*HEADER DNA 30-SEP-00 1FYI *TITLE 11-MER DNA DUPLEX CONTAINING A 2'-DEOXYARISTEROMYCIN 8-OXO- *TITLE 2 GUANINE BASE PAIR; *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: 5'-D(*CP*AP*GP*TP*GP*(2AR)P*GP*TP*CP*AP*C)-3'; *COMPND 3 CHAIN: A; *COMPND 4 ENGINEERED: YES; *COMPND 5 MOL_ID: 2; *COMPND 6 MOLECULE: 5'-D(*GP*TP*GP*AP*CP*(8OG)P*CP*AP*CP*TP*G)-3'; *COMPND 7 CHAIN: B; *COMPND 8 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 MOL_ID: 2; *SOURCE 4 SYNTHETIC: YES *KEYWDS 2'-DEOXYARISTEROMYCIN, 8-OXO-GUANINE *EXPDTA NMR, 9 STRUCTURES *AUTHOR S.SMIRNOV, F.JOHNSON, C.DE LOS SANTOS *REVDAT 1 18-OCT-00 1FYI 0 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H1' and segid STR1) 3.12 0.6! 2! 2 assign (resid 3 and name H8 and segid STR1) (resid 3 and name H1' and segid STR1) 3.27 0.6! 3! 3 assign (resid 3 and name H8 and segid STR1) (resid 2 and name H1' and segid STR1) 3.23 0.6! 4! 4 assign (resid 2 and name H8 and segid STR1) (resid 1 and name H1' and segid STR1) 4.74 0.6! 5! 5 assign (resid 2 and name H8 and segid STR1) (resid 2 and name H1' and segid STR1) 4.54 0.6! 6! 6 assign (resid 4 and name H6 and segid STR1) (resid 3 and name H1' and segid STR1) 3.37 0.6! 7! 7 assign (resid 4 and name H6 and segid STR1) (resid 4 and name H1' and segid STR1) 3.54 0.6! 8! 8 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H1' and segid STR1) 3.63 0.6! 9! 9 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H1' and segid STR1) 4.06 0.6! 10! 10 assign (resid 7 and name H8 and segid STR1) (resid 6 and name H1' and segid STR1) 3.48 0.6! 11! 11 assign (resid 6 and name H8 and segid STR1) (resid 6 and name H1' and segid STR1) 3.65 0.6! 12! 12 assign (resid 6 and name H8 and segid STR1) (resid 5 and name H1' and segid STR1) 3.07 0.6! 15! 15 assign (resid 7 and name H8 and segid STR1) (resid 7 and name H1' and segid STR1) 4.24 0.6! 16! 16 assign (resid 8 and name H6 and segid STR1) (resid 7 and name H1' and segid STR1) 3.61 0.6! 17! 17 assign (resid 8 and name H6 and segid STR1) (resid 8 and name H1' and segid STR1) 3.39 0.6! 18! 18 assign (resid 9 and name H6 and segid STR1) (resid 8 and name H1' and segid STR1) 3.80 0.6! 19! 19 assign (resid 9 and name H6 and segid STR1) (resid 9 and name H1' and segid STR1) 3.41 0.6! 21! 21 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H1' and segid STR1) 3.66 0.6! 22! 22 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H1' and segid STR1) 3.57 0.6! 23! 23 assign (resid 10 and name H8 and segid STR1) (resid 9 and name H1' and segid STR1) 3.87 0.6! 24! 24 assign (resid 10 and name H8 and segid STR1) (resid 10 and name H1' and segid STR1) 3.54 0.6! 25! 25 assign (resid 11 and name H8 and segid STR2) (resid 11 and name H1' and segid STR2) 3.47 0.6! 26! 26 assign (resid 11 and name H8 and segid STR2) (resid 10 and name H1' and segid STR2) 4.81 0.6! 27! 27 assign (resid 2 and name H6 and segid STR2) (resid 1 and name H1' and segid STR2) 3.55 0.6! 28! 28 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H1' and segid STR2) 3.11 0.6! 29! 29 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H1' and segid STR2) 3.53 0.8! 30! 30 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H1' and segid STR2) 3.50 0.6! 31! 31 assign (resid 4 and name H8 and segid STR2) (resid 3 and name H1' and segid STR2) 2.91 0.6! 32! 32 assign (resid 4 and name H8 and segid STR2) (resid 4 and name H1' and segid STR2) 4.51 0.8! 33! 33 assign (resid 5 and name H6 and segid STR2) (resid 4 and name H1' and segid STR2) 3.62 0.8! 34! 34 assign (resid 5 and name H6 and segid STR2) (resid 5 and name H1' and segid STR2) 3.23 0.6! 35! 35 assign (resid 1 and name H8 and segid STR2) (resid 1 and name H1' and segid STR2) 3.45 0.6! 36! 36 assign (resid 7 and name H6 and segid STR2) (resid 6 and name H1' and segid STR2) 3.40 0.6! 38! 38 assign (resid 7 and name H6 and segid STR2) (resid 7 and name H1' and segid STR2) 3.90 0.6! 39! 39 assign (resid 8 and name H8 and segid STR2) (resid 7 and name H1' and segid STR2) 4.22 0.6! 40! 40 assign (resid 8 and name H8 and segid STR2) (resid 8 and name H1' and segid STR2) 3.39 0.6! 41! 41 assign (resid 9 and name H6 and segid STR2) (resid 8 and name H1' and segid STR2) 3.17 0.6! 42! 42 assign (resid 8 and name H6 and segid STR1) (resid 9 and name H5 and segid STR1) 3.85 0.8! 46! 46 assign (resid 10 and name H6 and segid STR2) (resid 10 and name H1' and segid STR2) 2.96 0.6! 47! 