 266 42.795 9.333 3.028 141 2HB ASN 266 2HB ASN 266 41.465 10.477 2.869 142 1HD2 ASN 266 1HD2 ASN 266 43.032 8.204 5.080 143 2HD2 ASN 266 2HD2 ASN 266 42.177 8.692 6.463 144 H ASP 267 H ASP 267 41.700 7.981 0.197 145 HA ASP 267 HA ASP 267 40.081 10.050 -1.072 146 1HB ASP 267 1HB ASP 267 42.457 8.454 -1.772 147 2HB ASP 267 2HB ASP 267 41.345 8.740 -3.109 148 H ALA 268 H ALA 268 40.107 6.614 -0.611 149 HA ALA 268 HA ALA 268 38.094 6.181 -2.695 150 1HB ALA 268 1HB ALA 268 39.405 4.329 -2.819 151 2HB ALA 268 2HB ALA 268 38.383 3.764 -1.499 152 3HB ALA 268 3HB ALA 268 39.956 4.482 -1.151 153 H VAL 269 H VAL 269 38.466 6.127 0.810 154 HA VAL 269 HA VAL 269 35.884 5.069 1.386 155 HB VAL 269 HB VAL 269 38.013 5.298 2.899 156 1HG1 VAL 269 1HG1 VAL 269 37.824 7.879 2.599 157 2HG1 VAL 269 2HG1 VAL 269 38.174 7.246 4.208 158 3HG1 VAL 269 3HG1 VAL 269 36.539 7.766 3.802 159 1HG2 VAL 269 1HG2 VAL 269 36.512 5.273 4.908 160 2HG2 VAL 269 2HG2 VAL 269 35.959 4.202 3.620 161 3HG2 VAL 269 3HG2 VAL 269 35.176 5.763 3.868 162 H THR 270 H THR 270 36.721 7.940 -0.025 163 HA THR 270 HA THR 270 34.652 9.547 1.283 164 HB THR 270 HB THR 270 36.871 10.540 0.671 165 HG1 THR 270 HG1 THR 270 34.386 11.454 0.056 166 1HG2 THR 270 1HG2 THR 270 36.494 9.188 -1.705 167 2HG2 THR 270 2HG2 THR 270 37.685 10.462 -1.438 168 3HG2 THR 270 3HG2 THR 270 36.119 10.854 -2.148 169 H VAL 271 H VAL 271 34.833 7.306 -1.175 170 HA VAL 271 HA VAL 271 32.445 8.434 -2.516 171 HB VAL 271 HB VAL 271 34.623 6.751 -3.777 172 1HG1 VAL 271 1HG1 VAL 271 32.427 6.381 -4.793 173 2HG1 VAL 271 2HG1 VAL 271 33.425 7.345 -5.880 174 3HG1 VAL 271 3HG1 VAL 271 32.168 8.121 -4.919 175 1HG2 VAL 271 1HG2 VAL 271 35.729 8.703 -4.004 176 2HG2 VAL 271 2HG2 VAL 271 34.386 9.603 -3.299 177 3HG2 VAL 271 3HG2 VAL 271 34.407 9.262 -5.029 178 H VAL 272 H VAL 272 34.213 5.338 -2.305 179 HA VAL 272 HA VAL 272 32.021 3.673 -2.719 180 HB VAL 272 HB VAL 272 34.332 2.866 -2.785 181 1HG1 VAL 272 1HG1 VAL 272 35.776 3.317 -1.119 182 2HG1 VAL 272 2HG1 VAL 272 34.743 2.486 0.045 183 3HG1 VAL 272 3HG1 VAL 272 34.492 4.199 -0.293 184 1HG2 VAL 272 1HG2 VAL 272 33.853 0.742 -1.956 185 2HG2 VAL 272 2HG2 VAL 272 32.234 1.434 -2.048 186 3HG2 VAL 272 3HG2 VAL 272 33.081 1.372 -0.502 187 H LEU 273 H LEU 273 32.763 5.615 -0.009 188 HA LEU 273 HA LEU 273 31.140 4.009 1.825 189 1HB LEU 273 1HB LEU 273 33.343 5.216 2.448 190 2HB LEU 273 2HB LEU 273 32.360 6.681 2.465 191 HG LEU 273 HG LEU 273 30.751 5.131 3.931 192 1HD1 LEU 273 1HD1 LEU 273 33.493 4.118 4.706 193 2HD1 LEU 273 2HD1 LEU 273 32.430 3.218 3.624 194 3HD1 LEU 273 3HD1 LEU 273 31.923 3.553 5.280 195 1HD2 LEU 273 1HD2 LEU 273 32.063 6.009 5.960 196 2HD2 LEU 273 2HD2 LEU 273 31.539 7.213 4.783 197 3HD2 LEU 273 3HD2 LEU 273 33.214 6.661 4.793 198 H TYR 274 H TYR 274 31.168 7.245 0.353 199 HA TYR 274 HA TYR 274 28.515 7.829 1.407 200 1HB TYR 274 1HB TYR 274 30.618 9.356 -0.071 201 2HB TYR 274 2HB TYR 274 28.951 9.929 -0.135 202 HD1 TYR 274 HD1 TYR 274 28.005 11.107 1.679 203 HD2 TYR 274 HD2 TYR 274 31.648 8.902 2.236 204 HE1 TYR 274 HE1 TYR 274 28.252 12.086 3.944 205 HE2 TYR 274 HE2 TYR 274 31.895 9.881 4.501 206 HH TYR 274 HH TYR 274 30.867 11.063 6.112 207 H LYS 275 H LYS 275 30.036 7.539 -1.808 208 HA LYS 275 HA LYS 275 27.467 7.591 -3.139 209 1HB LYS 275 1HB LYS 275 30.234 6.991 -4.213 210 2HB LYS 275 2HB LYS 275 28.790 7.270 -5.187 211 1HG LYS 275 1HG LYS 275 28.743 9.484 -3.600 212 2HG LYS 275 2HG LYS 275 30.481 9.215 -3.723 213 1HD LYS 275 1HD LYS 275 30.023 10.567 -5.591 214 2HD LYS 275 2HD LYS 275 30.032 8.939 -6.270 215 1HE LYS 275 1HE LYS 275 28.006 9.551 -7.120 216 2HE LYS 275 2HE LYS 275 27.424 9.147 -5.505 217 1HZ LYS 275 1HZ LYS 275 27.962 11.784 -6.684 218 2HZ LYS 275 2HZ LYS 275 28.117 11.584 -5.004 219 3HZ LYS 275 3HZ LYS 275 26.632 11.267 -5.767 220 H LYS 276 H LYS 276 29.890 5.177 -2.265 221 HA LYS 276 HA LYS 276 29.855 2.875 -2.347 222 1HB LYS 276 1HB LYS 276 26.922 3.502 -1.991 223 2HB LYS 276 2HB LYS 276 27.565 1.859 -1.954 224 1HG LYS 276 1HG LYS 276 28.657 2.180 0.050 225 2HG LYS 276 2HG LYS 276 28.926 3.898 -0.252 226 1HD LYS 276 1HD LYS 276 26.668 4.448 0.303 227 2HD LYS 276 2HD LYS 276 26.177 2.754 0.280 228 1HE LYS 276 1HE LYS 276 28.395 3.252 2.122 229 2HE LYS 276 2HE LYS 276 26.953 4.179 2.533 230 1HZ LYS 276 1HZ LYS 276 26.013 1.700 1.873 231 2HZ LYS 276 2HZ LYS 276 26.194 2.319 3.444 232 3HZ LYS 276 3HZ LYS 276 27.425 1.373 2.755 233 1HN NH2 277 1HN NH2 277 29.262 4.548 -4.960 234 2HN NH2 277 2HN NH2 277 28.729 3.342 -6.044 Start of MODEL 63 1 1H HIS 250 1H HIS 250 57.102 2.335 6.366 2 2H HIS 250 2H HIS 250 57.569 0.716 6.148 3 3H HIS 250 3H HIS 250 56.219 1.332 5.321 4 HA HIS 250 HA HIS 250 57.466 2.506 3.822 5 1HB HIS 250 1HB HIS 250 58.797 3.468 5.882 6 2HB HIS 250 2HB HIS 250 59.982 2.239 5.438 7 HD2 HIS 250 HD2 HIS 250 57.984 4.896 3.210 8 HE1 HIS 250 HE1 HIS 250 62.043 4.844 2.048 9 HE2 HIS 250 HE2 HIS 250 59.775 5.890 1.591 10 H ILE 251 H ILE 251 57.315 0.839 2.399 11 HA ILE 251 HA ILE 251 59.448 -1.208 2.496 12 HB ILE 251 HB ILE 251 56.911 -1.965 1.180 13 1HG1 ILE 251 1HG1 ILE 251 56.081 -2.685 3.547 14 2HG1 ILE 251 2HG1 ILE 251 57.138 -1.406 4.138 15 1HG2 ILE 251 1HG2 ILE 251 58.497 -3.458 3.265 16 2HG2 ILE 251 2HG2 ILE 251 59.063 -3.342 1.599 17 3HG2 ILE 251 3HG2 ILE 251 57.515 -4.110 1.953 18 1HD1 ILE 251 1HD1 ILE 251 55.349 -0.048 3.790 19 2HD1 ILE 251 2HD1 ILE 251 54.561 -1.210 2.725 20 3HD1 ILE 251 3HD1 ILE 251 55.806 -0.136 2.090 21 H ASN 252 H ASN 252 58.682 -2.428 0.054 22 HA ASN 252 HA ASN 252 60.069 -0.822 -1.804 23 1HB ASN 252 1HB ASN 252 58.197 -3.144 -2.322 24 2HB ASN 252 2HB ASN 252 59.370 -2.491 -3.465 25 1HD2 ASN 252 1HD2 ASN 252 61.129 -2.036 -0.862 26 2HD2 ASN 252 2HD2 ASN 252 61.850 -3.558 -0.651 27 H GLU 253 H GLU 253 57.105 -0.280 -0.550 28 HA GLU 253 HA GLU 253 55.914 0.756 -3.028 29 1HB GLU 253 1HB GLU 253 54.707 0.535 -0.263 30 2HB GLU 253 2HB GLU 253 53.858 0.957 -1.750 31 1HG GLU 253 1HG GLU 253 54.714 -1.301 -2.661 32 2HG GLU 253 2HG GLU 253 55.087 -1.693 -0.985 33 H LEU 254 H LEU 254 58.099 1.843 -0.965 34 HA LEU 254 HA LEU 254 57.255 4.182 0.205 35 1HB