*HEADER PEROXISOME 09-JAN-09 2W85 *TITLE STRUCTURE OF PEX14 IN COMPEX WITH PEX19 *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: PEX14; *COMPND 3 CHAIN: A; *COMPND 4 FRAGMENT: N-TERMINAL DOMAIN; *COMPND 5 ENGINEERED: YES; *COMPND 6 MOL_ID: 2; *COMPND 7 MOLECULE: PEX19; *COMPND 8 CHAIN: B; *COMPND 9 FRAGMENT: F/YFXXXF MOTIF *SOURCE MOL_ID: 1; *SOURCE 2 EXPRESSION_SYSTEM: ESCHERICHIA COLI; *SOURCE 3 EXPRESSION_SYSTEM_STRAIN: BL21(DE 3); *SOURCE 4 EXPRESSION_SYSTEM_VECTOR: PLASMID; *SOURCE 5 EXPRESSION_SYSTEM_PLASMID: PETM11_MOD; *SOURCE 6 ORGANISM_SCIENTIFIC: HOMO SAPIENS; *SOURCE 7 ORGANISM_COMMON: HUMAN; *SOURCE 8 MOL_ID: 2; *SOURCE 9 SYNTHETIC: YES; *SOURCE 10 ORGANISM_SCIENTIFIC: HOMO SAPIENS; *SOURCE 11 ORGANISM_COMMON: HUMAN *KEYWDS PEROXISOME, PEX14, PEX19, PROTEIN COMPLEX, PEROXISOME *KEYWDS 2 IMPORT, PEROXISOME TARGETING SIGNAL, PTS, RECEPTOR-CARGO *KEYWDS 3 COMPLEX *EXPDTA SOLUTION NMR *AUTHOR C.NEUFELD,F.V.FILIPP,B.SIMON,A.NEUHAUS,N.SCHUELLER,C.DAVID, *AUTHOR 2 H.KOOSHAPUR,T.MADL,R.ERDMANN,W.SCHLIEBS,M.WILMANNS, *AUTHOR 3 M.SATTLER ASSI { 3} (( segid "PX14" and resid 21 and name HN )) (( segid "PX14" and resid 20 and name HN )) 5.300 5.300 0.700 peak 3 spectrum 1 weight 0.11000E+01 volume 0.53347E-04 ppm1 8.315 ppm2 8.605 CV 1 ASSI { 5} (( segid "PX14" and resid 21 and name HN )) (( segid "PX14" and resid 22 and name HN )) 4.300 2.400 1.700 peak 5 spectrum 1 weight 0.11000E+01 volume 0.18403E-03 ppm1 8.318 ppm2 8.035 CV 1 ASSI { 9} (( segid "PX14" and resid 23 and name HN )) (( segid "PX14" and resid 22 and name HN )) 3.000 1.200 1.200 peak 9 spectrum 1 weight 0.11000E+01 volume 0.15620E-02 ppm1 8.204 ppm2 8.059 CV 1 ASSI { 15} (( segid "PX14" and resid 26 and name HN )) (( segid "PX14" and resid 25 and name HN )) 4.400 2.400 1.600 peak 15 spectrum 1 weight 0.11000E+01 volume 0.28836E-03 ppm1 8.789 ppm2 9.531 CV 1 ASSI { 18} (( segid "PX14" and resid 28 and name HN )) (( segid "PX14" and resid 29 and name HN )) 3.000 1.100 1.100 peak 18 spectrum 1 weight 0.11000E+01 volume 0.13783E-02 ppm1 6.713 ppm2 7.821 CV 1 ASSI { 19} (( segid "PX14" and resid 28 and name HN )) (( segid "PX14" and resid 30 and name HN )) 4.700 2.800 1.300 peak 19 spectrum 1 weight 0.11000E+01 volume 0.15312E-03 ppm1 6.712 ppm2 8.140 CV 1 ASSI { 20} (( segid "PX14" and resid 26 and name HN )) (( segid "PX14" and resid 29 and name HN )) 6.000 5.700 0.000 peak 20 spectrum 1 weight 0.11000E+01 volume 0.19185E-04 ppm1 8.787 ppm2 7.794 CV 1 ASSI { 21} (( segid "PX14" and resid 26 and name HN )) (( segid "PX14" and resid 28 and name HN )) 5.100 3.200 0.900 peak 21 spectrum 1 weight 0.11000E+01 volume 0.12866E-03 ppm1 8.787 ppm2 6.715 CV 1 ASSI { 24} (( segid "PX14" and resid 29 and name HN )) (( segid "PX14" and resid 30 and name HN )) 3.000 1.100 1.100 peak 24 spectrum 1 weight 0.11000E+01 volume 0.15653E-02 ppm1 7.821 ppm2 8.141 CV 1 ASSI { 29} (( segid "PX14" and resid 31 and name HN )) (( segid "PX14" and resid 29 and name HN )) 2.000 2.000 4.000 peak 29 spectrum 1 weight 0.11000E+01 volume 0.31304E-01 ppm1 7.804 ppm2 7.806 CV 1 ASSI { 30} (( segid "PX14" and resid 31 and name HN )) (( segid "PX14" and resid 33 and name HN )) 5.300 3.500 0.700 peak 30 spectrum 1 weight 0.11000E+01 volume 0.85300E-04 ppm1 7.804 ppm2 8.899 CV 1 ASSI { 33} (( segid "PX14" and resid 32 and name HN )) (( segid "PX14" and resid 31 and name HN )) 3.000 1.100 1.100 peak 33 spectrum 1 weight 0.11000E+01 volume 0.16317E-02 ppm1 8.204 ppm2 7.804 CV 1 ASSI { 35} (( segid "PX14" and resid 33 and name HN )) (( segid "PX14" and resid 32 and name HN )) 3.100 1.200 1.200 peak 35 spectrum 1 weight 0.11000E+01 volume 0.12896E-02 ppm1 8.899 ppm2 8.201 CV 1 ASSI { 37} (( segid "PX14" and resid 33 and name HN )) (( segid "PX14" and resid 34 and name HN )) 2.900 1.100 1.100 peak 37 spectrum 1 weight 0.11000E+01 volume 0.16594E-02 ppm1 8.899 ppm2 7.149 CV 1 ASSI { 44} (( segid "PX14" and resid 35 and name HN )) (( segid "PX14" and resid 34 and name HN )) 2.900 1.000 1.000 peak 44 spectrum 1 weight 0.11000E+01 volume 0.18165E-02 ppm1 7.620 ppm2 7.150 CV 1 ASSI { 45} (( segid "PX14" and resid 36 and name HN )) (( segid "PX14" and resid 34 and name HN )) 4.000 2.000 2.000 peak 45 spectrum 1 weight 0.11000E+01 volume 0.38151E-03 ppm1 8.354 ppm2 7.157 CV 1 ASSI { 46} (( segid "PX14" and resid 36 and name HN )) (( segid "PX14" and resid 35 and name HN )) 3.300 1.300 1.300 peak 46 spectrum 1 weight 0.11000E+01 volume 0.89258E-03 ppm1 8.355 ppm2 7.616 CV 1 ASSI { 48} (( segid "PX14" and resid 36 and name HN )) (( segid "PX14" and resid 37 and name HN )) 3.400 1.400 1.400 peak 48 spectrum 1 weight 0.11000E+01 volume 0.74746E-03 ppm1 8.355 ppm2 7.425 CV 1 ASSI { 50} (( segid "PX14" and resid 37 and name HN )) (( segid "PX14" and resid 38 and name HN )) 2.900 1.100 1.100 peak 50 spectrum 1 weight 0.11000E+01 volume 0.21928E-02 ppm1 7.425 ppm2 7.298 CV 1 ASSI { 55} (( segid "PX14" and resid 39 and name HN )) (( segid "PX14" and resid 43 and name HN )) 3.100 3.100 2.900 peak 55 spectrum 1 weight 0.11000E+01 volume 0.25155E-02 ppm1 7.838 ppm2 7.114 CV 1 ASSI { 57} (( segid "PX14" and resid 41 and name HN )) (( segid "PX14" and resid 42 and name HN )) 1.800 1.800 4.200 peak 57 spectrum 1 weight 0.11000E+01 volume 0.26134E-01 ppm1 7.934 ppm2 7.936 CV 1 ASSI { 59} (( segid "PX14" and resid 42 and name HN )) (( segid "PX14" and resid 38 and name HN )) 4.400 2.400 1.600 peak 59 spectrum 1 weight 0.11000E+01 volume 0.17949E-03 ppm1 7.989 ppm2 7.299 CV 1 ASSI { 63} (( segid "PX14" and resid 43 and name HN )) (( segid "PX14" and resid 42 and name HN )) 2.700 0.900 0.900 peak 63 spectrum 1 weight 0.11000E+01 volume 0.23711E-02 ppm1 7.113 ppm2 7.978 CV 1 ASSI { 70} (( segid "PX14" and resid 48 and name HN )) (( segid "PX14" and resid 47 and name HN )) 3.300 1.400 1.400 peak 70 spectrum 1 weight 0.11000E+01 volume 0.84549E-03 ppm1 7.310 ppm2 9.127 CV 1 ASSI { 71} (( segid "PX14" and resid 48 and name HN )) (( segid "PX14" and resid 49 and name HN )) 2.900 1.100 1.100 peak 71 spectrum 1 weight 0.11000E+01 volume 0.15864E-02 ppm1 7.310 ppm2 7.752 CV 1 ASSI { 73} (( segid "PX14" and resid 48 and name HN )) (( segid "PX14" and resid 52 and name HN )) 5.100 3.200 0.900 peak 73 spectrum 1 weight 0.11000E+01 volume 0.11214E-03 ppm1 7.315 ppm2 8.031 CV 1 ASSI { 79} (( segid "PX14" and resid 50 and name HN )) (( segid "PX14" and resid 52 and name HN )) 3.000 1.200 1.200 peak 79 spectrum 1 weight 0.11000E+01 volume 0.16903E-02 ppm1 8.502 ppm2 8.049 CV 1 ASSI { 80} (( segid "PX14" and resid 50 and name HN )) (( segid "PX14" and resid 49 and name HN )) 3.000 1.100 1.100 peak 80 spectrum 1 weight 0.11000E+01 volume 0.15170E-02 ppm1 8.502 ppm2 7.752 CV 1 ASSI { 81} (( segid "PX14" and resid 50 and name HN )) (( segid "PX14" and resid 48 and name HN )) 4.200 2.200 1.800 peak 81 spectrum 1 weight 0.11000E+01 volume 0.29411E-03 ppm1 8.504 ppm2 7.318 CV 1 ASSI { 83} (( segid "PX14" and resid 50 and name HN )) ( segid "PX14" and resid 52 and name HD% ) 4.800 4.800 1.200 peak 83 spectrum 1 weight 0.11000E+01 volume 0.18942E-03 ppm1 8.505 ppm2 6.776 CV 1 ASSI { 87} (( segid "PX14" and resid 51 and name HN )) (( segid "PX14" and resid 52 and name HN )) 2.800 1.000 1.000 peak 87 spectrum 1 weight 0.11000E+01 volume 0.21124E-02 ppm1 7.937 ppm2 8.048 CV 1 ASSI { 90} (( segid "PX14" and resid 52 and name HN )) (( segid "PX14" and resid 49 and name HN )) 3.900 1.900 1.900 peak 90 spectrum 1 weight 0.11000E+01 volume 0.42298E-03 ppm1 8.048 ppm2 7.756 CV 1 ASSI { 91} (( segid "PX14" and resid 52 and name HN )) (( segid "PX14" and resid 53 and name HN )) 3.900 1.900 1.900 peak 91 spectrum 1 weight 0.11000E+01 volume 0.36983E-03 ppm1 8.050 ppm2 7.418 CV 1 ASSI { 93} (( segid "PX14" and resid 53 and name HN )) (( segid "PX14" and resid 55 and name HN )) 5.300 3.600 0.700 peak 93 spectrum 1 weight 0.11000E+01 volume 0.62747E-04 ppm1 7.424 ppm2 7.729 CV 1 ASSI { 94} (( segid "PX14" and resid 53 and name HN )) (( segid "PX14" and resid 51 and name HN )) 3.400 1.400 1.400 peak 94 spectrum 1 weight 0.11000E+01 volume 0.14482E-02 ppm1 7.423 ppm2 7.936 CV 1 ASSI { 95} (( segid "PX14" and resid 53 and name HN )) (( segid "PX14" and resid 54 and name HN )) 2.900 1.000 1.000 peak 95 spectrum 1 weight 0.11000E+01 volume 0.16833E-02 ppm1 7.423 ppm2 8.129 CV 1 ASSI { 100} (( segid "PX14" and resid 54 and name HN )) (( segid "PX14" and resid 55 and name HN )) 3.000 1.200 1.200 peak 100 spectrum 1 weight 0.11000E+01 volume 0.13393E-02 ppm1 8.130 ppm2 7.729 CV 1 ASSI { 106} (( segid "PX14" and resid 56 and name HN )) (( segid "PX14" and resid 54 and name HN )) 5.400 3.600 0.600 peak 106 spectrum 1 weight 0.11000E+01 volume 0.62523E-04 ppm1 7.081 ppm2 8.130 CV 1 ASSI { 107} (( segid "PX14" and resid 56 and name HN )) (( segid "PX14" and resid 55 and name HN )) 2.900 1.000 1.000 peak 107 spectrum 1 weight 0.11000E+01 volume 0.17850E-02 ppm1 7.082 ppm2 7.729 CV 1 ASSI { 108} (( segid "PX14" and resid 56 and name HN )) (( segid "PX14" and resid 57 and name HN )) 2.700 0.900 0.900 peak 108 spectrum 1 weight 0.11000E+01 volume 0.24900E-02 ppm1 7.082 ppm2 7.483 CV 1 ASSI { 113} (( segid "PX14" and resid 57 and name HN )) (( segid "PX14" and resid 55 and name HN )) 5.800 4.200 0.200 peak 113 spectrum 1 weight 0.11000E+01 volume 0.50771E-04 ppm1 7.486 ppm2 7.718 CV 1 ASSI { 114} (( segid "PX14" and resid 58 and name HN )) (( segid "PX14" and resid 56 and name HN )) 4.400 2.500 1.600 peak 114 spectrum 1 weight 0.11000E+01 volume 0.31037E-03 ppm1 7.388 ppm2 7.084 CV 1 ASSI { 116} (( segid "PX14" and resid 58 and name HN )) (( segid "PX14" and resid 59 and name HN )) 5.000 3.200 1.000 peak 116 spectrum 1 weight 0.11000E+01 volume 0.12588E-03 ppm1 7.389 ppm2 9.170 CV 1 ASSI { 121} (( segid "PX14" and resid 59 and name HN )) (( segid "PX14" and resid 63 and name HN )) 5.500 3.800 0.500 peak 121 spectrum 1 weight 0.11000E+01 volume 0.67730E-04 ppm1 9.162 ppm2 8.534 CV 1 ASSI { 123} (( segid "PX14" and resid 60 and name HN )) (( segid "PX14" and resid 61 and name HN )) 3.100 1.200 1.200 peak 123 spectrum 1 weight 0.11000E+01 volume 0.12244E-02 ppm1 8.841 ppm2 8.358 CV 1 ASSI { 125} (( segid "PX14" and resid 60 and name HN )) (( segid "PX14" and resid 59 and name HN )) 6.000 6.000 0.000 peak 125 spectrum 1 weight 0.11000E+01 volume 0.16129E-04 ppm1 8.837 ppm2 9.164 CV 1 ASSI { 129} (( segid "PX14" and resid 62 and name HN )) (( segid "PX14" and resid 66 and name HN )) 2.300 2.300 3.700 peak 129 spectrum 1 weight 0.11000E+01 volume 0.15371E-01 ppm1 8.643 ppm2 8.634 CV 1 ASSI { 136} (( segid "PX14" and resid 63 and name HN )) (( segid "PX14" and resid 64 and name HN )) 4.400 2.400 1.600 peak 136 spectrum 1 weight 0.11000E+01 volume 0.15058E-03 ppm1 8.531 ppm2 8.069 CV 1 ASSI { 140} (( segid "PX14" and resid 65 and name HN )) (( segid "PX14" and resid 66 and name HN )) 3.200 3.200 2.800 peak 140 spectrum 1 weight 0.11000E+01 volume 0.95599E-03 ppm1 8.062 ppm2 8.561 CV 1 ASSI { 141} (( segid "PX14" and resid 65 and name HN )) (( segid "PX14" and resid 64 and name HN )) 2.200 0.600 0.600 peak 141 spectrum 1 weight 0.11000E+01 volume 0.97283E-02 ppm1 8.062 ppm2 8.063 CV 1 ASSI { 143} (( segid "PX14" and resid 67 and name HN )) (( segid "PX14" and resid 66 and name HN )) 3.200 3.200 2.800 peak 143 spectrum 1 weight 0.11000E+01 volume 0.92239E-03 ppm1 9.107 ppm2 8.566 CV 1 ASSI { 150} (( segid "PX14" and resid 68 and name HN )) (( segid "PX14" and resid 67 and name HN )) 3.200 1.200 1.200 peak 150 spectrum 1 weight 0.11000E+01 volume 0.10456E-02 ppm1 8.241 ppm2 9.107 CV 1 ASSI { 151} (( segid "PX14" and resid 68 and name HN )) (( segid "PX14" and resid 66 and name HN )) 3.300 1.400 1.400 peak 151 spectrum 1 weight 0.11000E+01 volume 0.11846E-02 ppm1 8.241 ppm2 8.640 CV 1 ASSI { 157} (( segid "PX14" and resid 70 and name HN )) (( segid "PX14" and resid 66 and name HN )) 2.700 2.700 3.300 peak 157 spectrum 1 weight 0.11000E+01 volume 0.20092E-02 ppm1 7.980 ppm2 8.644 CV 1 ASSI { 158} (( segid "PX14" and resid 70 and name HN )) (( segid "PX14" and resid 68 and name HN )) 4.600 2.600 1.400 peak 158 spectrum 1 weight 0.11000E+01 volume 0.16232E-03 ppm1 7.981 ppm2 8.228 CV 1 ASSI { 160} (( segid "PX14" and resid 70 and name HN )) (( segid "PX14" and resid 71 and name HN )) 3.200 1.300 1.300 peak 160 spectrum 1 weight 0.11000E+01 volume 0.98471E-03 ppm1 7.980 ppm2 7.624 CV 1 ASSI { 166} (( segid "PX14" and resid 72 and name HN )) (( segid "PX14" and resid 71 and name HN )) 3.400 1.400 1.400 peak 166 spectrum 1 weight 0.11000E+01 volume 0.83376E-03 ppm1 7.916 ppm2 7.626 CV 1 ASSI { 167} (( segid "PX14" and resid 73 and name HN )) (( segid "PX14" and resid 71 and name HN )) 5.400 3.600 0.600 peak 167 spectrum 1 weight 0.11000E+01 volume 0.30162E-04 ppm1 8.231 ppm2 7.626 CV 1 ASSI { 168} (( segid "PX14" and resid 73 and name HN )) (( segid "PX14" and resid 72 and name HN )) 3.400 1.400 1.400 peak 168 spectrum 1 weight 0.11000E+01 volume 0.97130E-03 ppm1 8.229 ppm2 7.919 CV 1 ASSI { 169} (( segid "PX14" and resid 73 and name HN )) (( segid "PX14" and resid 74 and name HN )) 3.300 3.300 2.700 peak 169 spectrum 1 weight 0.11000E+01 volume 0.10848E-02 ppm1 8.229 ppm2 8.072 CV 1 ASSI { 172} (( segid "PX14" and resid 74 and name HN )) (( segid "PX14" and resid 75 and name HN )) 3.100 1.200 1.200 peak 172 spectrum 1 weight 0.11000E+01 volume 0.15809E-02 ppm1 8.104 ppm2 7.955 CV 1 ASSI { 177} (( segid "PX14" and resid 76 and name HN )) (( segid "PX14" and resid 78 and name HN )) 3.400 1.400 1.400 peak 177 spectrum 1 weight 0.11000E+01 volume 0.10729E-02 ppm1 8.059 ppm2 8.226 CV 1 ASSI { 181} (( segid "PX14" and resid 80 and name HN )) (( segid "PX14" and resid 81 and name HN )) 3.700 1.700 1.700 peak 181 spectrum 1 weight 0.11000E+01 volume 0.65097E-03 ppm1 7.944 ppm2 7.397 CV 1 ASSI { 1} (( segid "PX14" and resid 15 and name HA )) ( segid "PX14" and resid 15 and name HB% ) 2.200 2.200 3.800 peak 1 spectrum 2 weight 0.11000E+01 volume 0.12481E-01 ppm1 4.281 ppm2 1.336 CV 1 ASSI { 5} ( segid "PX14" and resid 30 and name HB% ) (( segid "PX14" and resid 30 and name HA )) 2.500 0.800 0.800 peak 5 spectrum 2 weight 0.11000E+01 volume 0.53232E-02 ppm1 1.417 ppm2 4.022 CV 1 ASSI { 9} (( segid "PX14" and resid 32 and name HA )) ( segid "PX14" and resid 32 and name HB% ) 2.200 0.600 0.600 peak 9 spectrum 2 weight 0.11000E+01 volume 0.81962E-02 ppm1 4.118 ppm2 1.558 CV 1 ASSI { 15} ( segid "PX14" and resid 47 and name HB% ) (( segid "PX14" and resid 47 and name HA )) 2.100 0.600 0.600 peak 15 spectrum 2 weight 0.11000E+01 volume 0.13701E-01 ppm1 1.466 ppm2 4.101 CV 1 ASSI { 19} (( segid "PX14" and resid 51 and name HA )) ( segid "PX14" and resid 51 and name HB% ) 2.000 2.000 4.000 peak 19 spectrum 2 weight 0.11000E+01 volume 0.21387E-01 ppm1 4.093 ppm2 1.599 CV 1 ASSI { 21} (( segid "PX14" and resid 66 and name HA )) ( segid "PX14" and resid 66 and name HB% ) 2.300 0.700 0.700 peak 21 spectrum 2 weight 0.11000E+01 volume 0.79746E-02 ppm1 3.908 ppm2 1.341 CV 1 ASSI { 27} ( segid "PX14" and resid 73 and name HB% ) (( segid "PX14" and resid 73 and name HA )) 2.100 0.600 0.600 peak 27 spectrum 2 weight 0.11000E+01 volume 0.13066E-01 ppm1 1.366 ppm2 4.221 CV 1 ASSI { 29} (( segid "PX14" and resid 74 and name HA )) ( segid "PX14" and resid 74 and name HB% ) 2.100 0.600 0.600 peak 29 spectrum 2 weight 0.11000E+01 volume 0.13278E-01 ppm1 4.293 ppm2 1.349 CV 1 ASSI { 36} (( segid "PX14" and resid 57 and name HA1 )) (( segid "PX14" and resid 57 and name HA2 )) 1.800 0.400 0.400 peak 36 spectrum 2 weight 0.11000E+01 volume 0.16666E-01 ppm1 4.203 ppm2 3.618 CV 1 ASSI { 38} ( segid "PX14" and resid 31 and name HG2%) (( segid "PX14" and resid 31 and name HA )) 2.200 2.200 3.800 peak 38 spectrum 2 weight 0.11000E+01 volume 0.96598E-02 ppm1 0.462 ppm2 3.753 CV 1 ASSI { 39} ( segid "PX14" and resid 31 and name HG2%) (( segid "PX14" and resid 31 and name HB )) 2.200 2.200 3.800 peak 39 spectrum 2 weight 0.11000E+01 volume 0.83274E-02 ppm1 0.468 ppm2 4.024 CV 1 ASSI { 43} (( segid "PX14" and resid 31 and name HB )) (( segid "PX14" and resid 31 and name HA )) 3.200 3.200 2.800 peak 43 spectrum 2 weight 0.11000E+01 volume 0.13440E-02 ppm1 3.429 ppm2 3.446 CV 1 ASSI { 44} (( segid "PX14" and resid 72 and name HA )) ( segid "PX14" and resid 72 and name HG2%) 2.300 2.300 3.700 peak 44 spectrum 2 weight 0.11000E+01 volume 0.80614E-02 ppm1 4.351 ppm2 0.925 CV 1 ASSI { 46} (( segid "PX14" and resid 72 and name HB )) ( segid "PX14" and resid 72 and name HG2%) 2.100 0.600 0.600 peak 46 spectrum 2 weight 0.11000E+01 volume 0.11907E-01 ppm1 4.206 ppm2 0.922 CV 1 ASSI { 53} ( segid "PX14" and resid 48 and name HG2%) (( segid "PX14" and resid 48 and name HA )) 2.600 0.800 0.800 peak 53 spectrum 2 weight 0.11000E+01 volume 0.41063E-02 ppm1 1.433 ppm2 4.207 CV 1 ASSI { 54} ( segid "PX14" and resid 48 and name HG2%) (( segid "PX14" and resid 48 and name HB )) 2.600 0.800 0.800 peak 54 spectrum 2 weight 0.11000E+01 volume 0.35934E-02 ppm1 1.408 ppm2 4.486 CV 1 ASSI { 57} (( segid "PX14" and resid 17 and name HA )) (( segid "PX14" and resid 17 and name HB2 )) 2.400 0.700 0.700 peak 57 spectrum 2 weight 0.11000E+01 volume 0.82968E-02 ppm1 4.426 ppm2 1.950 CV 1 ASSI { 58} (( segid "PX14" and resid 17 and name HA )) (( segid "PX14" and resid 17 and name HG1 )) 2.500 2.500 3.500 peak 58 spectrum 2 weight 0.11000E+01 volume 0.12290E-01 ppm1 4.426 ppm2 2.303 CV 1 ASSI { 62} (( segid "PX14" and resid 17 and name HA )) (( segid "PX14" and resid 17 and name HB1 )) 2.600 2.600 3.400 peak 62 spectrum 2 weight 0.11000E+01 volume 0.29560E-02 ppm1 4.431 ppm2 2.025 CV 1 ASSI { 63} (( segid "PX14" and resid 17 and name HB2 )) (( segid "PX14" and resid 17 and name HG1 )) 1.400 1.400 4.600 peak 63 spectrum 2 weight 0.11000E+01 volume 0.22881E+00 ppm1 2.046 ppm2 2.024 CV 1 ASSI { 66} (( segid "PX14" and resid 17 and name HD1 )) (( segid "PX14" and resid 17 and name HB2 )) 2.600 2.600 3.400 peak 66 spectrum 2 weight 0.11000E+01 volume 0.11296E-01 ppm1 3.834 ppm2 1.964 CV 1 ASSI { 67} (( segid "PX14" and resid 17 and name HD1 )) (( segid "PX14" and resid 17 and name HB1 )) 2.200 2.200 3.800 peak 67 spectrum 2 weight 0.11000E+01 volume 0.12043E-01 ppm1 3.825 ppm2 2.054 CV 1 ASSI { 68} (( segid "PX14" and resid 17 and name HD1 )) (( segid "PX14" and resid 17 and name HG1 )) 3.100 3.100 2.900 peak 68 spectrum 2 weight 0.11000E+01 volume 0.92990E-03 ppm1 3.834 ppm2 2.334 CV 1 ASSI { 71} (( segid "PX14" and resid 27 and name HB1 )) (( segid "PX14" and resid 27 and name HG2 )) 2.600 0.800 0.800 peak 71 spectrum 2 weight 0.11000E+01 volume 0.92509E-02 ppm1 2.341 ppm2 1.969 CV 1 ASSI { 74} (( segid "PX14" and resid 27 and name HB2 )) (( segid "PX14" and resid 27 and name HG2 )) 1.700 0.400 0.500 peak 74 spectrum 2 weight 0.11000E+01 volume 0.29363E-01 ppm1 1.833 ppm2 1.976 CV 1 ASSI { 76} (( segid "PX14" and resid 27 and name HB2 )) (( segid "PX14" and resid 27 and name HA )) 3.100 1.200 1.200 peak 76 spectrum 2 weight 0.11000E+01 volume 0.20656E-02 ppm1 1.796 ppm2 4.383 CV 1 ASSI { 77} (( segid "PX14" and resid 27 and name HB2 )) (( segid "PX14" and resid 27 and name HB1 )) 2.300 0.600 0.600 peak 77 spectrum 2 weight 0.11000E+01 volume 0.45813E-02 ppm1 1.798 ppm2 2.350 CV 1 ASSI { 80} (( segid "PX14" and resid 24 and name HD2 )) (( segid "PX14" and resid 24 and name HD1 )) 2.100 2.100 3.900 peak 80 spectrum 2 weight 0.11000E+01 volume 0.67129E-02 ppm1 3.625 ppm2 3.953 CV 1 ASSI { 84} (( segid "PX14" and resid 59 and name HB )) (( segid "PX14" and resid 59 and name HA )) 2.800 2.800 3.200 peak 84 spectrum 2 weight 0.11000E+01 volume 0.25207E-02 ppm1 4.690 ppm2 4.301 CV 1 ASSI { 85} (( segid "PX14" and resid 59 and name HB )) ( segid "PX14" and resid 59 and name HG2%) 2.900 1.100 1.100 peak 85 spectrum 2 weight 0.11000E+01 volume 0.16795E-02 ppm1 4.690 ppm2 1.240 CV 1 ASSI { 87} ( segid "PX14" and resid 59 and name HG2%) (( segid "PX14" and resid 59 and name HA )) 2.300 0.600 0.600 peak 87 spectrum 2 weight 0.11000E+01 volume 0.93974E-02 ppm1 1.247 ppm2 4.313 CV 1 ASSI { 90} (( segid "PX14" and resid 72 and name HB )) (( segid "PX14" and resid 72 and name HA )) 2.700 0.900 0.900 peak 90 spectrum 2 weight 0.11000E+01 volume 0.30793E-02 ppm1 4.190 ppm2 4.353 CV 1 ASSI { 95} (( segid "PX14" and resid 78 and name HB1 )) (( segid "PX14" and resid 78 and name HA )) 3.000 3.000 3.000 peak 95 spectrum 2 weight 0.11000E+01 volume 0.17327E-02 ppm1 3.782 ppm2 4.208 CV 1 ASSI { 100} (( segid "PX14" and resid 35 and name HB1 )) (( segid "PX14" and resid 35 and name HA )) 4.100 2.100 1.900 peak 100 spectrum 2 weight 0.11000E+01 volume 0.38434E-03 ppm1 3.472 ppm2 4.127 CV 1 ASSI { 102} (( segid "PX14" and resid 52 and name HB2 )) (( segid "PX14" and resid 52 and name HB1 )) 2.200 0.600 0.600 peak 102 spectrum 2 weight 0.11000E+01 volume 0.45967E-02 ppm1 2.924 ppm2 3.488 CV 1 ASSI { 105} (( segid "PX14" and resid 52 and name HB1 )) (( segid "PX14" and resid 52 and name HA )) 3.200 3.200 2.800 peak 105 spectrum 2 weight 0.11000E+01 volume 0.17795E-02 ppm1 3.483 ppm2 4.187 CV 1 ASSI { 106} (( segid "PX14" and resid 52 and name HB2 )) (( segid "PX14" and resid 52 and name HA )) 2.900 2.900 3.100 peak 106 spectrum 2 weight 0.11000E+01 volume 0.14513E-02 ppm1 2.924 ppm2 4.194 CV 1 ASSI { 111} (( segid "PX14" and resid 67 and name HA )) (( segid "PX14" and resid 67 and name HB1 )) 3.400 3.400 2.600 peak 111 spectrum 2 weight 0.11000E+01 volume 0.66792E-03 ppm1 3.978 ppm2 3.379 CV 1 ASSI { 112} (( segid "PX14" and resid 67 and name HA )) (( segid "PX14" and resid 67 and name HB2 )) 3.200 3.200 2.800 peak 112 spectrum 2 weight 0.11000E+01 volume 0.14337E-02 ppm1 3.982 ppm2 3.061 CV 1 ASSI { 116} (( segid "PX14" and resid 67 and name HB2 )) (( segid "PX14" and resid 67 and name HB1 )) 2.300 0.700 0.700 peak 116 spectrum 2 weight 0.11000E+01 volume 0.38817E-02 ppm1 3.056 ppm2 3.380 CV 1 ASSI { 120} (( segid "PX14" and resid 70 and name HA )) (( segid "PX14" and resid 70 and name HB1 )) 3.000 3.000 3.000 peak 120 spectrum 2 weight 0.11000E+01 volume 0.16432E-02 ppm1 4.327 ppm2 4.101 CV 1 ASSI { 121} (( segid "PX14" and resid 70 and name HA )) (( segid "PX14" and resid 70 and name HB2 )) 2.500 0.800 0.800 peak 121 spectrum 2 weight 0.11000E+01 volume 0.48330E-02 ppm1 4.323 ppm2 3.913 CV 1 ASSI { 124} (( segid "PX14" and resid 70 and name HB2 )) (( segid "PX14" and resid 70 and name HB1 )) 2.200 2.200 3.800 peak 124 spectrum 2 weight 0.11000E+01 volume 0.58373E-02 ppm1 3.911 ppm2 4.101 CV 1 ASSI { 129} (( segid "PX14" and resid 24 and name HB1 )) (( segid "PX14" and resid 24 and name HB2 )) 1.900 0.500 0.500 peak 129 spectrum 2 weight 0.11000E+01 volume 0.12233E-01 ppm1 2.150 ppm2 1.835 CV 1 ASSI { 132} (( segid "PX14" and resid 24 and name HB2 )) (( segid "PX14" and resid 24 and name HA )) 3.000 1.200 1.200 peak 132 spectrum 2 weight 0.11000E+01 volume 0.19798E-02 ppm1 1.810 ppm2 4.469 CV 1 ASSI { 137} (( segid "PX14" and resid 45 and name HD1 )) (( segid "PX14" and resid 45 and name HB2 )) 3.700 3.700 2.300 peak 137 spectrum 2 weight 0.11000E+01 volume 0.10958E-02 ppm1 4.095 ppm2 2.047 CV 1 ASSI { 139} (( segid "PX14" and resid 45 and name HD1 )) (( segid "PX14" and resid 45 and name HB1 )) 4.500 4.500 1.500 peak 139 spectrum 2 weight 0.11000E+01 volume 0.29874E-03 ppm1 4.097 ppm2 2.599 CV 1 ASSI { 140} (( segid "PX14" and resid 45 and name HD1 )) (( segid "PX14" and resid 45 and name HA )) 3.200 3.200 2.800 peak 140 spectrum 2 weight 0.11000E+01 volume 0.10569E-02 ppm1 4.108 ppm2 4.538 CV 1 ASSI { 141} (( segid "PX14" and resid 24 and name HA )) (( segid "PX14" and resid 24 and name HB1 )) 2.600 0.800 0.800 peak 141 spectrum 2 weight 0.11000E+01 volume 0.30367E-02 ppm1 4.453 ppm2 2.181 CV 1 ASSI { 144} (( segid "PX14" and resid 27 and name HG1 )) (( segid "PX14" and resid 27 and name HB1 )) 2.300 2.300 3.700 peak 144 spectrum 2 weight 0.11000E+01 volume 0.55838E-02 ppm1 2.089 ppm2 2.376 CV 1 ASSI { 147} (( segid "PX14" and resid 27 and name HG1 )) (( segid "PX14" and resid 27 and name HB2 )) 2.100 0.600 0.600 peak 147 spectrum 2 weight 0.11000E+01 volume 0.19892E-01 ppm1 2.058 ppm2 1.830 CV 1 ASSI { 149} (( segid "PX14" and resid 27 and name HD2 )) (( segid "PX14" and resid 27 and name HD1 )) 2.000 0.500 0.500 peak 149 spectrum 2 weight 0.11000E+01 volume 0.61963E-02 ppm1 3.532 ppm2 3.853 CV 1 ASSI { 152} (( segid "PX14" and resid 27 and name HD2 )) (( segid "PX14" and resid 27 and name HB2 )) 3.300 1.400 1.400 peak 152 spectrum 2 weight 0.11000E+01 volume 0.23204E-02 ppm1 3.542 ppm2 1.832 CV 1 ASSI { 153} (( segid "PX14" and resid 27 and name HD2 )) (( segid "PX14" and resid 27 and name HG1 )) 2.500 0.800 0.800 peak 153 spectrum 2 weight 0.11000E+01 volume 0.50014E-02 ppm1 3.532 ppm2 2.082 CV 1 ASSI { 155} (( segid "PX14" and resid 27 and name HD1 )) (( segid "PX14" and resid 27 and name HG1 )) 2.400 0.700 0.700 peak 155 spectrum 2 weight 0.11000E+01 volume 0.38099E-02 ppm1 3.838 ppm2 2.080 CV 1 ASSI { 156} (( segid "PX14" and resid 27 and name HD1 )) (( segid "PX14" and resid 27 and name HB1 )) 4.000 2.000 2.000 peak 156 spectrum 2 weight 0.11000E+01 volume 0.26312E-03 ppm1 3.831 ppm2 2.360 CV 1 ASSI { 157} (( segid "PX14" and resid 27 and name HD2 )) (( segid "PX14" and resid 27 and name HB1 )) 5.600 3.900 0.400 peak 157 spectrum 2 weight 0.11000E+01 volume 0.89360E-04 ppm1 3.516 ppm2 2.360 CV 1 ASSI { 160} (( segid "PX14" and resid 27 and name HA )) (( segid "PX14" and resid 27 and name HG2 )) 3.900 1.900 1.900 peak 160 spectrum 2 weight 0.11000E+01 volume 0.72099E-03 ppm1 4.350 ppm2 1.972 CV 1 ASSI { 161} (( segid "PX14" and resid 27 and name HA )) (( segid "PX14" and resid 27 and name HG1 )) 4.500 2.500 1.500 peak 161 spectrum 2 weight 0.11000E+01 volume 0.46815E-03 ppm1 4.350 ppm2 2.083 CV 1 ASSI { 162} (( segid "PX14" and resid 27 and name HA )) (( segid "PX14" and resid 27 and name HB1 )) 2.700 0.900 0.900 peak 162 spectrum 2 weight 0.11000E+01 volume 0.23347E-02 ppm1 4.355 ppm2 2.357 CV 1 ASSI { 168} (( segid "PX14" and resid 27 and name HB2 )) (( segid "PX14" and resid 27 and name HD1 )) 3.600 1.600 1.600 peak 168 spectrum 2 weight 0.11000E+01 volume 0.16346E-02 ppm1 1.809 ppm2 3.885 CV 1 ASSI { 171} (( segid "PX14" and resid 27 and name HG2 )) (( segid "PX14" and resid 27 and name HD1 )) 3.000 1.200 1.200 peak 171 spectrum 2 weight 0.11000E+01 volume 0.30396E-02 ppm1 1.930 ppm2 3.865 CV 1 ASSI { 172} (( segid "PX14" and resid 27 and name HG2 )) (( segid "PX14" and resid 27 and name HD2 )) 2.800 1.000 1.000 peak 172 spectrum 2 weight 0.11000E+01 volume 0.11592E-02 ppm1 1.956 ppm2 3.555 CV 1 ASSI { 175} (( segid "PX14" and resid 45 and name HB1 )) (( segid "PX14" and resid 45 and name HB2 )) 2.100 0.600 0.600 peak 175 spectrum 2 weight 0.11000E+01 volume 0.65056E-02 ppm1 2.593 ppm2 2.026 CV 1 ASSI { 178} (( segid "PX14" and resid 45 and name HB1 )) (( segid "PX14" and resid 45 and name HA )) 2.800 1.000 1.000 peak 178 spectrum 2 weight 0.11000E+01 volume 0.19312E-02 ppm1 2.589 ppm2 4.544 CV 1 ASSI { 179} (( segid "PX14" and resid 45 and name HG1 )) (( segid "PX14" and resid 45 and name HA )) 3.700 1.700 1.700 peak 179 spectrum 2 weight 0.11000E+01 volume 0.59803E-03 ppm1 2.236 ppm2 4.537 CV 1 ASSI { 180} (( segid "PX14" and resid 45 and name HG1 )) (( segid "PX14" and resid 45 and name HD1 )) 2.700 2.700 3.300 peak 180 spectrum 2 weight 0.11000E+01 volume 0.22135E-02 ppm1 2.252 ppm2 4.102 CV 1 ASSI { 182} (( segid "PX14" and resid 45 and name HG1 )) (( segid "PX14" and resid 45 and name HB1 )) 2.700 2.700 3.300 peak 182 spectrum 2 weight 0.11000E+01 volume 0.18873E-02 ppm1 2.257 ppm2 2.614 CV 1 ASSI { 185} (( segid "PX14" and resid 45 and name HD2 )) (( segid "PX14" and resid 45 and name HD1 )) 2.200 2.200 3.800 peak 185 spectrum 2 weight 0.11000E+01 volume 0.51707E-02 ppm1 3.670 ppm2 4.108 CV 1 ASSI { 188} (( segid "PX14" and resid 45 and name HD2 )) (( segid "PX14" and resid 45 and name HG1 )) 3.400 1.400 1.400 peak 188 spectrum 2 weight 0.11000E+01 volume 0.15481E-02 ppm1 3.623 ppm2 2.218 CV 1 ASSI { 194} (( segid "PX14" and resid 22 and name HB )) ( segid "PX14" and resid 22 and name HG1%) 2.600 0.800 0.800 peak 194 spectrum 2 weight 0.11000E+01 volume 0.39519E-02 ppm1 2.013 ppm2 0.898 CV 1 ASSI { 196} ( segid "PX14" and resid 22 and name HG1%) (( segid "PX14" and resid 22 and name HA )) 2.700 0.900 0.900 peak 196 spectrum 2 weight 0.11000E+01 volume 0.37811E-02 ppm1 0.878 ppm2 4.113 CV 1 ASSI { 199} (( segid "PX14" and resid 22 and name HA )) (( segid "PX14" and resid 22 and name HB )) 3.000 1.100 1.100 peak 199 spectrum 2 weight 0.11000E+01 volume 0.16587E-02 ppm1 4.077 ppm2 2.047 CV 1 ASSI { 202} (( segid "PX14" and resid 33 and name HA )) ( segid "PX14" and resid 33 and name HG1%) 2.900 1.000 1.000 peak 202 spectrum 2 weight 0.11000E+01 volume 0.21030E-02 ppm1 3.303 ppm2 1.166 CV 1 ASSI { 203} (( segid "PX14" and resid 33 and name HA )) (( segid "PX14" and resid 33 and name HB )) 4.300 2.300 1.700 peak 203 spectrum 2 weight 0.11000E+01 volume 0.19708E-03 ppm1 3.312 ppm2 2.158 CV 1 ASSI { 206} ( segid "PX14" and resid 33 and name HG2%) ( segid "PX14" and resid 33 and name HG1%) 2.700 2.700 3.300 peak 206 spectrum 2 weight 0.11000E+01 volume 0.29307E-02 ppm1 0.711 ppm2 1.178 CV 1 ASSI { 213} (( segid "PX14" and resid 41 and name HB )) ( segid "PX14" and resid 41 and name HG1%) 2.400 2.400 3.600 peak 213 spectrum 2 weight 0.11000E+01 volume 0.45155E-02 ppm1 2.025 ppm2 0.295 CV 1 ASSI { 214} (( segid "PX14" and resid 41 and name HB )) ( segid "PX14" and resid 41 and name HG2%) 2.600 2.600 3.400 peak 214 spectrum 2 weight 0.11000E+01 volume 0.26850E-02 ppm1 2.029 ppm2 0.013 CV 1 ASSI { 216} (( segid "PX14" and resid 41 and name HA )) ( segid "PX14" and resid 41 and name HG2%) 2.700 2.700 3.300 peak 216 spectrum 2 weight 0.11000E+01 volume 0.30670E-02 ppm1 3.439 ppm2 0.004 CV 1 ASSI { 218} (( segid "PX14" and resid 41 and name HA )) (( segid "PX14" and resid 41 and name HB )) 3.700 1.800 1.800 peak 218 spectrum 2 weight 0.11000E+01 volume 0.44444E-03 ppm1 3.413 ppm2 1.967 CV 1 ASSI { 220} ( segid "PX14" and resid 41 and name HG2%) ( segid "PX14" and resid 41 and name HG1%) 2.300 0.700 0.700 peak 220 spectrum 2 weight 0.11000E+01 volume 0.64341E-02 ppm1 0.003 ppm2 0.286 CV 1 ASSI { 226} ( segid "PX14" and resid 41 and name HG1%) (( segid "PX14" and resid 41 and name HA )) 2.600 0.800 0.800 peak 226 spectrum 2 weight 0.11000E+01 volume 0.35778E-02 ppm1 0.288 ppm2 3.449 CV 1 ASSI { 228} (( segid "PX14" and resid 29 and name HB )) (( segid "PX14" and resid 29 and name HA )) 4.400 2.500 1.600 peak 228 spectrum 2 weight 0.11000E+01 volume 0.17518E-03 ppm1 1.828 ppm2 3.400 CV 1 ASSI { 230} (( segid "PX14" and resid 29 and name HG12)) ( segid "PX14" and resid 29 and name HD1%) 2.500 0.800 0.800 peak 230 spectrum 2 weight 0.11000E+01 volume 0.42138E-02 ppm1 1.034 ppm2 0.899 CV 1 ASSI { 235} (( segid "PX14" and resid 29 and name HG12)) (( segid "PX14" and resid 29 and name HB )) 4.300 2.300 1.700 peak 235 spectrum 2 weight 0.11000E+01 volume 0.20764E-03 ppm1 1.039 ppm2 1.875 CV 1 ASSI { 236} (( segid "PX14" and resid 29 and name HG11)) ( segid "PX14" and resid 29 and name HD1%) 2.200 0.600 0.600 peak 236 spectrum 2 weight 0.11000E+01 volume 0.82982E-02 ppm1 1.646 ppm2 0.900 CV 1 ASSI { 244} (( segid "PX14" and resid 29 and name HG11)) ( segid "PX14" and resid 29 and name HG2%) 2.900 1.100 1.100 peak 244 spectrum 2 weight 0.11000E+01 volume 0.24823E-02 ppm1 1.646 ppm2 0.780 CV 1 ASSI { 245} (( segid "PX14" and resid 29 and name HG12)) ( segid "PX14" and resid 29 and name HG2%) 2.800 1.000 1.000 peak 245 spectrum 2 weight 0.11000E+01 volume 0.29098E-02 ppm1 1.025 ppm2 0.779 CV 1 ASSI { 247} (( segid "PX14" and resid 29 and name HG11)) (( segid "PX14" and resid 29 and name HG12)) 2.000 0.500 0.500 peak 247 spectrum 2 weight 0.11000E+01 volume 0.96911E-02 ppm1 1.641 ppm2 1.054 CV 1 ASSI { 250} ( segid "PX14" and resid 29 and name HG2%) (( segid "PX14" and resid 29 and name HA )) 2.500 0.800 0.800 peak 250 spectrum 2 weight 0.11000E+01 volume 0.44285E-02 ppm1 0.791 ppm2 3.427 CV 1 ASSI { 251} (( segid "PX14" and resid 29 and name HG12)) (( segid "PX14" and resid 29 and name HA )) 3.300 1.400 1.400 peak 251 spectrum 2 weight 0.11000E+01 volume 0.79411E-03 ppm1 1.034 ppm2 3.408 CV 1 ASSI { 252} (( segid "PX14" and resid 29 and name HG11)) (( segid "PX14" and resid 29 and name HA )) 4.400 2.400 1.600 peak 252 spectrum 2 weight 0.11000E+01 volume 0.26838E-03 ppm1 1.650 ppm2 3.408 CV 1 ASSI { 254} (( segid "PX14" and resid 29 and name HB )) (( segid "PX14" and resid 29 and name HG11)) 2.800 1.000 1.000 peak 254 spectrum 2 weight 0.11000E+01 volume 0.19837E-02 ppm1 1.862 ppm2 1.673 CV 1 ASSI { 256} (( segid "PX14" and resid 29 and name HB )) ( segid "PX14" and resid 29 and name HD1%) 2.900 1.000 1.000 peak 256 spectrum 2 weight 0.11000E+01 volume 0.30519E-02 ppm1 1.866 ppm2 0.893 CV 1 ASSI { 257} (( segid "PX14" and resid 29 and name HB )) ( segid "PX14" and resid 29 and name HG2%) 2.300 0.600 0.600 peak 257 spectrum 2 weight 0.11000E+01 volume 0.73551E-02 ppm1 1.862 ppm2 0.783 CV 1 ASSI { 258} ( segid "PX14" and resid 29 and name HD1%) ( segid "PX14" and resid 29 and name HG2%) 2.700 0.900 0.900 peak 258 spectrum 2 weight 0.11000E+01 volume 0.26713E-02 ppm1 0.916 ppm2 0.793 CV 1 ASSI { 265} (( segid "PX14" and resid 65 and name HG1 )) (( segid "PX14" and resid 65 and name HB2 )) 3.200 1.300 1.300 peak 265 spectrum 2 weight 0.11000E+01 volume 0.16528E-02 ppm1 2.837 ppm2 2.070 CV 1 ASSI { 266} (( segid "PX14" and resid 65 and name HB1 )) (( segid "PX14" and resid 65 and name HG1 )) 2.400 0.700 0.700 peak 266 spectrum 2 weight 0.11000E+01 volume 0.50767E-02 ppm1 2.543 ppm2 2.841 CV 1 ASSI { 268} (( segid "PX14" and resid 65 and name HG1 )) (( segid "PX14" and resid 65 and name HA )) 3.500 3.500 2.500 peak 268 spectrum 2 weight 0.11000E+01 volume 0.67397E-03 ppm1 2.858 ppm2 4.145 CV 1 ASSI { 269} (( segid "PX14" and resid 65 and name HB1 )) (( segid "PX14" and resid 65 and name HA )) 2.300 0.700 0.700 peak 269 spectrum 2 weight 0.11000E+01 volume 0.93937E-02 ppm1 2.531 ppm2 4.127 CV 1 ASSI { 270} (( segid "PX14" and resid 65 and name HB2 )) (( segid "PX14" and resid 65 and name HA )) 2.400 2.400 3.600 peak 270 spectrum 2 weight 0.11000E+01 volume 0.45021E-02 ppm1 2.139 ppm2 4.132 CV 1 ASSI { 275} ( segid "PX14" and resid 65 and name HE% ) (( segid "PX14" and resid 65 and name HB1 )) 3.500 1.500 1.500 peak 275 spectrum 2 weight 0.11000E+01 volume 0.18052E-02 ppm1 2.061 ppm2 2.558 CV 1 ASSI { 276} ( segid "PX14" and resid 65 and name HE% ) (( segid "PX14" and resid 65 and name HG1 )) 3.000 3.000 3.000 peak 276 spectrum 2 weight 0.11000E+01 volume 0.17418E-02 ppm1 2.069 ppm2 2.857 CV 1 ASSI { 278} ( segid "PX14" and resid 65 and name HE% ) (( segid "PX14" and resid 65 and name HA )) 3.100 3.100 2.900 peak 278 spectrum 2 weight 0.11000E+01 volume 0.10255E-02 ppm1 2.073 ppm2 4.137 CV 1 ASSI { 280} (( segid "PX14" and resid 28 and name HA )) (( segid "PX14" and resid 28 and name HB1 )) 3.600 3.600 2.400 peak 280 spectrum 2 weight 0.11000E+01 volume 0.63774E-03 ppm1 4.174 ppm2 1.671 CV 1 ASSI { 284} (( segid "PX14" and resid 28 and name HB1 )) ( segid "PX14" and resid 28 and name HD2%) 3.000 1.100 1.100 peak 284 spectrum 2 weight 0.11000E+01 volume 0.15949E-02 ppm1 1.681 ppm2 0.885 CV 1 ASSI { 287} (( segid "PX14" and resid 28 and name HA )) ( segid "PX14" and resid 28 and name HD1%) 3.600 3.600 2.400 peak 287 spectrum 2 weight 0.11000E+01 volume 0.71491E-03 ppm1 4.183 ppm2 0.998 CV 1 ASSI { 288} (( segid "PX14" and resid 28 and name HA )) ( segid "PX14" and resid 28 and name HD2%) 3.600 3.600 2.400 peak 288 spectrum 2 weight 0.11000E+01 volume 0.71213E-03 ppm1 4.177 ppm2 0.878 CV 1 ASSI { 292} ( segid "PX14" and resid 28 and name HD2%) (( segid "PX14" and resid 28 and name HG )) 2.500 0.800 0.800 peak 292 spectrum 2 weight 0.11000E+01 volume 0.49597E-02 ppm1 0.872 ppm2 1.549 CV 1 ASSI { 295} ( segid "PX14" and resid 28 and name HD1%) (( segid "PX14" and resid 28 and name HB1 )) 2.400 0.700 0.700 peak 295 spectrum 2 weight 0.11000E+01 volume 0.73901E-02 ppm1 0.959 ppm2 1.667 CV 1 ASSI { 296} ( segid "PX14" and resid 28 and name HD1%) (( segid "PX14" and resid 28 and name HG )) 2.500 0.800 0.800 peak 296 spectrum 2 weight 0.11000E+01 volume 0.42487E-02 ppm1 0.973 ppm2 1.545 CV 1 ASSI { 298} (( segid "PX14" and resid 46 and name HG )) ( segid "PX14" and resid 46 and name HD1%) 3.300 1.300 1.300 peak 298 spectrum 2 weight 0.11000E+01 volume 0.86029E-03 ppm1 1.563 ppm2 0.734 CV 1 ASSI { 299} (( segid "PX14" and resid 46 and name HG )) ( segid "PX14" and resid 46 and name HD2%) 4.300 2.300 1.700 peak 299 spectrum 2 weight 0.11000E+01 volume 0.17078E-03 ppm1 1.563 ppm2 0.702 CV 1 ASSI { 300} (( segid "PX14" and resid 46 and name HG )) (( segid "PX14" and resid 46 and name HA )) 3.600 3.600 2.400 peak 300 spectrum 2 weight 0.11000E+01 volume 0.40533E-03 ppm1 1.636 ppm2 3.866 CV 1 ASSI { 302} (( segid "PX14" and resid 46 and name HB1 )) (( segid "PX14" and resid 46 and name HA )) 2.200 0.600 0.600 peak 302 spectrum 2 weight 0.11000E+01 volume 0.70062E-02 ppm1 1.666 ppm2 3.912 CV 1 ASSI { 303} (( segid "PX14" and resid 46 and name HB1 )) ( segid "PX14" and resid 46 and name HD1%) 2.600 2.600 3.400 peak 303 spectrum 2 weight 0.11000E+01 volume 0.93609E-02 ppm1 1.659 ppm2 0.762 CV 1 ASSI { 304} (( segid "PX14" and resid 46 and name HB1 )) ( segid "PX14" and resid 46 and name HD2%) 3.100 3.100 2.900 peak 304 spectrum 2 weight 0.11000E+01 volume 0.11279E-02 ppm1 1.674 ppm2 0.715 CV 1 ASSI { 311} ( segid "PX14" and resid 46 and name HD1%) (( segid "PX14" and resid 46 and name HA )) 2.900 2.900 3.100 peak 311 spectrum 2 weight 0.11000E+01 volume 0.39598E-02 ppm1 0.731 ppm2 3.915 CV 1 ASSI { 315} (( segid "PX14" and resid 46 and name HA )) ( segid "PX14" and resid 46 and name HD2%) 3.200 1.300 1.300 peak 315 spectrum 2 weight 0.11000E+01 volume 0.19674E-02 ppm1 3.898 ppm2 0.707 CV 1 ASSI { 319} (( segid "PX14" and resid 80 and name HB1 )) (( segid "PX14" and resid 80 and name HA )) 5.700 5.700 0.300 peak 319 spectrum 2 weight 0.11000E+01 volume 0.31993E-04 ppm1 1.380 ppm2 4.214 CV 1 ASSI { 324} (( segid "PX14" and resid 34 and name HB1 )) (( segid "PX14" and resid 34 and name HA )) 2.600 2.600 3.400 peak 324 spectrum 2 weight 0.11000E+01 volume 0.64123E-02 ppm1 1.897 ppm2 4.014 CV 1 ASSI { 325} (( segid "PX14" and resid 34 and name HB1 )) (( segid "PX14" and resid 34 and name HG2 )) 2.300 2.300 3.700 peak 325 spectrum 2 weight 0.11000E+01 volume 0.84994E-02 ppm1 1.888 ppm2 1.710 CV 1 ASSI { 326} (( segid "PX14" and resid 34 and name HB1 )) (( segid "PX14" and resid 34 and name HG1 )) 2.200 2.200 3.800 peak 326 spectrum 2 weight 0.11000E+01 volume 0.10136E-01 ppm1 1.863 ppm2 1.566 CV 1 ASSI { 328} (( segid "PX14" and resid 34 and name HA )) (( segid "PX14" and resid 34 and name HG1 )) 3.300 1.300 1.300 peak 328 spectrum 2 weight 0.11000E+01 volume 0.19919E-02 ppm1 3.983 ppm2 1.473 CV 1 ASSI { 331} (( segid "PX14" and resid 34 and name HG2 )) (( segid "PX14" and resid 34 and name HE1 )) 4.000 2.000 2.000 peak 331 spectrum 2 weight 0.11000E+01 volume 0.60788E-03 ppm1 1.421 ppm2 2.906 CV 1 ASSI { 332} (( segid "PX14" and resid 34 and name HG2 )) (( segid "PX14" and resid 34 and name HA )) 3.100 1.200 1.200 peak 332 spectrum 2 weight 0.11000E+01 volume 0.14408E-02 ppm1 1.421 ppm2 3.944 CV 1 ASSI { 334} (( segid "PX14" and resid 34 and name HD1 )) (( segid "PX14" and resid 34 and name HA )) 3.200 3.200 2.800 peak 334 spectrum 2 weight 0.11000E+01 volume 0.21185E-02 ppm1 1.711 ppm2 3.989 CV 1 ASSI { 337} (( segid "PX14" and resid 34 and name HE1 )) (( segid "PX14" and resid 34 and name HG1 )) 3.400 3.400 2.600 peak 337 spectrum 2 weight 0.11000E+01 volume 0.15349E-02 ppm1 2.944 ppm2 1.530 CV 1 ASSI { 339} (( segid "PX14" and resid 34 and name HE1 )) (( segid "PX14" and resid 34 and name HA )) 4.700 4.700 1.300 peak 339 spectrum 2 weight 0.11000E+01 volume 0.35872E-03 ppm1 2.943 ppm2 4.016 CV 1 ASSI { 341} (( segid "PX14" and resid 36 and name HB2 )) (( segid "PX14" and resid 36 and name HB1 )) 2.200 2.200 3.800 peak 341 spectrum 2 weight 0.11000E+01 volume 0.40455E-02 ppm1 1.293 ppm2 1.821 CV 1 ASSI { 345} (( segid "PX14" and resid 36 and name HB1 )) (( segid "PX14" and resid 36 and name HA )) 4.000 4.000 2.000 peak 345 spectrum 2 weight 0.11000E+01 volume 0.19541E-03 ppm1 1.783 ppm2 3.622 CV 1 ASSI { 347} (( segid "PX14" and resid 36 and name HG )) (( segid "PX14" and resid 36 and name HB2 )) 3.100 3.100 2.900 peak 347 spectrum 2 weight 0.11000E+01 volume 0.12595E-02 ppm1 2.135 ppm2 1.331 CV 1 ASSI { 348} (( segid "PX14" and resid 36 and name HG )) ( segid "PX14" and resid 36 and name HD1%) 2.900 2.900 3.100 peak 348 spectrum 2 weight 0.11000E+01 volume 0.18469E-02 ppm1 2.137 ppm2 0.699 CV 1 ASSI { 349} (( segid "PX14" and resid 36 and name HG )) ( segid "PX14" and resid 36 and name HD2%) 2.600 2.600 3.400 peak 349 spectrum 2 weight 0.11000E+01 volume 0.34887E-02 ppm1 2.131 ppm2 0.262 CV 1 ASSI { 351} (( segid "PX14" and resid 36 and name HB1 )) (( segid "PX14" and resid 36 and name HG )) 2.800 2.800 3.200 peak 351 spectrum 2 weight 0.11000E+01 volume 0.22449E-02 ppm1 1.775 ppm2 2.107 CV 1 ASSI { 352} (( segid "PX14" and resid 53 and name HB2 )) (( segid "PX14" and resid 53 and name HB1 )) 2.400 0.700 0.700 peak 352 spectrum 2 weight 0.11000E+01 volume 0.31352E-02 ppm1 1.285 ppm2 2.039 CV 1 ASSI { 353} (( segid "PX14" and resid 36 and name HB1 )) ( segid "PX14" and resid 36 and name HD1%) 4.500 4.500 1.500 peak 353 spectrum 2 weight 0.11000E+01 volume 0.18717E-03 ppm1 1.809 ppm2 0.685 CV 1 ASSI { 354} (( segid "PX14" and resid 36 and name HB2 )) ( segid "PX14" and resid 36 and name HD1%) 2.900 1.000 1.000 peak 354 spectrum 2 weight 0.11000E+01 volume 0.19351E-02 ppm1 1.328 ppm2 0.687 CV 1 ASSI { 355} (( segid "PX14" and resid 36 and name HB2 )) ( segid "PX14" and resid 36 and name HD2%) 3.400 3.400 2.600 peak 355 spectrum 2 weight 0.11000E+01 volume 0.79331E-03 ppm1 1.277 ppm2 0.252 CV 1 ASSI { 356} (( segid "PX14" and resid 36 and name HB1 )) ( segid "PX14" and resid 36 and name HD2%) 3.200 3.200 2.800 peak 356 spectrum 2 weight 0.11000E+01 volume 0.10755E-02 ppm1 1.783 ppm2 0.252 CV 1 ASSI { 360} ( segid "PX14" and resid 36 and name HD1%) ( segid "PX14" and resid 36 and name HD2%) 2.500 0.800 0.800 peak 360 spectrum 2 weight 0.11000E+01 volume 0.46182E-02 ppm1 0.678 ppm2 0.264 CV 1 ASSI { 368} (( segid "PX14" and resid 36 and name HA )) ( segid "PX14" and resid 36 and name HD1%) 2.900 1.100 1.100 peak 368 spectrum 2 weight 0.11000E+01 volume 0.17991E-02 ppm1 3.596 ppm2 0.673 CV 1 ASSI { 369} (( segid "PX14" and resid 36 and name HA )) ( segid "PX14" and resid 36 and name HD2%) 6.000 4.800 0.000 peak 369 spectrum 2 weight 0.11000E+01 volume 0.23003E-04 ppm1 3.589 ppm2 0.260 CV 1 ASSI { 370} (( segid "PX14" and resid 36 and name HA )) (( segid "PX14" and resid 36 and name HG )) 3.700 1.700 1.700 peak 370 spectrum 2 weight 0.11000E+01 volume 0.44225E-03 ppm1 3.596 ppm2 2.102 CV 1 ASSI { 372} (( segid "PX14" and resid 36 and name HA )) (( segid "PX14" and resid 36 and name HB2 )) 3.300 1.300 1.300 peak 372 spectrum 2 weight 0.11000E+01 volume 0.11197E-02 ppm1 3.572 ppm2 1.307 CV 1 ASSI { 377} (( segid "PX14" and resid 58 and name HB2 )) (( segid "PX14" and resid 58 and name HB1 )) 2.300 0.700 0.700 peak 377 spectrum 2 weight 0.11000E+01 volume 0.34277E-02 ppm1 1.145 ppm2 1.926 CV 1 ASSI { 380} (( segid "PX14" and resid 58 and name HA )) (( segid "PX14" and resid 58 and name HB1 )) 2.700 0.900 0.900 peak 380 spectrum 2 weight 0.11000E+01 volume 0.25800E-02 ppm1 4.433 ppm2 1.921 CV 1 ASSI { 381} (( segid "PX14" and resid 58 and name HA )) (( segid "PX14" and resid 58 and name HG )) 2.700 0.900 0.900 peak 381 spectrum 2 weight 0.11000E+01 volume 0.31745E-02 ppm1 4.445 ppm2 1.678 CV 1 ASSI { 384} (( segid "PX14" and resid 58 and name HG )) ( segid "PX14" and resid 58 and name HD1%) 2.600 0.800 0.800 peak 384 spectrum 2 weight 0.11000E+01 volume 0.37461E-02 ppm1 1.682 ppm2 0.722 CV 1 ASSI { 385} (( segid "PX14" and resid 58 and name HG )) (( segid "PX14" and resid 58 and name HB2 )) 3.600 1.600 1.600 peak 385 spectrum 2 weight 0.11000E+01 volume 0.78463E-03 ppm1 1.678 ppm2 1.155 CV 1 ASSI { 387} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX14" and resid 58 and name HB2 )) 2.800 1.000 1.000 peak 387 spectrum 2 weight 0.11000E+01 volume 0.18588E-02 ppm1 0.681 ppm2 1.150 CV 1 ASSI { 388} ( segid "PX14" and resid 58 and name HD1%) ( segid "PX14" and resid 58 and name HD2%) 2.400 2.400 3.600 peak 388 spectrum 2 weight 0.11000E+01 volume 0.56282E-02 ppm1 0.773 ppm2 0.993 CV 1 ASSI { 390} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX14" and resid 58 and name HB1 )) 3.100 1.200 1.200 peak 390 spectrum 2 weight 0.11000E+01 volume 0.44481E-02 ppm1 0.716 ppm2 1.933 CV 1 ASSI { 391} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX14" and resid 58 and name HA )) 3.200 1.300 1.300 peak 391 spectrum 2 weight 0.11000E+01 volume 0.13113E-02 ppm1 0.721 ppm2 4.449 CV 1 ASSI { 393} ( segid "PX14" and resid 58 and name HD2%) (( segid "PX14" and resid 58 and name HG )) 2.500 0.800 0.800 peak 393 spectrum 2 weight 0.11000E+01 volume 0.38791E-02 ppm1 0.877 ppm2 1.650 CV 1 ASSI { 394} ( segid "PX14" and resid 58 and name HD2%) (( segid "PX14" and resid 58 and name HB1 )) 2.500 0.800 0.800 peak 394 spectrum 2 weight 0.11000E+01 volume 0.35461E-02 ppm1 0.879 ppm2 1.907 CV 1 ASSI { 396} (( segid "PX14" and resid 58 and name HA )) ( segid "PX14" and resid 58 and name HD2%) 3.400 1.500 1.500 peak 396 spectrum 2 weight 0.11000E+01 volume 0.18938E-02 ppm1 4.445 ppm2 0.902 CV 1 ASSI { 400} (( segid "PX14" and resid 58 and name HA )) (( segid "PX14" and resid 58 and name HB2 )) 3.100 1.200 1.200 peak 400 spectrum 2 weight 0.11000E+01 volume 0.13264E-02 ppm1 4.438 ppm2 1.163 CV 1 ASSI { 404} (( segid "PX14" and resid 53 and name HB1 )) (( segid "PX14" and resid 53 and name HA )) 4.000 2.000 2.000 peak 404 spectrum 2 weight 0.11000E+01 volume 0.24868E-03 ppm1 2.031 ppm2 3.505 CV 1 ASSI { 408} (( segid "PX14" and resid 54 and name HD1 )) (( segid "PX14" and resid 54 and name HE1 )) 3.400 3.400 2.600 peak 408 spectrum 2 weight 0.11000E+01 volume 0.60391E-03 ppm1 1.675 ppm2 2.893 CV 1 ASSI { 409} (( segid "PX14" and resid 54 and name HD1 )) (( segid "PX14" and resid 54 and name HA )) 3.100 3.100 2.900 peak 409 spectrum 2 weight 0.11000E+01 volume 0.14882E-02 ppm1 1.673 ppm2 4.143 CV 1 ASSI { 413} (( segid "PX14" and resid 54 and name HG1 )) (( segid "PX14" and resid 54 and name HA )) 3.500 3.500 2.500 peak 413 spectrum 2 weight 0.11000E+01 volume 0.53827E-03 ppm1 1.545 ppm2 4.142 CV 1 ASSI { 414} (( segid "PX14" and resid 54 and name HD1 )) (( segid "PX14" and resid 54 and name HG2 )) 2.100 0.500 0.500 peak 414 spectrum 2 weight 0.11000E+01 volume 0.13602E-01 ppm1 1.664 ppm2 1.402 CV 1 ASSI { 416} (( segid "PX14" and resid 54 and name HB1 )) (( segid "PX14" and resid 54 and name HE1 )) 3.500 1.600 1.600 peak 416 spectrum 2 weight 0.11000E+01 volume 0.14911E-02 ppm1 1.814 ppm2 2.919 CV 1 ASSI { 417} (( segid "PX14" and resid 54 and name HB1 )) (( segid "PX14" and resid 54 and name HA )) 2.200 2.200 3.800 peak 417 spectrum 2 weight 0.11000E+01 volume 0.99703E-02 ppm1 1.805 ppm2 4.198 CV 1 ASSI { 418} (( segid "PX14" and resid 54 and name HB1 )) (( segid "PX14" and resid 54 and name HG1 )) 2.000 0.500 0.500 peak 418 spectrum 2 weight 0.11000E+01 volume 0.19002E-01 ppm1 1.817 ppm2 1.535 CV 1 ASSI { 423} (( segid "PX14" and resid 54 and name HG2 )) (( segid "PX14" and resid 54 and name HE1 )) 3.600 3.600 2.400 peak 423 spectrum 2 weight 0.11000E+01 volume 0.64612E-03 ppm1 1.423 ppm2 2.902 CV 1 ASSI { 424} (( segid "PX14" and resid 54 and name HG1 )) (( segid "PX14" and resid 54 and name HE1 )) 3.800 3.800 2.200 peak 424 spectrum 2 weight 0.11000E+01 volume 0.56492E-03 ppm1 1.550 ppm2 2.900 CV 1 ASSI { 428} (( segid "PX14" and resid 54 and name HE1 )) (( segid "PX14" and resid 54 and name HA )) 2.900 2.900 3.100 peak 428 spectrum 2 weight 0.11000E+01 volume 0.37530E-02 ppm1 2.919 ppm2 4.199 CV 1 ASSI { 430} (( segid "PX14" and resid 62 and name HB2 )) (( segid "PX14" and resid 62 and name HB1 )) 2.000 0.500 0.500 peak 430 spectrum 2 weight 0.11000E+01 volume 0.75686E-02 ppm1 1.668 ppm2 2.504 CV 1 ASSI { 434} (( segid "PX14" and resid 56 and name HG1 )) (( segid "PX14" and resid 56 and name HG2 )) 2.200 0.600 0.600 peak 434 spectrum 2 weight 0.11000E+01 volume 0.44025E-02 ppm1 0.131 ppm2 -0.488 CV 1 ASSI { 436} (( segid "PX14" and resid 56 and name HG2 )) (( segid "PX14" and resid 56 and name HD1 )) 3.500 3.500 2.500 peak 436 spectrum 2 weight 0.11000E+01 volume 0.56197E-03 ppm1 -0.484 ppm2 1.071 CV 1 ASSI { 440} (( segid "PX14" and resid 56 and name HD1 )) (( segid "PX14" and resid 56 and name HA )) 3.400 1.500 1.500 peak 440 spectrum 2 weight 0.11000E+01 volume 0.99564E-03 ppm1 0.993 ppm2 3.910 CV 1 ASSI { 441} (( segid "PX14" and resid 56 and name HD2 )) (( segid "PX14" and resid 56 and name HA )) 4.400 4.400 1.600 peak 441 spectrum 2 weight 0.11000E+01 volume 0.23885E-03 ppm1 0.711 ppm2 3.908 CV 1 ASSI { 447} (( segid "PX14" and resid 20 and name HG1 )) (( segid "PX14" and resid 20 and name HB1 )) 1.800 0.400 0.400 peak 447 spectrum 2 weight 0.11000E+01 volume 0.40110E-01 ppm1 2.222 ppm2 2.042 CV 1 ASSI { 448} (( segid "PX14" and resid 20 and name HG1 )) (( segid "PX14" and resid 20 and name HB2 )) 2.100 2.100 3.900 peak 448 spectrum 2 weight 0.11000E+01 volume 0.11835E-01 ppm1 2.219 ppm2 1.910 CV 1 ASSI { 449} (( segid "PX14" and resid 20 and name HG1 )) (( segid "PX14" and resid 20 and name HA )) 4.900 3.000 1.100 peak 449 spectrum 2 weight 0.11000E+01 volume 0.17538E-03 ppm1 2.214 ppm2 4.278 CV 1 ASSI { 452} (( segid "PX14" and resid 20 and name HA )) (( segid "PX14" and resid 20 and name HB2 )) 4.000 2.000 2.000 peak 452 spectrum 2 weight 0.11000E+01 volume 0.40885E-03 ppm1 4.245 ppm2 1.922 CV 1 ASSI { 453} (( segid "PX14" and resid 20 and name HA )) (( segid "PX14" and resid 20 and name HB1 )) 3.100 1.200 1.200 peak 453 spectrum 2 weight 0.11000E+01 volume 0.11731E-02 ppm1 4.245 ppm2 2.044 CV 1 ASSI { 454} (( segid "PX14" and resid 21 and name HA )) (( segid "PX14" and resid 21 and name HB1 )) 3.800 1.800 1.800 peak 454 spectrum 2 weight 0.11000E+01 volume 0.48919E-03 ppm1 4.677 ppm2 2.797 CV 1 ASSI { 458} (( segid "PX14" and resid 21 and name HA )) (( segid "PX14" and resid 21 and name HB2 )) 4.000 2.000 2.000 peak 458 spectrum 2 weight 0.11000E+01 volume 0.31026E-03 ppm1 4.685 ppm2 2.688 CV 1 ASSI { 461} (( segid "PX14" and resid 37 and name HB1 )) (( segid "PX14" and resid 37 and name HG1 )) 3.000 1.100 1.100 peak 461 spectrum 2 weight 0.11000E+01 volume 0.32413E-02 ppm1 2.110 ppm2 2.743 CV 1 ASSI { 462} (( segid "PX14" and resid 37 and name HB1 )) (( segid "PX14" and resid 37 and name HA )) 2.300 0.700 0.700 peak 462 spectrum 2 weight 0.11000E+01 volume 0.60555E-02 ppm1 2.106 ppm2 4.094 CV 1 ASSI { 464} (( segid "PX14" and resid 37 and name HA )) (( segid "PX14" and resid 37 and name HB2 )) 3.000 1.100 1.100 peak 464 spectrum 2 weight 0.11000E+01 volume 0.26969E-02 ppm1 4.065 ppm2 2.100 CV 1 ASSI { 465} (( segid "PX14" and resid 37 and name HA )) (( segid "PX14" and resid 37 and name HG2 )) 2.600 0.800 0.800 peak 465 spectrum 2 weight 0.11000E+01 volume 0.36405E-02 ppm1 4.072 ppm2 2.290 CV 1 ASSI { 466} (( segid "PX14" and resid 37 and name HA )) (( segid "PX14" and resid 37 and name HG1 )) 3.200 1.300 1.300 peak 466 spectrum 2 weight 0.11000E+01 volume 0.13397E-02 ppm1 4.065 ppm2 2.742 CV 1 ASSI { 470} (( segid "PX14" and resid 37 and name HG2 )) (( segid "PX14" and resid 37 and name HB1 )) 1.900 1.900 4.100 peak 470 spectrum 2 weight 0.11000E+01 volume 0.15365E-01 ppm1 2.303 ppm2 2.296 CV 1 ASSI { 471} (( segid "PX14" and resid 37 and name HG2 )) (( segid "PX14" and resid 37 and name HG1 )) 2.100 0.500 0.500 peak 471 spectrum 2 weight 0.11000E+01 volume 0.71577E-02 ppm1 2.293 ppm2 2.744 CV 1 ASSI { 472} (( segid "PX14" and resid 37 and name HG1 )) (( segid "PX14" and resid 37 and name HB2 )) 2.300 2.300 3.700 peak 472 spectrum 2 weight 0.11000E+01 volume 0.62785E-02 ppm1 2.749 ppm2 2.117 CV 1 ASSI { 476} (( segid "PX14" and resid 43 and name HG2 )) (( segid "PX14" and resid 43 and name HG1 )) 1.900 1.900 4.100 peak 476 spectrum 2 weight 0.11000E+01 volume 0.13102E-01 ppm1 2.398 ppm2 2.577 CV 1 ASSI { 477} (( segid "PX14" and resid 43 and name HG1 )) (( segid "PX14" and resid 43 and name HB2 )) 2.700 2.700 3.300 peak 477 spectrum 2 weight 0.11000E+01 volume 0.29254E-02 ppm1 2.603 ppm2 2.083 CV 1 ASSI { 478} (( segid "PX14" and resid 43 and name HG2 )) (( segid "PX14" and resid 43 and name HB2 )) 2.600 0.800 0.800 peak 478 spectrum 2 weight 0.11000E+01 volume 0.53053E-02 ppm1 2.349 ppm2 2.077 CV 1 ASSI { 479} (( segid "PX14" and resid 43 and name HG2 )) (( segid "PX14" and resid 43 and name HA )) 3.100 3.100 2.900 peak 479 spectrum 2 weight 0.11000E+01 volume 0.15498E-02 ppm1 2.386 ppm2 4.316 CV 1 ASSI { 480} (( segid "PX14" and resid 43 and name HG1 )) (( segid "PX14" and resid 43 and name HA )) 3.100 3.100 2.900 peak 480 spectrum 2 weight 0.11000E+01 volume 0.17343E-02 ppm1 2.598 ppm2 4.320 CV 1 ASSI { 483} (( segid "PX14" and resid 43 and name HB1 )) (( segid "PX14" and resid 43 and name HG1 )) 2.400 2.400 3.600 peak 483 spectrum 2 weight 0.11000E+01 volume 0.80460E-02 ppm1 2.303 ppm2 2.603 CV 1 ASSI { 485} (( segid "PX14" and resid 43 and name HB2 )) (( segid "PX14" and resid 43 and name HB1 )) 1.900 0.400 0.400 peak 485 spectrum 2 weight 0.11000E+01 volume 0.14228E-01 ppm1 2.086 ppm2 2.290 CV 1 ASSI { 487} (( segid "PX14" and resid 43 and name HB2 )) (( segid "PX14" and resid 43 and name HA )) 2.600 0.800 0.800 peak 487 spectrum 2 weight 0.11000E+01 volume 0.48898E-02 ppm1 2.086 ppm2 4.314 CV 1 ASSI { 489} (( segid "PX14" and resid 43 and name HA )) (( segid "PX14" and resid 43 and name HB1 )) 2.300 0.700 0.700 peak 489 spectrum 2 weight 0.11000E+01 volume 0.77858E-02 ppm1 4.315 ppm2 2.299 CV 1 ASSI { 495} (( segid "PX14" and resid 60 and name HB2 )) (( segid "PX14" and resid 60 and name HB1 )) 2.200 0.600 0.600 peak 495 spectrum 2 weight 0.11000E+01 volume 0.59904E-02 ppm1 2.484 ppm2 2.679 CV 1 ASSI { 499} (( segid "PX14" and resid 60 and name HA )) (( segid "PX14" and resid 60 and name HB2 )) 3.300 1.400 1.400 peak 499 spectrum 2 weight 0.11000E+01 volume 0.10376E-02 ppm1 4.201 ppm2 2.511 CV 1 ASSI { 500} (( segid "PX14" and resid 60 and name HA )) (( segid "PX14" and resid 60 and name HB1 )) 2.700 0.900 0.900 peak 500 spectrum 2 weight 0.11000E+01 volume 0.27463E-02 ppm1 4.210 ppm2 2.683 CV 1 ASSI { 502} (( segid "PX14" and resid 62 and name HB2 )) (( segid "PX14" and resid 62 and name HA )) 2.700 2.700 3.300 peak 502 spectrum 2 weight 0.11000E+01 volume 0.35890E-02 ppm1 1.684 ppm2 3.877 CV 1 ASSI { 503} (( segid "PX14" and resid 62 and name HB1 )) (( segid "PX14" and resid 62 and name HA )) 3.100 3.100 2.900 peak 503 spectrum 2 weight 0.11000E+01 volume 0.97174E-03 ppm1 2.513 ppm2 3.862 CV 1 ASSI { 504} (( segid "PX14" and resid 62 and name HB2 )) (( segid "PX14" and resid 62 and name HG2 )) 2.500 2.500 3.500 peak 504 spectrum 2 weight 0.11000E+01 volume 0.40396E-02 ppm1 1.694 ppm2 2.161 CV 1 ASSI { 505} (( segid "PX14" and resid 62 and name HB1 )) (( segid "PX14" and resid 62 and name HG2 )) 3.200 1.300 1.300 peak 505 spectrum 2 weight 0.11000E+01 volume 0.13487E-02 ppm1 2.444 ppm2 2.124 CV 1 ASSI { 507} (( segid "PX14" and resid 62 and name HG2 )) (( segid "PX14" and resid 62 and name HG1 )) 2.100 0.600 0.600 peak 507 spectrum 2 weight 0.11000E+01 volume 0.68064E-02 ppm1 2.163 ppm2 2.469 CV 1 ASSI { 510} (( segid "PX14" and resid 62 and name HG1 )) (( segid "PX14" and resid 62 and name HB2 )) 3.300 3.300 2.700 peak 510 spectrum 2 weight 0.11000E+01 volume 0.10475E-02 ppm1 2.474 ppm2 1.688 CV 1 ASSI { 512} (( segid "PX14" and resid 62 and name HG1 )) (( segid "PX14" and resid 62 and name HA )) 3.700 1.700 1.700 peak 512 spectrum 2 weight 0.11000E+01 volume 0.50184E-03 ppm1 2.463 ppm2 3.862 CV 1 ASSI { 516} (( segid "PX14" and resid 62 and name HA )) (( segid "PX14" and resid 62 and name HG2 )) 2.500 0.800 0.800 peak 516 spectrum 2 weight 0.11000E+01 volume 0.59250E-02 ppm1 3.852 ppm2 2.169 CV 1 ASSI { 518} (( segid "PX14" and resid 64 and name HA )) (( segid "PX14" and resid 64 and name HB2 )) 3.100 3.100 2.900 peak 518 spectrum 2 weight 0.11000E+01 volume 0.22527E-02 ppm1 4.451 ppm2 2.679 CV 1 ASSI { 519} (( segid "PX14" and resid 64 and name HA )) (( segid "PX14" and resid 64 and name HB1 )) 3.100 3.100 2.900 peak 519 spectrum 2 weight 0.11000E+01 volume 0.10444E-02 ppm1 4.445 ppm2 2.882 CV 1 ASSI { 524} (( segid "PX14" and resid 64 and name HB2 )) (( segid "PX14" and resid 64 and name HB1 )) 2.000 0.500 0.500 peak 524 spectrum 2 weight 0.11000E+01 volume 0.93128E-02 ppm1 2.668 ppm2 2.870 CV 1 ASSI { 526} (( segid "PX14" and resid 69 and name HG2 )) (( segid "PX14" and resid 69 and name HA )) 2.600 0.900 0.900 peak 526 spectrum 2 weight 0.11000E+01 volume 0.41098E-02 ppm1 2.377 ppm2 4.113 CV 1 ASSI { 527} (( segid "PX14" and resid 69 and name HG1 )) (( segid "PX14" and resid 69 and name HA )) 2.600 2.600 3.400 peak 527 spectrum 2 weight 0.11000E+01 volume 0.47588E-02 ppm1 2.629 ppm2 4.113 CV 1 ASSI { 528} (( segid "PX14" and resid 69 and name HG2 )) (( segid "PX14" and resid 69 and name HG1 )) 2.200 2.200 3.800 peak 528 spectrum 2 weight 0.11000E+01 volume 0.63005E-02 ppm1 2.392 ppm2 2.617 CV 1 ASSI { 532} (( segid "PX14" and resid 69 and name HG1 )) (( segid "PX14" and resid 69 and name HB1 )) 2.500 2.500 3.500 peak 532 spectrum 2 weight 0.11000E+01 volume 0.64390E-02 ppm1 2.646 ppm2 2.125 CV 1 ASSI { 533} (( segid "PX14" and resid 69 and name HG2 )) (( segid "PX14" and resid 69 and name HB1 )) 2.000 0.500 0.500 peak 533 spectrum 2 weight 0.11000E+01 volume 0.17653E-01 ppm1 2.353 ppm2 2.125 CV 1 ASSI { 534} (( segid "PX14" and resid 69 and name HG1 )) (( segid "PX14" and resid 69 and name HB2 )) 2.800 2.800 3.200 peak 534 spectrum 2 weight 0.11000E+01 volume 0.18885E-02 ppm1 2.639 ppm2 1.944 CV 1 ASSI { 535} (( segid "PX14" and resid 69 and name HG2 )) (( segid "PX14" and resid 69 and name HB2 )) 3.400 1.400 1.400 peak 535 spectrum 2 weight 0.11000E+01 volume 0.11211E-02 ppm1 2.365 ppm2 1.944 CV 1 ASSI { 536} (( segid "PX14" and resid 25 and name HB2 )) (( segid "PX14" and resid 25 and name HA )) 3.000 3.000 3.000 peak 536 spectrum 2 weight 0.11000E+01 volume 0.22957E-02 ppm1 1.876 ppm2 4.410 CV 1 ASSI { 538} (( segid "PX14" and resid 25 and name HB2 )) (( segid "PX14" and resid 25 and name HD1 )) 4.000 2.000 2.000 peak 538 spectrum 2 weight 0.11000E+01 volume 0.29855E-03 ppm1 1.859 ppm2 3.308 CV 1 ASSI { 539} (( segid "PX14" and resid 25 and name HB1 )) (( segid "PX14" and resid 25 and name HD2 )) 3.600 1.700 1.700 peak 539 spectrum 2 weight 0.11000E+01 volume 0.51548E-03 ppm1 2.058 ppm2 3.107 CV 1 ASSI { 540} (( segid "PX14" and resid 25 and name HB1 )) (( segid "PX14" and resid 25 and name HD1 )) 3.500 1.500 1.500 peak 540 spectrum 2 weight 0.11000E+01 volume 0.53879E-03 ppm1 2.061 ppm2 3.316 CV 1 ASSI { 543} (( segid "PX14" and resid 75 and name HA )) (( segid "PX14" and resid 75 and name HB2 )) 3.500 1.600 1.600 peak 543 spectrum 2 weight 0.11000E+01 volume 0.72877E-03 ppm1 4.565 ppm2 2.613 CV 1 ASSI { 545} (( segid "PX14" and resid 25 and name HD1 )) (( segid "PX14" and resid 25 and name HA )) 5.600 3.900 0.400 peak 545 spectrum 2 weight 0.11000E+01 volume 0.10303E-03 ppm1 3.276 ppm2 4.387 CV 1 ASSI { 546} (( segid "PX14" and resid 25 and name HD2 )) (( segid "PX14" and resid 25 and name HA )) 4.400 2.400 1.600 peak 546 spectrum 2 weight 0.11000E+01 volume 0.39326E-03 ppm1 3.055 ppm2 4.391 CV 1 ASSI { 549} (( segid "PX14" and resid 25 and name HD2 )) (( segid "PX14" and resid 25 and name HD1 )) 1.700 0.400 0.500 peak 549 spectrum 2 weight 0.11000E+01 volume 0.20377E-01 ppm1 3.056 ppm2 3.290 CV 1 ASSI { 551} (( segid "PX14" and resid 25 and name HA )) (( segid "PX14" and resid 25 and name HG1 )) 2.400 0.700 0.700 peak 551 spectrum 2 weight 0.11000E+01 volume 0.94856E-02 ppm1 4.391 ppm2 1.863 CV 1 ASSI { 553} (( segid "PX14" and resid 25 and name HA )) (( segid "PX14" and resid 25 and name HB1 )) 2.400 0.700 0.700 peak 553 spectrum 2 weight 0.11000E+01 volume 0.50308E-02 ppm1 4.386 ppm2 2.081 CV 1 ASSI { 554} (( segid "PX14" and resid 25 and name HB2 )) (( segid "PX14" and resid 25 and name HD2 )) 2.800 1.000 1.000 peak 554 spectrum 2 weight 0.11000E+01 volume 0.22860E-02 ppm1 1.856 ppm2 3.103 CV 1 ASSI { 555} (( segid "PX14" and resid 25 and name HG1 )) (( segid "PX14" and resid 25 and name HB1 )) 2.600 0.800 0.800 peak 555 spectrum 2 weight 0.11000E+01 volume 0.60523E-02 ppm1 1.845 ppm2 2.073 CV 1 ASSI { 556} (( segid "PX14" and resid 25 and name HG1 )) (( segid "PX14" and resid 25 and name HD2 )) 2.900 1.000 1.000 peak 556 spectrum 2 weight 0.11000E+01 volume 0.17774E-02 ppm1 1.853 ppm2 3.099 CV 1 ASSI { 561} (( segid "PX14" and resid 69 and name HA )) (( segid "PX14" and resid 69 and name HB1 )) 2.700 0.900 0.900 peak 561 spectrum 2 weight 0.11000E+01 volume 0.29105E-02 ppm1 4.100 ppm2 2.135 CV 1 ASSI { 562} (( segid "PX14" and resid 69 and name HA )) (( segid "PX14" and resid 69 and name HB2 )) 2.900 2.900 3.100 peak 562 spectrum 2 weight 0.11000E+01 volume 0.26863E-02 ppm1 4.116 ppm2 1.920 CV 1 ASSI { 564} (( segid "PX14" and resid 49 and name HD2 )) (( segid "PX14" and resid 49 and name HD1 )) 2.200 2.200 3.800 peak 564 spectrum 2 weight 0.11000E+01 volume 0.42504E-02 ppm1 2.790 ppm2 3.342 CV 1 ASSI { 567} (( segid "PX14" and resid 49 and name HD1 )) (( segid "PX14" and resid 49 and name HB1 )) 4.300 4.300 1.700 peak 567 spectrum 2 weight 0.11000E+01 volume 0.22395E-03 ppm1 3.326 ppm2 2.433 CV 1 ASSI { 569} (( segid "PX14" and resid 49 and name HD1 )) (( segid "PX14" and resid 49 and name HB2 )) 2.900 2.900 3.100 peak 569 spectrum 2 weight 0.11000E+01 volume 0.38487E-02 ppm1 3.326 ppm2 1.798 CV 1 ASSI { 570} (( segid "PX14" and resid 49 and name HD2 )) (( segid "PX14" and resid 49 and name HB2 )) 3.000 3.000 3.000 peak 570 spectrum 2 weight 0.11000E+01 volume 0.29655E-02 ppm1 2.783 ppm2 1.791 CV 1 ASSI { 571} (( segid "PX14" and resid 49 and name HD1 )) (( segid "PX14" and resid 49 and name HG1 )) 2.900 2.900 3.100 peak 571 spectrum 2 weight 0.11000E+01 volume 0.13645E-02 ppm1 3.334 ppm2 1.471 CV 1 ASSI { 572} (( segid "PX14" and resid 49 and name HD2 )) (( segid "PX14" and resid 49 and name HG1 )) 3.300 3.300 2.700 peak 572 spectrum 2 weight 0.11000E+01 volume 0.11940E-02 ppm1 2.783 ppm2 1.471 CV 1 ASSI { 574} (( segid "PX14" and resid 49 and name HG1 )) (( segid "PX14" and resid 49 and name HB2 )) 1.500 1.500 4.500 peak 574 spectrum 2 weight 0.11000E+01 volume 0.61631E-01 ppm1 1.755 ppm2 1.763 CV 1 ASSI { 575} (( segid "PX14" and resid 49 and name HG1 )) (( segid "PX14" and resid 49 and name HB1 )) 2.800 2.800 3.200 peak 575 spectrum 2 weight 0.11000E+01 volume 0.27417E-02 ppm1 1.805 ppm2 2.433 CV 1 ASSI { 577} (( segid "PX14" and resid 49 and name HG1 )) (( segid "PX14" and resid 49 and name HA )) 3.500 3.500 2.500 peak 577 spectrum 2 weight 0.11000E+01 volume 0.14343E-02 ppm1 1.827 ppm2 3.953 CV 1 ASSI { 578} (( segid "PX14" and resid 49 and name HD1 )) (( segid "PX14" and resid 49 and name HA )) 4.400 4.400 1.600 peak 578 spectrum 2 weight 0.11000E+01 volume 0.39588E-03 ppm1 3.322 ppm2 3.960 CV 1 ASSI { 579} (( segid "PX14" and resid 49 and name HD2 )) (( segid "PX14" and resid 49 and name HA )) 4.100 4.100 1.900 peak 579 spectrum 2 weight 0.11000E+01 volume 0.47327E-03 ppm1 2.781 ppm2 3.949 CV 1 ASSI { 581} (( segid "PX14" and resid 49 and name HB2 )) (( segid "PX14" and resid 49 and name HB1 )) 2.200 2.200 3.800 peak 581 spectrum 2 weight 0.11000E+01 volume 0.32678E-02 ppm1 1.769 ppm2 2.433 CV 1 ASSI { 583} (( segid "PX14" and resid 49 and name HB1 )) (( segid "PX14" and resid 49 and name HD2 )) 3.100 1.200 1.200 peak 583 spectrum 2 weight 0.11000E+01 volume 0.89273E-03 ppm1 2.422 ppm2 2.776 CV 1 ASSI { 585} (( segid "PX14" and resid 49 and name HB1 )) (( segid "PX14" and resid 49 and name HA )) 2.700 0.900 0.900 peak 585 spectrum 2 weight 0.11000E+01 volume 0.19086E-02 ppm1 2.428 ppm2 3.932 CV 1 ASSI { 586} (( segid "PX14" and resid 49 and name HB2 )) (( segid "PX14" and resid 49 and name HA )) 2.600 0.900 0.900 peak 586 spectrum 2 weight 0.11000E+01 volume 0.41569E-02 ppm1 1.760 ppm2 3.934 CV 1 ASSI { 593} (( segid "PX14" and resid 50 and name HD1 )) (( segid "PX14" and resid 50 and name HA )) 3.200 3.200 2.800 peak 593 spectrum 2 weight 0.11000E+01 volume 0.13885E-02 ppm1 3.172 ppm2 3.916 CV 1 ASSI { 595} (( segid "PX14" and resid 50 and name HD1 )) (( segid "PX14" and resid 50 and name HB1 )) 2.900 2.900 3.100 peak 595 spectrum 2 weight 0.11000E+01 volume 0.32501E-02 ppm1 3.174 ppm2 1.904 CV 1 ASSI { 599} (( segid "PX14" and resid 50 and name HG1 )) (( segid "PX14" and resid 50 and name HA )) 2.800 2.800 3.200 peak 599 spectrum 2 weight 0.11000E+01 volume 0.22527E-02 ppm1 1.408 ppm2 3.889 CV 1 ASSI { 601} (( segid "PX14" and resid 50 and name HB1 )) (( segid "PX14" and resid 50 and name HA )) 2.600 2.600 3.400 peak 601 spectrum 2 weight 0.11000E+01 volume 0.32467E-02 ppm1 1.986 ppm2 3.895 CV 1 ASSI { 604} (( segid "PX14" and resid 50 and name HD1 )) (( segid "PX14" and resid 50 and name HB2 )) 2.900 1.000 1.000 peak 604 spectrum 2 weight 0.11000E+01 volume 0.22856E-02 ppm1 3.164 ppm2 1.766 CV 1 ASSI { 605} (( segid "PX14" and resid 50 and name HD1 )) (( segid "PX14" and resid 50 and name HG1 )) 3.100 3.100 2.900 peak 605 spectrum 2 weight 0.11000E+01 volume 0.11645E-02 ppm1 3.176 ppm2 1.547 CV 1 ASSI { 607} (( segid "PX14" and resid 50 and name HA )) (( segid "PX14" and resid 50 and name HB2 )) 2.600 0.900 0.900 peak 607 spectrum 2 weight 0.11000E+01 volume 0.50974E-02 ppm1 3.895 ppm2 1.774 CV 1 ASSI { 609} ( segid "PX14" and resid 53 and name HD2%) (( segid "PX14" and resid 53 and name HA )) 4.100 2.100 1.900 peak 609 spectrum 2 weight 0.11000E+01 volume 0.35283E-03 ppm1 0.977 ppm2 3.502 CV 1 ASSI { 611} ( segid "PX14" and resid 53 and name HD2%) (( segid "PX14" and resid 53 and name HB2 )) 3.500 1.500 1.500 peak 611 spectrum 2 weight 0.11000E+01 volume 0.69534E-03 ppm1 0.981 ppm2 1.272 CV 1 ASSI { 613} (( segid "PX14" and resid 53 and name HB1 )) ( segid "PX14" and resid 53 and name HD2%) 3.200 1.300 1.300 peak 613 spectrum 2 weight 0.11000E+01 volume 0.10593E-02 ppm1 2.035 ppm2 0.985 CV 1 ASSI { 614} (( segid "PX14" and resid 53 and name HB1 )) ( segid "PX14" and resid 53 and name HD1%) 3.200 1.300 1.300 peak 614 spectrum 2 weight 0.11000E+01 volume 0.16266E-02 ppm1 2.031 ppm2 0.753 CV 1 ASSI { 615} (( segid "PX14" and resid 53 and name HB2 )) ( segid "PX14" and resid 53 and name HD1%) 3.500 3.500 2.500 peak 615 spectrum 2 weight 0.11000E+01 