47 assign (resid 9 and name H6 and segid STR2) (resid 10 and name H1' and segid STR2) 4.63 0.6! 48! 48 assign (resid 10 and name H2 and segid STR1) (resid 10 and name H1' and segid STR1) 4.15 0.6! 49! 49 assign (resid 10 and name H2 and segid STR1) (resid 11 and name H1' and segid STR1) 3.65 0.6! 50! 50 assign (resid 10 and name H2 and segid STR1) (resid 2 and name H1' and segid STR2) 4.46 0.6! 51! 51 assign (resid 10 and name H2 and segid STR1) (resid 3 and name H1' and segid STR2) 4.86 0.6! 52! 52 assign (resid 4 and name H2 and segid STR2) (resid 4 and name H1' and segid STR2) 4.42 0.6! 53! 53 assign (resid 4 and name H2 and segid STR2) (resid 8 and name H1' and segid STR1) 5.04 0.8! 54! 54 assign (resid 4 and name H2 and segid STR2) (resid 9 and name H1' and segid STR1) 3.57 0.6! 55! 55 assign (resid 2 and name H2 and segid STR1) (resid 11 and name H1' and segid STR2) 4.68 0.8! 56! 56 assign (resid 2 and name H2 and segid STR1) (resid 2 and name H1' and segid STR1) 4.04 0.6! 57! 57 assign (resid 2 and name H2 and segid STR1) (resid 3 and name H1' and segid STR1) 3.74 0.6! 58! 58 assign (resid 2 and name H2 and segid STR1) (resid 10 and name H1' and segid STR2) 4.93 0.6! 59! 59 assign (resid 8 and name H2 and segid STR2) (resid 8 and name H1' and segid STR2) 4.11 0.6! 60! 60 assign (resid 8 and name H2 and segid STR2) (resid 9 and name H1' and segid STR2) 3.50 0.6! 61! 61 assign (resid 8 and name H2 and segid STR2) (resid 5 and name H1' and segid STR1) 4.17 0.6! 62! 62 assign (resid 6 and name H2 and segid STR1) (resid 7 and name H1' and segid STR1) 3.21 0.6! 63! 63 assign (resid 6 and name H2 and segid STR1) (resid 7 and name H1' and segid STR2) 3.15 0.6! 64! 64 assign (resid 8 and name H2 and segid STR2) (resid 4 and name H1' and segid STR1) 3.79 0.6! 65! 65 assign (resid 6 and name H2 and segid STR1) (resid 6 and name H1' and segid STR2) 5.32 0.8! 66! 66 assign (resid 2 and name H8 and segid STR1) (resid 3 and name H8 and segid STR1) 4.77 0.6! 67! 67 assign (resid 10 and name H8 and segid STR1) (resid 9 and name H6 and segid STR1) 4.93 0.8! 68! 68 assign (resid 8 and name H8 and segid STR2) (resid 7 and name H6 and segid STR2) 3.91 0.6! 69! 69 assign (resid 8 and name H8 and segid STR2) (resid 9 and name H6 and segid STR2) 5.06 0.8! 70! 70 assign (resid 4 and name H8 and segid STR2) (resid 5 and name H6 and segid STR2) 4.62 0.8! 71! 71 assign (resid 4 and name H8 and segid STR2) (resid 3 and name H8 and segid STR2) 4.31 0.6! 72! 72 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H6 and segid STR2) 4.73 0.6! 73! 73 assign (resid 11 and name H8 and segid STR2) (resid 10 and name H6 and segid STR2) 5.53 0.8! 74! 74 assign (resid 1 and name H8 and segid STR2) (resid 2 and name H6 and segid STR2) 5.24 0.8! 75! 75 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H6 and segid STR1) 4.22 0.6! 76! 76 assign (resid 3 and name H8 and segid STR1) (resid 4 and name H6 and segid STR1) 5.02 0.8! 77! 77 assign (resid 9 and name H6 and segid STR1) (resid 8 and name H6 and segid STR1) 3.76 0.6! 78! 78 assign (resid 7 and name H8 and segid STR1) (resid 8 and name H6 and segid STR1) 3.76 0.6! 79! 79 assign (resid 10 and name H8 and segid STR1) (resid 11 and name H6 and segid STR1) 5.19 0.8! 80! 80 assign (resid 7 and name H8 and segid STR1) (resid 6 and name H8 and segid STR1) 4.10 0.6! 81! 81 assign (resid 6 and name H8 and segid STR1) (resid 6 and name H3' and segid STR1) 5.59 0.8! 82! 82 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H3' and segid STR1) 4.38 0.8! 83! 83 assign (resid 2 and name H8 and segid STR1) (resid 1 and name H3' and segid STR1) 4.00 0.6! 84! 84 assign (resid 3 and name H8 and segid STR1) (resid 2 and name H3' and segid STR1) 4.88 0.8! 85! 85 assign (resid 3 and name H8 and segid STR1) (resid 3 and name H3' and segid STR1) 3.99 0.6! 86! 86 assign (resid 4 and name H6 and segid STR1) (resid 3 and name H3' and segid STR1) 4.95 0.8! 87! 87 assign (resid 4 and name H6 and segid STR1) (resid 4 and name H3' and segid STR1) 4.44 0.6! 88! 88 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H3' and segid STR1) 4.96 0.8! 89! 89 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H3' and segid STR1) 4.35 0.8! 90! 90 assign (resid 6 and name H8 and segid STR1) (resid 5 and name H3' and segid STR1) 5.33 0.8! 91! 91 assign (resid 9 and name H6 and segid STR1) (resid 9 and name H3' and segid STR1) 3.89 0.6! 93! 93 assign (resid 8 and name H6 and segid STR1) (resid 9 and name H3' and segid STR1) 4.67 0.8! 