LEU 254 1HB LEU 254 59.576 5.027 -0.118 36 2HB LEU 254 2HB LEU 254 59.511 3.390 0.528 37 HG LEU 254 HG LEU 254 59.545 2.907 -2.170 38 1HD1 LEU 254 1HD1 LEU 254 61.348 5.284 -1.633 39 2HD1 LEU 254 2HD1 LEU 254 59.908 5.310 -2.650 40 3HD1 LEU 254 3HD1 LEU 254 61.304 4.341 -3.123 41 1HD2 LEU 254 1HD2 LEU 254 62.054 2.529 -1.758 42 2HD2 LEU 254 2HD2 LEU 254 60.941 1.687 -0.680 43 3HD2 LEU 254 3HD2 LEU 254 61.762 3.149 -0.133 44 H LEU 255 H LEU 255 56.937 3.506 -3.052 45 HA LEU 255 HA LEU 255 57.245 6.285 -3.916 46 1HB LEU 255 1HB LEU 255 56.150 4.971 -6.059 47 2HB LEU 255 2HB LEU 255 57.875 5.184 -5.786 48 HG LEU 255 HG LEU 255 56.395 2.839 -4.593 49 1HD1 LEU 255 1HD1 LEU 255 57.652 3.037 -7.346 50 2HD1 LEU 255 2HD1 LEU 255 55.943 2.781 -6.998 51 3HD1 LEU 255 3HD1 LEU 255 57.125 1.538 -6.584 52 1HD2 LEU 255 1HD2 LEU 255 58.939 3.784 -4.245 53 2HD2 LEU 255 2HD2 LEU 255 59.179 2.666 -5.587 54 3HD2 LEU 255 3HD2 LEU 255 58.489 2.089 -4.073 55 H HIS 256 H HIS 256 54.756 3.824 -3.464 56 HA HIS 256 HA HIS 256 52.649 5.749 -4.126 57 1HB HIS 256 1HB HIS 256 52.485 2.817 -3.401 58 2HB HIS 256 2HB HIS 256 51.146 3.817 -3.964 59 HD2 HIS 256 HD2 HIS 256 54.196 1.893 -5.418 60 HE1 HIS 256 HE1 HIS 256 52.318 3.885 -8.633 61 HE2 HIS 256 HE2 HIS 256 54.088 2.172 -8.014 62 H ILE 257 H ILE 257 52.999 3.305 -1.559 63 HA ILE 257 HA ILE 257 51.221 4.188 0.265 64 HB ILE 257 HB ILE 257 53.908 2.922 0.550 65 1HG1 ILE 257 1HG1 ILE 257 51.132 2.130 1.491 66 2HG1 ILE 257 2HG1 ILE 257 51.798 1.694 -0.080 67 1HG2 ILE 257 1HG2 ILE 257 53.321 2.745 3.069 68 2HG2 ILE 257 2HG2 ILE 257 52.260 4.122 2.788 69 3HG2 ILE 257 3HG2 ILE 257 53.996 4.272 2.508 70 1HD1 ILE 257 1HD1 ILE 257 52.763 -0.099 0.877 71 2HD1 ILE 257 2HD1 ILE 257 52.220 0.421 2.471 72 3HD1 ILE 257 3HD1 ILE 257 53.763 0.992 1.837 73 H LEU 258 H LEU 258 54.635 5.247 0.369 74 HA LEU 258 HA LEU 258 54.610 7.106 2.316 75 1HB LEU 258 1HB LEU 258 56.383 6.501 0.403 76 2HB LEU 258 2HB LEU 258 55.834 8.058 -0.218 77 HG LEU 258 HG LEU 258 56.902 7.531 2.573 78 1HD1 LEU 258 1HD1 LEU 258 58.823 8.809 1.882 79 2HD1 LEU 258 2HD1 LEU 258 58.063 9.223 0.345 80 3HD1 LEU 258 3HD1 LEU 258 58.564 7.561 0.662 81 1HD2 LEU 258 1HD2 LEU 258 55.358 9.277 2.857 82 2HD2 LEU 258 2HD2 LEU 258 55.646 9.923 1.241 83 3HD2 LEU 258 3HD2 LEU 258 56.850 10.150 2.509 84 H VAL 259 H VAL 259 53.448 7.702 -0.998 85 HA VAL 259 HA VAL 259 52.749 10.407 -0.640 86 HB VAL 259 HB VAL 259 51.368 8.405 -2.442 87 1HG1 VAL 259 1HG1 VAL 259 50.192 10.523 -2.298 88 2HG1 VAL 259 2HG1 VAL 259 51.041 10.465 -3.842 89 3HG1 VAL 259 3HG1 VAL 259 51.696 11.419 -2.511 90 1HG2 VAL 259 1HG2 VAL 259 53.782 10.147 -3.037 91 2HG2 VAL 259 2HG2 VAL 259 53.043 8.957 -4.108 92 3HG2 VAL 259 3HG2 VAL 259 53.885 8.429 -2.652 93 H PHE 260 H PHE 260 50.352 7.830 -1.058 94 HA PHE 260 HA PHE 260 48.481 9.287 0.629 95 1HB PHE 260 1HB PHE 260 47.800 6.604 -0.438 96 2HB PHE 260 2HB PHE 260 46.842 8.083 -0.414 97 HD1 PHE 260 HD1 PHE 260 47.246 9.871 -2.098 98 HD2 PHE 260 HD2 PHE 260 49.267 6.085 -2.274 99 HE1 PHE 260 HE1 PHE 260 47.891 10.324 -4.450 100 HE2 PHE 260 HE2 PHE 260 49.912 6.538 -4.625 101 HZ PHE 260 HZ PHE 260 49.224 8.658 -5.713 102 H GLY 261 H GLY 261 49.441 5.849 0.471 103 1HA GLY 261 1HA GLY 261 49.791 4.288 2.123 104 2HA GLY 261 2HA GLY 261 50.255 5.633 3.161 105 H GLU 262 H GLU 262 48.382 6.950 4.027 106 HA GLU 262 HA GLU 262 46.383 5.095 5.087 107 1HB GLU 262 1HB GLU 262 46.015 6.680 6.803 108 2HB GLU 262 2HB GLU 262 47.756 6.721 6.521 109 1HG GLU 262 1HG GLU 262 47.182 8.612 4.811 110 2HG GLU 262 2HG GLU 262 45.665 8.723 5.704 111 H SER 263 H SER 263 46.661 7.830 2.945 112 HA SER 263 HA SER 263 43.862 8.459 2.894 113 1HB SER 263 1HB SER 263 46.298 9.354 1.481 114 2HB SER 263 2HB SER 263 44.798 9.485 0.567 115 HG SER 263 HG SER 263 45.669 10.872 2.774 116 H LEU 264 H LEU 264 46.047 6.528 0.880 117 HA LEU 264 HA LEU 264 44.577 5.941 -1.322 118 1HB LEU 264 1HB LEU 264 46.662 4.638 0.144 119 2HB LEU 264 2HB LEU 264 45.492 3.425 -0.373 120 HG LEU 264 HG LEU 264 46.709 5.515 -2.202 121 1HD1 LEU 264 1HD1 LEU 264 47.326 2.555 -1.948 122 2HD1 LEU 264 2HD1 LEU 264 48.376 3.858 -1.392 123 3HD1 LEU 264 3HD1 LEU 264 48.041 3.670 -3.113 124 1HD2 LEU 264 1HD2 LEU 264 44.428 3.813 -2.428 125 2HD2 LEU 264 2HD2 LEU 264 45.670 3.186 -3.512 126 3HD2 LEU 264 3HD2 LEU 264 45.128 4.858 -3.665 127 H LEU 265 H LEU 265 43.798 5.098 1.950 128 HA LEU 265 HA LEU 265 41.702 3.227 1.123 129 1HB LEU 265 1HB LEU 265 42.528 4.141 3.889 130 2HB LEU 265 2HB LEU 265 41.398 2.839 3.520 131 HG LEU 265 HG LEU 265 43.856 2.454 2.054 132 1HD1 LEU 265 1HD1 LEU 265 44.104 2.674 5.070 133 2HD1 LEU 265 2HD1 LEU 265 44.871 3.746 3.898 134 3HD1 LEU 265 3HD1 LEU 265 45.344 2.050 3.982 135 1HD2 LEU 265 1HD2 LEU 265 42.095 0.760 2.664 136 2HD2 LEU 265 2HD2 LEU 265 42.641 0.868 4.338 137 3HD2 LEU 265 3HD2 LEU 265 43.732 0.262 3.092 138 H ASN 266 H ASN 266 42.111 6.450 2.465 139 HA ASN 266 HA ASN 266 39.251 6.820 2.835 140 1HB ASN 266 1HB ASN 266 41.551 8.767 3.109 141 2HB ASN 266 2HB ASN 266 39.882 9.079 3.583 142 1HD2 ASN 266 1HD2 ASN 266 42.609 6.829 4.253 143 2HD2 ASN 266 2HD2 ASN 266 42.147 6.514 5.856 144 H ASP 267 H ASP 267 41.812 7.947 0.666 145 HA ASP 267 HA ASP 267 40.627 9.894 -0.806 146 1HB ASP 267 1HB ASP 267 42.694 7.951 -1.261 147 2HB ASP 267 2HB ASP 267 41.741 8.149 -2.731 148 H ALA 268 H ALA 268 39.702 6.549 -0.671 149 HA ALA 268 HA ALA 268 37.918 6.787 -2.974 150 1HB ALA 268 1HB ALA 268 39.008 4.585 -1.333 151 2HB ALA 268 2HB ALA 268 38.645 4.635 -3.058 152 3HB ALA 268 3HB ALA 268 37.351 4.360 -1.892 153 H VAL 269 H VAL 269 37.728 6.245 0.534 154 HA VAL 269 HA VAL 269 34.953 6.025 0.776 155 HB VAL 269 HB VAL 269 36.944 7.232 2.710 156 1HG1 VAL 269 1HG1 VAL 269 34.744 7.911 3.384 157 2HG1 VAL 269 2HG1 VAL 269 35.166 6.524 4.390 158 3HG1 VAL 269 3HG1 VAL 269 34.073 6.321 3.021 159 1HG2 VAL 269 1HG2 VAL 269 37.283 4.830 1.907 160 2HG2 VAL 269 2HG2 VAL 269 35.742 4.453 2.677 161 3HG2 VAL 269 3HG2 VAL 269 37.094 5.032 3.649 162 H THR 270 H THR 270 37.015 8.864 0.505 163 HA THR 270 HA THR 270 34.873 10.724 1.056 164 HB THR 270 HB THR 270 37.075 