*HEADER DNA 03-OCT-00 1FZL *TITLE DNA WITH PYRENE PAIRED AT ABASIC SITES *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: 5'-D(*CP*AP*CP*AP*AP*AP*CP*AP*(PYP)P*GP*CP*AP*C)- *COMPND 3 3'; *COMPND 4 CHAIN: A; *COMPND 5 ENGINEERED: YES; *COMPND 6 MOL_ID: 2; *COMPND 7 MOLECULE: 5'-D(*GP*TP*GP*CP*(3DR)P*TP*GP*TP*TP*TP*GP*TP*G)- *COMPND 8 3'; *COMPND 9 CHAIN: B; *COMPND 10 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 MOL_ID: 2; *SOURCE 4 SYNTHETIC: YES *KEYWDS PYRENE, TETRAHYDROFURAN, NON-HYDROGEN BONDED DNA BASE PAIR *EXPDTA NMR, 6 STRUCTURES *AUTHOR S.SMIRNOV, T.J.MATRAY, E.T.KOOL, C.DE LOS SANTOS *REVDAT 1 18-OCT-00 1FZL 0 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H1' and segid STR1) 3.66 $shortD $shortD !peak 1 !!assign (resid 2 and name H8 and segid STR1) !! (resid 1 and name H1' and segid STR1) 5.56 $longD $longD !peak 3 !the distance value was decreased by 0.5 A assign (resid 2 and name H8 and segid STR1) (resid 2 and name H1' and segid STR1) 4.43 $longD $longD !peak 4 ! (resid 2 and name H1' and segid STR1) 4.93 $longD $longD !peak 4 assign (resid 3 and name H6 and segid STR1) (resid 2 and name H1' and segid STR1) 3.93 $shortD $shortD !peak 5 !the distance value was INCREASED by 1.5 A assign (resid 3 and name H6 and segid STR1) (resid 3 and name H1' and segid STR1) 3.97 $longD $longD !peak 6 ! (resid 3 and name H1' and segid STR1) 2.47 $longD $longD !peak 6 !the distance value was DECREASED by 1.5 A assign (resid 4 and name H8 and segid STR1) (resid 3 and name H1' and segid STR1) 4.25 $longD $longD !peak 7 ! (resid 3 and name H1' and segid STR1) 5.75 $longD $longD !peak 7 !the distance value was DECREASED by 1.5 A assign (resid 4 and name H8 and segid STR1) (resid 4 and name H1' and segid STR1) 4.33 $longD $longD !peak 8 ! (resid 4 and name H1' and segid STR1) 5.83 $longD $longD !peak 8 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H1' and segid STR1) 4.22 $shortD $shortD !peak 9 !the distance value was decreased by 0.5 A assign (resid 5 and name H8 and segid STR1) (resid 5 and name H1' and segid STR1) 4.38 $longD $longD !peak 10 ! (resid 5 and name H1' and segid STR1) 4.88 $longD $longD !peak 10 assign (resid 6 and name H8 and segid STR1) (resid 5 and name H1' and segid STR1) 4.36 $shortD $shortD !peak 11 !the distance value was decreased by 0.5 A assign (resid 6 and name H8 and segid STR1) (resid 6 and name H1' and segid STR1) 4.59 $longD $longD !peak 12 ! (resid 6 and name H1' and segid STR1) 5.09 $longD $longD !peak 12 assign (resid 7 and name H6 and segid STR1) (resid 6 and name H1' and segid STR1) 4.52 $shortD $shortD !peak 13 !the distance value was decreased by 0.5 A assign (resid 7 and name H6 and segid STR1) (resid 7 and name H1' and segid STR1) 4.00 $shortD $shortD !peak 14 ! (resid 7 and name H1' and segid STR1) 4.50 $shortD $shortD !peak 14 assign (resid 10 and name H8 and segid STR1) (resid 9 and name H1' and segid STR1) 4.77 $shortD $shortD !peak 16 !the distance value was decreased by 0.5 A assign (resid 10 and name H8 and segid STR1) (resid 10 and name H1' and segid STR1) 4.65 $longD $longD !peak 17 ! (resid 10 and name H1' and segid STR1) 5.15 $longD $longD !peak 17 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H1' and segid STR1) 3.85 $shortD $shortD !peak 18 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H1' and segid STR1) 3.96 $shortD $shortD !peak 19 assign (resid 12 and name H8 and segid STR1) (resid 11 and name H1' and segid STR1) 4.93 $longD $longD !peak 20 !the distance value was decreased by 0.5 A assign (resid 12 and name H8 and segid STR1) (resid 12 and name H1' and segid STR1) 4.24 $shortD $shortD !peak 21 ! (resid 12 and name H1' and segid STR1) 4.74 $shortD $shortD !peak 21 assign (resid 13 and name H6 and segid STR1) (resid 12 and name H1' and segid STR1) 5.03 $longD $longD !peak 22 !the distance value was decreased by 0.5 A assign (resid 13 and name H6 and segid STR1) (resid 13 and name H1' and segid STR1) 4.62 $longD $longD !peak 23 ! (resid 13 and name H1' and segid STR1) 5.12 $longD $longD !peak 23 !the distance value was decreased by 0.5 A assign (resid 1 and name H8 and segid STR2) (resid 1 and name H1' and segid STR2) 4.32 $longD $longD !peak 24 ! (resid 1 and name H1' and segid STR2) 4.82 $longD $longD !peak 24 assign (resid 2 and name H6 and segid STR2) (resid 1 and name H1' and segid STR2) 3.93 $shortD $shortD !peak 25 !the distance value was decreased by 0.5 A assign (resid 2 and name H6 and segid STR2) (resid 2 and name H1' and segid STR2) 4.26 $shortD $shortD !peak 26 ! (resid 2 and name H1' and segid STR2) 4.76 $shortD $shortD !peak 26 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H1' and segid STR2) 5.30 $longD $longD !peak 27 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H1' and segid STR2) 4.48 $shortD $shortD !peak 28 assign (resid 4 and name H6 and segid STR2) (resid 3 and name H1' and segid STR2) 3.57 $shortD $shortD !peak 29 !the distance value was decreased by 0.5 A assign (resid 4 and name H6 and segid STR2) (resid 4 and name H1' and segid STR2) 4.63 $longD $longD !peak 30 ! (resid 4 and name H1' and segid STR2) 5.13 $longD $longD !peak 30 !the distance value was decreased by 0.5 A assign (resid 6 and name H6 and segid STR2) (resid 6 and name H1' and segid STR2) 4.31 $longD $longD !peak 31 ! (resid 6 and name H1' and segid STR2) 4.81 $longD $longD !peak 31 assign (resid 7 and name H8 and segid STR2) (resid 6 and name H1' and segid STR2) 4.74 $shortD $shortD !peak 32 !the distance value was DECREASED by 1.5 A assign (resid 7 and name H8 and segid STR2) (resid 7 and name H1' and segid STR2) 4.52 $longD $longD !peak 33 ! (resid 7 and name H1' and segid STR2) 6.02 $longD $longD !peak 33 assign (resid 8 and name H6 and segid STR2) (resid 7 and name H1' and segid STR2) 3.53 $shortD $shortD !peak 34 assign (resid 8 and name H6 and segid STR2) (resid 8 and name H1' and segid STR2) 3.84 $shortD $shortD !peak 35 assign (resid 9 and name H6 and segid STR2) (resid 8 and name H1' and segid STR2) 4.40 $shortD $shortD !peak 36 !the distance value was decreased by 0.5 A assign (resid 9 and name H6 and segid STR2) (resid 9 and name H1' and segid STR2) 4.50 $longD $longD !peak 37 ! (resid 9 and name H1' and segid STR2) 5.00 $longD $longD !peak 37 assign (resid 10 and name H6 and segid STR2) (resid 9 and name H1' and segid STR2) 4.60 $shortD $shortD !peak 38 assign (resid 10 and name H6 and segid STR2) (resid 10 and name H1' and segid STR2) 4.28 $shortD $shortD !peak 40 assign (resid 11 and name H8 and segid STR2) (resid 10 and name H1' and segid STR2) 4.41 $shortD $shortD !peak 41 assign (resid 11 and name H8 and segid STR2) (resid 11 and name H1' and segid STR2) 4.21 $shortD $shortD !peak 42 assign (resid 12 and name H6 and segid STR2) (resid 11 and name H1' and segid STR2) 3.86 $shortD $shortD !peak 43 !the distance value was decreased by 0.5 A assign (resid 12 and name H6 and segid STR2) (resid 12 and name H1' and segid STR2) 4.15 $shortD $shortD !peak 44 ! (resid 12 and name H1' and segid STR2) 4.65 $shortD $shortD !peak 44 assign (resid 13 and name H8 and segid STR2) (resid 12 and name H1' and segid STR2) 5.26 $longD $longD !peak 45 !the distance value was decreased by 0.5 A assign (resid 13 and name H8 and segid STR2) (resid 13 and name H1' and segid STR2) 4.13 $shortD $shortD !peak 46 ! (resid 13 and name H1' and segid STR2) 4.63 $shortD $shortD !peak 46 assign (resid 9 and name H9 and segid STR1) (resid 9 and name H1' and segid STR1) 2.08 $longD $longD !peak 50 assign (resid 9 and name H8 and segid STR1) (resid 9 and name H1' and segid STR1) 4.12 $shortD $shortD !peak 51 assign (resid 2 and name H2 and segid STR1) (resid 2 and name H1' and segid STR1) 4.86 $longD $longD !peak 52 assign (resid 2 and name H2 and segid STR1) (resid 13 and name H1' and segid STR2) 5.26 $longD $longD !peak 53 assign (resid 2 and name H2 and segid STR1) (resid 12 and name H1' and segid STR2) 6.02 $longD $longD !peak 54 assign (resid 2 and name H2 and segid STR1) (resid 3 and name H1' and segid STR1) 4.39 $shortD $shortD !peak 55 assign (resid 12 and name H2 and segid STR1) (resid 12 and name H1' and segid STR1) 4.85 $longD $longD !peak 56 assign (resid 12 and name H2 and segid STR1) (resid 13 and name H1' and segid STR1) 4.38 $shortD $shortD !peak 57 assign (resid 12 and name H2 and segid STR1) (resid 2 and name H1' and segid STR2) 5.01 $longD $longD !peak 58 assign (resid 12 and name H2 and segid STR1) (resid 3 and name H1' and segid STR2) 5.07 $longD $longD !peak 59 assign (resid 6 and name H2 and segid STR1) (resid 9 and name H1' and segid STR2) 4.07 $shortD $shortD !peak 60 assign (resid 6 and name H2 and segid STR1) (resid 8 and name H1' and segid STR2) 5.30 $longD $longD !peak 61 assign (resid 6 and name H2 and segid STR1) (resid 6 and name H1' and segid STR1) 4.99 $longD $longD !peak 62 assign (resid 6 and name H2 and segid STR1) (resid 7 and name H1' and segid STR1) 4.31 $shortD $shortD !peak 63 assign (resid 4 and name H2 and segid STR1) (resid 11 and name H1' and segid STR2) 4.36 $shortD $shortD !peak 64 assign (resid 5 and name H2 and segid STR1) (resid 6 and name H1' and segid STR1) 4.58 $shortD $shortD !peak 65 assign (resid 5 and name H2 and segid STR1) (resid 9 and name H1' and segid STR2) 5.52 $longD $longD !peak 66 assign (resid 9 and name H7 and segid STR1) (resid 6 and name H1' and segid STR2) 3.66 $shortD $shortD !peak 75 assign (resid 9 and name H8 and segid STR1) (resid 6 and name H1' and segid STR2) 3.92 $shortD $shortD !peak 76 assign (resid 9 and name H6 and segid STR1) (resid 4 and name H1' and segid STR2) 4.94 $longD $longD !peak 78 assign (resid 9 and name H5 and segid STR1) (resid 4 and name H1' and segid STR2) 5.78 $longD $longD !peak 79 assign (resid 9 and name H5 and segid STR1) (resid 4 and name H5 and segid STR2) 4.44 $shortD $shortD !peak 80 assign (resid 9 and name H4 and segid STR1) (resid 4 and name H5 and segid STR2) 4.07 $shortD $shortD !peak 81 assign (resid 3 and name H8 and segid STR2) (resid 4 and name H5 and segid STR2) 5.13 $longD $longD !peak 82 assign (resid 9 and name H9 and segid STR1) (resid 6 and name H1' and segid STR2) 5.71 $longD $longD !peak 83 !!assign (resid 13 and name H6 and segid STR1) !! (resid 1 and name H1' and segid STR2) 11.28 $longD $longD !peak 84 assign (resid 9 and name H1 and segid STR1) (resid 8 and name H1' and segid STR1) 3.76 $shortD $shortD !peak 85 assign (resid 9 and name H2 and segid STR1) (resid 8 and name H1' and segid STR1) 4.86 $longD $longD !peak 86 assign (resid 6 and name H2 and segid STR1) (resid 5 and name H2 and segid STR1) 4.98 $longD $longD !peak 87 assign (resid 9 and name H6 and segid STR2) (resid 8 and name H6 and segid STR2) 4.54 $shortD $shortD !peak 88 assign (resid 9 and name H6 and segid STR2) (resid 10 and name H6 and segid STR2) 4.17 $shortD $shortD !peak 90 assign (resid 7 and name H8 and segid STR2) (resid 6 and name H6 and segid STR2) 3.95 $shortD $shortD !peak 91 assign (resid 3 and name H8 and segid STR2) (resid 4 and name H6 and segid STR2) 4.22 $shortD $shortD !peak 92 !the distance value was DECREASED by 1.5 A assign (resid 7 and name H8 and segid STR2) (resid 8 and name H6 and segid STR2) 5.17 $longD $longD !peak 93 ! (resid 8 and name H6 and segid STR2) 6.67 $longD $longD !peak 93 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H6 and segid STR2) 5.40 $longD $longD !peak 94 assign (resid 12 and name H8 and segid STR1) (resid 11 and name H6 and segid STR1) 5.80 $longD $longD !peak 95 !the distance value was DECREASED by 1.5 A assign (resid 4 and name H8 and segid STR1) (resid 3 and name H6 and segid STR1) 5.36 $longD $longD !peak 96 ! (resid 3 and name H6 and segid STR1) 6.86 $longD $longD !peak 96 assign (resid 12 and name H8 and segid STR1) (resid 13 and name H6 and segid STR1) 5.00 $longD $longD !peak 97 assign (resid 2 and name H8 and segid STR1) (resid 3 and name H6 and segid STR1) 5.34 $longD $longD !peak 98 assign (resid 6 and name H8 and segid STR1) (resid 7 and name H6 and segid STR1) 5.83 $longD $longD !peak 99 assign (resid 6 and name H6 and segid STR2) (resid 9 and name H6 and segid STR1) 5.30 $longD $longD !peak 100 assign (resid 10 and name H8 and segid STR1) (resid 11 and name H6 and segid STR1) 5.74 $longD $longD !peak 101 assign (resid 6 and name H6 and segid STR2) (resid 9 and name H7 and segid STR1) 4.63 $shortD $shortD !peak 103 !the distance value was DECREASED by 1.5 A assign (resid 2 and name H8 and segid STR1) (resid 1 and name H6 and segid STR1) 3.91 $longD $longD !peak 104 ! (resid 1 and name H6 and segid STR1) 6.41 $longD $longD !peak 104 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H3' and segid STR1) 5.29 $longD $longD !peak 105 assign (resid 2 and name H8 and segid STR1) (resid 1 and name H3' and segid STR1) 5.33 $longD $longD !peak 106 assign (resid 2 and name H8 and segid STR1) (resid 2 and name H3' and segid STR1) 4.60 $shortD $shortD !peak 107 assign (resid 2 and name H8 and segid STR1) (resid 3 and name H1' and segid STR1) 5.59 $longD $longD !peak 108 assign (resid 12 and name H8 and segid STR1) (resid 13 and name H5 and segid STR1) 4.79 $shortD $shortD !peak 109 assign (resid 3 and name H6 and segid STR1) (resid 2 and name H3' and segid STR1) 5.27 $longD $longD !peak 110 assign (resid 3 and name H6 and segid STR1) (resid 3 and name H3' and segid STR1) 5.06 $longD $longD !peak 111 assign (resid 4 and name H8 and segid STR1) (resid 3 and name H3' and segid STR1) 5.13 $longD $longD !peak 112 assign (resid 4 and name H8 and segid STR1) (resid 4 and name H3' and segid STR1) 4.92 $longD $longD !peak 113 assign (resid 4 and name H8 and segid STR1) (resid 5 and name H8 and segid STR1) 3.85 $shortD $shortD !peak 114 assign (resid 5 and name H8 and segid STR1) (resid 6 and name H8 and segid STR1) 4.18 $shortD $shortD !peak 115 assign (resid 6 and name H8 and segid STR1) (resid 5 and name H3' and segid STR1) 4.20 $shortD $shortD !peak 116 assign (resid 6 and name H8 and segid STR1) (resid 6 and name H3' and segid STR1) 4.33 $shortD $shortD !peak 117 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H3' and segid STR1) 5.32 $longD $longD !peak 118 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H3' and segid STR1) 4.69 $shortD $shortD !peak 119 assign (resid 7 and name H6 and segid STR1) (resid 6 and name H3' and segid STR1) 4.30 $shortD $shortD !peak 120 assign (resid 10 and name H8 and segid STR1) (resid 10 and name H3' and segid STR1) 4.69 $shortD $shortD !peak 121 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H3' and segid STR1) 4.69 $shortD $shortD !peak 122 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H3' and segid STR1) 4.25 $shortD $shortD !peak 123 assign (resid 12 and name H8 and segid STR1) (resid 11 and name H3' and segid STR1) 4.78 $shortD $shortD !peak 124 assign (resid 12 and name H8 and segid STR1) (resid 12 and name H3' and segid STR1) 4.43 $shortD $shortD !peak 125 assign (resid 13 and name H6 and segid STR1) (resid 12 and name H3' and segid STR1) 4.47 $shortD $shortD !peak 126 assign (resid 13 and name H6 and segid STR1) (resid 13 and name H3' and segid STR1) 3.69 $shortD $shortD !peak 127 !!assign (resid 1 and name H8 and segid STR2) !! (resid 1 and name H3' and segid STR2) 6.43 $longD $longD !peak 128 assign (resid 2 and name H6 and segid STR2) (resid 1 and name H3' and segid STR2) 4.97 $longD $longD !peak 129 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H3' and segid STR2) 3.61 $shortD $shortD !peak 130 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H3' and segid STR2) 5.09 $longD $longD !peak 131 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H3' and segid STR2) 4.84 $longD $longD !peak 132 assign (resid 4 and name H6 and segid STR2) (resid 3 and name H3' and segid STR2) 5.04 $longD $longD !peak 133 assign (resid 4 and name H6 and segid STR2) (resid 4 and name H3' and segid STR2) 4.35 $shortD $shortD !peak 134 assign (resid 8 and name H6 and segid STR2) (resid 8 and name H3' and segid STR2) 3.72 $shortD $shortD !peak 135 assign (resid 8 and name H6 and segid STR2) (resid 7 and name H3' and segid STR2) 5.44 $longD $longD !peak 136 assign (resid 9 and name H6 and segid STR2) (resid 8 and name H3' and segid STR2) 5.37 $longD $longD !peak 137 assign (resid 9 and name H6 and segid STR2) (resid 9 and name H3' and segid STR2) 4.23 $shortD $shortD !peak 138 assign (resid 10 and name H6 and segid STR2) (resid 10 and name H3' and segid STR2) 3.87 $shortD $shortD !peak 139 assign (resid 10 and name H6 and segid STR2) (resid 9 and name H3' and segid STR2) 5.59 $longD $longD !peak 140 assign (resid 11 and name H8 and segid STR2) (resid 10 and name H3' and segid STR2) 5.55 $longD $longD !peak 141 assign (resid 11 and name H8 and segid STR2) (resid 11 and name H3' and segid STR2) 5.09 $longD $longD !peak 142 assign (resid 12 and name H6 and segid STR2) (resid 12 and name H3' and segid STR2) 4.11 $shortD $shortD !peak 143 assign (resid 12 and name H6 and segid STR2) (resid 11 and name H3' and segid STR2) 5.04 $longD $longD !peak 144 assign (resid 13 and name H8 and segid STR2) (resid 12 and name H3' and segid STR2) 5.08 $longD $longD !peak 145 assign (resid 6 and name H6 and segid STR2) (resid 6 and name H3' and segid STR2) 4.88 $longD $longD !peak 147 assign (resid 6 and name H6 and segid STR2) (resid 5 and name H3' and segid STR2) 4.22 $shortD $shortD !peak 148 assign (resid 10 and name H8 and segid STR1) (resid 9 and name H3' and segid STR1) 5.06 $longD $longD !peak 149 assign (resid 9 and name H1 and segid STR1) (resid 9 and name H3' and segid STR1) 4.43 $shortD $shortD !peak 150 assign (resid 10 and name H8 and segid STR1) (resid 11 and name H5 and segid STR1) 4.62 $shortD $shortD !peak 151 assign (resid 9 and name H7 and segid STR1) (resid 5 and name H3' and segid STR2) 5.85 $longD $longD !peak 152 assign (resid 9 and name H6 and segid STR1) (resid 5 and name H3' and segid STR2) 5.88 $longD $longD !peak 153 assign (resid 12 and name H1' and segid STR1) (resid 12 and name H3' and segid STR1) 4.53 $shortD $shortD !peak 154 assign (resid 2 and name H1' and segid STR1) (resid 2 and name H3' and segid STR1) 4.48 $shortD $shortD !peak 155 assign (resid 4 and name H1' and segid STR2) (resid 4 and name H3' and segid STR2) 3.80 $shortD $shortD !peak 156 assign (resid 9 and name H1' and segid STR2) (resid 9 and name H3' and segid STR2) 4.65 $longD $longD !peak 157 assign (resid 1 and name H1' and segid STR2) (resid 1 and name H3' and segid STR2) 4.73 $longD $longD !peak 158 assign (resid 8 and name H1' and segid STR2) (resid 8 and name H3' and segid STR2) 4.56 $longD $longD !peak 159 assign (resid 6 and name H1' and segid STR1) (resid 6 and name H3' and segid STR1) 4.63 $longD $longD !peak 160 assign (resid 11 and name H1' and segid STR2) (resid 11 and name H3' and segid STR2) 4.01 $shortD $shortD !peak 161 assign (resid 6 and name H1' and segid STR2) (resid 6 and name H3' and segid STR2) 3.80 $shortD $shortD !peak 162 assign (resid 2 and name H1' and segid STR2) (resid 2 and name H3' and segid STR2) 3.86 $shortD $shortD !peak 163 assign (resid 12 and name H1' and segid STR2) (resid 12 and name H3' and segid STR2) 4.20 $shortD $shortD !peak 164 !the distance value was DECREASED by 1.5 A assign (resid 10 and name H1' and segid STR2) (resid 10 and name H3' and segid STR2) 3.85 $longD $longD !peak 165 ! (resid 10 and name H3' and segid STR2) 5.35 $longD $longD !peak 165 assign (resid 10 and name H1' and segid STR1) (resid 10 and name H3' and segid STR1) 4.20 $shortD $shortD !peak 166 assign (resid 4 and name H1' and segid STR1) (resid 4 and name H3' and segid STR1) 3.76 $shortD $shortD !peak 167 assign (resid 5 and name H1' and segid STR1) (resid 5 and name H3' and segid STR1) 4.47 $longD $longD !peak 168 !the distance value was DECREASED by 1.5 A !assign (resid 1 and name H1' and segid STR1) ! (resid 1 and name H3' and segid STR1) 5.31 $longD $longD !peak 169 ! (resid 1 and name H3' and segid STR1) 6.81 $longD $longD !peak 169 !the distance value was DECREASED by 1.5 A assign (resid 11 and name H1' and segid STR1) (resid 11 and name H3' and segid STR1) 3.47 $longD $longD !peak 170 ! (resid 11 and name H3' and segid STR1) 4.97 $longD $longD !peak 170 !the distance value was DECREASED by 1.5 A assign (resid 3 and name H1' and segid STR1) (resid 3 and name H3' and segid STR1) 3.64 $longD $longD !peak 171 ! (resid 3 and name H3' and segid STR1) 5.14 $longD $longD !peak 171 !the distance value was DECREASED by 1.5 A assign (resid 13 and name H1' and segid STR1) (resid 13 and name H3' and segid STR1) 4.21 $longD $longD !peak 172 ! (resid 13 and name H3' and segid STR1) 5.71 $longD $longD !peak 172 assign (resid 3 and name H1' and segid STR2) (resid 3 and name H3' and segid STR2) 4.66 $longD $longD !peak 173 assign (resid 9 and name H1' and segid STR1) (resid 9 and name H3' and segid STR1) 4.70 $longD $longD !peak 174 assign (resid 2 and name H8 and segid STR1) (resid 2 and name H2' and segid STR1) 2.71 $shortD $shortD !peak 175 assign (resid 2 and name H8 and segid STR1) (resid 2 and name H2'' and segid STR1) 4.22 $shortD $shortD !peak 176 assign (resid 12 and name H8 and segid STR1) (resid 12 and name H2'' and segid STR1) 4.14 $shortD $shortD !peak 177 assign (resid 4 and name H8 and segid STR1) (resid 4 and name H2'' and segid STR1) 3.64 $shortD $shortD !peak 178 assign (resid 4 and name H8 and segid STR1) (resid 4 and name H2' and segid STR1) 1.97 $longD $longD !peak 179 assign (resid 12 and name H8 and segid STR1) (resid 12 and name H2' and segid STR1) 2.03 $longD $longD !peak 180 assign (resid 2 and name H8 and segid STR1) (resid 1 and name H2' and segid STR1) 3.73 $shortD $shortD !peak 181 assign (resid 12 and name H8 and segid STR1) (resid 11 and name H2' and segid STR1) 3.72 $shortD $shortD !peak 182 assign (resid 4 and name H8 and segid STR1) (resid 3 and name H2' and segid STR1) 4.78 $shortD $shortD !peak 183 assign (resid 4 and name H8 and segid STR1) (resid 3 and name H2'' and segid STR1) 4.08 $shortD $shortD !peak 184 assign (resid 12 and name H8 and segid STR1) (resid 11 and name H2'' and segid STR1) 3.24 $shortD $shortD !peak 185 assign (resid 2 and name H8 and segid STR1) (resid 1 and name H2'' and segid STR1) 3.47 $shortD $shortD !peak 186 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H2' and segid STR1) 2.80 $shortD $shortD !peak 187 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H2' and segid STR1) 3.55 $shortD $shortD !peak 188 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H2'' and segid STR1) 4.04 $shortD $shortD !peak 189 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H2'' and segid STR1) 3.24 $shortD $shortD !peak 190 assign (resid 6 and name H8 and segid STR1) (resid 6 and name H2' and segid STR1) 2.95 $shortD $shortD !peak 191 assign (resid 6 and name H8 and segid STR1) (resid 5 and name H2' and segid STR1) 3.68 $shortD $shortD !peak 192 assign (resid 6 and name H8 and segid STR1) (resid 6 and name H2'' and segid STR1) 4.39 $shortD $shortD !peak 193 assign (resid 6 and name H8 and segid STR1) (resid 5 and name H2'' and segid STR1) 2.81 $shortD $shortD !peak 194 assign (resid 13 and name H8 and segid STR2) (resid 12 and name H2'' and segid STR2) 3.19 $shortD $shortD !peak 195 assign (resid 11 and name H8 and segid STR2) (resid 10 and name H2'' and segid STR2) 3.48 $shortD $shortD !peak 196 assign (resid 1 and name H8 and segid STR2) (resid 1 and name H2' and segid STR2) 3.90 $shortD $shortD !peak 197 assign (resid 7 and name H8 and segid STR2) (resid 7 and name H2'' and segid STR2) 4.62 $shortD $shortD !peak 198 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H2'' and segid STR2) 4.01 $shortD $shortD !peak 199 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H2' and segid STR2) 2.05 $longD $longD !peak 200 assign (resid 7 and name H8 and segid STR2) (resid 7 and name H2' and segid STR2) 2.75 $shortD $shortD !peak 201 assign (resid 7 and name H8 and segid STR2) (resid 6 and name H2'' and segid STR2) 3.19 $shortD $shortD !peak 202 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H2'' and segid STR2) 3.11 $shortD $shortD !peak 203 assign (resid 13 and name H8 and segid STR2) (resid 12 and name H2' and segid STR2) 4.23 $shortD $shortD !peak 204 assign (resid 7 and name H8 and segid STR2) (resid 6 and name H2' and segid STR2) 4.01 $shortD $shortD !peak 206 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H2' and segid STR2) 3.72 $shortD $shortD !peak 207 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H2'' and segid STR1) 4.20 $shortD $shortD !peak 211 assign (resid 6 and name H6 and segid STR2) (resid 6 and name H2'' and segid STR2) 3.73 $shortD $shortD !peak 213 assign (resid 10 and name H8 and segid STR1) (resid 10 and name H2' and segid STR1) 2.61 $shortD $shortD !peak 214 assign (resid 10 and name H8 and segid STR1) (resid 10 and name H2'' and segid STR1) 4.14 $shortD $shortD !peak 215 assign (resid 4 and name H6 and segid STR2) (resid 4 and name H2'' and segid STR2) 3.65 $shortD $shortD !peak 216 assign (resid 4 and name H6 and segid STR2) (resid 3 and name H2'' and segid STR2) 2.81 $shortD $shortD !peak 217 assign (resid 4 and name H6 and segid STR2) (resid 4 and name H2' and segid STR2) 2.19 $longD $longD !peak 218 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H2' and segid STR1) 3.06 $shortD $shortD !peak 219 assign (resid 6 and name H6 and segid STR2) (resid 6 and name H2' and segid STR2) 2.37 $longD $longD !peak 222 assign (resid 6 and name H6 and segid STR2) (resid 5 and name H2'' and segid STR2) 2.93 $shortD $shortD !peak 223 assign (resid 9 and name H6 and segid STR2) (resid 9 and name H2'' and segid STR2) 3.00 $shortD $shortD !peak 226 assign (resid 13 and name H6 and segid STR1) (resid 12 and name H2'' and segid STR1) 2.96 $shortD $shortD !peak 227 assign (resid 13 and name H6 and segid STR1) (resid 12 and name H2' and segid STR1) 4.33 $shortD $shortD !peak 228 assign (resid 10 and name H6 and segid STR2) (resid 9 and name H2'' and segid STR2) 3.01 $shortD $shortD !peak 229 assign (resid 10 and name H6 and segid STR2) (resid 10 and name H2'' and segid STR2) 3.45 $shortD $shortD !peak 230 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H2'' and segid STR2) 3.96 $shortD $shortD !peak 231 assign (resid 2 and name H6 and segid STR2) (resid 1 and name H2' and segid STR2) 3.98 $shortD $shortD !peak 232 assign (resid 3 and name H6 and segid STR1) (resid 2 and name H2' and segid STR1) 3.04 $shortD $shortD !peak 233 assign (resid 3 and name H6 and segid STR1) (resid 2 and name H2'' and segid STR1) 2.84 $shortD $shortD !peak 234 assign (resid 8 and name H6 and segid STR2) (resid 7 and name H2'' and segid STR2) 3.20 $shortD $shortD !peak 235 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H2' and segid STR1) 4.18 $shortD $shortD !peak 239 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H2'' and segid STR1) 2.83 $shortD $shortD !peak 240 assign (resid 9 and name H7 and segid STR1) (resid 5 and name H2' and segid STR2) 4.09 $shortD $shortD !peak 242 assign (resid 9 and name H7 and segid STR1) (resid 5 and name H2'' and segid STR2) 4.44 $shortD $shortD !peak 243 assign (resid 3 and name H6 and segid STR1) (resid 3 and name H2' and segid STR1) 3.10 $shortD $shortD !peak 244 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H2' and segid STR2) 2.22 $longD $longD !peak 247 assign (resid 3 and name H6 and segid STR1) (resid 3 and name H2'' and segid STR1) 3.72 $shortD $shortD !peak 249 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H2'' and segid STR1) 3.81 $shortD $shortD !peak 250 assign (resid 12 and name H6 and segid STR2) (resid 12 and name H2'' and segid STR2) 4.11 $shortD $shortD !peak 251 assign (resid 12 and name H6 and segid STR2) (resid 12 and name H2' and segid STR2) 2.37 $longD $longD !peak 252 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H2' and segid STR1) 2.62 $shortD $shortD !peak 253 assign (resid 7 and name H6 and segid STR1) (resid 6 and name H2'' and segid STR1) 2.66 $shortD $shortD !peak 263 assign (resid 9 and name H6 and segid STR1) (resid 4 and name H2'' and segid STR2) 3.48 $shortD $shortD !peak 264 assign (resid 7 and name H6 and segid STR1) (resid 6 and name H2' and segid STR1) 3.61 $shortD $shortD !peak 265 assign (resid 9 and name H6 and segid STR1) (resid 5 and name H2'' and segid STR2) 4.64 $shortD $shortD !peak 266 assign (resid 9 and name H6 and segid STR1) (resid 5 and name H2' and segid STR2) 3.51 $shortD $shortD !peak 267 assign (resid 7 and name H6 and segid STR1) (resid 7 and name H2' and segid STR1) 1.96 $longD $longD !peak 268 assign (resid 7 and name H6 and segid STR1) (resid 7 and name H2'' and segid STR1) 3.69 $shortD $shortD !peak 270 assign (resid 2 and name H1' and segid STR1) (resid 2 and name H2'' and segid STR1) 2.35 $longD $longD !peak 271 assign (resid 12 and name H1' and segid STR1) (resid 12 and name H2'' and segid STR1) 2.65 $shortD $shortD !peak 272 assign (resid 2 and name H1' and segid STR1) (resid 2 and name H2' and segid STR1) 3.54 $shortD $shortD !peak 273 assign (resid 12 and name H1' and segid STR1) (resid 12 and name H2' and segid STR1) 3.22 $shortD $shortD !peak 274 assign (resid 4 and name H1' and segid STR2) (resid 4 and name H2'' and segid STR2) 2.81 $shortD $shortD !peak 275 assign (resid 9 and name H1' and segid STR2) (resid 9 and name H2'' and segid STR2) 3.13 $shortD $shortD !peak 276 assign (resid 1 and name H1' and segid STR2) (resid 1 and name H2'' and segid STR2) 3.02 $shortD $shortD !peak 277 assign (resid 7 and name H1' and segid STR2) (resid 