volume 0.60182E-03 ppm1 1.337 ppm2 0.921 CV 1 ASSI { 618} (( segid "PX14" and resid 53 and name HA )) (( segid "PX14" and resid 53 and name HB2 )) 2.900 1.000 1.000 peak 618 spectrum 2 weight 0.11000E+01 volume 0.25148E-02 ppm1 3.491 ppm2 1.252 CV 1 ASSI { 620} (( segid "PX14" and resid 53 and name HA )) ( segid "PX14" and resid 53 and name HD1%) 2.600 2.600 3.400 peak 620 spectrum 2 weight 0.11000E+01 volume 0.43127E-02 ppm1 3.495 ppm2 0.753 CV 1 ASSI { 623} (( segid "PX14" and resid 42 and name HG2 )) (( segid "PX14" and resid 42 and name HA )) 6.000 6.000 0.000 peak 623 spectrum 2 weight 0.11000E+01 volume 0.48985E-05 ppm1 1.668 ppm2 3.830 CV 1 ASSI { 624} (( segid "PX14" and resid 42 and name HG1 )) (( segid "PX14" and resid 42 and name HA )) 6.000 4.800 0.000 peak 624 spectrum 2 weight 0.11000E+01 volume 0.39310E-04 ppm1 1.768 ppm2 3.831 CV 1 ASSI { 625} (( segid "PX14" and resid 42 and name HB1 )) (( segid "PX14" and resid 42 and name HA )) 2.500 2.500 3.500 peak 625 spectrum 2 weight 0.11000E+01 volume 0.37936E-02 ppm1 1.985 ppm2 3.892 CV 1 ASSI { 626} (( segid "PX14" and resid 42 and name HB2 )) (( segid "PX14" and resid 42 and name HA )) 2.500 2.500 3.500 peak 626 spectrum 2 weight 0.11000E+01 volume 0.66768E-02 ppm1 1.780 ppm2 3.895 CV 1 ASSI { 628} (( segid "PX14" and resid 42 and name HD1 )) (( segid "PX14" and resid 42 and name HB1 )) 3.100 1.200 1.200 peak 628 spectrum 2 weight 0.11000E+01 volume 0.18959E-02 ppm1 3.064 ppm2 1.897 CV 1 ASSI { 629} (( segid "PX14" and resid 42 and name HD1 )) (( segid "PX14" and resid 42 and name HG1 )) 2.600 0.800 0.800 peak 629 spectrum 2 weight 0.11000E+01 volume 0.25506E-02 ppm1 3.067 ppm2 1.768 CV 1 ASSI { 630} (( segid "PX14" and resid 42 and name HD1 )) (( segid "PX14" and resid 42 and name HG2 )) 3.000 1.100 1.100 peak 630 spectrum 2 weight 0.11000E+01 volume 0.16916E-02 ppm1 3.067 ppm2 1.650 CV 1 ASSI { 631} (( segid "PX14" and resid 42 and name HD1 )) (( segid "PX14" and resid 42 and name HA )) 3.300 1.300 1.300 peak 631 spectrum 2 weight 0.11000E+01 volume 0.28627E-02 ppm1 3.052 ppm2 3.893 CV 1 ASSI { 635} (( segid "PX14" and resid 55 and name HE1 )) (( segid "PX14" and resid 55 and name HB1 )) 5.100 5.100 0.900 peak 635 spectrum 2 weight 0.11000E+01 volume 0.97400E-04 ppm1 2.836 ppm2 1.734 CV 1 ASSI { 637} (( segid "PX14" and resid 55 and name HB1 )) (( segid "PX14" and resid 55 and name HA )) 2.500 2.500 3.500 peak 637 spectrum 2 weight 0.11000E+01 volume 0.40700E-02 ppm1 1.773 ppm2 3.906 CV 1 ASSI { 640} (( segid "PX14" and resid 55 and name HG1 )) (( segid "PX14" and resid 55 and name HB1 )) 3.600 1.600 1.600 peak 640 spectrum 2 weight 0.11000E+01 volume 0.57698E-03 ppm1 1.213 ppm2 1.732 CV 1 ASSI { 641} (( segid "PX14" and resid 55 and name HG1 )) (( segid "PX14" and resid 55 and name HE1 )) 6.000 6.000 0.000 peak 641 spectrum 2 weight 0.11000E+01 volume 0.23179E-04 ppm1 1.219 ppm2 2.810 CV 1 ASSI { 642} (( segid "PX14" and resid 55 and name HG1 )) (( segid "PX14" and resid 55 and name HA )) 3.400 1.500 1.500 peak 642 spectrum 2 weight 0.11000E+01 volume 0.14827E-02 ppm1 1.204 ppm2 3.885 CV 1 ASSI { 643} (( segid "PX14" and resid 55 and name HB1 )) (( segid "PX14" and resid 55 and name HD1 )) 3.000 3.000 3.000 peak 643 spectrum 2 weight 0.11000E+01 volume 0.18080E-02 ppm1 1.769 ppm2 1.381 CV 1 ASSI { 644} (( segid "PX14" and resid 55 and name HG1 )) (( segid "PX14" and resid 55 and name HD1 )) 2.900 1.000 1.000 peak 644 spectrum 2 weight 0.11000E+01 volume 0.24954E-02 ppm1 1.210 ppm2 1.360 CV 1 ASSI { 646} (( segid "PX14" and resid 55 and name HE1 )) (( segid "PX14" and resid 55 and name HA )) 6.000 6.000 0.000 peak 646 spectrum 2 weight 0.11000E+01 volume 0.10359E-05 ppm1 2.823 ppm2 3.913 CV 1 ASSI { 648} (( segid "PX14" and resid 55 and name HA )) (( segid "PX14" and resid 55 and name HD1 )) 3.900 3.900 2.100 peak 648 spectrum 2 weight 0.11000E+01 volume 0.35194E-03 ppm1 3.932 ppm2 1.366 CV 1 ASSI { 651} (( segid "PX14" and resid 24 and name HG1 )) (( segid "PX14" and resid 24 and name HD2 )) 2.800 1.000 1.000 peak 651 spectrum 2 weight 0.11000E+01 volume 0.39702E-02 ppm1 2.049 ppm2 3.614 CV 1 ASSI { 652} (( segid "PX14" and resid 24 and name HG1 )) (( segid "PX14" and resid 24 and name HD1 )) 2.800 1.000 1.000 peak 652 spectrum 2 weight 0.11000E+01 volume 0.15498E-02 ppm1 2.046 ppm2 3.859 CV 1 ASSI { 653} (( segid "PX14" and resid 24 and name HD2 )) (( segid "PX14" and resid 24 and name HG2 )) 2.600 0.900 0.900 peak 653 spectrum 2 weight 0.11000E+01 volume 0.23832E-02 ppm1 3.589 ppm2 1.855 CV 1 ASSI { 654} (( segid "PX14" and resid 24 and name HD1 )) (( segid "PX14" and resid 24 and name HG2 )) 4.000 2.000 2.000 peak 654 spectrum 2 weight 0.11000E+01 volume 0.61254E-03 ppm1 3.892 ppm2 1.856 CV 1 ASSI { 655} (( segid "PX14" and resid 24 and name HD1 )) (( segid "PX14" and resid 24 and name HB1 )) 2.900 1.100 1.100 peak 655 spectrum 2 weight 0.11000E+01 volume 0.20797E-02 ppm1 3.924 ppm2 2.184 CV 1 ASSI { 656} (( segid "PX14" and resid 24 and name HA )) (( segid "PX14" and resid 24 and name HG2 )) 4.100 4.100 1.900 peak 656 spectrum 2 weight 0.11000E+01 volume 0.56542E-03 ppm1 4.456 ppm2 1.960 CV 1 ASSI { 662} (( segid "PX14" and resid 26 and name HG1 )) (( segid "PX14" and resid 26 and name HA )) 3.000 1.100 1.100 peak 662 spectrum 2 weight 0.11000E+01 volume 0.19801E-02 ppm1 2.377 ppm2 4.044 CV 1 ASSI { 663} (( segid "PX14" and resid 20 and name HG1 )) (( segid "PX14" and resid 19 and name HB1 )) 4.400 4.400 1.600 peak 663 spectrum 2 weight 0.11000E+01 volume 0.36885E-03 ppm1 2.270 ppm2 3.853 CV 1 ASSI { 664} (( segid "PX14" and resid 61 and name HG1 )) ( segid "PX14" and resid 59 and name HG2%) 4.500 2.500 1.500 peak 664 spectrum 2 weight 0.11000E+01 volume 0.35866E-03 ppm1 2.263 ppm2 1.279 CV 1 ASSI { 665} (( segid "PX14" and resid 20 and name HG1 )) ( segid "PX14" and resid 22 and name HG1%) 3.600 3.600 2.400 peak 665 spectrum 2 weight 0.11000E+01 volume 0.66538E-03 ppm1 2.268 ppm2 0.925 CV 1 ASSI { 666} (( segid "PX14" and resid 61 and name HG1 )) ( segid "PX14" and resid 58 and name HD1%) 4.400 4.400 1.600 peak 666 spectrum 2 weight 0.11000E+01 volume 0.32124E-03 ppm1 2.279 ppm2 0.747 CV 1 ASSI { 667} ( segid "PX14" and resid 22 and name HG1%) (( segid "PX14" and resid 24 and name HD1 )) 3.200 3.200 2.800 peak 667 spectrum 2 weight 0.11000E+01 volume 0.95257E-03 ppm1 0.925 ppm2 3.904 CV 1 ASSI { 668} ( segid "PX14" and resid 41 and name HG2%) (( segid "PX14" and resid 42 and name HG1 )) 3.800 3.800 2.200 peak 668 spectrum 2 weight 0.11000E+01 volume 0.90541E-03 ppm1 0.028 ppm2 1.813 CV 1 ASSI { 670} ( segid "PX14" and resid 72 and name HG2%) ( segid "PX14" and resid 67 and name HE% ) 6.000 6.000 0.000 peak 670 spectrum 2 weight 0.11000E+01 volume 0.44702E-05 ppm1 0.928 ppm2 7.082 CV 1 ASSI { 671} ( segid "PX14" and resid 72 and name HG2%) ( segid "PX14" and resid 67 and name HD% ) 4.100 4.100 1.900 peak 671 spectrum 2 weight 0.11000E+01 volume 0.20034E-03 ppm1 0.933 ppm2 7.298 CV 1 ASSI { 672} (( segid "PX14" and resid 22 and name HA )) (( segid "PX14" and resid 58 and name HG )) 4.400 4.400 1.600 peak 672 spectrum 2 weight 0.11000E+01 volume 0.24984E-03 ppm1 4.123 ppm2 1.737 CV 1 ASSI { 673} (( segid "PX14" and resid 52 and name HA )) ( segid "PX14" and resid 52 and name HD% ) 3.100 1.200 1.200 peak 673 spectrum 2 weight 0.11000E+01 volume 0.11255E-02 ppm1 4.171 ppm2 6.812 CV 1 ASSI { 674} (( segid "PX14" and resid 24 and name HA )) ( segid "PX14" and resid 29 and name HD1%) 3.200 3.200 2.800 peak 674 spectrum 2 weight 0.11000E+01 volume 0.14688E-02 ppm1 4.464 ppm2 0.920 CV 1 ASSI { 685} (( segid "PX14" and resid 48 and name HB )) (( segid "PX14" and resid 48 and name HA )) 2.500 0.800 0.800 peak 685 spectrum 2 weight 0.11000E+01 volume 0.56963E-02 ppm1 4.479 ppm2 4.216 CV 1 ASSI { 687} (( segid "PX14" and resid 33 and name HA )) (( segid "PX14" and resid 70 and name HA )) 3.800 3.800 2.200 peak 687 spectrum 2 weight 0.11000E+01 volume 0.56972E-03 ppm1 3.360 ppm2 4.317 CV 1 ASSI { 688} (( segid "PX14" and resid 33 and name HA )) ( segid "PX14" and resid 36 and name HD2%) 3.200 3.200 2.800 peak 688 spectrum 2 weight 0.11000E+01 volume 0.10539E-02 ppm1 3.349 ppm2 0.257 CV 1 ASSI { 689} (( segid "PX14" and resid 63 and name HA )) ( segid "PX14" and resid 67 and name HD% ) 4.500 4.500 1.500 peak 689 spectrum 2 weight 0.11000E+01 volume 0.15067E-03 ppm1 3.262 ppm2 7.299 CV 1 ASSI { 690} (( segid "PX14" and resid 63 and name HA )) ( segid "PX14" and resid 66 and name HB% ) 3.100 3.100 2.900 peak 690 spectrum 2 weight 0.11000E+01 volume 0.12829E-02 ppm1 3.338 ppm2 1.344 CV 1 ASSI { 691} (( segid "PX14" and resid 63 and name HA )) ( segid "PX14" and resid 53 and name HD2%) 4.400 4.400 1.600 peak 691 spectrum 2 weight 0.11000E+01 volume 0.17036E-03 ppm1 3.338 ppm2 1.007 CV 1 ASSI { 692} (( segid "PX14" and resid 48 and name HA )) ( segid "PX14" and resid 51 and name HB% ) 2.500 2.500 3.500 peak 692 spectrum 2 weight 0.11000E+01 volume 0.60467E-02 ppm1 4.197 ppm2 1.603 CV 1 ASSI { 694} (( segid "PX14" and resid 29 and name HA )) ( segid "PX14" and resid 66 and name HB% ) 4.000 2.000 2.000 peak 694 spectrum 2 weight 0.11000E+01 volume 0.35493E-03 ppm1 3.420 ppm2 1.355 CV 1 ASSI { 695} (( segid "PX14" and resid 70 and name HB1 )) ( segid "PX14" and resid 67 and name HD% ) 2.500 2.500 3.500 peak 695 spectrum 2 weight 0.11000E+01 volume 0.69164E-02 ppm1 4.075 ppm2 7.306 CV 1 ASSI { 696} (( segid "PX14" and resid 70 and name HB1 )) (( segid "PX14" and resid 33 and name HA )) 3.500 3.500 2.500 peak 696 spectrum 2 weight 0.11000E+01 volume 0.70204E-03 ppm1 4.090 ppm2 3.353 CV 1 ASSI { 697} (( segid "PX14" and resid 70 and name HB1 )) ( segid "PX14" and resid 33 and name HG1%) 3.100 3.100 2.900 peak 697 spectrum 2 weight 0.11000E+01 volume 0.86627E-03 ppm1 4.087 ppm2 1.175 CV 1 ASSI { 698} (( segid "PX14" and resid 70 and name HB1 )) ( segid "PX14" and resid 33 and name HG2%) 3.800 1.800 1.800 peak 698 spectrum 2 weight 0.11000E+01 volume 0.23234E-03 ppm1 4.064 ppm2 0.684 CV 1 ASSI { 699} (( segid "PX14" and resid 70 and name HB2 )) ( segid "PX14" and resid 33 and name HG2%) 5.000 3.100 1.000 peak 699 spectrum 2 weight 0.11000E+01 volume 0.48695E-04 ppm1 3.887 ppm2 0.684 CV 1 ASSI { 712} (( segid "PX14" and resid 61 and name HA )) (( segid "PX14" and resid 64 and name HB2 )) 3.300 3.300 2.700 peak 712 spectrum 2 weight 0.11000E+01 volume 0.90862E-03 ppm1 4.101 ppm2 2.676 CV 1 ASSI { 713} (( segid "PX14" and resid 59 and name HA )) (( segid "PX14" and resid 24 and name HD1 )) 3.700 3.700 2.300 peak 713 spectrum 2 weight 0.11000E+01 volume 0.73245E-03 ppm1 4.328 ppm2 3.920 CV 1 ASSI { 715} (( segid "PX14" and resid 68 and name HA )) (( segid "PX14" and resid 64 and name HB1 )) 3.000 3.000 3.000 peak 715 spectrum 2 weight 0.11000E+01 volume 0.25961E-02 ppm1 4.121 ppm2 2.862 CV 1 ASSI { 716} (( segid "PX14" and resid 68 and name HA )) (( segid "PX14" and resid 68 and name HG1 )) 2.500 2.500 3.500 peak 716 spectrum 2 weight 0.11000E+01 volume 0.63914E-02 ppm1 4.137 ppm2 2.547 CV 1 ASSI { 718} (( segid "PX14" and resid 68 and name HA )) (( segid "PX14" and resid 68 and name HB1 )) 2.500 2.500 3.500 peak 718 spectrum 2 weight 0.11000E+01 volume 0.75839E-02 ppm1 4.109 ppm2 2.294 CV 1 ASSI { 719} (( segid "PX14" and resid 55 and name HA )) (( segid "PX14" and resid 56 and name HE1 )) 4.100 2.100 1.900 peak 719 spectrum 2 weight 0.11000E+01 volume 0.43292E-03 ppm1 3.890 ppm2 2.299 CV 1 ASSI { 720} (( segid "PX14" and resid 68 and name HA )) ( segid "PX14" and resid 65 and name HE% ) 3.200 3.200 2.800 peak 720 spectrum 2 weight 0.11000E+01 volume 0.30368E-02 ppm1 4.101 ppm2 2.057 CV 1 ASSI { 721} (( segid "PX14" and resid 68 and name HA )) ( segid "PX14" and resid 73 and name HB% ) 2.800 2.800 3.200 peak 721 spectrum 2 weight 0.11000E+01 volume 0.25748E-02 ppm1 4.121 ppm2 1.368 CV 1 ASSI { 723} (( segid "PX14" and resid 62 and name HA )) ( segid "PX14" and resid 29 and name HD1%) 2.800 2.800 3.200 peak 723 spectrum 2 weight 0.11000E+01 volume 0.23704E-02 ppm1 3.854 ppm2 0.914 CV 1 ASSI { 725} (( segid "PX14" and resid 42 and name HA )) (( segid "PX14" and resid 49 and name HD1 )) 3.300 3.300 2.700 peak 725 spectrum 2 weight 0.11000E+01 volume 0.92392E-03 ppm1 3.885 ppm2 3.330 CV 1 ASSI { 726} (( segid "PX14" and resid 64 and name HA )) ( segid "PX14" and resid 67 and name HD% ) 3.700 3.700 2.300 peak 726 spectrum 2 weight 0.11000E+01 volume 0.50786E-03 ppm1 4.452 ppm2 7.311 CV 1 ASSI { 729} (( segid "PX14" and resid 40 and name HA )) (( segid "PX14" and resid 40 and name HB1 )) 2.900 1.100 1.100 peak 729 spectrum 2 weight 0.11000E+01 volume 0.17908E-02 ppm1 4.185 ppm2 1.838 CV 1 ASSI { 731} (( segid "PX14" and resid 28 and name HA )) (( segid "PX14" and resid 31 and name HB )) 3.300 1.300 1.300 peak 731 spectrum 2 weight 0.11000E+01 volume 0.94994E-03 ppm1 4.240 ppm2 3.727 CV 1 ASSI { 732} (( segid "PX14" and resid 30 and name HA )) (( segid "PX14" and resid 33 and name HB )) 2.700 0.900 0.900 peak 732 spectrum 2 weight 0.11000E+01 volume 0.29820E-02 ppm1 4.040 ppm2 2.164 CV 1 ASSI { 733} (( segid "PX14" and resid 37 and name HA )) (( segid "PX14" and resid 38 and name HA )) 3.800 3.800 2.200 peak 733 spectrum 2 weight 0.11000E+01 volume 0.64624E-03 ppm1 4.084 ppm2 4.376 CV 1 ASSI { 734} (( segid "PX14" and resid 51 and name HA )) (( segid "PX14" and resid 50 and name HB1 )) 3.100 3.100 2.900 peak 734 spectrum 2 weight 0.11000E+01 volume 0.15555E-02 ppm1 4.105 ppm2 1.946 CV 1 ASSI { 735} (( segid "PX14" and resid 51 and name HA )) (( segid "PX14" and resid 54 and name HB1 )) 3.000 3.000 3.000 peak 735 spectrum 2 weight 0.11000E+01 volume 0.48923E-02 ppm1 4.100 ppm2 1.834 CV 1 ASSI { 736} (( segid "PX14" and resid 66 and name HA )) (( segid "PX14" and resid 69 and name HB2 )) 3.300 3.300 2.700 peak 736 spectrum 2 weight 0.11000E+01 volume 0.88026E-03 ppm1 3.934 ppm2 1.932 CV 1 ASSI { 737} (( segid "PX14" and resid 66 and name HA )) ( segid "PX14" and resid 33 and name HG1%) 3.100 1.200 1.200 peak 737 spectrum 2 weight 0.11000E+01 volume 0.23759E-02 ppm1 3.917 ppm2 1.173 CV 1 ASSI { 738} (( segid "PX14" and resid 66 and name HA )) ( segid "PX14" and resid 29 and name HG2%) 2.800 1.000 1.000 peak 738 spectrum 2 weight 0.11000E+01 volume 0.25863E-02 ppm1 3.917 ppm2 0.798 CV 1 ASSI { 739} (( segid "PX14" and resid 66 and name HA )) (( segid "PX14" and resid 67 and name HB1 )) 4.500 4.500 1.500 peak 739 spectrum 2 weight 0.11000E+01 volume 0.39727E-03 ppm1 3.925 ppm2 3.357 CV 1 ASSI { 746} (( segid "PX14" and resid 45 and name HD1 )) (( segid "PX14" and resid 44 and name HA )) 5.300 3.500 0.700 peak 746 spectrum 2 weight 0.11000E+01 volume 0.39400E-04 ppm1 4.068 ppm2 4.908 CV 1 ASSI { 747} (( segid "PX14" and resid 24 and name HD1 )) ( segid "PX14" and resid 23 and name HD1%) 4.400 2.400 1.600 peak 747 spectrum 2 weight 0.11000E+01 volume 0.53491E-03 ppm1 3.895 ppm2 0.905 CV 1 ASSI { 748} (( segid "PX14" and resid 45 and name HD2 )) (( segid "PX14" and resid 48 and name HB )) 3.300 1.400 1.400 peak 748 spectrum 2 weight 0.11000E+01 volume 0.69597E-03 ppm1 3.652 ppm2 4.488 CV 1 ASSI { 750} (( segid "PX14" and resid 24 and name HD2 )) ( segid "PX14" and resid 23 and name HD1%) 3.500 1.500 1.500 peak 750 spectrum 2 weight 0.11000E+01 volume 0.61335E-03 ppm1 3.584 ppm2 0.909 CV 1 ASSI { 752} (( segid "PX14" and resid 49 and name HD1 )) ( segid "PX14" and resid 36 and name HD1%) 3.300 3.300 2.700 peak 752 spectrum 2 weight 0.11000E+01 volume 0.13860E-02 ppm1 3.317 ppm2 0.698 CV 1 ASSI { 753} (( segid "PX14" and resid 49 and name HD1 )) ( segid "PX14" and resid 41 and name HG2%) 2.700 2.700 3.300 peak 753 spectrum 2 weight 0.11000E+01 volume 0.18020E-02 ppm1 3.334 ppm2 0.008 CV 1 ASSI { 754} (( segid "PX14" and resid 42 and name HD1 )) (( segid "PX14" and resid 37 and name HA )) 2.600 2.600 3.400 peak 754 spectrum 2 weight 0.11000E+01 volume 0.29638E-02 ppm1 3.104 ppm2 4.067 CV 1 ASSI { 755} (( segid "PX14" and resid 42 and name HD1 )) ( segid "PX14" and resid 72 and name HG2%) 4.100 4.100 1.900 peak 755 spectrum 2 weight 0.11000E+01 volume 0.46824E-03 ppm1 3.117 ppm2 0.931 CV 1 ASSI { 756} (( segid "PX14" and resid 49 and name HD2 )) ( segid "PX14" and resid 36 and name HD1%) 3.000 3.000 3.000 peak 756 spectrum 2 weight 0.11000E+01 volume 0.17903E-02 ppm1 2.796 ppm2 0.716 CV 1 ASSI { 757} (( segid "PX14" and resid 25 and name HD1 )) (( segid "PX14" and resid 25 and name HG1 )) 2.600 0.900 0.900 peak 757 spectrum 2 weight 0.11000E+01 volume 0.36948E-02 ppm1 3.313 ppm2 1.828 CV 1 ASSI { 758} (( segid "PX14" and resid 50 and name HD1 )) (( segid "PX14" and resid 47 and name HA )) 3.400 3.400 2.600 peak 758 spectrum 2 weight 0.11000E+01 volume 0.77902E-03 ppm1 3.191 ppm2 4.131 CV 1 ASSI { 759} (( segid "PX14" and resid 58 and name HB2 )) (( segid "PX14" and resid 63 and name HA )) 5.100 5.100 0.900 peak 759 spectrum 2 weight 0.11000E+01 volume 0.91335E-04 ppm1 1.201 ppm2 3.321 CV 1 ASSI { 760} (( segid "PX14" and resid 50 and name HD1 )) ( segid "PX14" and resid 63 and name HD1%) 4.600 4.600 1.400 peak 760 spectrum 2 weight 0.11000E+01 volume 0.15325E-03 ppm1 3.166 ppm2 0.827 CV 1 ASSI { 761} (( segid "PX14" and resid 50 and name HD1 )) ( segid "PX14" and resid 46 and name HD2%) 4.700 4.700 1.300 peak 761 spectrum 2 weight 0.11000E+01 volume 0.68187E-04 ppm1 3.169 ppm2 0.681 CV 1 ASSI { 762} (( segid "PX14" and resid 58 and name HB1 )) ( segid "PX14" and resid 63 and name HG2%) 3.000 3.000 3.000 peak 762 spectrum 2 weight 0.11000E+01 volume 0.19623E-02 ppm1 1.940 ppm2 0.700 CV 1 ASSI { 763} (( segid "PX14" and resid 58 and name HB1 )) (( segid "PX14" and resid 63 and name HA )) 5.700 5.700 0.300 peak 763 spectrum 2 weight 0.11000E+01 volume 0.52855E-04 ppm1 1.942 ppm2 3.276 CV 1 ASSI { 764} (( segid "PX14" and resid 58 and name HB2 )) ( segid "PX14" and resid 63 and name HG2%) 3.800 3.800 2.200 peak 764 spectrum 2 weight 0.11000E+01 volume 0.48951E-03 ppm1 1.173 ppm2 0.695 CV 1 ASSI { 765} (( segid "PX14" and resid 58 and name HB2 )) (( segid "PX14" and resid 54 and name HA )) 4.700 2.800 1.300 peak 765 spectrum 2 weight 0.11000E+01 volume 0.10677E-03 ppm1 1.131 ppm2 4.199 CV 1 ASSI { 770} (( segid "PX14" and resid 54 and name HE1 )) ( segid "PX14" and resid 63 and name HG2%) 4.500 2.500 1.500 peak 770 spectrum 2 weight 0.11000E+01 volume 0.27207E-03 ppm1 2.916 ppm2 0.682 CV 1 ASSI { 771} (( segid "PX14" and resid 53 and name HB1 )) ( segid "PX14" and resid 63 and name HG2%) 3.800 3.800 2.200 peak 771 spectrum 2 weight 0.11000E+01 volume 0.46695E-03 ppm1 2.050 ppm2 0.669 CV 1 ASSI { 772} (( segid "PX14" and resid 36 and name HB1 )) (( segid "PX14" and resid 33 and name HA )) 4.800 4.800 1.200 peak 772 spectrum 2 weight 0.11000E+01 volume 0.35753E-03 ppm1 1.771 ppm2 3.341 CV 1 ASSI { 773} (( segid "PX14" and resid 23 and name HB1 )) ( segid "PX14" and resid 23 and name HD1%) 4.200 2.200 1.800 peak 773 spectrum 2 weight 0.11000E+01 volume 0.30826E-03 ppm1 1.531 ppm2 0.920 CV 1 ASSI { 774} (( segid "PX14" and resid 23 and name HB1 )) (( segid "PX14" and resid 24 and name HD2 )) 3.800 1.800 1.800 peak 774 spectrum 2 weight 0.11000E+01 volume 0.91743E-03 ppm1 1.531 ppm2 3.606 CV 1 ASSI { 778} (( segid "PX14" and resid 53 and name HB2 )) ( segid "PX14" and resid 63 and name HG2%) 3.800 3.800 2.200 peak 778 spectrum 2 weight 0.11000E+01 volume 0.40737E-03 ppm1 1.367 ppm2 0.668 CV 1 ASSI { 783} (( segid "PX14" and resid 64 and name HB2 )) (( segid "PX14" and resid 68 and name HA )) 3.400 3.400 2.600 peak 783 spectrum 2 weight 0.11000E+01 volume 0.14679E-02 ppm1 2.688 ppm2 4.104 CV 1 ASSI { 786} (( segid "PX14" and resid 35 and name HB1 )) ( segid "PX14" and resid 35 and name HE% ) 3.200 3.200 2.800 peak 786 spectrum 2 weight 0.11000E+01 volume 0.24901E-02 ppm1 3.481 ppm2 6.829 CV 1 ASSI { 787} (( segid "PX14" and resid 52 and name HB2 )) ( segid "PX14" and resid 35 and name HE% ) 3.800 3.800 2.200 peak 787 spectrum 2 weight 0.11000E+01 volume 0.44807E-03 ppm1 2.938 ppm2 6.881 CV 1 ASSI { 792} (( segid "PX14" and resid 35 and name HB1 )) ( segid "PX14" and resid 35 and name HD% ) 2.800 1.000 1.000 peak 792 spectrum 2 weight 0.11000E+01 volume 0.15167E-02 ppm1 3.465 ppm2 7.091 CV 1 ASSI { 794} (( segid "PX14" and resid 35 and name HB1 )) (( segid "PX19" and resid 109 and name HB1 )) 4.900 4.900 1.100 peak 794 spectrum 2 weight 0.11000E+01 volume 0.51772E-03 ppm1 3.509 ppm2 1.553 CV 1 ASSI { 795} (( segid "PX14" and resid 35 and name HB1 )) ( segid "PX14" and resid 53 and name HD1%) 3.800 3.800 2.200 peak 795 spectrum 2 weight 0.11000E+01 volume 0.43223E-03 ppm1 3.509 ppm2 0.756 CV 1 ASSI { 798} (( segid "PX14" and resid 63 and name HB )) (( segid "PX14" and resid 60 and name HA )) 3.300 3.300 2.700 peak 798 spectrum 2 weight 0.11000E+01 volume 0.23884E-02 ppm1 1.920 ppm2 4.229 CV 1 ASSI { 803} (( segid "PX14" and resid 62 and name HG2 )) ( segid "PX14" and resid 29 and name HD1%) 3.200 3.200 2.800 peak 803 spectrum 2 weight 0.11000E+01 volume 0.15830E-02 ppm1 2.169 ppm2 0.917 CV 1 ASSI { 806} (( segid "PX14" and resid 20 and name HG1 )) (( segid "PX14" and resid 19 and name HA )) 4.600 2.600 1.400 peak 806 spectrum 2 weight 0.11000E+01 volume 0.36901E-03 ppm1 2.260 ppm2 4.435 CV 1 ASSI { 807} (( segid "PX14" and resid 61 and name HG1 )) (( segid "PX14" and resid 61 and name HA )) 2.700 2.700 3.300 peak 807 spectrum 2 weight 0.11000E+01 volume 0.52538E-02 ppm1 2.289 ppm2 4.095 CV 1 ASSI { 813} (( segid "PX14" and resid 43 and name HG2 )) (( segid "PX14" and resid 40 and name HA )) 6.000 6.000 0.000 peak 813 spectrum 2 weight 0.11000E+01 volume 0.00000E+00 ppm1 2.386 ppm2 4.181 CV 1 ASSI { 814} (( segid "PX14" and resid 68 and name HG1 )) (( segid "PX14" and resid 68 and name HB1 )) 2.000 2.000 4.000 peak 814 spectrum 2 weight 0.11000E+01 volume 0.16921E-01 ppm1 2.547 ppm2 2.302 CV 1 ASSI { 815} (( segid "PX14" and resid 65 and name HB2 )) ( segid "PX14" and resid 29 and name HG2%) 3.600 3.600 2.400 peak 815 spectrum 2 weight 0.11000E+01 volume 0.11938E-02 ppm1 2.156 ppm2 0.792 CV 1 ASSI { 816} (( segid "PX14" and resid 65 and name HB2 )) (( segid "PX14" and resid 65 and name HB1 )) 2.000 2.000 4.000 peak 816 spectrum 2 weight 0.11000E+01 volume 0.80030E-02 ppm1 2.151 ppm2 2.554 CV 1 ASSI { 817} (( segid "PX14" and resid 24 and name HB2 )) (( segid "PX14" and resid 24 and name HD2 )) 5.900 4.300 0.100 peak 817 spectrum 2 weight 0.11000E+01 volume 0.61400E-04 ppm1 1.842 ppm2 3.600 CV 1 ASSI { 819} (( segid "PX14" and resid 33 and name HB )) ( segid "PX14" and resid 33 and name HG1%) 2.700 0.900 0.900 peak 819 spectrum 2 weight 0.11000E+01 volume 0.29664E-02 ppm1 2.142 ppm2 1.163 CV 1 ASSI { 820} (( segid "PX14" and resid 33 and name HB )) ( segid "PX14" and resid 33 and name HG2%) 2.400 0.700 0.700 peak 820 spectrum 2 weight 0.11000E+01 volume 0.52691E-02 ppm1 2.129 ppm2 0.707 CV 1 ASSI { 821} (( segid "PX14" and resid 41 and name HB )) (( segid "PX14" and resid 38 and name HB1 )) 3.600 3.600 2.400 peak 821 spectrum 2 weight 0.11000E+01 volume 0.67540E-03 ppm1 2.021 ppm2 2.860 CV 1 ASSI { 822} (( segid "PX14" and resid 41 and name HB )) (( segid "PX14" and resid 37 and name HG1 )) 2.800 2.800 3.200 peak 822 spectrum 2 weight 0.11000E+01 volume 0.41098E-02 ppm1 2.029 ppm2 2.669 CV 1 ASSI { 826} (( segid "PX14" and resid 61 and name HB1 )) (( segid "PX14" and resid 61 and name HA )) 1.900 1.900 4.100 peak 826 spectrum 2 weight 0.11000E+01 volume 0.22583E-01 ppm1 2.080 ppm2 4.101 CV 1 ASSI { 827} (( segid "PX14" and resid 61 and name HB1 )) (( segid "PX14" and resid 61 and name HG1 )) 2.500 0.800 0.800 peak 827 spectrum 2 weight 0.11000E+01 volume 0.98690E-02 ppm1 2.055 ppm2 2.278 CV 1 ASSI { 828} (( segid "PX14" and resid 69 and name HB1 )) ( segid "PX14" and resid 33 and name HG1%) 3.200 1.300 1.300 peak 828 spectrum 2 weight 0.11000E+01 volume 0.11801E-02 ppm1 2.121 ppm2 1.169 CV 1 ASSI { 829} (( segid "PX14" and resid 69 and name HB2 )) ( segid "PX14" and resid 33 and name HG1%) 3.200 1.300 1.300 peak 829 spectrum 2 weight 0.11000E+01 volume 0.12806E-02 ppm1 1.926 ppm2 1.177 CV 1 ASSI { 830} (( segid "PX14" and resid 34 and name HD1 )) (( segid "PX14" and resid 34 and name HE1 )) 2.400 0.700 0.700 peak 830 spectrum 2 weight 0.11000E+01 volume 0.51554E-02 ppm1 1.638 ppm2 2.926 CV 1 ASSI { 831} (( segid "PX14" and resid 29 and name HG12)) (( segid "PX14" and resid 65 and name HB2 )) 4.000 4.000 2.000 peak 831 spectrum 2 weight 0.11000E+01 volume 0.62588E-03 ppm1 1.059 ppm2 2.138 CV 1 ASSI { 832} (( segid "PX14" and resid 29 and name HG12)) (( segid "PX14" and resid 27 and name HD1 )) 3.200 3.200 2.800 peak 832 spectrum 2 weight 0.11000E+01 volume 0.64118E-03 ppm1 1.074 ppm2 3.825 CV 1 ASSI { 835} (( segid "PX14" and resid 68 and name HB1 )) (( segid "PX14" and resid 69 and name HG2 )) 2.300 2.300 3.700 peak 835 spectrum 2 weight 0.11000E+01 volume 0.11033E-01 ppm1 2.248 ppm2 2.410 CV 1 ASSI { 836} (( segid "PX14" and resid 54 and name HD1 )) ( segid "PX14" and resid 63 and name HG2%) 2.800 2.800 3.200 peak 836 spectrum 2 weight 0.11000E+01 volume 0.35991E-02 ppm1 1.676 ppm2 0.680 CV 1 ASSI { 837} (( segid "PX14" and resid 24 and name HG1 )) (( segid "PX14" and resid 24 and name HA )) 3.300 3.300 2.700 peak 837 spectrum 2 weight 0.11000E+01 volume 0.19310E-02 ppm1 2.093 ppm2 4.495 CV 1 ASSI { 838} (( segid "PX14" and resid 24 and name HG2 )) (( segid "PX14" and resid 24 and name HB1 )) 2.600 2.600 3.400 peak 838 spectrum 2 weight 0.11000E+01 volume 0.73733E-02 ppm1 1.936 ppm2 2.183 CV 1 ASSI { 841} (( segid "PX14" and resid 77 and name HB1 )) ( segid "PX14" and resid 53 and name HD2%) 2.500 2.500 3.500 peak 841 spectrum 2 weight 0.11000E+01 volume 0.31169E-02 ppm1 2.224 ppm2 1.008 CV 1 ASSI { 842} (( segid "PX14" and resid 26 and name HB1 )) (( segid "PX14" and resid 26 and name HA )) 2.600 0.800 0.800 peak 842 spectrum 2 weight 0.11000E+01 volume 0.43681E-02 ppm1 2.089 ppm2 4.055 CV 1 ASSI { 843} (( segid "PX14" and resid 26 and name HB1 )) (( segid "PX14" and resid 26 and name HG1 )) 2.300 0.700 0.700 peak 843 spectrum 2 weight 0.11000E+01 volume 0.10291E-01 ppm1 2.129 ppm2 2.394 CV 1 ASSI { 846} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 67 and name HE% ) 2.400 2.400 3.600 peak 846 spectrum 2 weight 0.11000E+01 volume 0.52147E-02 ppm1 0.985 ppm2 7.117 CV 1 ASSI { 847} ( segid "PX14" and resid 53 and name HD2%) (( segid "PX14" and resid 50 and name HA )) 2.500 2.500 3.500 peak 847 spectrum 2 weight 0.11000E+01 volume 0.61775E-02 ppm1 0.986 ppm2 3.896 CV 1 ASSI { 849} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 32 and name HB% ) 3.000 3.000 3.000 peak 849 spectrum 2 weight 0.11000E+01 volume 0.15715E-02 ppm1 0.977 ppm2 1.554 CV 1 ASSI { 850} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 63 and name HD1%) 2.300 2.300 3.700 peak 850 spectrum 2 weight 0.11000E+01 volume 0.98471E-02 ppm1 0.981 ppm2 0.809 CV 1 ASSI { 851} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 63 and name HG2%) 2.500 2.500 3.500 peak 851 spectrum 2 weight 0.11000E+01 volume 0.83310E-02 ppm1 0.972 ppm2 0.761 CV 1 ASSI { 852} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 36 and name HD1%) 2.000 2.000 4.000 peak 852 spectrum 2 weight 0.11000E+01 volume 0.16651E-01 ppm1 0.977 ppm2 0.713 CV 1 ASSI { 853} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 36 and name HD2%) 2.900 2.900 3.100 peak 853 spectrum 2 weight 0.11000E+01 volume 0.20758E-02 ppm1 0.981 ppm2 0.266 CV 1 ASSI { 854} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX14" and resid 29 and name HA )) 3.500 3.500 2.500 peak 854 spectrum 2 weight 0.11000E+01 volume 0.76751E-03 ppm1 0.727 ppm2 3.421 CV 1 ASSI { 855} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX14" and resid 63 and name HA )) 3.100 1.200 1.200 peak 855 spectrum 2 weight 0.11000E+01 volume 0.16419E-02 ppm1 0.721 ppm2 3.316 CV 1 ASSI { 856} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX14" and resid 62 and name HB1 )) 3.000 1.100 1.100 peak 856 spectrum 2 weight 0.11000E+01 volume 0.15922E-02 ppm1 0.721 ppm2 2.509 CV 1 ASSI { 857} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX14" and resid 53 and name HB2 )) 3.700 1.700 1.700 peak 857 spectrum 2 weight 0.11000E+01 volume 0.81277E-03 ppm1 0.727 ppm2 1.268 CV 1 ASSI { 860} (( segid "PX14" and resid 28 and name HG )) (( segid "PX14" and resid 28 and name HA )) 4.600 4.600 1.400 peak 860 spectrum 2 weight 0.11000E+01 volume 0.13500E-03 ppm1 1.625 ppm2 4.732 CV 1 ASSI { 861} (( segid "PX14" and resid 36 and name HG )) ( segid "PX14" and resid 67 and name HE% ) 2.900 2.900 3.100 peak 861 spectrum 2 weight 0.11000E+01 volume 0.16973E-02 ppm1 2.133 ppm2 7.110 CV 1 ASSI { 862} (( segid "PX14" and resid 55 and name HG1 )) (( segid "PX14" and resid 54 and name HG1 )) 2.400 2.400 3.600 peak 862 spectrum 2 weight 0.11000E+01 volume 0.39428E-02 ppm1 1.216 ppm2 1.503 CV 1 ASSI { 863} ( segid "PX14" and resid 36 and name HD2%) ( segid "PX14" and resid 67 and name HD% ) 2.900 2.900 3.100 peak 863 spectrum 2 weight 0.11000E+01 volume 0.18397E-02 ppm1 0.257 ppm2 7.331 CV 1 ASSI { 864} ( segid "PX14" and resid 36 and name HD2%) ( segid "PX14" and resid 67 and name HE% ) 2.800 1.000 1.000 peak 864 spectrum 2 weight 0.11000E+01 volume 0.19199E-02 ppm1 0.266 ppm2 7.120 CV 1 ASSI { 865} ( segid "PX14" and resid 36 and name HD2%) (( segid "PX14" and resid 67 and name HA )) 3.500 1.500 1.500 peak 865 spectrum 2 weight 0.11000E+01 volume 0.76408E-03 ppm1 0.336 ppm2 0.000 CV 1 ASSI { 869} (( segid "PX14" and resid 54 and name HG2 )) (( segid "PX14" and resid 55 and name HG1 )) 2.100 2.100 3.900 peak 869 spectrum 2 weight 0.11000E+01 volume 0.90432E-02 ppm1 1.371 ppm2 1.198 CV 1 ASSI { 870} ( segid "PX14" and resid 33 and name HG1%) (( segid "PX14" and resid 70 and name HA )) 3.800 1.800 1.800 peak 870 spectrum 2 weight 0.11000E+01 volume 0.45052E-03 ppm1 1.160 ppm2 4.328 CV 1 ASSI { 874} ( segid "PX14" and resid 33 and name HG1%) ( segid "PX14" and resid 66 and name HB% ) 3.000 3.000 3.000 peak 874 spectrum 2 weight 0.11000E+01 volume 0.32179E-02 ppm1 1.189 ppm2 1.351 CV 1 ASSI { 877} ( segid "PX14" and resid 33 and name HG1%) ( segid "PX14" and resid 36 and name HD2%) 3.600 3.600 2.400 peak 877 spectrum 2 weight 0.11000E+01 volume 0.86503E-03 ppm1 1.181 ppm2 0.262 CV 1 ASSI { 878} ( segid "PX14" and resid 46 and name HD2%) ( segid "PX14" and resid 67 and name HD% ) 2.600 2.600 3.400 peak 878 spectrum 2 weight 0.11000E+01 volume 0.21202E-02 ppm1 0.752 ppm2 7.314 CV 1 ASSI { 879} ( segid "PX14" and resid 46 and name HD2%) ( segid "PX14" and resid 67 and name HE% ) 2.200 2.200 3.800 peak 879 spectrum 2 weight 0.11000E+01 volume 0.57438E-02 ppm1 0.734 ppm2 7.124 CV 1 ASSI { 880} ( segid "PX14" and resid 46 and name HD2%) (( segid "PX14" and resid 67 and name HZ )) 2.600 2.600 3.400 peak 880 spectrum 2 weight 0.11000E+01 volume 0.22489E-02 ppm1 0.724 ppm2 6.989 CV 1 ASSI { 881} ( segid "PX14" and resid 53 and name HD1%) (( segid "PX14" and resid 77 and name HB1 )) 2.500 2.500 3.500 peak 881 spectrum 2 weight 0.11000E+01 volume 0.59970E-02 ppm1 0.751 ppm2 2.177 CV 1 ASSI { 883} ( segid "PX14" and resid 23 and name HD1%) (( segid "PX14" and resid 25 and name HB2 )) 2.800 2.800 3.200 peak 883 spectrum 2 weight 0.11000E+01 volume 0.52510E-02 ppm1 0.960 ppm2 1.894 CV 1 ASSI { 885} ( segid "PX14" and resid 23 and name HD1%) (( segid "PX14" and resid 23 and name HB2 )) 2.800 2.800 3.200 peak 885 spectrum 2 weight 0.11000E+01 volume 0.25290E-02 ppm1 0.924 ppm2 1.634 CV 1 ASSI { 888} (( segid "PX14" and resid 56 and name HG2 )) ( segid "PX19" and resid 110 and name HE% ) 4.200 4.200 1.800 peak 888 spectrum 2 weight 0.11000E+01 volume 0.29960E-03 ppm1 -0.474 ppm2 7.091 CV 1 ASSI { 890} ( segid "PX14" and resid 36 and name HD1%) (( segid "PX14" and resid 33 and name HA )) 2.900 2.900 3.100 peak 890 spectrum 2 weight 0.11000E+01 volume 0.19043E-02 ppm1 0.691 ppm2 3.344 CV 1 ASSI { 895} (( segid "PX14" and resid 56 and name HG2 )) (( segid "PX14" and resid 56 and name HB2 )) 2.900 1.000 1.000 peak 895 spectrum 2 weight 0.11000E+01 volume 0.16365E-02 ppm1 -0.487 ppm2 1.213 CV 1 ASSI { 899} ( segid "PX14" and resid 59 and name HG2%) ( segid "PX14" and resid 22 and name HG1%) 2.400 2.400 3.600 peak 899 spectrum 2 weight 0.11000E+01 volume 0.57117E-02 ppm1 1.263 ppm2 0.912 CV 1 ASSI { 917} ( segid "PX14" and resid 31 and name HG2%) (( segid "PX19" and resid 110 and name HA )) 2.900 2.900 3.100 peak 917 spectrum 2 weight 0.11000E+01 volume 0.20647E-02 ppm1 0.469 ppm2 4.285 CV 1 ASSI { 926} ( segid "PX14" and resid 32 and name HB% ) (( segid "PX14" and resid 29 and name HA )) 2.800 1.000 1.000 peak 926 spectrum 2 weight 0.11000E+01 volume 0.21277E-02 ppm1 1.547 ppm2 3.427 CV 1 ASSI { 929} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 58 and name HD1%) 2.700 2.700 3.300 peak 929 spectrum 2 weight 0.11000E+01 volume 0.35038E-02 ppm1 1.540 ppm2 0.725 CV 1 ASSI { 933} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 66 and name HB% ) 1.700 1.700 4.300 peak 933 spectrum 2 weight 0.11000E+01 volume 0.37746E-01 ppm1 1.519 ppm2 1.372 CV 1 ASSI { 938} ( segid "PX14" and resid 73 and name HB% ) (( segid "PX14" and resid 67 and name HB2 )) 3.200 3.200 2.800 peak 938 spectrum 2 weight 0.11000E+01 volume 0.65714E-03 ppm1 1.369 ppm2 3.078 CV 1 ASSI { 942} ( segid "PX14" and resid 66 and name HB% ) ( segid "PX14" and resid 67 and name HD% ) 3.200 3.200 2.800 peak 942 spectrum 2 weight 0.11000E+01 volume 0.14349E-02 ppm1 1.368 ppm2 7.316 CV 1 ASSI { 944} ( segid "PX14" and resid 66 and name HB% ) ( segid "PX14" and resid 28 and name HD1%) 3.000 3.000 3.000 peak 944 spectrum 2 weight 0.11000E+01 volume 0.10674E-02 ppm1 1.349 ppm2 0.988 CV 1 ASSI { 945} ( segid "PX14" and resid 66 and name HB% ) ( segid "PX14" and resid 63 and name HG2%) 2.600 2.600 3.400 peak 945 spectrum 2 weight 0.11000E+01 volume 0.62196E-02 ppm1 1.345 ppm2 0.736 CV 1 ASSI { 946} ( segid "PX14" and resid 66 and name HB% ) ( segid "PX14" and resid 36 and name HD1%) 3.000 3.000 3.000 peak 946 spectrum 2 weight 0.11000E+01 volume 0.17650E-02 ppm1 1.345 ppm2 0.693 CV 1 ASSI { 947} ( segid "PX14" and resid 66 and name HB% ) ( segid "PX14" and resid 36 and name HD2%) 2.600 2.600 3.400 peak 947 spectrum 2 weight 0.11000E+01 volume 0.40569E-02 ppm1 1.349 ppm2 0.264 CV 1 ASSI { 953} ( segid "PX14" and resid 30 and name HB% ) (( segid "PX14" and resid 27 and name HA )) 2.900 1.000 1.000 peak 953 spectrum 2 weight 0.11000E+01 volume 0.21776E-02 ppm1 1.417 ppm2 4.377 CV 1 ASSI { 955} ( segid "PX14" and resid 63 and name HD1%) ( segid "PX14" and resid 67 and name HD% ) 2.600 2.600 3.400 peak 955 spectrum 2 weight 0.11000E+01 volume 0.36037E-02 ppm1 0.810 ppm2 7.313 CV 1 ASSI { 956} ( segid "PX14" and resid 63 and name HD1%) ( segid "PX14" and resid 67 and name HE% ) 2.500 2.500 3.500 peak 956 spectrum 2 weight 0.11000E+01 volume 0.34170E-02 ppm1 0.821 ppm2 7.115 CV 1 ASSI { 957} ( segid "PX14" and resid 63 and name HD1%) (( segid "PX14" and resid 63 and name HA )) 3.500 1.500 1.500 peak 957 spectrum 2 weight 0.11000E+01 volume 0.19976E-02 ppm1 0.802 ppm2 3.310 CV 1 ASSI { 958} ( segid "PX14" and resid 63 and name HD1%) (( segid "PX14" and resid 63 and name HB )) 2.100 0.500 0.500 peak 958 spectrum 2 weight 0.11000E+01 volume 0.12431E-01 ppm1 0.798 ppm2 1.919 CV 1 ASSI { 971} ( segid "PX14" and resid 65 and name HE% ) ( segid "PX14" and resid 29 and name HD1%) 2.800 2.800 3.200 peak 971 spectrum 2 weight 0.11000E+01 volume 0.13459E-02 ppm1 2.061 ppm2 0.911 CV 1 ASSI { 972} ( segid "PX14" and resid 65 and name HE% ) ( segid "PX14" and resid 29 and name HG2%) 4.100 4.100 1.900 peak 972 spectrum 2 weight 0.11000E+01 volume 0.14138E-03 ppm1 2.061 ppm2 0.793 CV 1 ASSI { 976} ( segid "PX14" and resid 29 and name HG2%) (( segid "PX14" and resid 30 and name HA )) 3.000 3.000 3.000 peak 976 spectrum 2 weight 0.11000E+01 volume 0.18585E-02 ppm1 0.794 ppm2 4.055 CV 1 ASSI { 980} ( segid "PX14" and resid 29 and name HG2%) ( segid "PX14" and resid 66 and name HB% ) 3.000 1.100 1.100 peak 980 spectrum 2 weight 0.11000E+01 volume 0.15146E-02 ppm1 0.757 ppm2 1.332 CV 1 ASSI { 981} ( segid "PX14" and resid 29 and name HG2%) ( segid "PX14" and resid 33 and name HG1%) 3.100 1.200 1.200 peak 981 spectrum 2 weight 0.11000E+01 volume 0.30313E-02 ppm1 0.751 ppm2 1.166 CV 1 ASSI { 991} ( segid "PX14" and resid 29 and name HD1%) (( segid "PX14" and resid 30 and name HA )) 2.300 2.300 3.700 peak 991 spectrum 2 weight 0.11000E+01 volume 0.46378E-02 ppm1 0.906 ppm2 4.070 CV 1 ASSI { 999} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 60 and name HA )) 2.500 2.500 3.500 peak 999 spectrum 2 weight 0.11000E+01 volume 0.35888E-02 ppm1 0.698 ppm2 4.226 CV 1 ASSI { 1002} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 63 and name HA )) 3.400 1.500 1.500 peak 1002 spectrum 2 weight 0.11000E+01 volume 0.10442E-02 ppm1 0.684 ppm2 3.311 CV 1 ASSI { 1004} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 63 and name HB )) 2.500 0.800 0.800 peak 1004 spectrum 2 weight 0.11000E+01 volume 0.34397E-02 ppm1 0.675 ppm2 1.932 CV 1 ASSI { 1005} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 50 and name HB2 )) 2.300 2.300 3.700 peak 1005 spectrum 2 weight 0.11000E+01 volume 0.47417E-02 ppm1 0.701 ppm2 1.837 CV 1 ASSI { 1007} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 54 and name HG1 )) 3.200 1.300 1.300 peak 1007 spectrum 2 weight 0.11000E+01 volume 0.11853E-02 ppm1 0.680 ppm2 1.544 CV 1 ASSI { 1011} ( segid "PX14" and resid 63 and name HG2%) ( segid "PX14" and resid 63 and name HD1%) 2.300 2.300 3.700 peak 1011 spectrum 2 weight 0.11000E+01 volume 0.68275E-02 ppm1 0.694 ppm2 0.823 CV 1 ASSI { 1034} (( segid "PX14" and resid 24 and name HD1 )) (( segid "PX14" and resid 23 and name HB1 )) 5.600 3.900 0.400 peak 1034 spectrum 2 weight 0.11000E+01 volume 0.12628E-03 ppm1 3.893 ppm2 1.548 CV 1 ASSI { 1035} (( segid "PX14" and resid 24 and name HD1 )) (( segid "PX14" and resid 23 and name HB2 )) 5.800 4.300 0.200 peak 1035 spectrum 2 weight 0.11000E+01 volume 0.11571E-03 ppm1 3.895 ppm2 1.601 CV 1 ASSI { 1036} (( segid "PX14" and resid 24 and name HD2 )) (( segid "PX14" and resid 23 and name HB2 )) 4.800 2.800 1.200 peak 1036 spectrum 2 weight 0.11000E+01 volume 0.32405E-03 ppm1 3.586 ppm2 1.606 CV 1 ASSI { 1038} (( segid "PX14" and resid 63 and name HB )) (( segid "PX14" and resid 63 and name HA )) 3.200 3.200 2.800 peak 1038 spectrum 2 weight 0.11000E+01 volume 0.10187E-02 ppm1 1.915 ppm2 3.321 CV 1 ASSI { 1045} (( segid "PX14" and resid 49 and name HD2 )) ( segid "PX14" and resid 41 and name HG2%) 3.000 1.100 1.100 peak 1045 spectrum 2 weight 0.11000E+01 volume 0.10448E-02 ppm1 2.775 ppm2 0.014 CV 1 ASSI { 1048} (( segid "PX14" and resid 36 and name HA )) ( segid "PX14" and resid 41 and name HG2%) 3.900 1.900 1.900 peak 1048 spectrum 2 weight 0.11000E+01 volume 0.48018E-03 ppm1 3.596 ppm2 -0.004 CV 1 ASSI { 1049} (( segid "PX14" and resid 37 and name HG1 )) ( segid "PX14" and resid 33 and name HG2%) 3.600 1.600 1.600 peak 1049 spectrum 2 weight 0.11000E+01 volume 0.64746E-03 ppm1 2.726 ppm2 0.722 CV 1 ASSI { 1051} ( segid "PX14" and resid 33 and name HG2%) (( segid "PX14" and resid 37 and name HG2 )) 5.400 3.600 0.600 peak 1051 spectrum 2 weight 0.11000E+01 volume 0.11673E-03 ppm1 0.665 ppm2 2.270 CV 1 ASSI { 1060} (( segid "PX14" and resid 66 and name HA )) (( segid "PX14" and resid 69 and name HB1 )) 3.800 3.800 2.200 peak 1060 spectrum 2 weight 0.11000E+01 volume 0.74535E-03 ppm1 3.925 ppm2 2.160 CV 1 ASSI { 1061} (( segid "PX14" and resid 50 and name HA )) ( segid "PX14" and resid 63 and name HG2%) 3.700 1.700 1.700 peak 1061 spectrum 2 weight 0.11000E+01 volume 0.10148E-02 ppm1 3.908 ppm2 0.682 CV 1 ASSI { 1064} ( segid "PX14" and resid 63 and name HD1%) (( segid "PX14" and resid 50 and name HA )) 3.000 1.100 1.100 peak 1064 spectrum 2 weight 0.11000E+01 volume 0.14112E-02 ppm1 0.802 ppm2 3.928 CV 1 ASSI { 1071} (( segid "PX14" and resid 61 and name HA )) (( segid "PX14" and resid 61 and name HB2 )) 2.900 1.000 1.000 peak 1071 spectrum 2 weight 0.11000E+01 volume 0.21814E-02 ppm1 4.106 ppm2 1.878 CV 1 ASSI { 1074} (( segid "PX14" and resid 81 and name HB1 )) (( segid "PX14" and resid 81 and name HA )) 3.200 1.300 1.300 peak 1074 spectrum 2 weight 0.11000E+01 volume 0.12123E-02 ppm1 3.311 ppm2 4.505 CV 1 ASSI { 1075} (( segid "PX14" and resid 81 and name HB2 )) (( segid "PX14" and resid 81 and name HA )) 3.600 1.600 1.600 peak 1075 spectrum 2 weight 0.11000E+01 volume 0.70799E-03 ppm1 3.118 ppm2 4.506 CV 1 ASSI { 1076} (( segid "PX14" and resid 81 and name HB2 )) (( segid "PX14" and resid 81 and name HB1 )) 2.500 0.800 0.800 peak 1076 spectrum 2 weight 0.11000E+01 volume 0.31372E-02 ppm1 3.128 ppm2 3.295 CV 1 ASSI { 1078} (( segid "PX14" and resid 30 and name HA )) ( segid "PX14" and resid 33 and name HG1%) 4.300 2.300 1.700 peak 1078 spectrum 2 weight 0.11000E+01 volume 0.33639E-03 ppm1 4.037 ppm2 1.169 CV 1 ASSI { 1080} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 67 and name HD% ) 3.500 3.500 2.500 peak 1080 spectrum 2 weight 0.11000E+01 volume 0.66446E-03 ppm1 0.985 ppm2 7.316 CV 1 ASSI { 1082} (( segid "PX14" and resid 49 and name HD1 )) ( segid "PX14" and resid 67 and name HE% ) 4.900 3.000 1.100 peak 1082 spectrum 2 weight 0.11000E+01 volume 0.11567E-03 ppm1 3.284 ppm2 7.103 CV 1 ASSI { 1085} (( segid "PX14" and resid 49 and name HD1 )) ( segid "PX14" and resid 67 and name HD% ) 5.300 5.300 0.700 peak 1085 spectrum 2 weight 0.11000E+01 volume 0.10540E-03 ppm1 3.318 ppm2 7.284 CV 1 ASSI { 1086} (( segid "PX14" and resid 50 and name HD1 )) (( segid "PX14" and resid 67 and name HZ )) 4.100 2.100 1.900 peak 1086 spectrum 2 weight 0.11000E+01 volume 0.37495E-03 ppm1 3.165 ppm2 7.017 CV 1 ASSI { 1087} (( segid "PX14" and resid 50 and name HD1 )) ( segid "PX14" and resid 67 and name HE% ) 3.200 3.200 2.800 peak 1087 spectrum 2 weight 0.11000E+01 volume 0.89010E-03 ppm1 3.165 ppm2 7.118 CV 1 ASSI { 1088} (( segid "PX14" and resid 50 and name HD1 )) ( segid "PX14" and resid 67 and name HD% ) 3.800 3.800 2.200 peak 1088 spectrum 2 weight 0.11000E+01 volume 0.41485E-03 ppm1 3.160 ppm2 7.316 CV 1 ASSI { 1089} (( segid "PX14" and resid 72 and name HB )) ( segid "PX14" and resid 67 and name HD% ) 4.200 2.200 1.800 peak 1089 spectrum 2 weight 0.11000E+01 volume 0.32085E-03 ppm1 4.167 ppm2 7.306 CV 1 ASSI { 1090} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 67 and name HE% ) 3.400 3.400 2.600 peak 1090 spectrum 2 weight 0.11000E+01 volume 0.12014E-02 ppm1 1.559 ppm2 7.091 CV 1 ASSI { 1091} ( segid "PX14" and resid 63 and name HG2%) ( segid "PX14" and resid 67 and name HE% ) 4.200 4.200 1.800 peak 1091 spectrum 2 weight 0.11000E+01 volume 0.37267E-03 ppm1 0.692 ppm2 7.112 CV 1 ASSI { 1092} ( segid "PX14" and resid 63 and name HG2%) ( segid "PX14" and resid 67 and name HD% ) 4.400 4.400 1.600 peak 1092 spectrum 2 weight 0.11000E+01 volume 0.21607E-03 ppm1 0.692 ppm2 7.307 CV 1 ASSI { 1093} ( segid "PX14" and resid 66 and name HB% ) ( segid "PX14" and resid 67 and name HE% ) 6.000 4.500 0.000 peak 1093 spectrum 2 weight 0.11000E+01 volume 0.00000E+00 ppm1 1.347 ppm2 7.107 CV 1 ASSI { 1094} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 58 and name HD2%) 4.000 4.000 2.000 peak 1094 spectrum 2 weight 0.11000E+01 volume 0.28081E-03 ppm1 1.555 ppm2 0.914 CV 1 ASSI { 1095} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 36 and name HD2%) 3.900 1.900 1.900 peak 1095 spectrum 2 weight 0.11000E+01 volume 0.32694E-03 ppm1 1.510 ppm2 0.250 CV 1 ASSI { 1096} ( segid "PX14" and resid 33 and name HG2%) (( segid "PX14" and resid 33 and name HA )) 2.600 0.800 0.800 peak 1096 spectrum 2 weight 0.11000E+01 volume 0.39205E-02 ppm1 0.703 ppm2 3.349 CV 1 ASSI { 1100} (( segid "PX14" and resid 62 and name HG1 )) (( segid "PX14" and resid 24 and name HA )) 4.700 2.700 1.300 peak 1100 spectrum 2 weight 0.11000E+01 volume 0.12967E-03 ppm1 2.451 ppm2 4.488 CV 1 ASSI { 1101} (( segid "PX14" and resid 62 and name HG2 )) (( segid "PX14" and resid 24 and name HA )) 4.900 3.000 1.100 peak 1101 spectrum 2 weight 0.11000E+01 volume 0.10675E-03 ppm1 2.156 ppm2 4.483 CV 1 ASSI { 1102} (( segid "PX14" and resid 62 and name HG1 )) ( segid "PX14" and resid 29 and name HD1%) 3.200 1.300 1.300 peak 1102 spectrum 2 weight 0.11000E+01 volume 0.96270E-03 ppm1 2.442 ppm2 0.914 CV 1 ASSI { 1105} (( segid "PX14" and resid 36 and name HB1 )) ( segid "PX14" and resid 67 and name HE% ) 4.100 4.100 1.900 peak 1105 spectrum 2 weight 0.11000E+01 volume 0.19832E-03 ppm1 1.706 ppm2 7.116 CV 1 ASSI { 1106} (( segid "PX14" and resid 36 and name HB2 )) ( segid "PX14" and resid 35 and name HD% ) 4.600 4.600 1.400 peak 1106 spectrum 2 weight 0.11000E+01 volume 0.21944E-03 ppm1 1.311 ppm2 7.108 CV 1 ASSI { 1107} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 67 and name HD% ) 5.700 5.700 0.300 peak 1107 spectrum 2 weight 0.11000E+01 volume 0.44192E-04 ppm1 1.536 ppm2 7.301 CV 1 ASSI { 1108} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 35 and name HE% ) 4.900 4.900 1.100 peak 1108 spectrum 2 weight 0.11000E+01 volume 0.10519E-03 ppm1 1.527 ppm2 6.802 CV 1 ASSI { 1113} ( segid "PX14" and resid 41 and name HG2%) ( segid "PX14" and resid 35 and name HE% ) 2.900 2.900 3.100 peak 1113 spectrum 2 weight 0.11000E+01 volume 0.16403E-02 ppm1 0.012 ppm2 6.816 CV 1 ASSI { 1116} ( segid "PX14" and resid 41 and name HG2%) (( segid "PX19" and resid 106 and name HZ )) 3.700 3.700 2.300 peak 1116 spectrum 2 weight 0.11000E+01 volume 0.59815E-03 ppm1 0.022 ppm2 7.297 CV 1 ASSI { 1117} ( segid "PX14" and resid 63 and name HD1%) (( segid "PX14" and resid 67 and name HZ )) 4.000 4.000 2.000 peak 1117 spectrum 2 weight 0.11000E+01 volume 0.51543E-03 ppm1 0.812 ppm2 7.009 CV 1 ASSI { 1118} (( segid "PX14" and resid 40 and name HD1 )) (( segid "PX14" and resid 40 and name HG1 )) 2.600 2.600 3.400 peak 1118 spectrum 2 weight 0.11000E+01 volume 0.39544E-02 ppm1 2.927 ppm2 1.662 CV 1 ASSI { 1121} (( segid "PX14" and resid 40 and name HD1 )) (( segid "PX14" and resid 40 and name HA )) 3.600 3.600 2.400 peak 1121 spectrum 2 weight 0.11000E+01 volume 0.14580E-02 ppm1 2.907 ppm2 4.173 CV 1 ASSI { 1122} (( segid "PX14" and resid 40 and name HD2 )) (( segid "PX14" and resid 40 and name HA )) 4.100 2.100 1.900 peak 1122 spectrum 2 weight 0.11000E+01 volume 0.86219E-03 ppm1 2.633 ppm2 4.169 CV 1 ASSI { 1128} (( segid "PX14" and resid 58 and name HB1 )) (( segid "PX14" and resid 62 and name HB1 )) 4.400 4.400 1.600 peak 1128 spectrum 2 weight 0.11000E+01 volume 0.17951E-03 ppm1 1.927 ppm2 2.476 CV 1 OR { 1128} (( segid "PX14" and resid 58 and name HB1 )) (( segid "PX14" and resid 62 and name HG1 )) ASSI { 1130} (( segid "PX14" and resid 32 and name HA )) (( segid "PX14" and resid 35 and name HB1 )) 2.700 0.900 0.900 peak 1130 spectrum 2 weight 0.11000E+01 volume 0.19597E-02 ppm1 4.120 ppm2 3.520 CV 1 ASSI { 1132} (( segid "PX14" and resid 68 and name HA )) (( segid "PX14" and resid 69 and name HB1 )) 2.600 2.600 3.400 peak 1132 spectrum 2 weight 0.11000E+01 volume 0.90701E-02 ppm1 4.113 ppm2 2.153 CV 1 ASSI { 1133} (( segid "PX14" and resid 68 and name HA )) ( segid "PX14" and resid 72 and name HG2%) 3.600 3.600 2.400 peak 1133 spectrum 2 weight 0.11000E+01 volume 0.82443E-03 ppm1 4.125 ppm2 0.912 CV 1 ASSI { 1134} (( segid "PX14" and resid 49 and name HB2 )) ( segid "PX14" and resid 36 and name HD1%) 3.600 3.600 2.400 peak 1134 spectrum 2 weight 0.11000E+01 volume 0.17215E-02 ppm1 1.764 ppm2 0.702 CV 1 ASSI { 1135} (( segid "PX14" and resid 37 and name HA )) ( segid "PX14" and resid 33 and name HG2%) 2.600 2.600 3.400 peak 1135 spectrum 2 weight 0.11000E+01 volume 0.24848E-02 ppm1 4.094 ppm2 0.718 CV 1 ASSI { 1136} (( segid "PX14" and resid 38 and name HA )) (( segid "PX14" and resid 38 and name HB1 )) 2.600 2.600 3.400 peak 1136 spectrum 2 weight 0.11000E+01 volume 0.52989E-02 ppm1 4.416 ppm2 2.861 CV 1 ASSI { 1139} (( segid "PX14" and resid 38 and name HB1 )) ( segid "PX19" and resid 109 and name HD1%) 3.500 3.500 2.500 peak 1139 spectrum 2 weight 0.11000E+01 volume 0.77020E-03 ppm1 2.867 ppm2 0.799 CV 1 ASSI { 1140} (( segid "PX14" and resid 37 and name HG1 )) (( segid "PX14" and resid 70 and name HB2 )) 3.600 1.600 1.600 peak 1140 spectrum 2 weight 0.11000E+01 volume 0.50712E-03 ppm1 2.730 ppm2 3.913 CV 1 ASSI { 1141} (( segid "PX14" and resid 37 and name HG2 )) (( segid "PX14" and resid 70 and name HB2 )) 3.600 3.600 2.400 peak 1141 spectrum 2 weight 0.11000E+01 volume 0.87130E-03 ppm1 2.312 ppm2 3.906 CV 1 ASSI { 1145} (( segid "PX14" and resid 69 and name HG2 )) ( segid "PX14" and resid 33 and name HG1%) 4.200 2.200 1.800 peak 1145 spectrum 2 weight 0.11000E+01 volume 0.28223E-03 ppm1 2.368 ppm2 1.176 CV 1 ASSI { 1146} (( segid "PX14" and resid 69 and name HG1 )) ( segid "PX14" and resid 33 and name HG1%) 4.400 4.400 1.600 peak 1146 spectrum 2 weight 0.11000E+01 volume 0.21302E-03 ppm1 2.641 ppm2 1.175 CV 1 ASSI { 1152} (( segid "PX14" and resid 70 and name HB2 )) (( segid "PX14" and resid 33 and name HA )) 4.100 4.100 1.900 peak 1152 spectrum 2 weight 0.11000E+01 volume 0.27230E-03 ppm1 3.918 ppm2 3.352 CV 1 ASSI { 1157} (( segid "PX14" and resid 70 and name HB1 )) (( segid "PX14" and resid 37 and name HG1 )) 3.900 3.900 2.100 peak 1157 spectrum 2 weight 0.11000E+01 volume 0.32014E-03 ppm1 4.087 ppm2 2.748 CV 1 ASSI { 1158} (( segid "PX14" and resid 70 and name HB2 )) ( segid "PX14" and resid 33 and name HG1%) 3.600 3.600 2.400 peak 1158 spectrum 2 weight 0.11000E+01 volume 0.31987E-03 ppm1 3.923 ppm2 1.179 CV 1 ASSI { 1159} ( segid "PX14" and resid 36 and name HD2%) (( segid "PX14" and resid 70 and name HB2 )) 4.600 4.600 1.400 peak 1159 spectrum 2 weight 0.11000E+01 volume 0.14952E-03 ppm1 0.343 ppm2 3.875 CV 1 ASSI { 1160} ( segid "PX14" and resid 36 and name HD2%) (( segid "PX14" and resid 70 and name HB1 )) 3.700 3.700 2.300 peak 1160 spectrum 2 weight 0.11000E+01 volume 0.51037E-03 ppm1 0.333 ppm2 4.016 CV 1 ASSI { 1161} (( segid "PX14" and resid 44 and name HB1 )) (( segid "PX14" and resid 44 and name HA )) 2.400 0.700 0.700 peak 1161 spectrum 2 weight 0.11000E+01 volume 0.66043E-02 ppm1 4.084 ppm2 4.910 CV 1 ASSI { 1163} ( segid "PX14" and resid 29 and name HD1%) (( segid "PX14" and resid 29 and name HA )) 3.400 1.400 1.400 peak 1163 spectrum 2 weight 0.11000E+01 volume 0.98719E-03 ppm1 0.913 ppm2 3.425 CV 1 ASSI { 1168} (( segid "PX14" and resid 56 and name HG1 )) (( segid "PX14" and resid 56 and name HD1 )) 3.800 3.800 2.200 peak 1168 spectrum 2 weight 0.11000E+01 volume 0.41946E-03 ppm1 0.146 ppm2 1.073 CV 1 ASSI { 1170} ( segid "PX14" and resid 53 and name HD2%) (( segid "PX14" and resid 58 and name HB1 )) 3.700 3.700 2.300 peak 1170 spectrum 2 weight 0.11000E+01 volume 0.99324E-03 ppm1 0.972 ppm2 1.941 CV 1 ASSI { 1171} (( segid "PX14" and resid 63 and name HA )) ( segid "PX14" and resid 67 and name HE% ) 4.400 2.400 1.600 peak 1171 spectrum 2 weight 0.11000E+01 volume 0.19900E-03 ppm1 3.283 ppm2 7.100 CV 1 ASSI { 1172} (( segid "PX14" and resid 35 and name HA )) (( segid "PX14" and resid 38 and name HB1 )) 6.000 6.000 0.000 peak 1172 spectrum 2 weight 0.11000E+01 volume 0.83813E-05 ppm1 4.388 ppm2 2.815 CV 1 ASSI { 1176} (( segid "PX14" and resid 53 and name HB1 )) (( segid "PX14" and resid 50 and name HA )) 3.900 1.900 1.900 peak 1176 spectrum 2 weight 0.11000E+01 volume 0.70713E-03 ppm1 2.035 ppm2 3.915 CV 1 ASSI { 1177} (( segid "PX14" and resid 44 and name HA )) (( segid "PX14" and resid 45 and name HD2 )) 3.500 1.500 1.500 peak 1177 spectrum 2 weight 0.11000E+01 volume 0.83186E-03 ppm1 4.899 ppm2 3.674 CV 1 ASSI { 1178} (( segid "PX14" and resid 38 and name HA )) (( segid "PX14" and resid 38 and name HB2 )) 2.900 1.000 1.000 peak 1178 spectrum 2 weight 0.11000E+01 volume 0.20841E-02 ppm1 4.406 ppm2 2.669 CV 1 ASSI { 1179} ( segid "PX14" and resid 72 and name HG2%) (( segid "PX14" and resid 37 and name HA )) 2.400 2.400 3.600 peak 1179 spectrum 2 weight 0.11000E+01 volume 0.42706E-02 ppm1 0.910 ppm2 4.126 CV 1 ASSI { 1180} (( segid "PX14" and resid 72 and name HB )) (( segid "PX14" and resid 67 and name HB2 )) 6.000 6.000 0.000 peak 1180 spectrum 2 weight 0.11000E+01 volume 0.87166E-04 ppm1 4.216 ppm2 3.056 CV 1 ASSI { 1183} ( segid "PX14" and resid 36 and name HD2%) (( segid "PX14" and resid 72 and name HB )) 6.000 6.000 0.000 peak 1183 spectrum 2 weight 0.11000E+01 volume 0.20475E-04 ppm1 0.370 ppm2 4.313 CV 1 ASSI { 1186} (( segid "PX14" and resid 33 and name HA )) (( segid "PX14" and resid 36 and name HB2 )) 3.500 3.500 2.500 peak 1186 spectrum 2 weight 0.11000E+01 volume 0.47351E-03 ppm1 3.366 ppm2 1.351 CV 1 ASSI { 1187} (( segid "PX14" and resid 70 and name HB1 )) (( segid "PX14" and resid 36 and name HB1 )) 3.900 3.900 2.100 peak 1187 spectrum 2 weight 0.11000E+01 volume 0.34259E-03 ppm1 4.099 ppm2 1.836 CV 1 ASSI { 1188} (( segid "PX14" and resid 36 and name HB1 )) (( segid "PX14" and resid 70 and name HB2 )) 4.000 4.000 2.000 peak 1188 spectrum 2 weight 0.11000E+01 volume 0.31307E-03 ppm1 1.834 ppm2 3.911 CV 1 ASSI { 1191} (( segid "PX14" and resid 67 and name HA )) (( segid "PX14" and resid 70 and name HB2 )) 2.300 2.300 3.700 peak 1191 spectrum 2 weight 0.11000E+01 volume 0.72563E-02 ppm1 4.007 ppm2 3.849 CV 1 ASSI { 1192} (( segid "PX14" and resid 44 and name HA )) (( segid "PX14" and resid 44 and name HB2 )) 3.100 1.200 1.200 peak 1192 spectrum 2 weight 0.11000E+01 volume 0.13579E-02 ppm1 4.913 ppm2 4.098 CV 1 ASSI { 1193} (( segid "PX14" and resid 58 and name HB2 )) (( segid "PX14" and resid 62 and name HB1 )) 3.900 3.900 2.100 peak 1193 spectrum 2 weight 0.11000E+01 volume 0.45243E-03 ppm1 1.186 ppm2 2.471 CV 1 OR { 1193} (( segid "PX14" and resid 58 and name HB2 )) (( segid "PX14" and resid 62 and name HG1 )) ASSI { 1195} (( segid "PX14" and resid 24 and name HG1 )) ( segid "PX14" and resid 23 and name HD1%) 4.400 2.400 1.600 peak 1195 spectrum 2 weight 0.11000E+01 volume 0.53056E-03 ppm1 2.046 ppm2 0.900 CV 1 ASSI { 1197} ( segid "PX14" and resid 41 and name HG2%) ( segid "PX14" and resid 36 and name HD1%) 3.100 1.200 1.200 peak 1197 spectrum 2 weight 0.11000E+01 volume 0.25744E-02 ppm1 0.003 ppm2 0.692 CV 1 ASSI { 1198} (( segid "PX14" and resid 38 and name HB1 )) ( segid "PX14" and resid 41 and name HG1%) 4.400 4.400 1.600 peak 1198 spectrum 2 weight 0.11000E+01 volume 0.47318E-03 ppm1 2.862 ppm2 0.299 CV 1 ASSI { 1199} (( segid "PX14" and resid 61 and name HB2 )) (( segid "PX14" and resid 61 and name HG1 )) 2.100 2.100 3.900 peak 1199 spectrum 2 weight 0.11000E+01 volume 0.10060E-01 ppm1 1.921 ppm2 2.272 CV 1 ASSI { 1203} (( segid "PX14" and resid 61 and name HA )) (( segid "PX14" and resid 65 and name HB1 )) 3.100 3.100 2.900 peak 1203 spectrum 2 weight 0.11000E+01 volume 0.27721E-02 ppm1 4.127 ppm2 2.546 CV 1 ASSI { 1204} (( segid "PX14" and resid 61 and name HA )) (( segid "PX14" and resid 64 and name HB1 )) 3.100 3.100 2.900 peak 1204 spectrum 2 weight 0.11000E+01 volume 0.25814E-02 ppm1 4.106 ppm2 2.874 CV 1 ASSI { 1205} (( segid "PX14" and resid 49 and name HA )) ( segid "PX14" and resid 67 and name HE% ) 4.400 4.400 1.600 peak 1205 spectrum 2 weight 0.11000E+01 volume 0.37114E-03 ppm1 3.949 ppm2 7.315 CV 1 ASSI { 1208} (( segid "PX14" and resid 44 and name HB1 )) (( segid "PX14" and resid 45 and name HD2 )) 3.800 1.800 1.800 peak 1208 spectrum 2 weight 0.11000E+01 volume 0.35411E-03 ppm1 4.003 ppm2 3.634 CV 1 ASSI { 1209} ( segid "PX14" and resid 46 and name HD2%) (( segid "PX14" and resid 72 and name HB )) 3.700 3.700 2.300 peak 1209 spectrum 2 weight 0.11000E+01 volume 0.45252E-03 ppm1 0.721 ppm2 4.129 CV 1 ASSI { 1210} (( segid "PX14" and resid 64 and name HA )) ( segid "PX14" and resid 63 and name HG2%) 2.700 2.700 3.300 peak 1210 spectrum 2 weight 0.11000E+01 volume 0.41200E-02 ppm1 4.215 ppm2 0.681 CV 1 ASSI { 1211} (( segid "PX14" and resid 40 and name HB1 )) ( segid "PX19" and resid 105 and name HE% ) 2.700 2.700 3.300 peak 1211 spectrum 2 weight 0.11000E+01 volume 0.32745E-02 ppm1 1.894 ppm2 7.296 CV 1 ASSI { 1212} (( segid "PX14" and resid 74 and name HA )) ( segid "PX14" and resid 46 and name HD1%) 3.200 3.200 2.800 peak 1212 spectrum 2 weight 0.11000E+01 volume 0.68677E-03 ppm1 4.319 ppm2 0.746 CV 1 ASSI { 1213} (( segid "PX14" and resid 53 and name HA )) ( segid "PX14" and resid 52 and name HD% ) 3.300 3.300 2.700 peak 1213 spectrum 2 weight 0.11000E+01 volume 0.72675E-03 ppm1 3.511 ppm2 6.816 CV 1 ASSI { 1214} (( segid "PX14" and resid 35 and name HA )) (( segid "PX14" and resid 35 and name HB2 )) 2.600 0.900 0.900 peak 1214 spectrum 2 weight 0.11000E+01 volume 0.27092E-02 ppm1 4.132 ppm2 3.263 CV 1 ASSI { 1215} (( segid "PX14" and resid 49 and name HD2 )) ( segid "PX14" and resid 52 and name HD% ) 4.300 2.300 1.700 peak 1215 spectrum 2 weight 0.11000E+01 volume 0.19798E-03 ppm1 2.759 ppm2 6.808 CV 1 ASSI { 1216} (( segid "PX14" and resid 49 and name HD1 )) ( segid "PX14" and resid 36 and name HD2%) 4.800 4.800 1.200 peak 1216 spectrum 2 weight 0.11000E+01 volume 0.15957E-03 ppm1 3.341 ppm2 0.288 CV 1 ASSI { 1217} (( segid "PX14" and resid 42 and name HD1 )) (( segid "PX14" and resid 37 and name HG2 )) 5.500 5.500 0.500 peak 1217 spectrum 2 weight 0.11000E+01 volume 0.30039E-04 ppm1 3.118 ppm2 2.289 CV 1 ASSI { 1218} (( segid "PX14" and resid 36 and name HA )) (( segid "PX14" and resid 41 and name HB )) 3.400 3.400 2.600 peak 1218 spectrum 2 weight 0.11000E+01 volume 0.57481E-03 ppm1 3.619 ppm2 2.038 CV 1 ASSI { 1220} (( segid "PX14" and resid 36 and name HA )) (( segid "PX14" and resid 38 and name HB1 )) 5.200 5.200 0.800 peak 1220 spectrum 2 weight 0.11000E+01 volume 0.11067E-03 ppm1 3.626 ppm2 2.772 CV 1 ASSI { 1221} (( segid "PX14" and resid 36 and name HA )) (( segid "PX14" and resid 49 and name HD1 )) 5.900 4.400 0.100 peak 1221 spectrum 2 weight 0.11000E+01 volume 0.71156E-04 ppm1 3.617 ppm2 3.292 CV 1 ASSI { 1222} (( segid "PX14" and resid 36 and name HA )) (( segid "PX14" and resid 41 and name HA )) 5.200 5.200 0.800 peak 1222 spectrum 2 weight 0.11000E+01 volume 0.27153E-03 ppm1 3.633 ppm2 3.352 CV 1 ASSI { 1225} (( segid "PX14" and resid 46 and name HB1 )) ( segid "PX14" and resid 67 and name HE% ) 3.900 3.900 2.100 peak 1225 spectrum 2 weight 0.11000E+01 volume 0.30052E-03 ppm1 1.686 ppm2 7.118 CV 1 ASSI { 1227} (( segid "PX14" and resid 59 and name HB )) (( segid "PX14" and resid 60 and name HB2 )) 5.100 5.100 0.900 peak 1227 spectrum 2 weight 0.11000E+01 volume 0.17293E-03 ppm1 4.708 ppm2 2.510 CV 1 ASSI { 1228} (( segid "PX14" and resid 59 and name HB )) (( segid "PX14" and resid 61 and name HB1 )) 4.900 4.900 1.100 peak 1228 spectrum 2 weight 0.11000E+01 volume 0.16791E-03 ppm1 4.690 ppm2 2.049 CV 1 ASSI { 1229} (( segid "PX14" and resid 59 and name HB )) (( segid "PX14" and resid 61 and name HB2 )) 5.100 5.100 0.900 peak 1229 spectrum 2 weight 0.11000E+01 volume 0.20908E-03 ppm1 4.708 ppm2 1.872 CV 1 ASSI { 1230} (( segid "PX14" and resid 59 and name HB )) (( segid "PX14" and resid 60 and name HB1 )) 6.000 6.000 0.000 peak 1230 spectrum 2 weight 0.11000E+01 volume 0.16437E-05 ppm1 4.689 ppm2 2.654 CV 1 ASSI { 1231} (( segid "PX14" and resid 59 and name HB )) (( segid "PX14" and resid 54 and name HG2 )) 4.200 2.200 1.800 peak 1231 spectrum 2 weight 0.11000E+01 volume 0.38817E-03 ppm1 4.681 ppm2 1.357 CV 1 ASSI { 1232} (( segid "PX14" and resid 59 and name HB )) ( segid "PX14" and resid 22 and name HG1%) 4.600 4.600 1.400 peak 1232 spectrum 2 weight 0.11000E+01 volume 0.22409E-03 ppm1 4.699 ppm2 0.906 CV 1 ASSI { 1233} (( segid "PX14" and resid 41 and name HA )) ( segid "PX14" and resid 35 and name HE% ) 4.800 4.800 1.200 peak 1233 spectrum 2 weight 0.11000E+01 volume 0.16091E-03 ppm1 3.448 ppm2 7.094 CV 1 ASSI { 1234} (( segid "PX14" and resid 41 and name HA )) ( segid "PX14" and resid 35 and name HD% ) 5.300 5.300 0.700 peak 1234 spectrum 2 weight 0.11000E+01 volume 0.17910E-03 ppm1 3.429 ppm2 6.816 CV 1 ASSI { 1237} ( segid "PX14" and resid 58 and name HD1%) ( segid "PX14" and resid 67 and name HD% ) 4.400 4.400 1.600 peak 1237 spectrum 2 weight 0.11000E+01 volume 0.21253E-03 ppm1 0.700 ppm2 7.309 CV 1 ASSI { 1238} ( segid "PX14" and resid 58 and name HD1%) ( segid "PX14" and resid 67 and name HE% ) 3.100 3.100 2.900 peak 1238 spectrum 2 weight 0.11000E+01 volume 0.18371E-02 ppm1 0.706 ppm2 7.091 CV 1 ASSI { 1239} (( segid "PX14" and resid 23 and name HB1 )) (( segid "PX14" and resid 23 and name HA )) 2.900 2.900 3.100 peak 1239 spectrum 2 weight 0.11000E+01 volume 0.23227E-02 ppm1 1.582 ppm2 4.645 CV 1 ASSI { 1242} ( segid "PX14" and resid 23 and name HD1%) (( segid "PX14" and resid 23 and name HA )) 2.600 2.600 3.400 peak 1242 spectrum 2 weight 0.11000E+01 volume 0.38138E-02 ppm1 0.916 ppm2 4.645 CV 1 ASSI { 1243} (( segid "PX14" and resid 24 and name HB1 )) ( segid "PX14" and resid 22 and name HG1%) 2.800 2.800 3.200 peak 1243 spectrum 2 weight 0.11000E+01 volume 0.30685E-02 ppm1 2.197 ppm2 0.913 CV 1 ASSI { 1244} (( segid "PX14" and resid 24 and name HB2 )) ( segid "PX14" and resid 22 and name HG1%) 3.000 3.000 3.000 peak 1244 spectrum 2 weight 0.11000E+01 volume 0.37310E-02 ppm1 1.856 ppm2 0.914 CV 1 ASSI { 1246} (( segid "PX14" and resid 45 and name HD2 )) (( segid "PX14" and resid 45 and name HB1 )) 4.600 4.600 1.400 peak 1246 spectrum 2 weight 0.11000E+01 volume 0.33438E-03 ppm1 3.704 ppm2 2.603 CV 1 ASSI { 1247} (( segid "PX14" and resid 27 and name HD1 )) (( segid "PX14" and resid 27 and name HA )) 3.400 1.400 1.400 peak 1247 spectrum 2 weight 0.11000E+01 volume 0.88012E-03 ppm1 3.856 ppm2 4.401 CV 1 ASSI { 1248} (( segid "PX14" and resid 27 and name HD2 )) (( segid "PX14" and resid 27 and name HA )) 4.000 2.000 2.000 peak 1248 spectrum 2 weight 0.11000E+01 volume 0.44537E-03 ppm1 3.563 ppm2 4.398 CV 1 ASSI { 1250} (( segid "PX14" and resid 35 and name HB2 )) (( segid "PX14" and resid 35 and name HB1 )) 2.300 2.300 3.700 peak 1250 spectrum 2 weight 0.11000E+01 volume 0.35309E-02 ppm1 3.261 ppm2 3.518 CV 1 ASSI { 1253} (( segid "PX14" and resid 35 and name HB2 )) (( segid "PX19" and resid 109 and name HB1 )) 3.700 3.700 2.300 peak 1253 spectrum 2 weight 0.11000E+01 volume 0.58892E-03 ppm1 3.268 ppm2 1.555 CV 1 ASSI { 1254} (( segid "PX14" and resid 35 and name HB2 )) ( segid "PX14" and resid 53 and name HD1%) 4.500 4.500 1.500 peak 1254 spectrum 2 weight 0.11000E+01 volume 0.25342E-03 ppm1 3.273 ppm2 0.760 CV 1 ASSI { 1255} (( segid "PX14" and resid 38 and name HA )) ( segid "PX19" and resid 109 and name HD1%) 4.500 4.500 1.500 peak 1255 spectrum 2 weight 0.11000E+01 volume 0.24094E-03 ppm1 4.420 ppm2 0.799 CV 1 ASSI { 1256} (( segid "PX14" and resid 38 and name HA )) ( segid "PX14" and resid 41 and name HG1%) 5.800 5.800 0.200 peak 1256 spectrum 2 weight 0.11000E+01 volume 0.80337E-04 ppm1 4.430 ppm2 0.299 CV 1 ASSI { 1257} (( segid "PX14" and resid 40 and name HD1 )) (( segid "PX14" and resid 40 and name HD2 )) 1.900 0.500 0.500 peak 1257 spectrum 2 weight 0.11000E+01 volume 0.10431E-01 ppm1 2.903 ppm2 2.638 CV 1 ASSI { 1259} (( segid "PX14" and resid 40 and name HD1 )) (( segid "PX14" and resid 40 and name HG2 )) 3.000 3.000 3.000 peak 1259 spectrum 2 weight 0.11000E+01 volume 0.14327E-02 ppm1 2.906 ppm2 1.431 CV 1 ASSI { 1260} (( segid "PX14" and resid 40 and name HD2 )) (( segid "PX14" and resid 40 and name HG2 )) 2.900 1.100 1.100 peak 1260 spectrum 2 weight 0.11000E+01 volume 0.18568E-02 ppm1 2.632 ppm2 1.425 CV 1 ASSI { 1261} (( segid "PX14" and resid 40 and name HD2 )) (( segid "PX14" and resid 40 and name HG1 )) 3.000 1.100 1.100 peak 1261 spectrum 2 weight 0.11000E+01 volume 0.16483E-02 ppm1 2.633 ppm2 1.667 CV 1 ASSI { 1262} (( segid "PX14" and resid 40 and name HD2 )) (( segid "PX14" and resid 40 and name HB1 )) 2.900 1.000 1.000 peak 1262 spectrum 2 weight 0.11000E+01 volume 0.24366E-02 ppm1 2.633 ppm2 1.914 CV 1 ASSI { 1265} ( segid "PX14" and resid 41 and name HG1%) (( segid "PX14" and resid 38 and name HB2 )) 3.500 3.500 2.500 peak 1265 spectrum 2 weight 0.11000E+01 volume 0.15838E-02 ppm1 0.297 ppm2 2.674 CV 1 ASSI { 1266} (( segid "PX14" and resid 45 and name HA )) (( segid "PX14" and resid 45 and name HB2 )) 3.100 1.200 1.200 peak 1266 spectrum 2 weight 0.11000E+01 volume 0.22740E-02 ppm1 4.532 ppm2 2.029 CV 1 ASSI { 1267} (( segid "PX14" and resid 49 and name HB1 )) ( segid "PX14" and resid 46 and name HD2%) 3.200 3.200 2.800 peak 1267 spectrum 2 weight 0.11000E+01 volume 0.70997E-03 ppm1 2.428 ppm2 0.715 CV 1 OR { 1267} (( segid "PX14" and resid 49 and name HB1 )) ( segid "PX14" and resid 46 and name HD1%) ASSI { 1268} (( segid "PX14" and resid 49 and name HB1 )) (( segid "PX14" and resid 50 and name HG1 )) 3.600 3.600 2.400 peak 1268 spectrum 2 weight 0.11000E+01 volume 0.74294E-03 ppm1 2.428 ppm2 1.476 CV 1 ASSI { 1269} (( segid "PX14" and resid 52 and name HA )) ( segid "PX14" and resid 51 and name HB% ) 3.900 3.900 2.100 peak 1269 spectrum 2 weight 0.11000E+01 volume 0.44308E-03 ppm1 4.194 ppm2 1.615 CV 1 ASSI { 1273} ( segid "PX14" and resid 80 and name HD2%) (( segid "PX14" and resid 80 and name HG )) 2.700 2.700 3.300 peak 1273 spectrum 2 weight 0.11000E+01 volume 0.31447E-02 ppm1 0.768 ppm2 1.469 CV 1 ASSI { 1274} ( segid "PX14" and resid 80 and name HD2%) (( segid "PX14" and resid 80 and name HB1 )) 2.600 2.600 3.400 peak 1274 spectrum 2 weight 0.11000E+01 volume 0.42146E-02 ppm1 0.756 ppm2 1.379 CV 1 ASSI { 1275} (( segid "PX14" and resid 56 and name HG2 )) (( segid "PX14" and resid 56 and name HB1 )) 3.500 1.500 1.500 peak 1275 spectrum 2 weight 0.11000E+01 volume 0.78755E-03 ppm1 -0.494 ppm2 1.398 CV 1 ASSI { 1276} (( segid "PX14" and resid 56 and name HG1 )) (( segid "PX14" and resid 56 and name HB1 )) 3.400 1.500 1.500 peak 1276 spectrum 2 weight 0.11000E+01 volume 0.55881E-03 ppm1 0.131 ppm2 1.404 CV 1 ASSI { 1277} (( segid "PX14" and resid 56 and name HG1 )) (( segid "PX14" and resid 56 and name HB2 )) 3.600 1.600 1.600 peak 1277 spectrum 2 weight 0.11000E+01 volume 0.61789E-03 ppm1 0.137 ppm2 1.217 CV 1 ASSI { 1280} (( segid "PX14" and resid 56 and name HB1 )) (( segid "PX14" and resid 56 and name HB2 )) 2.400 0.700 0.700 peak 1280 spectrum 2 weight 0.11000E+01 volume 0.28699E-02 ppm1 1.392 ppm2 1.231 CV 1 ASSI { 1283} (( segid "PX14" and resid 56 and name HG2 )) (( segid "PX14" and resid 56 and name HA )) 5.200 3.300 0.800 peak 1283 spectrum 2 weight 0.11000E+01 volume 0.82173E-04 ppm1 -0.491 ppm2 3.886 CV 1 ASSI { 1287} (( segid "PX14" and resid 56 and name HA )) (( segid "PX14" and resid 56 and name HB1 )) 3.100 1.200 1.200 peak 1287 spectrum 2 weight 0.11000E+01 volume 0.11402E-02 ppm1 3.886 ppm2 1.398 CV 1 ASSI { 1288} (( segid "PX14" and resid 56 and name HA )) (( segid "PX14" and resid 56 and name HB2 )) 3.400 1.400 1.400 peak 1288 spectrum 2 weight 0.11000E+01 volume 0.10708E-02 ppm1 3.879 ppm2 1.225 CV 1 ASSI { 1289} (( segid "PX14" and resid 56 and name HA )) (( segid "PX14" and resid 56 and name HG1 )) 4.000 2.000 2.000 peak 1289 spectrum 2 weight 0.11000E+01 volume 0.30543E-03 ppm1 3.881 ppm2 0.133 CV 1 ASSI { 1291} (( segid "PX14" and resid 56 and name HG1 )) (( segid "PX14" and resid 56 and name HD2 )) 3.700 3.700 2.300 peak 1291 spectrum 2 weight 0.11000E+01 volume 0.38696E-03 ppm1 0.130 ppm2 0.998 CV 1 ASSI { 1292} (( segid "PX14" and resid 56 and name HG2 )) (( segid "PX14" and resid 56 and name HD2 )) 4.000 4.000 2.000 peak 1292 spectrum 2 weight 0.11000E+01 volume 0.28463E-03 ppm1 -0.492 ppm2 0.992 CV 1 ASSI { 1297} (( segid "PX14" and resid 64 and name HB1 )) ( segid "PX14" and resid 65 and name HE% ) 4.400 2.400 1.600 peak 1297 spectrum 2 weight 0.11000E+01 volume 0.46819E-03 ppm1 2.860 ppm2 2.036 CV 1 ASSI { 1298} (( segid "PX14" and resid 64 and name HB2 )) ( segid "PX14" and resid 65 and name HE% ) 3.600 3.600 2.400 peak 1298 spectrum 2 weight 0.11000E+01 volume 0.79134E-03 ppm1 2.670 ppm2 2.036 CV 1 ASSI { 1301} (( segid "PX14" and resid 70 and name HB1 )) ( segid "PX14" and resid 72 and name HG2%) 4.300 4.300 1.700 peak 1301 spectrum 2 weight 0.11000E+01 volume 0.20879E-03 ppm1 4.090 ppm2 0.933 CV 1 ASSI { 1302} (( segid "PX14" and resid 70 and name HB2 )) ( segid "PX14" and resid 72 and name HG2%) 3.600 3.600 2.400 peak 1302 spectrum 2 weight 0.11000E+01 volume 0.62037E-03 ppm1 3.917 ppm2 0.930 CV 1 ASSI { 1309} (( segid "PX14" and resid 75 and name HB1 )) (( segid "PX14" and resid 75 and name HA )) 2.600 0.900 0.900 peak 1309 spectrum 2 weight 0.11000E+01 volume 0.40755E-02 ppm1 2.645 ppm2 4.567 CV 1 ASSI { 1322} (( segid "PX14" and resid 31 and name HA )) (( segid "PX19" and resid 112 and name HA )) 4.200 2.200 1.800 peak 1322 spectrum 2 weight 0.11000E+01 volume 0.28342E-03 ppm1 3.774 ppm2 4.250 CV 1 ASSI { 1330} (( segid "PX14" and resid 72 and name HB )) ( segid "PX14" and resid 67 and name HE% ) 5.600 3.900 0.400 peak 1330 spectrum 2 weight 0.11000E+01 volume 0.48210E-04 ppm1 4.180 ppm2 7.101 CV 1 ASSI { 1338} (( segid "PX14" and resid 33 and name HA )) ( segid "PX14" and resid 67 and name HD% ) 5.000 3.100 1.000 peak 1338 spectrum 2 weight 0.11000E+01 volume 0.11277E-03 ppm1 3.326 ppm2 7.304 CV 1 ASSI { 1339} (( segid "PX14" and resid 33 and name HA )) ( segid "PX14" and resid 67 and name HE% ) 6.000 6.000 0.000 peak 1339 spectrum 2 weight 0.11000E+01 volume 0.22890E-04 ppm1 3.320 ppm2 7.100 CV 1 ASSI { 1340} (( segid "PX14" and resid 41 and name HA )) ( segid "PX19" and resid 106 and name HD% ) 4.400 4.400 1.600 peak 1340 spectrum 2 weight 0.11000E+01 volume 0.21887E-03 ppm1 3.441 ppm2 6.991 CV 1 ASSI { 1341} (( segid "PX14" and resid 41 and name HA )) ( segid "PX19" and resid 106 and name HE% ) 3.700 3.700 2.300 peak 1341 spectrum 2 weight 0.11000E+01 volume 0.46363E-03 ppm1 3.458 ppm2 7.243 CV 1 ASSI { 1344} (( segid "PX14" and resid 48 and name HA )) (( segid "PX19" and resid 106 and name HZ )) 5.700 5.700 0.300 peak 1344 spectrum 2 weight 0.11000E+01 volume 0.14145E-03 ppm1 4.442 ppm2 7.286 CV 1 ASSI { 1345} (( segid "PX14" and resid 31 and name HA )) (( segid "PX19" and resid 110 and name HZ )) 4.600 4.600 1.400 peak 1345 spectrum 2 weight 0.11000E+01 volume 0.24656E-03 ppm1 3.993 ppm2 7.042 CV 1 ASSI { 1349} (( segid "PX14" and resid 44 and name HB1 )) ( segid "PX19" and resid 106 and name HE% ) 3.000 1.100 1.100 peak 1349 spectrum 2 weight 0.11000E+01 volume 0.16808E-02 ppm1 4.032 ppm2 7.290 CV 1 OR { 1349} (( segid "PX14" and resid 44 and name HB1 )) (( segid "PX19" and resid 106 and name HZ )) ASSI { 1350} (( segid "PX14" and resid 44 and name HB1 )) ( segid "PX19" and resid 106 and name HD% ) 6.000 6.000 0.000 peak 1350 spectrum 2 weight 0.11000E+01 volume 0.66034E-05 ppm1 4.101 ppm2 6.981 CV 1 ASSI { 1351} (( segid "PX14" and resid 67 and name HA )) ( segid "PX14" and resid 67 and name HE% ) 4.900 4.900 1.100 peak 1351 spectrum 2 weight 0.11000E+01 volume 0.31979E-03 ppm1 3.951 ppm2 7.110 CV 1 ASSI { 1352} (( segid "PX14" and resid 52 and name HA )) ( segid "PX14" and resid 52 and name HE% ) 4.300 2.300 1.700 peak 1352 spectrum 2 weight 0.11000E+01 volume 0.35907E-03 ppm1 4.162 ppm2 6.640 CV 1 ASSI { 1353} (( segid "PX14" and resid 52 and name HA )) ( segid "PX19" and resid 106 and name HD% ) 4.800 2.900 1.200 peak 1353 spectrum 2 weight 0.11000E+01 volume 0.13835E-03 ppm1 4.174 ppm2 6.978 CV 1 ASSI { 1354} (( segid "PX14" and resid 35 and name HA )) ( segid "PX14" and resid 35 and name HE% ) 3.900 1.900 1.900 peak 1354 spectrum 2 weight 0.11000E+01 volume 0.61354E-03 ppm1 4.129 ppm2 6.809 CV 1 ASSI { 1355} (( segid "PX14" and resid 50 and name HA )) ( segid "PX14" and resid 67 and name HE% ) 3.200 3.200 2.800 peak 1355 spectrum 2 weight 0.11000E+01 volume 0.82086E-03 ppm1 3.895 ppm2 7.001 CV 1 ASSI { 1356} (( segid "PX14" and resid 50 and name HA )) ( segid "PX14" and resid 67 and name HD% ) 3.500 3.500 2.500 peak 1356 spectrum 2 weight 0.11000E+01 volume 0.85927E-03 ppm1 3.895 ppm2 7.106 CV 1 ASSI { 1357} (( segid "PX14" and resid 42 and name HA )) (( segid "PX14" and resid 67 and name HZ )) 4.400 4.400 1.600 peak 1357 spectrum 2 weight 0.11000E+01 volume 0.26675E-03 ppm1 3.908 ppm2 7.014 CV 1 ASSI { 1358} (( segid "PX14" and resid 42 and name HA )) ( segid "PX14" and resid 67 and name HE% ) 4.000 4.000 2.000 peak 1358 spectrum 2 weight 0.11000E+01 volume 0.26920E-03 ppm1 3.908 ppm2 7.121 CV 1 ASSI { 1363} (( segid "PX14" and resid 53 and name HA )) ( segid "PX14" and resid 52 and name HE% ) 4.700 2.800 1.300 peak 1363 spectrum 2 weight 0.11000E+01 volume 0.11040E-03 ppm1 3.475 ppm2 6.637 CV 1 ASSI { 1364} (( segid "PX14" and resid 53 and name HA )) (( segid "PX19" and resid 110 and name HZ )) 3.800 1.800 1.800 peak 1364 spectrum 2 weight 0.11000E+01 volume 0.42665E-03 ppm1 3.467 ppm2 7.017 CV 1 ASSI { 1368} (( segid "PX14" and resid 36 and name HA )) ( segid "PX14" and resid 35 and name HD% ) 3.400 3.400 2.600 peak 1368 spectrum 2 weight 0.11000E+01 volume 0.63075E-03 ppm1 3.604 ppm2 7.095 CV 1 ASSI { 1369} (( segid "PX14" and resid 36 and name HA )) ( segid "PX14" and resid 35 and name HE% ) 5.600 3.900 0.400 peak 1369 spectrum 2 weight 0.11000E+01 volume 0.10066E-03 ppm1 3.605 ppm2 6.809 CV 1 ASSI { 1370} (( segid "PX14" and resid 32 and name HA )) (( segid "PX19" and resid 110 and name HZ )) 3.600 3.600 2.400 peak 1370 spectrum 2 weight 0.11000E+01 volume 0.11018E-02 ppm1 4.095 ppm2 7.018 CV 1 OR { 1370} (( segid "PX14" and resid 32 and name HA )) ( segid "PX19" and resid 110 and name HD% ) ASSI { 1371} (( segid "PX14" and resid 32 and name HA )) ( segid "PX19" and resid 110 and name HE% ) 2.400 2.400 3.600 peak 1371 spectrum 2 weight 0.11000E+01 volume 0.34139E-02 ppm1 4.097 ppm2 7.085 CV 1 ASSI { 1372} (( segid "PX14" and resid 32 and name HA )) ( segid "PX14" and resid 35 and name HD% ) 5.000 5.000 1.000 peak 1372 spectrum 2 weight 0.11000E+01 volume 0.11559E-03 ppm1 4.091 ppm2 6.808 CV 1 ASSI { 1373} (( segid "PX14" and resid 56 and name HA )) ( segid "PX14" and resid 52 and name HE% ) 4.900 4.900 1.100 peak 1373 spectrum 2 weight 0.11000E+01 volume 0.19441E-03 ppm1 3.884 ppm2 6.659 CV 1 ASSI { 1374} (( segid "PX14" and resid 45 and name HD2 )) ( segid "PX19" and resid 106 and name HE% ) 5.700 4.000 0.300 peak 1374 spectrum 2 weight 0.11000E+01 volume 0.36638E-04 ppm1 3.643 ppm2 7.186 CV 1 ASSI { 1375} (( segid "PX14" and resid 45 and name HD2 )) (( segid "PX19" and resid 106 and name HZ )) 4.600 2.600 1.400 peak 1375 spectrum 2 weight 0.11000E+01 volume 0.11891E-03 ppm1 3.629 ppm2 7.292 CV 1 ASSI { 1377} (( segid "PX14" and resid 42 and name HD1 )) ( segid "PX14" and resid 67 and name HD% ) 6.000 5.300 0.000 peak 1377 spectrum 2 weight 0.11000E+01 volume 0.23411E-04 ppm1 3.056 ppm2 7.302 CV 1 ASSI { 1378} (( segid "PX14" and resid 40 and name HD1 )) ( segid "PX19" and resid 105 and name HE% ) 4.200 4.200 1.800 peak 1378 spectrum 2 weight 0.11000E+01 volume 0.29973E-03 ppm1 2.907 ppm2 7.292 CV 1 ASSI { 1379} (( segid "PX14" and resid 40 and name HD2 )) ( segid "PX19" and resid 105 and name HE% ) 3.300 1.400 1.400 peak 1379 spectrum 2 weight 0.11000E+01 volume 0.62497E-03 ppm1 2.638 ppm2 7.290 CV 1 ASSI { 1380} (( segid "PX14" and resid 40 and name HD2 )) ( segid "PX19" and resid 105 and name HD% ) 4.600 2.700 1.400 peak 1380 spectrum 2 weight 0.11000E+01 volume 0.97064E-04 ppm1 2.648 ppm2 7.197 CV 1 ASSI { 1381} (( segid "PX14" and resid 40 and name HD1 )) ( segid "PX19" and resid 105 and name HD% ) 5.900 5.900 0.100 peak 1381 spectrum 2 weight 0.11000E+01 volume 0.36439E-04 ppm1 2.912 ppm2 7.192 CV 1 ASSI { 1384} (( segid "PX14" and resid 54 and name HE1 )) ( segid "PX14" and resid 67 and name HE% ) 4.300 4.300 1.700 peak 1384 spectrum 2 weight 0.11000E+01 volume 0.31881E-03 ppm1 2.947 ppm2 7.107 CV 1 ASSI { 1385} (( segid "PX14" and resid 54 and name HE1 )) ( segid "PX14" and resid 67 and name HD% ) 4.000 4.000 2.000 peak 1385 spectrum 2 weight 0.11000E+01 volume 0.52699E-03 ppm1 2.932 ppm2 7.314 CV 1 ASSI { 1386} (( segid "PX14" and resid 56 and name HE1 )) ( segid "PX14" and resid 52 and name HE% ) 3.000 3.000 3.000 peak 1386 spectrum 2 weight 0.11000E+01 volume 0.16016E-02 ppm1 2.309 ppm2 6.653 CV 1 ASSI { 1387} (( segid "PX14" and resid 46 and name HB1 )) ( segid "PX14" and resid 67 and name HD% ) 5.200 5.200 0.800 peak 1387 spectrum 2 weight 0.11000E+01 volume 0.51937E-04 ppm1 1.701 ppm2 7.318 CV 1 ASSI { 1388} (( segid "PX14" and resid 46 and name HB1 )) (( segid "PX14" and resid 67 and name HZ )) 4.900 4.900 1.100 peak 1388 spectrum 2 weight 0.11000E+01 volume 0.17799E-03 ppm1 1.691 ppm2 7.015 CV 1 ASSI { 1389} (( segid "PX14" and resid 64 and name HB1 )) ( segid "PX14" and resid 67 and name HD% ) 4.400 4.400 1.600 peak 1389 spectrum 2 weight 0.11000E+01 volume 0.30569E-03 ppm1 2.884 ppm2 7.304 CV 1 ASSI { 1390} (( segid "PX14" and resid 64 and name HB2 )) ( segid "PX14" and resid 67 and name HD% ) 4.500 4.500 1.500 peak 1390 spectrum 2 weight 0.11000E+01 volume 0.39634E-03 ppm1 2.673 ppm2 7.306 CV 1 ASSI { 1393} (( segid "PX14" and resid 52 and name HB2 )) ( segid "PX19" and resid 106 and name HD% ) 3.500 3.500 2.500 peak 1393 spectrum 2 weight 0.11000E+01 volume 0.58642E-03 ppm1 2.933 ppm2 6.982 CV 1 ASSI { 1394} (( segid "PX14" and resid 52 and name HB1 )) ( segid "PX19" and resid 106 and name HD% ) 3.500 3.500 2.500 peak 1394 spectrum 2 weight 0.11000E+01 volume 0.12053E-02 ppm1 3.489 ppm2 6.983 CV 1 ASSI { 1395} (( segid "PX14" and resid 52 and name HB2 )) ( segid "PX19" and resid 106 and name HE% ) 3.800 3.800 2.200 peak 1395 spectrum 2 weight 0.11000E+01 volume 0.38086E-03 ppm1 2.956 ppm2 7.248 CV 1 ASSI { 1396} (( segid "PX14" and resid 52 and name HB1 )) ( segid "PX19" and resid 106 and name HE% ) 4.200 4.200 1.800 peak 1396 spectrum 2 weight 0.11000E+01 volume 0.36857E-03 ppm1 3.492 ppm2 7.243 CV 1 ASSI { 1398} (( segid "PX14" and resid 35 and name HB2 )) (( segid "PX19" and resid 110 and name HZ )) 4.000 4.000 2.000 peak 1398 spectrum 2 weight 0.11000E+01 volume 0.61713E-03 ppm1 3.268 ppm2 7.018 CV 1 ASSI { 1399} (( segid "PX14" and resid 35 and name HB1 )) (( segid "PX19" and resid 110 and name HZ )) 4.300 2.300 1.700 peak 1399 spectrum 2 weight 0.11000E+01 volume 0.52687E-03 ppm1 3.497 ppm2 7.021 CV 1 ASSI { 1400} (( segid "PX14" and resid 35 and name HB2 )) ( segid "PX14" and resid 52 and name HD% ) 4.400 4.400 1.600 peak 1400 spectrum 2 weight 0.11000E+01 volume 0.29139E-03 ppm1 3.265 ppm2 6.823 CV 1 ASSI { 1403} (( segid "PX14" and resid 67 and name HB1 )) ( segid "PX14" and resid 67 and name HE% ) 5.900 4.400 0.100 peak 1403 spectrum 2 weight 0.11000E+01 volume 0.53300E-04 ppm1 3.352 ppm2 7.116 CV 1 ASSI { 1405} (( segid "PX14" and resid 49 and name HB1 )) ( segid "PX14" and resid 52 and name HD% ) 4.700 4.700 1.300 peak 1405 spectrum 2 weight 0.11000E+01 volume 0.96153E-04 ppm1 2.427 ppm2 6.824 CV 1 ASSI { 1406} (( segid "PX14" and resid 49 and name HB2 )) ( segid "PX14" and resid 52 and name HD% ) 4.400 4.400 1.600 peak 1406 spectrum 2 weight 0.11000E+01 volume 0.35845E-03 ppm1 1.772 ppm2 6.816 CV 1 ASSI { 1407} (( segid "PX14" and resid 49 and name HB1 )) (( segid "PX14" and resid 67 and name HZ )) 2.600 0.800 0.800 peak 1407 spectrum 2 weight 0.11000E+01 volume 0.12721E-02 ppm1 2.427 ppm2 7.002 CV 1 ASSI { 1408} (( segid "PX14" and resid 49 and name HB2 )) (( segid "PX14" and resid 67 and name HZ )) 4.000 4.000 2.000 peak 1408 spectrum 2 weight 0.11000E+01 volume 0.10429E-02 ppm1 1.781 ppm2 7.006 CV 1 ASSI { 1411} (( segid "PX14" and resid 49 and name HB2 )) ( segid "PX14" and resid 67 and name HE% ) 4.200 4.200 1.800 peak 1411 spectrum 2 weight 0.11000E+01 volume 0.44799E-03 ppm1 1.763 ppm2 7.107 CV 1 ASSI { 1412} (( segid "PX14" and resid 49 and name HB2 )) ( segid "PX14" and resid 67 and name HD% ) 5.200 3.400 0.800 peak 1412 spectrum 2 weight 0.11000E+01 volume 0.11418E-03 ppm1 1.724 ppm2 7.301 CV 1 ASSI { 1413} (( segid "PX14" and resid 55 and name HB1 )) ( segid "PX14" and resid 52 and name HE% ) 4.200 4.200 1.800 peak 1413 spectrum 2 weight 0.11000E+01 volume 0.36264E-03 ppm1 1.791 ppm2 6.654 CV 1 ASSI { 1414} (( segid "PX14" and resid 55 and name HB1 )) ( segid "PX14" and resid 52 and name HD% ) 3.700 3.700 2.300 peak 1414 spectrum 2 weight 0.11000E+01 volume 0.81627E-03 ppm1 1.791 ppm2 6.819 CV 1 ASSI { 1417} (( segid "PX14" and resid 41 and name HB )) ( segid "PX14" and resid 35 and name HE% ) 4.700 4.700 1.300 peak 1417 spectrum 2 weight 0.11000E+01 volume 0.27154E-03 ppm1 2.027 ppm2 6.818 CV 1 ASSI { 1418} (( segid "PX14" and resid 34 and name HD1 )) ( segid "PX14" and resid 35 and name HE% ) 3.200 3.200 2.800 peak 1418 spectrum 2 weight 0.11000E+01 volume 0.19464E-02 ppm1 1.653 ppm2 6.817 CV 1 ASSI { 1420} (( segid "PX14" and resid 36 and name HG )) ( segid "PX14" and resid 35 and name HE% ) 3.500 3.500 2.500 peak 1420 spectrum 2 weight 0.11000E+01 volume 0.10427E-02 ppm1 2.156 ppm2 6.815 CV 1 ASSI { 1421} ( segid "PX14" and resid 53 and name HD2%) ( segid "PX14" and resid 52 and name HD% ) 3.300 3.300 2.700 peak 1421 spectrum 2 weight 0.11000E+01 volume 0.90475E-03 ppm1 0.989 ppm2 6.815 CV 1 ASSI { 1422} ( segid "PX14" and resid 53 and name HD2%) (( segid "PX19" and resid 110 and name HZ )) 3.700 3.700 2.300 peak 1422 spectrum 2 weight 0.11000E+01 volume 0.74032E-03 ppm1 0.998 ppm2 7.015 CV 1 ASSI { 1423} ( segid "PX14" and resid 58 and name HD1%) (( segid "PX19" and resid 110 and name HZ )) 3.800 1.800 1.800 peak 1423 spectrum 2 weight 0.11000E+01 volume 0.41796E-03 ppm1 0.698 ppm2 7.019 CV 1 ASSI { 1424} (( segid "PX14" and resid 46 and name HG )) (( segid "PX14" and resid 67 and name HZ )) 3.900 1.900 1.900 peak 1424 spectrum 2 weight 0.11000E+01 volume 0.54946E-03 ppm1 1.576 ppm2 7.005 CV 1 ASSI { 1425} (( segid "PX14" and resid 46 and name HG )) ( segid "PX14" and resid 67 and name HE% ) 3.400 3.400 2.600 peak 1425 spectrum 2 weight 0.11000E+01 volume 0.73944E-03 ppm1 1.580 ppm2 7.117 CV 1 ASSI { 1427} ( segid "PX14" and resid 41 and name HG1%) ( segid "PX14" and resid 35 and name HE% ) 2.700 2.700 3.300 peak 1427 spectrum 2 weight 0.11000E+01 volume 0.20451E-02 ppm1 0.301 ppm2 6.809 CV 1 ASSI { 1428} ( segid "PX14" and resid 41 and name HG1%) ( segid "PX19" and resid 106 and name HD% ) 3.600 3.600 2.400 peak 1428 spectrum 2 weight 0.11000E+01 volume 0.97961E-03 ppm1 0.305 ppm2 6.980 CV 1 ASSI { 1429} ( segid "PX14" and resid 41 and name HG1%) ( segid "PX14" and resid 67 and name HE% ) 3.200 3.200 2.800 peak 1429 spectrum 2 weight 0.11000E+01 volume 0.12679E-02 ppm1 0.301 ppm2 7.095 CV 1 ASSI { 1430} ( segid "PX14" and resid 41 and name HG1%) ( segid "PX19" and resid 105 and name HE% ) 2.800 2.800 3.200 peak 1430 spectrum 2 weight 0.11000E+01 volume 0.52213E-02 ppm1 0.305 ppm2 7.273 CV 1 ASSI { 1432} (( segid "PX14" and resid 56 and name HG1 )) ( segid "PX14" and resid 52 and name HE% ) 3.800 3.800 2.200 peak 1432 spectrum 2 weight 0.11000E+01 volume 0.45745E-03 ppm1 0.149 ppm2 6.645 CV 1 ASSI { 1433} (( segid "PX14" and resid 56 and name HG2 )) ( segid "PX14" and resid 52 and name HE% ) 3.500 3.500 2.500 peak 1433 spectrum 2 weight 0.11000E+01 volume 0.50975E-03 ppm1 -0.474 ppm2 6.652 CV 1 ASSI { 1435} ( segid "PX14" and resid 48 and name HG2%) ( segid "PX14" and resid 52 and name HD% ) 4.500 4.500 1.500 peak 1435 spectrum 2 weight 0.11000E+01 volume 0.15895E-03 ppm1 1.482 ppm2 6.813 CV 1 ASSI { 1439} ( segid "PX14" and resid 36 and name HD1%) (( segid "PX19" and resid 110 and name HZ )) 3.200 3.200 2.800 peak 1439 spectrum 2 weight 0.11000E+01 volume 0.22420E-02 ppm1 0.712 ppm2 7.001 CV 1 ASSI { 1440} ( segid "PX14" and resid 36 and name HD1%) ( segid "PX19" and resid 110 and name HE% ) 2.500 2.500 3.500 peak 1440 spectrum 2 weight 0.11000E+01 volume 0.77093E-02 ppm1 0.721 ppm2 7.109 CV 1 ASSI { 1441} ( segid "PX14" and resid 36 and name HD1%) ( segid "PX14" and resid 67 and name HD% ) 3.200 3.200 2.800 peak 1441 spectrum 2 weight 0.11000E+01 volume 0.10408E-02 ppm1 0.697 ppm2 7.314 CV 1 ASSI { 1447} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX19" and resid 110 and name HD% ) 4.100 2.100 1.900 peak 1447 spectrum 2 weight 0.11000E+01 volume 0.65594E-03 ppm1 1.523 ppm2 7.014 CV 1 ASSI { 1450} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX14" and resid 56 and name HG2 )) 3.500 3.500 2.500 peak 1450 spectrum 2 weight 0.11000E+01 volume 0.71550E-03 ppm1 2.309 ppm2 -0.479 CV 1 ASSI { 1451} (( segid "PX14" and resid 56 and name HE2 )) (( segid "PX14" and resid 56 and name HG2 )) 3.700 3.700 2.300 peak 1451 spectrum 2 weight 0.11000E+01 volume 0.55209E-03 ppm1 2.165 ppm2 -0.478 CV 1 ASSI { 1452} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX14" and resid 56 and name HG1 )) 3.700 3.700 2.300 peak 1452 spectrum 2 weight 0.11000E+01 volume 0.66091E-03 ppm1 2.308 ppm2 0.141 CV 1 ASSI { 1453} (( segid "PX14" and resid 56 and name HE2 )) (( segid "PX14" and resid 56 and name HG1 )) 3.700 3.700 2.300 peak 1453 spectrum 2 weight 0.11000E+01 volume 0.54628E-03 ppm1 2.160 ppm2 0.140 CV 1 ASSI { 1454} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX14" and resid 56 and name HD2 )) 2.600 2.600 3.400 peak 1454 spectrum 2 weight 0.11000E+01 volume 0.30047E-02 ppm1 2.311 ppm2 1.005 CV 1 ASSI { 1455} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX14" and resid 56 and name HD1 )) 3.000 3.000 3.000 peak 1455 spectrum 2 weight 0.11000E+01 volume 0.19935E-02 ppm1 2.305 ppm2 1.077 CV 1 ASSI { 1456} (( segid "PX14" and resid 56 and name HE2 )) (( segid "PX14" and resid 56 and name HD1 )) 2.700 2.700 3.300 peak 1456 spectrum 2 weight 0.11000E+01 volume 0.24028E-02 ppm1 2.162 ppm2 1.078 CV 1 ASSI { 1457} (( segid "PX14" and resid 56 and name HE2 )) (( segid "PX14" and resid 56 and name HD2 )) 2.600 2.600 3.400 peak 1457 spectrum 2 weight 0.11000E+01 volume 0.42052E-02 ppm1 2.167 ppm2 1.003 CV 1 ASSI { 1458} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX14" and resid 56 and name HE2 )) 1.800 1.800 4.200 peak 1458 spectrum 2 weight 0.11000E+01 volume 0.18214E-01 ppm1 2.305 ppm2 2.172 CV 1 ASSI { 1460} (( segid "PX14" and resid 56 and name HE2 )) (( segid "PX14" and resid 56 and name HA )) 2.700 2.700 3.300 peak 1460 spectrum 2 weight 0.11000E+01 volume 0.21537E-02 ppm1 2.158 ppm2 3.898 CV 1 ASSI { 1461} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX14" and resid 56 and name HA )) 3.500 3.500 2.500 peak 1461 spectrum 2 weight 0.11000E+01 volume 0.11881E-02 ppm1 2.312 ppm2 3.895 CV 1 ASSI { 1462} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX14" and resid 52 and name HA )) 3.600 3.600 2.400 peak 1462 spectrum 2 weight 0.11000E+01 volume 0.41966E-03 ppm1 2.306 ppm2 4.141 CV 1 ASSI { 1463} (( segid "PX14" and resid 56 and name HE2 )) (( segid "PX14" and resid 52 and name HA )) 3.700 3.700 2.300 peak 1463 spectrum 2 weight 0.11000E+01 volume 0.30449E-03 ppm1 2.167 ppm2 4.142 CV 1 ASSI { 1464} (( segid "PX14" and resid 56 and name HE2 )) ( segid "PX14" and resid 52 and name HE% ) 3.400 3.400 2.600 peak 1464 spectrum 2 weight 0.11000E+01 volume 0.12723E-02 ppm1 2.160 ppm2 6.652 CV 1 ASSI { 1465} (( segid "PX14" and resid 56 and name HE2 )) ( segid "PX14" and resid 52 and name HD% ) 3.700 3.700 2.300 peak 1465 spectrum 2 weight 0.11000E+01 volume 0.25898E-03 ppm1 2.157 ppm2 6.817 CV 1 ASSI { 1466} (( segid "PX14" and resid 56 and name HE1 )) ( segid "PX14" and resid 52 and name HD% ) 4.400 4.400 1.600 peak 1466 spectrum 2 weight 0.11000E+01 volume 0.13074E-03 ppm1 2.312 ppm2 6.819 CV 1 ASSI { 1467} (( segid "PX14" and resid 56 and name HE1 )) ( segid "PX19" and resid 110 and name HD% ) 3.900 3.900 2.100 peak 1467 spectrum 2 weight 0.11000E+01 volume 0.63418E-03 ppm1 2.311 ppm2 7.021 CV 1 OR { 1467} (( segid "PX14" and resid 56 and name HE1 )) (( segid "PX19" and resid 110 and name HZ )) ASSI { 1468} (( segid "PX14" and resid 56 and name HE2 )) ( segid "PX19" and resid 110 and name HD% ) 3.600 3.600 2.400 peak 1468 spectrum 2 weight 0.11000E+01 volume 0.72960E-03 ppm1 2.158 ppm2 7.021 CV 1 OR { 1468} (( segid "PX14" and resid 56 and name HE2 )) (( segid "PX19" and resid 110 and name HZ )) ASSI { 1469} (( segid "PX14" and resid 56 and name HE2 )) ( segid "PX19" and resid 110 and name HD% ) 3.100 3.100 2.900 peak 1469 spectrum 2 weight 0.11000E+01 volume 0.17083E-02 ppm1 2.152 ppm2 7.101 CV 1 ASSI { 1470} (( segid "PX14" and resid 56 and name HE1 )) ( segid "PX19" and resid 110 and name HD% ) 4.100 4.100 1.900 peak 1470 spectrum 2 weight 0.11000E+01 volume 0.44609E-03 ppm1 2.312 ppm2 7.101 CV 1 ASSI { 1471} (( segid "PX14" and resid 50 and name HB1 )) ( segid "PX14" and resid 67 and name HE% ) 3.600 3.600 2.400 peak 1471 spectrum 2 weight 0.11000E+01 volume 0.10034E-02 ppm1 1.951 ppm2 7.117 CV 1 ASSI { 1472} (( segid "PX14" and resid 40 and name HB1 )) ( segid "PX19" and resid 105 and name HD% ) 4.100 4.100 1.900 peak 1472 spectrum 2 weight 0.11000E+01 volume 0.33839E-03 ppm1 1.925 ppm2 7.203 CV 1 ASSI { 1480} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 62 and name HG2 )) 2.900 2.900 3.100 peak 1480 spectrum 2 weight 0.11000E+01 volume 0.12054E-02 ppm1 0.698 ppm2 2.165 CV 1 ASSI { 1482} (( segid "PX14" and resid 35 and name HB2 )) ( segid "PX19" and resid 109 and name HD1%) 4.100 4.100 1.900 peak 1482 spectrum 2 weight 0.11000E+01 volume 0.37113E-03 ppm1 3.262 ppm2 0.803 CV 1 ASSI { 1483} (( segid "PX14" and resid 38 and name HB2 )) ( segid "PX19" and resid 109 and name HD1%) 3.500 3.500 2.500 peak 1483 spectrum 2 weight 0.11000E+01 volume 0.62414E-03 ppm1 2.683 ppm2 0.810 CV 1 ASSI { 1486} (( segid "PX14" and resid 67 and name HB2 )) ( segid "PX14" and resid 36 and name HD2%) 5.300 3.600 0.700 peak 1486 spectrum 2 weight 0.11000E+01 volume 0.96190E-04 ppm1 3.054 ppm2 0.270 CV 1 ASSI { 1487} (( segid "PX14" and resid 67 and name HB1 )) ( segid "PX14" and resid 36 and name HD2%) 4.900 4.900 1.100 peak 1487 spectrum 2 weight 0.11000E+01 volume 0.15959E-03 ppm1 3.371 ppm2 0.274 CV 1 ASSI { 1488} (( segid "PX14" and resid 31 and name HA )) ( segid "PX19" and resid 110 and name HE% ) 4.900 3.100 1.100 peak 1488 spectrum 2 weight 0.11000E+01 volume 0.15819E-03 ppm1 3.764 ppm2 7.102 CV 1 ASSI { 1490} (( segid "PX14" and resid 50 and name HB2 )) ( segid "PX14" and resid 67 and name HE% ) 4.200 4.200 1.800 peak 1490 spectrum 2 weight 0.11000E+01 volume 0.35646E-03 ppm1 1.762 ppm2 7.118 CV 1 ASSI { 1491} (( segid "PX14" and resid 41 and name HB )) ( segid "PX19" and resid 105 and name HE% ) 4.200 4.200 1.800 peak 1491 spectrum 2 weight 0.11000E+01 volume 0.53529E-03 ppm1 2.030 ppm2 7.257 CV 1 ASSI { 1493} ( segid "PX14" and resid 58 and name HD1%) ( segid "PX14" and resid 52 and name HD% ) 5.100 5.100 0.900 peak 1493 spectrum 2 weight 0.11000E+01 volume 0.40786E-04 ppm1 0.698 ppm2 6.800 CV 1 ASSI { 1494} (( segid "PX14" and resid 34 and name HE1 )) ( segid "PX14" and resid 35 and name HE% ) 3.800 3.800 2.200 peak 1494 spectrum 2 weight 0.11000E+01 volume 0.53101E-03 ppm1 2.898 ppm2 6.809 CV 1 ASSI { 1498} (( segid "PX14" and resid 48 and name HA )) ( segid "PX19" and resid 106 and name HE% ) 6.000 6.000 0.000 peak 1498 spectrum 2 weight 0.11000E+01 volume 0.42033E-04 ppm1 4.179 ppm2 7.229 CV 1 ASSI { 1500} (( segid "PX14" and resid 34 and name HE1 )) (( segid "PX19" and resid 109 and name HA )) 6.000 4.500 0.000 peak 1500 spectrum 2 weight 0.11000E+01 volume 0.00000E+00 ppm1 2.895 ppm2 4.190 CV 1 ASSI { 1501} (( segid "PX14" and resid 35 and name HA )) (( segid "PX19" and resid 110 and name HA )) 6.000 4.500 0.000 peak 1501 spectrum 2 weight 0.11000E+01 volume 0.00000E+00 ppm1 4.124 ppm2 4.277 CV 1 ASSI { 1503} ( segid "PX14" and resid 28 and name HD1%) (( segid "PX19" and resid 110 and name HZ )) 6.000 4.500 0.000 peak 1503 spectrum 2 weight 0.11000E+01 volume 0.00000E+00 ppm1 0.977 ppm2 7.053 CV 1 ASSI { 1505} ( segid "PX14" and resid 28 and name HD2%) (( segid "PX19" and resid 110 and name HZ )) 6.000 6.000 0.000 peak 1505 spectrum 2 weight 0.11000E+01 volume 0.00000E+00 ppm1 0.848 ppm2 7.052 CV 1 ASSI { 1507} (( segid "PX14" and resid 53 and name HA )) ( segid "PX19" and resid 110 and name HE% ) 6.000 4.500 0.000 peak 1507 spectrum 2 weight 0.11000E+01 volume 0.00000E+00 ppm1 3.468 ppm2 7.088 CV 1 ASSI { 1} ( segid "PX19" and resid 105 and name HD% ) (( segid "PX19" and resid 105 and name HB2 )) 2.600 0.800 0.800 peak 1 spectrum 3 weight 0.11000E+01 volume 0.46023E-02 ppm1 7.177 ppm2 2.987 CV 1 ASSI { 1} ( segid "PX19" and resid 105 and name HD% ) (( segid "PX19" and resid 105 and name HB1 )) 2.600 2.600 3.400 peak 1 spectrum 3 weight 0.11000E+01 volume 0.33286E-02 ppm1 7.177 ppm2 3.166 CV 1 ASSI { 2} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX19" and resid 110 and name HB1 )) 2.500 0.800 0.800 peak 2 spectrum 3 weight 0.11000E+01 volume 0.45281E-02 ppm1 6.945 ppm2 3.202 CV 1 ASSI { 3} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX19" and resid 110 and name HB2 )) 2.500 2.500 3.500 peak 3 spectrum 3 weight 0.11000E+01 volume 0.41434E-02 ppm1 6.942 ppm2 2.936 CV 1 ASSI { 4} ( segid "PX19" and resid 106 and name HD% ) (( segid "PX19" and resid 106 and name HB1 )) 2.800 1.000 1.000 peak 4 spectrum 3 weight 0.11000E+01 volume 0.23726E-02 ppm1 6.892 ppm2 2.773 CV 1 ASSI { 5} ( segid "PX14" and resid 52 and name HD% ) (( segid "PX14" and resid 52 and name HB2 )) 2.300 0.600 0.600 peak 5 spectrum 3 weight 0.11000E+01 volume 0.79870E-02 ppm1 6.800 ppm2 2.942 CV 1 ASSI { 6} ( segid "PX14" and resid 52 and name HD% ) (( segid "PX14" and resid 52 and name HB1 )) 2.200 0.600 0.600 peak 6 spectrum 3 weight 0.11000E+01 volume 0.82443E-02 ppm1 6.803 ppm2 3.455 CV 1 ASSI { 7} ( segid "PX14" and resid 35 and name HD% ) (( segid "PX14" and resid 35 and name HB2 )) 2.300 0.700 0.700 peak 7 spectrum 3 weight 0.11000E+01 volume 0.69541E-02 ppm1 7.092 ppm2 3.252 CV 1 ASSI { 9} ( segid "PX14" and resid 35 and name HD% ) (( segid "PX14" and resid 35 and name HA )) 2.700 0.900 0.900 peak 9 spectrum 3 weight 0.11000E+01 volume 0.29178E-02 ppm1 7.094 ppm2 4.118 CV 1 ASSI { 11} ( segid "PX14" and resid 67 and name HD% ) (( segid "PX14" and resid 67 and name HB2 )) 2.500 0.800 0.800 peak 11 spectrum 3 weight 0.11000E+01 volume 0.31074E-02 ppm1 7.296 ppm2 3.052 CV 1 ASSI { 12} ( segid "PX14" and resid 67 and name HD% ) (( segid "PX14" and resid 67 and name HB1 )) 2.800 1.000 1.000 peak 12 spectrum 3 weight 0.11000E+01 volume 0.36877E-02 ppm1 7.296 ppm2 3.364 CV 1 ASSI { 13} ( segid "PX14" and resid 67 and name HD% ) (( segid "PX14" and resid 67 and name HA )) 2.700 0.900 0.900 peak 13 spectrum 3 weight 0.11000E+01 volume 0.19543E-02 ppm1 7.298 ppm2 3.994 CV 1 ASSI { 14} (( segid "PX14" and resid 81 and name HD1 )) (( segid "PX14" and resid 81 and name HB2 )) 3.300 1.400 1.400 peak 14 spectrum 3 weight 0.11000E+01 volume 0.21396E-02 ppm1 7.582 ppm2 3.113 CV 1 ASSI { 15} (( segid "PX14" and resid 81 and name HD1 )) (( segid "PX14" and resid 81 and name HB1 )) 2.900 1.100 1.100 peak 15 spectrum 3 weight 0.11000E+01 volume 0.21205E-02 ppm1 7.582 ppm2 3.303 CV 1 ASSI { 17} ( segid "PX19" and resid 105 and name HD% ) (( segid "PX19" and resid 105 and name HA )) 2.800 1.000 1.000 peak 17 spectrum 3 weight 0.11000E+01 volume 0.28113E-02 ppm1 7.177 ppm2 4.495 CV 1 ASSI { 18} ( segid "PX19" and resid 105 and name HE% ) ( segid "PX19" and resid 105 and name HD% ) 2.200 0.600 0.600 peak 18 spectrum 3 weight 0.11000E+01 volume 0.75548E-02 ppm1 7.244 ppm2 7.175 CV 1 ASSI { 21} ( segid "PX19" and resid 106 and name HD% ) (( segid "PX19" and resid 106 and name HA )) 2.400 2.400 3.600 peak 21 spectrum 3 weight 0.11000E+01 volume 0.56283E-02 ppm1 6.894 ppm2 4.191 CV 1 ASSI { 22} ( segid "PX19" and resid 106 and name HE% ) (( segid "PX19" and resid 106 and name HZ )) 2.300 0.600 0.600 peak 22 spectrum 3 weight 0.11000E+01 volume 0.84134E-02 ppm1 7.201 ppm2 7.277 CV 1 ASSI { 23} ( segid "PX19" and resid 106 and name HE% ) ( segid "PX19" and resid 106 and name HD% ) 2.000 0.500 0.500 peak 23 spectrum 3 weight 0.11000E+01 volume 0.14895E-01 ppm1 7.196 ppm2 6.889 CV 1 ASSI { 24} ( segid "PX19" and resid 110 and name HD% ) ( segid "PX19" and resid 110 and name HE% ) 2.000 0.500 0.500 peak 24 spectrum 3 weight 0.11000E+01 volume 0.11727E-01 ppm1 6.942 ppm2 7.022 CV 1 ASSI { 26} ( segid "PX14" and resid 67 and name HD% ) ( segid "PX14" and resid 67 and name HE% ) 1.700 1.700 4.300 peak 26 spectrum 3 weight 0.11000E+01 volume 0.26374E-01 ppm1 7.296 ppm2 7.096 CV 1 ASSI { 27} ( segid "PX14" and resid 35 and name HE% ) (( segid "PX14" and resid 35 and name HZ )) 2.300 2.300 3.700 peak 27 spectrum 3 weight 0.11000E+01 volume 0.58811E-02 ppm1 6.811 ppm2 5.857 CV 1 ASSI { 28} ( segid "PX14" and resid 35 and name HE% ) ( segid "PX14" and resid 35 and name HD% ) 1.900 0.500 0.500 peak 28 spectrum 3 weight 0.11000E+01 volume 0.14004E-01 ppm1 6.813 ppm2 7.089 CV 1 ASSI { 30} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX14" and resid 52 and name HD% ) 1.900 0.500 0.500 peak 30 spectrum 3 weight 0.11000E+01 volume 0.16826E-01 ppm1 6.651 ppm2 6.800 CV 1 ASSI { 32} (( segid "PX19" and resid 105 and name HA )) (( segid "PX19" and resid 105 and name HB1 )) 2.700 0.900 0.900 peak 32 spectrum 3 weight 0.11000E+01 volume 0.53814E-02 ppm1 4.495 ppm2 3.151 CV 1 ASSI { 34} (( segid "PX19" and resid 109 and name HA )) (( segid "PX19" and resid 109 and name HB1 )) 2.700 0.900 0.900 peak 34 spectrum 3 weight 0.11000E+01 volume 0.34230E-02 ppm1 4.168 ppm2 1.550 CV 1 ASSI { 35} (( segid "PX19" and resid 109 and name HA )) ( segid "PX19" and resid 109 and name HD1%) 2.400 2.400 3.600 peak 35 spectrum 3 weight 0.11000E+01 volume 0.86853E-02 ppm1 4.166 ppm2 0.773 CV 1 ASSI { 38} (( segid "PX19" and resid 111 and name HA )) (( segid "PX19" and resid 111 and name HB1 )) 2.900 1.000 1.000 peak 38 spectrum 3 weight 0.11000E+01 volume 0.38563E-02 ppm1 4.673 ppm2 2.848 CV 1 ASSI { 39} (( segid "PX19" and resid 111 and name HA )) (( segid "PX19" and resid 111 and name HB2 )) 2.900 1.000 1.000 peak 39 spectrum 3 weight 0.11000E+01 volume 0.22919E-02 ppm1 4.675 ppm2 2.582 CV 1 ASSI { 42} ( segid "PX14" and resid 35 and name HD% ) ( segid "PX14" and resid 41 and name HG2%) 2.800 1.000 1.000 peak 42 spectrum 3 weight 0.11000E+01 volume 0.25547E-02 ppm1 7.093 ppm2 0.026 CV 1 ASSI { 43} ( segid "PX14" and resid 35 and name HD% ) ( segid "PX14" and resid 41 and name HG1%) 2.200 2.200 3.800 peak 43 spectrum 3 weight 0.11000E+01 volume 0.68209E-02 ppm1 7.096 ppm2 0.283 CV 1 ASSI { 45} ( segid "PX14" and resid 67 and name HE% ) (( segid "PX14" and resid 67 and name HB2 )) 3.800 1.800 1.800 peak 45 spectrum 3 weight 0.11000E+01 volume 0.10491E-02 ppm1 7.100 ppm2 3.052 CV 1 ASSI { 47} ( segid "PX19" and resid 106 and name HE% ) ( segid "PX14" and resid 41 and name HG1%) 2.700 2.700 3.300 peak 47 spectrum 3 weight 0.11000E+01 volume 0.19873E-02 ppm1 7.200 ppm2 0.291 CV 1 ASSI { 50} ( segid "PX19" and resid 106 and name HD% ) ( segid "PX14" and resid 41 and name HG2%) 4.200 4.200 1.800 peak 50 spectrum 3 weight 0.11000E+01 volume 0.13880E-03 ppm1 6.892 ppm2 0.024 CV 1 ASSI { 54} ( segid "PX19" and resid 105 and name HE% ) (( segid "PX19" and resid 105 and name HZ )) 2.400 0.700 0.700 peak 54 spectrum 3 weight 0.11000E+01 volume 0.48262E-02 ppm1 7.249 ppm2 7.289 CV 1 ASSI { 55} ( segid "PX14" and resid 67 and name HE% ) (( segid "PX14" and resid 67 and name HZ )) 2.500 0.800 0.800 peak 55 spectrum 3 weight 0.11000E+01 volume 0.27689E-02 ppm1 7.098 ppm2 6.990 CV 1 ASSI { 64} (( segid "PX14" and resid 52 and name HZ )) ( segid "PX14" and resid 52 and name HE% ) 2.300 0.600 0.600 peak 64 spectrum 3 weight 0.11000E+01 volume 0.65457E-02 ppm1 6.692 ppm2 6.656 CV 1 ASSI { 65} (( segid "PX14" and resid 52 and name HZ )) ( segid "PX14" and resid 52 and name HD% ) 3.300 1.400 1.400 peak 65 spectrum 3 weight 0.11000E+01 volume 0.18619E-02 ppm1 6.692 ppm2 6.800 CV 1 ASSI { 66} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX19" and resid 110 and name HD% ) 3.700 1.800 1.800 peak 66 spectrum 3 weight 0.11000E+01 volume 0.33353E-03 ppm1 6.654 ppm2 6.940 CV 1 ASSI { 69} ( segid "PX14" and resid 67 and name HD% ) (( segid "PX14" and resid 67 and name HZ )) 3.300 1.400 1.400 peak 69 spectrum 3 weight 0.11000E+01 volume 0.13286E-02 ppm1 7.297 ppm2 6.991 CV 1 ASSI { 70} ( segid "PX19" and resid 106 and name HD% ) ( segid "PX19" and resid 105 and name HE% ) 4.100 4.100 1.900 peak 70 spectrum 3 weight 0.11000E+01 volume 0.31452E-03 ppm1 6.896 ppm2 7.275 CV 1 ASSI { 72} ( segid "PX19" and resid 110 and name HD% ) ( segid "PX14" and resid 35 and name HD% ) 3.300 1.400 1.400 peak 72 spectrum 3 weight 0.11000E+01 volume 0.74914E-03 ppm1 6.944 ppm2 7.087 CV 1 ASSI { 73} ( segid "PX14" and resid 35 and name HD% ) (( segid "PX14" and resid 35 and name HZ )) 3.900 3.900 2.100 peak 73 spectrum 3 weight 0.11000E+01 volume 0.71995E-03 ppm1 7.092 ppm2 5.863 CV 1 ASSI { 75} (( segid "PX14" and resid 35 and name HZ )) ( segid "PX19" and resid 106 and name HD% ) 4.400 4.400 1.600 peak 75 spectrum 3 weight 0.11000E+01 volume 0.12587E-03 ppm1 5.871 ppm2 6.889 CV 1 ASSI { 76} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX19" and resid 106 and name HD% ) 3.100 3.100 2.900 peak 76 spectrum 3 weight 0.11000E+01 volume 0.12198E-02 ppm1 6.656 ppm2 6.891 CV 1 ASSI { 77} (( segid "PX14" and resid 52 and name HZ )) ( segid "PX19" and resid 106 and name HD% ) 4.600 2.600 1.400 peak 77 spectrum 3 weight 0.11000E+01 volume 0.19796E-03 ppm1 6.694 ppm2 6.891 CV 1 ASSI { 78} (( segid "PX14" and resid 52 and name HZ )) ( segid "PX19" and resid 110 and name HD% ) 4.300 2.300 1.700 peak 78 spectrum 3 weight 0.11000E+01 volume 0.16498E-03 ppm1 6.694 ppm2 6.940 CV 1 ASSI { 79} (( segid "PX14" and resid 52 and name HZ )) ( segid "PX14" and resid 35 and name HD% ) 4.000 2.000 2.000 peak 79 spectrum 3 weight 0.11000E+01 volume 0.31658E-03 ppm1 6.693 ppm2 7.089 CV 1 ASSI { 80} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX14" and resid 35 and name HD% ) 3.300 1.400 1.400 peak 80 spectrum 3 weight 0.11000E+01 volume 0.65487E-03 ppm1 6.655 ppm2 7.089 CV 1 ASSI { 81} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX19" and resid 110 and name HE% ) 3.800 1.800 1.800 peak 81 spectrum 3 weight 0.11000E+01 volume 0.26716E-03 ppm1 6.656 ppm2 7.020 CV 1 ASSI { 83} ( segid "PX14" and resid 35 and name HE% ) ( segid "PX19" and resid 105 and name HE% ) 4.700 4.700 1.300 peak 83 spectrum 3 weight 0.11000E+01 volume 0.14505E-03 ppm1 6.817 ppm2 7.242 CV 1 ASSI { 85} ( segid "PX14" and resid 35 and name HE% ) ( segid "PX19" and resid 106 and name HE% ) 3.400 3.400 2.600 peak 85 spectrum 3 weight 0.11000E+01 volume 0.97866E-03 ppm1 6.811 ppm2 7.196 CV 1 ASSI { 86} ( segid "PX19" and resid 106 and name HD% ) ( segid "PX14" and resid 35 and name HD% ) 4.900 4.900 1.100 peak 86 spectrum 3 weight 0.11000E+01 volume 0.24166E-03 ppm1 6.898 ppm2 7.094 CV 1 ASSI { 87} (( segid "PX19" and resid 106 and name HZ )) ( segid "PX19" and resid 106 and name HD% ) 4.400 2.400 1.600 peak 87 spectrum 3 weight 0.11000E+01 volume 0.40212E-03 ppm1 7.278 ppm2 6.891 CV 1 ASSI { 88} ( segid "PX14" and resid 35 and name HE% ) ( segid "PX19" and resid 110 and name HD% ) 3.200 3.200 2.800 peak 88 spectrum 3 weight 0.11000E+01 volume 0.14901E-02 ppm1 6.809 ppm2 6.939 CV 1 ASSI { 89} ( segid "PX14" and resid 35 and name HE% ) ( segid "PX19" and resid 106 and name HD% ) 3.100 3.100 2.900 peak 89 spectrum 3 weight 0.11000E+01 volume 0.33826E-02 ppm1 6.809 ppm2 6.888 CV 1 ASSI { 90} (( segid "PX14" and resid 35 and name HZ )) ( segid "PX14" and resid 52 and name HE% ) 3.900 3.900 2.100 peak 90 spectrum 3 weight 0.11000E+01 volume 0.42132E-03 ppm1 5.863 ppm2 6.652 CV 1 ASSI { 91} (( segid "PX14" and resid 35 and name HZ )) (( segid "PX14" and resid 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segid "PX19" and resid 106 and name HB1 )) 3.200 3.200 2.800 peak 104 spectrum 3 weight 0.11000E+01 volume 0.72470E-03 ppm1 6.657 ppm2 2.770 CV 1 ASSI { 106} (( segid "PX14" and resid 35 and name HZ )) (( segid "PX19" and resid 106 and name HB1 )) 4.700 4.700 1.300 peak 106 spectrum 3 weight 0.11000E+01 volume 0.27998E-03 ppm1 5.866 ppm2 2.771 CV 1 ASSI { 107} (( segid "PX14" and resid 35 and name HZ )) (( segid "PX14" and resid 52 and name HB2 )) 3.900 3.900 2.100 peak 107 spectrum 3 weight 0.11000E+01 volume 0.41816E-03 ppm1 5.865 ppm2 2.939 CV 1 ASSI { 108} (( segid "PX14" and resid 35 and name HZ )) (( segid "PX14" and resid 52 and name HB1 )) 4.100 4.100 1.900 peak 108 spectrum 3 weight 0.11000E+01 volume 0.38546E-03 ppm1 5.861 ppm2 3.448 CV 1 ASSI { 109} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX14" and resid 35 and name HA )) 2.900 2.900 3.100 peak 109 spectrum 3 weight 0.11000E+01 volume 0.11402E-02 ppm1 7.026 ppm2 4.118 CV 1 ASSI { 110} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX14" and resid 35 and name HA )) 3.100 3.100 2.900 peak 110 spectrum 3 weight 0.11000E+01 volume 0.81335E-03 ppm1 6.943 ppm2 4.114 CV 1 ASSI { 112} (( segid "PX14" and resid 52 and name HZ )) (( segid "PX14" and resid 35 and name HA )) 3.200 3.200 2.800 peak 112 spectrum 3 weight 0.11000E+01 volume 0.23616E-02 ppm1 6.694 ppm2 4.109 CV 1 ASSI { 113} ( segid "PX14" and resid 52 and name HE% ) (( segid "PX14" and resid 35 and name HA )) 3.400 3.400 2.600 peak 113 spectrum 3 weight 0.11000E+01 volume 0.16968E-02 ppm1 6.656 ppm2 4.109 CV 1 ASSI { 115} ( segid "PX14" and resid 35 and name HD% ) (( segid "PX19" and resid 110 and name HB2 )) 3.100 3.100 2.900 peak 115 spectrum 3 weight 0.11000E+01 volume 0.10229E-02 ppm1 7.093 ppm2 2.938 CV 1 ASSI { 116} (( segid "PX14" and resid 67 and name HZ )) ( segid "PX14" and resid 36 and name HD2%) 3.600 1.700 1.700 peak 116 spectrum 3 weight 0.11000E+01 volume 0.51628E-03 ppm1 6.990 ppm2 0.278 CV 1 ASSI { 117} (( segid "PX14" and resid 67 and name HZ )) ( segid "PX14" and resid 41 and name HG2%) 4.500 2.500 1.500 peak 117 spectrum 3 weight 0.11000E+01 volume 0.91408E-04 ppm1 6.990 ppm2 0.027 CV 1 ASSI { 118} ( segid "PX19" and resid 106 and name HE% ) ( segid "PX14" and resid 41 and name HG2%) 5.000 3.200 1.000 peak 118 spectrum 3 weight 0.11000E+01 volume 0.44168E-04 ppm1 7.200 ppm2 0.026 CV 1 ASSI { 119} (( segid "PX19" and resid 105 and name HZ )) ( segid "PX14" and resid 41 and name HG2%) 6.000 4.600 0.000 peak 119 spectrum 3 weight 0.11000E+01 volume 0.31248E-04 ppm1 7.284 ppm2 0.027 CV 1 OR { 119} (( segid "PX19" and resid 105 and name HZ )) ( segid "PX14" and resid 41 and name HG2%) ASSI { 120} ( segid "PX19" and resid 105 and name HE% ) ( segid "PX14" and resid 41 and name HG2%) 5.600 5.600 0.400 peak 120 spectrum 3 weight 0.11000E+01 volume 0.31622E-04 ppm1 7.247 ppm2 0.024 CV 1 ASSI { 121} ( segid "PX19" and resid 105 and name HE% ) (( segid "PX19" and resid 105 and name HA )) 5.200 3.300 0.800 peak 121 spectrum 3 weight 0.11000E+01 volume 0.14922E-03 ppm1 7.246 ppm2 4.496 CV 1 ASSI { 122} ( segid "PX14" and resid 35 and name HD% ) (( segid "PX19" and resid 105 and name HA )) 6.000 6.000 0.000 peak 122 spectrum 3 weight 0.11000E+01 volume 0.62671E-04 ppm1 7.094 ppm2 4.496 CV 1 ASSI { 123} ( segid "PX19" and resid 106 and name HD% ) (( segid "PX19" and resid 105 and name HA )) 6.000 6.000 0.000 peak 123 spectrum 3 weight 0.11000E+01 volume 0.41450E-04 ppm1 6.894 ppm2 4.495 CV 1 ASSI { 124} ( segid "PX14" and resid 35 and name HE% ) (( segid "PX19" and resid 105 and name HA )) 6.000 6.000 0.000 peak 124 spectrum 3 weight 0.11000E+01 volume 0.26811E-04 ppm1 6.813 ppm2 4.496 CV 1 ASSI { 125} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX19" and resid 111 and name HA )) 4.200 4.200 1.800 peak 125 spectrum 3 weight 0.11000E+01 volume 0.23277E-03 ppm1 6.942 ppm2 4.671 CV 1 ASSI { 126} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX14" and resid 41 and name HG1%) 4.100 4.100 1.900 peak 126 spectrum 3 weight 0.11000E+01 volume 0.40087E-03 ppm1 6.655 ppm2 0.290 CV 1 ASSI { 127} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX14" and resid 41 and name HG2%) 4.800 2.900 1.200 peak 127 spectrum 3 weight 0.11000E+01 volume 0.12588E-03 ppm1 6.656 ppm2 0.026 CV 1 ASSI { 128} ( segid "PX14" and resid 52 and name HE% ) (( segid "PX14" and resid 56 and name HD1 )) 3.500 1.600 1.600 peak 128 spectrum 3 weight 0.11000E+01 volume 0.63730E-03 ppm1 6.654 ppm2 0.207 CV 1 ASSI { 129} (( segid "PX14" and resid 52 and name HZ )) (( segid "PX14" and resid 56 and name HD1 )) 4.100 2.100 1.900 peak 129 spectrum 3 weight 0.11000E+01 volume 0.28334E-03 ppm1 6.691 ppm2 0.204 CV 1 ASSI { 130} (( segid "PX14" and resid 52 and name HZ )) ( segid "PX14" and resid 41 and name HG1%) 4.000 4.000 2.000 peak 130 spectrum 3 weight 0.11000E+01 volume 0.16892E-03 ppm1 6.692 ppm2 0.286 CV 1 ASSI { 131} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX14" and resid 56 and name HD2 )) 3.900 1.900 1.900 peak 131 spectrum 3 weight 0.11000E+01 volume 0.21269E-03 ppm1 7.026 ppm2 -0.372 CV 1 ASSI { 132} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX14" and resid 56 and name HD2 )) 4.400 2.400 1.600 peak 132 spectrum 3 weight 0.11000E+01 volume 0.31239E-03 ppm1 6.945 ppm2 -0.386 CV 1 ASSI { 133} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX14" and resid 56 and name HD1 )) 5.800 4.200 0.200 peak 133 spectrum 3 weight 0.11000E+01 volume 0.24562E-04 ppm1 6.945 ppm2 0.206 CV 1 ASSI { 134} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX14" and resid 56 and name HD1 )) 6.000 4.500 0.000 peak 134 spectrum 3 weight 0.11000E+01 volume 0.23934E-04 ppm1 7.022 ppm2 0.212 CV 1 ASSI { 135} ( segid "PX14" and resid 52 and name HD% ) (( segid "PX14" and resid 56 and name HD1 )) 3.500 1.500 1.500 peak 135 spectrum 3 weight 0.11000E+01 volume 0.87742E-03 ppm1 6.804 ppm2 0.210 CV 1 ASSI { 136} ( segid "PX14" and resid 52 and name HD% ) (( segid "PX14" and resid 56 and name HD2 )) 3.600 1.700 1.700 peak 136 spectrum 3 weight 0.11000E+01 volume 0.49259E-03 ppm1 6.807 ppm2 -0.385 CV 1 ASSI { 137} (( segid "PX14" and resid 52 and name HZ )) (( segid "PX14" and resid 56 and name HD2 )) 4.400 2.400 1.600 peak 137 spectrum 3 weight 0.11000E+01 volume 0.18992E-03 ppm1 6.692 ppm2 -0.382 CV 1 ASSI { 138} ( segid "PX14" and resid 52 and name HE% ) (( segid "PX14" and resid 56 and name HD2 )) 3.300 1.400 1.400 peak 138 spectrum 3 weight 0.11000E+01 volume 0.80606E-03 ppm1 6.655 ppm2 -0.383 CV 1 ASSI { 139} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX19" and resid 110 and name HZ )) 2.300 0.600 0.600 peak 139 spectrum 3 weight 0.11000E+01 volume 0.66542E-02 ppm1 7.025 ppm2 6.978 CV 1 ASSI { 142} ( segid "PX19" and resid 110 and name HE% ) ( segid "PX14" and resid 31 and name HG2%) 5.100 3.200 0.900 peak 142 spectrum 3 weight 0.11000E+01 volume 0.71933E-04 ppm1 7.025 ppm2 0.537 CV 1 ASSI { 143} ( segid "PX19" and resid 110 and name HD% ) ( segid "PX14" and resid 31 and name HG2%) 3.400 1.500 1.500 peak 143 spectrum 3 weight 0.11000E+01 volume 0.66335E-03 ppm1 6.942 ppm2 0.538 CV 1 ASSI { 144} (( segid "PX19" and resid 110 and name HZ )) ( segid "PX14" and resid 31 and name HG2%) 3.700 1.700 1.700 peak 144 spectrum 3 weight 0.11000E+01 volume 0.62803E-03 ppm1 6.981 ppm2 0.536 CV 1 ASSI { 145} ( segid "PX14" and resid 35 and name HE% ) ( segid "PX14" and resid 31 and name HG2%) 6.000 6.000 0.000 peak 145 spectrum 3 weight 0.11000E+01 volume 0.19213E-04 ppm1 6.814 ppm2 0.541 CV 1 ASSI { 148} ( segid "PX19" and resid 105 and name HD% ) ( segid "PX19" and resid 109 and name HD1%) 3.500 1.500 1.500 peak 148 spectrum 3 weight 0.11000E+01 volume 0.74469E-03 ppm1 7.179 ppm2 0.782 CV 1 ASSI { 149} ( segid "PX19" and resid 105 and name HE% ) ( segid "PX19" and resid 109 and name HD1%) 2.900 2.900 3.100 peak 149 spectrum 3 weight 0.11000E+01 volume 0.21068E-02 ppm1 7.248 ppm2 0.781 CV 1 ASSI { 150} ( segid "PX19" and resid 106 and name HD% ) ( segid "PX19" and resid 109 and name HD1%) 4.000 4.000 2.000 peak 150 spectrum 3 weight 0.11000E+01 volume 0.56954E-03 ppm1 6.894 ppm2 0.782 CV 1 ASSI { 151} ( segid "PX19" and resid 106 and name HD% ) ( segid "PX14" and resid 48 and name HG2%) 4.300 2.300 1.700 peak 151 spectrum 3 weight 0.11000E+01 volume 0.30909E-03 ppm1 6.895 ppm2 1.437 CV 1 ASSI { 152} ( segid "PX19" and resid 106 and name HD% ) (( segid "PX19" and resid 109 and name HB1 )) 5.300 3.500 0.700 peak 152 spectrum 3 weight 0.11000E+01 volume 0.15696E-03 ppm1 6.893 ppm2 1.553 CV 1 ASSI { 153} ( segid "PX19" and resid 105 and name HE% ) (( segid "PX19" and resid 109 and name HB1 )) 4.000 4.000 2.000 peak 153 spectrum 3 weight 0.11000E+01 volume 0.51759E-03 ppm1 7.248 ppm2 1.552 CV 1 ASSI { 154} ( segid "PX19" and resid 105 and name HD% ) (( segid "PX19" and resid 109 and name HB1 )) 5.300 3.500 0.700 peak 154 spectrum 3 weight 0.11000E+01 volume 0.11721E-03 ppm1 7.179 ppm2 1.554 CV 1 ASSI { 155} ( segid "PX14" and resid 35 and name HD% ) ( segid "PX19" and resid 109 and name HD1%) 2.500 2.500 3.500 peak 155 spectrum 3 weight 0.11000E+01 volume 0.67684E-02 ppm1 7.096 ppm2 0.783 CV 1 ASSI { 156} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX19" and resid 110 and name HB2 )) 5.500 3.800 0.500 peak 156 spectrum 3 weight 0.11000E+01 volume 0.11177E-03 ppm1 7.024 ppm2 2.938 CV 1 ASSI { 157} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX19" and resid 110 and name HB1 )) 4.800 2.800 1.200 peak 157 spectrum 3 weight 0.11000E+01 volume 0.28049E-03 ppm1 7.024 ppm2 3.203 CV 1 ASSI { 158} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX14" and resid 35 and name HB2 )) 5.300 5.300 0.700 peak 158 spectrum 3 weight 0.11000E+01 volume 0.74994E-04 ppm1 7.024 ppm2 3.255 CV 1 ASSI { 159} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX14" and resid 35 and name HB1 )) 4.800 4.800 1.200 peak 159 spectrum 3 weight 0.11000E+01 volume 0.12935E-03 ppm1 7.025 ppm2 3.482 CV 1 ASSI { 160} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX14" and resid 35 and name HB1 )) 3.800 1.800 1.800 peak 160 spectrum 3 weight 0.11000E+01 volume 0.69324E-03 ppm1 6.944 ppm2 3.484 CV 1 ASSI { 161} ( segid "PX19" and resid 110 and name HD% ) (( segid "PX14" and resid 35 and name HB2 )) 3.000 1.100 1.100 peak 161 spectrum 3 weight 0.11000E+01 volume 0.95767E-03 ppm1 6.943 ppm2 3.254 CV 1 ASSI { 165} (( segid "PX14" and resid 67 and name HZ )) (( segid "PX14" and resid 49 and name HD1 )) 3.900 1.900 1.900 peak 165 spectrum 3 weight 0.11000E+01 volume 0.62310E-03 ppm1 6.990 ppm2 3.322 CV 1 ASSI { 167} ( segid "PX14" and resid 67 and name HE% ) (( segid "PX14" and resid 49 and name HB1 )) 3.600 1.600 1.600 peak 167 spectrum 3 weight 0.11000E+01 volume 0.87392E-03 ppm1 7.099 ppm2 2.411 CV 1 ASSI { 168} ( segid "PX14" and resid 35 and name HE% ) (( segid "PX14" and resid 49 and name HB1 )) 3.600 3.600 2.400 peak 168 spectrum 3 weight 0.11000E+01 volume 0.65012E-03 ppm1 6.814 ppm2 2.407 CV 1 ASSI { 169} ( segid "PX14" and resid 35 and name HE% ) (( segid "PX14" and resid 49 and name HD1 )) 3.600 3.600 2.400 peak 169 spectrum 3 weight 0.11000E+01 volume 0.10062E-02 ppm1 6.814 ppm2 3.320 CV 1 ASSI { 170} (( segid "PX14" and resid 67 and name HZ )) (( segid "PX14" and resid 49 and name HD2 )) 3.200 1.300 1.300 peak 170 spectrum 3 weight 0.11000E+01 volume 0.69956E-03 ppm1 6.989 ppm2 2.771 CV 1 ASSI { 171} ( segid "PX14" and resid 67 and name HE% ) (( segid "PX14" and resid 49 and name HD2 )) 3.100 1.200 1.200 peak 171 spectrum 3 weight 0.11000E+01 volume 0.10214E-02 ppm1 7.098 ppm2 2.768 CV 1 ASSI { 172} ( segid "PX14" and resid 67 and name HD% ) (( segid "PX14" and resid 49 and name HD2 )) 4.200 2.200 1.800 peak 172 spectrum 3 weight 0.11000E+01 volume 0.47374E-03 ppm1 7.296 ppm2 2.771 CV 1 ASSI { 173} ( segid "PX14" and resid 67 and name HD% ) (( segid "PX14" and resid 49 and name HB1 )) 5.000 3.100 1.000 peak 173 spectrum 3 weight 0.11000E+01 volume 0.25208E-03 ppm1 7.298 ppm2 2.418 CV 1 ASSI { 174} ( segid "PX19" and resid 105 and name HE% ) (( segid "PX14" and resid 41 and name HA )) 5.800 5.800 0.200 peak 174 spectrum 3 weight 0.11000E+01 volume 0.33627E-04 ppm1 7.248 ppm2 3.440 CV 1 ASSI { 175} ( segid "PX14" and resid 35 and name HD% ) (( segid "PX19" and resid 110 and name HB1 )) 6.000 6.000 0.000 peak 175 spectrum 3 weight 0.11000E+01 volume 0.16242E-04 ppm1 7.094 ppm2 3.206 CV 1 ASSI { 176} (( segid "PX19" and resid 111 and name HA )) ( segid "PX14" and resid 31 and name HG2%) 4.700 4.700 1.300 peak 176 spectrum 3 weight 0.11000E+01 volume 0.14094E-03 ppm1 4.674 ppm2 0.531 CV 1 ASSI { 177} (( segid "PX14" and resid 35 and name HZ )) ( segid "PX14" and resid 41 and name HG1%) 4.100 4.100 1.900 peak 177 spectrum 3 weight 0.11000E+01 volume 0.45883E-03 ppm1 5.863 ppm2 0.289 CV 1 ASSI { 178} (( segid "PX14" and resid 35 and name HZ )) ( segid "PX14" and resid 41 and name HG2%) 4.300 4.300 1.700 peak 178 spectrum 3 weight 0.11000E+01 volume 0.16873E-03 ppm1 5.866 ppm2 0.027 CV 1 ASSI { 179} (( segid "PX14" and resid 35 and name HZ )) ( segid "PX14" and resid 48 and name HG2%) 5.100 5.100 0.900 peak 179 spectrum 3 weight 0.11000E+01 volume 0.11701E-03 ppm1 5.867 ppm2 1.438 CV 1 ASSI { 180} ( segid "PX14" and resid 52 and name HE% ) ( segid "PX14" and resid 48 and name HG2%) 3.500 3.500 2.500 peak 180 spectrum 3 weight 0.11000E+01 volume 0.10174E-02 ppm1 6.655 ppm2 1.439 CV 1 ASSI { 181} ( segid "PX19" and resid 106 and name HE% ) ( segid "PX14" and resid 48 and name HG2%) 3.000 1.100 1.100 peak 181 spectrum 3 weight 0.11000E+01 volume 0.16693E-02 ppm1 7.201 ppm2 1.438 CV 1 ASSI { 182} (( segid "PX19" and resid 106 and name HZ )) ( segid "PX14" and resid 48 and name HG2%) 3.200 1.200 1.200 peak 182 spectrum 3 weight 0.11000E+01 volume 0.13630E-02 ppm1 7.282 ppm2 1.438 CV 1 ASSI { 183} (( segid "PX14" and resid 52 and name HZ )) ( segid "PX14" and resid 48 and name HG2%) 4.900 4.900 1.100 peak 183 spectrum 3 weight 0.11000E+01 volume 0.14677E-03 ppm1 6.692 ppm2 1.438 CV 1 ASSI { 185} (( segid "PX14" and resid 52 and name HZ )) (( segid "PX14" and resid 52 and name HA )) 4.200 2.200 1.800 peak 185 spectrum 3 weight 0.11000E+01 volume 0.43805E-03 ppm1 6.694 ppm2 4.162 CV 1 ASSI { 186} ( segid "PX14" and resid 35 and name HE% ) (( segid "PX19" and resid 106 and name HA )) 4.400 2.400 1.600 peak 186 spectrum 3 weight 0.11000E+01 volume 0.12214E-03 ppm1 6.816 ppm2 4.194 CV 1 ASSI { 187} (( segid "PX14" and resid 35 and name HZ )) (( segid "PX19" and resid 106 and name HA )) 6.000 6.000 0.000 peak 187 spectrum 3 weight 0.11000E+01 volume 0.12301E-04 ppm1 5.871 ppm2 4.193 CV 1 ASSI { 188} ( segid "PX14" and resid 35 and name HD% ) (( segid "PX19" and resid 106 and name HA )) 6.000 4.600 0.000 peak 188 spectrum 3 weight 0.11000E+01 volume 0.96481E-04 ppm1 7.094 ppm2 4.203 CV 1 ASSI { 193} (( segid "PX19" and resid 110 and name HZ )) (( segid "PX14" and resid 56 and name HD1 )) 4.400 4.400 1.600 peak 193 spectrum 3 weight 0.11000E+01 volume 0.10142E-03 ppm1 6.985 ppm2 0.985 CV 1 ASSI { 194} (( segid "PX19" and resid 110 and name HZ )) (( segid "PX14" and resid 56 and name HD2 )) 4.100 2.100 1.900 peak 194 spectrum 3 weight 0.11000E+01 volume 0.14362E-03 ppm1 6.989 ppm2 0.750 CV 1 ASSI { 195} (( segid "PX19" and resid 110 and name HB1 )) (( segid "PX14" and resid 56 and name HD1 )) 6.000 6.000 0.000 peak 195 spectrum 3 weight 0.11000E+01 volume 0.11303E-04 ppm1 3.462 ppm2 0.982 CV 1 ASSI { 196} (( segid "PX19" and resid 110 and name HB1 )) (( segid "PX14" and resid 56 and name HD2 )) 6.000 5.100 0.000 peak 196 spectrum 3 weight 0.11000E+01 volume 0.29344E-04 ppm1 3.458 ppm2 0.755 CV 1 ASSI { 197} (( segid "PX19" and resid 110 and name HB2 )) (( segid "PX14" and resid 56 and name HD2 )) 6.000 5.300 0.000 peak 197 spectrum 3 weight 0.11000E+01 volume 0.25050E-04 ppm1 2.947 ppm2 0.758 CV 1 ASSI { 198} (( segid "PX19" and resid 110 and name HB2 )) (( segid "PX14" and resid 56 and name HD1 )) 6.000 6.000 0.000 peak 198 spectrum 3 weight 0.11000E+01 volume 0.11345E-04 ppm1 2.968 ppm2 0.979 CV 1 ASSI { 199} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX14" and resid 56 and name HB1 )) 5.700 4.100 0.300 peak 199 spectrum 3 weight 0.11000E+01 volume 0.20766E-04 ppm1 7.026 ppm2 1.409 CV 1 ASSI { 200} ( segid "PX19" and resid 110 and name HE% ) (( segid "PX14" and resid 56 and name HB2 )) 6.000 6.000 0.000 peak 200 spectrum 3 weight 0.11000E+01 volume 0.14343E-04 ppm1 7.027 ppm2 1.261 CV 1 ASSI { 1} (( segid "PX19" and resid 112 and name HN )) (( segid "PX19" and resid 112 and name HB1 )) 2.900 1.000 1.000 peak 1 spectrum 4 weight 0.11000E+01 volume 0.30329E-02 ppm1 7.595 ppm2 3.909 CV 1 ASSI { 1} (( segid "PX19" and resid 112 and name HN )) (( segid "PX19" and resid 112 and name HA )) 3.100 1.200 1.200 peak 1 spectrum 4 weight 0.11000E+01 volume 0.19432E-02 ppm1 7.595 ppm2 4.228 CV 1 ASSI { 2} (( segid "PX19" and resid 112 and name HN )) (( segid "PX19" and resid 111 and name HA )) 3.500 3.500 2.500 peak 2 spectrum 4 weight 0.11000E+01 volume 0.11709E-02 ppm1 7.588 ppm2 4.661 CV 1 ASSI { 3} (( segid "PX19" and resid 111 and name HN )) (( segid "PX19" and resid 111 and name HA )) 3.100 3.100 2.900 peak 3 spectrum 4 weight 0.11000E+01 volume 0.17847E-02 ppm1 8.009 ppm2 4.665 CV 1 ASSI { 4} (( segid "PX19" and resid 111 and name HN )) (( segid "PX19" and resid 110 and name HA )) 3.600 1.700 1.700 peak 4 spectrum 4 weight 0.11000E+01 volume 0.64193E-03 ppm1 8.015 ppm2 4.282 CV 1 ASSI { 5} (( segid "PX19" and resid 110 and name HN )) (( segid "PX19" and resid 110 and name HA )) 4.000 2.000 2.000 peak 5 spectrum 4 weight 0.11000E+01 volume 0.32796E-03 ppm1 8.403 ppm2 4.278 CV 1 ASSI { 6} (( segid "PX19" and resid 105 and name HN )) (( segid "PX19" and resid 104 and name HA )) 3.800 1.800 1.800 peak 6 spectrum 4 weight 0.11000E+01 volume 0.55435E-03 ppm1 7.866 ppm2 4.105 CV 1 ASSI { 7} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 109 and name HA )) 2.500 0.800 0.800 peak 7 spectrum 4 weight 0.11000E+01 volume 0.59475E-02 ppm1 8.038 ppm2 4.176 CV 1 ASSI { 8} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 108 and name HA )) 2.800 1.000 1.000 peak 8 spectrum 4 weight 0.11000E+01 volume 0.30635E-02 ppm1 8.036 ppm2 4.090 CV 1 ASSI { 9} (( segid "PX19" and resid 108 and name HN )) (( segid "PX19" and resid 108 and name HA )) 2.700 0.900 0.900 peak 9 spectrum 4 weight 0.11000E+01 volume 0.34288E-02 ppm1 8.131 ppm2 4.096 CV 1 ASSI { 11} (( segid "PX19" and resid 107 and name HN )) (( segid "PX19" and resid 106 and name HA )) 3.400 1.400 1.400 peak 11 spectrum 4 weight 0.11000E+01 volume 0.95614E-03 ppm1 8.166 ppm2 4.250 CV 1 ASSI { 12} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 106 and name HA )) 3.200 1.300 1.300 peak 12 spectrum 4 weight 0.11000E+01 volume 0.10321E-02 ppm1 8.228 ppm2 4.255 CV 1 ASSI { 13} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 105 and name HA )) 3.400 1.400 1.400 peak 13 spectrum 4 weight 0.11000E+01 volume 0.99994E-03 ppm1 8.229 ppm2 4.496 CV 1 ASSI { 14} (( segid "PX19" and resid 107 and name HN )) (( segid "PX19" and resid 107 and name HA )) 2.300 0.700 0.700 peak 14 spectrum 4 weight 0.11000E+01 volume 0.89622E-02 ppm1 8.165 ppm2 4.105 CV 1 ASSI { 15} (( segid "PX19" and resid 105 and name HN )) (( segid "PX19" and resid 105 and name HA )) 3.400 1.500 1.500 peak 15 spectrum 4 weight 0.11000E+01 volume 0.89688E-03 ppm1 7.867 ppm2 4.503 CV 1 ASSI { 17} (( segid "PX19" and resid 104 and name HN )) (( segid "PX19" and resid 103 and name HA )) 3.700 1.700 1.700 peak 17 spectrum 4 weight 0.11000E+01 volume 0.61960E-03 ppm1 8.009 ppm2 3.877 CV 1 ASSI { 18} (( segid "PX19" and resid 103 and name HN )) (( segid "PX19" and resid 103 and name HA )) 3.500 1.500 1.500 peak 18 spectrum 4 weight 0.11000E+01 volume 0.75446E-03 ppm1 8.415 ppm2 3.880 CV 1 ASSI { 20} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 109 and name HB1 )) 2.500 0.800 0.800 peak 20 spectrum 4 weight 0.11000E+01 volume 0.10964E-01 ppm1 8.036 ppm2 1.516 CV 1 ASSI { 21} (( segid "PX19" and resid 110 and name HN )) (( segid "PX19" and resid 109 and name HB1 )) 2.900 1.100 1.100 peak 21 spectrum 4 weight 0.11000E+01 volume 0.19924E-02 ppm1 8.405 ppm2 1.509 CV 1 ASSI { 22} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 108 and name HB1 )) 2.900 1.100 1.100 peak 22 spectrum 4 weight 0.11000E+01 volume 0.15779E-02 ppm1 8.038 ppm2 1.997 CV 1 ASSI { 23} (( segid "PX19" and resid 108 and name HN )) (( segid "PX19" and resid 108 and name HB1 )) 3.100 1.200 1.200 peak 23 spectrum 4 weight 0.11000E+01 volume 0.14954E-02 ppm1 8.129 ppm2 2.011 CV 1 ASSI { 24} (( segid "PX19" and resid 107 and name HN )) (( segid "PX19" and resid 107 and name HB1 )) 2.800 1.000 1.000 peak 24 spectrum 4 weight 0.11000E+01 volume 0.33721E-02 ppm1 8.167 ppm2 2.139 CV 1 ASSI { 25} (( segid "PX19" and resid 108 and name HN )) (( segid "PX19" and resid 108 and name HG2 )) 5.900 4.400 0.100 peak 25 spectrum 4 weight 0.11000E+01 volume 0.12250E-03 ppm1 8.129 ppm2 2.203 CV 1 ASSI { 26} (( segid "PX19" and resid 107 and name HN )) (( segid "PX19" and resid 107 and name HG1 )) 3.600 1.700 1.700 peak 26 spectrum 4 weight 0.11000E+01 volume 0.89484E-03 ppm1 8.167 ppm2 2.425 CV 1 ASSI { 27} (( segid "PX19" and resid 108 and name HN )) (( segid "PX19" and resid 108 and name HG1 )) 4.000 2.000 2.000 peak 27 spectrum 4 weight 0.11000E+01 volume 0.11135E-02 ppm1 8.129 ppm2 2.350 CV 1 ASSI { 28} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 108 and name HG2 )) 6.000 6.000 0.000 peak 28 spectrum 4 weight 0.11000E+01 volume 0.25194E-04 ppm1 8.031 ppm2 2.197 CV 1 ASSI { 29} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 106 and name HB1 )) 3.100 1.200 1.200 peak 29 spectrum 4 weight 0.11000E+01 volume 0.47086E-02 ppm1 8.229 ppm2 2.808 CV 1 ASSI { 30} (( segid "PX19" and resid 107 and name HN )) (( segid "PX19" and resid 106 and name HB1 )) 3.400 1.400 1.400 peak 30 spectrum 4 weight 0.11000E+01 volume 0.13246E-02 ppm1 8.165 ppm2 2.805 CV 1 ASSI { 31} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 105 and name HB2 )) 3.700 1.800 1.800 peak 31 spectrum 4 weight 0.11000E+01 volume 0.13605E-02 ppm1 8.230 ppm2 2.980 CV 1 ASSI { 32} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 105 and name HB1 )) 3.500 1.600 1.600 peak 32 spectrum 4 weight 0.11000E+01 volume 0.58191E-03 ppm1 8.230 ppm2 3.110 CV 1 ASSI { 33} (( segid "PX19" and resid 105 and name HN )) (( segid "PX19" and resid 105 and name HB1 )) 3.100 1.200 1.200 peak 33 spectrum 4 weight 0.11000E+01 volume 0.15728E-02 ppm1 7.866 ppm2 3.114 CV 1 ASSI { 34} (( segid "PX19" and resid 110 and name HN )) (( segid "PX19" and resid 110 and name HB2 )) 2.500 0.800 0.800 peak 34 spectrum 4 weight 0.11000E+01 volume 0.34114E-02 ppm1 8.405 ppm2 2.940 CV 1 ASSI { 35} (( segid "PX19" and resid 110 and name HN )) (( segid "PX19" and resid 110 and name HB1 )) 3.100 1.200 1.200 peak 35 spectrum 4 weight 0.11000E+01 volume 0.23006E-02 ppm1 8.407 ppm2 3.189 CV 1 ASSI { 36} (( segid "PX19" and resid 104 and name HN )) (( segid "PX19" and resid 104 and name HB1 )) 3.000 1.100 1.100 peak 36 spectrum 4 weight 0.11000E+01 volume 0.22309E-02 ppm1 8.008 ppm2 1.727 CV 1 ASSI { 37} (( segid "PX19" and resid 103 and name HN )) (( segid "PX19" and resid 103 and name HB1 )) 3.100 1.200 1.200 peak 37 spectrum 4 weight 0.11000E+01 volume 0.26245E-02 ppm1 8.413 ppm2 1.902 CV 1 ASSI { 38} (( segid "PX19" and resid 104 and name HN )) (( segid "PX19" and resid 103 and name HB1 )) 3.400 1.500 1.500 peak 38 spectrum 4 weight 0.11000E+01 volume 0.11633E-02 ppm1 8.008 ppm2 1.899 CV 1 ASSI { 39} (( segid "PX19" and resid 103 and name HN )) (( segid "PX19" and resid 103 and name HG1 )) 4.100 2.100 1.900 peak 39 spectrum 4 weight 0.11000E+01 volume 0.34845E-03 ppm1 8.410 ppm2 2.259 CV 1 ASSI { 40} (( segid "PX19" and resid 111 and name HN )) (( segid "PX19" and resid 111 and name HB2 )) 2.900 1.100 1.100 peak 40 spectrum 4 weight 0.11000E+01 volume 0.18564E-02 ppm1 8.008 ppm2 2.584 CV 1 ASSI { 41} (( segid "PX19" and resid 111 and name HN )) (( segid "PX19" and resid 111 and name HB1 )) 3.600 1.600 1.600 peak 41 spectrum 4 weight 0.11000E+01 volume 0.78522E-03 ppm1 8.010 ppm2 2.824 CV 1 ASSI { 42} (( segid "PX19" and resid 105 and name HN )) (( segid "PX19" and resid 104 and name HB1 )) 3.200 1.300 1.300 peak 42 spectrum 4 weight 0.11000E+01 volume 0.12012E-02 ppm1 7.871 ppm2 1.723 CV 1 ASSI { 43} (( segid "PX19" and resid 105 and name HN )) (( segid "PX19" and resid 105 and name HB2 )) 3.300 1.400 1.400 peak 43 spectrum 4 weight 0.11000E+01 volume 0.89586E-03 ppm1 7.864 ppm2 2.987 CV 1 ASSI { 44} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 110 and name HB2 )) 4.500 2.600 1.500 peak 44 spectrum 4 weight 0.11000E+01 volume 0.42812E-03 ppm1 8.036 ppm2 2.940 CV 1 ASSI { 45} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 110 and name HB1 )) 4.500 2.600 1.500 peak 45 spectrum 4 weight 0.11000E+01 volume 0.57752E-03 ppm1 8.031 ppm2 3.184 CV 1 ASSI { 46} (( segid "PX19" and resid 111 and name HN )) (( segid "PX19" and resid 110 and name HB1 )) 3.600 1.600 1.600 peak 46 spectrum 4 weight 0.11000E+01 volume 0.65064E-03 ppm1 8.008 ppm2 3.186 CV 1 ASSI { 47} (( segid "PX19" and resid 111 and name HN )) (( segid "PX19" and resid 110 and name HB2 )) 4.400 2.400 1.600 peak 47 spectrum 4 weight 0.11000E+01 volume 0.46101E-03 ppm1 8.007 ppm2 2.942 CV 1 ASSI { 48} (( segid "PX19" and resid 112 and name HN )) (( segid "PX19" and resid 111 and name HB2 )) 4.800 2.900 1.200 peak 48 spectrum 4 weight 0.11000E+01 volume 0.32614E-03 ppm1 7.590 ppm2 2.589 CV 1 ASSI { 49} (( segid "PX19" and resid 112 and name HN )) (( segid "PX19" and resid 111 and name HB1 )) 4.200 2.200 1.800 peak 49 spectrum 4 weight 0.11000E+01 volume 0.22913E-03 ppm1 7.590 ppm2 2.821 CV 1 ASSI { 50} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 108 and name HG1 )) 4.500 2.600 1.500 peak 50 spectrum 4 weight 0.11000E+01 volume 0.28250E-03 ppm1 8.039 ppm2 2.348 CV 1 ASSI { 51} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 103 and name HA )) 3.700 1.700 1.700 peak 51 spectrum 4 weight 0.11000E+01 volume 0.54209E-03 ppm1 8.230 ppm2 3.876 CV 1 ASSI { 52} (( segid "PX19" and resid 109 and name HN )) (( segid "PX19" and resid 105 and name HA )) 4.100 2.100 1.900 peak 52 spectrum 4 weight 0.11000E+01 volume 0.32444E-03 ppm1 8.038 ppm2 4.501 CV 1 ASSI { 53} (( segid "PX19" and resid 108 and name HN )) (( segid "PX19" and resid 105 and name HA )) 4.000 2.000 2.000 peak 53 spectrum 4 weight 0.11000E+01 volume 0.43996E-03 ppm1 8.129 ppm2 4.501 CV 1 ASSI { 54} (( segid "PX19" and resid 107 and name HN )) (( segid "PX19" and resid 105 and name HA )) 4.600 2.700 1.400 peak 54 spectrum 4 weight 0.11000E+01 volume 0.23250E-03 ppm1 8.167 ppm2 4.501 CV 1 ASSI { 56} (( segid "PX19" and resid 104 and name HN )) (( segid "PX19" and resid 104 and name HG2 )) 4.700 2.700 1.300 peak 56 spectrum 4 weight 0.11000E+01 volume 0.23059E-03 ppm1 8.005 ppm2 1.307 CV 1 ASSI { 58} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 103 and name HB1 )) 3.400 3.400 2.600 peak 58 spectrum 4 weight 0.11000E+01 volume 0.52841E-03 ppm1 8.234 ppm2 1.904 CV 1 ASSI { 59} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 107 and name HB1 )) 4.000 2.000 2.000 peak 59 spectrum 4 weight 0.11000E+01 volume 0.13812E-02 ppm1 8.229 ppm2 2.134 CV 1 ASSI { 60} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 103 and name HG1 )) 3.400 3.400 2.600 peak 60 spectrum 4 weight 0.11000E+01 volume 0.50233E-03 ppm1 8.225 ppm2 2.252 CV 1 ASSI { 68} (( segid "PX19" and resid 106 and name HN )) ( segid "PX19" and resid 106 and name HD% ) 3.700 1.700 1.700 peak 68 spectrum 4 weight 0.11000E+01 volume 0.64621E-03 ppm1 8.228 ppm2 6.954 CV 1 ASSI { 69} (( segid "PX19" and resid 106 and name HN )) ( segid "PX19" and resid 105 and name HD% ) 4.000 2.000 2.000 peak 69 spectrum 4 weight 0.11000E+01 volume 0.47811E-03 ppm1 8.228 ppm2 7.163 CV 1 ASSI { 70} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 105 and name HN )) 3.400 1.500 1.500 peak 70 spectrum 4 weight 0.11000E+01 volume 0.65772E-03 ppm1 8.229 ppm2 7.874 CV 1 ASSI { 71} (( segid "PX19" and resid 110 and name HN )) (( segid "PX19" and resid 109 and name HN )) 2.700 0.900 0.900 peak 71 spectrum 4 weight 0.11000E+01 volume 0.30382E-02 ppm1 8.408 ppm2 8.038 CV 1 ASSI { 72} (( segid "PX19" and resid 106 and name HN )) (( segid "PX19" and resid 109 and name HN )) 2.500 2.500 3.500 peak 72 spectrum 4 weight 0.11000E+01 volume 0.62417E-02 ppm1 8.229 ppm2 8.030 CV 1 ASSI { 73} (( segid "PX19" and resid 103 and name HA )) (( segid "PX19" and resid 103 and name HG1 )) 3.800 1.800 1.800 peak 73 spectrum 4 weight 0.11000E+01 volume 0.56782E-03 ppm1 3.869 ppm2 2.256 CV 1 ASSI { 74} (( segid "PX19" and resid 103 and name HA )) (( segid "PX19" and resid 103 and name HB1 )) 3.000 1.200 1.200 peak 74 spectrum 4 weight 0.11000E+01 volume 0.17222E-02 ppm1 3.874 ppm2 1.893 CV 1 ASSI { 75} (( segid "PX19" and resid 103 and name HA )) (( segid "PX19" and resid 104 and name HB1 )) 5.000 3.200 1.000 peak 75 spectrum 4 weight 0.11000E+01 volume 0.20422E-03 ppm1 3.877 ppm2 1.730 CV 1 ASSI { 76} (( segid "PX19" and resid 112 and name HB1 )) (( segid "PX19" and resid 112 and name HA )) 2.500 0.800 0.800 peak 76 spectrum 4 weight 0.11000E+01 volume 0.72441E-02 ppm1 3.903 ppm2 4.224 CV 1 ASSI { 78} (( segid "PX19" and resid 109 and name HA )) (( segid "PX19" and resid 112 and name HN )) 4.200 2.200 1.800 peak 78 spectrum 4 weight 0.11000E+01 volume 0.27731E-03 ppm1 4.170 ppm2 7.592 CV 1 ASSI { 84} (( segid "PX19" and resid 107 and name HA )) (( segid "PX19" and resid 110 and name HN )) 3.900 1.900 1.900 peak 84 spectrum 4 weight 0.11000E+01 volume 0.38584E-03 ppm1 4.098 ppm2 8.406 CV 1 ASSI { 87} (( segid "PX19" and resid 107 and name HA )) (( segid "PX19" and resid 110 and name HB2 )) 3.100 1.200 1.200 peak 87 spectrum 4 weight 0.11000E+01 volume 0.14568E-02 ppm1 4.101 ppm2 2.944 CV 1 ASSI { 91} (( segid "PX19" and resid 106 and name HA )) (( segid "PX19" and resid 109 and name HB1 )) 3.600 1.700 1.700 peak 91 spectrum 4 weight 0.11000E+01 volume 0.11217E-02 ppm1 4.238 