11.440 1.648 165 HG1 THR 270 HG1 THR 270 36.941 13.357 0.738 166 1HG2 THR 270 1HG2 THR 270 37.760 10.107 -0.833 167 2HG2 THR 270 2HG2 THR 270 38.807 10.562 0.512 168 3HG2 THR 270 3HG2 THR 270 38.467 11.722 -0.772 169 H VAL 271 H VAL 271 35.511 8.770 -1.513 170 HA VAL 271 HA VAL 271 34.182 10.627 -3.393 171 HB VAL 271 HB VAL 271 36.397 8.666 -4.033 172 1HG1 VAL 271 1HG1 VAL 271 34.495 10.280 -5.703 173 2HG1 VAL 271 2HG1 VAL 271 35.079 8.635 -5.954 174 3HG1 VAL 271 3HG1 VAL 271 36.135 10.007 -6.292 175 1HG2 VAL 271 1HG2 VAL 271 37.753 10.587 -4.457 176 2HG2 VAL 271 2HG2 VAL 271 36.976 10.895 -2.905 177 3HG2 VAL 271 3HG2 VAL 271 36.367 11.674 -4.366 178 H VAL 272 H VAL 272 33.984 7.796 -1.693 179 HA VAL 272 HA VAL 272 32.596 6.248 -3.737 180 HB VAL 272 HB VAL 272 33.277 5.736 -0.842 181 1HG1 VAL 272 1HG1 VAL 272 32.352 3.370 -1.552 182 2HG1 VAL 272 2HG1 VAL 272 31.399 4.311 -2.699 183 3HG1 VAL 272 3HG1 VAL 272 31.241 4.609 -0.968 184 1HG2 VAL 272 1HG2 VAL 272 34.019 3.819 -2.941 185 2HG2 VAL 272 2HG2 VAL 272 35.017 4.543 -1.680 186 3HG2 VAL 272 3HG2 VAL 272 34.720 5.420 -3.181 187 H LEU 273 H LEU 273 31.795 7.506 -0.489 188 HA LEU 273 HA LEU 273 28.956 7.184 -0.991 189 1HB LEU 273 1HB LEU 273 28.684 8.058 1.282 190 2HB LEU 273 2HB LEU 273 29.899 6.779 1.254 191 HG LEU 273 HG LEU 273 31.365 9.083 0.726 192 1HD1 LEU 273 1HD1 LEU 273 30.722 10.638 2.530 193 2HD1 LEU 273 2HD1 LEU 273 29.331 9.623 2.913 194 3HD1 LEU 273 3HD1 LEU 273 29.414 10.457 1.361 195 1HD2 LEU 273 1HD2 LEU 273 30.851 7.688 3.374 196 2HD2 LEU 273 2HD2 LEU 273 32.236 8.721 3.016 197 3HD2 LEU 273 3HD2 LEU 273 32.032 7.192 2.161 198 H TYR 274 H TYR 274 31.325 9.589 -1.480 199 HA TYR 274 HA TYR 274 29.555 11.866 -1.293 200 1HB TYR 274 1HB TYR 274 32.402 11.399 -2.038 201 2HB TYR 274 2HB TYR 274 31.623 12.856 -2.653 202 HD1 TYR 274 HD1 TYR 274 30.897 14.629 -1.161 203 HD2 TYR 274 HD2 TYR 274 32.645 11.023 0.385 204 HE1 TYR 274 HE1 TYR 274 31.157 15.707 1.058 205 HE2 TYR 274 HE2 TYR 274 32.905 12.100 2.603 206 HH TYR 274 HH TYR 274 33.081 14.933 3.261 207 H LYS 275 H LYS 275 31.194 10.158 -3.963 208 HA LYS 275 HA LYS 275 30.194 11.553 -6.118 209 1HB LYS 275 1HB LYS 275 31.836 9.751 -6.346 210 2HB LYS 275 2HB LYS 275 30.612 8.561 -5.903 211 1HG LYS 275 1HG LYS 275 29.597 8.645 -7.948 212 2HG LYS 275 2HG LYS 275 29.872 10.378 -8.124 213 1HD LYS 275 1HD LYS 275 32.177 8.444 -8.262 214 2HD LYS 275 2HD LYS 275 31.181 8.756 -9.684 215 1HE LYS 275 1HE LYS 275 31.978 10.881 -9.942 216 2HE LYS 275 2HE LYS 275 32.081 11.162 -8.205 217 1HZ LYS 275 1HZ LYS 275 34.022 9.623 -8.200 218 2HZ LYS 275 2HZ LYS 275 34.278 11.073 -9.049 219 3HZ LYS 275 3HZ LYS 275 33.977 9.632 -9.896 220 H LYS 276 H LYS 276 28.427 9.818 -3.816 221 HA LYS 276 HA LYS 276 26.213 9.090 -5.534 222 1HB LYS 276 1HB LYS 276 26.180 9.240 -2.520 223 2HB LYS 276 2HB LYS 276 25.181 8.237 -3.573 224 1HG LYS 276 1HG LYS 276 28.182 7.983 -3.204 225 2HG LYS 276 2HG LYS 276 26.963 6.881 -2.563 226 1HD LYS 276 1HD LYS 276 26.209 6.765 -5.103 227 2HD LYS 276 2HD LYS 276 27.879 7.257 -5.389 228 1HE LYS 276 1HE LYS 276 27.933 4.880 -5.381 229 2HE LYS 276 2HE LYS 276 28.544 5.356 -3.798 230 1HZ LYS 276 1HZ LYS 276 26.643 3.574 -4.073 231 2HZ LYS 276 2HZ LYS 276 25.662 4.961 -4.077 232 3HZ LYS 276 3HZ LYS 276 26.679 4.639 -2.754 233 1HN NH2 277 1HN NH2 277 27.122 12.047 -5.136 234 2HN NH2 277 2HN NH2 277 25.663 12.844 -4.747 Start of MODEL 64 1 1H HIS 250 1H HIS 250 61.837 -1.670 6.549 2 2H HIS 250 2H HIS 250 62.819 -1.676 5.162 3 3H HIS 250 3H HIS 250 61.284 -0.949 5.118 4 HA HIS 250 HA HIS 250 63.793 0.129 5.974 5 1HB HIS 250 1HB HIS 250 61.371 0.897 4.627 6 2HB HIS 250 2HB HIS 250 61.686 2.037 5.936 7 HD2 HIS 250 HD2 HIS 250 64.128 0.394 3.225 8 HE1 HIS 250 HE1 HIS 250 64.967 4.518 3.568 9 HE2 HIS 250 HE2 HIS 250 65.628 2.364 2.395 10 H ILE 251 H ILE 251 63.173 2.261 7.481 11 HA ILE 251 HA ILE 251 62.238 1.071 10.022 12 HB ILE 251 HB ILE 251 64.004 3.502 9.729 13 1HG1 ILE 251 1HG1 ILE 251 65.639 1.453 10.568 14 2HG1 ILE 251 2HG1 ILE 251 64.620 0.640 9.379 15 1HG2 ILE 251 1HG2 ILE 251 62.902 3.223 11.894 16 2HG2 ILE 251 2HG2 ILE 251 64.620 2.858 12.057 17 3HG2 ILE 251 3HG2 ILE 251 63.444 1.547 11.980 18 1HD1 ILE 251 1HD1 ILE 251 66.254 3.155 8.939 19 2HD1 ILE 251 2HD1 ILE 251 65.132 2.480 7.758 20 3HD1 ILE 251 3HD1 ILE 251 66.561 1.565 8.240 21 H ASN 252 H ASN 252 61.901 3.738 7.792 22 HA ASN 252 HA ASN 252 60.127 5.216 9.566 23 1HB ASN 252 1HB ASN 252 61.047 5.694 6.725 24 2HB ASN 252 2HB ASN 252 59.940 6.759 7.591 25 1HD2 ASN 252 1HD2 ASN 252 62.904 5.051 8.732 26 2HD2 ASN 252 2HD2 ASN 252 63.689 6.463 9.251 27 H GLU 253 H GLU 253 59.756 2.505 7.821 28 HA GLU 253 HA GLU 253 57.675 2.641 6.104 29 1HB GLU 253 1HB GLU 253 56.856 0.503 7.578 30 2HB GLU 253 2HB GLU 253 58.161 0.445 6.392 31 1HG GLU 253 1HG GLU 253 59.834 0.603 8.041 32 2HG GLU 253 2HG GLU 253 58.714 1.236 9.247 33 H LEU 254 H LEU 254 57.237 2.387 9.644 34 HA LEU 254 HA LEU 254 54.522 2.557 9.854 35 1HB LEU 254 1HB LEU 254 56.178 4.296 11.649 36 2HB LEU 254 2HB LEU 254 54.818 3.247 12.053 37 HG LEU 254 HG LEU 254 56.521 1.381 11.131 38 1HD1 LEU 254 1HD1 LEU 254 58.779 1.875 11.504 39 2HD1 LEU 254 2HD1 LEU 254 58.406 3.239 12.558 40 3HD1 LEU 254 3HD1 LEU 254 58.185 3.386 10.816 41 1HD2 LEU 254 1HD2 LEU 254 55.445 1.349 13.329 42 2HD2 LEU 254 2HD2 LEU 254 56.531 2.614 13.904 43 3HD2 LEU 254 3HD2 LEU 254 57.168 1.016 13.514 44 H LEU 255 H LEU 255 56.633 4.930 8.584 45 HA LEU 255 HA LEU 255 54.618 7.058 8.813 46 1HB LEU 255 1HB LEU 255 57.361 7.327 7.591 47 2HB LEU 255 2HB LEU 255 56.331 8.591 8.263 48 HG LEU 255 HG LEU 255 57.674 6.360 9.817 49 1HD1 LEU 255 1HD1 LEU 255 58.132 9.194 10.502 50 2HD1 LEU 255 2HD1 LEU 255 58.763 8.712 8.927 51 3HD1 LEU 255 3HD1 LEU 255 59.285 7.864 10.382 52 1HD2 LEU 255 1HD2 LEU 255 56.759 7.941 11.735 53 2HD2 LEU 255 2HD2 LEU 255 55.717 6.705 11.029 54 3HD2 LEU 255 3HD2 LEU 255 55.571 8.384 10.510 55 H HIS 256 H HIS 256 56.886 6.087 6.244 56 HA HIS 256 HA HIS 256 55.235 7.024 4.143 57 1HB HIS 256 1HB HIS 256 57.350 4.897 3.846 58 2HB HIS 256 2HB HIS 256 56.856 6.122 2.677 59 HD2 HIS 256 