7 and name H2'' and segid STR2) 2.06 $longD $longD !peak 278 assign (resid 6 and name H1' and segid STR1) (resid 6 and name H2'' and segid STR1) 2.35 $longD $longD !peak 279 assign (resid 4 and name H1' and segid STR1) (resid 4 and name H2'' and segid STR1) 2.30 $longD $longD !peak 280 assign (resid 5 and name H1' and segid STR1) (resid 5 and name H2'' and segid STR1) 2.27 $longD $longD !peak 281 assign (resid 10 and name H1' and segid STR1) (resid 10 and name H2'' and segid STR1) 2.41 $shortD $shortD !peak 283 assign (resid 8 and name H1' and segid STR1) (resid 8 and name H2'' and segid STR1) 2.29 $longD $longD !peak 284 !the distance value was decreased by 0.5 A assign (resid 10 and name H1' and segid STR1) (resid 10 and name H2' and segid STR1) 3.39 $shortD $shortD !peak 285 ! (resid 10 and name H2' and segid STR1) 3.89 $shortD $shortD !peak 285 assign (resid 10 and name H1' and segid STR2) (resid 10 and name H2'' and segid STR2) 2.65 $shortD $shortD !peak 286 assign (resid 5 and name H1' and segid STR1) (resid 5 and name H2' and segid STR1) 3.49 $shortD $shortD !peak 287 assign (resid 1 and name H1' and segid STR1) (resid 1 and name H2'' and segid STR1) 2.77 $shortD $shortD !peak 289 assign (resid 12 and name H1' and segid STR2) (resid 12 and name H2'' and segid STR2) 2.44 $shortD $shortD !peak 290 assign (resid 2 and name H1' and segid STR2) (resid 2 and name H2'' and segid STR2) 2.33 $longD $longD !peak 291 !the distance value was decreased by 0.5 A assign (resid 6 and name H1' and segid STR1) (resid 6 and name H2' and segid STR1) 3.26 $shortD $shortD !peak 292 ! (resid 6 and name H2' and segid STR1) 3.76 $shortD $shortD !peak 292 assign (resid 6 and name H1' and segid STR2) (resid 6 and name H2'' and segid STR2) 2.41 $shortD $shortD !peak 293 !the distance value was decreased by 0.5 A assign (resid 7 and name H1' and segid STR2) (resid 7 and name H2' and segid STR2) 3.17 $shortD $shortD !peak 294 ! (resid 7 and name H2' and segid STR2) 3.67 $shortD $shortD !peak 294 assign (resid 6 and name H1' and segid STR1) (resid 6 and name H2'' and segid STR1) 2.35 $longD $longD !peak 295 assign (resid 1 and name H5 and segid STR1) (resid 1 and name H2' and segid STR1) 4.44 $shortD $shortD !peak 296 assign (resid 12 and name H1' and segid STR2) (resid 12 and name H2' and segid STR2) 2.79 $shortD $shortD !peak 297 assign (resid 10 and name H1' and segid STR2) (resid 10 and name H2' and segid STR2) 3.46 $shortD $shortD !peak 298 assign (resid 2 and name H1' and segid STR2) (resid 2 and name H2' and segid STR2) 3.51 $shortD $shortD !peak 299 assign (resid 6 and name H1' and segid STR2) (resid 6 and name H2' and segid STR2) 3.61 $longD $longD !peak 300 !the distance value was decreased by 0.5 A assign (resid 13 and name H1' and segid STR1) (resid 13 and name H2' and segid STR1) 3.28 $shortD $shortD !peak 302 ! (resid 13 and name H2' and segid STR1) 3.78 $shortD $shortD !peak 302 assign (resid 13 and name H1' and segid STR2) (resid 13 and name H2'' and segid STR2) 2.64 $shortD $shortD !peak 303 !the distance value was decreased by 0.5 A assign (resid 4 and name H1' and segid STR2) (resid 4 and name H2' and segid STR2) 3.75 $shortD $shortD !peak 304 ! (resid 4 and name H2' and segid STR2) 4.25 $shortD $shortD !peak 304 !the distance value was decreased by 0.5 A assign (resid 1 and name H1' and segid STR1) (resid 1 and name H2' and segid STR1) 3.40 $shortD $shortD !peak 312 ! (resid 1 and name H2' and segid STR1) 3.90 $shortD $shortD !peak 312 !the distance value was decreased by 0.5 A assign (resid 11 and name H1' and segid STR1) (resid 11 and name H2' and segid STR1) 3.22 $shortD $shortD !peak 313 ! (resid 11 and name H2' and segid STR1) 3.72 $shortD $shortD !peak 313 assign (resid 3 and name H1' and segid STR1) (resid 3 and name H2' and segid STR1) 3.61 $shortD $shortD !peak 314 !the distance value was INCREASED by 1.5 A assign (resid 4 and name H5 and segid STR2) (resid 4 and name H2'' and segid STR2) 5.47 $longD $longD !peak 315 ! (resid 4 and name H2'' and segid STR2) 3.97 $longD $longD !peak 315 !!assign (resid 4 and name H5 and segid STR2) !! (resid 3 and name H2'' and segid STR2) 3.92 $shortD $shortD !peak 316 !!assign (resid 3 and name H1' and segid STR1) !! (resid 4 and name H2' and segid STR1) 4.88 $longD $longD !peak 317 !!assign (resid 3 and name H1' and segid STR1) !! (resid 2 and name H2' and segid STR1) 4.21 $shortD $shortD !peak 318 !!assign (resid 3 and name H1' and segid STR1) !! (resid 2 and name H2'' and segid STR1) 4.27 $shortD $shortD !peak 319 assign (resid 11 and name H1' and segid STR1) (resid 11 and name H2'' and segid STR1) 2.47 $shortD $shortD !peak 320 assign (resid 3 and name H1' and segid STR1) (resid 3 and name H2'' and segid STR1) 2.73 $shortD $shortD !peak 321 !the distance value was INCREASED by 1.5 A assign (resid 4 and name H5 and segid STR2) (resid 4 and name H2' and segid STR2) 4.62 $longD $longD !peak 322 ! (resid 4 and name H2' and segid STR2) 3.12 $shortD $shortD !peak 322 assign (resid 11 and name H5 and segid STR1) (resid 11 and name H2' and segid STR1) 4.58 $shortD $shortD !peak 323 assign (resid 7 and name H1' and segid STR1) (resid 7 and name H2'' and segid STR1) 2.55 $shortD $shortD !peak 324 !!assign (resid 11 and name H5 and segid STR1) !! (resid 10 and name H2' and segid STR1) 3.67 $shortD $shortD !peak 325 !!assign (resid 11 and name H5 and segid STR1) !! (resid 10 and name H2'' and segid STR1) 3.26 $shortD $shortD !peak 326 !!the distance value was decreased by 0.5 A assign (resid 7 and name H1' and segid STR1) (resid 7 and name H2' and segid STR1) 3.35 $shortD $shortD !peak 327 ! (resid 7 and name H2' and segid STR1) 4.05 $shortD $shortD !peak 327 assign (resid 7 and name H5 and segid STR1) (resid 7 and name H2' and segid STR1) 4.55 $shortD $shortD !peak 328 !!assign (resid 7 and name H3' and segid STR1) !! (resid 7 and name H2' and segid STR1) 2.67 $shortD $shortD !peak 335 !!assign (resid 1 and name H3' and segid STR1) !! (resid 1 and name H2' and segid STR1) 3.30 $shortD $shortD !peak 340 assign (resid 11 and name H3' and segid STR1) (resid 11 and name H2' and segid STR1) 2.83 $shortD $shortD !peak 341 assign (resid 3 and name H3' and segid STR1) (resid 3 and name H2' and segid STR1) 2.77 $shortD $shortD !peak 342 assign (resid 12 and name H3' and segid STR2) (resid 12 and name H2' and segid STR2) 2.74 $shortD $shortD !peak 343 assign (resid 7 and name H3' and segid STR1) (resid 7 and name H2'' and segid STR1) 3.06 $shortD $shortD !peak 345 assign (resid 8 and name H3' and segid STR2) (resid 8 and name H2' and segid STR2) 2.48 $shortD $shortD !peak 346 assign (resid 3 and name H3' and segid STR1) (resid 3 and name H2'' and segid STR1) 3.03 $shortD $shortD !peak 347 assign (resid 11 and name H3' and segid STR1) (resid 11 and name H2'' and segid STR1) 3.19 $shortD $shortD !peak 348 assign (resid 6 and name H3' and segid STR2) (resid 6 and name H2' and segid STR2) 2.61 $shortD $shortD !peak 349 assign (resid 5 and name H3' and segid STR2) (resid 5 and name H2'' and segid STR2) 3.01 $shortD $shortD !peak 350 assign (resid 5 and name H3' and segid STR2) (resid 5 and name H2' and segid STR2) 2.62 $shortD $shortD !peak 351 assign (resid 12 and name H3' and segid STR2) (resid 12 and name H2'' and segid STR2) 3.24 $shortD $shortD !peak 353 assign (resid 10 and name H3' and segid STR2) (resid 10 and name H2'' and segid STR2) 2.98 $shortD $shortD !peak 354 !the distance value was decreased by 0.5 A !!assign (resid 13 and name H3' and segid STR2) !! (resid 13 and name H2'' and segid STR2) 3.71 $shortD $shortD !peak 357 ! (resid 13 and name H2'' and segid STR2) 4.21 $shortD $shortD !peak 357 assign (resid 13 and name H3' and segid STR2) (resid 13 and name H2' and segid STR2) 2.87 $shortD $shortD !peak 358 assign (resid 1 and name H3' and segid STR2) (resid 1 and name H2'' and segid STR2) 3.07 $shortD $shortD !peak 359 assign (resid 1 and name H3' and segid STR2) (resid 1 and name H2' and segid STR2) 2.80 $shortD $shortD !peak 360 !!assign (resid 7 and name H5 and segid STR1) !! (resid 6 and name H2' and segid STR1) 3.42 $shortD $shortD !peak 362 assign (resid 9 and name H3' and segid STR2) (resid 9 and name H2'' and segid STR2) 2.73 $shortD $shortD !peak 363 assign (resid 13 and name H1' and segid STR2) (resid 13 and name H2' and segid STR2) 2.72 $shortD $shortD !peak 369 assign (resid 8 and name H1' and segid STR2) (resid 8 and name H2' and segid STR2) 2.84 $shortD $shortD !peak 370 !!assign (resid 3 and name H1' and segid STR1) !! (resid 4 and name H2'' and segid STR1) 4.31 $shortD $shortD !peak 372 assign (resid 5 and name H4' and segid STR2) (resid 5 and name H2' and segid STR2) 4.44 $shortD $shortD !peak 373 assign (resid 5 and name H4' and segid STR2) (resid 5 and name H2'' and segid STR2) 4.70 $shortD $shortD !peak 374 assign (resid 7 and name H8 and segid STR2) ((resid 8 and name H51 and segid STR2) or (resid 8 and name H52 and segid STR2) or (resid 8 and name H53 and segid STR2)) 4.1 $ovl_dev $ovl_dev ! peak 208 assign (resid 1 and name H8 and segid STR2) ((resid 2 and name H51 and segid STR2) or (resid 2 and name H52 and segid STR2) or (resid 2 and name H53 and segid STR2)) 5.1 $ovl_dev $ovl_dev ! peak 209 assign (resid 11 and name H8 and segid STR2) ((resid 12 and name H51 and segid STR2) or (resid 12 and name H52 and segid STR2) or (resid 12 and name H53 and segid STR2)) 3.7 $ovl_dev $ovl_dev ! peak 210 assign (resid 9 and name H5 and segid STR1) ((resid 6 and name H51 and segid STR2) or (resid 6 and name H52 and segid STR2) or (resid 6 and name H53 and segid STR2)) 5.3 $ovl_dev $ovl_dev ! peak 245 assign (resid 9 and name H7 and segid STR1) ((resid 6 and name H51 and segid STR2) or (resid 6 and name H52 and segid STR2) or (resid 6 and name H53 and segid STR2)) 5.8 $ovl_dev $ovl_dev ! peak 246 assign (resid 9 and name H6 and segid STR2) ((resid 10 and name H51 and segid STR2) or (resid 10 and name H52 and segid STR2) or (resid 10 and name H53 and segid STR2)) 4.3 $ovl_dev $ovl_dev ! peak 255 assign (resid 8 and name H6 and segid STR2) ((resid 9 and name H51 and segid STR2) or (resid 9 and name H52 and segid STR2) or (resid 9 and name H53 and segid STR2)) 3.0 $ovl_dev $ovl_dev ! peak 260 assign (resid 10 and name H6 and segid STR2) ((resid 9 and name H51 and segid STR2) or (resid 9 and name H52 and segid STR2) or (resid 9 and name H53 and segid STR2)) 6.4 $ovl_dev $ovl_dev ! peak 261 assign (resid 9 and name H6 and segid STR1) ((resid 6 and name H51 and segid STR2) or (resid 6 and name H52 and segid STR2) or (resid 6 and name H53 and segid STR2)) 4.5 $ovl_dev $ovl_dev ! peak 269 assign (resid 2 and name H1' and segid STR2) ((resid 2 and name H51 and segid STR2) or (resid 2 and name H52 and segid STR2) or (resid 2 and name H53 and segid STR2)) 5.6 $ovl_dev $ovl_dev ! peak 305 assign (resid 8 and name H1' and segid STR2) ((resid 8 and name H51 and segid STR2) or (resid 8 and name H52 and segid STR2) or (resid 8 and name H53 and segid STR2)) 6.2 $ovl_dev $ovl_dev ! peak 306 assign (resid 11 and name H1' and segid STR2) ((resid 12 and name H51 and segid STR2) or (resid 12 and name H52 and segid STR2) or (resid 12 and name H53 and segid STR2)) 4.7 $ovl_dev $ovl_dev ! peak 307 assign (resid 8 and name H1' and segid STR2) ((resid 9 and name H51 and segid STR2) or (resid 9 and name H52 and segid STR2) or (resid 9 and name H53 and segid STR2)) 5.6 $ovl_dev $ovl_dev ! peak 308 assign (resid 9 and name H1' and segid STR2) ((resid 9 and name H51 and segid STR2) or (resid 9 and name H52 and segid STR2) or (resid 9 and name H53 and segid STR2)) 6.5 $ovl_dev $ovl_dev ! peak 309 assign (resid 9 and name H1' and segid STR2) ((resid 10 and name H51 and segid STR2) or (resid 10 and name H52 and segid STR2) or (resid 10 and name H53 and segid STR2)) 6.5 $ovl_dev $ovl_dev ! peak 310 assign (resid 8 and name H3' and segid STR2) ((resid 8 and name H51 and segid STR2) or (resid 8 and name H52 and segid STR2) or (resid 8 and name H53 and segid STR2)) 7.0 $ovl_dev $ovl_dev ! peak 329 !assign (resid 6 and name H3' and segid STR1) ! ((resid 8 and name H51 and segid STR2) or ! (resid 8 and name H52 and segid STR2) or ! (resid 8 and name H53 and segid STR2)) 9.6 $ovl_dev $ovl_dev ! peak 330 assign (resid 11 and name H3' and segid STR2) ((resid 12 and name H51 and segid STR2) or (resid 12 and name H52 and segid STR2) or (resid 12 and name H53 and segid STR2)) 5.6 $ovl_dev $ovl_dev ! peak 332 assign (resid 12 and name H3' and segid STR2) ((resid 12 and name H51 and segid STR2) or (resid 12 and name H52 and segid STR2) or (resid 12 and name H53 and segid STR2)) 6.7 $ovl_dev $ovl_dev ! peak 334 assign (resid 8 and name H3' and segid STR2) ((resid 9 and name H51 and segid STR2) or (resid 9 and name H52 and segid STR2) or (resid 9 and name H53 and segid STR2)) 4.8 $ovl_dev $ovl_dev ! peak 336 assign (resid 9 and name H3' and segid STR2) ((resid 9 and name H51 and segid STR2) or (resid 9 and name H52 and segid STR2) or (resid 9 and name H53 and segid STR2)) 6.6 $ovl_dev $ovl_dev ! peak 337 assign (resid 10 and name H3' and segid STR2) ((resid 10 and name H51 and segid STR2) or (resid 10 and name H52 and segid STR2) or (resid 10 and name H53 and segid STR2)) 5.3 $ovl_dev $ovl_dev ! peak 338 assign (resid 5 and name H3' and segid STR2) ((resid 6 and name H51 and segid STR2) or (resid 6 and name H52 and segid STR2) or (resid 6 and name H53 and segid STR2)) 4.9 $ovl_dev $ovl_dev ! peak 344 assign (resid 5 and name H4' and segid STR2) ((resid 6 and name H51 and segid STR2) or (resid 6 and name H52 and segid STR2) or (resid 6 and name H53 and segid STR2)) 7.1 $ovl_dev $ovl_dev ! peak 377 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H5* C 1 1H5* C 1 4.419 -15.698 -9.248 2 2H5* C 1 2H5* C 1 4.771 -14.378 -10.377 3 H4* C 1 H4* C 1 2.470 -15.184 -10.658 4 H3* C 1 H3* C 1 3.138 -12.548 -10.557 5 H1* C 1 H1* C 1 0.112 -13.912 -9.021 6 1H4 C 1 H41 C 1 -0.136 -14.279 -2.264 7 2H4 C 1 H42 C 1 -1.757 -14.595 -2.849 8 H5 C 1 H5 C 1 1.753 -13.808 -3.795 9 H6 C 1 H6 C 1 2.496 -13.567 -6.038 10 1H2* C 1 1H2* C 1 2.691 -12.415 -8.274 11 2H2* C 1 2H2* C 1 1.197 -11.681 -8.940 12 H5T C 1 H5T C 1 4.421 -12.919 -8.658 13 1H5* A 2 1H5* A 2 -1.918 -13.100 -11.501 14 2H5* A 2 2H5* A 2 -1.967 -11.700 -12.587 15 H4* A 2 H4* A 2 -4.009 -11.766 -11.421 16 H3* A 2 H3* A 2 -2.363 -9.508 -11.321 17 H1* A 2 H1* A 2 -4.937 -10.805 -8.630 18 H8 A 2 H8 A 2 -1.245 -11.175 -7.349 19 1H6 A 2 H61 A 2 -3.566 -12.953 -2.000 20 2H6 A 2 H62 A 2 -2.135 -12.487 -2.902 21 H2 A 2 H2 A 2 -7.073 -12.184 -4.897 22 1H2* A 2 1H2* A 2 -2.090 -9.784 -8.947 23 2H2* A 2 2H2* A 2 -3.569 -8.745 -8.931 24 1H5* C 3 1H5* C 3 -6.662 -9.601 -10.122 25 2H5* C 3 2H5* C 3 -7.658 -8.176 -10.485 26 H4* C 3 H4* C 3 -8.109 -8.999 -8.224 27 H3* C 3 H3* C 