*HEADER TOXIN 15-MAR-06 2GCZ *TITLE SOLUTION STRUCTURE OF ALPHA-CONOTOXIN OMIA *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: ALPHA-CONOTOXIN OMIA; *COMPND 3 CHAIN: A; *COMPND 4 FRAGMENT: RESIDUES 1-17; *COMPND 5 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 OTHER_DETAILS: THIS SEQUENCE OCCURS NATURALLY IN CONUS *SOURCE 4 OMARIA. *KEYWDS ALPHA-HELIX, BETA-TURN, TWO DISULFIDE BONDS, C-TERMINAL *KEYWDS 2 AMIDATION *EXPDTA NMR, 20 STRUCTURES *AUTHOR S.-W.CHI, D.-H.KIM, B.M.OLIVERA, J.M.MCINTOSH, K.-H.HAN *REVDAT 2 08-AUG-06 2GCZ 1 REVISED CONSTRAINT FILE *REVDAT 1 25-JUL-06 2GCZ 0 ASSI { 1} (( segid " " and resid 11 and name HD21)) (( segid " " and resid 10 and name HB )) 4.500 2.500 1.500 peak 1 spectrum 1 weight 0.10000E+01 volume 0.26099E-03 ppm1 6.959 ppm2 0.948 CV 1 OR { 1} (( segid " " and resid 11 and name HD22)) (( segid " " and resid 10 and name HB )) ASSI { 1} (( segid " " and resid 11 and name HD21)) (( segid " " and resid 11 and name HB2 )) 3.500 1.600 1.600 peak 1 spectrum 1 weight 0.10000E+01 volume 0.92923E-03 ppm1 6.956 ppm2 2.739 CV 1 OR { 1} (( segid " " and resid 11 and name HD21)) (( segid " " and resid 11 and name HB1 )) OR { 1} (( segid " " and resid 11 and name HD22)) (( segid " " and resid 11 and name HB2 )) OR { 1} (( segid " " and resid 11 and name HD22)) (( segid " " and resid 11 and name HB1 )) ASSI { 3} (( segid " " and resid 9 and name HD21)) (( segid " " and resid 9 and name HB1 )) 3.500 1.500 1.500 peak 3 spectrum 1 weight 0.10000E+01 volume 0.13833E-02 ppm1 7.033 ppm2 2.778 CV 1 OR { 3} (( segid " " and resid 9 and name HD21)) (( segid " " and resid 9 and name HB2 )) OR { 3} (( segid " " and resid 9 and name HD22)) (( segid " " and resid 9 and name HB1 )) OR { 3} (( segid " " and resid 9 and name HD22)) (( segid " " and resid 9 and name HB2 )) ASSI { 6} (( segid " " and resid 9 and name HD22)) (( segid " " and resid 3 and name HA )) 3.200 1.300 1.300 peak 6 spectrum 1 weight 0.10000E+01 volume 0.32374E-03 ppm1 7.031 ppm2 4.438 CV 1 OR { 6} (( segid " " and resid 9 and name HD21)) (( segid " " and resid 3 and name HA )) ASSI { 7} (( segid " " and resid 12 and name HD21)) (( segid " " and resid 12 and name HB2 )) 3.400 1.500 1.500 peak 7 spectrum 1 weight 0.10000E+01 volume 0.64038E-03 ppm1 7.282 ppm2 2.666 CV 1 OR { 7} (( segid " " and resid 12 and name HD21)) (( segid " " and resid 12 and name HB1 )) OR { 7} (( segid " " and resid 12 and name HD22)) (( segid " " and resid 12 and name HB2 )) OR { 7} (( segid " " and resid 12 and name HD22)) (( segid " " and resid 12 and name HB1 )) ASSI { 11} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 14 and name HB2 )) 4.200 2.200 1.800 peak 11 spectrum 1 weight 0.10000E+01 volume 0.13757E-02 ppm1 7.310 ppm2 3.293 CV 1 OR { 11} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 14 and name HB1 )) ASSI { 14} (( segid " " and resid 5 and name HE1 )) (( segid " " and resid 4 and name HB2 )) 3.500 1.600 1.600 peak 14 spectrum 1 weight 0.10000E+01 volume 0.64598E-03 ppm1 7.373 ppm2 3.837 CV 1 OR { 14} (( segid " " and resid 5 and name HE1 )) (( segid " " and resid 4 and name HB1 )) ASSI { 16} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HD11)) 3.700 1.700 1.700 peak 16 spectrum 1 weight 0.10000E+01 volume 0.71418E-03 ppm1 7.311 ppm2 0.911 CV 1 OR { 16} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HD13)) OR { 16} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HD12)) ASSI { 17} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HG23)) 4.500 2.500 1.500 peak 17 spectrum 1 weight 0.10000E+01 volume 0.42318E-03 ppm1 7.311 ppm2 1.169 CV 1 OR { 17} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HG21)) OR { 17} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HG22)) ASSI { 18} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HG12)) 5.300 3.400 0.700 peak 18 spectrum 1 weight 0.10000E+01 volume 0.16608E-03 ppm1 7.312 ppm2 1.567 CV 1 OR { 18} (( segid " " and resid 14 and name HE1 )) (( segid " " and resid 15 and name HG11)) ASSI { 20} (( segid " " and resid 12 and name HD21)) (( segid " " and resid 8 and name HA )) 5.000 3.200 1.000 peak 20 spectrum 1 weight 0.10000E+01 volume 0.87442E-04 ppm1 7.282 ppm2 4.428 CV 1 OR { 20} (( segid " " and resid 12 and name HD22)) (( segid " " and resid 8 and name HA )) ASSI { 22} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HD13)) 3.500 1.500 1.500 peak 22 spectrum 1 weight 0.10000E+01 volume 0.45069E-03 ppm1 7.524 ppm2 0.912 CV 1 OR { 22} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HD12)) OR { 22} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HD11)) ASSI { 23} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HG23)) 3.400 1.500 1.500 peak 23 spectrum 1 weight 0.10000E+01 volume 0.19110E-02 ppm1 7.525 ppm2 1.178 CV 1 OR { 23} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HG21)) OR { 23} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HG22)) ASSI { 24} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HG12)) 3.500 1.500 1.500 peak 24 spectrum 1 weight 0.10000E+01 volume 0.51809E-03 ppm1 7.524 ppm2 1.570 CV 1 OR { 24} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HG11)) ASSI { 25} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HB )) 3.000 1.100 1.100 peak 25 spectrum 1 weight 0.10000E+01 volume 0.12120E-02 ppm1 7.524 ppm2 1.922 CV 1 ASSI { 26} (( segid " " and resid 15 and name HN )) (( segid " " and resid 16 and name HB1 )) 5.300 3.500 0.700 peak 26 spectrum 1 weight 0.10000E+01 volume 0.30175E-03 ppm1 7.524 ppm2 2.772 CV 1 OR { 26} (( segid " " and resid 15 and name HN )) (( segid " " and resid 16 and name HB2 )) ASSI { 27} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HB2 )) 4.000 2.000 2.000 peak 27 spectrum 1 weight 0.10000E+01 volume 0.54796E-03 ppm1 7.524 ppm2 3.294 CV 1 OR { 27} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HB1 )) ASSI { 28} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HA )) 3.400 1.400 1.400 peak 28 spectrum 1 weight 0.10000E+01 volume 0.61874E-03 ppm1 7.524 ppm2 4.203 CV 1 ASSI { 29} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HA )) 3.700 1.700 1.700 peak 29 spectrum 1 weight 0.10000E+01 volume 0.55761E-03 ppm1 7.524 ppm2 4.601 CV 1 ASSI { 30} (( segid " " and resid 15 and name HN )) (( segid " " and resid 13 and name HA )) 5.600 3.900 0.400 peak 30 spectrum 1 weight 0.10000E+01 volume 0.10944E-03 ppm1 7.523 ppm2 4.458 CV 1 ASSI { 31} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HB )) 2.900 1.100 1.100 peak 31 spectrum 1 weight 0.10000E+01 volume 0.60803E-03 ppm1 7.645 ppm2 0.963 CV 1 ASSI { 34} (( segid " " and resid 11 and name HN )) (( segid " " and resid 11 and name HB2 )) 2.500 2.500 3.500 peak 34 spectrum 1 weight 0.10000E+01 volume 0.36899E-02 ppm1 7.645 ppm2 2.738 CV 1 OR { 34} (( segid " " and resid 11 and name HN )) (( segid " " and resid 11 and name HB1 )) ASSI { 38} (( segid " " and resid 8 and name HN )) (( segid " " and resid 8 and name HB2 )) 3.000 1.100 1.100 peak 38 spectrum 1 weight 0.10000E+01 volume 0.10082E-02 ppm1 7.699 ppm2 3.221 CV 1 OR { 38} (( segid " " and resid 8 and name HN )) (( segid " " and resid 8 and name HB1 )) ASSI { 39} (( segid " " and resid 8 and name HN )) (( segid " " and resid 5 and name HB2 )) 2.800 1.000 1.000 peak 39 spectrum 1 weight 0.10000E+01 volume 0.12490E-02 ppm1 7.704 ppm2 3.348 CV 1 OR { 39} (( segid " " and resid 8 and name HN )) (( segid " " and resid 5 and name HB1 )) ASSI { 40} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HA )) 3.600 1.600 1.600 peak 40 spectrum 1 weight 0.10000E+01 volume 0.93080E-03 ppm1 7.658 ppm2 3.894 CV 1 ASSI { 42} (( segid " " and resid 8 and name HN )) (( segid " " and resid 6 and name HD2 )) 4.600 2.600 1.400 peak 42 spectrum 1 weight 0.10000E+01 volume 0.80003E-03 ppm1 7.705 ppm2 3.887 CV 1 OR { 42} (( segid " " and resid 8 and name HN )) (( segid " " and resid 6 and name HD1 )) ASSI { 43} (( segid " " and resid 11 and name HN )) (( segid " " and resid 7 and name HA )) 6.000 5.000 0.000 peak 43 spectrum 1 weight 0.10000E+01 volume 0.38809E-04 ppm1 7.646 ppm2 4.195 CV 1 ASSI { 45} (( segid " " and resid 8 and name HN )) (( segid " " and resid 7 and name HA )) 3.700 1.700 1.700 peak 45 spectrum 1 weight 0.10000E+01 volume 0.82238E-03 ppm1 7.704 ppm2 4.189 CV 1 ASSI { 46} (( segid " " and resid 11 and name HN )) (( segid " " and resid 8 and name HA )) 4.300 2.300 1.700 peak 46 spectrum 1 weight 0.10000E+01 volume 0.19439E-03 ppm1 7.642 ppm2 4.425 CV 1 ASSI { 47} (( segid " " and resid 8 and name HN )) (( segid " " and resid 8 and name HA )) 3.600 1.600 1.600 peak 47 spectrum 1 weight 0.10000E+01 volume 0.49167E-03 ppm1 7.696 ppm2 4.428 CV 1 ASSI { 48} (( segid " " and resid 12 and name HN )) (( segid " " and resid 10 and name HB )) 5.100 3.200 0.900 peak 48 spectrum 1 weight 0.10000E+01 volume 0.30560E-03 ppm1 7.792 ppm2 0.966 CV 1 ASSI { 49} (( segid " " and resid 12 and name HN )) (( segid " " and resid 12 and name HB2 )) 2.700 2.700 3.300 peak 49 spectrum 1 weight 0.10000E+01 volume 0.26679E-02 ppm1 7.794 ppm2 2.665 CV 1 OR { 49} (( segid " " and resid 12 and name HN )) (( segid " " and resid 12 and name HB1 )) ASSI { 55} (( segid " " and resid 12 and name HN )) (( segid " " and resid 13 and name HD1 )) 3.600 1.600 1.600 peak 55 spectrum 1 weight 0.10000E+01 volume 0.62032E-03 ppm1 7.782 ppm2 3.512 CV 1 OR { 55} (( segid " " and resid 12 and name HN )) (( segid " " and resid 13 and name HD2 )) ASSI { 57} (( segid " " and resid 12 and name HN )) (( segid " " and resid 10 and name HA )) 4.200 2.200 1.800 peak 57 spectrum 1 weight 0.10000E+01 volume 0.31436E-03 ppm1 7.783 ppm2 3.894 CV 1 ASSI { 59} (( segid " " and resid 12 and name HN )) (( segid " " and resid 9 and name HA )) 3.900 1.900 1.900 peak 59 spectrum 1 weight 0.10000E+01 volume 0.25723E-03 ppm1 7.792 ppm2 4.515 CV 1 ASSI { 60} (( segid " " and resid 12 and name HN )) (( segid " " and resid 11 and name HA )) 3.800 1.800 1.800 peak 60 spectrum 1 weight 0.10000E+01 volume 0.59040E-03 ppm1 7.795 ppm2 4.725 CV 1 ASSI { 61} (( segid " " and resid 12 and name HN )) (( segid " " and resid 12 and name HA )) 2.900 1.100 1.100 peak 61 spectrum 1 weight 0.10000E+01 volume 0.19393E-02 ppm1 7.781 ppm2 5.206 CV 1 ASSI { 62} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HB )) 2.200 0.600 0.600 peak 62 spectrum 1 weight 0.10000E+01 volume 0.52045E-02 ppm1 7.955 ppm2 0.969 CV 1 ASSI { 63} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HG11)) 3.800 1.800 1.800 peak 63 spectrum 1 weight 0.10000E+01 volume 0.36450E-02 ppm1 7.955 ppm2 2.139 CV 1 OR { 63} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HG13)) OR { 63} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HG12)) ASSI { 64} (( segid " " and resid 10 and name HN )) (( segid " " and resid 9 and name HB2 )) 3.100 1.200 1.200 peak 64 spectrum 1 weight 0.10000E+01 volume 0.14510E-02 ppm1 7.954 ppm2 2.783 CV 1 OR { 64} (( segid " " and resid 10 and name HN )) (( segid " " and resid 9 and name HB1 )) ASSI { 66} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HA )) 2.700 0.900 0.900 peak 66 spectrum 1 weight 0.10000E+01 volume 0.32474E-02 ppm1 7.955 ppm2 3.892 CV 1 ASSI { 67} (( segid " " and resid 10 and name HN )) (( segid " " and resid 7 and name HA )) 4.200 2.200 1.800 peak 67 spectrum 1 weight 0.10000E+01 volume 0.26115E-03 ppm1 7.954 ppm2 4.188 CV 1 ASSI { 68} (( segid " " and resid 10 and name HN )) (( segid " " and resid 6 and name HA )) 4.900 3.000 1.100 peak 68 spectrum 1 weight 0.10000E+01 volume 0.15132E-03 ppm1 7.958 ppm2 4.282 CV 1 ASSI { 69} (( segid " " and resid 10 and name HN )) (( segid " " and resid 9 and name HA )) 2.900 1.100 1.100 peak 69 spectrum 1 weight 0.10000E+01 volume 0.22183E-02 ppm1 7.955 ppm2 4.518 CV 1 ASSI { 70} (( segid " " and resid 4 and name HN )) (( segid " " and resid 3 and name HB2 )) 4.700 2.800 1.300 peak 70 spectrum 1 weight 0.10000E+01 volume 0.23743E-03 ppm1 8.047 ppm2 2.863 CV 1 OR { 70} (( segid " " and resid 4 and name HN )) (( segid " " and resid 3 and name HB1 )) ASSI { 72} (( segid " " and resid 4 and name HN )) (( segid " " and resid 4 and name HB2 )) 2.700 0.900 0.900 peak 72 spectrum 1 weight 0.10000E+01 volume 0.31016E-02 ppm1 8.044 ppm2 3.837 CV 1 OR { 72} (( segid " " and resid 4 and name HN )) (( segid " " and resid 4 and name HB1 )) ASSI { 73} (( segid " " and resid 4 and name HN )) (( segid " " and resid 4 and name HA )) 2.800 1.000 1.000 peak 73 spectrum 1 weight 0.10000E+01 volume 0.23926E-02 ppm1 8.041 ppm2 4.339 CV 1 ASSI { 74} (( segid " " and resid 4 and name HN )) (( segid " " and resid 3 and name HA )) 3.300 1.400 1.400 peak 74 spectrum 1 weight 0.10000E+01 volume 0.47339E-03 ppm1 8.046 ppm2 4.434 CV 1 ASSI { 75} (( segid " " and resid 5 and name HN )) (( segid " " and resid 9 and name HB2 )) 6.000 4.400 0.000 peak 75 spectrum 1 weight 0.10000E+01 volume 0.13443E-03 ppm1 8.187 ppm2 2.776 CV 1 OR { 75} (( segid " " and resid 5 and name HN )) (( segid " " and resid 9 and name HB1 )) ASSI { 76} (( segid " " and resid 5 and name HN )) (( segid " " and resid 5 and name HB2 )) 2.600 2.600 3.400 peak 76 spectrum 1 weight 0.10000E+01 volume 0.29982E-02 ppm1 8.177 ppm2 3.348 CV 1 OR { 76} (( segid " " and resid 5 and name HN )) (( segid " " and resid 5 and name HB1 )) ASSI { 77} (( segid " " and resid 5 and name HN )) (( segid " " and resid 4 and name HB2 )) 4.400 2.400 1.600 peak 77 spectrum 1 weight 0.10000E+01 volume 0.76580E-03 ppm1 8.185 ppm2 3.842 CV 1 OR { 77} (( segid " " and resid 5 and name HN )) (( segid " " and resid 4 and name HB1 )) ASSI { 78} (( segid " " and resid 5 and name HN )) (( segid " " and resid 4 and name HA )) 3.700 1.700 1.700 peak 78 spectrum 1 weight 0.10000E+01 volume 0.51428E-03 ppm1 8.180 ppm2 4.337 CV 1 ASSI { 79} (( segid " " and resid 5 and name HN )) (( segid " " and resid 3 and name HA )) 4.300 2.300 1.700 peak 79 spectrum 1 weight 0.10000E+01 volume 0.29042E-03 ppm1 8.186 ppm2 4.436 CV 1 ASSI { 80} (( segid " " and resid 5 and name HN )) (( segid " " and resid 5 and name HA )) 2.800 1.000 1.000 peak 80 spectrum 1 weight 0.10000E+01 volume 0.15528E-02 ppm1 8.188 ppm2 5.198 CV 1 ASSI { 82} (( segid " " and resid 17 and name HN )) (( segid " " and resid 16 and name HB1 )) 3.800 1.800 1.800 peak 82 spectrum 1 weight 0.10000E+01 volume 0.70331E-03 ppm1 8.225 ppm2 2.765 CV 1 OR { 82} (( segid " " and resid 17 and name HN )) (( segid " " and resid 16 and name HB2 )) ASSI { 83} (( segid " " and resid 17 and name HN )) (( segid " " and resid 17 and name HA1 )) 2.300 0.700 0.700 peak 83 spectrum 1 weight 0.10000E+01 volume 0.58965E-02 ppm1 8.220 ppm2 3.951 CV 1 OR { 83} (( segid " " and resid 17 and name HN )) (( segid " " and resid 17 and name HA2 )) ASSI { 84} (( segid " " and resid 17 and name HN )) (( segid " " and resid 16 and name HA )) 3.700 1.700 1.700 peak 84 spectrum 1 weight 0.10000E+01 volume 0.76686E-03 ppm1 8.220 ppm2 4.465 CV 1 ASSI { 85} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HD13)) 3.800 1.800 1.800 peak 85 spectrum 1 weight 0.10000E+01 volume 0.12245E-02 ppm1 8.251 ppm2 0.910 CV 1 OR { 85} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HD12)) OR { 85} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HD11)) ASSI { 86} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HB )) 2.700 0.900 0.900 peak 86 spectrum 1 weight 0.10000E+01 volume 0.21840E-02 ppm1 8.255 ppm2 1.923 CV 1 ASSI { 87} (( segid " " and resid 16 and name HN )) (( segid " " and resid 16 and name HB1 )) 2.300 0.700 0.700 peak 87 spectrum 1 weight 0.10000E+01 volume 0.46837E-02 ppm1 8.255 ppm2 2.767 CV 1 OR { 87} (( segid " " and resid 16 and name HN )) (( segid " " and resid 16 and name HB2 )) ASSI { 89} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HA )) 3.000 1.100 1.100 peak 89 spectrum 1 weight 0.10000E+01 volume 0.25765E-02 ppm1 8.256 ppm2 4.204 CV 1 ASSI { 91} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HG2 )) 3.200 3.200 2.800 peak 91 spectrum 1 weight 0.10000E+01 volume 0.22904E-02 ppm1 8.476 ppm2 1.978 CV 1 OR { 91} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HG1 )) ASSI { 92} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HB2 )) 4.500 2.500 1.500 peak 92 spectrum 1 weight 0.10000E+01 volume 0.19257E-03 ppm1 8.475 ppm2 2.159 CV 1 OR { 92} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HB1 )) ASSI { 94} (( segid " " and resid 7 and name HN )) (( segid " " and resid 5 and name HB1 )) 3.100 1.200 1.200 peak 94 spectrum 1 weight 0.10000E+01 volume 0.10862E-02 ppm1 8.476 ppm2 3.351 CV 1 OR { 94} (( segid " " and resid 7 and name HN )) (( segid " " and resid 5 and name HB2 )) ASSI { 95} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HD2 )) 3.000 1.100 1.100 peak 95 spectrum 1 weight 0.10000E+01 volume 0.13048E-02 ppm1 8.476 ppm2 3.881 CV 1 OR { 95} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HD1 )) ASSI { 96} (( segid " " and resid 7 and name HN )) (( segid " " and resid 7 and name HA )) 2.700 0.900 0.900 peak 96 spectrum 1 weight 0.10000E+01 volume 0.30640E-02 ppm1 8.476 ppm2 4.189 CV 1 ASSI { 97} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HA )) 3.000 1.100 1.100 peak 97 spectrum 1 weight 0.10000E+01 volume 0.16165E-02 ppm1 8.477 ppm2 4.283 CV 1 ASSI { 98} (( segid " " and resid 9 and name HN )) (( segid " " and resid 10 and name HB )) 5.000 3.100 1.000 peak 98 spectrum 1 weight 0.10000E+01 volume 0.39951E-03 ppm1 8.572 ppm2 0.967 CV 1 ASSI { 100} (( segid " " and resid 9 and name HN )) (( segid " " and resid 9 and name HB2 )) 2.300 2.300 3.700 peak 100 spectrum 1 weight 0.10000E+01 volume 0.56949E-02 ppm1 8.571 ppm2 2.783 CV 1 OR { 100} (( segid " " and resid 9 and name HN )) (( segid " " and resid 9 and name HB1 )) ASSI { 102} (( segid " " and resid 9 and name HN )) (( segid " " and resid 8 and name HB1 )) 3.000 1.100 1.100 peak 102 spectrum 1 weight 0.10000E+01 volume 0.13779E-02 ppm1 8.570 ppm2 3.219 CV 1 OR { 102} (( segid " " and resid 9 and name HN )) (( segid " " and resid 8 and name HB2 )) ASSI { 103} (( segid " " and resid 9 and name HN )) (( segid " " and resid 5 and name HB2 )) 4.200 2.200 1.800 peak 103 spectrum 1 weight 0.10000E+01 volume 0.54964E-03 ppm1 8.571 ppm2 3.350 CV 1 OR { 103} (( segid " " and resid 9 and name HN )) (( segid " " and resid 5 and name HB1 )) ASSI { 105} (( segid " " and resid 9 and name HN )) (( segid " " and resid 7 and name HA )) 5.600 3.900 0.400 peak 105 spectrum 1 weight 0.10000E+01 volume 0.69272E-04 ppm1 8.569 ppm2 4.195 CV 1 ASSI { 106} (( segid " " and resid 9 and name HN )) (( segid " " and resid 6 and name HA )) 3.600 1.600 1.600 peak 106 spectrum 1 weight 0.10000E+01 volume 0.60053E-03 ppm1 8.569 ppm2 4.281 CV 1 ASSI { 107} (( segid " " and resid 9 and name HN )) (( segid " " and resid 8 and name HA )) 2.800 1.000 1.000 peak 107 spectrum 1 weight 0.10000E+01 volume 0.36134E-02 ppm1 8.571 ppm2 4.426 CV 1 ASSI { 108} (( segid " " and resid 9 and name HN )) (( segid " " and resid 9 and name HA )) 2.700 0.900 0.900 peak 108 spectrum 1 weight 0.10000E+01 volume 0.27363E-02 ppm1 8.570 ppm2 4.519 CV 1 ASSI { 109} (( segid " " and resid 3 and name HN )) (( segid " " and resid 3 and name HB2 )) 2.400 2.400 3.600 peak 109 spectrum 1 weight 0.10000E+01 volume 0.55993E-02 ppm1 8.747 ppm2 2.862 CV 1 OR { 109} (( segid " " and resid 3 and name HN )) (( segid " " and resid 3 and name HB1 )) ASSI { 112} (( segid " " and resid 3 and name HN )) (( segid " " and resid 3 and name HA )) 2.600 0.800 0.800 peak 112 spectrum 1 weight 0.10000E+01 volume 0.30620E-02 ppm1 8.747 ppm2 4.437 CV 1 ASSI { 113} (( segid " " and resid 14 and name HN )) (( segid " " and resid 13 and name HG2 )) 3.300 1.300 1.300 peak 113 spectrum 1 weight 0.10000E+01 volume 0.10687E-02 ppm1 8.781 ppm2 1.722 CV 1 OR { 113} (( segid " " and resid 14 and name HN )) (( segid " " and resid 13 and name HG1 )) ASSI { 114} (( segid " " and resid 14 and name HN )) (( segid " " and resid 14 and name HB1 )) 2.500 0.800 0.800 peak 114 spectrum 1 weight 0.10000E+01 volume 0.55843E-02 ppm1 8.781 ppm2 3.283 CV 1 OR { 114} (( segid " " and resid 14 and name HN )) (( segid " " and resid 14 and name HB2 )) ASSI { 116} (( segid " " and resid 14 and name HN )) (( segid " " and resid 13 and name HA )) 2.800 1.000 1.000 peak 116 spectrum 1 weight 0.10000E+01 volume 0.21482E-02 ppm1 8.780 ppm2 4.465 CV 1 ASSI { 117} (( segid " " and resid 14 and name HN )) (( segid " " and resid 14 and name HA )) 3.000 1.100 1.100 peak 117 spectrum 1 weight 0.10000E+01 volume 0.16045E-02 ppm1 8.779 ppm2 4.600 CV 1 ASSI { 118} (( segid " " and resid 2 and name HN )) (( segid " " and resid 2 and name HB1 )) 3.700 1.700 1.700 peak 118 spectrum 1 weight 0.10000E+01 volume 0.64222E-03 ppm1 8.938 ppm2 2.843 CV 1 OR { 118} (( segid " " and resid 2 and name HN )) (( segid " " and resid 2 and name HB2 )) ASSI { 120} (( segid " " and resid 2 and name HN )) (( segid " " and resid 1 and name HA1 )) 3.000 1.100 1.100 peak 120 spectrum 1 weight 0.10000E+01 volume 0.16266E-02 ppm1 8.936 ppm2 3.932 CV 1 OR { 120} (( segid " " and resid 2 and name HN )) (( segid " " and resid 1 and name HA2 )) ASSI { 121} (( segid " " and resid 2 and name HN )) (( segid " " and resid 2 and name HA )) 4.500 2.500 1.500 peak 121 spectrum 1 weight 0.10000E+01 volume 0.15703E-03 ppm1 8.929 ppm2 4.682 CV 1 ASSI { 122} (( segid " " and resid 11 and name HD21)) (( segid " " and resid 11 and name HN )) 1.400 0.200 0.800 peak 122 spectrum 1 weight 0.10000E+01 volume 0.10803E+00 ppm1 6.957 ppm2 7.639 CV 1 OR { 122} (( segid " " and resid 11 and name HD22)) (( segid " " and resid 11 and name HN )) ASSI { 124} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HN )) 2.400 0.700 0.700 peak 124 spectrum 1 weight 0.10000E+01 volume 0.17683E-02 ppm1 7.519 ppm2 8.775 CV 1 ASSI { 125} (( segid " " and resid 4 and name HN )) (( segid " " and resid 3 and name HN )) 3.100 1.200 1.200 peak 125 spectrum 1 weight 0.10000E+01 volume 0.82942E-03 ppm1 8.038 ppm2 8.743 CV 1 ASSI { 126} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HN )) 2.000 0.500 0.500 peak 126 spectrum 1 weight 0.10000E+01 volume 0.38229E-02 ppm1 8.255 ppm2 7.518 CV 1 ASSI { 127} (( segid " " and resid 7 and name HN )) (( segid " " and resid 8 and name HN )) 2.500 0.800 0.800 peak 127 spectrum 1 weight 0.10000E+01 volume 0.16381E-02 ppm1 8.478 ppm2 7.695 CV 1 ASSI { 128} (( segid " " and resid 9 and name HN )) (( segid " " and resid 8 and name HN )) 2.200 0.600 0.600 peak 128 spectrum 1 weight 0.10000E+01 volume 0.39207E-02 ppm1 8.571 ppm2 7.694 CV 1 ASSI { 129} (( segid " " and resid 9 and name HN )) (( segid " " and resid 10 and name HN )) 2.500 0.800 0.800 peak 129 spectrum 1 weight 0.10000E+01 volume 0.20682E-02 ppm1 8.571 ppm2 7.951 CV 1 ASSI { 130} (( segid " " and resid 15 and name HD13)) (( segid " " and resid 16 and name HB2 )) 4.200 2.200 1.800 peak 130 spectrum 1 weight 0.10000E+01 volume 0.12387E-02 ppm1 0.909 ppm2 2.768 CV 1 OR { 130} (( segid " " and resid 15 and name HD12)) (( segid " " and resid 16 and name HB2 )) OR { 130} (( segid " " and resid 15 and name HD13)) (( segid " " and resid 16 and name HB1 )) OR { 130} (( segid " " and resid 15 and name HD11)) (( segid " " and resid 16 and name HB2 )) OR { 130} (( segid " " and resid 15 and name HD12)) (( segid " " and resid 16 and name HB1 )) OR { 130} (( segid " " and resid 15 and name HD11)) (( segid " " and resid 16 and name HB1 )) ASSI { 132} (( segid " " and resid 15 and name HG22)) (( segid " " and resid 15 and name HG12)) 2.000 2.000 4.000 peak 132 spectrum 1 weight 0.10000E+01 volume 0.20370E-01 ppm1 1.181 ppm2 1.566 CV 1 OR { 132} (( segid " " and resid 15 and name HG22)) (( segid " " and resid 15 and name HG11)) OR { 132} (( segid " " and resid 15 and name HG23)) (( segid " " and resid 15 and name HG12)) OR { 132} (( segid " " and resid 15 and name HG21)) (( segid " " and resid 15 and name HG12)) OR { 132} (( segid " " and resid 15 and name HG23)) (( segid " " and resid 15 and name HG11)) OR { 132} (( segid " " and resid 15 and name HG21)) (( segid " " and resid 15 and name HG11)) ASSI { 133} (( segid " " and resid 15 and name HG21)) (( segid " " and resid 15 and name HB )) 2.700 0.900 0.900 peak 133 spectrum 1 weight 0.10000E+01 volume 0.27307E-02 ppm1 1.186 ppm2 1.915 CV 1 OR { 133} (( segid " " and resid 15 and name HG22)) (( segid " " and resid 15 and name HB )) OR { 133} (( segid " " and resid 15 and name HG23)) (( segid " " and resid 15 and name HB )) ASSI { 138} (( segid " " and resid 15 and name HB )) (( segid " " and resid 16 and name HB2 )) 2.900 2.900 3.100 peak 138 spectrum 1 weight 0.10000E+01 volume 0.33618E-02 ppm1 1.930 ppm2 2.769 CV 1 OR { 138} (( segid " " and resid 15 and name HB )) (( segid " " and resid 16 and name HB1 )) ASSI { 139} (( segid " " and resid 6 and name HB2 )) (( segid " " and resid 6 and name HD2 )) 2.600 2.600 3.400 peak 139 spectrum 1 weight 0.10000E+01 volume 0.95891E-02 ppm1 2.151 ppm2 3.889 CV 1 OR { 139} (( segid " " and resid 6 and name HB1 )) (( segid " " and resid 6 and name HD1 )) OR { 139} (( segid " " and resid 6 and name HB1 )) (( segid " " and resid 6 and name HD2 )) OR { 139} (( segid " " and resid 6 and name HB2 )) (( segid " " and resid 6 and name HD1 )) ASSI { 142} (( segid " " and resid 9 and name HB2 )) (( segid " " and resid 6 and name HA )) 3.300 3.300 2.700 peak 142 spectrum 1 weight 0.10000E+01 volume 0.97424E-03 ppm1 2.793 ppm2 4.279 CV 1 OR { 142} (( segid " " and resid 9 and name HB1 )) (( segid " " and resid 6 and name HA )) ASSI { 150} (( segid " " and resid 7 and name HA )) (( segid " " and resid 10 and name HB )) 3.200 1.300 1.300 peak 150 spectrum 1 weight 0.10000E+01 volume 0.10284E-02 ppm1 4.192 ppm2 0.973 CV 1 ASSI { 155} (( segid " " and resid 4 and name HA )) (( segid " " and resid 4 and name HB1 )) 2.300 0.600 0.600 peak 155 spectrum 1 weight 0.10000E+01 volume 0.88186E-02 ppm1 4.343 ppm2 3.838 CV 1 OR { 155} (( segid " " and resid 4 and name HA )) (( segid " " and resid 4 and name HB2 )) ASSI { 157} (( segid " " and resid 12 and name HA )) (( segid " " and resid 13 and name HB1 )) 6.000 4.600 0.000 peak 157 spectrum 1 weight 0.10000E+01 volume 0.24583E-03 ppm1 5.220 ppm2 2.018 CV 1 OR { 157} (( segid " " and resid 12 and name HA )) (( segid " " and resid 13 and name HB2 )) ASSI { 158} (( segid " " and resid 5 and name HA )) (( segid " " and resid 6 and name HB1 )) 6.000 5.500 0.000 peak 158 spectrum 1 weight 0.10000E+01 volume 0.19610E-03 ppm1 5.188 ppm2 2.152 CV 1 OR { 158} (( segid " " and resid 5 and name HA )) (( segid " " and resid 6 and name HB2 )) ASSI { 159} (( segid " " and resid 12 and name HA )) (( segid " " and resid 12 and name HB1 )) 2.600 0.800 0.800 peak 159 spectrum 1 weight 0.10000E+01 volume 0.26548E-02 ppm1 5.213 ppm2 2.661 CV 1 OR { 159} (( segid " " and resid 12 and name HA )) (( segid " " and resid 12 and name HB2 )) ASSI { 161} (( segid " " and resid 5 and name HA )) (( segid " " and resid 5 and name HB1 )) 2.100 0.500 0.500 peak 161 spectrum 1 weight 0.10000E+01 volume 0.83721E-02 ppm1 5.186 ppm2 3.351 CV 1 OR { 161} (( segid " " and resid 5 and name HA )) (( segid " " and resid 5 and name HB2 )) ASSI { 167} (( segid " " and resid 13 and name HB1 )) (( segid " " and resid 13 and name HD1 )) 3.300 1.400 1.400 peak 167 spectrum 1 weight 0.10000E+01 volume 0.24395E-02 ppm1 2.014 ppm2 3.513 CV 1 OR { 167} (( segid " " and resid 13 and name HB1 )) (( segid " " and resid 13 and name HD2 )) OR { 167} (( segid " " and resid 13 and name HB2 )) (( segid " " and resid 13 and name HD2 )) OR { 167} (( segid " " and resid 13 and name HB2 )) (( segid " " and resid 13 and name HD1 )) ASSI { 170} (( segid " " and resid 15 and name HB )) (( segid " " and resid 15 and name HD13)) 2.700 0.900 0.900 peak 170 spectrum 1 weight 0.10000E+01 volume 0.34784E-02 ppm1 1.923 ppm2 0.912 CV 1 OR { 170} (( segid " " and resid 15 and name HB )) (( segid " " and resid 15 and name HD12)) OR { 170} (( segid " " and resid 15 and name HB )) (( segid " " and resid 15 and name HD11)) ASSI { 173} (( segid " " and resid 13 and name HG2 )) (( segid " " and resid 13 and name HB2 )) 1.700 1.700 4.300 peak 173 spectrum 1 weight 0.10000E+01 volume 0.34996E-01 ppm1 1.734 ppm2 2.008 CV 1 OR { 173} (( segid " " and resid 13 and name HG1 )) (( segid " " and resid 13 and name HB1 )) OR { 173} (( segid " " and resid 13 and name HG1 )) (( segid " " and resid 13 and name HB2 )) OR { 173} (( segid " " and resid 13 and name HG2 )) (( segid " " and resid 13 and name HB1 )) ASSI { 181} (( segid " " and resid 6 and name HG1 )) (( segid " " and resid 6 and name HB1 )) 2.900 1.100 1.100 peak 181 spectrum 1 weight 0.10000E+01 volume 0.12358E-02 ppm1 1.973 ppm2 2.156 CV 1 OR { 181} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 6 and name HB2 )) OR { 181} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 6 and name HB1 )) OR { 181} (( segid " " and resid 6 and name HG1 )) (( segid " " and resid 6 and name HB2 )) ASSI { 186} (( segid " " and resid 13 and name HG2 )) (( segid " " and resid 13 and name HD2 )) 3.100 1.200 1.200 peak 186 spectrum 1 weight 0.10000E+01 volume 0.74934E-03 ppm1 1.723 ppm2 3.507 CV 1 OR { 186} (( segid " " and resid 13 and name HG1 )) (( segid " " and resid 13 and name HD1 )) OR { 186} (( segid " " and resid 13 and name HG1 )) (( segid " " and resid 13 and name HD2 )) OR { 186} (( segid " " and resid 13 and name HG2 )) (( segid " " and resid 13 and name HD1 )) ASSI { 190} (( segid " " and resid 10 and name HB )) (( segid " " and resid 10 and name HA )) 3.000 1.100 1.100 peak 190 spectrum 1 weight 0.10000E+01 volume 0.25553E-02 ppm1 0.955 ppm2 3.892 CV 1 ASSI { 193} (( segid " " and resid 13 and name HB1 )) (( segid " " and resid 10 and name HA )) 3.000 1.100 1.100 peak 193 spectrum 1 weight 0.10000E+01 volume 0.14622E-02 ppm1 2.001 ppm2 3.881 CV 1 OR { 193} (( segid " " and resid 13 and name HB2 )) (( segid " " and resid 10 and name HA )) ASSI { 195} (( segid " " and resid 15 and name HD13)) (( segid " " and resid 15 and name HA )) 3.100 3.100 2.900 peak 195 spectrum 1 weight 0.10000E+01 volume 0.52902E-02 ppm1 0.914 ppm2 4.205 CV 1 OR { 195} (( segid " " and resid 15 and name HD12)) (( segid " " and resid 15 and name HA )) OR { 195} (( segid " " and resid 15 and name HD11)) (( segid " " and resid 15 and name HA )) ASSI { 198} (( segid " " and resid 15 and name HB )) (( segid " " and resid 15 and name HA )) 2.600 0.800 0.800 peak 198 spectrum 1 weight 0.10000E+01 volume 0.48065E-02 ppm1 1.930 ppm2 4.203 CV 1 ASSI { 211} (( segid " " and resid 8 and name HA )) (( segid " " and resid 8 and name HB2 )) 2.500 0.800 0.800 peak 211 spectrum 1 weight 0.10000E+01 volume 0.50424E-02 ppm1 4.429 ppm2 3.221 CV 1 OR { 211} (( segid " " and resid 8 and name HA )) (( segid " " and resid 8 and name HB1 )) ASSI { 214} (( segid " " and resid 9 and name HA )) (( segid " " and resid 9 and name HB1 )) 2.300 0.700 0.700 peak 214 spectrum 1 weight 0.10000E+01 volume 0.58723E-02 ppm1 4.520 ppm2 2.781 CV 1 OR { 214} (( segid " " and resid 9 and name HA )) (( segid " " and resid 9 and name HB2 )) ASSI { 226} (( segid " " and resid 4 and name HN )) (( segid " " and resid 5 and name HN )) 2.700 0.900 0.900 peak 226 spectrum 1 weight 0.10000E+01 volume 0.14726E-02 ppm1 8.043 ppm2 8.179 CV 1 ASSI { 230} (( segid " " and resid 10 and name HN )) (( segid " " and resid 11 and name HN )) 3.300 1.300 1.300 peak 230 spectrum 1 weight 0.10000E+01 volume 0.55077E-03 ppm1 7.955 ppm2 7.661 CV 1 ASSI { 231} (( segid " " and resid 5 and name HN )) (( segid " " and resid 5 and name HE1 )) 5.800 4.300 0.200 peak 231 spectrum 1 weight 0.10000E+01 volume 0.33339E-03 ppm1 8.179 ppm2 7.367 CV 1 ASSI { 237} (( segid " " and resid 11 and name HN )) (( segid " " and resid 11 and name HA )) 5.600 3.900 0.400 peak 237 spectrum 1 weight 0.10000E+01 volume 0.35273E-04 ppm1 7.642 ppm2 4.721 CV 1 ASSI { 1} (( segid " " and resid 5 and name HE1 )) (( segid " " and resid 5 and name HB2 )) 3.400 1.400 1.400 peak 1 spectrum 1 weight 0.10000E+01 volume 0.11736E-02 ppm1 7.385 ppm2 3.341 CV 1 OR { 1} (( segid " " and resid 5 and name HE1 )) (( segid " " and resid 5 and name HB1 )) ASSI { 2} (( segid " " and resid 5 and name HE1 )) (( segid " " and resid 2 and name HA )) 3.400 1.400 1.400 peak 2 spectrum 1 weight 0.10000E+01 volume 0.31195E-03 ppm1 7.384 ppm2 4.676 CV 1 ASSI { 9} (( segid " " and resid 13 and name HD2 )) (( segid " " and resid 12 and name HA )) 2.200 0.600 0.600 peak 9 spectrum 1 weight 0.10000E+01 volume 0.19084E-02 ppm1 3.513 ppm2 5.203 CV 1 OR { 9} (( segid " " and resid 13 and name HD1 )) (( segid " " and resid 12 and name HA )) ASSI { 11} (( segid " " and resid 16 and name HB1 )) (( segid " " and resid 12 and name HA )) 2.600 0.800 0.800 peak 11 spectrum 1 weight 0.10000E+01 volume 0.12007E-02 ppm1 2.759 ppm2 5.205 CV 1 OR { 11} (( segid " " and resid 16 and name HB2 )) (( segid " " and resid 12 and name HA )) ASSI { 20} (( segid " " and resid 14 and name HB1 )) (( segid " " and resid 14 and name HA )) 2.600 0.800 0.800 peak 20 spectrum 1 weight 0.10000E+01 volume 0.13934E-02 ppm1 3.295 ppm2 4.584 CV 1 OR { 20} (( segid " " and resid 14 and name HB2 )) (( segid " " and resid 14 and name HA )) ASSI { 23} (( segid " " and resid 2 and name HB2 )) (( segid " " and resid 2 and name HA )) 2.600 0.900 0.900 peak 23 spectrum 1 weight 0.10000E+01 volume 0.14679E-02 ppm1 2.859 ppm2 4.691 CV 1 OR { 23} (( segid " " and resid 2 and name HB1 )) (( segid " " and resid 2 and name HA )) ASSI { 24} (( segid " " and resid 11 and name HB1 )) (( segid " " and resid 11 and name HA )) 3.000 1.100 1.100 peak 24 spectrum 1 weight 0.10000E+01 volume 0.61173E-03 ppm1 2.755 ppm2 4.716 CV 1 OR { 24} (( segid " " and resid 11 and name HB2 )) (( segid " " and resid 11 and name HA )) ASSI { 25} (( segid " " and resid 5 and name HB2 )) (( segid " " and resid 8 and name HA )) 3.400 1.500 1.500 peak 25 spectrum 1 weight 0.10000E+01 volume 0.20138E-02 ppm1 3.352 ppm2 4.416 CV 1 OR { 25} (( segid " " and resid 5 and name HB1 )) (( segid " " and resid 8 and name HA )) ASSI { 32} (( segid " " and resid 2 and name HB1 )) (( segid " " and resid 8 and name HA )) 4.200 2.200 1.800 peak 32 spectrum 1 weight 0.10000E+01 volume 0.34198E-03 ppm1 2.852 ppm2 4.406 CV 1 OR { 32} (( segid " " and resid 2 and name HB2 )) (( segid " " and resid 8 and name HA )) ASSI { 69} (( segid " " and resid 10 and name HG11)) (( segid " " and resid 13 and name HB1 )) 2.000 2.000 4.000 peak 69 spectrum 1 weight 0.10000E+01 volume 0.19042E-01 ppm1 2.155 ppm2 1.998 CV 1 OR { 69} (( segid " " and resid 10 and name HG13)) (( segid " " and resid 13 and name HB1 )) OR { 69} (( segid " " and resid 10 and name HG12)) (( segid " " and resid 13 and name HB1 )) OR { 69} (( segid " " and resid 10 and name HG23)) (( segid " " and resid 13 and name HB1 )) OR { 69} (( segid " " and resid 10 and name HG22)) (( segid " " and resid 13 and name HB1 )) OR { 69} (( segid " " and resid 10 and name HG21)) (( segid " " and resid 13 and name HB1 )) OR { 69} (( segid " " and resid 10 and name HG11)) (( segid " " and resid 13 and name HB2 )) OR { 69} (( segid " " and resid 10 and name HG13)) (( segid " " and resid 13 and name HB2 )) OR { 69} (( segid " " and resid 10 and name HG12)) (( segid " " and resid 13 and name HB2 )) OR { 69} (( segid " " and resid 10 and name HG23)) (( segid " " and resid 13 and name HB2 )) OR { 69} (( segid " " and resid 10 and name HG22)) (( segid " " and resid 13 and name HB2 )) OR { 69} (( segid " " and resid 10 and name HG21)) (( segid " " and resid 13 and name HB2 )) ASSI { 71} (( segid " " and resid 15 and name HG12)) (( segid " " and resid 15 and name HB )) 2.200 0.600 0.600 peak 71 spectrum 1 weight 0.10000E+01 volume 0.24931E-02 ppm1 1.574 ppm2 1.912 CV 1 OR { 71} (( segid " " and resid 15 and name HG11)) (( segid " " and resid 15 and name HB )) ASSI { 77} (( segid " " and resid 10 and name HB )) (( segid " " and resid 10 and name HG12)) 2.200 0.600 0.600 peak 77 spectrum 1 weight 0.10000E+01 volume 0.24623E-02 ppm1 0.958 ppm2 2.127 CV 1 OR { 77} (( segid " " and resid 10 and name HB )) (( segid " " and resid 10 and name HG21)) OR { 77} (( segid " " and resid 10 and name HB )) (( segid " " and resid 10 and name HG22)) OR { 77} (( segid " " and resid 10 and name HB )) (( segid " " and resid 10 and name HG11)) OR { 77} (( segid " " and resid 10 and name HB )) (( segid " " and resid 10 and name HG23)) OR { 77} (( segid " " and resid 10 and name HB )) (( segid " " and resid 10 and name HG13)) ASSI { 101} (( segid " " and resid 15 and name HA )) (( segid " " and resid 15 and name HG23)) 2.900 1.000 1.000 peak 101 spectrum 1 weight 0.10000E+01 volume 0.93704E-03 ppm1 4.200 ppm2 1.159 CV 1 OR { 101} (( segid " " and resid 15 and name HA )) (( segid " " and resid 15 and name HG21)) OR { 101} (( segid " " and resid 15 and name HA )) (( segid " " and resid 15 and name HG22)) ASSI { 109} (( segid " " and resid 6 and name HA )) (( segid " " and resid 6 and name HG1 )) 2.900 1.000 1.000 peak 109 spectrum 1 weight 0.10000E+01 volume 0.27980E-02 ppm1 4.279 ppm2 1.973 CV 1 OR { 109} (( segid " " and resid 6 and name HA )) (( segid " " and resid 6 and name HG2 )) ASSI { 113} (( segid " " and resid 6 and name HD1 )) (( segid " " and resid 6 and name HG1 )) 2.200 0.600 0.600 peak 113 spectrum 1 weight 0.10000E+01 volume 0.17904E-02 ppm1 3.894 ppm2 1.986 CV 1 OR { 113} (( segid " " and resid 6 and name HD2 )) (( segid " " and resid 6 and name HG2 )) OR { 113} (( segid " " and resid 6 and name HD1 )) (( segid " " and resid 6 and name HG2 )) OR { 113} (( segid " " and resid 6 and name HD2 )) (( segid " " and resid 6 and name HG1 )) ASSI { 114} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HG23)) 2.100 0.600 0.600 peak 114 spectrum 1 weight 0.10000E+01 volume 0.64184E-02 ppm1 3.890 ppm2 2.127 CV 1 OR { 114} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HG13)) OR { 114} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HG11)) OR { 114} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HG22)) OR { 114} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HG21)) OR { 114} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HG12)) ASSI { 118} (( segid " " and resid 9 and name HA )) (( segid " " and resid 16 and name HB1 )) 2.500 0.800 0.800 peak 118 spectrum 1 weight 0.10000E+01 volume 0.14096E-02 ppm1 4.509 ppm2 2.759 CV 1 OR { 118} (( segid " " and resid 9 and name HA )) (( segid " " and resid 16 and name HB2 )) ASSI { 125} (( segid " " and resid 12 and name HA )) (( segid " " and resid 11 and name HB2 )) 2.500 2.500 3.500 peak 125 spectrum 1 weight 0.10000E+01 volume 0.27064E-02 ppm1 5.225 ppm2 2.744 CV 1 OR { 125} (( segid " " and resid 12 and name HA )) (( segid " " and resid 11 and name HB1 )) ASSI { 129} (( segid " " and resid 5 and name HA )) (( segid " " and resid 6 and name HD1 )) 1.800 0.400 0.400 peak 129 spectrum 1 weight 0.10000E+01 volume 0.46832E-02 ppm1 5.190 ppm2 3.877 CV 1 OR { 129} (( segid " " and resid 5 and name HA )) (( segid " " and resid 6 and name HD2 )) assign (resid 2 and name HN )(resid 1 and name HA ) 2.6 0.8 0.9 assign (resid 2 and name HN )(resid 2 and name HA ) 3.4 1.6 1.6 assign (resid 2 and name HN )(resid 2 and name HB# ) 2.9 1.1 1.1 assign (resid 2 and name HN )(resid 2 and name HB# ) 3.7 1.9 1.9 assign (resid 3 and name HN )(resid 1 and name HA ) 3.4 1.6 1.6 assign (resid 3 and name HN )(resid 2 and name HB# ) 3.9 2.1 2.1 assign (resid 3 and name HN )(resid 3 and name HA ) 2.6 0.8 0.9 assign (resid 3 and name HN )(resid 3 and name HB# ) 2.5 0.7 0.6 assign (resid 4 and name HA )(resid 4 and name HB# ) 2.6 0.8 0.9 assign (resid 4 and name HN )(resid 3 and name HA ) 2.6 0.8 0.9 assign (resid 4 and name HN )(resid 3 and name HB# ) 3.9 2.1 2.1 assign (resid 4 and name HN )(resid 3 and name HB# ) 3.9 2.1 2.1 assign (resid 4 and name HN )(resid 3 and name HN ) 3.4 1.6 1.6 assign (resid 4 and name HN )(resid 4 and name HA ) 2.6 0.8 0.9 assign (resid 4 and name HN )(resid 4 and name HB# ) 2.9 1.1 1.1 assign (resid 5 and name HA )(resid 5 and name HB# ) 2.6 0.8 0.9 assign (resid 5 and name HA )(resid 6 and name HD# ) 2.1 0.3 0.4 assign (resid 5 and name HA )(resid 6 and name HD# ) 2.1 0.3 0.4 assign (resid 5 and name HE1 )(resid 2 and name HA ) 2.6 0.8 0.9 assign (resid 5 and name HE1 )(resid 4 and name HA ) 3.4 1.6 1.6 assign (resid 5 and name HE1 )(resid 5 and name HA ) 3.4 1.6 1.6 assign (resid 5 and name HE1 )(resid 5 and name HB# ) 3.1 1.3 1.4 assign (resid 5 and name HN )(resid 3 and name HA ) 3.4 1.6 1.6 assign (resid 5 and name HN )(resid 4 and name HA ) 2.6 0.8 0.9 assign (resid 5 and name HN )(resid 4 and name HB# ) 3.9 2.1 2.1 assign (resid 5 and name HN )(resid 5 and name HA ) 2.6 0.8 0.9 assign (resid 5 and name HN )(resid 5 and name HB# ) 2.5 0.7 0.6 assign (resid 5 and name HN )(resid 9 and name HB# ) 3.4 1.6 1.6 assign (resid 6 and name HA )(resid 6 and name HB# ) 2.6 0.8 0.9 assign (resid 6 and name HA )(resid 9 and name HB# ) 3.1 1.3 1.4 assign (resid 6 and name HA )(resid 9 and name HB# ) 3.1 1.3 1.4 assign (resid 6 and name HB# )(resid 6 and name HA ) 2.6 0.8 0.9 assign (resid 6 and name HB# )(resid 6 and name HD# ) 2.6 0.8 0.9 assign (resid 6 and name HD1 )(resid 6 and name HD2 ) 2.1 0.3 0.4 assign (resid 7 and name HA )(resid 10 and name HB ) 2.6 0.8 0.9 assign (resid 7 and name HN )(resid 5 and name HB# ) 3.1 1.3 1.4 assign (resid 7 and name HN )(resid 6 and name HA ) 2.6 0.8 0.9 assign (resid 7 and name HN )(resid 6 and name HB# ) 3.9 2.1 2.1 assign (resid 7 and name HN )(resid 6 and name HB# ) 3.9 2.1 2.1 assign (resid 7 and name HN )(resid 6 and name HD# ) 2.6 0.8 0.9 assign (resid 7 and name HN )(resid 6 and name HG# ) 3.1 1.3 1.4 assign (resid 7 and name HN )(resid 7 and name HA ) 2.6 0.8 0.9 assign (resid 7 and name HN )(resid 7 and name HB# ) 2.1 0.3 0.4 assign (resid 7 and name HN )(resid 8 and name HN ) 2.6 0.8 0.9 assign (resid 8 and name HA )(resid 9 and name HD2# ) 3.4 1.6 1.6 assign (resid 8 and name HN )(resid 5 and name HB# ) 3.1 1.3 1.4 assign (resid 8 and name HN )(resid 7 and name HA ) 3.4 1.6 1.6 assign (resid 8 and name HN )(resid 7 and name HB# ) 2.6 0.8 0.9 assign (resid 8 and name HN )(resid 8 and name HA ) 2.6 0.8 0.9 assign (resid 8 and name HN )(resid 8 and name HB# ) 2.9 1.1 1.1 assign (resid 8 and name HN )(resid 8 and name HB# ) 3.7 1.9 1.9 assign (resid 9 and name HB# )(resid 6 and name HA ) 3.1 1.3 1.4 assign (resid 9 and name HB# )(resid 6 and name HA ) 3.1 1.3 1.4 assign (resid 9 and name HD21)(resid 9 and name HD22 ) 2.1 0.3 0.4 assign (resid 9 and name HD2#)(resid 3 and name HB# ) 2.6 0.8 0.9 assign (resid 9 and name HD2#)(resid 3 and name HA ) 3.4 1.6 1.6 assign (resid 9 and name HD2#)(resid 9 and name HB# ) 3.1 1.3 1.4 assign (resid 9 and name HD2#)(resid 9 and name HB# ) 3.1 1.3 1.4 assign (resid 9 and name HD2#)(resid 9 and name HB# ) 3.9 2.1 2.1 assign (resid 9 and name HD2#)(resid 9 and name HB# ) 3.9 2.1 2.1 assign (resid 9 and name HN )(resid 5 and name HB# ) 3.9 2.1 2.1 assign (resid 9 and name HN )(resid 6 and name HA ) 3.4 1.6 1.6 assign (resid 9 and name HN )(resid 7 and name HA ) 3.4 1.6 1.6 assign (resid 9 and name HN )(resid 7 and name HB# ) 3.4 1.6 1.6 assign (resid 9 and name HN )(resid 8 and name HA ) 2.6 0.8 0.9 assign (resid 9 and name HN )(resid 8 and name HB# ) 3.1 1.3 1.4 assign (resid 9 and name HN )(resid 8 and name HB# ) 3.1 1.3 1.4 assign (resid 9 and name HN )(resid 8 and name HN ) 2.6 0.8 0.9 assign (resid 9 and name HN )(resid 9 and name HA ) 2.6 0.8 0.9 assign (resid 9 and name HN )(resid 9 and name HB# ) 2.5 0.7 0.6 assign (resid 9 and name HN )(resid 9 and name HB# ) 2.5 0.7 0.6 assign (resid 9 and name HN )(resid 10 and name HB ) 3.4 1.6 1.6 assign (resid 9 and name HN )(resid 10 and name HN ) 2.6 0.8 0.9 assign (resid 10 and name HN )(resid 6 and name HA ) 3.4 1.6 1.6 assign (resid 10 and name HN )(resid 7 and name HA ) 3.4 1.6 1.6 assign (resid 10 and name HN )(resid 9 and name HA ) 2.6 0.8 0.9 assign (resid 10 and name HN )(resid 9 and name HB# ) 2.6 0.8 0.9 assign (resid 10 and name HN )(resid 9 and name HB# ) 3.1 1.3 1.4 assign (resid 10 and name HN )(resid 10 and name HA ) 2.6 0.8 0.9 assign (resid 10 and name HN )(resid 10 and name HB ) 2.1 0.3 0.4 assign (resid 10 and name HN )(resid 10 and name HG* ) 2.1 0.3 0.4 assign (resid 11 and name HD2#)(resid 10 and name HB ) 3.4 1.6 1.6 assign (resid 11 and name HD2#)(resid 11 and name HB# ) 3.1 1.3 1.4 assign (resid 11 and name HD2#)(resid 11 and name HB# ) 3.9 2.1 2.1 assign (resid 11 and name HD2#)(resid 11 and name HN ) 2.1 0.3 0.4 assign (resid 11 and name HN )(resid 7 and name HA ) 3.4 1.6 1.6 assign (resid 11 and name HN )(resid 7 and name HB# ) 3.4 1.6 1.6 assign (resid 11 and name HN )(resid 8 and name HA ) 3.4 1.6 1.6 assign (resid 11 and name HN )(resid 10 and name HA ) 3.4 1.6 1.6 assign (resid 11 and name HN )(resid 10 and name HB ) 3.4 1.6 1.6 assign (resid 11 and name HN )(resid 11 and name HB# ) 2.9 1.1 1.1 assign (resid 11 and name HN )(resid 11 and name HB# ) 2.9 1.1 1.1 assign (resid 12 and name HA )(resid 12 and name HB# ) 3.1 1.3 1.4 assign (resid 12 and name HA )(resid 13 and name HD# ) 2.1 0.3 0.4 assign (resid 12 and name HA )(resid 13 and name HD# ) 2.6 0.8 0.9 assign (resid 12 and name HD2#)(resid 8 and name HA ) 3.4 1.6 1.6 assign (resid 12 and name HD2#)(resid 11 and name HB# ) 3.9 2.1 2.1 assign (resid 12 and name HD2#)(resid 12 and name HB# ) 3.9 2.1 2.1 assign (resid 12 and name HN )(resid 9 and name HA ) 3.4 1.6 1.6 assign (resid 12 and name HN )(resid 10 and name HA ) 3.4 1.6 1.6 assign (resid 12 and name HN )(resid 10 and name HB# ) 3.4 1.6 1.6 assign (resid 12 and name HN )(resid 11 and name HA ) 2.6 0.8 0.9 assign (resid 12 and name HN )(resid 11 and name HB# ) 3.9 2.1 2.1 assign (resid 12 and name HN )(resid 12 and name HA ) 2.6 0.8 0.9 assign (resid 12 and name HN )(resid 12 and name HB# ) 2.9 1.1 1.1 assign (resid 12 and name HN )(resid 12 and name HB# ) 2.9 1.1 1.1 assign (resid 12 and name HN )(resid 13 and name HD# ) 2.6 0.8 0.9 assign (resid 13 and name HD# )(resid 13 and name HD# ) 3.1 1.3 1.4 assign (resid 13 and name HD# )(resid 13 and name HD# ) 3.1 1.3 1.4 assign (resid 13 and name HG# )(resid 13 and name HD# ) 3.1 1.3 1.4 assign (resid 14 and name HE1 )(resid 13 and name HG# ) 3.9 2.1 2.1 assign (resid 14 and name HE1 )(resid 14 and name HB# ) 3.1 1.3 1.4 assign (resid 14 and name HE1 )(resid 15 and name HD1# ) 2.6 0.8 0.9 assign (resid 14 and name HE1 )(resid 15 and name HG1# ) 3.4 1.6 1.6 assign (resid 14 and name HE1 )(resid 15 and name HG2# ) 3.4 1.6 1.6 assign (resid 14 and name HN )(resid 13 and name HA ) 2.6 0.8 0.9 assign (resid 14 and name HN )(resid 13 and name HD# ) 3.4 1.6 1.6 assign (resid 14 and name HN )(resid 13 and name HG# ) 2.6 0.8 0.9 assign (resid 14 and name HN )(resid 14 and name HA ) 2.6 0.8 0.9 assign (resid 14 and name HN )(resid 14 and name HB# ) 2.9 1.1 1.1 assign (resid 15 and name HG2#)(resid 15 and name HA ) 2.6 0.8 0.9 assign (resid 15 and name HG2#)(resid 15 and name HB# ) 2.6 0.8 0.9 assign (resid 15 and name HG2#)(resid 15 and name HG1# ) 2.1 0.3 0.4 assign (resid 15 and name HG2#)(resid 16 and name HB# ) 3.1 1.3 1.4 assign (resid 15 and name HN )(resid 12 and name HB# ) 3.9 2.1 2.1 assign (resid 15 and name HN )(resid 13 and name HA ) 3.4 1.6 1.6 assign (resid 15 and name HN )(resid 14 and name HA ) 2.6 0.8 0.9 assign (resid 15 and name HN )(resid 14 and name HB# ) 3.1 1.3 1.4 assign (resid 15 and name HN )(resid 14 and name HB# ) 3.9 2.1 2.1 assign (resid 15 and name HN )(resid 14 and name HN ) 2.6 0.8 0.9 assign (resid 15 and name HN )(resid 15 and name HA ) 2.6 0.8 0.9 assign (resid 15 and name HN )(resid 15 and name HB# ) 2.6 0.8 0.9 assign (resid 15 and name HN )(resid 15 and name HD1# ) 2.6 0.8 0.9 assign (resid 15 and name HN )(resid 15 and name HG1# ) 2.6 0.8 0.9 assign (resid 15 and name HN )(resid 15 and name HG2# ) 2.6 0.8 0.9 assign (resid 16 and name HN )(resid 15 and name HA ) 2.6 0.8 0.9 assign (resid 16 and name HN )(resid 15 and name HB ) 2.6 0.8 0.9 assign (resid 16 and name HN )(resid 15 and name HD1# ) 2.6 0.8 0.9 assign (resid 16 and name HN )(resid 15 and name HN ) 2.6 0.8 0.9 assign (resid 16 and name HN )(resid 16 and name HB# ) 2.9 1.1 1.1 assign (resid 16 and name HN )(resid 16 and name HB# ) 2.9 1.1 1.1 assign (resid 17 and name HN )(resid 13 and name HA ) 2.6 0.8 0.9 assign (resid 17 and name HN )(resid 15 and name HD1# ) 3.4 1.6 1.6 assign (resid 17 and name HN )(resid 16 and name HA ) 2.6 0.8 0.9 assign (resid 17 and name HN )(resid 16 and name HB# ) 3.9 2.1 2.1 assign (resid 17 and name HN )(resid 17 and name HA ) 2.1 0.3 0.4 assign (resid 2 and name SG) (resid 8 and name SG) 2.02 0.1 0.1 assign (resid 3 and name SG) (resid 16 and name SG) 2.02 0.1 0.1 assign (resid 2 and name CB#) (resid 8 and name SG) 2.99 0.5 0.5 assign (resid 3 and name CB#) (resid 16 and name SG) 2.99 0.5 0.5 assign (resid 2 and name SG) (resid 8 and name CB#) 2.99 0.5 0.5 assign (resid 3 and name SG) (resid 16 and name CB#) 2.99 0.5 0.5 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H GLY 1 1H GLY 1 7.488 8.134 4.297 2 2H GLY 1 2H GLY 1 7.207 8.451 5.937 3 3H GLY 1 3H GLY 1 6.800 9.611 4.770 4 1HA GLY 1 1HA GLY 1 4.855 8.393 5.638 5 2HA GLY 1 2HA GLY 1 5.064 8.259 3.896 6 H CYS 2 H CYS 2 3.599 6.415 5.525 7 HA CYS 2 HA CYS 2 5.361 4.059 5.556 8 1HB CYS 2 1HB CYS 2 3.981 4.698 7.610 9 2HB CYS 2 2HB CYS 2 2.559 4.222 6.686 10 H CYS 3 H CYS 3 2.468 5.402 4.118 11 HA CYS 3 HA CYS 3 1.480 3.072 2.896 12 1HB CYS 3 1HB CYS 3 1.135 5.989 2.230 13 2HB CYS 3 2HB CYS 3 0.305 4.707 1.349 14 H SER 4 H SER 4 4.373 4.510 2.284 15 HA SER 4 HA SER 4 4.364 3.844 -0.554 16 1HB SER 4 1HB SER 4 6.758 4.858 -0.325 17 2HB SER 4 2HB SER 4 5.347 5.918 -0.349 18 HG SER 4 HG SER 4 5.565 6.313 1.756 19 H HIS 5 H HIS 5 4.352 1.845 1.677 20 HA HIS 5 HA HIS 5 6.721 0.360 0.796 21 1HB HIS 5 1HB HIS 5 5.783 0.449 3.673 22 2HB HIS 5 2HB HIS 5 7.142 -0.483 3.048 23 HD1 HIS 5 HD1 HIS 5 6.044 3.122 3.164 24 HD2 HIS 5 HD2 HIS 5 9.518 0.856 3.263 25 HE1 HIS 5 HE1 HIS 5 7.898 4.771 3.189 26 HE2 HIS 5 HE2 HIS 5 10.021 3.405 3.150 27 HA PRO 6 HA PRO 6 3.655 -2.659 -0.261 28 1HB PRO 6 1HB PRO 6 5.374 -4.860 -0.088 29 2HB PRO 6 2HB PRO 6 5.090 -3.875 -1.526 30 1HG PRO 6 1HG PRO 6 7.313 -3.754 0.456 31 2HG PRO 6 2HG PRO 6 7.347 -3.474 -1.294 32 1HD PRO 6 1HD PRO 6 7.449 -1.441 0.449 33 2HD PRO 6 2HD PRO 6 6.567 -1.297 -1.090 34 H ALA 7 H ALA 7 5.811 -3.276 2.484 35 HA ALA 7 HA ALA 7 4.156 -5.297 3.631 36 1HB ALA 7 1HB ALA 7 6.404 -5.382 4.273 37 2HB ALA 7 2HB ALA 7 5.558 -4.805 5.708 38 3HB ALA 7 3HB ALA 7 6.445 -3.670 4.690 39 H CYS 8 H CYS 8 4.432 -1.818 4.046 40 HA CYS 8 HA CYS 8 2.666 -1.673 6.284 41 1HB CYS 8 1HB CYS 8 4.380 0.056 5.759 42 2HB CYS 8 2HB CYS 8 3.437 0.516 4.345 43 H ASN 9 H ASN 9 2.241 -2.005 2.918 44 HA ASN 9 HA ASN 9 -0.466 -0.963 2.884 45 1HB ASN 9 1HB ASN 9 1.247 -2.366 0.836 46 2HB ASN 9 2HB ASN 9 -0.456 -2.030 0.550 47 1HD2 ASN 9 1HD2 ASN 9 0.491 0.411 2.450 48 2HD2 ASN 9 2HD2 ASN 9 0.973 1.567 1.247 49 H VAL 10 H VAL 10 1.024 -3.829 3.853 50 HA VAL 10 HA VAL 10 -1.143 -5.609 3.176 51 HB VAL 10 HB VAL 10 1.140 -6.027 5.122 52 1HG1 VAL 10 1HG1 VAL 10 -0.707 -7.549 5.545 53 2HG1 VAL 10 2HG1 VAL 10 0.647 -8.420 4.824 54 3HG1 VAL 10 3HG1 VAL 10 -0.751 -7.996 3.840 55 1HG2 VAL 10 1HG2 VAL 10 1.333 -7.532 2.686 56 2HG2 VAL 10 2HG2 VAL 10 2.484 -6.397 3.394 57 3HG2 VAL 10 3HG2 VAL 10 1.207 -5.809 2.328 58 H ASN 11 H ASN 11 0.136 -4.225 6.215 59 HA ASN 11 HA ASN 11 -2.115 -5.120 7.737 60 1HB ASN 11 1HB ASN 11 -1.145 -3.696 9.544 61 2HB ASN 11 2HB ASN 11 -0.004 -4.845 8.861 62 1HD2 ASN 11 1HD2 ASN 11 1.782 -4.118 7.833 63 2HD2 ASN 11 2HD2 ASN 11 2.226 -2.450 7.753 64 H ASN 12 H ASN 12 -1.369 -2.294 5.909 65 HA ASN 12 HA ASN 12 -3.983 -1.152 6.635 66 