HD2 HIS 256 57.033 8.368 5.468 60 HE1 HIS 256 HE1 HIS 256 61.128 7.835 4.594 61 HE2 HIS 256 HE2 HIS 256 59.450 9.286 5.830 62 H ILE 257 H ILE 257 56.237 3.633 4.575 63 HA ILE 257 HA ILE 257 54.395 2.385 3.021 64 HB ILE 257 HB ILE 257 55.653 1.586 5.623 65 1HG1 ILE 257 1HG1 ILE 257 56.676 1.625 3.176 66 2HG1 ILE 257 2HG1 ILE 257 57.040 0.298 4.278 67 1HG2 ILE 257 1HG2 ILE 257 53.615 0.427 5.867 68 2HG2 ILE 257 2HG2 ILE 257 54.661 -0.746 5.070 69 3HG2 ILE 257 3HG2 ILE 257 53.463 0.147 4.132 70 1HD1 ILE 257 1HD1 ILE 257 55.525 -1.164 3.210 71 2HD1 ILE 257 2HD1 ILE 257 56.289 -0.306 1.874 72 3HD1 ILE 257 3HD1 ILE 257 54.675 0.155 2.408 73 H LEU 258 H LEU 258 53.834 3.884 6.124 74 HA LEU 258 HA LEU 258 51.145 2.786 6.338 75 1HB LEU 258 1HB LEU 258 52.915 3.455 8.234 76 2HB LEU 258 2HB LEU 258 52.038 4.981 8.124 77 HG LEU 258 HG LEU 258 50.804 2.249 8.593 78 1HD1 LEU 258 1HD1 LEU 258 52.018 3.214 10.541 79 2HD1 LEU 258 2HD1 LEU 258 50.277 3.132 10.815 80 3HD1 LEU 258 3HD1 LEU 258 51.034 4.671 10.404 81 1HD2 LEU 258 1HD2 LEU 258 49.664 4.988 8.084 82 2HD2 LEU 258 2HD2 LEU 258 48.784 3.844 9.096 83 3HD2 LEU 258 3HD2 LEU 258 49.154 3.434 7.422 84 H VAL 259 H VAL 259 52.668 5.964 5.833 85 HA VAL 259 HA VAL 259 50.330 7.500 5.723 86 HB VAL 259 HB VAL 259 53.061 7.825 4.505 87 1HG1 VAL 259 1HG1 VAL 259 52.161 10.226 4.030 88 2HG1 VAL 259 2HG1 VAL 259 50.573 9.458 4.046 89 3HG1 VAL 259 3HG1 VAL 259 51.788 8.945 2.876 90 1HG2 VAL 259 1HG2 VAL 259 51.808 9.824 6.305 91 2HG2 VAL 259 2HG2 VAL 259 53.447 9.175 6.313 92 3HG2 VAL 259 3HG2 VAL 259 52.128 8.247 7.026 93 H PHE 260 H PHE 260 52.210 6.257 2.936 94 HA PHE 260 HA PHE 260 50.331 6.966 0.979 95 1HB PHE 260 1HB PHE 260 51.809 6.033 -0.440 96 2HB PHE 260 2HB PHE 260 52.819 5.766 0.982 97 HD1 PHE 260 HD1 PHE 260 52.531 3.595 2.289 98 HD2 PHE 260 HD2 PHE 260 50.873 4.204 -1.627 99 HE1 PHE 260 HE1 PHE 260 52.296 1.143 2.007 100 HE2 PHE 260 HE2 PHE 260 50.638 1.752 -1.909 101 HZ PHE 260 HZ PHE 260 51.348 0.220 -0.091 102 H GLY 261 H GLY 261 49.916 4.869 3.492 103 1HA GLY 261 1HA GLY 261 47.947 3.225 2.012 104 2HA GLY 261 2HA GLY 261 48.805 2.676 3.448 105 H GLU 262 H GLU 262 48.340 5.706 4.281 106 HA GLU 262 HA GLU 262 45.906 5.092 5.765 107 1HB GLU 262 1HB GLU 262 46.560 6.686 7.285 108 2HB GLU 262 2HB GLU 262 48.134 6.261 6.618 109 1HG GLU 262 1HG GLU 262 47.730 8.153 4.918 110 2HG GLU 262 2HG GLU 262 46.426 8.671 5.984 111 H SER 263 H SER 263 47.011 7.206 3.199 112 HA SER 263 HA SER 263 44.425 8.591 3.131 113 1HB SER 263 1HB SER 263 45.544 10.311 2.206 114 2HB SER 263 2HB SER 263 47.015 9.446 2.641 115 HG SER 263 HG SER 263 47.342 9.270 0.581 116 H LEU 264 H LEU 264 46.505 6.540 1.126 117 HA LEU 264 HA LEU 264 45.207 6.437 -1.256 118 1HB LEU 264 1HB LEU 264 46.687 4.445 0.362 119 2HB LEU 264 2HB LEU 264 45.680 3.784 -0.923 120 HG LEU 264 HG LEU 264 48.044 4.306 -1.631 121 1HD1 LEU 264 1HD1 LEU 264 45.596 4.889 -2.959 122 2HD1 LEU 264 2HD1 LEU 264 47.153 4.496 -3.685 123 3HD1 LEU 264 3HD1 LEU 264 46.728 6.177 -3.368 124 1HD2 LEU 264 1HD2 LEU 264 47.802 6.554 -0.167 125 2HD2 LEU 264 2HD2 LEU 264 47.357 7.202 -1.745 126 3HD2 LEU 264 3HD2 LEU 264 48.923 6.424 -1.520 127 H LEU 265 H LEU 265 44.106 5.101 1.791 128 HA LEU 265 HA LEU 265 41.832 3.769 0.562 129 1HB LEU 265 1HB LEU 265 42.863 2.677 2.464 130 2HB LEU 265 2HB LEU 265 42.680 4.126 3.449 131 HG LEU 265 HG LEU 265 40.255 3.918 3.398 132 1HD1 LEU 265 1HD1 LEU 265 39.384 1.701 2.310 133 2HD1 LEU 265 2HD1 LEU 265 40.874 1.782 1.369 134 3HD1 LEU 265 3HD1 LEU 265 39.698 3.092 1.273 135 1HD2 LEU 265 1HD2 LEU 265 40.970 1.079 3.889 136 2HD2 LEU 265 2HD2 LEU 265 40.162 2.237 4.947 137 3HD2 LEU 265 3HD2 LEU 265 41.917 2.277 4.772 138 H ASN 266 H ASN 266 42.487 6.593 2.595 139 HA ASN 266 HA ASN 266 39.764 7.359 2.925 140 1HB ASN 266 1HB ASN 266 40.637 8.931 4.271 141 2HB ASN 266 2HB ASN 266 42.203 8.188 3.953 142 1HD2 ASN 266 1HD2 ASN 266 43.131 8.995 1.648 143 2HD2 ASN 266 2HD2 ASN 266 43.033 10.673 1.410 144 H ASP 267 H ASP 267 41.600 7.223 0.188 145 HA ASP 267 HA ASP 267 40.764 9.693 -1.057 146 1HB ASP 267 1HB ASP 267 42.635 7.608 -1.616 147 2HB ASP 267 2HB ASP 267 41.557 7.773 -3.001 148 H ALA 268 H ALA 268 39.757 6.310 -1.078 149 HA ALA 268 HA ALA 268 37.629 6.878 -3.007 150 1HB ALA 268 1HB ALA 268 39.055 4.752 -3.036 151 2HB ALA 268 2HB ALA 268 37.308 4.532 -3.132 152 3HB ALA 268 3HB ALA 268 38.149 4.257 -1.606 153 H VAL 269 H VAL 269 37.864 5.327 0.193 154 HA VAL 269 HA VAL 269 35.254 5.145 0.922 155 HB VAL 269 HB VAL 269 37.734 5.812 2.464 156 1HG1 VAL 269 1HG1 VAL 269 34.889 5.934 3.465 157 2HG1 VAL 269 2HG1 VAL 269 36.204 7.071 3.755 158 3HG1 VAL 269 3HG1 VAL 269 36.214 5.493 4.540 159 1HG2 VAL 269 1HG2 VAL 269 35.718 3.545 2.595 160 2HG2 VAL 269 2HG2 VAL 269 37.246 3.625 3.472 161 3HG2 VAL 269 3HG2 VAL 269 37.244 3.495 1.712 162 H THR 270 H THR 270 37.105 8.062 0.517 163 HA THR 270 HA THR 270 35.167 9.744 1.853 164 HB THR 270 HB THR 270 37.638 10.312 0.221 165 HG1 THR 270 HG1 THR 270 37.737 9.594 2.451 166 1HG2 THR 270 1HG2 THR 270 35.428 12.109 1.117 167 2HG2 THR 270 2HG2 THR 270 36.429 12.201 -0.332 168 3HG2 THR 270 3HG2 THR 270 37.082 12.710 1.225 169 H VAL 271 H VAL 271 36.468 10.212 -1.406 170 HA VAL 271 HA VAL 271 34.375 11.582 -2.508 171 HB VAL 271 HB VAL 271 36.117 9.515 -3.871 172 1HG1 VAL 271 1HG1 VAL 271 35.577 10.980 -5.898 173 2HG1 VAL 271 2HG1 VAL 271 34.270 11.663 -4.930 174 3HG1 VAL 271 3HG1 VAL 271 34.271 9.944 -5.323 175 1HG2 VAL 271 1HG2 VAL 271 37.635 11.268 -4.279 176 2HG2 VAL 271 2HG2 VAL 271 37.116 11.578 -2.623 177 3HG2 VAL 271 3HG2 VAL 271 36.428 12.512 -3.951 178 H VAL 272 H VAL 272 34.344 8.331 -1.481 179 HA VAL 272 HA VAL 272 32.151 7.528 -3.219 180 HB VAL 272 HB VAL 272 33.539 6.128 -0.923 181 1HG1 VAL 272 1HG1 VAL 272 32.304 4.116 -1.966 182 2HG1 VAL 272 2HG1 VAL 272 31.259 5.315 -2.728 183 3HG1 VAL 272 3HG1 VAL 272 31.351 5.217 -0.970 184 1HG2 VAL 272 1HG2 VAL 272 34.525 6.606 -3.392 185 2HG2 VAL 272 2HG2 VAL 272 33.591 5.150 -3.735 186 3HG2 VAL 272 3HG2 VAL 272 34.859 5.115 -2.510 187 H LEU 273 H LEU 273 32.679 8.489 0.141 188 HA LEU 273 HA LEU 273 29.817 