3 -7.700 -6.376 -8.866 28 H1* C 3 H1* C 3 -6.601 -8.112 -5.883 29 1H4 C 3 H41 C 3 -0.512 -8.645 -3.424 30 2H4 C 3 H42 C 3 -1.676 -9.483 -2.397 31 H5 C 3 H5 C 3 -1.316 -7.500 -5.572 32 H6 C 3 H6 C 3 -3.225 -7.041 -7.009 33 1H2* C 3 1H2* C 3 -5.419 -6.527 -8.263 34 2H2* C 3 2H2* C 3 -6.111 -5.677 -6.843 35 1H5* A 4 1H5* A 4 -11.057 -7.326 -5.565 36 2H5* A 4 2H5* A 4 -11.905 -5.808 -5.910 37 H4* A 4 H4* A 4 -12.700 -6.857 -3.828 38 H3* A 4 H3* A 4 -12.324 -4.209 -4.007 39 H1* A 4 H1* A 4 -10.660 -5.996 -1.009 40 H8 A 4 H8 A 4 -8.348 -5.612 -4.078 41 1H6 A 4 H61 A 4 -3.629 -7.575 -0.571 42 2H6 A 4 H62 A 4 -4.112 -7.042 -2.172 43 H2 A 4 H2 A 4 -7.483 -7.637 1.914 44 1H2* A 4 1H2* A 4 -10.004 -4.408 -3.515 45 2H2* A 4 2H2* A 4 -10.659 -3.754 -1.965 46 1H5* A 5 1H5* A 5 -12.524 -5.042 0.650 47 2H5* A 5 2H5* A 5 -13.357 -3.666 1.396 48 H4* A 5 H4* A 5 -11.364 -4.203 2.620 49 H3* A 5 H3* A 5 -11.613 -1.519 1.426 50 H1* A 5 H1* A 5 -8.835 -3.696 2.741 51 H8 A 5 H8 A 5 -8.136 -3.115 -1.135 52 1H6 A 5 H61 A 5 -2.348 -4.875 0.038 53 2H6 A 5 H62 A 5 -3.482 -4.315 -1.181 54 H2 A 5 H2 A 5 -4.696 -4.857 3.985 55 1H2* A 5 1H2* A 5 -9.514 -1.722 0.598 56 2H2* A 5 2H2* A 5 -9.061 -1.292 2.323 57 1H5* A 6 1H5* A 6 -9.661 -1.876 5.684 58 2H5* A 6 2H5* A 6 -10.101 -0.430 6.615 59 H4* A 6 H4* A 6 -7.775 -1.011 6.958 60 H3* A 6 H3* A 6 -8.538 1.595 6.065 61 H1* A 6 H1* A 6 -5.300 -0.507 5.527 62 H8 A 6 H8 A 6 -7.176 -0.028 2.041 63 1H6 A 6 H61 A 6 -1.885 -1.962 -0.484 64 2H6 A 6 H62 A 6 -3.534 -1.430 -0.801 65 H2 A 6 H2 A 6 -1.370 -1.882 4.054 66 1H2* A 6 1H2* A 6 -7.314 1.292 4.099 67 2H2* A 6 2H2* A 6 -5.983 1.936 5.157 68 1H5* C 7 1H5* C 7 -4.415 0.663 8.430 69 2H5* C 7 2H5* C 7 -4.220 2.056 9.509 70 H4* C 7 H4* C 7 -2.052 1.206 8.780 71 H3* C 7 H3* C 7 -2.657 3.835 8.886 72 H1* C 7 H1* C 7 -0.787 2.427 6.036 73 1H4 C 7 H41 C 7 -4.214 2.031 0.219 74 2H4 C 7 H42 C 7 -2.602 1.360 -0.019 75 H5 C 7 H5 C 7 -4.861 3.006 2.479 76 H6 C 7 H6 C 7 -4.222 3.288 4.789 77 1H2* C 7 1H2* C 7 -3.438 3.796 6.595 78 2H2* C 7 2H2* C 7 -1.825 4.598 6.427 79 1H5* A 8 1H5* A 8 2.051 2.530 8.957 80 2H5* A 8 2H5* A 8 2.709 3.860 9.931 81 H4* A 8 H4* A 8 4.459 2.839 8.575 82 H3* A 8 H3* A 8 4.161 5.510 8.788 83 H1* A 8 H1* A 8 4.738 3.946 5.341 84 H8 A 8 H8 A 8 0.890 4.309 6.003 85 1H6 A 8 H61 A 8 0.031 3.529 -0.098 86 2H6 A 8 H62 A 8 -0.765 3.813 1.443 87 H2 A 8 H2 A 8 4.515 3.416 0.796 88 1H2* A 8 1H2* A 8 2.679 5.552 6.901 89 2H2* A 8 2H2* A 8 4.189 6.220 6.185 90 1H5* PYP 9 1H5* PYP 9 7.304 4.229 5.717 91 2H5* PYP 9 2H5* PYP 9 8.853 5.037 6.027 92 H4* PYP 9 H4* PYP 9 8.538 4.565 3.656 93 H1* PYP 9 H1* PYP 9 7.000 6.313 1.559 94 H1 PYP 9 H1 PYP 9 5.276 7.615 4.693 95 H2 PYP 9 H2 PYP 9 2.785 7.580 4.857 96 H3 PYP 9 H3 PYP 9 0.594 7.365 3.800 97 H4 PYP 9 H4 PYP 9 -0.804 7.048 1.740 98 H5 PYP 9 H5 PYP 9 -0.960 6.706 -0.668 99 H6 PYP 9 H6 PYP 9 0.125 6.436 -2.933 100 H7 PYP 9 H7 PYP 9 2.670 6.484 -3.079 101 H8 PYP 9 H8 PYP 9 4.830 6.674 -2.054 102 H9 PYP 9 H9 PYP 9 6.234 6.990 -0.054 103 2H2* PYP 9 2H2* PYP 9 8.036 8.423 2.648 104 1H2* PYP 9 1H2* PYP 9 7.224 7.941 4.181 105 H3* PYP 9 H3* PYP 9 9.402 7.022 4.604 106 1H5* G 10 1H5* G 10 9.265 7.028 -0.222 107 2H5* G 10 2H5* G 10 10.542 8.131 -0.751 108 H4* G 10 H4* G 10 8.461 8.595 -1.895 109 H3* G 10 H3* G 10 9.825 10.694 -0.493 110 H1* G 10 H1* G 10 6.318 10.131 -1.519 111 H8 G 10 H8 G 10 6.033 10.379 2.412 112 H1 G 10 H1 G 10 0.560 10.480 -0.844 113 1H2 G 10 H21 G 10 2.562 10.141 -3.773 114 2H2 G 10 H22 G 10 0.937 10.291 -3.106 115 1H2* G 10 1H2* G 10 7.911 10.951 0.901 116 2H2* G 10 2H2* G 10 7.478 12.096 -0.447 117 1H5* C 11 1H5* C 11 7.702 10.978 -4.812 118 2H5* C 11 2H5* C 11 8.544 12.262 -5.702 119 H4* C 11 H4* C 11 6.271 11.886 -6.566 120 H3* C 11 H3* C 11 7.313 14.393 -6.010 121 H1* C 11 H1* C 11 3.737 13.286 -5.486 122 1H4 C 11 H41 C 11 2.570 13.622 1.227 123 2H4 C 11 H42 C 11 1.022 13.835 0.412 124 H5 C 11 H5 C 11 4.714 13.475 -0.077 125 H6 C 11 H6 C 11 5.718 13.325 -2.289 126 1H2* C 11 1H2* C 11 6.074 14.574 -4.012 127 2H2* C 11 2H2* C 11 4.984 15.446 -5.142 128 1H5* A 12 1H5* A 12 3.449 14.513 -8.871 129 2H5* A 12 2H5* A 12 3.698 15.805 -10.058 130 H4* A 12 H4* A 12 1.353 15.617 -9.369 131 H3* A 12 H3* A 12 2.767 18.104 -9.328 132 H1* A 12 H1* A 12 -0.170 16.656 -7.056 133 H8 A 12 H8 A 12 3.109 17.426 -4.998 134 1H6 A 12 H61 A 12 -0.525 16.787 -0.018 135 2H6 A 12 H62 A 12 1.100 17.170 -0.572 136 H2 A 12 H2 A 12 -3.049 16.175 -3.774 137 1H2* A 12 1H2* A 12 2.504 18.201 -7.005 138 2H2* A 12 2H2* A 12 0.944 19.005 -7.449 139 1H5* C 13 1H5* C 13 -1.793 17.417 -9.106 140 2H5* C 13 2H5* C 13 -2.577 18.512 -10.258 141 H4* C 13 H4* C 13 -4.076 17.934 -8.408 142 H3* C 13 H3* C 13 -3.763 20.502 -9.340 143 H1* C 13 H1* C 13 -3.959 19.782 -5.729 144 1H4 C 13 H41 C 13 2.045 21.012 -2.754 145 2H4 C 13 H42 C 13 0.827 20.629 -1.538 146 H5 C 13 H5 C 13 1.303 21.313 -5.196 147 H6 C 13 H6 C 13 -0.426 20.952 -6.790 148 H3T C 13 H3T C 13 -5.321 19.675 -7.067 149 1H2* C 13 1H2* C 13 -2.087 20.933 -7.848 150 2H2* C 13 2H2* C 13 -3.470 21.810 -7.079 151 1H5* G 14 1H5* G 14 -5.078 23.244 6.930 152 2H5* G 14 2H5* G 14 -6.138 21.923 7.458 153 H4* G 14 H4* G 14 -7.102 23.167 5.567 154 H3* G 14 H3* G 14 -7.199 20.493 5.743 155 H1* G 14 H1* G 14 -5.994 22.255 2.384 156 H8 G 14 H8 G 14 -2.725 22.670 4.257 157 H1 G 14 H1 G 14 -2.210 19.962 -1.489 158 1H2 G 14 H21 G 14 -5.756 19.609 -1.281 159 2H2 G 14 H22 G 14 -4.336 19.466 -2.341 160 1H2* G 14 1H2* G 14 -5.087 20.265 4.579 161 2H2* G 14 2H2* G 14 -6.212 19.878 3.236 162 H5T G 14 H5T G 14 -3.980 21.564 5.651 163 1H5* T 15 1H5* T 15 -8.840 21.126 1.042 164 2H5* T 15 2H5* T 15 -10.345 20.214 1.250 165 H4* T 15 H4* T 15 -9.376 19.721 -0.896 166 H3* T 15 H3* T 15 -10.124 17.685 0.881 167 1H2* T 15 1H2* T 15 -7.935 17.187 1.354 168 2H2* T 15 2H2* T 15 -8.247 15.972 0.050 169 H1* T 15 H1* T 15 -7.348 17.632 -1.601 170 H3 T 15 H3 T 15 -2.970 16.397 -1.209 171 1H5M T 15 H51 T 15 -3.913 18.768 3.339 172 2H5M T 15 H52 T 15 -4.485 17.143 3.780 173 3H5M T 15 H53 T 15 -2.789 17.397 3.318 174 H6 T 15 H6 T 15 -6.163 18.092 1.932 175 1H5* G 16 1H5* G 16 -8.857 15.981 -3.555 176 2H5* G 16 2H5* G 16 -10.108 14.751 -3.807 177 H4* G 16 H4* G 16 -8.029 13.932 -4.621 178 H3* G 16 H3* G 16 -9.440 12.483 -2.609 179 H1* G 16 H1* G 16 -5.665 12.683 -3.629 180 H8 G 16 H8 G 16 -6.027 13.632 0.200 181 H1 G 16 H1 G 16 -0.091 13.580 -2.153 182 1H2 G 16 H21 G 16 -1.595 12.854 -5.294 183 2H2 G 16 H22 G 16 -0.101 13.265 -4.460 184 1H2* G 16 1H2* G 16 -7.529 12.687 -1.213 185 2H2* G 16 2H2* G 16 -7.039 11.174 -2.082 186 1H5* C 17 1H5* C 17 -6.247 11.637 -5.664 187 2H5* C 17 2H5* C 17 -6.509 10.141 -6.578 188 H4* C 17 H4* C 17 -4.146 10.824 -6.563 189 H3* C 17 H3* C 17 -4.936 8.248 -6.258 190 H1* C 17 H1* C 17 -2.208 9.886 -4.415 191 1H4 C 17 H41 C 17 -2.627 10.117 2.306 192 2H4 C 17 H42 C 17 -0.973 10.434 1.781 193 H5 C 17 H5 C 17 -4.410 9.553 0.592 194 H6 C 17 H6 C 17 -4.976 9.426 -1.709 195 1H2* C 17 1H2* C 17 -4.974 8.434 -3.852 196 2H2* C 17 2H2* C 17 -3.408 7.605 -4.111 197 1H5* 3DR 18 1H5* 3DR 18 -0.777 9.083 -8.722 198 2H5* 3DR 18 2H5* 3DR 18 -0.999 7.394 -9.220 199 1H4* 3DR 18 1H4* 3DR 18 1.178 8.283 -9.933 200 H3* 3DR 18 H3* 3DR 18 0.828 5.789 -8.779 201 1H2* 3DR 18 1H2* 3DR 18 1.387 6.615 -6.427 202 2H2* 3DR 18 2H2* 3DR 18 2.891 5.849 -6.974 203 1H1* 3DR 18 1H1* 3DR 18 3.701 7.926 -7.913 204 2H1* 3DR 18 2H1* 3DR 18 3.008 8.415 -6.344 205 1H5* T 19 1H5* T 19 5.059 6.242 -8.075 206 2H5* T 19 2H5* T 19 6.033 4.998 -8.870 207 H4* T 19 H4* T 19 6.719 5.348 -6.541 208 H3* T 19 H3* T 19 6.343 2.862 -7.681 209 1H2* T 19 1H2* T 19 4.244 2.609 -6.547 210 2H2* T 19 2H2* T 19 5.338 1.699 -5.430 211 H1* T 19 H1* T 19 5.669 3.797 -4.156 212 H3 T 19 H3 T 19 2.415 3.556 -1.115 213 1H5M T 19 H51 T 19 0.011 2.185 -5.592 214 2H5M T 19 H52 T 19 -0.945 2.945 -4.315 215 3H5M T 19 H53 T 19 -0.286 3.932 -5.637 216 H6 T 19 H6 T 19 2.381 3.409 -5.914 217 1H5* G 20 1H5* G 20 7.772 2.475 -3.234 218 2H5* G 20 2H5* G 20 8.951 1.153 -3.151 219 H4* G 20 H4* G 20 7.455 1.005 -1.311 220 H3* G 20 H3* G 20 7.572 -1.195 -3.200 221 H1* G 20 H1* G 20 5.239 0.011 -0.566 222 H8 G 20 H8 G 20 3.007 0.260 -3.900 223 H1 G 20 H1 G 20 -0.135 0.640 1.622 224 1H2 G 20 H21 G 20 3.001 0.119 3.225 225 2H2 G 20 H22 G 20 1.309 0.578 3.435 226 1H2* G 20 1H2* G 20 5.256 -1.210 -3.297 227 2H2* G 20 2H2* G 20 5.497 -2.176 -1.760 228 1H5* T 21 1H5* T 21 7.435 -1.242 1.560 229 2H5* T 21 2H5* T 21 8.328 -2.654 2.151 230 H4* T 21 H4* T 21 6.630 -1.909 3.745 231 H3* T 21 H3* T 21 6.949 -4.564 3.000 232 1H2* T 21 1H2* T 21 4.991 -4.469 1.675 233 2H2* T 21 2H2* T 21 4.275 -5.132 3.191 234 H1* T 21 H1* T 21 3.687 -2.713 3.839 235 H3 T 21 H3 T 21 -0.310 -2.369 1.745 236 1H5M T 21 H51 T 21 3.068 -2.637 -2.238 237 2H5M T 21 H52 T 21 2.837 -4.375 -1.945 238 3H5M T 21 H53 T 21 1.458 -3.369 -2.418 239 H6 T 21 H6 T 21 4.104 -3.394 0.191 240 1H5* T 22 1H5* T 22 4.080 -3.740 6.922 241 2H5* T 22 2H5* T 22 4.538 -5.058 8.013 242 H4* T 22 H4* T 22 2.184 -4.525 8.258 243 H3* T 22 H3* T 22 3.109 -7.130 7.859 244 1H2* T 22 1H2* T 22 2.214 -7.124 5.670 245 2H2* T 22 2H2* T 22 0.820 -7.872 6.519 246 H1* T 22 H1* T 22 -0.216 -5.466 6.642 247 H3 T 22 H3 T 22 -2.267 -5.087 2.661 248 1H5M T 22 H51 T 22 1.505 -6.308 0.248 249 2H5M T 22 H52 T 22 2.773 -5.681 1.321 250 3H5M T 22 H53 T 22 2.282 -7.382 1.435 251 H6 T 22 H6 T 22 2.215 -6.305 3.855 252 1H5* T 23 1H5* T 23 -1.563 -6.692 8.919 253 2H5* T 23 2H5* T 23 -1.942 -8.098 9.932 254 H4* T 23 H4* T 23 -3.754 -7.652 8.468 255 H3* T 23 H3* T 23 -2.290 -10.181 8.015 256 1H2* T 23 1H2* T 23 -2.471 -10.130 6.026 257 2H2* T 23 2H2* T 23 -4.236 -10.487 6.177 258 H1* T 23 H1* T 23 -4.740 -8.105 6.109 259 H3 T 23 H3 T 23 -4.553 -7.612 1.585 260 1H5M T 23 H51 T 23 -0.114 -9.266 1.445 261 2H5M T 23 H52 T 23 0.402 -8.758 3.100 262 3H5M T 23 H53 T 23 -0.306 -10.350 2.843 263 H6 T 23 H6 T 23 -1.352 -9.109 4.809 264 1H5* G 24 1H5* G 24 -6.782 -9.758 6.925 265 2H5* G 24 2H5* G 24 -7.663 -11.145 7.590 266 H4* G 24 H4* G 24 -8.467 -10.738 5.372 267 H3* G 24 H3* G 24 -7.474 -13.228 6.165 268 H1* G 24 H1* G 24 -7.564 -11.713 2.749 269 H8 G 24 H8 G 24 -3.795 -12.053 3.694 270 H1 G 24 H1 G 24 -4.727 -10.032 -2.270 271 1H2 G 24 H21 G 24 -8.208 -10.049 -1.528 272 2H2 G 24 H22 G 24 -6.956 -9.796 -2.745 273 1H2* G 24 1H2* G 24 -5.610 -12.953 4.691 274 2H2* G 24 2H2* G 24 -6.768 -13.893 3.653 275 1H5* T 25 1H5* T 25 -11.242 -12.825 3.489 276 2H5* T 25 2H5* T 25 -12.336 -14.220 3.474 277 H4* T 25 H4* T 25 -12.333 -12.955 1.340 278 H3* T 25 H3* T 25 -12.314 -15.679 1.464 279 1H2* T 25 1H2* T 25 -9.900 -15.751 1.186 280 2H2* T 25 2H2* T 25 -10.470 -16.085 -0.511 281 H1* T 25 H1* T 25 -10.379 -13.660 -0.958 282 H3 T 25 H3 T 25 -6.165 -13.178 -2.428 283 1H5M T 25 H51 T 25 -5.222 -14.387 2.511 284 2H5M T 25 H52 T 25 -5.649 -16.041 2.002 285 3H5M T 25 H53 T 25 -4.278 -15.194 1.262 286 H6 T 25 H6 T 25 -7.919 -14.883 1.705 287 1H5* G 26 1H5* G 26 -11.840 -14.141 -3.343 288 2H5* G 26 2H5* G 26 -12.940 -15.330 -4.058 289 H4* G 26 H4* G 26 -11.085 -15.044 -5.532 290 H3* G 26 H3* G 26 -11.888 -17.555 -4.749 291 H1* G 26 H1* G 26 -8.545 -16.570 -5.498 292 H8 G 26 H8 G 26 -7.943 -17.410 -1.777 293 H1 G 26 H1 G 26 -2.919 -15.006 -4.900 294 1H2 G 26 H21 G 26 -5.132 -14.401 -7.575 295 2H2 G 26 H22 G 26 -3.470 -14.347 -7.000 296 H3T G 26 H3T G 26 -10.617 -18.257 -6.502 297 1H2* G 26 1H2* G 26 -10.042 -17.547 -3.051 298 2H2* G 26 2H2* G 26 -9.417 -18.598 -4.386 Start of MODEL 2 1 1H5* C 1 1H5* C 1 4.909 -13.838 -10.538 2 2H5* C 1 2H5* C 1 5.117 -12.299 -11.390 3 H4* C 1 H4* C 1 3.101 -13.488 -12.165 4 H3* C 1 H3* C 1 3.133 -10.832 -11.716 5 H1* C 1 H1* C 1 0.271 -12.909 -10.509 6 1H4 C 1 H41 C 1 0.533 -14.048 -3.813 7 2H4 C 1 H42 C 1 -1.162 -14.086 -4.273 8 H5 C 1 H5 C 1 2.329 -13.660 -5.491 9 H6 C 1 H6 C 1 2.865 -13.159 -7.785 10 1H2* C 1 1H2* C 1 2.484 -11.182 -9.357 11 2H2* C 1 2H2* C 1 0.960 -10.607 -10.135 12 H5T C 1 H5T C 1 4.256 -11.250 -9.576 13 1H5* A 2 1H5* A 2 -1.731 -11.434 -12.284 14 2H5* A 2 2H5* A 2 -2.038 -9.904 -13.125 15 H4* A 2 H4* A 2 -3.622 -10.065 -11.434 16 H3* A 2 H3* A 2 -1.653 -7.938 -11.229 17 H1* A 2 H1* A 2 -4.173 -9.742 -8.788 18 H8 A 2 H8 A 2 -0.459 -9.957 -7.620 19 1H6 A 2 H61 A 2 -2.567 -12.579 -2.481 20 2H6 A 2 H62 A 2 -1.166 -11.934 -3.320 21 H2 A 2 H2 A 2 -6.138 -11.672 -5.221 22 1H2* A 2 1H2* A 2 -1.454 -8.403 -8.946 23 2H2* A 2 2H2* A 2 -3.012 -7.515 -8.782 24 1H5* C 3 1H5* C 3 -5.748 -8.446 -10.089 25 2H5* C 3 2H5* C 3 -6.923 -7.126 -10.259 26 H4* C 3 H4* C 3 -7.349 -8.413 -8.223 27 H3* C 3 H3* C 3 -7.317 -5.690 -8.358 28 H1* C 3 H1* C 3 -6.056 -7.725 -5.666 29 1H4 C 3 H41 C 3 0.038 -7.802 -3.127 30 2H4 C 3 H42 C 3 -1.016 -8.884 -2.211 31 H5 C 3 H5 C 3 -0.865 -6.553 -5.142 32 H6 C 3 H6 C 3 -2.815 -6.151 -6.559 33 1H2* C 3 1H2* C 3 -5.052 -5.654 -7.735 34 2H2* C 3 2H2* C 3 -5.828 -5.117 -6.221 35 1H5* A 4 1H5* A 4 -10.477 -7.728 -5.326 36 2H5* A 4 2H5* A 4 -11.589 -6.356 -5.464 37 H4* A 4 H4* A 4 -12.164 -7.811 -3.563 38 H3* A 4 H3* A 4 -12.258 -5.139 -3.357 39 H1* A 4 H1* A 4 -10.267 -7.009 -0.618 40 H8 A 4 H8 A 4 -8.087 -5.748 -3.550 41 1H6 A 4 H61 A 4 -3.079 -7.581 -0.375 42 2H6 A 4 H62 A 4 -3.653 -6.809 -1.846 43 H2 A 4 H2 A 4 -6.849 -8.645 2.003 44 1H2* A 4 1H2* A 4 -9.942 -5.001 -2.876 45 2H2* A 4 2H2* A 4 -10.665 -4.681 -1.256 46 1H5* A 5 1H5* A 5 -12.280 -6.697 1.123 47 2H5* A 5 2H5* A 5 -13.282 -5.589 2.076 48 H4* A 5 H4* A 5 -11.202 -5.997 3.194 49 H3* A 5 H3* A 5 -11.884 -3.222 2.423 50 H1* A 5 H1* A 5 -8.776 -5.120 3.383 51 H8 A 5 H8 A 5 -8.242 -3.825 -0.333 52 1H6 A 5 H61 A 5 -2.226 -4.889 0.661 53 2H6 A 5 H62 A 5 -3.419 -4.312 -0.493 54 H2 A 5 H2 A 5 -4.549 -5.881 4.480 55 1H2* A 5 1H2* A 5 -9.824 -3.000 1.540 56 2H2* A 5 2H2* A 5 -9.403 -2.725 3.302 57 1H5* A 6 1H5* A 6 -10.087 -3.791 6.774 58 2H5* A 6 2H5* A 6 -10.594 -2.471 7.844 59 H4* A 6 H4* A 6 -8.192 -2.957 7.972 60 H3* A 6 H3* A 6 -9.165 -0.268 7.489 61 H1* A 6 H1* A 6 -5.887 -2.212 6.666 62 H8 A 6 H8 A 6 -7.709 -1.192 3.299 63 1H6 A 6 H61 A 6 -2.188 -2.024 0.657 64 2H6 A 6 H62 A 6 -3.861 -1.552 0.388 65 H2 A 6 H2 A 6 -1.759 -2.714 5.154 66 1H2* A 6 1H2* A 6 -7.886 -0.194 5.542 67 2H2* A 6 2H2* A 6 -6.573 0.275 6.703 68 1H5* C 7 1H5* C 7 -5.077 -1.790 9.200 69 2H5* C 7 2H5* C 7 -4.771 -0.871 10.682 70 H4* C 7 H4* C 7 -2.673 -1.625 9.647 71 H3* C 7 H3* C 7 -2.973 0.837 10.684 72 H1* C 7 H1* C 7 -1.334 0.422 7.418 73 1H4 C 7 H41 C 7 -5.038 2.163 2.040 74 2H4 C 7 H42 C 7 -3.485 1.544 1.482 75 H5 C 7 H5 C 7 -5.602 2.180 4.513 76 H6 C 7 H6 C 7 -4.823 1.652 6.749 77 1H2* C 7 1H2* C 7 -3.852 1.651 8.563 78 2H2* C 7 2H2* C 7 -2.200 2.373 8.587 79 1H5* A 8 1H5* A 8 0.526 4.034 10.133 80 2H5* A 8 2H5* A 8 -0.258 4.195 8.554 81 H4* A 8 H4* A 8 2.608 3.284 9.034 82 H3* A 8 H3* A 8 1.853 5.870 9.193 83 H1* A 8 H1* A 8 3.016 4.476 5.799 84 H8 A 8 H8 A 8 -0.864 4.255 6.215 