ppm2 1.515 CV 1 ASSI { 92} (( segid "PX19" and resid 107 and name HN )) (( segid "PX19" and resid 104 and name HB1 )) 5.200 3.400 0.800 peak 92 spectrum 4 weight 0.11000E+01 volume 0.13762E-03 ppm1 8.166 ppm2 1.726 CV 1 ASSI { 93} (( segid "PX19" and resid 104 and name HN )) (( segid "PX19" and resid 103 and name HG1 )) 5.100 3.300 0.900 peak 93 spectrum 4 weight 0.11000E+01 volume 0.13136E-03 ppm1 8.009 ppm2 2.252 CV 1 ASSI { 94} (( segid "PX19" and resid 104 and name HA )) (( segid "PX19" and resid 104 and name HB1 )) 2.600 0.900 0.900 peak 94 spectrum 4 weight 0.11000E+01 volume 0.42603E-02 ppm1 4.100 ppm2 1.728 CV 1 ASSI { 95} (( segid "PX19" and resid 107 and name HA )) (( segid "PX19" and resid 107 and name HB1 )) 2.300 0.600 0.600 peak 95 spectrum 4 weight 0.11000E+01 volume 0.11028E-01 ppm1 4.104 ppm2 2.139 CV 1 ASSI { 96} (( segid "PX19" and resid 107 and name HA )) (( segid "PX19" and resid 107 and name HG1 )) 3.100 1.200 1.200 peak 96 spectrum 4 weight 0.11000E+01 volume 0.19965E-02 ppm1 4.102 ppm2 2.419 CV 1 ASSI { 100} ( segid "PX19" and resid 109 and name HD1%) (( segid "PX19" and resid 106 and name HA )) 2.500 2.500 3.500 peak 100 spectrum 4 weight 0.11000E+01 volume 0.27847E-02 ppm1 0.776 ppm2 4.252 CV 1 ASSI { 102} (( segid "PX19" and resid 108 and name HB1 )) (( segid "PX19" and resid 108 and name HA )) 2.500 0.800 0.800 peak 102 spectrum 4 weight 0.11000E+01 volume 0.87552E-02 ppm1 1.992 ppm2 4.090 CV 1 ASSI { 103} (( segid "PX19" and resid 108 and name HB1 )) (( segid "PX19" and resid 105 and name HA )) 2.900 1.100 1.100 peak 103 spectrum 4 weight 0.11000E+01 volume 0.17510E-02 ppm1 1.989 ppm2 4.498 CV 1 ASSI { 104} (( segid "PX19" and resid 104 and name HB1 )) (( segid "PX19" and resid 105 and name HA )) 4.100 2.100 1.900 peak 104 spectrum 4 weight 0.11000E+01 volume 0.32142E-03 ppm1 1.726 ppm2 4.497 CV 1 ASSI { 105} (( segid "PX19" and resid 102 and name HA )) (( segid "PX19" and resid 102 and name HB1 )) 3.800 1.800 1.800 peak 105 spectrum 4 weight 0.11000E+01 volume 0.48126E-03 ppm1 4.201 ppm2 1.908 CV 1 ASSI { 106} (( segid "PX19" and resid 102 and name HA )) (( segid "PX19" and resid 102 and name HB2 )) 3.800 1.800 1.800 peak 106 spectrum 4 weight 0.11000E+01 volume 0.45808E-03 ppm1 4.203 ppm2 1.813 CV 1 ASSI { 107} (( segid "PX19" and resid 102 and name HA )) (( segid "PX19" and resid 102 and name HG2 )) 4.400 2.400 1.600 peak 107 spectrum 4 weight 0.11000E+01 volume 0.22519E-03 ppm1 4.208 ppm2 2.022 CV 1 ASSI { 108} (( segid "PX19" and resid 102 and name HA )) (( segid "PX19" and resid 102 and name HG1 )) 3.700 1.700 1.700 peak 108 spectrum 4 weight 0.11000E+01 volume 0.71422E-03 ppm1 4.199 ppm2 2.099 CV 1 ASSI { 109} (( segid "PX19" and resid 105 and name HB1 )) (( segid "PX19" and resid 102 and name HA )) 3.900 1.900 1.900 peak 109 spectrum 4 weight 0.11000E+01 volume 0.39407E-03 ppm1 3.111 ppm2 4.205 CV 1 ASSI { 110} (( segid "PX19" and resid 105 and name HB2 )) (( segid "PX19" and resid 102 and name HA )) 3.000 1.200 1.200 peak 110 spectrum 4 weight 0.11000E+01 volume 0.20367E-02 ppm1 2.972 ppm2 4.205 CV 1 ASSI { 112} (( segid "PX19" and resid 105 and name HB2 )) (( segid "PX19" and resid 105 and name HA )) 2.600 0.800 0.800 peak 112 spectrum 4 weight 0.11000E+01 volume 0.40543E-02 ppm1 2.980 ppm2 4.505 CV 1 ASSI { 113} (( segid "PX19" and resid 106 and name HB1 )) (( segid "PX19" and resid 106 and name HA )) 2.900 1.000 1.000 peak 113 spectrum 4 weight 0.11000E+01 volume 0.17310E-02 ppm1 2.805 ppm2 4.259 CV 1 ASSI { 114} (( segid "PX19" and resid 106 and name HB1 )) (( segid "PX19" and resid 103 and name HA )) 3.800 1.800 1.800 peak 114 spectrum 4 weight 0.11000E+01 volume 0.16650E-02 ppm1 2.805 ppm2 3.890 CV 1 ASSI { 116} (( segid "PX19" and resid 111 and name HB1 )) (( segid "PX19" and resid 108 and name HA )) 3.900 1.900 1.900 peak 116 spectrum 4 weight 0.11000E+01 volume 0.74250E-03 ppm1 2.816 ppm2 4.097 CV 1 ASSI { 117} (( segid "PX19" and resid 111 and name HB2 )) (( segid "PX19" and resid 108 and name HA )) 3.000 1.100 1.100 peak 117 spectrum 4 weight 0.11000E+01 volume 0.15048E-02 ppm1 2.579 ppm2 4.088 CV 1 ASSI { 120} (( segid "PX19" and resid 110 and name HB1 )) (( segid "PX19" and resid 107 and name HA )) 2.900 1.100 1.100 peak 120 spectrum 4 weight 0.11000E+01 volume 0.22064E-02 ppm1 3.184 ppm2 4.112 CV 1 ASSI { 121} (( segid "PX19" and resid 110 and name HB1 )) (( segid "PX19" and resid 110 and name HA )) 3.100 1.200 1.200 peak 121 spectrum 4 weight 0.11000E+01 volume 0.19863E-02 ppm1 3.196 ppm2 4.291 CV 1 ASSI { 122} (( segid "PX19" and resid 110 and name HB2 )) (( segid "PX19" and resid 110 and name HA )) 2.800 1.000 1.000 peak 122 spectrum 4 weight 0.11000E+01 volume 0.21650E-02 ppm1 2.940 ppm2 4.295 CV 1 ASSI { 124} (( segid "PX19" and resid 104 and name HA )) (( segid "PX19" and resid 104 and name HG1 )) 3.400 1.400 1.400 peak 124 spectrum 4 weight 0.11000E+01 volume 0.90993E-03 ppm1 4.106 ppm2 1.370 CV 1 ASSI { 125} (( segid "PX19" and resid 104 and name HA )) (( segid "PX19" and resid 104 and name HG2 )) 3.600 1.600 1.600 peak 125 spectrum 4 weight 0.11000E+01 volume 0.73194E-03 ppm1 4.104 ppm2 1.308 CV 1 ASSI { 129} (( segid "PX19" and resid 108 and name HA )) (( segid "PX19" and resid 108 and name HG1 )) 6.000 4.500 0.000 peak 129 spectrum 4 weight 0.11000E+01 volume 0.00000E+00 ppm1 4.088 ppm2 2.346 CV 1 ASSI { 130} (( segid "PX19" and resid 108 and name HA )) (( segid "PX19" and resid 108 and name HG2 )) 6.000 4.500 0.000 peak 130 spectrum 4 weight 0.11000E+01 volume 0.00000E+00 ppm1 4.085 ppm2 2.208 CV 1 ASSI { 25} (( segid "PX14" and resid 30 and name HN )) (( segid "PX14" and resid 31 and name HN )) 2.500 0.800 0.800 peak 25 spectrum 1 weight 0.11000E+01 volume 0.43977E-02 ppm1 8.138 ppm2 7.812 CV 1 OR { 25} (( segid "PX14" and resid 30 and name HN )) (( segid "PX14" and resid 29 and name HN )) ASSI { 28} (( segid "PX14" and resid 31 and name HN )) (( segid "PX14" and resid 32 and name HN )) 2.500 0.800 0.800 peak 28 spectrum 1 weight 0.11000E+01 volume 0.48173E-02 ppm1 7.804 ppm2 8.181 CV 1 OR { 28} (( segid "PX14" and resid 31 and name HN )) (( segid "PX14" and resid 30 and name HN )) ASSI { 149} (( segid "PX14" and resid 67 and name HN )) (( segid "PX14" and resid 65 and name HN )) 4.600 2.700 1.400 peak 149 spectrum 1 weight 0.11000E+01 volume 0.16390E-03 ppm1 9.108 ppm2 8.072 CV 1 OR { 149} (( segid "PX14" and resid 67 and name HN )) (( segid "PX14" and resid 64 and name HN )) ASSI { 162} (( segid "PX14" and resid 71 and name HN )) (( segid "PX14" and resid 70 and name HN )) 2.500 0.800 0.800 peak 162 spectrum 1 weight 0.11000E+01 volume 0.45179E-02 ppm1 7.627 ppm2 7.958 CV 1 OR { 162} (( segid "PX14" and resid 71 and name HN )) (( segid "PX14" and resid 72 and name HN )) ASSI { 163} (( segid "PX14" and resid 71 and name HN )) (( segid "PX14" and resid 68 and name HN )) 6.000 5.100 0.000 peak 163 spectrum 1 weight 0.11000E+01 volume 0.18651E-04 ppm1 7.628 ppm2 8.232 CV 1 OR { 163} (( segid "PX14" and resid 71 and name HN )) (( segid "PX14" and resid 73 and name HN )) ASSI { 702} (( segid "PX14" and resid 24 and name HA )) ( segid "PX14" and resid 28 and name HD2%) 5.800 5.800 0.200 peak 702 spectrum 2 weight 0.11000E+01 volume 0.41598E-04 ppm1 4.492 ppm2 0.890 CV 1 OR { 702} (( segid "PX14" and resid 24 and name HA )) ( segid "PX14" and resid 58 and name HD2%) ASSI { 704} (( segid "PX14" and resid 52 and name HA )) (( segid "PX14" and resid 54 and name HB1 )) 3.700 3.700 2.300 peak 704 spectrum 2 weight 0.11000E+01 volume 0.10491E-02 ppm1 4.201 ppm2 1.801 CV 1 OR { 704} (( segid "PX14" and resid 52 and name HA )) (( segid "PX14" and resid 50 and name HB2 )) ASSI { 790} (( segid "PX14" and resid 64 and name HB2 )) (( segid "PX14" and resid 64 and name HA )) 3.100 3.100 2.900 peak 790 spectrum 2 weight 0.11000E+01 volume 0.16456E-02 ppm1 2.672 ppm2 4.433 CV 1 OR { 790} (( segid "PX14" and resid 38 and name HB2 )) (( segid "PX14" and resid 38 and name HA )) ASSI { 891} ( segid "PX14" and resid 36 and name HD1%) (( segid "PX14" and resid 35 and name HB2 )) 4.000 4.000 2.000 peak 891 spectrum 2 weight 0.11000E+01 volume 0.58895E-03 ppm1 0.694 ppm2 3.283 CV 1 OR { 891} ( segid "PX14" and resid 36 and name HD1%) (( segid "PX14" and resid 49 and name HD1 )) ASSI { 894} ( segid "PX14" and resid 41 and name HG1%) (( segid "PX14" and resid 40 and name HB1 )) 4.100 4.100 1.900 peak 894 spectrum 2 weight 0.11000E+01 volume 0.58423E-03 ppm1 0.304 ppm2 1.911 CV 1 OR { 894} ( segid "PX14" and resid 41 and name HG1%) (( segid "PX14" and resid 42 and name HB1 )) ASSI { 928} ( segid "PX14" and resid 32 and name HB% ) ( segid "PX14" and resid 33 and name HG1%) 3.400 1.500 1.500 peak 928 spectrum 2 weight 0.11000E+01 volume 0.15284E-02 ppm1 1.547 ppm2 1.175 CV 1 OR { 928} ( segid "PX14" and resid 32 and name HB% ) (( segid "PX14" and resid 58 and name HB2 )) ASSI { 950} ( segid "PX14" and resid 51 and name HB% ) (( segid "PX14" and resid 50 and name HB2 )) 3.600 1.700 1.700 peak 950 spectrum 2 weight 0.11000E+01 volume 0.12604E-02 ppm1 1.591 ppm2 1.817 CV 1 OR { 950} ( segid "PX14" and resid 51 and name HB% ) (( segid "PX14" and resid 54 and name HB1 )) ASSI { 1000} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 60 and name HB2 )) 4.000 4.000 2.000 peak 1000 spectrum 2 weight 0.11000E+01 volume 0.43050E-03 ppm1 0.699 ppm2 2.514 CV 1 OR { 1000} ( segid "PX14" and resid 63 and name HG2%) (( segid "PX14" and resid 62 and name HB1 )) ASSI { 105} ( segid "PX14" and resid 52 and name HD% ) (( segid "PX19" and resid 106 and name HB1 )) 5.700 4.000 0.300 peak 105 spectrum 3 weight 0.11000E+01 volume 0.58747E-04 ppm1 6.813 ppm2 2.770 CV 1 OR { 105} ( segid "PX14" and resid 52 and name HD% ) (( segid "PX19" and resid 106 and name HB1 )) OR { 105} ( segid "PX14" and resid 35 and name HE% ) (( segid "PX19" and resid 106 and name HB1 )) OR { 105} ( segid "PX14" and resid 35 and name HE% ) (( segid "PX19" and resid 106 and name HB1 )) ASSI { 83} (( segid "PX19" and resid 107 and name HA )) (( segid "PX19" and resid 107 and name HN )) 2.500 0.800 0.800 peak 83 spectrum 4 weight 0.11000E+01 volume 0.53037E-02 ppm1 4.102 ppm2 8.167 CV 1 OR { 83} (( segid "PX19" and resid 104 and name HA )) (( segid "PX19" and resid 107 and name HN )) assign ( residue 32 and name HN ) ( residue 28 and name O ) 1.80 0.00 0.50 assign ( residue 32 and name N ) ( residue 28 and name O ) 2.80 0.00 0.50 assign ( residue 33 and name HN ) ( residue 29 and name O ) 1.80 0.00 0.50 assign ( residue 33 and name N ) ( residue 29 and name O ) 2.80 0.00 0.50 assign ( residue 34 and name HN ) ( residue 30 and name O ) 1.80 0.00 0.50 assign ( residue 34 and name N ) ( residue 30 and name O ) 2.80 0.00 0.50 assign ( residue 35 and name HN ) ( residue 31 and name O ) 1.80 0.00 0.50 assign ( residue 35 and name N ) ( residue 31 and name O ) 2.80 0.00 0.50 assign ( residue 36 and name HN ) ( residue 32 and name O ) 1.80 0.00 0.50 assign ( residue 36 and name N ) ( residue 32 and name O ) 2.80 0.00 0.50 assign ( residue 37 and name HN ) ( residue 33 and name O ) 1.80 0.00 0.50 assign ( residue 37 and name N ) ( residue 33 and name O ) 2.80 0.00 0.50 assign ( residue 49 and name HN ) ( residue 45 and name O ) 1.80 0.00 0.50 assign ( residue 49 and name N ) ( residue 45 and name O ) 2.80 0.00 0.50 assign ( residue 50 and name HN ) ( residue 46 and name O ) 1.80 0.00 0.50 assign ( residue 50 and name N ) ( residue 46 and name O ) 2.80 0.00 0.50 assign ( residue 52 and name HN ) ( residue 48 and name O ) 1.80 0.00 0.50 assign ( residue 52 and name N ) ( residue 48 and name O ) 2.80 0.00 0.50 assign ( residue 53 and name HN ) ( residue 49 and name O ) 1.80 0.00 0.50 assign ( residue 53 and name N ) ( residue 49 and name O ) 2.80 0.00 0.50 assign ( residue 54 and name HN ) ( residue 50 and name O ) 1.80 0.00 0.50 assign ( residue 54 and name N ) ( residue 50 and name O ) 2.80 0.00 0.50 assign ( residue 55 and name HN ) ( residue 51 and name O ) 1.80 0.00 0.50 assign ( residue 55 and name N ) ( residue 51 and name O ) 2.80 0.00 0.50 assign ( residue 56 and name HN ) ( residue 52 and name O ) 1.80 0.00 0.50 assign ( residue 56 and name N ) ( residue 52 and name O ) 2.80 0.00 0.50 assign ( residue 63 and name HN ) ( residue 59 and name O ) 1.80 0.00 0.50 assign ( residue 63 and name N ) ( residue 59 and name O ) 2.80 0.00 0.50 assign ( residue 64 and name HN ) ( residue 60 and name O ) 1.80 0.00 0.50 assign ( residue 64 and name N ) ( residue 60 and name O ) 2.80 0.00 0.50 assign ( residue 65 and name HN ) ( residue 61 and name O ) 1.80 0.00 0.50 assign ( residue 65 and name N ) ( residue 61 and name O ) 2.80 0.00 0.50 assign ( residue 66 and name HN ) ( residue 62 and name O ) 1.80 0.00 0.50 assign ( residue 66 and name N ) ( residue 62 and name O ) 2.80 0.00 0.50 assign ( residue 67 and name HN ) ( residue 63 and name O ) 1.80 0.00 0.50 assign ( residue 67 and name N ) ( residue 63 and name O ) 2.80 0.00 0.50 assign ( residue 68 and name HN ) ( residue 64 and name O ) 1.80 0.00 0.50 assign ( residue 68 and name N ) ( residue 64 and name O ) 2.80 0.00 0.50 assign ( residue 69 and name HN ) ( residue 65 and name O ) 1.80 0.00 0.50 assign ( residue 69 and name N ) ( residue 65 and name O ) 2.80 0.00 0.50 ASSIGN (resid 15 and name C ) (resid 16 and name N ) (resid 16 and name CA) (resid 16 and name C ) 1.00 -97.22 40.45 2 ASSIGN (resid 19 and name C ) (resid 20 and name N ) (resid 20 and name CA) (resid 20 and name C ) 1.00 -71.29 21.39 2 ASSIGN (resid 22 and name C ) (resid 23 and name N ) (resid 23 and name CA) (resid 23 and name C ) 1.00 -77.19 20.46 2 ASSIGN (resid 24 and name C ) (resid 25 and name N ) (resid 25 and name CA) (resid 25 and name C ) 1.00 -101.97 43.52 2 ASSIGN (resid 25 and name C ) (resid 26 and name N ) (resid 26 and name CA) (resid 26 and name C ) 1.00 -58.20 26.21 2 ASSIGN (resid 26 and name C ) (resid 27 and name N ) (resid 27 and name CA) (resid 27 and name C ) 1.00 -61.09 25.54 2 ASSIGN (resid 27 and name C ) (resid 28 and name N ) (resid 28 and name CA) (resid 28 and name C ) 1.00 -69.35 20.30 2 ASSIGN (resid 28 and name C ) (resid 29 and name N ) (resid 29 and name CA) (resid 29 and name C ) 1.00 -65.22 7.10 2 ASSIGN (resid 29 and name C ) (resid 30 and name N ) (resid 30 and name CA) (resid 30 and name C ) 1.00 -66.18 20.70 2 ASSIGN (resid 30 and name C ) (resid 31 and name N ) (resid 31 and name CA) (resid 31 and name C ) 1.00 -70.38 12.73 2 ASSIGN (resid 31 and name C ) (resid 32 and name N ) (resid 32 and name CA) (resid 32 and name C ) 1.00 -65.36 10.52 2 ASSIGN (resid 32 and name C ) (resid 33 and name N ) (resid 33 and name CA) (resid 33 and name C ) 1.00 -63.65 18.75 2 ASSIGN (resid 33 and name C ) (resid 34 and name N ) (resid 34 and name CA) (resid 34 and name C ) 1.00 -60.43 16.50 2 ASSIGN (resid 34 and name C ) (resid 35 and name N ) (resid 35 and name CA) (resid 35 and name C ) 1.00 -62.63 18.00 2 ASSIGN (resid 44 and name C ) (resid 45 and name N ) (resid 45 and name CA) (resid 45 and name C ) 1.00 -78.56 47.33 2 ASSIGN (resid 45 and name C ) (resid 46 and name N ) (resid 46 and name CA) (resid 46 and name C ) 1.00 -56.72 19.00 2 ASSIGN (resid 46 and name C ) (resid 47 and name N ) (resid 47 and name CA) (resid 47 and name C ) 1.00 -65.22 18.81 2 ASSIGN (resid 47 and name C ) (resid 48 and name N ) (resid 48 and name CA) (resid 48 and name C ) 1.00 -63.15 7.19 2 ASSIGN (resid 48 and name C ) (resid 49 and name N ) (resid 49 and name CA) (resid 49 and name C ) 1.00 -61.60 7.63 2 ASSIGN (resid 49 and name C ) (resid 50 and name N ) (resid 50 and name CA) (resid 50 and name C ) 1.00 -61.15 17.88 2 ASSIGN (resid 50 and name C ) (resid 51 and name N ) (resid 51 and name CA) (resid 51 and name C ) 1.00 -65.16 25.25 2 ASSIGN (resid 51 and name C ) (resid 52 and name N ) (resid 52 and name CA) (resid 52 and name C ) 1.00 -65.00 15.65 2 ASSIGN (resid 52 and name C ) (resid 53 and name N ) (resid 53 and name CA) (resid 53 and name C ) 1.00 -60.27 23.78 2 ASSIGN (resid 53 and name C ) (resid 54 and name N ) (resid 54 and name CA) (resid 54 and name C ) 1.00 -64.59 8.96 2 ASSIGN (resid 54 and name C ) (resid 55 and name N ) (resid 55 and name CA) (resid 55 and name C ) 1.00 -65.22 11.98 2 ASSIGN (resid 58 and name C ) (resid 59 and name N ) (resid 59 and name CA) (resid 59 and name C ) 1.00 -102.77 43.98 2 ASSIGN (resid 59 and name C ) (resid 60 and name N ) (resid 60 and name CA) (resid 60 and name C ) 1.00 -57.51 7.15 2 ASSIGN (resid 60 and name C ) (resid 61 and name N ) (resid 61 and name CA) (resid 61 and name C ) 1.00 -65.44 25.90 2 ASSIGN (resid 61 and name C ) (resid 62 and name N ) (resid 62 and name CA) (resid 62 and name C ) 1.00 -67.89 10.37 2 ASSIGN (resid 62 and name C ) (resid 63 and name N ) (resid 63 and name CA) (resid 63 and name C ) 1.00 -63.22 6.12 2 ASSIGN (resid 63 and name C ) (resid 64 and name N ) (resid 64 and name CA) (resid 64 and name C ) 1.00 -59.89 17.19 2 ASSIGN (resid 64 and name C ) (resid 65 and name N ) (resid 65 and name CA) (resid 65 and name C ) 1.00 -64.43 7.32 2 ASSIGN (resid 65 and name C ) (resid 66 and name N ) (resid 66 and name CA) (resid 66 and name C ) 1.00 -68.52 11.28 2 ASSIGN (resid 66 and name C ) (resid 67 and name N ) (resid 67 and name CA) (resid 67 and name C ) 1.00 -63.94 8.98 2 ASSIGN (resid 67 and name C ) (resid 68 and name N ) (resid 68 and name CA) (resid 68 and name C ) 1.00 -64.25 8.42 2 ASSIGN (resid 68 and name C ) (resid 69 and name N ) (resid 69 and name CA) (resid 69 and name C ) 1.00 -66.20 15.93 2 ASSIGN (resid 69 and name C ) (resid 70 and name N ) (resid 70 and name CA) (resid 70 and name C ) 1.00 -95.82 24.57 2 ASSIGN (resid 75 and name C ) (resid 76 and name N ) (resid 76 and name CA) (resid 76 and name C ) 1.00 -87.41 37.16 2 ASSIGN (resid 78 and name C ) (resid 79 and name N ) (resid 79 and name CA) (resid 79 and name C ) 1.00 -69.36 13.62 2 ASSIGN (resid 101 and name C ) (resid 102 and name N ) (resid 102 and name CA) (resid 102 and name C ) 1.00 -61.02 35.00 2 ASSIGN (resid 102 and name C ) (resid 103 and name N ) (resid 103 and name CA) (resid 103 and name C ) 1.00 -64.32 35.08 2 ASSIGN (resid 103 and name C ) (resid 104 and name N ) (resid 104 and name CA) (resid 104 and name C ) 1.00 -66.36 35.08 2 ASSIGN (resid 104 and name C ) (resid 105 and name N ) (resid 105 and name CA) (resid 105 and name C ) 1.00 -63.30 35.08 2 ASSIGN (resid 105 and name C ) (resid 106 and name N ) (resid 106 and name CA) (resid 106 and name C ) 1.00 -59.69 35.08 2 ASSIGN (resid 106 and name C ) (resid 107 and name N ) (resid 107 and name CA) (resid 107 and name C ) 1.00 -62.36 35.08 2 ASSIGN (resid 107 and name C ) (resid 108 and name N ) (resid 108 and name CA) (resid 106 and name C ) 1.00 -66.29 35.08 2 ASSIGN (resid 108 and name C ) (resid 109 and name N ) (resid 109 and name CA) (resid 109 and name C ) 1.00 -62.85 35.08 2 ASSIGN (resid 109 and name C ) (resid 110 and name N ) (resid 110 and name CA) (resid 110 and name C ) 1.00 -68.64 35.08 2 ASSIGN (resid 110 and name C ) (resid 111 and name N ) (resid 111 and name CA) (resid 111 and name C ) 1.00 -64.68 35.08 2 ASSIGN (resid 16 and name N ) (resid 16 and name CA ) (resid 16 and name C) (resid 17 and name N ) 1.00 126.45 43.55 2 ASSIGN (resid 20 and name N ) (resid 20 and name CA ) (resid 20 and name C) (resid 21 and name N ) 1.00 -30.79 36.12 2 ASSIGN (resid 23 and name N ) (resid 23 and name CA ) (resid 23 and name C) (resid 24 and name N ) 1.00 141.32 35.04 2 ASSIGN (resid 25 and name N ) (resid 25 and name CA ) (resid 25 and name C) (resid 26 and name N ) 1.00 137.44 55.66 2 ASSIGN (resid 26 and name N ) (resid 26 and name CA ) (resid 26 and name C) (resid 27 and name N ) 1.00 -36.14 16.07 2 ASSIGN (resid 27 and name N ) (resid 27 and name CA ) (resid 27 and name C) (resid 28 and name N ) 1.00 -30.55 13.07 2 ASSIGN (resid 28 and name N ) (resid 28 and name CA ) (resid 28 and name C) (resid 29 and name N ) 1.00 -40.23 17.43 2 ASSIGN (resid 29 and name N ) (resid 29 and name CA ) (resid 29 and name C) (resid 30 and name N ) 1.00 -42.46 25.55 2 ASSIGN (resid 30 and name N ) (resid 30 and name CA ) (resid 30 and name C) (resid 31 and name N ) 1.00 -33.78 20.65 2 ASSIGN (resid 31 and name N ) (resid 31 and name CA ) (resid 31 and name C) (resid 32 and name N ) 1.00 -40.33 22.55 2 ASSIGN (resid 32 and name N ) (resid 32 and name CA ) (resid 32 and name C) (resid 33 and name N ) 1.00 -36.15 24.37 2 ASSIGN (resid 33 and name N ) (resid 33 and name CA ) (resid 33 and name C) (resid 34 and name N ) 1.00 -43.60 14.94 2 ASSIGN (resid 34 and name N ) (resid 34 and name CA ) (resid 34 and name C) (resid 35 and name N ) 1.00 -37.56 14.52 2 ASSIGN (resid 35 and name N ) (resid 35 and name CA ) (resid 35 and name C) (resid 36 and name N ) 1.00 -45.01 19.92 2 ASSIGN (resid 39 and name N ) (resid 39 and name CA ) (resid 39 and name C) (resid 40 and name N ) 1.00 -40.21 26.92 2 ASSIGN (resid 40 and name N ) (resid 40 and name CA ) (resid 40 and name C) (resid 41 and name N ) 1.00 -38.22 27.49 2 ASSIGN (resid 41 and name N ) (resid 41 and name CA ) (resid 41 and name C) (resid 42 and name N ) 1.00 -43.99 24.53 2 ASSIGN (resid 42 and name N ) (resid 42 and name CA ) (resid 42 and name C) (resid 43 and name N ) 1.00 -36.79 27.02 2 ASSIGN (resid 43 and name N ) (resid 43 and name CA ) (resid 43 and name C) (resid 44 and name N ) 1.00 -5.50 30.26 2 ASSIGN (resid 44 and name N ) (resid 44 and name CA ) (resid 44 and name C) (resid 45 and name N ) 1.00 151.40 20.13 2 ASSIGN (resid 45 and name N ) (resid 45 and name CA ) (resid 45 and name C) (resid 46 and name N ) 1.00 138.66 26.14 2 ASSIGN (resid 46 and name N ) (resid 46 and name CA ) (resid 46 and name C) (resid 47 and name N ) 1.00 -39.05 17.64 2 ASSIGN (resid 47 and name N ) (resid 47 and name CA ) (resid 47 and name C) (resid 48 and name N ) 1.00 -38.39 13.47 2 ASSIGN (resid 48 and name N ) (resid 48 and name CA ) (resid 48 and name C) (resid 49 and name N ) 1.00 -43.17 20.06 2 ASSIGN (resid 49 and name N ) (resid 49 and name CA ) (resid 49 and name C) (resid 50 and name N ) 1.00 -44.31 26.57 2 ASSIGN (resid 50 and name N ) (resid 50 and name CA ) (resid 50 and name C) (resid 51 and name N ) 1.00 -41.45 19.27 2 ASSIGN (resid 51 and name N ) (resid 51 and name CA ) (resid 51 and name C) (resid 52 and name N ) 1.00 -38.62 24.75 2 ASSIGN (resid 52 and name N ) (resid 52 and name CA ) (resid 52 and name C) (resid 53 and name N ) 1.00 -46.80 28.50 2 ASSIGN (resid 53 and name N ) (resid 53 and name CA ) (resid 53 and name C) (resid 54 and name N ) 1.00 -38.88 25.54 2 ASSIGN (resid 54 and name N ) (resid 54 and name CA ) (resid 54 and name C) (resid 55 and name N ) 1.00 -39.25 11.43 2 ASSIGN (resid 55 and name N ) (resid 55 and name CA ) (resid 55 and name C) (resid 56 and name N ) 1.00 -35.50 11.29 2 ASSIGN (resid 59 and name N ) (resid 59 and name CA ) (resid 59 and name C) (resid 60 and name N ) 1.00 165.57 11.46 2 ASSIGN (resid 60 and name N ) (resid 60 and name CA ) (resid 60 and name C) (resid 61 and name N ) 1.00 -38.60 19.03 2 ASSIGN (resid 61 and name N ) (resid 61 and name CA ) (resid 61 and name C) (resid 62 and name N ) 1.00 -39.66 27.56 2 ASSIGN (resid 62 and name N ) (resid 62 and name CA ) (resid 62 and name C) (resid 63 and name N ) 1.00 -39.39 11.71 2 ASSIGN (resid 63 and name N ) (resid 63 and name CA ) (resid 63 and name C) (resid 64 and name N ) 1.00 -43.48 17.33 2 ASSIGN (resid 64 and name N ) (resid 64 and name CA ) (resid 64 and name C) (resid 65 and name N ) 1.00 -39.43 27.73 2 ASSIGN (resid 65 and name N ) (resid 65 and name CA ) (resid 65 and name C) (resid 66 and name N ) 1.00 -39.61 18.31 2 ASSIGN (resid 66 and name N ) (resid 66 and name CA ) (resid 66 and name C) (resid 67 and name N ) 1.00 -38.68 18.40 2 ASSIGN (resid 67 and name N ) (resid 67 and name CA ) (resid 67 and name C) (resid 68 and name N ) 1.00 -42.84 13.11 2 ASSIGN (resid 68 and name N ) (resid 68 and name CA ) (resid 68 and name C) (resid 69 and name N ) 1.00 -40.85 18.12 2 ASSIGN (resid 69 and name N ) (resid 69 and name CA ) (resid 69 and name C) (resid 70 and name N ) 1.00 -36.53 20.50 2 ASSIGN (resid 70 and name N ) (resid 70 and name CA ) (resid 70 and name C) (resid 71 and name N ) 1.00 -7.10 23.54 2 ASSIGN (resid 76 and name N ) (resid 76 and name CA ) (resid 76 and name C) (resid 77 and name N ) 1.00 130.52 42.38 2 ASSIGN (resid 79 and name N ) (resid 79 and name CA ) (resid 79 and name C) (resid 80 and name N ) 1.00 -33.22 13.08 2 ASSIGN (resid 102 and name N ) (resid 102 and name CA ) (resid 102 and name C) (resid 103 and name N ) 1.00 -38.93 35.08 2 ASSIGN (resid 103 and name N ) (resid 103 and name CA ) (resid 103 and name C) (resid 104 and name N ) 1.00 -42.77 35.08 2 ASSIGN (resid 104 and name N ) (resid 104 and name CA ) (resid 104 and name C) (resid 105 and name N ) 1.00 -42.20 35.08 2 ASSIGN (resid 105 and name N ) (resid 105 and name CA ) (resid 105 and name C) (resid 106 and name N ) 1.00 -41.09 35.08 2 ASSIGN (resid 106 and name N ) (resid 106 and name CA ) (resid 106 and name C) (resid 107 and name N ) 1.00 -39.32 35.08 2 ASSIGN (resid 107 and name N ) (resid 107 and name CA ) (resid 107 and name C) (resid 108 and name N ) 1.00 -41.52 35.08 2 ASSIGN (resid 108 and name N ) (resid 108 and name CA ) (resid 108 and name C) (resid 109 and name N ) 1.00 -42.64 35.08 2 ASSIGN (resid 109 and name N ) (resid 109 and name CA ) (resid 109 and name C) (resid 110 and name N ) 1.00 -40.20 35.08 2 ASSIGN (resid 110 and name N ) (resid 110 and name CA ) (resid 110 and name C) (resid 111 and name N ) 1.00 -41.67 35.08 2 ASSIGN (resid 111 and name N ) (resid 111 and name CA ) (resid 111 and name C) (resid 112 and name N ) 1.00 -40.46 35.08 2 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H1 GLY 12 H1 GLY 12 -28.092 11.524 -2.228 2 H2 GLY 12 H3 GLY 12 -27.107 10.700 -3.337 3 H3 GLY 12 H2 GLY 12 -28.792 10.516 -3.399 4 HA2 GLY 12 HA2 GLY 12 -27.753 8.583 -2.406 5 HA3 GLY 12 HA3 GLY 12 -28.809 9.417 -1.275 No H/Q in entry = 5 In of MODEL 1 1 H ALA 13 H ALA 13 -28.003 9.559 0.685 2 HA ALA 13 HA ALA 13 -25.383 10.551 1.196 3 HB3 ALA 13 HB1 ALA 13 -25.918 10.187 3.543 4 HB2 ALA 13 HB2 ALA 13 -27.336 9.243 3.086 5 HB1 ALA 13 HB3 ALA 13 -27.262 10.964 2.707 No H/Q in entry = 5 In of MODEL 1 1 H MET 14 H MET 14 -26.773 7.390 0.857 2 HA MET 14 HA MET 14 -24.195 6.185 1.622 3 HB2 MET 14 HB2 MET 14 -26.990 5.065 1.600 4 HB3 MET 14 HB3 MET 14 -25.574 4.027 1.666 5 HE1 MET 14 HE1 MET 14 -25.042 6.117 6.047 6 HE3 MET 14 HE2 MET 14 -23.580 5.179 6.349 7 HE2 MET 14 HE3 MET 14 -25.124 4.358 6.128 8 HG2 MET 14 HG2 MET 14 -26.329 6.137 3.672 9 HG3 MET 14 HG3 MET 14 -26.485 4.393 3.876 No H/Q in entry = 9 In of MODEL 1 1 H ALA 15 H ALA 15 -24.306 7.408 -0.833 2 HA ALA 15 HA ALA 15 -24.914 5.703 -2.990 3 HB2 ALA 15 HB1 ALA 15 -23.375 7.082 -4.291 4 HB1 ALA 15 HB2 ALA 15 -22.730 7.783 -2.807 5 HB3 ALA 15 HB3 ALA 15 -24.403 8.089 -3.272 No H/Q in entry = 5 In of MODEL 1 1 H THR 16 H THR 16 -21.917 6.235 -1.188 2 HA THR 16 HA THR 16 -21.141 3.463 -1.829 3 HB THR 16 HB THR 16 -19.293 5.693 -0.932 4 HG1 THR 16 HG1 THR 16 -20.373 5.383 -3.304 5 HG23 THR 16 HG21 THR 16 -18.522 3.442 -0.350 6 HG22 THR 16 HG22 THR 16 -17.513 4.140 -1.617 7 HG21 THR 16 HG23 THR 16 -18.730 2.931 -2.027 No H/Q in entry = 7 In of MODEL 1 1 HA PRO 17 HA PRO 17 -22.537 3.732 2.508 2 HB2 PRO 17 HB2 PRO 17 -23.685 1.310 2.654 3 HB3 PRO 17 HB3 PRO 17 -24.452 2.656 1.804 4 HD2 PRO 17 HD2 PRO 17 -21.883 1.585 -0.905 5 HD3 PRO 17 HD3 PRO 17 -23.246 2.715 -1.036 6 HG2 PRO 17 HG2 PRO 17 -22.922 0.340 0.699 7 HG3 PRO 17 HG3 PRO 17 -24.402 1.099 0.089 No H/Q in entry = 7 In of MODEL 1 1 H GLY 18 H GLY 18 -19.881 3.403 2.336 2 HA3 GLY 18 HA2 GLY 18 -18.281 2.677 3.865 3 HA2 GLY 18 HA3 GLY 18 -19.412 1.462 4.436 No H/Q in entry = 3 In of MODEL 1 1 H SER 19 H SER 19 -19.840 -0.348 2.906 2 HA SER 19 HA SER 19 -19.025 -2.266 2.039 3 HB2 SER 19 HB2 SER 19 -17.769 -2.024 -0.123 4 HB3 SER 19 HB3 SER 19 -19.292 -1.145 -0.052 5 HG SER 19 HG SER 19 -17.307 0.438 0.819 No H/Q in entry = 5 In of MODEL 1 1 H GLU 20 H GLU 20 -16.639 -3.044 0.889 2 HA GLU 20 HA GLU 20 -14.943 -2.968 3.260 3 HB2 GLU 20 HB2 GLU 20 -13.766 -4.883 2.305 4 HB3 GLU 20 HB3 GLU 20 -15.485 -5.190 2.395 5 HG2 GLU 20 HG2 GLU 20 -13.932 -4.496 -0.079 6 HG3 GLU 20 HG3 GLU 20 -14.570 -6.067 0.385 No H/Q in entry = 6 In of MODEL 1 1 H ASN 21 H ASN 21 -14.922 -2.170 -0.152 2 HA ASN 21 HA ASN 21 -13.696 -0.676 -1.341 3 HB2 ASN 21 HB2 ASN 21 -13.691 0.884 0.469 4 HB3 ASN 21 HB3 ASN 21 -12.480 -0.040 1.351 5 HD21 ASN 21 HD21 ASN 21 -10.352 0.253 0.900 6 HD22 ASN 21 HD22 ASN 21 -9.755 1.420 -0.227 No H/Q in entry = 6 In of MODEL 1 1 H VAL 22 H VAL 22 -12.084 -2.964 0.697 2 HA VAL 22 HA VAL 22 -9.596 -2.931 -0.753 3 HB VAL 22 HB VAL 22 -10.591 -5.084 1.125 4 HG13 VAL 22 HG11 VAL 22 -8.215 -5.473 1.519 5 HG12 VAL 22 HG12 VAL 22 -7.808 -4.191 0.378 6 HG11 VAL 22 HG13 VAL 22 -8.613 -5.655 -0.191 7 HG21 VAL 22 HG21 VAL 22 -10.785 -2.909 2.221 8 HG23 VAL 22 HG22 VAL 22 -9.104 -2.554 1.822 9 HG22 VAL 22 HG23 VAL 22 -9.489 -3.871 2.930 No H/Q in entry = 9 In of MODEL 1 1 H LEU 23 H LEU 23 -11.015 -3.139 -2.783 2 HA LEU 23 HA LEU 23 -11.409 -5.954 -3.490 3 HB2 LEU 23 HB2 LEU 23 -13.054 -3.990 -4.047 4 HB3 LEU 23 HB3 LEU 23 -11.913 -3.622 -5.322 5 HD12 LEU 23 HD11 LEU 23 -14.027 -3.954 -6.795 6 HD11 LEU 23 HD12 LEU 23 -14.942 -4.533 -5.403 7 HD13 LEU 23 HD13 LEU 23 -14.773 -5.552 -6.833 8 HD23 LEU 23 HD21 LEU 23 -12.628 -6.568 -7.395 9 HD22 LEU 23 HD22 LEU 23 -11.236 -6.400 -6.324 10 HD21 LEU 23 HD23 LEU 23 -11.756 -5.036 -7.315 11 HG LEU 23 HG LEU 23 -13.295 -6.294 -5.042 No H/Q in entry = 11 In of MODEL 1 1 HA PRO 24 HA PRO 24 -7.153 -5.811 -4.876 2 HB2 PRO 24 HB2 PRO 24 -7.258 -8.256 -6.150 3 HB3 PRO 24 HB3 PRO 24 -6.935 -8.031 -4.433 4 HD2 PRO 24 HD2 PRO 24 -10.782 -7.561 -4.272 5 HD3 PRO 24 HD3 PRO 24 -9.481 -7.524 -3.064 6 HG2 PRO 24 HG2 PRO 24 -9.496 -8.738 -5.802 7 HG3 PRO 24 HG3 PRO 24 -8.817 -9.377 -4.293 No H/Q in entry = 7 In of MODEL 1 1 H ARG 25 H ARG 25 -6.805 -4.406 -6.475 2 HA ARG 25 HA ARG 25 -7.753 -5.043 -9.175 3 HB2 ARG 25 HB2 ARG 25 -8.147 -2.470 -7.665 4 HB3 ARG 25 HB3 ARG 25 -8.135 -2.504 -9.422 5 HD2 ARG 25 HD2 ARG 25 -10.657 -1.760 -7.567 6 HD3 ARG 25 HD3 ARG 25 -10.318 -1.532 -9.282 7 HE ARG 25 HE ARG 25 -12.259 -3.407 -9.312 8 HG2 ARG 25 HG2 ARG 25 -10.022 -4.050 -9.411 9 HG3 ARG 25 HG3 ARG 25 -10.021 -4.037 -7.646 10 HH11 ARG 25 HH11 ARG 25 -12.007 -0.301 -7.680 11 HH12 ARG 25 HH12 ARG 25 -13.710 0.029 -7.808 12 HH21 ARG 25 HH21 ARG 25 -14.495 -2.971 -9.451 13 HH22 ARG 25 HH22 ARG 25 -15.122 -1.481 -8.802 No H/Q in entry = 13 In of MODEL 1 1 H GLU 26 H GLU 26 -6.365 -4.595 -10.761 2 HA GLU 26 HA GLU 26 -3.644 -4.206 -10.224 3 HB2 GLU 26 HB2 GLU 26 -4.519 -5.358 -12.215 4 HB3 GLU 26 HB3 GLU 26 -5.107 -3.822 -12.836 5 HG2 GLU 26 HG2 GLU 26 -2.806 -2.986 -12.921 6 HG3 GLU 26 HG3 GLU 26 -2.229 -4.546 -12.333 No H/Q in entry = 6 In of MODEL 1 1 HA PRO 27 HA PRO 27 -4.486 0.475 -11.757 2 HB2 PRO 27 HB2 PRO 27 -6.829 1.210 -10.351 3 HB3 PRO 27 HB3 PRO 27 -6.623 1.134 -12.101 4 HD2 PRO 27 HD2 PRO 27 -6.891 -2.703 -11.220 5 HD3 PRO 27 HD3 PRO 27 -6.518 -1.841 -12.729 6 HG2 PRO 27 HG2 PRO 27 -7.826 -0.825 -10.238 7 HG3 PRO 27 HG3 PRO 27 -8.227 -0.491 -11.930 No H/Q in entry = 7 In of MODEL 1 1 H LEU 28 H LEU 28 -5.443 -1.087 -8.734 2 HA LEU 28 HA LEU 28 -4.574 0.999 -7.006 3 HB2 LEU 28 HB2 LEU 28 -4.827 -1.964 -6.491 4 HB3 LEU 28 HB3 LEU 28 -4.558 -0.748 -5.256 5 HD13 LEU 28 HD11 LEU 28 -8.117 -1.659 -4.930 6 HD12 LEU 28 HD12 LEU 28 -6.569 -1.604 -4.085 7 HD11 LEU 28 HD13 LEU 28 -6.824 -2.773 -5.380 8 HD23 LEU 28 HD21 LEU 28 -6.412 0.857 -4.660 9 HD22 LEU 28 HD22 LEU 28 -7.941 0.759 -5.535 10 HD21 LEU 28 HD23 LEU 28 -6.495 1.351 -6.352 11 HG LEU 28 HG LEU 28 -7.016 -0.962 -6.995 No H/Q in entry = 11 In of MODEL 1 1 H ILE 29 H ILE 29 -3.082 -1.960 -8.230 2 HA ILE 29 HA ILE 29 -0.641 -1.804 -6.881 3 HB ILE 29 HB ILE 29 -1.083 -2.865 -9.678 4 HD11 ILE 29 HD11 ILE 29 -0.239 -4.685 -6.514 5 HD13 ILE 29 HD12 ILE 29 -1.880 -5.280 -6.261 6 HD12 ILE 29 HD13 ILE 29 -1.510 -3.575 -5.998 7 HG12 ILE 29 HG12 ILE 29 -2.663 -3.880 -8.099 8 HG13 ILE 29 HG13 ILE 29 -1.456 -5.051 -8.618 9 HG23 ILE 29 HG21 ILE 29 1.267 -2.606 -9.140 10 HG22 ILE 29 HG22 ILE 29 0.838 -4.316 -9.185 11 HG21 ILE 29 HG23 ILE 29 1.045 -3.499 -7.635 No H/Q in entry = 11 In of MODEL 1 1 H ALA 30 H ALA 30 -1.562 -0.591 -10.085 2 HA ALA 30 HA ALA 30 0.865 0.584 -10.796 3 HB3 ALA 30 HB1 ALA 30 -0.409 1.919 -12.384 4 HB2 ALA 30 HB2 ALA 30 -1.908 1.509 -11.548 5 HB1 ALA 30 HB3 ALA 30 -0.982 0.252 -12.369 No H/Q in entry = 5 In of MODEL 1 1 H THR 31 H THR 31 -1.925 2.029 -9.133 2 HA THR 31 HA THR 31 -0.808 4.595 -8.791 3 HB THR 31 HB THR 31 -2.851 3.235 -7.026 4 HG1 THR 31 HG1 THR 31 -3.729 3.195 -9.041 5 HG21 THR 31 HG21 THR 31 -2.240 6.147 -7.551 6 HG23 THR 31 HG22 THR 31 -1.997 5.276 -6.037 7 HG22 THR 31 HG23 THR 31 -3.631 5.557 -6.640 No H/Q in entry = 7 In of MODEL 1 1 H ALA 32 H ALA 32 -0.623 1.645 -6.884 2 HA ALA 32 HA ALA 32 0.542 2.810 -4.578 3 HB3 ALA 32 HB1 ALA 32 0.713 -0.060 -5.482 4 HB1 ALA 32 HB2 ALA 32 -0.623 0.638 -4.566 5 HB2 ALA 32 HB3 ALA 32 0.988 0.557 -3.851 No H/Q in entry = 5 In of MODEL 1 1 H VAL 33 H VAL 33 1.976 1.005 -7.309 2 HA VAL 33 HA VAL 33 4.635 1.130 -6.444 3 HB VAL 33 HB VAL 33 3.563 1.118 -9.279 4 HG11 VAL 33 HG11 VAL 33 6.350 0.542 -8.280 5 HG13 VAL 33 HG12 VAL 33 5.854 1.909 -9.278 6 HG12 VAL 33 HG13 VAL 33 5.778 0.271 -9.927 7 HG22 VAL 33 HG21 VAL 33 2.845 -0.817 -8.033 8 HG21 VAL 33 HG22 VAL 33 4.489 -1.110 -7.469 9 HG23 VAL 33 HG23 VAL 33 4.097 -1.296 -9.178 No H/Q in entry = 9 In of MODEL 1 1 H LYS 34 H LYS 34 2.758 3.407 -8.421 2 HA LYS 34 HA LYS 34 4.733 5.334 -8.869 3 HB2 LYS 34 HB2 LYS 34 2.631 5.469 -10.035 4 HB3 LYS 34 HB3 LYS 34 1.739 5.589 -8.528 5 HD2 LYS 34 HD2 LYS 34 2.516 7.735 -7.010 6 HD3 LYS 34 HD3 LYS 34 2.165 9.141 -8.023 7 HE2 LYS 34 HE2 LYS 34 0.436 6.683 -7.770 8 HE3 LYS 34 HE3 LYS 34 0.146 8.228 -6.968 9 HG2 LYS 34 HG2 LYS 34 3.737 7.701 -9.167 10 HG3 LYS 34 HG3 LYS 34 2.199 7.701 -10.026 11 HZ2 LYS 34 HZ1 LYS 34 0.046 7.631 -9.870 12 HZ1 LYS 34 HZ2 LYS 34 0.100 9.215 -9.269 13 HZ3 LYS 34 HZ3 LYS 34 -1.207 8.207 -8.879 No H/Q in entry = 13 In of MODEL 1 1 H PHE 35 H PHE 35 2.415 4.991 -6.236 2 HA PHE 35 HA PHE 35 3.068 7.237 -4.731 3 HB2 PHE 35 HB2 PHE 35 1.105 5.794 -4.349 4 HB3 PHE 35 HB3 PHE 35 2.169 4.529 -3.739 5 HD1 PHE 35 HD1 PHE 35 1.148 8.040 -3.155 6 HD2 PHE 35 HD2 PHE 35 2.748 4.464 -1.509 7 HE1 PHE 35 HE1 PHE 35 1.022 9.023 -0.927 8 HE2 PHE 35 HE2 PHE 35 2.622 5.437 0.740 9 HZ PHE 35 HZ PHE 35 1.754 7.720 1.045 No H/Q in entry = 9 In of MODEL 1 1 H LEU 36 H LEU 36 4.259 3.918 -4.422 2 HA LEU 36 HA LEU 36 5.918 4.290 -2.216 3 HB2 LEU 36 HB2 LEU 36 6.380 2.309 -4.441 4 HB3 LEU 36 HB3 LEU 36 6.888 2.166 -2.769 5 HD11 LEU 36 HD11 LEU 36 5.802 -0.121 -2.896 6 HD13 LEU 36 HD12 LEU 36 5.138 0.194 -4.501 7 HD12 LEU 36 HD13 LEU 36 4.063 -0.228 -3.168 8 HD21 LEU 36 HD21 LEU 36 5.244 1.565 -1.005 9 HD23 LEU 36 HD22 LEU 36 3.543 1.367 -1.425 10 HD22 LEU 36 HD23 LEU 36 4.266 2.976 -1.415 11 HG LEU 36 HG LEU 36 4.014 2.169 -3.689 No H/Q in entry = 11 In of MODEL 1 1 H GLN 37 H GLN 37 6.787 4.226 -5.673 2 HA GLN 37 HA GLN 37 9.518 4.970 -4.950 3 HB2 GLN 37 HB2 GLN 37 8.352 4.123 -7.605 4 HB3 GLN 37 HB3 GLN 37 10.055 4.446 -7.296 5 HE21 GLN 37 HE21 GLN 37 11.627 2.012 -7.240 6 HE22 GLN 37 HE22 GLN 37 11.223 0.962 -8.561 7 HG2 GLN 37 HG2 GLN 37 10.127 2.617 -5.694 8 HG3 GLN 37 HG3 GLN 37 8.414 2.300 -5.967 No H/Q in entry = 8 In of MODEL 1 1 H ASN 38 H ASN 38 7.049 6.816 -5.063 2 HA ASN 38 HA ASN 38 7.614 8.750 -7.056 3 HB2 ASN 38 HB2 ASN 38 5.479 8.672 -5.758 4 HB3 ASN 38 HB3 ASN 38 6.364 9.227 -4.337 5 HD21 ASN 38 HD21 ASN 38 7.139 11.368 -4.278 6 HD22 ASN 38 HD22 ASN 38 6.538 12.578 -5.356 No H/Q in entry = 6 In of MODEL 1 1 H SER 39 H SER 39 8.450 8.626 -3.594 2 HA SER 39 HA SER 39 11.061 9.615 -4.008 3 HB2 SER 39 HB2 SER 39 10.688 11.834 -2.815 4 HB3 SER 39 HB3 SER 39 10.094 11.735 -4.473 5 HG SER 39 HG SER 39 8.587 12.673 -2.935 No H/Q in entry = 5 In of MODEL 1 1 H ARG 40 H ARG 40 8.588 10.148 -1.485 2 HA ARG 40 HA ARG 40 10.646 9.621 0.500 3 HB2 ARG 40 HB2 ARG 40 9.145 11.636 0.545 4 HB3 ARG 40 HB3 ARG 40 7.815 10.559 0.940 5 HD2 ARG 40 HD2 ARG 40 7.437 11.727 3.174 6 HD3 ARG 40 HD3 ARG 40 8.855 12.083 4.163 7 HE ARG 40 HE ARG 40 9.587 13.386 2.051 8 HG2 ARG 40 HG2 ARG 40 8.962 9.890 2.992 9 HG3 ARG 40 HG3 ARG 40 10.296 10.976 2.597 10 HH11 ARG 40 HH11 ARG 40 6.299 13.082 3.219 11 HH12 ARG 40 HH12 ARG 40 5.780 14.592 2.531 12 HH21 ARG 40 HH21 ARG 40 8.893 15.382 1.154 13 HH22 ARG 40 HH22 ARG 40 7.245 15.890 1.380 No H/Q in entry = 13 In of MODEL 1 1 H VAL 41 H VAL 41 7.945 7.963 -0.843 2 HA VAL 41 HA VAL 41 7.102 6.598 1.494 3 HB VAL 41 HB VAL 41 6.720 5.727 -1.369 4 HG12 VAL 41 HG11 VAL 41 5.181 5.060 1.143 5 HG11 VAL 41 HG12 VAL 41 6.246 3.967 0.261 6 HG13 VAL 41 HG13 VAL 41 4.759 4.546 -0.490 7 HG22 VAL 41 HG21 VAL 41 5.937 8.000 -1.033 8 HG21 VAL 41 HG22 VAL 41 5.021 7.491 0.386 9 HG23 VAL 41 HG23 VAL 41 4.573 6.897 -1.213 No H/Q in entry = 9 In of MODEL 1 1 H ARG 42 H ARG 42 9.487 5.834 -0.985 2 HA ARG 42 HA ARG 42 10.016 3.182 -0.197 3 HB2 ARG 42 HB2 ARG 42 11.808 5.286 -1.436 4 HB3 ARG 42 HB3 ARG 42 12.305 3.618 -1.197 5 HD2 ARG 42 HD2 ARG 42 9.991 2.083 -1.985 6 HD3 ARG 42 HD3 ARG 42 10.079 2.198 -3.740 7 HE ARG 42 HE ARG 42 12.626 2.039 -2.340 8 HG2 ARG 42 HG2 ARG 42 9.896 4.407 -2.811 9 HG3 ARG 42 HG3 ARG 42 11.507 4.201 -3.500 10 HH11 ARG 42 HH11 ARG 42 10.114 0.362 -4.115 11 HH12 ARG 42 HH12 ARG 42 11.116 -0.997 -4.504 12 HH21 ARG 42 HH21 ARG 42 13.939 0.224 -2.812 13 HH22 ARG 42 HH22 ARG 42 13.277 -1.097 -3.730 No H/Q in entry = 13 In of MODEL 1 1 H GLN 43 H GLN 43 10.893 6.251 1.155 2 HA GLN 43 HA GLN 43 12.845 5.067 2.982 3 HB2 GLN 43 HB2 GLN 43 13.262 7.238 1.732 4 HB3 GLN 43 HB3 GLN 43 12.017 7.966 2.733 5 HE21 GLN 43 HE21 GLN 43 14.829 9.058 5.468 6 HE22 GLN 43 HE22 GLN 43 15.452 10.314 4.454 7 HG2 GLN 43 HG2 GLN 43 13.328 7.548 4.725 8 HG3 GLN 43 HG3 GLN 43 14.553 6.715 3.771 No H/Q in entry = 8 In of MODEL 1 1 H SER 44 H SER 44 9.584 5.602 2.819 2 HA SER 44 HA SER 44 9.085 6.346 5.552 3 HB2 SER 44 HB2 SER 44 7.521 6.984 3.744 4 HB3 SER 44 HB3 SER 44 7.215 5.280 3.414 5 HG SER 44 HG SER 44 6.599 5.284 5.791 No H/Q in entry = 5 In of MODEL 1 1 HA PRO 45 HA PRO 45 9.476 2.301 7.360 2 HB2 PRO 45 HB2 PRO 45 7.330 3.272 9.171 3 HB3 PRO 45 HB3 PRO 45 8.929 2.634 9.564 4 HD2 PRO 45 HD2 PRO 45 7.651 5.769 7.653 5 HD3 PRO 45 HD3 PRO 45 9.390 6.027 7.393 6 HG2 PRO 45 HG2 PRO 45 8.423 5.239 9.772 7 HG3 PRO 45 HG3 PRO 45 9.984 4.660 9.162 No H/Q in entry = 7 In of MODEL 1 1 H LEU 46 H LEU 46 8.436 0.370 7.271 2 HA LEU 46 HA LEU 46 6.216 0.192 5.512 3 HB2 LEU 46 HB2 LEU 46 7.700 -1.880 7.113 4 HB3 LEU 46 HB3 LEU 46 6.340 -2.277 6.073 5 HD13 LEU 46 HD11 LEU 46 9.905 -1.458 6.135 6 HD12 LEU 46 HD12 LEU 46 10.093 -2.277 4.584 7 HD11 LEU 46 HD13 LEU 46 9.366 -3.127 5.948 8 HD21 LEU 46 HD21 LEU 46 6.519 -2.229 3.681 9 HD23 LEU 46 HD22 LEU 46 7.384 -3.597 4.385 10 HD22 LEU 46 HD23 LEU 46 8.138 -2.637 3.112 11 HG LEU 46 HG LEU 46 8.207 -0.705 4.587 No H/Q in entry = 11 In of MODEL 1 1 H ALA 47 H ALA 47 6.514 0.356 8.940 2 HA ALA 47 HA ALA 47 4.107 -0.696 9.793 3 HB1 ALA 47 HB1 ALA 47 5.782 0.252 11.308 4 HB2 ALA 47 HB2 ALA 47 4.179 0.917 11.617 5 HB3 ALA 47 HB3 ALA 47 5.377 1.871 10.742 No H/Q in entry = 5 In of MODEL 1 1 H THR 48 H THR 48 4.722 2.505 8.365 2 HA THR 48 HA THR 48 1.978 3.251 8.237 3 HB THR 48 HB THR 48 4.336 4.222 6.613 4 HG1 THR 48 HG1 THR 48 3.981 4.582 9.090 5 HG22 THR 48 HG21 THR 48 2.913 6.155 6.031 6 HG21 THR 48 HG22 THR 48 1.552 5.388 6.849 7 HG23 THR 48 HG23 THR 48 2.244 4.646 5.407 No H/Q in entry = 7 In of MODEL 1 1 H ARG 49 H ARG 49 4.254 1.899 5.862 2 HA ARG 49 HA ARG 49 2.551 2.134 3.658 3 HB2 ARG 49 HB2 ARG 49 4.801 0.147 3.986 4 HB3 ARG 49 HB3 ARG 49 4.104 0.708 2.473 5 HD2 ARG 49 HD2 ARG 49 5.838 1.885 1.382 6 HD3 ARG 49 HD3 ARG 49 7.019 2.810 2.298 7 HE ARG 49 HE ARG 49 6.730 -0.101 2.640 8 HG2 ARG 49 HG2 ARG 49 4.827 3.053 3.284 9 HG3 ARG 49 HG3 ARG 49 5.880 2.164 4.384 10 HH11 ARG 49 HH11 ARG 49 8.698 2.747 2.114 11 HH12 ARG 49 HH12 ARG 49 10.187 1.854 2.023 12 HH21 ARG 49 HH21 ARG 49 8.721 -1.275 2.471 13 HH22 ARG 49 HH22 ARG 49 10.198 -0.401 2.198 No H/Q in entry = 13 In of MODEL 1 1 H ARG 50 H ARG 50 2.873 -0.487 5.985 2 HA ARG 50 HA ARG 50 1.462 -2.409 4.457 3 HB2 ARG 50 HB2 ARG 50 2.509 -2.237 7.180 4 HB3 ARG 50 HB3 ARG 50 1.040 -3.199 7.037 5 HD2 ARG 50 HD2 ARG 50 4.714 -4.617 5.870 6 HD3 ARG 50 HD3 ARG 50 4.502 -2.967 6.457 7 HE ARG 50 HE ARG 50 3.341 -4.426 8.405 8 HG2 ARG 50 HG2 ARG 50 2.211 -4.886 6.241 9 HG3 ARG 50 HG3 ARG 50 2.729 -3.889 4.883 10 HH11 ARG 50 HH11 ARG 50 6.391 -4.755 6.747 11 HH12 ARG 50 HH12 ARG 50 7.236 -5.405 8.117 12 HH21 ARG 50 HH21 ARG 50 4.421 -5.335 10.232 13 HH22 ARG 50 HH22 ARG 50 6.110 -5.750 10.101 No H/Q in entry = 13 In of MODEL 1 1 H ALA 51 H ALA 51 0.407 -0.481 7.254 2 HA ALA 51 HA ALA 51 -2.300 -1.187 7.086 3 HB3 ALA 51 HB1 ALA 51 -2.726 0.797 8.453 4 HB2 ALA 51 HB2 ALA 51 -1.093 1.376 8.130 5 HB1 ALA 51 HB3 ALA 51 -1.336 -0.104 9.059 No H/Q in entry = 5 In of MODEL 1 1 H PHE 52 H PHE 52 -0.446 1.426 5.647 2 HA PHE 52 HA PHE 52 -2.418 2.985 4.544 3 HB2 PHE 52 HB2 PHE 52 -0.097 3.629 4.545 4 HB3 PHE 52 HB3 PHE 52 0.309 2.326 3.435 5 HD1 PHE 52 HD1 PHE 52 0.414 2.746 1.206 6 HD2 PHE 52 HD2 PHE 52 -1.882 5.321 3.683 7 HE1 PHE 52 HE1 PHE 52 0.026 4.228 -0.706 8 HE2 PHE 52 HE2 PHE 52 -2.283 6.806 1.777 9 HZ PHE 52 HZ PHE 52 -1.297 6.266 -0.423 No H/Q in entry = 9 In of MODEL 1 1 H LEU 53 H LEU 53 -0.635 0.499 2.640 2 HA LEU 53 HA LEU 53 -2.338 0.758 0.418 3 HB2 LEU 53 HB2 LEU 53 -0.374 -1.329 1.259 4 HB3 LEU 53 HB3 LEU 53 -1.429 -1.642 -0.104 5 HD12 LEU 53 HD11 LEU 53 1.706 1.199 -0.343 6 HD11 LEU 53 HD12 LEU 53 1.588 0.060 0.998 7 HD13 LEU 53 HD13 LEU 53 0.499 1.445 0.919 8 HD23 LEU 53 HD21 LEU 53 1.473 -0.580 -1.967 9 HD22 LEU 53 HD22 LEU 53 0.048 -1.619 -1.986 10 HD21 LEU 53 HD23 LEU 53 1.281 -1.834 -0.743 11 HG LEU 53 HG LEU 53 -0.528 0.550 -1.092 No H/Q in entry = 11 In of MODEL 1 1 H LYS 54 H LYS 54 -2.442 -1.444 3.163 2 HA LYS 54 HA LYS 54 -4.471 -3.131 2.184 3 HB2 LYS 54 HB2 LYS 54 -3.542 -2.476 4.974 4 HB3 LYS 54 HB3 LYS 54 -4.801 -3.663 4.656 5 HD2 LYS 54 HD2 LYS 54 -1.963 -3.968 5.936 6 HD3 LYS 54 HD3 LYS 54 -3.099 -5.313 5.843 7 HE2 LYS 54 HE2 LYS 54 -0.447 -5.314 4.392 8 HE3 LYS 54 HE3 LYS 54 -0.634 -5.910 6.045 9 HG2 LYS 54 HG2 LYS 54 -3.295 -5.039 3.455 10 HG3 LYS 54 HG3 LYS 54 -2.052 -3.790 3.459 11 HZ1 LYS 54 HZ1 LYS 54 -2.471 -7.378 5.050 12 HZ3 LYS 54 HZ2 LYS 54 -0.861 -7.806 4.755 13 HZ2 LYS 54 HZ3 LYS 54 -1.762 -7.020 3.556 No H/Q in entry = 13 In of MODEL 1 1 H LYS 55 H LYS 55 -4.589 -0.110 3.997 2 HA LYS 55 HA LYS 55 -7.445 -0.183 4.329 3 HB2 LYS 55 HB2 LYS 55 -5.442 2.056 4.710 4 HB3 LYS 55 HB3 LYS 55 -7.145 2.136 5.162 5 HD2 LYS 55 HD2 LYS 55 -5.143 1.381 8.274 6 HD3 LYS 55 HD3 LYS 55 -4.641 2.412 6.933 7 HE2 LYS 55 HE2 LYS 55 -6.124 3.641 8.391 8 HE3 LYS 55 HE3 LYS 55 -6.916 3.355 6.843 9 HG2 LYS 55 HG2 LYS 55 -6.877 0.397 6.782 10 HG3 LYS 55 HG3 LYS 55 -5.219 0.086 6.245 11 HZ2 LYS 55 HZ1 LYS 55 -8.359 2.974 8.794 12 HZ1 LYS 55 HZ2 LYS 55 -7.349 1.698 9.271 13 HZ3 LYS 55 HZ3 LYS 55 -8.205 1.603 7.806 No H/Q in entry = 13 In of MODEL 1 1 H LYS 56 H LYS 56 -5.229 1.040 1.951 2 HA LYS 56 HA LYS 56 -7.001 2.903 0.742 3 HB2 LYS 56 HB2 LYS 56 -4.542 1.509 -0.305 4 HB3 LYS 56 HB3 LYS 56 -5.424 2.726 -1.215 5 HD2 LYS 56 HD2 LYS 56 -4.259 5.606 0.584 6 HD3 LYS 56 HD3 LYS 56 -5.325 4.998 -0.677 7 HE2 LYS 56 HE2 LYS 56 -6.902 4.242 1.076 8 HE3 LYS 56 HE3 LYS 56 -5.840 4.945 2.294 9 HG2 LYS 56 HG2 LYS 56 -4.249 3.240 1.505 10 HG3 LYS 56 HG3 LYS 56 -3.370 3.517 0.002 11 HZ2 LYS 56 HZ1 LYS 56 -7.326 6.383 0.163 12 HZ1 LYS 56 HZ2 LYS 56 -6.152 7.115 1.142 13 HZ3 LYS 56 HZ3 LYS 56 -7.570 6.490 1.836 No H/Q in entry = 13 In of MODEL 1 1 H GLY 57 H GLY 57 -6.619 -0.534 0.491 2 HA3 GLY 57 HA2 GLY 57 -8.875 -1.430 -0.339 3 HA2 GLY 57 HA3 GLY 57 -8.471 -0.550 -1.802 No H/Q in entry = 3 In of MODEL 1 1 H LEU 58 H LEU 58 -5.632 -1.696 -0.551 2 HA LEU 58 HA LEU 58 -5.647 -3.899 -2.461 3 HB2 LEU 58 HB2 LEU 58 -3.422 -2.581 -0.911 4 HB3 LEU 58 HB3 LEU 58 -3.189 -3.998 -1.916 5 HD12 LEU 58 HD11 LEU 58 -3.579 -0.134 -3.522 6 HD11 LEU 58 HD12 LEU 58 -3.039 -0.465 -1.876 7 HD13 LEU 58 HD13 LEU 58 -4.750 -0.585 -2.284 8 HD22 LEU 58 HD21 LEU 58 -2.041 -1.836 -4.457 9 HD21 LEU 58 HD22 LEU 58 -2.095 -3.502 -3.873 10 HD23 LEU 58 HD23 LEU 58 -1.425 -2.225 -2.849 11 HG LEU 58 HG LEU 58 -4.295 -2.461 -3.751 No H/Q in entry = 11 In of MODEL 1 1 H THR 59 H THR 59 -5.896 -5.943 -1.862 2 HA THR 59 HA THR 59 -6.089 -6.693 0.873 3 HB THR 59 HB THR 59 -5.930 -9.076 -0.178 4 HG1 THR 59 HG1 THR 59 -6.218 -9.158 -2.371 5 HG23 THR 59 HG21 THR 59 -8.288 -8.988 -0.835 6 HG22 THR 59 HG22 THR 59 -8.212 -7.226 -0.878 7 HG21 THR 59 HG23 THR 59 -8.008 -8.080 0.652 No H/Q in entry = 7 In of MODEL 1 1 H ASP 60 H ASP 60 -4.762 -8.713 1.570 2 HA ASP 60 HA ASP 60 -2.164 -7.866 2.064 3 HB2 ASP 60 HB2 ASP 60 -3.010 -10.762 2.099 4 HB3 ASP 60 HB3 ASP 60 -1.861 -9.940 3.158 No H/Q in entry = 4 In of MODEL 1 1 H GLU 61 H GLU 61 -3.355 -10.226 -0.269 2 HA GLU 61 HA GLU 61 -0.974 -11.013 -1.450 3 HB2 GLU 61 HB2 GLU 61 -2.357 -11.612 -3.389 4 HB3 GLU 61 HB3 GLU 61 -3.145 -12.071 -1.884 5 HG2 GLU 61 HG2 GLU 61 -4.333 -9.793 -2.086 6 HG3 GLU 61 HG3 GLU 61 -3.830 -9.851 -3.773 No H/Q in entry = 6 In of MODEL 1 1 H GLU 62 H GLU 62 -2.993 -8.190 -2.105 2 HA GLU 62 HA GLU 62 -1.620 -7.408 -4.468 3 HB2 GLU 62 HB2 GLU 62 -3.528 -5.895 -2.681 4 HB3 GLU 62 HB3 GLU 62 -2.935 -5.300 -4.224 5 HG2 GLU 62 HG2 GLU 62 -4.503 -7.840 -3.867 6 HG3 GLU 62 HG3 GLU 62 -5.202 -6.287 -4.321 No H/Q in entry = 6 In of MODEL 1 1 H ILE 63 H ILE 63 -1.295 -6.612 -1.057 2 HA ILE 63 HA ILE 63 0.258 -4.285 -1.547 3 HB ILE 63 HB ILE 63 -0.941 -4.624 0.595 4 HD11 ILE 63 HD11 ILE 63 -0.255 -3.087 2.456 5 HD13 ILE 63 HD12 ILE 63 1.423 -2.556 2.567 6 HD12 ILE 63 HD13 ILE 63 0.987 -4.203 3.031 7 HG12 ILE 63 HG12 ILE 63 2.037 -4.200 0.869 8 HG13 ILE 63 HG13 ILE 63 0.896 -2.994 0.283 9 HG23 ILE 63 HG21 ILE 63 -0.436 -6.965 1.006 10 HG22 ILE 63 HG22 ILE 63 0.102 -5.968 2.358 11 HG21 ILE 63 HG23 ILE 63 1.276 -6.579 1.192 No H/Q in entry = 11 In of MODEL 1 1 H ASP 64 H ASP 64 1.111 -7.708 -0.980 2 HA ASP 64 HA ASP 64 3.920 -7.084 -1.129 3 HB2 ASP 64 HB2 ASP 64 3.127 -9.788 -1.986 4 HB3 ASP 64 HB3 ASP 64 4.412 -9.283 -0.919 No H/Q in entry = 4 In of MODEL 1 1 H MET 65 H MET 65 1.372 -7.803 -3.418 2 HA MET 65 HA MET 65 2.954 -8.314 -5.675 3 HB2 MET 65 HB2 MET 65 0.239 -7.062 -5.360 4 HB3 MET 65 HB3 MET 65 0.996 -7.190 -6.938 5 HE2 MET 65 HE1 MET 65 3.351 -11.322 -6.556 6 HE1 MET 65 HE2 MET 65 2.201 -11.209 -5.223 7 HE3 MET 65 HE3 MET 65 3.211 -9.823 -5.637 8 HG2 MET 65 HG2 MET 65 0.368 -9.500 -5.113 9 HG3 MET 65 HG3 MET 65 -0.599 -8.996 -6.495 No H/Q in entry = 9 In of MODEL 1 1 H ALA 66 H ALA 66 1.672 -5.228 -4.466 2 HA ALA 66 HA ALA 66 2.897 -3.608 -6.410 3 HB2 ALA 66 HB1 ALA 66 2.404 -1.748 -4.896 4 HB1 ALA 66 HB2 ALA 66 2.045 -2.894 -3.605 5 HB3 ALA 66 HB3 ALA 66 1.025 -2.840 -5.044 No H/Q in entry = 5 In of MODEL 1 1 H PHE 67 H PHE 67 3.968 -4.628 -3.183 2 HA PHE 67 HA PHE 67 6.364 -3.087 -3.280 3 HB2 PHE 67 HB2 PHE 67 5.274 -5.158 -1.423 4 HB3 PHE 67 HB3 PHE 67 6.992 -4.750 -1.336 5 HD1 PHE 67 HD1 PHE 67 7.046 -1.944 -1.893 6 HD2 PHE 67 HD2 PHE 67 4.235 -4.146 0.453 7 HE1 PHE 67 HE1 PHE 67 6.544 0.084 -0.618 8 HE2 PHE 67 HE2 PHE 67 3.739 -2.099 1.735 9 HZ PHE 67 HZ PHE 67 4.914 0.010 1.207 No H/Q in entry = 9 In of MODEL 1 1 H GLN 68 H GLN 68 5.520 -6.310 -4.289 2 HA GLN 68 HA GLN 68 8.175 -7.259 -4.571 3 HB2 GLN 68 HB2 GLN 68 6.133 -8.711 -4.469 4 HB3 GLN 68 HB3 GLN 68 5.751 -8.190 -6.105 5 HE21 GLN 68 HE21 GLN 68 7.836 -11.361 -7.590 6 HE22 GLN 68 HE22 GLN 68 6.644 -12.505 -7.067 7 HG2 GLN 68 HG2 GLN 68 7.763 -9.199 -6.952 8 HG3 GLN 68 HG3 GLN 68 8.292 -9.599 -5.318 No H/Q in entry = 8 In of MODEL 1 1 H GLN 69 H GLN 69 5.858 -5.679 -6.706 2 HA GLN 69 HA GLN 69 7.449 -5.808 -9.054 3 HB2 GLN 69 HB2 GLN 69 5.165 -3.969 -8.325 4 HB3 GLN 69 HB3 GLN 69 5.887 -4.070 -9.926 5 HE21 GLN 69 HE21 GLN 69 4.822 -5.745 -11.881 6 HE22 GLN 69 HE22 GLN 69 5.698 -7.205 -12.195 7 HG2 GLN 69 HG2 GLN 69 4.414 -6.245 -8.464 8 HG3 GLN 69 HG3 GLN 69 3.860 -5.346 -9.876 No H/Q in entry = 8 In of MODEL 1 1 H SER 70 H SER 70 7.033 -3.370 -6.531 2 HA SER 70 HA SER 70 8.762 -1.494 -7.848 3 HB2 SER 70 HB2 SER 70 8.590 -0.250 -5.655 4 HB3 SER 70 HB3 SER 70 7.051 -0.574 -6.453 5 HG SER 70 HG SER 70 6.529 -1.998 -4.934 No H/Q in entry = 5 In of MODEL 1 1 H GLY 71 H GLY 71 9.132 -4.082 -5.579 2 HA3 GLY 71 HA2 GLY 71 11.055 -5.213 -5.025 3 HA2 GLY 71 HA3 GLY 71 11.952 -4.102 -6.045 No H/Q in entry = 3 In of MODEL 1 1 H THR 72 H THR 72 10.246 -4.168 -2.909 2 HA THR 72 HA THR 72 12.133 -2.234 -1.840 3 HB THR 72 HB THR 72 10.829 -2.658 0.317 4 HG1 THR 72 HG1 THR 72 9.355 -4.170 0.268 5 HG22 THR 72 HG21 THR 72 8.929 -1.293 -0.420 6 HG21 THR 72 HG22 THR 72 9.348 -1.622 -2.101 7 HG23 THR 72 HG23 THR 72 10.450 -0.697 -1.079 No H/Q in entry = 7 In of MODEL 1 1 H ALA 73 H ALA 73 11.061 -5.521 -0.994 2 HA ALA 73 HA ALA 73 12.100 -7.282 -0.012 3 HB2 ALA 73 HB1 ALA 73 14.478 -6.205 -1.511 4 HB1 ALA 73 HB2 ALA 73 13.211 -7.234 -2.186 5 HB3 ALA 73 HB3 ALA 73 14.272 -7.854 -0.921 No H/Q in entry = 5 In of MODEL 1 1 H ALA 74 H ALA 74 11.795 -6.041 2.035 2 HA ALA 74 HA ALA 74 14.356 -5.839 3.420 3 HB1 ALA 74 HB1 ALA 74 12.332 -3.599 3.478 4 HB2 ALA 74 HB2 ALA 74 13.905 -3.549 2.681 5 HB3 ALA 74 HB3 ALA 74 13.810 -3.689 4.437 No H/Q in entry = 5 In of MODEL 1 1 H ASP 75 H ASP 75 11.301 -4.572 4.552 2 HA ASP 75 HA ASP 75 10.948 -6.959 6.243 3 HB2 ASP 75 HB2 ASP 75 11.536 -4.741 7.417 4 HB3 ASP 75 HB3 ASP 75 9.937 -4.192 6.929 No H/Q in entry = 4 In of MODEL 1 1 H GLU 76 H GLU 76 9.619 -8.020 4.828 2 HA GLU 76 HA GLU 76 8.009 -6.774 2.944 3 HB2 GLU 76 HB2 GLU 76 7.899 -9.603 3.987 4 HB3 GLU 76 HB3 GLU 76 7.124 -9.039 2.511 5 HG2 GLU 76 HG2 GLU 76 10.074 -9.153 3.095 6 HG3 GLU 76 HG3 GLU 76 9.171 -10.111 1.920 No H/Q in entry = 6 In of MODEL 1 1 HA PRO 77 HA PRO 77 4.340 -5.571 4.861 2 HB2 PRO 77 HB2 PRO 77 2.535 -5.969 2.860 3 HB3 PRO 77 HB3 PRO 77 3.713 -4.652 2.862 4 HD2 PRO 77 HD2 PRO 77 6.125 -7.428 1.684 5 HD3 PRO 77 HD3 PRO 77 6.302 -5.679 1.925 6 HG2 PRO 77 HG2 PRO 77 3.830 -7.298 1.467 7 HG3 PRO 77 HG3 PRO 77 4.254 -5.688 0.851 No H/Q in entry = 7 In of MODEL 1 1 H SER 78 H SER 78 4.766 -8.789 3.950 2 HA SER 78 HA SER 78 2.284 -9.584 5.309 3 HB2 SER 78 HB2 SER 78 2.995 -11.849 4.080 4 HB3 SER 78 HB3 SER 78 2.038 -10.606 3.274 5 HG SER 78 HG SER 78 3.681 -10.077 2.049 No H/Q in entry = 5 In of MODEL 1 1 H SER 79 H SER 79 4.448 -8.784 6.811 2 HA SER 79 HA SER 79 6.178 -10.768 7.711 3 HB2 SER 79 HB2 SER 79 6.238 -8.355 8.368 4 HB3 SER 79 HB3 SER 79 4.834 -8.634 9.393 5 HG SER 79 HG SER 79 7.094 -8.745 10.319 No H/Q in entry = 5 In of MODEL 1 1 H LEU 80 H LEU 80 2.802 -10.173 8.433 2 HA LEU 80 HA LEU 80 2.653 -12.854 9.604 3 HB2 LEU 80 HB2 LEU 80 2.609 -10.930 11.341 4 HB3 LEU 80 HB3 LEU 80 1.020 -10.571 10.702 5 HD12 LEU 80 HD11 LEU 80 -0.213 -13.289 10.416 6 HD11 LEU 80 HD12 LEU 80 -0.901 -11.924 11.294 7 HD13 LEU 80 HD13 LEU 80 -0.697 -13.479 12.100 8 HD23 LEU 80 HD21 LEU 80 2.130 -14.074 10.983 9 HD22 LEU 80 HD22 LEU 80 1.580 -14.310 12.642 10 HD21 LEU 80 HD23 LEU 80 2.991 -13.302 12.315 11 HG LEU 80 HG LEU 80 1.033 -11.936 12.802 No H/Q in entry = 11 In of MODEL 1 1 H TRP 81 H TRP 81 0.728 -10.064 8.519 2 HA TRP 81 HA TRP 81 -0.506 -11.577 6.443 3 HB2 TRP 81 HB2 TRP 81 -1.761 -12.244 8.580 4 HB3 TRP 81 HB3 TRP 81 -2.362 -10.590 8.612 5 HD1 TRP 81 HD1 TRP 81 -4.689 -10.404 7.610 6 HE1 TRP 81 HE1 TRP 81 -6.021 -11.611 5.768 7 HE3 TRP 81 HE3 TRP 81 -1.124 -13.732 6.079 8 HH2 TRP 81 HH2 TRP 81 -3.868 -15.268 3.194 9 HZ2 TRP 81 HZ2 TRP 81 -5.608 -13.691 3.904 10 HZ3 TRP 81 HZ3 TRP 81 -1.670 -15.289 4.259 No H/Q in entry = 10 In of MODEL 1 1 H1 SER 101 H1 SER 101 3.822 18.531 3.650 2 H2 SER 101 H3 SER 101 2.400 18.638 2.737 3 H3 SER 101 H2 SER 101 2.688 19.740 3.993 4 HA SER 101 HA SER 101 2.575 17.970 5.612 5 HB2 SER 101 HB2 SER 101 0.099 17.399 5.170 6 HB3 SER 101 HB3 SER 101 0.529 19.104 5.304 7 HG SER 101 HG SER 101 -0.376 19.284 3.424 No H/Q in entry = 7 In of MODEL 1 1 H GLN 102 H GLN 102 3.146 15.944 5.961 2 HA GLN 102 HA GLN 102 3.574 14.148 3.779 3 HB2 GLN 102 HB2 GLN 102 5.078 14.185 5.702 4 HB3 GLN 102 HB3 GLN 102 3.761 13.703 6.763 5 HE21 GLN 102 HE21 GLN 102 4.924 9.865 6.471 6 HE22 GLN 102 HE22 GLN 102 6.444 10.101 7.255 7 HG2 GLN 102 HG2 GLN 102 3.650 11.544 5.788 8 HG3 GLN 102 HG3 GLN 102 4.723 12.015 4.471 No H/Q in entry = 8 In of MODEL 1 1 H GLU 103 H GLU 103 1.119 14.531 6.249 2 HA GLU 103 HA GLU 103 -0.252 12.121 5.901 3 HB2 GLU 103 HB2 GLU 103 -1.462 14.828 6.497 4 HB3 GLU 103 HB3 GLU 103 -2.211 13.269 6.802 5 HG2 GLU 103 HG2 GLU 103 -1.443 13.812 8.883 6 HG3 GLU 103 HG3 GLU 103 -0.100 12.854 8.263 No H/Q in entry = 6 In of MODEL 1 1 H LYS 104 H LYS 104 -0.615 15.216 4.208 2 HA LYS 104 HA LYS 104 -2.682 14.355 2.475 3 HB2 LYS 104 HB2 LYS 104 -2.169 16.738 2.936 4 HB3 LYS 104 HB3 LYS 104 -0.656 16.564 2.057 5 HD2 LYS 104 HD2 LYS 104 -2.458 18.658 1.216 6 HD3 LYS 104 HD3 LYS 104 -1.062 18.133 0.274 7 HE2 LYS 104 HE2 LYS 104 -2.651 17.603 -1.598 8 HE3 LYS 104 HE3 LYS 104 -3.915 18.397 -0.659 9 HG2 LYS 104 HG2 LYS 104 -2.040 15.908 0.050 10 HG3 LYS 104 HG3 LYS 104 -3.454 16.430 0.971 11 HZ3 LYS 104 HZ1 LYS 104 -3.048 19.988 -2.162 12 HZ2 LYS 104 HZ2 LYS 104 -1.445 19.610 -1.758 13 HZ1 LYS 104 HZ3 LYS 104 -2.437 20.397 -0.632 No H/Q in entry = 13 In of MODEL 1 1 H PHE 105 H PHE 105 0.778 14.066 2.427 2 HA PHE 105 HA PHE 105 1.171 13.498 -0.302 3 HB2 PHE 105 HB2 PHE 105 2.974 14.008 1.365 4 HB3 PHE 105 HB3 PHE 105 2.745 12.401 2.044 5 HD1 PHE 105 HD1 PHE 105 3.671 14.198 -1.062 6 HD2 PHE 105 HD2 PHE 105 3.873 10.567 1.148 7 HE1 PHE 105 HE1 PHE 105 5.301 13.309 -2.677 8 HE2 PHE 105 HE2 PHE 105 5.493 9.669 -0.468 9 HZ PHE 105 HZ PHE 105 6.211 11.041 -2.383 No H/Q in entry = 9 In of MODEL 1 1 H PHE 106 H PHE 106 0.077 11.510 2.382 2 HA PHE 106 HA PHE 106 0.248 9.037 0.911 3 HB2 PHE 106 HB2 PHE 106 -1.274 9.725 3.439 4 HB3 PHE 106 HB3 PHE 106 -1.096 8.105 2.782 5 HD1 PHE 106 HD1 PHE 106 0.077 10.294 5.175 6 HD2 PHE 106 HD2 PHE 106 1.483 7.450 2.341 7 HE1 PHE 106 HE1 PHE 106 2.128 9.997 6.499 8 HE2 PHE 106 HE2 PHE 106 3.538 7.150 3.657 9 HZ PHE 106 HZ PHE 106 3.862 8.418 5.742 No H/Q in entry = 9 In of MODEL 1 1 H GLN 107 H GLN 107 -1.989 11.623 1.219 2 HA GLN 107 HA GLN 107 -4.277 10.016 0.412 3 HB2 GLN 107 HB2 GLN 107 -4.032 12.919 1.209 4 HB3 GLN 107 HB3 GLN 107 -5.545 12.109 0.832 5 HE21 GLN 107 HE21 GLN 107 -6.042 11.194 4.751 6 HE22 GLN 107 HE22 GLN 107 -6.314 12.832 5.236 7 HG2 GLN 107 HG2 GLN 107 -5.315 10.650 2.709 8 HG3 GLN 107 HG3 GLN 107 -3.686 11.243 3.028 No H/Q in entry = 8 In of MODEL 1 1 H GLU 108 H GLU 108 -2.830 13.096 -0.649 2 HA GLU 108 HA GLU 108 -4.365 13.357 -2.982 3 HB2 GLU 108 HB2 GLU 108 -3.200 15.234 -1.969 4 HB3 GLU 108 HB3 GLU 108 -1.645 14.483 -2.290 5 HG2 GLU 108 HG2 GLU 108 -1.940 16.167 -3.910 6 HG3 GLU 108 HG3 GLU 108 -2.188 14.628 -4.733 No H/Q in entry = 6 In of MODEL 1 1 H LEU 109 H LEU 109 -1.137 11.991 -2.485 2 HA LEU 109 HA LEU 109 -0.564 11.708 -5.243 3 HB2 LEU 109 HB2 LEU 109 1.131 11.841 -3.422 4 HB3 LEU 109 HB3 LEU 109 0.668 10.225 -2.925 5 HD12 LEU 109 HD11 LEU 109 2.409 12.171 -5.554 6 HD11 LEU 109 HD12 LEU 109 1.073 11.419 -6.424 7 HD13 LEU 109 HD13 LEU 109 2.709 10.787 -6.604 8 HD21 LEU 109 HD21 LEU 109 3.466 10.919 -3.597 9 HD23 LEU 109 HD22 LEU 109 3.800 9.616 -4.737 10 HD22 LEU 109 HD23 LEU 109 2.915 9.281 -3.249 11 HG LEU 109 HG LEU 109 1.392 9.365 -5.135 No H/Q in entry = 11 In of MODEL 1 1 H PHE 110 H PHE 110 -2.175 9.638 -2.918 2 HA PHE 110 HA PHE 110 -2.021 7.373 -4.749 3 HB2 PHE 110 HB2 PHE 110 -1.782 7.271 -2.138 4 HB3 PHE 110 HB3 PHE 110 -3.545 7.288 -2.169 5 HD1 PHE 110 HD1 PHE 110 -4.789 5.404 -3.051 6 HD2 PHE 110 HD2 PHE 110 -0.538 5.420 -3.015 7 HE1 PHE 110 HE1 PHE 110 -4.781 2.987 -3.525 8 HE2 PHE 110 HE2 PHE 110 -0.520 3.013 -3.480 9 HZ PHE 110 HZ PHE 110 -2.637 1.793 -3.745 No H/Q in entry = 9 In of MODEL 1 1 H ASP 111 H ASP 111 -4.134 9.925 -3.934 2 HA ASP 111 HA ASP 111 -6.639 8.829 -4.545 3 HB2 ASP 111 HB2 ASP 111 -6.484 11.045 -3.588 4 HB3 ASP 111 HB3 ASP 111 -5.578 11.631 -4.981 No H/Q in entry = 4 In of MODEL 1 1 H SER 112 H SER 112 -4.185 10.278 -6.603 2 HA SER 112 HA SER 112 -5.202 8.778 -8.875 3 HB2 SER 112 HB2 SER 112 -4.655 11.760 -9.013 4 HB3 SER 112 HB3 SER 112 -5.116 10.725 -10.365 5 HG SER 112 HG SER 112 -6.685 11.298 -8.054 No H/Q in entry = 5 In of MODEL 2 1 H1 GLY 12 H2 GLY 12 -10.269 -9.191 20.103 2 H2 GLY 12 H1 GLY 12 -8.963 -10.265 20.261 3 H3 GLY 12 H3 GLY 12 -9.602 -9.923 18.727 4 HA2 GLY 12 HA2 GLY 12 -10.948 -11.395 20.923 5 HA3 GLY 12 HA3 GLY 12 -10.362 -12.072 19.409 No H/Q in entry = 5 In of MODEL 2 1 H ALA 13 H ALA 13 -12.488 -12.851 19.008 2 HA ALA 13 HA ALA 13 -14.518 -12.818 18.005 3 HB2 ALA 13 HB1 ALA 13 -14.868 -10.178 19.421 4 HB1 ALA 13 HB2 ALA 13 -15.172 -11.764 20.130 5 HB3 ALA 13 HB3 ALA 13 -16.149 -11.203 18.773 No H/Q in entry = 5 In of MODEL 2 1 H MET 14 H MET 14 -12.670 -12.240 16.234 2 HA MET 14 HA MET 14 -14.038 -10.381 14.475 3 HB2 MET 14 HB2 MET 14 -12.353 -9.028 15.772 4 HB3 MET 14 HB3 MET 14 -11.092 -9.997 15.024 5 HE3 MET 14 HE1 MET 14 -14.232 -6.405 11.630 6 HE2 MET 14 HE2 MET 14 -12.953 -7.519 11.140 7 HE1 MET 14 HE3 MET 14 -12.588 -6.183 12.229 8 HG2 MET 14 HG2 MET 14 -11.384 -7.861 13.887 9 HG3 MET 14 HG3 MET 14 -11.759 -9.218 12.825 No H/Q in entry = 9 In of MODEL 2 1 H ALA 15 H ALA 15 -14.119 -12.987 14.125 2 HA ALA 15 HA ALA 15 -12.017 -13.925 12.397 3 HB1 ALA 15 HB1 ALA 15 -14.795 -15.033 12.800 4 HB3 ALA 15 HB2 ALA 15 -13.376 -15.468 13.752 5 HB2 ALA 15 HB3 ALA 15 -13.438 -15.858 12.033 No H/Q in entry = 5 In of MODEL 2 1 H THR 16 H THR 16 -15.085 -12.317 12.039 2 HA THR 16 HA THR 16 -15.182 -12.650 9.173 3 HB THR 16 HB THR 16 -16.854 -10.781 10.862 4 HG1 THR 16 HG1 THR 16 -16.980 -13.583 10.508 5 HG21 THR 16 HG21 THR 16 -17.377 -12.154 8.222 6 HG23 THR 16 HG22 THR 16 -17.007 -10.445 8.445 7 HG22 THR 16 HG23 THR 16 -18.511 -11.110 9.082 No H/Q in entry = 7 In of MODEL 2 1 HA PRO 17 HA PRO 17 -12.554 -9.026 8.657 2 HB2 PRO 17 HB2 PRO 17 -12.774 -9.549 5.804 3 HB3 PRO 17 HB3 PRO 17 -11.359 -9.684 6.850 4 HD2 PRO 17 HD2 PRO 17 -14.678 -11.698 6.756 5 HD3 PRO 17 HD3 PRO 17 -13.817 -12.672 7.969 6 HG2 PRO 17 HG2 PRO 17 -12.595 -11.837 5.740 7 HG3 PRO 17 HG3 PRO 17 -11.738 -11.905 7.291 No H/Q in entry = 7 In of MODEL 2 1 H GLY 18 H GLY 18 -14.559 -7.842 9.336 2 HA3 GLY 18 HA2 GLY 18 -16.408 -6.971 7.325 3 HA2 GLY 18 HA3 GLY 18 -16.309 -6.385 8.979 No H/Q in entry = 3 In of MODEL 2 1 H SER 19 H SER 19 -14.692 -6.179 5.844 2 HA SER 19 HA SER 19 -14.628 -3.300 6.042 3 HB2 SER 19 HB2 SER 19 -12.053 -4.892 5.858 4 HB3 SER 19 HB3 SER 19 -12.177 -3.160 5.550 5 HG SER 19 HG SER 19 -13.304 -3.922 7.928 No H/Q in entry = 5 In of MODEL 2 1 H GLU 20 H GLU 20 -15.548 -2.808 4.160 2 HA GLU 20 HA GLU 20 -15.301 -4.674 1.932 3 HB2 GLU 20 HB2 GLU 20 -17.054 -2.231 2.043 4 HB3 GLU 20 HB3 GLU 20 -17.238 -3.643 1.025 5 HG2 GLU 20 HG2 GLU 20 -17.715 -3.390 3.937 6 HG3 GLU 20 HG3 GLU 20 -18.891 -3.750 2.687 No H/Q in entry = 6 In of MODEL 2 1 H ASN 21 H ASN 21 -13.751 -1.912 2.927 2 HA ASN 21 HA ASN 21 -13.479 -0.743 0.266 3 HB2 ASN 21 HB2 ASN 21 -12.392 0.165 2.938 4 HB3 ASN 21 HB3 ASN 21 -12.200 1.037 1.423 5 HD21 ASN 21 HD21 ASN 21 -13.495 1.784 3.944 6 HD22 ASN 21 HD22 ASN 21 -15.111 2.235 3.517 No H/Q in entry = 6 In of MODEL 2 1 H VAL 22 H VAL 22 -12.374 -3.361 0.980 2 HA VAL 22 HA VAL 22 -9.486 -2.869 0.759 3 HB VAL 22 HB VAL 22 -10.422 -4.380 2.587 4 HG13 VAL 22 HG11 VAL 22 -10.983 -6.677 1.966 5 HG12 VAL 22 HG12 VAL 22 -10.863 -6.247 0.260 6 HG11 VAL 22 HG13 VAL 22 -12.119 -5.520 1.268 7 HG22 VAL 22 HG21 VAL 22 -8.627 -6.030 2.380 8 HG21 VAL 22 HG22 VAL 22 -8.066 -4.409 1.971 9 HG23 VAL 22 HG23 VAL 22 -8.401 -5.575 0.690 No H/Q in entry = 9 In of MODEL 2 1 H LEU 23 H LEU 23 -11.775 -2.842 -1.306 2 HA LEU 23 HA LEU 23 -11.656 -5.028 -3.019 3 HB2 LEU 23 HB2 LEU 23 -13.388 -3.334 -3.171 4 HB3 LEU 23 HB3 LEU 23 -12.208 -2.124 -3.633 5 HD12 LEU 23 HD11 LEU 23 -13.373 -5.120 -6.405 6 HD11 LEU 23 HD12 LEU 23 -14.125 -5.051 -4.810 7 HD13 LEU 23 HD13 LEU 23 -12.458 -5.604 -4.977 8 HD22 LEU 23 HD21 LEU 23 -13.852 -2.744 -6.833 9 HD21 LEU 23 HD22 LEU 23 -13.331 -1.508 -5.687 10 HD23 LEU 23 HD23 LEU 23 -14.651 -2.599 -5.268 11 HG LEU 23 HG LEU 23 -11.780 -3.394 -5.728 No H/Q in entry = 11 In of MODEL 2 1 HA PRO 24 HA PRO 24 -7.516 -4.147 -4.528 2 HB2 PRO 24 HB2 PRO 24 -6.775 -6.703 -4.838 3 HB3 PRO 24 HB3 PRO 24 -6.916 -5.970 -3.242 4 HD2 PRO 24 HD2 PRO 24 -10.566 -6.709 -4.472 5 HD3 PRO 24 HD3 PRO 24 -10.267 -6.380 -2.753 6 HG2 PRO 24 HG2 PRO 24 -8.673 -7.936 -4.576 7 HG3 PRO 24 HG3 PRO 24 -8.404 -7.651 -2.850 No H/Q in entry = 7 In of MODEL 2 1 H ARG 25 H ARG 25 -7.510 -3.334 -6.550 2 HA ARG 25 HA ARG 25 -8.052 -5.196 -8.750 3 HB2 ARG 25 HB2 ARG 25 -9.015 -2.328 -8.674 4 HB3 ARG 25 HB3 ARG 25 -9.161 -3.422 -10.043 5 HD2 ARG 25 HD2 ARG 25 -11.566 -3.567 -10.228 6 HD3 ARG 25 HD3 ARG 25 -12.556 -3.621 -8.772 7 HE ARG 25 HE ARG 25 -10.963 -1.344 -8.606 8 HG2 ARG 25 HG2 ARG 25 -10.508 -4.925 -8.513 9 HG3 ARG 25 HG3 ARG 25 -10.553 -3.566 -7.389 10 HH11 ARG 25 HH11 ARG 25 -13.549 -2.613 -10.586 11 HH12 ARG 25 HH12 ARG 25 -14.152 -1.045 -11.035 12 HH21 ARG 25 HH21 ARG 25 -11.762 0.719 -9.167 13 HH22 ARG 25 HH22 ARG 25 -13.140 0.846 -10.229 No H/Q in entry = 13 In of MODEL 2 1 H GLU 26 H GLU 26 -7.250 -4.221 -10.885 2 HA GLU 26 HA GLU 26 -4.500 -4.045 -10.744 3 HB2 GLU 26 HB2 GLU 26 -5.907 -4.676 -12.733 4 HB3 GLU 26 HB3 GLU 26 -6.163 -2.961 -13.015 5 HG2 GLU 26 HG2 GLU 26 -4.412 -3.807 -14.446 6 HG3 GLU 26 HG3 GLU 26 -3.757 -2.648 -13.290 No H/Q in entry = 6 In of MODEL 2 1 HA PRO 27 HA PRO 27 -4.930 0.838 -11.586 2 HB2 PRO 27 HB2 PRO 27 -7.111 1.770 -10.088 3 HB3 PRO 27 HB3 PRO 27 -7.014 1.677 -11.848 4 HD2 PRO 27 HD2 PRO 27 -7.650 -2.102 -11.092 5 HD3 PRO 27 HD3 PRO 27 -7.299 -1.177 -12.568 6 HG2 PRO 27 HG2 PRO 27 -8.258 -0.196 -9.902 7 HG3 PRO 27 HG3 PRO 27 -8.801 0.261 -11.526 No H/Q in entry = 7 In of MODEL 2 1 H LEU 28 H LEU 28 -5.852 -0.864 -8.654 2 HA LEU 28 HA LEU 28 -4.889 1.088 -6.826 3 HB2 LEU 28 HB2 LEU 28 -5.621 -1.806 -6.619 4 HB3 LEU 28 HB3 LEU 28 -4.752 -1.047 -5.300 5 HD13 LEU 28 HD11 LEU 28 -7.451 1.311 -4.387 6 HD12 LEU 28 HD12 LEU 28 -6.172 1.717 -5.532 7 HD11 LEU 28 HD13 LEU 28 -5.784 0.840 -4.052 8 HD22 LEU 28 HD21 LEU 28 -8.722 0.170 -6.209 9 HD21 LEU 28 HD22 LEU 28 -7.975 -1.149 -7.110 10 HD23 LEU 28 HD23 LEU 28 -7.451 0.512 -7.384 11 HG LEU 28 HG LEU 28 -7.119 -1.053 -4.825 No H/Q in entry = 11 In of MODEL 2 1 H ILE 29 H ILE 29 -3.507 -1.831 -8.242 2 HA ILE 29 HA ILE 29 -1.078 -1.829 -6.845 3 HB ILE 29 HB ILE 29 -1.564 -2.827 -9.660 4 HD13 ILE 29 HD11 ILE 29 -2.494 -5.187 -6.236 5 HD12 ILE 29 HD12 ILE 29 -2.018 -3.507 -5.992 6 HD11 ILE 29 HD13 ILE 29 -0.817 -4.702 -6.478 7 HG12 ILE 29 HG12 ILE 29 -3.176 -3.803 -8.111 8 HG13 ILE 29 HG13 ILE 29 -1.995 -5.013 -8.597 9 HG21 ILE 29 HG21 ILE 29 0.800 -2.663 -9.107 10 HG23 ILE 29 HG22 ILE 29 0.298 -4.351 -9.205 11 HG22 ILE 29 HG23 ILE 29 0.534 -3.591 -7.631 No H/Q in entry = 11 In of MODEL 2 1 H ALA 30 H ALA 30 -1.899 -0.507 -10.040 2 HA ALA 30 HA ALA 30 0.585 0.546 -10.703 3 HB2 ALA 30 HB1 ALA 30 -2.131 1.631 -11.427 4 HB1 ALA 30 HB2 ALA 30 -1.256 0.363 -12.287 5 HB3 ALA 30 HB3 ALA 30 -0.614 2.006 -12.247 No H/Q in entry = 5 In of MODEL 2 1 H THR 31 H THR 31 -2.115 2.123 -9.005 2 HA THR 31 HA THR 31 -0.823 4.614 -8.691 3 HB THR 31 HB THR 31 -2.996 3.459 -6.929 4 HG1 THR 31 HG1 THR 31 -3.870 3.435 -8.935 5 HG23 THR 31 HG21 THR 31 -1.944 5.476 -6.015 6 HG22 THR 31 HG22 THR 31 -3.589 5.817 -6.554 7 HG21 THR 31 HG23 THR 31 -2.215 6.317 -7.540 No H/Q in entry = 7 In of MODEL 2 1 H ALA 32 H ALA 32 -0.940 1.695 -6.710 2 HA ALA 32 HA ALA 32 0.300 2.831 -4.434 3 HB2 ALA 32 HB1 ALA 32 0.616 0.583 -3.649 4 HB3 ALA 32 HB2 ALA 32 0.316 -0.065 -5.262 5 HB1 ALA 32 HB3 ALA 32 -0.987 0.724 -4.372 No H/Q in entry = 5 In of MODEL 2 1 H VAL 33 H VAL 33 1.626 0.907 -7.146 2 HA VAL 33 HA VAL 33 4.284 0.870 -6.258 3 HB VAL 33 HB VAL 33 3.273 0.865 -9.114 4 HG12 VAL 33 HG11 VAL 33 5.961 0.045 -8.014 5 HG11 VAL 33 HG12 VAL 33 5.642 1.462 -9.015 6 HG13 VAL 33 HG13 VAL 33 5.425 -0.157 -9.681 7 HG23 VAL 33 HG21 VAL 33 4.019 -1.401 -7.269 8 HG22 VAL 33 HG22 VAL 33 3.534 -1.560 -8.958 9 HG21 VAL 33 HG23 VAL 33 2.384 -0.959 -7.762 No H/Q in entry = 9 In of MODEL 2 1 H LYS 34 H LYS 34 2.596 3.229 -8.320 2 HA LYS 34 HA LYS 34 4.703 4.984 -8.811 3 HB2 LYS 34 HB2 LYS 34 2.607 5.323 -9.927 4 HB3 LYS 34 HB3 LYS 34 1.751 5.492 -8.403 5 HD2 LYS 34 HD2 LYS 34 2.627 7.514 -6.872 6 HD3 LYS 34 HD3 LYS 34 2.486 8.986 -7.842 7 HE2 LYS 34 HE2 LYS 34 0.465 6.749 -7.800 8 HE3 LYS 34 HE3 LYS 34 0.332 8.243 -6.871 9 HG2 LYS 34 HG2 LYS 34 3.905 7.447 -9.023 10 HG3 LYS 34 HG3 LYS 34 2.379 7.579 -9.894 11 HZ2 LYS 34 HZ1 LYS 34 0.411 8.018 -9.839 12 HZ1 LYS 34 HZ2 LYS 34 0.360 9.476 -8.975 13 HZ3 LYS 34 HZ3 LYS 34 -0.949 8.405 -8.901 No H/Q in entry = 13 In of MODEL 2 1 H PHE 35 H PHE 35 2.476 4.808 -6.102 2 HA PHE 35 HA PHE 35 3.394 7.015 -4.648 3 HB2 PHE 35 HB2 PHE 35 1.264 5.852 -4.242 4 HB3 PHE 35 HB3 PHE 35 2.153 4.462 -3.626 5 HD1 PHE 35 HD1 PHE 35 1.308 7.985 -3.019 6 HD2 PHE 35 HD2 PHE 35 3.006 4.426 -1.424 7 HE1 PHE 35 HE1 PHE 35 1.293 8.981 -0.783 8 HE2 PHE 35 HE2 PHE 35 2.999 5.406 0.797 9 HZ PHE 35 HZ PHE 35 2.153 7.702 1.146 No H/Q in entry = 9 In of MODEL 2 1 H LEU 36 H LEU 36 4.201 3.579 -4.392 2 HA LEU 36 HA LEU 36 5.828 3.720 -2.140 3 HB2 LEU 36 HB2 LEU 36 6.079 1.752 -4.409 4 HB3 LEU 36 HB3 LEU 36 6.592 1.515 -2.748 5 HD12 LEU 36 HD11 LEU 36 3.509 -0.528 -3.056 6 HD11 LEU 36 HD12 LEU 36 5.243 -0.604 -2.739 7 HD13 LEU 36 HD13 LEU 36 4.655 -0.292 -4.374 8 HD21 LEU 36 HD21 LEU 36 4.071 2.715 -1.432 9 HD23 LEU 36 HD22 LEU 36 4.848 1.208 -0.943 10 HD22 LEU 36 HD23 LEU 36 3.141 1.216 -1.387 11 HG LEU 36 HG LEU 36 3.735 1.829 -3.672 No H/Q in entry = 11 In of MODEL 2 1 H GLN 37 H GLN 37 6.640 4.135 -5.537 2 HA GLN 37 HA GLN 37 9.464 4.377 -4.824 3 HB2 GLN 37 HB2 GLN 37 8.063 4.152 -7.478 4 HB3 GLN 37 HB3 GLN 37 9.790 4.451 -7.318 5 HE21 GLN 37 HE21 GLN 37 10.517 0.495 -7.388 6 HE22 GLN 37 HE22 GLN 37 10.027 0.304 -9.033 7 HG2 GLN 37 HG2 GLN 37 10.126 2.363 -6.232 8 HG3 GLN 37 HG3 GLN 37 8.386 2.091 -6.112 No H/Q in entry = 8 In of MODEL 2 1 H ASN 38 H ASN 38 7.586 6.440 -4.039 2 HA ASN 38 HA ASN 38 8.413 8.655 -5.739 3 HB2 ASN 38 HB2 ASN 38 6.053 8.462 -4.807 4 HB3 ASN 38 HB3 ASN 38 6.745 8.875 -3.239 5 HD21 ASN 38 HD21 ASN 38 5.554 10.785 -3.148 6 HD22 ASN 38 HD22 ASN 38 5.960 12.163 -4.106 No H/Q in entry = 6 In of MODEL 2 1 H SER 39 H SER 39 10.283 7.107 -4.153 2 HA SER 39 HA SER 39 12.250 7.454 -3.117 3 HB2 SER 39 HB2 SER 39 12.265 9.562 -4.489 4 HB3 SER 39 HB3 SER 39 11.597 10.406 -3.093 5 HG SER 39 HG SER 39 