94! 94 assign (resid 10 and name H8 and segid STR1) (resid 9 and name H3' and segid STR1) 4.92 0.6! 95! 95 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H3' and segid STR1) 4.17 0.6! 96! 96 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H3' and segid STR2) 4.10 0.8! 97! 97 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H3' and segid STR2) 4.89 0.8! 98! 98 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H3' and segid STR2) 3.82 0.8! 102! 102 assign (resid 5 and name H6 and segid STR2) (resid 4 and name H3' and segid STR2) 4.27 0.6! 103! 103 assign (resid 9 and name H6 and segid STR2) (resid 8 and name H3' and segid STR2) 4.37 0.6! 104! 104 assign (resid 4 and name H8 and segid STR2) (resid 5 and name H5 and segid STR2) 3.60 0.6! 105! 105 assign (resid 7 and name H6 and segid STR2) (resid 6 and name H3' and segid STR2) 4.08 0.6! 106! 106 assign (resid 7 and name H6 and segid STR2) (resid 7 and name H3' and segid STR2) 5.04 0.8! 107! 107 assign (resid 5 and name H6 and segid STR2) (resid 5 and name H4' and segid STR2) 4.87 0.6! 108! 108 assign (resid 9 and name H6 and segid STR2) (resid 9 and name H3' and segid STR2) 4.31 0.6! 109! 109 assign (resid 11 and name H8 and segid STR2) (resid 11 and name H3' and segid STR2) 3.91 0.8! 110! 110 assign (resid 4 and name H8 and segid STR2) (resid 4 and name H3' and segid STR2) 3.33 0.6! 113! 113 assign (resid 4 and name H6 and segid STR1) (resid 4 and name H4' and segid STR1) 3.52 0.6! 114! 114 assign (resid 3 and name H8 and segid STR1) (resid 3 and name H4' and segid STR1) 3.70 0.8! 115! 115 assign (resid 2 and name H8 and segid STR1) (resid 2 and name H4' and segid STR1) 4.33 0.8! 116! 116 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H4' and segid STR1) 3.96 0.8! 117! 117 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H4' and segid STR1) 4.82 0.8! 118! 118 assign (resid 7 and name H8 and segid STR1) (resid 7 and name H3' and segid STR1) 4.87 0.6! 119! 119 assign (resid 9 and name H6 and segid STR1) (resid 9 and name H4' and segid STR1) 3.17 0.6! 121! 121 assign (resid 10 and name H8 and segid STR1) (resid 10 and name H4' and segid STR1) 3.39 0.8! 122! 122 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H3' and segid STR1) 3.77 0.6! 123! 123 assign (resid 1 and name H8 and segid STR2) (resid 1 and name H4' and segid STR2) 4.39 0.8! 124! 124 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H4' and segid STR2) 3.81 0.6! 125! 125 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H4' and segid STR2) 4.58 0.8! 126! 126 assign (resid 4 and name H8 and segid STR2) (resid 4 and name H4' and segid STR2) 5.09 0.8! 127! 127 assign (resid 7 and name H6 and segid STR2) (resid 7 and name H4' and segid STR2) 3.59 0.6! 128! 128 assign (resid 8 and name H8 and segid STR2) (resid 8 and name H4' and segid STR2) 4.74 0.8! 129! 129 assign (resid 9 and name H6 and segid STR2) (resid 9 and name H4' and segid STR2) 3.34 0.8! 130! 130 assign (resid 11 and name H8 and segid STR2) (resid 11 and name H4' and segid STR2) 4.34 0.8! 131! 131 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H2' and segid STR1) 2.41 0.6! 132! 132 assign (resid 1 and name H6 and segid STR1) (resid 1 and name H2'' and segid STR1) 3.40 0.6! 133! 133 assign (resid 2 and name H1' and segid STR1) (resid 2 and name H2'' and segid STR1) 2.15 0.6! 135! 135 assign (resid 3 and name H8 and segid STR1) (resid 3 and name H2' and segid STR1) 2.43 0.6! 136! 136 assign (resid 3 and name H8 and segid STR1) (resid 3 and name H2'' and segid STR1) 3.61 0.8! 137! 137 assign (resid 3 and name H1' and segid STR1) (resid 3 and name H2' and segid STR1) 2.50 0.6! 138! 138 assign (resid 3 and name H1' and segid STR1) (resid 3 and name H2'' and segid STR1) 2.34 0.6! 139! 139 assign (resid 4 and name H6 and segid STR1) (resid 4 and name H2' and segid STR1) 2.41 0.6! 140! 140 assign (resid 4 and name H6 and segid STR1) (resid 3 and name H2'' and segid STR1) 2.67 0.6! 141! 141 assign (resid 4 and name H6 and segid STR1) (resid 4 and name H2'' and segid STR1) 2.67 0.6! 142! 142 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H2' and segid STR1) 3.33 0.6! 144! 144 assign (resid 5 and name H8 and segid STR1) (resid 4 and name H2'' and segid STR1) 2.76 0.6! 145! 145 assign (resid 4 and name H6 and segid STR1) (resid 3 and name H2' and segid STR1) 2.84 0.6! 147! 