8.142 0.715 189 1HB LEU 273 1HB LEU 273 32.287 8.425 2.359 190 2HB LEU 273 2HB LEU 273 30.772 9.016 3.044 191 HG LEU 273 HG LEU 273 30.831 6.305 1.759 192 1HD1 LEU 273 1HD1 LEU 273 31.226 5.623 4.324 193 2HD1 LEU 273 2HD1 LEU 273 32.159 7.121 4.303 194 3HD1 LEU 273 3HD1 LEU 273 32.565 5.812 3.193 195 1HD2 LEU 273 1HD2 LEU 273 28.822 7.732 2.806 196 2HD2 LEU 273 2HD2 LEU 273 29.415 6.998 4.296 197 3HD2 LEU 273 3HD2 LEU 273 28.886 5.977 2.959 198 H TYR 274 H TYR 274 32.343 10.639 0.875 199 HA TYR 274 HA TYR 274 30.677 12.772 1.644 200 1HB TYR 274 1HB TYR 274 33.324 12.615 0.217 201 2HB TYR 274 2HB TYR 274 32.531 14.164 0.506 202 HD1 TYR 274 HD1 TYR 274 33.273 10.993 2.389 203 HD2 TYR 274 HD2 TYR 274 33.112 15.287 2.465 204 HE1 TYR 274 HE1 TYR 274 34.112 10.985 4.721 205 HE2 TYR 274 HE2 TYR 274 33.951 15.276 4.797 206 HH TYR 274 HH TYR 274 35.200 12.420 6.288 207 H LYS 275 H LYS 275 32.245 12.749 -1.526 208 HA LYS 275 HA LYS 275 30.472 14.384 -2.841 209 1HB LYS 275 1HB LYS 275 32.342 12.234 -3.720 210 2HB LYS 275 2HB LYS 275 31.187 12.849 -4.902 211 1HG LYS 275 1HG LYS 275 32.801 14.765 -3.230 212 2HG LYS 275 2HG LYS 275 33.509 14.035 -4.671 213 1HD LYS 275 1HD LYS 275 32.193 15.243 -6.088 214 2HD LYS 275 2HD LYS 275 30.785 15.140 -5.032 215 1HE LYS 275 1HE LYS 275 31.642 16.880 -3.598 216 2HE LYS 275 2HE LYS 275 33.187 16.888 -4.449 217 1HZ LYS 275 1HZ LYS 275 30.847 17.292 -6.110 218 2HZ LYS 275 2HZ LYS 275 32.352 18.082 -6.137 219 3HZ LYS 275 3HZ LYS 275 31.169 18.541 -5.008 220 H LYS 276 H LYS 276 30.396 10.813 -2.827 221 HA LYS 276 HA LYS 276 27.646 10.904 -3.862 222 1HB LYS 276 1HB LYS 276 28.957 9.386 -5.108 223 2HB LYS 276 2HB LYS 276 29.720 8.726 -3.661 224 1HG LYS 276 1HG LYS 276 27.859 7.457 -3.090 225 2HG LYS 276 2HG LYS 276 26.741 8.533 -3.928 226 1HD LYS 276 1HD LYS 276 27.060 6.340 -5.097 227 2HD LYS 276 2HD LYS 276 27.506 7.728 -6.090 228 1HE LYS 276 1HE LYS 276 29.799 7.316 -5.871 229 2HE LYS 276 2HE LYS 276 29.586 6.368 -4.398 230 1HZ LYS 276 1HZ LYS 276 29.356 5.558 -7.172 231 2HZ LYS 276 2HZ LYS 276 28.166 4.933 -6.133 232 3HZ LYS 276 3HZ LYS 276 29.812 4.656 -5.812 233 1HN NH2 277 1HN NH2 277 29.409 9.077 -1.286 234 2HN NH2 277 2HN NH2 277 28.067 9.007 -0.231 Start of MODEL 65 1 1H HIS 250 1H HIS 250 53.608 -7.424 13.027 2 2H HIS 250 2H HIS 250 55.183 -7.331 13.658 3 3H HIS 250 3H HIS 250 54.908 -8.080 12.157 4 HA HIS 250 HA HIS 250 55.579 -6.106 11.347 5 1HB HIS 250 1HB HIS 250 52.846 -6.428 11.350 6 2HB HIS 250 2HB HIS 250 53.025 -4.813 12.034 7 HD2 HIS 250 HD2 HIS 250 55.771 -4.119 10.093 8 HE1 HIS 250 HE1 HIS 250 52.934 -4.457 6.985 9 HE2 HIS 250 HE2 HIS 250 55.242 -3.589 7.591 10 H ILE 251 H ILE 251 56.447 -4.090 11.771 11 HA ILE 251 HA ILE 251 56.107 -3.059 14.526 12 HB ILE 251 HB ILE 251 58.664 -2.720 12.996 13 1HG1 ILE 251 1HG1 ILE 251 59.273 -4.812 14.577 14 2HG1 ILE 251 2HG1 ILE 251 57.586 -5.207 14.240 15 1HG2 ILE 251 1HG2 ILE 251 58.475 -3.213 15.929 16 2HG2 ILE 251 2HG2 ILE 251 57.829 -1.684 15.334 17 3HG2 ILE 251 3HG2 ILE 251 59.517 -2.101 15.040 18 1HD1 ILE 251 1HD1 ILE 251 58.256 -4.668 11.752 19 2HD1 ILE 251 2HD1 ILE 251 58.666 -6.236 12.447 20 3HD1 ILE 251 3HD1 ILE 251 59.892 -4.974 12.331 21 H ASN 252 H ASN 252 58.138 -0.970 13.606 22 HA ASN 252 HA ASN 252 56.150 0.913 12.585 23 1HB ASN 252 1HB ASN 252 59.013 1.536 13.265 24 2HB ASN 252 2HB ASN 252 57.620 2.615 13.289 25 1HD2 ASN 252 1HD2 ASN 252 59.536 0.516 15.226 26 2HD2 ASN 252 2HD2 ASN 252 58.530 0.497 16.593 27 H GLU 253 H GLU 253 58.720 -0.998 11.435 28 HA GLU 253 HA GLU 253 59.928 0.394 9.426 29 1HB GLU 253 1HB GLU 253 58.897 -2.447 9.272 30 2HB GLU 253 2HB GLU 253 60.110 -1.743 8.202 31 1HG GLU 253 1HG GLU 253 60.771 -1.285 10.998 32 2HG GLU 253 2HG GLU 253 60.592 -3.005 10.653 33 H LEU 254 H LEU 254 56.590 -0.595 9.568 34 HA LEU 254 HA LEU 254 56.117 -0.135 6.746 35 1HB LEU 254 1HB LEU 254 53.644 -0.300 7.611 36 2HB LEU 254 2HB LEU 254 54.648 -1.745 7.523 37 HG LEU 254 HG LEU 254 55.162 -1.594 9.896 38 1HD1 LEU 254 1HD1 LEU 254 55.292 0.757 10.285 39 2HD1 LEU 254 2HD1 LEU 254 53.914 0.204 11.234 40 3HD1 LEU 254 3HD1 LEU 254 53.653 1.018 9.693 41 1HD2 LEU 254 1HD2 LEU 254 52.688 -2.200 8.838 42 2HD2 LEU 254 2HD2 LEU 254 52.279 -1.055 10.115 43 3HD2 LEU 254 3HD2 LEU 254 53.181 -2.521 10.501 44 H LEU 255 H LEU 255 56.798 1.907 9.142 45 HA LEU 255 HA LEU 255 54.966 3.868 9.449 46 1HB LEU 255 1HB LEU 255 57.923 3.916 9.070 47 2HB LEU 255 2HB LEU 255 57.068 5.457 9.032 48 HG LEU 255 HG LEU 255 56.415 3.543 11.242 49 1HD1 LEU 255 1HD1 LEU 255 58.973 5.119 10.948 50 2HD1 LEU 255 2HD1 LEU 255 58.773 3.433 11.423 51 3HD1 LEU 255 3HD1 LEU 255 58.313 4.723 12.534 52 1HD2 LEU 255 1HD2 LEU 255 56.100 5.652 12.460 53 2HD2 LEU 255 2HD2 LEU 255 55.213 5.700 10.937 54 3HD2 LEU 255 3HD2 LEU 255 56.746 6.558 11.091 55 H HIS 256 H HIS 256 57.395 4.376 6.910 56 HA HIS 256 HA HIS 256 56.005 6.255 5.449 57 1HB HIS 256 1HB HIS 256 57.760 4.142 4.194 58 2HB HIS 256 2HB HIS 256 57.487 5.792 3.632 59 HD2 HIS 256 HD2 HIS 256 59.473 3.939 6.498 60 HE1 HIS 256 HE1 HIS 256 60.737 7.965 6.381 61 HE2 HIS 256 HE2 HIS 256 61.169 5.693 7.428 62 H ILE 257 H ILE 257 55.530 2.815 5.574 63 HA ILE 257 HA ILE 257 53.789 2.817 3.226 64 HB ILE 257 HB ILE 257 54.605 0.603 5.120 65 1HG1 ILE 257 1HG1 ILE 257 55.456 0.254 2.410 66 2HG1 ILE 257 2HG1 ILE 257 55.925 1.874 2.923 67 1HG2 ILE 257 1HG2 ILE 257 52.735 0.740 2.784 68 2HG2 ILE 257 2HG2 ILE 257 52.604 -0.204 4.269 69 3HG2 ILE 257 3HG2 ILE 257 53.711 -0.714 2.995 70 1HD1 ILE 257 1HD1 ILE 257 57.043 0.969 4.895 71 2HD1 ILE 257 2HD1 ILE 257 57.662 0.162 3.455 72 3HD1 ILE 257 3HD1 ILE 257 56.495 -0.658 4.492 73 H LEU 258 H LEU 258 53.463 3.683 6.384 74 HA LEU 258 HA LEU 258 50.842 2.483 6.827 75 1HB LEU 258 1HB LEU 258 52.876 3.373 8.513 76 2HB LEU 258 2HB LEU 258 51.597 4.573 8.700 77 HG LEU 258 HG LEU 258 51.268 1.569 8.968 78 1HD1 LEU 258 1HD1 LEU 258 52.138 3.560 10.810 79 2HD1 LEU 258 2HD1 LEU 258 51.763 1.869 11.141 80 3HD1 LEU 258 3HD1 LEU 258 50.502 3.094 11.274 81 1HD2 LEU 258 1HD2 LEU 258 49.023 2.766 10.012 82 2HD2 LEU 258 2HD2 LEU 258 49.125 2.077 8.391 83 3HD2 