1HB ASN 12 1HB ASN 12 -1.415 0.265 5.970 67 2HB ASN 12 2HB ASN 12 -2.986 1.055 5.888 68 1HD2 ASN 12 1HD2 ASN 12 -0.393 0.883 7.728 69 2HD2 ASN 12 2HD2 ASN 12 -1.089 1.065 9.300 70 HA PRO 13 HA PRO 13 -3.782 -2.550 2.264 71 1HB PRO 13 1HB PRO 13 -6.496 -3.546 2.648 72 2HB PRO 13 2HB PRO 13 -5.028 -4.430 2.230 73 1HG PRO 13 1HG PRO 13 -6.243 -4.665 4.638 74 2HG PRO 13 2HG PRO 13 -4.491 -4.843 4.422 75 1HD PRO 13 1HD PRO 13 -6.050 -2.506 5.452 76 2HD PRO 13 2HD PRO 13 -4.501 -3.167 6.015 77 H HIS 14 H HIS 14 -7.012 -1.575 3.410 78 HA HIS 14 HA HIS 14 -7.379 -0.243 0.853 79 1HB HIS 14 1HB HIS 14 -9.789 -0.104 1.599 80 2HB HIS 14 2HB HIS 14 -9.144 -1.725 1.387 81 HD1 HIS 14 HD1 HIS 14 -9.816 0.742 4.219 82 HD2 HIS 14 HD2 HIS 14 -9.581 -3.356 3.503 83 HE1 HIS 14 HE1 HIS 14 -10.454 -0.371 6.388 84 HE2 HIS 14 HE2 HIS 14 -10.484 -2.844 5.876 85 H ILE 15 H ILE 15 -6.417 0.658 3.875 86 HA ILE 15 HA ILE 15 -7.543 3.347 3.663 87 HB ILE 15 HB ILE 15 -6.332 3.658 5.879 88 1HG1 ILE 15 1HG1 ILE 15 -5.021 1.443 5.521 89 2HG1 ILE 15 2HG1 ILE 15 -5.575 1.865 7.134 90 1HG2 ILE 15 1HG2 ILE 15 -8.231 3.104 7.037 91 2HG2 ILE 15 2HG2 ILE 15 -8.462 1.603 6.143 92 3HG2 ILE 15 3HG2 ILE 15 -8.833 3.150 5.380 93 1HD1 ILE 15 1HD1 ILE 15 -7.608 0.349 5.847 94 2HD1 ILE 15 2HD1 ILE 15 -6.655 -0.052 7.279 95 3HD1 ILE 15 3HD1 ILE 15 -6.068 -0.494 5.676 96 H CYS 16 H CYS 16 -4.607 1.530 3.510 97 HA CYS 16 HA CYS 16 -3.099 3.998 3.015 98 1HB CYS 16 1HB CYS 16 -2.684 3.004 5.199 99 2HB CYS 16 2HB CYS 16 -2.270 1.467 4.442 100 H GLY 17 H GLY 17 -3.920 0.933 1.739 101 1HA GLY 17 1HA GLY 17 -1.718 1.163 -0.222 102 2HA GLY 17 2HA GLY 17 -2.473 -0.364 0.224 103 1HN NH2 18 1HN NH2 18 -5.346 0.168 -0.314 104 2HN NH2 18 2HN NH2 18 -5.297 1.865 -0.621 Start of MODEL 2 1 1H GLY 1 1H GLY 1 1.190 5.039 9.472 2 2H GLY 1 2H GLY 1 1.240 3.694 8.444 3 3H GLY 1 3H GLY 1 -0.104 4.725 8.425 4 1HA GLY 1 1HA GLY 1 0.817 6.065 6.943 5 2HA GLY 1 2HA GLY 1 2.253 6.215 7.950 6 H CYS 2 H CYS 2 3.815 6.044 6.432 7 HA CYS 2 HA CYS 2 5.060 5.224 4.688 8 1HB CYS 2 1HB CYS 2 5.813 2.826 5.174 9 2HB CYS 2 2HB CYS 2 6.107 4.032 6.417 10 H CYS 3 H CYS 3 2.687 5.446 3.575 11 HA CYS 3 HA CYS 3 1.629 2.967 2.625 12 1HB CYS 3 1HB CYS 3 1.091 5.827 1.862 13 2HB CYS 3 2HB CYS 3 0.263 4.461 1.113 14 H SER 4 H SER 4 4.425 4.433 1.820 15 HA SER 4 HA SER 4 4.320 3.538 -0.962 16 1HB SER 4 1HB SER 4 6.720 4.574 -0.919 17 2HB SER 4 2HB SER 4 5.307 5.626 -1.027 18 HG SER 4 HG SER 4 6.721 6.368 0.572 19 H HIS 5 H HIS 5 4.485 1.983 1.662 20 HA HIS 5 HA HIS 5 6.869 0.395 0.988 21 1HB HIS 5 1HB HIS 5 5.764 0.889 3.768 22 2HB HIS 5 2HB HIS 5 7.190 -0.068 3.369 23 HD1 HIS 5 HD1 HIS 5 6.080 3.441 2.451 24 HD2 HIS 5 HD2 HIS 5 9.405 1.426 3.909 25 HE1 HIS 5 HE1 HIS 5 7.865 5.150 2.574 26 HE2 HIS 5 HE2 HIS 5 9.845 3.977 3.653 27 HA PRO 6 HA PRO 6 4.060 -2.865 0.128 28 1HB PRO 6 1HB PRO 6 5.801 -4.933 0.926 29 2HB PRO 6 2HB PRO 6 5.627 -4.262 -0.698 30 1HG PRO 6 1HG PRO 6 7.651 -3.656 1.399 31 2HG PRO 6 2HG PRO 6 7.825 -3.670 -0.366 32 1HD PRO 6 1HD PRO 6 7.691 -1.369 0.995 33 2HD PRO 6 2HD PRO 6 6.921 -1.542 -0.598 34 H ALA 7 H ALA 7 5.906 -3.267 3.150 35 HA ALA 7 HA ALA 7 4.168 -5.083 4.373 36 1HB ALA 7 1HB ALA 7 6.014 -5.048 5.641 37 2HB ALA 7 2HB ALA 7 5.211 -3.735 6.501 38 3HB ALA 7 3HB ALA 7 6.381 -3.371 5.233 39 H CYS 8 H CYS 8 4.250 -1.545 4.551 40 HA CYS 8 HA CYS 8 2.060 -1.332 6.367 41 1HB CYS 8 1HB CYS 8 3.001 0.824 4.475 42 2HB CYS 8 2HB CYS 8 2.207 1.017 6.035 43 H ASN 9 H ASN 9 2.239 -1.954 3.013 44 HA ASN 9 HA ASN 9 -0.384 -0.847 2.429 45 1HB ASN 9 1HB ASN 9 1.658 -2.331 0.791 46 2HB ASN 9 2HB ASN 9 0.024 -2.070 0.190 47 1HD2 ASN 9 1HD2 ASN 9 0.567 0.497 2.092 48 2HD2 ASN 9 2HD2 ASN 9 1.212 1.607 0.928 49 H VAL 10 H VAL 10 1.016 -3.870 3.371 50 HA VAL 10 HA VAL 10 -1.298 -5.431 2.621 51 HB VAL 10 HB VAL 10 1.048 -6.197 4.370 52 1HG1 VAL 10 1HG1 VAL 10 0.117 -8.201 4.665 53 2HG1 VAL 10 2HG1 VAL 10 -0.304 -8.337 2.957 54 3HG1 VAL 10 3HG1 VAL 10 -1.382 -7.489 4.065 55 1HG2 VAL 10 1HG2 VAL 10 0.729 -7.180 1.585 56 2HG2 VAL 10 2HG2 VAL 10 2.193 -6.921 2.532 57 3HG2 VAL 10 3HG2 VAL 10 1.341 -5.545 1.832 58 H ASN 11 H ASN 11 0.243 -4.447 5.678 59 HA ASN 11 HA ASN 11 -1.842 -5.392 7.343 60 1HB ASN 11 1HB ASN 11 0.245 -3.268 7.887 61 2HB ASN 11 2HB ASN 11 -0.779 -4.013 9.107 62 1HD2 ASN 11 1HD2 ASN 11 -0.111 -6.353 6.895 63 2HD2 ASN 11 2HD2 ASN 11 1.270 -7.070 7.653 64 H ASN 12 H ASN 12 -1.285 -2.401 5.659 65 HA ASN 12 HA ASN 12 -3.866 -1.368 6.637 66 1HB ASN 12 1HB ASN 12 -1.559 0.302 5.652 67 2HB ASN 12 2HB ASN 12 -3.050 0.880 6.388 68 1HD2 ASN 12 1HD2 ASN 12 -2.944 1.373 8.474 69 2HD2 ASN 12 2HD2 ASN 12 -1.749 0.803 9.583 70 HA PRO 13 HA PRO 13 -3.867 -2.311 2.145 71 1HB PRO 13 1HB PRO 13 -6.124 -3.784 2.013 72 2HB PRO 13 2HB PRO 13 -4.575 -4.438 2.557 73 1HG PRO 13 1HG PRO 13 -6.925 -3.542 4.169 74 2HG PRO 13 2HG PRO 13 -5.861 -4.937 4.412 75 1HD PRO 13 1HD PRO 13 -5.645 -2.596 5.811 76 2HD PRO 13 2HD PRO 13 -4.291 -3.705 5.521 77 H HIS 14 H HIS 14 -6.886 -1.370 3.800 78 HA HIS 14 HA HIS 14 -7.788 -0.151 1.300 79 1HB HIS 14 1HB HIS 14 -9.955 0.155 2.532 80 2HB HIS 14 2HB HIS 14 -9.453 -1.518 2.331 81 HD1 HIS 14 HD1 HIS 14 -8.503 -2.717 4.524 82 HD2 HIS 14 HD2 HIS 14 -10.339 0.969 5.119 83 HE1 HIS 14 HE1 HIS 14 -8.805 -2.499 7.013 84 HE2 HIS 14 HE2 HIS 14 -9.785 -0.203 7.359 85 H ILE 15 H ILE 15 -6.379 0.717 4.234 86 HA ILE 15 HA ILE 15 -7.314 3.476 4.096 87 HB ILE 15 HB ILE 15 -5.867 3.674 6.195 88 1HG1 ILE 15 1HG1 ILE 15 -4.798 1.349 5.669 89 2HG1 ILE 15 2HG1 ILE 15 -5.109 1.813 7.336 90 1HG2 ILE 15 1HG2 ILE 15 -8.184 1.805 6.503 91 2HG2 ILE 15 2HG2 ILE 15 -8.397 3.486 6.014 92 3HG2 ILE 15 3HG2 ILE 15 -7.667 3.104 7.574 93 1HD1 ILE 15 1HD1 ILE 15 -7.405 0.485 6.301 94 2HD1 ILE 15 2HD1 ILE 15 -6.342 0.010 7.625 95 3HD1 ILE 15 3HD1 ILE 15 -5.971 -0.490 5.975 96 H CYS 16 H CYS 16 -4.531 1.501 3.610 97 HA CYS 16 HA CYS 16 -2.930 3.890 3.035 98 1HB CYS 16 1HB CYS 16 -2.420 2.831 5.191 99 2HB CYS 16 2HB CYS 16 -2.079 1.308 4.369 100 H GLY 17 H GLY 17 -3.750 0.655 2.006 101 1HA GLY 17 1HA GLY 17 -1.776 0.904 -0.174 102 2HA GLY 17 2HA GLY 17 -2.377 -0.625 0.454 103 1HN NH2 18 1HN NH2 18 -4.651 -1.364 -0.898 104 2HN NH2 18 2HN NH2 18 -3.495 -1.071 -2.148 Start of MODEL 3 1 1H GLY 1 1H GLY 1 1.025 8.210 7.600 2 2H GLY 1 2H GLY 1 1.791 8.026 6.101 3 3H GLY 1 3H GLY 1 2.584 8.828 7.365 4 1HA GLY 1 1HA GLY 1 2.930 6.890 8.576 5 2HA GLY 1 2HA GLY 1 1.731 6.017 7.632 6 H CYS 2 H CYS 2 2.673 4.508 6.442 7 HA CYS 2 HA CYS 2 5.030 5.269 4.871 8 1HB CYS 2 1HB CYS 2 5.858 2.859 5.278 9 2HB CYS 2 2HB CYS 2 6.083 4.038 6.566 10 H CYS 3 H CYS 3 2.683 5.446 3.712 11 HA CYS 3 HA CYS 3 1.668 3.021 2.632 12 1HB CYS 3 1HB CYS 3 1.237 5.916 1.964 13 2HB CYS 3 2HB CYS 3 0.514 4.634 0.997 14 H SER 4 H SER 4 4.553 4.427 1.995 15 HA SER 4 HA SER 4 4.562 3.664 -0.830 16 1HB SER 4 1HB SER 4 6.665 5.074 0.819 17 2HB SER 4 2HB SER 4 6.793 4.718 -0.905 18 HG SER 4 HG SER 4 5.327 6.229 -1.359 19 H HIS 5 H HIS 5 4.542 1.926 1.698 20 HA HIS 5 HA HIS 5 6.890 0.301 0.994 21 1HB HIS 5 1HB HIS 5 5.775 0.677 3.788 22 2HB HIS 5 2HB HIS 5 7.184 -0.287 3.345 23 HD1 HIS 5 HD1 HIS 5 6.119 3.302 2.746 24 HD2 HIS 5 HD2 HIS 5 9.457 1.106 3.870 25 HE1 HIS 5 HE1 HIS 5 7.960 4.958 2.903 26 HE2 HIS 5 HE2 HIS 5 9.929 3.662 3.857 27 HA PRO 6 HA PRO 6 3.855 -2.769 0.040 28 1HB PRO 6 1HB PRO 6 6.070 -4.639 0.712 29 2HB PRO 6 2HB PRO 6 5.067 -4.554 -0.740 30 1HG PRO 6 1HG PRO 6 7.568 -3.668 -0.793 31 2HG PRO 6 2HG PRO 6 6.280 -2.787 -1.640 32 1HD PRO 6 1HD PRO 6 7.621 -2.157 0.960 33 2HD PRO 6 2HD PRO 6 7.082 -1.059 -0.332 34 H ALA 7 H ALA 7 5.931 -3.355 2.863 35 HA ALA 7 HA ALA 7 4.262 -5.234 4.138 36 1HB ALA 7 1HB ALA 7 6.617 -3.656 4.844 37 2HB ALA 7 2HB ALA 7 6.213 -5.329 5.226 38 3HB ALA 7 3HB ALA 7 5.563 -4.017 6.211 39 H CYS 8 H CYS 8 4.451 -1.707 4.411 40 HA CYS 8 HA CYS 8 2.456 -1.482 6.428 41 1HB CYS 8 1HB CYS 8 3.358 0.580 4.408 42 2HB CYS 8 2HB CYS 8 2.422 0.902 5.862 43 H ASN 9 H ASN 9 2.370 -1.856 2.988 44 HA ASN 9 HA ASN 9 -0.336 -0.914 2.679 45 1HB ASN 9 1HB ASN 9 1.574 -2.372 0.859 46 2HB ASN 9 2HB ASN 9 -0.099 -2.070 0.402 47 1HD2 ASN 9 1HD2 ASN 9 0.567 0.463 2.269 48 2HD2 ASN 9 2HD2 ASN 9 1.172 1.577 1.084 49 H VAL 10 H VAL 10 1.244 -3.959 3.333 50 HA VAL 10 HA VAL 10 -1.017 -5.628 2.837 51 HB VAL 10 HB VAL 10 1.349 -6.084 4.675 52 1HG1 VAL 10 1HG1 VAL 10 0.638 -8.198 5.075 53 2HG1 VAL 10 2HG1 VAL 10 -0.114 -8.357 3.486 54 3HG1 VAL 10 3HG1 VAL 10 -0.946 -7.480 4.774 55 1HG2 VAL 10 1HG2 VAL 10 2.447 -7.139 2.917 56 2HG2 VAL 10 2HG2 VAL 10 1.727 -5.719 2.156 57 3HG2 VAL 10 3HG2 VAL 10 0.970 -7.303 1.965 58 H ASN 11 H ASN 11 0.392 -4.206 5.770 59 HA ASN 11 HA ASN 11 -1.636 -5.110 7.526 60 1HB ASN 11 1HB ASN 11 0.320 -2.820 7.825 61 2HB ASN 11 2HB ASN 11 -0.694 -3.445 9.119 62 1HD2 ASN 11 1HD2 ASN 11 0.175 -5.990 7.179 63 2HD2 ASN 11 2HD2 ASN 11 1.553 -6.547 8.063 64 H ASN 12 H ASN 12 -1.319 -2.297 5.503 65 HA ASN 12 HA ASN 12 -3.942 -1.331 6.442 66 1HB ASN 12 1HB ASN 12 -1.620 0.348 5.515 67 2HB ASN 12 2HB ASN 12 -3.194 0.946 6.029 68 1HD2 ASN 12 1HD2 ASN 12 -0.101 0.469 6.984 69 2HD2 ASN 12 2HD2 ASN 12 -0.329 0.435 8.696 70 HA PRO 13 HA PRO 13 -4.035 -2.138 1.928 71 1HB PRO 13 1HB PRO 13 -6.040 -3.908 1.821 72 2HB PRO 13 2HB PRO 13 -4.419 -4.371 2.355 73 1HG PRO 13 1HG PRO 13 -6.868 -3.828 3.976 74 2HG PRO 13 2HG PRO 13 -5.615 -5.057 4.215 75 1HD PRO 13 1HD PRO 13 -5.768 -2.633 5.573 76 2HD PRO 13 2HD PRO 13 -4.313 -3.640 5.429 77 H HIS 14 H HIS 14 -6.734 -1.278 4.012 78 HA HIS 14 HA HIS 14 -8.280 -0.436 1.685 79 1HB HIS 14 1HB HIS 14 -10.125 -0.141 3.379 80 2HB HIS 14 2HB HIS 14 -9.528 -1.783 3.178 81 HD1 HIS 14 HD1 HIS 14 -9.195 1.147 5.568 82 HD2 HIS 14 HD2 HIS 14 -8.755 -2.992 5.493 83 HE1 HIS 14 HE1 HIS 14 -8.678 0.475 7.942 84 HE2 HIS 14 HE2 HIS 14 -8.497 -2.041 7.888 85 H ILE 15 H ILE 15 -6.562 0.918 4.351 86 HA ILE 15 HA ILE 15 -7.634 3.591 3.837 87 HB ILE 15 HB ILE 15 -6.051 4.152 5.796 88 1HG1 ILE 15 1HG1 ILE 15 -6.316 1.225 6.422 89 2HG1 ILE 15 2HG1 ILE 15 -4.940 1.830 5.502 90 1HG2 ILE 15 1HG2 ILE 15 -7.916 2.516 7.156 91 2HG2 ILE 15 2HG2 ILE 15 -8.698 3.153 5.709 92 3HG2 ILE 15 3HG2 ILE 15 -7.971 4.256 6.877 93 1HD1 ILE 15 1HD1 ILE 15 -4.548 1.564 7.929 94 2HD1 ILE 15 2HD1 ILE 15 -5.716 2.859 8.207 95 3HD1 ILE 15 3HD1 ILE 15 -4.234 3.181 7.301 96 H CYS 16 H CYS 16 -4.728 1.697 3.680 97 HA CYS 16 HA CYS 16 -3.200 4.062 2.957 98 1HB CYS 16 1HB CYS 16 -2.506 2.906 4.956 99 2HB CYS 16 2HB CYS 16 -2.389 1.377 4.088 100 H GLY 17 H GLY 17 -3.004 0.598 2.166 101 1HA GLY 17 1HA GLY 17 -2.546 1.374 -0.643 102 2HA GLY 17 2HA GLY 17 -1.371 0.349 0.166 103 1HN NH2 18 1HN NH2 18 -4.512 -0.203 -1.699 104 2HN NH2 18 2HN NH2 18 -5.201 -0.664 -0.187 Start of MODEL 4 1 1H GLY 1 1H GLY 1 7.124 7.815 3.701 2 2H GLY 1 2H GLY 1 6.771 8.990 4.867 3 3H GLY 1 3H GLY 1 6.459 9.299 3.229 4 1HA GLY 1 1HA GLY 1 4.631 8.431 5.001 5 2HA GLY 1 2HA GLY 1 4.505 8.265 3.256 6 H CYS 2 H CYS 2 3.734 6.577 5.719 7 HA CYS 2 HA CYS 2 5.243 4.179 5.550 8 1HB CYS 2 1HB CYS 2 3.722 4.905 7.462 9 2HB CYS 2 2HB CYS 2 2.367 4.396 6.460 10 H CYS 3 H CYS 3 2.526 5.454 3.767 11 HA CYS 3 HA CYS 3 1.719 2.992 2.588 12 1HB CYS 3 1HB CYS 3 1.210 5.861 1.806 13 2HB CYS 3 2HB CYS 3 0.495 4.484 0.970 14 H SER 4 H SER 4 4.600 4.348 2.255 15 HA SER 4 HA SER 4 4.834 3.836 -0.615 16 1HB SER 4 1HB SER 4 5.825 5.939 0.446 17 2HB SER 4 2HB SER 4 7.017 4.871 1.192 18 HG SER 4 HG SER 4 6.599 5.449 -1.541 19 H HIS 5 H HIS 5 4.577 1.910 1.803 20 HA HIS 5 HA HIS 5 6.897 0.248 1.100 21 1HB HIS 5 1HB HIS 5 5.697 0.492 3.873 22 2HB HIS 5 2HB HIS 5 7.081 -0.504 3.417 23 HD1 HIS 5 HD1 HIS 5 6.092 3.138 3.275 24 HD2 HIS 5 HD2 HIS 5 9.466 0.783 3.806 25 HE1 HIS 5 HE1 HIS 5 7.991 4.736 3.399 26 HE2 HIS 5 HE2 HIS 5 10.060 3.304 3.598 27 HA PRO 6 HA PRO 6 3.873 -2.779 -0.052 28 1HB PRO 6 1HB PRO 6 5.983 -4.706 0.756 29 2HB PRO 6 2HB PRO 6 5.104 -4.569 -0.771 30 1HG PRO 6 1HG PRO 6 7.640 -3.768 -0.581 31 2HG PRO 6 2HG PRO 6 6.463 -2.869 -1.560 32 1HD PRO 6 1HD PRO 6 7.579 -2.226 1.137 33 2HD PRO 6 2HD PRO 6 7.167 -1.136 -0.206 34 H ALA 7 H ALA 7 5.821 -3.540 2.834 35 HA ALA 7 HA ALA 7 3.965 -5.315 3.986 36 1HB ALA 7 1HB ALA 7 5.228 -5.063 6.044 37 2HB ALA 7 2HB ALA 7 6.029 -3.628 5.402 38 3HB ALA 7 3HB ALA 7 6.317 -5.204 4.664 39 H CYS 8 H CYS 8 4.376 -1.827 4.335 40 HA CYS 8 HA CYS 8 2.403 -1.522 6.366 41 1HB CYS 8 1HB CYS 8 4.196 0.141 5.905 42 2HB CYS 8 2HB CYS 8 3.399 0.535 4.386 43 H ASN 9 H ASN 9 2.304 -1.757 2.901 44 HA ASN 9 HA ASN 9 -0.379 -0.726 2.636 45 1HB ASN 9 1HB ASN 9 1.439 -2.207 0.734 46 2HB ASN 9 2HB ASN 9 -0.211 -1.764 0.316 47 1HD2 ASN 9 1HD2 ASN 9 0.685 0.620 2.289 48 2HD2 ASN 9 2HD2 ASN 9 1.342 1.738 1.144 49 H VAL 10 H VAL 10 1.078 -3.773 3.362 50 HA VAL 10 HA VAL 10 -1.230 -5.363 2.707 51 HB VAL 10 HB VAL 10 1.163 -6.040 4.431 52 1HG1 VAL 10 1HG1 VAL 10 -1.197 -7.369 4.418 53 2HG1 VAL 10 2HG1 VAL 10 0.369 -8.119 4.727 54 3HG1 VAL 10 3HG1 VAL 10 -0.340 -8.186 3.113 55 1HG2 VAL 10 1HG2 VAL 10 1.718 -7.435 2.343 56 2HG2 VAL 10 2HG2 VAL 10 2.023 -5.698 2.293 57 3HG2 VAL 10 3HG2 VAL 10 0.591 -6.365 1.509 58 H ASN 11 H ASN 11 0.299 -4.249 5.725 59 HA ASN 11 HA ASN 11 -1.768 -5.210 7.419 60 1HB ASN 11 1HB ASN 11 0.342 -3.095 7.901 61 2HB ASN 11 2HB ASN 11 -0.714 -3.746 9.149 62 1HD2 ASN 11 1HD2 ASN 11 0.007 -6.145 6.943 63 2HD2 ASN 11 2HD2 ASN 11 1.314 -6.898 7.790 64 H ASN 12 H ASN 12 -1.315 -2.304 5.607 65 HA ASN 12 HA ASN 12 -3.888 -1.285 6.616 66 1HB ASN 12 1HB ASN 12 -1.536 0.344 5.666 67 2HB ASN 12 2HB ASN 12 -3.096 0.987 6.176 68 1HD2 ASN 12 1HD2 ASN 12 -0.031 0.568 7.144 69 2HD2 ASN 12 2HD2 ASN 12 -0.258 0.486 8.855 70 HA PRO 13 HA PRO 13 -3.928 -2.252 2.136 71 1HB PRO 13 1HB PRO 13 -6.012 -3.944 2.047 72 2HB PRO 13 2HB PRO 13 -4.412 -4.437 2.613 73 1HG PRO 13 1HG PRO 13 -6.855 -3.745 4.187 74 2HG PRO 13 2HG PRO 13 -5.659 -5.020 4.475 75 1HD PRO 13 1HD PRO 13 -5.706 -2.600 5.792 76 2HD PRO 13 2HD PRO 13 -4.266 -3.619 5.610 77 H HIS 14 H HIS 14 -6.909 -1.507 3.919 78 HA HIS 14 HA HIS 14 -8.097 -0.487 1.451 79 1HB HIS 14 1HB HIS 14 -10.190 -0.401 2.791 80 2HB HIS 14 2HB HIS 14 -9.469 -2.004 2.723 81 HD1 HIS 14 HD1 HIS 14 -9.763 0.947 5.105 82 HD2 HIS 14 HD2 HIS 14 -9.027 -3.152 5.155 83 HE1 HIS 14 HE1 HIS 14 -9.635 0.311 7.537 84 HE2 HIS 14 HE2 HIS 14 -9.127 -2.164 7.551 85 H ILE 15 H ILE 15 -6.398 0.677 4.036 86 HA ILE 15 HA ILE 15 -7.597 3.356 3.881 87 HB ILE 15 HB ILE 15 -5.984 3.673 5.919 88 1HG1 ILE 15 1HG1 ILE 15 -6.462 0.693 6.067 89 2HG1 ILE 15 2HG1 ILE 15 -4.932 1.421 5.581 90 1HG2 ILE 15 1HG2 ILE 15 -7.973 2.177 7.158 91 2HG2 ILE 15 2HG2 ILE 15 -8.701 2.780 5.668 92 3HG2 ILE 15 3HG2 ILE 15 -7.985 3.907 6.821 93 1HD1 ILE 15 1HD1 ILE 15 -6.206 1.247 8.238 94 2HD1 ILE 15 2HD1 ILE 15 -5.214 2.661 7.879 95 3HD1 ILE 15 3HD1 ILE 15 -4.520 1.044 7.761 96 H CYS 16 H CYS 16 -4.599 1.551 3.812 97 HA CYS 16 HA CYS 16 -3.177 3.952 2.934 98 1HB CYS 16 1HB CYS 16 -2.468 3.068 5.061 99 2HB CYS 16 2HB CYS 16 -2.270 1.453 4.382 100 H GLY 17 H GLY 17 -3.900 0.663 2.070 101 1HA GLY 17 1HA GLY 17 -1.960 0.750 -0.132 102 2HA GLY 17 2HA GLY 17 -2.825 -0.676 0.424 103 1HN NH2 18 1HN NH2 18 -4.430 -0.816 -2.201 104 2HN NH2 18 2HN NH2 18 -2.960 0.037 -2.512 Start of MODEL 5 1 1H GLY 1 1H GLY 1 3.680 8.885 6.408 2 2H GLY 1 2H GLY 1 3.458 8.615 8.067 3 3H GLY 1 3H GLY 1 2.212 9.306 7.146 4 1HA GLY 1 1HA GLY 1 2.133 6.802 7.776 5 2HA GLY 1 2HA GLY 1 1.596 7.349 6.194 6 H CYS 2 H CYS 2 2.143 4.878 6.044 7 HA CYS 2 HA CYS 2 4.821 4.744 4.840 8 1HB CYS 2 1HB CYS 2 4.795 2.269 5.615 9 2HB CYS 2 2HB CYS 2 5.221 3.515 6.780 10 H CYS 3 H CYS 3 2.418 5.312 3.508 11 HA CYS 3 HA CYS 3 1.329 2.942 2.355 12 1HB CYS 3 1HB CYS 3 1.101 5.851 1.605 13 2HB CYS 3 2HB CYS 3 0.248 4.562 0.756 14 H SER 4 H SER 4 4.240 4.526 1.840 15 HA SER 4 HA SER 4 4.465 3.513 -0.900 16 1HB SER 4 1HB SER 4 6.349 5.258 0.689 17 2HB SER 4 2HB SER 4 6.597 4.750 -0.983 18 HG SER 4 HG SER 4 4.490 5.787 -1.402 19 H HIS 5 H HIS 5 4.354 1.903 1.607 20 HA HIS 5 HA HIS 5 6.901 0.471 1.271 21 1HB HIS 5 1HB HIS 5 5.437 0.894 3.888 22 2HB HIS 5 2HB HIS 5 6.945 0.006 3.673 23 HD1 HIS 5 HD1 HIS 5 5.720 3.495 2.806 24 HD2 HIS 5 HD2 HIS 5 9.073 1.563 4.307 25 HE1 HIS 5 HE1 HIS 5 7.455 5.262 3.007 26 HE2 HIS 5 HE2 HIS 5 9.507 4.089 3.896 27 HA PRO 6 HA PRO 6 4.104 -2.694 -0.077 28 1HB PRO 6 1HB PRO 6 5.967 -4.761 0.439 29 2HB PRO 6 2HB PRO 6 5.674 -3.944 -1.097 30 1HG PRO 6 1HG PRO 6 7.786 -3.457 0.932 31 2HG PRO 6 2HG PRO 6 7.842 -3.242 -0.828 32 1HD PRO 6 1HD PRO 6 7.688 -1.146 0.835 33 2HD PRO 6 2HD PRO 6 6.834 -1.153 -0.727 34 H ALA 7 H ALA 7 6.043 -3.420 2.824 35 HA ALA 7 HA ALA 7 4.277 -5.386 3.828 36 1HB ALA 7 1HB ALA 7 6.714 -4.121 4.687 37 2HB ALA 7 2HB ALA 7 6.060 -5.703 5.114 38 3HB ALA 7 3HB ALA 7 5.587 -4.276 6.036 39 H CYS 8 H CYS 8 4.538 -1.910 4.441 40 HA CYS 8 HA CYS 8 2.521 -1.818 6.431 41 1HB CYS 8 1HB CYS 8 4.102 -0.007 6.250 42 2HB CYS 8 2HB CYS 8 3.595 0.330 4.598 43 H ASN 9 H ASN 9 2.423 -1.916 2.959 44 HA ASN 9 HA ASN 9 -0.270 -0.961 2.684 45 1HB ASN 9 1HB ASN 9 1.524 -2.533 0.829 46 2HB ASN 9 2HB ASN 9 -0.105 -2.033 0.394 47 1HD2 ASN 9 1HD2 ASN 9 0.780 0.380 2.282 48 2HD2 ASN 9 2HD2 ASN 9 1.541 1.435 1.133 49 H VAL 10 H VAL 10 1.101 -3.875 3.760 50 HA VAL 10 HA VAL 10 -1.111 -5.555 2.974 51 HB VAL 10 HB VAL 10 1.173 -6.133 4.871 52 1HG1 VAL 10 1HG1 VAL 10 -1.061 -7.523 4.908 53 2HG1 VAL 10 2HG1 VAL 10 0.507 -8.329 4.975 