85 1H6 A 8 H61 A 8 -1.333 3.602 0.092 86 2H6 A 8 H62 A 8 -2.187 3.682 1.623 87 H2 A 8 H2 A 8 3.122 4.009 1.205 88 1H2* A 8 1H2* A 8 0.586 5.702 7.175 89 2H2* A 8 2H2* A 8 2.035 6.606 6.604 90 1H5* PYP 9 1H5* PYP 9 5.402 4.927 6.481 91 2H5* PYP 9 2H5* PYP 9 6.784 5.931 6.948 92 H4* PYP 9 H4* PYP 9 6.888 5.207 4.599 93 H1* PYP 9 H1* PYP 9 5.395 6.808 2.180 94 H1 PYP 9 H1 PYP 9 3.432 8.046 5.203 95 H2 PYP 9 H2 PYP 9 0.946 8.034 5.264 96 H3 PYP 9 H3 PYP 9 -1.191 7.788 4.161 97 H4 PYP 9 H4 PYP 9 -2.529 7.391 2.077 98 H5 PYP 9 H5 PYP 9 -2.624 6.955 -0.264 99 H6 PYP 9 H6 PYP 9 -1.513 6.579 -2.515 100 H7 PYP 9 H7 PYP 9 1.043 6.591 -2.622 101 H8 PYP 9 H8 PYP 9 3.211 6.822 -1.528 102 H9 PYP 9 H9 PYP 9 4.565 7.217 0.498 103 2H2* PYP 9 2H2* PYP 9 6.211 8.978 3.275 104 1H2* PYP 9 1H2* PYP 9 5.306 8.516 4.758 105 H3* PYP 9 H3* PYP 9 7.441 7.752 5.433 106 1H5* G 10 1H5* G 10 8.068 7.552 0.747 107 2H5* G 10 2H5* G 10 9.352 8.690 0.295 108 H4* G 10 H4* G 10 7.398 8.961 -1.119 109 H3* G 10 H3* G 10 8.643 11.130 0.126 110 H1* G 10 H1* G 10 5.108 10.646 -0.829 111 H8 G 10 H8 G 10 4.779 10.923 3.105 112 H1 G 10 H1 G 10 -0.630 10.539 -0.222 113 1H2 G 10 H21 G 10 1.462 10.166 -3.099 114 2H2 G 10 H22 G 10 -0.190 10.286 -2.490 115 1H2* G 10 1H2* G 10 6.727 11.408 1.602 116 2H2* G 10 2H2* G 10 6.320 12.543 0.245 117 1H5* C 11 1H5* C 11 7.200 10.964 -4.249 118 2H5* C 11 2H5* C 11 8.009 12.179 -5.258 119 H4* C 11 H4* C 11 5.880 11.378 -6.249 120 H3* C 11 H3* C 11 6.667 13.932 -6.172 121 H1* C 11 H1* C 11 3.083 12.913 -5.204 122 1H4 C 11 H41 C 11 2.565 14.040 1.456 123 2H4 C 11 H42 C 11 0.937 13.879 0.796 124 H5 C 11 H5 C 11 4.569 13.994 -0.043 125 H6 C 11 H6 C 11 5.392 13.630 -2.303 126 1H2* C 11 1H2* C 11 5.524 14.518 -4.229 127 2H2* C 11 2H2* C 11 4.230 15.064 -5.260 128 1H5* A 12 1H5* A 12 3.734 13.052 -9.858 129 2H5* A 12 2H5* A 12 3.939 14.179 -11.210 130 H4* A 12 H4* A 12 1.588 13.410 -10.825 131 H3* A 12 H3* A 12 2.155 15.922 -11.618 132 H1* A 12 H1* A 12 -0.166 15.248 -8.437 133 H8 A 12 H8 A 12 3.481 16.464 -7.443 134 1H6 A 12 H61 A 12 1.157 16.743 -1.711 135 2H6 A 12 H62 A 12 2.589 17.029 -2.695 136 H2 A 12 H2 A 12 -2.095 15.254 -4.539 137 1H2* A 12 1H2* A 12 2.428 16.670 -9.362 138 2H2* A 12 2H2* A 12 0.772 17.301 -9.708 139 1H5* C 13 1H5* C 13 -1.973 15.100 -9.765 140 2H5* C 13 2H5* C 13 -3.238 15.708 -10.845 141 H4* C 13 H4* C 13 -3.946 15.785 -8.506 142 H3* C 13 H3* C 13 -4.313 17.894 -10.241 143 H1* C 13 H1* C 13 -3.215 18.445 -6.760 144 1H4 C 13 H41 C 13 3.263 20.582 -6.726 145 2H4 C 13 H42 C 13 2.702 20.394 -5.064 146 H5 C 13 H5 C 13 1.636 20.254 -8.644 147 H6 C 13 H6 C 13 -0.494 19.449 -9.321 148 H3T C 13 H3T C 13 -4.940 17.719 -7.435 149 1H2* C 13 1H2* C 13 -2.335 18.843 -9.660 150 2H2* C 13 2H2* C 13 -3.495 19.898 -8.764 151 1H5* G 14 1H5* G 14 0.496 24.791 4.165 152 2H5* G 14 2H5* G 14 -0.341 23.665 5.245 153 H4* G 14 H4* G 14 -1.912 24.798 3.737 154 H3* G 14 H3* G 14 -2.103 22.178 4.294 155 H1* G 14 H1* G 14 -2.175 23.386 0.493 156 H8 G 14 H8 G 14 1.511 23.817 1.022 157 H1 G 14 H1 G 14 0.043 19.883 -3.769 158 1H2 G 14 H21 G 14 -3.267 20.029 -2.432 159 2H2 G 14 H22 G 14 -2.235 19.311 -3.682 160 1H2* G 14 1H2* G 14 -0.616 21.617 2.483 161 2H2* G 14 2H2* G 14 -2.190 21.191 1.727 162 H5T G 14 H5T G 14 0.881 22.859 2.815 163 1H5* T 15 1H5* T 15 -4.769 22.753 0.248 164 2H5* T 15 2H5* T 15 -6.337 22.556 1.050 165 H4* T 15 H4* T 15 -6.467 21.732 -1.217 166 H3* T 15 H3* T 15 -7.395 20.304 0.901 167 1H2* T 15 1H2* T 15 -5.407 19.060 1.061 168 2H2* T 15 2H2* T 15 -6.464 17.870 0.214 169 H1* T 15 H1* T 15 -5.591 18.688 -1.970 170 H3 T 15 H3 T 15 -1.703 16.327 -2.317 171 1H5M T 15 H51 T 15 -0.016 17.934 1.671 172 2H5M T 15 H52 T 15 -0.753 19.540 1.680 173 3H5M T 15 H53 T 15 -1.518 18.204 2.577 174 H6 T 15 H6 T 15 -3.384 19.362 0.992 175 1H5* G 16 1H5* G 16 -7.943 17.838 -3.168 176 2H5* G 16 2H5* G 16 -9.550 17.092 -3.122 177 H4* G 16 H4* G 16 -7.917 15.607 -4.125 178 H3* G 16 H3* G 16 -9.600 14.756 -2.026 179 H1* G 16 H1* G 16 -5.982 13.628 -3.029 180 H8 G 16 H8 G 16 -5.931 14.973 0.702 181 H1 G 16 H1 G 16 -0.303 13.241 -1.725 182 1H2 G 16 H21 G 16 -2.075 12.560 -4.739 183 2H2 G 16 H22 G 16 -0.486 12.766 -4.001 184 1H2* G 16 1H2* G 16 -7.682 14.483 -0.630 185 2H2* G 16 2H2* G 16 -7.756 12.820 -1.358 186 1H5* C 17 1H5* C 17 -7.069 12.841 -5.079 187 2H5* C 17 2H5* C 17 -7.670 11.408 -5.935 188 H4* C 17 H4* C 17 -5.204 11.625 -5.961 189 H3* C 17 H3* C 17 -6.426 9.228 -5.616 190 H1* C 17 H1* C 17 -3.427 10.430 -3.854 191 1H4 C 17 H41 C 17 -3.846 10.559 2.890 192 2H4 C 17 H42 C 17 -2.156 10.616 2.387 193 H5 C 17 H5 C 17 -5.671 10.590 1.164 194 H6 C 17 H6 C 17 -6.235 10.627 -1.154 195 1H2* C 17 1H2* C 17 -6.365 9.420 -3.200 196 2H2* C 17 2H2* C 17 -4.943 8.364 -3.496 197 1H5* 3DR 18 1H5* 3DR 18 -2.382 9.292 -8.377 198 2H5* 3DR 18 2H5* 3DR 18 -2.900 7.612 -8.612 199 1H4* 3DR 18 1H4* 3DR 18 -0.721 8.041 -9.640 200 H3* 3DR 18 H3* 3DR 18 -1.314 5.827 -8.041 201 1H2* 3DR 18 1H2* 3DR 18 -0.262 6.837 -5.966 202 2H2* 3DR 18 2H2* 3DR 18 1.017 5.766 -6.577 203 1H1* 3DR 18 1H1* 3DR 18 1.952 7.547 -7.926 204 2H1* 3DR 18 2H1* 3DR 18 1.586 8.323 -6.363 205 1H5* T 19 1H5* T 19 2.896 5.755 -8.330 206 2H5* T 19 2H5* T 19 3.662 4.316 -9.022 207 H4* T 19 H4* T 19 4.774 5.130 -6.953 208 H3* T 19 H3* T 19 4.272 2.483 -7.541 209 1H2* T 19 1H2* T 19 2.335 2.486 -6.185 210 2H2* T 19 2H2* T 19 3.519 1.734 -5.051 211 H1* T 19 H1* T 19 3.981 4.051 -4.144 212 H3 T 19 H3 T 19 0.913 3.764 -0.870 213 1H5M T 19 H51 T 19 -2.023 4.148 -5.227 214 2H5M T 19 H52 T 19 -1.785 2.392 -5.180 215 3H5M T 19 H53 T 19 -2.644 3.203 -3.861 216 H6 T 19 H6 T 19 0.575 3.564 -5.653 217 1H5* G 20 1H5* G 20 6.190 2.904 -3.192 218 2H5* G 20 2H5* G 20 7.484 1.694 -3.185 219 H4* G 20 H4* G 20 6.466 1.776 -1.027 220 H3* G 20 H3* G 20 6.680 -0.649 -2.411 221 H1* G 20 H1* G 20 4.258 0.416 0.117 222 H8 G 20 H8 G 20 1.789 0.611 -3.035 223 H1 G 20 H1 G 20 -0.903 0.604 2.732 224 1H2 G 20 H21 G 20 2.414 0.269 4.015 225 2H2 G 20 H22 G 20 0.699 0.428 4.415 226 1H2* G 20 1H2* G 20 4.268 -0.749 -2.654 227 2H2* G 20 2H2* G 20 4.578 -1.702 -1.126 228 1H5* T 21 1H5* T 21 6.762 -0.403 2.518 229 2H5* T 21 2H5* T 21 7.861 -1.730 2.940 230 H4* T 21 H4* T 21 6.308 -1.202 4.774 231 H3* T 21 H3* T 21 6.873 -3.769 3.989 232 1H2* T 21 1H2* T 21 4.923 -3.847 2.642 233 2H2* T 21 2H2* T 21 4.332 -4.719 4.108 234 H1* T 21 H1* T 21 3.366 -2.538 4.943 235 H3 T 21 H3 T 21 -0.629 -2.544 2.900 236 1H5M T 21 H51 T 21 1.141 -3.123 -1.305 237 2H5M T 21 H52 T 21 2.519 -2.026 -1.168 238 3H5M T 21 H53 T 21 2.753 -3.778 -0.949 239 H6 T 21 H6 T 21 3.853 -2.812 1.223 240 1H5* T 22 1H5* T 22 3.787 -3.696 7.919 241 2H5* T 22 2H5* T 22 4.441 -5.020 8.897 242 H4* T 22 H4* T 22 2.028 -4.944 9.067 243 H3* T 22 H3* T 22 3.385 -7.305 8.466 244 1H2* T 22 1H2* T 22 2.574 -7.197 6.236 245 2H2* T 22 2H2* T 22 1.309 -8.262 6.935 246 H1* T 22 H1* T 22 -0.134 -6.097 7.268 247 H3 T 22 H3 T 22 -2.131 -5.448 3.306 248 1H5M T 22 H51 T 22 3.001 -5.391 2.120 249 2H5M T 22 H52 T 22 2.630 -7.113 1.949 250 3H5M T 22 H53 T 22 1.826 -5.920 0.899 251 H6 T 22 H6 T 22 2.439 -6.290 4.490 252 1H5* T 23 1H5* T 23 -1.320 -7.634 9.235 253 2H5* T 23 2H5* T 23 -1.582 -9.156 10.103 254 H4* T 23 H4* T 23 -3.356 -8.786 8.592 255 H3* T 23 H3* T 23 -1.612 -11.089 7.950 256 1H2* T 23 1H2* T 23 -1.756 -10.838 5.963 257 2H2* T 23 2H2* T 23 -3.466 -11.414 6.030 258 H1* T 23 H1* T 23 -4.230 -9.093 6.194 259 H3 T 23 H3 T 23 -3.992 -8.077 1.762 260 1H5M T 23 H51 T 23 0.516 -10.408 2.838 261 2H5M T 23 H52 T 23 0.637 -9.090 1.639 262 3H5M T 23 H53 T 23 1.013 -8.809 3.385 263 H6 T 23 H6 T 23 -0.716 -9.547 4.919 264 1H5* G 24 1H5* G 24 -6.168 -11.087 6.817 265 2H5* G 24 2H5* G 24 -6.869 -12.653 7.251 266 H4* G 24 H4* G 24 -7.615 -12.073 5.058 267 H3* G 24 H3* G 24 -6.305 -14.500 5.568 268 H1* G 24 H1* G 24 -6.524 -12.500 2.438 269 H8 G 24 H8 G 24 -2.734 -12.548 3.383 270 H1 G 24 H1 G 24 -3.961 -9.878 -2.265 271 1H2 G 24 H21 G 24 -7.406 -10.388 -1.556 272 2H2 G 24 H22 G 24 -6.199 -9.807 -2.702 273 1H2* G 24 1H2* G 24 -4.456 -13.773 4.240 274 2H2* G 24 2H2* G 24 -5.444 -14.688 3.016 275 1H5* T 25 1H5* T 25 -10.071 -14.172 3.042 276 2H5* T 25 2H5* T 25 -11.030 -15.623 2.698 277 H4* T 25 H4* T 25 -11.185 -13.872 0.929 278 H3* T 25 H3* T 25 -10.935 -16.547 0.405 279 1H2* T 25 1H2* T 25 -8.558 -16.343 0.086 280 2H2* T 25 2H2* T 25 -9.135 -16.302 -1.638 281 H1* T 25 H1* T 25 -9.249 -13.814 -1.457 282 H3 T 25 H3 T 25 -5.083 -12.929 -2.928 283 1H5M T 25 H51 T 25 -4.332 -16.516 0.886 284 2H5M T 25 H52 T 25 -3.021 -15.458 0.331 285 3H5M T 25 H53 T 25 -4.011 -14.966 1.709 286 H6 T 25 H6 T 25 -6.678 -15.442 0.841 287 1H5* G 26 1H5* G 26 -11.100 -13.776 -4.004 288 2H5* G 26 2H5* G 26 -12.353 -14.836 -4.667 289 H4* G 26 H4* G 26 -10.960 -14.061 -6.470 290 H3* G 26 H3* G 26 -11.602 -16.691 -6.240 291 H1* G 26 H1* G 26 -8.289 -15.608 -7.297 292 H8 G 26 H8 G 26 -7.405 -17.170 -3.899 293 H1 G 26 H1 G 26 -2.653 -13.911 -6.623 294 1H2 G 26 H21 G 26 -5.058 -12.827 -9.005 295 2H2 G 26 H22 G 26 -3.360 -12.847 -8.562 296 H3T G 26 H3T G 26 -9.783 -15.591 -8.127 297 1H2* G 26 1H2* G 26 -9.520 -17.047 -4.918 298 2H2* G 26 2H2* G 26 -9.159 -17.786 -6.523 Start of MODEL 3 1 1H5* C 1 1H5* C 1 5.228 -15.958 -8.351 2 2H5* C 1 2H5* C 1 5.485 -14.673 -9.548 3 H4* C 1 H4* C 1 3.484 -16.008 -10.083 4 H3* C 1 H3* C 1 3.551 -13.315 -10.249 5 H1* C 1 H1* C 1 0.628 -15.104 -8.809 6 1H4 C 1 H41 C 1 0.249 -14.695 -2.043 7 2H4 C 1 H42 C 1 -1.379 -15.037 -2.587 8 H5 C 1 H5 C 1 2.152 -14.448 -3.583 9 H6 C 1 H6 C 1 2.912 -14.421 -5.849 10 1H2* C 1 1H2* C 1 2.749 -13.060 -7.987 11 2H2* C 1 2H2* C 1 1.271 -12.740 -8.968 12 H5T C 1 H5T C 1 4.580 -13.211 -8.079 13 1H5* A 2 1H5* A 2 -1.231 -14.406 -11.354 14 2H5* A 2 2H5* A 2 -1.473 -13.114 -12.541 15 H4* A 2 H4* A 2 -3.386 -13.245 -11.157 16 H3* A 2 H3* A 2 -1.914 -10.799 -11.300 17 H1* A 2 H1* A 2 -4.353 -12.351 -8.629 18 H8 A 2 H8 A 2 -0.794 -11.913 -7.027 19 1H6 A 2 H61 A 2 -3.529 -13.205 -1.711 20 2H6 A 2 H62 A 2 -2.012 -12.880 -2.534 21 H2 A 2 H2 A 2 -6.676 -13.473 -5.041 22 1H2* A 2 1H2* A 2 -1.724 -10.843 -8.905 23 2H2* A 2 2H2* A 2 -3.348 -10.061 -8.997 24 1H5* C 3 1H5* C 3 -6.167 -11.536 -10.031 25 2H5* C 3 2H5* C 3 -7.394 -10.377 -10.569 26 H4* C 3 H4* C 3 -7.808 -11.155 -8.268 27 H3* C 3 H3* C 3 -8.067 -8.561 -9.012 28 H1* C 3 H1* C 3 -6.609 -9.683 -5.932 29 1H4 C 3 H41 C 3 -0.473 -8.618 -3.710 30 2H4 C 3 H42 C 3 -1.419 -9.487 -2.498 31 H5 C 3 H5 C 3 -1.508 -8.043 -5.954 32 H6 C 3 H6 C 3 -3.491 -8.190 -7.352 33 1H2* C 3 1H2* C 3 -5.798 -8.134 -8.484 34 2H2* C 3 2H2* C 3 -6.598 -7.366 -7.068 35 1H5* A 4 1H5* A 4 -10.778 -10.095 -5.168 36 2H5* A 4 2H5* A 4 -11.991 -8.902 -5.669 37 H4* A 4 H4* A 4 -12.442 -9.790 -3.419 38 H3* A 4 H3* A 4 -12.736 -7.178 -4.002 39 H1* A 4 H1* A 4 -10.639 -8.038 -0.869 40 H8 A 4 H8 A 4 -8.518 -7.365 -4.056 41 1H6 A 4 H61 A 4 -3.442 -8.034 -0.555 42 2H6 A 4 H62 A 4 -4.042 -7.752 -2.181 43 H2 A 4 H2 A 4 -7.148 -8.831 2.017 44 1H2* A 4 1H2* A 4 -10.468 -6.708 -3.591 45 2H2* A 4 2H2* A 4 -11.262 -6.039 -2.108 46 1H5* A 5 1H5* A 5 -13.080 -7.340 0.755 47 2H5* A 5 2H5* A 5 -14.194 -6.061 1.262 48 H4* A 5 H4* A 5 -12.175 -6.021 2.577 49 H3* A 5 H3* A 5 -12.928 -3.571 1.096 50 H1* A 5 H1* A 5 -9.729 -4.939 2.521 51 H8 A 5 H8 A 5 -9.158 -4.455 -1.395 52 1H6 A 5 H61 A 5 -3.176 -5.276 -0.187 53 2H6 A 5 H62 A 5 -4.386 -4.960 -1.422 54 H2 A 5 H2 A 5 -5.520 -5.717 3.734 55 1H2* A 5 1H2* A 5 -10.916 -3.627 0.084 56 2H2* A 5 2H2* A 5 -10.556 -2.733 1.639 57 1H5* A 6 1H5* A 6 -11.062 -3.167 5.425 58 2H5* A 6 2H5* A 6 -11.567 -1.652 6.196 59 H4* A 6 H4* A 6 -9.209 -2.216 6.601 60 H3* A 6 H3* A 6 -10.055 0.361 5.860 61 H1* A 6 H1* A 6 -6.761 -1.535 5.025 62 H8 A 6 H8 A 6 -8.798 -1.300 1.629 63 1H6 A 6 H61 A 6 -3.242 -2.330 -0.964 64 2H6 A 6 H62 A 6 -4.944 -2.053 -1.325 65 H2 A 6 H2 A 6 -2.742 -2.173 3.537 66 1H2* A 6 1H2* A 6 -9.015 0.079 3.720 67 2H2* A 6 2H2* A 6 -7.647 0.840 4.650 68 1H5* C 7 1H5* C 7 -5.548 -0.660 7.717 69 2H5* C 7 2H5* C 7 -5.483 0.538 9.023 70 H4* C 7 H4* C 7 -3.229 -0.002 8.171 71 H3* C 7 H3* C 7 -3.977 2.496 8.786 72 H1* C 7 H1* C 7 -2.221 1.878 5.641 73 1H4 C 7 H41 C 7 -5.894 2.278 0.002 74 2H4 C 7 H42 C 7 -4.212 1.958 -0.431 75 H5 C 7 H5 C 7 -6.567 2.497 2.430 76 H6 C 7 H6 C 7 -5.828 2.353 4.739 77 1H2* C 7 1H2* C 7 -4.959 2.770 6.568 78 2H2* C 7 2H2* C 7 -3.475 3.790 6.450 79 1H5* A 8 1H5* A 8 0.978 1.816 8.443 80 2H5* A 8 2H5* A 8 1.359 3.146 9.550 81 H4* A 8 H4* A 8 3.314 2.561 8.214 82 H3* A 8 H3* A 8 2.443 5.171 8.538 83 H1* A 8 H1* A 8 4.132 3.748 5.681 84 H8 A 8 H8 A 8 0.683 4.593 4.091 85 1H6 A 8 H61 A 8 3.352 3.021 -1.318 86 2H6 A 8 H62 A 8 1.982 3.864 -0.608 87 H2 A 8 H2 A 8 6.298 2.288 2.066 88 1H2* A 8 1H2* A 8 1.488 5.092 6.282 89 2H2* A 8 2H2* A 8 3.058 5.969 6.040 90 1H5* PYP 9 1H5* PYP 9 6.048 4.312 5.773 91 2H5* PYP 9 2H5* PYP 9 7.444 5.190 6.407 92 H4* PYP 9 H4* PYP 9 7.559 4.813 3.980 93 H1* PYP 9 H1* PYP 9 6.189 6.871 1.813 94 H1 PYP 9 H1 PYP 9 4.235 7.683 4.982 95 H2 PYP 9 H2 PYP 9 1.769 7.510 5.035 96 H3 PYP 9 H3 PYP 9 -0.371 7.325 3.890 97 H4 PYP 9 H4 PYP 9 -1.691 7.189 1.756 98 H5 PYP 9 H5 PYP 9 -1.754 7.098 -0.639 99 H6 PYP 9 H6 PYP 9 -0.608 7.153 -2.905 100 H7 PYP 9 H7 PYP 9 1.905 7.315 -2.994 101 H8 PYP 9 H8 PYP 9 4.074 7.502 -1.851 102 H9 PYP 9 H9 PYP 9 5.401 7.655 0.227 103 2H2* PYP 9 2H2* PYP 9 7.073 8.788 3.273 104 1H2* PYP 9 1H2* PYP 9 6.131 8.118 4.646 105 H3* PYP 9 H3* PYP 9 8.237 7.160 5.184 106 1H5* G 10 1H5* G 10 8.744 7.685 0.511 107 2H5* G 10 2H5* G 10 10.067 8.828 0.218 108 H4* G 10 H4* G 10 8.129 9.410 -1.101 109 H3* G 10 H3* G 10 9.410 11.309 0.496 110 H1* G 10 H1* G 10 5.885 11.049 -0.576 111 H8 G 10 H8 G 10 5.417 10.764 3.357 112 H1 G 10 H1 G 10 0.119 10.819 -0.162 113 1H2 G 10 H21 G 10 2.256 10.887 -3.016 114 2H2 G 10 H22 G 10 0.599 10.825 -2.418 115 1H2* G 10 1H2* G 10 7.475 11.361 1.970 116 2H2* G 10 2H2* G 10 7.107 12.729 0.827 117 1H5* C 11 1H5* C 11 8.003 12.015 -3.871 118 2H5* C 11 2H5* C 11 8.670 13.432 -4.705 119 H4* C 11 H4* C 11 6.445 12.770 -5.559 120 H3* C 11 H3* C 11 7.217 15.338 -4.978 121 H1* C 11 H1* C 11 3.759 13.875 -4.321 122 1H4 C 11 H41 C 11 2.842 14.150 2.403 123 2H4 C 11 H42 C 11 1.274 13.997 1.608 124 H5 C 11 H5 C 11 4.954 14.357 1.005 125 H6 C 11 H6 C 11 5.881 14.326 -1.246 126 1H2* C 11 1H2* C 11 5.983 15.536 -3.017 127 2H2* C 11 2H2* C 11 4.668 16.101 -4.015 128 1H5* A 12 1H5* A 12 4.164 14.755 -8.673 129 2H5* A 12 2H5* A 12 4.606 15.960 -9.895 130 H4* A 12 H4* A 12 2.206 15.370 -9.945 131 H3* A 12 H3* A 12 3.011 17.908 -10.267 132 H1* A 12 H1* A 12 0.252 17.063 -7.495 133 H8 A 12 H8 A 12 3.848 17.756 -5.981 134 1H6 A 12 H61 A 12 1.150 16.796 -0.502 135 2H6 A 12 H62 A 12 2.654 17.165 -1.338 136 H2 A 12 H2 A 12 -1.948 16.096 -3.817 137 1H2* A 12 1H2* A 12 3.033 18.321 -7.907 138 2H2* A 12 2H2* A 12 1.470 19.118 -8.357 139 1H5* C 13 1H5* C 13 -1.509 17.258 -9.358 140 2H5* C 13 2H5* C 13 -2.460 18.150 -10.561 141 H4* C 13 H4* C 13 -3.646 17.892 -8.417 142 H3* C 13 H3* C 13 -3.648 20.247 -9.808 143 H1* C 13 H1* C 13 -3.038 20.248 -6.139 144 1H4 C 13 H41 C 13 3.539 21.663 -4.989 145 2H4 C 13 H42 C 13 2.734 21.331 -3.455 146 H5 C 13 H5 C 13 2.152 21.801 -7.113 147 H6 C 13 H6 C 13 0.083 21.319 -8.152 148 H3T C 13 H3T C 13 -5.336 19.364 -8.280 149 1H2* C 13 1H2* C 13 -1.702 20.925 -8.819 150 2H2* C 13 2H2* C 13 -2.903 21.959 -7.955 151 1H5* G 14 1H5* G 14 -0.090 24.367 6.036 152 2H5* G 14 2H5* G 14 -0.871 23.050 6.931 153 H4* G 14 H4* G 14 -2.495 24.371 5.637 154 H3* G 14 H3* G 14 -2.621 21.711 5.809 155 H1* G 14 H1* G 14 -2.700 23.401 2.193 156 H8 G 14 H8 G 14 0.970 23.877 2.886 157 H1 G 14 H1 G 14 -0.216 20.684 -2.497 158 1H2 G 14 H21 G 14 -3.559 20.446 -1.236 159 2H2 G 14 H22 G 14 -2.494 20.089 -2.612 160 1H2* G 14 1H2* G 14 -1.112 21.431 3.964 161 2H2* G 14 2H2* G 14 -2.661 21.066 3.133 162 H5T G 14 H5T G 14 0.363 22.705 4.397 163 1H5* T 15 1H5* T 15 -5.221 22.650 1.854 164 2H5* T 15 2H5* T 15 -6.803 22.203 2.512 165 H4* T 15 H4* T 15 -6.696 21.711 0.130 166 H3* T 15 H3* T 15 -7.675 19.945 1.952 167 1H2* T 15 1H2* T 15 -5.612 18.837 2.140 168 2H2* T 15 2H2* T 15 -6.490 17.699 1.051 169 H1* T 15 H1* T 15 -5.521 18.852 -0.913 170 H3 T 15 H3 T 15 -1.464 16.827 -1.229 171 1H5M T 15 H51 T 15 -1.880 18.055 3.892 172 2H5M T 15 H52 T 15 -0.279 17.871 3.135 173 3H5M T 15 H53 T 15 -1.030 19.470 3.232 174 H6 T 15 H6 T 15 -3.627 19.247 2.303 175 1H5* G 16 1H5* G 16 -7.623 17.924 -2.487 176 2H5* G 16 2H5* G 16 -9.202 17.130 -2.615 177 H4* G 16 H4* G 16 -7.498 15.799 -3.680 178 H3* G 16 H3* G 16 -9.180 14.688 -1.702 179 H1* G 16 H1* G 16 -5.498 13.801 -2.727 180 H8 G 16 H8 G 16 -5.636 14.741 1.126 181 H1 G 16 H1 G 16 0.177 13.643 -1.208 182 1H2 G 16 H21 G 16 -1.372 13.245 -4.386 183 2H2 G 16 H22 G 16 0.144 13.431 -3.500 184 1H2* G 16 1H2* G 16 -7.289 14.310 -0.306 185 2H2* G 16 2H2* G 16 -7.257 12.752 -1.247 186 1H5* C 17 1H5* C 17 -6.511 13.226 -4.820 187 2H5* C 17 2H5* C 17 -7.010 11.865 -5.845 188 H4* C 17 H4* C 17 -4.572 12.187 -5.779 189 H3* C 17 H3* C 17 -5.727 9.716 -5.681 190 H1* C 17 H1* C 17 -2.732 10.886 -3.852 191 1H4 C 17 H41 C 17 -3.090 10.291 2.893 192 2H4 C 17 H42 C 17 -1.410 10.494 2.400 193 H5 C 17 H5 C 17 -4.924 10.382 1.179 194 H6 C 17 H6 C 17 -5.503 10.586 -1.127 195 1H2* C 17 1H2* C 17 -5.601 9.645 -3.273 196 2H2* C 17 2H2* C 17 -4.155 8.692 -3.737 197 1H5* 3DR 18 1H5* 3DR 18 -1.420 10.870 -7.417 198 2H5* 3DR 18 2H5* 3DR 18 -1.734 9.640 -8.656 199 1H4* 3DR 18 1H4* 3DR 18 0.529 10.520 -8.836 200 H3* 3DR 18 H3* 3DR 18 -0.135 7.805 -8.868 201 1H2* 3DR 18 1H2* 3DR 18 0.473 7.476 -6.414 202 2H2* 3DR 18 2H2* 3DR 18 1.907 6.880 -7.281 203 1H1* 3DR 18 1H1* 3DR 18 2.914 9.071 -7.264 204 2H1* 3DR 18 2H1* 3DR 18 2.272 8.871 -5.611 205 1H5* T 19 1H5* T 19 4.193 7.625 -8.474 206 2H5* T 19 2H5* T 19 4.966 6.382 -9.470 207 H4* T 19 H4* T 19 5.570 6.137 -7.121 208 H3* T 19 H3* T 19 4.711 4.019 -8.698 209 1H2* T 19 1H2* T 19 2.600 4.019 -7.597 210 2H2* T 19 2H2* T 19 3.447 2.724 -6.662 211 H1* T 19 H1* T 19 4.189 4.507 -5.070 212 H3 T 19 H3 T 19 0.983 4.381 -1.968 213 1H5M T 19 H51 T 19 -1.692 5.565 -6.328 214 2H5M T 19 H52 T 19 -1.668 3.790 -6.449 215 3H5M T 19 H53 T 19 -2.457 4.578 -5.070 216 H6 T 19 H6 T 19 0.837 4.767 -6.750 217 1H5* G 20 1H5* G 20 6.167 3.204 -4.306 218 2H5* G 20 2H5* G 20 7.256 1.805 -4.358 219 H4* G 20 H4* G 20 6.063 1.870 -2.268 220 H3* G 20 H3* G 20 6.072 -0.444 -3.878 221 H1* G 20 H1* G 20 3.671 0.778 -1.378 222 H8 G 20 H8 G 20 1.413 1.333 -4.670 223 H1 G 20 H1 G 20 -1.573 1.401 0.956 224 1H2 G 20 H21 G 20 1.660 0.755 2.349 225 2H2 G 20 H22 G 20 -0.034 1.115 2.728 226 1H2* G 20 1H2* G 20 3.698 -0.267 -4.195 227 2H2* G 20 2H2* G 20 3.824 -1.309 -2.697 228 1H5* T 21 1H5* T 21 5.669 0.301 0.686 229 2H5* T 21 2H5* T 21 6.774 -0.882 1.405 230 H4* T 21 H4* T 21 5.302 0.093 3.098 231 H3* T 21 H3* T 21 5.845 -2.556 2.931 232 1H2* T 21 1H2* T 21 3.915 -2.932 1.594 233 2H2* T 21 2H2* T 21 3.308 -3.512 3.191 234 H1* T 21 H1* T 21 2.296 -1.224 3.563 235 H3 T 21 H3 T 21 -1.606 -2.109 1.432 236 1H5M T 21 H51 T 21 1.714 -1.575 -2.517 237 2H5M T 21 H52 T 21 2.031 -3.293 -2.160 238 3H5M T 21 H53 T 21 0.406 -2.762 -2.645 239 H6 T 21 H6 T 21 2.947 -1.955 -0.053 240 1H5* T 22 1H5* T 22 2.565 -1.946 6.588 241 2H5* T 22 2H5* T 22 3.335 -2.967 7.815 242 H4* T 22 H4* T 22 0.932 -3.171 7.969 243 H3* T 22 H3* T 22 2.606 -5.416 7.714 244 1H2* T 22 1H2* T 22 1.742 -5.809 5.554 245 2H2* T 22 2H2* T 22 0.618 -6.865 6.480 246 H1* T 22 H1* T 22 -1.052 -4.838 6.451 247 H3 T 22 H3 T 22 -3.088 -5.311 2.474 248 1H5M T 22 H51 T 22 1.933 -4.390 1.178 249 2H5M T 22 H52 T 22 1.938 -6.154 1.270 250 3H5M T 22 H53 T 22 0.905 -5.326 0.081 251 H6 T 22 H6 T 22 1.544 -5.034 3.690 252 1H5* T 23 1H5* T 23 -1.925 -6.515 9.065 253 2H5* T 23 2H5* T 23 -1.796 -7.978 10.055 254 H4* T 23 H4* T 23 -3.652 -8.138 8.557 255 H3* T 23 H3* T 23 -1.441 -10.067 8.129 256 1H2* T 23 1H2* T 23 -1.596 -10.064 6.157 257 2H2* T 23 2H2* T 23 -3.163 -10.961 6.291 258 H1* T 23 H1* T 23 -4.391 -8.863 6.194 259 H3 T 23 H3 T 23 -4.363 -8.310 1.682 260 1H5M T 23 H51 T 23 0.711 -7.991 3.150 261 2H5M T 23 H52 T 23 0.497 -9.731 2.967 262 3H5M T 23 H53 T 23 0.363 -8.697 1.525 263 H6 T 23 H6 T 23 -0.853 -8.831 4.891 264 1H5* G 24 1H5* G 24 -5.821 -10.831 7.140 265 2H5* G 24 2H5* G 24 -6.369 -12.375 7.811 266 H4* G 24 H4* G 24 -7.415 -12.012 5.677 267 H3* G 24 H3* G 24 -6.079 -14.377 6.273 268 H1* G 24 H1* G 24 -6.533 -12.762 2.941 269 H8 G 24 H8 G 24 -2.719 -12.375 3.723 270 H1 G 24 H1 G 24 -4.335 -10.628 -2.168 271 1H2 G 24 H21 G 24 -7.698 -11.396 -1.267 272 2H2 G 24 H22 G 24 -6.585 -10.910 -2.545 273 1H2* G 24 1H2* G 24 -4.313 -13.774 4.739 274 2H2* G 24 2H2* G 24 -5.387 -14.828 3.715 275 1H5* T 25 1H5* T 25 -10.020 -14.230 3.927 276 2H5* T 25 2H5* T 25 -11.000 -15.706 3.852 277 H4* T 25 H4* T 25 -11.271 -14.208 1.875 278 H3* T 25 H3* T 25 -11.181 -16.917 1.733 279 1H2* T 25 1H2* T 25 -8.769 -16.887 1.374 280 2H2* T 25 2H2* T 25 -9.386 -17.146 -0.317 281 H1* T 25 H1* T 25 -9.407 -14.710 -0.640 282 H3 T 25 H3 T 25 -5.359 -14.210 -2.363 283 1H5M T 25 H51 T 25 -4.000 -15.366 2.474 284 2H5M T 25 H52 T 25 -4.528 -17.026 2.070 285 3H5M T 25 H53 T 25 -3.204 -16.252 1.177 286 H6 T 25 H6 T 25 -6.810 -15.930 1.874 287 1H5* G 26 1H5* G 26 -11.046 -15.279 -3.409 288 2H5* G 26 2H5* G 26 -12.249 -16.539 -3.728 289 H4* G 26 H4* G 26 -10.686 -16.546 -5.530 290 H3* G 26 H3* G 26 -11.359 -18.856 -4.256 291 H1* G 26 H1* G 26 -8.018 -18.180 -5.467 292 H8 G 26 H8 G 26 -7.221 -18.531 -1.776 293 H1 G 26 H1 G 26 -2.504 -15.825 -5.096 294 1H2 G 26 H21 G 26 -4.813 -15.579 -7.774 295 2H2 G 26 H22 G 26 -3.155 -15.330 -7.250 296 H3T G 26 H3T G 26 -10.293 -19.914 -5.949 297 1H2* G 26 1H2* G 26 -9.366 -18.552 -2.771 298 2H2* G 26 2H2* G 26 -8.880 -19.880 -3.898 Start of MODEL 4 1 1H5* C 1 1H5* C 1 3.783 -16.167 -9.920 2 2H5* C 1 2H5* C 1 4.398 -14.835 -10.910 3 H4* C 1 H4* C 1 1.988 -15.164 -11.239 4 H3* C 1 H3* C 1 3.124 -12.713 -10.864 5 H1* C 1 H1* C 1 -0.151 -13.705 -9.453 6 1H4 C 1 H41 C 1 -0.274 -14.571 -2.738 7 2H4 C 1 H42 C 1 -1.938 -14.614 -3.281 8 H5 C 1 H5 C 1 1.620 -14.296 -4.297 9 H6 C 1 H6 C 1 2.337 -13.994 -6.530 10 1H2* C 1 1H2* C 1 2.609 -12.629 -8.627 11 2H2* C 1 2H2* C 1 1.205 -11.683 -9.231 12 H5T C 1 H5T C 1 4.275 -13.519 -9.023 13 1H5* A 2 1H5* A 2 -1.621 -12.260 -12.007 14 2H5* A 2 2H5* A 2 -1.714 -10.704 -12.845 15 H4* A 2 H4* A 2 -3.588 -10.976 -11.389 16 H3* A 2 H3* A 2 -1.800 -8.719 -11.067 17 H1* A 2 H1* A 2 -4.374 -10.597 -8.749 18 H8 A 2 H8 A 2 -0.739 -10.622 -7.261 19 1H6 A 2 H61 A 2 -3.296 -12.853 -2.138 20 2H6 A 2 H62 A 2 -1.828 -12.272 -2.905 21 H2 A 2 H2 A 2 -6.584 -12.371 -5.298 22 1H2* A 2 1H2* A 2 -1.692 -9.172 -8.758 23 2H2* A 2 2H2* A 2 -3.282 -8.326 -8.704 24 1H5* C 3 1H5* C 3 -6.003 -9.378 -10.027 25 2H5* C 3 2H5* C 3 -7.196 -8.094 -10.307 26 H4* C 3 H4* C 3 -7.673 -9.349 -8.244 27 H3* C 3 H3* C 3 -7.825 -6.653 -8.421 28 H1* C 3 H1* C 3 -6.480 -8.508 -5.662 29 1H4 C 3 H41 C 3 -0.395 -8.117 -3.076 30 2H4 C 3 H42 C 3 -1.398 -9.156 -2.068 31 H5 C 3 H5 C 3 -1.350 -7.053 -5.168 32 H6 C 3 H6 C 3 -3.313 -6.850 -6.618 33 1H2* C 3 1H2* C 3 -5.571 -6.448 -7.783 34 2H2* C 3 2H2* C 3 -6.366 -5.926 -6.275 35 1H5* A 4 1H5* A 4 -11.051 -8.655 -4.798 36 2H5* A 4 2H5* A 4 -12.059 -7.297 -5.326 37 H4* A 4 H4* A 4 -12.761 -8.132 -3.137 38 H3* A 4 H3* A 4 -12.664 -5.524 -3.644 39 H1* A 4 H1* A 4 -10.832 -6.708 -0.446 40 H8 A 4 H8 A 4 -8.582 -6.605 -3.576 41 1H6 A 4 H61 A 4 -3.713 -7.811 0.075 42 2H6 A 4 H62 A 4 -4.252 -7.782 -1.588 43 H2 A 4 H2 A 4 -7.539 -7.777 2.607 44 1H2* A 4 1H2* A 4 -10.317 -5.420 -3.152 45 2H2* A 4 2H2* A 4 -11.015 -4.627 -1.696 46 1H5* A 5 1H5* A 5 -12.868 -5.442 1.219 47 2H5* A 5 2H5* A 5 -13.717 -3.922 1.549 48 H4* A 5 H4* A 5 -11.737 -3.991 2.846 49 H3* A 5 H3* A 5 -12.039 -1.774 0.969 50 H1* A 5 H1* A 5 -9.112 -3.408 2.652 51 H8 A 5 H8 A 5 -8.479 -3.727 -1.218 52 1H6 A 5 H61 A 5 -2.687 -5.229 0.287 53 2H6 A 5 H62 A 5 -3.855 -5.055 -1.014 54 H2 A 5 H2 A 5 -5.103 -4.608 4.153 55 1H2* A 5 1H2* A 5 -10.128 -2.508 -0.051 56 2H2* A 5 2H2* A 5 -9.504 -1.318 1.162 57 1H5* A 6 1H5* A 6 -10.351 -0.965 5.371 58 2H5* A 6 2H5* A 6 -10.707 0.697 5.886 59 H4* A 6 H4* A 6 -8.466 -0.024 6.560 60 H3* A 6 H3* A 6 -8.983 2.417 5.256 61 H1* A 6 H1* A 6 -5.867 0.076 5.086 62 H8 A 6 H8 A 6 -7.673 -0.016 1.533 63 1H6 A 6 H61 A 6 -2.347 -2.481 -0.439 64 2H6 A 6 H62 A 6 -4.007 -2.093 -0.884 65 H2 A 6 H2 A 6 -1.990 -1.676 4.036 66 1H2* A 6 1H2* A 6 -7.803 1.674 3.330 67 2H2* A 6 2H2* A 6 -6.435 2.440 4.255 68 1H5* C 7 1H5* C 7 -5.124 1.522 7.926 69 2H5* C 7 2H5* C 7 -4.784 2.979 8.879 70 H4* C 7 H4* C 7 -2.736 1.693 8.406 71 H3* C 7 H3* C 7 -2.847 4.378 8.305 72 H1* C 7 H1* C 7 -1.179 2.535 5.576 73 1H4 C 7 H41 C 7 -4.682 2.186 -0.204 74 2H4 C 7 H42 C 7 -3.135 1.360 -0.403 75 H5 C 7 H5 C 7 -5.175 3.398 1.982 76 H6 C 7 H6 C 7 -4.476 3.752 4.275 77 1H2* C 7 1H2* C 7 -3.611 4.301 6.011 78 2H2* C 7 2H2* C 7 -1.902 4.850 5.820 79 1H5* A 8 1H5* A 8 1.798 2.418 8.356 80 2H5* A 8 2H5* A 8 2.464 3.754 9.320 81 H4* A 8 H4* A 8 4.235 2.606 8.085 82 H3* A 8 H3* A 8 4.115 5.261 8.302 83 H1* A 8 H1* A 8 4.564 3.856 4.753 84 H8 A 8 H8 A 8 0.769 4.228 5.668 85 1H6 A 8 H61 A 8 -0.432 3.484 -0.389 86 2H6 A 8 H62 A 8 -1.167 3.664 1.200 87 H2 A 8 H2 A 8 4.071 3.233 0.275 88 1H2* A 8 1H2* A 8 2.624 5.435 6.443 89 2H2* A 8 2H2* A 8 4.159 6.032 5.714 90 1H5* PYP 9 1H5* PYP 9 7.391 4.214 5.046 91 2H5* PYP 9 2H5* PYP 9 8.885 4.948 5.656 92 H4* PYP 9 H4* PYP 9 8.842 4.963 3.235 93 H1* PYP 9 H1* PYP 9 7.397 7.065 1.357 94 H1 PYP 9 H1 PYP 9 5.483 8.020 4.539 95 H2 PYP 9 H2 PYP 9 3.059 7.727 4.732 96 H3 PYP 9 H3 PYP 9 0.895 7.264 3.742 97 H4 PYP 9 H4 PYP 9 -0.510 6.758 1.722 98 H5 PYP 9 H5 PYP 9 -0.689 6.367 -0.646 99 H6 PYP 9 H6 PYP 9 0.321 6.198 -2.935 100 H7 PYP 9 H7 PYP 9 2.831 6.498 -3.201 101 H8 PYP 9 H8 PYP 9 5.036 6.971 -2.216 102 H9 PYP 9 H9 PYP 9 6.450 7.469 -0.257 103 2H2* PYP 9 2H2* PYP 9 8.253 8.925 2.903 104 1H2* PYP 9 1H2* PYP 9 7.362 8.151 4.259 105 H3* PYP 9 H3* PYP 9 9.453 7.209 4.726 106 1H5* G 10 1H5* G 10 9.895 7.868 0.144 107 2H5* G 10 2H5* G 10 11.080 9.125 -0.256 108 H4* G 10 H4* G 10 9.004 9.416 -1.476 109 H3* G 10 H3* G 10 10.171 11.547 -0.018 110 H1* G 10 H1* G 10 6.709 10.758 -1.047 111 H8 G 10 H8 G 10 6.337 10.899 2.895 112 H1 G 10 H1 G 10 0.965 10.328 -0.473 113 1H2 G 10 H21 G 10 3.075 10.277 -3.358 114 2H2 G 10 H22 G 10 1.419 10.160 -2.758 115 1H2* G 10 1H2* G 10 8.223 11.623 1.421 116 2H2* G 10 2H2* G 10 7.712 12.763 0.098 117 1H5* C 11 1H5* C 11 8.230 11.536 -4.170 118 2H5* C 11 2H5* C 11 8.906 12.816 -5.193 119 H4* C 11 H4* C 11 6.774 11.941 -6.057 120 H3* C 11 H3* C 11 7.362 14.618 -5.900 121 H1* C 11 H1* C 11 3.948 13.150 -5.131 122 1H4 C 11 H41 C 11 2.922 14.072 1.536 123 2H4 C 11 H42 C 11 1.339 13.972 0.769 124 H5 C 11 H5 C 11 5.019 14.110 0.168 125 H6 C 11 H6 C 11 5.985 13.855 -2.045 126 1H2* C 11 1H2* C 11 6.096 14.926 -3.905 127 2H2* C 11 2H2* C 11 4.902 15.425 -5.143 128 1H5* A 12 1H5* A 12 3.311 13.905 -8.666 129 2H5* A 12 2H5* A 12 3.598 15.028 -10.010 130 H4* A 12 H4* A 12 1.222 14.783 -9.475 131 H3* A 12 H3* A 12 2.409 17.302 -9.839 132 H1* A 12 H1* A 12 -0.469 16.251 -7.288 133 H8 A 12 H8 A 12 2.903 17.225 -5.494 134 1H6 A 12 H61 A 12 -0.425 17.146 -0.276 135 2H6 A 12 H62 A 12 1.147 17.522 -0.971 136 H2 A 12 H2 A 12 -3.162 16.089 -3.767 137 1H2* A 12 1H2* A 12 2.215 17.735 -7.517 138 2H2* A 12 2H2* A 12 0.649 18.455 -8.065 139 1H5* C 13 1H5* C 13 -2.060 16.653 -9.141 140 2H5* C 13 2H5* C 13 -3.007 17.534 -10.350 141 H4* C 13 H4* C 13 -4.215 17.415 -8.232 142 H3* C 13 H3* C 13 -3.842 19.788 -9.661 143 H1* C 13 H1* C 13 -3.882 19.544 -6.001 144 1H4 C 13 H41 C 13 2.194 21.308 -3.473 145 2H4 C 13 H42 C 13 1.044 21.071 -2.152 146 H5 C 13 H5 C 13 1.372 21.207 -5.881 147 H6 C 13 H6 C 13 -0.398 20.567 -7.341 148 H3T C 13 H3T C 13 -5.823 18.918 -8.571 149 1H2* C 13 1H2* C 13 -2.110 20.410 -8.330 150 2H2* C 13 2H2* C 13 -3.448 21.400 -7.623 151 1H5* G 14 1H5* G 14 -4.255 23.742 6.662 152 2H5* G 14 2H5* G 14 -5.061 22.357 7.422 153 H4* G 14 H4* G 14 -6.391 23.294 5.582 154 H3* G 14 H3* G 14 -6.105 20.649 5.943 155 H1* G 14 H1* G 14 -5.537 22.278 2.351 156 H8 G 14 H8 G 14 -2.142 23.199 3.816 157 H1 G 14 H1 G 14 -1.907 20.138 -1.770 158 1H2 G 14 H21 G 14 -5.365 19.444 -1.187 159 2H2 G 14 H22 G 14 -4.026 19.340 -2.347 160 1H2* G 14 1H2* G 14 -4.156 20.577 4.551 161 2H2* G 14 2H2* G 14 -5.370 19.972 3.375 162 H5T G 14 H5T G 14 -3.054 22.107 5.420 163 1H5* T 15 1H5* T 15 -8.342 21.008 1.409 164 2H5* T 15 2H5* T 15 -9.768 20.077 1.895 165 H4* T 15 H4* T 15 -9.212 19.627 -0.419 166 H3* T 15 H3* T 15 -9.752 17.629 1.399 167 1H2* T 15 1H2* T 15 -7.503 17.218 1.749 168 2H2* T 15 2H2* T 15 -7.910 15.883 0.598 169 H1* T 15 H1* T 15 -7.189 17.357 -1.281 170 H3 T 15 H3 T 15 -2.780 16.267 -1.178 171 1H5M T 15 H51 T 15 -3.884 17.472 3.839 172 2H5M T 15 H52 T 15 -2.230 17.648 3.217 173 3H5M T 15 H53 T 15 -3.328 19.036 3.186 174 H6 T 15 H6 T 15 -5.726 18.196 2.071 175 1H5* G 16 1H5* G 16 -8.791 15.520 -2.979 176 2H5* G 16 2H5* G 16 -9.980 14.209 -3.015 177 H4* G 16 H4* G 16 -7.868 13.423 -3.828 178 H3* G 16 H3* G 16 -9.111 12.148 -1.551 179 H1* G 16 H1* G 16 -5.456 12.431 -2.942 180 H8 G 16 H8 G 16 -5.613 13.610 0.835 181 H1 G 16 H1 G 16 0.186 13.444 -1.817 182 1H2 G 16 H21 G 16 -1.485 12.454 -4.805 183 2H2 G 16 H22 G 16 0.057 12.918 -4.091 184 1H2* G 16 1H2* G 16 -7.113 12.472 -0.385 185 2H2* G 16 2H2* G 16 -6.626 10.930 -1.187 186 1H5* C 17 1H5* C 17 -6.334 11.263 -4.837 187 2H5* C 17 2H5* C 17 -6.631 9.739 -5.691 188 H4* C 17 H4* C 17 -4.340 10.574 -6.031 189 H3* C 17 H3* C 17 -4.907 7.955 -5.609 190 H1* C 17 H1* C 17 -2.038 9.794 -4.125 191 1H4 C 17 H41 C 17 -2.114 9.854 2.643 192 2H4 C 17 H42 C 17 -0.472 10.168 2.083 193 