147 assign (resid 6 and name H8 and segid STR1) (resid 6 and name HX'' and segid STR1) 2.85 0.6! 148! 148 assign (resid 6 and name H8 and segid STR1) (resid 6 and name H2'' and segid STR1) 3.37 0.6! 149! 149 assign (resid 6 and name H8 and segid STR1) (resid 6 and name H2' and segid STR1) 3.08 0.6! 150! 150 assign (resid 7 and name H8 and segid STR1) (resid 7 and name H2'' and segid STR1) 3.01 0.6! 153! 153 assign (resid 7 and name H8 and segid STR1) (resid 6 and name H2'' and segid STR1) 2.81 0.6! 155! 155 assign (resid 7 and name H1' and segid STR1) (resid 7 and name H2'' and segid STR1) 2.91 0.8! 156! 156 assign (resid 7 and name H1' and segid STR1) (resid 7 and name H2' and segid STR1) 1.95 0.6! 157! 157 assign (resid 8 and name H6 and segid STR1) (resid 8 and name H2' and segid STR1) 2.10 0.6! 160! 160 assign (resid 8 and name H6 and segid STR1) (resid 7 and name H2'' and segid STR1) 3.17 0.6! 161! 161 assign (resid 9 and name H6 and segid STR1) (resid 9 and name H2'' and segid STR1) 2.92 0.8! 164! 164 assign (resid 9 and name H6 and segid STR1) (resid 8 and name H2'' and segid STR1) 2.16 0.6! 165! 165 assign (resid 9 and name H1' and segid STR1) (resid 9 and name H2' and segid STR1) 3.30 0.6! 166! 166 assign (resid 9 and name H1' and segid STR1) (resid 9 and name H2'' and segid STR1) 2.37 0.8! 167! 167 assign (resid 10 and name H1' and segid STR1) (resid 10 and name H2' and segid STR1) 2.81 0.6! 168! 168 assign (resid 10 and name H1' and segid STR1) (resid 10 and name H2'' and segid STR1) 1.99 0.6! 169! 169 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H2'' and segid STR1) 2.39 0.6! 171! 171 assign (resid 11 and name H6 and segid STR1) (resid 10 and name H2' and segid STR1) 3.25 0.6! 172! 172 assign (resid 1 and name H8 and segid STR2) (resid 1 and name H2' and segid STR2) 2.55 0.6! 175! 175 assign (resid 1 and name H8 and segid STR2) (resid 1 and name H2'' and segid STR2) 3.76 0.6! 176! 176 assign (resid 2 and name H6 and segid STR2) (resid 1 and name H2'' and segid STR2) 2.46 0.6! 177! 177 assign (resid 2 and name H6 and segid STR2) (resid 1 and name H2' and segid STR2) 3.45 0.6! 178! 178 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H2'' and segid STR2) 3.30 0.6! 179! 179 assign (resid 2 and name H6 and segid STR2) (resid 2 and name H2' and segid STR2) 2.02 0.6! 180! 180 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H2' and segid STR2) 3.43 0.6! 182! 182 assign (resid 3 and name H8 and segid STR2) (resid 2 and name H2'' and segid STR2) 2.73 0.6! 183! 183 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H2' and segid STR2) 2.23 0.6! 184! 184 assign (resid 3 and name H8 and segid STR2) (resid 3 and name H2'' and segid STR2) 3.36 0.8! 185! 185 assign (resid 4 and name H1' and segid STR2) (resid 4 and name H2'' and segid STR2) 1.88 0.6! 186! 186 assign (resid 4 and name H1' and segid STR2) (resid 4 and name H2' and segid STR2) 2.54 0.6! 187! 187 assign (resid 4 and name H8 and segid STR2) (resid 4 and name H2'' and segid STR2) 3.66 0.6! 188! 188 assign (resid 5 and name H6 and segid STR2) (resid 4 and name H2'' and segid STR2) 2.50 0.6! 190! 190 assign (resid 5 and name H6 and segid STR2) (resid 4 and name H2' and segid STR2) 2.96 0.6! 191! 191 assign (resid 5 and name H6 and segid STR2) (resid 5 and name H2'' and segid STR2) 3.25 0.6! 192! 192 assign (resid 5 and name H6 and segid STR2) (resid 5 and name H2' and segid STR2) 2.55 0.6! 193! 193 assign (resid 7 and name H6 and segid STR2) (resid 7 and name H2' and segid STR2) 2.48 0.6! 194! 194 assign (resid 7 and name H6 and segid STR2) (resid 7 and name H2'' and segid STR2) 2.41 0.6! 195! 195 assign (resid 9 and name H6 and segid STR2) (resid 8 and name H2'' and segid STR2) 1.99 0.6! 197! 197 assign (resid 9 and name H6 and segid STR2) (resid 8 and name H2' and segid STR2) 3.11 0.6! 198! 198 assign (resid 11 and name H8 and segid STR2) (resid 11 and name H2' and segid STR2) 2.09 0.6! 202! 202 assign (resid 3 and name H8 and segid STR1) (resid 2 and name H2' and segid STR1) 3.25 0.6! 205! 205 assign (resid 3 and name H8 and segid STR1) (resid 2 and name H2'' and segid STR1) 2.76 0.6! 206! 206 assign (resid 2 and name H8 and segid STR1) (resid 1 and name H2' and segid STR1) 3.01 0.6! 207! 207 assign (resid 8 and name H8 and segid STR2) (resid 7 and name H2' and segid STR2) 3.15 0.6! 208! 208 assign (resid 10 and name H8 and segid STR1) (resid 9 and name H2' and segid STR1) 3.58 0.8! 209! 