54 3HG1 VAL 10 3HG1 VAL 10 -0.378 -8.248 3.452 55 1HG2 VAL 10 1HG2 VAL 10 2.082 -7.423 2.952 56 2HG2 VAL 10 2HG2 VAL 10 2.024 -5.682 2.673 57 3HG2 VAL 10 3HG2 VAL 10 0.813 -6.734 1.940 58 H ASN 11 H ASN 11 0.163 -4.238 6.043 59 HA ASN 11 HA ASN 11 -2.149 -5.147 7.503 60 1HB ASN 11 1HB ASN 11 -1.152 -3.930 9.410 61 2HB ASN 11 2HB ASN 11 -0.009 -5.028 8.646 62 1HD2 ASN 11 1HD2 ASN 11 1.797 -4.241 7.718 63 2HD2 ASN 11 2HD2 ASN 11 2.268 -2.579 7.802 64 H ASN 12 H ASN 12 -1.295 -2.367 5.698 65 HA ASN 12 HA ASN 12 -3.815 -1.072 6.505 66 1HB ASN 12 1HB ASN 12 -1.133 0.140 5.985 67 2HB ASN 12 2HB ASN 12 -2.591 1.063 5.635 68 1HD2 ASN 12 1HD2 ASN 12 -0.307 0.686 7.869 69 2HD2 ASN 12 2HD2 ASN 12 -1.197 1.067 9.300 70 HA PRO 13 HA PRO 13 -3.746 -2.320 2.062 71 1HB PRO 13 1HB PRO 13 -6.422 -3.383 2.513 72 2HB PRO 13 2HB PRO 13 -4.966 -4.219 1.971 73 1HG PRO 13 1HG PRO 13 -6.046 -4.628 4.414 74 2HG PRO 13 2HG PRO 13 -4.299 -4.728 4.114 75 1HD PRO 13 1HD PRO 13 -5.896 -2.488 5.307 76 2HD PRO 13 2HD PRO 13 -4.325 -3.145 5.814 77 H HIS 14 H HIS 14 -6.936 -1.422 3.428 78 HA HIS 14 HA HIS 14 -7.361 0.144 1.005 79 1HB HIS 14 1HB HIS 14 -9.696 0.145 1.522 80 2HB HIS 14 2HB HIS 14 -9.091 -1.491 1.733 81 HD1 HIS 14 HD1 HIS 14 -8.758 -2.266 4.306 82 HD2 HIS 14 HD2 HIS 14 -10.995 1.189 3.663 83 HE1 HIS 14 HE1 HIS 14 -9.943 -1.801 6.482 84 HE2 HIS 14 HE2 HIS 14 -11.194 0.363 6.108 85 H ILE 15 H ILE 15 -6.473 0.671 4.210 86 HA ILE 15 HA ILE 15 -7.521 3.384 4.256 87 HB ILE 15 HB ILE 15 -5.765 2.545 6.457 88 1HG1 ILE 15 1HG1 ILE 15 -7.897 1.260 7.403 89 2HG1 ILE 15 2HG1 ILE 15 -8.149 0.913 5.694 90 1HG2 ILE 15 1HG2 ILE 15 -8.491 3.759 6.195 91 2HG2 ILE 15 2HG2 ILE 15 -6.986 4.549 6.665 92 3HG2 ILE 15 3HG2 ILE 15 -7.751 3.389 7.752 93 1HD1 ILE 15 1HD1 ILE 15 -6.798 -0.819 5.979 94 2HD1 ILE 15 2HD1 ILE 15 -6.281 -0.247 7.564 95 3HD1 ILE 15 3HD1 ILE 15 -5.475 0.340 6.112 96 H CYS 16 H CYS 16 -4.881 1.846 3.056 97 HA CYS 16 HA CYS 16 -3.250 4.257 3.225 98 1HB CYS 16 1HB CYS 16 -2.532 2.821 5.059 99 2HB CYS 16 2HB CYS 16 -2.284 1.482 3.942 100 H GLY 17 H GLY 17 -2.805 0.933 1.991 101 1HA GLY 17 1HA GLY 17 -1.725 2.126 -0.454 102 2HA GLY 17 2HA GLY 17 -1.523 0.457 0.057 103 1HN NH2 18 1HN NH2 18 -4.829 2.147 -0.646 104 2HN NH2 18 2HN NH2 18 -5.132 0.526 -0.130 Start of MODEL 6 1 1H GLY 1 1H GLY 1 4.344 7.728 8.482 2 2H GLY 1 2H GLY 1 3.484 6.460 9.209 3 3H GLY 1 3H GLY 1 2.816 8.020 9.163 4 1HA GLY 1 1HA GLY 1 1.987 6.268 7.496 5 2HA GLY 1 2HA GLY 1 2.294 7.911 6.949 6 H CYS 2 H CYS 2 3.192 4.604 6.686 7 HA CYS 2 HA CYS 2 5.292 5.343 4.751 8 1HB CYS 2 1HB CYS 2 6.128 2.959 5.160 9 2HB CYS 2 2HB CYS 2 6.389 4.129 6.448 10 H CYS 3 H CYS 3 2.807 5.491 3.785 11 HA CYS 3 HA CYS 3 1.781 3.034 2.787 12 1HB CYS 3 1HB CYS 3 1.213 5.909 2.107 13 2HB CYS 3 2HB CYS 3 0.414 4.574 1.280 14 H SER 4 H SER 4 4.608 4.291 1.994 15 HA SER 4 HA SER 4 4.396 3.714 -0.870 16 1HB SER 4 1HB SER 4 5.581 5.802 -0.076 17 2HB SER 4 2HB SER 4 6.807 4.747 0.630 18 HG SER 4 HG SER 4 7.285 5.558 -1.524 19 H HIS 5 H HIS 5 4.665 1.978 1.808 20 HA HIS 5 HA HIS 5 6.747 0.194 0.741 21 1HB HIS 5 1HB HIS 5 6.000 0.549 3.654 22 2HB HIS 5 2HB HIS 5 7.331 -0.416 3.013 23 HD1 HIS 5 HD1 HIS 5 6.205 3.192 2.786 24 HD2 HIS 5 HD2 HIS 5 9.686 0.952 3.085 25 HE1 HIS 5 HE1 HIS 5 8.059 4.838 2.609 26 HE2 HIS 5 HE2 HIS 5 10.176 3.500 2.990 27 HA PRO 6 HA PRO 6 3.597 -2.836 0.126 28 1HB PRO 6 1HB PRO 6 5.783 -4.747 0.790 29 2HB PRO 6 2HB PRO 6 4.709 -4.708 -0.612 30 1HG PRO 6 1HG PRO 6 7.235 -3.905 -0.828 31 2HG PRO 6 2HG PRO 6 5.934 -3.043 -1.671 32 1HD PRO 6 1HD PRO 6 7.432 -2.275 0.797 33 2HD PRO 6 2HD PRO 6 6.813 -1.252 -0.517 34 H ALA 7 H ALA 7 5.756 -3.294 2.912 35 HA ALA 7 HA ALA 7 4.065 -5.092 4.296 36 1HB ALA 7 1HB ALA 7 5.485 -3.859 6.284 37 2HB ALA 7 2HB ALA 7 6.518 -3.618 4.873 38 3HB ALA 7 3HB ALA 7 6.031 -5.247 5.341 39 H CYS 8 H CYS 8 4.359 -1.576 4.349 40 HA CYS 8 HA CYS 8 2.459 -1.225 6.463 41 1HB CYS 8 1HB CYS 8 3.335 0.788 4.385 42 2HB CYS 8 2HB CYS 8 2.561 1.130 5.927 43 H ASN 9 H ASN 9 2.297 -1.730 3.060 44 HA ASN 9 HA ASN 9 -0.396 -0.695 2.791 45 1HB ASN 9 1HB ASN 9 1.455 -2.110 0.874 46 2HB ASN 9 2HB ASN 9 -0.202 -1.686 0.459 47 1HD2 ASN 9 1HD2 ASN 9 0.653 0.671 2.490 48 2HD2 ASN 9 2HD2 ASN 9 1.290 1.826 1.366 49 H VAL 10 H VAL 10 1.120 -3.720 3.490 50 HA VAL 10 HA VAL 10 -1.223 -5.243 2.770 51 HB VAL 10 HB VAL 10 1.148 -6.057 2.552 52 1HG1 VAL 10 1HG1 VAL 10 0.968 -6.848 5.427 53 2HG1 VAL 10 2HG1 VAL 10 1.776 -5.368 4.911 54 3HG1 VAL 10 3HG1 VAL 10 2.352 -6.933 4.338 55 1HG2 VAL 10 1HG2 VAL 10 -0.351 -7.716 2.121 56 2HG2 VAL 10 2HG2 VAL 10 -1.110 -7.592 3.709 57 3HG2 VAL 10 3HG2 VAL 10 0.450 -8.400 3.534 58 H ASN 11 H ASN 11 0.295 -4.025 5.698 59 HA ASN 11 HA ASN 11 -1.640 -5.194 7.483 60 1HB ASN 11 1HB ASN 11 0.268 -2.869 7.897 61 2HB ASN 11 2HB ASN 11 -0.706 -3.609 9.158 62 1HD2 ASN 11 1HD2 ASN 11 0.260 -5.959 7.045 63 2HD2 ASN 11 2HD2 ASN 11 1.660 -6.532 7.889 64 H ASN 12 H ASN 12 -1.472 -2.543 5.355 65 HA ASN 12 HA ASN 12 -4.009 -1.459 6.391 66 1HB ASN 12 1HB ASN 12 -1.566 0.125 5.640 67 2HB ASN 12 2HB ASN 12 -3.163 0.829 5.871 68 1HD2 ASN 12 1HD2 ASN 12 -0.281 0.204 7.324 69 2HD2 ASN 12 2HD2 ASN 12 -0.771 0.296 8.979 70 HA PRO 13 HA PRO 13 -3.983 -2.352 1.846 71 1HB PRO 13 1HB PRO 13 -6.526 -3.714 2.280 72 2HB PRO 13 2HB PRO 13 -5.014 -4.349 1.625 73 1HG PRO 13 1HG PRO 13 -5.968 -5.070 4.057 74 2HG PRO 13 2HG PRO 13 -4.236 -4.990 3.694 75 1HD PRO 13 1HD PRO 13 -5.957 -3.021 5.153 76 2HD PRO 13 2HD PRO 13 -4.306 -3.567 5.522 77 H HIS 14 H HIS 14 -6.935 -1.535 3.671 78 HA HIS 14 HA HIS 14 -7.966 -0.220 1.286 79 1HB HIS 14 1HB HIS 14 -10.088 -0.031 2.610 80 2HB HIS 14 2HB HIS 14 -9.539 -1.679 2.329 81 HD1 HIS 14 HD1 HIS 14 -8.321 -2.837 4.466 82 HD2 HIS 14 HD2 HIS 14 -10.550 0.600 5.206 83 HE1 HIS 14 HE1 HIS 14 -8.609 -2.739 6.968 84 HE2 HIS 14 HE2 HIS 14 -9.835 -0.579 7.402 85 H ILE 15 H ILE 15 -6.463 0.647 4.214 86 HA ILE 15 HA ILE 15 -7.493 3.376 4.085 87 HB ILE 15 HB ILE 15 -6.036 3.646 6.163 88 1HG1 ILE 15 1HG1 ILE 15 -4.907 1.340 5.674 89 2HG1 ILE 15 2HG1 ILE 15 -5.219 1.827 7.334 90 1HG2 ILE 15 1HG2 ILE 15 -7.829 2.264 7.516 91 2HG2 ILE 15 2HG2 ILE 15 -8.589 2.173 5.927 92 3HG2 ILE 15 3HG2 ILE 15 -8.246 3.743 6.653 93 1HD1 ILE 15 1HD1 ILE 15 -7.421 0.347 6.140 94 2HD1 ILE 15 2HD1 ILE 15 -6.597 0.120 7.682 95 3HD1 ILE 15 3HD1 ILE 15 -5.913 -0.561 6.208 96 H CYS 16 H CYS 16 -4.644 1.482 3.621 97 HA CYS 16 HA CYS 16 -3.127 3.901 2.939 98 1HB CYS 16 1HB CYS 16 -2.501 3.070 5.110 99 2HB CYS 16 2HB CYS 16 -2.313 1.432 4.488 100 H GLY 17 H GLY 17 -4.349 1.106 1.671 101 1HA GLY 17 1HA GLY 17 -2.111 0.822 -0.231 102 2HA GLY 17 2HA GLY 17 -3.272 -0.449 0.129 103 1HN NH2 18 1HN NH2 18 -3.663 -0.479 -2.328 104 2HN NH2 18 2HN NH2 18 -3.719 1.060 -3.113 Start of MODEL 7 1 1H GLY 1 1H GLY 1 -0.589 5.562 8.216 2 2H GLY 1 2H GLY 1 0.433 4.291 8.682 3 3H GLY 1 3H GLY 1 -0.300 4.270 7.157 4 1HA GLY 1 1HA GLY 1 0.936 6.465 6.760 5 2HA GLY 1 2HA GLY 1 1.918 5.947 8.126 6 H CYS 2 H CYS 2 3.593 6.058 6.404 7 HA CYS 2 HA CYS 2 4.917 5.197 4.756 8 1HB CYS 2 1HB CYS 2 5.557 2.767 5.312 9 2HB CYS 2 2HB CYS 2 5.864 4.010 6.514 10 H CYS 3 H CYS 3 2.644 5.450 3.451 11 HA CYS 3 HA CYS 3 1.683 2.960 2.409 12 1HB CYS 3 1HB CYS 3 1.208 5.825 1.620 13 2HB CYS 3 2HB CYS 3 0.515 4.473 0.728 14 H SER 4 H SER 4 4.562 4.393 1.941 15 HA SER 4 HA SER 4 4.774 3.581 -0.869 16 1HB SER 4 1HB SER 4 5.688 5.818 -0.116 17 2HB SER 4 2HB SER 4 6.884 4.924 0.822 18 HG SER 4 HG SER 4 7.206 5.663 -1.586 19 H HIS 5 H HIS 5 4.544 1.914 1.675 20 HA HIS 5 HA HIS 5 6.950 0.274 1.267 21 1HB HIS 5 1HB HIS 5 5.614 0.842 3.929 22 2HB HIS 5 2HB HIS 5 7.031 -0.174 3.676 23 HD1 HIS 5 HD1 HIS 5 6.095 3.392 2.783 24 HD2 HIS 5 HD2 HIS 5 9.291 1.210 4.280 25 HE1 HIS 5 HE1 HIS 5 7.956 5.024 2.987 26 HE2 HIS 5 HE2 HIS 5 9.818 3.745 4.149 27 HA PRO 6 HA PRO 6 3.971 -2.879 0.203 28 1HB PRO 6 1HB PRO 6 6.181 -4.605 1.223 29 2HB PRO 6 2HB PRO 6 5.254 -4.735 -0.276 30 1HG PRO 6 1HG PRO 6 7.727 -3.752 -0.294 31 2HG PRO 6 2HG PRO 6 6.460 -3.056 -1.325 32 1HD PRO 6 1HD PRO 6 7.674 -1.988 1.177 33 2HD PRO 6 2HD PRO 6 7.035 -1.118 -0.235 34 H ALA 7 H ALA 7 5.829 -3.213 3.213 35 HA ALA 7 HA ALA 7 4.146 -5.025 4.516 36 1HB ALA 7 1HB ALA 7 5.150 -3.495 6.565 37 2HB ALA 7 2HB ALA 7 6.323 -3.235 5.273 38 3HB ALA 7 3HB ALA 7 5.961 -4.873 5.815 39 H CYS 8 H CYS 8 4.136 -1.476 4.559 40 HA CYS 8 HA CYS 8 1.836 -1.318 6.276 41 1HB CYS 8 1HB CYS 8 2.971 0.867 4.530 42 2HB CYS 8 2HB CYS 8 1.976 1.052 5.968 43 H ASN 9 H ASN 9 2.248 -1.953 2.977 44 HA ASN 9 HA ASN 9 -0.277 -0.782 2.144 45 1HB ASN 9 1HB ASN 9 1.751 -2.522 0.729 46 2HB ASN 9 2HB ASN 9 0.219 -2.065 -0.005 47 1HD2 ASN 9 1HD2 ASN 9 0.738 0.526 1.730 48 2HD2 ASN 9 2HD2 ASN 9 1.708 1.474 0.650 49 H VAL 10 H VAL 10 1.021 -3.875 3.119 50 HA VAL 10 HA VAL 10 -1.404 -5.307 2.454 51 HB VAL 10 HB VAL 10 1.020 -6.228 4.012 52 1HG1 VAL 10 1HG1 VAL 10 -0.836 -7.658 4.493 53 2HG1 VAL 10 2HG1 VAL 10 0.219 -8.496 3.355 54 3HG1 VAL 10 3HG1 VAL 10 -1.274 -7.747 2.786 55 1HG2 VAL 10 1HG2 VAL 10 0.520 -5.889 1.149 56 2HG2 VAL 10 2HG2 VAL 10 1.122 -7.484 1.598 57 3HG2 VAL 10 3HG2 VAL 10 2.041 -6.041 2.027 58 H ASN 11 H ASN 11 0.325 -4.329 5.405 59 HA ASN 11 HA ASN 11 -1.638 -5.322 7.207 60 1HB ASN 11 1HB ASN 11 0.468 -3.182 7.622 61 2HB ASN 11 2HB ASN 11 -0.491 -3.913 8.903 62 1HD2 ASN 11 1HD2 ASN 11 0.094 -6.252 6.643 63 2HD2 ASN 11 2HD2 ASN 11 1.507 -6.967 7.340 64 H ASN 12 H ASN 12 -1.180 -2.309 5.523 65 HA ASN 12 HA ASN 12 -3.738 -1.331 6.605 66 1HB ASN 12 1HB ASN 12 -1.448 0.347 5.592 67 2HB ASN 12 2HB ASN 12 -2.981 0.950 6.213 68 1HD2 ASN 12 1HD2 ASN 12 -3.016 1.530 8.260 69 2HD2 ASN 12 2HD2 ASN 12 -1.892 1.034 9.476 70 HA PRO 13 HA PRO 13 -3.970 -2.124 2.102 71 1HB PRO 13 1HB PRO 13 -6.041 -3.835 2.042 72 2HB PRO 13 2HB PRO 13 -4.412 -4.339 2.498 73 1HG PRO 13 1HG PRO 13 -6.778 -3.796 4.221 74 2HG PRO 13 2HG PRO 13 -5.508 -5.019 4.406 75 1HD PRO 13 1HD PRO 13 -5.629 -2.606 5.782 76 2HD PRO 13 2HD PRO 13 -4.180 -3.607 5.586 77 H HIS 14 H HIS 14 -6.762 -1.370 4.151 78 HA HIS 14 HA HIS 14 -8.142 -0.314 1.809 79 1HB HIS 14 1HB HIS 14 -10.100 -0.118 3.357 80 2HB HIS 14 2HB HIS 14 -9.499 -1.753 3.132 81 HD1 HIS 14 HD1 HIS 14 -9.461 1.045 5.696 82 HD2 HIS 14 HD2 HIS 14 -8.850 -3.066 5.437 83 HE1 HIS 14 HE1 HIS 14 -9.197 0.242 8.070 84 HE2 HIS 14 HE2 HIS 14 -8.981 -2.268 7.899 85 H ILE 15 H ILE 15 -6.241 0.820 4.338 86 HA ILE 15 HA ILE 15 -7.284 3.541 4.020 87 HB ILE 15 HB ILE 15 -5.779 4.067 5.954 88 1HG1 ILE 15 1HG1 ILE 15 -4.484 1.859 5.697 89 2HG1 ILE 15 2HG1 ILE 15 -4.830 2.442 7.319 90 1HG2 ILE 15 1HG2 ILE 15 -7.583 3.961 7.241 91 2HG2 ILE 15 2HG2 ILE 15 -7.610 2.197 7.183 92 3HG2 ILE 15 3HG2 ILE 15 -8.359 3.134 5.888 93 1HD1 ILE 15 1HD1 ILE 15 -6.964 0.758 6.488 94 2HD1 ILE 15 2HD1 ILE 15 -5.814 0.534 7.809 95 3HD1 ILE 15 3HD1 ILE 15 -5.430 -0.067 6.196 96 H CYS 16 H CYS 16 -4.532 1.480 3.731 97 HA CYS 16 HA CYS 16 -2.943 3.704 2.663 98 1HB CYS 16 1HB CYS 16 -2.346 2.848 4.930 99 2HB CYS 16 2HB CYS 16 -1.997 1.276 4.208 100 H GLY 17 H GLY 17 -4.564 1.272 1.451 101 1HA GLY 17 1HA GLY 17 -2.477 0.665 -0.535 102 2HA GLY 17 2HA GLY 17 -3.440 -0.639 0.146 103 1HN NH2 18 1HN NH2 18 -6.225 1.641 -1.033 104 2HN NH2 18 2HN NH2 18 -6.156 0.127 -0.188 Start of MODEL 8 1 1H GLY 1 1H GLY 1 6.217 9.103 3.291 2 2H GLY 1 2H GLY 1 4.921 8.757 2.254 3 3H GLY 1 3H GLY 1 6.051 7.552 2.625 4 1HA GLY 1 1HA GLY 1 5.042 8.490 5.045 5 2HA GLY 1 2HA GLY 1 3.674 8.211 3.975 6 H CYS 2 H CYS 2 3.080 6.460 5.439 7 HA CYS 2 HA CYS 2 4.845 4.154 5.496 8 1HB CYS 2 1HB CYS 2 3.214 4.858 7.377 9 2HB CYS 2 2HB CYS 2 1.949 4.173 6.362 10 H CYS 3 H CYS 3 2.383 5.454 3.514 11 HA CYS 3 HA CYS 3 1.652 2.958 2.261 12 1HB CYS 3 1HB CYS 3 1.146 5.828 1.459 13 2HB CYS 3 2HB CYS 3 0.512 4.427 0.598 14 H SER 4 H SER 4 4.498 4.066 2.413 15 HA SER 4 HA SER 4 5.149 3.956 -0.443 16 1HB SER 4 1HB SER 4 6.997 4.744 1.810 17 2HB SER 4 2HB SER 4 7.232 5.006 0.080 18 HG SER 4 HG SER 4 5.885 6.670 0.118 19 H HIS 5 H HIS 5 4.657 1.860 1.936 20 HA HIS 5 HA HIS 5 6.958 0.178 1.188 21 1HB HIS 5 1HB HIS 5 5.722 -0.275 3.854 22 2HB HIS 5 2HB HIS 5 7.396 -0.438 3.351 23 HD1 HIS 5 HD1 HIS 5 8.065 2.361 2.460 24 HD2 HIS 5 HD2 HIS 5 5.826 1.539 5.869 25 HE1 HIS 5 HE1 HIS 5 8.059 4.469 3.793 26 HE2 HIS 5 HE2 HIS 5 6.803 3.943 5.912 27 HA PRO 6 HA PRO 6 3.796 -2.703 -0.095 28 1HB PRO 6 1HB PRO 6 5.350 -4.968 -0.013 29 2HB PRO 6 2HB PRO 6 5.325 -3.827 -1.361 30 1HG PRO 6 1HG PRO 6 7.290 -4.082 0.874 31 2HG PRO 6 2HG PRO 6 7.576 -3.720 -0.837 32 1HD PRO 6 1HD PRO 6 7.614 -1.806 1.067 33 2HD PRO 6 2HD PRO 6 7.049 -1.489 -0.590 34 H ALA 7 H ALA 7 5.866 -3.318 2.684 35 HA ALA 7 HA ALA 7 4.290 -5.344 3.882 36 1HB ALA 7 1HB ALA 7 6.135 -3.423 5.290 37 2HB ALA 7 2HB ALA 7 6.685 -4.848 4.407 38 3HB ALA 7 3HB ALA 7 5.646 -5.032 5.821 39 H CYS 8 H CYS 8 4.461 -1.836 4.346 40 HA CYS 8 HA CYS 8 2.487 -1.731 6.383 41 1HB CYS 8 1HB CYS 8 4.138 0.064 6.036 42 2HB CYS 8 2HB CYS 8 3.399 0.441 4.483 43 H ASN 9 H ASN 9 2.376 -1.831 2.914 44 HA ASN 9 HA ASN 9 -0.336 -0.943 2.648 45 1HB ASN 9 1HB ASN 9 1.601 -2.358 0.831 46 2HB ASN 9 2HB ASN 9 -0.089 -2.167 0.371 47 1HD2 ASN 9 1HD2 ASN 9 0.571 0.434 2.232 48 2HD2 ASN 9 2HD2 ASN 9 1.052 1.555 1.006 49 H VAL 10 H VAL 10 1.187 -3.905 3.544 50 HA VAL 10 HA VAL 10 -1.038 -5.617 2.950 51 HB VAL 10 HB VAL 10 1.278 -6.036 4.858 52 1HG1 VAL 10 1HG1 VAL 10 -1.098 -7.640 4.256 53 2HG1 VAL 10 2HG1 VAL 10 0.014 -7.726 5.623 54 3HG1 VAL 10 3HG1 VAL 10 0.424 -8.517 4.101 55 1HG2 VAL 10 1HG2 VAL 10 2.288 -5.967 2.794 56 2HG2 VAL 10 2HG2 VAL 10 0.867 -6.594 1.960 57 3HG2 VAL 10 3HG2 VAL 10 1.877 -7.678 2.916 58 H ASN 11 H ASN 11 0.264 -4.166 5.934 59 HA ASN 11 HA ASN 11 -1.896 -5.060 7.562 60 1HB ASN 11 1HB ASN 11 0.141 -2.868 8.038 61 2HB ASN 11 2HB ASN 11 -0.987 -3.461 9.251 62 1HD2 ASN 11 1HD2 ASN 11 -0.082 -5.973 7.271 63 2HD2 ASN 11 2HD2 ASN 11 1.190 -6.633 8.238 64 H ASN 12 H ASN 12 -1.263 -2.213 5.680 65 HA ASN 12 HA ASN 12 -3.903 -1.130 6.409 66 1HB ASN 12 1HB ASN 12 -1.374 0.327 5.665 67 2HB ASN 12 2HB ASN 12 -2.951 1.100 5.776 68 1HD2 ASN 12 1HD2 ASN 12 -0.171 0.591 7.385 69 2HD2 ASN 12 2HD2 ASN 12 -0.732 0.758 9.010 70 HA PRO 13 HA PRO 13 -3.854 -2.089 1.922 71 1HB PRO 13 1HB PRO 13 -6.050 -3.795 1.992 72 2HB PRO 13 2HB PRO 13 -4.356 -4.277 2.067 73 1HG PRO 13 1HG PRO 13 -6.330 -4.450 4.128 74 2HG PRO 13 2HG PRO 13 -4.628 -4.923 4.205 75 1HD PRO 13 1HD PRO 13 -5.944 -2.507 5.238 76 2HD PRO 13 2HD PRO 13 -4.380 -3.219 5.681 77 H HIS 14 H HIS 14 -6.771 -1.442 3.833 78 HA HIS 14 HA HIS 14 -8.032 -0.309 1.453 79 1HB HIS 14 1HB HIS 14 -10.096 -0.235 2.883 80 2HB HIS 14 2HB HIS 14 -9.460 -1.845 2.584 81 HD1 HIS 14 HD1 HIS 14 -8.089 -2.921 4.656 82 HD2 HIS 14 HD2 HIS 14 -10.463 0.391 5.497 83 HE1 HIS 14 HE1 HIS 14 -8.278 -2.841 7.164 84 HE2 HIS 14 HE2 HIS 14 -9.944 -0.998 7.621 85 H ILE 15 H ILE 15 -6.452 0.665 4.295 86 HA ILE 15 HA ILE 15 -7.648 3.327 4.229 87 HB ILE 15 HB ILE 15 -6.112 3.669 6.240 88 1HG1 ILE 15 1HG1 ILE 15 -4.855 1.454 5.652 89 2HG1 ILE 15 2HG1 ILE 15 -5.111 1.898 7.333 90 1HG2 ILE 15 1HG2 ILE 15 -8.676 2.535 5.984 91 2HG2 ILE 15 2HG2 ILE 15 -8.023 3.486 7.319 92 3HG2 ILE 15 3HG2 ILE 15 -7.863 1.730 7.324 93 1HD1 ILE 15 1HD1 ILE 15 -5.773 -0.503 6.091 94 2HD1 ILE 15 2HD1 ILE 15 -7.308 0.320 6.362 95 3HD1 ILE 15 3HD1 ILE 15 -6.215 0.023 7.715 96 H CYS 16 H CYS 16 -4.697 1.626 3.645 97 HA CYS 16 HA CYS 16 -3.326 4.149 3.112 98 1HB CYS 16 1HB CYS 16 -2.407 2.961 4.969 99 2HB CYS 16 2HB CYS 16 -2.333 1.458 4.051 100 H GLY 17 H GLY 17 -2.636 0.805 2.109 101 1HA GLY 17 1HA GLY 17 -2.725 1.726 -0.687 102 2HA GLY 17 2HA GLY 17 -1.289 0.913 -0.081 103 1HN NH2 18 1HN NH2 18 -4.966 -0.336 -0.364 104 2HN NH2 18 2HN NH2 18 -4.166 -0.184 -1.888 Start of MODEL 9 1 1H GLY 1 1H GLY 1 5.031 10.081 3.494 2 2H GLY 1 2H GLY 1 5.875 8.663 3.112 3 3H GLY 1 3H GLY 1 6.005 9.333 4.662 4 1HA GLY 1 1HA GLY 1 3.863 8.713 5.270 5 2HA GLY 1 2HA GLY 1 3.395 8.459 3.593 6 H CYS 2 H CYS 2 2.858 6.510 5.435 7 HA CYS 2 HA CYS 2 5.013 4.548 5.304 8 1HB CYS 2 1HB CYS 2 3.639 4.898 7.391 9 2HB CYS 2 2HB CYS 2 2.251 4.249 6.525 10 H CYS 3 H CYS 3 2.303 5.449 3.481 11 HA CYS 3 HA CYS 3 1.645 2.848 2.473 12 1HB CYS 3 1HB CYS 3 1.000 5.594 1.396 13 2HB CYS 3 2HB CYS 3 0.319 4.086 0.791 14 H SER 4 H SER 4 4.436 4.252 2.241 15 HA SER 4 HA SER 4 4.862 3.808 -0.615 16 1HB SER 4 1HB SER 4 6.710 5.021 1.441 17 2HB SER 4 2HB SER 4 7.011 4.926 -0.294 18 HG SER 4 HG SER 4 5.701 6.564 -0.629 19 H HIS 5 H HIS 5 4.707 1.901 1.936 20 HA HIS 5 HA HIS 5 7.104 0.351 1.199 21 1HB HIS 5 1HB HIS 5 5.954 0.043 3.937 22 2HB HIS 5 2HB HIS 5 7.620 -0.114 3.399 23 HD1 HIS 5 HD1 HIS 5 8.073 2.645 2.190 24 HD2 HIS 5 HD2 HIS 5 6.153 2.000 5.819 25 HE1 HIS 5 HE1 HIS 5 8.044 4.861 3.342 26 HE2 HIS 5 HE2 HIS 5 7.067 4.421 5.629 27 HA PRO 6 HA PRO 6 4.349 -2.846 -0.090 28 1HB PRO 6 1HB PRO 6 6.458 -4.640 1.014 29 2HB PRO 6 2HB PRO 6 5.689 -4.650 -0.579 30 1HG PRO 6 1HG PRO 6 8.155 -3.694 -0.276 31 2HG PRO 6 2HG PRO 6 7.002 -2.909 -1.373 32 1HD PRO 6 1HD PRO 6 7.930 -2.058 1.333 33 2HD PRO 6 2HD PRO 6 7.500 -1.070 -0.079 34 H ALA 7 H ALA 7 6.028 -3.657 2.945 35 HA ALA 7 HA ALA 7 4.054 -5.390 3.922 36 1HB ALA 7 1HB ALA 7 5.250 -5.433 5.936 37 2HB ALA 7 2HB ALA 7 5.872 -3.799 5.705 38 3HB ALA 7 3HB ALA 7 6.470 -5.119 4.700 39 H CYS 8 H CYS 8 4.486 -1.917 4.347 40 HA CYS 8 HA CYS 8 2.488 -1.602 6.331 41 