LEU 258 3HD2 LEU 258 49.375 3.807 8.632 84 H VAL 259 H VAL 259 52.026 5.843 7.080 85 HA VAL 259 HA VAL 259 49.533 7.073 6.821 86 HB VAL 259 HB VAL 259 52.306 8.055 6.132 87 1HG1 VAL 259 1HG1 VAL 259 50.886 9.445 4.841 88 2HG1 VAL 259 2HG1 VAL 259 51.122 10.340 6.342 89 3HG1 VAL 259 3HG1 VAL 259 49.625 9.444 6.076 90 1HG2 VAL 259 1HG2 VAL 259 52.454 8.583 8.328 91 2HG2 VAL 259 2HG2 VAL 259 51.053 7.539 8.564 92 3HG2 VAL 259 3HG2 VAL 259 50.831 9.274 8.344 93 H PHE 260 H PHE 260 52.046 6.812 4.290 94 HA PHE 260 HA PHE 260 50.620 7.777 2.146 95 1HB PHE 260 1HB PHE 260 52.683 5.584 2.299 96 2HB PHE 260 2HB PHE 260 52.024 6.147 0.764 97 HD1 PHE 260 HD1 PHE 260 53.742 7.308 3.869 98 HD2 PHE 260 HD2 PHE 260 52.814 8.135 -0.242 99 HE1 PHE 260 HE1 PHE 260 55.296 9.241 3.906 100 HE2 PHE 260 HE2 PHE 260 54.367 10.067 -0.205 101 HZ PHE 260 HZ PHE 260 55.609 10.621 1.870 102 H GLY 261 H GLY 261 50.369 4.641 3.693 103 1HA GLY 261 1HA GLY 261 48.642 3.540 1.637 104 2HA GLY 261 2HA GLY 261 49.084 2.770 3.158 105 H GLU 262 H GLU 262 48.269 5.583 4.316 106 HA GLU 262 HA GLU 262 45.520 4.771 4.882 107 1HB GLU 262 1HB GLU 262 47.246 6.977 6.031 108 2HB GLU 262 2HB GLU 262 45.609 6.600 6.567 109 1HG GLU 262 1HG GLU 262 47.203 4.190 6.473 110 2HG GLU 262 2HG GLU 262 48.004 5.411 7.462 111 H SER 263 H SER 263 47.156 7.817 3.976 112 HA SER 263 HA SER 263 44.800 9.187 3.250 113 1HB SER 263 1HB SER 263 46.365 10.800 3.313 114 2HB SER 263 2HB SER 263 47.671 9.637 3.107 115 HG SER 263 HG SER 263 47.164 11.295 1.368 116 H LEU 264 H LEU 264 46.020 6.481 1.876 117 HA LEU 264 HA LEU 264 45.701 7.144 -0.917 118 1HB LEU 264 1HB LEU 264 46.861 5.036 0.548 119 2HB LEU 264 2HB LEU 264 45.542 4.315 -0.376 120 HG LEU 264 HG LEU 264 47.712 6.095 -1.524 121 1HD1 LEU 264 1HD1 LEU 264 48.484 4.021 -2.622 122 2HD1 LEU 264 2HD1 LEU 264 47.236 3.109 -1.774 123 3HD1 LEU 264 3HD1 LEU 264 48.545 3.868 -0.866 124 1HD2 LEU 264 1HD2 LEU 264 46.272 6.352 -3.242 125 2HD2 LEU 264 2HD2 LEU 264 45.106 5.269 -2.480 126 3HD2 LEU 264 3HD2 LEU 264 46.373 4.613 -3.518 127 H LEU 265 H LEU 265 43.955 4.913 1.264 128 HA LEU 265 HA LEU 265 41.728 4.668 -0.520 129 1HB LEU 265 1HB LEU 265 40.655 3.564 1.507 130 2HB LEU 265 2HB LEU 265 42.146 2.823 0.926 131 HG LEU 265 HG LEU 265 42.678 4.951 2.845 132 1HD1 LEU 265 1HD1 LEU 265 41.855 3.569 4.811 133 2HD1 LEU 265 2HD1 LEU 265 40.899 2.638 3.658 134 3HD1 LEU 265 3HD1 LEU 265 40.587 4.360 3.874 135 1HD2 LEU 265 1HD2 LEU 265 43.253 1.972 2.913 136 2HD2 LEU 265 2HD2 LEU 265 44.098 3.228 3.817 137 3HD2 LEU 265 3HD2 LEU 265 44.247 3.153 2.061 138 H ASN 266 H ASN 266 42.711 7.150 1.461 139 HA ASN 266 HA ASN 266 40.468 8.065 2.795 140 1HB ASN 266 1HB ASN 266 42.947 9.205 1.811 141 2HB ASN 266 2HB ASN 266 41.623 10.361 1.699 142 1HD2 ASN 266 1HD2 ASN 266 43.056 8.029 4.052 143 2HD2 ASN 266 2HD2 ASN 266 42.710 8.977 5.417 144 H ASP 267 H ASP 267 41.395 8.701 -0.586 145 HA ASP 267 HA ASP 267 38.949 10.120 -1.146 146 1HB ASP 267 1HB ASP 267 41.292 9.200 -2.786 147 2HB ASP 267 2HB ASP 267 39.837 9.815 -3.567 148 H ALA 268 H ALA 268 39.809 6.861 -0.920 149 HA ALA 268 HA ALA 268 37.811 5.952 -2.860 150 1HB ALA 268 1HB ALA 268 38.713 3.781 -2.572 151 2HB ALA 268 2HB ALA 268 39.475 4.214 -1.041 152 3HB ALA 268 3HB ALA 268 40.108 4.859 -2.555 153 H VAL 269 H VAL 269 38.402 6.093 0.607 154 HA VAL 269 HA VAL 269 36.052 4.563 1.290 155 HB VAL 269 HB VAL 269 38.274 4.936 2.645 156 1HG1 VAL 269 1HG1 VAL 269 38.303 6.767 4.125 157 2HG1 VAL 269 2HG1 VAL 269 36.591 7.111 3.878 158 3HG1 VAL 269 3HG1 VAL 269 37.757 7.485 2.608 159 1HG2 VAL 269 1HG2 VAL 269 35.452 4.814 3.716 160 2HG2 VAL 269 2HG2 VAL 269 36.848 4.706 4.789 161 3HG2 VAL 269 3HG2 VAL 269 36.609 3.496 3.528 162 H THR 270 H THR 270 36.813 7.876 0.648 163 HA THR 270 HA THR 270 34.618 9.064 2.030 164 HB THR 270 HB THR 270 36.775 10.176 1.107 165 HG1 THR 270 HG1 THR 270 34.427 11.568 0.458 166 1HG2 THR 270 1HG2 THR 270 36.752 10.938 -1.119 167 2HG2 THR 270 2HG2 THR 270 35.026 10.629 -1.302 168 3HG2 THR 270 3HG2 THR 270 36.164 9.281 -1.248 169 H VAL 271 H VAL 271 34.832 7.178 -0.778 170 HA VAL 271 HA VAL 271 32.998 8.195 -2.549 171 HB VAL 271 HB VAL 271 33.515 5.350 -1.691 172 1HG1 VAL 271 1HG1 VAL 271 31.550 6.467 -3.675 173 2HG1 VAL 271 2HG1 VAL 271 31.340 5.140 -2.533 174 3HG1 VAL 271 3HG1 VAL 271 32.319 4.910 -3.982 175 1HG2 VAL 271 1HG2 VAL 271 34.105 6.713 -4.324 176 2HG2 VAL 271 2HG2 VAL 271 34.826 5.242 -3.671 177 3HG2 VAL 271 3HG2 VAL 271 35.222 6.808 -2.962 178 H VAL 272 H VAL 272 32.436 6.904 0.624 179 HA VAL 272 HA VAL 272 29.536 6.803 0.215 180 HB VAL 272 HB VAL 272 31.199 6.133 2.655 181 1HG1 VAL 272 1HG1 VAL 272 28.264 5.883 1.983 182 2HG1 VAL 272 2HG1 VAL 272 29.000 6.637 3.397 183 3HG1 VAL 272 3HG1 VAL 272 29.022 4.883 3.222 184 1HG2 VAL 272 1HG2 VAL 272 30.563 3.772 1.960 185 2HG2 VAL 272 2HG2 VAL 272 31.716 4.576 0.894 186 3HG2 VAL 272 3HG2 VAL 272 30.019 4.452 0.426 187 H LEU 273 H LEU 273 31.913 8.992 1.249 188 HA LEU 273 HA LEU 273 30.749 10.383 3.342 189 1HB LEU 273 1HB LEU 273 32.998 10.759 2.026 190 2HB LEU 273 2HB LEU 273 32.031 11.911 1.108 191 HG LEU 273 HG LEU 273 32.343 11.896 4.126 192 1HD1 LEU 273 1HD1 LEU 273 33.321 14.283 3.194 193 2HD1 LEU 273 2HD1 LEU 273 33.834 13.170 1.925 194 3HD1 LEU 273 3HD1 LEU 273 34.318 12.886 3.597 195 1HD2 LEU 273 1HD2 LEU 273 31.291 14.250 3.715 196 2HD2 LEU 273 2HD2 LEU 273 30.228 12.843 3.705 197 3HD2 LEU 273 3HD2 LEU 273 30.752 13.563 2.183 198 H TYR 274 H TYR 274 30.497 11.375 -0.085 199 HA TYR 274 HA TYR 274 28.368 13.179 0.362 200 1HB TYR 274 1HB TYR 274 28.167 13.293 -2.035 201 2HB TYR 274 2HB TYR 274 29.881 13.175 -1.641 202 HD1 TYR 274 HD1 TYR 274 26.918 11.186 -2.740 203 HD2 TYR 274 HD2 TYR 274 31.198 11.356 -2.405 204 HE1 TYR 274 HE1 TYR 274 27.109 9.154 -4.144 205 HE2 TYR 274 HE2 TYR 274 31.387 9.323 -3.813 206 HH TYR 274 HH TYR 274 28.576 7.915 -5.394 207 H LYS 275 H LYS 275 28.440 9.778 -0.591 208 HA LYS 275 HA LYS 275 25.912 9.271 -1.411 209 1HB LYS 275 1HB LYS 275 27.729 7.573 -1.049 210 2HB LYS 275 2HB LYS 275 27.331 7.589 0.667 211 1HG LYS 275 1HG LYS 275 25.399 6.409 0.369 212 2HG