209 assign (resid 11 and name H1' and segid STR2) (resid 11 and name H2'' and segid STR2) 2.28 0.6! 210! 210 assign (resid 11 and name H1' and segid STR2) (resid 11 and name H2' and segid STR2) 2.77 0.6! 211! 211 assign (resid 1 and name H1' and segid STR1) (resid 1 and name H2'' and segid STR1) 1.99 0.6! 214! 214 assign (resid 4 and name H1' and segid STR1) (resid 4 and name H2' and segid STR1) 3.69 0.6! 215! 215 assign (resid 4 and name H1' and segid STR1) (resid 4 and name H2'' and segid STR1) 1.94 0.6! 216! 216 assign (resid 8 and name H1' and segid STR1) (resid 8 and name H2' and segid STR1) 2.57 0.6! 217! 217 assign (resid 8 and name H1' and segid STR1) (resid 8 and name H2'' and segid STR1) 2.17 0.6! 218! 218 assign (resid 1 and name H1' and segid STR2) (resid 1 and name H2' and segid STR2) 3.06 0.6! 219! 219 assign (resid 2 and name H1' and segid STR2) (resid 2 and name H2' and segid STR2) 2.42 0.8! 220! 220 assign (resid 7 and name H1' and segid STR2) (resid 7 and name H2' and segid STR2) 2.89 0.6! 222! 222 assign (resid 7 and name H1' and segid STR2) (resid 7 and name H2'' and segid STR2) 2.18 0.6! 223! 223 assign (resid 9 and name H1' and segid STR2) (resid 9 and name H2' and segid STR2) 1.79 0.6! 224! 224 assign (resid 7 and name H6 and segid STR2) (resid 6 and name H2'' and segid STR2) 2.44 0.6! 230! 230 assign (resid 6 and name H1' and segid STR1) (resid 6 and name H2'' and segid STR2) 3.58 0.8! 231! 231 assign (resid 7 and name H5 and segid STR2) (resid 6 and name H2'' and segid STR2) 2.77 0.6! 232! 232 assign (resid 7 and name H5 and segid STR2) (resid 7 and name H2' and segid STR2) 4.07 0.6! 233! 233 assign (resid 7 and name H5 and segid STR2) (resid 7 and name H2'' and segid STR2) 2.84 0.6! 234! 234 assign (resid 9 and name H5 and segid STR2) (resid 8 and name H2' and segid STR2) 3.74 0.6! 235! 235 assign (resid 9 and name H5 and segid STR2) (resid 8 and name H2'' and segid STR2) 2.71 0.6! 236! 236 assign (resid 5 and name H5 and segid STR2) (resid 4 and name H2' and segid STR2) 3.05 0.6! 237! 237 assign (resid 5 and name H5 and segid STR2) (resid 4 and name H2'' and segid STR2) 3.12 0.6! 238! 238 assign (resid 9 and name H5 and segid STR2) (resid 9 and name H2' and segid STR2) 3.23 0.6! 240! 240 assign (resid 5 and name H5 and segid STR2) (resid 5 and name H2' and segid STR2) 4.28 0.8! 241! 241 assign (resid 3 and name H1' and segid STR2) (resid 3 and name H2' and segid STR2) 2.49 0.6! 242! 242 assign (resid 3 and name H1' and segid STR2) (resid 3 and name H2'' and segid STR2) 2.08 0.6! 243! 243 assign (resid 9 and name H5 and segid STR1) (resid 9 and name H2' and segid STR1) 2.59 0.6! 244! 244 assign (resid 9 and name H5 and segid STR1) (resid 8 and name H2'' and segid STR1) 3.09 0.6! 245! 245 assign (resid 1 and name H1' and segid STR1) (resid 1 and name H3' and segid STR1) 4.61 0.8! 246! 246 assign (resid 2 and name H1' and segid STR1) (resid 2 and name H3' and segid STR1) 3.62 0.8! 247! 247 assign (resid 3 and name H1' and segid STR1) (resid 3 and name H3' and segid STR1) 3.78 0.6! 248! 248 assign (resid 5 and name H1' and segid STR1) (resid 5 and name H3' and segid STR1) 3.44 0.6! 250! 250 assign (resid 7 and name H1' and segid STR1) (resid 7 and name H3' and segid STR1) 3.50 0.6! 251! 251 assign (resid 8 and name H6 and segid STR1) (resid 8 and name H3' and segid STR1) 3.99 0.6! 252! 252 assign (resid 8 and name H1' and segid STR1) (resid 9 and name H3' and segid STR1) 4.08 0.6! 253! 253 assign (resid 9 and name H1' and segid STR1) (resid 9 and name H3' and segid STR1) 4.71 0.8! 254! 254 assign (resid 10 and name H1' and segid STR1) (resid 10 and name H3' and segid STR1) 4.53 0.6! 255! 255 assign (resid 11 and name H1' and segid STR1) (resid 11 and name H3' and segid STR1) 3.95 0.6! 256! 256 assign (resid 11 and name H1' and segid STR2) (resid 11 and name H3' and segid STR2) 4.63 0.6! 257! 257 assign (resid 9 and name H1' and segid STR2) (resid 9 and name H3' and segid STR2) 5.47 0.8! 258! 258 assign (resid 8 and name H1' and segid STR2) (resid 8 and name H3' and segid STR2) 3.17 0.6! 259! 259 assign (resid 7 and name H1' and segid STR2) (resid 7 and name H3' and segid STR2) 5.33 0.8! 260! 260 assign (resid 7 and name H5 and segid STR2) (resid 6 and name H3' and segid STR2) 5.26 0.8! 261! 261 assign (resid 5 and name H6 and segid STR2) (resid 5 and name H3' and segid STR2) 4.64 0.6! 262! 262 assign (resid 5 and name H1' and segid STR2) (resid 5 and name H3' and segid STR2) 4.75 0.6! 