13.706 10.666 -2.792 No H/Q in entry = 5 In of MODEL 2 1 H ARG 40 H ARG 40 10.116 9.931 -1.656 2 HA ARG 40 HA ARG 40 11.203 9.586 0.932 3 HB2 ARG 40 HB2 ARG 40 8.562 10.812 0.122 4 HB3 ARG 40 HB3 ARG 40 9.311 10.974 1.702 5 HD2 ARG 40 HD2 ARG 40 8.513 13.297 0.158 6 HD3 ARG 40 HD3 ARG 40 9.517 13.470 1.596 7 HE ARG 40 HE ARG 40 10.890 14.399 -0.710 8 HG2 ARG 40 HG2 ARG 40 11.239 12.098 0.624 9 HG3 ARG 40 HG3 ARG 40 10.370 12.028 -0.912 10 HH11 ARG 40 HH11 ARG 40 8.404 15.291 1.598 11 HH12 ARG 40 HH12 ARG 40 8.547 16.994 1.279 12 HH21 ARG 40 HH21 ARG 40 11.079 16.640 -1.123 13 HH22 ARG 40 HH22 ARG 40 10.082 17.762 -0.250 No H/Q in entry = 13 In of MODEL 2 1 H VAL 41 H VAL 41 8.755 7.880 -0.784 2 HA VAL 41 HA VAL 41 7.287 6.906 1.436 3 HB VAL 41 HB VAL 41 7.492 5.981 -1.432 4 HG12 VAL 41 HG11 VAL 41 5.646 4.453 -0.985 5 HG11 VAL 41 HG12 VAL 41 5.738 4.825 0.736 6 HG13 VAL 41 HG13 VAL 41 7.078 3.999 -0.060 7 HG21 VAL 41 HG21 VAL 41 6.297 8.060 -0.968 8 HG23 VAL 41 HG22 VAL 41 5.299 7.223 0.225 9 HG22 VAL 41 HG23 VAL 41 5.184 6.790 -1.480 No H/Q in entry = 9 In of MODEL 2 1 H ARG 42 H ARG 42 10.165 5.781 -0.213 2 HA ARG 42 HA ARG 42 10.177 3.264 1.181 3 HB2 ARG 42 HB2 ARG 42 12.223 4.604 -0.578 4 HB3 ARG 42 HB3 ARG 42 12.446 3.015 0.151 5 HD2 ARG 42 HD2 ARG 42 11.309 2.124 -3.224 6 HD3 ARG 42 HD3 ARG 42 12.462 3.403 -2.849 7 HE ARG 42 HE ARG 42 13.079 1.615 -0.976 8 HG2 ARG 42 HG2 ARG 42 10.381 2.260 -0.996 9 HG3 ARG 42 HG3 ARG 42 10.310 3.824 -1.808 10 HH11 ARG 42 HH11 ARG 42 12.527 1.208 -4.416 11 HH12 ARG 42 HH12 ARG 42 13.536 -0.199 -4.537 12 HH21 ARG 42 HH21 ARG 42 14.421 -0.216 -1.146 13 HH22 ARG 42 HH22 ARG 42 14.632 -0.999 -2.688 No H/Q in entry = 13 In of MODEL 2 1 H GLN 43 H GLN 43 11.252 6.454 1.772 2 HA GLN 43 HA GLN 43 13.054 5.680 3.918 3 HB2 GLN 43 HB2 GLN 43 11.979 8.424 3.228 4 HB3 GLN 43 HB3 GLN 43 13.317 8.067 4.311 5 HE21 GLN 43 HE21 GLN 43 12.826 10.088 2.988 6 HE22 GLN 43 HE22 GLN 43 14.107 11.154 2.524 7 HG2 GLN 43 HG2 GLN 43 14.559 7.127 2.382 8 HG3 GLN 43 HG3 GLN 43 13.240 7.643 1.333 No H/Q in entry = 8 In of MODEL 2 1 H SER 44 H SER 44 9.819 6.891 3.434 2 HA SER 44 HA SER 44 9.099 7.302 6.123 3 HB2 SER 44 HB2 SER 44 7.821 8.218 4.231 4 HB3 SER 44 HB3 SER 44 7.374 6.589 3.729 5 HG SER 44 HG SER 44 6.592 8.001 6.060 No H/Q in entry = 5 In of MODEL 2 1 HA PRO 45 HA PRO 45 9.222 3.382 8.025 2 HB2 PRO 45 HB2 PRO 45 6.554 4.242 9.074 3 HB3 PRO 45 HB3 PRO 45 7.927 3.540 9.938 4 HD2 PRO 45 HD2 PRO 45 7.440 6.858 7.865 5 HD3 PRO 45 HD3 PRO 45 9.203 6.855 8.049 6 HG2 PRO 45 HG2 PRO 45 7.476 6.149 10.044 7 HG3 PRO 45 HG3 PRO 45 9.129 5.523 9.910 No H/Q in entry = 7 In of MODEL 2 1 H LEU 46 H LEU 46 8.833 1.472 7.228 2 HA LEU 46 HA LEU 46 6.814 0.891 5.354 3 HB2 LEU 46 HB2 LEU 46 8.473 -1.022 7.011 4 HB3 LEU 46 HB3 LEU 46 7.476 -1.480 5.640 5 HD12 LEU 46 HD11 LEU 46 10.701 0.003 6.642 6 HD11 LEU 46 HD12 LEU 46 9.889 1.407 5.950 7 HD13 LEU 46 HD13 LEU 46 11.150 0.578 5.037 8 HD22 LEU 46 HD21 LEU 46 10.719 -1.635 4.044 9 HD21 LEU 46 HD22 LEU 46 9.167 -2.437 4.291 10 HD23 LEU 46 HD23 LEU 46 10.299 -2.273 5.633 11 HG LEU 46 HG LEU 46 8.930 -0.002 4.201 No H/Q in entry = 11 In of MODEL 2 1 H ALA 47 H ALA 47 6.869 0.904 8.786 2 HA ALA 47 HA ALA 47 4.742 -0.752 9.460 3 HB2 ALA 47 HB1 ALA 47 4.437 0.693 11.403 4 HB3 ALA 47 HB2 ALA 47 5.429 1.938 10.645 5 HB1 ALA 47 HB3 ALA 47 6.151 0.397 11.106 No H/Q in entry = 5 In of MODEL 2 1 H THR 48 H THR 48 4.716 2.631 8.374 2 HA THR 48 HA THR 48 1.903 2.918 8.298 3 HB THR 48 HB THR 48 3.970 4.359 6.613 4 HG1 THR 48 HG1 THR 48 2.854 5.038 9.160 5 HG23 THR 48 HG21 THR 48 1.710 4.666 5.751 6 HG22 THR 48 HG22 THR 48 2.274 6.154 6.513 7 HG21 THR 48 HG23 THR 48 1.136 5.108 7.361 No H/Q in entry = 7 In of MODEL 2 1 H ARG 49 H ARG 49 4.328 1.827 5.994 2 HA ARG 49 HA ARG 49 2.893 1.943 3.637 3 HB2 ARG 49 HB2 ARG 49 4.970 -0.071 4.479 4 HB3 ARG 49 HB3 ARG 49 4.366 0.086 2.840 5 HD2 ARG 49 HD2 ARG 49 6.085 3.165 2.013 6 HD3 ARG 49 HD3 ARG 49 4.804 2.060 1.540 7 HE ARG 49 HE ARG 49 3.278 3.427 2.534 8 HG2 ARG 49 HG2 ARG 49 5.800 2.249 4.370 9 HG3 ARG 49 HG3 ARG 49 6.538 1.178 3.181 10 HH11 ARG 49 HH11 ARG 49 6.482 4.330 3.618 11 HH12 ARG 49 HH12 ARG 49 5.942 5.779 4.415 12 HH21 ARG 49 HH21 ARG 49 2.576 5.338 3.567 13 HH22 ARG 49 HH22 ARG 49 3.727 6.341 4.387 No H/Q in entry = 13 In of MODEL 2 1 H ARG 50 H ARG 50 3.000 -0.811 5.921 2 HA ARG 50 HA ARG 50 1.538 -2.582 4.318 3 HB2 ARG 50 HB2 ARG 50 2.027 -2.444 7.264 4 HB3 ARG 50 HB3 ARG 50 0.873 -3.606 6.630 5 HD2 ARG 50 HD2 ARG 50 4.372 -2.536 5.599 6 HD3 ARG 50 HD3 ARG 50 4.293 -2.950 7.311 7 HE ARG 50 HE ARG 50 5.795 -4.316 5.254 8 HG2 ARG 50 HG2 ARG 50 2.804 -4.843 6.735 9 HG3 ARG 50 HG3 ARG 50 2.812 -4.298 5.057 10 HH11 ARG 50 HH11 ARG 50 4.370 -4.578 8.440 11 HH12 ARG 50 HH12 ARG 50 5.462 -5.819 8.969 12 HH21 ARG 50 HH21 ARG 50 7.246 -5.954 5.953 13 HH22 ARG 50 HH22 ARG 50 7.092 -6.591 7.561 No H/Q in entry = 13 In of MODEL 2 1 H ALA 51 H ALA 51 0.312 -0.744 7.116 2 HA ALA 51 HA ALA 51 -2.383 -1.402 6.711 3 HB3 ALA 51 HB1 ALA 51 -2.878 0.419 8.260 4 HB2 ALA 51 HB2 ALA 51 -1.228 1.018 8.092 5 HB1 ALA 51 HB3 ALA 51 -1.525 -0.555 8.834 No H/Q in entry = 5 In of MODEL 2 1 H PHE 52 H PHE 52 -0.445 1.328 5.619 2 HA PHE 52 HA PHE 52 -2.400 2.995 4.619 3 HB2 PHE 52 HB2 PHE 52 -0.181 3.787 4.726 4 HB3 PHE 52 HB3 PHE 52 0.426 2.490 3.702 5 HD1 PHE 52 HD1 PHE 52 0.710 2.839 1.475 6 HD2 PHE 52 HD2 PHE 52 -1.908 5.367 3.662 7 HE1 PHE 52 HE1 PHE 52 0.430 4.254 -0.507 8 HE2 PHE 52 HE2 PHE 52 -2.200 6.783 1.687 9 HZ PHE 52 HZ PHE 52 -1.001 6.234 -0.393 No H/Q in entry = 9 In of MODEL 2 1 H LEU 53 H LEU 53 -0.621 0.533 2.703 2 HA LEU 53 HA LEU 53 -2.090 0.991 0.351 3 HB2 LEU 53 HB2 LEU 53 -0.370 -1.262 1.298 4 HB3 LEU 53 HB3 LEU 53 -1.353 -1.495 -0.132 5 HD11 LEU 53 HD11 LEU 53 0.717 1.418 1.053 6 HD13 LEU 53 HD12 LEU 53 1.971 1.131 -0.152 7 HD12 LEU 53 HD13 LEU 53 1.721 -0.029 1.153 8 HD23 LEU 53 HD21 LEU 53 1.723 -0.667 -1.808 9 HD22 LEU 53 HD22 LEU 53 0.227 -1.596 -1.900 10 HD21 LEU 53 HD23 LEU 53 1.369 -1.894 -0.589 11 HG LEU 53 HG LEU 53 -0.229 0.621 -1.049 No H/Q in entry = 11 In of MODEL 2 1 H LYS 54 H LYS 54 -2.593 -1.337 2.970 2 HA LYS 54 HA LYS 54 -4.646 -2.782 1.648 3 HB2 LYS 54 HB2 LYS 54 -4.050 -2.558 4.600 4 HB3 LYS 54 HB3 LYS 54 -5.055 -3.792 3.845 5 HD2 LYS 54 HD2 LYS 54 -2.650 -4.506 5.505 6 HD3 LYS 54 HD3 LYS 54 -3.600 -5.687 4.597 7 HE2 LYS 54 HE2 LYS 54 -1.588 -6.296 3.323 8 HE3 LYS 54 HE3 LYS 54 -0.637 -5.158 4.281 9 HG2 LYS 54 HG2 LYS 54 -3.103 -4.510 2.531 10 HG3 LYS 54 HG3 LYS 54 -2.115 -3.349 3.407 11 HZ2 LYS 54 HZ1 LYS 54 -1.956 -7.663 5.167 12 HZ1 LYS 54 HZ2 LYS 54 -1.433 -6.490 6.270 13 HZ3 LYS 54 HZ3 LYS 54 -0.314 -7.254 5.247 No H/Q in entry = 13 In of MODEL 2 1 H LYS 55 H LYS 55 -4.631 0.052 3.664 2 HA LYS 55 HA LYS 55 -7.466 0.041 4.079 3 HB2 LYS 55 HB2 LYS 55 -5.330 2.099 4.623 4 HB3 LYS 55 HB3 LYS 55 -7.035 2.336 5.016 5 HD2 LYS 55 HD2 LYS 55 -7.994 1.149 7.054 6 HD3 LYS 55 HD3 LYS 55 -7.919 -0.180 5.898 7 HE2 LYS 55 HE2 LYS 55 -6.559 -0.224 8.584 8 HE3 LYS 55 HE3 LYS 55 -8.181 -0.854 8.304 9 HG2 LYS 55 HG2 LYS 55 -5.405 0.003 6.009 10 HG3 LYS 55 HG3 LYS 55 -5.639 1.508 6.920 11 HZ3 LYS 55 HZ1 LYS 55 -6.704 -2.667 8.152 12 HZ2 LYS 55 HZ2 LYS 55 -5.634 -1.830 7.139 13 HZ1 LYS 55 HZ3 LYS 55 -7.155 -2.305 6.554 No H/Q in entry = 13 In of MODEL 2 1 H LYS 56 H LYS 56 -5.335 1.250 1.646 2 HA LYS 56 HA LYS 56 -7.218 3.102 0.546 3 HB2 LYS 56 HB2 LYS 56 -4.564 2.095 -0.199 4 HB3 LYS 56 HB3 LYS 56 -5.606 2.471 -1.563 5 HD2 LYS 56 HD2 LYS 56 -3.783 3.678 1.248 6 HD3 LYS 56 HD3 LYS 56 -3.868 5.395 0.860 7 HE2 LYS 56 HE2 LYS 56 -6.122 3.824 2.100 8 HE3 LYS 56 HE3 LYS 56 -4.939 4.751 3.021 9 HG2 LYS 56 HG2 LYS 56 -4.397 4.431 -1.156 10 HG3 LYS 56 HG3 LYS 56 -5.994 4.726 -0.473 11 HZ2 LYS 56 HZ1 LYS 56 -6.873 5.820 1.036 12 HZ1 LYS 56 HZ2 LYS 56 -5.656 6.740 1.778 13 HZ3 LYS 56 HZ3 LYS 56 -6.896 6.061 2.716 No H/Q in entry = 13 In of MODEL 2 1 H GLY 57 H GLY 57 -6.307 -0.262 -0.151 2 HA3 GLY 57 HA2 GLY 57 -8.670 -1.373 -0.583 3 HA2 GLY 57 HA3 GLY 57 -8.509 -0.447 -2.064 No H/Q in entry = 3 In of MODEL 2 1 H LEU 58 H LEU 58 -6.655 -2.785 -0.100 2 HA LEU 58 HA LEU 58 -6.564 -4.617 -2.262 3 HB2 LEU 58 HB2 LEU 58 -4.061 -4.693 -2.448 4 HB3 LEU 58 HB3 LEU 58 -4.834 -3.315 -3.190 5 HD11 LEU 58 HD11 LEU 58 -2.252 -4.364 -0.948 6 HD13 LEU 58 HD12 LEU 58 -3.507 -4.070 0.255 7 HD12 LEU 58 HD13 LEU 58 -2.183 -2.921 0.065 8 HD21 LEU 58 HD21 LEU 58 -3.336 -1.536 -3.160 9 HD23 LEU 58 HD22 LEU 58 -2.147 -2.830 -3.013 10 HD22 LEU 58 HD23 LEU 58 -2.082 -1.446 -1.922 11 HG LEU 58 HG LEU 58 -4.242 -2.102 -0.969 No H/Q in entry = 11 In of MODEL 2 1 H THR 59 H THR 59 -5.762 -6.652 -1.660 2 HA THR 59 HA THR 59 -5.775 -7.062 1.211 3 HB THR 59 HB THR 59 -5.757 -9.520 0.506 4 HG1 THR 59 HG1 THR 59 -6.480 -9.763 -1.738 5 HG21 THR 59 HG21 THR 59 -7.810 -8.363 1.197 6 HG23 THR 59 HG22 THR 59 -8.132 -9.510 -0.103 7 HG22 THR 59 HG23 THR 59 -8.042 -7.784 -0.453 No H/Q in entry = 7 In of MODEL 2 1 H ASP 60 H ASP 60 -4.244 -9.062 1.832 2 HA ASP 60 HA ASP 60 -1.659 -8.053 1.927 3 HB2 ASP 60 HB2 ASP 60 -2.797 -10.775 2.450 4 HB3 ASP 60 HB3 ASP 60 -1.057 -10.517 2.522 No H/Q in entry = 4 In of MODEL 2 1 H GLU 61 H GLU 61 -3.025 -10.406 -0.317 2 HA GLU 61 HA GLU 61 -0.602 -11.109 -1.566 3 HB2 GLU 61 HB2 GLU 61 -2.054 -11.932 -3.414 4 HB3 GLU 61 HB3 GLU 61 -2.550 -12.502 -1.826 5 HG2 GLU 61 HG2 GLU 61 -4.247 -10.670 -1.791 6 HG3 GLU 61 HG3 GLU 61 -3.824 -10.334 -3.468 No H/Q in entry = 6 In of MODEL 2 1 H GLU 62 H GLU 62 -2.843 -8.458 -2.083 2 HA GLU 62 HA GLU 62 -1.637 -7.694 -4.575 3 HB2 GLU 62 HB2 GLU 62 -3.699 -6.338 -2.844 4 HB3 GLU 62 HB3 GLU 62 -3.152 -5.716 -4.396 5 HG2 GLU 62 HG2 GLU 62 -4.497 -8.367 -3.936 6 HG3 GLU 62 HG3 GLU 62 -5.256 -6.922 -4.601 No H/Q in entry = 6 In of MODEL 2 1 H ILE 63 H ILE 63 -1.250 -6.793 -1.202 2 HA ILE 63 HA ILE 63 0.144 -4.388 -1.799 3 HB ILE 63 HB ILE 63 -0.821 -4.543 0.372 4 HD11 ILE 63 HD11 ILE 63 0.173 -3.226 2.333 5 HD13 ILE 63 HD12 ILE 63 1.923 -3.041 2.425 6 HD12 ILE 63 HD13 ILE 63 1.182 -4.597 2.795 7 HG12 ILE 63 HG12 ILE 63 2.195 -4.607 0.591 8 HG13 ILE 63 HG13 ILE 63 1.230 -3.210 0.127 9 HG22 ILE 63 HG21 ILE 63 -0.017 -6.082 2.086 10 HG21 ILE 63 HG22 ILE 63 1.013 -6.866 0.890 11 HG23 ILE 63 HG23 ILE 63 -0.741 -6.925 0.717 No H/Q in entry = 11 In of MODEL 2 1 H ASP 64 H ASP 64 1.270 -7.760 -1.241 2 HA ASP 64 HA ASP 64 3.983 -6.905 -1.731 3 HB2 ASP 64 HB2 ASP 64 4.625 -9.242 -1.939 4 HB3 ASP 64 HB3 ASP 64 3.711 -8.974 -0.481 No H/Q in entry = 4 In of MODEL 2 1 H MET 65 H MET 65 1.271 -7.711 -3.694 2 HA MET 65 HA MET 65 2.667 -8.206 -6.080 3 HB2 MET 65 HB2 MET 65 0.190 -8.433 -5.824 4 HB3 MET 65 HB3 MET 65 0.068 -6.681 -5.793 5 HE1 MET 65 HE1 MET 65 2.887 -9.153 -7.021 6 HE3 MET 65 HE2 MET 65 3.271 -8.356 -8.549 7 HE2 MET 65 HE3 MET 65 3.141 -10.114 -8.481 8 HG2 MET 65 HG2 MET 65 -0.477 -7.260 -7.974 9 HG3 MET 65 HG3 MET 65 1.197 -6.720 -8.072 No H/Q in entry = 9 In of MODEL 2 1 H ALA 66 H ALA 66 1.604 -5.207 -4.549 2 HA ALA 66 HA ALA 66 2.805 -3.506 -6.499 3 HB3 ALA 66 HB1 ALA 66 0.880 -2.803 -5.155 4 HB2 ALA 66 HB2 ALA 66 2.241 -1.694 -4.979 5 HB1 ALA 66 HB3 ALA 66 1.882 -2.857 -3.702 No H/Q in entry = 5 In of MODEL 2 1 H PHE 67 H PHE 67 3.754 -4.541 -3.217 2 HA PHE 67 HA PHE 67 6.085 -2.913 -3.191 3 HB2 PHE 67 HB2 PHE 67 4.882 -4.901 -1.374 4 HB3 PHE 67 HB3 PHE 67 6.633 -4.737 -1.263 5 HD1 PHE 67 HD1 PHE 67 6.913 -1.867 -1.894 6 HD2 PHE 67 HD2 PHE 67 4.143 -3.879 0.643 7 HE1 PHE 67 HE1 PHE 67 6.657 0.172 -0.575 8 HE2 PHE 67 HE2 PHE 67 3.881 -1.827 1.968 9 HZ PHE 67 HZ PHE 67 5.144 0.203 1.354 No H/Q in entry = 9 In of MODEL 2 1 H GLN 68 H GLN 68 5.587 -6.362 -3.945 2 HA GLN 68 HA GLN 68 8.351 -6.932 -4.114 3 HB2 GLN 68 HB2 GLN 68 6.609 -8.695 -3.900 4 HB3 GLN 68 HB3 GLN 68 6.130 -8.363 -5.564 5 HE21 GLN 68 HE21 GLN 68 6.215 -10.482 -4.057 6 HE22 GLN 68 HE22 GLN 68 6.179 -12.030 -4.816 7 HG2 GLN 68 HG2 GLN 68 8.378 -8.977 -6.324 8 HG3 GLN 68 HG3 GLN 68 8.831 -9.345 -4.661 No H/Q in entry = 8 In of MODEL 2 1 H GLN 69 H GLN 69 5.885 -5.987 -6.475 2 HA GLN 69 HA GLN 69 7.450 -6.225 -8.791 3 HB2 GLN 69 HB2 GLN 69 4.995 -5.947 -8.807 4 HB3 GLN 69 HB3 GLN 69 5.188 -4.287 -8.263 5 HE21 GLN 69 HE21 GLN 69 5.337 -2.841 -12.001 6 HE22 GLN 69 HE22 GLN 69 3.616 -2.914 -12.155 7 HG2 GLN 69 HG2 GLN 69 6.437 -3.786 -10.329 8 HG3 GLN 69 HG3 GLN 69 6.133 -5.437 -10.873 No H/Q in entry = 8 In of MODEL 2 1 H SER 70 H SER 70 7.041 -3.541 -6.523 2 HA SER 70 HA SER 70 8.602 -1.720 -8.080 3 HB2 SER 70 HB2 SER 70 8.539 -0.332 -5.961 4 HB3 SER 70 HB3 SER 70 6.965 -0.779 -6.616 5 HG SER 70 HG SER 70 6.612 -2.078 -4.960 No H/Q in entry = 5 In of MODEL 2 1 H GLY 71 H GLY 71 9.441 -4.386 -6.275 2 HA3 GLY 71 HA2 GLY 71 11.595 -5.232 -5.982 3 HA2 GLY 71 HA3 GLY 71 12.244 -3.648 -6.388 No H/Q in entry = 3 In of MODEL 2 1 H THR 72 H THR 72 9.796 -3.409 -4.125 2 HA THR 72 HA THR 72 11.706 -2.641 -2.090 3 HB THR 72 HB THR 72 8.713 -2.587 -1.792 4 HG1 THR 72 HG1 THR 72 8.795 -1.378 -3.564 5 HG22 THR 72 HG21 THR 72 10.908 -0.802 -0.727 6 HG21 THR 72 HG22 THR 72 10.072 -2.060 0.183 7 HG23 THR 72 HG23 THR 72 9.185 -0.643 -0.382 No H/Q in entry = 7 In of MODEL 2 1 H ALA 73 H ALA 73 12.564 -4.511 -1.245 2 HA ALA 73 HA ALA 73 10.936 -6.705 -0.386 3 HB1 ALA 73 HB1 ALA 73 13.269 -7.039 -1.066 4 HB2 ALA 73 HB2 ALA 73 12.985 -7.600 0.581 5 HB3 ALA 73 HB3 ALA 73 13.804 -6.065 0.305 No H/Q in entry = 5 In of MODEL 2 1 H ALA 74 H ALA 74 9.396 -5.603 0.891 2 HA ALA 74 HA ALA 74 10.315 -4.320 3.342 3 HB3 ALA 74 HB1 ALA 74 7.984 -3.634 3.610 4 HB2 ALA 74 HB2 ALA 74 7.532 -4.606 2.209 5 HB1 ALA 74 HB3 ALA 74 8.589 -3.209 2.009 No H/Q in entry = 5 In of MODEL 2 1 H ASP 75 H ASP 75 10.918 -6.981 3.376 2 HA ASP 75 HA ASP 75 10.645 -8.971 4.448 3 HB2 ASP 75 HB2 ASP 75 10.498 -7.280 6.392 4 HB3 ASP 75 HB3 ASP 75 8.760 -7.540 6.332 No H/Q in entry = 4 In of MODEL 2 1 H GLU 76 H GLU 76 7.978 -9.638 5.887 2 HA GLU 76 HA GLU 76 6.400 -9.985 3.442 3 HB2 GLU 76 HB2 GLU 76 4.959 -11.472 4.731 4 HB3 GLU 76 HB3 GLU 76 6.635 -11.973 4.857 5 HG2 GLU 76 HG2 GLU 76 6.805 -11.152 7.074 6 HG3 GLU 76 HG3 GLU 76 5.244 -10.337 6.954 No H/Q in entry = 6 In of MODEL 2 1 HA PRO 77 HA PRO 77 4.222 -6.320 4.517 2 HB2 PRO 77 HB2 PRO 77 2.325 -6.392 2.596 3 HB3 PRO 77 HB3 PRO 77 4.017 -6.015 2.248 4 HD2 PRO 77 HD2 PRO 77 4.311 -9.882 2.512 5 HD3 PRO 77 HD3 PRO 77 5.496 -8.670 1.989 6 HG2 PRO 77 HG2 PRO 77 2.529 -8.584 1.887 7 HG3 PRO 77 HG3 PRO 77 3.718 -7.817 0.819 No H/Q in entry = 7 In of MODEL 2 1 H SER 78 H SER 78 3.562 -8.482 6.201 2 HA SER 78 HA SER 78 0.636 -8.385 6.343 3 HB2 SER 78 HB2 SER 78 0.898 -10.131 8.089 4 HB3 SER 78 HB3 SER 78 1.649 -10.607 6.566 5 HG SER 78 HG SER 78 3.321 -10.959 7.799 No H/Q in entry = 5 In of MODEL 2 1 H SER 79 H SER 79 0.418 -8.697 9.156 2 HA SER 79 HA SER 79 0.800 -5.993 10.014 3 HB2 SER 79 HB2 SER 79 -1.122 -7.419 10.720 4 HB3 SER 79 HB3 SER 79 -0.002 -8.403 11.661 5 HG SER 79 HG SER 79 -0.051 -5.621 12.051 No H/Q in entry = 5 In of MODEL 2 1 H LEU 80 H LEU 80 2.723 -8.818 10.062 2 HA LEU 80 HA LEU 80 4.159 -8.450 12.463 3 HB2 LEU 80 HB2 LEU 80 5.077 -9.766 9.909 4 HB3 LEU 80 HB3 LEU 80 5.826 -9.950 11.482 5 HD11 LEU 80 HD11 LEU 80 4.943 -12.240 9.800 6 HD13 LEU 80 HD12 LEU 80 4.039 -13.129 11.025 7 HD12 LEU 80 HD13 LEU 80 5.597 -12.405 11.430 8 HD22 LEU 80 HD21 LEU 80 2.979 -11.912 12.912 9 HD21 LEU 80 HD22 LEU 80 3.083 -10.154 12.998 10 HD23 LEU 80 HD23 LEU 80 4.507 -11.138 13.330 11 HG LEU 80 HG LEU 80 3.081 -10.920 10.680 No H/Q in entry = 11 In of MODEL 2 1 H TRP 81 H TRP 81 5.150 -6.593 12.899 2 HA TRP 81 HA TRP 81 7.271 -5.737 11.089 3 HB2 TRP 81 HB2 TRP 81 5.394 -4.250 10.575 4 HB3 TRP 81 HB3 TRP 81 5.209 -3.862 12.282 5 HD1 TRP 81 HD1 TRP 81 6.301 -1.663 12.973 6 HE1 TRP 81 HE1 TRP 81 8.191 -0.161 12.075 7 HE3 TRP 81 HE3 TRP 81 7.866 -4.586 9.076 8 HH2 TRP 81 HH2 TRP 81 10.821 -1.650 8.131 9 HZ2 TRP 81 HZ2 TRP 81 10.096 -0.220 9.993 10 HZ3 TRP 81 HZ3 TRP 81 9.730 -3.787 7.681 No H/Q in entry = 10 In of MODEL 2 1 H1 SER 101 H1 SER 101 0.306 16.889 6.852 2 H2 SER 101 H3 SER 101 1.638 16.487 7.819 3 H3 SER 101 H2 SER 101 1.290 18.111 7.500 4 HA SER 101 HA SER 101 1.747 17.799 5.176 5 HB2 SER 101 HB2 SER 101 4.225 17.290 5.427 6 HB3 SER 101 HB3 SER 101 3.596 18.555 6.485 7 HG SER 101 HG SER 101 4.905 17.096 7.640 No H/Q in entry = 7 In of MODEL 2 1 H GLN 102 H GLN 102 2.626 14.840 7.017 2 HA GLN 102 HA GLN 102 3.076 13.385 4.590 3 HB2 GLN 102 HB2 GLN 102 3.455 11.437 6.036 4 HB3 GLN 102 HB3 GLN 102 4.388 12.834 6.546 5 HE21 GLN 102 HE21 GLN 102 2.472 9.819 8.182 6 HE22 GLN 102 HE22 GLN 102 3.755 9.424 9.270 7 HG2 GLN 102 HG2 GLN 102 2.825 13.255 8.347 8 HG3 GLN 102 HG3 GLN 102 1.814 11.916 7.804 No H/Q in entry = 8 In of MODEL 2 1 H GLU 103 H GLU 103 0.324 13.864 6.666 2 HA GLU 103 HA GLU 103 -1.086 11.532 5.873 3 HB2 GLU 103 HB2 GLU 103 -3.029 12.479 6.891 4 HB3 GLU 103 HB3 GLU 103 -1.653 12.900 7.895 5 HG2 GLU 103 HG2 GLU 103 -3.009 14.729 5.924 6 HG3 GLU 103 HG3 GLU 103 -3.252 14.735 7.668 No H/Q in entry = 6 In of MODEL 2 1 H LYS 104 H LYS 104 -0.860 14.790 4.572 2 HA LYS 104 HA LYS 104 -2.766 14.406 2.486 3 HB2 LYS 104 HB2 LYS 104 -2.053 16.635 3.267 4 HB3 LYS 104 HB3 LYS 104 -0.434 16.329 2.653 5 HD2 LYS 104 HD2 LYS 104 -2.103 18.691 1.831 6 HD3 LYS 104 HD3 LYS 104 -0.509 18.305 1.178 7 HE2 LYS 104 HE2 LYS 104 -1.670 19.767 -0.344 8 HE3 LYS 104 HE3 LYS 104 -1.502 18.173 -1.075 9 HG2 LYS 104 HG2 LYS 104 -1.353 16.158 0.378 10 HG3 LYS 104 HG3 LYS 104 -2.954 16.541 1.020 11 HZ2 LYS 104 HZ1 LYS 104 -3.712 19.148 -1.396 12 HZ1 LYS 104 HZ2 LYS 104 -3.950 19.161 0.285 13 HZ3 LYS 104 HZ3 LYS 104 -3.779 17.684 -0.538 No H/Q in entry = 13 In of MODEL 2 1 H PHE 105 H PHE 105 0.669 13.888 2.834 2 HA PHE 105 HA PHE 105 1.382 13.340 0.177 3 HB2 PHE 105 HB2 PHE 105 2.891 13.679 2.192 4 HB3 PHE 105 HB3 PHE 105 2.508 12.030 2.658 5 HD1 PHE 105 HD1 PHE 105 4.164 14.114 0.112 6 HD2 PHE 105 HD2 PHE 105 3.582 10.183 1.637 7 HE1 PHE 105 HE1 PHE 105 6.047 13.309 -1.253 8 HE2 PHE 105 HE2 PHE 105 5.458 9.373 0.271 9 HZ PHE 105 HZ PHE 105 6.695 10.934 -1.176 No H/Q in entry = 9 In of MODEL 2 1 H PHE 106 H PHE 106 -0.089 11.327 2.663 2 HA PHE 106 HA PHE 106 0.086 8.908 1.134 3 HB2 PHE 106 HB2 PHE 106 -1.657 9.560 3.522 4 HB3 PHE 106 HB3 PHE 106 -1.362 7.953 2.872 5 HD1 PHE 106 HD1 PHE 106 -0.852 9.205 5.701 6 HD2 PHE 106 HD2 PHE 106 1.633 8.342 2.354 7 HE1 PHE 106 HE1 PHE 106 1.083 8.964 7.200 8 HE2 PHE 106 HE2 PHE 106 3.566 8.102 3.849 9 HZ PHE 106 HZ PHE 106 3.294 8.412 6.275 No H/Q in entry = 9 In of MODEL 2 1 H GLN 107 H GLN 107 -2.101 11.565 1.260 2 HA GLN 107 HA GLN 107 -4.319 10.008 0.179 3 HB2 GLN 107 HB2 GLN 107 -4.844 11.543 1.981 4 HB3 GLN 107 HB3 GLN 107 -4.145 12.883 1.085 5 HE21 GLN 107 HE21 GLN 107 -7.653 13.888 -0.589 6 HE22 GLN 107 HE22 GLN 107 -8.135 14.758 0.835 7 HG2 GLN 107 HG2 GLN 107 -5.875 12.570 -0.649 8 HG3 GLN 107 HG3 GLN 107 -6.610 11.324 0.358 No H/Q in entry = 8 In of MODEL 2 1 H GLU 108 H GLU 108 -2.609 13.034 -0.625 2 HA GLU 108 HA GLU 108 -4.050 13.476 -3.003 3 HB2 GLU 108 HB2 GLU 108 -2.083 14.817 -1.475 4 HB3 GLU 108 HB3 GLU 108 -1.486 14.735 -3.127 5 HG2 GLU 108 HG2 GLU 108 -2.755 16.785 -2.687 6 HG3 GLU 108 HG3 GLU 108 -3.479 15.796 -3.955 No H/Q in entry = 6 In of MODEL 2 1 H LEU 109 H LEU 109 -1.111 11.689 -2.365 2 HA LEU 109 HA LEU 109 -0.339 11.525 -5.123 3 HB2 LEU 109 HB2 LEU 109 0.559 9.982 -2.699 4 HB3 LEU 109 HB3 LEU 109 1.257 9.788 -4.294 5 HD12 LEU 109 HD11 LEU 109 3.703 11.881 -2.496 6 HD11 LEU 109 HD12 LEU 109 3.479 10.359 -3.356 7 HD13 LEU 109 HD13 LEU 109 2.758 10.586 -1.764 8 HD21 LEU 109 HD21 LEU 109 2.533 11.675 -5.332 9 HD23 LEU 109 HD22 LEU 109 2.821 13.144 -4.399 10 HD22 LEU 109 HD23 LEU 109 1.209 12.805 -5.035 11 HG LEU 109 HG LEU 109 1.307 12.322 -2.653 No H/Q in entry = 11 In of MODEL 2 1 H PHE 110 H PHE 110 -2.334 9.654 -2.963 2 HA PHE 110 HA PHE 110 -2.408 7.417 -4.823 3 HB2 PHE 110 HB2 PHE 110 -2.543 7.473 -2.112 4 HB3 PHE 110 HB3 PHE 110 -4.257 7.426 -2.519 5 HD1 PHE 110 HD1 PHE 110 -5.163 5.553 -3.834 6 HD2 PHE 110 HD2 PHE 110 -1.153 5.564 -2.417 7 HE1 PHE 110 HE1 PHE 110 -5.044 3.123 -4.174 8 HE2 PHE 110 HE2 PHE 110 -1.020 3.128 -2.755 9 HZ PHE 110 HZ PHE 110 -2.891 1.923 -3.726 No H/Q in entry = 9 In of MODEL 2 1 H ASP 111 H ASP 111 -3.904 10.332 -4.450 2 HA ASP 111 HA ASP 111 -6.590 9.820 -5.065 3 HB2 ASP 111 HB2 ASP 111 -5.716 12.010 -4.298 4 HB3 ASP 111 HB3 ASP 111 -4.913 12.215 -5.851 No H/Q in entry = 4 In of MODEL 2 1 H SER 112 H SER 112 -3.878 10.663 -7.187 2 HA SER 112 HA SER 112 -4.867 8.977 -9.285 3 HB2 SER 112 HB2 SER 112 -6.202 11.073 -9.593 4 HB3 SER 112 HB3 SER 112 -4.693 11.965 -9.781 5 HG SER 112 HG SER 112 -5.862 11.178 -11.754 No H/Q in entry = 5 In of MODEL 3 1 H1 GLY 12 H1 GLY 12 -28.330 5.798 1.663 2 H2 GLY 12 H3 GLY 12 -28.105 4.425 2.633 3 H3 GLY 12 H2 GLY 12 -28.611 5.884 3.332 4 HA2 GLY 12 HA2 GLY 12 -26.260 5.452 3.761 5 HA3 GLY 12 HA3 GLY 12 -26.524 6.929 2.844 No H/Q in entry = 5 In of MODEL 3 1 H ALA 13 H ALA 13 -24.277 4.838 3.043 2 HA ALA 13 HA ALA 13 -23.414 5.083 0.354 3 HB1 ALA 13 HB1 ALA 13 -21.855 4.993 2.233 4 HB3 ALA 13 HB2 ALA 13 -21.502 3.732 1.053 5 HB2 ALA 13 HB3 ALA 13 -22.332 3.327 2.556 No H/Q in entry = 5 In of MODEL 3 1 H MET 14 H MET 14 -24.549 4.066 -1.184 2 HA MET 14 HA MET 14 -25.344 1.272 -0.758 3 HB2 MET 14 HB2 MET 14 -27.056 2.959 -1.494 4 HB3 MET 14 HB3 MET 14 -26.155 3.141 -2.993 5 HE3 MET 14 HE1 MET 14 -29.348 0.677 0.184 6 HE2 MET 14 HE2 MET 14 -29.686 1.570 -1.298 7 HE1 MET 14 HE3 MET 14 -28.357 2.069 -0.252 8 HG2 MET 14 HG2 MET 14 -28.002 1.667 -3.359 9 HG3 MET 14 HG3 MET 14 -26.505 0.742 -3.453 No H/Q in entry = 9 In of MODEL 3 1 H ALA 15 H ALA 15 -24.253 -0.321 -1.708 2 HA ALA 15 HA ALA 15 -22.621 -1.396 -2.871 3 HB2 ALA 15 HB1 ALA 15 -22.551 -0.994 -5.273 4 HB3 ALA 15 HB2 ALA 15 -23.432 0.519 -5.059 5 HB1 ALA 15 HB3 ALA 15 -24.217 -1.017 -4.693 No H/Q in entry = 5 In of MODEL 3 1 H THR 16 H THR 16 -21.433 0.165 -1.171 2 HA THR 16 HA THR 16 -19.433 1.712 -2.693 3 HB THR 16 HB THR 16 -20.429 2.362 0.086 4 HG1 THR 16 HG1 THR 16 -21.739 2.682 -2.126 5 HG21 THR 16 HG21 THR 16 -18.162 3.155 -0.402 6 HG23 THR 16 HG22 THR 16 -19.295 4.502 -0.287 7 HG22 THR 16 HG23 THR 16 -18.748 3.941 -1.867 No H/Q in entry = 7 In of MODEL 3 1 HA PRO 17 HA PRO 17 -16.644 -1.096 -0.510 2 HB2 PRO 17 HB2 PRO 17 -14.576 0.289 -2.048 3 HB3 PRO 17 HB3 PRO 17 -15.041 -1.412 -2.091 4 HD2 PRO 17 HD2 PRO 17 -16.944 1.819 -3.111 5 HD3 PRO 17 HD3 PRO 17 -18.149 0.627 -3.645 6 HG2 PRO 17 HG2 PRO 17 -15.537 0.285 -4.138 7 HG3 PRO 17 HG3 PRO 17 -16.591 -1.087 -3.750 No H/Q in entry = 7 In of MODEL 3 1 H GLY 18 H GLY 18 -16.843 -0.097 1.501 2 HA3 GLY 18 HA2 GLY 18 -14.675 1.686 2.197 3 HA2 GLY 18 HA3 GLY 18 -16.269 2.418 2.317 No H/Q in entry = 3 In of MODEL 3 1 H SER 19 H SER 19 -15.981 -0.957 2.940 2 HA SER 19 HA SER 19 -16.473 -0.478 5.782 3 HB2 SER 19 HB2 SER 19 -16.701 -3.076 4.270 4 HB3 SER 19 HB3 SER 19 -17.359 -2.703 5.863 5 HG SER 19 HG SER 19 -18.698 -1.121 4.827 No H/Q in entry = 5 In of MODEL 3 1 H GLU 20 H GLU 20 -14.855 -3.006 3.983 2 HA GLU 20 HA GLU 20 -12.833 -3.219 6.072 3 HB2 GLU 20 HB2 GLU 20 -12.380 -5.245 4.255 4 HB3 GLU 20 HB3 GLU 20 -13.348 -5.379 5.717 5 HG2 GLU 20 HG2 GLU 20 -14.713 -6.207 4.040 6 HG3 GLU 20 HG3 GLU 20 -15.304 -4.590 4.332 No H/Q in entry = 6 In of MODEL 3 1 H ASN 21 H ASN 21 -13.235 -2.552 2.679 2 HA ASN 21 HA ASN 21 -11.969 -1.508 1.139 3 HB2 ASN 21 HB2 ASN 21 -10.304 -0.775 3.546 4 HB3 ASN 21 HB3 ASN 21 -9.906 -0.241 1.915 5 HD21 ASN 21 HD21 ASN 21 -10.628 1.357 4.218 6 HD22 ASN 21 HD22 ASN 21 -12.032 2.257 3.764 No H/Q in entry = 6 In of MODEL 3 1 H VAL 22 H VAL 22 -11.625 -4.300 1.816 2 HA VAL 22 HA VAL 22 -8.827 -4.815 1.152 3 HB VAL 22 HB VAL 22 -11.038 -6.837 1.580 4 HG13 VAL 22 HG11 VAL 22 -9.056 -7.723 0.478 5 HG12 VAL 22 HG12 VAL 22 -9.204 -8.362 2.116 6 HG11 VAL 22 HG13 VAL 22 -8.040 -7.083 1.772 7 HG22 VAL 22 HG21 VAL 22 -10.247 -7.042 3.887 8 HG21 VAL 22 HG22 VAL 22 -10.876 -5.427 3.555 9 HG23 VAL 22 HG23 VAL 22 -9.134 -5.700 3.623 No H/Q in entry = 9 In of MODEL 3 1 H LEU 23 H LEU 23 -9.281 -3.620 -0.888 2 HA LEU 23 HA LEU 23 -10.995 -4.995 -2.822 3 HB2 LEU 23 HB2 LEU 23 -11.389 -2.618 -2.396 4 HB3 LEU 23 HB3 LEU 23 -9.740 -2.253 -2.857 5 HD13 LEU 23 HD11 LEU 23 -12.123 -4.530 -4.651 6 HD12 LEU 23 HD12 LEU 23 -12.625 -3.283 -5.791 7 HD11 LEU 23 HD13 LEU 23 -13.078 -3.156 -4.092 8 HD21 LEU 23 HD21 LEU 23 -11.967 -0.822 -4.087 9 HD23 LEU 23 HD22 LEU 23 -11.561 -1.081 -5.785 10 HD22 LEU 23 HD23 LEU 23 -10.292 -0.694 -4.622 11 HG LEU 23 HG LEU 23 -10.258 -3.065 -5.161 No H/Q in entry = 11 In of MODEL 3 1 HA PRO 24 HA PRO 24 -7.099 -6.211 -4.789 2 HB2 PRO 24 HB2 PRO 24 -8.020 -8.474 -5.911 3 HB3 PRO 24 HB3 PRO 24 -7.610 -8.382 -4.196 4 HD2 PRO 24 HD2 PRO 24 -11.100 -6.604 -4.452 5 HD3 PRO 24 HD3 PRO 24 -10.380 -7.108 -2.912 6 HG2 PRO 24 HG2 PRO 24 -10.271 -8.425 -5.507 7 HG3 PRO 24 HG3 PRO 24 -9.785 -9.044 -3.921 No H/Q in entry = 7 In of MODEL 3 1 H ARG 25 H ARG 25 -7.102 -4.473 -6.301 2 HA ARG 25 HA ARG 25 -8.338 -5.170 -8.875 3 HB2 ARG 25 HB2 ARG 25 -8.501 -2.508 -7.480 4 HB3 ARG 25 HB3 ARG 25 -8.690 -2.652 -9.222 5 HD2 ARG 25 HD2 ARG 25 -12.178 -2.562 -8.022 6 HD3 ARG 25 HD3 ARG 25 -10.837 -1.537 -7.515 7 HE ARG 25 HE ARG 25 -10.670 -2.239 -10.288 8 HG2 ARG 25 HG2 ARG 25 -10.558 -4.233 -8.837 9 HG3 ARG 25 HG3 ARG 25 -10.408 -3.930 -7.106 10 HH11 ARG 25 HH11 ARG 25 -12.307 -0.108 -8.030 11 HH12 ARG 25 HH12 ARG 25 -12.550 1.154 -9.194 12 HH21 ARG 25 HH21 ARG 25 -11.009 -0.570 -11.833 13 HH22 ARG 25 HH22 ARG 25 -11.844 0.877 -11.365 No H/Q in entry = 13 In of MODEL 3 1 H GLU 26 H GLU 26 -7.230 -4.728 -10.660 2 HA GLU 26 HA GLU 26 -4.467 -4.544 -10.697 3 HB2 GLU 26 HB2 GLU 26 -5.655 -5.437 -12.560 4 HB3 GLU 26 HB3 GLU 26 -6.539 -3.943 -12.804 5 HG2 GLU 26 HG2 GLU 26 -4.930 -4.100 -14.524 6 HG3 GLU 26 HG3 GLU 26 -4.373 -2.856 -13.408 No H/Q in entry = 6 In of MODEL 3 1 HA PRO 27 HA PRO 27 -4.905 0.214 -11.944 2 HB2 PRO 27 HB2 PRO 27 -7.072 1.362 -10.605 3 HB3 PRO 27 HB3 PRO 27 -6.991 1.015 -12.333 4 HD2 PRO 27 HD2 PRO 27 -7.672 -2.604 -11.025 5 HD3 PRO 27 HD3 PRO 27 -7.366 -1.925 -12.638 6 HG2 PRO 27 HG2 PRO 27 -8.242 -0.541 -10.131 7 HG3 PRO 27 HG3 PRO 27 -8.801 -0.305 -11.796 No H/Q in entry = 7 In of MODEL 3 1 H LEU 28 H LEU 28 -6.051 -1.020 -8.842 2 HA LEU 28 HA LEU 28 -5.065 1.094 -7.246 3 HB2 LEU 28 HB2 LEU 28 -6.722 -0.895 -6.735 4 HB3 LEU 28 HB3 LEU 28 -5.261 -1.714 -6.224 5 HD13 LEU 28 HD11 LEU 28 -4.625 0.370 -3.266 6 HD12 LEU 28 HD12 LEU 28 -3.802 0.535 -4.816 7 HD11 LEU 28 HD13 LEU 28 -4.119 -1.068 -4.151 8 HD21 LEU 28 HD21 LEU 28 -5.752 1.912 -5.704 9 HD23 LEU 28 HD22 LEU 28 -6.476 1.760 -4.103 10 HD22 LEU 28 HD23 LEU 28 -7.387 1.273 -5.533 11 HG LEU 28 HG LEU 28 -6.523 -0.672 -4.358 No H/Q in entry = 11 In of MODEL 3 1 H ILE 29 H ILE 29 -3.725 -2.043 -8.194 2 HA ILE 29 HA ILE 29 -1.310 -1.939 -6.788 3 HB ILE 29 HB ILE 29 -1.751 -3.167 -9.517 4 HD12 ILE 29 HD11 ILE 29 -1.427 -6.052 -8.465 5 HD11 ILE 29 HD12 ILE 29 -2.730 -5.512 -9.524 6 HD13 ILE 29 HD13 ILE 29 -3.107 -6.288 -7.987 7 HG12 ILE 29 HG12 ILE 29 -2.104 -4.428 -6.788 8 HG13 ILE 29 HG13 ILE 29 -3.424 -3.896 -7.825 9 HG23 ILE 29 HG21 ILE 29 0.060 -4.692 -8.867 10 HG22 ILE 29 HG22 ILE 29 0.266 -3.795 -7.363 11 HG21 ILE 29 HG23 ILE 29 0.600 -3.013 -8.907 No H/Q in entry = 11 In of MODEL 3 1 H ALA 30 H ALA 30 -2.173 -0.717 -9.993 2 HA ALA 30 HA ALA 30 0.370 0.150 -10.794 3 HB3 ALA 30 HB1 ALA 30 -0.800 1.513 -12.430 4 HB2 ALA 30 HB2 ALA 30 -2.312 1.300 -11.546 5 HB1 ALA 30 HB3 ALA 30 -1.536 -0.085 -12.313 No H/Q in entry = 5 In of MODEL 3 1 H THR 31 H THR 31 -2.229 1.878 -9.079 2 HA THR 31 HA THR 31 -0.825 4.338 -8.904 3 HB THR 31 HB THR 31 -2.995 3.354 -7.043 4 HG1 THR 31 HG1 THR 31 -4.251 4.760 -8.647 5 HG23 THR 31 HG21 THR 31 -1.832 5.361 -6.267 6 HG22 THR 31 HG22 THR 31 -3.474 5.753 -6.781 7 HG21 THR 31 HG23 THR 31 -2.108 6.137 -7.828 No H/Q in entry = 7 In of MODEL 3 1 H ALA 32 H ALA 32 -0.988 1.475 -6.860 2 HA ALA 32 HA ALA 32 0.201 2.577 -4.572 3 HB3 ALA 32 HB1 ALA 32 0.367 -0.284 -5.499 4 HB1 ALA 32 HB2 ALA 32 -0.965 0.417 -4.579 5 HB2 ALA 32 HB3 ALA 32 0.644 0.316 -3.863 No H/Q in entry = 5 In of MODEL 3 1 H VAL 33 H VAL 33 1.660 0.910 -7.362 2 HA VAL 33 HA VAL 33 4.323 1.099 -6.382 3 HB VAL 33 HB VAL 33 3.396 0.873 -9.260 4 HG12 VAL 33 HG11 VAL 33 5.612 -0.098 -9.669 5 HG11 VAL 33 HG12 VAL 33 6.060 0.233 -7.996 6 HG13 VAL 33 HG13 VAL 33 5.722 1.567 -9.099 7 HG22 VAL 33 HG21 VAL 33 3.743 -1.536 -8.981 8 HG21 VAL 33 HG22 VAL 33 2.498 -0.929 -7.890 9 HG23 VAL 33 HG23 VAL 33 4.112 -1.284 -7.274 No H/Q in entry = 9 In of MODEL 3 1 H LYS 34 H LYS 34 2.319 3.188 -8.423 2 HA LYS 34 HA LYS 34 4.198 5.145 -9.096 3 HB2 LYS 34 HB2 LYS 34 2.056 5.279 -10.122 4 HB3 LYS 34 HB3 LYS 34 1.228 5.259 -8.576 5 HD2 LYS 34 HD2 LYS 34 0.382 7.240 -7.753 6 HD3 LYS 34 HD3 LYS 34 1.961 7.491 -7.007 7 HE2 LYS 34 HE2 LYS 34 0.431 9.436 -8.731 8 HE3 LYS 34 HE3 LYS 34 0.721 9.553 -6.994 9 HG2 LYS 34 HG2 LYS 34 3.015 7.563 -9.195 10 HG3 LYS 34 HG3 LYS 34 1.445 7.465 -9.993 11 HZ3 LYS 34 HZ1 LYS 34 2.313 10.946 -7.844 12 HZ2 LYS 34 HZ2 LYS 34 2.579 10.010 -9.227 13 HZ1 LYS 34 HZ3 LYS 34 3.198 9.502 -7.737 No H/Q in entry = 13 In of MODEL 3 1 H PHE 35 H PHE 35 2.014 4.989 -6.329 2 HA PHE 35 HA PHE 35 2.904 7.193 -4.892 3 HB2 PHE 35 HB2 PHE 35 0.886 5.900 -4.386 4 HB3 PHE 35 HB3 PHE 35 1.883 4.548 -3.868 5 HD1 PHE 35 HD1 PHE 35 1.165 8.095 -3.154 6 HD2 PHE 35 HD2 PHE 35 2.557 4.371 -1.640 7 HE1 PHE 35 HE1 PHE 35 1.227 9.034 -0.899 8 HE2 PHE 35 HE2 PHE 35 2.624 5.299 0.598 9 HZ PHE 35 HZ PHE 35 1.910 7.553 1.035 No H/Q in entry = 9 In of MODEL 3 1 H LEU 36 H LEU 36 3.908 3.804 -4.664 2 HA LEU 36 HA LEU 36 5.815 3.945 -2.680 3 HB2 LEU 36 HB2 LEU 36 5.278 2.170 -4.973 4 HB3 LEU 36 HB3 LEU 36 6.885 2.068 -4.289 5 HD13 LEU 36 HD11 LEU 36 4.330 2.875 -1.837 6 HD12 LEU 36 HD12 LEU 36 3.755 1.229 -1.567 7 HD11 LEU 36 HD13 LEU 36 3.320 2.083 -3.047 8 HD22 LEU 36 HD21 LEU 36 4.709 -0.650 -2.830 9 HD21 LEU 36 HD22 LEU 36 5.935 -0.367 -4.066 10 HD23 LEU 36 HD23 LEU 36 4.265 0.127 -4.349 11 HG LEU 36 HG LEU 36 6.104 1.252 -2.241 No H/Q in entry = 11 In of MODEL 3 1 H GLN 37 H GLN 37 6.455 4.151 -6.190 2 HA GLN 37 HA GLN 37 9.207 4.874 -5.557 3 HB2 GLN 37 HB2 GLN 37 7.880 4.065 -8.134 4 HB3 GLN 37 HB3 GLN 37 9.561 4.576 -8.030 5 HE21 GLN 37 HE21 GLN 37 10.757 0.773 -7.260 6 HE22 GLN 37 HE22 GLN 37 10.574 0.297 -8.914 7 HG2 GLN 37 HG2 GLN 37 10.041 2.752 -6.499 8 HG3 GLN 37 HG3 GLN 37 8.352 2.249 -6.552 No H/Q in entry = 8 In of MODEL 3 1 H ASN 38 H ASN 38 7.273 6.828 -4.981 2 HA ASN 38 HA ASN 38 7.647 8.953 -6.877 3 HB2 ASN 38 HB2 ASN 38 5.803 9.202 -5.362 4 HB3 ASN 38 HB3 ASN 38 6.827 8.907 -3.961 5 HD21 ASN 38 HD21 ASN 38 5.829 11.220 -6.354 6 HD22 ASN 38 HD22 ASN 38 6.541 12.601 -5.595 No H/Q in entry = 6 In of MODEL 3 1 H SER 39 H SER 39 9.000 8.234 -3.678 2 HA SER 39 HA SER 39 11.674 8.403 -4.281 3 HB2 SER 39 HB2 SER 39 12.283 10.658 -3.354 4 HB3 SER 39 HB3 SER 39 11.421 10.732 -4.890 5 HG SER 39 HG SER 39 9.563 11.338 -3.805 No H/Q in entry = 5 In of MODEL 3 1 H ARG 40 H ARG 40 9.639 9.894 -1.805 2 HA ARG 40 HA ARG 40 11.430 9.108 0.291 3 HB2 ARG 40 HB2 ARG 40 10.062 11.273 0.016 4 HB3 ARG 40 HB3 ARG 40 8.710 10.338 0.630 5 HD2 ARG 40 HD2 ARG 40 8.704 12.115 2.564 6 HD3 ARG 40 HD3 ARG 40 10.228 12.357 3.418 7 HE ARG 40 HE ARG 40 10.486 12.795 0.596 8 HG2 ARG 40 HG2 ARG 40 9.792 9.996 2.716 9 HG3 ARG 40 HG3 ARG 40 11.307 10.671 2.103 10 HH11 ARG 40 HH11 ARG 40 9.493 14.294 3.602 11 HH12 ARG 40 HH12 ARG 40 9.733 15.917 3.012 12 HH21 ARG 40 HH21 ARG 40 10.735 14.905 -0.197 13 HH22 ARG 40 HH22 ARG 40 10.403 16.268 0.835 No H/Q in entry = 13 In of MODEL 3 1 H VAL 41 H VAL 41 8.533 7.870 -1.079 2 HA VAL 41 HA VAL 41 7.269 6.770 1.134 3 HB VAL 41 HB VAL 41 7.204 5.790 -1.726 4 HG11 VAL 41 HG11 VAL 41 5.386 5.238 0.616 5 HG13 VAL 41 HG12 VAL 41 6.342 4.069 -0.295 6 HG12 VAL 41 HG13 VAL 41 4.978 4.885 -1.062 7 HG23 VAL 41 HG21 VAL 41 5.155 7.127 -1.860 8 HG22 VAL 41 HG22 VAL 41 6.562 8.125 -1.498 9 HG21 VAL 41 HG23 VAL 41 5.426 7.705 -0.216 No H/Q in entry = 9 In of MODEL 3 1 H ARG 42 H ARG 42 9.809 5.369 -0.896 2 HA ARG 42 HA ARG 42 9.538 2.764 0.264 3 HB2 ARG 42 HB2 ARG 42 11.832 3.905 -1.341 4 HB3 ARG 42 HB3 ARG 42 11.587 2.206 -0.956 5 HD2 ARG 42 HD2 ARG 42 11.191 1.210 -3.127 6 HD3 ARG 42 HD3 ARG 42 10.356 2.140 -4.367 7 HE ARG 42 HE ARG 42 12.469 3.711 -3.466 8 HG2 ARG 42 HG2 ARG 42 9.345 2.447 -2.162 9 HG3 ARG 42 HG3 ARG 42 9.998 3.957 -2.795 10 HH11 ARG 42 HH11 ARG 42 12.030 0.616 -5.059 11 HH12 ARG 42 HH12 ARG 42 13.528 0.708 -5.931 12 HH21 ARG 42 HH21 ARG 42 14.462 3.814 -4.601 13 HH22 ARG 42 HH22 ARG 42 14.912 2.514 -5.663 No H/Q in entry = 13 In of MODEL 3 1 H GLN 43 H GLN 43 10.913 5.645 1.317 2 HA GLN 43 HA GLN 43 12.689 4.240 3.198 3 HB2 GLN 43 HB2 GLN 43 12.587 7.159 2.415 4 HB3 GLN 43 HB3 GLN 43 13.649 6.495 3.646 5 HE21 GLN 43 HE21 GLN 43 13.749 3.628 0.850 6 HE22 GLN 43 HE22 GLN 43 15.066 2.769 1.568 7 HG2 GLN 43 HG2 GLN 43 13.675 5.837 0.711 8 HG3 GLN 43 HG3 GLN 43 14.856 6.809 1.585 No H/Q in entry = 8 In of MODEL 3 1 H SER 44 H SER 44 9.625 5.249 2.988 2 HA SER 44 HA SER 44 9.362 6.429 5.620 3 HB2 SER 44 HB2 SER 44 7.236 5.492 3.669 4 HB3 SER 44 HB3 SER 44 6.960 6.461 5.117 5 HG SER 44 HG SER 44 8.724 7.833 3.896 No H/Q in entry = 5 In of MODEL 3 1 HA PRO 45 HA PRO 45 9.090 2.775 8.049 2 HB2 PRO 45 HB2 PRO 45 6.654 4.061 9.199 3 HB3 PRO 45 HB3 PRO 45 8.056 3.369 10.022 4 HD2 PRO 45 HD2 PRO 45 7.569 6.361 7.540 5 HD3 PRO 45 HD3 PRO 45 9.342 6.340 7.605 6 HG2 PRO 45 HG2 PRO 45 7.790 6.002 9.802 7 HG3 PRO 45 HG3 PRO 45 9.378 5.235 9.623 No H/Q in entry = 7 In of MODEL 3 1 H LEU 46 H LEU 46 8.397 0.908 7.332 2 HA LEU 46 HA LEU 46 6.205 0.586 5.608 3 HB2 LEU 46 HB2 LEU 46 7.814 -1.434 7.160 4 HB3 LEU 46 HB3 LEU 46 6.585 -1.872 5.982 5 HD11 LEU 46 HD11 LEU 46 9.840 -2.124 6.191 6 HD13 LEU 46 HD12 LEU 46 10.081 -2.062 4.445 7 HD12 LEU 46 HD13 LEU 46 8.832 -3.105 5.126 8 HD22 LEU 46 HD21 LEU 46 6.986 -0.207 3.696 9 HD21 LEU 46 HD22 LEU 46 7.099 -1.967 3.673 10 HD23 LEU 46 HD23 LEU 46 8.403 -0.992 2.994 11 HG LEU 46 HG LEU 46 8.880 -0.092 5.216 No H/Q in entry = 11 In of MODEL 3 1 H ALA 47 H ALA 47 6.383 0.588 9.057 2 HA ALA 47 HA ALA 47 4.110 -0.730 9.845 3 HB1 ALA 47 HB1 ALA 47 5.620 0.431 11.388 4 HB2 ALA 47 HB2 ALA 47 3.937 0.877 11.670 5 HB3 ALA 47 HB3 ALA 47 5.010 1.982 10.813 No H/Q in entry = 5 In of MODEL 3 1 H THR 48 H THR 48 4.262 2.636 8.640 2 HA THR 48 HA THR 48 1.440 2.908 8.393 3 HB THR 48 HB THR 48 3.675 4.420 7.030 4 HG1 THR 48 HG1 THR 48 1.982 5.472 9.031 5 HG23 THR 48 HG21 THR 48 1.640 4.578 5.689 6 HG22 THR 48 HG22 THR 48 1.961 6.115 6.494 7 HG21 THR 48 HG23 THR 48 0.715 5.034 7.120 No H/Q in entry = 7 In of MODEL 3 1 H ARG 49 H ARG 49 4.042 1.938 6.233 2 HA ARG 49 HA ARG 49 2.751 2.071 3.789 3 HB2 ARG 49 HB2 ARG 49 4.874 0.153 4.733 4 HB3 ARG 49 HB3 ARG 49 4.395 0.338 3.054 5 HD2 ARG 49 HD2 ARG 49 6.336 3.161 2.288 6 HD3 ARG 49 HD3 ARG 49 6.521 1.422 2.083 7 HE ARG 49 HE ARG 49 4.569 1.402 0.932 8 HG2 ARG 49 HG2 ARG 49 5.024 2.895 4.228 9 HG3 ARG 49 HG3 ARG 49 6.365 1.764 4.407 10 HH11 ARG 49 HH11 ARG 49 4.653 4.333 2.849 11 HH12 ARG 49 HH12 ARG 49 3.157 4.940 2.221 12 HH21 ARG 49 HH21 ARG 49 2.603 2.184 0.106 13 HH22 ARG 49 HH22 ARG 49 1.989 3.712 0.648 No H/Q in entry = 13 In of MODEL 3 1 H ARG 50 H ARG 50 2.816 -0.650 6.073 2 HA ARG 50 HA ARG 50 1.493 -2.490 4.380 3 HB2 ARG 50 HB2 ARG 50 1.326 -2.490 7.389 4 HB3 ARG 50 HB3 ARG 50 1.190 -3.863 6.307 5 HD2 ARG 50 HD2 ARG 50 3.254 -4.596 5.034 6 HD3 ARG 50 HD3 ARG 50 3.772 -2.964 4.608 7 HE ARG 50 HE ARG 50 5.493 -4.237 6.520 8 HG2 ARG 50 HG2 ARG 50 3.673 -2.285 6.916 9 HG3 ARG 50 HG3 ARG 50 3.302 -3.932 7.424 10 HH11 ARG 50 HH11 ARG 50 4.845 -3.823 3.100 11 HH12 ARG 50 HH12 ARG 50 6.422 -4.342 2.610 12 HH21 ARG 50 HH21 ARG 50 7.546 -4.956 5.884 13 HH22 ARG 50 HH22 ARG 50 7.962 -5.001 4.194 No H/Q in entry = 13 In of MODEL 3 1 H ALA 51 H ALA 51 0.239 -0.726 7.204 2 HA ALA 51 HA ALA 51 -2.441 -1.455 6.856 3 HB3 ALA 51 HB1 ALA 51 -2.951 0.335 8.431 4 HB2 ALA 51 HB2 ALA 51 -1.333 1.001 8.212 5 HB1 ALA 51 HB3 ALA 51 -1.540 -0.583 8.957 No H/Q in entry = 5 In of MODEL 3 1 H PHE 52 H PHE 52 -0.551 1.170 5.562 2 HA PHE 52 HA PHE 52 -2.515 2.862 4.599 3 HB2 PHE 52 HB2 PHE 52 -0.216 3.514 4.562 4 HB3 PHE 52 HB3 PHE 52 0.208 2.188 3.488 5 HD1 PHE 52 HD1 PHE 52 0.328 2.523 1.254 6 HD2 PHE 52 HD2 PHE 52 -1.945 5.198 3.647 7 HE1 PHE 52 HE1 PHE 52 -0.023 3.971 -0.701 8 HE2 PHE 52 HE2 PHE 52 -2.304 6.646 1.705 9 HZ PHE 52 HZ PHE 52 -1.314 6.039 -0.471 No H/Q in entry = 9 In of MODEL 3 1 H LEU 53 H LEU 53 -0.932 0.202 2.784 2 HA LEU 53 HA LEU 53 -2.580 0.532 0.514 3 HB2 LEU 53 HB2 LEU 53 -0.785 -1.653 1.470 4 HB3 LEU 53 HB3 LEU 53 -1.871 -1.971 0.132 5 HD11 LEU 53 HD11 LEU 53 0.146 1.091 0.937 6 HD13 LEU 53 HD12 LEU 53 1.358 0.747 -0.298 7 HD12 LEU 53 HD13 LEU 53 1.233 -0.286 1.127 8 HD22 LEU 53 HD21 LEU 53 1.119 -1.201 -1.769 9 HD21 LEU 53 HD22 LEU 53 -0.300 -2.244 -1.653 10 HD23 LEU 53 HD23 LEU 53 0.942 -2.301 -0.402 11 HG LEU 53 HG LEU 53 -0.845 0.039 -1.027 No H/Q in entry = 11 In of MODEL 3 1 H LYS 54 H LYS 54 -2.910 -1.490 3.386 2 HA LYS 54 HA LYS 54 -5.127 -2.984 2.446 3 HB2 LYS 54 HB2 LYS 54 -3.716 -2.648 4.994 4 HB3 LYS 54 HB3 LYS 54 -5.428 -2.988 5.174 5 HD2 LYS 54 HD2 LYS 54 -2.985 -5.798 3.156 6 HD3 LYS 54 HD3 LYS 54 -2.906 -4.087 2.735 7 HE2 LYS 54 HE2 LYS 54 -0.884 -4.733 3.894 8 HE3 LYS 54 HE3 LYS 54 -1.830 -3.627 4.895 9 HG2 LYS 54 HG2 LYS 54 -4.268 -5.045 5.232 10 HG3 LYS 54 HG3 LYS 54 -5.114 -4.964 3.690 11 HZ1 LYS 54 HZ1 LYS 54 -2.672 -5.543 6.135 12 HZ3 LYS 54 HZ2 LYS 54 -0.986 -5.444 6.220 13 HZ2 LYS 54 HZ3 LYS 54 -1.716 -6.585 5.194 No H/Q in entry = 13 In of MODEL 3 1 H LYS 55 H LYS 55 -4.886 0.060 4.225 2 HA LYS 55 HA LYS 55 -7.740 0.251 4.575 3 HB2 LYS 55 HB2 LYS 55 -5.542 2.277 5.008 4 HB3 LYS 55 HB3 LYS 55 -7.236 2.529 5.424 5 HD2 LYS 55 HD2 LYS 55 -7.515 0.818 8.351 6 HD3 LYS 55 HD3 LYS 55 -8.358 1.069 6.823 7 HE2 LYS 55 HE2 LYS 55 -6.657 -1.352 7.068 8 HE3 LYS 55 HE3 LYS 55 -8.156 -1.323 7.991 9 HG2 LYS 55 HG2 LYS 55 -5.533 0.317 6.551 10 HG3 LYS 55 HG3 LYS 55 -5.803 1.870 7.341 11 HZ3 LYS 55 HZ1 LYS 55 -8.507 -2.344 5.853 12 HZ2 LYS 55 HZ2 LYS 55 -7.907 -0.987 5.048 13 HZ1 LYS 55 HZ3 LYS 55 -9.360 -0.881 5.919 No H/Q in entry = 13 In of MODEL 3 1 H LYS 56 H LYS 56 -5.420 1.335 2.229 2 HA LYS 56 HA LYS 56 -7.001 3.429 1.126 3 HB2 LYS 56 HB2 LYS 56 -4.452 2.975 0.926 4 HB3 LYS 56 HB3 LYS 56 -4.902 1.925 -0.408 5 HD2 LYS 56 HD2 LYS 56 -4.115 5.149 0.642 6 HD3 LYS 56 HD3 LYS 56 -4.670 6.054 -0.763 7 HE2 LYS 56 HE2 LYS 56 -6.512 4.983 1.363 8 HE3 LYS 56 HE3 LYS 56 -5.819 6.602 1.401 9 HG2 LYS 56 HG2 LYS 56 -4.467 3.857 -1.534 10 HG3 LYS 56 HG3 LYS 56 -6.193 4.056 -1.235 11 HZ1 LYS 56 HZ1 LYS 56 -6.872 7.027 -0.763 12 HZ3 LYS 56 HZ2 LYS 56 -8.007 6.676 0.449 13 HZ2 LYS 56 HZ3 LYS 56 -7.608 5.499 -0.702 No H/Q in entry = 13 In of MODEL 3 1 H GLY 57 H GLY 57 -6.776 0.000 0.603 2 HA3 GLY 57 HA2 GLY 57 -9.008 -0.869 -0.196 3 HA2 GLY 57 HA3 GLY 57 -8.779 0.228 -1.551 No H/Q in entry = 3 In of MODEL 3 1 H LEU 58 H LEU 58 -7.024 -2.374 0.150 2 HA LEU 58 HA LEU 58 -6.630 -3.815 -2.307 3 HB2 LEU 58 HB2 LEU 58 -4.861 -1.958 -2.250 4 HB3 LEU 58 HB3 LEU 58 -4.150 -2.832 -0.906 5 HD13 LEU 58 HD11 LEU 58 -5.621 -4.137 -4.098 6 HD12 LEU 58 HD12 LEU 58 -4.041 -4.376 -4.845 7 HD11 LEU 58 HD13 LEU 58 -4.622 -2.745 -4.514 8 HD21 LEU 58 HD21 LEU 58 -2.092 -3.389 -1.850 9 HD23 LEU 58 HD22 LEU 58 -2.431 -2.410 -3.279 10 HD22 LEU 58 HD23 LEU 58 -1.958 -4.105 -3.457 11 HG LEU 58 HG LEU 58 -4.005 -4.839 -2.438 No H/Q in entry = 11 In of MODEL 3 1 H THR 59 H THR 59 -5.675 -5.931 -1.929 2 HA THR 59 HA THR 59 -6.012 -6.785 0.851 3 HB THR 59 HB THR 59 -6.287 -8.986 0.102 4 HG1 THR 59 HG1 THR 59 -5.310 -8.326 -2.492 5 HG22 THR 59 HG21 THR 59 -7.855 -8.913 -1.797 6 HG21 THR 59 HG22 THR 59 -7.355 -7.255 -2.132 7 HG23 THR 59 HG23 THR 59 -8.179 -7.639 -0.622 No H/Q in entry = 7 In of MODEL 3 1 H ASP 60 H ASP 60 -4.401 -8.397 1.705 2 HA ASP 60 HA ASP 60 -1.833 -7.324 1.712 3 HB2 ASP 60 HB2 ASP 60 -2.870 -10.023 2.531 4 HB3 ASP 60 HB3 ASP 60 -1.157 -9.632 2.647 No H/Q in entry = 4 In of MODEL 3 1 H GLU 61 H GLU 61 -3.172 -9.888 -0.289 2 HA GLU 61 HA GLU 61 -0.867 -10.957 -1.372 3 HB2 GLU 61 HB2 GLU 61 -2.977 -11.961 -1.865 4 HB3 GLU 61 HB3 GLU 61 -3.565 -10.490 -2.629 5 HG2 GLU 61 HG2 GLU 61 -1.911 -10.743 -4.402 6 HG3 GLU 61 HG3 GLU 61 -1.332 -12.233 -3.648 No H/Q in entry = 6 In of MODEL 3 1 H GLU 62 H GLU 62 -2.736 -8.182 -2.590 2 HA GLU 62 HA GLU 62 -0.933 -7.767 -4.753 3 HB2 GLU 62 HB2 GLU 62 -3.116 -5.999 -3.668 4 HB3 GLU 62 HB3 GLU 62 -2.174 -5.629 -5.103 5 HG2 GLU 62 HG2 GLU 62 -4.073 -6.544 -6.000 6 HG3 GLU 62 HG3 GLU 62 -3.002 -7.943 -5.931 No H/Q in entry = 6 In of MODEL 3 1 H ILE 63 H ILE 63 -1.031 -6.637 -1.441 2 HA ILE 63 HA ILE 63 0.529 -4.319 -1.876 3 HB ILE 63 HB ILE 63 0.909 -4.110 0.416 4 HD12 ILE 63 HD11 ILE 63 1.089 -6.749 3.048 5 HD11 ILE 63 HD12 ILE 63 -0.293 -5.691 2.758 6 HD13 ILE 63 HD13 ILE 63 1.342 -5.030 2.751 7 HG12 ILE 63 HG12 ILE 63 0.247 -7.034 0.800 8 HG13 ILE 63 HG13 ILE 63 1.877 -6.368 0.790 9 HG21 ILE 63 HG21 ILE 63 -1.697 -5.574 0.067 10 HG23 ILE 63 HG22 ILE 63 -1.414 -3.846 -0.146 11 HG22 ILE 63 HG23 ILE 63 -1.274 -4.571 1.455 No H/Q in entry = 11 In of MODEL 3 1 H ASP 64 H ASP 64 1.506 -7.716 -1.218 2 HA ASP 64 HA ASP 64 4.294 -7.029 -1.371 3 HB2 ASP 64 HB2 ASP 64 3.369 -9.744 -2.197 4 HB3 ASP 64 HB3 ASP 64 4.855 -9.280 -1.423 No H/Q in entry = 4 In of MODEL 3 1 H MET 65 H MET 65 1.791 -7.856 -3.693 2 HA MET 65 HA MET 65 3.438 -8.350 -5.905 3 HB2 MET 65 HB2 MET 65 1.001 -8.724 -5.920 4 HB3 MET 65 HB3 MET 65 0.735 -6.990 -5.874 5 HE2 MET 65 HE1 MET 65 3.989 -9.093 -7.146 6 HE1 MET 65 HE2 MET 65 4.187 -8.221 -8.667 7 HE3 MET 65 HE3 MET 65 4.305 -9.980 -8.638 8 HG2 MET 65 HG2 MET 65 0.409 -7.561 -8.098 9 HG3 MET 65 HG3 MET 65 2.041 -6.903 -8.063 No H/Q in entry = 9 In of MODEL 3 1 H ALA 66 H ALA 66 2.118 -5.314 -4.657 2 HA ALA 66 HA ALA 66 3.380 -3.658 -6.591 3 HB1 ALA 66 HB1 ALA 66 2.340 -2.953 -3.850 4 HB3 ALA 66 HB2 ALA 66 1.414 -2.927 -5.350 5 HB2 ALA 66 HB3 ALA 66 2.756 -1.806 -5.122 No H/Q in entry = 5 In of MODEL 3 1 H PHE 67 H PHE 67 4.187 -4.478 -3.216 2 HA PHE 67 HA PHE 67 6.508 -2.874 -3.114 3 HB2 PHE 67 HB2 PHE 67 5.411 -5.076 -1.414 4 HB3 PHE 67 HB3 PHE 67 7.066 -4.536 -1.149 5 HD1 PHE 67 HD1 PHE 67 6.734 -1.642 -1.751 6 HD2 PHE 67 HD2 PHE 67 4.312 -4.292 0.559 7 HE1 PHE 67 HE1 PHE 67 5.951 0.259 -0.415 8 HE2 PHE 67 HE2 PHE 67 3.539 -2.386 1.907 9 HZ PHE 67 HZ PHE 67 4.367 -0.113 1.432 No H/Q in entry = 9 In of MODEL 3 1 H GLN 68 H GLN 68 5.982 -6.167 -4.163 2 HA GLN 68 HA GLN 68 8.686 -6.967 -4.199 3 HB2 GLN 68 HB2 GLN 68 6.744 -8.522 -4.319 4 HB3 GLN 68 HB3 GLN 68 6.452 -7.971 -5.961 5 HE21 GLN 68 HE21 GLN 68 10.527 -8.350 -5.429 6 HE22 GLN 68 HE22 GLN 68 11.057 -9.322 -4.096 7 HG2 GLN 68 HG2 GLN 68 7.597 -10.062 -6.041 8 HG3 GLN 68 HG3 GLN 68 8.693 -8.799 -6.595 No H/Q in entry = 8 In of MODEL 3 1 H GLN 69 H GLN 69 6.507 -5.593 -6.606 2 HA GLN 69 HA GLN 69 8.372 -5.555 -8.754 3 HB2 GLN 69 HB2 GLN 69 5.911 -5.539 -9.047 4 HB3 GLN 69 HB3 GLN 69 5.854 -3.927 -8.352 5 HE21 GLN 69 HE21 GLN 69 4.399 -5.077 -10.024 6 HE22 GLN 69 HE22 GLN 69 3.431 -4.118 -11.094 7 HG2 GLN 69 HG2 GLN 69 7.272 -3.124 -10.211 8 HG3 GLN 69 HG3 GLN 69 7.179 -4.731 -10.929 No H/Q in entry = 8 In of MODEL 3 1 H SER 70 H SER 70 7.587 -3.381 -6.152 2 HA SER 70 HA SER 70 8.872 -1.080 -7.238 3 HB2 SER 70 HB2 SER 70 7.107 -1.056 -5.442 4 HB3 SER 70 HB3 SER 70 8.315 -1.691 -4.326 5 HG SER 70 HG SER 70 8.125 0.837 -5.507 No H/Q in entry = 5 In of MODEL 3 1 H GLY 71 H GLY 71 10.009 -3.964 -5.849 2 HA3 GLY 71 HA2 GLY 71 12.274 -4.604 -5.843 3 HA2 GLY 71 HA3 GLY 71 12.732 -2.907 -5.859 No H/Q in entry = 3 In of MODEL 3 1 H THR 72 H THR 72 10.401 -3.037 -3.630 2 HA THR 72 HA THR 72 12.292 -2.864 -1.470 3 HB THR 72 HB THR 72 10.183 -2.419 -0.105 4 HG1 THR 72 HG1 THR 72 8.945 -3.455 -2.042 5 HG23 THR 72 HG21 THR 72 9.917 -0.171 -1.005 6 HG22 THR 72 HG22 THR 72 10.697 -0.670 -2.506 7 HG21 THR 72 HG23 THR 72 11.619 -0.636 -1.002 No H/Q in entry = 7 In of MODEL 3 1 H ALA 73 H ALA 73 12.886 -5.190 -1.887 2 HA ALA 73 HA ALA 73 11.067 -7.158 -0.776 3 HB2 ALA 73 HB1 ALA 73 12.799 -8.779 -1.365 4 HB3 ALA 73 HB2 ALA 73 13.883 -7.462 -1.812 5 HB1 ALA 73 HB3 ALA 73 12.407 -7.740 -2.734 No H/Q in entry = 5 In of MODEL 3 1 H ALA 74 H ALA 74 11.439 -5.423 1.145 2 HA ALA 74 HA ALA 74 13.272 -6.748 3.020 3 HB3 ALA 74 HB1 ALA 74 13.855 -4.575 3.986 4 HB1 ALA 74 HB2 ALA 74 12.886 -3.766 2.753 5 HB2 ALA 74 HB3 ALA 74 14.329 -4.668 2.289 No H/Q in entry = 5 In of MODEL 3 1 H ASP 75 H ASP 75 12.265 -7.407 4.776 2 HA ASP 75 HA ASP 75 10.804 -7.598 6.505 3 HB2 ASP 75 HB2 ASP 75 11.079 -5.142 6.791 4 HB3 ASP 75 HB3 ASP 75 9.738 -4.883 5.683 No H/Q in entry = 4 In of MODEL 3 1 H GLU 76 H GLU 76 8.938 -8.722 6.674 2 HA GLU 76 HA GLU 76 7.656 -9.429 4.237 3 HB2 GLU 76 HB2 GLU 76 7.080 -10.251 7.091 4 HB3 GLU 76 HB3 GLU 76 6.360 -10.985 5.663 5 HG2 GLU 76 HG2 GLU 76 8.485 -11.802 4.934 6 HG3 GLU 76 HG3 GLU 76 9.317 -10.918 6.212 No H/Q in entry = 6 In of MODEL 3 1 HA PRO 77 HA PRO 77 4.557 -6.214 4.527 2 HB2 PRO 77 HB2 PRO 77 3.458 -7.682 2.202 3 HB3 PRO 77 HB3 PRO 77 3.918 -5.983 2.347 4 HD2 PRO 77 HD2 PRO 77 5.812 -9.338 2.536 5 HD3 PRO 77 HD3 PRO 77 7.229 -8.300 2.806 6 HG2 PRO 77 HG2 PRO 77 5.422 -7.676 0.946 7 HG3 PRO 77 HG3 PRO 77 6.164 -6.415 1.951 No H/Q in entry = 7 In of MODEL 3 1 H SER 78 H SER 78 4.255 -9.551 4.913 2 HA SER 78 HA SER 78 1.390 -9.645 5.145 3 HB2 SER 78 HB2 SER 78 3.510 -11.620 6.031 4 HB3 SER 78 HB3 SER 78 1.775 -11.932 6.023 5 HG SER 78 HG SER 78 2.158 -11.137 3.637 No H/Q in entry = 5 In of MODEL 3 1 H SER 79 H SER 79 0.736 -8.164 6.591 2 HA SER 79 HA SER 79 2.084 -7.462 8.955 3 HB2 SER 79 HB2 SER 79 -0.847 -7.029 8.368 4 HB3 SER 79 HB3 SER 79 0.212 -6.035 9.373 5 HG SER 79 HG SER 79 1.443 -6.023 7.146 No H/Q in entry = 5 In of MODEL 3 1 H LEU 80 H LEU 80 -0.623 -9.651 8.362 2 HA LEU 80 HA LEU 80 -0.467 -10.488 11.173 3 HB2 LEU 80 HB2 LEU 80 -2.759 -11.176 11.077 4 HB3 LEU 80 HB3 LEU 80 -2.655 -9.521 10.519 5 HD11 LEU 80 HD11 LEU 80 -4.795 -11.863 10.069 6 HD13 LEU 80 HD12 LEU 80 -5.215 -11.359 8.432 7 HD12 LEU 80 HD13 LEU 80 -5.064 -10.157 9.714 8 HD23 LEU 80 HD21 LEU 80 -3.396 -8.923 8.256 9 HD22 LEU 80 HD22 LEU 80 -3.578 -10.176 7.028 10 HD21 LEU 80 HD23 LEU 80 -1.977 -9.784 7.658 11 HG LEU 80 HG LEU 80 -2.833 -11.867 8.626 No H/Q in entry = 11 In of MODEL 3 1 H TRP 81 H TRP 81 -0.155 -12.621 11.630 2 HA TRP 81 HA TRP 81 0.158 -14.411 9.316 3 HB2 TRP 81 HB2 TRP 81 2.326 -13.548 10.458 4 HB3 TRP 81 HB3 TRP 81 1.879 -14.628 11.776 5 HD1 TRP 81 HD1 TRP 81 2.055 -17.262 11.322 6 HE1 TRP 81 HE1 TRP 81 3.315 -18.618 9.532 7 HE3 TRP 81 HE3 TRP 81 3.049 -13.500 8.009 8 HH2 TRP 81 HH2 TRP 81 5.023 -16.314 5.476 9 HZ2 TRP 81 HZ2 TRP 81 4.565 -18.152 7.044 10 HZ3 TRP 81 HZ3 TRP 81 4.281 -14.035 5.947 No H/Q in entry = 10 In of MODEL 3 1 H1 SER 101 H3 SER 101 -1.250 15.217 9.191 2 H2 SER 101 H2 SER 101 0.125 14.790 10.081 3 H3 SER 101 H1 SER 101 -0.674 16.245 10.406 4 HA SER 101 HA SER 101 -0.069 17.142 8.304 5 HB2 SER 101 HB2 SER 101 2.341 15.879 9.625 6 HB3 SER 101 HB3 SER 101 2.310 17.367 8.678 7 HG SER 101 HG SER 101 1.183 18.379 10.284 No H/Q in entry = 7 In of MODEL 3 1 H GLN 102 H GLN 102 1.462 13.922 8.720 2 HA GLN 102 HA GLN 102 2.441 13.916 6.033 3 HB2 GLN 102 HB2 GLN 102 3.128 11.589 6.528 4 HB3 GLN 102 HB3 GLN 102 3.665 12.738 7.746 5 HE21 GLN 102 HE21 GLN 102 1.523 9.176 9.369 6 HE22 GLN 102 HE22 GLN 102 3.076 8.547 9.804 7 HG2 GLN 102 HG2 GLN 102 1.836 12.055 9.204 8 HG3 GLN 102 HG3 GLN 102 1.285 10.913 7.983 No H/Q in entry = 8 In of MODEL 3 1 H GLU 103 H GLU 103 -0.572 13.142 7.389 2 HA GLU 103 HA GLU 103 -1.506 11.046 5.858 3 HB2 GLU 103 HB2 GLU 103 -3.085 13.483 6.696 4 HB3 GLU 103 HB3 GLU 103 -3.766 11.942 6.203 5 HG2 GLU 103 HG2 GLU 103 -3.896 11.892 8.511 6 HG3 GLU 103 HG3 GLU 103 -2.447 10.951 8.161 No H/Q in entry = 6 In of MODEL 3 1 H LYS 104 H LYS 104 -1.060 14.390 4.903 2 HA LYS 104 HA LYS 104 -2.600 14.315 2.533 3 HB2 LYS 104 HB2 LYS 104 -1.906 16.422 3.547 4 HB3 LYS 104 HB3 LYS 104 -0.216 16.028 3.268 5 HD2 LYS 104 HD2 LYS 104 -2.642 16.821 -0.107 6 HD3 LYS 104 HD3 LYS 104 -3.071 15.540 1.024 7 HE2 LYS 104 HE2 LYS 104 -4.639 17.351 1.244 8 HE3 LYS 104 HE3 LYS 104 -3.645 17.265 2.699 9 HG2 LYS 104 HG2 LYS 104 -0.991 17.627 1.633 10 HG3 LYS 104 HG3 LYS 104 -0.609 16.094 0.850 11 HZ1 LYS 104 HZ1 LYS 104 -2.875 19.064 0.494 12 HZ3 LYS 104 HZ2 LYS 104 -2.529 19.190 2.150 13 HZ2 LYS 104 HZ3 LYS 104 -4.084 19.537 1.583 No H/Q in entry = 13 In of MODEL 3 1 H PHE 105 H PHE 105 0.734 13.501 3.253 2 HA PHE 105 HA PHE 105 1.652 13.209 0.578 3 HB2 PHE 105 HB2 PHE 105 3.137 13.553 2.530 4 HB3 PHE 105 HB3 PHE 105 2.683 11.971 3.147 5 HD1 PHE 105 HD1 PHE 105 4.437 13.714 0.400 6 HD2 PHE 105 HD2 PHE 105 3.761 10.016 2.395 7 HE1 PHE 105 HE1 PHE 105 6.279 12.695 -0.871 8 HE2 PHE 105 HE2 PHE 105 5.606 8.994 1.135 9 HZ PHE 105 HZ PHE 105 6.919 10.354 -0.441 No H/Q in entry = 9 In of MODEL 3 1 H PHE 106 H PHE 106 -0.127 11.149 2.720 2 HA PHE 106 HA PHE 106 0.460 8.791 1.132 3 HB2 PHE 106 HB2 PHE 106 -1.256 9.178 3.591 4 HB3 PHE 106 HB3 PHE 106 -1.003 7.630 2.792 5 HD1 PHE 106 HD1 PHE 106 0.050 9.654 5.404 6 HD2 PHE 106 HD2 PHE 106 1.583 7.057 2.404 7 HE1 PHE 106 HE1 PHE 106 2.076 9.300 6.753 8 HE2 PHE 106 HE2 PHE 106 3.614 6.697 3.745 9 HZ PHE 106 HZ PHE 106 3.880 7.822 5.898 No H/Q in entry = 9 In of MODEL 3 1 H GLN 107 H GLN 107 -2.129 11.088 1.616 2 HA GLN 107 HA GLN 107 -4.025 9.394 0.217 3 HB2 GLN 107 HB2 GLN 107 -4.301 12.072 1.571 4 HB3 GLN 107 HB3 GLN 107 -5.618 11.278 0.719 5 HE21 GLN 107 HE21 GLN 107 -4.468 11.868 4.408 6 HE22 GLN 107 HE22 GLN 107 -6.041 12.285 5.002 7 HG2 GLN 107 HG2 GLN 107 -5.494 9.385 2.225 8 HG3 GLN 107 HG3 GLN 107 -4.123 10.118 3.056 No H/Q in entry = 8 In of MODEL 3 1 H GLU 108 H GLU 108 -2.407 12.520 -0.302 2 HA GLU 108 HA GLU 108 -3.892 13.142 -2.647 3 HB2 GLU 108 HB2 GLU 108 -2.793 14.879 -1.307 4 HB3 GLU 108 HB3 GLU 108 -1.219 14.213 -1.718 5 HG2 GLU 108 HG2 GLU 108 -1.554 14.772 -4.049 6 HG3 GLU 108 HG3 GLU 108 -3.177 15.357 -3.699 No H/Q in entry = 6 In of MODEL 3 1 H LEU 109 H LEU 109 -0.700 11.706 -2.108 2 HA LEU 109 HA LEU 109 -0.040 11.639 -4.877 3 HB2 LEU 109 HB2 LEU 109 1.178 10.362 -2.447 4 HB3 LEU 109 HB3 LEU 109 1.773 10.016 -4.057 5 HD11 LEU 109 HD11 LEU 109 0.699 13.322 -2.616 6 HD13 LEU 109 HD12 LEU 109 2.355 13.858 -2.333 7 HD12 LEU 109 HD13 LEU 109 1.678 12.544 -1.371 8 HD21 LEU 109 HD21 LEU 109 3.632 11.029 -2.108 9 HD23 LEU 109 HD22 LEU 109 4.252 12.441 -2.965 10 HD22 LEU 109 HD23 LEU 109 4.000 10.924 -3.831 11 HG LEU 109 HG LEU 109 2.212 12.475 -4.340 No H/Q in entry = 11 In of MODEL 3 1 H PHE 110 H PHE 110 -2.239 9.847 -3.170 2 HA PHE 110 HA PHE 110 -1.788 7.467 -4.823 3 HB2 PHE 110 HB2 PHE 110 -2.148 7.439 -2.205 4 HB3 PHE 110 HB3 PHE 110 -3.850 7.501 -2.663 5 HD1 PHE 110 HD1 PHE 110 -4.872 5.677 -3.887 6 HD2 PHE 110 HD2 PHE 110 -0.817 5.475 -2.624 7 HE1 PHE 110 HE1 PHE 110 -4.881 3.251 -4.269 8 HE2 PHE 110 HE2 PHE 110 -0.812 3.044 -3.014 9 HZ PHE 110 HZ PHE 110 -2.783 1.936 -3.856 No H/Q in entry = 9 In of MODEL 3 1 H ASP 111 H ASP 111 -3.501 10.276 -4.916 2 HA ASP 111 HA ASP 111 -6.111 9.444 -5.569 3 HB2 ASP 111 HB2 ASP 111 -5.663 11.773 -5.039 4 HB3 ASP 111 HB3 ASP 111 -4.631 11.926 -6.459 No H/Q in entry = 4 In of MODEL 3 1 H SER 112 H SER 112 -3.615 10.603 -7.857 2 HA SER 112 HA SER 112 -4.298 8.487 -9.685 3 HB2 SER 112 HB2 SER 112 -4.642 10.289 -11.546 4 HB3 SER 112 HB3 SER 112 -5.989 9.857 -10.498 5 HG SER 112 HG SER 112 -5.678 11.731 -9.328 No H/Q in entry = 5 In of MODEL 4 1 H1 GLY 12 H3 GLY 12 -33.574 -6.559 9.853 2 H2 GLY 12 H2 GLY 12 -32.722 -6.149 11.262 3 H3 GLY 12 H1 GLY 12 -34.343 -5.677 11.084 4 HA2 GLY 12 HA2 GLY 12 -32.844 -3.816 10.716 5 HA3 GLY 12 HA3 GLY 12 -33.769 -4.211 9.273 No H/Q in entry = 5 In of MODEL 4 1 H ALA 13 H ALA 13 -31.537 -2.754 8.945 2 HA ALA 13 HA ALA 13 -29.886 -4.577 7.382 3 HB3 ALA 13 HB1 ALA 13 -29.839 -1.562 7.538 4 HB2 ALA 13 HB2 ALA 13 -30.729 -2.514 6.350 5 HB1 ALA 13 HB3 ALA 13 -28.966 -2.559 6.374 No H/Q in entry = 5 In of MODEL 4 1 H MET 14 H MET 14 -27.891 -5.188 7.911 2 HA MET 14 HA MET 14 -26.926 -4.776 10.526 3 HB2 MET 14 HB2 MET 14 -24.962 -6.052 9.819 4 HB3 MET 14 HB3 MET 14 -26.446 -6.822 9.286 5 HE2 MET 14 HE1 MET 14 -24.873 -6.932 4.962 6 HE1 MET 14 HE2 MET 14 -25.039 -5.177 4.917 7 HE3 MET 14 HE3 MET 14 -26.227 -6.196 4.104 8 HG2 MET 14 HG2 MET 14 -24.712 -5.100 7.528 9 HG3 MET 14 HG3 MET 14 -24.591 -6.855 7.628 No H/Q in entry = 9 In of MODEL 4 1 H ALA 15 H ALA 15 -25.840 -3.131 11.350 2 HA ALA 15 HA ALA 15 -24.711 -1.109 9.612 3 HB1 ALA 15 HB1 ALA 15 -24.778 -1.236 12.626 4 HB2 ALA 15 HB2 ALA 15 -25.990 -0.456 11.608 5 HB3 ALA 15 HB3 ALA 15 -24.339 0.164 11.649 No H/Q in entry = 5 In of MODEL 4 1 H THR 16 H THR 16 -22.926 -2.017 8.659 2 HA THR 16 HA THR 16 -20.774 -2.873 10.472 3 HB THR 16 HB THR 16 -21.520 -4.697 9.027 4 HG1 THR 16 HG1 THR 16 -19.356 -4.854 7.796 5 HG21 THR 16 HG21 THR 16 -22.391 -3.387 7.147 6 HG23 THR 16 HG22 THR 16 -21.239 -4.604 6.595 7 HG22 THR 16 HG23 THR 16 -20.751 -2.913 6.711 No H/Q in entry = 7 In of MODEL 4 1 HA PRO 17 HA PRO 17 -18.551 0.704 9.044 2 HB2 PRO 17 HB2 PRO 17 -16.143 -0.595 10.079 3 HB3 PRO 17 HB3 PRO 17 -16.959 0.860 10.655 4 HD2 PRO 17 HD2 PRO 17 -18.022 -2.863 10.546 5 HD3 PRO 17 HD3 PRO 17 -19.434 -2.239 11.427 6 HG2 PRO 17 HG2 PRO 17 -16.964 -1.449 12.058 7 HG3 PRO 17 HG3 PRO 17 -18.325 -0.311 12.091 No H/Q in entry = 7 In of MODEL 4 1 H GLY 18 H GLY 18 -18.839 0.048 6.794 2 HA3 GLY 18 HA2 GLY 18 -16.458 -1.268 5.653 3 HA2 GLY 18 HA3 GLY 18 -18.023 -1.150 4.860 No H/Q in entry = 3 In of MODEL 4 1 H SER 19 H SER 19 -17.738 0.041 3.098 2 HA SER 19 HA SER 19 -17.234 1.768 1.715 3 HB2 SER 19 HB2 SER 19 -17.103 3.415 4.250 4 HB3 SER 19 HB3 SER 19 -17.382 4.016 2.616 5 HG SER 19 HG SER 19 -19.097 2.576 4.318 No H/Q in entry = 5 In of MODEL 4 1 H GLU 20 H GLU 20 -15.111 0.133 2.781 2 HA GLU 20 HA GLU 20 -12.848 1.965 2.984 3 HB2 GLU 20 HB2 GLU 20 -11.700 -0.470 3.120 4 HB3 GLU 20 HB3 GLU 20 -12.339 0.379 4.507 5 HG2 GLU 20 HG2 GLU 20 -12.946 -1.992 4.421 6 HG3 GLU 20 HG3 GLU 20 -14.307 -0.892 4.470 No H/Q in entry = 6 In of MODEL 4 1 H ASN 21 H ASN 21 -14.368 -0.179 0.745 2 HA ASN 21 HA ASN 21 -13.951 -0.778 -1.403 3 HB2 ASN 21 HB2 ASN 21 -13.906 1.795 -1.524 4 HB3 ASN 21 HB3 ASN 21 -12.156 1.637 -1.626 5 HD21 ASN 21 HD21 ASN 21 -13.948 2.739 -3.576 6 HD22 ASN 21 HD22 ASN 21 -13.766 1.795 -5.020 No H/Q in entry = 6 In of MODEL 4 1 H VAL 22 H VAL 22 -12.499 -2.290 0.209 2 HA VAL 22 HA VAL 22 -9.704 -2.237 -0.594 3 HB VAL 22 HB VAL 22 -10.661 -3.032 1.694 4 HG12 VAL 22 HG11 VAL 22 -11.080 -5.456 1.816 5 HG11 VAL 22 HG12 VAL 22 -11.032 -5.536 0.052 6 HG13 VAL 22 HG13 VAL 22 -12.297 -4.607 0.862 7 HG22 VAL 22 HG21 VAL 22 -8.790 -4.553 2.017 8 HG21 VAL 22 HG22 VAL 22 -8.298 -3.160 1.055 9 HG23 VAL 22 HG23 VAL 22 -8.600 -4.711 0.272 No H/Q in entry = 9 In of MODEL 4 1 H LEU 23 H LEU 23 -12.154 -2.752 -2.391 2 HA LEU 23 HA LEU 23 -12.273 -5.409 -3.204 3 HB2 LEU 23 HB2 LEU 23 -13.940 -3.708 -3.800 4 HB3 LEU 23 HB3 LEU 23 -12.765 -2.917 -4.834 5 HD11 LEU 23 HD11 LEU 23 -14.894 -5.920 -4.466 6 HD13 LEU 23 HD12 LEU 23 -13.279 -6.606 -4.633 7 HD12 LEU 23 HD13 LEU 23 -14.404 -6.659 -5.990 8 HD21 LEU 23 HD21 LEU 23 -14.216 -3.076 -6.800 9 HD23 LEU 23 HD22 LEU 23 -15.466 -3.811 -5.797 10 HD22 LEU 23 HD23 LEU 23 -14.920 -4.625 -7.264 11 HG LEU 23 HG LEU 23 -12.705 -4.917 -6.281 No H/Q in entry = 11 In of MODEL 4 1 HA PRO 24 HA PRO 24 -8.085 -5.852 -4.759 2 HB2 PRO 24 HB2 PRO 24 -9.478 -8.302 -5.755 3 HB3 PRO 24 HB3 PRO 24 -7.899 -8.155 -4.977 4 HD2 PRO 24 HD2 PRO 24 -11.580 -7.435 -3.975 5 HD3 PRO 24 HD3 PRO 24 -10.807 -6.697 -2.556 6 HG2 PRO 24 HG2 PRO 24 -9.960 -9.036 -3.594 7 HG3 PRO 24 HG3 PRO 24 -8.843 -7.866 -2.861 No H/Q in entry = 7 In of MODEL 4 1 H ARG 25 H ARG 25 -7.805 -4.448 -6.399 2 HA ARG 25 HA ARG 25 -8.668 -5.314 -9.065 3 HB2 ARG 25 HB2 ARG 25 -8.893 -2.484 -8.007 4 HB3 ARG 25 HB3 ARG 25 -9.094 -2.937 -9.693 5 HD2 ARG 25 HD2 ARG 25 -12.564 -2.531 -8.550 6 HD3 ARG 25 HD3 ARG 25 -11.186 -1.464 -8.288 7 HE ARG 25 HE ARG 25 -10.773 -2.533 -10.779 8 HG2 ARG 25 HG2 ARG 25 -10.995 -4.384 -9.013 9 HG3 ARG 25 HG3 ARG 25 -10.840 -3.738 -7.379 10 HH11 ARG 25 HH11 ARG 25 -13.360 -0.706 -9.264 11 HH12 ARG 25 HH12 ARG 25 -13.891 0.007 -10.760 12 HH21 ARG 25 HH21 ARG 25 -11.459 -1.574 -12.729 13 HH22 ARG 25 HH22 ARG 25 -12.808 -0.480 -12.724 No H/Q in entry = 13 In of MODEL 4 1 H GLU 26 H GLU 26 -7.066 -5.307 -10.473 2 HA GLU 26 HA GLU 26 -4.429 -5.004 -9.661 3 HB2 GLU 26 HB2 GLU 26 -5.550 -5.071 -12.453 4 HB3 GLU 26 HB3 GLU 26 -3.843 -5.230 -12.059 5 HG2 GLU 26 HG2 GLU 26 -4.530 -7.199 -10.602 6 HG3 GLU 26 HG3 GLU 26 -6.088 -7.109 -11.421 No H/Q in entry = 6 In of MODEL 4 1 HA PRO 27 HA PRO 27 -4.541 -0.580 -12.009 2 HB2 PRO 27 HB2 PRO 27 -6.784 0.644 -10.792 3 HB3 PRO 27 HB3 PRO 27 -6.562 0.296 -12.508 4 HD2 PRO 27 HD2 PRO 27 -7.344 -3.318 -11.156 5 HD3 PRO 27 HD3 PRO 27 -6.815 -2.702 -12.736 6 HG2 PRO 27 HG2 PRO 27 -8.031 -1.223 -10.432 7 HG3 PRO 27 HG3 PRO 27 -8.371 -1.070 -12.164 No H/Q in entry = 7 In of MODEL 4 1 H LEU 28 H LEU 28 -5.676 -1.566 -8.814 2 HA LEU 28 HA LEU 28 -4.723 0.692 -7.393 3 HB2 LEU 28 HB2 LEU 28 -5.600 -2.054 -6.661 4 HB3 LEU 28 HB3 LEU 28 -4.644 -1.172 -5.487 5 HD12 LEU 28 HD11 LEU 28 -5.817 1.632 -6.103 6 HD11 LEU 28 HD12 LEU 28 -5.487 0.933 -4.518 7 HD13 LEU 28 HD13 LEU 28 -7.110 1.505 -4.909 8 HD21 LEU 28 HD21 LEU 28 -7.178 0.273 -7.794 9 HD23 LEU 28 HD22 LEU 28 -8.467 0.319 -6.590 10 HD22 LEU 28 HD23 LEU 28 -7.926 -1.228 -7.246 11 HG LEU 28 HG LEU 28 -7.014 -0.914 -5.026 No H/Q in entry = 11 In of MODEL 4 1 H ILE 29 H ILE 29 -3.231 -2.264 -8.488 2 HA ILE 29 HA ILE 29 -0.862 -2.150 -6.968 3 HB ILE 29 HB ILE 29 -1.183 -3.206 -9.789 4 HD12 ILE 29 HD11 ILE 29 -1.706 -3.896 -6.132 5 HD11 ILE 29 HD12 ILE 29 -0.459 -5.053 -6.596 6 HD13 ILE 29 HD13 ILE 29 -2.126 -5.590 -6.387 7 HG12 ILE 29 HG12 ILE 29 -2.813 -4.223 -8.268 8 HG13 ILE 29 HG13 ILE 29 -1.584 -5.392 -8.738 9 HG21 ILE 29 HG21 ILE 29 1.145 -2.921 -9.132 10 HG23 ILE 29 HG22 ILE 29 0.730 -4.630 -9.251 11 HG22 ILE 29 HG23 ILE 29 0.860 -3.863 -7.668 No H/Q in entry = 11 In of MODEL 4 1 H ALA 30 H ALA 30 -1.772 -0.744 -10.079 2 HA ALA 30 HA ALA 30 0.736 0.365 -10.725 3 HB2 ALA 30 HB1 ALA 30 -2.010 1.267 -11.579 4 HB1 ALA 30 HB2 ALA 30 -1.025 0.041 -12.379 5 HB3 ALA 30 HB3 ALA 30 -0.489 1.722 -12.344 No H/Q in entry = 5 In of MODEL 4 1 H THR 31 H THR 31 -2.127 1.783 -9.141 2 HA THR 31 HA THR 31 -1.060 4.345 -8.731 3 HB THR 31 HB THR 31 -3.019 2.916 -6.923 4 HG1 THR 31 HG1 THR 31 -3.453 4.432 -9.312 5 HG21 THR 31 HG21 THR 31 -2.569 5.855 -7.477 6 HG23 THR 31 HG22 THR 31 -2.136 5.005 -5.993 7 HG22 THR 31 HG23 THR 31 -3.832 5.187 -6.443 No H/Q in entry = 7 In of MODEL 4 1 H ALA 32 H ALA 32 -0.938 1.406 -6.757 2 HA ALA 32 HA ALA 32 0.330 2.560 -4.528 3 HB3 ALA 32 HB1 ALA 32 0.518 -0.299 -5.464 4 HB1 ALA 32 HB2 ALA 32 -0.777 0.367 -4.468 5 HB2 ALA 32 HB3 ALA 32 0.873 0.306 -3.846 No H/Q in entry = 5 In of MODEL 4 1 H VAL 33 H VAL 33 1.671 0.911 -7.395 2 HA VAL 33 HA VAL 33 4.375 1.129 -6.598 3 HB VAL 33 HB VAL 33 3.173 0.919 -9.371 4 HG12 VAL 33 HG11 VAL 33 5.410 0.246 -10.123 5 HG11 VAL 33 HG12 VAL 33 6.055 0.627 -8.526 6 HG13 VAL 33 HG13 VAL 33 5.387 1.910 -9.537 7 HG22 VAL 33 HG21 VAL 33 2.732 -1.002 -7.945 8 HG21 VAL 33 HG22 VAL 33 4.449 -1.132 -7.564 9 HG23 VAL 33 HG23 VAL 33 3.888 -1.426 -9.209 No H/Q in entry = 9 In of MODEL 4 1 H LYS 34 H LYS 34 2.287 3.279 -8.500 2 HA LYS 34 HA LYS 34 4.127 5.265 -9.163 3 HB2 LYS 34 HB2 LYS 34 1.960 5.416 -10.109 4 HB3 LYS 34 HB3 LYS 34 1.179 5.356 -8.538 5 HD2 LYS 34 HD2 LYS 34 0.152 7.548 -7.977 6 HD3 LYS 34 HD3 LYS 34 1.570 7.313 -6.947 7 HE2 LYS 34 HE2 LYS 34 0.739 9.626 -6.883 8 HE3 LYS 34 HE3 LYS 34 2.382 9.517 -7.510 9 HG2 LYS 34 HG2 LYS 34 2.983 7.644 -9.012 10 HG3 LYS 34 HG3 LYS 34 1.497 7.604 -9.960 11 HZ1 LYS 34 HZ1 LYS 34 -0.065 9.777 -9.182 12 HZ3 LYS 34 HZ2 LYS 34 1.537 9.747 -9.740 13 HZ2 LYS 34 HZ3 LYS 34 0.996 11.041 -8.793 No H/Q in entry = 13 In of MODEL 4 1 H PHE 35 H PHE 35 2.082 4.978 -6.313 2 HA PHE 35 HA PHE 35 2.981 7.205 -4.888 3 HB2 PHE 35 HB2 PHE 35 0.953 5.908 -4.384 4 HB3 PHE 35 HB3 PHE 35 1.947 4.548 -3.883 5 HD1 PHE 35 HD1 PHE 35 1.029 8.019 -3.089 6 HD2 PHE 35 HD2 PHE 35 2.804 4.414 -1.703 7 HE1 PHE 35 HE1 PHE 35 1.078 8.924 -0.814 8 HE2 PHE 35 HE2 PHE 35 2.859 5.301 0.563 9 HZ PHE 35 HZ PHE 35 1.936 7.504 1.060 No H/Q in entry = 9 In of MODEL 4 1 H LEU 36 H LEU 36 3.917 3.814 -4.575 2 HA LEU 36 HA LEU 36 5.793 3.940 -2.576 3 HB2 LEU 36 HB2 LEU 36 5.315 2.153 -4.897 4 HB3 LEU 36 HB3 LEU 36 6.833 1.978 -4.045 5 HD12 LEU 36 HD11 LEU 36 3.180 2.278 -3.066 6 HD11 LEU 36 HD12 LEU 36 4.199 2.970 -1.803 7 HD13 LEU 36 HD13 LEU 36 3.459 1.385 -1.571 8 HD22 LEU 36 HD21 LEU 36 4.257 -0.562 -2.847 9 HD21 LEU 36 HD22 LEU 36 5.600 -0.402 -3.979 10 HD23 LEU 36 HD23 LEU 36 4.022 0.281 -4.377 11 HG LEU 36 HG LEU 36 5.820 1.166 -2.125 No H/Q in entry = 11 In of MODEL 4 1 H GLN 37 H GLN 37 6.488 4.055 -6.073 2 HA GLN 37 HA GLN 37 9.268 4.637 -5.399 3 HB2 GLN 37 HB2 GLN 37 8.077 3.925 -8.079 4 HB3 GLN 37 HB3 GLN 37 9.791 4.046 -7.697 5 HE21 GLN 37 HE21 GLN 37 7.706 1.171 -8.822 6 HE22 GLN 37 HE22 GLN 37 9.042 0.340 -9.541 7 HG2 GLN 37 HG2 GLN 37 9.391 2.236 -5.975 8 HG3 GLN 37 HG3 GLN 37 7.814 2.009 -6.728 No H/Q in entry = 8 In of MODEL 4 1 H ASN 38 H ASN 38 7.192 6.668 -5.150 2 HA ASN 38 HA ASN 38 7.610 8.596 -7.198 3 HB2 ASN 38 HB2 ASN 38 5.690 8.825 -5.743 4 HB3 ASN 38 HB3 ASN 38 6.724 8.904 -4.322 5 HD21 ASN 38 HD21 ASN 38 5.878 10.883 -3.708 6 HD22 ASN 38 HD22 ASN 38 6.258 12.358 -4.531 No H/Q in entry = 6 In of MODEL 4 1 H SER 39 H SER 39 8.842 8.507 -3.840 2 HA SER 39 HA SER 39 11.495 9.158 -4.622 3 HB2 SER 39 HB2 SER 39 11.530 11.427 -3.521 4 HB3 SER 39 HB3 SER 39 10.627 11.363 -5.035 5 HG SER 39 HG SER 39 9.448 12.478 -3.440 No H/Q in entry = 5 In of MODEL 4 1 H ARG 40 H ARG 40 9.406 10.003 -1.859 2 HA ARG 40 HA ARG 40 11.533 9.091 -0.071 3 HB2 ARG 40 HB2 ARG 40 9.009 10.614 0.594 4 HB3 ARG 40 HB3 ARG 40 10.394 10.368 1.644 5 HD2 ARG 40 HD2 ARG 40 9.066 12.980 0.773 6 HD3 ARG 40 HD3 ARG 40 10.434 12.933 1.882 7 HE ARG 40 HE ARG 40 11.327 14.218 -0.407 8 HG2 ARG 40 HG2 ARG 40 11.768 11.754 0.252 9 HG3 ARG 40 HG3 ARG 40 10.479 11.893 -0.948 10 HH11 ARG 40 HH11 ARG 40 8.876 14.741 2.042 11 HH12 ARG 40 HH12 ARG 40 8.941 16.473 1.920 12 HH21 ARG 40 HH21 ARG 40 11.415 16.511 -0.559 13 HH22 ARG 40 HH22 ARG 40 10.347 17.463 0.431 No H/Q in entry = 13 In of MODEL 4 1 H VAL 41 H VAL 41 8.583 7.937 -1.253 2 HA VAL 41 HA VAL 41 7.335 6.961 1.048 3 HB VAL 41 HB VAL 41 7.133 5.920 -1.777 4 HG13 VAL 41 HG11 VAL 41 6.349 4.218 -0.263 5 HG12 VAL 41 HG12 VAL 41 4.952 5.002 -1.007 6 HG11 VAL 41 HG13 VAL 41 5.413 5.403 0.647 7 HG23 VAL 41 HG21 VAL 41 5.420 7.848 -0.210 8 HG22 VAL 41 HG22 VAL 41 5.094 7.271 -1.845 9 HG21 VAL 41 HG23 VAL 41 6.514 8.269 -1.527 No H/Q in entry = 9 In of MODEL 4 1 H ARG 42 H ARG 42 9.668 5.326 -1.104 2 HA ARG 42 HA ARG 42 9.394 2.810 0.187 3 HB2 ARG 42 HB2 ARG 42 11.652 3.878 -1.515 4 HB3 ARG 42 HB3 ARG 42 11.535 2.218 -0.949 5 HD2 ARG 42 HD2 ARG 42 11.277 1.058 -3.084 6 HD3 ARG 42 HD3 ARG 42 10.335 1.822 -4.364 7 HE ARG 42 HE ARG 42 12.386 3.542 -3.366 8 HG2 ARG 42 HG2 ARG 42 9.316 2.099 -2.139 9 HG3 ARG 42 HG3 ARG 42 9.736 3.644 -2.885 10 HH11 ARG 42 HH11 ARG 42 11.816 0.800 -5.475 11 HH12 ARG 42 HH12 ARG 42 13.180 1.136 -6.492 12 HH21 ARG 42 HH21 ARG 42 14.182 3.993 -4.717 13 HH22 ARG 42 HH22 ARG 42 14.519 2.947 -6.071 No H/Q in entry = 13 In of MODEL 4 1 H GLN 43 H GLN 43 11.085 5.679 1.016 2 HA GLN 43 HA GLN 43 12.793 4.280 2.923 3 HB2 GLN 43 HB2 GLN 43 13.625 6.240 1.577 4 HB3 GLN 43 HB3 GLN 43 12.522 7.258 2.492 5 HE21 GLN 43 HE21 GLN 43 13.754 4.630 5.207 6 HE22 GLN 43 HE22 GLN 43 15.096 3.595 4.861 7 HG2 GLN 43 HG2 GLN 43 14.827 7.339 3.338 8 HG3 GLN 43 HG3 GLN 43 13.676 6.758 4.541 No H/Q in entry = 8 In of MODEL 4 1 H SER 44 H SER 44 9.728 5.686 2.774 2 HA SER 44 HA SER 44 9.513 6.617 5.464 3 HB2 SER 44 HB2 SER 44 7.333 5.841 3.504 4 HB3 SER 44 HB3 SER 44 7.118 6.796 4.972 5 HG SER 44 HG SER 44 9.003 7.653 3.088 No H/Q in entry = 5 In of MODEL 4 1 HA PRO 45 HA PRO 45 8.924 3.085 7.989 2 HB2 PRO 45 HB2 PRO 45 6.281 3.706 8.864 3 HB3 PRO 45 HB3 PRO 45 7.800 3.993 9.712 4 HD2 PRO 45 HD2 PRO 45 7.907 6.775 6.880 5 HD3 PRO 45 HD3 PRO 45 9.136 6.218 8.037 6 HG2 PRO 45 HG2 PRO 45 6.167 5.848 8.089 7 HG3 PRO 45 HG3 PRO 45 7.277 6.197 9.426 No H/Q in entry = 7 In of MODEL 4 1 H LEU 46 H LEU 46 8.505 1.102 7.352 2 HA LEU 46 HA LEU 46 6.703 0.562 5.217 3 HB2 LEU 46 HB2 LEU 46 8.156 -1.338 7.059 4 HB3 LEU 46 HB3 LEU 46 7.236 -1.829 5.648 5 HD13 LEU 46 HD11 LEU 46 11.071 -0.075 5.300 6 HD12 LEU 46 HD12 LEU 46 10.498 -0.793 6.806 7 HD11 LEU 46 HD13 LEU 46 9.885 0.778 6.287 8 HD21 LEU 46 HD21 LEU 46 8.764 -2.687 4.101 9 HD23 LEU 46 HD22 LEU 46 9.785 -2.876 5.526 10 HD22 LEU 46 HD23 LEU 46 10.431 -2.113 4.072 11 HG LEU 46 HG LEU 46 8.849 -0.272 4.339 No H/Q in entry = 11 In of MODEL 4 1 H ALA 47 H ALA 47 6.556 0.243 8.705 2 HA ALA 47 HA ALA 47 4.238 -1.249 8.995 3 HB3 ALA 47 HB1 ALA 47 5.104 1.096 10.685 4 HB1 ALA 47 HB2 ALA 47 5.675 -0.564 10.861 5 HB2 ALA 47 HB3 ALA 47 3.981 -0.178 11.161 No H/Q in entry = 5 In of MODEL 4 1 H THR 48 H THR 48 4.586 2.263 8.541 2 HA THR 48 HA THR 48 1.904 2.978 8.473 3 HB THR 48 HB THR 48 4.161 4.077 6.781 4 HG1 THR 48 HG1 THR 48 3.162 4.666 9.368 5 HG22 THR 48 HG21 THR 48 2.737 6.106 6.596 6 HG21 THR 48 HG22 THR 48 1.426 5.225 7.380 7 HG23 THR 48 HG23 THR 48 2.022 4.701 5.803 No H/Q in entry = 7 In of MODEL 4 1 H ARG 49 H ARG 49 4.011 1.935 5.818 2 HA ARG 49 HA ARG 49 2.023 2.133 3.833 3 HB2 ARG 49 HB2 ARG 49 4.704 0.802 3.957 4 HB3 ARG 49 HB3 ARG 49 3.669 0.621 2.545 5 HD2 ARG 49 HD2 ARG 49 5.516 1.575 1.344 6 HD3 ARG 49 HD3 ARG 49 5.762 3.320 1.381 7 HE ARG 49 HE ARG 49 6.888 2.688 3.666 8 HG2 ARG 49 HG2 ARG 49 3.627 3.042 2.252 9 HG3 ARG 49 HG3 ARG 49 4.639 3.236 3.682 10 HH11 ARG 49 HH11 ARG 49 7.096 0.948 0.632 11 HH12 ARG 49 HH12 ARG 49 8.722 0.408 0.916 12 HH21 ARG 49 HH21 ARG 49 9.033 1.997 4.014 13 HH22 ARG 49 HH22 ARG 49 9.815 1.001 2.819 No H/Q in entry = 13 In of MODEL 4 1 H ARG 50 H ARG 50 2.691 -0.383 6.129 2 HA ARG 50 HA ARG 50 1.397 -2.495 4.749 3 HB2 ARG 50 HB2 ARG 50 1.626 -2.037 7.727 4 HB3 ARG 50 HB3 ARG 50 1.149 -3.545 6.964 5 HD2 ARG 50 HD2 ARG 50 2.901 -4.801 5.572 6 HD3 ARG 50 HD3 ARG 50 3.230 -3.319 4.672 7 HE ARG 50 HE ARG 50 5.426 -4.281 6.289 8 HG2 ARG 50 HG2 ARG 50 3.834 -2.198 6.773 9 HG3 ARG 50 HG3 ARG 50 3.445 -3.674 7.659 10 HH11 ARG 50 HH11 ARG 50 3.867 -4.386 3.163 11 HH12 ARG 50 HH12 ARG 50 5.305 -4.835 2.309 12 HH21 ARG 50 HH21 ARG 50 7.341 -4.857 5.177 13 HH22 ARG 50 HH22 ARG 50 7.275 -5.135 3.463 No H/Q in entry = 13 In of MODEL 4 1 H ALA 51 H ALA 51 0.218 -0.467 7.430 2 HA ALA 51 HA ALA 51 -2.490 -1.167 7.203 3 HB2 ALA 51 HB1 ALA 51 -1.292 1.405 8.242 4 HB1 ALA 51 HB2 ALA 51 -1.556 -0.063 9.183 5 HB3 ALA 51 HB3 ALA 51 -2.933 0.833 8.542 No H/Q in entry = 5 In of MODEL 4 1 H PHE 52 H PHE 52 -0.616 1.449 5.819 2 HA PHE 