1HB CYS 8 1HB CYS 8 4.314 0.046 5.805 42 2HB CYS 8 2HB CYS 8 3.424 0.483 4.351 43 H ASN 9 H ASN 9 2.401 -1.801 2.860 44 HA ASN 9 HA ASN 9 -0.270 -0.774 2.568 45 1HB ASN 9 1HB ASN 9 1.626 -2.232 0.744 46 2HB ASN 9 2HB ASN 9 -0.048 -1.962 0.274 47 1HD2 ASN 9 1HD2 ASN 9 0.646 0.575 2.166 48 2HD2 ASN 9 2HD2 ASN 9 1.198 1.695 0.967 49 H VAL 10 H VAL 10 1.115 -3.828 3.400 50 HA VAL 10 HA VAL 10 -1.173 -5.397 2.652 51 HB VAL 10 HB VAL 10 1.105 -6.111 4.514 52 1HG1 VAL 10 1HG1 VAL 10 0.377 -8.466 3.649 53 2HG1 VAL 10 2HG1 VAL 10 -1.166 -7.668 3.353 54 3HG1 VAL 10 3HG1 VAL 10 -0.494 -7.710 4.984 55 1HG2 VAL 10 1HG2 VAL 10 2.256 -7.019 2.706 56 2HG2 VAL 10 2HG2 VAL 10 1.637 -5.489 2.080 57 3HG2 VAL 10 3HG2 VAL 10 0.829 -7.003 1.668 58 H ASN 11 H ASN 11 0.235 -4.467 5.810 59 HA ASN 11 HA ASN 11 -1.979 -5.368 7.317 60 1HB ASN 11 1HB ASN 11 0.123 -3.311 8.032 61 2HB ASN 11 2HB ASN 11 -0.971 -4.094 9.170 62 1HD2 ASN 11 1HD2 ASN 11 1.931 -4.320 7.433 63 2HD2 ASN 11 2HD2 ASN 11 2.400 -5.899 7.964 64 H ASN 12 H ASN 12 -1.371 -2.452 5.584 65 HA ASN 12 HA ASN 12 -3.907 -1.329 6.573 66 1HB ASN 12 1HB ASN 12 -1.406 0.146 5.775 67 2HB ASN 12 2HB ASN 12 -2.955 0.916 6.113 68 1HD2 ASN 12 1HD2 ASN 12 -0.042 0.103 7.404 69 2HD2 ASN 12 2HD2 ASN 12 -0.453 0.126 9.083 70 HA PRO 13 HA PRO 13 -4.047 -1.981 2.047 71 1HB PRO 13 1HB PRO 13 -6.023 -3.801 1.919 72 2HB PRO 13 2HB PRO 13 -4.369 -4.224 2.368 73 1HG PRO 13 1HG PRO 13 -6.785 -4.009 4.054 74 2HG PRO 13 2HG PRO 13 -5.327 -4.985 4.293 75 1HD PRO 13 1HD PRO 13 -5.974 -2.500 5.526 76 2HD PRO 13 2HD PRO 13 -4.462 -3.413 5.665 77 H HIS 14 H HIS 14 -6.810 -1.207 4.100 78 HA HIS 14 HA HIS 14 -8.328 -0.362 1.747 79 1HB HIS 14 1HB HIS 14 -10.232 -0.116 3.279 80 2HB HIS 14 2HB HIS 14 -9.530 -1.725 3.367 81 HD1 HIS 14 HD1 HIS 14 -7.935 -2.136 5.530 82 HD2 HIS 14 HD2 HIS 14 -10.505 1.130 5.674 83 HE1 HIS 14 HE1 HIS 14 -7.966 -1.406 7.939 84 HE2 HIS 14 HE2 HIS 14 -9.677 0.445 8.033 85 H ILE 15 H ILE 15 -6.513 0.916 4.316 86 HA ILE 15 HA ILE 15 -7.514 3.636 3.872 87 HB ILE 15 HB ILE 15 -5.932 4.054 5.896 88 1HG1 ILE 15 1HG1 ILE 15 -6.515 1.127 6.339 89 2HG1 ILE 15 2HG1 ILE 15 -4.979 1.705 5.692 90 1HG2 ILE 15 1HG2 ILE 15 -7.959 2.721 7.243 91 2HG2 ILE 15 2HG2 ILE 15 -8.667 3.189 5.695 92 3HG2 ILE 15 3HG2 ILE 15 -7.944 4.410 6.742 93 1HD1 ILE 15 1HD1 ILE 15 -5.866 1.527 8.386 94 2HD1 ILE 15 2HD1 ILE 15 -5.472 3.201 7.992 95 3HD1 ILE 15 3HD1 ILE 15 -4.273 1.931 7.746 96 H CYS 16 H CYS 16 -4.673 1.625 3.872 97 HA CYS 16 HA CYS 16 -3.071 3.866 2.874 98 1HB CYS 16 1HB CYS 16 -2.527 2.928 5.114 99 2HB CYS 16 2HB CYS 16 -2.201 1.368 4.355 100 H GLY 17 H GLY 17 -4.388 0.891 2.016 101 1HA GLY 17 1HA GLY 17 -2.294 0.332 0.034 102 2HA GLY 17 2HA GLY 17 -3.590 -0.762 0.497 103 1HN NH2 18 1HN NH2 18 -4.217 -0.645 -2.346 104 2HN NH2 18 2HN NH2 18 -3.083 0.639 -2.578 Start of MODEL 10 1 1H GLY 1 1H GLY 1 4.998 9.685 5.453 2 2H GLY 1 2H GLY 1 5.336 8.170 6.133 3 3H GLY 1 3H GLY 1 3.735 8.727 6.060 4 1HA GLY 1 1HA GLY 1 3.514 8.316 3.841 5 2HA GLY 1 2HA GLY 1 5.242 8.480 3.559 6 H CYS 2 H CYS 2 3.478 6.461 5.895 7 HA CYS 2 HA CYS 2 5.095 4.186 5.461 8 1HB CYS 2 1HB CYS 2 3.629 4.745 7.486 9 2HB CYS 2 2HB CYS 2 2.274 4.146 6.538 10 H CYS 3 H CYS 3 2.261 5.407 3.876 11 HA CYS 3 HA CYS 3 1.365 3.017 2.690 12 1HB CYS 3 1HB CYS 3 1.000 5.882 1.804 13 2HB CYS 3 2HB CYS 3 0.116 4.504 1.147 14 H SER 4 H SER 4 4.256 4.534 2.150 15 HA SER 4 HA SER 4 4.365 3.773 -0.670 16 1HB SER 4 1HB SER 4 5.232 6.031 0.128 17 2HB SER 4 2HB SER 4 6.544 5.144 0.904 18 HG SER 4 HG SER 4 6.079 4.516 -1.759 19 H HIS 5 H HIS 5 4.292 1.919 1.696 20 HA HIS 5 HA HIS 5 6.763 0.453 1.087 21 1HB HIS 5 1HB HIS 5 5.515 0.710 3.838 22 2HB HIS 5 2HB HIS 5 6.957 -0.221 3.436 23 HD1 HIS 5 HD1 HIS 5 5.793 3.364 3.072 24 HD2 HIS 5 HD2 HIS 5 9.240 1.203 3.898 25 HE1 HIS 5 HE1 HIS 5 7.615 5.059 3.184 26 HE2 HIS 5 HE2 HIS 5 9.707 3.759 3.772 27 HA PRO 6 HA PRO 6 3.856 -2.633 -0.171 28 1HB PRO 6 1HB PRO 6 5.651 -4.770 0.070 29 2HB PRO 6 2HB PRO 6 5.386 -3.783 -1.370 30 1HG PRO 6 1HG PRO 6 7.521 -3.586 0.699 31 2HG PRO 6 2HG PRO 6 7.612 -3.279 -1.045 32 1HD PRO 6 1HD PRO 6 7.557 -1.273 0.732 33 2HD PRO 6 2HD PRO 6 6.730 -1.144 -0.839 34 H ALA 7 H ALA 7 5.908 -3.321 2.647 35 HA ALA 7 HA ALA 7 4.186 -5.362 3.668 36 1HB ALA 7 1HB ALA 7 6.591 -5.217 4.233 37 2HB ALA 7 2HB ALA 7 5.548 -5.303 5.652 38 3HB ALA 7 3HB ALA 7 6.251 -3.760 5.169 39 H CYS 8 H CYS 8 4.465 -1.901 4.124 40 HA CYS 8 HA CYS 8 2.680 -1.739 6.347 41 1HB CYS 8 1HB CYS 8 4.340 0.019 5.817 42 2HB CYS 8 2HB CYS 8 3.447 0.400 4.349 43 H ASN 9 H ASN 9 2.303 -1.977 2.932 44 HA ASN 9 HA ASN 9 -0.410 -0.991 2.882 45 1HB ASN 9 1HB ASN 9 1.294 -2.406 0.826 46 2HB ASN 9 2HB ASN 9 -0.380 -1.950 0.532 47 1HD2 ASN 9 1HD2 ASN 9 0.629 0.374 2.510 48 2HD2 ASN 9 2HD2 ASN 9 1.222 1.531 1.364 49 H VAL 10 H VAL 10 1.057 -3.897 3.806 50 HA VAL 10 HA VAL 10 -1.097 -5.649 3.049 51 HB VAL 10 HB VAL 10 1.094 -6.094 5.087 52 1HG1 VAL 10 1HG1 VAL 10 -1.049 -7.820 3.963 53 2HG1 VAL 10 2HG1 VAL 10 -0.350 -7.791 5.581 54 3HG1 VAL 10 3HG1 VAL 10 0.532 -8.546 4.255 55 1HG2 VAL 10 1HG2 VAL 10 1.346 -7.517 2.578 56 2HG2 VAL 10 2HG2 VAL 10 2.524 -6.531 3.441 57 3HG2 VAL 10 3HG2 VAL 10 1.365 -5.769 2.352 58 H ASN 11 H ASN 11 0.103 -4.477 6.215 59 HA ASN 11 HA ASN 11 -2.317 -5.263 7.543 60 1HB ASN 11 1HB ASN 11 -1.321 -4.226 9.528 61 2HB ASN 11 2HB ASN 11 -0.167 -5.275 8.711 62 1HD2 ASN 11 1HD2 ASN 11 1.670 -4.433 7.891 63 2HD2 ASN 11 2HD2 ASN 11 2.137 -2.775 8.079 64 H ASN 12 H ASN 12 -1.468 -2.615 5.670 65 HA ASN 12 HA ASN 12 -3.863 -1.155 6.561 66 1HB ASN 12 1HB ASN 12 -1.244 0.069 5.708 67 2HB ASN 12 2HB ASN 12 -2.742 0.967 5.914 68 1HD2 ASN 12 1HD2 ASN 12 0.049 0.634 7.295 69 2HD2 ASN 12 2HD2 ASN 12 -0.374 0.690 8.970 70 HA PRO 13 HA PRO 13 -3.772 -2.323 2.089 71 1HB PRO 13 1HB PRO 13 -6.064 -3.742 1.947 72 2HB PRO 13 2HB PRO 13 -4.541 -4.428 2.522 73 1HG PRO 13 1HG PRO 13 -6.897 -3.462 4.082 74 2HG PRO 13 2HG PRO 13 -5.859 -4.869 4.369 75 1HD PRO 13 1HD PRO 13 -5.634 -2.489 5.722 76 2HD PRO 13 2HD PRO 13 -4.302 -3.639 5.501 77 H HIS 14 H HIS 14 -6.808 -1.349 3.674 78 HA HIS 14 HA HIS 14 -7.704 -0.234 1.143 79 1HB HIS 14 1HB HIS 14 -9.882 0.040 2.369 80 2HB HIS 14 2HB HIS 14 -9.300 -1.615 2.239 81 HD1 HIS 14 HD1 HIS 14 -9.356 1.221 4.788 82 HD2 HIS 14 HD2 HIS 14 -9.235 -2.941 4.610 83 HE1 HIS 14 HE1 HIS 14 -9.425 0.431 7.181 84 HE2 HIS 14 HE2 HIS 14 -9.276 -2.084 7.056 85 H ILE 15 H ILE 15 -6.410 0.872 4.079 86 HA ILE 15 HA ILE 15 -7.389 3.605 3.700 87 HB ILE 15 HB ILE 15 -5.985 3.922 5.862 88 1HG1 ILE 15 1HG1 ILE 15 -6.483 0.964 6.122 89 2HG1 ILE 15 2HG1 ILE 15 -4.952 1.596 5.516 90 1HG2 ILE 15 1HG2 ILE 15 -8.169 2.230 6.693 91 2HG2 ILE 15 2HG2 ILE 15 -8.645 3.315 5.386 92 3HG2 ILE 15 3HG2 ILE 15 -7.957 3.971 6.872 93 1HD1 ILE 15 1HD1 ILE 15 -6.111 1.676 8.225 94 2HD1 ILE 15 2HD1 ILE 15 -5.082 3.014 7.712 95 3HD1 ILE 15 3HD1 ILE 15 -4.457 1.365 7.694 96 H CYS 16 H CYS 16 -4.523 1.647 3.650 97 HA CYS 16 HA CYS 16 -2.917 4.001 2.940 98 1HB CYS 16 1HB CYS 16 -2.627 3.019 5.235 99 2HB CYS 16 2HB CYS 16 -2.046 1.538 4.471 100 H GLY 17 H GLY 17 -3.942 0.941 1.920 101 1HA GLY 17 1HA GLY 17 -1.574 0.531 0.237 102 2HA GLY 17 2HA GLY 17 -2.843 -0.649 0.534 103 1HN NH2 18 1HN NH2 18 -5.062 0.054 -0.410 104 2HN NH2 18 2HN NH2 18 -5.069 1.048 -1.824 Start of MODEL 11 1 1H GLY 1 1H GLY 1 7.223 9.166 4.144 2 2H GLY 1 2H GLY 1 6.508 8.488 2.768 3 3H GLY 1 3H GLY 1 7.480 7.533 3.778 4 1HA GLY 1 1HA GLY 1 5.577 8.534 5.468 5 2HA GLY 1 2HA GLY 1 4.699 8.164 3.986 6 H CYS 2 H CYS 2 3.589 6.422 4.872 7 HA CYS 2 HA CYS 2 5.272 4.074 5.468 8 1HB CYS 2 1HB CYS 2 3.810 4.943 7.367 9 2HB CYS 2 2HB CYS 2 2.420 4.459 6.403 10 H CYS 3 H CYS 3 2.493 5.367 3.764 11 HA CYS 3 HA CYS 3 1.667 2.905 2.595 12 1HB CYS 3 1HB CYS 3 1.106 5.780 1.866 13 2HB CYS 3 2HB CYS 3 0.369 4.404 1.046 14 H SER 4 H SER 4 4.487 4.338 2.216 15 HA SER 4 HA SER 4 4.710 3.877 -0.655 16 1HB SER 4 1HB SER 4 7.131 4.774 -0.067 17 2HB SER 4 2HB SER 4 5.771 5.881 -0.276 18 HG SER 4 HG SER 4 7.281 5.783 1.788 19 H HIS 5 H HIS 5 4.572 1.880 1.731 20 HA HIS 5 HA HIS 5 6.914 0.307 0.902 21 1HB HIS 5 1HB HIS 5 5.849 0.465 3.727 22 2HB HIS 5 2HB HIS 5 7.234 -0.480 3.184 23 HD1 HIS 5 HD1 HIS 5 6.128 3.121 3.238 24 HD2 HIS 5 HD2 HIS 5 9.601 0.860 3.377 25 HE1 HIS 5 HE1 HIS 5 7.980 4.771 3.282 26 HE2 HIS 5 HE2 HIS 5 10.090 3.400 3.162 27 HA PRO 6 HA PRO 6 4.094 -2.928 -0.059 28 1HB PRO 6 1HB PRO 6 6.170 -4.760 1.017 29 2HB PRO 6 2HB PRO 6 5.400 -4.739 -0.573 30 1HG PRO 6 1HG PRO 6 7.905 -3.883 -0.271 31 2HG PRO 6 2HG PRO 6 6.785 -3.056 -1.373 32 1HD PRO 6 1HD PRO 6 7.693 -2.258 1.367 33 2HD PRO 6 2HD PRO 6 7.400 -1.249 -0.068 34 H ALA 7 H ALA 7 5.883 -3.584 2.943 35 HA ALA 7 HA ALA 7 4.016 -5.306 4.090 36 1HB ALA 7 1HB ALA 7 5.661 -3.565 5.856 37 2HB ALA 7 2HB ALA 7 6.478 -4.681 4.760 38 3HB ALA 7 3HB ALA 7 5.337 -5.297 5.955 39 H CYS 8 H CYS 8 4.409 -1.809 4.534 40 HA CYS 8 HA CYS 8 2.333 -1.479 6.416 41 1HB CYS 8 1HB CYS 8 4.153 0.164 5.950 42 2HB CYS 8 2HB CYS 8 3.374 0.547 4.420 43 H ASN 9 H ASN 9 2.321 -1.742 2.938 44 HA ASN 9 HA ASN 9 -0.356 -0.759 2.581 45 1HB ASN 9 1HB ASN 9 1.520 -2.333 0.819 46 2HB ASN 9 2HB ASN 9 -0.131 -1.967 0.336 47 1HD2 ASN 9 1HD2 ASN 9 0.655 0.593 2.141 48 2HD2 ASN 9 2HD2 ASN 9 1.319 1.632 0.922 49 H VAL 10 H VAL 10 1.139 -3.828 3.320 50 HA VAL 10 HA VAL 10 -1.178 -5.426 2.791 51 HB VAL 10 HB VAL 10 1.238 -6.044 4.513 52 1HG1 VAL 10 1HG1 VAL 10 0.233 -7.943 5.081 53 2HG1 VAL 10 2HG1 VAL 10 0.052 -8.364 3.378 54 3HG1 VAL 10 3HG1 VAL 10 -1.211 -7.448 4.200 55 1HG2 VAL 10 1HG2 VAL 10 0.666 -6.375 1.598 56 2HG2 VAL 10 2HG2 VAL 10 1.747 -7.500 2.420 57 3HG2 VAL 10 3HG2 VAL 10 2.122 -5.775 2.394 58 H ASN 11 H ASN 11 0.357 -4.136 5.729 59 HA ASN 11 HA ASN 11 -1.552 -5.077 7.576 60 1HB ASN 11 1HB ASN 11 0.240 -2.638 7.710 61 2HB ASN 11 2HB ASN 11 -0.708 -3.242 9.062 62 1HD2 ASN 11 1HD2 ASN 11 0.320 -5.816 7.223 63 2HD2 ASN 11 2HD2 ASN 11 1.729 -6.238 8.133 64 H ASN 12 H ASN 12 -1.324 -2.081 5.746 65 HA ASN 12 HA ASN 12 -4.046 -1.355 6.611 66 1HB ASN 12 1HB ASN 12 -1.782 0.409 5.694 67 2HB ASN 12 2HB ASN 12 -3.408 0.974 6.053 68 1HD2 ASN 12 1HD2 ASN 12 -3.018 -1.366 8.232 69 2HD2 ASN 12 2HD2 ASN 12 -2.322 -0.473 9.536 70 HA PRO 13 HA PRO 13 -4.104 -2.680 2.179 71 1HB PRO 13 1HB PRO 13 -6.721 -3.575 2.258 72 2HB PRO 13 2HB PRO 13 -5.292 -4.567 2.560 73 1HG PRO 13 1HG PRO 13 -7.148 -3.275 4.507 74 2HG PRO 13 2HG PRO 13 -6.345 -4.854 4.594 75 1HD PRO 13 1HD PRO 13 -5.473 -2.738 6.006 76 2HD PRO 13 2HD PRO 13 -4.356 -3.944 5.335 77 H HIS 14 H HIS 14 -7.303 -1.627 3.315 78 HA HIS 14 HA HIS 14 -7.421 0.130 0.988 79 1HB HIS 14 1HB HIS 14 -9.868 0.274 1.556 80 2HB HIS 14 2HB HIS 14 -9.287 -1.328 1.124 81 HD1 HIS 14 HD1 HIS 14 -10.061 0.678 4.284 82 HD2 HIS 14 HD2 HIS 14 -9.989 -3.252 2.891 83 HE1 HIS 14 HE1 HIS 14 -10.966 -0.734 6.165 84 HE2 HIS 14 HE2 HIS 14 -10.859 -3.115 5.329 85 H ILE 15 H ILE 15 -6.444 0.481 4.037 86 HA ILE 15 HA ILE 15 -7.597 3.126 4.432 87 HB ILE 15 HB ILE 15 -5.677 1.704 6.282 88 1HG1 ILE 15 1HG1 ILE 15 -7.997 1.270 7.535 89 2HG1 ILE 15 2HG1 ILE 15 -8.591 1.222 5.879 90 1HG2 ILE 15 1HG2 ILE 15 -5.827 3.678 7.275 91 2HG2 ILE 15 2HG2 ILE 15 -7.429 3.147 7.787 92 3HG2 ILE 15 3HG2 ILE 15 -7.249 4.139 6.341 93 1HD1 ILE 15 1HD1 ILE 15 -7.860 -0.847 5.642 94 2HD1 ILE 15 2HD1 ILE 15 -7.385 -0.837 7.341 95 3HD1 ILE 15 3HD1 ILE 15 -6.225 -0.368 6.100 96 H CYS 16 H CYS 16 -4.835 1.507 3.262 97 HA CYS 16 HA CYS 16 -3.322 4.011 3.187 98 1HB CYS 16 1HB CYS 16 -2.509 2.880 5.115 99 2HB CYS 16 2HB CYS 16 -2.424 1.336 4.267 100 H GLY 17 H GLY 17 -3.742 0.755 1.864 101 1HA GLY 17 1HA GLY 17 -1.916 1.439 -0.325 102 2HA GLY 17 2HA GLY 17 -2.543 -0.164 0.035 103 1HN NH2 18 1HN NH2 18 -3.297 -0.229 -2.475 104 2HN NH2 18 2HN NH2 18 -4.916 -0.409 -1.893 Start of MODEL 12 1 1H GLY 1 1H GLY 1 2.550 9.258 7.019 2 2H GLY 1 2H GLY 1 4.218 8.970 6.933 3 3H GLY 1 3H GLY 1 3.445 9.018 8.438 4 1HA GLY 1 1HA GLY 1 3.060 6.861 8.359 5 2HA GLY 1 2HA GLY 1 2.138 7.105 6.880 6 H CYS 2 H CYS 2 2.902 5.076 6.109 7 HA CYS 2 HA CYS 2 5.458 5.346 4.740 8 1HB CYS 2 1HB CYS 2 6.102 2.996 5.413 9 2HB CYS 2 2HB CYS 2 6.224 4.200 6.690 10 H CYS 3 H CYS 3 2.821 5.496 3.770 11 HA CYS 3 HA CYS 3 1.873 3.026 2.769 12 1HB CYS 3 1HB CYS 3 1.313 5.889 2.055 13 2HB CYS 3 2HB CYS 3 0.605 4.570 1.128 14 H SER 4 H SER 4 4.710 4.324 2.010 15 HA SER 4 HA SER 4 4.606 3.635 -0.823 16 1HB SER 4 1HB SER 4 7.117 4.470 -0.535 17 2HB SER 4 2HB SER 4 5.776 5.602 -0.750 18 HG SER 4 HG SER 4 6.896 6.307 1.015 19 H HIS 5 H HIS 5 4.656 1.844 1.707 20 HA HIS 5 HA HIS 5 6.890 0.142 0.825 21 1HB HIS 5 1HB HIS 5 5.966 0.534 3.684 22 2HB HIS 5 2HB HIS 5 7.284 -0.510 3.150 23 HD1 HIS 5 HD1 HIS 5 6.360 3.134 2.764 24 HD2 HIS 5 HD2 HIS 5 9.691 0.744 3.393 25 HE1 HIS 5 HE1 HIS 5 8.288 4.692 2.722 26 HE2 HIS 5 HE2 HIS 5 10.336 3.229 2.992 27 HA PRO 6 HA PRO 6 3.846 -2.975 0.052 28 1HB PRO 6 1HB PRO 6 6.043 -4.781 0.941 29 2HB PRO 6 2HB PRO 6 5.047 -4.848 -0.518 30 1HG PRO 6 1HG PRO 6 7.554 -3.965 -0.633 31 2HG PRO 6 2HG PRO 6 6.274 -3.194 -1.592 32 1HD PRO 6 1HD PRO 6 7.611 -2.249 0.906 33 2HD PRO 6 2HD PRO 6 7.013 -1.315 -0.483 34 H ALA 7 H ALA 7 5.850 -3.337 2.970 35 HA ALA 7 HA ALA 7 4.082 -5.092 4.311 36 1HB ALA 7 1HB ALA 7 5.452 -3.743 6.307 37 2HB ALA 7 2HB ALA 7 6.542 -3.690 4.922 38 3HB ALA 7 3HB ALA 7 5.949 -5.241 5.518 39 H CYS 8 H CYS 8 4.441 -1.565 4.408 40 HA CYS 8 HA CYS 8 2.433 -1.175 6.394 41 1HB CYS 8 1HB CYS 8 3.503 0.762 4.333 42 2HB CYS 8 2HB CYS 8 2.492 1.192 5.707 43 H ASN 9 H ASN 9 2.351 -1.812 3.020 44 HA ASN 9 HA ASN 9 -0.300 -0.701 2.644 45 1HB ASN 9 1HB ASN 9 1.569 -2.243 0.847 46 2HB ASN 9 2HB ASN 9 -0.070 -1.831 0.362 47 1HD2 ASN 9 1HD2 ASN 9 0.586 0.677 2.199 48 2HD2 ASN 9 2HD2 ASN 9 1.340 1.743 1.053 49 H VAL 10 H VAL 10 1.104 -3.758 3.495 50 HA VAL 10 HA VAL 10 -1.227 -5.245 2.697 51 HB VAL 10 HB VAL 10 1.132 -6.123 2.627 52 1HG1 VAL 10 1HG1 VAL 10 1.753 -5.411 4.932 53 2HG1 VAL 10 2HG1 VAL 10 2.139 -7.088 4.544 54 3HG1 VAL 10 3HG1 VAL 10 0.736 -6.716 5.542 55 1HG2 VAL 10 1HG2 VAL 10 -1.239 -7.560 3.654 56 2HG2 VAL 10 2HG2 VAL 10 0.301 -8.419 3.673 57 3HG2 VAL 10 3HG2 VAL 10 -0.338 -7.785 2.155 58 H ASN 11 H ASN 11 0.171 -4.129 5.764 59 HA ASN 11 HA ASN 11 -2.009 -5.250 7.311 60 1HB ASN 11 1HB ASN 11 0.143 -3.259 8.064 61 2HB ASN 11 2HB ASN 11 -0.990 -4.007 9.188 62 1HD2 ASN 11 1HD2 ASN 11 1.870 -4.367 7.371 63 2HD2 ASN 11 2HD2 ASN 11 2.295 -5.953 7.923 64 H ASN 12 H ASN 12 -1.603 -2.651 5.295 65 HA ASN 12 HA ASN 12 -3.990 -1.328 6.382 66 1HB ASN 12 1HB ASN 12 -1.523 0.146 5.461 67 2HB ASN 12 2HB ASN 12 -3.035 0.882 5.980 68 1HD2 ASN 12 1HD2 ASN 12 0.004 0.053 6.922 69 2HD2 ASN 12 2HD2 ASN 12 -0.217 0.064 8.637 70 HA PRO 13 HA PRO 13 -3.928 -2.118 1.805 71 1HB PRO 13 1HB PRO 13 -5.912 -3.917 1.588 72 2HB PRO 13 2HB PRO 13 -4.278 -4.374 2.084 73 1HG PRO 13 1HG PRO 13 -6.725 -3.959 3.754 74 2HG PRO 13 2HG PRO 13 -5.466 -5.199 3.896 75 1HD PRO 13 1HD PRO 13 -5.597 -2.923 5.446 76 2HD PRO 13 2HD PRO 13 -4.111 -3.843 5.138 77 H HIS 14 H HIS 14 -6.740 -1.534 3.845 78 HA HIS 14 HA HIS 14 -8.206 -0.507 1.545 79 1HB HIS 14 1HB HIS 14 -10.137 -0.451 3.158 80 2HB HIS 14 2HB HIS 14 -9.461 -2.045 2.854 81 HD1 HIS 14 HD1 HIS 14 -9.388 0.683 5.494 82 HD2 HIS 14 HD2 HIS 14 -8.747 -3.416 5.106 83 HE1 HIS 14 HE1 HIS 14 -8.960 -0.165 7.829 84 HE2 HIS 14 HE2 HIS 14 -8.610 -2.652 7.578 85 H ILE 15 H ILE 15 -6.551 0.632 4.325 86 HA ILE 15 HA ILE 15 -7.736 3.298 4.097 87 HB ILE 15 HB ILE 15 -6.129 3.724 6.080 88 1HG1 ILE 15 1HG1 ILE 15 -6.322 0.722 6.325 89 2HG1 ILE 15 2HG1 ILE 15 -4.900 1.542 5.682 90 1HG2 ILE 15 1HG2 ILE 15 -8.727 3.148 5.965 91 2HG2 ILE 15 2HG2 ILE 15 -7.863 3.434 7.476 92 3HG2 ILE 15 3HG2 ILE 15 -8.167 1.784 6.934 93 1HD1 ILE 15 1HD1 ILE 15 -6.041 1.719 8.444 94 2HD1 ILE 15 2HD1 ILE 15 -4.785 2.797 7.832 95 3HD1 ILE 15 3HD1 ILE 15 -4.481 1.064 7.943 96 H CYS 16 H CYS 16 -4.643 1.653 4.083 97 HA CYS 16 HA CYS 16 -3.304 4.069 3.197 98 1HB CYS 16 1HB CYS 16 -2.336 2.985 5.080 99 2HB CYS 16 2HB CYS 16 -2.387 1.409 4.291 100 H GLY 17 H GLY 17 -4.224 0.929 2.061 101 1HA GLY 17 1HA GLY 17 -2.665 1.305 -0.407 102 2HA GLY 17 2HA GLY 17 -3.434 -0.194 0.098 103 1HN NH2 18 1HN NH2 18 -5.752 2.690 0.089 104 2HN NH2 18 2HN NH2 18 -6.637 1.225 -0.170 Start of MODEL 13 1 1H GLY 1 1H GLY 1 1.116 3.937 8.825 2 2H GLY 1 2H GLY 1 0.163 4.927 7.834 3 3H GLY 1 3H GLY 1 0.634 5.466 9.370 4 1HA GLY 1 1HA GLY 1 1.918 6.483 7.538 5 2HA GLY 1 2HA GLY 1 2.896 5.641 8.732 6 H CYS 2 H CYS 2 4.264 5.947 6.633 7 HA CYS 2 HA CYS 2 5.227 5.128 4.734 8 1HB CYS 2 1HB CYS 2 5.931 2.704 5.013 9 2HB CYS 2 2HB CYS 2 6.397 3.813 6.293 10 H CYS 3 H CYS 3 2.847 5.566 3.849 11 HA CYS 3 HA CYS 3 1.457 3.230 2.967 12 1HB CYS 3 1HB CYS 3 1.168 6.163 2.417 13 2HB CYS 3 2HB CYS 3 0.244 4.979 1.491 14 H SER 4 H SER 4 4.302 4.547 1.908 15 HA SER 4 HA SER 4 3.875 3.722 -0.867 16 1HB SER 4 1HB SER 4 6.253 5.096 0.387 17 2HB SER 4 2HB SER 4 6.045 4.757 -1.331 18 HG SER 4 HG SER 4 3.932 6.113 -0.205 19 H HIS 5 H HIS 5 4.184 1.993 1.622 20 HA HIS 5 HA HIS 5 6.445 0.379 0.657 21 1HB HIS 5 1HB HIS 5 5.625 0.793 3.546 22 2HB HIS 5 2HB HIS 5 6.958 -0.217 2.983 23 HD1 HIS 5 HD1 HIS 5 5.909 3.388 2.459 24 HD2 HIS 5 HD2 HIS 5 9.311 1.123 3.185 25 HE1 HIS 5 HE1 HIS 5 7.800 4.999 2.342 26 HE2 HIS 5 HE2 HIS 5 9.849 3.658 3.026 27 HA PRO 6 HA PRO 6 3.343 -2.693 -0.046 