263! 263 assign (resid 4 and name H1' and segid STR2) (resid 4 and name H3' and segid STR2) 3.46 0.6! 264! 264 assign (resid 3 and name H1' and segid STR2) (resid 3 and name H3' and segid STR2) 3.82 0.6! 265! 265 assign (resid 11 and name H5 and segid STR1) (resid 10 and name H2' and segid STR1) 3.17 0.6! 267! 267 assign (resid 11 and name H5 and segid STR1) (resid 10 and name H2'' and segid STR1) 3.18 0.6! 268! 268 assign (resid 10 and name H1' and segid STR1) (resid 11 and name H5 and segid STR1) 3.89 0.6! 269! 269 assign (resid 4 and name H1' and segid STR2) (resid 5 and name H5 and segid STR2) 4.85 0.8! 270! 270 assign (resid 8 and name H1' and segid STR2) (resid 9 and name H5 and segid STR2) 3.82 0.6! 271! 271 assign (resid 4 and name H1' and segid STR2) (resid 5 and name H1' and segid STR2) 3.98 0.8! 272! 272 assign (resid 4 and name H1' and segid STR2) (resid 3 and name H1' and segid STR2) 4.31 0.8! 273! 273 assign (resid 8 and name H1' and segid STR2) (resid 9 and name H1' and segid STR2) 3.73 0.6! 274! 274 assign (resid 8 and name H6 and segid STR1) (resid 8 and name H4' and segid STR1) 3.80 0.6! 120! 120 assign (resid 10 and name H6 and segid STR2) (resid 10 and name H4' and segid STR2) 3.46 0.6! 120! 120 assign (resid 2 and name H1' and segid STR1) (resid 2 and name H2' and segid STR1) 3.39 0.6! 134! 134 assign (resid 1 and name H1' and segid STR2) (resid 1 and name H2'' and segid STR2) 2.22 0.6! 134! 134 assign (resid 9 and name H6 and segid STR2) (resid 9 and name H2' and segid STR2) 1.60 0.6! 196! 196 assign (resid 10 and name H6 and segid STR2) (resid 10 and name H2' and segid STR2) 2.69 0.6! 196! 196 assign (resid 4 and name H1' and segid STR1) (resid 4 and name H3' and segid STR1) 4.82 0.8! 249! 249 assign (resid 6 and name H1' and segid STR2) (resid 6 and name H3' and segid STR2) 3.15 0.6! 249! 249 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H2' and segid STR1) 2.37 0.6! 146! 146 assign (resid 5 and name H8 and segid STR1) (resid 5 and name H2'' and segid STR1) 4.67 0.6! 146! 146 assign (resid 7 and name H8 and segid STR1) (resid 7 and name H2' and segid STR1) 2.84 0.6! 154! 154 assign (resid 7 and name H8 and segid STR1) (resid 6 and name H2' and segid STR1) 5.45 0.8! 154! 154 assign (resid 8 and name H6 and segid STR1) (resid 7 and name H2' and segid STR1) 2.14 0.6! 162! 162 assign (resid 8 and name H6 and segid STR1) (resid 8 and name H2'' and segid STR1) 3.18 0.6! 162! 162 assign (resid 9 and name H6 and segid STR1) (resid 8 and name H2' and segid STR1) 2.29 0.6! 163! 163 assign (resid 9 and name H6 and segid STR1) (resid 9 and name H2' and segid STR1) 1.87 0.6! 163! 163 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H2' and segid STR1) 2.17 0.6! 173! 173 assign (resid 11 and name H6 and segid STR1) (resid 11 and name H2'' and segid STR1) 4.35 0.6! 173! 173 assign (resid 4 and name H8 and segid STR2) (resid 4 and name H2' and segid STR2) 2.16 0.6! 189! 189 assign (resid 4 and name H8 and segid STR2) (resid 3 and name H2' and segid STR2) 2.93 0.8! 189! 189 assign (resid 11 and name H1' and segid STR1) (resid 11 and name H2' and segid STR1) 2.53 0.6! 212! 212 assign (resid 11 and name H1' and segid STR1) (resid 11 and name H2'' and segid STR1) 2.36 0.6! 212! 212 assign (resid 11 and name H5 and segid STR1) (resid 11 and name H2' and segid STR1) 3.69 0.8! 266! 266 assign (resid 11 and name H5 and segid STR1) (resid 11 and name H2'' and segid STR1) 5.26 0.8! 266! 266 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)) 3.65 0.6! 201! 201 assign (resid 10 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)) 3.30 0.6! 201! 201 assign (resid 4 and name H6 and segid STR1) ((resid 4 and name H51 and segid STR1) or (resid 4 and name H52 and segid STR1) or (resid 4 and name H53 and segid STR1)) 2.98 0.6! 143! 143 assign (resid 7 and name H8 and segid STR1) ((resid 8 and name H51 and segid STR1) or (resid 8 and name H52 and segid STR1) or (resid 8 and name H53 and segid STR1)) 4.15 0.6! 158! 158 assign (resid 8 and name H6 and segid STR1) ((resid 8 and name H51 and segid STR1) or (resid 8 and name H52 and segid STR1) or (resid 8 and name H53 and segid STR1)) 2.75 0.6! 159! 159 assign (resid 3 and name H8 and segid STR1) ((resid 4 and name H51 and segid STR1) or (resid 4 and name H52 and segid STR1) or (resid 4 and name H53 and segid STR1)) 3.79 0.6! 170! 