52 HA PHE 52 -2.504 2.955 4.509 3 HB2 PHE 52 HB2 PHE 52 -0.118 3.500 4.650 4 HB3 PHE 52 HB3 PHE 52 0.265 2.185 3.553 5 HD1 PHE 52 HD1 PHE 52 0.049 2.417 1.229 6 HD2 PHE 52 HD2 PHE 52 -1.332 5.472 3.839 7 HE1 PHE 52 HE1 PHE 52 -0.231 3.925 -0.685 8 HE2 PHE 52 HE2 PHE 52 -1.609 6.986 1.927 9 HZ PHE 52 HZ PHE 52 -0.921 6.254 -0.303 No H/Q in entry = 9 In of MODEL 4 1 H LEU 53 H LEU 53 -0.681 0.261 3.024 2 HA LEU 53 HA LEU 53 -2.021 0.222 0.602 3 HB2 LEU 53 HB2 LEU 53 -0.403 -1.697 2.151 4 HB3 LEU 53 HB3 LEU 53 -1.425 -2.393 0.911 5 HD13 LEU 53 HD11 LEU 53 -0.766 -2.296 -1.408 6 HD12 LEU 53 HD12 LEU 53 0.309 -1.012 -1.964 7 HD11 LEU 53 HD13 LEU 53 -1.284 -0.612 -1.321 8 HD23 LEU 53 HD21 LEU 53 1.480 0.409 -0.394 9 HD22 LEU 53 HD22 LEU 53 1.223 0.248 1.343 10 HD21 LEU 53 HD23 LEU 53 -0.036 0.952 0.328 11 HG LEU 53 HG LEU 53 0.950 -1.895 0.235 No H/Q in entry = 11 In of MODEL 4 1 H LYS 54 H LYS 54 -2.867 -1.483 3.602 2 HA LYS 54 HA LYS 54 -5.047 -2.921 2.485 3 HB2 LYS 54 HB2 LYS 54 -4.178 -2.272 5.276 4 HB3 LYS 54 HB3 LYS 54 -5.773 -2.954 5.006 5 HD2 LYS 54 HD2 LYS 54 -2.581 -3.750 3.241 6 HD3 LYS 54 HD3 LYS 54 -2.150 -3.702 4.951 7 HE2 LYS 54 HE2 LYS 54 -2.619 -6.172 3.285 8 HE3 LYS 54 HE3 LYS 54 -1.062 -5.569 3.853 9 HG2 LYS 54 HG2 LYS 54 -4.269 -4.716 5.539 10 HG3 LYS 54 HG3 LYS 54 -4.705 -4.852 3.841 11 HZ2 LYS 54 HZ1 LYS 54 -1.998 -7.430 5.180 12 HZ1 LYS 54 HZ2 LYS 54 -3.259 -6.398 5.668 13 HZ3 LYS 54 HZ3 LYS 54 -1.660 -6.033 6.090 No H/Q in entry = 13 In of MODEL 4 1 H LYS 55 H LYS 55 -4.750 0.232 3.990 2 HA LYS 55 HA LYS 55 -7.584 0.659 4.165 3 HB2 LYS 55 HB2 LYS 55 -5.256 2.543 4.508 4 HB3 LYS 55 HB3 LYS 55 -6.936 2.964 4.823 5 HD2 LYS 55 HD2 LYS 55 -7.948 0.575 6.172 6 HD3 LYS 55 HD3 LYS 55 -7.291 0.803 7.792 7 HE2 LYS 55 HE2 LYS 55 -8.494 2.944 6.039 8 HE3 LYS 55 HE3 LYS 55 -9.266 2.192 7.432 9 HG2 LYS 55 HG2 LYS 55 -5.484 0.718 6.201 10 HG3 LYS 55 HG3 LYS 55 -5.612 2.359 6.848 11 HZ2 LYS 55 HZ1 LYS 55 -6.846 3.914 7.447 12 HZ1 LYS 55 HZ2 LYS 55 -7.409 3.067 8.799 13 HZ3 LYS 55 HZ3 LYS 55 -8.366 4.283 8.099 No H/Q in entry = 13 In of MODEL 4 1 H LYS 56 H LYS 56 -5.187 1.176 1.737 2 HA LYS 56 HA LYS 56 -6.680 3.244 0.400 3 HB2 LYS 56 HB2 LYS 56 -4.429 1.606 -0.762 4 HB3 LYS 56 HB3 LYS 56 -5.031 3.146 -1.342 5 HD2 LYS 56 HD2 LYS 56 -5.063 4.016 1.947 6 HD3 LYS 56 HD3 LYS 56 -3.573 4.930 1.722 7 HE2 LYS 56 HE2 LYS 56 -4.578 5.600 -0.538 8 HE3 LYS 56 HE3 LYS 56 -6.104 5.008 0.127 9 HG2 LYS 56 HG2 LYS 56 -3.352 2.567 1.059 10 HG3 LYS 56 HG3 LYS 56 -3.046 3.677 -0.272 11 HZ3 LYS 56 HZ1 LYS 56 -5.903 7.375 0.481 12 HZ2 LYS 56 HZ2 LYS 56 -4.417 7.175 1.267 13 HZ1 LYS 56 HZ3 LYS 56 -5.834 6.574 1.978 No H/Q in entry = 13 In of MODEL 4 1 H GLY 57 H GLY 57 -6.446 -0.223 0.235 2 HA3 GLY 57 HA2 GLY 57 -8.642 -1.159 -0.590 3 HA2 GLY 57 HA3 GLY 57 -8.351 -0.182 -2.020 No H/Q in entry = 3 In of MODEL 4 1 H LEU 58 H LEU 58 -5.935 -2.040 -0.241 2 HA LEU 58 HA LEU 58 -5.843 -3.952 -2.465 3 HB2 LEU 58 HB2 LEU 58 -3.475 -2.662 -1.103 4 HB3 LEU 58 HB3 LEU 58 -3.361 -4.029 -2.192 5 HD13 LEU 58 HD11 LEU 58 -4.898 -0.585 -2.241 6 HD12 LEU 58 HD12 LEU 58 -3.840 -0.078 -3.559 7 HD11 LEU 58 HD13 LEU 58 -3.155 -0.502 -1.989 8 HD23 LEU 58 HD21 LEU 58 -1.659 -2.219 -3.190 9 HD22 LEU 58 HD22 LEU 58 -2.406 -1.727 -4.711 10 HD21 LEU 58 HD23 LEU 58 -2.427 -3.422 -4.225 11 HG LEU 58 HG LEU 58 -4.601 -2.383 -3.850 No H/Q in entry = 11 In of MODEL 4 1 H THR 59 H THR 59 -5.825 -6.016 -1.878 2 HA THR 59 HA THR 59 -5.868 -6.693 0.923 3 HB THR 59 HB THR 59 -6.039 -9.071 0.032 4 HG1 THR 59 HG1 THR 59 -6.219 -7.646 -2.449 5 HG22 THR 59 HG21 THR 59 -8.072 -7.047 -0.919 6 HG21 THR 59 HG22 THR 59 -7.998 -7.758 0.693 7 HG23 THR 59 HG23 THR 59 -8.360 -8.774 -0.703 No H/Q in entry = 7 In of MODEL 4 1 H ASP 60 H ASP 60 -4.531 -8.887 1.418 2 HA ASP 60 HA ASP 60 -1.911 -7.946 1.738 3 HB2 ASP 60 HB2 ASP 60 -3.099 -10.686 2.111 4 HB3 ASP 60 HB3 ASP 60 -1.410 -10.335 2.465 No H/Q in entry = 4 In of MODEL 4 1 H GLU 61 H GLU 61 -3.244 -10.175 -0.654 2 HA GLU 61 HA GLU 61 -0.765 -10.962 -1.754 3 HB2 GLU 61 HB2 GLU 61 -2.060 -11.704 -3.698 4 HB3 GLU 61 HB3 GLU 61 -2.810 -12.219 -2.197 5 HG2 GLU 61 HG2 GLU 61 -4.520 -10.598 -2.394 6 HG3 GLU 61 HG3 GLU 61 -3.681 -9.768 -3.704 No H/Q in entry = 6 In of MODEL 4 1 H GLU 62 H GLU 62 -2.816 -8.192 -2.250 2 HA GLU 62 HA GLU 62 -1.520 -7.353 -4.671 3 HB2 GLU 62 HB2 GLU 62 -3.498 -5.945 -2.882 4 HB3 GLU 62 HB3 GLU 62 -2.967 -5.362 -4.456 5 HG2 GLU 62 HG2 GLU 62 -3.941 -7.256 -5.549 6 HG3 GLU 62 HG3 GLU 62 -4.336 -7.999 -3.999 No H/Q in entry = 6 In of MODEL 4 1 H ILE 63 H ILE 63 -1.369 -6.487 -1.249 2 HA ILE 63 HA ILE 63 0.185 -4.167 -1.629 3 HB ILE 63 HB ILE 63 -0.841 -4.300 0.472 4 HD12 ILE 63 HD11 ILE 63 1.920 -3.507 2.893 5 HD11 ILE 63 HD12 ILE 63 0.842 -4.896 3.029 6 HD13 ILE 63 HD13 ILE 63 0.189 -3.309 2.623 7 HG12 ILE 63 HG12 ILE 63 2.085 -4.921 0.933 8 HG13 ILE 63 HG13 ILE 63 1.432 -3.339 0.522 9 HG22 ILE 63 HG21 ILE 63 -0.438 -6.096 2.087 10 HG21 ILE 63 HG22 ILE 63 0.521 -6.945 0.878 11 HG23 ILE 63 HG23 ILE 63 -1.199 -6.671 0.606 No H/Q in entry = 11 In of MODEL 4 1 H ASP 64 H ASP 64 1.201 -7.581 -1.036 2 HA ASP 64 HA ASP 64 3.944 -6.742 -1.336 3 HB2 ASP 64 HB2 ASP 64 4.625 -9.034 -1.321 4 HB3 ASP 64 HB3 ASP 64 3.484 -8.776 -0.032 No H/Q in entry = 4 In of MODEL 4 1 H MET 65 H MET 65 1.401 -7.620 -3.513 2 HA MET 65 HA MET 65 3.020 -8.300 -5.702 3 HB2 MET 65 HB2 MET 65 0.545 -8.493 -5.709 4 HB3 MET 65 HB3 MET 65 0.434 -6.741 -5.784 5 HE1 MET 65 HE1 MET 65 3.266 -9.395 -6.541 6 HE3 MET 65 HE2 MET 65 3.873 -8.633 -8.013 7 HE2 MET 65 HE3 MET 65 3.680 -10.385 -7.941 8 HG2 MET 65 HG2 MET 65 0.121 -7.418 -7.980 9 HG3 MET 65 HG3 MET 65 1.807 -6.921 -7.927 No H/Q in entry = 9 In of MODEL 4 1 H ALA 66 H ALA 66 1.860 -5.159 -4.563 2 HA ALA 66 HA ALA 66 3.247 -3.660 -6.557 3 HB1 ALA 66 HB1 ALA 66 2.064 -2.751 -3.931 4 HB3 ALA 66 HB2 ALA 66 1.226 -2.802 -5.482 5 HB2 ALA 66 HB3 ALA 66 2.582 -1.699 -5.249 No H/Q in entry = 5 In of MODEL 4 1 H PHE 67 H PHE 67 3.909 -4.529 -3.185 2 HA PHE 67 HA PHE 67 6.265 -2.928 -3.029 3 HB2 PHE 67 HB2 PHE 67 5.005 -4.975 -1.258 4 HB3 PHE 67 HB3 PHE 67 6.678 -4.507 -0.966 5 HD1 PHE 67 HD1 PHE 67 6.494 -1.592 -1.721 6 HD2 PHE 67 HD2 PHE 67 3.923 -4.081 0.585 7 HE1 PHE 67 HE1 PHE 67 5.707 0.377 -0.468 8 HE2 PHE 67 HE2 PHE 67 3.145 -2.125 1.849 9 HZ PHE 67 HZ PHE 67 4.057 0.187 1.206 No H/Q in entry = 9 In of MODEL 4 1 H GLN 68 H GLN 68 5.638 -6.248 -3.959 2 HA GLN 68 HA GLN 68 8.296 -7.163 -3.769 3 HB2 GLN 68 HB2 GLN 68 6.080 -8.494 -4.141 4 HB3 GLN 68 HB3 GLN 68 6.403 -8.215 -5.846 5 HE21 GLN 68 HE21 GLN 68 6.886 -10.899 -2.997 6 HE22 GLN 68 HE22 GLN 68 8.141 -10.721 -1.811 7 HG2 GLN 68 HG2 GLN 68 7.234 -10.374 -5.175 8 HG3 GLN 68 HG3 GLN 68 8.578 -9.314 -5.601 No H/Q in entry = 8 In of MODEL 4 1 H GLN 69 H GLN 69 6.358 -5.849 -6.431 2 HA GLN 69 HA GLN 69 8.412 -6.032 -8.388 3 HB2 GLN 69 HB2 GLN 69 5.861 -4.418 -8.340 4 HB3 GLN 69 HB3 GLN 69 6.924 -4.540 -9.733 5 HE21 GLN 69 HE21 GLN 69 3.672 -7.518 -9.770 6 HE22 GLN 69 HE22 GLN 69 3.101 -6.640 -11.149 7 HG2 GLN 69 HG2 GLN 69 6.571 -7.026 -9.651 8 HG3 GLN 69 HG3 GLN 69 5.321 -6.727 -8.442 No H/Q in entry = 8 In of MODEL 4 1 H SER 70 H SER 70 7.486 -3.534 -6.099 2 HA SER 70 HA SER 70 8.978 -1.467 -7.395 3 HB2 SER 70 HB2 SER 70 8.679 -0.280 -5.154 4 HB3 SER 70 HB3 SER 70 7.205 -0.716 -6.019 5 HG SER 70 HG SER 70 6.747 -2.193 -4.551 No H/Q in entry = 5 In of MODEL 4 1 H GLY 71 H GLY 71 9.907 -4.146 -5.596 2 HA3 GLY 71 HA2 GLY 71 12.104 -4.857 -5.346 3 HA2 GLY 71 HA3 GLY 71 12.649 -3.232 -5.728 No H/Q in entry = 3 In of MODEL 4 1 H THR 72 H THR 72 10.275 -3.765 -3.235 2 HA THR 72 HA THR 72 12.061 -2.637 -1.282 3 HB THR 72 HB THR 72 10.176 -2.908 0.308 4 HG1 THR 72 HG1 THR 72 8.709 -3.899 -1.931 5 HG22 THR 72 HG21 THR 72 8.615 -1.359 -0.813 6 HG21 THR 72 HG22 THR 72 9.449 -1.653 -2.340 7 HG23 THR 72 HG23 THR 72 10.300 -0.874 -1.004 No H/Q in entry = 7 In of MODEL 4 1 H ALA 73 H ALA 73 10.047 -5.557 -0.960 2 HA ALA 73 HA ALA 73 10.454 -7.621 -0.095 3 HB2 ALA 73 HB1 ALA 73 13.152 -7.204 -1.375 4 HB1 ALA 73 HB2 ALA 73 11.702 -7.787 -2.192 5 HB3 ALA 73 HB3 ALA 73 12.446 -8.754 -0.919 No H/Q in entry = 5 In of MODEL 4 1 H ALA 74 H ALA 74 10.801 -5.588 1.780 2 HA ALA 74 HA ALA 74 13.173 -6.269 3.313 3 HB2 ALA 74 HB1 ALA 74 10.924 -4.375 3.978 4 HB1 ALA 74 HB2 ALA 74 12.438 -3.933 3.188 5 HB3 ALA 74 HB3 ALA 74 12.452 -4.530 4.848 No H/Q in entry = 5 In of MODEL 4 1 H ASP 75 H ASP 75 9.656 -6.478 3.606 2 HA ASP 75 HA ASP 75 9.808 -8.950 5.043 3 HB2 ASP 75 HB2 ASP 75 8.736 -8.257 7.090 4 HB3 ASP 75 HB3 ASP 75 10.154 -7.238 6.864 No H/Q in entry = 4 In of MODEL 4 1 H GLU 76 H GLU 76 7.435 -9.528 5.742 2 HA GLU 76 HA GLU 76 5.804 -8.981 3.376 3 HB2 GLU 76 HB2 GLU 76 5.630 -11.203 5.422 4 HB3 GLU 76 HB3 GLU 76 4.570 -11.032 4.026 5 HG2 GLU 76 HG2 GLU 76 6.517 -11.229 2.543 6 HG3 GLU 76 HG3 GLU 76 7.552 -11.452 3.951 No H/Q in entry = 6 In of MODEL 4 1 HA PRO 77 HA PRO 77 3.031 -6.413 5.374 2 HB2 PRO 77 HB2 PRO 77 0.732 -7.528 3.964 3 HB3 PRO 77 HB3 PRO 77 1.566 -5.992 3.700 4 HD2 PRO 77 HD2 PRO 77 2.656 -9.676 3.273 5 HD3 PRO 77 HD3 PRO 77 4.115 -8.930 2.581 6 HG2 PRO 77 HG2 PRO 77 1.699 -8.027 1.933 7 HG3 PRO 77 HG3 PRO 77 3.046 -6.904 2.195 No H/Q in entry = 7 In of MODEL 4 1 H SER 78 H SER 78 3.278 -9.004 6.830 2 HA SER 78 HA SER 78 2.344 -10.082 8.596 3 HB2 SER 78 HB2 SER 78 0.603 -7.615 8.762 4 HB3 SER 78 HB3 SER 78 0.912 -8.766 10.063 5 HG SER 78 HG SER 78 3.270 -8.127 9.405 No H/Q in entry = 5 In of MODEL 4 1 H SER 79 H SER 79 1.308 -10.817 6.100 2 HA SER 79 HA SER 79 -1.521 -10.989 6.126 3 HB2 SER 79 HB2 SER 79 -1.014 -12.908 4.456 4 HB3 SER 79 HB3 SER 79 -0.526 -11.271 4.014 5 HG SER 79 HG SER 79 1.033 -13.219 3.903 No H/Q in entry = 5 In of MODEL 4 1 H LEU 80 H LEU 80 1.070 -12.933 7.400 2 HA LEU 80 HA LEU 80 -0.922 -14.528 8.836 3 HB2 LEU 80 HB2 LEU 80 0.644 -16.468 8.693 4 HB3 LEU 80 HB3 LEU 80 -0.100 -16.013 7.176 5 HD11 LEU 80 HD11 LEU 80 3.051 -15.029 9.019 6 HD13 LEU 80 HD12 LEU 80 4.075 -15.777 7.793 7 HD12 LEU 80 HD13 LEU 80 3.013 -16.776 8.786 8 HD23 LEU 80 HD21 LEU 80 3.100 -16.701 5.748 9 HD22 LEU 80 HD22 LEU 80 1.372 -16.558 5.427 10 HD21 LEU 80 HD23 LEU 80 1.952 -17.706 6.633 11 HG LEU 80 HG LEU 80 2.131 -14.702 6.786 No H/Q in entry = 11 In of MODEL 4 1 H TRP 81 H TRP 81 -0.335 -15.180 10.911 2 HA TRP 81 HA TRP 81 2.000 -13.778 12.042 3 HB2 TRP 81 HB2 TRP 81 -0.697 -14.218 13.354 4 HB3 TRP 81 HB3 TRP 81 0.705 -13.498 14.134 5 HD1 TRP 81 HD1 TRP 81 -1.900 -12.752 11.407 6 HE1 TRP 81 HE1 TRP 81 -2.023 -10.206 11.077 7 HE3 TRP 81 HE3 TRP 81 1.981 -11.366 14.431 8 HH2 TRP 81 HH2 TRP 81 1.221 -7.281 13.447 9 HZ2 TRP 81 HZ2 TRP 81 -0.650 -7.908 11.985 10 HZ3 TRP 81 HZ3 TRP 81 2.512 -8.975 14.648 No H/Q in entry = 10 In of MODEL 4 1 H1 SER 101 H2 SER 101 4.381 16.404 7.332 2 H2 SER 101 H1 SER 101 5.029 16.866 5.837 3 H3 SER 101 H3 SER 101 4.252 18.010 6.815 4 HA SER 101 HA SER 101 2.162 16.933 6.534 5 HB2 SER 101 HB2 SER 101 1.991 17.188 3.994 6 HB3 SER 101 HB3 SER 101 2.595 18.584 4.887 7 HG SER 101 HG SER 101 4.152 18.441 3.463 No H/Q in entry = 7 In of MODEL 4 1 H GLN 102 H GLN 102 3.004 14.716 7.423 2 HA GLN 102 HA GLN 102 3.580 12.658 5.555 3 HB2 GLN 102 HB2 GLN 102 2.451 12.497 8.354 4 HB3 GLN 102 HB3 GLN 102 3.014 11.120 7.423 5 HE21 GLN 102 HE21 GLN 102 5.809 13.666 6.352 6 HE22 GLN 102 HE22 GLN 102 6.836 12.431 5.716 7 HG2 GLN 102 HG2 GLN 102 4.712 13.448 8.280 8 HG3 GLN 102 HG3 GLN 102 4.651 11.879 9.077 No H/Q in entry = 8 In of MODEL 4 1 H GLU 103 H GLU 103 0.593 13.576 7.254 2 HA GLU 103 HA GLU 103 -1.030 11.523 6.249 3 HB2 GLU 103 HB2 GLU 103 -1.431 13.267 8.142 4 HB3 GLU 103 HB3 GLU 103 -2.096 14.264 6.854 5 HG2 GLU 103 HG2 GLU 103 -3.929 13.183 7.818 6 HG3 GLU 103 HG3 GLU 103 -3.611 12.308 6.318 No H/Q in entry = 6 In of MODEL 4 1 H LYS 104 H LYS 104 -0.440 14.803 5.079 2 HA LYS 104 HA LYS 104 -2.268 14.851 2.959 3 HB2 LYS 104 HB2 LYS 104 -0.965 16.767 4.001 4 HB3 LYS 104 HB3 LYS 104 0.407 16.252 3.037 5 HD2 LYS 104 HD2 LYS 104 -1.008 18.904 3.101 6 HD3 LYS 104 HD3 LYS 104 0.341 18.635 2.000 7 HE2 LYS 104 HE2 LYS 104 -2.446 19.386 1.136 8 HE3 LYS 104 HE3 LYS 104 -1.131 20.536 1.364 9 HG2 LYS 104 HG2 LYS 104 -0.757 16.754 1.002 10 HG3 LYS 104 HG3 LYS 104 -2.248 17.092 1.890 11 HZ1 LYS 104 HZ1 LYS 104 0.132 19.214 -0.319 12 HZ3 LYS 104 HZ2 LYS 104 -1.229 20.018 -0.924 13 HZ2 LYS 104 HZ3 LYS 104 -1.297 18.353 -0.637 No H/Q in entry = 13 In of MODEL 4 1 H PHE 105 H PHE 105 0.925 13.494 3.237 2 HA PHE 105 HA PHE 105 1.414 13.122 0.441 3 HB2 PHE 105 HB2 PHE 105 3.012 13.138 2.583 4 HB3 PHE 105 HB3 PHE 105 2.720 11.406 2.505 5 HD1 PHE 105 HD1 PHE 105 4.371 14.250 0.948 6 HD2 PHE 105 HD2 PHE 105 3.488 10.103 0.600 7 HE1 PHE 105 HE1 PHE 105 6.104 14.029 -0.782 8 HE2 PHE 105 HE2 PHE 105 5.223 9.873 -1.128 9 HZ PHE 105 HZ PHE 105 6.613 11.883 -1.744 No H/Q in entry = 9 In of MODEL 4 1 H PHE 106 H PHE 106 -0.064 11.242 2.998 2 HA PHE 106 HA PHE 106 -0.057 8.792 1.483 3 HB2 PHE 106 HB2 PHE 106 -1.456 9.490 4.073 4 HB3 PHE 106 HB3 PHE 106 -1.326 7.875 3.389 5 HD1 PHE 106 HD1 PHE 106 -0.233 9.460 6.046 6 HD2 PHE 106 HD2 PHE 106 1.453 7.779 2.517 7 HE1 PHE 106 HE1 PHE 106 1.898 9.135 7.220 8 HE2 PHE 106 HE2 PHE 106 3.586 7.443 3.692 9 HZ PHE 106 HZ PHE 106 3.797 8.139 6.076 No H/Q in entry = 9 In of MODEL 4 1 H GLN 107 H GLN 107 -2.173 11.491 1.786 2 HA GLN 107 HA GLN 107 -4.416 9.953 0.698 3 HB2 GLN 107 HB2 GLN 107 -4.940 11.414 2.576 4 HB3 GLN 107 HB3 GLN 107 -4.273 12.798 1.722 5 HE21 GLN 107 HE21 GLN 107 -7.895 13.822 0.282 6 HE22 GLN 107 HE22 GLN 107 -8.460 14.404 1.814 7 HG2 GLN 107 HG2 GLN 107 -6.023 12.646 0.052 8 HG3 GLN 107 HG3 GLN 107 -6.673 11.209 0.840 No H/Q in entry = 8 In of MODEL 4 1 H GLU 108 H GLU 108 -2.799 13.062 -0.002 2 HA GLU 108 HA GLU 108 -4.254 13.486 -2.382 3 HB2 GLU 108 HB2 GLU 108 -3.220 15.280 -1.047 4 HB3 GLU 108 HB3 GLU 108 -1.629 14.705 -1.520 5 HG2 GLU 108 HG2 GLU 108 -2.179 15.187 -3.868 6 HG3 GLU 108 HG3 GLU 108 -3.740 15.826 -3.351 No H/Q in entry = 6 In of MODEL 4 1 H LEU 109 H LEU 109 -1.146 11.975 -1.777 2 HA LEU 109 HA LEU 109 -0.357 12.104 -4.544 3 HB2 LEU 109 HB2 LEU 109 1.092 12.078 -2.345 4 HB3 LEU 109 HB3 LEU 109 0.991 10.339 -2.548 5 HD11 LEU 109 HD11 LEU 109 2.829 13.219 -3.351 6 HD13 LEU 109 HD12 LEU 109 4.032 12.272 -4.227 7 HD12 LEU 109 HD13 LEU 109 3.589 11.827 -2.579 8 HD23 LEU 109 HD21 LEU 109 3.505 9.990 -4.980 9 HD22 LEU 109 HD22 LEU 109 1.891 9.320 -4.743 10 HD21 LEU 109 HD23 LEU 109 2.985 9.493 -3.371 11 HG LEU 109 HG LEU 109 1.786 11.737 -4.989 No H/Q in entry = 11 In of MODEL 4 1 H PHE 110 H PHE 110 -2.507 10.194 -2.908 2 HA PHE 110 HA PHE 110 -1.888 7.795 -4.475 3 HB2 PHE 110 HB2 PHE 110 -2.411 7.774 -1.921 4 HB3 PHE 110 HB3 PHE 110 -4.087 7.943 -2.434 5 HD1 PHE 110 HD1 PHE 110 -5.305 6.124 -3.257 6 HD2 PHE 110 HD2 PHE 110 -1.099 5.776 -2.710 7 HE1 PHE 110 HE1 PHE 110 -5.464 3.695 -3.620 8 HE2 PHE 110 HE2 PHE 110 -1.248 3.347 -3.068 9 HZ PHE 110 HZ PHE 110 -3.383 2.309 -3.578 No H/Q in entry = 9 In of MODEL 4 1 H ASP 111 H ASP 111 -3.661 10.550 -4.768 2 HA ASP 111 HA ASP 111 -6.203 9.748 -5.575 3 HB2 ASP 111 HB2 ASP 111 -5.724 12.079 -5.201 4 HB3 ASP 111 HB3 ASP 111 -4.546 12.093 -6.510 No H/Q in entry = 4 In of MODEL 4 1 H SER 112 H SER 112 -3.338 10.295 -7.620 2 HA SER 112 HA SER 112 -4.237 8.274 -9.469 3 HB2 SER 112 HB2 SER 112 -5.417 10.469 -10.107 4 HB3 SER 112 HB3 SER 112 -3.823 11.069 -10.549 5 HG SER 112 HG SER 112 -5.485 9.512 -11.951 No H/Q in entry = 5 In of MODEL 5 1 H1 GLY 12 H3 GLY 12 0.537 10.195 7.875 2 H2 GLY 12 H2 GLY 12 0.822 11.458 6.786 3 H3 GLY 12 H1 GLY 12 -0.344 11.642 7.992 4 HA2 GLY 12 HA2 GLY 12 -0.457 9.779 5.683 5 HA3 GLY 12 HA3 GLY 12 -1.437 11.223 5.909 No H/Q in entry = 5 In of MODEL 5 1 H ALA 13 H ALA 13 -2.727 11.247 8.007 2 HA ALA 13 HA ALA 13 -4.253 8.806 8.124 3 HB3 ALA 13 HB1 ALA 13 -4.002 8.442 10.536 4 HB1 ALA 13 HB2 ALA 13 -2.773 9.707 10.595 5 HB2 ALA 13 HB3 ALA 13 -2.472 8.226 9.684 No H/Q in entry = 5 In of MODEL 5 1 H MET 14 H MET 14 -6.312 9.156 8.820 2 HA MET 14 HA MET 14 -6.938 11.774 10.014 3 HB2 MET 14 HB2 MET 14 -7.367 11.764 7.527 4 HB3 MET 14 HB3 MET 14 -8.553 10.495 7.795 5 HE1 MET 14 HE1 MET 14 -11.786 13.640 8.457 6 HE3 MET 14 HE2 MET 14 -11.820 14.468 6.899 7 HE2 MET 14 HE3 MET 14 -10.620 14.914 8.113 8 HG2 MET 14 HG2 MET 14 -9.835 12.024 9.229 9 HG3 MET 14 HG3 MET 14 -8.657 13.294 8.903 No H/Q in entry = 9 In of MODEL 5 1 H ALA 15 H ALA 15 -6.747 8.793 10.729 2 HA ALA 15 HA ALA 15 -7.760 7.290 12.089 3 HB2 ALA 15 HB1 ALA 15 -9.293 8.110 13.786 4 HB1 ALA 15 HB2 ALA 15 -9.506 9.618 12.897 5 HB3 ALA 15 HB3 ALA 15 -7.937 9.223 13.599 No H/Q in entry = 5 In of MODEL 5 1 H THR 16 H THR 16 -8.601 7.451 9.415 2 HA THR 16 HA THR 16 -11.473 7.241 9.316 3 HB THR 16 HB THR 16 -10.951 6.484 6.911 4 HG1 THR 16 HG1 THR 16 -8.771 7.230 6.283 5 HG23 THR 16 HG21 THR 16 -10.504 8.776 6.184 6 HG22 THR 16 HG22 THR 16 -10.030 9.213 7.827 7 HG21 THR 16 HG23 THR 16 -11.697 8.748 7.483 No H/Q in entry = 7 In of MODEL 5 1 HA PRO 17 HA PRO 17 -11.665 2.940 10.430 2 HB2 PRO 17 HB2 PRO 17 -14.247 3.043 8.985 3 HB3 PRO 17 HB3 PRO 17 -13.911 2.588 10.658 4 HD2 PRO 17 HD2 PRO 17 -13.546 5.875 8.627 5 HD3 PRO 17 HD3 PRO 17 -12.919 6.492 10.170 6 HG2 PRO 17 HG2 PRO 17 -15.086 4.915 10.077 7 HG3 PRO 17 HG3 PRO 17 -13.904 4.785 11.394 No H/Q in entry = 7 In of MODEL 5 1 H GLY 18 H GLY 18 -12.142 4.162 7.188 2 HA3 GLY 18 HA2 GLY 18 -10.550 2.760 5.701 3 HA2 GLY 18 HA3 GLY 18 -11.683 1.478 6.096 No H/Q in entry = 3 In of MODEL 5 1 H SER 19 H SER 19 -13.810 1.581 5.314 2 HA SER 19 HA SER 19 -15.357 1.847 3.688 3 HB2 SER 19 HB2 SER 19 -14.229 4.652 3.500 4 HB3 SER 19 HB3 SER 19 -15.756 4.110 2.798 5 HG SER 19 HG SER 19 -16.167 3.412 5.120 No H/Q in entry = 5 In of MODEL 5 1 H GLU 20 H GLU 20 -12.728 0.845 3.129 2 HA GLU 20 HA GLU 20 -12.089 1.702 0.447 3 HB2 GLU 20 HB2 GLU 20 -10.651 -0.599 0.822 4 HB3 GLU 20 HB3 GLU 20 -10.087 1.018 1.163 5 HG2 GLU 20 HG2 GLU 20 -9.674 -0.705 2.916 6 HG3 GLU 20 HG3 GLU 20 -10.445 0.772 3.433 No H/Q in entry = 6 In of MODEL 5 1 H ASN 21 H ASN 21 -13.342 -1.212 1.998 2 HA ASN 21 HA ASN 21 -14.655 -2.908 1.272 3 HB2 ASN 21 HB2 ASN 21 -14.955 -1.224 -1.225 4 HB3 ASN 21 HB3 ASN 21 -15.784 -2.758 -0.969 5 HD21 ASN 21 HD21 ASN 21 -17.403 -2.895 0.561 6 HD22 ASN 21 HD22 ASN 21 -18.172 -1.489 1.219 No H/Q in entry = 6 In of MODEL 5 1 H VAL 22 H VAL 22 -11.774 -2.029 0.159 2 HA VAL 22 HA VAL 22 -10.031 -3.026 -0.902 3 HB VAL 22 HB VAL 22 -11.157 -5.561 0.270 4 HG12 VAL 22 HG11 VAL 22 -8.342 -4.571 -0.128 5 HG11 VAL 22 HG12 VAL 22 -9.160 -5.785 -1.114 6 HG13 VAL 22 HG13 VAL 22 -8.804 -6.116 0.582 7 HG22 VAL 22 HG21 VAL 22 -11.319 -3.812 1.961 8 HG21 VAL 22 HG22 VAL 22 -9.631 -3.377 1.687 9 HG23 VAL 22 HG23 VAL 22 -10.037 -4.954 2.363 No H/Q in entry = 9 In of MODEL 5 1 H LEU 23 H LEU 23 -10.929 -2.646 -3.055 2 HA LEU 23 HA LEU 23 -11.774 -5.099 -4.417 3 HB2 LEU 23 HB2 LEU 23 -11.802 -2.197 -5.135 4 HB3 LEU 23 HB3 LEU 23 -11.753 -3.380 -6.424 5 HD13 LEU 23 HD11 LEU 23 -13.667 -4.976 -6.719 6 HD12 LEU 23 HD12 LEU 23 -15.071 -4.852 -5.657 7 HD11 LEU 23 HD13 LEU 23 -13.542 -5.468 -5.028 8 HD22 LEU 23 HD21 LEU 23 -13.879 -1.942 -3.752 9 HD21 LEU 23 HD22 LEU 23 -13.621 -3.599 -3.208 10 HD23 LEU 23 HD23 LEU 23 -15.170 -3.132 -3.914 11 HG LEU 23 HG LEU 23 -14.027 -2.676 -6.049 No H/Q in entry = 11 In of MODEL 5 1 HA PRO 24 HA PRO 24 -7.371 -5.670 -5.343 2 HB2 PRO 24 HB2 PRO 24 -7.803 -8.035 -6.684 3 HB3 PRO 24 HB3 PRO 24 -7.585 -7.912 -4.935 4 HD2 PRO 24 HD2 PRO 24 -11.292 -6.776 -5.046 5 HD3 PRO 24 HD3 PRO 24 -10.119 -7.023 -3.736 6 HG2 PRO 24 HG2 PRO 24 -10.114 -8.118 -6.521 7 HG3 PRO 24 HG3 PRO 24 -9.678 -8.914 -4.997 No H/Q in entry = 7 In of MODEL 5 1 H ARG 25 H ARG 25 -7.518 -3.841 -6.769 2 HA ARG 25 HA ARG 25 -8.294 -4.438 -9.533 3 HB2 ARG 25 HB2 ARG 25 -7.919 -1.817 -8.078 4 HB3 ARG 25 HB3 ARG 25 -8.314 -1.954 -9.787 5 HD2 ARG 25 HD2 ARG 25 -10.303 -0.507 -9.125 6 HD3 ARG 25 HD3 ARG 25 -11.532 -1.197 -8.066 7 HE ARG 25 HE ARG 25 -9.327 -0.989 -6.479 8 HG2 ARG 25 HG2 ARG 25 -10.426 -2.959 -9.280 9 HG3 ARG 25 HG3 ARG 25 -10.011 -3.071 -7.568 10 HH11 ARG 25 HH11 ARG 25 -11.200 1.231 -8.426 11 HH12 ARG 25 HH12 ARG 25 -10.823 2.616 -7.440 12 HH21 ARG 25 HH21 ARG 25 -8.818 0.839 -5.176 13 HH22 ARG 25 HH22 ARG 25 -9.454 2.396 -5.609 No H/Q in entry = 13 In of MODEL 5 1 H GLU 26 H GLU 26 -6.887 -4.383 -11.127 2 HA GLU 26 HA GLU 26 -4.131 -4.611 -10.582 3 HB2 GLU 26 HB2 GLU 26 -5.609 -4.307 -13.195 4 HB3 GLU 26 HB3 GLU 26 -3.903 -4.720 -13.059 5 HG2 GLU 26 HG2 GLU 26 -4.428 -6.773 -11.940 6 HG3 GLU 26 HG3 GLU 26 -6.135 -6.340 -11.857 No H/Q in entry = 6 In of MODEL 5 1 HA PRO 27 HA PRO 27 -3.757 -0.177 -12.632 2 HB2 PRO 27 HB2 PRO 27 -5.965 1.399 -12.144 3 HB3 PRO 27 HB3 PRO 27 -5.622 0.609 -13.685 4 HD2 PRO 27 HD2 PRO 27 -7.017 -2.475 -11.771 5 HD3 PRO 27 HD3 PRO 27 -6.408 -2.240 -13.423 6 HG2 PRO 27 HG2 PRO 27 -7.440 -0.216 -11.478 7 HG3 PRO 27 HG3 PRO 27 -7.687 -0.320 -13.231 No H/Q in entry = 7 In of MODEL 5 1 H LEU 28 H LEU 28 -5.481 -1.005 -9.721 2 HA LEU 28 HA LEU 28 -4.726 1.302 -8.227 3 HB2 LEU 28 HB2 LEU 28 -6.649 -0.168 -7.648 4 HB3 LEU 28 HB3 LEU 28 -5.515 -1.429 -7.206 5 HD11 LEU 28 HD11 LEU 28 -5.125 2.188 -6.427 6 HD13 LEU 28 HD12 LEU 28 -5.810 2.059 -4.807 7 HD12 LEU 28 HD13 LEU 28 -6.850 1.883 -6.221 8 HD23 LEU 28 HD21 LEU 28 -6.568 -0.104 -3.945 9 HD22 LEU 28 HD22 LEU 28 -6.349 -1.576 -4.891 10 HD21 LEU 28 HD23 LEU 28 -7.595 -0.412 -5.346 11 HG LEU 28 HG LEU 28 -4.613 0.027 -5.423 No H/Q in entry = 11 In of MODEL 5 1 H ILE 29 H ILE 29 -3.335 -1.863 -8.811 2 HA ILE 29 HA ILE 29 -1.207 -1.725 -6.974 3 HB ILE 29 HB ILE 29 -1.276 -3.068 -9.687 4 HD11 ILE 29 HD11 ILE 29 -0.802 -5.865 -8.322 5 HD13 ILE 29 HD12 ILE 29 -2.018 -5.567 -9.564 6 HD12 ILE 29 HD13 ILE 29 -2.499 -6.216 -7.995 7 HG12 ILE 29 HG12 ILE 29 -1.825 -4.156 -6.915 8 HG13 ILE 29 HG13 ILE 29 -3.036 -3.853 -8.155 9 HG23 ILE 29 HG21 ILE 29 0.569 -4.440 -8.880 10 HG22 ILE 29 HG22 ILE 29 0.588 -3.542 -7.362 11 HG21 ILE 29 HG23 ILE 29 1.014 -2.733 -8.869 No H/Q in entry = 11 In of MODEL 5 1 H ALA 30 H ALA 30 -1.485 -0.682 -10.354 2 HA ALA 30 HA ALA 30 1.098 0.413 -10.603 3 HB2 ALA 30 HB1 ALA 30 -1.433 1.207 -12.044 4 HB1 ALA 30 HB2 ALA 30 -0.317 -0.066 -12.535 5 HB3 ALA 30 HB3 ALA 30 0.209 1.617 -12.537 No H/Q in entry = 5 In of MODEL 5 1 H THR 31 H THR 31 -1.875 1.655 -9.265 2 HA THR 31 HA THR 31 -1.094 4.356 -8.939 3 HB THR 31 HB THR 31 -3.044 2.652 -7.380 4 HG1 THR 31 HG1 THR 31 -3.591 3.078 -9.583 5 HG22 THR 31 HG21 THR 31 -2.648 5.642 -7.288 6 HG21 THR 31 HG22 THR 31 -2.268 4.510 -5.988 7 HG23 THR 31 HG23 THR 31 -3.944 4.747 -6.493 No H/Q in entry = 7 In of MODEL 5 1 H ALA 32 H ALA 32 -0.827 1.495 -6.863 2 HA ALA 32 HA ALA 32 0.326 2.752 -4.634 3 HB3 ALA 32 HB1 ALA 32 0.672 -0.097 -5.568 4 HB1 ALA 32 HB2 ALA 32 -0.624 0.498 -4.531 5 HB2 ALA 32 HB3 ALA 32 1.043 0.514 -3.957 No H/Q in entry = 5 In of MODEL 5 1 H VAL 33 H VAL 33 1.797 1.175 -7.450 2 HA VAL 33 HA VAL 33 4.483 1.508 -6.689 3 HB VAL 33 HB VAL 33 3.381 1.506 -9.516 4 HG13 VAL 33 HG11 VAL 33 5.566 0.584 -10.118 5 HG12 VAL 33 HG12 VAL 33 6.093 0.746 -8.442 6 HG11 VAL 33 HG13 VAL 33 5.711 2.184 -9.390 7 HG23 VAL 33 HG21 VAL 33 4.211 -0.833 -7.800 8 HG22 VAL 33 HG22 VAL 33 3.710 -0.909 -9.489 9 HG21 VAL 33 HG23 VAL 33 2.558 -0.419 -8.247 No H/Q in entry = 9 In of MODEL 5 1 H LYS 34 H LYS 34 2.328 3.585 -8.616 2 HA LYS 34 HA LYS 34 4.020 5.703 -9.195 3 HB2 LYS 34 HB2 LYS 34 1.813 5.661 -10.120 4 HB3 LYS 34 HB3 LYS 34 1.072 5.636 -8.529 5 HD2 LYS 34 HD2 LYS 34 1.792 7.844 -7.019 6 HD3 LYS 34 HD3 LYS 34 1.157 9.209 -7.943 7 HE2 LYS 34 HE2 LYS 34 -0.263 6.567 -7.716 8 HE3 LYS 34 HE3 LYS 34 -0.526 7.903 -6.598 9 HG2 LYS 34 HG2 LYS 34 2.738 7.984 -9.308 10 HG3 LYS 34 HG3 LYS 34 1.116 7.820 -9.980 11 HZ1 LYS 34 HZ1 LYS 34 -1.172 9.274 -8.540 12 HZ3 LYS 34 HZ2 LYS 34 -2.197 7.953 -8.280 13 HZ2 LYS 34 HZ3 LYS 34 -1.053 7.898 -9.527 No H/Q in entry = 13 In of MODEL 5 1 H PHE 35 H PHE 35 1.969 5.246 -6.370 2 HA PHE 35 HA PHE 35 2.654 7.497 -4.893 3 HB2 PHE 35 HB2 PHE 35 0.801 5.990 -4.381 4 HB3 PHE 35 HB3 PHE 35 1.942 4.730 -3.949 5 HD1 PHE 35 HD1 PHE 35 0.931 8.171 -3.050 6 HD2 PHE 35 HD2 PHE 35 2.653 4.498 -1.783 7 HE1 PHE 35 HE1 PHE 35 0.968 8.995 -0.741 8 HE2 PHE 35 HE2 PHE 35 2.700 5.302 0.511 9 HZ PHE 35 HZ PHE 35 1.796 7.532 1.071 No H/Q in entry = 9 In of MODEL 5 1 H LEU 36 H LEU 36 4.040 4.248 -4.806 2 HA LEU 36 HA LEU 36 5.906 4.616 -2.780 3 HB2 LEU 36 HB2 LEU 36 5.507 2.705 -4.994 4 HB3 LEU 36 HB3 LEU 36 7.096 2.728 -4.263 5 HD11 LEU 36 HD11 LEU 36 4.272 3.462 -2.056 6 HD13 LEU 36 HD12 LEU 36 3.888 1.787 -1.658 7 HD12 LEU 36 HD13 LEU 36 3.472 2.432 -3.246 8 HD21 LEU 36 HD21 LEU 36 4.813 0.560 -4.355 9 HD23 LEU 36 HD22 LEU 36 5.090 -0.054 -2.726 10 HD22 LEU 36 HD23 LEU 36 6.459 0.262 -3.791 11 HG LEU 36 HG LEU 36 6.256 2.035 -2.160 No H/Q in entry = 11 In of MODEL 5 1 H GLN 37 H GLN 37 6.390 4.936 -6.300 2 HA GLN 37 HA GLN 37 9.231 5.207 -5.919 3 HB2 GLN 37 HB2 GLN 37 7.534 5.318 -8.404 4 HB3 GLN 37 HB3 GLN 37 9.294 5.368 -8.395 5 HE21 GLN 37 HE21 GLN 37 9.478 1.335 -8.613 6 HE22 GLN 37 HE22 GLN 37 8.984 1.286 -10.272 7 HG2 GLN 37 HG2 GLN 37 9.389 3.184 -7.378 8 HG3 GLN 37 HG3 GLN 37 7.629 3.138 -7.258 No H/Q in entry = 8 In of MODEL 5 1 H ASN 38 H ASN 38 7.594 7.348 -4.803 2 HA ASN 38 HA ASN 38 8.784 9.603 -6.259 3 HB2 ASN 38 HB2 ASN 38 6.622 9.387 -4.200 4 HB3 ASN 38 HB3 ASN 38 7.554 10.879 -4.293 5 HD21 ASN 38 HD21 ASN 38 5.274 8.815 -5.913 6 HD22 ASN 38 HD22 ASN 38 4.823 9.952 -7.133 No H/Q in entry = 6 In of MODEL 5 1 H SER 39 H SER 39 10.240 7.549 -4.838 2 HA SER 39 HA SER 39 12.209 7.411 -3.771 3 HB2 SER 39 HB2 SER 39 11.949 10.402 -3.410 4 HB3 SER 39 HB3 SER 39 13.403 9.457 -3.079 5 HG SER 39 HG SER 39 13.291 10.477 -5.209 No H/Q in entry = 5 In of MODEL 5 1 H ARG 40 H ARG 40 10.385 9.860 -1.910 2 HA ARG 40 HA ARG 40 11.348 9.067 0.582 3 HB2 ARG 40 HB2 ARG 40 8.817 10.485 -0.200 4 HB3 ARG 40 HB3 ARG 40 9.231 10.173 1.478 5 HD2 ARG 40 HD2 ARG 40 10.459 13.519 1.445 6 HD3 ARG 40 HD3 ARG 40 8.874 12.951 0.917 7 HE ARG 40 HE ARG 40 10.176 11.500 3.095 8 HG2 ARG 40 HG2 ARG 40 11.445 11.374 0.923 9 HG3 ARG 40 HG3 ARG 40 10.572 11.979 -0.490 10 HH11 ARG 40 HH11 ARG 40 7.732 13.826 2.099 11 HH12 ARG 40 HH12 ARG 40 6.823 13.666 3.570 12 HH21 ARG 40 HH21 ARG 40 8.958 11.278 4.998 13 HH22 ARG 40 HH22 ARG 40 7.499 12.201 5.211 No H/Q in entry = 13 In of MODEL 5 1 H VAL 41 H VAL 41 8.433 8.006 -1.126 2 HA VAL 41 HA VAL 41 7.266 6.675 1.046 3 HB VAL 41 HB VAL 41 6.893 6.035 -1.890 4 HG11 VAL 41 HG11 VAL 41 5.193 5.459 0.543 5 HG13 VAL 41 HG12 VAL 41 6.050 4.277 -0.445 6 HG12 VAL 41 HG13 VAL 41 4.701 5.184 -1.128 7 HG22 VAL 41 HG21 VAL 41 6.466 8.387 -1.444 8 HG21 VAL 41 HG22 VAL 41 5.442 7.967 -0.071 9 HG23 VAL 41 HG23 VAL 41 4.940 7.539 -1.707 No H/Q in entry = 9 In of MODEL 5 1 H ARG 42 H ARG 42 9.540 5.527 -1.413 2 HA ARG 42 HA ARG 42 9.306 2.790 -0.654 3 HB2 ARG 42 HB2 ARG 42 11.533 4.188 -2.159 4 HB3 ARG 42 HB3 ARG 42 11.351 2.445 -2.011 5 HD2 ARG 42 HD2 ARG 42 10.884 1.706 -4.193 6 HD3 ARG 42 HD3 ARG 42 9.885 2.659 -5.287 7 HE ARG 42 HE ARG 42 11.931 4.327 -4.563 8 HG2 ARG 42 HG2 ARG 42 9.020 2.832 -3.049 9 HG3 ARG 42 HG3 ARG 42 9.678 4.392 -3.542 10 HH11 ARG 42 HH11 ARG 42 11.739 1.141 -6.016 11 HH12 ARG 42 HH12 ARG 42 13.159 1.367 -6.996 12 HH21 ARG 42 HH21 ARG 42 13.776 4.629 -5.866 13 HH22 ARG 42 HH22 ARG 42 14.296 3.359 -6.929 No H/Q in entry = 13 In of MODEL 5 1 H GLN 43 H GLN 43 10.793 5.438 0.803 2 HA GLN 43 HA GLN 43 12.509 3.668 2.414 3 HB2 GLN 43 HB2 GLN 43 12.807 6.603 1.776 4 HB3 GLN 43 HB3 GLN 43 13.790 5.756 2.965 5 HE21 GLN 43 HE21 GLN 43 13.617 2.781 0.654 6 HE22 GLN 43 HE22 GLN 43 15.025 2.023 1.316 7 HG2 GLN 43 HG2 GLN 43 13.615 4.967 0.068 8 HG3 GLN 43 HG3 GLN 43 14.851 6.041 0.721 No H/Q in entry = 8 In of MODEL 5 1 H SER 44 H SER 44 9.569 4.880 2.567 2 HA SER 44 HA SER 44 9.689 6.088 5.205 3 HB2 SER 44 HB2 SER 44 7.269 6.399 4.958 4 HB3 SER 44 HB3 SER 44 8.101 6.963 3.509 5 HG SER 44 HG SER 44 7.583 4.896 2.567 No H/Q in entry = 5 In of MODEL 5 1 HA PRO 45 HA PRO 45 9.104 2.598 7.802 2 HB2 PRO 45 HB2 PRO 45 6.573 3.891 8.729 3 HB3 PRO 45 HB3 PRO 45 7.913 3.229 9.675 4 HD2 PRO 45 HD2 PRO 45 7.596 6.150 7.080 5 HD3 PRO 45 HD3 PRO 45 9.361 6.131 7.263 6 HG2 PRO 45 HG2 PRO 45 7.662 5.854 9.363 7 HG3 PRO 45 HG3 PRO 45 9.261 5.087 9.313 No H/Q in entry = 7 In of MODEL 5 1 H LEU 46 H LEU 46 8.565 0.748 6.871 2 HA LEU 46 HA LEU 46 6.377 0.232 5.228 3 HB2 LEU 46 HB2 LEU 46 8.224 -1.504 6.819 4 HB3 LEU 46 HB3 LEU 46 6.842 -2.220 6.012 5 HD11 LEU 46 HD11 LEU 46 8.749 -3.573 4.877 6 HD13 LEU 46 HD12 LEU 46 9.993 -2.525 5.561 7 HD12 LEU 46 HD13 LEU 46 9.858 -2.710 3.812 8 HD22 LEU 46 HD21 LEU 46 6.756 -0.762 3.446 9 HD21 LEU 46 HD22 LEU 46 6.809 -2.518 3.615 10 HD23 LEU 46 HD23 LEU 46 7.987 -1.695 2.593 11 HG LEU 46 HG LEU 46 8.916 -0.577 4.562 No H/Q in entry = 11 In of MODEL 5 1 H ALA 47 H ALA 47 6.634 0.229 8.698 2 HA ALA 47 HA ALA 47 4.404 -1.261 9.425 3 HB3 ALA 47 HB1 ALA 47 5.451 1.251 10.732 4 HB1 ALA 47 HB2 ALA 47 5.995 -0.396 11.053 5 HB2 ALA 47 HB3 ALA 47 4.352 0.089 11.474 No H/Q in entry = 5 In of MODEL 5 1 H THR 48 H THR 48 4.593 2.151 8.469 2 HA THR 48 HA THR 48 1.797 2.637 8.678 3 HB THR 48 HB THR 48 3.904 4.079 7.052 4 HG1 THR 48 HG1 THR 48 3.380 4.013 9.682 5 HG21 THR 48 HG21 THR 48 1.067 4.892 7.722 6 HG23 THR 48 HG22 THR 48 1.707 4.541 6.113 7 HG22 THR 48 HG23 THR 48 2.277 5.954 7.005 No H/Q in entry = 7 In of MODEL 5 1 H ARG 49 H ARG 49 3.961 1.846 5.988 2 HA ARG 49 HA ARG 49 2.045 2.140 3.963 3 HB2 ARG 49 HB2 ARG 49 4.688 0.714 4.055 4 HB3 ARG 49 HB3 ARG 49 3.707 0.755 2.600 5 HD2 ARG 49 HD2 ARG 49 5.462 1.777 1.445 6 HD3 ARG 49 HD3 ARG 49 5.859 3.467 1.719 7 HE ARG 49 HE ARG 49 7.087 2.408 3.783 8 HG2 ARG 49 HG2 ARG 49 3.770 3.237 2.702 9 HG3 ARG 49 HG3 ARG 49 4.877 3.110 4.068 10 HH11 ARG 49 HH11 ARG 49 6.912 1.136 0.528 11 HH12 ARG 49 HH12 ARG 49 8.496 0.440 0.575 12 HH21 ARG 49 HH21 ARG 49 9.198 1.533 3.836 13 HH22 ARG 49 HH22 ARG 49 9.807 0.678 2.453 No H/Q in entry = 13 In of MODEL 5 1 H ARG 50 H ARG 50 2.733 -0.591 6.047 2 HA ARG 50 HA ARG 50 1.469 -2.610 4.552 3 HB2 ARG 50 HB2 ARG 50 1.708 -2.234 7.542 4 HB3 ARG 50 HB3 ARG 50 1.035 -3.678 6.804 5 HD2 ARG 50 HD2 ARG 50 2.738 -4.206 4.603 6 HD3 ARG 50 HD3 ARG 50 4.240 -4.783 5.320 7 HE ARG 50 HE ARG 50 2.069 -5.756 6.819 8 HG2 ARG 50 HG2 ARG 50 3.816 -2.669 6.269 9 HG3 ARG 50 HG3 ARG 50 3.421 -3.857 7.510 10 HH11 ARG 50 HH11 ARG 50 3.585 -6.159 3.693 11 HH12 ARG 50 HH12 ARG 50 3.041 -7.793 3.479 12 HH21 ARG 50 HH21 ARG 50 1.379 -7.933 6.577 13 HH22 ARG 50 HH22 ARG 50 1.796 -8.804 5.129 No H/Q in entry = 13 In of MODEL 5 1 H ALA 51 H ALA 51 0.094 -0.753 7.275 2 HA ALA 51 HA ALA 51 -2.569 -1.590 6.789 3 HB2 ALA 51 HB1 ALA 51 -1.566 0.806 8.329 4 HB1 ALA 51 HB2 ALA 51 -1.827 -0.812 8.982 5 HB3 ALA 51 HB3 ALA 51 -3.196 0.140 8.406 No H/Q in entry = 5 In of MODEL 5 1 H PHE 52 H PHE 52 -0.628 1.097 5.734 2 HA PHE 52 HA PHE 52 -2.533 2.790 4.645 3 HB2 PHE 52 HB2 PHE 52 -0.195 3.406 4.813 4 HB3 PHE 52 HB3 PHE 52 0.258 2.161 3.662 5 HD1 PHE 52 HD1 PHE 52 0.186 2.537 1.365 6 HD2 PHE 52 HD2 PHE 52 -1.571 5.320 4.052 7 HE1 PHE 52 HE1 PHE 52 -0.107 4.128 -0.483 8 HE2 PHE 52 HE2 PHE 52 -1.865 6.919 2.213 9 HZ PHE 52 HZ PHE 52 -1.011 6.331 -0.054 No H/Q in entry = 9 In of MODEL 5 1 H LEU 53 H LEU 53 -0.781 0.144 2.958 2 HA LEU 53 HA LEU 53 -2.133 0.440 0.518 3 HB2 LEU 53 HB2 LEU 53 -0.972 -2.097 1.665 4 HB3 LEU 53 HB3 LEU 53 -1.412 -1.843 -0.008 5 HD11 LEU 53 HD11 LEU 53 1.205 -2.845 0.469 6 HD13 LEU 53 HD12 LEU 53 2.168 -1.611 -0.345 7 HD12 LEU 53 HD13 LEU 53 0.671 -2.187 -1.079 8 HD21 LEU 53 HD21 LEU 53 -0.102 0.220 -1.182 9 HD23 LEU 53 HD22 LEU 53 1.425 0.684 -0.435 10 HD22 LEU 53 HD23 LEU 53 -0.100 1.183 0.298 11 HG LEU 53 HG LEU 53 0.899 -0.674 1.512 No H/Q in entry = 11 In of MODEL 5 1 H LYS 54 H LYS 54 -2.852 -1.645 3.303 2 HA LYS 54 HA LYS 54 -4.998 -3.042 2.167 3 HB2 LYS 54 HB2 LYS 54 -3.889 -2.681 4.817 4 HB3 LYS 54 HB3 LYS 54 -5.644 -2.718 4.881 5 HD2 LYS 54 HD2 LYS 54 -3.597 -6.085 3.328 6 HD3 LYS 54 HD3 LYS 54 -3.398 -4.509 2.560 7 HE2 LYS 54 HE2 LYS 54 -1.364 -4.983 3.724 8 HE3 LYS 54 HE3 LYS 54 -2.231 -3.743 4.640 9 HG2 LYS 54 HG2 LYS 54 -4.767 -4.927 5.209 10 HG3 LYS 54 HG3 LYS 54 -5.617 -4.857 3.665 11 HZ2 LYS 54 HZ1 LYS 54 -2.170 -6.646 5.275 12 HZ1 LYS 54 HZ2 LYS 54 -3.052 -5.472 6.134 13 HZ3 LYS 54 HZ3 LYS 54 -1.358 -5.416 6.116 No H/Q in entry = 13 In of MODEL 5 1 H LYS 55 H LYS 55 -4.962 0.005 3.966 2 HA LYS 55 HA LYS 55 -7.777 0.386 3.871 3 HB2 LYS 55 HB2 LYS 55 -5.512 2.301 4.431 4 HB3 LYS 55 HB3 LYS 55 -7.210 2.757 4.520 5 HD2 LYS 55 HD2 LYS 55 -8.651 1.765 6.414 6 HD3 LYS 55 HD3 LYS 55 -8.298 0.228 5.623 7 HE2 LYS 55 HE2 LYS 55 -8.987 -0.235 7.864 8 HE3 LYS 55 HE3 LYS 55 -7.257 -0.545 7.756 9 HG2 LYS 55 HG2 LYS 55 -5.881 0.609 6.162 10 HG3 LYS 55 HG3 LYS 55 -6.322 2.224 6.723 11 HZ3 LYS 55 HZ1 LYS 55 -7.629 0.624 9.756 12 HZ2 LYS 55 HZ2 LYS 55 -8.600 1.785 9.001 13 HZ1 LYS 55 HZ3 LYS 55 -6.936 1.749 8.692 No H/Q in entry = 13 In of MODEL 5 1 H LYS 56 H LYS 56 -5.264 0.919 1.580 2 HA LYS 56 HA LYS 56 -6.627 2.948 0.085 3 HB2 LYS 56 HB2 LYS 56 -4.375 1.102 -0.709 4 HB3 LYS 56 HB3 LYS 56 -4.973 2.426 -1.697 5 HD2 LYS 56 HD2 LYS 56 -3.447 5.120 0.216 6 HD3 LYS 56 HD3 LYS 56 -4.466 4.713 -1.161 7 HE2 LYS 56 HE2 LYS 56 -5.702 5.919 0.575 8 HE3 LYS 56 HE3 LYS 56 -6.342 4.297 0.320 9 HG2 LYS 56 HG2 LYS 56 -3.843 2.788 1.069 10 HG3 LYS 56 HG3 LYS 56 -2.885 2.904 -0.402 11 HZ3 LYS 56 HZ1 LYS 56 -5.179 3.558 2.289 12 HZ2 LYS 56 HZ2 LYS 56 -6.192 4.867 2.664 13 HZ1 LYS 56 HZ3 LYS 56 -4.521 5.100 2.522 No H/Q in entry = 13 In of MODEL 5 1 H GLY 57 H GLY 57 -6.823 -0.507 0.245 2 HA3 GLY 57 HA2 GLY 57 -9.054 -1.298 -0.434 3 HA2 GLY 57 HA3 GLY 57 -8.857 -0.344 -1.891 No H/Q in entry = 3 In of MODEL 5 1 H LEU 58 H LEU 58 -6.275 -2.345 -0.558 2 HA LEU 58 HA LEU 58 -6.946 -4.439 -2.466 3 HB2 LEU 58 HB2 LEU 58 -4.432 -4.562 -3.036 4 HB3 LEU 58 HB3 LEU 58 -5.441 -3.387 -3.843 5 HD11 LEU 58 HD11 LEU 58 -3.526 -3.395 -0.605 6 HD13 LEU 58 HD12 LEU 58 -2.341 -2.243 -1.221 7 HD12 LEU 58 HD13 LEU 58 -2.448 -3.858 -1.922 8 HD23 LEU 58 HD21 LEU 58 -2.610 -1.230 -3.413 9 HD22 LEU 58 HD22 LEU 58 -4.046 -1.546 -4.389 10 HD21 LEU 58 HD23 LEU 58 -2.797 -2.782 -4.228 11 HG LEU 58 HG LEU 58 -4.581 -1.739 -2.035 No H/Q in entry = 11 In of MODEL 5 1 H THR 59 H THR 59 -6.227 -6.490 -1.937 2 HA THR 59 HA THR 59 -6.243 -6.916 0.865 3 HB THR 59 HB THR 59 -5.827 -9.378 0.009 4 HG1 THR 59 HG1 THR 59 -6.217 -9.648 -2.127 5 HG22 THR 59 HG21 THR 59 -8.361 -7.840 -0.561 6 HG21 THR 59 HG22 THR 59 -7.914 -8.564 0.985 7 HG23 THR 59 HG23 THR 59 -8.233 -9.591 -0.416 No H/Q in entry = 7 In of MODEL 5 1 H ASP 60 H ASP 60 -4.748 -8.422 1.982 2 HA ASP 60 HA ASP 60 -2.253 -7.301 2.266 3 HB2 ASP 60 HB2 ASP 60 -3.557 -8.951 3.768 4 HB3 ASP 60 HB3 ASP 60 -2.739 -10.210 2.853 No H/Q in entry = 4 In of MODEL 5 1 H GLU 61 H GLU 61 -3.038 -10.290 0.516 2 HA GLU 61 HA GLU 61 -0.525 -11.020 -0.367 3 HB2 GLU 61 HB2 GLU 61 -1.712 -12.122 -2.262 4 HB3 GLU 61 HB3 GLU 61 -2.431 -12.456 -0.691 5 HG2 GLU 61 HG2 GLU 61 -4.197 -10.866 -1.111 6 HG3 GLU 61 HG3 GLU 61 -3.443 -10.379 -2.627 No H/Q in entry = 6 In of MODEL 5 1 H GLU 62 H GLU 62 -2.685 -8.590 -1.696 2 HA GLU 62 HA GLU 62 -1.154 -8.242 -4.102 3 HB2 GLU 62 HB2 GLU 62 -3.407 -6.576 -2.966 4 HB3 GLU 62 HB3 GLU 62 -2.743 -6.434 -4.586 5 HG2 GLU 62 HG2 GLU 62 -4.095 -8.889 -3.489 6 HG3 GLU 62 HG3 GLU 62 -4.862 -7.683 -4.517 No H/Q in entry = 6 In of MODEL 5 1 H ILE 63 H ILE 63 -1.227 -6.832 -0.919 2 HA ILE 63 HA ILE 63 0.068 -4.415 -1.640 3 HB ILE 63 HB ILE 63 0.267 -3.875 0.577 4 HD11 ILE 63 HD11 ILE 63 1.145 -4.235 2.842 5 HD13 ILE 63 HD12 ILE 63 1.305 -5.869 3.485 6 HD12 ILE 63 HD13 ILE 63 -0.297 -5.180 3.210 7 HG12 ILE 63 HG12 ILE 63 0.275 -6.761 1.467 8 HG13 ILE 63 HG13 ILE 63 1.751 -5.864 1.116 9 HG22 ILE 63 HG21 ILE 63 -1.890 -5.969 0.588 10 HG21 ILE 63 HG22 ILE 63 -2.062 -4.285 0.095 11 HG23 ILE 63 HG23 ILE 63 -1.704 -4.680 1.776 No H/Q in entry = 11 In of MODEL 5 1 H ASP 64 H ASP 64 1.253 -7.620 -0.645 2 HA ASP 64 HA ASP 64 3.990 -6.752 -0.727 3 HB2 ASP 64 HB2 ASP 64 3.484 -9.617 -1.222 4 HB3 ASP 64 HB3 ASP 64 4.634 -8.850 -0.153 No H/Q in entry = 4 In of MODEL 5 1 H MET 65 H MET 65 1.682 -8.011 -3.016 2 HA MET 65 HA MET 65 3.463 -8.678 -5.085 3 HB2 MET 65 HB2 MET 65 1.056 -9.224 -5.147 4 HB3 MET 65 HB3 MET 65 0.675 -7.518 -5.314 5 HE3 MET 65 HE1 MET 65 4.582 -10.527 -7.515 6 HE2 MET 65 HE2 MET 65 4.099 -9.513 -6.155 7 HE1 MET 65 HE3 MET 65 4.354 -8.793 -7.745 8 HG2 MET 65 HG2 MET 65 0.490 -8.374 -7.470 9 HG3 MET 65 HG3 MET 65 2.058 -7.576 -7.444 No H/Q in entry = 9 In of MODEL 5 1 H ALA 66 H ALA 66 1.821 -5.625 -4.330 2 HA ALA 66 HA ALA 66 3.000 -4.119 -6.411 3 HB1 ALA 66 HB1 ALA 66 1.880 -3.146 -3.785 4 HB3 ALA 66 HB2 ALA 66 0.944 -3.445 -5.249 5 HB2 ALA 66 HB3 ALA 66 2.163 -2.171 -5.228 No H/Q in entry = 5 In of MODEL 5 1 H PHE 67 H PHE 67 3.808 -4.470 -2.967 2 HA PHE 67 HA PHE 67 6.002 -2.707 -3.003 3 HB2 PHE 67 HB2 PHE 67 4.988 -4.785 -1.133 4 HB3 PHE 67 HB3 PHE 67 6.656 -4.260 -0.933 5 HD1 PHE 67 HD1 PHE 67 6.184 -1.397 -1.857 6 HD2 PHE 67 HD2 PHE 67 4.128 -3.887 0.939 7 HE1 PHE 67 HE1 PHE 67 5.464 0.593 -0.633 8 HE2 PHE 67 HE2 PHE 67 3.425 -1.881 2.178 9 HZ PHE 67 HZ PHE 67 4.102 0.356 1.398 No H/Q in entry = 9 In of MODEL 5 1 H GLN 68 H GLN 68 5.761 -6.164 -3.568 2 HA GLN 68 HA GLN 68 8.474 -6.810 -3.691 3 HB2 GLN 68 HB2 GLN 68 6.294 -8.279 -3.866 4 HB3 GLN 68 HB3 GLN 68 6.518 -8.025 -5.595 5 HE21 GLN 68 HE21 GLN 68 7.138 -8.707 -6.975 6 HE22 GLN 68 HE22 GLN 68 8.501 -9.109 -7.964 7 HG2 GLN 68 HG2 GLN 68 8.754 -9.065 -3.899 8 HG3 GLN 68 HG3 GLN 68 7.487 -10.140 -4.480 No H/Q in entry = 8 In of MODEL 5 1 H GLN 69 H GLN 69 6.186 -5.926 -6.201 2 HA GLN 69 HA GLN 69 7.909 -6.019 -8.404 3 HB2 GLN 69 HB2 GLN 69 5.503 -6.156 -8.602 4 HB3 GLN 69 HB3 GLN 69 5.319 -4.542 -7.933 5 HE21 GLN 69 HE21 GLN 69 4.546 -6.136 -11.288 6 HE22 GLN 69 HE22 GLN 69 3.129 -5.160 -11.514 7 HG2 GLN 69 HG2 GLN 69 6.550 -3.672 -9.910 8 HG3 GLN 69 HG3 GLN 69 6.496 -5.292 -10.595 No H/Q in entry = 8 In of MODEL 5 1 H SER 70 H SER 70 7.130 -3.414 -6.163 2 HA SER 70 HA SER 70 8.354 -1.397 -7.825 3 HB2 SER 70 HB2 SER 70 7.396 -1.204 -4.965 4 HB3 SER 70 HB3 SER 70 7.799 0.147 -6.025 5 HG SER 70 HG SER 70 5.683 -1.720 -6.319 No H/Q in entry = 5 In of MODEL 5 1 H GLY 71 H GLY 71 9.619 -3.729 -5.861 2 HA3 GLY 71 HA2 GLY 71 11.696 -4.069 -4.939 3 HA2 GLY 71 HA3 GLY 71 12.235 -2.679 -5.873 No H/Q in entry = 3 In of MODEL 5 1 H THR 72 H THR 72 10.238 -3.377 -3.000 2 HA THR 72 HA THR 72 11.481 -1.037 -1.718 3 HB THR 72 HB THR 72 9.232 -0.461 -0.771 4 HG1 THR 72 HG1 THR 72 8.488 -2.498 -2.604 5 HG21 THR 72 HG21 THR 72 10.155 0.773 -2.677 6 HG23 THR 72 HG22 THR 72 8.399 0.635 -2.783 7 HG22 THR 72 HG23 THR 72 9.428 -0.394 -3.781 No H/Q in entry = 7 In of MODEL 5 1 H ALA 73 H ALA 73 11.053 -4.245 -1.512 2 HA ALA 73 HA ALA 73 10.638 -4.229 1.410 3 HB1 ALA 73 HB1 ALA 73 10.100 -6.461 -0.549 4 HB2 ALA 73 HB2 ALA 73 8.879 -5.402 0.157 5 HB3 ALA 73 HB3 ALA 73 9.795 -6.503 1.187 No H/Q in entry = 5 In of MODEL 5 1 H ALA 74 H ALA 74 12.243 -4.932 2.649 2 HA ALA 74 HA ALA 74 14.780 -5.643 1.709 3 HB3 ALA 74 HB1 ALA 74 15.236 -6.361 4.014 4 HB2 ALA 74 HB2 ALA 74 13.513 -6.276 4.376 5 HB1 ALA 74 HB3 ALA 74 14.401 -4.808 3.974 No H/Q in entry = 5 In of MODEL 5 1 H ASP 75 H ASP 75 12.012 -7.525 2.679 2 HA ASP 75 HA ASP 75 12.687 -9.645 0.883 3 HB2 ASP 75 HB2 ASP 75 14.004 -10.370 2.838 4 HB3 ASP 75 HB3 ASP 75 12.578 -10.230 3.860 No H/Q in entry = 4 In of MODEL 5 1 H GLU 76 H GLU 76 10.786 -8.702 3.699 2 HA GLU 76 HA GLU 76 8.325 -9.212 2.156 3 HB2 GLU 76 HB2 GLU 76 8.797 -9.345 5.145 4 HB3 GLU 76 HB3 GLU 76 7.208 -9.424 4.395 5 HG2 GLU 76 HG2 GLU 76 7.735 -11.489 3.330 6 HG3 GLU 76 HG3 GLU 76 9.424 -11.371 3.822 No H/Q in entry = 6 In of MODEL 5 1 HA PRO 77 HA PRO 77 7.451 -4.834 2.572 2 HB2 PRO 77 HB2 PRO 77 4.624 -5.661 2.931 3 HB3 PRO 77 HB3 PRO 77 5.326 -4.580 1.713 4 HD2 PRO 77 HD2 PRO 77 5.658 -8.306 2.643 5 HD3 PRO 77 HD3 PRO 77 6.824 -8.365 1.302 6 HG2 PRO 77 HG2 PRO 77 4.541 -7.024 1.040 7 HG3 PRO 77 HG3 PRO 77 6.052 -6.360 0.389 No H/Q in entry = 7 In of MODEL 5 1 H SER 78 H SER 78 6.946 -7.118 4.979 2 HA SER 78 HA SER 78 6.138 -5.094 6.937 3 HB2 SER 78 HB2 SER 78 4.933 -7.293 6.918 4 HB3 SER 78 HB3 SER 78 6.455 -8.090 7.309 5 HG SER 78 HG SER 78 6.199 -7.546 9.313 No H/Q in entry = 5 In of MODEL 5 1 H SER 79 H SER 79 7.677 -4.169 8.161 2 HA SER 79 HA SER 79 10.409 -4.823 7.705 3 HB2 SER 79 HB2 SER 79 10.830 -3.005 9.390 4 HB3 SER 79 HB3 SER 79 9.811 -2.522 8.036 5 HG SER 79 HG SER 79 9.242 -2.629 10.703 No H/Q in entry = 5 In of MODEL 5 1 H LEU 80 H LEU 80 8.080 -5.845 9.972 2 HA LEU 80 HA LEU 80 10.167 -7.246 11.491 3 HB2 LEU 80 HB2 LEU 80 7.604 -6.047 12.546 4 HB3 LEU 80 HB3 LEU 80 8.623 -7.142 13.461 5 HD11 LEU 80 HD11 LEU 80 8.771 -5.373 15.232 6 HD13 LEU 80 HD12 LEU 80 7.812 -4.274 14.241 7 HD12 LEU 80 HD13 LEU 80 9.404 -3.780 14.816 8 HD21 LEU 80 HD21 LEU 80 10.891 -6.414 14.201 9 HD23 LEU 80 HD22 LEU 80 11.435 -4.773 13.858 10 HD22 LEU 80 HD23 LEU 80 11.331 -5.955 12.556 11 HG LEU 80 HG LEU 80 9.454 -4.419 12.454 No H/Q in entry = 11 In of MODEL 5 1 H TRP 81 H TRP 81 9.455 -9.302 12.411 2 HA TRP 81 HA TRP 81 7.604 -10.624 10.557 3 HB2 TRP 81 HB2 TRP 81 9.659 -11.858 12.410 4 HB3 TRP 81 HB3 TRP 81 8.720 -12.700 11.180 5 HD1 TRP 81 HD1 TRP 81 9.342 -12.111 8.578 6 HE1 TRP 81 HE1 TRP 81 11.581 -11.390 7.537 7 HE3 TRP 81 HE3 TRP 81 11.747 -10.586 12.824 8 HH2 TRP 81 HH2 TRP 81 15.173 -9.601 10.470 9 HZ2 TRP 81 HZ2 TRP 81 14.047 -10.321 8.409 10 HZ3 TRP 81 HZ3 TRP 81 14.044 -9.731 12.637 No H/Q in entry = 10 In of MODEL 5 1 H1 SER 101 H1 SER 101 1.102 19.054 1.551 2 H2 SER 101 H3 SER 101 0.006 19.129 2.845 3 H3 SER 101 H2 SER 101 0.970 20.469 2.478 4 HA SER 101 HA SER 101 2.945 19.282 3.065 5 HB2 SER 101 HB2 SER 101 2.383 18.985 5.536 6 HB3 SER 101 HB3 SER 101 1.998 20.555 4.832 7 HG SER 101 HG SER 101 0.093 20.171 5.650 No H/Q in entry = 7 In of MODEL 5 1 H GLN 102 H GLN 102 2.855 17.381 5.265 2 HA GLN 102 HA GLN 102 3.474 15.089 3.838 3 HB2 GLN 102 HB2 GLN 102 2.663 15.324 6.736 4 HB3 GLN 102 HB3 GLN 102 3.403 13.902 6.017 5 HE21 GLN 102 HE21 GLN 102 6.250 16.835 7.785 6 HE22 GLN 102 HE22 GLN 102 6.397 15.734 9.112 7 HG2 GLN 102 HG2 GLN 102 5.400 15.212 5.487 8 HG3 GLN 102 HG3 GLN 102 4.656 16.632 6.224 No H/Q in entry = 8 In of MODEL 5 1 H GLU 103 H GLU 103 0.406 15.899 5.436 2 HA GLU 103 HA GLU 103 -0.777 13.365 5.202 3 HB2 GLU 103 HB2 GLU 103 -2.088 16.084 5.264 4 HB3 GLU 103 HB3 GLU 103 -2.932 14.554 5.475 5 HG2 GLU 103 HG2 GLU 103 -0.771 15.652 7.243 6 HG3 GLU 103 HG3 GLU 103 -2.493 15.589 7.619 No H/Q in entry = 6 In of MODEL 5 1 H LYS 104 H LYS 104 -1.242 16.214 3.085 2 HA LYS 104 HA LYS 104 -2.803 14.901 1.164 3 HB2 LYS 104 HB2 LYS 104 -1.142 17.373 1.175 4 HB3 LYS 104 HB3 LYS 104 -1.681 16.750 -0.378 5 HD2 LYS 104 HD2 LYS 104 -2.582 19.465 1.025 6 HD3 LYS 104 HD3 LYS 104 -2.848 18.900 -0.626 7 HE2 LYS 104 HE2 LYS 104 -4.534 20.557 0.289 8 HE3 LYS 104 HE3 LYS 104 -5.188 19.080 -0.419 9 HG2 LYS 104 HG2 LYS 104 -3.990 16.892 0.336 10 HG3 LYS 104 HG3 LYS 104 -3.481 17.439 1.935 11 HZ1 LYS 104 HZ1 LYS 104 -4.676 19.280 2.481 12 HZ3 LYS 104 HZ2 LYS 104 -5.722 18.228 1.652 13 HZ2 LYS 104 HZ3 LYS 104 -6.117 19.867 1.813 No H/Q in entry = 13 In of MODEL 5 1 H PHE 105 H PHE 105 0.671 15.047 1.569 2 HA PHE 105 HA PHE 105 1.196 13.959 -1.030 3 HB2 PHE 105 HB2 PHE 105 2.850 15.390 0.064 4 HB3 PHE 105 HB3 PHE 105 2.983 14.259 1.404 5 HD1 PHE 105 HD1 PHE 105 3.576 14.615 -2.239 6 HD2 PHE 105 HD2 PHE 105 4.517 12.506 1.333 7 HE1 PHE 105 HE1 PHE 105 5.395 13.450 -3.410 8 HE2 PHE 105 HE2 PHE 105 6.343 11.336 0.167 9 HZ PHE 105 HZ PHE 105 6.782 11.810 -2.209 No H/Q in entry = 9 In of MODEL 5 1 H PHE 106 H PHE 106 0.414 12.618 2.074 2 HA PHE 106 HA PHE 106 1.401 10.010 1.189 3 HB2 PHE 106 HB2 PHE 106 1.573 11.076 3.621 4 HB3 PHE 106 HB3 PHE 106 0.002 10.294 3.792 5 HD1 PHE 106 HD1 PHE 106 -0.124 8.058 4.338 6 HD2 PHE 106 HD2 PHE 106 3.494 9.603 2.717 7 HE1 PHE 106 HE1 PHE 106 0.982 5.905 4.769 8 HE2 PHE 106 HE2 PHE 106 4.608 7.452 3.149 9 HZ PHE 106 HZ PHE 106 3.364 5.593 4.101 No H/Q in entry = 9 In of MODEL 5 1 H GLN 107 H GLN 107 -1.595 11.732 1.730 2 HA GLN 107 HA GLN 107 -3.124 9.274 1.266 3 HB2 GLN 107 HB2 GLN 107 -4.035 12.032 2.103 4 HB3 GLN 107 HB3 GLN 107 -5.086 10.641 1.910 5 HE21 GLN 107 HE21 GLN 107 -2.054 8.777 3.446 6 HE22 GLN 107 HE22 GLN 107 -2.958 7.364 3.851 7 HG2 GLN 107 HG2 GLN 107 -2.819 10.843 3.874 8 HG3 GLN 107 HG3 GLN 107 -4.526 11.078 4.252 No H/Q in entry = 8 In of MODEL 5 1 H GLU 108 H GLU 108 -2.802 12.558 -0.042 2 HA GLU 108 HA GLU 108 -4.803 12.057 -2.048 3 HB2 GLU 108 HB2 GLU 108 -4.431 14.262 -0.878 4 HB3 GLU 108 HB3 GLU 108 -2.957 14.432 -1.831 5 HG2 GLU 108 HG2 GLU 108 -4.186 14.542 -3.855 6 HG3 GLU 108 HG3 GLU 108 -5.678 14.046 -3.054 No H/Q in entry = 6 In of MODEL 5 1 H LEU 109 H LEU 109 -1.310 12.167 -1.883 2 HA LEU 109 HA LEU 109 -0.674 12.313 -4.604 3 HB2 LEU 109 HB2 LEU 109 0.851 12.362 -2.509 4 HB3 LEU 109 HB3 LEU 109 0.852 10.610 -2.645 5 HD13 LEU 109 HD11 LEU 109 2.519 9.558 -3.993 6 HD12 LEU 109 HD12 LEU 109 3.054 10.332 -5.487 7 HD11 LEU 109 HD13 LEU 109 1.362 9.872 -5.287 8 HD23 LEU 109 HD21 LEU 109 0.793 12.348 -5.830 9 HD22 LEU 109 HD22 LEU 109 2.522 12.672 -5.948 10 HD21 LEU 109 HD23 LEU 109 1.524 13.605 -4.833 11 HG LEU 109 HG LEU 109 2.824 11.929 -3.641 No H/Q in entry = 11 In of MODEL 5 1 H PHE 110 H PHE 110 -1.802 9.694 -2.623 2 HA PHE 110 HA PHE 110 -1.103 7.563 -4.319 3 HB2 PHE 110 HB2 PHE 110 -1.788 7.346 -1.909 4 HB3 PHE 110 HB3 PHE 110 -3.447 7.651 -2.414 5 HD1 PHE 110 HD1 PHE 110 -4.753 5.977 -3.474 6 HD2 PHE 110 HD2 PHE 110 -0.641 5.277 -2.627 7 HE1 PHE 110 HE1 PHE 110 -5.065 3.585 -3.955 8 HE2 PHE 110 HE2 PHE 110 -0.947 2.884 -3.106 9 HZ PHE 110 HZ PHE 110 -3.128 2.033 -3.781 No H/Q in entry = 9 In of MODEL 5 1 H ASP 111 H ASP 111 -4.174 9.331 -3.939 2 HA ASP 111 HA ASP 111 -5.750 7.803 -5.597 3 HB2 ASP 111 HB2 ASP 111 -6.665 9.585 -4.196 4 HB3 ASP 111 HB3 ASP 111 -5.898 10.799 -5.216 No H/Q in entry = 4 In of MODEL 5 1 H SER 112 H SER 112 -4.303 10.908 -6.631 2 HA SER 112 HA SER 112 -3.862 9.717 -9.264 3 HB2 SER 112 HB2 SER 112 -5.287 12.359 -8.843 4 HB3 SER 112 HB3 SER 112 -4.879 11.637 -10.399 5 HG SER 112 HG SER 112 -6.739 10.712 -8.451 No H/Q in entry = 5 In of MODEL 6 1 H1 GLY 12 H1 GLY 12 -6.881 -10.268 12.406 2 H2 GLY 12 H3 GLY 12 -6.533 -11.805 13.031 3 H3 GLY 12 H2 GLY 12 -6.076 -11.414 11.447 4 HA2 GLY 12 HA2 GLY 12 -8.837 -11.724 12.479 5 HA3 GLY 12 HA3 GLY 12 -8.011 -12.808 11.365 No H/Q in entry = 5 In of MODEL 6 1 H ALA 13 H ALA 13 -7.927 -12.311 9.204 2 HA ALA 13 HA ALA 13 -8.336 -9.790 8.064 3 HB3 ALA 13 HB1 ALA 13 -7.340 -11.673 6.857 4 HB1 ALA 13 HB2 ALA 13 -8.695 -10.984 5.964 5 HB2 ALA 13 HB3 ALA 13 -8.902 -12.494 6.850 No H/Q in entry = 5 In of MODEL 6 1 H MET 14 H MET 14 -10.655 -12.487 8.364 2 HA MET 14 HA MET 14 -12.839 -10.821 7.481 3 HB2 MET 14 HB2 MET 14 -12.764 -13.643 8.552 4 HB3 MET 14 HB3 MET 14 -14.230 -12.846 7.999 5 HE1 MET 14 HE1 MET 14 -13.571 -14.065 3.702 6 HE3 MET 14 HE2 MET 14 -12.026 -13.216 3.639 7 HE2 MET 14 HE3 MET 14 -13.445 -12.530 2.843 8 HG2 MET 14 HG2 MET 14 -11.789 -13.403 6.328 9 HG3 MET 14 HG3 MET 14 -13.294 -14.320 6.302 No H/Q in entry = 9 In of MODEL 6 1 H ALA 15 H ALA 15 -11.313 -10.299 10.051 2 HA ALA 15 HA ALA 15 -13.685 -10.067 11.788 3 HB1 ALA 15 HB1 ALA 15 -12.136 -9.890 13.679 4 HB2 ALA 15 HB2 ALA 15 -10.770 -10.090 12.580 5 HB3 ALA 15 HB3 ALA 15 -11.917 -11.410 12.810 No H/Q in entry = 5 In of MODEL 6 1 H THR 16 H THR 16 -12.077 -8.428 9.577 2 HA THR 16 HA THR 16 -12.419 -5.845 10.941 3 HB THR 16 HB THR 16 -10.471 -4.979 9.630 4 HG1 THR 16 HG1 THR 16 -10.375 -7.686 8.852 5 HG23 THR 16 HG21 THR 16 -10.173 -5.591 11.971 6 HG22 THR 16 HG22 THR 16 -8.725 -5.972 11.040 7 HG21 THR 16 HG23 THR 16 -9.837 -7.259 11.506 No H/Q in entry = 7 In of MODEL 6 1 HA PRO 17 HA PRO 17 -14.702 -4.655 7.316 2 HB2 PRO 17 HB2 PRO 17 -13.384 -2.033 7.282 3 HB3 PRO 17 HB3 PRO 17 -15.075 -2.431 7.593 4 HD2 PRO 17 HD2 PRO 17 -11.783 -3.207 9.493 5 HD3 PRO 17 HD3 PRO 17 -12.905 -3.949 10.654 6 HG2 PRO 17 HG2 PRO 17 -13.434 -1.571 9.544 7 HG3 PRO 17 HG3 PRO 17 -14.724 -2.750 9.849 No H/Q in entry = 7 In of MODEL 6 1 H GLY 18 H GLY 18 -11.354 -4.861 7.314 2 HA3 GLY 18 HA2 GLY 18 -10.842 -3.894 4.651 3 HA2 GLY 18 HA3 GLY 18 -9.725 -4.781 5.680 No H/Q in entry = 3 In of MODEL 6 1 H SER 19 H SER 19 -12.849 -5.411 4.135 2 HA SER 19 HA SER 19 -11.719 -7.704 2.736 3 HB2 SER 19 HB2 SER 19 -12.561 -8.601 4.888 4 HB3 SER 19 HB3 SER 19 -14.148 -7.914 4.548 5 HG SER 19 HG SER 19 -13.288 -10.280 3.880 No H/Q in entry = 5 In of MODEL 6 1 H GLU 20 H GLU 20 -14.558 -5.713 3.410 2 HA GLU 20 HA GLU 20 -15.854 -6.392 0.936 3 HB2 GLU 20 HB2 GLU 20 -17.534 -4.722 1.682 4 HB3 GLU 20 HB3 GLU 20 -17.195 -5.937 2.902 5 HG2 GLU 20 HG2 GLU 20 -15.933 -4.459 4.161 6 HG3 GLU 20 HG3 GLU 20 -15.864 -3.261 2.877 No H/Q in entry = 6 In of MODEL 6 1 H ASN 21 H ASN 21 -13.628 -3.979 1.991 2 HA ASN 21 HA ASN 21 -14.253 -2.301 -0.336 3 HB2 ASN 21 HB2 ASN 21 -12.930 -0.530 0.877 4 HB3 ASN 21 HB3 ASN 21 -14.429 -1.014 1.659 5 HD21 ASN 21 HD21 ASN 21 -13.686 -0.242 3.642 6 HD22 ASN 21 HD22 ASN 21 -12.509 -1.106 4.568 No H/Q in entry = 6 In of MODEL 6 1 H VAL 22 H VAL 22 -12.117 -4.648 0.577 2 HA VAL 22 HA VAL 22 -9.843 -3.442 -0.791 3 HB VAL 22 HB VAL 22 -8.571 -5.446 -0.166 4 HG12 VAL 22 HG11 VAL 22 -10.056 -4.179 2.125 5 HG11 VAL 22 HG12 VAL 22 -8.607 -3.548 1.342 6 HG13 VAL 22 HG13 VAL 22 -8.534 -5.057 2.253 7 HG23 VAL 22 HG21 VAL 22 -9.549 -7.076 1.419 8 HG22 VAL 22 HG22 VAL 22 -10.282 -7.135 -0.185 9 HG21 VAL 22 HG23 VAL 22 -11.133 -6.343 1.147 No H/Q in entry = 9 In of MODEL 6 1 H LEU 23 H LEU 23 -10.404 -3.345 -2.891 2 HA LEU 23 HA LEU 23 -11.074 -5.856 -4.239 3 HB2 LEU 23 HB2 LEU 23 -11.012 -3.025 -5.294 4 HB3 LEU 23 HB3 LEU 23 -11.505 -4.437 -6.209 5 HD13 LEU 23 HD11 LEU 23 -13.162 -1.892 -5.679 6 HD12 LEU 23 HD12 LEU 23 -14.675 -2.729 -5.337 7 HD11 LEU 23 HD13 LEU 23 -13.662 -3.254 -6.680 8 HD23 LEU 23 HD21 LEU 23 -13.682 -5.583 -5.670 9 HD22 LEU 23 HD22 LEU 23 -14.663 -4.979 -4.333 10 HD21 LEU 23 HD23 LEU 23 -13.135 -5.798 -4.008 11 HG LEU 23 HG LEU 23 -12.920 -3.370 -3.762 No H/Q in entry = 11 In of MODEL 6 1 HA PRO 24 HA PRO 24 -6.590 -5.997 -5.051 2 HB2 PRO 24 HB2 PRO 24 -7.467 -8.657 -6.042 3 HB3 PRO 24 HB3 PRO 24 -6.155 -8.251 -4.933 4 HD2 PRO 24 HD2 PRO 24 -9.988 -7.936 -4.931 5 HD3 PRO 24 HD3 PRO 24 -9.749 -7.194 -3.332 6 HG2 PRO 24 HG2 PRO 24 -8.378 -9.368 -4.029 7 HG3 PRO 24 HG3 PRO 24 -7.599 -8.060 -3.116 No H/Q in entry = 7 In of MODEL 6 1 H ARG 25 H ARG 25 -6.855 -4.434 -6.720 2 HA ARG 25 HA ARG 25 -7.276 -5.580 -9.395 3 HB2 ARG 25 HB2 ARG 25 -8.248 -2.926 -8.334 4 HB3 ARG 25 HB3 ARG 25 -8.229 -3.342 -10.042 5 HD2 ARG 25 HD2 ARG 25 -10.783 -2.674 -8.352 6 HD3 ARG 25 HD3 ARG 25 -10.633 -2.932 -10.090 7 HE ARG 25 HE ARG 25 -12.105 -5.058 -9.017 8 HG2 ARG 25 HG2 ARG 25 -9.740 -5.206 -9.609 9 HG3 ARG 25 HG3 ARG 25 -9.750 -4.795 -7.893 10 HH11 ARG 25 HH11 ARG 25 -12.424 -1.586 -9.428 11 HH12 ARG 25 HH12 ARG 25 -14.150 -1.653 -9.657 12 HH21 ARG 25 HH21 ARG 25 -14.376 -5.128 -9.284 13 HH22 ARG 25 HH22 ARG 25 -15.250 -3.654 -9.578 No H/Q in entry = 13 In of MODEL 6 1 H GLU 26 H GLU 26 -6.326 -4.151 -11.133 2 HA GLU 26 HA GLU 26 -3.570 -3.804 -10.443 3 HB2 GLU 26 HB2 GLU 26 -5.015 -3.390 -13.051 4 HB3 GLU 26 HB3 GLU 26 -3.266 -3.334 -12.850 5 HG2 GLU 26 HG2 GLU 26 -3.271 -5.643 -12.081 6 HG3 GLU 26 HG3 GLU 26 -5.022 -5.705 -12.260 No H/Q in entry = 6 In of MODEL 6 1 HA PRO 27 HA PRO 27 -4.699 0.871 -11.854 2 HB2 PRO 27 HB2 PRO 27 -6.952 1.511 -10.266 3 HB3 PRO 27 HB3 PRO 27 -6.882 1.427 -12.028 4 HD2 PRO 27 HD2 PRO 27 -6.899 -2.410 -11.167 5 HD3 PRO 27 HD3 PRO 27 -6.672 -1.495 -12.674 6 HG2 PRO 27 HG2 PRO 27 -7.811 -0.585 -10.056 7 HG3 PRO 27 HG3 PRO 27 -8.395 -0.267 -11.699 No H/Q in entry = 7 In of MODEL 6 1 H LEU 28 H LEU 28 -5.642 -0.417 -8.645 2 HA LEU 28 HA LEU 28 -4.455 1.836 -7.334 3 HB2 LEU 28 HB2 LEU 28 -4.907 0.496 -5.229 4 HB3 LEU 28 HB3 LEU 28 -6.284 1.011 -6.176 5 HD13 LEU 28 HD11 LEU 28 -4.058 -2.013 -6.506 6 HD12 LEU 28 HD12 LEU 28 -5.276 -3.086 -5.814 7 HD11 LEU 28 HD13 LEU 28 -4.508 -1.857 -4.808 8 HD22 LEU 28 HD21 LEU 28 -7.499 -2.252 -5.257 9 HD21 LEU 28 HD22 LEU 28 -7.924 -0.562 -5.531 10 HD23 LEU 28 HD23 LEU 28 -6.818 -0.993 -4.227 11 HG LEU 28 HG LEU 28 -6.299 -1.336 -7.171 No H/Q in entry = 11 In of MODEL 6 1 H ILE 29 H ILE 29 -3.373 -1.344 -8.237 2 HA ILE 29 HA ILE 29 -1.037 -1.435 -6.637 3 HB ILE 29 HB ILE 29 -1.490 -2.619 -9.389 4 HD13 ILE 29 HD11 ILE 29 -2.730 -5.777 -7.865 5 HD12 ILE 29 HD12 ILE 29 -1.068 -5.507 -8.385 6 HD11 ILE 29 HD13 ILE 29 -2.406 -4.968 -9.398 7 HG12 ILE 29 HG12 ILE 29 -1.711 -3.916 -6.666 8 HG13 ILE 29 HG13 ILE 29 -3.079 -3.396 -7.644 9 HG22 ILE 29 HG21 ILE 29 0.353 -4.140 -8.808 10 HG21 ILE 29 HG22 ILE 29 0.618 -3.230 -7.320 11 HG23 ILE 29 HG23 ILE 29 0.875 -2.457 -8.884 No H/Q in entry = 11 In of MODEL 6 1 H ALA 30 H ALA 30 -1.637 -0.322 -9.955 2 HA ALA 30 HA ALA 30 0.922 0.641 -10.528 3 HB1 ALA 30 HB1 ALA 30 -0.787 0.369 -12.237 4 HB3 ALA 30 HB2 ALA 30 -0.174 2.022 -12.239 5 HB2 ALA 30 HB3 ALA 30 -1.742 1.663 -11.516 No H/Q in entry = 5 In of MODEL 6 1 H THR 31 H THR 31 -1.825 2.184 -8.948 2 HA THR 31 HA THR 31 -0.676 4.741 -8.652 3 HB THR 31 HB THR 31 -2.723 3.441 -6.846 4 HG1 THR 31 HG1 THR 31 -3.391 3.457 -9.063 5 HG21 THR 31 HG21 THR 31 -2.075 6.340 -7.400 6 HG23 THR 31 HG22 THR 31 -1.771 5.471 -5.897 7 HG22 THR 31 HG23 THR 31 -3.426 5.769 -6.425 No H/Q in entry = 7 In of MODEL 6 1 H ALA 32 H ALA 32 -0.633 1.850 -6.614 2 HA ALA 32 HA ALA 32 0.696 3.025 -4.408 3 HB1 ALA 32 HB1 ALA 32 -0.565 0.912 -4.263 4 HB2 ALA 32 HB2 ALA 32 1.079 0.754 -3.646 5 HB3 ALA 32 HB3 ALA 32 0.673 0.125 -5.242 No H/Q in entry = 5 In of MODEL 6 1 H VAL 33 H VAL 33 1.867 1.351 -7.302 2 HA VAL 33 HA VAL 33 4.565 1.164 -6.521 3 HB VAL 33 HB VAL 33 3.384 1.341 -9.304 4 HG12 VAL 33 HG11 VAL 33 6.151 0.469 -8.470 5 HG11 VAL 33 HG12 VAL 33 5.760 1.976 -9.296 6 HG13 VAL 33 HG13 VAL 33 5.494 0.434 -10.104 7 HG23 VAL 33 HG21 VAL 33 3.725 -1.094 -9.307 8 HG22 VAL 33 HG22 VAL 33 2.608 -0.582 -8.044 9 HG21 VAL 33 HG23 VAL 33 4.267 -1.008 -7.632 No H/Q in entry = 9 In of MODEL 6 1 H LYS 34 H LYS 34 2.897 3.672 -8.475 2 HA LYS 34 HA LYS 34 5.222 5.289 -8.705 3 HB2 LYS 34 HB2 LYS 34 3.867 6.952 -9.696 4 HB3 LYS 34 HB3 LYS 34 3.215 5.417 -10.227 5 HD2 LYS 34 HD2 LYS 34 2.303 7.428 -7.014 6 HD3 LYS 34 HD3 LYS 34 2.744 8.420 -8.408 7 HE2 LYS 34 HE2 LYS 34 -0.100 7.714 -7.765 8 HE3 LYS 34 HE3 LYS 34 0.714 9.114 -7.070 9 HG2 LYS 34 HG2 LYS 34 1.348 6.737 -9.776 10 HG3 LYS 34 HG3 LYS 34 1.493 5.693 -8.362 11 HZ2 LYS 34 HZ1 LYS 34 0.161 8.586 -9.935 12 HZ1 LYS 34 HZ2 LYS 34 1.189 9.823 -9.397 13 HZ3 LYS 34 HZ3 LYS 34 -0.452 9.848 -8.976 No H/Q in entry = 13 In of MODEL 6 1 H PHE 35 H PHE 35 2.672 5.036 -6.362 2 HA PHE 35 HA PHE 35 3.110 7.356 -4.870 3 HB2 PHE 35 HB2 PHE 35 1.185 5.913 -4.524 4 HB3 PHE 35 HB3 PHE 35 2.232 4.614 -3.968 5 HD1 PHE 35 HD1 PHE 35 1.213 8.080 -3.208 6 HD2 PHE 35 HD2 PHE 35 2.756 4.408 -1.741 7 HE1 PHE 35 HE1 PHE 35 1.029 8.928 -0.925 8 HE2 PHE 35 HE2 PHE 35 2.579 5.238 0.561 9 HZ PHE 35 HZ PHE 35 1.707 7.507 0.980 No H/Q in entry = 9 In of MODEL 6 1 H LEU 36 H LEU 36 4.418 4.101 -4.447 2 HA LEU 36 HA LEU 36 6.069 4.594 -2.260 3 HB2 LEU 36 HB2 LEU 36 5.836 2.507 -4.338 4 HB3 LEU 36 HB3 LEU 36 7.370 2.586 -3.495 5 HD11 LEU 36 HD11 LEU 36 6.677 3.163 -0.756 6 HD13 LEU 36 HD12 LEU 36 7.587 1.734 -1.256 7 HD12 LEU 36 HD13 LEU 36 6.162 1.561 -0.230 8 HD23 LEU 36 HD21 LEU 36 4.301 3.473 -1.664 9 HD22 LEU 36 HD22 LEU 36 3.920 1.833 -1.136 10 HD21 LEU 36 HD23 LEU 36 3.680 2.296 -2.820 11 HG LEU 36 HG LEU 36 5.705 0.958 -2.555 No H/Q in entry = 11 In of MODEL 6 1 H GLN 37 H GLN 37 6.862 4.681 -5.724 2 HA GLN 37 HA GLN 37 9.625 5.344 -5.064 3 HB2 GLN 37 HB2 GLN 37 8.339 4.820 -7.748 4 HB3 GLN 37 HB3 GLN 37 10.062 5.009 -7.449 5 HE21 GLN 37 HE21 GLN 37 8.515 0.840 -7.256 6 HE22 GLN 37 HE22 GLN 37 9.145 0.611 -8.851 7 HG2 GLN 37 HG2 GLN 37 10.070 3.009 -6.083 8 HG3 GLN 37 HG3 GLN 37 8.329 2.831 -6.306 No H/Q in entry = 8 In of MODEL 6 1 H ASN 38 H ASN 38 6.988 7.152 -5.199 2 HA ASN 38 HA ASN 38 7.467 9.118 -7.133 3 HB2 ASN 38 HB2 ASN 38 5.358 8.815 -5.737 4 HB3 ASN 38 HB3 ASN 38 6.202 9.665 -4.449 5 HD21 ASN 38 HD21 ASN 38 6.702 11.868 -4.710 6 HD22 ASN 38 HD22 ASN 38 5.890 12.835 -5.890 No H/Q in entry = 6 In of MODEL 6 1 H SER 39 H SER 39 8.552 8.904 -3.749 2 HA SER 39 HA SER 39 10.736 10.689 -4.326 3 HB2 SER 39 HB2 SER 39 8.715 11.568 -2.247 4 HB3 SER 39 HB3 SER 39 10.172 12.427 -2.741 5 HG SER 39 HG SER 39 9.032 12.248 -4.950 No H/Q in entry = 5 In of MODEL 6 1 H ARG 40 H ARG 40 8.903 9.628 -1.429 2 HA ARG 40 HA ARG 40 11.441 8.590 -0.390 3 HB2 ARG 40 HB2 ARG 40 11.036 9.622 1.774 4 HB3 ARG 40 HB3 ARG 40 11.109 10.834 0.506 5 HD2 ARG 40 HD2 ARG 40 8.382 12.124 2.566 6 HD3 ARG 40 HD3 ARG 40 9.861 11.396 3.193 7 HE ARG 40 HE ARG 40 10.843 12.564 1.054 8 HG2 ARG 40 HG2 ARG 40 8.639 10.906 0.480 9 HG3 ARG 40 HG3 ARG 40 8.631 9.790 1.848 10 HH11 ARG 40 HH11 ARG 40 8.505 13.814 3.350 11 HH12 ARG 40 HH12 ARG 40 8.914 15.475 3.040 12 HH21 ARG 40 HH21 ARG 40 11.391 14.743 0.682 13 HH22 ARG 40 HH22 ARG 40 10.561 16.001 1.552 No H/Q in entry = 13 In of MODEL 6 1 H VAL 41 H VAL 41 8.222 7.903 -0.981 2 HA VAL 41 HA VAL 41 7.341 6.718 1.386 3 HB VAL 41 HB VAL 41 6.577 5.923 -1.426 4 HG12 VAL 41 HG11 VAL 41 4.518 5.087 -0.363 5 HG11 VAL 41 HG12 VAL 41 5.206 5.444 1.221 6 HG13 VAL 41 HG13 VAL 41 5.952 4.224 0.188 7 HG21 VAL 41 HG21 VAL 41 5.314 7.886 0.484 8 HG23 VAL 41 HG22 VAL 41 4.663 7.405 -1.083 9 HG22 VAL 41 HG23 VAL 41 6.188 8.289 -0.995 No H/Q in entry = 9 In of MODEL 6 1 H ARG 42 H ARG 42 9.183 5.283 -1.285 2 HA ARG 42 HA ARG 42 9.025 2.632 -0.312 3 HB2 ARG 42 HB2 ARG 42 9.712 3.361 -2.648 4 HB3 ARG 42 HB3 ARG 42 11.291 3.748 -1.975 5 HD2 ARG 42 HD2 ARG 42 11.484 0.330 -3.574 6 HD3 ARG 42 HD3 ARG 42 10.639 1.760 -4.164 7 HE ARG 42 HE ARG 42 12.900 2.802 -3.120 8 HG2 ARG 42 HG2 ARG 42 11.632 1.450 -1.341 9 HG3 ARG 42 HG3 ARG 42 10.000 1.029 -1.856 10 HH11 ARG 42 HH11 ARG 42 12.323 0.194 -5.386 11 HH12 ARG 42 HH12 ARG 42 13.847 0.388 -6.195 12 HH21 ARG 42 HH21 ARG 42 14.888 3.058 -4.174 13 HH22 ARG 42 HH22 ARG 42 15.301 2.044 -5.529 No H/Q in entry = 13 In of MODEL 6 1 H GLN 43 H GLN 43 10.895 5.365 0.631 2 HA GLN 43 HA GLN 43 12.690 3.719 2.268 3 HB2 GLN 43 HB2 GLN 43 12.642 6.730 1.980 4 HB3 GLN 43 HB3 GLN 43 13.890 5.775 2.762 5 HE21 GLN 43 HE21 GLN 43 14.160 8.110 -0.099 6 HE22 GLN 43 HE22 GLN 43 13.043 8.166 -1.421 7 HG2 GLN 43 HG2 GLN 43 14.897 6.183 0.772 8 HG3 GLN 43 HG3 GLN 43 14.074 4.676 0.379 No H/Q in entry = 8 In of MODEL 6 1 H SER 44 H SER 44 9.672 5.027 2.500 2 HA SER 44 HA SER 44 9.846 6.088 5.182 3 HB2 SER 44 HB2 SER 44 7.433 5.568 3.425 4 HB3 SER 44 HB3 SER 44 7.428 6.477 4.936 5 HG SER 44 HG SER 44 9.266 7.301 3.032 No H/Q in entry = 5 In of MODEL 6 1 HA PRO 45 HA PRO 45 9.002 2.683 7.826 2 HB2 PRO 45 HB2 PRO 45 6.468 4.133 8.495 3 HB3 PRO 45 HB3 PRO 45 7.658 3.396 9.575 4 HD2 PRO 45 HD2 PRO 45 7.807 6.307 6.938 5 HD3 PRO 45 HD3 PRO 45 9.540 6.103 7.256 6 HG2 PRO 45 HG2 PRO 45 7.643 6.019 9.210 7 HG3 PRO 45 HG3 PRO 45 9.176 5.135 9.303 No H/Q in entry = 7 In of MODEL 6 1 H LEU 46 H LEU 46 8.333 0.761 7.279 2 HA LEU 46 HA LEU 46 6.346 0.280 5.325 3 HB2 LEU 46 HB2 LEU 46 7.703 -1.604 7.253 4 HB3 LEU 46 HB3 LEU 46 6.621 -2.122 5.976 5 HD12 LEU 46 HD11 LEU 46 10.050 -1.250 6.774 6 HD11 LEU 46 HD12 LEU 46 9.540 0.278 6.059 7 HD13 LEU 46 HD13 LEU 46 10.567 -0.824 5.143 8 HD21 LEU 46 HD21 LEU 46 7.941 -3.341 4.502 9 HD23 LEU 46 HD22 LEU 46 9.115 -3.424 5.813 10 HD22 LEU 46 HD23 LEU 46 9.625 -2.914 4.205 11 HG LEU 46 HG LEU 46 8.250 -0.921 4.379 No H/Q in entry = 11 In of MODEL 6 1 H ALA 47 H ALA 47 6.285 0.565 8.768 2 HA ALA 47 HA ALA 47 3.906 -0.747 9.391 3 HB1 ALA 47 HB1 ALA 47 5.433 0.184 11.072 4 HB2 ALA 47 HB2 ALA 47 3.773 0.725 11.323 5 HB3 ALA 47 HB3 ALA 47 4.953 1.813 10.596 No H/Q in entry = 5 In of MODEL 6 1 H THR 48 H THR 48 4.416 2.584 8.262 2 HA THR 48 HA THR 48 1.700 3.330 8.181 3 HB THR 48 HB THR 48 3.974 4.346 6.466 4 HG1 THR 48 HG1 THR 48 3.004 5.012 9.051 5 HG22 THR 48 HG21 THR 48 2.557 6.370 6.230 6 HG21 THR 48 HG22 THR 48 1.248 5.525 7.056 7 HG23 THR 48 HG23 THR 48 1.825 4.944 5.493 No H/Q in entry = 7 In of MODEL 6 1 H ARG 49 H ARG 49 3.881 2.014 5.717 2 HA ARG 49 HA ARG 49 2.043 2.268 3.589 3 HB2 ARG 49 HB2 ARG 49 4.345 0.335 3.698 4 HB3 ARG 49 HB3 ARG 49 3.613 1.051 2.273 5 HD2 ARG 49 HD2 ARG 49 5.588 2.274 1.356 6 HD3 ARG 49 HD3 ARG 49 6.750 2.916 2.511 7 HE ARG 49 HE ARG 49 6.038 0.063 2.549 8 HG2 ARG 49 HG2 ARG 49 4.376 3.282 3.141 9 HG3 ARG 49 HG3 ARG 49 5.308 2.397 4.349 10 HH11 ARG 49 HH11 ARG 49 8.392 2.617 2.278 11 HH12 ARG 49 HH12 ARG 49 9.755 1.545 2.187 12 HH21 ARG 49 HH21 ARG 49 7.833 -1.379 2.400 13 HH22 ARG 49 HH22 ARG 49 9.434 -0.727 2.276 No H/Q in entry = 13 In of MODEL 6 1 H ARG 50 H ARG 50 2.605 -0.312 5.887 2 HA ARG 50 HA ARG 50 1.241 -2.348 4.475 3 HB2 ARG 50 HB2 ARG 50 2.349 -1.975 7.155 4 HB3 ARG 50 HB3 ARG 50 0.934 -3.017 7.119 5 HD2 ARG 50 HD2 ARG 50 4.557 -3.277 6.726 6 HD3 ARG 50 HD3 ARG 50 3.466 -3.824 8.005 7 HE ARG 50 HE ARG 50 4.847 -5.560 6.063 8 HG2 ARG 50 HG2 ARG 50 2.010 -4.671 6.034 9 HG3 ARG 50 HG3 ARG 50 2.977 -3.556 5.065 10 HH11 ARG 50 HH11 ARG 50 3.087 -5.130 9.071 11 HH12 ARG 50 HH12 ARG 50 3.450 -6.735 9.648 12 HH21 ARG 50 HH21 ARG 50 5.309 -7.676 6.834 13 HH22 ARG 50 HH22 ARG 50 4.703 -8.160 8.392 No H/Q in entry = 13 In of MODEL 6 1 H ALA 51 H ALA 51 0.165 -0.274 7.167 2 HA ALA 51 HA ALA 51 -2.540 -1.063 7.070 3 HB2 ALA 51 HB1 ALA 51 -1.334 1.540 8.008 4 HB1 ALA 51 HB2 ALA 51 -1.592 0.095 8.989 5 HB3 ALA 51 HB3 ALA 51 -2.974 0.986 8.348 No H/Q in entry = 5 In of MODEL 6 1 H PHE 52 H PHE 52 -0.722 1.484 5.505 2 HA PHE 52 HA PHE 52 -2.669 2.955 4.209 3 HB2 PHE 52 HB2 PHE 52 -0.244 3.447 4.299 4 HB3 PHE 52 HB3 PHE 52 0.048 2.139 3.164 5 HD1 PHE 52 HD1 PHE 52 -0.045 2.503 0.886 6 HD2 PHE 52 HD2 PHE 52 -1.684 5.379 3.553 7 HE1 PHE 52 HE1 PHE 52 -0.299 4.081 -0.975 8 HE2 PHE 52 HE2 PHE 52 -1.949 6.957 1.694 9 HZ PHE 52 HZ PHE 52 -1.223 6.316 -0.571 No H/Q in entry = 9 In of MODEL 6 1 H LEU 53 H LEU 53 -0.796 0.343 2.578 2 HA LEU 53 HA LEU 53 -2.441 0.355 0.321 3 HB2 LEU 53 HB2 LEU 53 -0.467 -1.593 1.401 4 HB3 LEU 53 HB3 LEU 53 -1.530 -2.120 0.111 5 HD11 LEU 53 HD11 LEU 53 1.341 -0.019 0.961 6 HD13 LEU 53 HD12 LEU 53 0.151 1.225 0.572 7 HD12 LEU 53 HD13 LEU 53 1.433 0.838 -0.578 8 HD23 LEU 53 HD21 LEU 53 1.315 -2.195 -0.415 9 HD22 LEU 53 HD22 LEU 53 1.360 -1.217 -1.883 10 HD21 LEU 53 HD23 LEU 53 0.067 -2.395 -1.644 11 HG LEU 53 HG LEU 53 -0.723 -0.134 -1.225 No H/Q in entry = 11 In of MODEL 6 1 H LYS 54 H LYS 54 -2.757 -1.502 3.309 2 HA LYS 54 HA LYS 54 -4.837 -3.181 2.362 3 HB2 LYS 54 HB2 LYS 54 -3.463 -2.765 4.840 4 HB3 LYS 54 HB3 LYS 54 -5.194 -2.777 5.145 5 HD2 LYS 54 HD2 LYS 54 -3.527 -6.137 3.202 6 HD3 LYS 54 HD3 LYS 54 -3.223 -4.499 2.622 7 HE2 LYS 54 HE2 LYS 54 -1.181 -5.365 3.536 8 HE3 LYS 54 HE3 LYS 54 -1.799 -4.120 4.622 9 HG2 LYS 54 HG2 LYS 54 -4.290 -4.999 5.374 10 HG3 LYS 54 HG3 LYS 54 -5.368 -4.932 3.978 11 HZ2 LYS 54 HZ1 LYS 54 -0.993 -6.190 5.735 12 HZ1 LYS 54 HZ2 LYS 54 -2.299 -7.021 5.036 13 HZ3 LYS 54 HZ3 LYS 54 -2.579 -5.746 6.126 No H/Q in entry = 13 In of MODEL 6 1 H LYS 55 H LYS 55 -4.820 0.015 3.849 2 HA LYS 55 HA LYS 55 -7.681 0.215 3.977 3 HB2 LYS 55 HB2 LYS 55 -5.483 2.265 4.236 4 HB3 LYS 55 HB3 LYS 55 -7.190 2.661 4.376 5 HD2 LYS 55 HD2 LYS 55 -4.969 2.956 6.570 6 HD3 LYS 55 HD3 LYS 55 -6.635 3.529 6.635 7 HE2 LYS 55 HE2 LYS 55 -5.435 1.494 8.505 8 HE3 LYS 55 HE3 LYS 55 -5.623 3.208 8.868 9 HG2 LYS 55 HG2 LYS 55 -7.413 1.209 6.292 10 HG3 LYS 55 HG3 LYS 55 -5.732 0.694 6.128 11 HZ1 LYS 55 HZ1 LYS 55 -8.030 2.937 8.565 12 HZ3 LYS 55 HZ2 LYS 55 -7.427 1.966 9.818 13 HZ2 LYS 55 HZ3 LYS 55 -7.812 1.273 8.321 No H/Q in entry = 13 In of MODEL 6 1 H LYS 56 H LYS 56 -5.282 0.770 1.566 2 HA LYS 56 HA LYS 56 -6.869 2.586 0.016 3 HB2 LYS 56 HB2 LYS 56 -4.489 0.965 -0.889 4 HB3 LYS 56 HB3 LYS 56 -5.178 2.358 -1.707 5 HD2 LYS 56 HD2 LYS 56 -5.326 3.532 1.569 6 HD3 LYS 56 HD3 LYS 56 -3.994 4.622 1.187 7 HE2 LYS 56 HE2 LYS 56 -5.065 5.147 -0.947 8 HE3 LYS 56 HE3 LYS 56 -6.400 4.077 -0.523 9 HG2 LYS 56 HG2 LYS 56 -3.487 2.236 0.742 10 HG3 LYS 56 HG3 LYS 56 -3.335 3.263 -0.679 11 HZ1 LYS 56 HZ1 LYS 56 -6.805 5.524 1.428 12 HZ3 LYS 56 HZ2 LYS 56 -7.045 6.301 -0.057 13 HZ2 LYS 56 HZ3 LYS 56 -5.633 6.603 0.833 No H/Q in entry = 13 In of MODEL 6 1 H GLY 57 H GLY 57 -6.842 -0.772 0.479 2 HA3 GLY 57 HA2 GLY 57 -8.884 -1.865 -0.326 3 HA2 GLY 57 HA3 GLY 57 -8.610 -1.066 -1.864 No H/Q in entry = 3 In of MODEL 6 1 H LEU 58 H LEU 58 -5.872 -2.380 -0.202 2 HA LEU 58 HA LEU 58 -5.809 -4.564 -2.169 3 HB2 LEU 58 HB2 LEU 58 -3.573 -3.205 -0.669 4 HB3 LEU 58 HB3 LEU 58 -3.356 -4.661 -1.621 5 HD11 LEU 58 HD11 LEU 58 -4.811 -1.219 -2.075 6 HD13 LEU 58 HD12 LEU 58 -3.658 -0.842 -3.356 7 HD12 LEU 58 HD13 LEU 58 -3.085 -1.139 -1.713 8 HD22 LEU 58 HD21 LEU 58 -2.156 -2.608 -4.238 9 HD21 LEU 58 HD22 LEU 58 -2.266 -4.258 -3.622 10 HD23 LEU 58 HD23 LEU 58 -1.553 -2.989 -2.624 11 HG LEU 58 HG LEU 58 -4.431 -3.149 -3.516 No H/Q in entry = 11 In of MODEL 6 1 H THR 59 H THR 59 -5.626 -6.637 -1.531 2 HA THR 59 HA THR 59 -5.849 -7.269 1.278 3 HB THR 59 HB THR 59 -5.686 -9.680 0.308 4 HG1 THR 59 HG1 THR 59 -6.471 -9.620 -1.953 5 HG23 THR 59 HG21 THR 59 -7.748 -8.724 1.168 6 HG22 THR 59 HG22 THR 59 -8.069 -9.636 -0.307 7 HG21 THR 59 HG23 THR 59 -8.013 -7.874 -0.354 No H/Q in entry = 7 In of MODEL 6 1 H ASP 60 H ASP 60 -4.358 -9.230 1.997 2 HA ASP 60 HA ASP 60 -1.752 -8.222 2.143 3 HB2 ASP 60 HB2 ASP 60 -3.118 -10.673 3.026 4 HB3 ASP 60 HB3 ASP 60 -1.377 -10.829 2.805 No H/Q in entry = 4 In of MODEL 6 1 H GLU 61 H GLU 61 -3.074 -10.769 0.055 2 HA GLU 61 HA GLU 61 -0.651 -11.550 -1.123 3 HB2 GLU 61 HB2 GLU 61 -2.023 -12.372 -2.989 4 HB3 GLU 61 HB3 GLU 61 -2.728 -12.801 -1.436 5 HG2 GLU 61 HG2 GLU 61 -4.235 -10.824 -1.672 6 HG3 GLU 61 HG3 GLU 61 -3.626 -10.633 -3.317 No H/Q in entry = 6 In of MODEL 6 1 H GLU 62 H GLU 62 -2.830 -8.888 -1.837 2 HA GLU 62 HA GLU 62 -1.493 -8.202 -4.283 3 HB2 GLU 62 HB2 GLU 62 -4.004 -7.864 -3.545 4 HB3 GLU 62 HB3 GLU 62 -3.383 -6.345 -2.913 5 HG2 GLU 62 HG2 GLU 62 -4.262 -5.991 -5.112 6 HG3 GLU 62 HG3 GLU 62 -2.509 -5.802 -5.151 No H/Q in entry = 6 In of MODEL 6 1 H ILE 63 H ILE 63 -1.290 -7.232 -0.920 2 HA ILE 63 HA ILE 63 -0.001 -4.751 -1.447 3 HB ILE 63 HB ILE 63 -1.074 -5.096 0.725 4 HD13 ILE 63 HD11 ILE 63 -0.209 -3.644 2.756 5 HD12 ILE 63 HD12 ILE 63 1.509 -3.242 2.790 6 HD11 ILE 63 HD13 ILE 63 0.982 -4.894 3.115 7 HG12 ILE 63 HG12 ILE 63 1.910 -4.624 0.868 8 HG13 ILE 63 HG13 ILE 63 0.681 -3.416 0.514 9 HG21 ILE 63 HG21 ILE 63 1.145 -7.066 1.248 10 HG23 ILE 63 HG22 ILE 63 -0.574 -7.433 1.117 11 HG22 ILE 63 HG23 ILE 63 0.018 -6.459 2.459 No H/Q in entry = 11 In of MODEL 6 1 H ASP 64 H ASP 64 1.259 -8.042 -0.759 2 HA ASP 64 HA ASP 64 3.969 -7.174 -0.919 3 HB2 ASP 64 HB2 ASP 64 3.424 -9.878 -1.972 4 HB3 ASP 64 HB3 ASP 64 4.672 -9.333 -0.881 No H/Q in