LYS 275 2HG LYS 275 25.028 7.193 -1.165 213 1HD LYS 275 1HD LYS 275 27.306 5.229 -0.904 214 2HD LYS 275 2HD LYS 275 25.661 4.697 -1.250 215 1HE LYS 275 1HE LYS 275 25.757 5.428 -3.392 216 2HE LYS 275 2HE LYS 275 26.530 6.944 -2.932 217 1HZ LYS 275 1HZ LYS 275 28.214 4.637 -2.602 218 2HZ LYS 275 2HZ LYS 275 28.546 6.126 -3.350 219 3HZ LYS 275 3HZ LYS 275 27.745 4.900 -4.211 220 H LYS 276 H LYS 276 26.900 10.201 1.803 221 HA LYS 276 HA LYS 276 24.177 9.772 2.833 222 1HB LYS 276 1HB LYS 276 26.000 8.900 4.215 223 2HB LYS 276 2HB LYS 276 26.740 10.500 4.270 224 1HG LYS 276 1HG LYS 276 25.217 11.302 5.777 225 2HG LYS 276 2HG LYS 276 23.889 10.373 5.082 226 1HD LYS 276 1HD LYS 276 26.111 8.976 6.557 227 2HD LYS 276 2HD LYS 276 24.771 9.704 7.444 228 1HE LYS 276 1HE LYS 276 24.015 8.031 5.113 229 2HE LYS 276 2HE LYS 276 24.708 7.168 6.485 230 1HZ LYS 276 1HZ LYS 276 22.206 7.552 6.469 231 2HZ LYS 276 2HZ LYS 276 22.565 9.169 6.848 232 3HZ LYS 276 3HZ LYS 276 23.040 7.921 7.898 233 1HN NH2 277 1HN NH2 277 26.588 12.376 3.466 234 2HN NH2 277 2HN NH2 277 25.474 13.651 3.242 Start of MODEL 66 1 1H HIS 250 1H HIS 250 41.135 -7.715 7.004 2 2H HIS 250 2H HIS 250 41.419 -6.888 5.548 3 3H HIS 250 3H HIS 250 42.382 -6.572 6.911 4 HA HIS 250 HA HIS 250 42.549 -9.303 6.453 5 1HB HIS 250 1HB HIS 250 42.002 -7.870 4.044 6 2HB HIS 250 2HB HIS 250 43.695 -8.360 4.008 7 HD2 HIS 250 HD2 HIS 250 43.734 -11.319 5.097 8 HE1 HIS 250 HE1 HIS 250 40.336 -12.115 2.722 9 HE2 HIS 250 HE2 HIS 250 42.239 -13.174 4.027 10 H ILE 251 H ILE 251 44.975 -9.592 5.436 11 HA ILE 251 HA ILE 251 46.721 -7.459 6.422 12 HB ILE 251 HB ILE 251 48.066 -9.406 7.573 13 1HG1 ILE 251 1HG1 ILE 251 46.602 -11.115 8.545 14 2HG1 ILE 251 2HG1 ILE 251 45.206 -10.424 7.717 15 1HG2 ILE 251 1HG2 ILE 251 46.861 -8.903 9.685 16 2HG2 ILE 251 2HG2 ILE 251 45.552 -8.180 8.749 17 3HG2 ILE 251 3HG2 ILE 251 47.157 -7.447 8.735 18 1HD1 ILE 251 1HD1 ILE 251 47.643 -11.355 6.196 19 2HD1 ILE 251 2HD1 ILE 251 46.015 -11.067 5.583 20 3HD1 ILE 251 3HD1 ILE 251 46.335 -12.462 6.612 21 H ASN 252 H ASN 252 45.934 -9.150 3.913 22 HA ASN 252 HA ASN 252 48.539 -10.230 3.158 23 1HB ASN 252 1HB ASN 252 45.858 -10.135 1.768 24 2HB ASN 252 2HB ASN 252 47.315 -10.776 1.012 25 1HD2 ASN 252 1HD2 ASN 252 44.863 -11.396 3.461 26 2HD2 ASN 252 2HD2 ASN 252 45.375 -12.972 3.834 27 H GLU 253 H GLU 253 46.587 -7.402 2.675 28 HA GLU 253 HA GLU 253 47.886 -6.439 0.324 29 1HB GLU 253 1HB GLU 253 46.331 -4.943 2.448 30 2HB GLU 253 2HB GLU 253 46.782 -4.302 0.868 31 1HG GLU 253 1HG GLU 253 45.088 -6.781 1.292 32 2HG GLU 253 2HG GLU 253 44.442 -5.183 0.924 33 H LEU 254 H LEU 254 49.238 -7.063 3.174 34 HA LEU 254 HA LEU 254 50.532 -4.834 4.136 35 1HB LEU 254 1HB LEU 254 52.263 -6.309 4.940 36 2HB LEU 254 2HB LEU 254 50.722 -7.159 5.047 37 HG LEU 254 HG LEU 254 51.577 -7.782 2.491 38 1HD1 LEU 254 1HD1 LEU 254 53.961 -7.843 4.367 39 2HD1 LEU 254 2HD1 LEU 254 53.789 -6.772 2.978 40 3HD1 LEU 254 3HD1 LEU 254 53.914 -8.514 2.738 41 1HD2 LEU 254 1HD2 LEU 254 50.600 -9.420 3.926 42 2HD2 LEU 254 2HD2 LEU 254 51.857 -9.210 5.144 43 3HD2 LEU 254 3HD2 LEU 254 52.238 -9.993 3.611 44 H LEU 255 H LEU 255 50.719 -6.047 0.995 45 HA LEU 255 HA LEU 255 53.369 -4.884 0.497 46 1HB LEU 255 1HB LEU 255 52.877 -7.146 -0.405 47 2HB LEU 255 2HB LEU 255 51.576 -6.451 -1.371 48 HG LEU 255 HG LEU 255 53.945 -4.886 -1.775 49 1HD1 LEU 255 1HD1 LEU 255 54.279 -7.863 -2.269 50 2HD1 LEU 255 2HD1 LEU 255 55.158 -6.924 -1.060 51 3HD1 LEU 255 3HD1 LEU 255 55.402 -6.600 -2.777 52 1HD2 LEU 255 1HD2 LEU 255 52.091 -5.064 -3.360 53 2HD2 LEU 255 2HD2 LEU 255 52.383 -6.794 -3.545 54 3HD2 LEU 255 3HD2 LEU 255 53.572 -5.631 -4.129 55 H HIS 256 H HIS 256 49.962 -4.497 -0.300 56 HA HIS 256 HA HIS 256 50.531 -2.252 -2.083 57 1HB HIS 256 1HB HIS 256 48.032 -3.757 -1.332 58 2HB HIS 256 2HB HIS 256 47.957 -2.227 -2.205 59 HD2 HIS 256 HD2 HIS 256 49.876 -5.683 -2.782 60 HE1 HIS 256 HE1 HIS 256 48.811 -4.026 -6.516 61 HE2 HIS 256 HE2 HIS 256 49.905 -6.013 -5.373 62 H ILE 257 H ILE 257 47.905 -2.507 0.267 63 HA ILE 257 HA ILE 257 47.584 0.100 0.918 64 HB ILE 257 HB ILE 257 47.349 -2.381 2.592 65 1HG1 ILE 257 1HG1 ILE 257 45.286 -0.321 1.767 66 2HG1 ILE 257 2HG1 ILE 257 45.712 -1.702 0.755 67 1HG2 ILE 257 1HG2 ILE 257 47.116 0.491 3.477 68 2HG2 ILE 257 2HG2 ILE 257 47.892 -0.860 4.306 69 3HG2 ILE 257 3HG2 ILE 257 46.132 -0.763 4.231 70 1HD1 ILE 257 1HD1 ILE 257 44.746 -3.230 2.189 71 2HD1 ILE 257 2HD1 ILE 257 43.717 -1.838 2.527 72 3HD1 ILE 257 3HD1 ILE 257 45.046 -2.238 3.616 73 H LEU 258 H LEU 258 49.910 -2.087 2.503 74 HA LEU 258 HA LEU 258 50.993 -0.454 4.403 75 1HB LEU 258 1HB LEU 258 51.689 -2.806 3.914 76 2HB LEU 258 2HB LEU 258 52.642 -2.192 2.562 77 HG LEU 258 HG LEU 258 53.307 -0.573 4.780 78 1HD1 LEU 258 1HD1 LEU 258 52.333 -2.313 6.233 79 2HD1 LEU 258 2HD1 LEU 258 54.086 -2.254 6.415 80 3HD1 LEU 258 3HD1 LEU 258 53.342 -3.532 5.453 81 1HD2 LEU 258 1HD2 LEU 258 54.833 -1.175 2.977 82 2HD2 LEU 258 2HD2 LEU 258 54.744 -2.878 3.426 83 3HD2 LEU 258 3HD2 LEU 258 55.521 -1.720 4.506 84 H VAL 259 H VAL 259 51.573 -0.347 0.925 85 HA VAL 259 HA VAL 259 53.748 1.335 0.753 86 HB VAL 259 HB VAL 259 51.256 1.424 -0.969 87 1HG1 VAL 259 1HG1 VAL 259 54.103 2.362 -1.437 88 2HG1 VAL 259 2HG1 VAL 259 52.663 3.375 -1.348 89 3HG1 VAL 259 3HG1 VAL 259 52.870 2.256 -2.694 90 1HG2 VAL 259 1HG2 VAL 259 53.705 0.040 -1.884 91 2HG2 VAL 259 2HG2 VAL 259 52.016 -0.438 -2.046 92 3HG2 VAL 259 3HG2 VAL 259 52.876 -0.739 -0.537 93 H PHE 260 H PHE 260 50.517 2.680 0.177 94 HA PHE 260 HA PHE 260 51.356 5.257 1.183 95 1HB PHE 260 1HB PHE 260 48.622 5.400 0.816 96 2HB PHE 260 2HB PHE 260 49.839 5.782 -0.402 97 HD1 PHE 260 HD1 PHE 260 47.318 3.381 0.696 98 HD2 PHE 260 HD2 PHE 260 50.540 4.060 -2.061 99 HE1 PHE 260 HE1 PHE 260 46.544 1.466 -0.677 100 HE2 PHE 260 HE2 PHE 260 49.770 2.144 -3.434 101 HZ PHE 260 HZ PHE 260 47.771 0.847 -2.743 102 H GLY 261 H GLY 261 48.615 3.123 2.012 103 1HA GLY 261 1HA GLY 261 48.233 2.393 4.292 104 2HA GLY 261 2HA GLY 261 48.959 3.899 4.844 105 H GLU 262 H GLU 262 47.703 5.692 5.086 106 HA GLU 262 HA GLU 262 44.816 5.304 4.781 