170 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)) 3.97 0.6! 174! 174 assign (resid 2 and name H6 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)) 2.94 0.6! 181! 181 assign (resid 9 and name H5 and segid STR1) ((resid 8 and name H51 and segid STR1) or (resid 8 and name H52 and segid STR1) or (resid 8 and name H53 and segid STR1)) 3.25 0.8! 225! 225 assign (resid 7 and name H1' and segid STR1) ((resid 8 and name H51 and segid STR1) or (resid 8 and name H52 and segid STR1) or (resid 8 and name H53 and segid STR1)) 5.71 0.8! 226! 226 assign (resid 3 and name H1' and segid STR1) ((resid 4 and name H51 and segid STR1) or (resid 4 and name H52 and segid STR1) or (resid 4 and name H53 and segid STR1)) 4.43 0.6! 227! 227 assign (resid 1 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)) 4.56 0.6! 228! 228 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)) 4.78 0.6! 229! 229 assign (resid 9 and name H5 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)) 3.99 0.6! 239! 239 assign (resid 9 and name H2' and segid STR1) ((resid 8 and name H51 and segid STR1) or (resid 8 and name H52 and segid STR1) or (resid 8 and name H53 and segid STR1)) 4.56 0.6! 275! 275 assign (resid 7 and name H2'' and segid STR1) ((resid 8 and name H51 and segid STR1) or (resid 8 and name H52 and segid STR1) or (resid 8 and name H53 and segid STR1)) 3.89 0.8! 276! 276 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H5* C 1 1H5* C 1 2.611 -15.748 7.631 2 2H5* C 1 2H5* C 1 3.806 -14.505 7.207 3 H4* C 1 H4* C 1 1.524 -13.812 6.577 4 H3* C 1 H3* C 1 3.375 -12.320 8.139 5 H1* C 1 H1* C 1 -0.522 -12.405 8.806 6 1H4 C 1 H41 C 1 -1.633 -13.655 14.880 7 2H4 C 1 H42 C 1 -0.269 -14.732 14.995 8 H5 C 1 H5 C 1 1.472 -14.798 13.237 9 H6 C 1 H6 C 1 1.892 -14.261 10.871 10 1H2* C 1 1H2* C 1 2.150 -11.946 10.004 11 2H2* C 1 2H2* C 1 1.151 -10.877 8.990 12 H5T C 1 H5T C 1 3.582 -13.791 9.444 13 1H5* A 2 1H5* A 2 -0.325 -10.236 6.638 14 2H5* A 2 2H5* A 2 -0.114 -8.538 6.160 15 H4* A 2 H4* A 2 -2.156 -8.896 7.529 16 H3* A 2 H3* A 2 -0.146 -6.924 7.928 17 H1* A 2 H1* A 2 -2.132 -8.760 10.756 18 H8 A 2 H8 A 2 1.769 -9.352 10.599 19 1H6 A 2 1H6 A 2 1.070 -11.890 16.162 20 2H6 A 2 2H6 A 2 2.217 -11.442 14.919 21 H2 A 2 H2 A 2 -2.999 -10.697 14.679 22 1H2* A 2 1H2* A 2 0.495 -7.483 10.037 23 2H2* A 2 2H2* A 2 -1.045 -6.732 10.528 24 1H5* G 3 1H5* G 3 -4.361 -7.649 9.791 25 2H5* G 3 2H5* G 3 -5.168 -6.097 9.498 26 H4* G 3 H4* G 3 -6.338 -7.326 11.229 27 H3* G 3 H3* G 3 -5.383 -4.703 11.523 28 H1* G 3 H1* G 3 -5.226 -7.388 14.440 29 H8 G 3 H8 G 3 -2.113 -6.442 12.470 30 H1 G 3 H1 G 3 -0.919 -8.975 18.191 31 1H2 G 3 H21 G 3 -4.391 -9.077 18.499 32 2H2 G 3 H22 G 3 -2.835 -9.410 19.227 33 1H2* G 3 1H2* G 3 -3.945 -4.984 13.258 34 2H2* G 3 2H2* G 3 -5.419 -5.116 14.258 35 1H5* T 4 1H5* T 4 -7.943 -6.797 14.920 36 2H5* T 4 2H5* T 4 -9.260 -5.647 15.226 37 H4* T 4 H4* T 4 -8.679 -6.790 17.300 38 H3* T 4 H3* T 4 -8.786 -3.997 16.955 39 1H2* T 4 1H2* T 4 -6.562 -3.514 17.222 40 2H2* T 4 2H2* T 4 -6.906 -3.689 18.943 41 H1* T 4 H1* T 4 -6.005 -5.868 19.131 42 H3 T 4 H3 T 4 -1.576 -5.945 18.528 43 1H5M T 4 H51 T 4 -1.755 -3.174 14.827 44 2H5M T 4 H52 T 4 -3.418 -3.421 14.249 45 3H5M T 4 H53 T 4 -3.065 -2.117 15.404 46 H6 T 4 H6 T 4 -5.158 -3.875 16.113 47 1H5* G 5 1H5* G 5 -7.768 -5.867 21.236 48 2H5* G 5 2H5* G 5 -8.776 -4.967 22.386 49 H4* G 5 H4* G 5 -6.658 -5.533 23.435 50 H3* G 5 H3* G 5 -7.637 -2.864 23.126 51 H1* G 5 H1* G 5 -3.906 -4.019 23.114 52 H8 G 5 H8 G 5 -5.255 -2.445 19.803 53 H1 G 5 H1 G 5 1.061 -3.189 20.098 54 1H2 G 5 H21 G 5 0.469 -4.469 23.276 55 2H2 G 5 H22 G 5 1.642 -4.048 22.047 56 1H2* G 5 1H2* G 5 -5.809 -1.929 22.124 57 2H2* G 5 2H2* G 5 -5.022 -2.104 23.724 58 1H5* 2AR 6 1H5* 2AR 6 -4.093 -3.987 26.149 59 2H5* 2AR 6 2H5* 2AR 6 -4.421 -3.066 27.631 60 H4* 2AR 6 H4* 2AR 6 -2.004 -3.200 27.228 61 1HX* 2AR 6 1HX* 2AR 6 -1.209 -3.152 25.089 62 2HX* 2AR 6 2HX* 2AR 6 -2.807 -2.642 24.476 63 H1* 2AR 6 H1* 2AR 6 -0.450 -0.985 25.303 64 H2 2AR 6 H2 2AR 6 2.565 -0.118 22.145 65 1H6 2AR 6 1H6 2AR 6 0.044 0.896 18.577 66 2H6 2AR 6 2H6 2AR 6 -1.628 0.746 19.072 67 H8 2AR 6 H8 2AR 6 -3.728 -0.439 23.229 68 2H2* 2AR 6 2H2* 2AR 6 -1.733 0.706 26.312 69 1H2* 2AR 6 1H2* 2AR 6 -3.256 0.093 25.617 70 H3* 2AR 6 H3* 2AR 6 -3.433 -0.844 27.729 71 1H5* G 7 1H5* G 7 1.587 -0.815 26.823 72 2H5* G 7 2H5* G 7 1.900 -0.035 28.386 73 H4* G 7 H4* G 7 3.605 0.714 26.887 74 H3* G 7 H3* G 7 1.738 2.515 28.060 75 H1* G 7 H1* G 7 