entry = 4 In of MODEL 6 1 H MET 65 H MET 65 1.593 -8.297 -3.266 2 HA MET 65 HA MET 65 3.251 -8.580 -5.479 3 HB2 MET 65 HB2 MET 65 0.864 -9.257 -5.363 4 HB3 MET 65 HB3 MET 65 0.403 -7.567 -5.478 5 HE1 MET 65 HE1 MET 65 3.784 -9.531 -6.464 6 HE3 MET 65 HE2 MET 65 4.011 -8.780 -8.042 7 HE2 MET 65 HE3 MET 65 4.229 -10.518 -7.855 8 HG2 MET 65 HG2 MET 65 0.144 -8.356 -7.640 9 HG3 MET 65 HG3 MET 65 1.711 -7.553 -7.679 No H/Q in entry = 9 In of MODEL 6 1 H ALA 66 H ALA 66 1.621 -5.678 -4.268 2 HA ALA 66 HA ALA 66 2.520 -3.969 -6.347 3 HB1 ALA 66 HB1 ALA 66 1.633 -3.236 -3.559 4 HB3 ALA 66 HB2 ALA 66 0.560 -3.468 -4.939 5 HB2 ALA 66 HB3 ALA 66 1.736 -2.152 -4.946 No H/Q in entry = 5 In of MODEL 6 1 H PHE 67 H PHE 67 3.726 -4.645 -3.068 2 HA PHE 67 HA PHE 67 5.867 -2.781 -3.208 3 HB2 PHE 67 HB2 PHE 67 5.172 -5.033 -1.372 4 HB3 PHE 67 HB3 PHE 67 6.780 -4.318 -1.287 5 HD1 PHE 67 HD1 PHE 67 6.074 -1.480 -1.890 6 HD2 PHE 67 HD2 PHE 67 4.209 -4.339 0.677 7 HE1 PHE 67 HE1 PHE 67 5.241 0.349 -0.473 8 HE2 PHE 67 HE2 PHE 67 3.383 -2.509 2.094 9 HZ PHE 67 HZ PHE 67 3.909 -0.172 1.532 No H/Q in entry = 9 In of MODEL 6 1 H GLN 68 H GLN 68 5.527 -6.107 -4.178 2 HA GLN 68 HA GLN 68 8.228 -6.797 -4.444 3 HB2 GLN 68 HB2 GLN 68 5.779 -7.773 -5.901 4 HB3 GLN 68 HB3 GLN 68 7.381 -8.411 -6.227 5 HE21 GLN 68 HE21 GLN 68 6.861 -9.580 -1.922 6 HE22 GLN 68 HE22 GLN 68 8.578 -9.714 -1.795 7 HG2 GLN 68 HG2 GLN 68 5.869 -8.546 -3.632 8 HG3 GLN 68 HG3 GLN 68 6.227 -9.878 -4.728 No H/Q in entry = 8 In of MODEL 6 1 H GLN 69 H GLN 69 5.895 -5.567 -6.815 2 HA GLN 69 HA GLN 69 7.757 -5.286 -8.929 3 HB2 GLN 69 HB2 GLN 69 5.065 -3.984 -8.494 4 HB3 GLN 69 HB3 GLN 69 5.974 -3.910 -9.997 5 HE21 GLN 69 HE21 GLN 69 2.778 -5.692 -8.682 6 HE22 GLN 69 HE22 GLN 69 1.879 -5.423 -10.142 7 HG2 GLN 69 HG2 GLN 69 5.835 -6.346 -10.190 8 HG3 GLN 69 HG3 GLN 69 4.906 -6.402 -8.692 No H/Q in entry = 8 In of MODEL 6 1 H SER 70 H SER 70 6.797 -3.236 -6.279 2 HA SER 70 HA SER 70 7.877 -0.835 -7.394 3 HB2 SER 70 HB2 SER 70 6.070 -0.924 -5.644 4 HB3 SER 70 HB3 SER 70 7.305 -1.398 -4.480 5 HG SER 70 HG SER 70 6.665 1.050 -5.326 No H/Q in entry = 5 In of MODEL 6 1 H GLY 71 H GLY 71 9.300 -3.567 -6.078 2 HA3 GLY 71 HA2 GLY 71 11.503 -4.092 -5.718 3 HA2 GLY 71 HA3 GLY 71 11.910 -2.513 -6.370 No H/Q in entry = 3 In of MODEL 6 1 H THR 72 H THR 72 9.999 -3.345 -3.506 2 HA THR 72 HA THR 72 11.451 -1.424 -1.944 3 HB THR 72 HB THR 72 10.014 -2.326 -0.055 4 HG1 THR 72 HG1 THR 72 8.600 -3.652 -2.142 5 HG21 THR 72 HG21 THR 72 9.403 -0.338 -1.351 6 HG23 THR 72 HG22 THR 72 7.975 -1.272 -0.907 7 HG22 THR 72 HG23 THR 72 8.611 -1.361 -2.549 No H/Q in entry = 7 In of MODEL 6 1 H ALA 73 H ALA 73 10.806 -4.863 -1.331 2 HA ALA 73 HA ALA 73 12.043 -6.540 -0.442 3 HB1 ALA 73 HB1 ALA 73 13.127 -6.280 -2.611 4 HB3 ALA 73 HB2 ALA 73 14.266 -6.822 -1.376 5 HB2 ALA 73 HB3 ALA 73 14.271 -5.138 -1.905 No H/Q in entry = 5 In of MODEL 6 1 H ALA 74 H ALA 74 11.579 -5.063 1.586 2 HA ALA 74 HA ALA 74 14.157 -4.829 2.995 3 HB1 ALA 74 HB1 ALA 74 13.223 -2.591 2.600 4 HB3 ALA 74 HB2 ALA 74 13.253 -2.990 4.319 5 HB2 ALA 74 HB3 ALA 74 11.735 -3.071 3.420 No H/Q in entry = 5 In of MODEL 6 1 H ASP 75 H ASP 75 10.678 -4.865 3.688 2 HA ASP 75 HA ASP 75 11.029 -7.309 5.260 3 HB2 ASP 75 HB2 ASP 75 10.959 -5.441 6.880 4 HB3 ASP 75 HB3 ASP 75 9.447 -4.882 6.172 No H/Q in entry = 4 In of MODEL 6 1 H GLU 76 H GLU 76 9.183 -8.652 5.216 2 HA GLU 76 HA GLU 76 7.806 -8.507 2.746 3 HB2 GLU 76 HB2 GLU 76 7.387 -10.331 5.121 4 HB3 GLU 76 HB3 GLU 76 6.698 -10.571 3.519 5 HG2 GLU 76 HG2 GLU 76 8.918 -10.793 2.573 6 HG3 GLU 76 HG3 GLU 76 9.638 -10.491 4.152 No H/Q in entry = 6 In of MODEL 6 1 HA PRO 77 HA PRO 77 4.395 -5.987 4.051 2 HB2 PRO 77 HB2 PRO 77 3.074 -7.008 1.630 3 HB3 PRO 77 HB3 PRO 77 3.538 -5.354 2.038 4 HD2 PRO 77 HD2 PRO 77 5.522 -8.601 1.368 5 HD3 PRO 77 HD3 PRO 77 6.928 -7.536 1.584 6 HG2 PRO 77 HG2 PRO 77 4.830 -6.745 0.144 7 HG3 PRO 77 HG3 PRO 77 5.681 -5.610 1.208 No H/Q in entry = 7 In of MODEL 6 1 H SER 78 H SER 78 4.461 -9.317 3.708 2 HA SER 78 HA SER 78 1.757 -10.025 4.025 3 HB2 SER 78 HB2 SER 78 4.170 -11.572 5.000 4 HB3 SER 78 HB3 SER 78 2.599 -12.219 4.518 5 HG SER 78 HG SER 78 3.394 -10.862 2.442 No H/Q in entry = 5 In of MODEL 6 1 H SER 79 H SER 79 0.582 -9.204 5.629 2 HA SER 79 HA SER 79 1.843 -8.452 8.127 3 HB2 SER 79 HB2 SER 79 -1.038 -8.111 7.276 4 HB3 SER 79 HB3 SER 79 -0.192 -7.242 8.562 5 HG SER 79 HG SER 79 1.074 -7.081 6.134 No H/Q in entry = 5 In of MODEL 6 1 H LEU 80 H LEU 80 -0.366 -10.883 6.924 2 HA LEU 80 HA LEU 80 -1.253 -11.793 9.472 3 HB2 LEU 80 HB2 LEU 80 -1.282 -12.935 6.706 4 HB3 LEU 80 HB3 LEU 80 -1.652 -13.975 8.067 5 HD12 LEU 80 HD11 LEU 80 -2.865 -11.048 6.111 6 HD11 LEU 80 HD12 LEU 80 -2.658 -10.391 7.733 7 HD13 LEU 80 HD13 LEU 80 -4.273 -10.760 7.132 8 HD23 LEU 80 HD21 LEU 80 -3.607 -13.466 5.848 9 HD22 LEU 80 HD22 LEU 80 -4.998 -13.105 6.868 10 HD21 LEU 80 HD23 LEU 80 -3.911 -14.426 7.293 11 HG LEU 80 HG LEU 80 -3.515 -12.468 8.689 No H/Q in entry = 11 In of MODEL 6 1 H TRP 81 H TRP 81 0.668 -13.705 7.206 2 HA TRP 81 HA TRP 81 2.864 -13.952 9.061 3 HB2 TRP 81 HB2 TRP 81 1.036 -16.261 8.453 4 HB3 TRP 81 HB3 TRP 81 2.751 -16.554 8.703 5 HD1 TRP 81 HD1 TRP 81 3.357 -14.723 11.150 6 HE1 TRP 81 HE1 TRP 81 2.336 -15.226 13.462 7 HE3 TRP 81 HE3 TRP 81 -0.612 -17.589 9.671 8 HH2 TRP 81 HH2 TRP 81 -1.744 -18.041 13.764 9 HZ2 TRP 81 HZ2 TRP 81 0.149 -16.662 14.511 10 HZ3 TRP 81 HZ3 TRP 81 -2.117 -18.493 11.396 No H/Q in entry = 10 In of MODEL 6 1 H1 SER 101 H3 SER 101 0.008 19.075 5.399 2 H2 SER 101 H2 SER 101 1.415 19.348 6.301 3 H3 SER 101 H1 SER 101 0.545 20.659 5.681 4 HA SER 101 HA SER 101 1.070 20.059 3.452 5 HB2 SER 101 HB2 SER 101 2.681 21.495 4.548 6 HB3 SER 101 HB3 SER 101 3.467 20.109 5.300 7 HG SER 101 HG SER 101 3.988 21.209 2.940 No H/Q in entry = 7 In of MODEL 6 1 H GLN 102 H GLN 102 3.212 18.028 5.473 2 HA GLN 102 HA GLN 102 3.724 16.310 3.251 3 HB2 GLN 102 HB2 GLN 102 4.503 16.012 6.154 4 HB3 GLN 102 HB3 GLN 102 5.138 15.055 4.823 5 HE21 GLN 102 HE21 GLN 102 4.893 18.671 3.157 6 HE22 GLN 102 HE22 GLN 102 5.802 18.223 1.754 7 HG2 GLN 102 HG2 GLN 102 5.478 18.017 5.227 8 HG3 GLN 102 HG3 GLN 102 6.713 16.775 5.431 No H/Q in entry = 8 In of MODEL 6 1 H GLU 103 H GLU 103 1.417 16.325 5.791 2 HA GLU 103 HA GLU 103 0.759 13.611 5.951 3 HB2 GLU 103 HB2 GLU 103 -0.165 15.273 7.469 4 HB3 GLU 103 HB3 GLU 103 -1.025 16.047 6.147 5 HG2 GLU 103 HG2 GLU 103 -2.333 13.962 5.849 6 HG3 GLU 103 HG3 GLU 103 -1.535 13.308 7.282 No H/Q in entry = 6 In of MODEL 6 1 H LYS 104 H LYS 104 0.051 16.010 3.500 2 HA LYS 104 HA LYS 104 -1.979 14.459 2.199 3 HB2 LYS 104 HB2 LYS 104 -0.410 16.870 1.297 4 HB3 LYS 104 HB3 LYS 104 -1.662 16.110 0.325 5 HD2 LYS 104 HD2 LYS 104 -3.505 18.927 1.734 6 HD3 LYS 104 HD3 LYS 104 -1.947 18.895 0.905 7 HE2 LYS 104 HE2 LYS 104 -2.833 17.173 -0.621 8 HE3 LYS 104 HE3 LYS 104 -4.399 17.299 0.176 9 HG2 LYS 104 HG2 LYS 104 -3.241 16.520 2.244 10 HG3 LYS 104 HG3 LYS 104 -1.972 17.517 2.962 11 HZ3 LYS 104 HZ1 LYS 104 -4.418 18.605 -1.803 12 HZ2 LYS 104 HZ2 LYS 104 -3.009 19.425 -1.358 13 HZ1 LYS 104 HZ3 LYS 104 -4.439 19.665 -0.480 No H/Q in entry = 13 In of MODEL 6 1 H PHE 105 H PHE 105 1.356 14.146 2.339 2 HA PHE 105 HA PHE 105 1.930 13.447 -0.356 3 HB2 PHE 105 HB2 PHE 105 3.597 14.099 1.448 4 HB3 PHE 105 HB3 PHE 105 3.397 12.481 2.104 5 HD1 PHE 105 HD1 PHE 105 4.274 14.237 -1.055 6 HD2 PHE 105 HD2 PHE 105 4.819 10.796 1.390 7 HE1 PHE 105 HE1 PHE 105 6.030 13.437 -2.577 8 HE2 PHE 105 HE2 PHE 105 6.567 9.987 -0.134 9 HZ PHE 105 HZ PHE 105 7.177 11.308 -2.118 No H/Q in entry = 9 In of MODEL 6 1 H PHE 106 H PHE 106 0.608 11.726 2.367 2 HA PHE 106 HA PHE 106 0.808 9.156 1.029 3 HB2 PHE 106 HB2 PHE 106 -0.375 10.026 3.661 4 HB3 PHE 106 HB3 PHE 106 -0.606 8.402 3.025 5 HD1 PHE 106 HD1 PHE 106 1.526 10.558 4.890 6 HD2 PHE 106 HD2 PHE 106 1.476 7.034 2.507 7 HE1 PHE 106 HE1 PHE 106 3.664 9.853 5.889 8 HE2 PHE 106 HE2 PHE 106 3.608 6.321 3.500 9 HZ PHE 106 HZ PHE 106 4.699 7.724 5.203 No H/Q in entry = 9 In of MODEL 6 1 H GLN 107 H GLN 107 -1.398 11.768 1.262 2 HA GLN 107 HA GLN 107 -3.702 10.105 0.610 3 HB2 GLN 107 HB2 GLN 107 -3.509 13.066 1.197 4 HB3 GLN 107 HB3 GLN 107 -5.006 12.182 0.938 5 HE21 GLN 107 HE21 GLN 107 -4.081 14.260 2.355 6 HE22 GLN 107 HE22 GLN 107 -5.024 14.834 3.684 7 HG2 GLN 107 HG2 GLN 107 -4.610 10.861 2.923 8 HG3 GLN 107 HG3 GLN 107 -3.049 11.645 3.160 No H/Q in entry = 8 In of MODEL 6 1 H GLU 108 H GLU 108 -2.329 13.153 -0.623 2 HA GLU 108 HA GLU 108 -4.035 13.216 -2.870 3 HB2 GLU 108 HB2 GLU 108 -3.017 15.208 -1.814 4 HB3 GLU 108 HB3 GLU 108 -1.441 14.702 -2.410 5 HG2 GLU 108 HG2 GLU 108 -2.045 15.108 -4.646 6 HG3 GLU 108 HG3 GLU 108 -3.757 15.233 -4.245 No H/Q in entry = 6 In of MODEL 6 1 H LEU 109 H LEU 109 -1.026 11.636 -2.316 2 HA LEU 109 HA LEU 109 -0.374 11.425 -5.116 3 HB2 LEU 109 HB2 LEU 109 0.854 10.352 -2.609 4 HB3 LEU 109 HB3 LEU 109 1.311 9.696 -4.166 5 HD11 LEU 109 HD11 LEU 109 0.598 13.253 -3.281 6 HD13 LEU 109 HD12 LEU 109 2.296 13.719 -3.225 7 HD12 LEU 109 HD13 LEU 109 1.627 12.679 -1.970 8 HD22 LEU 109 HD21 LEU 109 3.627 10.400 -4.137 9 HD21 LEU 109 HD22 LEU 109 3.332 10.838 -2.454 10 HD23 LEU 109 HD23 LEU 109 4.048 12.012 -3.559 11 HG LEU 109 HG LEU 109 1.977 11.992 -4.882 No H/Q in entry = 11 In of MODEL 6 1 H PHE 110 H PHE 110 -2.517 9.798 -3.055 2 HA PHE 110 HA PHE 110 -2.261 7.376 -4.682 3 HB2 PHE 110 HB2 PHE 110 -2.490 7.424 -2.024 4 HB3 PHE 110 HB3 PHE 110 -4.206 7.433 -2.437 5 HD1 PHE 110 HD1 PHE 110 -5.271 5.544 -3.376 6 HD2 PHE 110 HD2 PHE 110 -1.063 5.533 -2.753 7 HE1 PHE 110 HE1 PHE 110 -5.233 3.113 -3.727 8 HE2 PHE 110 HE2 PHE 110 -1.014 3.098 -3.116 9 HZ PHE 110 HZ PHE 110 -3.011 1.924 -3.782 No H/Q in entry = 9 In of MODEL 6 1 H ASP 111 H ASP 111 -4.114 10.186 -4.399 2 HA ASP 111 HA ASP 111 -6.512 9.180 -5.577 3 HB2 ASP 111 HB2 ASP 111 -5.354 11.979 -5.550 4 HB3 ASP 111 HB3 ASP 111 -6.968 11.570 -6.123 No H/Q in entry = 4 In of MODEL 6 1 H SER 112 H SER 112 -4.226 11.455 -7.047 2 HA SER 112 HA SER 112 -3.471 9.660 -9.133 3 HB2 SER 112 HB2 SER 112 -5.338 11.947 -9.804 4 HB3 SER 112 HB3 SER 112 -4.304 11.170 -11.002 5 HG SER 112 HG SER 112 -5.877 9.506 -9.408 No H/Q in entry = 5 In of MODEL 7 1 H1 GLY 12 H2 GLY 12 -21.210 -0.853 -7.877 2 H2 GLY 12 H1 GLY 12 -20.936 -0.287 -9.451 3 H3 GLY 12 H3 GLY 12 -20.766 0.765 -8.127 4 HA2 GLY 12 HA2 GLY 12 -22.855 1.121 -9.361 5 HA3 GLY 12 HA3 GLY 12 -23.102 0.694 -7.673 No H/Q in entry = 5 In of MODEL 7 1 H ALA 13 H ALA 13 -25.272 0.162 -8.594 2 HA ALA 13 HA ALA 13 -26.871 -1.359 -9.106 3 HB2 ALA 13 HB1 ALA 13 -25.860 -1.385 -11.350 4 HB1 ALA 13 HB2 ALA 13 -26.508 -2.962 -10.900 5 HB3 ALA 13 HB3 ALA 13 -24.771 -2.674 -10.836 No H/Q in entry = 5 In of MODEL 7 1 H MET 14 H MET 14 -26.765 -1.940 -6.892 2 HA MET 14 HA MET 14 -26.667 -3.357 -5.133 3 HB2 MET 14 HB2 MET 14 -27.666 -5.002 -6.665 4 HB3 MET 14 HB3 MET 14 -26.063 -5.467 -7.217 5 HE3 MET 14 HE1 MET 14 -29.922 -5.504 -3.764 6 HE2 MET 14 HE2 MET 14 -29.401 -6.771 -4.873 7 HE1 MET 14 HE3 MET 14 -29.271 -5.078 -5.349 8 HG2 MET 14 HG2 MET 14 -26.893 -7.089 -5.646 9 HG3 MET 14 HG3 MET 14 -25.519 -6.232 -4.952 No H/Q in entry = 9 In of MODEL 7 1 H ALA 15 H ALA 15 -24.842 -2.149 -4.459 2 HA ALA 15 HA ALA 15 -22.173 -2.949 -5.083 3 HB1 ALA 15 HB1 ALA 15 -21.510 -1.398 -3.318 4 HB2 ALA 15 HB2 ALA 15 -23.187 -1.270 -2.788 5 HB3 ALA 15 HB3 ALA 15 -22.717 -0.666 -4.377 No H/Q in entry = 5 In of MODEL 7 1 H THR 16 H THR 16 -21.793 -5.045 -4.638 2 HA THR 16 HA THR 16 -22.754 -6.360 -2.295 3 HB THR 16 HB THR 16 -20.637 -7.314 -4.231 4 HG1 THR 16 HG1 THR 16 -23.482 -7.374 -4.341 5 HG21 THR 16 HG21 THR 16 -20.806 -8.631 -2.167 6 HG23 THR 16 HG22 THR 16 -21.392 -9.548 -3.555 7 HG22 THR 16 HG23 THR 16 -22.539 -8.824 -2.428 No H/Q in entry = 7 In of MODEL 7 1 HA PRO 17 HA PRO 17 -19.221 -5.086 0.182 2 HB2 PRO 17 HB2 PRO 17 -20.651 -6.180 2.446 3 HB3 PRO 17 HB3 PRO 17 -20.348 -4.487 2.051 4 HD2 PRO 17 HD2 PRO 17 -22.518 -7.133 0.241 5 HD3 PRO 17 HD3 PRO 17 -23.045 -5.698 -0.669 6 HG2 PRO 17 HG2 PRO 17 -22.829 -5.632 1.992 7 HG3 PRO 17 HG3 PRO 17 -22.364 -4.238 1.003 No H/Q in entry = 7 In of MODEL 7 1 H GLY 18 H GLY 18 -19.025 -7.478 -1.268 2 HA3 GLY 18 HA2 GLY 18 -18.559 -9.697 0.496 3 HA2 GLY 18 HA3 GLY 18 -18.104 -9.598 -1.202 No H/Q in entry = 3 In of MODEL 7 1 H SER 19 H SER 19 -16.802 -6.946 -0.469 2 HA SER 19 HA SER 19 -14.234 -8.066 0.287 3 HB2 SER 19 HB2 SER 19 -13.779 -5.413 -0.143 4 HB3 SER 19 HB3 SER 19 -13.746 -6.637 -1.411 5 HG SER 19 HG SER 19 -15.900 -4.919 -0.697 No H/Q in entry = 5 In of MODEL 7 1 H GLU 20 H GLU 20 -13.400 -7.913 2.257 2 HA GLU 20 HA GLU 20 -14.958 -6.838 4.392 3 HB2 GLU 20 HB2 GLU 20 -13.084 -7.567 5.821 4 HB3 GLU 20 HB3 GLU 20 -13.586 -8.825 4.710 5 HG2 GLU 20 HG2 GLU 20 -11.729 -8.490 3.349 6 HG3 GLU 20 HG3 GLU 20 -11.263 -7.013 4.180 No H/Q in entry = 6 In of MODEL 7 1 H ASN 21 H ASN 21 -12.253 -5.752 2.536 2 HA ASN 21 HA ASN 21 -12.385 -3.054 3.174 3 HB2 ASN 21 HB2 ASN 21 -11.694 -3.692 5.448 4 HB3 ASN 21 HB3 ASN 21 -10.298 -4.545 4.803 5 HD21 ASN 21 HD21 ASN 21 -8.520 -3.370 4.107 6 HD22 ASN 21 HD22 ASN 21 -8.337 -1.682 4.409 No H/Q in entry = 6 In of MODEL 7 1 H VAL 22 H VAL 22 -10.306 -5.789 2.486 2 HA VAL 22 HA VAL 22 -8.525 -4.257 0.821 3 HB VAL 22 HB VAL 22 -7.412 -6.413 0.386 4 HG11 VAL 22 HG11 VAL 22 -8.009 -5.868 3.290 5 HG13 VAL 22 HG12 VAL 22 -6.742 -5.122 2.317 6 HG12 VAL 22 HG13 VAL 22 -6.666 -6.845 2.693 7 HG23 VAL 22 HG21 VAL 22 -8.123 -8.429 1.605 8 HG22 VAL 22 HG22 VAL 22 -9.321 -7.911 0.417 9 HG21 VAL 22 HG23 VAL 22 -9.578 -7.583 2.134 No H/Q in entry = 9 In of MODEL 7 1 H LEU 23 H LEU 23 -8.997 -3.737 -1.167 2 HA LEU 23 HA LEU 23 -10.998 -5.280 -2.641 3 HB2 LEU 23 HB2 LEU 23 -11.311 -2.828 -2.385 4 HB3 LEU 23 HB3 LEU 23 -9.829 -2.570 -3.282 5 HD13 LEU 23 HD11 LEU 23 -13.243 -4.107 -5.281 6 HD12 LEU 23 HD12 LEU 23 -13.366 -3.649 -3.582 7 HD11 LEU 23 HD13 LEU 23 -12.453 -5.086 -4.042 8 HD21 LEU 23 HD21 LEU 23 -12.413 -1.359 -4.111 9 HD23 LEU 23 HD22 LEU 23 -12.379 -1.844 -5.806 10 HD22 LEU 23 HD23 LEU 23 -10.911 -1.251 -5.029 11 HG LEU 23 HG LEU 23 -10.851 -3.672 -5.249 No H/Q in entry = 11 In of MODEL 7 1 HA PRO 24 HA PRO 24 -7.435 -6.999 -4.803 2 HB2 PRO 24 HB2 PRO 24 -9.464 -8.694 -6.072 3 HB3 PRO 24 HB3 PRO 24 -8.091 -9.159 -5.068 4 HD2 PRO 24 HD2 PRO 24 -11.316 -7.145 -4.380 5 HD3 PRO 24 HD3 PRO 24 -10.695 -7.145 -2.715 6 HG2 PRO 24 HG2 PRO 24 -10.626 -9.359 -4.196 7 HG3 PRO 24 HG3 PRO 24 -9.287 -8.949 -3.108 No H/Q in entry = 7 In of MODEL 7 1 H ARG 25 H ARG 25 -7.074 -5.167 -6.100 2 HA ARG 25 HA ARG 25 -8.193 -5.341 -8.802 3 HB2 ARG 25 HB2 ARG 25 -8.152 -2.810 -7.141 4 HB3 ARG 25 HB3 ARG 25 -8.483 -2.861 -8.866 5 HD2 ARG 25 HD2 ARG 25 -10.632 -3.732 -9.690 6 HD3 ARG 25 HD3 ARG 25 -10.272 -5.293 -8.954 7 HE ARG 25 HE ARG 25 -12.564 -3.996 -7.812 8 HG2 ARG 25 HG2 ARG 25 -10.130 -4.239 -6.760 9 HG3 ARG 25 HG3 ARG 25 -10.508 -2.672 -7.481 10 HH11 ARG 25 HH11 ARG 25 -11.456 -6.028 -10.432 11 HH12 ARG 25 HH12 ARG 25 -13.006 -6.781 -10.664 12 HH21 ARG 25 HH21 ARG 25 -14.600 -4.949 -8.118 13 HH22 ARG 25 HH22 ARG 25 -14.806 -6.145 -9.372 No H/Q in entry = 13 In of MODEL 7 1 H GLU 26 H GLU 26 -6.579 -5.290 -10.242 2 HA GLU 26 HA GLU 26 -3.893 -4.839 -9.451 3 HB2 GLU 26 HB2 GLU 26 -4.499 -4.695 -12.346 4 HB3 GLU 26 HB3 GLU 26 -3.256 -5.598 -11.497 5 HG2 GLU 26 HG2 GLU 26 -4.560 -7.301 -12.242 6 HG3 GLU 26 HG3 GLU 26 -5.308 -7.011 -10.670 No H/Q in entry = 6 In of MODEL 7 1 HA PRO 27 HA PRO 27 -4.483 -0.621 -12.028 2 HB2 PRO 27 HB2 PRO 27 -6.920 0.460 -11.146 3 HB3 PRO 27 HB3 PRO 27 -6.565 -0.125 -12.772 4 HD2 PRO 27 HD2 PRO 27 -7.024 -3.565 -10.964 5 HD3 PRO 27 HD3 PRO 27 -6.529 -3.095 -12.603 6 HG2 PRO 27 HG2 PRO 27 -7.949 -1.477 -10.519 7 HG3 PRO 27 HG3 PRO 27 -8.263 -1.588 -12.260 No H/Q in entry = 7 In of MODEL 7 1 H LEU 28 H LEU 28 -5.930 -1.353 -8.873 2 HA LEU 28 HA LEU 28 -5.079 1.122 -7.705 3 HB2 LEU 28 HB2 LEU 28 -7.058 -0.395 -7.016 4 HB3 LEU 28 HB3 LEU 28 -5.855 -1.330 -6.153 5 HD11 LEU 28 HD11 LEU 28 -8.336 0.875 -5.555 6 HD13 LEU 28 HD12 LEU 28 -7.729 1.244 -3.940 7 HD12 LEU 28 HD13 LEU 28 -7.895 -0.434 -4.458 8 HD21 LEU 28 HD21 LEU 28 -5.430 -0.804 -3.912 9 HD23 LEU 28 HD22 LEU 28 -5.388 0.875 -3.374 10 HD22 LEU 28 HD23 LEU 28 -4.240 0.309 -4.587 11 HG LEU 28 HG LEU 28 -6.009 1.605 -5.634 No H/Q in entry = 11 In of MODEL 7 1 H ILE 29 H ILE 29 -3.788 -2.122 -7.985 2 HA ILE 29 HA ILE 29 -1.611 -1.902 -6.229 3 HB ILE 29 HB ILE 29 -1.681 -3.330 -8.903 4 HD12 ILE 29 HD11 ILE 29 -2.918 -6.439 -7.197 5 HD11 ILE 29 HD12 ILE 29 -1.227 -6.090 -7.559 6 HD13 ILE 29 HD13 ILE 29 -2.470 -5.781 -8.771 7 HG12 ILE 29 HG12 ILE 29 -2.217 -4.386 -6.117 8 HG13 ILE 29 HG13 ILE 29 -3.450 -4.071 -7.336 9 HG21 ILE 29 HG21 ILE 29 0.172 -3.677 -6.548 10 HG23 ILE 29 HG22 ILE 29 0.596 -2.993 -8.117 11 HG22 ILE 29 HG23 ILE 29 0.148 -4.694 -7.989 No H/Q in entry = 11 In of MODEL 7 1 H ALA 30 H ALA 30 -2.030 -0.897 -9.595 2 HA ALA 30 HA ALA 30 0.551 0.145 -10.005 3 HB1 ALA 30 HB1 ALA 30 -1.020 -0.285 -11.829 4 HB3 ALA 30 HB2 ALA 30 -0.433 1.378 -11.864 5 HB2 ALA 30 HB3 ALA 30 -2.050 1.027 -11.255 No H/Q in entry = 5 In of MODEL 7 1 H THR 31 H THR 31 -2.414 1.602 -8.738 2 HA THR 31 HA THR 31 -1.511 4.223 -8.361 3 HB THR 31 HB THR 31 -3.388 2.706 -6.528 4 HG1 THR 31 HG1 THR 31 -3.656 3.518 -9.161 5 HG23 THR 31 HG21 THR 31 -2.708 4.893 -5.683 6 HG22 THR 31 HG22 THR 31 -4.400 4.923 -6.185 7 HG21 THR 31 HG23 THR 31 -3.159 5.639 -7.214 No H/Q in entry = 7 In of MODEL 7 1 H ALA 32 H ALA 32 -1.233 1.340 -6.327 2 HA ALA 32 HA ALA 32 0.023 2.613 -4.135 3 HB3 ALA 32 HB1 ALA 32 0.187 -0.281 -4.968 4 HB1 ALA 32 HB2 ALA 32 -1.084 0.425 -3.971 5 HB2 ALA 32 HB3 ALA 32 0.576 0.375 -3.378 No H/Q in entry = 5 In of MODEL 7 1 H VAL 33 H VAL 33 1.302 0.886 -6.961 2 HA VAL 33 HA VAL 33 4.003 0.914 -6.175 3 HB VAL 33 HB VAL 33 2.771 0.780 -8.938 4 HG13 VAL 33 HG11 VAL 33 4.914 0.000 -9.755 5 HG12 VAL 33 HG12 VAL 33 5.622 0.184 -8.150 6 HG11 VAL 33 HG13 VAL 33 5.094 1.606 -9.051 7 HG21 VAL 33 HG21 VAL 33 3.890 -1.332 -7.097 8 HG23 VAL 33 HG22 VAL 33 3.327 -1.615 -8.744 9 HG22 VAL 33 HG23 VAL 33 2.192 -1.084 -7.502 No H/Q in entry = 9 In of MODEL 7 1 H LYS 34 H LYS 34 2.177 3.224 -8.211 2 HA LYS 34 HA LYS 34 4.413 4.885 -8.753 3 HB2 LYS 34 HB2 LYS 34 2.785 6.569 -9.485 4 HB3 LYS 34 HB3 LYS 34 2.424 4.989 -10.158 5 HD2 LYS 34 HD2 LYS 34 1.419 6.986 -7.067 6 HD3 LYS 34 HD3 LYS 34 0.998 7.814 -8.577 7 HE2 LYS 34 HE2 LYS 34 -1.305 6.659 -8.253 8 HE3 LYS 34 HE3 LYS 34 -0.774 6.472 -6.579 9 HG2 LYS 34 HG2 LYS 34 0.336 5.650 -9.563 10 HG3 LYS 34 HG3 LYS 34 0.822 4.835 -8.077 11 HZ2 LYS 34 HZ1 LYS 34 -0.986 9.043 -8.053 12 HZ1 LYS 34 HZ2 LYS 34 -0.454 8.857 -6.456 13 HZ3 LYS 34 HZ3 LYS 34 -2.054 8.474 -6.862 No H/Q in entry = 13 In of MODEL 7 1 H PHE 35 H PHE 35 2.146 4.686 -6.144 2 HA PHE 35 HA PHE 35 2.826 7.077 -4.786 3 HB2 PHE 35 HB2 PHE 35 0.835 5.688 -4.295 4 HB3 PHE 35 HB3 PHE 35 1.894 4.429 -3.668 5 HD1 PHE 35 HD1 PHE 35 0.820 7.920 -3.167 6 HD2 PHE 35 HD2 PHE 35 2.633 4.478 -1.453 7 HE1 PHE 35 HE1 PHE 35 0.763 8.986 -0.960 8 HE2 PHE 35 HE2 PHE 35 2.591 5.524 0.720 9 HZ PHE 35 HZ PHE 35 1.584 7.752 1.020 No H/Q in entry = 9 In of MODEL 7 1 H LEU 36 H LEU 36 3.796 3.725 -4.296 2 HA LEU 36 HA LEU 36 5.712 3.966 -2.353 3 HB2 LEU 36 HB2 LEU 36 5.255 2.049 -4.589 4 HB3 LEU 36 HB3 LEU 36 6.732 1.913 -3.663 5 HD13 LEU 36 HD11 LEU 36 3.283 1.486 -1.260 6 HD12 LEU 36 HD12 LEU 36 3.050 2.323 -2.796 7 HD11 LEU 36 HD13 LEU 36 4.068 3.040 -1.546 8 HD22 LEU 36 HD21 LEU 36 5.408 -0.459 -3.550 9 HD21 LEU 36 HD22 LEU 36 3.879 0.274 -4.039 10 HD23 LEU 36 HD23 LEU 36 4.016 -0.517 -2.468 11 HG LEU 36 HG LEU 36 5.640 1.171 -1.766 No H/Q in entry = 11 In of MODEL 7 1 H GLN 37 H GLN 37 6.321 3.915 -5.867 2 HA GLN 37 HA GLN 37 9.120 4.433 -5.378 3 HB2 GLN 37 HB2 GLN 37 7.528 3.819 -7.841 4 HB3 GLN 37 HB3 GLN 37 9.199 4.363 -7.943 5 HE21 GLN 37 HE21 GLN 37 7.279 0.927 -8.138 6 HE22 GLN 37 HE22 GLN 37 8.158 0.374 -9.523 7 HG2 GLN 37 HG2 GLN 37 9.913 2.497 -6.563 8 HG3 GLN 37 HG3 GLN 37 8.241 1.957 -6.414 No H/Q in entry = 8 In of MODEL 7 1 H ASN 38 H ASN 38 7.191 6.544 -4.718 2 HA ASN 38 HA ASN 38 8.234 8.670 -6.430 3 HB2 ASN 38 HB2 ASN 38 5.869 8.724 -5.458 4 HB3 ASN 38 HB3 ASN 38 6.621 9.021 -3.892 5 HD21 ASN 38 HD21 ASN 38 5.766 11.056 -3.652 6 HD22 ASN 38 HD22 ASN 38 6.249 12.404 -4.621 No H/Q in entry = 6 In of MODEL 7 1 H SER 39 H SER 39 9.853 6.845 -4.808 2 HA SER 39 HA SER 39 11.864 6.920 -3.790 3 HB2 SER 39 HB2 SER 39 12.255 9.026 -5.019 4 HB3 SER 39 HB3 SER 39 11.493 9.923 -3.707 5 HG SER 39 HG SER 39 13.994 9.378 -3.899 No H/Q in entry = 5 In of MODEL 7 1 H ARG 40 H ARG 40 9.889 9.452 -2.255 2 HA ARG 40 HA ARG 40 11.025 9.060 0.295 3 HB2 ARG 40 HB2 ARG 40 8.413 10.401 -0.405 4 HB3 ARG 40 HB3 ARG 40 9.332 10.623 1.079 5 HD2 ARG 40 HD2 ARG 40 8.421 12.747 -0.768 6 HD3 ARG 40 HD3 ARG 40 9.536 13.231 0.512 7 HE ARG 40 HE ARG 40 10.999 13.770 -1.637 8 HG2 ARG 40 HG2 ARG 40 11.147 11.638 -0.152 9 HG3 ARG 40 HG3 ARG 40 10.319 11.325 -1.678 10 HH11 ARG 40 HH11 ARG 40 7.685 14.582 -0.840 11 HH12 ARG 40 HH12 ARG 40 7.609 15.909 -1.965 12 HH21 ARG 40 HH21 ARG 40 10.920 15.526 -3.072 13 HH22 ARG 40 HH22 ARG 40 9.461 16.458 -3.223 No H/Q in entry = 13 In of MODEL 7 1 H VAL 41 H VAL 41 8.406 7.455 -1.314 2 HA VAL 41 HA VAL 41 7.182 6.533 1.127 3 HB VAL 41 HB VAL 41 6.692 5.562 -1.700 4 HG12 VAL 41 HG11 VAL 41 4.589 4.693 -0.746 5 HG11 VAL 41 HG12 VAL 41 5.127 5.186 0.860 6 HG13 VAL 41 HG13 VAL 41 6.009 3.938 -0.020 7 HG23 VAL 41 HG21 VAL 41 5.163 7.551 -0.013 8 HG22 VAL 41 HG22 VAL 41 4.733 7.007 -1.636 9 HG21 VAL 41 HG23 VAL 41 6.200 7.955 -1.381 No H/Q in entry = 9 In of MODEL 7 1 H ARG 42 H ARG 42 9.391 5.174 -1.303 2 HA ARG 42 HA ARG 42 9.420 2.576 -0.165 3 HB2 ARG 42 HB2 ARG 42 11.626 3.946 -1.730 4 HB3 ARG 42 HB3 ARG 42 11.514 2.222 -1.402 5 HD2 ARG 42 HD2 ARG 42 10.979 1.123 -3.598 6 HD3 ARG 42 HD3 ARG 42 10.407 2.230 -4.844 7 HE ARG 42 HE ARG 42 12.433 3.636 -3.878 8 HG2 ARG 42 HG2 ARG 42 9.238 2.383 -2.613 9 HG3 ARG 42 HG3 ARG 42 9.877 3.902 -3.248 10 HH11 ARG 42 HH11 ARG 42 12.253 0.223 -4.711 11 HH12 ARG 42 HH12 ARG 42 13.961 0.074 -4.987 12 HH21 ARG 42 HH21 ARG 42 14.679 3.431 -4.247 13 HH22 ARG 42 HH22 ARG 42 15.351 1.892 -4.700 No H/Q in entry = 13 In of MODEL 7 1 H GLN 43 H GLN 43 10.887 5.573 0.697 2 HA GLN 43 HA GLN 43 12.523 4.293 2.760 3 HB2 GLN 43 HB2 GLN 43 12.367 7.160 1.823 4 HB3 GLN 43 HB3 GLN 43 13.355 6.624 3.174 5 HE21 GLN 43 HE21 GLN 43 16.093 6.461 2.664 6 HE22 GLN 43 HE22 GLN 43 16.700 7.889 1.897 7 HG2 GLN 43 HG2 GLN 43 14.579 5.129 1.647 8 HG3 GLN 43 HG3 GLN 43 13.629 5.766 0.304 No H/Q in entry = 8 In of MODEL 7 1 H SER 44 H SER 44 9.436 4.937 2.524 2 HA SER 44 HA SER 44 9.058 6.284 5.082 3 HB2 SER 44 HB2 SER 44 7.577 6.835 3.145 4 HB3 SER 44 HB3 SER 44 6.989 5.174 3.148 5 HG SER 44 HG SER 44 6.370 7.290 4.814 No H/Q in entry = 5 In of MODEL 7 1 HA PRO 45 HA PRO 45 9.034 2.691 7.606 2 HB2 PRO 45 HB2 PRO 45 6.735 3.307 9.093 3 HB3 PRO 45 HB3 PRO 45 8.391 3.780 9.483 4 HD2 PRO 45 HD2 PRO 45 7.729 6.384 6.651 5 HD3 PRO 45 HD3 PRO 45 9.149 5.929 7.619 6 HG2 PRO 45 HG2 PRO 45 6.248 5.335 8.110 7 HG3 PRO 45 HG3 PRO 45 7.486 5.890 9.254 No H/Q in entry = 7 In of MODEL 7 1 H LEU 46 H LEU 46 8.375 0.712 7.191 2 HA LEU 46 HA LEU 46 6.325 0.126 5.355 3 HB2 LEU 46 HB2 LEU 46 7.814 -1.632 7.299 4 HB3 LEU 46 HB3 LEU 46 6.606 -2.262 6.196 5 HD12 LEU 46 HD11 LEU 46 10.084 -1.139 6.488 6 HD11 LEU 46 HD12 LEU 46 9.373 0.223 5.622 7 HD13 LEU 46 HD13 LEU 46 10.375 -0.945 4.760 8 HD22 LEU 46 HD21 LEU 46 9.519 -3.223 4.304 9 HD21 LEU 46 HD22 LEU 46 7.913 -3.696 4.857 10 HD23 LEU 46 HD23 LEU 46 9.219 -3.482 6.023 11 HG LEU 46 HG LEU 46 8.015 -1.318 4.308 No H/Q in entry = 11 In of MODEL 7 1 H ALA 47 H ALA 47 6.362 0.322 8.836 2 HA ALA 47 HA ALA 47 4.012 -0.922 9.547 3 HB3 ALA 47 HB1 ALA 47 5.049 1.700 10.622 4 HB1 ALA 47 HB2 ALA 47 5.558 0.096 11.149 5 HB2 ALA 47 HB3 ALA 47 3.900 0.628 11.426 No H/Q in entry = 5 In of MODEL 7 1 H THR 48 H THR 48 4.414 2.398 8.338 2 HA THR 48 HA THR 48 1.625 2.962 8.283 3 HB THR 48 HB THR 48 3.900 4.268 6.782 4 HG1 THR 48 HG1 THR 48 3.074 4.384 9.355 5 HG21 THR 48 HG21 THR 48 1.047 5.201 7.171 6 HG23 THR 48 HG22 THR 48 1.775 4.694 5.646 7 HG22 THR 48 HG23 THR 48 2.343 6.156 6.455 No H/Q in entry = 7 In of MODEL 7 1 H ARG 49 H ARG 49 3.989 2.072 5.787 2 HA ARG 49 HA ARG 49 2.328 2.387 3.584 3 HB2 ARG 49 HB2 ARG 49 4.536 0.342 3.786 4 HB3 ARG 49 HB3 ARG 49 3.904 1.084 2.325 5 HD2 ARG 49 HD2 ARG 49 5.870 2.330 1.465 6 HD3 ARG 49 HD3 ARG 49 7.063 2.843 2.652 7 HE ARG 49 HE ARG 49 6.196 0.039 2.554 8 HG2 ARG 49 HG2 ARG 49 4.694 3.294 3.294 9 HG3 ARG 49 HG3 ARG 49 5.595 2.324 4.461 10 HH11 ARG 49 HH11 ARG 49 8.696 2.459 2.412 11 HH12 ARG 49 HH12 ARG 49 9.987 1.317 2.201 12 HH21 ARG 49 HH21 ARG 49 7.895 -1.498 2.252 13 HH22 ARG 49 HH22 ARG 49 9.527 -0.936 2.120 No H/Q in entry = 13 In of MODEL 7 1 H ARG 50 H ARG 50 2.855 -0.535 5.543 2 HA ARG 50 HA ARG 50 1.447 -2.260 3.807 3 HB2 ARG 50 HB2 ARG 50 1.912 -2.544 6.781 4 HB3 ARG 50 HB3 ARG 50 1.382 -3.829 5.701 5 HD2 ARG 50 HD2 ARG 50 3.388 -5.324 5.964 6 HD3 ARG 50 HD3 ARG 50 4.971 -4.554 6.073 7 HE ARG 50 HE ARG 50 3.212 -3.448 8.003 8 HG2 ARG 50 HG2 ARG 50 3.495 -3.497 4.409 9 HG3 ARG 50 HG3 ARG 50 4.019 -2.391 5.679 10 HH11 ARG 50 HH11 ARG 50 5.112 -6.319 7.337 11 HH12 ARG 50 HH12 ARG 50 5.223 -6.786 9.003 12 HH21 ARG 50 HH21 ARG 50 3.390 -4.036 10.197 13 HH22 ARG 50 HH22 ARG 50 4.239 -5.492 10.633 No H/Q in entry = 13 In of MODEL 7 1 H ALA 51 H ALA 51 0.381 -0.752 6.874 2 HA ALA 51 HA ALA 51 -2.294 -1.588 6.694 3 HB3 ALA 51 HB1 ALA 51 -2.777 0.191 8.305 4 HB2 ALA 51 HB2 ALA 51 -1.183 0.886 8.016 5 HB1 ALA 51 HB3 ALA 51 -1.329 -0.708 8.756 No H/Q in entry = 5 In of MODEL 7 1 H PHE 52 H PHE 52 -0.676 1.331 5.595 2 HA PHE 52 HA PHE 52 -2.725 2.866 4.607 3 HB2 PHE 52 HB2 PHE 52 -0.490 3.680 4.671 4 HB3 PHE 52 HB3 PHE 52 0.073 2.422 3.582 5 HD1 PHE 52 HD1 PHE 52 0.241 2.844 1.327 6 HD2 PHE 52 HD2 PHE 52 -2.230 5.302 3.756 7 HE1 PHE 52 HE1 PHE 52 -0.149 4.335 -0.579 8 HE2 PHE 52 HE2 PHE 52 -2.629 6.790 1.854 9 HZ PHE 52 HZ PHE 52 -1.448 6.310 -0.327 No H/Q in entry = 9 In of MODEL 7 1 H LEU 53 H LEU 53 -0.876 0.460 2.710 2 HA LEU 53 HA LEU 53 -2.361 0.750 0.365 3 HB2 LEU 53 HB2 LEU 53 -0.514 -1.305 1.431 4 HB3 LEU 53 HB3 LEU 53 -1.560 -1.798 0.115 5 HD12 LEU 53 HD11 LEU 53 1.358 0.280 1.005 6 HD11 LEU 53 HD12 LEU 53 0.136 1.503 0.649 7 HD13 LEU 53 HD13 LEU 53 1.414 1.165 -0.520 8 HD23 LEU 53 HD21 LEU 53 1.455 -0.937 -1.744 9 HD22 LEU 53 HD22 LEU 53 0.135 -2.096 -1.595 10 HD21 LEU 53 HD23 LEU 53 1.307 -1.921 -0.289 11 HG LEU 53 HG LEU 53 -0.676 0.148 -1.210 No H/Q in entry = 11 In of MODEL 7 1 H LYS 54 H LYS 54 -2.833 -1.518 3.064 2 HA LYS 54 HA LYS 54 -4.986 -2.927 1.917 3 HB2 LYS 54 HB2 LYS 54 -4.083 -2.495 4.738 4 HB3 LYS 54 HB3 LYS 54 -5.649 -3.228 4.446 5 HD2 LYS 54 HD2 LYS 54 -2.342 -3.902 2.623 6 HD3 LYS 54 HD3 LYS 54 -2.084 -3.604 4.342 7 HE2 LYS 54 HE2 LYS 54 -2.200 -6.308 3.013 8 HE3 LYS 54 HE3 LYS 54 -0.730 -5.476 3.535 9 HG2 LYS 54 HG2 LYS 54 -4.142 -4.984 4.771 10 HG3 LYS 54 HG3 LYS 54 -4.446 -4.933 3.033 11 HZ1 LYS 54 HZ1 LYS 54 -1.620 -5.547 5.828 12 HZ3 LYS 54 HZ2 LYS 54 -1.360 -7.088 5.172 13 HZ2 LYS 54 HZ3 LYS 54 -2.934 -6.468 5.272 No H/Q in entry = 13 In of MODEL 7 1 H LYS 55 H LYS 55 -4.918 -0.039 3.958 2 HA LYS 55 HA LYS 55 -7.752 0.066 4.249 3 HB2 LYS 55 HB2 LYS 55 -5.650 2.172 4.777 4 HB3 LYS 55 HB3 LYS 55 -7.337 2.271 5.275 5 HD2 LYS 55 HD2 LYS 55 -7.606 -0.715 6.078 6 HD3 LYS 55 HD3 LYS 55 -7.065 -0.511 7.743 7 HE2 LYS 55 HE2 LYS 55 -8.879 1.371 6.235 8 HE3 LYS 55 HE3 LYS 55 -9.397 0.194 7.440 9 HG2 LYS 55 HG2 LYS 55 -5.347 0.196 6.174 10 HG3 LYS 55 HG3 LYS 55 -5.930 1.565 7.127 11 HZ3 LYS 55 HZ1 LYS 55 -9.244 2.285 8.496 12 HZ2 LYS 55 HZ2 LYS 55 -7.699 2.589 7.873 13 HZ1 LYS 55 HZ3 LYS 55 -7.919 1.376 9.039 No H/Q in entry = 13 In of MODEL 7 1 H LYS 56 H LYS 56 -5.531 1.293 1.889 2 HA LYS 56 HA LYS 56 -7.318 3.257 0.817 3 HB2 LYS 56 HB2 LYS 56 -4.873 1.911 -0.330 4 HB3 LYS 56 HB3 LYS 56 -5.757 3.187 -1.154 5 HD2 LYS 56 HD2 LYS 56 -4.596 5.958 0.713 6 HD3 LYS 56 HD3 LYS 56 -5.892 5.344 -0.305 7 HE2 LYS 56 HE2 LYS 56 -7.054 4.510 1.689 8 HE3 LYS 56 HE3 LYS 56 -5.763 5.158 2.702 9 HG2 LYS 56 HG2 LYS 56 -4.473 3.489 1.550 10 HG3 LYS 56 HG3 LYS 56 -3.711 3.946 0.028 11 HZ1 LYS 56 HZ1 LYS 56 -6.308 7.383 1.744 12 HZ3 LYS 56 HZ2 LYS 56 -7.538 6.719 2.705 13 HZ2 LYS 56 HZ3 LYS 56 -7.669 6.685 1.012 No H/Q in entry = 13 In of MODEL 7 1 H GLY 57 H GLY 57 -7.013 -0.134 0.593 2 HA3 GLY 57 HA2 GLY 57 -9.071 -1.247 -0.172 3 HA2 GLY 57 HA3 GLY 57 -9.047 -0.148 -1.544 No H/Q in entry = 3 In of MODEL 7 1 H LEU 58 H LEU 58 -6.575 -2.213 -0.016 2 HA LEU 58 HA LEU 58 -6.331 -3.696 -2.525 3 HB2 LEU 58 HB2 LEU 58 -4.712 -1.760 -2.495 4 HB3 LEU 58 HB3 LEU 58 -3.941 -2.519 -1.114 5 HD11 LEU 58 HD11 LEU 58 -4.437 -2.648 -4.729 6 HD13 LEU 58 HD12 LEU 58 -5.241 -4.138 -4.232 7 HD12 LEU 58 HD13 LEU 58 -3.650 -4.205 -4.991 8 HD23 LEU 58 HD21 LEU 58 -2.299 -1.945 -3.473 9 HD22 LEU 58 HD22 LEU 58 -1.636 -3.563 -3.723 10 HD21 LEU 58 HD23 LEU 58 -1.781 -2.910 -2.090 11 HG LEU 58 HG LEU 58 -3.541 -4.541 -2.558 No H/Q in entry = 11 In of MODEL 7 1 H THR 59 H THR 59 -5.667 -5.813 -2.260 2 HA THR 59 HA THR 59 -5.980 -6.880 0.393 3 HB THR 59 HB THR 59 -4.932 -8.532 -1.856 4 HG1 THR 59 HG1 THR 59 -6.549 -7.392 -2.911 5 HG22 THR 59 HG21 THR 59 -6.483 -10.194 -0.920 6 HG21 THR 59 HG22 THR 59 -7.013 -9.010 0.275 7 HG23 THR 59 HG23 THR 59 -5.350 -9.593 0.292 No H/Q in entry = 7 In of MODEL 7 1 H ASP 60 H ASP 60 -4.399 -8.305 1.432 2 HA ASP 60 HA ASP 60 -1.913 -7.037 1.669 3 HB2 ASP 60 HB2 ASP 60 -1.257 -8.966 3.064 4 HB3 ASP 60 HB3 ASP 60 -2.776 -8.238 3.547 No H/Q in entry = 4 In of MODEL 7 1 H GLU 61 H GLU 61 -2.764 -10.090 0.052 2 HA GLU 61 HA GLU 61 -0.265 -10.864 -0.833 3 HB2 GLU 61 HB2 GLU 61 -1.452 -11.927 -2.749 4 HB3 GLU 61 HB3 GLU 61 -2.195 -12.264 -1.192 5 HG2 GLU 61 HG2 GLU 61 -3.971 -10.756 -1.612 6 HG3 GLU 61 HG3 GLU 61 -3.158 -10.082 -3.023 No H/Q in entry = 6 In of MODEL 7 1 H GLU 62 H GLU 62 -2.357 -8.369 -2.076 2 HA GLU 62 HA GLU 62 -0.891 -8.040 -4.518 3 HB2 GLU 62 HB2 GLU 62 -3.062 -6.317 -3.318 4 HB3 GLU 62 HB3 GLU 62 -2.490 -6.263 -4.982 5 HG2 GLU 62 HG2 GLU 62 -3.286 -8.522 -5.361 6 HG3 GLU 62 HG3 GLU 62 -3.797 -8.642 -3.680 No H/Q in entry = 6 In of MODEL 7 1 H ILE 63 H ILE 63 -0.877 -6.597 -1.326 2 HA ILE 63 HA ILE 63 0.591 -4.290 -2.133 3 HB ILE 63 HB ILE 63 0.893 -3.695 0.086 4 HD11 ILE 63 HD11 ILE 63 0.159 -4.613 2.720 5 HD13 ILE 63 HD12 ILE 63 1.818 -4.173 2.314 6 HD12 ILE 63 HD13 ILE 63 1.479 -5.729 3.071 7 HG12 ILE 63 HG12 ILE 63 0.270 -6.452 1.111 8 HG13 ILE 63 HG13 ILE 63 1.913 -5.974 0.690 9 HG22 ILE 63 HG21 ILE 63 -1.613 -5.355 0.058 10 HG21 ILE 63 HG22 ILE 63 -1.449 -3.701 -0.531 11 HG23 ILE 63 HG23 ILE 63 -1.252 -4.050 1.187 No H/Q in entry = 11 In of MODEL 7 1 H ASP 64 H ASP 64 1.507 -7.560 -1.090 2 HA ASP 64 HA ASP 64 4.291 -6.970 -0.981 3 HB2 ASP 64 HB2 ASP 64 3.528 -9.676 -1.921 4 HB3 ASP 64 HB3 ASP 64 4.748 -9.194 -0.761 No H/Q in entry = 4 In of MODEL 7 1 H MET 65 H MET 65 2.038 -7.817 -3.523 2 HA MET 65 HA MET 65 3.988 -8.263 -5.526 3 HB2 MET 65 HB2 MET 65 1.662 -8.981 -5.798 4 HB3 MET 65 HB3 MET 65 1.135 -7.303 -5.818 5 HE1 MET 65 HE1 MET 65 2.236 -10.835 -7.903 6 HE3 MET 65 HE2 MET 65 3.102 -10.456 -6.413 7 HE2 MET 65 HE3 MET 65 3.956 -11.200 -7.766 8 HG2 MET 65 HG2 MET 65 1.256 -8.337 -8.062 9 HG3 MET 65 HG3 MET 65 2.265 -6.902 -7.889 No H/Q in entry = 9 In of MODEL 7 1 H ALA 66 H ALA 66 2.230 -5.374 -4.501 2 HA ALA 66 HA ALA 66 3.320 -3.589 -6.384 3 HB1 ALA 66 HB1 ALA 66 2.355 -3.025 -3.577 4 HB3 ALA 66 HB2 ALA 66 1.355 -3.044 -5.029 5 HB2 ALA 66 HB3 ALA 66 2.612 -1.823 -4.842 No H/Q in entry = 5 In of MODEL 7 1 H PHE 67 H PHE 67 4.299 -4.400 -3.068 2 HA PHE 67 HA PHE 67 6.637 -2.811 -3.055 3 HB2 PHE 67 HB2 PHE 67 5.685 -5.128 -1.390 4 HB3 PHE 67 HB3 PHE 67 7.304 -4.472 -1.169 5 HD1 PHE 67 HD1 PHE 67 6.683 -1.601 -1.692 6 HD2 PHE 67 HD2 PHE 67 4.671 -4.516 0.678 7 HE1 PHE 67 HE1 PHE 67 5.814 0.181 -0.257 8 HE2 PHE 67 HE2 PHE 67 3.812 -2.731 2.130 9 HZ PHE 67 HZ PHE 67 4.395 -0.385 1.673 No H/Q in entry = 9 In of MODEL 7 1 H GLN 68 H GLN 68 5.957 -6.033 -4.178 2 HA GLN 68 HA GLN 68 8.581 -6.989 -4.371 3 HB2 GLN 68 HB2 GLN 68 6.503 -8.379 -4.502 4 HB3 GLN 68 HB3 GLN 68 6.233 -7.748 -6.117 5 HE21 GLN 68 HE21 GLN 68 6.251 -8.207 -7.685 6 HE22 GLN 68 HE22 GLN 68 7.180 -8.381 -9.137 7 HG2 GLN 68 HG2 GLN 68 8.812 -9.102 -5.486 8 HG3 GLN 68 HG3 GLN 68 7.364 -10.068 -5.755 No H/Q in entry = 8 In of MODEL 7 1 H GLN 69 H GLN 69 6.427 -5.468 -6.733 2 HA GLN 69 HA GLN 69 8.265 -5.427 -8.884 3 HB2 GLN 69 HB2 GLN 69 5.759 -3.833 -8.334 4 HB3 GLN 69 HB3 GLN 69 6.661 -3.724 -9.841 5 HE21 GLN 69 HE21 GLN 69 5.313 -5.048 -11.977 6 HE22 GLN 69 HE22 GLN 69 6.407 -6.165 -12.724 7 HG2 GLN 69 HG2 GLN 69 5.541 -6.301 -8.769 8 HG3 GLN 69 HG3 GLN 69 4.660 -5.238 -9.865 No H/Q in entry = 8 In of MODEL 7 1 H SER 70 H SER 70 7.633 -3.267 -6.228 2 HA SER 70 HA SER 70 9.154 -1.097 -7.380 3 HB2 SER 70 HB2 SER 70 8.048 -1.426 -4.581 4 HB3 SER 70 HB3 SER 70 8.675 0.068 -5.279 5 HG SER 70 HG SER 70 6.333 -1.366 -5.964 No H/Q in entry = 5 In of MODEL 7 1 H GLY 71 H GLY 71 10.175 -3.931 -6.337 2 HA3 GLY 71 HA2 GLY 71 12.177 -4.749 -5.577 3 HA2 GLY 71 HA3 GLY 71 12.840 -3.158 -5.919 No H/Q in entry = 3 In of MODEL 7 1 H THR 72 H THR 72 10.287 -3.970 -3.641 2 HA THR 72 HA THR 72 12.049 -3.111 -1.452 3 HB THR 72 HB THR 72 9.997 -1.932 -0.487 4 HG1 THR 72 HG1 THR 72 8.970 -2.866 -2.810 5 HG22 THR 72 HG21 THR 72 10.417 0.102 -1.799 6 HG21 THR 72 HG22 THR 72 11.249 -0.866 -3.017 7 HG23 THR 72 HG23 THR 72 11.920 -0.729 -1.391 No H/Q in entry = 7 In of MODEL 7 1 H ALA 73 H ALA 73 11.465 -5.764 -2.079 2 HA ALA 73 HA ALA 73 9.322 -6.671 -0.366 3 HB1 ALA 73 HB1 ALA 73 9.826 -7.865 -2.444 4 HB2 ALA 73 HB2 ALA 73 10.016 -8.915 -1.039 5 HB3 ALA 73 HB3 ALA 73 11.439 -8.241 -1.835 No H/Q in entry = 5 In of MODEL 7 1 H ALA 74 H ALA 74 10.812 -5.212 1.229 2 HA ALA 74 HA ALA 74 12.810 -6.791 2.594 3 HB1 ALA 74 HB1 ALA 74 11.603 -4.119 3.317 4 HB2 ALA 74 HB2 ALA 74 13.093 -4.363 2.405 5 HB3 ALA 74 HB3 ALA 74 12.999 -4.870 4.092 No H/Q in entry = 5 In of MODEL 7 1 H ASP 75 H ASP 75 12.257 -8.316 3.957 2 HA ASP 75 HA ASP 75 11.111 -9.599 5.444 3 HB2 ASP 75 HB2 ASP 75 11.207 -7.390 6.770 4 HB3 ASP 75 HB3 ASP 75 9.550 -7.129 6.243 No H/Q in entry = 4 In of MODEL 7 1 H GLU 76 H GLU 76 8.330 -9.383 6.203 2 HA GLU 76 HA GLU 76 7.102 -9.857 3.568 3 HB2 GLU 76 HB2 GLU 76 6.254 -10.985 6.246 4 HB3 GLU 76 HB3 GLU 76 5.563 -11.383 4.680 5 HG2 GLU 76 HG2 GLU 76 8.320 -12.045 5.682 6 HG3 GLU 76 HG3 GLU 76 6.995 -13.163 5.359 No H/Q in entry = 6 In of MODEL 7 1 HA PRO 77 HA PRO 77 4.666 -6.249 4.735 2 HB2 PRO 77 HB2 PRO 77 3.363 -6.755 2.147 3 HB3 PRO 77 HB3 PRO 77 4.236 -5.322 2.699 4 HD2 PRO 77 HD2 PRO 77 5.280 -8.982 2.004 5 HD3 PRO 77 HD3 PRO 77 6.900 -8.368 2.406 6 HG2 PRO 77 HG2 PRO 77 5.261 -6.963 0.836 7 HG3 PRO 77 HG3 PRO 77 6.289 -6.156 2.036 No H/Q in entry = 7 In of MODEL 7 1 H SER 78 H SER 78 3.830 -9.449 4.196 2 HA SER 78 HA SER 78 1.028 -9.000 4.965 3 HB2 SER 78 HB2 SER 78 1.002 -11.517 4.024 4 HB3 SER 78 HB3 SER 78 0.801 -10.108 2.978 5 HG SER 78 HG SER 78 2.782 -10.344 2.207 No H/Q in entry = 5 In of MODEL 7 1 H SER 79 H SER 79 3.097 -9.020 6.917 2 HA SER 79 HA SER 79 3.497 -11.519 8.135 3 HB2 SER 79 HB2 SER 79 3.405 -8.826 9.508 4 HB3 SER 79 HB3 SER 79 4.213 -10.279 10.094 5 HG SER 79 HG SER 79 5.690 -10.120 8.441 No H/Q in entry = 5 In of MODEL 7 1 H LEU 80 H LEU 80 0.711 -9.557 7.997 2 HA LEU 80 HA LEU 80 -1.358 -9.658 8.920 3 HB2 LEU 80 HB2 LEU 80 -0.368 -12.326 9.938 4 HB3 LEU 80 HB3 LEU 80 -2.006 -11.745 10.167 5 HD12 LEU 80 HD11 LEU 80 -2.158 -14.195 7.363 6 HD11 LEU 80 HD12 LEU 80 -2.669 -13.908 9.027 7 HD13 LEU 80 HD13 LEU 80 -0.986 -14.306 8.677 8 HD21 LEU 80 HD21 LEU 80 -3.583 -11.662 8.285 9 HD23 LEU 80 HD22 LEU 80 -3.029 -12.015 6.649 10 HD22 LEU 80 HD23 LEU 80 -2.509 -10.535 7.455 11 HG LEU 80 HG LEU 80 -0.731 -12.208 7.468 No H/Q in entry = 11 In of MODEL 7 1 H TRP 81 H TRP 81 0.854 -8.389 10.251 2 HA TRP 81 HA TRP 81 -0.242 -8.223 12.936 3 HB2 TRP 81 HB2 TRP 81 1.665 -9.942 12.871 4 HB3 TRP 81 HB3 TRP 81 2.735 -8.583 12.547 5 HD1 TRP 81 HD1 TRP 81 2.296 -6.499 14.590 6 HE1 TRP 81 HE1 TRP 81 2.366 -6.915 17.129 7 HE3 TRP 81 HE3 TRP 81 1.429 -11.539 14.614 8 HH2 TRP 81 HH2 TRP 81 1.671 -11.514 18.873 9 HZ2 TRP 81 HZ2 TRP 81 2.092 -9.093 18.906 10 HZ3 TRP 81 HZ3 TRP 81 1.345 -12.712 16.773 No H/Q in entry = 10 In of MODEL 7 1 H1 SER 101 H1 SER 101 2.434 17.212 9.350 2 H2 SER 101 H3 SER 101 2.304 18.264 8.024 3 H3 SER 101 H2 SER 101 1.357 18.521 9.408 4 HA SER 101 HA SER 101 0.138 16.522 9.034 5 HB2 SER 101 HB2 SER 101 0.357 18.192 6.515 6 HB3 SER 101 HB3 SER 101 -1.009 17.168 6.961 7 HG SER 101 HG SER 101 -1.318 19.406 7.472 No H/Q in entry = 7 In of MODEL 7 1 H GLN 102 H GLN 102 0.378 14.458 8.539 2 HA GLN 102 HA GLN 102 2.465 13.690 6.635 3 HB2 GLN 102 HB2 GLN 102 0.938 12.034 8.653 4 HB3 GLN 102 HB3 GLN 102 2.258 11.454 7.649 5 HE21 GLN 102 HE21 GLN 102 1.141 11.110 10.108 6 HE22 GLN 102 HE22 GLN 102 2.073 10.246 11.279 7 HG2 GLN 102 HG2 GLN 102 3.812 12.915 8.754 8 HG3 GLN 102 HG3 GLN 102 2.510 13.651 9.685 No H/Q in entry = 8 In of MODEL 7 1 H GLU 103 H GLU 103 -0.974 13.377 7.254 2 HA GLU 103 HA GLU 103 -1.465 11.169 5.603 3 HB2 GLU 103 HB2 GLU 103 -3.294 13.338 6.599 4 HB3 GLU 103 HB3 GLU 103 -3.858 11.925 5.718 5 HG2 GLU 103 HG2 GLU 103 -3.060 10.461 7.440 6 HG3 GLU 103 HG3 GLU 103 -2.308 11.811 8.291 No H/Q in entry = 6 In of MODEL 7 1 H LYS 104 H LYS 104 -1.266 14.586 4.772 2 HA LYS 104 HA LYS 104 -2.677 14.431 2.351 3 HB2 LYS 104 HB2 LYS 104 -2.029 16.588 3.366 4 HB3 LYS 104 HB3 LYS 104 -0.348 16.266 2.948 5 HD2 LYS 104 HD2 LYS 104 -2.122 18.660 1.959 6 HD3 LYS 104 HD3 LYS 104 -0.411 18.458 1.563 7 HE2 LYS 104 HE2 LYS 104 -0.955 18.344 -0.806 8 HE3 LYS 104 HE3 LYS 104 -2.672 18.478 -0.438 9 HG2 LYS 104 HG2 LYS 104 -0.891 16.272 0.593 10 HG3 LYS 104 HG3 LYS 104 -2.603 16.472 0.959 11 HZ1 LYS 104 HZ1 LYS 104 -2.237 20.684 0.489 12 HZ3 LYS 104 HZ2 LYS 104 -1.803 20.587 -1.146 13 HZ2 LYS 104 HZ3 LYS 104 -0.601 20.555 0.054 No H/Q in entry = 13 In of MODEL 7 1 H PHE 105 H PHE 105 0.627 13.545 3.131 2 HA PHE 105 HA PHE 105 1.421 13.195 0.380 3 HB2 PHE 105 HB2 PHE 105 3.036 13.698 2.215 4 HB3 PHE 105 HB3 PHE 105 2.708 12.110 2.896 5 HD1 PHE 105 HD1 PHE 105 3.769 13.664 -0.328 6 HD2 PHE 105 HD2 PHE 105 4.130 10.390 2.367 7 HE1 PHE 105 HE1 PHE 105 5.536 12.699 -1.742 8 HE2 PHE 105 HE2 PHE 105 5.898 9.419 0.955 9 HZ PHE 105 HZ PHE 105 6.589 10.573 -1.117 No H/Q in entry = 9 In of MODEL 7 1 H PHE 106 H PHE 106 -0.354 11.386 2.645 2 HA PHE 106 HA PHE 106 0.044 8.915 1.146 3 HB2 PHE 106 HB2 PHE 106 -1.582 9.445 3.643 4 HB3 PHE 106 HB3 PHE 106 -1.341 7.868 2.900 5 HD1 PHE 106 HD1 PHE 106 -0.303 9.900 5.475 6 HD2 PHE 106 HD2 PHE 106 1.288 7.348 2.462 7 HE1 PHE 106 HE1 PHE 106 1.744 9.607 6.808 8 HE2 PHE 106 HE2 PHE 106 3.336 7.051 3.790 9 HZ PHE 106 HZ PHE 106 3.565 8.178 5.969 No H/Q in entry = 9 In of MODEL 7 1 H GLN 107 H GLN 107 -2.110 11.570 1.366 2 HA GLN 107 HA GLN 107 -4.222 10.102 -0.022 3 HB2 GLN 107 HB2 GLN 107 -4.993 11.497 1.798 4 HB3 GLN 107 HB3 GLN 107 -4.185 12.901 1.112 5 HE21 GLN 107 HE21 GLN 107 -7.892 11.672 1.547 6 HE22 GLN 107 HE22 GLN 107 -8.477 13.232 2.025 7 HG2 GLN 107 HG2 GLN 107 -5.661 12.797 -0.835 8 HG3 GLN 107 HG3 GLN 107 -6.473 11.398 -0.138 No H/Q in entry = 8 In of MODEL 7 1 H GLU 108 H GLU 108 -2.574 13.242 -0.419 2 HA GLU 108 HA GLU 108 -3.537 13.788 -2.981 3 HB2 GLU 108 HB2 GLU 108 -2.338 15.351 -1.355 4 HB3 GLU 108 HB3 GLU 108 -0.837 14.654 -1.946 5 HG2 GLU 108 HG2 GLU 108 -0.980 16.494 -3.274 6 HG3 GLU 108 HG3 GLU 108 -1.825 15.320 -4.283 No H/Q in entry = 6 In of MODEL 7 1 H LEU 109 H LEU 109 -0.511 12.281 -1.949 2 HA LEU 109 HA LEU 109 0.546 12.003 -4.574 3 HB2 LEU 109 HB2 LEU 109 1.656 11.999 -2.150 4 HB3 LEU 109 HB3 LEU 109 1.465 10.269 -2.327 5 HD11 LEU 109 HD11 LEU 109 2.202 9.728 -5.106 6 HD13 LEU 109 HD12 LEU 109 3.005 8.997 -3.716 7 HD12 LEU 109 HD13 LEU 109 3.958 9.808 -4.959 8 HD21 LEU 109 HD21 LEU 109 2.167 12.315 -5.274 9 HD23 LEU 109 HD22 LEU 109 3.926 12.241 -5.165 10 HD22 LEU 109 HD23 LEU 109 3.012 13.234 -4.028 11 HG LEU 109 HG LEU 109 3.723 11.187 -2.953 No H/Q in entry = 11 In of MODEL 7 1 H PHE 110 H PHE 110 -1.669 10.131 -2.683 2 HA PHE 110 HA PHE 110 -1.168 7.738 -4.280 3 HB2 PHE 110 HB2 PHE 110 -1.532 7.577 -1.796 4 HB3 PHE 110 HB3 PHE 110 -3.198 8.076 -2.067 5 HD1 PHE 110 HD1 PHE 110 -4.825 6.544 -2.764 6 HD2 PHE 110 HD2 PHE 110 -0.721 5.431 -2.801 7 HE1 PHE 110 HE1 PHE 110 -5.470 4.209 -3.175 8 HE2 PHE 110 HE2 PHE 110 -1.357 3.087 -3.215 9 HZ PHE 110 HZ PHE 110 -3.688 2.461 -3.391 No H/Q in entry = 9 In of MODEL 7 1 H ASP 111 H ASP 111 -3.736 10.087 -3.659 2 HA ASP 111 HA ASP 111 -5.780 8.835 -5.077 3 HB2 ASP 111 HB2 ASP 111 -6.044 10.803 -3.561 4 HB3 ASP 111 HB3 ASP 111 -5.358 11.816 -4.827 No H/Q in entry = 4 In of MODEL 7 1 H SER 112 H SER 112 -3.356 11.178 -6.233 2 HA SER 112 HA SER 112 -3.478 9.955 -8.841 3 HB2 SER 112 HB2 SER 112 -5.320 11.696 -8.854 4 HB3 SER 112 HB3 SER 112 -4.071 12.921 -8.645 5 HG SER 112 HG SER 112 -3.282 11.411 -10.653 No H/Q in entry = 5 In of MODEL 8 1 H1 GLY 12 H2 GLY 12 -9.352 -18.244 -0.069 2 H2 GLY 12 H1 GLY 12 -7.956 -18.459 0.870 3 H3 GLY 12 H3 GLY 12 -9.347 -17.778 1.562 4 HA2 GLY 12 HA2 GLY 12 -7.654 -16.566 -0.553 5 HA3 GLY 12 HA3 GLY 12 -7.754 -16.049 1.125 No H/Q in entry = 5 In of MODEL 8 1 H ALA 13 H ALA 13 -9.339 -14.686 1.750 2 HA ALA 13 HA ALA 13 -11.033 -13.181 1.612 3 HB3 ALA 13 HB1 ALA 13 -9.580 -12.222 -0.114 4 HB2 ALA 13 HB2 ALA 13 -11.286 -11.952 -0.471 5 HB1 ALA 13 HB3 ALA 13 -10.391 -13.200 -1.337 No H/Q in entry = 5 In of MODEL 8 1 H MET 14 H MET 14 -12.007 -15.649 1.876 2 HA MET 14 HA MET 14 -13.957 -16.191 -0.213 3 HB2 MET 14 HB2 MET 14 -12.832 -18.107 0.720 4 HB3 MET 14 HB3 MET 14 -13.273 -17.630 2.354 5 HE3 MET 14 HE1 MET 14 -16.794 -20.421 0.187 6 HE2 MET 14 HE2 MET 14 -17.583 -19.527 -1.112 7 HE1 MET 14 HE3 MET 14 -17.667 -18.931 0.544 8 HG2 MET 14 HG2 MET 14 -14.636 -19.483 1.522 9 HG3 MET 14 HG3 MET 14 -15.600 -18.054 1.893 No H/Q in entry = 9 In of MODEL 8 1 H ALA 15 H ALA 15 -15.708 -14.988 -0.220 2 HA ALA 15 HA ALA 15 -17.590 -13.894 0.414 3 HB2 ALA 15 HB1 ALA 15 -18.207 -16.158 1.166 4 HB3 ALA 15 HB2 ALA 15 -18.941 -14.896 2.155 5 HB1 ALA 15 HB3 ALA 15 -17.547 -15.789 2.762 No H/Q in entry = 5 In of MODEL 8 1 H THR 16 H THR 16 -15.396 -12.478 0.987 2 HA THR 16 HA THR 16 -15.802 -11.439 3.708 3 HB THR 16 HB THR 16 -13.509 -10.366 3.293 4 HG1 THR 16 HG1 THR 16 -13.664 -10.948 0.954 5 HG21 THR 16 HG21 THR 16 -13.852 -12.283 4.796 6 HG23 THR 16 HG22 THR 16 -12.310 -12.390 3.945 7 HG22 THR 16 HG23 THR 16 -13.675 -13.379 3.426 No H/Q in entry = 7 In of MODEL 8 1 HA PRO 17 HA PRO 17 -17.641 -7.943 1.568 2 HB2 PRO 17 HB2 PRO 17 -17.980 -6.458 3.859 3 HB3 PRO 17 HB3 PRO 17 -19.113 -7.688 3.291 4 HD2 PRO 17 HD2 PRO 17 -16.450 -10.059 4.853 5 HD3 PRO 17 HD3 PRO 17 -18.013 -10.360 4.064 6 HG2 PRO 17 HG2 PRO 17 -16.995 -7.882 5.388 7 HG3 PRO 17 HG3 PRO 17 -18.632 -8.561 5.379 No H/Q in entry = 7 In of MODEL 8 1 H GLY 18 H GLY 18 -16.445 -6.515 0.507 2 HA3 GLY 18 HA2 GLY 18 -13.967 -5.535 1.713 3 HA2 GLY 18 HA3 GLY 18 -14.415 -5.414 0.017 No H/Q in entry = 3 In of MODEL 8 1 H SER 19 H SER 19 -15.633 -4.288 3.179 2 HA SER 19 HA SER 19 -16.083 -1.682 1.922 3 HB2 SER 19 HB2 SER 19 -18.169 -2.803 2.674 4 HB3 SER 19 HB3 SER 19 -17.525 -2.831 4.316 5 HG SER 19 HG SER 19 -18.281 -0.602 2.745 No H/Q in entry = 5 In of MODEL 8 1 H GLU 20 H GLU 20 -15.375 -3.204 4.981 2 HA GLU 20 HA GLU 20 -14.142 -1.233 6.422 3 HB2 GLU 20 HB2 GLU 20 -12.597 -3.343 7.025 4 HB3 GLU 20 HB3 GLU 20 -14.274 -3.221 7.554 5 HG2 GLU 20 HG2 GLU 20 -13.862 -4.392 4.889 6 HG3 GLU 20 HG3 GLU 20 -13.258 -5.336 6.228 No H/Q in entry = 6 In of MODEL 8 1 H ASN 21 H ASN 21 -12.364 -3.594 4.494 2 HA ASN 21 HA ASN 21 -10.896 -1.831 2.916 3 HB2 ASN 21 HB2 ASN 21 -8.715 -1.845 3.912 4 HB3 ASN 21 HB3 ASN 21 -9.833 -1.282 5.145 5 HD21 ASN 21 HD21 ASN 21 -7.198 -2.457 5.405 6 HD22 ASN 21 HD22 ASN 21 -7.374 -3.865 6.392 No H/Q in entry = 6 In of MODEL 8 1 H VAL 22 H VAL 22 -8.621 -3.288 2.417 2 HA VAL 22 HA VAL 22 -7.902 -5.118 1.273 3 HB VAL 22 HB VAL 22 -9.806 -6.664 3.052 4 HG13 VAL 22 HG11 VAL 22 -8.356 -8.566 2.643 5 HG12 VAL 22 HG12 VAL 22 -7.332 -7.585 1.597 6 HG11 VAL 22 HG13 VAL 22 -8.992 -7.942 1.119 7 HG22 VAL 22 HG21 VAL 22 -8.285 -5.327 4.397 8 HG21 VAL 22 HG22 VAL 22 -6.908 -5.948 3.488 9 HG23 VAL 22 HG23 VAL 22 -7.856 -7.035 4.502 No H/Q in entry = 9 In of MODEL 8 1 H LEU 23 H LEU 23 -9.601 -3.713 -0.148 2 HA LEU 23 HA LEU 23 -11.437 -5.629 -1.388 3 HB2 LEU 23 HB2 LEU 23 -11.935 -3.073 -0.856 4 HB3 LEU 23 HB3 LEU 23 -11.092 -2.824 -2.370 5 HD12 LEU 23 HD11 LEU 23 -13.234 -1.763 -3.201 6 HD11 LEU 23 HD12 LEU 23 -14.029 -2.158 -1.677 7 HD13 LEU 23 HD13 LEU 23 -14.721 -2.712 -3.202 8 HD21 LEU 23 HD21 LEU 23 -12.134 -5.250 -3.895 9 HD23 LEU 23 HD22 LEU 23 -12.136 -3.606 -4.533 10 HD22 LEU 23 HD23 LEU 23 -13.636 -4.531 -4.477 11 HG LEU 23 HG LEU 23 -13.570 -4.525 -2.041 No H/Q in entry = 11 In of MODEL 8 1 HA PRO 24 HA PRO 24 -7.889 -6.610 -3.991 2 HB2 PRO 24 HB2 PRO 24 -10.031 -8.040 -5.474 3 HB3 PRO 24 HB3 PRO 24 -8.471 -8.639 -4.904 4 HD2 PRO 24 HD2 PRO 24 -11.677 -7.266 -3.188 5 HD3 PRO 24 HD3 PRO 24 -10.695 -7.455 -1.720 6 HG2 PRO 24 HG2 PRO 24 -10.714 -9.321 -3.655 7 HG3 PRO 24 HG3 PRO 24 -9.245 -8.948 -2.734 No H/Q in entry = 7 In of MODEL 8 1 H ARG 25 H ARG 25 -7.454 -4.673 -5.001 2 HA ARG 25 HA ARG 25 -8.997 -4.083 -7.440 3 HB2 ARG 25 HB2 ARG 25 -7.909 -2.052 -5.479 4 HB3 ARG 25 HB3 ARG 25 -8.684 -1.674 -7.009 5 HD2 ARG 25 HD2 ARG 25 -11.185 -1.096 -4.253 6 HD3 ARG 25 HD3 ARG 25 -9.465 -0.713 -4.264 7 HE ARG 25 HE ARG 25 -10.750 -0.262 -6.795 8 HG2 ARG 25 HG2 ARG 25 -10.774 -2.582 -6.228 9 HG3 ARG 25 HG3 ARG 25 -10.016 -3.113 -4.726 10 HH11 ARG 25 HH11 ARG 25 -10.042 1.121 -3.659 11 HH12 ARG 25 HH12 ARG 25 -10.249 2.760 -4.188 12 HH21 ARG 25 HH21 ARG 25 -11.024 1.908 -7.502 13 HH22 ARG 25 HH22 ARG 25 -10.826 3.208 -6.364 No H/Q in entry = 13 In of MODEL 8 1 H GLU 26 H GLU 26 -7.528 -4.928 -8.843 2 HA GLU 26 HA GLU 26 -4.771 -4.781 -8.689 3 HB2 GLU 26 HB2 GLU 26 -5.991 -6.280 -10.206 4 HB3 GLU 26 HB3 GLU 26 -6.428 -4.898 -11.206 5 HG2 GLU 26 HG2 GLU 26 -4.014 -4.474 -11.576 6 HG3 GLU 26 HG3 GLU 26 -3.663 -5.961 -10.696 No H/Q in entry = 6 In of MODEL 8 1 HA PRO 27 HA PRO 27 -5.070 -0.713 -11.542 2 HB2 PRO 27 HB2 PRO 27 -7.092 0.872 -10.410 3 HB3 PRO 27 HB3 PRO 27 -7.126 0.110 -12.002 4 HD2 PRO 27 HD2 PRO 27 -7.867 -3.026 -9.765 5 HD3 PRO 27 HD3 PRO 27 -7.593 -2.811 -11.509 6 HG2 PRO 27 HG2 PRO 27 -8.328 -0.777 -9.436 7 HG3 PRO 27 HG3 PRO 27 -8.940 -0.965 -11.089 No H/Q in entry = 7 In of MODEL 8 1 H LEU 28 H LEU 28 -5.885 -1.080 -8.150 2 HA LEU 28 HA LEU 28 -4.724 1.381 -7.298 3 HB2 LEU 28 HB2 LEU 28 -6.496 0.097 -6.071 4 HB3 LEU 28 HB3 LEU 28 -5.275 -1.088 -5.652 5 HD13 LEU 28 HD11 LEU 28 -6.075 1.654 -2.946 6 HD12 LEU 28 HD12 LEU 28 -6.767 0.117 -3.463 7 HD11 LEU 28 HD13 LEU 28 -7.053 1.578 -4.410 8 HD23 LEU 28 HD21 LEU 28 -3.866 0.589 -2.871 9 HD22 LEU 28 HD22 LEU 28 -3.155 -0.106 -4.328 10 HD21 LEU 28 HD23 LEU 28 -4.463 -0.949 -3.496 11 HG LEU 28 HG LEU 28 -4.656 1.709 -4.912 No H/Q in entry = 11 In of MODEL 8 1 H ILE 29 H ILE 29 -3.491 -1.756 -8.041 2 HA ILE 29 HA ILE 29 -1.097 -1.761 -6.588 3 HB ILE 29 HB ILE 29 -1.618 -2.862 -9.359 4 HD13 ILE 29 HD11 ILE 29 -2.184 -5.161 -5.817 5 HD12 ILE 29 HD12 ILE 29 -1.745 -3.463 -5.637 6 HD11 ILE 29 HD13 ILE 29 -0.555 -4.622 -6.227 7 HG12 ILE 29 HG12 ILE 29 -3.087 -3.803 -7.623 8 HG13 ILE 29 HG13 ILE 29 -1.944 -5.004 -8.209 9 HG23 ILE 29 HG21 ILE 29 0.324 -4.304 -8.967 10 HG22 ILE 29 HG22 ILE 29 0.633 -3.472 -7.443 11 HG21 ILE 29 HG23 ILE 29 0.771 -2.599 -8.969 No H/Q in entry = 11 In of MODEL 8 1 H ALA 30 H ALA 30 -1.839 -0.409 -9.786 2 HA ALA 30 HA ALA 30 0.744 0.573 -10.340 3 HB2 ALA 30 HB1 ALA 30 -1.899 1.644 -11.331 4 HB1 ALA 30 HB2 ALA 30 -1.012 0.300 -12.051 5 HB3 ALA 30 HB3 ALA 30 -0.317 1.922 -12.056 No H/Q in entry = 5 In of MODEL 8 1 H THR 31 H THR 31 -2.114 2.078 -8.897 2 HA THR 31 HA THR 31 -1.098 4.617 -8.391 3 HB THR 31 HB THR 31 -3.010 3.042 -6.651 4 HG1 THR 31 HG1 THR 31 -3.431 4.622 -8.991 5 HG23 THR 31 HG21 THR 31 -2.227 5.086 -5.583 6 HG22 THR 31 HG22 THR 31 -3.913 5.258 -6.075 7 HG21 THR 31 HG23 THR 31 -2.633 6.015 -7.024 No H/Q in entry = 7 In of MODEL 8 1 H ALA 32 H ALA 32 -0.766 1.604 -6.577 2 HA ALA 32 HA ALA 32 0.442 2.747 -4.282 3 HB3 ALA 32 HB1 ALA 32 0.607 -0.099 -5.266 4 HB1 ALA 32 HB2 ALA 32 -0.667 0.562 -4.241 5 HB2 ALA 32 HB3 ALA 32 0.989 0.470 -3.640 No H/Q in entry = 5 In of MODEL 8 1 H VAL 33 H VAL 33 1.808 1.085 -7.123 2 HA VAL 33 HA VAL 33 4.476 1.136 -6.262 3 HB VAL 33 HB VAL 33 3.441 1.197 -9.109 4 HG12 VAL 33 HG11 VAL 33 5.627 0.215 -9.695 5 HG11 VAL 33 HG12 VAL 33 6.162 0.457 -8.032 6 HG13 VAL 33 HG13 VAL 33 5.775 1.848 -9.046 7 HG21 VAL 33 HG21 VAL 33 4.223 -1.111 -7.332 8 HG23 VAL 33 HG22 VAL 33 3.793 -1.235 -9.036 9 HG22 VAL 33 HG23 VAL 33 2.590 -0.706 -7.860 No H/Q in entry = 9 In of MODEL 8 1 H LYS 34 H LYS 34 2.690 3.503 -8.263 2 HA LYS 34 HA LYS 34 4.926 5.231 -8.565 3 HB2 LYS 34 HB2 LYS 34 3.377 6.862 -9.459 4 HB3 LYS 34 HB3 LYS 34 3.058 5.278 -10.140 5 HD2 LYS 34 HD2 LYS 34 1.766 6.971 -6.946 6 HD3 LYS 34 HD3 LYS 34 1.757 8.059 -8.342 7 HE2 LYS 34 HE2 LYS 34 -0.629 6.500 -7.391 8 HE3 LYS 34 HE3 LYS 34 -0.269 8.160 -6.925 9 HG2 LYS 34 HG2 LYS 34 0.951 6.134 -9.730 10 HG3 LYS 34 HG3 LYS 34 1.244 5.091 -8.339 11 HZ3 LYS 34 HZ1 LYS 34 -1.839 8.096 -8.761 12 HZ2 LYS 34 HZ2 LYS 34 -0.749 7.197 -9.700 13 HZ1 LYS 34 HZ3 LYS 34 -0.376 8.794 -9.267 No H/Q in entry = 13 In of MODEL 8 1 H PHE 35 H PHE 35 2.590 4.780 -6.092 2 HA PHE 35 HA PHE 35 3.040 7.210 -4.678 3 HB2 PHE 35 HB2 PHE 35 1.085 5.772 -4.287 4 HB3 PHE 35 HB3 PHE 35 2.146 4.520 -3.647 5 HD1 PHE 35 HD1 PHE 35 1.077 8.020 -3.120 6 HD2 PHE 35 HD2 PHE 35 2.744 4.500 -1.423 7 HE1 PHE 35 HE1 PHE 35 0.908 9.028 -0.889 8 HE2 PHE 35 HE2 PHE 35 2.590 5.486 0.801 9 HZ PHE 35 HZ PHE 35 1.705 7.799 1.074 No H/Q in entry = 9 In of MODEL 8 1 H LEU 36 H LEU 36 4.222 3.901 -4.273 2 HA LEU 36 HA LEU 36 5.915 4.304 -2.111 3 HB2 LEU 36 HB2 LEU 36 6.380 2.328 -4.337 4 HB3 LEU 36 HB3 LEU 36 6.892 2.186 -2.667 5 HD13 LEU 36 HD11 LEU 36 5.237 0.167 -4.348 6 HD12 LEU 36 HD12 LEU 36 4.101 -0.243 -3.062 7 HD11 LEU 36 HD13 LEU 36 5.824 -0.104 -2.709 8 HD22 LEU 36 HD21 LEU 36 3.511 1.438 -1.341 9 HD21 LEU 36 HD22 LEU 36 4.289 3.021 -1.344 10 HD23 LEU 36 HD23 LEU 36 5.211 1.586 -0.895 11 HG LEU 36 HG LEU 36 4.028 2.139 -3.610 No H/Q in entry = 11 In of MODEL 8 1 H GLN 37 H GLN 37 6.765 4.173 -5.568 2 HA GLN 37 HA GLN 37 9.443 5.108 -4.873 3 HB2 GLN 37 HB2 GLN 37 8.400 4.124 -7.529 4 HB3 GLN 37 HB3 GLN 37 10.080 4.465 -7.133 5 HE21 GLN 37 HE21 GLN 37 8.393 1.342 -8.171 6 HE22 GLN 37 HE22 GLN 37 9.841 0.649 -8.820 7 HG2 GLN 37 HG2 GLN 37 9.852 2.704 -5.321 8 HG3 GLN 37 HG3 GLN 37 8.336 2.257 -6.101 No H/Q in entry = 8 In of MODEL 8 1 H ASN 38 H ASN 38 7.022 6.839 -4.880 2 HA ASN 38 HA ASN 38 7.333 8.695 -7.011 3 HB2 ASN 38 HB2 ASN 38 5.339 8.544 -5.435 4 HB3 ASN 38 HB3 ASN 38 6.343 9.345 -4.226 5 HD21 ASN 38 HD21 ASN 38 4.650 9.677 -7.223 6 HD22 ASN 38 HD22 ASN 38 4.717 11.403 -7.312 No H/Q in entry = 6 In of MODEL 8 1 H SER 39 H SER 39 8.475 8.648 -3.656 2 HA SER 39 HA SER 39 11.045 9.555 -4.325 3 HB2 SER 39 HB2 SER 39 10.911 11.787 -3.152 4 HB3 SER 39 HB3 SER 39 10.083 11.713 -4.708 5 HG SER 39 HG SER 39 8.489 12.499 -3.562 No H/Q in entry = 5 In of MODEL 8 1 H ARG 40 H ARG 40 8.822 10.162 -1.590 2 HA ARG 40 HA ARG 40 11.006 9.408 0.190 3 HB2 ARG 40 HB2 ARG 40 8.373 10.739 0.827 4 HB3 ARG 40 HB3 ARG 40 9.708 10.505 1.948 5 HD2 ARG 40 HD2 ARG 40 10.183 14.020 1.146 6 HD3 ARG 40 HD3 ARG 40 8.742 13.166 1.701 7 HE ARG 40 HE ARG 40 11.338 12.282 2.717 8 HG2 ARG 40 HG2 ARG 40 11.105 11.880 0.336 9 HG3 ARG 40 HG3 ARG 40 9.583 12.303 -0.451 10 HH11 ARG 40 HH11 ARG 40 8.347 14.015 3.293 11 HH12 ARG 40 HH12 ARG 40 8.507 13.978 5.025 12 HH21 ARG 40 HH21 ARG 40 11.560 12.236 4.988 13 HH22 ARG 40 HH22 ARG 40 10.337 12.977 5.982 No H/Q in entry = 13 In of MODEL 8 1 H VAL 41 H VAL 41 8.023 8.048 -0.903 2 HA VAL 41 HA VAL 41 7.243 6.727 1.469 3 HB VAL 41 HB VAL 41 6.680 5.861 -1.368 4 HG11 VAL 41 HG11 VAL 41 5.284 5.203 1.224 5 HG13 VAL 41 HG12 VAL 41 6.239 4.092 0.241 6 HG12 VAL 41 HG13 VAL 41 4.723 4.746 -0.385 7 HG23 VAL 41 HG21 VAL 41 5.109 7.643 0.485 8 HG22 VAL 41 HG22 VAL 41 4.580 7.083 -1.102 9 HG21 VAL 41 HG23 VAL 41 5.974 8.154 -0.964 No H/Q in entry = 9 In of MODEL 8 1 H ARG 42 H ARG 42 9.425 5.772 -1.138 2 HA ARG 42 HA ARG 42 9.898 3.121 -0.393 3 HB2 ARG 42 HB2 ARG 42 11.535 5.239 -1.751 4 HB3 ARG 42 HB3 ARG 42 12.311 3.734 -1.290 5 HD2 ARG 42 HD2 ARG 42 10.352 1.643 -2.017 6 HD3 ARG 42 HD3 ARG 42 10.714 1.627 -3.741 7 HE ARG 42 HE ARG 42 12.834 2.041 -1.722 8 HG2 ARG 42 HG2 ARG 42 9.822 3.793 -2.960 9 HG3 ARG 42 HG3 ARG 42 11.436 3.927 -3.659 10 HH11 ARG 42 HH11 ARG 42 11.573 0.361 -4.526 11 HH12 ARG 42 HH12 ARG 42 12.992 -0.606 -4.759 12 HH21 ARG 42 HH21 ARG 42 14.709 0.746 -1.997 13 HH22 ARG 42 HH22 ARG 42 14.786 -0.388 -3.317 No H/Q in entry = 13 In of MODEL 8 1 H GLN 43 H GLN 43 10.944 6.116 1.022 2 HA GLN 43 HA GLN 43 12.877 4.776 2.769 3 HB2 GLN 43 HB2 GLN 43 13.562 6.804 1.509 4 HB3 GLN 43 HB3 GLN 43 12.329 7.725 2.353 5 HE21 GLN 43 HE21 GLN 43 16.247 7.297 2.396 6 HE22 GLN 43 HE22 GLN 43 16.560 8.997 2.410 7 HG2 GLN 43 HG2 GLN 43 13.465 7.372 4.460 8 HG3 GLN 43 HG3 GLN 43 14.666 6.354 3.666 No H/Q in entry = 8 In of MODEL 8 1 H SER 44 H SER 44 9.675 5.586 2.738 2 HA SER 44 HA SER 44 9.379 6.465 5.471 3 HB2 SER 44 HB2 SER 44 7.310 5.534 3.456 4 HB3 SER 44 HB3 SER 44 6.959 6.321 4.994 5 HG SER 44 HG SER 44 8.702 7.608 3.229 No H/Q in entry = 5 In of MODEL 8 1 HA PRO 45 HA PRO 45 9.372 2.635 7.608 2 HB2 PRO 45 HB2 PRO 45 6.862 3.613 8.880 3 HB3 PRO 45 HB3 PRO 45 8.346 3.015 9.627 4 HD2 PRO 45 HD2 PRO 45 7.506 6.083 7.352 5 HD3 PRO 45 HD3 PRO 45 9.271 6.261 7.410 6 HG2 PRO 45 HG2 PRO 45 7.801 5.619 9.588 7 HG3 PRO 45 HG3 PRO 45 9.457 5.031 9.347 No H/Q in entry = 7 In of MODEL 8 1 H LEU 46 H LEU 46 8.659 0.670 7.211 2 HA LEU 46 HA LEU 46 6.778 0.231 5.158 3 HB2 LEU 46 HB2 LEU 46 8.166 -1.638 7.062 4 HB3 LEU 46 HB3 LEU 46 7.032 -2.214 5.859 5 HD11 LEU 46 HD11 LEU 46 9.782 0.359 5.579 6 HD13 LEU 46 HD12 LEU 46 10.853 -0.751 4.723 7 HD12 LEU 46 HD13 LEU 46 10.459 -1.035 6.419 8 HD21 LEU 46 HD21 LEU 46 9.611 -3.386 5.770 9 HD23 LEU 46 HD22 LEU 46 10.097 -2.996 4.119 10 HD22 LEU 46 HD23 LEU 46 8.445 -3.516 4.453 11 HG LEU 46 HG LEU 46 8.517 -1.123 4.114 No H/Q in entry = 11 In of MODEL 8 1 H ALA 47 H ALA 47 6.491 0.280 8.615 2 HA ALA 47 HA ALA 47 4.159 -1.207 8.968 3 HB1 ALA 47 HB1 ALA 47 5.540 -0.423 10.823 4 HB2 ALA 47 HB2 ALA 47 3.854 0.047 11.036 5 HB3 ALA 47 HB3 ALA 47 5.042 1.237 10.502 No H/Q in entry = 5 In of MODEL 8 1 H THR 48 H THR 48 4.497 2.310 8.465 2 HA THR 48 HA THR 48 1.803 2.931 8.161 3 HB THR 48 HB THR 48 4.170 4.180 6.755 4 HG1 THR 48 HG1 THR 48 3.498 5.806 8.558 5 HG22 THR 48 HG21 THR 48 2.710 6.148 6.464 6 HG21 THR 48 HG22 THR 48 1.356 5.240 7.131 7 HG23 THR 48 HG23 THR 48 2.079 4.744 5.599 No H/Q in entry = 7 In of MODEL 8 1 H ARG 49 H ARG 49 4.178 2.095 5.641 2 HA ARG 49 HA ARG 49 2.517 2.575 3.468 3 HB2 ARG 49 HB2 ARG 49 4.686 0.491 3.519 4 HB3 ARG 49 HB3 ARG 49 4.084 1.370 2.125 5 HD2 ARG 49 HD2 ARG 49 6.148 2.502 1.403 6 HD3 ARG 49 HD3 ARG 49 7.303 2.976 2.637 7 HE ARG 49 HE ARG 49 6.450 0.215 2.719 8 HG2 ARG 49 HG2 ARG 49 4.939 3.466 3.229 9 HG3 ARG 49 HG3 ARG 49 5.754 2.411 4.388 10 HH11 ARG 49 HH11 ARG 49 8.850 2.538 1.716 11 HH12 ARG 49 HH12 ARG 49 10.038 1.335 1.322 12 HH21 ARG 49 HH21 ARG 49 8.007 -1.383 2.177 13 HH22 ARG 49 HH22 ARG 49 9.539 -0.896 1.531 No H/Q in entry = 13 In of MODEL 8 1 H ARG 50 H ARG 50 2.987 -0.459 5.259 2 HA ARG 50 HA ARG 50 1.566 -2.029 3.360 3 HB2 ARG 50 HB2 ARG 50 2.229 -2.635 6.246 4 HB3 ARG 50 HB3 ARG 50 1.641 -3.805 5.071 5 HD2 ARG 50 HD2 ARG 50 3.673 -5.269 5.092 6 HD3 ARG 50 HD3 ARG 50 5.262 -4.503 5.078 7 HE ARG 50 HE ARG 50 3.682 -3.609 7.282 8 HG2 ARG 50 HG2 ARG 50 3.648 -3.310 3.680 9 HG3 ARG 50 HG3 ARG 50 4.251 -2.311 5.001 10 HH11 ARG 50 HH11 ARG 50 5.722 -6.231 6.152 11 HH12 ARG 50 HH12 ARG 50 6.068 -6.820 7.753 12 HH21 ARG 50 HH21 ARG 50 4.161 -4.349 9.384 13 HH22 ARG 50 HH22 ARG 50 5.191 -5.728 9.593 No H/Q in entry = 13 In of MODEL 8 1 H ALA 51 H ALA 51 0.630 -0.726 6.550 2 HA ALA 51 HA ALA 51 -2.046 -1.650 6.441 3 HB3 ALA 51 HB1 ALA 51 -0.907 0.727 7.914 4 HB1 ALA 51 HB2 ALA 51 -1.001 -0.922 8.529 5 HB2 ALA 51 HB3 ALA 51 -2.479 -0.014 8.214 No H/Q in entry = 5 In of MODEL 8 1 H PHE 52 H PHE 52 -0.426 1.241 5.382 2 HA PHE 52 HA PHE 52 -2.443 2.963 4.714 3 HB2 PHE 52 HB2 PHE 52 -0.190 3.642 4.581 4 HB3 PHE 52 HB3 PHE 52 0.204 2.390 3.413 5 HD1 PHE 52 HD1 PHE 52 0.306 2.900 1.222 6 HD2 PHE 52 HD2 PHE 52 -1.975 5.367 3.821 7 HE1 PHE 52 HE1 PHE 52 -0.047 4.485 -0.606 8 HE2 PHE 52 HE2 PHE 52 -2.345 6.955 1.993 9 HZ PHE 52 HZ PHE 52 -1.339 6.519 -0.218 No H/Q in entry = 9 In of MODEL 8 1 H LEU 53 H LEU 53 -0.930 0.788 2.280 2 HA LEU 53 HA LEU 53 -2.965 1.433 0.417 3 HB2 LEU 53 HB2 LEU 53 -1.891 -0.697 -0.773 4 HB3 LEU 53 HB3 LEU 53 -1.167 0.896 -0.801 5 HD11 LEU 53 HD11 LEU 53 -1.100 -1.738 1.878 6 HD13 LEU 53 HD12 LEU 53 0.544 -2.234 1.476 7 HD12 LEU 53 HD13 LEU 53 -0.773 -2.549 0.346 8 HD23 LEU 53 HD21 LEU 53 0.551 -1.293 -1.447 9 HD22 LEU 53 HD22 LEU 53 1.820 -1.047 -0.246 10 HD21 LEU 53 HD23 LEU 53 1.120 0.337 -1.084 11 HG LEU 53 HG LEU 53 0.239 0.163 1.174 No H/Q in entry = 11 In of MODEL 8 1 H LYS 54 H LYS 54 -2.615 -1.228 2.703 2 HA LYS 54 HA LYS 54 -4.674 -2.872 1.727 3 HB2 LYS 54 HB2 LYS 54 -3.692 -2.317 4.516 4 HB3 LYS 54 HB3 LYS 54 -5.017 -3.429 4.217 5 HD2 LYS 54 HD2 LYS 54 -2.185 -3.854 5.442 6 HD3 LYS 54 HD3 LYS 54 -3.457 -5.073 5.411 7 HE2 LYS 54 HE2 LYS 54 -0.839 -5.394 3.962 8 HE3 LYS 54 HE3 LYS 54 -1.082 -5.920 5.627 9 HG2 LYS 54 HG2 LYS 54 -3.604 -4.890 2.972 10 HG3 LYS 54 HG3 LYS 54 -2.292 -3.695 2.993 11 HZ3 LYS 54 HZ1 LYS 54 -1.413 -7.755 4.151 12 HZ2 LYS 54 HZ2 LYS 54 -2.551 -6.891 3.240 13 HZ1 LYS 54 HZ3 LYS 54 -2.911 -7.339 4.831 No H/Q in entry = 13 In of MODEL 8 1 H LYS 55 H LYS 55 -4.753 -0.020 3.791 2 HA LYS 55 HA LYS 55 -7.574 -0.099 4.251 3 HB2 LYS 55 HB2 LYS 55 -5.515 2.079 4.683 4 HB3 LYS 55 HB3 LYS 55 -7.199 2.190 5.193 5 HD2 LYS 55 HD2 LYS 55 -5.380 1.221 8.286 6 HD3 LYS 55 HD3 LYS 55 -4.756 2.318 7.053 7 HE2 LYS 55 HE2 LYS 55 -6.385 3.447 8.471 8 HE3 LYS 55 HE3 LYS 55 -6.970 3.324 6.815 9 HG2 LYS 55 HG2 LYS 55 -6.918 0.257 6.648 10 HG3 LYS 55 HG3 LYS 55 -5.236 0.096 6.124 11 HZ1 LYS 55 HZ1 LYS 55 -7.769 1.554 9.064 12 HZ3 LYS 55 HZ2 LYS 55 -8.340 1.445 7.467 13 HZ2 LYS 55 HZ3 LYS 55 -8.704 2.806 8.408 No H/Q in entry = 13 In of MODEL 8 1 H LYS 56 H LYS 56 -5.481 1.429 1.904 2 HA LYS 56 HA LYS 56 -7.355 3.247 0.820 3 HB2 LYS 56 HB2 LYS 56 -5.098 1.813 -0.587 4 HB3 LYS 56 HB3 LYS 56 -5.933 3.240 -1.176 5 HD2 LYS 56 HD2 LYS 56 -4.444 5.723 0.627 6 HD3 LYS 56 HD3 LYS 56 -6.061 5.128 0.255 7 HE2 LYS 56 HE2 LYS 56 -6.276 4.237 2.504 8 HE3 LYS 56 HE3 LYS 56 -4.633 4.754 2.882 9 HG2 LYS 56 HG2 LYS 56 -4.240 3.095 1.311 10 HG3 LYS 56 HG3 LYS 56 -3.748 3.775 -0.239 11 HZ1 LYS 56 HZ1 LYS 56 -5.396 7.064 2.378 12 HZ3 LYS 56 HZ2 LYS 56 -6.083 6.368 3.762 13 HZ2 LYS 56 HZ3 LYS 56 -6.987 6.471 2.326 No H/Q in entry = 13 In of MODEL 8 1 H GLY 57 H GLY 57 -6.874 -0.155 0.512 2 HA3 GLY 57 HA2 GLY 57 -9.013 -1.326 -0.118 3 HA2 GLY 57 HA3 GLY 57 -8.969 -0.308 -1.553 No H/Q in entry = 3 In of MODEL 8 1 H LEU 58 H LEU 58 -6.855 -2.558 0.238 2 HA LEU 58 HA LEU 58 -6.299 -3.964 -2.239 3 HB2 LEU 58 HB2 LEU 58 -4.647 -1.982 -1.855 4 HB3 LEU 58 HB3 LEU 58 -3.952 -3.027 -0.632 5 HD13 LEU 58 HD11 LEU 58 -5.294 -3.937 -4.007 6 HD12 LEU 58 HD12 LEU 58 -3.693 -3.988 -4.745 7 HD11 LEU 58 HD13 LEU 58 -4.368 -2.449 -4.209 8 HD21 LEU 58 HD21 LEU 58 -1.821 -3.376 -1.616 9 HD23 LEU 58 HD22 LEU 58 -2.217 -2.157 -2.829 10 HD22 LEU 58 HD23 LEU 58 -1.659 -3.757 -3.328 11 HG LEU 58 HG LEU 58 -3.666 -4.772 -2.420 No H/Q in entry = 11 In of MODEL 8 1 H THR 59 H THR 59 -5.627 -6.055 -1.925 2 HA THR 59 HA THR 59 -6.069 -7.142 0.736 3 HB THR 59 HB THR 59 -5.277 -8.707 -1.683 4 HG1 THR 59 HG1 THR 59 -6.960 -7.422 -2.422 5 HG22 THR 59 HG21 THR 59 -6.776 -10.408 -0.712 6 HG21 THR 59 HG22 THR 59 -7.094 -9.326 0.643 7 HG23 THR 59 HG23 THR 59 -5.470 -9.962 0.385 No H/Q in entry = 7 In of MODEL 8 1 H ASP 60 H ASP 60 -4.579 -8.897 1.511 2 HA ASP 60 HA ASP 60 -2.012 -8.056 2.032 3 HB2 ASP 60 HB2 ASP 60 -2.910 -10.933 1.806 4 HB3 ASP 60 HB3 ASP 60 -1.575 -10.321 2.777 No H/Q in entry = 4 In of MODEL 8 1 H GLU 61 H GLU 61 -2.921 -10.567 -0.317 2 HA GLU 61 HA GLU 61 -0.376 -11.056 -1.343 3 HB2 GLU 61 HB2 GLU 61 -1.560 -12.062 -3.268 4 HB3 GLU 61 HB3 GLU 61 -2.212 -12.580 -1.720 5 HG2 GLU 61 HG2 GLU 61 -4.119 -11.208 -1.955 6 HG3 GLU 61 HG3 GLU 61 -3.417 -10.344 -3.328 No H/Q in entry = 6 In of MODEL 8 1 H GLU 62 H GLU 62 -2.618 -8.508 -2.053 2 HA GLU 62 HA GLU 62 -1.380 -7.803 -4.542 3 HB2 GLU 62 HB2 GLU 62 -3.406 -6.331 -2.861 4 HB3 GLU 62 HB3 GLU 62 -2.909 -5.875 -4.484 5 HG2 GLU 62 HG2 GLU 62 -3.790 -7.965 -5.357 6 HG3 GLU 62 HG3 GLU 62 -4.266 -8.450 -3.729 No H/Q in entry = 6 In of MODEL 8 1 H ILE 63 H ILE 63 -1.039 -6.904 -1.168 2 HA ILE 63 HA ILE 63 0.387 -4.497 -1.717 3 HB ILE 63 HB ILE 63 0.842 -4.249 0.534 4 HD11 ILE 63 HD11 ILE 63 1.779 -5.010 2.681 5 HD13 ILE 63 HD12 ILE 63 1.743 -6.721 3.105 6 HD12 ILE 63 HD13 ILE 63 0.243 -5.799 3.043 7 HG12 ILE 63 HG12 ILE 63 0.470 -7.195 1.081 8 HG13 ILE 63 HG13 ILE 63 2.040 -6.477 0.728 9 HG21 ILE 63 HG21 ILE 63 -1.553 -4.284 0.151 10 HG23 ILE 63 HG22 ILE 63 -1.169 -4.890 1.763 11 HG22 ILE 63 HG23 ILE 63 -1.594 -6.017 0.474 No H/Q in entry = 11 In of MODEL 8 1 H ASP 64 H ASP 64 1.332 -7.896 -1.282 2 HA ASP 64 HA ASP 64 4.109 -7.218 -1.612 3 HB2 ASP 64 HB2 ASP 64 4.584 -9.579 -1.879 4 HB3 ASP 64 HB3 ASP 64 3.592 -9.303 -0.470 No H/Q in entry = 4 In of MODEL 8 1 H MET 65 H MET 65 1.451 -7.943 -3.751 2 HA MET 65 HA MET 65 2.916 -8.390 -6.076 3 HB2 MET 65 HB2 MET 65 0.435 -8.494 -5.952 4 HB3 MET 65 HB3 MET 65 0.389 -6.742 -5.833 5 HE1 MET 65 HE1 MET 65 3.574 -8.575 -8.391 6 HE3 MET 65 HE2 MET 65 3.273 -10.303 -8.566 7 HE2 MET 65 HE3 MET 65 2.973 -9.508 -7.019 8 HG2 MET 65 HG2 MET 65 -0.079 -7.141 -8.057 9 HG3 MET 65 HG3 MET 65 1.637 -6.750 -8.070 No H/Q in entry = 9 In of MODEL 8 1 H ALA 66 H ALA 66 1.828 -5.342 -4.642 2 HA ALA 66 HA ALA 66 3.223 -3.659 -6.440 3 HB1 ALA 66 HB1 ALA 66 2.270 -3.050 -3.643 4 HB3 ALA 66 HB2 ALA 66 1.307 -2.901 -5.112 5 HB2 ALA 66 HB3 ALA 66 2.717 -1.869 -4.876 No H/Q in entry = 5 In of MODEL 8 1 H PHE 67 H PHE 67 3.977 -4.547 -3.040 2 HA PHE 67 HA PHE 67 6.370 -3.045 -3.011 3 HB2 PHE 67 HB2 PHE 67 5.112 -5.003 -1.167 4 HB3 PHE 67 HB3 PHE 67 6.826 -4.656 -0.950 5 HD1 PHE 67 HD1 PHE 67 6.992 -1.797 -1.577 6 HD2 PHE 67 HD2 PHE 67 4.014 -3.965 0.559 7 HE1 PHE 67 HE1 PHE 67 6.388 0.238 -0.331 8 HE2 PHE 67 HE2 PHE 67 3.427 -1.951 1.809 9 HZ PHE 67 HZ PHE 67 4.717 0.218 1.308 No H/Q in entry = 9 In of MODEL 8 1 H GLN 68 H GLN 68 5.797 -6.476 -3.680 2 HA GLN 68 HA GLN 68 8.516 -7.230 -3.544 3 HB2 GLN 68 HB2 GLN 68 6.708 -8.881 -3.449 4 HB3 GLN 68 HB3 GLN 68 6.275 -8.517 -5.110 5 HE21 GLN 68 HE21 GLN 68 9.202 -11.855 -4.489 6 HE22 GLN 68 HE22 GLN 68 10.334 -11.427 -3.247 7 HG2 GLN 68 HG2 GLN 68 7.497 -10.560 -5.063 8 HG3 GLN 68 HG3 GLN 68 8.498 -9.326 -5.821 No H/Q in entry = 8 In of MODEL 8 1 H GLN 69 H GLN 69 6.419 -6.255 -6.260 2 HA GLN 69 HA GLN 69 8.576 -6.464 -8.146 3 HB2 GLN 69 HB2 GLN 69 5.852 -5.192 -8.406 4 HB3 GLN 69 HB3 GLN 69 6.985 -5.416 -9.733 5 HE21 GLN 69 HE21 GLN 69 6.880 -7.755 -11.355 6 HE22 GLN 69 HE22 GLN 69 8.081 -8.961 -11.029 7 HG2 GLN 69 HG2 GLN 69 5.637 -7.559 -8.110 8 HG3 GLN 69 HG3 GLN 69 5.347 -7.157 -9.802 No H/Q in entry = 8 In of MODEL 8 1 H SER 70 H SER 70 7.422 -4.011 -6.014 2 HA SER 70 HA SER 70 8.705 -1.841 -7.393 3 HB2 SER 70 HB2 SER 70 6.743 -1.475 -5.921 4 HB3 SER 70 HB3 SER 70 7.707 -1.986 -4.537 5 HG SER 70 HG SER 70 9.048 -0.093 -5.847 No H/Q in entry = 5 In of MODEL 8 1 H GLY 71 H GLY 71 9.707 -4.358 -5.345 2 HA3 GLY 71 HA2 GLY 71 11.883 -4.961 -4.830 3 HA2 GLY 71 HA3 GLY 71 12.433 -3.418 -5.462 No H/Q in entry = 3 In of MODEL 8 1 H THR 72 H THR 72 9.936 -3.629 -3.024 2 HA THR 72 HA THR 72 11.844 -3.030 -0.914 3 HB THR 72 HB THR 72 11.383 -0.831 -1.827 4 HG1 THR 72 HG1 THR 72 11.626 -0.649 0.329 5 HG23 THR 72 HG21 THR 72 9.239 -1.239 -2.884 6 HG22 THR 72 HG22 THR 72 9.128 0.139 -1.789 7 HG21 THR 72 HG23 THR 72 8.472 -1.425 -1.305 No H/Q in entry = 7 In of MODEL 8 1 H ALA 73 H ALA 73 10.528 -5.326 -1.140 2 HA ALA 73 HA ALA 73 8.129 -5.230 0.521 3 HB1 ALA 73 HB1 ALA 73 8.162 -6.711 -1.442 4 HB3 ALA 73 HB2 ALA 73 7.936 -7.609 0.059 5 HB2 ALA 73 HB3 ALA 73 9.511 -7.602 -0.734 No H/Q in entry = 5 In of MODEL 8 1 H ALA 74 H ALA 74 11.487 -5.970 0.649 2 HA ALA 74 HA ALA 74 12.940 -6.231 2.357 3 HB3 ALA 74 HB1 ALA 74 10.593 -5.799 4.196 4 HB1 ALA 74 HB2 ALA 74 11.636 -4.535 3.545 5 HB2 ALA 74 HB3 ALA 74 12.297 -5.746 4.643 No H/Q in entry = 5 In of MODEL 8 1 H ASP 75 H ASP 75 10.057 -7.723 3.854 2 HA ASP 75 HA ASP 75 11.532 -10.277 3.802 3 HB2 ASP 75 HB2 ASP 75 9.767 -9.343 6.077 4 HB3 ASP 75 HB3 ASP 75 10.702 -10.830 6.011 No H/Q in entry = 4 In of MODEL 8 1 H GLU 76 H GLU 76 8.434 -9.817 5.291 2 HA GLU 76 HA GLU 76 7.152 -11.270 3.084 3 HB2 GLU 76 HB2 GLU 76 5.799 -12.455 4.857 4 HB3 GLU 76 HB3 GLU 76 7.498 -12.901 4.784 5 HG2 GLU 76 HG2 GLU 76 7.979 -11.491 6.694 6 HG3 GLU 76 HG3 GLU 76 6.300 -10.956 6.746 No H/Q in entry = 6 In of MODEL 8 1 HA PRO 77 HA PRO 77 4.440 -7.697 3.709 2 HB2 PRO 77 HB2 PRO 77 3.622 -8.144 0.961 3 HB3 PRO 77 HB3 PRO 77 4.506 -6.776 1.641 4 HD2 PRO 77 HD2 PRO 77 5.483 -10.497 1.228 5 HD3 PRO 77 HD3 PRO 77 7.073 -9.884 1.742 6 HG2 PRO 77 HG2 PRO 77 5.627 -8.568 -0.075 7 HG3 PRO 77 HG3 PRO 77 6.552 -7.693 1.159 No H/Q in entry = 7 In of MODEL 8 1 H SER 78 H SER 78 3.568 -9.844 4.935 2 HA SER 78 HA SER 78 1.804 -11.156 5.506 3 HB2 SER 78 HB2 SER 78 -0.428 -10.096 5.242 4 HB3 SER 78 HB3 SER 78 0.781 -8.982 5.867 5 HG SER 78 HG SER 78 0.717 -8.898 3.161 No H/Q in entry = 5 In of MODEL 8 1 H SER 79 H SER 79 3.008 -12.053 3.152 2 HA SER 79 HA SER 79 0.977 -12.511 1.155 3 HB2 SER 79 HB2 SER 79 3.771 -13.651 1.317 4 HB3 SER 79 HB3 SER 79 2.746 -13.550 -0.118 5 HG SER 79 HG SER 79 2.835 -11.249 0.101 No H/Q in entry = 5 In of MODEL 8 1 H LEU 80 H LEU 80 2.305 -14.149 3.869 2 HA LEU 80 HA LEU 80 1.905 -16.134 4.879 3 HB2 LEU 80 HB2 LEU 80 -0.501 -15.553 4.212 4 HB3 LEU 80 HB3 LEU 80 -0.285 -16.649 2.866 5 HD12 LEU 80 HD11 LEU 80 1.010 -19.015 4.036 6 HD11 LEU 80 HD12 LEU 80 -0.534 -19.044 3.184 7 HD13 LEU 80 HD13 LEU 80 -0.402 -19.750 4.795 8 HD23 LEU 80 HD21 LEU 80 1.249 -17.504 6.091 9 HD22 LEU 80 HD22 LEU 80 -0.163 -18.311 6.775 10 HD21 LEU 80 HD23 LEU 80 -0.145 -16.556 6.604 11 HG LEU 80 HG LEU 80 -1.504 -17.584 4.868 No H/Q in entry = 11 In of MODEL 8 1 H TRP 81 H TRP 81 0.967 -17.051 1.590 2 HA TRP 81 HA TRP 81 3.513 -18.059 0.856 3 HB2 TRP 81 HB2 TRP 81 2.706 -19.835 2.489 4 HB3 TRP 81 