28 1HB PRO 6 1HB PRO 6 5.677 -4.515 0.281 29 2HB PRO 6 2HB PRO 6 4.481 -4.434 -1.019 30 1HG PRO 6 1HG PRO 6 6.928 -3.459 -1.378 31 2HG PRO 6 2HG PRO 6 5.510 -2.619 -2.034 32 1HD PRO 6 1HD PRO 6 7.179 -1.947 0.348 33 2HD PRO 6 2HD PRO 6 6.380 -0.869 -0.819 34 H ALA 7 H ALA 7 5.746 -3.247 2.512 35 HA ALA 7 HA ALA 7 4.305 -5.245 3.888 36 1HB ALA 7 1HB ALA 7 6.460 -5.223 4.610 37 2HB ALA 7 2HB ALA 7 5.736 -4.236 5.881 38 3HB ALA 7 3HB ALA 7 6.585 -3.467 4.540 39 H CYS 8 H CYS 8 4.404 -1.725 4.276 40 HA CYS 8 HA CYS 8 2.623 -1.667 6.500 41 1HB CYS 8 1HB CYS 8 3.178 0.550 4.520 42 2HB CYS 8 2HB CYS 8 2.524 0.722 6.146 43 H ASN 9 H ASN 9 2.240 -1.877 3.081 44 HA ASN 9 HA ASN 9 -0.527 -1.075 3.045 45 1HB ASN 9 1HB ASN 9 1.267 -2.365 0.988 46 2HB ASN 9 2HB ASN 9 -0.439 -2.047 0.694 47 1HD2 ASN 9 1HD2 ASN 9 0.324 0.378 2.643 48 2HD2 ASN 9 2HD2 ASN 9 0.840 1.565 1.492 49 H VAL 10 H VAL 10 1.136 -3.896 3.940 50 HA VAL 10 HA VAL 10 -0.952 -5.765 3.260 51 HB VAL 10 HB VAL 10 1.298 -6.042 5.269 52 1HG1 VAL 10 1HG1 VAL 10 0.056 -8.407 4.005 53 2HG1 VAL 10 2HG1 VAL 10 -0.907 -7.566 5.219 54 3HG1 VAL 10 3HG1 VAL 10 0.688 -8.194 5.638 55 1HG2 VAL 10 1HG2 VAL 10 1.796 -5.706 2.733 56 2HG2 VAL 10 2HG2 VAL 10 1.259 -7.381 2.601 57 3HG2 VAL 10 3HG2 VAL 10 2.628 -6.972 3.636 58 H ASN 11 H ASN 11 0.220 -4.242 6.256 59 HA ASN 11 HA ASN 11 -1.995 -5.108 7.838 60 1HB ASN 11 1HB ASN 11 -0.002 -2.876 8.319 61 2HB ASN 11 2HB ASN 11 -1.162 -3.458 9.506 62 1HD2 ASN 11 1HD2 ASN 11 -0.149 -6.026 7.650 63 2HD2 ASN 11 2HD2 ASN 11 1.095 -6.632 8.689 64 H ASN 12 H ASN 12 -1.309 -2.319 5.876 65 HA ASN 12 HA ASN 12 -3.987 -1.240 6.460 66 1HB ASN 12 1HB ASN 12 -1.416 0.246 5.971 67 2HB ASN 12 2HB ASN 12 -3.004 1.009 5.980 68 1HD2 ASN 12 1HD2 ASN 12 -0.356 0.463 7.800 69 2HD2 ASN 12 2HD2 ASN 12 -1.054 0.581 9.376 70 HA PRO 13 HA PRO 13 -3.506 -2.359 2.010 71 1HB PRO 13 1HB PRO 13 -5.924 -3.576 1.708 72 2HB PRO 13 2HB PRO 13 -4.470 -4.397 2.279 73 1HG PRO 13 1HG PRO 13 -6.796 -3.363 3.831 74 2HG PRO 13 2HG PRO 13 -5.830 -4.825 4.088 75 1HD PRO 13 1HD PRO 13 -5.534 -2.536 5.552 76 2HD PRO 13 2HD PRO 13 -4.230 -3.708 5.284 77 H HIS 14 H HIS 14 -6.813 -1.532 3.064 78 HA HIS 14 HA HIS 14 -7.055 0.068 0.643 79 1HB HIS 14 1HB HIS 14 -9.469 0.044 1.103 80 2HB HIS 14 2HB HIS 14 -8.793 -1.580 1.059 81 HD1 HIS 14 HD1 HIS 14 -9.797 1.034 3.646 82 HD2 HIS 14 HD2 HIS 14 -9.460 -3.097 3.207 83 HE1 HIS 14 HE1 HIS 14 -10.684 0.046 5.787 84 HE2 HIS 14 HE2 HIS 14 -10.491 -2.456 5.502 85 H ILE 15 H ILE 15 -6.232 0.584 3.772 86 HA ILE 15 HA ILE 15 -7.435 3.243 3.935 87 HB ILE 15 HB ILE 15 -6.067 3.184 6.171 88 1HG1 ILE 15 1HG1 ILE 15 -5.102 0.880 5.451 89 2HG1 ILE 15 2HG1 ILE 15 -5.574 1.130 7.125 90 1HG2 ILE 15 1HG2 ILE 15 -8.547 1.507 5.998 91 2HG2 ILE 15 2HG2 ILE 15 -8.556 3.261 5.814 92 3HG2 ILE 15 3HG2 ILE 15 -8.013 2.536 7.326 93 1HD1 ILE 15 1HD1 ILE 15 -7.655 0.027 5.354 94 2HD1 ILE 15 2HD1 ILE 15 -7.237 -0.382 7.019 95 3HD1 ILE 15 3HD1 ILE 15 -6.272 -1.019 5.686 96 H CYS 16 H CYS 16 -4.522 1.601 3.292 97 HA CYS 16 HA CYS 16 -3.060 4.139 3.187 98 1HB CYS 16 1HB CYS 16 -2.590 3.005 5.282 99 2HB CYS 16 2HB CYS 16 -2.178 1.521 4.428 100 H GLY 17 H GLY 17 -3.765 1.136 1.681 101 1HA GLY 17 1HA GLY 17 -1.508 1.479 -0.181 102 2HA GLY 17 2HA GLY 17 -2.441 0.002 0.015 103 1HN NH2 18 1HN NH2 18 -3.280 0.472 -2.853 104 2HN NH2 18 2HN NH2 18 -4.633 0.099 -1.840 Start of MODEL 14 1 1H GLY 1 1H GLY 1 -0.191 5.729 8.151 2 2H GLY 1 2H GLY 1 0.401 4.195 8.570 3 3H GLY 1 3H GLY 1 0.066 4.562 6.954 4 1HA GLY 1 1HA GLY 1 1.785 6.462 7.341 5 2HA GLY 1 2HA GLY 1 2.333 5.380 8.614 6 H CYS 2 H CYS 2 3.997 6.021 6.547 7 HA CYS 2 HA CYS 2 5.170 5.276 4.729 8 1HB CYS 2 1HB CYS 2 6.035 2.926 5.077 9 2HB CYS 2 2HB CYS 2 6.276 4.042 6.412 10 H CYS 3 H CYS 3 2.697 5.478 3.773 11 HA CYS 3 HA CYS 3 1.605 3.040 2.818 12 1HB CYS 3 1HB CYS 3 1.093 5.915 2.103 13 2HB CYS 3 2HB CYS 3 0.237 4.582 1.329 14 H SER 4 H SER 4 4.387 4.511 1.863 15 HA SER 4 HA SER 4 4.124 3.618 -0.907 16 1HB SER 4 1HB SER 4 6.397 4.699 -1.180 17 2HB SER 4 2HB SER 4 5.062 5.796 -0.829 18 HG SER 4 HG SER 4 5.783 6.050 1.229 19 H HIS 5 H HIS 5 4.357 1.938 1.572 20 HA HIS 5 HA HIS 5 6.758 0.408 0.810 21 1HB HIS 5 1HB HIS 5 5.666 0.799 3.614 22 2HB HIS 5 2HB HIS 5 7.074 -0.170 3.182 23 HD1 HIS 5 HD1 HIS 5 6.101 3.358 2.240 24 HD2 HIS 5 HD2 HIS 5 9.231 1.293 4.012 25 HE1 HIS 5 HE1 HIS 5 7.887 5.044 2.542 26 HE2 HIS 5 HE2 HIS 5 9.703 3.847 3.864 27 HA PRO 6 HA PRO 6 3.921 -2.878 -0.051 28 1HB PRO 6 1HB PRO 6 6.209 -4.570 0.833 29 2HB PRO 6 2HB PRO 6 5.247 -4.661 -0.647 30 1HG PRO 6 1HG PRO 6 7.698 -3.631 -0.695 31 2HG PRO 6 2HG PRO 6 6.393 -2.909 -1.655 32 1HD PRO 6 1HD PRO 6 7.623 -1.960 0.895 33 2HD PRO 6 2HD PRO 6 7.011 -1.020 -0.486 34 H ALA 7 H ALA 7 5.998 -3.411 2.793 35 HA ALA 7 HA ALA 7 4.317 -5.209 4.114 36 1HB ALA 7 1HB ALA 7 6.772 -3.915 4.659 37 2HB ALA 7 2HB ALA 7 6.063 -5.312 5.470 38 3HB ALA 7 3HB ALA 7 5.724 -3.686 6.059 39 H CYS 8 H CYS 8 4.422 -1.679 4.274 40 HA CYS 8 HA CYS 8 2.570 -1.461 6.426 41 1HB CYS 8 1HB CYS 8 3.194 0.615 4.318 42 2HB CYS 8 2HB CYS 8 2.510 0.900 5.918 43 H ASN 9 H ASN 9 2.266 -1.784 2.967 44 HA ASN 9 HA ASN 9 -0.497 -0.993 2.873 45 1HB ASN 9 1HB ASN 9 1.332 -2.339 0.889 46 2HB ASN 9 2HB ASN 9 -0.380 -2.093 0.561 47 1HD2 ASN 9 1HD2 ASN 9 0.547 0.409 2.468 48 2HD2 ASN 9 2HD2 ASN 9 0.940 1.568 1.241 49 H VAL 10 H VAL 10 1.182 -3.883 3.681 50 HA VAL 10 HA VAL 10 -0.877 -5.736 3.012 51 HB VAL 10 HB VAL 10 1.331 -6.006 5.066 52 1HG1 VAL 10 1HG1 VAL 10 -0.769 -7.580 5.059 53 2HG1 VAL 10 2HG1 VAL 10 0.852 -8.247 5.258 54 3HG1 VAL 10 3HG1 VAL 10 0.056 -8.323 3.686 55 1HG2 VAL 10 1HG2 VAL 10 2.515 -7.264 3.312 56 2HG2 VAL 10 2HG2 VAL 10 2.236 -5.584 2.854 57 3HG2 VAL 10 3HG2 VAL 10 1.229 -6.862 2.172 58 H ASN 11 H ASN 11 0.128 -4.235 6.085 59 HA ASN 11 HA ASN 11 -2.117 -5.265 7.538 60 1HB ASN 11 1HB ASN 11 -0.175 -3.045 8.223 61 2HB ASN 11 2HB ASN 11 -1.318 -3.782 9.345 62 1HD2 ASN 11 1HD2 ASN 11 1.700 -4.043 7.785 63 2HD2 ASN 11 2HD2 ASN 11 2.200 -5.532 8.512 64 H ASN 12 H ASN 12 -1.393 -2.326 5.806 65 HA ASN 12 HA ASN 12 -4.083 -1.299 6.429 66 1HB ASN 12 1HB ASN 12 -1.519 0.217 5.985 67 2HB ASN 12 2HB ASN 12 -3.108 0.979 6.019 68 1HD2 ASN 12 1HD2 ASN 12 -0.467 0.367 7.812 69 2HD2 ASN 12 2HD2 ASN 12 -1.160 0.400 9.396 70 HA PRO 13 HA PRO 13 -3.706 -2.096 1.917 71 1HB PRO 13 1HB PRO 13 -6.177 -3.574 2.025 72 2HB PRO 13 2HB PRO 13 -4.548 -4.174 1.711 73 1HG PRO 13 1HG PRO 13 -5.980 -4.774 3.968 74 2HG PRO 13 2HG PRO 13 -4.208 -4.772 3.894 75 1HD PRO 13 1HD PRO 13 -6.068 -2.675 4.954 76 2HD PRO 13 2HD PRO 13 -4.521 -3.253 5.616 77 H HIS 14 H HIS 14 -6.809 -1.423 3.522 78 HA HIS 14 HA HIS 14 -7.731 -0.098 1.095 79 1HB HIS 14 1HB HIS 14 -9.931 0.010 2.343 80 2HB HIS 14 2HB HIS 14 -9.340 -1.602 1.965 81 HD1 HIS 14 HD1 HIS 14 -8.168 -2.888 4.045 82 HD2 HIS 14 HD2 HIS 14 -10.513 0.425 4.965 83 HE1 HIS 14 HE1 HIS 14 -8.541 -2.989 6.534 84 HE2 HIS 14 HE2 HIS 14 -10.136 -1.095 7.030 85 H ILE 15 H ILE 15 -6.435 0.700 4.114 86 HA ILE 15 HA ILE 15 -7.505 3.419 4.048 87 HB ILE 15 HB ILE 15 -6.091 3.606 6.182 88 1HG1 ILE 15 1HG1 ILE 15 -4.986 1.304 5.632 89 2HG1 ILE 15 2HG1 ILE 15 -5.341 1.724 7.301 90 1HG2 ILE 15 1HG2 ILE 15 -8.234 3.699 6.802 91 2HG2 ILE 15 2HG2 ILE 15 -7.991 2.029 7.317 92 3HG2 ILE 15 3HG2 ILE 15 -8.696 2.369 5.737 93 1HD1 ILE 15 1HD1 ILE 15 -6.079 -0.581 5.965 94 2HD1 ILE 15 2HD1 ILE 15 -7.564 0.367 6.061 95 3HD1 ILE 15 3HD1 ILE 15 -6.671 -0.029 7.532 96 H CYS 16 H CYS 16 -4.645 1.572 3.550 97 HA CYS 16 HA CYS 16 -3.093 4.027 3.112 98 1HB CYS 16 1HB CYS 16 -2.574 2.952 5.230 99 2HB CYS 16 2HB CYS 16 -2.287 1.415 4.416 100 H GLY 17 H GLY 17 -4.234 1.269 1.608 101 1HA GLY 17 1HA GLY 17 -1.909 1.062 -0.180 102 2HA GLY 17 2HA GLY 17 -3.228 -0.097 -0.081 103 1HN NH2 18 1HN NH2 18 -5.393 2.306 -0.540 104 2HN NH2 18 2HN NH2 18 -5.485 1.041 -1.713 Start of MODEL 15 1 1H GLY 1 1H GLY 1 3.792 8.694 7.806 2 2H GLY 1 2H GLY 1 3.502 7.717 9.159 3 3H GLY 1 3H GLY 1 2.286 8.747 8.583 4 1HA GLY 1 1HA GLY 1 2.165 6.256 8.025 5 2HA GLY 1 2HA GLY 1 1.802 7.444 6.780 6 H CYS 2 H CYS 2 2.708 4.733 6.395 7 HA CYS 2 HA CYS 2 5.158 5.346 4.887 8 1HB CYS 2 1HB CYS 2 5.945 2.992 5.431 9 2HB CYS 2 2HB CYS 2 6.016 4.155 6.749 10 H CYS 3 H CYS 3 2.682 5.464 3.761 11 HA CYS 3 HA CYS 3 1.808 2.983 2.691 12 1HB CYS 3 1HB CYS 3 1.213 5.839 1.949 13 2HB CYS 3 2HB CYS 3 0.476 4.465 1.127 14 H SER 4 H SER 4 4.636 4.363 2.072 15 HA SER 4 HA SER 4 4.638 3.716 -0.781 16 1HB SER 4 1HB SER 4 7.122 4.581 -0.424 17 2HB SER 4 2HB SER 4 5.780 5.703 -0.663 18 HG SER 4 HG SER 4 7.266 6.076 1.196 19 H HIS 5 H HIS 5 4.568 1.867 1.660 20 HA HIS 5 HA HIS 5 6.881 0.224 0.885 21 1HB HIS 5 1HB HIS 5 5.829 0.538 3.709 22 2HB HIS 5 2HB HIS 5 7.197 -0.458 3.210 23 HD1 HIS 5 HD1 HIS 5 6.180 3.173 2.946 24 HD2 HIS 5 HD2 HIS 5 9.574 0.849 3.487 25 HE1 HIS 5 HE1 HIS 5 8.072 4.783 2.973 26 HE2 HIS 5 HE2 HIS 5 10.150 3.369 3.233 27 HA PRO 6 HA PRO 6 3.894 -2.909 -0.012 28 1HB PRO 6 1HB PRO 6 6.007 -4.795 0.886 29 2HB PRO 6 2HB PRO 6 5.127 -4.734 -0.644 30 1HG PRO 6 1HG PRO 6 7.663 -3.927 -0.496 31 2HG PRO 6 2HG PRO 6 6.489 -3.077 -1.520 32 1HD PRO 6 1HD PRO 6 7.610 -2.298 1.139 33 2HD PRO 6 2HD PRO 6 7.193 -1.280 -0.259 34 H ALA 7 H ALA 7 5.791 -3.332 2.962 35 HA ALA 7 HA ALA 7 3.954 -5.137 4.167 36 1HB ALA 7 1HB ALA 7 5.999 -5.346 5.155 37 2HB ALA 7 2HB ALA 7 5.228 -4.263 6.314 38 3HB ALA 7 3HB ALA 7 6.331 -3.614 5.101 39 H CYS 8 H CYS 8 4.324 -1.630 4.295 40 HA CYS 8 HA CYS 8 2.343 -1.253 6.326 41 1HB CYS 8 1HB CYS 8 3.406 0.689 4.271 42 2HB CYS 8 2HB CYS 8 2.409 1.115 5.656 43 H ASN 9 H ASN 9 2.253 -1.816 2.927 44 HA ASN 9 HA ASN 9 -0.418 -0.749 2.581 45 1HB ASN 9 1HB ASN 9 1.469 -2.245 0.777 46 2HB ASN 9 2HB ASN 9 -0.199 -1.936 0.312 47 1HD2 ASN 9 1HD2 ASN 9 0.484 0.614 2.161 48 2HD2 ASN 9 2HD2 ASN 9 1.096 1.710 0.966 49 H VAL 10 H VAL 10 1.056 -3.783 3.389 50 HA VAL 10 HA VAL 10 -1.369 -5.259 2.834 51 HB VAL 10 HB VAL 10 0.975 -6.167 2.541 52 1HG1 VAL 10 1HG1 VAL 10 1.588 -5.438 4.970 53 2HG1 VAL 10 2HG1 VAL 10 2.280 -6.895 4.256 54 3HG1 VAL 10 3HG1 VAL 10 0.927 -7.021 5.381 55 1HG2 VAL 10 1HG2 VAL 10 -0.476 -8.112 4.219 56 2HG2 VAL 10 2HG2 VAL 10 0.151 -8.269 2.578 57 3HG2 VAL 10 3HG2 VAL 10 -1.362 -7.408 2.865 58 H ASN 11 H ASN 11 0.412 -4.068 5.653 59 HA ASN 11 HA ASN 11 -1.442 -5.052 7.599 60 1HB ASN 11 1HB ASN 11 0.611 -2.827 7.736 61 2HB ASN 11 2HB ASN 11 -0.354 -3.355 9.108 62 1HD2 ASN 11 1HD2 ASN 11 0.362 -5.924 7.086 63 2HD2 ASN 11 2HD2 ASN 11 1.703 -6.573 7.967 64 H ASN 12 H ASN 12 -1.482 -2.552 5.330 65 HA ASN 12 HA ASN 12 -3.898 -1.411 6.541 66 1HB ASN 12 1HB ASN 12 -1.522 0.156 5.584 67 2HB ASN 12 2HB ASN 12 -3.115 0.868 5.827 68 1HD2 ASN 12 1HD2 ASN 12 -0.187 0.308 7.229 69 2HD2 ASN 12 2HD2 ASN 12 -0.628 0.496 8.888 70 HA PRO 13 HA PRO 13 -4.310 -2.790 2.156 71 1HB PRO 13 1HB PRO 13 -6.932 -3.600 2.453 72 2HB PRO 13 2HB PRO 13 -5.517 -4.628 2.691 73 1HG PRO 13 1HG PRO 13 -7.184 -3.205 4.714 74 2HG PRO 13 2HG PRO 13 -6.454 -4.819 4.795 75 1HD PRO 13 1HD PRO 13 -5.392 -2.715 6.084 76 2HD PRO 13 2HD PRO 13 -4.377 -3.985 5.372 77 H HIS 14 H HIS 14 -7.344 -1.578 3.560 78 HA HIS 14 HA HIS 14 -7.710 -0.044 1.120 79 1HB HIS 14 1HB HIS 14 -10.057 0.198 1.924 80 2HB HIS 14 2HB HIS 14 -9.539 -1.473 1.742 81 HD1 HIS 14 HD1 HIS 14 -9.923 1.108 4.529 82 HD2 HIS 14 HD2 HIS 14 -10.040 -3.014 3.925 83 HE1 HIS 14 HE1 HIS 14 -10.584 0.112 6.745 84 HE2 HIS 14 HE2 HIS 14 -10.773 -2.368 6.328 85 H ILE 15 H ILE 15 -6.445 0.585 4.059 86 HA ILE 15 HA ILE 15 -7.471 3.314 4.223 87 HB ILE 15 HB ILE 15 -5.865 3.304 6.274 88 1HG1 ILE 15 1HG1 ILE 15 -5.044 0.935 5.536 89 2HG1 ILE 15 2HG1 ILE 15 -5.264 1.293 7.243 90 1HG2 ILE 15 1HG2 ILE 15 -7.716 2.252 7.647 91 2HG2 ILE 15 2HG2 ILE 15 -8.533 1.959 6.111 92 3HG2 ILE 15 3HG2 ILE 15 -8.155 3.610 6.609 93 1HD1 ILE 15 1HD1 ILE 15 -6.767 -0.317 7.462 94 2HD1 ILE 15 2HD1 ILE 15 -6.318 -0.846 5.842 95 3HD1 ILE 15 3HD1 ILE 15 -7.684 0.248 6.065 96 H CYS 16 H CYS 16 -4.705 1.469 3.383 97 HA CYS 16 HA CYS 16 -3.169 3.929 2.949 98 1HB CYS 16 1HB CYS 16 -2.475 2.965 5.024 99 2HB CYS 16 2HB CYS 16 -2.338 1.361 4.310 100 H GLY 17 H GLY 17 -3.880 0.681 1.864 101 1HA GLY 17 1HA GLY 17 -1.936 0.999 -0.327 102 2HA GLY 17 2HA GLY 17 -2.635 -0.528 0.196 103 1HN NH2 18 1HN NH2 18 -4.673 2.403 -0.488 104 2HN NH2 18 2HN NH2 18 -5.818 1.140 -0.784 Start of MODEL 16 1 1H GLY 1 1H GLY 1 0.249 5.965 7.892 2 2H GLY 1 2H GLY 1 1.032 5.539 9.333 3 3H GLY 1 3H GLY 1 0.902 4.415 8.074 4 1HA GLY 1 1HA GLY 1 2.165 6.842 7.247 5 2HA GLY 1 2HA GLY 1 3.029 6.035 8.550 6 H CYS 2 H CYS 2 4.435 6.159 6.410 7 HA CYS 2 HA CYS 2 5.414 5.138 4.626 8 1HB CYS 2 1HB CYS 2 6.110 2.796 5.099 9 2HB CYS 2 2HB CYS 2 6.426 3.911 6.420 10 H CYS 3 H CYS 3 2.823 5.523 3.897 11 HA CYS 3 HA CYS 3 1.601 3.095 2.991 12 1HB CYS 3 1HB CYS 3 1.054 5.999 2.415 13 2HB CYS 3 2HB CYS 3 0.157 4.698 1.634 14 H SER 4 H SER 4 4.342 4.529 2.018 15 HA SER 4 HA SER 4 3.999 3.861 -0.805 16 1HB SER 4 1HB SER 4 6.407 4.829 -0.890 17 2HB SER 4 2HB SER 4 5.045 5.938 -0.706 18 HG SER 4 HG SER 4 5.867 6.534 1.129 19 H HIS 5 H HIS 5 4.298 2.045 1.644 20 HA HIS 5 HA HIS 5 6.553 0.459 0.617 21 1HB HIS 5 1HB HIS 5 5.762 0.821 3.522 22 2HB HIS 5 2HB HIS 5 7.055 -0.228 2.938 23 HD1 HIS 5 HD1 HIS 5 6.150 3.410 2.398 24 HD2 HIS 5 HD2 HIS 5 9.453 1.034 3.219 25 HE1 HIS 5 HE1 HIS 5 8.084 4.957 2.342 26 HE2 HIS 5 HE2 HIS 5 10.116 3.490 2.700 27 HA PRO 6 HA PRO 6 3.535 -2.634 -0.118 28 1HB PRO 6 1HB PRO 6 5.253 -4.825 0.100 29 2HB PRO 6 2HB PRO 6 4.945 -3.888 -1.364 30 1HG PRO 6 1HG PRO 6 7.210 -3.709 0.561 31 2HG PRO 6 2HG PRO 6 7.205 -3.482 -1.197 32 1HD PRO 6 1HD PRO 6 7.344 -1.402 0.496 33 2HD PRO 6 2HD PRO 6 6.456 -1.298 -1.041 34 H ALA 7 H ALA 7 5.788 -3.255 2.556 35 HA ALA 7 HA ALA 7 4.206 -5.218 3.832 36 1HB ALA 7 1HB ALA 7 5.628 -4.179 5.883 37 2HB ALA 7 2HB ALA 7 6.593 -3.650 4.504 38 3HB ALA 7 3HB ALA 7 6.255 -5.365 4.738 39 H CYS 8 H CYS 8 4.448 -1.713 4.253 40 HA CYS 8 HA CYS 8 2.636 -1.542 6.430 41 1HB CYS 8 1HB CYS 8 3.273 0.576 4.364 42 2HB CYS 8 2HB CYS 8 2.550 0.841 5.947 43 H ASN 9 H ASN 9 2.239 -1.968 3.041 44 HA ASN 9 HA ASN 9 -0.513 -1.063 3.002 45 1HB ASN 9 1HB ASN 9 1.303 -2.282 0.929 46 2HB ASN 9 2HB ASN 9 -0.407 -1.999 0.620 47 1HD2 ASN 9 1HD2 ASN 9 0.393 0.374 2.674 48 2HD2 ASN 9 2HD2 ASN 9 0.846 1.610 1.545 49 H VAL 10 H VAL 10 1.021 -3.847 4.020 50 HA VAL 10 HA VAL 10 -1.036 -5.703 3.174 51 HB VAL 10 HB VAL 10 1.173 -6.097 5.210 52 1HG1 VAL 10 1HG1 VAL 10 0.048 -7.964 5.692 53 2HG1 VAL 10 2HG1 VAL 10 0.545 -8.541 4.101 54 3HG1 VAL 10 3HG1 VAL 10 -1.029 -7.769 4.307 55 1HG2 VAL 10 1HG2 VAL 10 1.957 -5.553 2.898 56 2HG2 VAL 10 2HG2 VAL 10 1.124 -7.005 2.340 57 3HG2 VAL 10 3HG2 VAL 10 2.457 -7.139 3.488 58 H ASN 11 H ASN 11 0.113 -4.402 6.300 59 HA ASN 11 HA ASN 11 -2.235 -5.305 7.675 60 1HB ASN 11 1HB ASN 11 -1.306 -3.959 9.585 61 2HB ASN 11 2HB ASN 11 -0.220 -5.189 8.949 62 1HD2 ASN 11 1HD2 ASN 11 1.669 -4.591 8.009 63 2HD2 ASN 11 2HD2 ASN 11 2.255 -2.962 8.005 64 H ASN 12 H ASN 12 -1.423 -2.511 5.880 65 HA ASN 12 HA ASN 12 -4.015 -1.326 6.603 66 1HB ASN 12 1HB ASN 12 -1.421 0.110 6.125 67 2HB ASN 12 2HB ASN 12 -2.985 0.913 6.022 68 1HD2 ASN 12 1HD2 ASN 12 -0.467 0.542 7.968 69 2HD2 ASN 12 2HD2 ASN 12 -1.230 0.647 9.514 70 HA PRO 13 HA PRO 13 -3.695 -2.498 2.196 71 1HB PRO 13 1HB PRO 13 -6.402 -3.546 2.452 72 2HB PRO 13 2HB PRO 13 -4.902 -4.392 2.058 73 1HG PRO 13 1HG PRO 13 -6.196 -4.733 4.412 74 2HG PRO 13 2HG PRO 13 -4.435 -4.866 4.258 75 1HD PRO 13 1HD PRO 13 -6.081 -2.580 5.278 76 2HD PRO 13 2HD PRO 13 -4.559 -3.245 5.910 77 H HIS 14 H HIS 14 -6.950 -1.481 3.314 78 HA HIS 14 HA HIS 14 -7.254 -0.159 0.738 79 1HB HIS 14 1HB HIS 14 -9.580 -0.172 1.089 80 2HB HIS 14 2HB HIS 14 -9.010 -1.713 1.713 81 HD1 HIS 14 HD1 HIS 14 -8.698 -1.693 4.479 82 HD2 HIS 14 HD2 HIS 14 -11.199 1.163 2.774 83 HE1 HIS 14 HE1 HIS 14 -10.115 -0.820 6.363 84 HE2 HIS 14 HE2 HIS 14 -11.537 0.995 5.336 85 H ILE 15 H ILE 15 -6.387 0.733 3.834 86 HA ILE 15 HA ILE 15 -7.421 3.446 3.562 87 HB ILE 15 HB ILE 15 -6.331 3.734 5.830 88 1HG1 ILE 15 1HG1 ILE 15 -4.976 1.533 5.494 89 2HG1 ILE 15 2HG1 ILE 15 -5.569 1.954 7.094 90 1HG2 ILE 15 1HG2 ILE 15 -8.763 2.333 5.118 91 2HG2 ILE 15 2HG2 ILE 15 -8.505 3.642 6.273 92 3HG2 ILE 15 3HG2 ILE 15 -8.211 1.969 6.752 93 1HD1 ILE 15 1HD1 ILE 15 -6.737 0.082 7.223 94 2HD1 ILE 15 2HD1 ILE 15 -5.944 -0.438 5.734 95 3HD1 ILE 15 3HD1 ILE 15 -7.510 0.374 5.665 96 H CYS 16 H CYS 16 -4.523 1.576 3.559 97 HA CYS 16 HA CYS 16 -2.931 4.008 3.189 98 1HB CYS 16 1HB CYS 16 -2.596 2.856 5.317 99 2HB CYS 16 2HB CYS 16 -2.210 1.363 4.469 100 H GLY 17 H GLY 17 -3.780 0.996 1.763 101 1HA GLY 17 1HA GLY 17 -1.616 1.373 -0.213 102 2HA GLY 17 2HA GLY 17 -2.244 -0.210 0.220 103 1HN NH2 18 1HN NH2 18 -5.105 2.074 -0.577 104 2HN NH2 18 2HN NH2 18 -5.270 0.387 -0.237 Start of MODEL 17 1 1H GLY 1 1H GLY 1 3.669 8.775 7.855 2 2H GLY 1 2H GLY 1 2.016 8.762 8.222 3 3H GLY 1 3H GLY 1 2.525 8.890 6.610 4 1HA GLY 1 1HA GLY 1 2.954 6.540 8.373 5 2HA GLY 1 2HA GLY 1 1.727 6.655 7.116 6 H CYS 2 H CYS 2 3.106 4.592 6.622 7 HA CYS 2 HA CYS 2 5.236 5.409 4.755 8 1HB CYS 2 1HB CYS 2 6.115 3.029 5.120 9 2HB CYS 2 2HB CYS 2 6.345 4.180 6.431 10 H CYS 3 H CYS 3 2.746 5.506 3.769 11 HA CYS 3 HA CYS 3 1.691 3.095 2.783 12 1HB CYS 3 1HB CYS 3 1.289 5.970 2.072 13 2HB CYS 3 2HB CYS 3 0.572 4.709 1.070 14 H SER 4 H