H5 C 17 H5 C 17 -3.981 9.528 1.019 194 H6 C 17 H6 C 17 -4.656 9.463 -1.254 195 1H2* C 17 1H2* C 17 -4.626 8.179 -3.238 196 2H2* C 17 2H2* C 17 -3.067 7.435 -3.702 197 1H5* 3DR 18 1H5* 3DR 18 -0.829 9.200 -8.103 198 2H5* 3DR 18 2H5* 3DR 18 -1.011 7.694 -9.017 199 1H4* 3DR 18 1H4* 3DR 18 1.157 8.768 -9.400 200 H3* 3DR 18 H3* 3DR 18 0.813 6.049 -8.960 201 1H2* 3DR 18 1H2* 3DR 18 1.380 6.222 -6.471 202 2H2* 3DR 18 2H2* 3DR 18 2.883 5.636 -7.213 203 1H1* 3DR 18 1H1* 3DR 18 3.677 7.893 -7.566 204 2H1* 3DR 18 2H1* 3DR 18 2.998 7.931 -5.920 205 1H5* T 19 1H5* T 19 5.103 6.182 -8.326 206 2H5* T 19 2H5* T 19 5.958 4.899 -9.198 207 H4* T 19 H4* T 19 6.496 4.822 -6.832 208 H3* T 19 H3* T 19 5.582 2.569 -8.249 209 1H2* T 19 1H2* T 19 3.571 2.596 -7.030 210 2H2* T 19 2H2* T 19 4.520 1.436 -6.017 211 H1* T 19 H1* T 19 5.247 3.425 -4.649 212 H3 T 19 H3 T 19 2.106 3.454 -1.458 213 1H5M T 19 H51 T 19 -0.700 4.235 -5.784 214 2H5M T 19 H52 T 19 -0.596 2.463 -5.865 215 3H5M T 19 H53 T 19 -1.389 3.244 -4.479 216 H6 T 19 H6 T 19 1.862 3.416 -6.250 217 1H5* G 20 1H5* G 20 7.206 2.124 -3.876 218 2H5* G 20 2H5* G 20 8.311 0.739 -3.805 219 H4* G 20 H4* G 20 7.094 1.036 -1.712 220 H3* G 20 H3* G 20 7.175 -1.470 -3.038 221 H1* G 20 H1* G 20 4.716 0.021 -0.720 222 H8 G 20 H8 G 20 2.607 0.152 -4.130 223 H1 G 20 H1 G 20 -0.678 0.660 1.300 224 1H2 G 20 H21 G 20 2.464 0.161 2.934 225 2H2 G 20 H22 G 20 0.767 0.623 3.154 226 1H2* G 20 1H2* G 20 4.803 -1.396 -3.366 227 2H2* G 20 2H2* G 20 4.929 -2.224 -1.740 228 1H5* T 21 1H5* T 21 6.854 -0.833 1.741 229 2H5* T 21 2H5* T 21 7.801 -2.148 2.465 230 H4* T 21 H4* T 21 6.098 -1.302 4.004 231 H3* T 21 H3* T 21 6.516 -3.997 3.552 232 1H2* T 21 1H2* T 21 4.627 -4.101 2.144 233 2H2* T 21 2H2* T 21 3.890 -4.684 3.685 234 H1* T 21 H1* T 21 3.140 -2.252 4.109 235 H3 T 21 H3 T 21 -0.784 -2.429 1.848 236 1H5M T 21 H51 T 21 1.256 -3.426 -2.200 237 2H5M T 21 H52 T 21 2.813 -2.625 -1.962 238 3H5M T 21 H53 T 21 2.646 -4.361 -1.620 239 H6 T 21 H6 T 21 3.771 -3.136 0.535 240 1H5* T 22 1H5* T 22 3.512 -3.139 7.399 241 2H5* T 22 2H5* T 22 3.944 -4.422 8.545 242 H4* T 22 H4* T 22 1.551 -3.949 8.600 243 H3* T 22 H3* T 22 2.604 -6.549 8.325 244 1H2* T 22 1H2* T 22 1.721 -6.702 6.163 245 2H2* T 22 2H2* T 22 0.310 -7.379 7.051 246 H1* T 22 H1* T 22 -0.702 -4.959 6.951 247 H3 T 22 H3 T 22 -2.637 -4.970 2.920 248 1H5M T 22 H51 T 22 2.037 -7.116 1.944 249 2H5M T 22 H52 T 22 1.268 -6.108 0.693 250 3H5M T 22 H53 T 22 2.481 -5.409 1.783 251 H6 T 22 H6 T 22 1.856 -5.903 4.306 252 1H5* T 23 1H5* T 23 -2.048 -6.529 9.573 253 2H5* T 23 2H5* T 23 -2.301 -7.993 10.535 254 H4* T 23 H4* T 23 -4.091 -7.683 8.966 255 H3* T 23 H3* T 23 -2.392 -10.087 8.610 256 1H2* T 23 1H2* T 23 -2.423 -10.009 6.627 257 2H2* T 23 2H2* T 23 -4.136 -10.551 6.617 258 H1* T 23 H1* T 23 -4.869 -8.197 6.562 259 H3 T 23 H3 T 23 -4.492 -7.651 2.075 260 1H5M T 23 H51 T 23 0.448 -8.520 3.796 261 2H5M T 23 H52 T 23 -0.163 -10.157 3.566 262 3H5M T 23 H53 T 23 0.031 -9.104 2.140 263 H6 T 23 H6 T 23 -1.359 -8.973 5.435 264 1H5* G 24 1H5* G 24 -6.692 -10.232 7.215 265 2H5* G 24 2H5* G 24 -7.473 -11.728 7.762 266 H4* G 24 H4* G 24 -8.055 -11.334 5.481 267 H3* G 24 H3* G 24 -6.919 -13.765 6.261 268 H1* G 24 H1* G 24 -6.877 -12.051 3.012 269 H8 G 24 H8 G 24 -3.130 -11.921 4.054 270 H1 G 24 H1 G 24 -4.261 -10.260 -1.998 271 1H2 G 24 H21 G 24 -7.705 -10.779 -1.255 272 2H2 G 24 H22 G 24 -6.515 -10.319 -2.474 273 1H2* G 24 1H2* G 24 -4.915 -13.199 5.008 274 2H2* G 24 2H2* G 24 -5.843 -14.197 3.812 275 1H5* T 25 1H5* T 25 -10.407 -13.209 3.336 276 2H5* T 25 2H5* T 25 -11.466 -14.630 3.246 277 H4* T 25 H4* T 25 -11.653 -13.127 1.255 278 H3* T 25 H3* T 25 -11.626 -15.836 1.092 279 1H2* T 25 1H2* T 25 -9.225 -15.868 0.770 280 2H2* T 25 2H2* T 25 -9.809 -16.088 -0.938 281 H1* T 25 H1* T 25 -9.746 -13.622 -1.209 282 H3 T 25 H3 T 25 -5.523 -13.383 -2.742 283 1H5M T 25 H51 T 25 -4.647 -14.516 2.221 284 2H5M T 25 H52 T 25 -5.106 -16.178 1.761 285 3H5M T 25 H53 T 25 -3.696 -15.398 1.022 286 H6 T 25 H6 T 25 -7.333 -14.960 1.415 287 1H5* G 26 1H5* G 26 -11.451 -13.800 -3.803 288 2H5* G 26 2H5* G 26 -12.844 -14.815 -4.209 289 H4* G 26 H4* G 26 -11.429 -14.618 -6.150 290 H3* G 26 H3* G 26 -12.341 -17.046 -5.394 291 H1* G 26 H1* G 26 -8.874 -16.628 -6.514 292 H8 G 26 H8 G 26 -8.243 -17.576 -2.877 293 H1 G 26 H1 G 26 -3.234 -14.834 -5.724 294 1H2 G 26 H21 G 26 -5.475 -14.097 -8.388 295 2H2 G 26 H22 G 26 -3.815 -14.006 -7.820 296 H3T G 26 H3T G 26 -10.374 -16.587 -7.392 297 1H2* G 26 1H2* G 26 -10.333 -17.309 -3.931 298 2H2* G 26 2H2* G 26 -10.020 -18.434 -5.307 Start of MODEL 5 1 1H5* C 1 1H5* C 1 3.254 -19.160 -7.768 2 2H5* C 1 2H5* C 1 3.737 -18.176 -9.165 3 H4* C 1 H4* C 1 1.490 -19.125 -9.472 4 H3* C 1 H3* C 1 2.073 -16.549 -10.088 5 H1* C 1 H1* C 1 -1.104 -17.484 -8.319 6 1H4 C 1 H41 C 1 -0.915 -15.817 -1.736 7 2H4 C 1 H42 C 1 -2.607 -15.769 -2.193 8 H5 C 1 H5 C 1 0.874 -16.395 -3.321 9 H6 C 1 H6 C 1 1.461 -16.963 -5.575 10 1H2* C 1 1H2* C 1 1.384 -15.805 -7.847 11 2H2* C 1 2H2* C 1 -0.037 -15.364 -8.872 12 H5T C 1 H5T C 1 3.175 -16.331 -7.956 13 1H5* A 2 1H5* A 2 -2.733 -16.698 -10.811 14 2H5* A 2 2H5* A 2 -2.869 -15.576 -12.174 15 H4* A 2 H4* A 2 -4.513 -15.012 -10.572 16 H3* A 2 H3* A 2 -2.462 -13.065 -11.237 17 H1* A 2 H1* A 2 -5.000 -13.634 -8.281 18 H8 A 2 H8 A 2 -1.311 -13.526 -6.936 19 1H6 A 2 H61 A 2 -3.865 -13.373 -1.356 20 2H6 A 2 H62 A 2 -2.366 -13.399 -2.274 21 H2 A 2 H2 A 2 -7.216 -13.760 -4.464 22 1H2* A 2 1H2* A 2 -2.200 -12.640 -8.912 23 2H2* A 2 2H2* A 2 -3.691 -11.657 -9.108 24 1H5* C 3 1H5* C 3 -6.629 -12.797 -9.854 25 2H5* C 3 2H5* C 3 -7.696 -11.559 -10.541 26 H4* C 3 H4* C 3 -8.135 -11.907 -8.141 27 H3* C 3 H3* C 3 -8.013 -9.467 -9.318 28 H1* C 3 H1* C 3 -6.673 -10.279 -6.103 29 1H4 C 3 H41 C 3 -0.408 -9.710 -4.034 30 2H4 C 3 H42 C 3 -1.456 -10.192 -2.697 31 H5 C 3 H5 C 3 -1.394 -9.390 -6.365 32 H6 C 3 H6 C 3 -3.417 -9.517 -7.733 33 1H2* C 3 1H2* C 3 -5.707 -9.305 -8.876 34 2H2* C 3 2H2* C 3 -6.346 -8.196 -7.620 35 1H5* A 4 1H5* A 4 -10.996 -9.867 -5.428 36 2H5* A 4 2H5* A 4 -11.997 -8.578 -6.123 37 H4* A 4 H4* A 4 -12.541 -9.012 -3.753 38 H3* A 4 H3* A 4 -12.376 -6.478 -4.753 39 H1* A 4 H1* A 4 -10.496 -7.245 -1.508 40 H8 A 4 H8 A 4 -8.256 -7.438 -4.705 41 1H6 A 4 H61 A 4 -3.323 -7.953 -0.988 42 2H6 A 4 H62 A 4 -3.885 -7.976 -2.652 43 H2 A 4 H2 A 4 -7.120 -7.799 1.578 44 1H2* A 4 1H2* A 4 -10.093 -6.377 -4.399 45 2H2* A 4 2H2* A 4 -10.773 -5.352 -3.069 46 1H5* A 5 1H5* A 5 -12.719 -6.120 0.052 47 2H5* A 5 2H5* A 5 -13.663 -4.660 0.398 48 H4* A 5 H4* A 5 -11.724 -4.807 1.843 49 H3* A 5 H3* A 5 -12.112 -2.407 0.156 50 H1* A 5 H1* A 5 -9.141 -4.017 1.807 51 H8 A 5 H8 A 5 -8.518 -4.162 -2.126 52 1H6 A 5 H61 A 5 -2.574 -5.108 -0.723 53 2H6 A 5 H62 A 5 -3.749 -4.961 -2.022 54 H2 A 5 H2 A 5 -4.934 -4.607 3.168 55 1H2* A 5 1H2* A 5 -10.120 -2.774 -0.764 56 2H2* A 5 2H2* A 5 -9.701 -1.781 0.708 57 1H5* A 6 1H5* A 6 -10.340 -1.902 4.492 58 2H5* A 6 2H5* A 6 -10.771 -0.324 5.180 59 H4* A 6 H4* A 6 -8.470 -0.971 5.690 60 H3* A 6 H3* A 6 -9.117 1.579 4.602 61 H1* A 6 H1* A 6 -5.952 -0.668 4.252 62 H8 A 6 H8 A 6 -7.779 -0.574 0.748 63 1H6 A 6 H61 A 6 -2.231 -2.194 -1.514 64 2H6 A 6 H62 A 6 -3.914 -1.887 -1.937 65 H2 A 6 H2 A 6 -1.864 -1.635 2.985 66 1H2* A 6 1H2* A 6 -7.916 1.030 2.635 67 2H2* A 6 2H2* A 6 -6.565 1.755 3.602 68 1H5* C 7 1H5* C 7 -5.075 0.383 6.934 69 2H5* C 7 2H5* C 7 -4.954 1.671 8.149 70 H4* C 7 H4* C 7 -2.754 0.688 7.637 71 H3* C 7 H3* C 7 -3.092 3.326 7.970 72 H1* C 7 H1* C 7 -1.180 2.146 5.038 73 1H4 C 7 H41 C 7 -4.529 2.277 -0.836 74 2H4 C 7 H42 C 7 -2.877 1.710 -1.108 75 H5 C 7 H5 C 7 -5.237 3.010 1.504 76 H6 C 7 H6 C 7 -4.617 3.087 3.842 77 1H2* C 7 1H2* C 7 -3.796 3.555 5.649 78 2H2* C 7 2H2* C 7 -2.155 4.299 5.621 79 1H5* A 8 1H5* A 8 1.688 1.740 7.905 80 2H5* A 8 2H5* A 8 2.187 2.881 9.170 81 H4* A 8 H4* A 8 4.119 2.096 7.897 82 H3* A 8 H3* A 8 3.873 4.667 8.538 83 H1* A 8 H1* A 8 4.604 3.875 4.861 84 H8 A 8 H8 A 8 0.737 3.871 5.479 85 1H6 A 8 H61 A 8 0.055 4.119 -0.672 86 2H6 A 8 H62 A 8 -0.782 4.063 0.875 87 H2 A 8 H2 A 8 4.525 4.096 0.321 88 1H2* A 8 1H2* A 8 2.449 5.072 6.623 89 2H2* A 8 2H2* A 8 3.976 5.867 6.102 90 1H5* PYP 9 1H5* PYP 9 7.402 4.120 5.056 91 2H5* PYP 9 2H5* PYP 9 8.722 5.051 5.786 92 H4* PYP 9 H4* PYP 9 8.760 5.291 3.382 93 H1* PYP 9 H1* PYP 9 7.048 7.255 1.609 94 H1 PYP 9 H1 PYP 9 4.780 7.445 4.672 95 H2 PYP 9 H2 PYP 9 2.314 7.409 4.562 96 H3 PYP 9 H3 PYP 9 0.241 7.385 3.280 97 H4 PYP 9 H4 PYP 9 -0.952 7.375 1.065 98 H5 PYP 9 H5 PYP 9 -0.873 7.355 -1.343 99 H6 PYP 9 H6 PYP 9 0.388 7.390 -3.512 100 H7 PYP 9 H7 PYP 9 2.945 7.404 -3.444 101 H8 PYP 9 H8 PYP 9 5.028 7.445 -2.176 102 H9 PYP 9 H9 PYP 9 6.235 7.470 -0.058 103 2H2* PYP 9 2H2* PYP 9 7.407 9.080 3.389 104 1H2* PYP 9 1H2* PYP 9 6.618 7.996 4.588 105 H3* PYP 9 H3* PYP 9 8.875 7.455 5.098 106 1H5* G 10 1H5* G 10 9.263 8.760 0.534 107 2H5* G 10 2H5* G 10 10.371 10.143 0.484 108 H4* G 10 H4* G 10 8.472 10.539 -0.942 109 H3* G 10 H3* G 10 9.234 12.405 1.028 110 H1* G 10 H1* G 10 5.965 11.679 -0.529 111 H8 G 10 H8 G 10 5.245 10.756 3.242 112 H1 G 10 H1 G 10 0.239 11.029 -0.677 113 1H2 G 10 H21 G 10 2.618 11.804 -3.238 114 2H2 G 10 H22 G 10 0.925 11.472 -2.865 115 1H2* G 10 1H2* G 10 7.166 11.988 2.223 116 2H2* G 10 2H2* G 10 6.676 13.377 1.170 117 1H5* C 11 1H5* C 11 8.278 13.339 -3.364 118 2H5* C 11 2H5* C 11 9.059 14.877 -3.784 119 H4* C 11 H4* C 11 7.298 14.227 -5.400 120 H3* C 11 H3* C 11 7.645 16.743 -4.501 121 H1* C 11 H1* C 11 4.149 15.257 -4.518 122 1H4 C 11 H41 C 11 2.505 14.001 1.957 123 2H4 C 11 H42 C 11 1.018 14.024 1.010 124 H5 C 11 H5 C 11 4.710 14.509 0.894 125 H6 C 11 H6 C 11 5.896 14.953 -1.187 126 1H2* C 11 1H2* C 11 6.198 16.469 -2.637 127 2H2* C 11 2H2* C 11 5.085 17.294 -3.763 128 1H5* A 12 1H5* A 12 4.674 17.025 -8.370 129 2H5* A 12 2H5* A 12 4.915 18.537 -9.255 130 H4* A 12 H4* A 12 2.539 17.937 -8.878 131 H3* A 12 H3* A 12 3.532 20.565 -8.464 132 H1* A 12 H1* A 12 0.742 18.513 -6.491 133 H8 A 12 H8 A 12 3.750 19.606 -4.121 134 1H6 A 12 H61 A 12 0.348 17.010 0.328 135 2H6 A 12 H62 A 12 1.879 17.801 -0.035 136 H2 A 12 H2 A 12 -1.821 16.482 -3.649 137 1H2* A 12 1H2* A 12 3.179 20.379 -6.142 138 2H2* A 12 2H2* A 12 1.533 20.992 -6.621 139 1H5* C 13 1H5* C 13 -0.618 18.986 -8.111 140 2H5* C 13 2H5* C 13 -1.618 19.769 -9.342 141 H4* C 13 H4* C 13 -2.977 18.829 -7.531 142 H3* C 13 H3* C 13 -3.421 21.287 -8.605 143 H1* C 13 H1* C 13 -3.522 20.848 -4.932 144 1H4 C 13 H41 C 13 1.916 23.815 -2.118 145 2H4 C 13 H42 C 13 0.891 23.143 -0.850 146 H5 C 13 H5 C 13 1.250 23.588 -4.552 147 H6 C 13 H6 C 13 -0.311 22.676 -6.110 148 H3T C 13 H3T C 13 -4.698 20.144 -6.296 149 1H2* C 13 1H2* C 13 -1.989 22.324 -7.115 150 2H2* C 13 2H2* C 13 -3.592 22.789 -6.432 151 1H5* G 14 1H5* G 14 -3.393 21.232 8.528 152 2H5* G 14 2H5* G 14 -3.929 19.545 8.587 153 H4* G 14 H4* G 14 -5.671 21.009 7.664 154 H3* G 14 H3* G 14 -5.138 18.605 6.642 155 H1* G 14 H1* G 14 -5.283 21.747 4.195 156 H8 G 14 H8 G 14 -1.985 22.620 5.671 157 H1 G 14 H1 G 14 -1.765 21.755 -0.642 158 1H2 G 14 H21 G 14 -5.011 20.313 -0.227 159 2H2 G 14 H22 G 14 -3.728 20.709 -1.385 160 1H2* G 14 1H2* G 14 -3.391 19.562 5.250 161 2H2* G 14 2H2* G 14 -4.685 19.304 4.015 162 H5T G 14 H5T G 14 -2.358 20.610 6.476 163 1H5* T 15 1H5* T 15 -7.408 20.784 2.871 164 2H5* T 15 2H5* T 15 -8.906 19.851 3.006 165 H4* T 15 H4* T 15 -8.442 20.423 0.683 166 H3* T 15 H3* T 15 -9.246 17.965 1.439 167 1H2* T 15 1H2* T 15 -7.019 17.214 1.693 168 2H2* T 15 2H2* T 15 -7.458 16.444 0.124 169 H1* T 15 H1* T 15 -6.504 18.348 -1.090 170 H3 T 15 H3 T 15 -2.134 17.023 -1.106 171 1H5M T 15 H51 T 15 -3.615 16.631 3.958 172 2H5M T 15 H52 T 15 -1.903 16.734 3.479 173 3H5M T 15 H53 T 15 -2.790 18.212 3.850 174 H6 T 15 H6 T 15 -5.242 17.978 2.421 175 1H5* G 16 1H5* G 16 -8.167 17.216 -3.359 176 2H5* G 16 2H5* G 16 -9.505 16.159 -3.838 177 H4* G 16 H4* G 16 -7.435 15.302 -4.667 178 H3* G 16 H3* G 16 -9.078 13.664 -2.966 179 H1* G 16 H1* G 16 -5.251 13.732 -3.827 180 H8 G 16 H8 G 16 -5.853 13.955 0.086 181 H1 G 16 H1 G 16 0.234 13.997 -1.773 182 1H2 G 16 H21 G 16 -0.995 13.858 -5.105 183 2H2 G 16 H22 G 16 0.410 14.149 -4.079 184 1H2* G 16 1H2* G 16 -7.237 13.396 -1.541 185 2H2* G 16 2H2* G 16 -6.816 12.053 -2.690 186 1H5* C 17 1H5* C 17 -6.008 12.906 -5.947 187 2H5* C 17 2H5* C 17 -6.208 11.589 -7.115 188 H4* C 17 H4* C 17 -3.867 12.190 -6.721 189 H3* C 17 H3* C 17 -4.689 9.591 -6.889 190 H1* C 17 H1* C 17 -2.080 11.004 -4.647 191 1H4 C 17 H41 C 17 -3.183 9.855 1.934 192 2H4 C 17 H42 C 17 -1.493 10.276 1.662 193 H5 C 17 H5 C 17 -4.757 9.679 -0.017 194 H6 C 17 H6 C 17 -5.080 9.995 -2.372 195 1H2* C 17 1H2* C 17 -4.784 9.344 -4.512 196 2H2* C 17 2H2* C 17 -3.158 8.654 -4.825 197 1H5* 3DR 18 1H5* 3DR 18 -0.636 10.079 -10.112 198 2H5* 3DR 18 2H5* 3DR 18 -1.339 8.503 -9.713 199 1H4* 3DR 18 1H4* 3DR 18 0.774 8.316 -10.975 200 H3* 3DR 18 H3* 3DR 18 0.126 6.826 -8.724 201 1H2* 3DR 18 1H2* 3DR 18 1.420 8.227 -7.135 202 2H2* 3DR 18 2H2* 3DR 18 2.579 6.919 -7.459 203 1H1* 3DR 18 1H1* 3DR 18 3.573 8.211 -9.277 204 2H1* 3DR 18 2H1* 3DR 18 3.267 9.419 -8.009 205 1H5* T 19 1H5* T 19 5.138 7.151 -8.611 206 2H5* T 19 2H5* T 19 5.922 5.859 -9.524 207 H4* T 19 H4* T 19 6.753 6.077 -7.214 208 H3* T 19 H3* T 19 6.137 3.651 -8.402 209 1H2* T 19 1H2* T 19 4.109 3.515 -7.158 210 2H2* T 19 2H2* T 19 5.193 2.506 -6.117 211 H1* T 19 H1* T 19 5.711 4.581 -4.803 212 H3 T 19 H3 T 19 2.599 4.283 -1.621 213 1H5M T 19 H51 T 19 -0.905 4.077 -4.619 214 2H5M T 19 H52 T 19 -0.262 5.111 -5.910 215 3H5M T 19 H53 T 19 -0.101 3.341 -6.021 216 H6 T 19 H6 T 19 2.339 4.415 -6.413 217 1H5* G 20 1H5* G 20 7.824 3.138 -4.088 218 2H5* G 20 2H5* G 20 8.927 1.756 -4.018 219 H4* G 20 H4* G 20 7.464 1.826 -2.097 220 H3* G 20 H3* G 20 7.532 -0.530 -3.795 221 H1* G 20 H1* G 20 5.187 0.928 -1.294 222 H8 G 20 H8 G 20 3.159 1.171 -4.705 223 H1 G 20 H1 G 20 -0.305 1.098 0.637 224 1H2 G 20 H21 G 20 2.789 0.560 2.326 225 2H2 G 20 H22 G 20 1.080 0.987 2.517 226 1H2* G 20 1H2* G 20 5.218 -0.492 -3.925 227 2H2* G 20 2H2* G 20 5.354 -1.330 -2.309 228 1H5* T 21 1H5* T 21 6.860 0.007 0.836 229 2H5* T 21 2H5* T 21 7.882 -1.195 1.646 230 H4* T 21 H4* T 21 6.047 -0.467 3.076 231 H3* T 21 H3* T 21 6.656 -3.154 2.671 232 1H2* T 21 1H2* T 21 4.776 -3.423 1.300 233 2H2* T 21 2H2* T 21 4.057 -3.960 2.866 234 H1* T 21 H1* T 21 3.210 -1.530 3.167 235 H3 T 21 H3 T 21 -0.694 -2.060 0.885 236 1H5M T 21 H51 T 21 2.952 -2.209 -2.863 237 2H5M T 21 H52 T 21 2.895 -3.933 -2.430 238 3H5M T 21 H53 T 21 1.447 -3.136 -3.073 239 H6 T 21 H6 T 21 3.901 -2.567 -0.349 240 1H5* T 22 1H5* T 22 3.273 -1.948 6.046 241 2H5* T 22 2H5* T 22 3.847 -2.937 7.398 242 H4* T 22 H4* T 22 1.455 -2.689 7.541 243 H3* T 22 H3* T 22 2.714 -5.142 7.700 244 1H2* T 22 1H2* T 22 2.022 -5.656 5.470 245 2H2* T 22 2H2* T 22 0.730 -6.513 6.377 246 H1* T 22 H1* T 22 -0.737 -4.363 6.039 247 H3 T 22 H3 T 22 -2.545 -4.788 1.980 248 1H5M T 22 H51 T 22 1.545 -5.649 -0.099 249 2H5M T 22 H52 T 22 2.631 -4.820 1.024 250 3H5M T 22 H53 T 22 2.337 -6.548 1.221 251 H6 T 22 H6 T 22 1.980 -5.189 3.516 252 1H5* T 23 1H5* T 23 -1.989 -5.304 8.395 253 2H5* T 23 2H5* T 23 -2.286 -6.557 9.611 254 H4* T 23 H4* T 23 -3.974 -6.627 7.965 255 H3* T 23 H3* T 23 -2.172 -8.972 8.018 256 1H2* T 23 1H2* T 23 -2.206 -9.246 6.044 257 2H2* T 23 2H2* T 23 -3.915 -9.818 6.149 258 H1* T 23 H1* T 23 -4.700 -7.552 5.688 259 H3 T 23 H3 T 23 -4.275 -7.704 1.167 260 1H5M T 23 H51 T 23 0.326 -8.814 1.494 261 2H5M T 23 H52 T 23 0.667 -7.990 3.065 262 3H5M T 23 H53 T 23 0.164 -9.678 3.049 263 H6 T 23 H6 T 23 -1.138 -8.308 4.724 264 1H5* G 24 1H5* G 24 -6.742 -9.355 6.725 265 2H5* G 24 2H5* G 24 -7.381 -10.728 7.643 266 H4* G 24 H4* G 24 -8.192 -10.895 5.402 267 H3* G 24 H3* G 24 -6.900 -12.980 6.650 268 H1* G 24 H1* G 24 -6.894 -12.222 3.053 269 H8 G 24 H8 G 24 -3.173 -11.738 4.004 270 H1 G 24 H1 G 24 -4.434 -10.829 -2.175 271 1H2 G 24 H21 G 24 -7.864 -11.270 -1.316 272 2H2 G 24 H22 G 24 -6.685 -11.009 -2.600 273 1H2* G 24 1H2* G 24 -4.912 -12.514 5.325 274 2H2* G 24 2H2* G 24 -5.671 -13.921 4.481 275 1H5* T 25 1H5* T 25 -10.575 -13.408 4.332 276 2H5* T 25 2H5* T 25 -11.548 -14.860 4.626 277 H4* T 25 H4* T 25 -12.049 -13.696 2.463 278 H3* T 25 H3* T 25 -12.078 -16.362 2.726 279 1H2* T 25 1H2* T 25 -9.656 -16.477 2.290 280 2H2* T 25 2H2* T 25 -10.348 -17.070 0.730 281 H1* T 25 H1* T 25 -10.344 -14.747 -0.115 282 H3 T 25 H3 T 25 -6.269 -14.543 -1.984 283 1H5M T 25 H51 T 25 -4.870 -14.626 2.886 284 2H5M T 25 H52 T 25 -5.372 -16.340 2.963 285 3H5M T 25 H53 T 25 -4.077 -15.811 1.863 286 H6 T 25 H6 T 25 -7.688 -15.432 2.514 287 1H5* G 26 1H5* G 26 -10.994 -16.851 -1.314 288 2H5* G 26 2H5* G 26 -11.451 -15.436 -2.266 289 H4* G 26 H4* G 26 -12.311 -16.823 -4.065 290 H3* G 26 H3* G 26 -12.907 -18.892 -2.507 291 H1* G 26 H1* G 26 -9.614 -19.201 -4.369 292 H8 G 26 H8 G 26 -8.664 -18.925 -0.767 293 H1 G 26 H1 G 26 -4.035 -16.666 -4.510 294 1H2 G 26 H21 G 26 -6.416 -16.721 -7.148 295 2H2 G 26 H22 G 26 -4.733 -16.475 -6.711 296 H3T G 26 H3T G 26 -13.030 -18.950 -4.810 297 1H2* G 26 1H2* G 26 -10.667 -18.860 -1.537 298 2H2* G 26 2H2* G 26 -10.641 -20.365 -2.514 Start of MODEL 6 1 1H5* C 1 1H5* C 1 3.260 -17.591 -8.517 2 2H5* C 1 2H5* C 1 3.687 -16.462 -9.819 3 H4* C 1 H4* C 1 1.438 -17.380 -10.153 4 H3* C 1 H3* C 1 2.037 -14.768 -10.494 5 H1* C 1 H1* C 1 -1.098 -15.820 -8.802 6 1H4 C 1 H41 C 1 -0.932 -14.865 -2.082 7 2H4 C 1 H42 C 1 -2.623 -14.816 -2.542 8 H5 C 1 H5 C 1 0.869 -15.305 -3.718 9 H6 C 1 H6 C 1 1.458 -15.626 -6.032 10 1H2* C 1 1H2* C 1 1.443 -14.262 -8.184 11 2H2* C 1 2H2* C 1 0.018 -13.663 -9.112 12 H5T C 1 H5T C 1 3.124 -14.758 -8.409 13 1H5* A 2 1H5* A 2 -2.868 -14.504 -11.363 14 2H5* A 2 2H5* A 2 -2.774 -13.200 -12.560 15 H4* A 2 H4* A 2 -4.459 -12.648 -11.012 16 H3* A 2 H3* A 2 -2.145 -10.905 -11.199 17 H1* A 2 H1* A 2 -4.981 -11.578 -8.550 18 H8 A 2 H8 A 2 -1.409 -12.143 -7.013 19 1H6 A 2 H61 A 2 -4.229 -12.638 -1.624 20 2H6 A 2 H62 A 2 -2.714 -12.730 -2.506 21 H2 A 2 H2 A 2 -7.448 -12.109 -4.876 22 1H2* A 2 1H2* A 2 -2.041 -10.873 -8.837 23 2H2* A 2 2H2* A 2 -3.387 -9.686 -8.976 24 1H5* C 3 1H5* C 3 -6.341 -10.295 -10.093 25 2H5* C 3 2H5* C 3 -7.193 -8.832 -10.621 26 H4* C 3 H4* C 3 -7.900 -9.528 -8.359 27 H3* C 3 H3* C 3 -7.399 -6.956 -9.074 28 H1* C 3 H1* C 3 -6.414 -8.423 -5.946 29 1H4 C 3 H41 C 3 -0.308 -9.050 -3.493 30 2H4 C 3 H42 C 3 -1.505 -9.619 -2.329 31 H5 C 3 H5 C 3 -1.075 -8.203 -5.780 32 H6 C 3 H6 C 3 -2.974 -7.831 -7.252 33 1H2* C 3 1H2* C 3 -5.139 -7.187 -8.479 34 2H2* C 3 2H2* C 3 -5.736 -6.201 -7.107 35 1H5* A 4 1H5* A 4 -10.645 -7.654 -5.482 36 2H5* A 4 2H5* A 4 -11.476 -6.153 -5.944 37 H4* A 4 H4* A 4 -12.201 -6.988 -3.729 38 H3* A 4 H3* A 4 -11.760 -4.350 -4.216 39 H1* A 4 H1* A 4 -10.091 -5.873 -1.118 40 H8 A 4 H8 A 4 -7.736 -5.618 -4.212 41 1H6 A 4 H61 A 4 -3.115 -7.598 -0.562 42 2H6 A 4 H62 A 4 -3.513 -6.996 -2.162 43 H2 A 4 H2 A 4 -7.004 -7.545 1.836 44 1H2* A 4 1H2* A 4 -9.491 -4.540 -3.786 45 2H2* A 4 2H2* A 4 -10.127 -3.715 -2.304 46 1H5* A 5 1H5* A 5 -12.172 -4.813 0.562 47 2H5* A 5 2H5* A 5 -12.999 -3.352 1.126 48 H4* A 5 H4* A 5 -11.162 -3.887 2.588 49 H3* A 5 H3* A 5 -11.291 -1.280 1.303 50 H1* A 5 H1* A 5 -8.452 -3.291 2.738 51 H8 A 5 H8 A 5 -7.776 -2.966 -1.159 52 1H6 A 5 H61 A 5 -2.047 -4.923 0.115 53 2H6 A 5 H62 A 5 -3.145 -4.393 -1.150 54 H2 A 5 H2 A 5 -4.426 -4.724 4.014 55 1H2* A 5 1H2* A 5 -9.256 -1.683 0.327 56 2H2* A 5 2H2* A 5 -8.754 -0.959 1.932 57 1H5* A 6 1H5* A 6 -9.373 -1.083 5.742 58 2H5* A 6 2H5* A 6 -9.766 0.510 6.408 59 H4* A 6 H4* A 6 -7.418 -0.073 6.730 60 H3* A 6 H3* A 6 -8.190 2.412 5.520 61 H1* A 6 H1* A 6 -5.043 0.129 5.226 62 H8 A 6 H8 A 6 -6.834 0.245 1.672 63 1H6 A 6 H61 A 6 -1.525 -2.103 -0.453 64 2H6 A 6 H62 A 6 -3.161 -1.614 -0.880 65 H2 A 6 H2 A 6 -1.142 -1.504 4.061 66 1H2* A 6 1H2* A 6 -6.986 1.816 3.579 67 2H2* A 6 2H2* A 6 -5.623 2.544 4.541 68 1H5* C 7 1H5* C 7 -4.362 1.639 8.344 69 2H5* C 7 2H5* C 7 -4.047 3.124 9.264 70 H4* C 7 H4* C 7 -1.987 1.802 8.830 71 H3* C 7 H3* C 7 -2.029 4.490 8.720 72 H1* C 7 H1* C 7 -0.413 2.588 6.000 73 1H4 C 7 H41 C 7 -3.919 2.356 0.220 74 2H4 C 7 H42 C 7 -2.382 1.519 -0.001 75 H5 C 7 H5 C 7 -4.389 3.554 2.409 76 H6 C 7 H6 C 7 -3.689 3.869 4.706 77 1H2* C 7 1H2* C 7 -2.804 4.413 6.424 78 2H2* C 7 2H2* C 7 -1.089 4.920 6.218 79 1H5* A 8 1H5* A 8 2.492 2.127 8.223 80 2H5* A 8 2H5* A 8 3.291 3.350 9.226 81 H4* A 8 H4* A 8 4.917 2.213 7.823 82 H3* A 8 H3* A 8 4.932 4.869 8.137 83 H1* A 8 H1* A 8 5.209 3.503 4.591 84 H8 A 8 H8 A 8 1.432 4.022 5.473 85 1H6 A 8 H61 A 8 0.279 3.647 -0.617 86 2H6 A 8 H62 A 8 -0.439 3.848 0.975 87 H2 A 8 H2 A 8 4.784 3.240 0.073 88 1H2* A 8 1H2* A 8 3.347 5.140 6.335 89 2H2* A 8 2H2* A 8 4.868 5.718 5.561 90 1H5* PYP 9 1H5* PYP 9 8.031 4.074 4.580 91 2H5* PYP 9 2H5* PYP 9 9.451 5.072 4.950 92 H4* PYP 9 H4* PYP 9 8.921 5.205 2.595 93 H1* PYP 9 H1* PYP 9 7.211 6.629 0.914 94 H1 PYP 9 H1 PYP 9 5.068 7.394 3.960 95 H2 PYP 9 H2 PYP 9 2.597 7.205 3.917 96 H3 PYP 9 H3 PYP 9 0.506 6.938 2.671 97 H4 PYP 9 H4 PYP 9 -0.706 6.656 0.491 98 H5 PYP 9 H5 PYP 9 -0.664 6.450 -1.935 99 H6 PYP 9 H6 PYP 9 0.570 6.374 -4.098 100 H7 PYP 9 H7 PYP 9 3.117 6.525 -4.081 101 H8 PYP 9 H8 PYP 9 5.213 6.812 -2.853 102 H9 PYP 9 H9 PYP 9 6.437 7.100 -0.748 103 2H2* PYP 9 2H2* PYP 9 7.760 8.842 2.149 104 1H2* PYP 9 1H2* PYP 9 6.919 8.139 3.579 105 H3* PYP 9 H3* PYP 9 9.049 7.557 4.283 106 1H5* G 10 1H5* G 10 9.861 8.799 -0.292 107 2H5* G 10 2H5* G 10 10.865 10.253 -0.160 108 H4* G 10 H4* G 10 8.989 10.683 -1.588 109 H3* G 10 H3* G 10 9.480 12.323 0.690 110 H1* G 10 H1* G 10 6.458 11.555 -1.322 111 H8 G 10 H8 G 10 5.530 10.297 2.304 112 H1 G 10 H1 G 10 0.738 10.410 -1.882 113 1H2 G 10 H21 G 10 3.119 11.580 -4.258 114 2H2 G 10 H22 G 10 1.455 11.053 -3.965 115 1H2* G 10 1H2* G 10 7.350 11.737 1.555 116 2H2* G 10 2H2* G 10 6.881 13.173 0.545 117 1H5* C 11 1H5* C 11 8.016 13.518 -3.659 118 2H5* C 11 2H5* C 11 8.665 15.141 -3.961 119 H4* C 11 H4* C 11 6.765 14.661 -5.421 120 H3* C 11 H3* C 11 7.059 16.981 -3.976 121 H1* C 11 H1* C 11 3.747 15.236 -4.541 122 1H4 C 11 H41 C 11 1.677 12.984 1.544 123 2H4 C 11 H42 C 11 0.259 13.080 0.504 124 H5 C 11 H5 C 11 3.918 13.827 0.760 125 H6 C 11 H6 C 11 5.204 14.643 -1.127 126 1H2* C 11 1H2* C 11 5.480 16.380 -2.307 127 2H2* C 11 2H2* C 11 4.411 17.252 -3.416 128 1H5* A 12 1H5* A 12 4.163 17.630 -7.863 129 2H5* A 12 2H5* A 12 4.437 19.280 -8.448 130 H4* A 12 H4* A 12 2.100 18.528 -8.697 131 H3* A 12 H3* A 12 2.746 21.053 -7.689 132 H1* A 12 H1* A 12 -0.138 18.631 -6.349 133 H8 A 12 H8 A 12 2.761 19.345 -3.704 134 1H6 A 12 H61 A 12 -0.543 15.870 0.161 135 2H6 A 12 H62 A 12 0.956 16.762 -0.070 136 H2 A 12 H2 A 12 -2.627 15.864 -3.909 137 1H2* A 12 1H2* A 12 2.210 20.423 -5.495 138 2H2* A 12 2H2* A 12 0.583 21.066 -6.014 139 1H5* C 13 1H5* C 13 -1.300 19.473 -8.272 140 2H5* C 13 2H5* C 13 -2.448 20.561 -9.074 141 H4* C 13 H4* C 13 -3.572 19.032 -7.494 142 H3* C 13 H3* C 13 -4.103 21.745 -7.613 143 H1* C 13 H1* C 13 -3.843 19.935 -4.434 144 1H4 C 13 H41 C 13 1.573 22.065 -0.904 145 2H4 C 13 H42 C 13 0.593 20.949 0.056 146 H5 C 13 H5 C 13 0.550 22.963 -3.098 147 H6 C 13 H6 C 13 -1.032 22.565 -4.827 148 H3T C 13 H3T C 13 -5.183 19.779 -5.810 149 1H2* C 13 1H2* C 13 -2.562 22.212 -6.018 150 2H2* C 13 2H2* C 13 -4.089 22.336 -5.063 151 1H5* G 14 1H5* G 14 -6.322 20.864 7.874 152 2H5* G 14 2H5* G 14 -7.106 19.279 8.030 153 H4* G 14 H4* G 14 -8.269 20.705 6.421 154 H3* G 14 H3* G 14 -7.827 18.103 5.961 155 H1* G 14 H1* G 14 -6.841 20.775 3.166 156 H8 G 14 H8 G 14 -3.954 21.489 5.443 157 H1 G 14 H1 G 14 -2.207 19.550 -0.371 158 1H2 G 14 H21 G 14 -5.638 18.582 -0.702 159 2H2 G 14 H22 G 14 -4.086 18.743 -1.546 160 1H2* G 14 1H2* G 14 -5.665 18.591 4.984 161 2H2* G 14 2H2* G 14 -6.614 18.285 3.489 162 H5T G 14 H5T G 14 -4.861 19.767 6.354 163 1H5* T 15 1H5* T 15 -9.358 19.278 1.414 164 2H5* T 15 2H5* T 15 -10.730 18.159 1.349 165 H4* T 15 H4* T 15 -9.566 18.198 -0.760 166 H3* T 15 H3* T 15 -10.152 15.811 0.562 167 1H2* T 15 1H2* T 15 -7.911 15.443 1.071 168 2H2* T 15 2H2* T 15 -8.001 14.509 -0.470 169 H1* T 15 H1* T 15 -7.231 16.589 -1.675 170 H3 T 15 H3 T 15 -2.779 15.727 -1.098 171 1H5M T 15 H51 T 15 -4.716 15.563 3.794 172 2H5M T 15 H52 T 15 -3.040 16.089 3.521 173 3H5M T 15 H53 T 15 -4.336 17.297 3.633 174 H6 T 15 H6 T 15 -6.361 16.591 1.972 175 1H5* G 16 1H5* G 16 -8.917 15.252 -4.161 176 2H5* G 16 2H5* G 16 -10.076 14.043 -4.726 177 H4* G 16 H4* G 16 -7.947 13.813 -5.852 178 H3* G 16 H3* G 16 -9.250 11.639 -4.773 179 H1* G 16 H1* G 16 -5.380 12.225 -4.904 180 H8 G 16 H8 G 16 -6.466 12.112 -1.091 181 H1 G 16 H1 G 16 -0.328 13.394 -2.244 182 1H2 G 16 H21 G 16 -1.181 13.330 -5.689 183 2H2 G 16 H22 G 16 0.048 13.764 -4.502 184 1H2* G 16 1H2* G 16 -7.652 11.571 -2.949 185 2H2* G 16 2H2* G 16 -6.913 10.366 -4.085 186 1H5* C 17 1H5* C 17 -5.497 11.967 -7.303 187 2H5* C 17 2H5* C 17 -5.386 10.792 -8.621 188 H4* C 17 H4* C 17 -3.208 11.705 -7.961 189 H3* C 17 H3* C 17 -3.536 9.063 -8.507 190 H1* C 17 H1* C 17 -1.408 10.488 -5.842 191 1H4 C 17 H41 C 17 -2.701 8.537 0.464 192 2H4 C 17 H42 C 17 -1.075 9.212 0.334 193 H5 C 17 H5 C 17 -4.164 8.388 -1.601 194 H6 C 17 H6 C 17 -4.402 8.914 -3.911 195 1H2* C 17 1H2* C 17 -3.859 8.505 -6.197 196 2H2* C 17 2H2* C 17 -2.136 8.072 -6.408 197 1H5* 3DR 18 1H5* 3DR 18 -0.835 7.943 -10.680 198 2H5* 3DR 18 2H5* 3DR 18 -1.401 6.375 -10.089 199 1H4* 3DR 18 1H4* 3DR 18 0.656 6.190 -11.419 200 H3* 3DR 18 H3* 3DR 18 0.276 4.814 -9.074 201 1H2* 3DR 18 1H2* 3DR 18 1.460 6.588 -7.635 202 2H2* 3DR 18 2H2* 3DR 18 2.688 5.329 -7.851 203 1H1* 3DR 18 1H1* 3DR 18 3.541 6.390 -9.850 204 2H1* 3DR 18 2H1* 3DR 18 3.232 7.763 -8.751 205 1H5* T 19 1H5* T 19 4.517 4.668 -9.193 206 2H5* T 19 2H5* T 19 5.177 3.115 -9.726 207 H4* T 19 H4* T 19 6.486 4.228 -7.885 208 H3* T 19 H3* T 19 6.109 1.556 -8.108 209 1H2* T 19 1H2* T 19 4.077 1.686 -6.835 210 2H2* T 19 2H2* T 19 5.215 1.000 -5.618 211 H1* T 19 H1* T 19 5.711 3.339 -4.844 212 H3 T 19 H3 T 19 2.616 3.546 -1.656 213 1H5M T 19 H51 T 19 -0.084 1.823 -5.809 214 2H5M T 19 H52 T 19 -0.897 2.821 -4.591 215 3H5M T 19 H53 T 19 -0.235 3.580 -6.059 216 H6 T 19 H6 T 19 2.361 2.835 -6.398 217 1H5* G 20 1H5* G 20 7.880 2.166 -3.571 218 2H5* G 20 2H5* G 20 9.035 0.827 -3.458 219 H4* G 20 H4* G 20 7.784 1.010 -1.404 220 H3* G 20 H3* G 20 7.883 -1.428 -2.862 221 H1* G 20 H1* G 20 5.450 -0.069 -0.440 222 H8 G 20 H8 G 20 3.228 0.066 -3.801 223 H1 G 20 H1 G 20 0.102 0.751 1.696 224 1H2 G 20 H21 G 20 3.243 0.342 3.324 225 2H2 G 20 H22 G 20 1.523 0.708 3.504 226 1H2* G 20 1H2* G 20 5.522 -1.381 -3.139 227 2H2* G 20 2H2* G 20 5.707 -2.277 -1.552 228 1H5* T 21 1H5* T 21 7.739 -1.161 1.984 229 2H5* T 21 2H5* T 21 8.604 -2.571 2.617 230 H4* T 21 H4* T 21 6.872 -1.760 4.164 231 H3* T 21 H3* T 21 7.190 -4.442 3.516 232 1H2* T 21 1H2* T 21 5.307 -4.370 2.099 233 2H2* T 21 2H2* T 21 4.507 -4.991 3.592 234 H1* T 21 H1* T 21 3.912 -2.545 4.151 235 H3 T 21 H3 T 21 0.014 -2.229 1.867 236 1H5M T 21 H51 T 21 1.942 -3.470 -2.167 237 2H5M T 21 H52 T 21 3.536 -2.728 -1.943 238 3H5M T 21 H53 T 21 3.303 -4.454 -1.587 239 H6 T 21 H6 T 21 4.466 -3.407 0.554 240 1H5* T 22 1H5* T 22 4.147 -3.393 7.189 241 2H5* T 22 2H5* T 22 4.507 -4.653 8.382 242 H4* T 22 H4* T 22 2.178 -3.963 8.508 243 H3* T 22 H3* T 22 2.970 -6.616 8.437 244 1H2* T 22 1H2* T 22 2.259 -6.763 6.151 245 2H2* T 22 2H2* T 22 0.802 -7.438 6.956 246 H1* T 22 H1* T 22 -0.213 -5.021 6.827 247 H3 T 22 H3 T 22 -2.014 -4.896 2.746 248 1H5M T 22 H51 T 22 2.561 -7.337 1.913 249 2H5M T 22 H52 T 22 1.882 -6.312 0.626 250 3H5M T 22 H53 T 22 3.083 -5.650 1.745 251 H6 T 22 H6 T 22 2.370 -6.102 4.268 252 1H5* T 23 1H5* T 23 -1.862 -6.077 9.111 253 2H5* T 23 2H5* T 23 -2.286 -7.410 10.198 254 H4* T 23 H4* T 23 -3.988 -7.117 8.554 255 H3* T 23 H3* T 23 -2.470 -9.656 8.423 256 1H2* T 23 1H2* T 23 -2.489 -9.761 6.436 257 2H2* T 23 2H2* T 23 -4.254 -10.141 6.476 258 H1* T 23 H1* T 23 -4.770 -7.769 6.171 259 H3 T 23 H3 T 23 -4.222 -7.589 1.664 260 1H5M T 23 H51 T 23 -0.101 -10.215 3.440 261 2H5M T 23 H52 T 23 0.217 -9.231 1.988 262 3H5M T 23 H53 T 23 0.592 -8.606 3.640 263 H6 T 23 H6 T 23 -1.287 -8.845 5.222 264 1H5* G 24 1H5* G 24 -6.875 -9.236 7.037 265 2H5* G 24 2H5* G 24 -7.839 -10.559 7.712 266 H4* G 24 H4* G 24 -8.501 -10.235 5.445 267 H3* G 24 H3* G 24 -7.586 -12.725 6.364 268 H1* G 24 H1* G 24 -7.568 -11.272 2.920 269 H8 G 24 H8 G 24 -3.806 -11.624 3.940 270 H1 G 24 H1 G 24 -4.658 -10.001 -2.154 271 1H2 G 24 H21 G 24 -8.158 -10.001 -1.468 272 2H2 G 24 H22 G 24 -6.882 -9.774 -2.669 273 1H2* G 24 1H2* G 24 -5.697 -12.568 4.908 274 2H2* G 24 2H2* G 24 -6.886 -13.476 3.870 275 1H5* T 25 1H5* T 25 -11.291 -12.097 3.869 276 2H5* T 25 2H5* T 25 -12.551 -13.344 3.804 277 H4* T 25 H4* T 25 -12.422 -11.960 1.742 278 H3* T 25 H3* T 25 -12.812 -14.642 1.732 279 1H2* T 25 1H2* T 25 -10.416 -15.046 1.518 280 2H2* T 25 2H2* T 25 -10.980 -15.308 -0.188 281 H1* T 25 H1* T 25 -10.561 -12.914 -0.636 282 H3 T 25 H3 T 25 -6.393 -13.072 -2.145 283 1H5M T 25 H51 T 25 -6.250 -15.819 2.427 284 2H5M T 25 H52 T 25 -4.783 -15.345 1.558 285 3H5M T 25 H53 T 25 -5.458 -14.250 2.763 286 H6 T 25 H6 T 25 -8.309 -14.426 2.046 287 1H5* G 26 1H5* G 26 -12.052 -13.211 -4.009 288 2H5* G 26 2H5* G 26 -13.536 -14.162 -3.900 289 H4* G 26 H4* G 26 -12.112 -15.107 -5.591 290 H3* G 26 H3* G 26 -13.261 -16.724 -3.722 291 H1* G 26 H1* G 26 -9.848 -17.216 -4.920 292 H8 G 26 H8 G 26 -9.069 -17.156 -1.327 293 H1 G 26 H1 G 26 -4.075 -15.289 -4.824 294 1H2 G 26 H21 G 26 -6.387 -14.941 -7.501 295 2H2 G 26 H22 G 26 -4.698 -14.868 -7.023 296 H3T G 26 H3T G 26 -11.360 -17.508 -5.685 297 1H2* G 26 1H2* G 26 -11.220 -16.473 -2.311 298 2H2* G 26 2H2* G 26 -11.080 -18.140 -2.993