107 1HB GLU 262 1HB GLU 262 44.687 7.422 6.123 108 2HB GLU 262 2HB GLU 262 45.516 6.100 6.945 109 1HG GLU 262 1HG GLU 262 47.479 7.219 6.991 110 2HG GLU 262 2HG GLU 262 47.321 7.727 5.311 111 H SER 263 H SER 263 47.436 6.900 3.257 112 HA SER 263 HA SER 263 46.492 9.216 2.202 113 1HB SER 263 1HB SER 263 48.607 7.604 1.626 114 2HB SER 263 2HB SER 263 47.650 7.433 0.157 115 HG SER 263 HG SER 263 48.020 9.461 -0.317 116 H LEU 264 H LEU 264 46.088 6.128 0.453 117 HA LEU 264 HA LEU 264 43.998 7.207 -1.194 118 1HB LEU 264 1HB LEU 264 44.612 4.276 -0.846 119 2HB LEU 264 2HB LEU 264 43.978 5.104 -2.269 120 HG LEU 264 HG LEU 264 46.772 5.312 -1.121 121 1HD1 LEU 264 1HD1 LEU 264 47.475 4.260 -3.107 122 2HD1 LEU 264 2HD1 LEU 264 45.970 4.638 -3.948 123 3HD1 LEU 264 3HD1 LEU 264 45.995 3.393 -2.699 124 1HD2 LEU 264 1HD2 LEU 264 45.307 6.999 -3.152 125 2HD2 LEU 264 2HD2 LEU 264 47.063 6.838 -3.197 126 3HD2 LEU 264 3HD2 LEU 264 46.277 7.531 -1.779 127 H LEU 265 H LEU 265 44.077 4.701 1.348 128 HA LEU 265 HA LEU 265 41.439 3.997 1.485 129 1HB LEU 265 1HB LEU 265 43.680 3.740 3.158 130 2HB LEU 265 2HB LEU 265 42.421 4.453 4.166 131 HG LEU 265 HG LEU 265 40.847 2.671 3.328 132 1HD1 LEU 265 1HD1 LEU 265 41.479 1.290 1.665 133 2HD1 LEU 265 2HD1 LEU 265 42.915 0.803 2.567 134 3HD1 LEU 265 3HD1 LEU 265 42.972 2.220 1.518 135 1HD2 LEU 265 1HD2 LEU 265 41.478 1.923 5.376 136 2HD2 LEU 265 2HD2 LEU 265 43.169 2.343 5.098 137 3HD2 LEU 265 3HD2 LEU 265 42.530 0.811 4.498 138 H ASN 266 H ASN 266 42.787 7.087 2.128 139 HA ASN 266 HA ASN 266 40.477 8.005 3.663 140 1HB ASN 266 1HB ASN 266 43.053 9.311 2.792 141 2HB ASN 266 2HB ASN 266 41.744 10.219 3.546 142 1HD2 ASN 266 1HD2 ASN 266 41.992 6.935 4.609 143 2HD2 ASN 266 2HD2 ASN 266 42.755 7.251 6.092 144 H ASP 267 H ASP 267 42.034 8.621 0.528 145 HA ASP 267 HA ASP 267 39.804 10.312 -0.308 146 1HB ASP 267 1HB ASP 267 42.051 11.025 -0.917 147 2HB ASP 267 2HB ASP 267 42.347 9.488 -1.729 148 H ALA 268 H ALA 268 40.304 7.082 -0.112 149 HA ALA 268 HA ALA 268 39.141 6.376 -2.701 150 1HB ALA 268 1HB ALA 268 40.259 4.798 -0.395 151 2HB ALA 268 2HB ALA 268 40.809 4.845 -2.070 152 3HB ALA 268 3HB ALA 268 39.308 4.017 -1.658 153 H VAL 269 H VAL 269 38.404 5.597 0.707 154 HA VAL 269 HA VAL 269 35.852 4.599 0.364 155 HB VAL 269 HB VAL 269 37.010 4.525 2.512 156 1HG1 VAL 269 1HG1 VAL 269 37.947 6.897 2.209 157 2HG1 VAL 269 2HG1 VAL 269 37.421 6.461 3.834 158 3HG1 VAL 269 3HG1 VAL 269 36.393 7.469 2.816 159 1HG2 VAL 269 1HG2 VAL 269 35.097 4.726 3.825 160 2HG2 VAL 269 2HG2 VAL 269 34.383 4.701 2.212 161 3HG2 VAL 269 3HG2 VAL 269 34.604 6.234 3.057 162 H THR 270 H THR 270 36.945 7.778 -0.174 163 HA THR 270 HA THR 270 34.326 9.011 0.189 164 HB THR 270 HB THR 270 35.448 11.084 -0.443 165 HG1 THR 270 HG1 THR 270 37.229 11.029 -1.540 166 1HG2 THR 270 1HG2 THR 270 37.261 11.052 1.324 167 2HG2 THR 270 2HG2 THR 270 36.970 9.321 1.487 168 3HG2 THR 270 3HG2 THR 270 35.687 10.470 1.868 169 H VAL 271 H VAL 271 35.656 7.092 -2.098 170 HA VAL 271 HA VAL 271 34.142 8.393 -4.285 171 HB VAL 271 HB VAL 271 36.681 6.758 -4.480 172 1HG1 VAL 271 1HG1 VAL 271 36.171 7.975 -6.923 173 2HG1 VAL 271 2HG1 VAL 271 34.576 7.432 -6.401 174 3HG1 VAL 271 3HG1 VAL 271 35.898 6.273 -6.548 175 1HG2 VAL 271 1HG2 VAL 271 36.232 9.525 -4.013 176 2HG2 VAL 271 2HG2 VAL 271 36.759 9.371 -5.690 177 3HG2 VAL 271 3HG2 VAL 271 37.763 8.733 -4.387 178 H VAL 272 H VAL 272 35.022 5.440 -2.622 179 HA VAL 272 HA VAL 272 33.462 3.757 -4.397 180 HB VAL 272 HB VAL 272 34.598 2.999 -1.706 181 1HG1 VAL 272 1HG1 VAL 272 34.554 0.774 -2.592 182 2HG1 VAL 272 2HG1 VAL 272 34.227 1.360 -4.223 183 3HG1 VAL 272 3HG1 VAL 272 32.986 1.485 -2.975 184 1HG2 VAL 272 1HG2 VAL 272 36.520 3.826 -2.753 185 2HG2 VAL 272 2HG2 VAL 272 35.937 3.417 -4.366 186 3HG2 VAL 272 3HG2 VAL 272 36.519 2.146 -3.290 187 H LEU 273 H LEU 273 33.042 5.471 -1.402 188 HA LEU 273 HA LEU 273 30.521 4.083 -0.831 189 1HB LEU 273 1HB LEU 273 32.220 4.583 0.980 190 2HB LEU 273 2HB LEU 273 31.830 6.287 0.770 191 HG LEU 273 HG LEU 273 29.339 5.414 1.045 192 1HD1 LEU 273 1HD1 LEU 273 30.507 3.011 1.246 193 2HD1 LEU 273 2HD1 LEU 273 29.054 3.413 2.160 194 3HD1 LEU 273 3HD1 LEU 273 30.635 3.499 2.935 195 1HD2 LEU 273 1HD2 LEU 273 30.405 7.034 2.529 196 2HD2 LEU 273 2HD2 LEU 273 31.322 5.750 3.316 197 3HD2 LEU 273 3HD2 LEU 273 29.570 5.821 3.500 198 H TYR 274 H TYR 274 31.622 7.484 -0.977 199 HA TYR 274 HA TYR 274 29.054 8.609 -1.163 200 1HB TYR 274 1HB TYR 274 31.810 9.568 -1.862 201 2HB TYR 274 2HB TYR 274 30.402 10.545 -2.279 202 HD1 TYR 274 HD1 TYR 274 31.805 8.612 0.614 203 HD2 TYR 274 HD2 TYR 274 29.574 12.044 -0.686 204 HE1 TYR 274 HE1 TYR 274 31.676 9.416 2.957 205 HE2 TYR 274 HE2 TYR 274 29.444 12.847 1.655 206 HH TYR 274 HH TYR 274 29.978 10.988 4.267 207 H LYS 275 H LYS 275 31.341 8.970 -3.831 208 HA LYS 275 HA LYS 275 29.567 9.369 -5.861 209 1HB LYS 275 1HB LYS 275 32.307 8.232 -5.728 210 2HB LYS 275 2HB LYS 275 31.418 7.986 -7.231 211 1HG LYS 275 1HG LYS 275 31.502 10.711 -5.951 212 2HG LYS 275 2HG LYS 275 32.843 10.162 -6.955 213 1HD LYS 275 1HD LYS 275 31.624 10.289 -8.882 214 2HD LYS 275 2HD LYS 275 30.142 9.736 -8.101 215 1HE LYS 275 1HE LYS 275 29.991 12.111 -8.835 216 2HE LYS 275 2HE LYS 275 29.814 11.936 -7.088 217 1HZ LYS 275 1HZ LYS 275 32.215 12.813 -8.587 218 2HZ LYS 275 2HZ LYS 275 32.260 12.377 -6.946 219 3HZ LYS 275 3HZ LYS 275 31.319 13.698 -7.451 220 H LYS 276 H LYS 276 30.838 6.184 -4.863 221 HA LYS 276 HA LYS 276 28.743 4.898 -6.481 222 1HB LYS 276 1HB LYS 276 30.923 3.998 -6.897 223 2HB LYS 276 2HB LYS 276 31.250 3.833 -5.172 224 1HG LYS 276 1HG LYS 276 29.799 2.014 -4.933 225 2HG LYS 276 2HG LYS 276 28.875 2.437 -6.375 226 1HD LYS 276 1HD LYS 276 30.296 0.465 -6.793 227 2HD LYS 276 2HD LYS 276 30.803 1.828 -7.792 228 1HE LYS 276 1HE LYS 276 32.650 2.316 -6.337 229 2HE LYS 276 2HE LYS 276 32.061 1.192 -5.113 230 1HZ LYS 276 1HZ LYS 276 33.704 0.007 -6.213 231 2HZ LYS 276 2HZ LYS 276 33.260 0.595 -7.744 232 3HZ LYS 276 3HZ LYS 276 32.282 -0.547 -6.953 233 1HN NH2 277 1HN NH2 277 30.184 4.212 -3.239 234 2HN NH2 277 2HN NH2 277 28.689 3.826 -2.509