SER 4 4.583 4.427 1.901 15 HA SER 4 HA SER 4 4.386 3.468 -0.852 16 1HB SER 4 1HB SER 4 6.748 4.464 -0.994 17 2HB SER 4 2HB SER 4 5.387 5.579 -0.866 18 HG SER 4 HG SER 4 5.889 5.985 1.229 19 H HIS 5 H HIS 5 4.558 1.803 1.678 20 HA HIS 5 HA HIS 5 6.920 0.226 0.900 21 1HB HIS 5 1HB HIS 5 5.898 0.623 3.728 22 2HB HIS 5 2HB HIS 5 7.303 -0.332 3.258 23 HD1 HIS 5 HD1 HIS 5 6.170 3.219 2.610 24 HD2 HIS 5 HD2 HIS 5 9.572 1.111 3.699 25 HE1 HIS 5 HE1 HIS 5 7.990 4.906 2.654 26 HE2 HIS 5 HE2 HIS 5 10.086 3.617 3.222 27 HA PRO 6 HA PRO 6 4.153 -3.089 0.099 28 1HB PRO 6 1HB PRO 6 6.300 -4.798 1.258 29 2HB PRO 6 2HB PRO 6 5.471 -4.929 -0.297 30 1HG PRO 6 1HG PRO 6 7.948 -3.971 -0.170 31 2HG PRO 6 2HG PRO 6 6.753 -3.265 -1.276 32 1HD PRO 6 1HD PRO 6 7.785 -2.220 1.324 33 2HD PRO 6 2HD PRO 6 7.328 -1.339 -0.151 34 H ALA 7 H ALA 7 5.931 -3.501 3.159 35 HA ALA 7 HA ALA 7 3.967 -5.169 4.336 36 1HB ALA 7 1HB ALA 7 6.488 -4.729 4.970 37 2HB ALA 7 2HB ALA 7 5.319 -5.233 6.190 38 3HB ALA 7 3HB ALA 7 5.774 -3.535 6.054 39 H CYS 8 H CYS 8 4.493 -1.686 4.393 40 HA CYS 8 HA CYS 8 2.549 -1.141 6.399 41 1HB CYS 8 1HB CYS 8 3.563 0.679 4.210 42 2HB CYS 8 2HB CYS 8 2.696 1.179 5.658 43 H ASN 9 H ASN 9 2.412 -1.659 2.949 44 HA ASN 9 HA ASN 9 -0.266 -0.632 2.670 45 1HB ASN 9 1HB ASN 9 1.603 -2.117 0.837 46 2HB ASN 9 2HB ASN 9 -0.076 -1.835 0.392 47 1HD2 ASN 9 1HD2 ASN 9 0.511 0.725 2.204 48 2HD2 ASN 9 2HD2 ASN 9 1.131 1.829 1.017 49 H VAL 10 H VAL 10 1.195 -3.764 3.249 50 HA VAL 10 HA VAL 10 -1.186 -5.200 2.587 51 HB VAL 10 HB VAL 10 1.126 -6.125 2.410 52 1HG1 VAL 10 1HG1 VAL 10 1.014 -6.855 5.287 53 2HG1 VAL 10 2HG1 VAL 10 1.705 -5.310 4.795 54 3HG1 VAL 10 3HG1 VAL 10 2.391 -6.818 4.186 55 1HG2 VAL 10 1HG2 VAL 10 0.327 -8.235 2.472 56 2HG2 VAL 10 2HG2 VAL 10 -1.202 -7.400 2.745 57 3HG2 VAL 10 3HG2 VAL 10 -0.301 -8.062 4.109 58 H ASN 11 H ASN 11 0.293 -4.064 5.596 59 HA ASN 11 HA ASN 11 -1.853 -5.186 7.201 60 1HB ASN 11 1HB ASN 11 0.437 -3.336 7.893 61 2HB ASN 11 2HB ASN 11 -0.732 -3.951 9.060 62 1HD2 ASN 11 1HD2 ASN 11 2.008 -4.648 7.127 63 2HD2 ASN 11 2HD2 ASN 11 2.323 -6.234 7.751 64 H ASN 12 H ASN 12 -1.659 -2.698 5.112 65 HA ASN 12 HA ASN 12 -3.898 -1.304 6.386 66 1HB ASN 12 1HB ASN 12 -1.401 0.067 5.417 67 2HB ASN 12 2HB ASN 12 -2.930 0.904 5.659 68 1HD2 ASN 12 1HD2 ASN 12 -0.057 0.108 7.041 69 2HD2 ASN 12 2HD2 ASN 12 -0.471 0.340 8.704 70 HA PRO 13 HA PRO 13 -4.233 -2.364 1.898 71 1HB PRO 13 1HB PRO 13 -6.737 -3.708 2.531 72 2HB PRO 13 2HB PRO 13 -5.252 -4.371 1.843 73 1HG PRO 13 1HG PRO 13 -6.102 -4.962 4.351 74 2HG PRO 13 2HG PRO 13 -4.387 -4.917 3.901 75 1HD PRO 13 1HD PRO 13 -6.024 -2.863 5.337 76 2HD PRO 13 2HD PRO 13 -4.359 -3.401 5.653 77 H HIS 14 H HIS 14 -7.085 -1.497 3.845 78 HA HIS 14 HA HIS 14 -8.232 -0.217 1.489 79 1HB HIS 14 1HB HIS 14 -10.281 -0.006 2.940 80 2HB HIS 14 2HB HIS 14 -9.763 -1.654 2.610 81 HD1 HIS 14 HD1 HIS 14 -8.483 -2.881 4.633 82 HD2 HIS 14 HD2 HIS 14 -10.514 0.626 5.583 83 HE1 HIS 14 HE1 HIS 14 -8.554 -2.796 7.148 84 HE2 HIS 14 HE2 HIS 14 -9.628 -0.584 7.695 85 H ILE 15 H ILE 15 -6.547 0.635 4.294 86 HA ILE 15 HA ILE 15 -7.607 3.352 4.312 87 HB ILE 15 HB ILE 15 -5.962 3.574 6.268 88 1HG1 ILE 15 1HG1 ILE 15 -4.897 1.282 5.630 89 2HG1 ILE 15 2HG1 ILE 15 -5.086 1.714 7.323 90 1HG2 ILE 15 1HG2 ILE 15 -8.002 1.659 7.121 91 2HG2 ILE 15 2HG2 ILE 15 -8.592 3.002 6.140 92 3HG2 ILE 15 3HG2 ILE 15 -7.710 3.321 7.634 93 1HD1 ILE 15 1HD1 ILE 15 -6.417 -0.012 7.710 94 2HD1 ILE 15 2HD1 ILE 15 -5.886 -0.626 6.144 95 3HD1 ILE 15 3HD1 ILE 15 -7.386 0.297 6.270 96 H CYS 16 H CYS 16 -4.775 1.522 3.550 97 HA CYS 16 HA CYS 16 -3.344 4.001 2.890 98 1HB CYS 16 1HB CYS 16 -2.513 3.080 4.933 99 2HB CYS 16 2HB CYS 16 -2.412 1.463 4.238 100 H GLY 17 H GLY 17 -4.206 0.829 1.815 101 1HA GLY 17 1HA GLY 17 -2.245 0.946 -0.365 102 2HA GLY 17 2HA GLY 17 -3.204 -0.458 0.085 103 1HN NH2 18 1HN NH2 18 -4.782 0.451 -2.958 104 2HN NH2 18 2HN NH2 18 -3.146 0.073 -2.531 Start of MODEL 18 1 1H GLY 1 1H GLY 1 3.177 9.769 7.270 2 2H GLY 1 2H GLY 1 2.359 9.515 5.807 3 3H GLY 1 3H GLY 1 4.027 9.253 5.896 4 1HA GLY 1 1HA GLY 1 2.929 7.668 7.871 5 2HA GLY 1 2HA GLY 1 1.909 7.464 6.452 6 H CYS 2 H CYS 2 2.563 5.380 5.966 7 HA CYS 2 HA CYS 2 5.225 5.235 4.759 8 1HB CYS 2 1HB CYS 2 5.626 3.002 5.737 9 2HB CYS 2 2HB CYS 2 5.533 4.257 6.966 10 H CYS 3 H CYS 3 2.579 5.510 3.624 11 HA CYS 3 HA CYS 3 1.640 2.984 2.724 12 1HB CYS 3 1HB CYS 3 1.099 5.794 1.794 13 2HB CYS 3 2HB CYS 3 0.337 4.385 1.058 14 H SER 4 H SER 4 4.455 4.455 1.918 15 HA SER 4 HA SER 4 4.407 3.483 -0.841 16 1HB SER 4 1HB SER 4 6.529 5.067 0.608 17 2HB SER 4 2HB SER 4 6.560 4.628 -1.100 18 HG SER 4 HG SER 4 5.253 6.218 -1.521 19 H HIS 5 H HIS 5 4.438 1.819 1.649 20 HA HIS 5 HA HIS 5 6.863 0.275 1.039 21 1HB HIS 5 1HB HIS 5 5.760 0.758 3.820 22 2HB HIS 5 2HB HIS 5 7.179 -0.208 3.417 23 HD1 HIS 5 HD1 HIS 5 6.003 3.340 2.822 24 HD2 HIS 5 HD2 HIS 5 9.476 1.231 3.668 25 HE1 HIS 5 HE1 HIS 5 7.828 5.030 2.756 26 HE2 HIS 5 HE2 HIS 5 9.949 3.755 3.292 27 HA PRO 6 HA PRO 6 4.030 -3.011 0.171 28 1HB PRO 6 1HB PRO 6 6.258 -4.659 1.291 29 2HB PRO 6 2HB PRO 6 5.350 -4.865 -0.213 30 1HG PRO 6 1HG PRO 6 7.806 -3.833 -0.239 31 2HG PRO 6 2HG PRO 6 6.544 -3.214 -1.317 32 1HD PRO 6 1HD PRO 6 7.701 -1.999 1.138 33 2HD PRO 6 2HD PRO 6 7.038 -1.212 -0.312 34 H ALA 7 H ALA 7 5.826 -3.217 3.232 35 HA ALA 7 HA ALA 7 4.103 -5.008 4.528 36 1HB ALA 7 1HB ALA 7 5.720 -4.875 6.041 37 2HB ALA 7 2HB ALA 7 5.179 -3.254 6.475 38 3HB ALA 7 3HB ALA 7 6.397 -3.469 5.218 39 H CYS 8 H CYS 8 4.129 -1.456 4.522 40 HA CYS 8 HA CYS 8 1.864 -1.211 6.247 41 1HB CYS 8 1HB CYS 8 3.077 0.795 4.341 42 2HB CYS 8 2HB CYS 8 1.874 1.157 5.572 43 H ASN 9 H ASN 9 2.177 -1.977 2.927 44 HA ASN 9 HA ASN 9 -0.441 -0.932 2.218 45 1HB ASN 9 1HB ASN 9 1.619 -2.521 0.686 46 2HB ASN 9 2HB ASN 9 0.018 -2.187 0.037 47 1HD2 ASN 9 1HD2 ASN 9 0.586 0.400 1.863 48 2HD2 ASN 9 2HD2 ASN 9 1.346 1.444 0.705 49 H VAL 10 H VAL 10 1.020 -3.948 3.175 50 HA VAL 10 HA VAL 10 -1.357 -5.496 2.593 51 HB VAL 10 HB VAL 10 1.099 -6.274 4.178 52 1HG1 VAL 10 1HG1 VAL 10 -1.249 -7.557 4.254 53 2HG1 VAL 10 2HG1 VAL 10 0.301 -8.394 4.320 54 3HG1 VAL 10 3HG1 VAL 10 -0.576 -8.281 2.794 55 1HG2 VAL 10 1HG2 VAL 10 1.886 -5.817 2.022 56 2HG2 VAL 10 2HG2 VAL 10 0.443 -6.489 1.260 57 3HG2 VAL 10 3HG2 VAL 10 1.612 -7.561 2.034 58 H ASN 11 H ASN 11 0.390 -4.387 5.490 59 HA ASN 11 HA ASN 11 -1.504 -5.335 7.360 60 1HB ASN 11 1HB ASN 11 0.475 -3.052 7.611 61 2HB ASN 11 2HB ASN 11 -0.420 -3.754 8.953 62 1HD2 ASN 11 1HD2 ASN 11 0.266 -6.209 6.862 63 2HD2 ASN 11 2HD2 ASN 11 1.740 -6.776 7.566 64 H ASN 12 H ASN 12 -1.218 -2.374 5.529 65 HA ASN 12 HA ASN 12 -3.822 -1.482 6.575 66 1HB ASN 12 1HB ASN 12 -1.560 0.290 5.671 67 2HB ASN 12 2HB ASN 12 -3.110 0.820 6.314 68 1HD2 ASN 12 1HD2 ASN 12 -3.135 1.329 8.378 69 2HD2 ASN 12 2HD2 ASN 12 -2.019 0.776 9.573 70 HA PRO 13 HA PRO 13 -3.933 -2.268 2.071 71 1HB PRO 13 1HB PRO 13 -6.215 -3.715 1.966 72 2HB PRO 13 2HB PRO 13 -4.652 -4.407 2.413 73 1HG PRO 13 1HG PRO 13 -6.922 -3.569 4.158 74 2HG PRO 13 2HG PRO 13 -5.854 -4.974 4.304 75 1HD PRO 13 1HD PRO 13 -5.579 -2.684 5.784 76 2HD PRO 13 2HD PRO 13 -4.241 -3.785 5.405 77 H HIS 14 H HIS 14 -6.886 -1.384 3.870 78 HA HIS 14 HA HIS 14 -7.866 -0.114 1.439 79 1HB HIS 14 1HB HIS 14 -10.025 0.037 2.618 80 2HB HIS 14 2HB HIS 14 -9.404 -1.606 2.545 81 HD1 HIS 14 HD1 HIS 14 -9.647 1.282 5.019 82 HD2 HIS 14 HD2 HIS 14 -9.321 -2.873 4.945 83 HE1 HIS 14 HE1 HIS 14 -9.854 0.535 7.421 84 HE2 HIS 14 HE2 HIS 14 -9.556 -1.971 7.364 85 H ILE 15 H ILE 15 -6.316 0.787 4.270 86 HA ILE 15 HA ILE 15 -7.266 3.548 4.089 87 HB ILE 15 HB ILE 15 -5.811 3.848 6.145 88 1HG1 ILE 15 1HG1 ILE 15 -4.680 1.545 5.727 89 2HG1 ILE 15 2HG1 ILE 15 -5.016 2.055 7.376 90 1HG2 ILE 15 1HG2 ILE 15 -8.423 3.231 5.863 91 2HG2 ILE 15 2HG2 ILE 15 -7.657 3.663 7.391 92 3HG2 ILE 15 3HG2 ILE 15 -7.894 1.965 6.972 93 1HD1 ILE 15 1HD1 ILE 15 -5.776 -0.327 6.123 94 2HD1 ILE 15 2HD1 ILE 15 -7.255 0.609 6.344 95 3HD1 ILE 15 3HD1 ILE 15 -6.225 0.244 7.729 96 H CYS 16 H CYS 16 -4.498 1.492 3.756 97 HA CYS 16 HA CYS 16 -2.867 3.802 2.965 98 1HB CYS 16 1HB CYS 16 -2.410 2.740 5.200 99 2HB CYS 16 2HB CYS 16 -1.956 1.265 4.350 100 H GLY 17 H GLY 17 -4.334 1.205 1.656 101 1HA GLY 17 1HA GLY 17 -2.075 0.595 -0.137 102 2HA GLY 17 2HA GLY 17 -3.407 -0.506 0.187 103 1HN NH2 18 1HN NH2 18 -5.790 0.929 -1.676 104 2HN NH2 18 2HN NH2 18 -5.453 1.974 -0.337 Start of MODEL 19 1 1H GLY 1 1H GLY 1 6.262 8.822 4.624 2 2H GLY 1 2H GLY 1 5.425 10.082 5.383 3 3H GLY 1 3H GLY 1 5.366 9.923 3.698 4 1HA GLY 1 1HA GLY 1 3.570 8.913 5.519 5 2HA GLY 1 2HA GLY 1 3.649 8.550 3.799 6 H CYS 2 H CYS 2 2.695 6.492 4.705 7 HA CYS 2 HA CYS 2 4.901 4.654 5.390 8 1HB CYS 2 1HB CYS 2 3.268 5.028 7.280 9 2HB CYS 2 2HB CYS 2 2.019 4.323 6.258 10 H CYS 3 H CYS 3 2.244 5.436 3.366 11 HA CYS 3 HA CYS 3 1.716 2.831 2.360 12 1HB CYS 3 1HB CYS 3 1.074 5.562 1.253 13 2HB CYS 3 2HB CYS 3 0.489 4.052 0.554 14 H SER 4 H SER 4 4.492 4.398 2.082 15 HA SER 4 HA SER 4 4.999 3.636 -0.691 16 1HB SER 4 1HB SER 4 7.288 4.739 -0.109 17 2HB SER 4 2HB SER 4 5.881 5.758 -0.408 18 HG SER 4 HG SER 4 7.330 5.971 1.636 19 H HIS 5 H HIS 5 4.674 1.866 1.773 20 HA HIS 5 HA HIS 5 7.186 0.376 1.431 21 1HB HIS 5 1HB HIS 5 5.669 0.702 4.039 22 2HB HIS 5 2HB HIS 5 7.142 -0.239 3.806 23 HD1 HIS 5 HD1 HIS 5 6.024 3.334 3.253 24 HD2 HIS 5 HD2 HIS 5 9.382 1.185 4.405 25 HE1 HIS 5 HE1 HIS 5 7.830 5.025 3.492 26 HE2 HIS 5 HE2 HIS 5 9.903 3.707 4.082 27 HA PRO 6 HA PRO 6 4.583 -2.884 0.002 28 1HB PRO 6 1HB PRO 6 6.650 -4.603 1.288 29 2HB PRO 6 2HB PRO 6 5.991 -4.671 -0.350 30 1HG PRO 6 1HG PRO 6 8.404 -3.646 0.093 31 2HG PRO 6 2HG PRO 6 7.310 -2.914 -1.097 32 1HD PRO 6 1HD PRO 6 8.040 -1.982 1.641 33 2HD PRO 6 2HD PRO 6 7.669 -1.037 0.182 34 H ALA 7 H ALA 7 6.051 -3.601 3.170 35 HA ALA 7 HA ALA 7 4.011 -5.356 4.005 36 1HB ALA 7 1HB ALA 7 6.438 -4.881 4.944 37 2HB ALA 7 2HB ALA 7 5.166 -5.570 5.954 38 3HB ALA 7 3HB ALA 7 5.539 -3.848 6.055 39 H CYS 8 H CYS 8 4.461 -1.891 4.487 40 HA CYS 8 HA CYS 8 2.352 -1.524 6.323 41 1HB CYS 8 1HB CYS 8 4.178 0.119 5.901 42 2HB CYS 8 2HB CYS 8 3.435 0.496 4.350 43 H ASN 9 H ASN 9 2.401 -1.885 2.866 44 HA ASN 9 HA ASN 9 -0.270 -0.864 2.455 45 1HB ASN 9 1HB ASN 9 1.680 -2.343 0.703 46 2HB ASN 9 2HB ASN 9 0.025 -2.042 0.187 47 1HD2 ASN 9 1HD2 ASN 9 0.724 0.491 2.086 48 2HD2 ASN 9 2HD2 ASN 9 1.330 1.595 0.896 49 H VAL 10 H VAL 10 1.156 -3.876 3.366 50 HA VAL 10 HA VAL 10 -1.087 -5.502 2.576 51 HB VAL 10 HB VAL 10 1.209 -6.158 4.436 52 1HG1 VAL 10 1HG1 VAL 10 0.600 -8.429 4.259 53 2HG1 VAL 10 2HG1 VAL 10 -0.548 -8.101 2.960 54 3HG1 VAL 10 3HG1 VAL 10 -0.899 -7.566 4.606 55 1HG2 VAL 10 1HG2 VAL 10 2.170 -5.709 2.342 56 2HG2 VAL 10 2HG2 VAL 10 0.843 -6.479 1.472 57 3HG2 VAL 10 3HG2 VAL 10 1.987 -7.463 2.386 58 H ASN 11 H ASN 11 0.225 -4.314 5.676 59 HA ASN 11 HA ASN 11 -1.948 -5.349 7.208 60 1HB ASN 11 1HB ASN 11 0.067 -3.201 7.902 61 2HB ASN 11 2HB ASN 11 -1.000 -4.009 9.047 62 1HD2 ASN 11 1HD2 ASN 11 1.916 -4.130 7.339 63 2HD2 ASN 11 2HD2 ASN 11 2.463 -5.669 7.913 64 H ASN 12 H ASN 12 -1.369 -2.385 5.493 65 HA ASN 12 HA ASN 12 -3.932 -1.318 6.475 66 1HB ASN 12 1HB ASN 12 -1.452 0.161 5.635 67 2HB ASN 12 2HB ASN 12 -3.005 0.933 5.932 68 1HD2 ASN 12 1HD2 ASN 12 -0.119 0.422 7.261 69 2HD2 ASN 12 2HD2 ASN 12 -0.539 0.425 8.936 70 HA PRO 13 HA PRO 13 -4.255 -2.001 1.965 71 1HB PRO 13 1HB PRO 13 -6.611 -3.573 2.288 72 2HB PRO 13 2HB PRO 13 -4.979 -4.134 1.922 73 1HG PRO 13 1HG PRO 13 -6.349 -4.646 4.280 74 2HG PRO 13 2HG PRO 13 -4.592 -4.752 4.076 75 1HD PRO 13 1HD PRO 13 -6.232 -2.548 5.255 76 2HD PRO 13 2HD PRO 13 -4.647 -3.175 5.763 77 H HIS 14 H HIS 14 -7.071 -1.296 4.039 78 HA HIS 14 HA HIS 14 -8.307 0.013 1.738 79 1HB HIS 14 1HB HIS 14 -10.365 0.091 3.008 80 2HB HIS 14 2HB HIS 14 -9.713 -1.543 3.026 81 HD1 HIS 14 HD1 HIS 14 -8.574 -2.303 5.333 82 HD2 HIS 14 HD2 HIS 14 -10.835 1.187 5.458 83 HE1 HIS 14 HE1 HIS 14 -8.961 -1.830 7.777 84 HE2 HIS 14 HE2 HIS 14 -10.504 0.170 7.818 85 H ILE 15 H ILE 15 -6.472 0.781 4.419 86 HA ILE 15 HA ILE 15 -7.390 3.557 4.438 87 HB ILE 15 HB ILE 15 -5.705 3.751 6.341 88 1HG1 ILE 15 1HG1 ILE 15 -4.713 1.426 5.759 89 2HG1 ILE 15 2HG1 ILE 15 -4.872 1.890 7.446 90 1HG2 ILE 15 1HG2 ILE 15 -7.776 3.934 7.196 91 2HG2 ILE 15 2HG2 ILE 15 -7.413 2.340 7.853 92 3HG2 ILE 15 3HG2 ILE 15 -8.355 2.485 6.370 93 1HD1 ILE 15 1HD1 ILE 15 -6.063 0.071 7.839 94 2HD1 ILE 15 2HD1 ILE 15 -5.885 -0.400 6.149 95 3HD1 ILE 15 3HD1 ILE 15 -7.264 0.575 6.649 96 H CYS 16 H CYS 16 -4.732 1.465 3.719 97 HA CYS 16 HA CYS 16 -3.163 3.749 2.743 98 1HB CYS 16 1HB CYS 16 -2.413 2.876 4.926 99 2HB CYS 16 2HB CYS 16 -2.197 1.280 4.211 100 H GLY 17 H GLY 17 -4.885 1.512 1.429 101 1HA GLY 17 1HA GLY 17 -2.811 0.351 -0.298 102 2HA GLY 17 2HA GLY 17 -4.488 -0.170 -0.216 103 1HN NH2 18 1HN NH2 18 -6.085 1.182 -1.688 104 2HN NH2 18 2HN NH2 18 -5.116 1.242 -3.119 Start of MODEL 20 1 1H GLY 1 1H GLY 1 4.303 8.869 8.071 2 2H GLY 1 2H GLY 1 3.131 9.520 7.030 3 3H GLY 1 3H GLY 1 4.566 8.881 6.395 4 1HA GLY 1 1HA GLY 1 2.990 7.062 8.018 5 2HA GLY 1 2HA GLY 1 2.278 7.532 6.480 6 H CYS 2 H CYS 2 2.556 5.189 6.050 7 HA CYS 2 HA CYS 2 5.171 4.757 4.802 8 1HB CYS 2 1HB CYS 2 4.966 2.311 5.621 9 2HB CYS 2 2HB CYS 2 5.535 3.531 6.753 10 H CYS 3 H CYS 3 2.529 5.441 3.749 11 HA CYS 3 HA CYS 3 1.319 3.128 2.647 12 1HB CYS 3 1HB CYS 3 1.100 6.051 1.951 13 2HB CYS 3 2HB CYS 3 0.166 4.800 1.130 14 H SER 4 H SER 4 4.259 4.449 1.898 15 HA SER 4 HA SER 4 4.121 3.660 -0.915 16 1HB SER 4 1HB SER 4 6.344 5.050 0.585 17 2HB SER 4 2HB SER 4 6.301 4.749 -1.153 18 HG SER 4 HG SER 4 5.608 6.901 -0.467 19 H HIS 5 H HIS 5 4.369 1.986 1.736 20 HA HIS 5 HA HIS 5 6.668 0.378 0.835 21 1HB HIS 5 1HB HIS 5 5.752 0.804 3.694 22 2HB HIS 5 2HB HIS 5 7.133 -0.164 3.179 23 HD1 HIS 5 HD1 HIS 5 5.975 3.392 2.568 24 HD2 HIS 5 HD2 HIS 5 9.430 1.270 3.454 25 HE1 HIS 5 HE1 HIS 5 7.804 5.070 2.494 26 HE2 HIS 5 HE2 HIS 5 9.861 3.825 3.295 27 HA PRO 6 HA PRO 6 3.724 -2.812 0.070 28 1HB PRO 6 1HB PRO 6 6.063 -4.571 0.631 29 2HB PRO 6 2HB PRO 6 4.964 -4.561 -0.754 30 1HG PRO 6 1HG PRO 6 7.408 -3.541 -0.969 31 2HG PRO 6 2HG PRO 6 6.025 -2.751 -1.750 32 1HD PRO 6 1HD PRO 6 7.504 -1.983 0.727 33 2HD PRO 6 2HD PRO 6 6.777 -0.950 -0.525 34 H ALA 7 H ALA 7 5.890 -3.207 2.861 35 HA ALA 7 HA ALA 7 4.301 -5.194 4.130 36 1HB ALA 7 1HB ALA 7 5.596 -4.124 6.215 37 2HB ALA 7 2HB ALA 7 6.604 -3.519 4.898 38 3HB ALA 7 3HB ALA 7 6.344 -5.254 5.084 39 H CYS 8 H CYS 8 4.491 -1.682 4.434 40 HA CYS 8 HA CYS 8 2.537 -1.502 6.500 41 1HB CYS 8 1HB CYS 8 4.196 0.267 6.123 42 2HB CYS 8 2HB CYS 8 3.501 0.593 4.539 43 H ASN 9 H ASN 9 2.385 -1.958 3.102 44 HA ASN 9 HA ASN 9 -0.302 -0.915 2.828 45 1HB ASN 9 1HB ASN 9 1.549 -2.371 0.944 46 2HB ASN 9 2HB ASN 9 -0.129 -2.049 0.528 47 1HD2 ASN 9 1HD2 ASN 9 0.795 0.437 2.451 48 2HD2 ASN 9 2HD2 ASN 9 1.307 1.562 1.235 49 H VAL 10 H VAL 10 1.104 -3.906 3.782 50 HA VAL 10 HA VAL 10 -1.137 -5.475 2.880 51 HB VAL 10 HB VAL 10 1.247 -6.307 3.038 52 1HG1 VAL 10 1HG1 VAL 10 0.540 -6.697 5.935 53 2HG1 VAL 10 2HG1 VAL 10 1.764 -5.594 5.305 54 3HG1 VAL 10 3HG1 VAL 10 1.965 -7.337 5.117 55 1HG2 VAL 10 1HG2 VAL 10 -1.081 -7.865 4.105 56 2HG2 VAL 10 2HG2 VAL 10 0.479 -8.613 3.766 57 3HG2 VAL 10 3HG2 VAL 10 -0.434 -7.843 2.466 58 H ASN 11 H ASN 11 0.031 -4.238 6.004 59 HA ASN 11 HA ASN 11 -2.378 -5.266 7.299 60 1HB ASN 11 1HB ASN 11 -1.433 -4.320 9.368 61 2HB ASN 11 2HB ASN 11 -0.296 -5.400 8.568 62 1HD2 ASN 11 1HD2 ASN 11 1.580 -4.593 7.743 63 2HD2 ASN 11 2HD2 ASN 11 2.134 -2.984 8.051 64 H ASN 12 H ASN 12 -1.543 -2.692 5.447 65 HA ASN 12 HA ASN 12 -3.898 -1.205 6.361 66 1HB ASN 12 1HB ASN 12 -1.206 0.017 5.818 67 2HB ASN 12 2HB ASN 12 -2.699 0.946 5.794 68 1HD2 ASN 12 1HD2 ASN 12 -0.147 0.451 7.601 69 2HD2 ASN 12 2HD2 ASN 12 -0.825 0.561 9.186 70 HA PRO 13 HA PRO 13 -3.651 -2.069 1.831 71 1HB PRO 13 1HB PRO 13 -6.119 -3.539 1.968 72 2HB PRO 13 2HB PRO 13 -4.497 -4.146 1.640 73 1HG PRO 13 1HG PRO 13 -5.933 -4.722 3.909 74 2HG PRO 13 2HG PRO 13 -4.164 -4.776 3.807 75 1HD PRO 13 1HD PRO 13 -5.936 -2.645 4.934 76 2HD PRO 13 2HD PRO 13 -4.376 -3.251 5.532 77 H HIS 14 H HIS 14 -6.711 -1.375 3.505 78 HA HIS 14 HA HIS 14 -7.668 0.006 1.114 79 1HB HIS 14 1HB HIS 14 -9.835 0.130 2.435 80 2HB HIS 14 2HB HIS 14 -9.294 -1.483 1.983 81 HD1 HIS 14 HD1 HIS 14 -8.121 -2.887 3.969 82 HD2 HIS 14 HD2 HIS 14 -10.264 0.498 5.105 83 HE1 HIS 14 HE1 HIS 14 -8.371 -3.046 6.468 84 HE2 HIS 14 HE2 HIS 14 -9.572 -0.943 7.150 85 H ILE 15 H ILE 15 -6.281 0.689 4.116 86 HA ILE 15 HA ILE 15 -7.325 3.410 4.170 87 HB ILE 15 HB ILE 15 -5.913 3.513 6.302 88 1HG1 ILE 15 1HG1 ILE 15 -4.758 1.262 5.636 89 2HG1 ILE 15 2HG1 ILE 15 -5.108 1.601 7.324 90 1HG2 ILE 15 1HG2 ILE 15 -8.407 1.923 5.946 91 2HG2 ILE 15 2HG2 ILE 15 -8.197 3.540 6.615 92 3HG2 ILE 15 3HG2 ILE 15 -7.698 2.130 7.548 93 1HD1 ILE 15 1HD1 ILE 15 -5.874 -0.629 5.806 94 2HD1 ILE 15 2HD1 ILE 15 -7.346 0.276 6.157 95 3HD1 ILE 15 3HD1 ILE 15 -6.299 -0.250 7.474 96 H CYS 16 H CYS 16 -4.450 1.571 3.632 97 HA CYS 16 HA CYS 16 -2.962 4.042 3.075 98 1HB CYS 16 1HB CYS 16 -2.496 3.020 5.303 99 2HB CYS 16 2HB CYS 16 -1.940 1.564 4.480 100 H GLY 17 H GLY 17 -4.174 1.416 1.624 101 1HA GLY 17 1HA GLY 17 -1.786 0.835 0.014 102 2HA GLY 17 2HA GLY 17 -3.264 -0.117 0.036 103 1HN NH2 18 1HN NH2 18 -4.633 3.000 -0.509 104 2HN NH2 18 2HN NH2 18 -3.146 3.598 -1.156