HB3 TRP 81 1.409 -20.180 1.350 5 HD1 TRP 81 HD1 TRP 81 2.395 -20.858 -1.252 6 HE1 TRP 81 HE1 TRP 81 4.354 -22.439 -1.802 7 HE3 TRP 81 HE3 TRP 81 4.785 -20.771 3.263 8 HH2 TRP 81 HH2 TRP 81 7.726 -23.443 1.707 9 HZ2 TRP 81 HZ2 TRP 81 6.609 -23.510 -0.481 10 HZ3 TRP 81 HZ3 TRP 81 6.834 -22.104 3.539 No H/Q in entry = 10 In of MODEL 8 1 H1 SER 101 H1 SER 101 4.311 18.855 5.003 2 H2 SER 101 H3 SER 101 3.284 20.184 4.804 3 H3 SER 101 H2 SER 101 2.780 18.860 5.731 4 HA SER 101 HA SER 101 1.689 18.758 3.641 5 HB2 SER 101 HB2 SER 101 4.462 18.779 2.426 6 HB3 SER 101 HB3 SER 101 2.931 18.723 1.552 7 HG SER 101 HG SER 101 2.588 20.804 1.956 No H/Q in entry = 7 In of MODEL 8 1 H GLN 102 H GLN 102 2.380 17.001 5.664 2 HA GLN 102 HA GLN 102 3.770 14.717 4.547 3 HB2 GLN 102 HB2 GLN 102 4.129 15.348 6.879 4 HB3 GLN 102 HB3 GLN 102 2.418 15.142 7.216 5 HE21 GLN 102 HE21 GLN 102 2.955 11.349 8.424 6 HE22 GLN 102 HE22 GLN 102 3.578 11.867 9.954 7 HG2 GLN 102 HG2 GLN 102 2.611 12.755 6.733 8 HG3 GLN 102 HG3 GLN 102 4.331 12.966 6.404 No H/Q in entry = 8 In of MODEL 8 1 H GLU 103 H GLU 103 0.495 15.432 5.744 2 HA GLU 103 HA GLU 103 -0.488 12.844 5.023 3 HB2 GLU 103 HB2 GLU 103 -1.897 15.375 5.861 4 HB3 GLU 103 HB3 GLU 103 -2.720 13.846 5.568 5 HG2 GLU 103 HG2 GLU 103 -1.459 12.785 7.333 6 HG3 GLU 103 HG3 GLU 103 -0.534 14.261 7.596 No H/Q in entry = 6 In of MODEL 8 1 H LYS 104 H LYS 104 -0.459 16.020 3.527 2 HA LYS 104 HA LYS 104 -2.084 15.574 1.318 3 HB2 LYS 104 HB2 LYS 104 -1.130 17.748 1.698 4 HB3 LYS 104 HB3 LYS 104 0.503 17.118 1.575 5 HD2 LYS 104 HD2 LYS 104 -0.511 19.491 -0.107 6 HD3 LYS 104 HD3 LYS 104 1.097 18.771 -0.049 7 HE2 LYS 104 HE2 LYS 104 0.774 20.011 -2.119 8 HE3 LYS 104 HE3 LYS 104 0.965 18.290 -2.446 9 HG2 LYS 104 HG2 LYS 104 0.088 16.621 -0.817 10 HG3 LYS 104 HG3 LYS 104 -1.504 17.370 -0.662 11 HZ1 LYS 104 HZ1 LYS 104 -1.728 19.473 -2.185 12 HZ3 LYS 104 HZ2 LYS 104 -1.256 18.067 -3.011 13 HZ2 LYS 104 HZ3 LYS 104 -0.877 19.589 -3.647 No H/Q in entry = 13 In of MODEL 8 1 H PHE 105 H PHE 105 1.167 14.490 1.990 2 HA PHE 105 HA PHE 105 1.801 13.579 -0.623 3 HB2 PHE 105 HB2 PHE 105 3.388 14.175 1.293 4 HB3 PHE 105 HB3 PHE 105 3.002 12.600 1.971 5 HD1 PHE 105 HD1 PHE 105 4.554 14.333 -0.880 6 HD2 PHE 105 HD2 PHE 105 3.997 10.624 1.127 7 HE1 PHE 105 HE1 PHE 105 6.338 13.330 -2.244 8 HE2 PHE 105 HE2 PHE 105 5.777 9.616 -0.237 9 HZ PHE 105 HZ PHE 105 6.951 10.971 -1.923 No H/Q in entry = 9 In of MODEL 8 1 H PHE 106 H PHE 106 0.514 12.005 2.284 2 HA PHE 106 HA PHE 106 0.540 9.389 1.115 3 HB2 PHE 106 HB2 PHE 106 -0.599 10.529 3.647 4 HB3 PHE 106 HB3 PHE 106 -1.002 8.895 3.142 5 HD1 PHE 106 HD1 PHE 106 1.139 10.787 5.116 6 HD2 PHE 106 HD2 PHE 106 1.152 7.450 2.475 7 HE1 PHE 106 HE1 PHE 106 3.235 9.996 6.130 8 HE2 PHE 106 HE2 PHE 106 3.243 6.648 3.494 9 HZ PHE 106 HZ PHE 106 4.185 7.825 5.447 No H/Q in entry = 9 In of MODEL 8 1 H GLN 107 H GLN 107 -1.876 11.927 1.487 2 HA GLN 107 HA GLN 107 -4.020 10.129 0.727 3 HB2 GLN 107 HB2 GLN 107 -4.080 12.095 2.437 4 HB3 GLN 107 HB3 GLN 107 -4.321 13.101 1.020 5 HE21 GLN 107 HE21 GLN 107 -6.493 10.288 -0.467 6 HE22 GLN 107 HE22 GLN 107 -7.325 11.377 -1.524 7 HG2 GLN 107 HG2 GLN 107 -6.086 10.758 1.667 8 HG3 GLN 107 HG3 GLN 107 -6.388 12.381 2.279 No H/Q in entry = 8 In of MODEL 8 1 H GLU 108 H GLU 108 -2.720 13.194 -0.587 2 HA GLU 108 HA GLU 108 -4.459 13.245 -2.790 3 HB2 GLU 108 HB2 GLU 108 -3.345 15.242 -1.978 4 HB3 GLU 108 HB3 GLU 108 -1.779 14.580 -2.429 5 HG2 GLU 108 HG2 GLU 108 -2.459 14.606 -4.785 6 HG3 GLU 108 HG3 GLU 108 -4.011 15.300 -4.315 No H/Q in entry = 6 In of MODEL 8 1 H LEU 109 H LEU 109 -1.043 12.224 -2.615 2 HA LEU 109 HA LEU 109 -0.718 11.731 -5.346 3 HB2 LEU 109 HB2 LEU 109 0.640 10.354 -3.023 4 HB3 LEU 109 HB3 LEU 109 1.165 10.268 -4.695 5 HD13 LEU 109 HD11 LEU 109 2.953 11.219 -2.446 6 HD12 LEU 109 HD12 LEU 109 3.572 12.634 -3.299 7 HD11 LEU 109 HD13 LEU 109 3.370 11.107 -4.157 8 HD23 LEU 109 HD21 LEU 109 1.944 12.440 -5.842 9 HD22 LEU 109 HD22 LEU 109 2.156 13.881 -4.849 10 HD21 LEU 109 HD23 LEU 109 0.533 13.313 -5.240 11 HG LEU 109 HG LEU 109 1.137 12.729 -2.950 No H/Q in entry = 11 In of MODEL 8 1 H PHE 110 H PHE 110 -2.145 9.756 -2.845 2 HA PHE 110 HA PHE 110 -2.139 7.425 -4.587 3 HB2 PHE 110 HB2 PHE 110 -1.668 7.490 -2.002 4 HB3 PHE 110 HB3 PHE 110 -3.424 7.438 -1.889 5 HD1 PHE 110 HD1 PHE 110 -4.661 5.467 -2.627 6 HD2 PHE 110 HD2 PHE 110 -0.417 5.619 -2.800 7 HE1 PHE 110 HE1 PHE 110 -4.589 3.029 -2.949 8 HE2 PHE 110 HE2 PHE 110 -0.337 3.187 -3.120 9 HZ PHE 110 HZ PHE 110 -2.424 1.889 -3.199 No H/Q in entry = 9 In of MODEL 8 1 H ASP 111 H ASP 111 -4.104 10.067 -4.122 2 HA ASP 111 HA ASP 111 -6.644 8.744 -4.138 3 HB2 ASP 111 HB2 ASP 111 -6.327 11.060 -3.270 4 HB3 ASP 111 HB3 ASP 111 -6.048 11.604 -4.924 No H/Q in entry = 4 In of MODEL 8 1 H SER 112 H SER 112 -4.364 9.684 -6.539 2 HA SER 112 HA SER 112 -5.927 8.290 -8.530 3 HB2 SER 112 HB2 SER 112 -5.040 11.158 -8.976 4 HB3 SER 112 HB3 SER 112 -5.746 10.105 -10.204 5 HG SER 112 HG SER 112 -7.342 10.104 -8.062 No H/Q in entry = 5 In of MODEL 9 1 H1 GLY 12 H2 GLY 12 -24.406 -9.571 10.983 2 H2 GLY 12 H1 GLY 12 -24.715 -10.790 9.844 3 H3 GLY 12 H3 GLY 12 -23.587 -11.052 11.081 4 HA2 GLY 12 HA2 GLY 12 -23.328 -9.116 8.852 5 HA3 GLY 12 HA3 GLY 12 -22.444 -10.625 9.026 No H/Q in entry = 5 In of MODEL 9 1 H ALA 13 H ALA 13 -20.457 -10.395 9.723 2 HA ALA 13 HA ALA 13 -18.581 -9.567 10.678 3 HB2 ALA 13 HB1 ALA 13 -20.074 -6.948 10.781 4 HB3 ALA 13 HB2 ALA 13 -19.146 -7.540 9.406 5 HB1 ALA 13 HB3 ALA 13 -18.330 -7.168 10.923 No H/Q in entry = 5 In of MODEL 9 1 H MET 14 H MET 14 -20.099 -10.990 12.353 2 HA MET 14 HA MET 14 -20.365 -9.475 14.844 3 HB2 MET 14 HB2 MET 14 -22.207 -10.984 14.136 4 HB3 MET 14 HB3 MET 14 -21.107 -12.347 14.235 5 HE2 MET 14 HE1 MET 14 -20.824 -13.381 19.265 6 HE1 MET 14 HE2 MET 14 -22.399 -12.999 18.569 7 HE3 MET 14 HE3 MET 14 -21.294 -11.699 19.016 8 HG2 MET 14 HG2 MET 14 -21.630 -10.610 16.617 9 HG3 MET 14 HG3 MET 14 -22.729 -11.914 16.177 No H/Q in entry = 9 In of MODEL 9 1 H ALA 15 H ALA 15 -18.806 -12.426 13.608 2 HA ALA 15 HA ALA 15 -17.015 -12.411 15.927 3 HB2 ALA 15 HB1 ALA 15 -16.311 -14.623 15.158 4 HB3 ALA 15 HB2 ALA 15 -17.346 -14.460 13.740 5 HB1 ALA 15 HB3 ALA 15 -18.061 -14.535 15.349 No H/Q in entry = 5 In of MODEL 9 1 H THR 16 H THR 16 -17.138 -11.417 12.706 2 HA THR 16 HA THR 16 -14.219 -11.055 12.668 3 HB THR 16 HB THR 16 -14.853 -12.529 10.849 4 HG1 THR 16 HG1 THR 16 -13.262 -10.975 10.332 5 HG21 THR 16 HG21 THR 16 -17.221 -11.935 10.668 6 HG23 THR 16 HG22 THR 16 -16.422 -11.864 9.098 7 HG22 THR 16 HG23 THR 16 -16.781 -10.375 9.972 No H/Q in entry = 7 In of MODEL 9 1 HA PRO 17 HA PRO 17 -15.142 -6.705 12.981 2 HB2 PRO 17 HB2 PRO 17 -12.536 -6.377 11.608 3 HB3 PRO 17 HB3 PRO 17 -13.077 -5.735 13.162 4 HD2 PRO 17 HD2 PRO 17 -12.468 -9.338 11.810 5 HD3 PRO 17 HD3 PRO 17 -13.034 -9.771 13.437 6 HG2 PRO 17 HG2 PRO 17 -11.316 -7.742 13.032 7 HG3 PRO 17 HG3 PRO 17 -12.557 -7.679 14.299 No H/Q in entry = 7 In of MODEL 9 1 H GLY 18 H GLY 18 -16.430 -5.627 11.652 2 HA3 GLY 18 HA2 GLY 18 -16.660 -6.301 8.891 3 HA2 GLY 18 HA3 GLY 18 -17.555 -5.047 9.733 No H/Q in entry = 3 In of MODEL 9 1 H SER 19 H SER 19 -14.265 -5.700 8.584 2 HA SER 19 HA SER 19 -14.176 -2.938 7.562 3 HB2 SER 19 HB2 SER 19 -11.846 -4.690 8.391 4 HB3 SER 19 HB3 SER 19 -11.752 -3.013 7.845 5 HG SER 19 HG SER 19 -13.477 -3.024 9.812 No H/Q in entry = 5 In of MODEL 9 1 H GLU 20 H GLU 20 -15.154 -3.566 5.608 2 HA GLU 20 HA GLU 20 -13.832 -5.635 4.034 3 HB2 GLU 20 HB2 GLU 20 -16.380 -4.095 3.541 4 HB3 GLU 20 HB3 GLU 20 -15.741 -5.318 2.462 5 HG2 GLU 20 HG2 GLU 20 -15.848 -6.879 4.466 6 HG3 GLU 20 HG3 GLU 20 -16.849 -5.629 5.189 No H/Q in entry = 6 In of MODEL 9 1 H ASN 21 H ASN 21 -13.375 -2.446 4.548 2 HA ASN 21 HA ASN 21 -12.955 -1.584 1.832 3 HB2 ASN 21 HB2 ASN 21 -13.523 -0.021 3.738 4 HB3 ASN 21 HB3 ASN 21 -11.892 -0.283 4.350 5 HD21 ASN 21 HD21 ASN 21 -11.275 1.844 4.092 6 HD22 ASN 21 HD22 ASN 21 -11.025 2.555 2.533 No H/Q in entry = 6 In of MODEL 9 1 H VAL 22 H VAL 22 -11.713 -3.847 1.894 2 HA VAL 22 HA VAL 22 -8.874 -3.078 1.743 3 HB VAL 22 HB VAL 22 -9.526 -4.685 3.691 4 HG12 VAL 22 HG11 VAL 22 -9.549 -7.070 3.045 5 HG11 VAL 22 HG12 VAL 22 -9.636 -6.584 1.349 6 HG13 VAL 22 HG13 VAL 22 -10.957 -6.186 2.453 7 HG22 VAL 22 HG21 VAL 22 -7.230 -4.224 3.060 8 HG21 VAL 22 HG22 VAL 22 -7.326 -5.415 1.764 9 HG23 VAL 22 HG23 VAL 22 -7.431 -5.933 3.446 No H/Q in entry = 9 In of MODEL 9 1 H LEU 23 H LEU 23 -11.473 -3.610 0.057 2 HA LEU 23 HA LEU 23 -11.131 -5.844 -1.565 3 HB2 LEU 23 HB2 LEU 23 -13.237 -4.733 -1.488 4 HB3 LEU 23 HB3 LEU 23 -12.530 -3.223 -2.031 5 HD13 LEU 23 HD11 LEU 23 -11.800 -6.507 -3.672 6 HD12 LEU 23 HD12 LEU 23 -13.138 -6.372 -4.813 7 HD11 LEU 23 HD13 LEU 23 -13.464 -6.638 -3.099 8 HD22 LEU 23 HD21 LEU 23 -14.444 -4.329 -4.971 9 HD21 LEU 23 HD22 LEU 23 -14.213 -3.018 -3.815 10 HD23 LEU 23 HD23 LEU 23 -14.965 -4.528 -3.298 11 HG LEU 23 HG LEU 23 -12.123 -4.198 -4.245 No H/Q in entry = 11 In of MODEL 9 1 HA PRO 24 HA PRO 24 -7.497 -4.421 -3.779 2 HB2 PRO 24 HB2 PRO 24 -7.742 -7.096 -4.986 3 HB3 PRO 24 HB3 PRO 24 -6.391 -6.394 -4.095 4 HD2 PRO 24 HD2 PRO 24 -10.016 -7.357 -3.229 5 HD3 PRO 24 HD3 PRO 24 -9.562 -6.829 -1.592 6 HG2 PRO 24 HG2 PRO 24 -7.901 -8.327 -3.038 7 HG3 PRO 24 HG3 PRO 24 -7.283 -6.994 -2.041 No H/Q in entry = 7 In of MODEL 9 1 H ARG 25 H ARG 25 -7.452 -3.355 -5.636 2 HA ARG 25 HA ARG 25 -9.365 -4.116 -7.745 3 HB2 ARG 25 HB2 ARG 25 -8.441 -1.378 -6.894 4 HB3 ARG 25 HB3 ARG 25 -9.273 -1.676 -8.413 5 HD2 ARG 25 HD2 ARG 25 -10.291 0.158 -6.138 6 HD3 ARG 25 HD3 ARG 25 -11.016 -0.111 -7.722 7 HE ARG 25 HE ARG 25 -12.554 -0.972 -5.401 8 HG2 ARG 25 HG2 ARG 25 -11.210 -2.515 -7.179 9 HG3 ARG 25 HG3 ARG 25 -10.369 -2.211 -5.658 10 HH11 ARG 25 HH11 ARG 25 -11.965 1.494 -7.813 11 HH12 ARG 25 HH12 ARG 25 -13.556 2.196 -7.672 12 HH21 ARG 25 HH21 ARG 25 -14.661 -0.065 -5.223 13 HH22 ARG 25 HH22 ARG 25 -15.094 1.285 -6.230 No H/Q in entry = 13 In of MODEL 9 1 H GLU 26 H GLU 26 -8.660 -3.455 -9.976 2 HA GLU 26 HA GLU 26 -6.141 -4.677 -10.425 3 HB2 GLU 26 HB2 GLU 26 -7.796 -3.095 -12.391 4 HB3 GLU 26 HB3 GLU 26 -6.526 -4.245 -12.784 5 HG2 GLU 26 HG2 GLU 26 -7.872 -6.043 -11.814 6 HG3 GLU 26 HG3 GLU 26 -9.146 -4.875 -11.455 No H/Q in entry = 6 In of MODEL 9 1 HA PRO 27 HA PRO 27 -4.469 -0.433 -11.825 2 HB2 PRO 27 HB2 PRO 27 -5.880 1.824 -11.484 3 HB3 PRO 27 HB3 PRO 27 -6.164 0.752 -12.862 4 HD2 PRO 27 HD2 PRO 27 -8.128 -1.223 -10.175 5 HD3 PRO 27 HD3 PRO 27 -8.061 -1.434 -11.935 6 HG2 PRO 27 HG2 PRO 27 -7.683 1.023 -10.310 7 HG3 PRO 27 HG3 PRO 27 -8.300 0.843 -11.961 No H/Q in entry = 7 In of MODEL 9 1 H LEU 28 H LEU 28 -6.085 -0.737 -8.822 2 HA LEU 28 HA LEU 28 -4.989 1.482 -7.467 3 HB2 LEU 28 HB2 LEU 28 -6.983 -0.081 -6.866 4 HB3 LEU 28 HB3 LEU 28 -5.757 -1.068 -6.094 5 HD12 LEU 28 HD11 LEU 28 -7.569 1.296 -3.642 6 HD11 LEU 28 HD12 LEU 28 -7.745 -0.323 -4.316 7 HD13 LEU 28 HD13 LEU 28 -8.230 1.083 -5.263 8 HD23 LEU 28 HD21 LEU 28 -5.222 0.947 -3.187 9 HD22 LEU 28 HD22 LEU 28 -4.097 0.520 -4.476 10 HD21 LEU 28 HD23 LEU 28 -5.230 -0.684 -3.860 11 HG LEU 28 HG LEU 28 -5.924 1.828 -5.379 No H/Q in entry = 11 In of MODEL 9 1 H ILE 29 H ILE 29 -3.850 -1.773 -8.078 2 HA ILE 29 HA ILE 29 -1.633 -1.770 -6.329 3 HB ILE 29 HB ILE 29 -1.842 -3.154 -9.013 4 HD13 ILE 29 HD11 ILE 29 -3.567 -6.081 -7.464 5 HD12 ILE 29 HD12 ILE 29 -1.826 -5.979 -7.734 6 HD11 ILE 29 HD13 ILE 29 -2.947 -5.442 -8.986 7 HG12 ILE 29 HG12 ILE 29 -2.589 -4.197 -6.272 8 HG13 ILE 29 HG13 ILE 29 -3.742 -3.671 -7.492 9 HG21 ILE 29 HG21 ILE 29 -0.139 -3.749 -6.593 10 HG23 ILE 29 HG22 ILE 29 0.425 -3.100 -8.133 11 HG22 ILE 29 HG23 ILE 29 -0.229 -4.736 -8.052 No H/Q in entry = 11 In of MODEL 9 1 H ALA 30 H ALA 30 -2.116 -0.572 -9.600 2 HA ALA 30 HA ALA 30 0.598 0.132 -10.067 3 HB3 ALA 30 HB1 ALA 30 -1.907 1.165 -11.397 4 HB2 ALA 30 HB2 ALA 30 -0.971 -0.242 -11.903 5 HB1 ALA 30 HB3 ALA 30 -0.259 1.369 -11.992 No H/Q in entry = 5 In of MODEL 9 1 H THR 31 H THR 31 -2.250 1.882 -8.888 2 HA THR 31 HA THR 31 -1.070 4.410 -8.604 3 HB THR 31 HB THR 31 -3.148 3.204 -6.763 4 HG1 THR 31 HG1 THR 31 -3.471 4.547 -9.271 5 HG22 THR 31 HG21 THR 31 -2.584 6.067 -7.559 6 HG21 THR 31 HG22 THR 31 -2.200 5.338 -5.998 7 HG23 THR 31 HG23 THR 31 -3.884 5.529 -6.495 No H/Q in entry = 7 In of MODEL 9 1 H ALA 32 H ALA 32 -1.118 1.579 -6.499 2 HA ALA 32 HA ALA 32 0.155 2.781 -4.287 3 HB2 ALA 32 HB1 ALA 32 0.539 0.509 -3.494 4 HB3 ALA 32 HB2 ALA 32 0.081 -0.127 -5.075 5 HB1 ALA 32 HB3 ALA 32 -1.112 0.712 -4.081 No H/Q in entry = 5 In of MODEL 9 1 H VAL 33 H VAL 33 1.459 0.784 -6.956 2 HA VAL 33 HA VAL 33 4.110 0.847 -5.982 3 HB VAL 33 HB VAL 33 3.235 -0.779 -7.693 4 HG13 VAL 33 HG11 VAL 33 3.207 -0.228 -10.000 5 HG12 VAL 33 HG12 VAL 33 3.800 1.401 -9.678 6 HG11 VAL 33 HG13 VAL 33 2.184 0.931 -9.152 7 HG23 VAL 33 HG21 VAL 33 5.795 0.664 -8.358 8 HG22 VAL 33 HG22 VAL 33 5.365 -0.961 -8.885 9 HG21 VAL 33 HG23 VAL 33 5.601 -0.624 -7.170 No H/Q in entry = 9 In of MODEL 9 1 H LYS 34 H LYS 34 2.333 2.989 -8.170 2 HA LYS 34 HA LYS 34 4.423 4.723 -8.864 3 HB2 LYS 34 HB2 LYS 34 2.291 4.984 -9.947 4 HB3 LYS 34 HB3 LYS 34 1.476 5.248 -8.415 5 HD2 LYS 34 HD2 LYS 34 2.456 7.391 -7.034 6 HD3 LYS 34 HD3 LYS 34 2.212 8.777 -8.105 7 HE2 LYS 34 HE2 LYS 34 0.270 6.507 -7.682 8 HE3 LYS 34 HE3 LYS 34 0.145 8.120 -6.975 9 HG2 LYS 34 HG2 LYS 34 3.611 7.159 -9.228 10 HG3 LYS 34 HG3 LYS 34 2.049 7.241 -10.039 11 HZ1 LYS 34 HZ1 LYS 34 0.067 9.002 -9.280 12 HZ3 LYS 34 HZ2 LYS 34 -1.258 8.027 -8.884 13 HZ2 LYS 34 HZ3 LYS 34 -0.014 7.409 -9.855 No H/Q in entry = 13 In of MODEL 9 1 H PHE 35 H PHE 35 2.139 4.845 -6.191 2 HA PHE 35 HA PHE 35 3.002 7.069 -4.820 3 HB2 PHE 35 HB2 PHE 35 1.001 5.758 -4.272 4 HB3 PHE 35 HB3 PHE 35 2.022 4.453 -3.673 5 HD1 PHE 35 HD1 PHE 35 1.078 7.974 -3.140 6 HD2 PHE 35 HD2 PHE 35 2.860 4.479 -1.503 7 HE1 PHE 35 HE1 PHE 35 1.113 9.028 -0.952 8 HE2 PHE 35 HE2 PHE 35 2.901 5.526 0.714 9 HZ PHE 35 HZ PHE 35 2.022 7.814 1.002 No H/Q in entry = 9 In of MODEL 9 1 H LEU 36 H LEU 36 4.066 3.718 -4.414 2 HA LEU 36 HA LEU 36 5.886 4.148 -2.341 3 HB2 LEU 36 HB2 LEU 36 6.071 2.013 -4.460 4 HB3 LEU 36 HB3 LEU 36 6.737 1.954 -2.840 5 HD12 LEU 36 HD11 LEU 36 3.762 -0.308 -2.825 6 HD11 LEU 36 HD12 LEU 36 5.520 -0.286 -2.683 7 HD13 LEU 36 HD13 LEU 36 4.759 -0.033 -4.254 8 HD22 LEU 36 HD21 LEU 36 4.334 2.984 -1.298 9 HD21 LEU 36 HD22 LEU 36 5.258 1.538 -0.891 10 HD23 LEU 36 HD23 LEU 36 3.512 1.434 -1.124 11 HG LEU 36 HG LEU 36 3.789 2.046 -3.471 No H/Q in entry = 11 In of MODEL 9 1 H GLN 37 H GLN 37 6.321 4.319 -5.826 2 HA GLN 37 HA GLN 37 9.206 4.412 -5.565 3 HB2 GLN 37 HB2 GLN 37 7.370 4.450 -7.950 4 HB3 GLN 37 HB3 GLN 37 9.123 4.554 -8.070 5 HE21 GLN 37 HE21 GLN 37 9.368 0.545 -8.356 6 HE22 GLN 37 HE22 GLN 37 8.554 0.446 -9.877 7 HG2 GLN 37 HG2 GLN 37 9.405 2.400 -7.128 8 HG3 GLN 37 HG3 GLN 37 7.699 2.311 -6.674 No H/Q in entry = 8 In of MODEL 9 1 H ASN 38 H ASN 38 7.578 6.656 -4.515 2 HA ASN 38 HA ASN 38 8.815 8.798 -6.089 3 HB2 ASN 38 HB2 ASN 38 6.638 8.771 -4.031 4 HB3 ASN 38 HB3 ASN 38 7.561 10.250 -4.295 5 HD21 ASN 38 HD21 ASN 38 7.376 11.338 -6.264 6 HD22 ASN 38 HD22 ASN 38 6.116 10.978 -7.401 No H/Q in entry = 6 In of MODEL 9 1 H SER 39 H SER 39 10.232 6.841 -4.510 2 HA SER 39 HA SER 39 12.186 6.764 -3.398 3 HB2 SER 39 HB2 SER 39 11.994 9.779 -3.267 4 HB3 SER 39 HB3 SER 39 13.435 8.813 -2.949 5 HG SER 39 HG SER 39 12.884 7.971 -5.225 No H/Q in entry = 5 In of MODEL 9 1 H ARG 40 H ARG 40 10.416 9.432 -1.824 2 HA ARG 40 HA ARG 40 11.420 8.940 0.732 3 HB2 ARG 40 HB2 ARG 40 10.335 11.040 -0.021 4 HB3 ARG 40 HB3 ARG 40 8.779 10.223 0.014 5 HD2 ARG 40 HD2 ARG 40 7.929 11.926 1.679 6 HD3 ARG 40 HD3 ARG 40 8.876 12.223 3.137 7 HE ARG 40 HE ARG 40 10.650 12.954 1.350 8 HG2 ARG 40 HG2 ARG 40 8.999 9.882 2.417 9 HG3 ARG 40 HG3 ARG 40 10.579 10.671 2.385 10 HH11 ARG 40 HH11 ARG 40 7.208 13.614 1.370 11 HH12 ARG 40 HH12 ARG 40 7.353 15.085 0.454 12 HH21 ARG 40 HH21 ARG 40 10.845 14.857 0.129 13 HH22 ARG 40 HH22 ARG 40 9.426 15.780 -0.279 No H/Q in entry = 13 In of MODEL 9 1 H VAL 41 H VAL 41 8.588 7.620 -0.888 2 HA VAL 41 HA VAL 41 7.298 6.605 1.393 3 HB VAL 41 HB VAL 41 7.139 5.514 -1.433 4 HG13 VAL 41 HG11 VAL 41 6.266 3.934 0.167 5 HG12 VAL 41 HG12 VAL 41 4.911 4.715 -0.649 6 HG11 VAL 41 HG13 VAL 41 5.355 5.200 0.984 7 HG21 VAL 41 HG21 VAL 41 6.594 7.903 -1.291 8 HG23 VAL 41 HG22 VAL 41 5.435 7.559 -0.006 9 HG22 VAL 41 HG23 VAL 41 5.163 6.927 -1.631 No H/Q in entry = 9 In of MODEL 9 1 H ARG 42 H ARG 42 9.658 5.103 -0.810 2 HA ARG 42 HA ARG 42 9.500 2.528 0.387 3 HB2 ARG 42 HB2 ARG 42 11.885 3.648 -1.105 4 HB3 ARG 42 HB3 ARG 42 11.451 1.956 -0.899 5 HD2 ARG 42 HD2 ARG 42 11.001 1.208 -3.222 6 HD3 ARG 42 HD3 ARG 42 10.448 2.418 -4.372 7 HE ARG 42 HE ARG 42 12.609 3.608 -3.343 8 HG2 ARG 42 HG2 ARG 42 9.320 2.537 -2.172 9 HG3 ARG 42 HG3 ARG 42 10.143 4.029 -2.621 10 HH11 ARG 42 HH11 ARG 42 12.109 0.357 -4.560 11 HH12 ARG 42 HH12 ARG 42 13.753 0.160 -5.087 12 HH21 ARG 42 HH21 ARG 42 14.764 3.365 -4.042 13 HH22 ARG 42 HH22 ARG 42 15.271 1.870 -4.775 No H/Q in entry = 13 In of MODEL 9 1 H GLN 43 H GLN 43 11.011 5.450 1.298 2 HA GLN 43 HA GLN 43 12.838 4.126 3.157 3 HB2 GLN 43 HB2 GLN 43 12.488 7.061 2.516 4 HB3 GLN 43 HB3 GLN 43 13.727 6.381 3.563 5 HE21 GLN 43 HE21 GLN 43 13.412 8.428 1.857 6 HE22 GLN 43 HE22 GLN 43 14.821 9.221 1.232 7 HG2 GLN 43 HG2 GLN 43 14.698 5.188 1.707 8 HG3 GLN 43 HG3 GLN 43 13.413 5.747 0.640 No H/Q in entry = 8 In of MODEL 9 1 H SER 44 H SER 44 9.700 5.018 3.107 2 HA SER 44 HA SER 44 9.507 5.943 5.857 3 HB2 SER 44 HB2 SER 44 7.334 5.245 3.851 4 HB3 SER 44 HB3 SER 44 7.083 6.052 5.399 5 HG SER 44 HG SER 44 8.859 7.140 3.500 No H/Q in entry = 5 In of MODEL 9 1 HA PRO 45 HA PRO 45 9.144 2.011 7.746 2 HB2 PRO 45 HB2 PRO 45 7.020 2.385 9.458 3 HB3 PRO 45 HB3 PRO 45 8.668 2.935 9.774 4 HD2 PRO 45 HD2 PRO 45 7.636 5.782 7.342 5 HD3 PRO 45 HD3 PRO 45 9.120 5.421 8.250 6 HG2 PRO 45 HG2 PRO 45 6.324 4.467 8.726 7 HG3 PRO 45 HG3 PRO 45 7.558 4.964 9.899 No H/Q in entry = 7 In of MODEL 9 1 H LEU 46 H LEU 46 8.196 0.083 7.403 2 HA LEU 46 HA LEU 46 6.132 -0.220 5.504 3 HB2 LEU 46 HB2 LEU 46 7.421 -2.116 7.445 4 HB3 LEU 46 HB3 LEU 46 6.085 -2.626 6.428 5 HD12 LEU 46 HD11 LEU 46 7.760 -4.377 5.598 6 HD11 LEU 46 HD12 LEU 46 9.053 -3.632 6.536 7 HD13 LEU 46 HD13 LEU 46 9.229 -3.826 4.792 8 HD23 LEU 46 HD21 LEU 46 6.405 -2.970 4.018 9 HD22 LEU 46 HD22 LEU 46 7.888 -2.417 3.243 10 HD21 LEU 46 HD23 LEU 46 6.742 -1.244 3.889 11 HG LEU 46 HG LEU 46 8.684 -1.517 5.363 No H/Q in entry = 11 In of MODEL 9 1 H ALA 47 H ALA 47 6.092 0.155 8.950 2 HA ALA 47 HA ALA 47 3.583 -0.810 9.597 3 HB2 ALA 47 HB1 ALA 47 3.570 0.813 11.418 4 HB3 ALA 47 HB2 ALA 47 4.870 1.715 10.637 5 HB1 ALA 47 HB3 ALA 47 5.167 0.086 11.243 No H/Q in entry = 5 In of MODEL 9 1 H THR 48 H THR 48 4.437 2.419 8.344 2 HA THR 48 HA THR 48 1.740 3.251 8.008 3 HB THR 48 HB THR 48 4.205 4.281 6.595 4 HG1 THR 48 HG1 THR 48 3.085 4.730 9.130 5 HG23 THR 48 HG21 THR 48 2.862 6.302 6.220 6 HG22 THR 48 HG22 THR 48 1.475 5.528 6.984 7 HG21 THR 48 HG23 THR 48 2.110 4.896 5.465 No H/Q in entry = 7 In of MODEL 9 1 H ARG 49 H ARG 49 4.218 2.198 5.671 2 HA ARG 49 HA ARG 49 2.701 2.520 3.384 3 HB2 ARG 49 HB2 ARG 49 5.071 0.866 4.067 4 HB3 ARG 49 HB3 ARG 49 4.273 0.570 2.532 5 HD2 ARG 49 HD2 ARG 49 6.242 1.113 1.434 6 HD3 ARG 49 HD3 ARG 49 6.798 2.781 1.324 7 HE ARG 49 HE ARG 49 7.645 2.295 3.714 8 HG2 ARG 49 HG2 ARG 49 4.567 2.963 1.980 9 HG3 ARG 49 HG3 ARG 49 5.471 3.163 3.482 10 HH11 ARG 49 HH11 ARG 49 7.607 -0.027 1.080 11 HH12 ARG 49 HH12 ARG 49 8.997 -0.884 1.664 12 HH21 ARG 49 HH21 ARG 49 9.482 1.189 4.444 13 HH22 ARG 49 HH22 ARG 49 10.058 -0.207 3.572 No H/Q in entry = 13 In of MODEL 9 1 H ARG 50 H ARG 50 2.984 -0.442 5.361 2 HA ARG 50 HA ARG 50 1.572 -2.043 3.488 3 HB2 ARG 50 HB2 ARG 50 2.122 -2.513 6.422 4 HB3 ARG 50 HB3 ARG 50 1.461 -3.717 5.322 5 HD2 ARG 50 HD2 ARG 50 3.255 -5.267 5.585 6 HD3 ARG 50 HD3 ARG 50 4.918 -4.800 5.256 7 HE ARG 50 HE ARG 50 4.089 -3.362 7.485 8 HG2 ARG 50 HG2 ARG 50 3.511 -3.438 3.920 9 HG3 ARG 50 HG3 ARG 50 4.174 -2.425 5.200 10 HH11 ARG 50 HH11 ARG 50 4.586 -6.703 6.560 11 HH12 ARG 50 HH12 ARG 50 5.047 -7.219 8.152 12 HH21 ARG 50 HH21 ARG 50 4.735 -4.030 9.601 13 HH22 ARG 50 HH22 ARG 50 5.138 -5.702 9.874 No H/Q in entry = 13 In of MODEL 9 1 H ALA 51 H ALA 51 0.537 -0.647 6.616 2 HA ALA 51 HA ALA 51 -2.147 -1.507 6.374 3 HB1 ALA 51 HB1 ALA 51 -1.151 -0.824 8.512 4 HB3 ALA 51 HB2 ALA 51 -2.632 0.068 8.166 5 HB2 ALA 51 HB3 ALA 51 -1.065 0.839 7.933 No H/Q in entry = 5 In of MODEL 9 1 H PHE 52 H PHE 52 -0.425 1.315 5.300 2 HA PHE 52 HA PHE 52 -2.467 3.047 4.602 3 HB2 PHE 52 HB2 PHE 52 -0.248 3.820 4.589 4 HB3 PHE 52 HB3 PHE 52 0.269 2.571 3.467 5 HD1 PHE 52 HD1 PHE 52 0.487 3.051 1.274 6 HD2 PHE 52 HD2 PHE 52 -2.044 5.467 3.685 7 HE1 PHE 52 HE1 PHE 52 0.151 4.572 -0.615 8 HE2 PHE 52 HE2 PHE 52 -2.390 6.995 1.798 9 HZ PHE 52 HZ PHE 52 -1.268 6.544 -0.347 No H/Q in entry = 9 In of MODEL 9 1 H LEU 53 H LEU 53 -0.778 0.891 2.263 2 HA LEU 53 HA LEU 53 -2.685 1.566 0.272 3 HB2 LEU 53 HB2 LEU 53 -1.567 -0.516 -0.904 4 HB3 LEU 53 HB3 LEU 53 -0.772 1.039 -0.793 5 HD11 LEU 53 HD11 LEU 53 -1.062 -1.671 1.784 6 HD13 LEU 53 HD12 LEU 53 0.585 -2.243 1.525 7 HD12 LEU 53 HD13 LEU 53 -0.636 -2.480 0.273 8 HD22 LEU 53 HD21 LEU 53 1.520 0.319 -0.939 9 HD21 LEU 53 HD22 LEU 53 0.862 -1.249 -1.401 10 HD23 LEU 53 HD23 LEU 53 2.048 -1.140 -0.101 11 HG LEU 53 HG LEU 53 0.451 0.161 1.231 No H/Q in entry = 11 In of MODEL 9 1 H LYS 54 H LYS 54 -2.575 -0.946 2.661 2 HA LYS 54 HA LYS 54 -4.514 -2.667 1.553 3 HB2 LYS 54 HB2 LYS 54 -3.820 -2.009 4.406 4 HB3 LYS 54 HB3 LYS 54 -5.010 -3.230 3.970 5 HD2 LYS 54 HD2 LYS 54 -2.349 -3.703 5.502 6 HD3 LYS 54 HD3 LYS 54 -3.603 -4.897 5.159 7 HE2 LYS 54 HE2 LYS 54 -1.959 -6.169 3.820 8 HE3 LYS 54 HE3 LYS 54 -0.705 -5.018 4.299 9 HG2 LYS 54 HG2 LYS 54 -3.318 -4.460 2.757 10 HG3 LYS 54 HG3 LYS 54 -2.124 -3.221 3.139 11 HZ2 LYS 54 HZ1 LYS 54 -0.743 -7.041 5.669 12 HZ1 LYS 54 HZ2 LYS 54 -2.318 -6.670 6.176 13 HZ3 LYS 54 HZ3 LYS 54 -1.033 -5.641 6.589 No H/Q in entry = 13 In of MODEL 9 1 H LYS 55 H LYS 55 -4.827 0.107 3.714 2 HA LYS 55 HA LYS 55 -7.654 0.060 3.841 3 HB2 LYS 55 HB2 LYS 55 -5.687 2.294 4.389 4 HB3 LYS 55 HB3 LYS 55 -7.403 2.351 4.782 5 HD2 LYS 55 HD2 LYS 55 -8.274 1.015 6.722 6 HD3 LYS 55 HD3 LYS 55 -7.853 -0.390 5.741 7 HE2 LYS 55 HE2 LYS 55 -6.411 -1.203 7.559 8 HE3 LYS 55 HE3 LYS 55 -6.874 0.188 8.537 9 HG2 LYS 55 HG2 LYS 55 -5.476 0.302 5.856 10 HG3 LYS 55 HG3 LYS 55 -5.976 1.764 6.715 11 HZ3 LYS 55 HZ1 LYS 55 -9.151 -0.578 8.527 12 HZ2 LYS 55 HZ2 LYS 55 -8.139 -1.812 9.105 13 HZ1 LYS 55 HZ3 LYS 55 -8.751 -1.882 7.523 No H/Q in entry = 13 In of MODEL 9 1 H LYS 56 H LYS 56 -5.410 1.272 1.532 2 HA LYS 56 HA LYS 56 -7.149 3.103 0.226 3 HB2 LYS 56 HB2 LYS 56 -4.816 1.571 -0.930 4 HB3 LYS 56 HB3 LYS 56 -5.587 2.973 -1.651 5 HD2 LYS 56 HD2 LYS 56 -4.159 5.517 0.292 6 HD3 LYS 56 HD3 LYS 56 -5.705 5.001 -0.375 7 HE2 LYS 56 HE2 LYS 56 -6.364 4.098 1.782 8 HE3 LYS 56 HE3 LYS 56 -4.789 4.514 2.454 9 HG2 LYS 56 HG2 LYS 56 -4.045 2.932 0.936 10 HG3 LYS 56 HG3 LYS 56 -3.473 3.554 -0.609 11 HZ1 LYS 56 HZ1 LYS 56 -5.341 6.876 1.870 12 HZ3 LYS 56 HZ2 LYS 56 -6.270 6.195 3.116 13 HZ2 LYS 56 HZ3 LYS 56 -6.928 6.362 1.561 No H/Q in entry = 13 In of MODEL 9 1 H GLY 57 H GLY 57 -6.306 -0.316 -0.336 2 HA3 GLY 57 HA2 GLY 57 -8.692 -1.379 -0.809 3 HA2 GLY 57 HA3 GLY 57 -8.440 -0.513 -2.315 No H/Q in entry = 3 In of MODEL 9 1 H LEU 58 H LEU 58 -6.539 -2.678 -0.198 2 HA LEU 58 HA LEU 58 -6.603 -4.802 -2.032 3 HB2 LEU 58 HB2 LEU 58 -4.130 -4.863 -2.558 4 HB3 LEU 58 HB3 LEU 58 -5.098 -3.707 -3.443 5 HD11 LEU 58 HD11 LEU 58 -2.207 -4.147 -1.351 6 HD13 LEU 58 HD12 LEU 58 -3.329 -3.570 -0.118 7 HD12 LEU 58 HD13 LEU 58 -2.084 -2.493 -0.753 8 HD21 LEU 58 HD21 LEU 58 -3.628 -1.993 -4.046 9 HD23 LEU 58 HD22 LEU 58 -2.372 -3.183 -3.705 10 HD22 LEU 58 HD23 LEU 58 -2.268 -1.567 -3.009 11 HG LEU 58 HG LEU 58 -4.281 -1.996 -1.699 No H/Q in entry = 11 In of MODEL 9 1 H THR 59 H THR 59 -5.661 -6.709 -1.224 2 HA THR 59 HA THR 59 -5.277 -6.612 1.669 3 HB THR 59 HB THR 59 -5.468 -9.155 0.076 4 HG1 THR 59 HG1 THR 59 -7.403 -7.170 0.363 5 HG22 THR 59 HG21 THR 59 -6.522 -8.336 2.792 6 HG21 THR 59 HG22 THR 59 -5.053 -9.268 2.503 7 HG23 THR 59 HG23 THR 59 -6.625 -9.947 2.083 No H/Q in entry = 7 In of MODEL 9 1 H ASP 60 H ASP 60 -3.693 -8.584 2.386 2 HA ASP 60 HA ASP 60 -1.144 -7.605 2.071 3 HB2 ASP 60 HB2 ASP 60 -2.057 -10.367 2.852 4 HB3 ASP 60 HB3 ASP 60 -0.363 -9.894 2.874 No H/Q in entry = 4 In of MODEL 9 1 H GLU 61 H GLU 61 -2.558 -10.351 0.301 2 HA GLU 61 HA GLU 61 -0.356 -11.110 -1.176 3 HB2 GLU 61 HB2 GLU 61 -2.029 -11.844 -2.918 4 HB3 GLU 61 HB3 GLU 61 -2.315 -12.440 -1.290 5 HG2 GLU 61 HG2 GLU 61 -3.958 -10.561 -1.003 6 HG3 GLU 61 HG3 GLU 61 -3.777 -10.244 -2.727 No H/Q in entry = 6 In of MODEL 9 1 H GLU 62 H GLU 62 -2.580 -8.447 -1.818 2 HA GLU 62 HA GLU 62 -1.311 -7.739 -4.288 3 HB2 GLU 62 HB2 GLU 62 -3.557 -6.721 -2.670 4 HB3 GLU 62 HB3 GLU 62 -2.710 -5.522 -3.634 5 HG2 GLU 62 HG2 GLU 62 -4.627 -6.416 -4.815 6 HG3 GLU 62 HG3 GLU 62 -3.122 -6.807 -5.643 No H/Q in entry = 6 In of MODEL 9 1 H ILE 63 H ILE 63 -0.874 -6.907 -0.919 2 HA ILE 63 HA ILE 63 0.530 -4.486 -1.435 3 HB ILE 63 HB ILE 63 1.018 -4.288 0.804 4 HD13 ILE 63 HD11 ILE 63 1.837 -6.902 3.343 5 HD12 ILE 63 HD12 ILE 63 0.260 -6.129 3.201 6 HD11 ILE 63 HD13 ILE 63 1.729 -5.161 3.089 7 HG12 ILE 63 HG12 ILE 63 0.851 -7.288 1.157 8 HG13 ILE 63 HG13 ILE 63 2.342 -6.358 1.046 9 HG23 ILE 63 HG21 ILE 63 -0.926 -5.011 2.074 10 HG22 ILE 63 HG22 ILE 63 -1.361 -6.129 0.782 11 HG21 ILE 63 HG23 ILE 63 -1.382 -4.389 0.489 No H/Q in entry = 11 In of MODEL 9 1 H ASP 64 H ASP 64 1.566 -7.876 -0.981 2 HA ASP 64 HA ASP 64 4.335 -7.223 -1.251 3 HB2 ASP 64 HB2 ASP 64 3.497 -9.876 -2.256 4 HB3 ASP 64 HB3 ASP 64 4.844 -9.444 -1.230 No H/Q in entry = 4 In of MODEL 9 1 H MET 65 H MET 65 1.699 -7.791 -3.463 2 HA MET 65 HA MET 65 3.245 -8.073 -5.805 3 HB2 MET 65 HB2 MET 65 0.450 -7.071 -5.345 4 HB3 MET 65 HB3 MET 65 1.161 -7.122 -6.949 5 HE1 MET 65 HE1 MET 65 2.913 -10.923 -5.379 6 HE3 MET 65 HE2 MET 65 3.689 -9.428 -5.905 7 HE2 MET 65 HE3 MET 65 3.935 -10.918 -6.816 8 HG2 MET 65 HG2 MET 65 0.821 -9.498 -5.133 9 HG3 MET 65 HG3 MET 65 -0.262 -9.064 -6.452 No H/Q in entry = 9 In of MODEL 9 1 H ALA 66 H ALA 66 1.813 -5.162 -4.339 2 HA ALA 66 HA ALA 66 2.895 -3.364 -6.257 3 HB1 ALA 66 HB1 ALA 66 1.992 -2.819 -3.427 4 HB3 ALA 66 HB2 ALA 66 0.963 -2.797 -4.859 5 HB2 ALA 66 HB3 ALA 66 2.256 -1.609 -4.685 No H/Q in entry = 5 In of MODEL 9 1 H PHE 67 H PHE 67 3.955 -4.483 -3.074 2 HA PHE 67 HA PHE 67 6.272 -2.849 -2.985 3 HB2 PHE 67 HB2 PHE 67 5.308 -5.206 -1.404 4 HB3 PHE 67 HB3 PHE 67 6.967 -4.643 -1.206 5 HD1 PHE 67 HD1 PHE 67 6.433 -1.637 -1.559 6 HD2 PHE 67 HD2 PHE 67 4.448 -4.676 0.680 7 HE1 PHE 67 HE1 PHE 67 5.597 0.052 0.019 8 HE2 PHE 67 HE2 PHE 67 3.628 -2.997 2.256 9 HZ PHE 67 HZ PHE 67 4.361 -0.471 1.832 No H/Q in entry = 9 In of MODEL 9 1 H GLN 68 H GLN 68 5.591 -5.972 -4.357 2 HA GLN 68 HA GLN 68 8.245 -6.796 -4.796 3 HB2 GLN 68 HB2 GLN 68 6.480 -8.406 -5.043 4 HB3 GLN 68 HB3 GLN 68 5.687 -7.433 -6.274 5 HE21 GLN 68 HE21 GLN 68 9.422 -8.780 -8.381 6 HE22 GLN 68 HE22 GLN 68 10.579 -9.335 -7.219 7 HG2 GLN 68 HG2 GLN 68 6.810 -9.362 -7.237 8 HG3 GLN 68 HG3 GLN 68 7.506 -7.852 -7.814 No H/Q in entry = 8 In of MODEL 9 1 H GLN 69 H GLN 69 5.928 -5.071 -6.863 2 HA GLN 69 HA GLN 69 7.626 -4.734 -9.084 3 HB2 GLN 69 HB2 GLN 69 5.280 -3.074 -8.157 4 HB3 GLN 69 HB3 GLN 69 6.057 -2.902 -9.725 5 HE21 GLN 69 HE21 GLN 69 2.664 -5.765 -9.668 6 HE22 GLN 69 HE22 GLN 69 1.752 -4.529 -10.462 7 HG2 GLN 69 HG2 GLN 69 5.454 -5.213 -10.264 8 HG3 GLN 69 HG3 GLN 69 4.648 -5.352 -8.700 No H/Q in entry = 8 In of MODEL 9 1 H SER 70 H SER 70 7.123 -2.800 -6.184 2 HA SER 70 HA SER 70 8.841 -0.684 -7.156 3 HB2 SER 70 HB2 SER 70 8.478 0.261 -4.849 4 HB3 SER 70 HB3 SER 70 7.004 -0.008 -5.779 5 HG SER 70 HG SER 70 6.449 -1.629 -4.488 No H/Q in entry = 5 In of MODEL 9 1 H GLY 71 H GLY 71 9.467 -3.681 -6.043 2 HA3 GLY 71 HA2 GLY 71 11.386 -4.731 -5.370 3 HA2 GLY 71 HA3 GLY 71 12.234 -3.240 -5.749 No H/Q in entry = 3 In of MODEL 9 1 H THR 72 H THR 72 9.673 -3.692 -3.348 2 HA THR 72 HA THR 72 11.655 -3.005 -1.280 3 HB THR 72 HB THR 72 9.827 -1.704 -0.155 4 HG1 THR 72 HG1 THR 72 8.559 -1.707 -2.700 5 HG23 THR 72 HG21 THR 72 11.594 -0.590 -1.407 6 HG22 THR 72 HG22 THR 72 10.060 0.250 -1.625 7 HG21 THR 72 HG23 THR 72 10.677 -0.798 -2.902 No H/Q in entry = 7 In of MODEL 9 1 H ALA 73 H ALA 73 10.185 -5.533 -2.214 2 HA ALA 73 HA ALA 73 8.743 -6.370 0.125 3 HB1 ALA 73 HB1 ALA 73 9.913 -8.033 -2.113 4 HB2 ALA 73 HB2 ALA 73 8.294 -7.335 -2.098 5 HB3 ALA 73 HB3 ALA 73 8.728 -8.572 -0.920 No H/Q in entry = 5 In of MODEL 9 1 H ALA 74 H ALA 74 10.448 -5.602 1.569 2 HA ALA 74 HA ALA 74 13.080 -6.409 1.612 3 HB1 ALA 74 HB1 ALA 74 12.147 -4.587 2.957 4 HB3 ALA 74 HB2 ALA 74 13.129 -5.694 3.917 5 HB2 ALA 74 HB3 ALA 74 11.370 -5.774 4.005 No H/Q in entry = 5 In of MODEL 9 1 H ASP 75 H ASP 75 10.725 -7.687 3.978 2 HA ASP 75 HA ASP 75 12.124 -10.268 3.778 3 HB2 ASP 75 HB2 ASP 75 12.928 -8.996 5.743 4 HB3 ASP 75 HB3 ASP 75 11.278 -8.902 6.342 No H/Q in entry = 4 In of MODEL 9 1 H GLU 76 H GLU 76 9.435 -9.065 5.771 2 HA GLU 76 HA GLU 76 7.647 -10.879 4.333 3 HB2 GLU 76 HB2 GLU 76 7.816 -10.416 7.314 4 HB3 GLU 76 HB3 GLU 76 6.363 -11.040 6.547 5 HG2 GLU 76 HG2 GLU 76 7.742 -12.911 5.643 6 HG3 GLU 76 HG3 GLU 76 9.079 -12.318 6.628 No H/Q in entry = 6 In of MODEL 9 1 HA PRO 77 HA PRO 77 5.885 -6.622 3.974 2 HB2 PRO 77 HB2 PRO 77 4.686 -8.022 1.643 3 HB3 PRO 77 HB3 PRO 77 5.440 -6.424 1.725 4 HD2 PRO 77 HD2 PRO 77 6.753 -10.055 2.258 5 HD3 PRO 77 HD3 PRO 77 8.255 -9.188 2.637 6 HG2 PRO 77 HG2 PRO 77 6.694 -8.477 0.564 7 HG3 PRO 77 HG3 PRO 77 7.582 -7.278 1.521 No H/Q in entry = 7 In of MODEL 9 1 H SER 78 H SER 78 4.770 -9.899 3.851 2 HA SER 78 HA SER 78 1.991 -9.397 4.190 3 HB2 SER 78 HB2 SER 78 3.505 -11.883 5.020 4 HB3 SER 78 HB3 SER 78 1.803 -11.760 4.574 5 HG SER 78 HG SER 78 2.871 -10.859 2.486 No H/Q in entry = 5 In of MODEL 9 1 H SER 79 H SER 79 0.995 -8.669 5.967 2 HA SER 79 HA SER 79 2.700 -8.092 8.240 3 HB2 SER 79 HB2 SER 79 -0.185 -7.306 7.846 4 HB3 SER 79 HB3 SER 79 1.010 -6.541 8.898 5 HG SER 79 HG SER 79 1.930 -6.633 6.371 No H/Q in entry = 5 In of MODEL 9 1 H LEU 80 H LEU 80 -0.171 -10.032 7.567 2 HA LEU 80 HA LEU 80 -0.069 -10.979 10.351 3 HB2 LEU 80 HB2 LEU 80 -2.425 -10.584 8.528 4 HB3 LEU 80 HB3 LEU 80 -2.510 -11.648 9.915 5 HD11 LEU 80 HD11 LEU 80 -1.064 -8.204 9.450 6 HD13 LEU 80 HD12 LEU 80 -2.360 -7.435 10.368 7 HD12 LEU 80 HD13 LEU 80 -2.707 -8.186 8.810 8 HD22 LEU 80 HD21 LEU 80 -4.033 -10.561 11.372 9 HD21 LEU 80 HD22 LEU 80 -4.479 -9.654 9.928 10 HD23 LEU 80 HD23 LEU 80 -4.111 -8.798 11.425 11 HG LEU 80 HG LEU 80 -1.801 -9.610 11.308 No H/Q in entry = 11 In of MODEL 9 1 H TRP 81 H TRP 81 -0.398 -13.164 10.745 2 HA TRP 81 HA TRP 81 0.145 -14.890 8.425 3 HB2 TRP 81 HB2 TRP 81 0.866 -15.348 11.329 4 HB3 TRP 81 HB3 TRP 81 1.260 -16.418 9.988 5 HD1 TRP 81 HD1 TRP 81 3.206 -15.607 8.303 6 HE1 TRP 81 HE1 TRP 81 5.142 -13.927 8.610 7 HE3 TRP 81 HE3 TRP 81 1.497 -13.164 12.456 8 HH2 TRP 81 HH2 TRP 81 4.975 -10.689 12.369 9 HZ2 TRP 81 HZ2 TRP 81 5.829 -11.842 10.377 10 HZ3 TRP 81 HZ3 TRP 81 2.853 -11.336 13.389 No H/Q in entry = 10 In of MODEL 9 1 H1 SER 101 H2 SER 101 0.762 18.893 5.286 2 H2 SER 101 H1 SER 101 2.281 19.385 5.844 3 H3 SER 101 H3 SER 101 1.147 20.542 5.354 4 HA SER 101 HA SER 101 1.245 19.749 3.103 5 HB2 SER 101 HB2 SER 101 3.990 20.312 4.253 6 HB3 SER 101 HB3 SER 101 3.482 20.581 2.583 7 HG SER 101 HG SER 101 3.370 22.514 3.801 No H/Q in entry = 7 In of MODEL 9 1 H GLN 102 H GLN 102 2.919 17.749 5.413 2 HA GLN 102 HA GLN 102 3.941 15.969 3.369 3 HB2 GLN 102 HB2 GLN 102 5.311 16.207 5.309 4 HB3 GLN 102 HB3 GLN 102 3.965 15.856 6.385 5 HE21 GLN 102 HE21 GLN 102 5.157 12.067 6.773 6 HE22 GLN 102 HE22 GLN 102 6.665 12.430 7.544 7 HG2 GLN 102 HG2 GLN 102 3.936 13.572 5.736 8 HG3 GLN 102 HG3 GLN 102 5.066 13.870 4.418 No H/Q in entry = 8 In of MODEL 9 1 H GLU 103 H GLU 103 1.183 16.168 5.505 2 HA GLU 103 HA GLU 103 0.401 13.460 5.374 3 HB2 GLU 103 HB2 GLU 103 -1.221 15.951 5.891 4 HB3 GLU 103 HB3 GLU 103 -1.827 14.313 6.104 5 HG2 GLU 103 HG2 GLU 103 -0.232 13.878 7.831 6 HG3 GLU 103 HG3 GLU 103 0.578 15.416 7.533 No H/Q in entry = 6 In of MODEL 9 1 H LYS 104 H LYS 104 -0.233 16.213 3.277 2 HA LYS 104 HA LYS 104 -2.255 14.944 1.742 3 HB2 LYS 104 HB2 LYS 104 -1.949 16.737 0.128 4 HB3 LYS 104 HB3 LYS 104 -1.973 17.386 1.759 5 HD2 LYS 104 HD2 LYS 104 -1.004 19.413 0.770 6 HD3 LYS 104 HD3 LYS 104 0.673 19.399 0.231 7 HE2 LYS 104 HE2 LYS 104 -0.497 19.761 -1.738 8 HE3 LYS 104 HE3 LYS 104 -0.219 18.023 -1.766 9 HG2 LYS 104 HG2 LYS 104 0.446 17.588 1.734 10 HG3 LYS 104 HG3 LYS 104 0.498 16.883 0.120 11 HZ3 LYS 104 HZ1 LYS 104 -2.461 18.422 -2.384 12 HZ2 LYS 104 HZ2 LYS 104 -2.733 19.429 -1.048 13 HZ1 LYS 104 HZ3 LYS 104 -2.497 17.772 -0.820 No H/Q in entry = 13 In of MODEL 9 1 H PHE 105 H PHE 105 1.139 14.571 1.835 2 HA PHE 105 HA PHE 105 1.539 13.690 -0.854 3 HB2 PHE 105 HB2 PHE 105 3.378 14.507 0.584 4 HB3 PHE 105 HB3 PHE 105 3.160 13.119 1.641 5 HD1 PHE 105 HD1 PHE 105 4.061 14.088 -1.820 6 HD2 PHE 105 HD2 PHE 105 4.267 11.116 1.219 7 HE1 PHE 105 HE1 PHE 105 5.672 12.819 -3.178 8 HE2 PHE 105 HE2 PHE 105 5.874 9.838 -0.134 9 HZ PHE 105 HZ PHE 105 6.582 10.689 -2.336 No H/Q in entry = 9 In of MODEL 9 1 H PHE 106 H PHE 106 0.648 12.125 2.166 2 HA PHE 106 HA PHE 106 0.821 9.484 1.045 3 HB2 PHE 106 HB2 PHE 106 0.014 10.624 3.674 4 HB3 PHE 106 HB3 PHE 106 -0.623 9.039 3.247 5 HD1 PHE 106 HD1 PHE 106 2.182 10.873 4.479 6 HD2 PHE 106 HD2 PHE 106 1.037 7.200 2.669 7 HE1 PHE 106 HE1 PHE 106 4.302 9.871 5.193 8 HE2 PHE 106 HE2 PHE 106 3.160 6.184 3.386 9 HZ PHE 106 HZ PHE 106 4.723 7.432 4.730 No H/Q in entry = 9 In of MODEL 9 1 H GLN 107 H GLN 107 -1.712 11.893 1.447 2 HA GLN 107 HA GLN 107 -3.737 9.912 0.768 3 HB2 GLN 107 HB2 GLN 107 -5.375 11.715 1.191 4 HB3 GLN 107 HB3 GLN 107 -4.316 11.418 2.561 5 HE21 GLN 107 HE21 GLN 107 -4.609 15.687 1.215 6 HE22 GLN 107 HE22 GLN 107 -5.784 15.933 2.459 7 HG2 GLN 107 HG2 GLN 107 -3.029 13.388 2.057 8 HG3 GLN 107 HG3 GLN 107 -3.949 13.652 0.577 No H/Q in entry = 8 In of MODEL 9 1 H GLU 108 H GLU 108 -2.474 12.954 -0.607 2 HA GLU 108 HA GLU 108 -4.451 12.893 -2.694 3 HB2 GLU 108 HB2 GLU 108 -3.583 14.977 -1.622 4 HB3 GLU 108 HB3 GLU 108 -2.054 14.702 -2.441 5 HG2 GLU 108 HG2 GLU 108 -2.954 15.136 -4.535 6 HG3 GLU 108 HG3 GLU 108 -4.611 14.886 -3.980 No H/Q in entry = 6 In of MODEL 9 1 H LEU 109 H LEU 109 -1.111 11.936 -2.367 2 HA LEU 109 HA LEU 109 -0.556 11.761 -5.151 3 HB2 LEU 109 HB2 LEU 109 1.188 11.853 -3.383 4 HB3 LEU 109 HB3 LEU 109 0.724 10.241 -2.875 5 HD13 LEU 109 HD11 LEU 109 1.047 11.367 -6.416 6 HD12 LEU 109 HD12 LEU 109 2.707 10.797 -6.591 7 HD11 LEU 109 HD13 LEU 109 2.355 12.188 -5.566 8 HD22 LEU 109 HD21 LEU 109 3.808 9.576 -4.733 9 HD21 LEU 109 HD22 LEU 109 2.967 9.359 -3.196 10 HD23 LEU 109 HD23 LEU 109 3.543 10.957 -3.669 11 HG LEU 109 HG LEU 109 1.408 9.366 -5.084 No H/Q in entry = 11 In of MODEL 9 1 H PHE 110 H PHE 110 -2.380 9.855 -2.983 2 HA PHE 110 HA PHE 110 -2.236 7.509 -4.716 3 HB2 PHE 110 HB2 PHE 110 -2.232 7.589 -2.039 4 HB3 PHE 110 HB3 PHE 110 -3.972 7.507 -2.304 5 HD1 PHE 110 HD1 PHE 110 -4.971 5.558 -3.426 6 HD2 PHE 110 HD2 PHE 110 -0.824 5.724 -2.498 7 HE1 PHE 110 HE1 PHE 110 -4.796 3.131 -3.783 8 HE2 PHE 110 HE2 PHE 110 -0.646 3.298 -2.845 9 HZ PHE 110 HZ PHE 110 -2.632 2.000 -3.491 No H/Q in entry = 9 In of MODEL 9 1 H ASP 111 H ASP 111 -4.018 10.288 -4.474 2 HA ASP 111 HA ASP 111 -6.661 9.406 -4.943 3 HB2 ASP 111 HB2 ASP 111 -6.183 11.723 -4.325 4 HB3 ASP 111 HB3 ASP 111 -5.275 11.956 -5.816 No H/Q in entry = 4 In of MODEL 9 1 H SER 112 H SER 112 -4.125 10.468 -7.160 2 HA SER 112 HA SER 112 -5.220 8.721 -9.224 3 HB2 SER 112 HB2 SER 112 -4.445 11.619 -9.663 4 HB3 SER 112 HB3 SER 112 -4.920 10.485 -10.927 5 HG SER 112 HG SER 112 -6.537 11.364 -8.745 No H/Q in entry = 5 In of MODEL 10 1 H1 GLY 12 H1 GLY 12 -11.373 -16.773 -0.327 2 H2 GLY 12 H3 GLY 12 -12.596 -17.909 -0.029 3 H3 GLY 12 H2 GLY 12 -11.891 -17.805 -1.572 4 HA2 GLY 12 HA2 GLY 12 -14.070 -16.772 -1.554 5 HA3 GLY 12 HA3 GLY 12 -12.801 -15.601 -1.879 No H/Q in entry = 5 In of MODEL 10 1 H ALA 13 H ALA 13 -14.854 -16.912 0.702 2 HA ALA 13 HA ALA 13 -14.399 -14.524 2.306 3 HB3 ALA 13 HB1 ALA 13 -16.754 -13.907 2.377 4 HB1 ALA 13 HB2 ALA 13 -17.140 -15.197 1.238 5 HB2 ALA 13 HB3 ALA 13 -16.140 -13.839 0.726 No H/Q in entry = 5 In of MODEL 10 1 H MET 14 H MET 14 -15.779 -14.614 4.331 2 HA MET 14 HA MET 14 -15.437 -17.144 5.615 3 HB2 MET 14 HB2 MET 14 -16.873 -14.641 6.536 4 HB3 MET 14 HB3 MET 14 -16.475 -16.013 7.559 5 HE2 MET 14 HE1 MET 14 -15.796 -13.450 10.338 6 HE1 MET 14 HE2 MET 14 -15.088 -15.006 9.897 7 HE3 MET 14 HE3 MET 14 -16.672 -14.547 9.272 8 HG2 MET 14 HG2 MET 14 -14.181 -15.583 7.442 9 HG3 MET 14 HG3 MET 14 -14.371 -14.490 6.071 No H/Q in entry = 9 In of MODEL 10 1 H ALA 15 H ALA 15 -18.141 -15.282 4.417 2 HA ALA 15 HA ALA 15 -19.714 -17.582 3.838 3 HB1 ALA 15 HB1 ALA 15 -20.224 -17.440 6.236 4 HB2 ALA 15 HB2 ALA 15 -21.638 -17.028 5.267 5 HB3 ALA 15 HB3 ALA 15 -20.698 -15.752 6.041 No H/Q in entry = 5 In of MODEL 10 1 H THR 16 H THR 16 -20.124 -14.185 4.716 2 HA THR 16 HA THR 16 -21.083 -13.601 2.006 3 HB THR 16 HB THR 16 -21.659 -11.341 3.090 4 HG1 THR 16 HG1 THR 16 -20.666 -11.311 5.027 5 HG22 THR 16 HG21 THR 16 -23.073 -13.818 4.090 6 HG21 THR 16 HG22 THR 16 -23.369 -13.011 2.551 7 HG23 THR 16 HG23 THR 16 -23.746 -12.188 4.063 No H/Q in entry = 7 In of MODEL 10 1 HA PRO 17 HA PRO 17 -17.177 -11.725 1.063 2 HB2 PRO 17 HB2 PRO 17 -18.639 -9.687 -0.489 3 HB3 PRO 17 HB3 PRO 17 -17.467 -10.890 -1.036 4 HD2 PRO 17 HD2 PRO 17 -21.012 -11.132 0.511 5 HD3 PRO 17 HD3 PRO 17 -20.740 -12.873 0.291 6 HG2 PRO 17 HG2 PRO 17 -20.077 -11.115 -1.613 7 HG3 PRO 17 HG3 PRO 17 -19.069 -12.537 -1.283 No H/Q in entry = 7 In of MODEL 10 1 H GLY 18 H GLY 18 -16.746 -10.900 3.173 2 HA3 GLY 18 HA2 GLY 18 -17.824 -8.349 3.983 3 HA2 GLY 18 HA3 GLY 18 -16.640 -9.310 4.857 No H/Q in entry = 3 In of MODEL 10 1 H SER 19 H SER 19 -16.694 -7.803 1.642 2 HA SER 19 HA SER 19 -14.048 -6.693 2.189 3 HB2 SER 19 HB2 SER 19 -14.345 -7.952 0.083 4 HB3 SER 19 HB3 SER 19 -15.579 -6.799 -0.425 5 HG SER 19 HG SER 19 -13.201 -6.542 -1.081 No H/Q in entry = 5 In of MODEL 10 1 H GLU 20 H GLU 20 -14.572 -5.064 3.530 2 HA GLU 20 HA GLU 20 -16.593 -3.203 3.392 3 HB2 GLU 20 HB2 GLU 20 -13.776 -2.590 4.265 4 HB3 GLU 20 HB3 GLU 20 -15.263 -1.893 4.879 5 HG2 GLU 20 HG2 GLU 20 -15.880 -4.106 5.760 6 HG3 GLU 20 HG3 GLU 20 -14.317 -4.689 5.195 No H/Q in entry = 6 In of MODEL 10 1 H ASN 21 H ASN 21 -13.312 -2.878 2.119 2 HA ASN 21 HA ASN 21 -14.190 -1.627 -0.286 3 HB2 ASN 21 HB2 ASN 21 -14.208 0.283 1.434 4 HB3 ASN 21 HB3 ASN 21 -12.461 0.093 1.513 5 HD21 ASN 21 HD21 ASN 21 -11.202 0.717 -0.244 6 HD22 ASN 21 HD22 ASN 21 -11.820 1.710 -1.518 No H/Q in entry = 6 In of MODEL 10 1 H VAL 22 H VAL 22 -12.940 -3.929 0.058 2 HA VAL 22 HA VAL 22 -10.080 -3.392 -0.415 3 HB VAL 22 HB VAL 22 -11.178 -5.953 0.756 4 HG11 VAL 22 HG11 VAL 22 -8.393 -4.793 0.668 5 HG13 VAL 22 HG12 VAL 22 -8.995 -6.142 -0.298 6 HG12 VAL 22 HG13 VAL 22 -8.854 -6.303 1.454 7 HG22 VAL 22 HG21 VAL 22 -10.452 -5.173 2.950 8 HG21 VAL 22 HG22 VAL 22 -11.700 -4.116 2.289 9 HG23 VAL 22 HG23 VAL 22 -10.009 -3.611 2.262 No H/Q in entry = 9 In of MODEL 10 1 H LEU 23 H LEU 23 -11.391 -3.175 -2.591 2 HA LEU 23 HA LEU 23 -11.508 -5.776 -3.931 3 HB2 LEU 23 HB2 LEU 23 -13.324 -3.890 -4.100 4 HB3 LEU 23 HB3 LEU 23 -12.203 -3.158 -5.228 5 HD13 LEU 23 HD11 LEU 23 -12.581 -5.677 -7.886 6 HD12 LEU 23 HD12 LEU 23 -11.239 -5.593 -6.746 7 HD11 LEU 23 HD13 LEU 23 -11.870 -4.115 -7.475 8 HD22 LEU 23 HD21 LEU 23 -14.277 -6.201 -4.651 9 HD21 LEU 23 HD22 LEU 23 -12.662 -6.817 -5.002 10 HD23 LEU 23 HD23 LEU 23 -13.927 -6.912 -6.227 11 HG LEU 23 HG LEU 23 -14.002 -4.466 -6.327 No H/Q in entry = 11 In of MODEL 10 1 HA PRO 24 HA PRO 24 -7.271 -4.717 -5.134 2 HB2 PRO 24 HB2 PRO 24 -6.854 -7.091 -6.449 3 HB3 PRO 24 HB3 PRO 24 -6.633 -6.871 -4.710 4 HD2 PRO 24 HD2 PRO 24 -10.501 -7.181 -4.686 5 HD3 PRO 24 HD3 PRO 24 -9.282 -6.980 -3.409 6 HG2 PRO 24 HG2 PRO 24 -8.963 -8.018 -6.197 7 HG3 PRO 24 HG3 PRO 24 -8.206 -8.580 -4.694 No H/Q in entry = 7 In of MODEL 10 1 H ARG 25 H ARG 25 -7.856 -3.095 -6.578 2 HA ARG 25 HA ARG 25 -8.889 -3.807 -9.199 3 HB2 ARG 25 HB2 ARG 25 -8.236 -1.114 -7.982 4 HB3 ARG 25 HB3 ARG 25 -9.020 -1.361 -9.537 5 HD2 ARG 25 HD2 ARG 25 -10.028 0.038 -6.789 6 HD3 ARG 25 HD3 ARG 25 -10.758 0.206 -8.385 7 HE ARG 25 HE ARG 25 -12.697 -1.090 -7.229 8 HG2 ARG 25 HG2 ARG 25 -10.965 -2.247 -8.520 9 HG3 ARG 25 HG3 ARG 25 -10.166 -2.384 -6.953 10 HH11 ARG 25 HH11 ARG 25 -10.683 1.375 -5.743 11 HH12 ARG 25 HH12 ARG 25 -11.928 1.914 -4.661 12 HH21 ARG 25 HH21 ARG 25 -14.321 -0.378 -5.790 13 HH22 ARG 25 HH22 ARG 25 -13.987 0.937 -4.700 No H/Q in entry = 13 In of MODEL 10 1 H GLU 26 H GLU 26 -7.834 -3.372 -11.148 2 HA GLU 26 HA GLU 26 -5.070 -3.891 -11.189 3 HB2 GLU 26 HB2 GLU 26 -6.578 -4.480 -13.031 4 HB3 GLU 26 HB3 GLU 26 -6.840 -2.778 -13.372 5 HG2 GLU 26 HG2 GLU 26 -5.309 -3.639 -14.976 6 HG3 GLU 26 HG3 GLU 26 -4.429 -2.561 -13.897 No H/Q in entry = 6 In of MODEL 10 1 HA PRO 27 HA PRO 27 -4.443 0.821 -12.304 2 HB2 PRO 27 HB2 PRO 27 -6.451 2.482 -11.436 3 HB3 PRO 27 HB3 PRO 27 -6.296 1.897 -13.095 4 HD2 PRO 27 HD2 PRO 27 -7.855 -1.296 -11.521 5 HD3 PRO 27 HD3 PRO 27 -7.374 -0.876 -13.178 6 HG2 PRO 27 HG2 PRO 27 -8.031 0.918 -10.881 7 HG3 PRO 27 HG3 PRO 27 -8.413 1.105 -12.601 No H/Q in entry = 7 In of MODEL 10 1 H LEU 28 H LEU 28 -6.006 -0.408 -9.483 2 HA LEU 28 HA LEU 28 -5.173 1.575 -7.629 3 HB2 LEU 28 HB2 LEU 28 -7.007 -0.048 -7.222 4 HB3 LEU 28 HB3 LEU 28 -5.822 -1.336 -7.147 5 HD12 LEU 28 HD11 LEU 28 -7.182 1.599 -5.356 6 HD11 LEU 28 HD12 LEU 28 -5.496 2.046 -5.613 7 HD13 LEU 28 HD13 LEU 28 -6.035 1.524 -4.018 8 HD23 LEU 28 HD21 LEU 28 -7.755 -0.844 -4.929 9 HD22 LEU 28 HD22 LEU 28 -6.586 -0.857 -3.608 10 HD21 LEU 28 HD23 LEU 28 -6.454 -2.034 -4.915 11 HG LEU 28 HG LEU 28 -4.807 -0.249 -5.161 No H/Q in entry = 11 In of MODEL 10 1 H ILE 29 H ILE 29 -3.869 -1.584 -8.586 2 HA ILE 29 HA ILE 29 -1.584 -1.518 -6.934 3 HB ILE 29 HB ILE 29 -1.951 -2.940 -9.580 4 HD13 ILE 29 HD11 ILE 29 -1.379 -4.334 -6.124 5 HD12 ILE 29 HD12 ILE 29 -3.087 -4.684 -5.860 6 HD11 ILE 29 HD13 ILE 29 -2.520 -3.014 -5.864 7 HG12 ILE 29 HG12 ILE 29 -3.654 -3.590 -7.945 8 HG13 ILE 29 HG13 ILE 29 -2.514 -4.905 -8.205 9 HG22 ILE 29 HG21 ILE 29 -0.169 -4.439 -8.786 10 HG21 ILE 29 HG22 ILE 29 0.054 -3.407 -7.375 11 HG23 ILE 29 HG23 ILE 29 0.397 -2.780 -8.987 No H/Q in entry = 11 In of MODEL 10 1 H ALA 30 H ALA 30 -2.162 -0.467 -10.258 2 HA ALA 30 HA ALA 30 0.438 0.304 -10.927 3 HB2 ALA 30 HB1 ALA 30 -2.158 1.527 -11.863 4 HB1 ALA 30 HB2 ALA 30 -1.370 0.113 -12.562 5 HB3 ALA 30 HB3 ALA 30 -0.588 1.691 -12.654 No H/Q in entry = 5 In of MODEL 10 1 H THR 31 H THR 31 -2.156 2.137 -9.357 2 HA THR 31 HA THR 31 -0.723 4.578 -9.184 3 HB THR 31 HB THR 31 -2.964 3.638 -7.382 4 HG1 THR 31 HG1 THR 31 -3.624 3.575 -9.562 5 HG22 THR 31 HG21 THR 31 -2.011 6.413 -8.099 6 HG21 THR 31 HG22 THR 31 -1.757 5.607 -6.552 7 HG23 THR 31 HG23 THR 31 -3.390 6.028 -7.070 No H/Q in entry = 7 In of MODEL 10 1 H ALA 32 H ALA 32 -1.013 1.768 -7.068 2 HA ALA 32 HA ALA 32 0.224 2.857 -4.802 3 HB1 ALA 32 HB1 ALA 32 -1.021 0.746 -4.765 4 HB2 ALA 32 HB2 ALA 32 0.597 0.568 -4.083 5 HB3 ALA 32 HB3 ALA 32 0.256 -0.017 -5.712 No H/Q in entry = 5 In of MODEL 10 1 H VAL 33 H VAL 33 1.578 1.222 -7.638 2 HA VAL 33 HA VAL 33 4.262 1.217 -6.745 3 HB VAL 33 HB VAL 33 3.211 1.297 -9.588 4 HG13 VAL 33 HG11 VAL 33 5.554 1.937 -9.499 5 HG12 VAL 33 HG12 VAL 33 5.383 0.329 -10.204 6 HG11 VAL 33 HG13 VAL 33 5.923 0.507 -8.536 7 HG21 VAL 33 HG21 VAL 33 2.360 -0.608 -8.311 8 HG23 VAL 33 HG22 VAL 33 4.010 -1.050 -7.873 9 HG22 VAL 33 HG23 VAL 33 3.497 -1.126 -9.558 No H/Q in entry = 9 In of MODEL 10 1 H LYS 34 H LYS 34 2.405 3.531 -8.700 2 HA LYS 34 HA LYS 34 4.372 5.449 -9.146 3 HB2 LYS 34 HB2 LYS 34 2.283 5.688 -10.264 4 HB3 LYS 34 HB3 LYS 34 1.387 5.669 -8.754 5 HD2 LYS 34 HD2 LYS 34 0.586 7.762 -7.959 6 HD3 LYS 34 HD3 LYS 34 2.117 7.725 -7.084 7 HE2 LYS 34 HE2 LYS 34 1.092 9.988 -8.796 8 HE3 LYS 34 HE3 LYS 34 1.140 9.949 -7.033 9 HG2 LYS 34 HG2 LYS 34 3.327 7.882 -9.226 10 HG3 LYS 34 HG3 LYS 34 1.790 7.898 -10.090 11 HZ1 LYS 34 HZ1 LYS 34 3.588 9.733 -7.209 12 HZ3 LYS 34 HZ2 LYS 34 2.994 11.197 -7.812 13 HZ2 LYS 34 HZ3 LYS 34 3.463 9.974 -8.878 No H/Q in entry = 13 In of MODEL 10 1 H PHE 35 H PHE 35 2.178 5.042 -6.423 2 HA PHE 35 HA PHE 35 2.986 7.237 -4.885 3 HB2 PHE 35 HB2 PHE 35 0.956 5.876 -4.495 4 HB3 PHE 35 HB3 PHE 35 1.979 4.555 -3.943 5 HD1 PHE 35 HD1 PHE 35 1.042 8.059 -3.227 6 HD2 PHE 35 HD2 PHE 35 2.692 4.435 -1.740 7 HE1 PHE 35 HE1 PHE 35 0.996 8.974 -0.971 8 HE2 PHE 35 HE2 PHE 35 2.656 5.346 0.535 9 HZ PHE 35 HZ PHE 35 1.807 7.623 0.937 No H/Q in entry = 9 In of MODEL 10 1 H LEU 36 H LEU 36 3.943 3.839 -4.657 2 HA LEU 36 HA LEU 36 5.726 3.959 -2.566 3 HB2 LEU 36 HB2 LEU 36 5.398 2.174 -4.927 4 HB3 LEU 36 HB3 LEU 36 6.839 1.992 -3.950 5 HD11 LEU 36 HD11 LEU 36 4.194 3.000 -1.800 6 HD13 LEU 36 HD12 LEU 36 3.345 1.461 -1.655 7 HD12 LEU 36 HD13 LEU 36 3.162 2.435 -3.113 8 HD22 LEU 36 HD21 LEU 36 4.025 -0.468 -3.011 9 HD21 LEU 36 HD22 LEU 36 5.419 -0.365 -4.085 10 HD23 LEU 36 HD23 LEU 36 3.916 0.453 -4.512 11 HG LEU 36 HG LEU 36 5.698 1.102 -2.170 No H/Q in entry = 11 In of MODEL 10 1 H GLN 37 H GLN 37 6.354 4.563 -5.989 2 HA GLN 37 HA GLN 37 9.188 4.877 -5.412 3 HB2 GLN 37 HB2 GLN 37 7.653 4.761 -7.997 4 HB3 GLN 37 HB3 GLN 37 9.384 5.075 -7.910 5 HE21 GLN 37 HE21 GLN 37 8.267 0.734 -7.913 6 HE22 GLN 37 HE22 GLN 37 8.597 0.699 -9.613 7 HG2 GLN 37 HG2 GLN 37 9.768 2.956 -6.846 8 HG3 GLN 37 HG3 GLN 37 8.034 2.643 -6.768 No H/Q in entry = 8 In of MODEL 10 1 H ASN 38 H ASN 38 7.400 6.815 -4.351 2 HA ASN 38 HA ASN 38 8.199 9.269 -5.693 3 HB2 ASN 38 HB2 ASN 38 6.034 9.163 -4.500 4 HB3 ASN 38 HB3 ASN 38 6.873 8.807 -2.997 5 HD21 ASN 38 HD21 ASN 38 6.088 11.239 -5.346 6 HD22 ASN 38 HD22 ASN 38 6.560 12.608 -4.387 No H/Q in entry = 6 In of MODEL 10 1 H SER 39 H SER 39 9.819 6.993 -4.229 2 HA SER 39 HA SER 39 11.916 6.820 -3.397 3 HB2 SER 39 HB2 SER 39 12.565 8.823 -4.644 4 HB3 SER 39 HB3 SER 39 11.916 9.849 -3.370 5 HG SER 39 HG SER 39 14.341 8.719 -3.565 No H/Q in entry = 5 In of MODEL 10 1 H ARG 40 H ARG 40 10.327 9.562 -1.757 2 HA ARG 40 HA ARG 40 11.381 8.871 0.786 3 HB2 ARG 40 HB2 ARG 40 9.167 10.729 -0.054 4 HB3 ARG 40 HB3 ARG 40 9.657 10.532 1.622 5 HD2 ARG 40 HD2 ARG 40 9.854 13.224 0.161 6 HD3 ARG 40 HD3 ARG 40 10.234 12.824 1.837 7 HE ARG 40 HE ARG 40 12.462 13.693 0.179 8 HG2 ARG 40 HG2 ARG 40 11.948 11.223 0.983 9 HG3 ARG 40 HG3 ARG 40 11.351 11.539 -0.648 10 HH11 ARG 40 HH11 ARG 40 10.010 14.548 2.520 11 HH12 ARG 40 HH12 ARG 40 10.829 15.979 3.066 12 HH21 ARG 40 HH21 ARG 40 13.555 15.590 0.882 13 HH22 ARG 40 HH22 ARG 40 12.823 16.591 2.104 No H/Q in entry = 13 In of MODEL 10 1 H VAL 41 H VAL 41 8.712 7.646 -0.967 2 HA VAL 41 HA VAL 41 7.081 6.922 1.243 3 HB VAL 41 HB VAL 41 7.178 5.696 -1.528 4 HG11 VAL 41 HG11 VAL 41 5.159 5.423 0.707 5 HG13 VAL 41 HG12 VAL 41 6.158 4.141 0.018 6 HG12 VAL 41 HG13 VAL 41 4.892 4.894 -0.953 7 HG22 VAL 41 HG21 VAL 41 6.612 8.064 -1.536 8 HG21 VAL 41 HG22 VAL 41 5.379 7.789 -0.303 9 HG23 VAL 41 HG23 VAL 41 5.191 7.087 -1.910 No H/Q in entry = 9 In of MODEL 10 1 H ARG 42 H ARG 42 9.783 5.408 -0.362 2 HA ARG 42 HA ARG 42 9.509 2.883 0.960 3 HB2 ARG 42 HB2 ARG 42 11.842 4.157 -0.473 4 HB3 ARG 42 HB3 ARG 42 11.849 2.513 0.157 5 HD2 ARG 42 HD2 ARG 42 11.126 1.967 -3.385 6 HD3 ARG 42 HD3 ARG 42 12.224 3.223 -2.820 7 HE ARG 42 HE ARG 42 12.442 1.120 -1.029 8 HG2 ARG 42 HG2 ARG 42 9.949 1.969 -1.298 9 HG3 ARG 42 HG3 ARG 42 10.009 3.605 -1.954 10 HH11 ARG 42 HH11 ARG 42 13.051 1.695 -4.429 11 HH12 ARG 42 HH12 ARG 42 14.275 0.462 -4.549 12 HH21 ARG 42 HH21 ARG 42 14.047 -0.508 -1.185 13 HH22 ARG 42 HH22 ARG 42 14.809 -0.826 -2.713 No H/Q in entry = 13 In of MODEL 10 1 H GLN 43 H GLN 43 11.176 5.906 1.562 2 HA GLN 43 HA GLN 43 12.636 4.952 3.843 3 HB2 GLN 43 HB2 GLN 43 13.430 6.862 2.504 4 HB3 GLN 43 HB3 GLN 43 12.005 7.781 2.964 5 HE21 GLN 43 HE21 GLN 43 12.691 9.950 4.622 6 HE22 GLN 43 HE22 GLN 43 14.150 10.770 4.157 7 HG2 GLN 43 HG2 GLN 43 12.711 7.788 5.272 8 HG3 GLN 43 HG3 GLN 43 14.100 6.776 4.877 No H/Q in entry = 8 In of MODEL 10 1 H SER 44 H SER 44 9.588 6.543 3.246 2 HA SER 44 HA SER 44 8.771 7.111 5.849 3 HB2 SER 44 HB2 SER 44 7.560 7.869 3.849 4 HB3 SER 44 HB3 SER 44 7.141 6.204 3.456 5 HG SER 44 HG SER 44 6.350 7.589 5.805 No H/Q in entry = 5 In of MODEL 10 1 HA PRO 45 HA PRO 45 8.828 3.292 7.977 2 HB2 PRO 45 HB2 PRO 45 6.333 3.687 9.281 3 HB3 PRO 45 HB3 PRO 45 7.944 4.024 9.917 4 HD2 PRO 45 HD2 PRO 45 7.517 7.019 7.376 5 HD3 PRO 45 HD3 PRO 45 8.901 6.432 8.324 6 HG2 PRO 45 HG2 PRO 45 5.981 5.862 8.665 7 HG3 PRO 45 HG3 PRO 45 7.209 6.194 9.900 No H/Q in entry = 7 In of MODEL 10 1 H LEU 46 H LEU 46 8.381 1.363 7.190 2 HA LEU 46 HA LEU 46 6.266 0.967 5.340 3 HB2 LEU 46 HB2 LEU 46 8.180 -0.975 6.614 4 HB3 LEU 46 HB3 LEU 46 6.959 -1.454 5.445 5 HD12 LEU 46 HD11 LEU 46 10.341 -0.400 5.791 6 HD11 LEU 46 HD12 LEU 46 9.615 1.206 5.707 7 HD13 LEU 46 HD13 LEU 46 10.488 0.560 4.317 8 HD23 LEU 46 HD21 LEU 46 9.522 -1.280 2.989 9 HD22 LEU 46 HD22 LEU 46 7.910 -1.896 3.357 10 HD21 LEU 46 HD23 LEU 46 9.268 -2.299 4.406 11 HG LEU 46 HG LEU 46 8.082 0.434 3.981 No H/Q in entry = 11 In of MODEL 10 1 H ALA 47 H ALA 47 6.553 0.662 8.745 2 HA ALA 47 HA ALA 47 4.363 -0.886 9.414 3 HB2 ALA 47 HB1 ALA 47 4.116 0.562 11.379 4 HB3 ALA 47 HB2 ALA 47 5.177 1.756 10.632 5 HB1 ALA 47 HB3 ALA 47 5.809 0.171 11.078 No H/Q in entry = 5 In of MODEL 10 1 H THR 48 H THR 48 4.462 2.498 8.335 2 HA THR 48 HA THR 48 1.656 2.866 8.206 3 HB THR 48 HB THR 48 3.881 4.258 6.699 4 HG1 THR 48 HG1 THR 48 2.555 4.667 9.157 5 HG22 THR 48 HG21 THR 48 2.208 6.028 6.252 6 HG21 THR 48 HG22 THR 48 0.958 4.998 6.948 7 HG23 THR 48 HG23 THR 48 1.785 4.504 5.470 No H/Q in entry = 7 In of MODEL 10 1 H ARG 49 H ARG 49 4.090 1.722 5.919 2 HA ARG 49 HA ARG 49 2.626 1.785 3.571 3 HB2 ARG 49 HB2 ARG 49 4.696 -0.244 4.423 4 HB3 ARG 49 HB3 ARG 49 4.099 -0.062 2.784 5 HD2 ARG 49 HD2 ARG 49 5.924 2.991 2.006 6 HD3 ARG 49 HD3 ARG 49 4.952 1.680 1.351 7 HE ARG 49 HE ARG 49 3.034 2.771 2.032 8 HG2 ARG 49 HG2 ARG 49 5.447 2.165 4.280 9 HG3 ARG 49 HG3 ARG 49 6.324 1.001 3.291 10 HH11 ARG 49 HH11 ARG 49 5.877 4.417 3.228 11 HH12 ARG 49 HH12 ARG 49 5.017 5.851 3.694 12 HH21 ARG 49 HH21 ARG 49 1.888 4.666 2.613 13 HH22 ARG 49 HH22 ARG 49 2.743 5.999 3.312 No H/Q in entry = 13 In of MODEL 10 1 H ARG 50 H ARG 50 2.742 -0.838 5.992 2 HA ARG 50 HA ARG 50 1.116 -2.615 4.528 3 HB2 ARG 50 HB2 ARG 50 1.849 -2.416 7.415 4 HB3 ARG 50 HB3 ARG 50 0.549 -3.497 6.940 5 HD2 ARG 50 HD2 ARG 50 4.574 -4.336 6.037 6 HD3 ARG 50 HD3 ARG 50 4.024 -2.674 5.825 7 HE ARG 50 HE ARG 50 3.460 -3.078 8.405 8 HG2 ARG 50 HG2 ARG 50 2.322 -4.925 6.880 9 HG3 ARG 50 HG3 ARG 50 2.317 -4.362 5.210 10 HH11 ARG 50 HH11 ARG 50 6.340 -3.886 6.569 11 HH12 ARG 50 HH12 ARG 50 7.424 -3.656 7.909 12 HH21 ARG 50 HH21 ARG 50 4.874 -2.757 10.157 13 HH22 ARG 50 HH22 ARG 50 6.588 -2.976 9.955 No H/Q in entry = 13 In of MODEL 10 1 H ALA 51 H ALA 51 0.181 -0.504 7.263 2 HA ALA 51 HA ALA 51 -2.558 -1.092 7.152 3 HB1 ALA 51 HB1 ALA 51 -1.476 -0.024 9.073 4 HB2 ALA 51 HB2 ALA 51 -2.871 0.901 8.520 5 HB3 ALA 51 HB3 ALA 51 -1.240 1.443 8.124 No H/Q in entry = 5 In of MODEL 10 1 H PHE 52 H PHE 52 -0.673 1.462 5.654 2 HA PHE 52 HA PHE 52 -2.716 2.926 4.433 3 HB2 PHE 52 HB2 PHE 52 -0.479 3.784 4.621 4 HB3 PHE 52 HB3 PHE 52 0.160 2.471 3.640 5 HD1 PHE 52 HD1 PHE 52 0.360 2.683 1.382 6 HD2 PHE 52 HD2 PHE 52 -2.119 5.385 3.528 7 HE1 PHE 52 HE1 PHE 52 0.094 4.042 -0.647 8 HE2 PHE 52 HE2 PHE 52 -2.394 6.749 1.510 9 HZ PHE 52 HZ PHE 52 -1.266 6.083 -0.578 No H/Q in entry = 9 In of MODEL 10 1 H LEU 53 H LEU 53 -0.731 0.284 3.104 2 HA LEU 53 HA LEU 53 -1.945 0.162 0.575 3 HB2 LEU 53 HB2 LEU 53 -0.308 -1.683 2.245 4 HB3 LEU 53 HB3 LEU 53 -1.164 -2.379 0.888 5 HD11 LEU 53 HD11 LEU 53 -0.846 -0.721 -1.344 6 HD13 LEU 53 HD12 LEU 53 -0.151 -2.341 -1.267 7 HD12 LEU 53 HD13 LEU 53 0.852 -0.973 -1.751 8 HD21 LEU 53 HD21 LEU 53 -0.027 1.032 0.357 9 HD23 LEU 53 HD22 LEU 53 1.619 0.649 -0.150 10 HD22 LEU 53 HD23 LEU 53 1.171 0.537 1.554 11 HG LEU 53 HG LEU 53 1.285 -1.676 0.553 No H/Q in entry = 11 In of MODEL 10 1 H LYS 54 H LYS 54 -2.644 -1.615 3.568 2 HA LYS 54 HA LYS 54 -4.695 -3.236 2.498 3 HB2 LYS 54 HB2 LYS 54 -3.508 -2.740 5.091 4 HB3 LYS 54 HB3 LYS 54 -5.252 -2.907 5.222 5 HD2 LYS 54 HD2 LYS 54 -3.091 -6.139 3.548 6 HD3 LYS 54 HD3 LYS 54 -2.955 -4.526 2.851 7 HE2 LYS 54 HE2 LYS 54 -0.874 -5.053 3.923 8 HE3 LYS 54 HE3 LYS 54 -1.702 -3.825 4.885 9 HG2 LYS 54 HG2 LYS 54 -4.186 -5.039 5.548 10 HG3 LYS 54 HG3 LYS 54 -5.124 -5.056 4.058 11 HZ1 LYS 54 HZ1 LYS 54 -1.751 -6.740 5.478 12 HZ3 LYS 54 HZ2 LYS 54 -2.402 -5.498 6.438 13 HZ2 LYS 54 HZ3 LYS 54 -0.728 -5.619 6.232 No H/Q in entry = 13 In of MODEL 10 1 H LYS 55 H LYS 55 -4.730 -0.034 3.953 2 HA LYS 55 HA LYS 55 -7.595 0.096 4.066 3 HB2 LYS 55 HB2 LYS 55 -5.370 2.016 4.625 4 HB3 LYS 55 HB3 LYS 55 -7.014 2.623 4.432 5 HD2 LYS 55 HD2 LYS 55 -8.682 2.253 6.226 6 HD3 LYS 55 HD3 LYS 55 -8.649 0.619 5.569 7 HE2 LYS 55 HE2 LYS 55 -8.076 1.275 8.450 8 HE3 LYS 55 HE3 LYS 55 -9.674 0.842 7.846 9 HG2 LYS 55 HG2 LYS 55 -6.288 0.421 6.350 10 HG3 LYS 55 HG3 LYS 55 -6.348 2.133 6.794 11 HZ1 LYS 55 HZ1 LYS 55 -8.566 -1.249 6.982 12 HZ3 LYS 55 HZ2 LYS 55 -8.769 -1.130 8.655 13 HZ2 LYS 55 HZ3 LYS 55 -7.242 -0.846 7.967 No H/Q in entry = 13 In of MODEL 10 1 H LYS 56 H LYS 56 -5.226 0.766 1.665 2 HA LYS 56 HA LYS 56 -6.809 2.665 0.225 3 HB2 LYS 56 HB2 LYS 56 -4.156 1.838 0.150 4 HB3 LYS 56 HB3 LYS 56 -4.823 1.304 -1.386 5 HD2 LYS 56 HD2 LYS 56 -4.271 4.062 0.839 6 HD3 LYS 56 HD3 LYS 56 -4.221 5.330 -0.384 7 HE2 LYS 56 HE2 LYS 56 -6.757 4.055 0.638 8 HE3 LYS 56 HE3 LYS 56 -6.074 5.547 1.279 9 HG2 LYS 56 HG2 LYS 56 -3.893 3.476 -1.691 10 HG3 LYS 56 HG3 LYS 56 -5.649 3.613 -1.774 11 HZ3 LYS 56 HZ1 LYS 56 -7.778 6.048 -0.320 12 HZ2 LYS 56 HZ2 LYS 56 -7.028 5.102 -1.505 13 HZ1 LYS 56 HZ3 LYS 56 -6.281 6.521 -0.952 No H/Q in entry = 13 In of MODEL 10 1 H GLY 57 H GLY 57 -6.896 -0.716 0.519 2 HA3 GLY 57 HA2 GLY 57 -9.072 -1.591 -0.198 3 HA2 GLY 57 HA3 GLY 57 -8.845 -0.713 -1.698 No H/Q in entry = 3 In of MODEL 10 1 H LEU 58 H LEU 58 -6.171 -2.470 -0.311 2 HA LEU 58 HA LEU 58 -6.738 -4.708 -2.096 3 HB2 LEU 58 HB2 LEU 58 -4.289 -4.722 -2.732 4 HB3 LEU 58 HB3 LEU 58 -5.276 -3.472 -3.452 5 HD12 LEU 58 HD11 LEU 58 -2.186 -4.095 -1.999 6 HD11 LEU 58 HD12 LEU 58 -3.064 -3.965 -0.475 7 HD13 LEU 58 HD13 LEU 58 -1.999 -2.659 -0.993 8 HD22 LEU 58 HD21 LEU 58 -4.180 -1.405 -3.673 9 HD21 LEU 58 HD22 LEU 58 -2.889 -2.573 -3.953 10 HD23 LEU 58 HD23 LEU 58 -2.623 -1.208 -2.869 11 HG LEU 58 HG LEU 58 -4.344 -2.101 -1.355 No H/Q in entry = 11 In of MODEL 10 1 H THR 59 H THR 59 -6.083 -6.682 -1.389 2 HA THR 59 HA THR 59 -5.693 -6.897 1.432 3 HB THR 59 HB THR 59 -5.379 -9.445 0.406 4 HG1 THR 59 HG1 THR 59 -5.850 -8.756 -1.708 5 HG23 THR 59 HG21 THR 59 -6.833 -8.800 2.259 6 HG22 THR 59 HG22 THR 59 -7.726 -9.749 1.071 7 HG21 THR 59 HG23 THR 59 -7.929 -7.998 1.135 No H/Q in entry = 7 In of MODEL 10 1 H ASP 60 H ASP 60 -4.086 -8.719 2.169 2 HA ASP 60 HA ASP 60 -1.607 -7.528 2.196 3 HB2 ASP 60 HB2 ASP 60 -2.325 -10.401 2.767 4 HB3 ASP 60 HB3 ASP 60 -0.775 -9.667 3.172 No H/Q in entry = 4 In of MODEL 10 1 H GLU 61 H GLU 61 -2.571 -10.337 0.218 2 HA GLU 61 HA GLU 61 -0.025 -10.766 -0.870 3 HB2 GLU 61 HB2 GLU 61 -1.264 -11.979 -2.698 4 HB3 GLU 61 HB3 GLU 61 -1.587 -12.522 -1.058 5 HG2 GLU 61 HG2 GLU 61 -3.674 -11.250 -1.055 6 HG3 GLU 61 HG3 GLU 61 -3.350 -10.725 -2.709 No H/Q in entry = 6 In of MODEL 10 1 H GLU 62 H GLU 62 -2.518 -8.480 -1.717 2 HA GLU 62 HA GLU 62 -1.360 -7.751 -4.230 3 HB2 GLU 62 HB2 GLU 62 -3.498 -6.592 -2.484 4 HB3 GLU 62 HB3 GLU 62 -2.823 -5.622 -3.784 5 HG2 GLU 62 HG2 GLU 62 -4.857 -6.724 -4.482 6 HG3 GLU 62 HG3 GLU 62 -3.474 -7.310 -5.404 No H/Q in entry = 6 In of MODEL 10 1 H ILE 63 H ILE 63 -0.910 -6.788 -0.889 2 HA ILE 63 HA ILE 63 0.432 -4.360 -1.527 3 HB ILE 63 HB ILE 63 0.883 -4.040 0.708 4 HD12 ILE 63 HD11 ILE 63 0.240 -5.776 3.199 5 HD11 ILE 63 HD12 ILE 63 1.680 -4.773 3.019 6 HD13 ILE 63 HD13 ILE 63 1.842 -6.496 3.360 7 HG12 ILE 63 HG12 ILE 63 0.854 -7.025 1.205 8 HG13 ILE 63 HG13 ILE 63 2.305 -6.045 1.029 9 HG23 ILE 63 HG21 ILE 63 -1.035 -4.762 1.992 10 HG22 ILE 63 HG22 ILE 63 -1.389 -6.008 0.798 11 HG21 ILE 63 HG23 ILE 63 -1.515 -4.304 0.360 No H/Q in entry = 11 In of MODEL 10 1 H ASP 64 H ASP 64 1.523 -7.688 -0.821 2 HA ASP 64 HA ASP 64 4.285 -7.034 -1.192 3 HB2 ASP 64 HB2 ASP 64 3.162 -9.796 -1.603 4 HB3 ASP 64 HB3 ASP 64 4.788 -9.343 -1.141 No H/Q in entry = 4 In of MODEL 10 1 H MET 65 H MET 65 1.643 -7.613 -3.292 2 HA MET 65 HA MET 65 3.179 -8.308 -5.594 3 HB2 MET 65 HB2 MET 65 0.821 -8.806 -5.573 4 HB3 MET 65 HB3 MET 65 0.415 -7.117 -5.318 5 HE1 MET 65 HE1 MET 65 0.870 -10.461 -7.874 6 HE3 MET 65 HE2 MET 65 2.057 -10.247 -6.586 7 HE2 MET 65 HE3 MET 65 2.557 -10.894 -8.150 8 HG2 MET 65 HG2 MET 65 0.018 -7.901 -7.624 9 HG3 MET 65 HG3 MET 65 1.136 -6.543 -7.528 No H/Q in entry = 9 In of MODEL 10 1 H ALA 66 H ALA 66 1.761 -5.248 -4.461 2 HA ALA 66 HA ALA 66 2.898 -3.648 -6.504 3 HB2 ALA 66 HB1 ALA 66 2.314 -1.746 -5.071 4 HB1 ALA 66 HB2 ALA 66 1.995 -2.848 -3.733 5 HB3 ALA 66 HB3 ALA 66 0.982 -2.898 -5.175 No H/Q in entry = 5 In of MODEL 10 1 H PHE 67 H PHE 67 3.920 -4.542 -3.256 2 HA PHE 67 HA PHE 67 6.341 -3.051 -3.341 3 HB2 PHE 67 HB2 PHE 67 5.276 -5.185 -1.505 4 HB3 PHE 67 HB3 PHE 67 6.928 -4.590 -1.348 5 HD1 PHE 67 HD1 PHE 67 6.518 -1.751 -2.053 6 HD2 PHE 67 HD2 PHE 67 4.222 -4.321 0.464 7 HE1 PHE 67 HE1 PHE 67 5.730 0.204 -0.795 8 HE2 PHE 67 HE2 PHE 67 3.441 -2.363 1.731 9 HZ PHE 67 HZ PHE 67 4.201 -0.105 1.105 No H/Q in entry = 9 In of MODEL 10 1 H GLN 68 H GLN 68 5.404 -6.255 -4.361 2 HA GLN 68 HA GLN 68 7.915 -7.406 -4.766 3 HB2 GLN 68 HB2 GLN 68 5.896 -8.721 -5.068 4 HB3 GLN 68 HB3 GLN 68 5.388 -7.694 -6.401 5 HE21 GLN 68 HE21 GLN 68 5.706 -8.704 -9.038 6 HE22 GLN 68 HE22 GLN 68 4.854 -10.207 -9.162 7 HG2 GLN 68 HG2 GLN 68 7.436 -8.435 -7.632 8 HG3 GLN 68 HG3 GLN 68 7.704 -9.608 -6.342 No H/Q in entry = 8 In of MODEL 10 1 H GLN 69 H GLN 69 5.858 -5.577 -6.977 2 HA GLN 69 HA GLN 69 7.666 -5.539 -9.135 3 HB2 GLN 69 HB2 GLN 69 5.025 -4.820 -8.706 4 HB3 GLN 69 HB3 GLN 69 5.826 -3.302 -9.104 5 HE21 GLN 69 HE21 GLN 69 6.998 -5.804 -12.629 6 HE22 GLN 69 HE22 GLN 69 6.945 -7.481 -12.199 7 HG2 GLN 69 HG2 GLN 69 4.895 -4.506 -11.054 8 HG3 GLN 69 HG3 GLN 69 6.617 -4.170 -11.172 No H/Q in entry = 8 In of MODEL 10 1 H SER 70 H SER 70 7.260 -3.498 -6.349 2 HA SER 70 HA SER 70 9.009 -1.438 -7.376 3 HB2 SER 70 HB2 SER 70 7.881 -1.855 -4.599 4 HB3 SER 70 HB3 SER 70 8.740 -0.416 -5.151 5 HG SER 70 HG SER 70 6.178 -1.350 -5.844 No H/Q in entry = 5 In of MODEL 10 1 H GLY 71 H GLY 71 9.432 -4.468 -6.037 2 HA3 GLY 71 HA2 GLY 71 11.328 -5.623 -5.461 3 HA2 GLY 71 HA3 GLY 71 12.256 -4.221 -5.969 No H/Q in entry = 3 In of MODEL 10 1 H THR 72 H THR 72 9.792 -4.316 -3.437 2 HA THR 72 HA THR 72 11.902 -3.499 -1.547 3 HB THR 72 HB THR 72 10.074 -2.289 -0.337 4 HG1 THR 72 HG1 THR 72 8.343 -3.507 -1.308 5 HG23 THR 72 HG21 THR 72 11.572 -1.099 -1.860 6 HG22 THR 72 HG22 THR 72 9.943 -0.427 -1.917 7 HG21 THR 72 HG23 THR 72 10.503 -1.482 -3.212 No H/Q in entry = 7 In of MODEL 10 1 H ALA 73 H ALA 73 12.274 -5.695 -0.930 2 HA ALA 73 HA ALA 73 10.108 -6.981 0.558 3 HB2 ALA 73 HB1 ALA 73 11.570 -8.930 0.664 4 HB3 ALA 73 HB2 ALA 73 12.862 -8.018 -0.116 5 HB1 ALA 73 HB3 ALA 73 11.380 -8.379 -1.001 No H/Q in entry = 5 In of MODEL 10 1 H ALA 74 H ALA 74 12.672 -4.899 1.041 2 HA ALA 74 HA ALA 74 13.581 -5.634 3.598 3 HB3 ALA 74 HB1 ALA 74 13.488 -2.910 2.299 4 HB2 ALA 74 HB2 ALA 74 14.811 -4.071 2.175 5 HB1 ALA 74 HB3 ALA 74 14.421 -3.337 3.731 No H/Q in entry = 5 In of MODEL 10 1 H ASP 75 H ASP 75 12.706 -5.393 5.491 2 HA ASP 75 HA ASP 75 11.170 -5.088 7.125 3 HB2 ASP 75 HB2 ASP 75 11.507 -2.625 6.522 4 HB3 ASP 75 HB3 ASP 75 10.027 -2.762 5.578 No H/Q in entry = 4 In of MODEL 10 1 H GLU 76 H GLU 76 10.057 -6.893 6.903 2 HA GLU 76 HA GLU 76 8.688 -7.829 4.753 3 HB2 GLU 76 HB2 GLU 76 9.350 -9.386 6.329 4 HB3 GLU 76 HB3 GLU 76 8.723 -8.451 7.672 5 HG2 GLU 76 HG2 GLU 76 6.694 -9.460 5.806 6 HG3 GLU 76 HG3 GLU 76 7.591 -10.691 6.697 No H/Q in entry = 6 In of MODEL 10 1 HA PRO 77 HA PRO 77 4.652 -5.872 5.144 2 HB2 PRO 77 HB2 PRO 77 4.209 -6.596 2.417 3 HB3 PRO 77 HB3 PRO 77 4.529 -4.979 3.047 4 HD2 PRO 77 HD2 PRO 77 6.976 -8.013 2.886 5 HD3 PRO 77 HD3 PRO 77 8.107 -6.707 3.306 6 HG2 PRO 77 HG2 PRO 77 6.231 -6.405 1.396 7 HG3 PRO 77 HG3 PRO 77 6.725 -5.064 2.443 No H/Q in entry = 7 In of MODEL 10 1 H SER 78 H SER 78 5.920 -8.908 4.564 2 HA SER 78 HA SER 78 3.389 -10.232 3.920 3 HB2 SER 78 HB2 SER 78 6.129 -11.476 4.263 4 HB3 SER 78 HB3 SER 78 4.725 -12.183 3.464 5 HG SER 78 HG SER 78 5.060 -9.954 2.204 No H/Q in entry = 5 In of MODEL 10 1 H SER 79 H SER 79 2.581 -9.556 6.088 2 HA SER 79 HA SER 79 3.901 -10.582 8.410 3 HB2 SER 79 HB2 SER 79 1.222 -9.212 8.131 4 HB3 SER 79 HB3 SER 79 2.080 -9.502 9.645 5 HG SER 79 HG SER 79 3.811 -8.346 8.042 No H/Q in entry = 5 In of MODEL 10 1 H LEU 80 H LEU 80 0.887 -11.391 6.705 2 HA LEU 80 HA LEU 80 0.121 -13.291 8.694 3 HB2 LEU 80 HB2 LEU 80 -0.933 -12.679 5.949 4 HB3 LEU 80 HB3 LEU 80 -1.563 -14.006 6.903 5 HD13 LEU 80 HD11 LEU 80 -2.317 -9.980 8.021 6 HD12 LEU 80 HD12 LEU 80 -1.579 -10.359 6.465 7 HD11 LEU 80 HD13 LEU 80 -0.638 -10.513 7.949 8 HD22 LEU 80 HD21 LEU 80 -4.161 -11.607 7.625 9 HD21 LEU 80 HD22 LEU 80 -3.786 -13.284 7.232 10 HD23 LEU 80 HD23 LEU 80 -3.489 -12.014 6.045 11 HG LEU 80 HG LEU 80 -2.097 -12.309 8.703 No H/Q in entry = 11 In of MODEL 10 1 H TRP 81 H TRP 81 0.534 -13.996 5.237 2 HA TRP 81 HA TRP 81 2.195 -16.301 5.938 3 HB2 TRP 81 HB2 TRP 81 -0.317 -16.425 4.254 4 HB3 TRP 81 HB3 TRP 81 0.855 -17.730 4.386 5 HD1 TRP 81 HD1 TRP 81 -2.084 -16.172 6.171 6 HE1 TRP 81 HE1 TRP 81 -2.653 -17.559 8.270 7 HE3 TRP 81 HE3 TRP 81 2.026 -19.214 6.269 8 HH2 TRP 81 HH2 TRP 81 0.485 -21.095 9.781 9 HZ2 TRP 81 HZ2 TRP 81 -1.505 -19.655 9.765 10 HZ3 TRP 81 HZ3 TRP 81 2.215 -20.882 8.070 No H/Q in entry = 10 In of MODEL 10 1 H1 SER 101 H3 SER 101 1.636 19.184 4.562 2 H2 SER 101 H2 SER 101 1.180 20.063 5.935 3 H3 SER 101 H1 SER 101 2.533 19.041 5.995 4 HA SER 101 HA SER 101 0.685 18.014 7.106 5 HB2 SER 101 HB2 SER 101 -0.687 18.302 4.422 6 HB3 SER 101 HB3 SER 101 -1.349 17.469 5.828 7 HG SER 101 HG SER 101 -2.045 19.321 6.480 No H/Q in entry = 7 In of MODEL 10 1 H GLN 102 H GLN 102 1.600 16.082 7.381 2 HA GLN 102 HA GLN 102 2.876 14.630 5.286 3 HB2 GLN 102 HB2 GLN 102 3.475 14.491 7.728 4 HB3 GLN 102 HB3 GLN 102 2.002 13.561 7.977 5 HE21 GLN 102 HE21 GLN 102 2.656 12.428 9.274 6 HE22 GLN 102 HE22 GLN 102 3.907 11.509 10.042 7 HG2 GLN 102 HG2 GLN 102 2.829 11.842 6.450 8 HG3 GLN 102 HG3 GLN 102 4.301 12.775 6.193 No H/Q in entry = 8 In of MODEL 10 1 H GLU 103 H GLU 103 -0.318 14.669 6.629 2 HA GLU 103 HA GLU 103 -1.431 12.310 5.751 3 HB2 GLU 103 HB2 GLU 103 -2.649 13.947 7.079 4 HB3 GLU 103 HB3 GLU 103 -2.635 15.084 5.740 5 HG2 GLU 103 HG2 GLU 103 -4.061 13.610 4.444 6 HG3 GLU 103 HG3 GLU 103 -4.034 12.418 5.743 No H/Q in entry = 6 In of MODEL 10 1 H LYS 104 H LYS 104 -0.746 15.228 3.872 2 HA LYS 104 HA LYS 104 -2.090 14.403 1.522 3 HB2 LYS 104 HB2 LYS 104 0.208 16.345 1.797 4 HB3 LYS 104 HB3 LYS 104 -0.843 16.185 0.396 5 HD2 LYS 104 HD2 LYS 104 -0.607 18.798 1.457 6 HD3 LYS 104 HD3 LYS 104 -1.891 18.333 0.340 7 HE2 LYS 104 HE2 LYS 104 -3.530 19.054 2.114 8 HE3 LYS 104 HE3 LYS 104 -2.159 19.744 2.983 9 HG2 LYS 104 HG2 LYS 104 -2.758 16.748 1.965 10 HG3 LYS 104 HG3 LYS 104 -1.516 17.233 3.122 11 HZ1 LYS 104 HZ1 LYS 104 -1.692 21.118 1.029 12 HZ3 LYS 104 HZ2 LYS 104 -3.237 21.419 1.661 13 HZ2 LYS 104 HZ3 LYS 104 -3.067 20.485 0.257 No H/Q in entry = 13 In of MODEL 10 1 H PHE 105 H PHE 105 1.134 13.873 2.763 2 HA PHE 105 HA PHE 105 2.325 12.965 0.375 3 HB2 PHE 105 HB2 PHE 105 3.620 13.592 2.377 4 HB3 PHE 105 HB3 PHE 105 2.941 12.227 3.252 5 HD1 PHE 105 HD1 PHE 105 5.147 13.178 0.453 6 HD2 PHE 105 HD2 PHE 105 3.878 10.076 3.074 7 HE1 PHE 105 HE1 PHE 105 7.008 11.770 -0.320 8 HE2 PHE 105 HE2 PHE 105 5.739 8.664 2.306 9 HZ PHE 105 HZ PHE 105 7.315 9.509 0.632 No H/Q in entry = 9 In of MODEL 10 1 H PHE 106 H PHE 106 0.082 11.506 2.553 2 HA PHE 106 HA PHE 106 0.498 8.874 1.362 3 HB2 PHE 106 HB2 PHE 106 -1.289 9.754 3.638 4 HB3 PHE 106 HB3 PHE 106 -1.144 8.096 3.058 5 HD1 PHE 106 HD1 PHE 106 -0.104 10.227 5.550 6 HD2 PHE 106 HD2 PHE 106 1.447 7.373 2.807 7 HE1 PHE 106 HE1 PHE 106 1.847 9.884 7.013 8 HE2 PHE 106 HE2 PHE 106 3.395 7.023 4.261 9 HZ PHE 106 HZ PHE 106 3.600 8.272 6.365 No H/Q in entry = 9 In of MODEL 10 1 H GLN 107 H GLN 107 -2.130 11.237 1.814 2 HA GLN 107 HA GLN 107 -3.941 9.626 0.249 3 HB2 GLN 107 HB2 GLN 107 -4.730 10.912 2.182 4 HB3 GLN 107 HB3 GLN 107 -4.270 12.408 1.381 5 HE21 GLN 107 HE21 GLN 107 -8.469 11.088 0.699 6 HE22 GLN 107 HE22 GLN 107 -8.951 12.320 1.827 7 HG2 GLN 107 HG2 GLN 107 -5.895 11.959 -0.386 8 HG3 GLN 107 HG3 GLN 107 -6.361 10.466 0.425 No H/Q in entry = 8 In of MODEL 10 1 H GLU 108 H GLU 108 -2.279 12.725 -0.199 2 HA GLU 108 HA GLU 108 -3.621 13.478 -2.563 3 HB2 GLU 108 HB2 GLU 108 -2.080 14.795 -0.867 4 HB3 GLU 108 HB3 GLU 108 -0.813 14.351 -1.996 5 HG2 GLU 108 HG2 GLU 108 -3.296 15.918 -2.665 6 HG3 GLU 108 HG3 GLU 108 -1.694 16.595 -2.394 No H/Q in entry = 6 In of MODEL 10 1 H LEU 109 H LEU 109 -0.477 11.911 -2.021 2 HA LEU 109 HA LEU 109 0.245 11.869 -4.763 3 HB2 LEU 109 HB2 LEU 109 1.294 10.240 -2.455 4 HB3 LEU 109 HB3 LEU 109 2.024 10.303 -4.047 5 HD12 LEU 109 HD11 LEU 109 4.229 12.449 -2.060 6 HD11 LEU 109 HD12 LEU 109 4.133 10.982 -3.035 7 HD13 LEU 109 HD13 LEU 109 3.431 11.015 -1.419 8 HD21 LEU 109 HD21 LEU 109 3.036 12.476 -4.856 9 HD23 LEU 109 HD22 LEU 109 3.138 13.840 -3.742 10 HD22 LEU 109 HD23 LEU 109 1.581 13.373 -4.425 11 HG LEU 109 HG LEU 109 1.767 12.612 -2.121 No H/Q in entry = 11 In of MODEL 10 1 H PHE 110 H PHE 110 -2.013 9.993 -3.107 2 HA PHE 110 HA PHE 110 -1.612 7.718 -4.925 3 HB2 PHE 110 HB2 PHE 110 -1.884 7.507 -2.316 4 HB3 PHE 110 HB3 PHE 110 -3.600 7.670 -2.680 5 HD1 PHE 110 HD1 PHE 110 -4.707 5.982 -4.136 6 HD2 PHE 110 HD2 PHE 110 -0.718 5.513 -2.743 7 HE1 PHE 110 HE1 PHE 110 -4.806 3.588 -4.682 8 HE2 PHE 110 HE2 PHE 110 -0.805 3.118 -3.284 9 HZ PHE 110 HZ PHE 110 -2.849 2.151 -4.257 No H/Q in entry = 9 In of MODEL 10 1 H ASP 111 H ASP 111 -3.324 10.536 -4.757 2 HA ASP 111 HA ASP 111 -5.919 9.554 -5.512 3 HB2 ASP 111 HB2 ASP 111 -5.375 11.757 -4.278 4 HB3 ASP 111 HB3 ASP 111 -5.002 12.400 -5.875 No H/Q in entry = 4 In of MODEL 10 1 H SER 112 H SER 112 -3.043 10.563 -7.154 2 HA SER 112 HA SER 112 -4.124 9.532 -9.626 3 HB2 SER 112 HB2 SER 112 -3.091 12.373 -9.447 4 HB3 SER 112 HB3 SER 112 -3.452 11.521 -10.947 5 HG SER 112 HG SER 112 -5.544 11.400 -9.225 No H/Q in entry = 5