3.443 2.802 24.614 76 H8 G 7 H8 G 7 -0.419 2.912 24.383 77 H1 G 7 H1 G 7 2.516 3.253 18.768 78 1H2 G 7 H21 G 7 5.442 2.733 20.571 79 2H2 G 7 H22 G 7 4.691 2.995 19.010 80 1H2* G 7 1H2* G 7 0.866 3.352 26.079 81 2H2* G 7 2H2* G 7 2.378 4.299 26.047 82 1H5* T 8 1H5* T 8 5.517 3.533 25.587 83 2H5* T 8 2H5* T 8 6.437 4.667 26.595 84 H4* T 8 H4* T 8 7.031 5.118 24.343 85 H3* T 8 H3* T 8 5.579 7.060 25.880 86 1H2* T 8 1H2* T 8 4.027 7.621 24.339 87 2H2* T 8 2H2* T 8 5.364 8.305 23.378 88 H1* T 8 H1* T 8 5.497 6.481 21.993 89 H3 T 8 H3 T 8 1.742 6.072 19.553 90 1H5M T 8 H51 T 8 0.059 5.486 24.505 91 2H5M T 8 H52 T 8 0.021 7.256 24.325 92 3H5M T 8 H53 T 8 -0.991 6.233 23.277 93 H6 T 8 H6 T 8 2.591 6.262 24.272 94 1H5* C 9 1H5* C 9 7.562 7.185 22.055 95 2H5* C 9 2H5* C 9 8.811 8.440 21.938 96 H4* C 9 H4* C 9 8.012 8.123 19.732 97 H3* C 9 H3* C 9 7.530 10.567 21.135 98 H1* C 9 H1* C 9 5.201 8.883 18.416 99 1H4 C 9 H41 C 9 -0.228 9.462 22.167 100 2H4 C 9 H42 C 9 -0.760 9.121 20.533 101 H5 C 9 H5 C 9 2.133 9.641 22.770 102 H6 C 9 H6 C 9 4.409 9.379 21.978 103 1H2* C 9 1H2* C 9 5.293 10.751 20.765 104 2H2* C 9 2H2* C 9 5.737 11.051 19.054 105 1H5* A 10 1H5* A 10 8.017 10.133 16.254 106 2H5* A 10 2H5* A 10 9.061 11.542 15.986 107 H4* A 10 H4* A 10 7.845 10.956 13.956 108 H3* A 10 H3* A 10 7.994 13.500 15.047 109 H1* A 10 H1* A 10 4.458 12.081 13.763 110 H8 A 10 H8 A 10 5.576 11.841 17.384 111 1H6 A 10 1H6 A 10 -0.421 11.966 18.866 112 2H6 A 10 2H6 A 10 1.203 11.821 19.500 113 H2 A 10 H2 A 10 -0.049 12.427 14.413 114 1H2* A 10 1H2* A 10 5.845 13.841 15.701 115 2H2* A 10 2H2* A 10 5.529 14.095 13.962 116 1H5* C 11 1H5* C 11 5.549 12.745 11.119 117 2H5* C 11 2H5* C 11 6.041 13.983 9.944 118 H4* C 11 H4* C 11 3.680 13.397 9.647 119 H3* C 11 H3* C 11 4.659 16.062 10.218 120 H1* C 11 H1* C 11 1.201 14.562 11.548 121 1H4 C 11 H41 C 11 2.888 16.296 17.733 122 2H4 C 11 H42 C 11 1.149 16.119 17.705 123 H5 C 11 H5 C 11 4.277 15.988 15.791 124 H6 C 11 H6 C 11 4.302 15.453 13.405 125 H3T C 11 H3T C 11 2.504 15.074 8.630 126 1H2* C 11 1H2* C 11 3.089 16.801 11.641 127 2H2* C 11 2H2* C 11 1.836 16.418 10.427 128 1H5* G 12 1H5* G 12 -7.569 18.504 19.698 129 2H5* G 12 2H5* G 12 -8.164 19.614 18.446 130 H4* G 12 H4* G 12 -8.514 17.722 16.915 131 H3* G 12 H3* G 12 -8.077 16.194 19.381 132 H1* G 12 H1* G 12 -5.568 16.286 16.278 133 H8 G 12 H8 G 12 -5.102 17.332 19.989 134 H1 G 12 H1 G 12 0.259 15.707 16.956 135 1H2 G 12 H21 G 12 -0.190 15.110 14.879 136 2H2 G 12 H22 G 12 -1.811 15.108 14.227 137 1H2* G 12 1H2* G 12 -6.210 15.094 18.828 138 2H2* G 12 2H2* G 12 -6.859 14.700 17.213 139 H5T G 12 H5T G 12 -9.823 17.492 19.050 140 1H5* T 13 1H5* T 13 -8.775 14.735 15.303 141 2H5* T 13 2H5* T 13 -9.691 13.233 15.063 142 H4* T 13 H4* T 13 -7.849 13.516 13.427 143 H3* T 13 H3* T 13 -8.386 11.210 15.027 144 1H2* T 13 1H2* T 13 -6.343 10.871 15.920 145 2H2* T 13 2H2* T 13 -5.810 10.463 14.265 146 H1* T 13 H1* T 13 -4.815 12.505 13.955 147 H3 T 13 H3 T 13 -1.417 12.777 16.873 148 1H5M T 13 H51 T 13 -4.247 12.755 20.532 149 2H5M T 13 H52 T 13 -5.702 13.501 19.831 150 3H5M T 13 H53 T 13 -5.553 11.729 19.891 151 H6 T 13 H6 T 13 -6.188 12.552 17.351 152 1H5* G 14 1H5* G 14 -5.812 10.972 11.471 153 2H5* G 14 2H5* G 14 -6.290 9.599 10.451 154 H4* G 14 H4* G 14 -3.877 10.036 10.266 155 H3* G 14 H3* G 14 -5.079 7.544 10.916 156 H1* G 14 H1* G 14 -1.693 8.866 12.432 157 H8 G 14 H8 G 14 -4.800 8.536 14.745 158 H1 G 14 H1 G 14 0.784 8.992 17.767 159 1H2 G 14 H21 G 14 2.150 9.156 14.564 160 2H2 G 14 H22 G 14 2.433 9.150 16.290 161 1H2* G 14 1H2* G 14 -4.068 7.119 12.901 162 2H2* G 14 2H2* G 14 -2.600 6.823 11.929 163 1H5* A 15 1H5* A 15 -0.511 8.071 9.868 164 2H5* A 15 2H5* A 15 -0.187 6.836 8.637 165 H4* A 15 H4* A 15 1.831 7.201 9.921 166 H3* A 15 H3* A 15 0.486 4.681 9.757 167 H1* A 15 H1* A 15 2.421 6.037 12.927 168 H8 A 15 H8 A 15 -1.434 5.576 12.975 169 1H6 A 15 1H6 A 15 -0.916 5.672 19.111 170 2H6 A 15 2H6 A 15 -2.030 5.566 17.766 171 H2 A 15 H2 A 15 3.203 6.076 17.356 172 1H2* A 15 1H2* A 15 0.331 4.157 11.941 173 2H2* A 15 2H2* A 15 2.111 4.009 11.920 174 1H5* C 16 1H5* C 16 4.862 5.035 11.016 175 2H5* C 16 2H5* C 16 5.892 3.740 10.373 176 H4* C 16 H4* C 16 6.561 4.359 12.657 177 H3* C 16 H3* C 16 5.978 1.711 11.725 178 H1* C 16 H1* C 16 5.316 3.203 15.308 179 1H4 C 16 H41 C 16 -1.184 2.238 16.223 180 2H4 C 16 H42 C 16 -0.452 2.484 17.793 181 H5 C 16 H5 C 16 0.077 2.244 14.170 182 H6 C 16 H6 C 16 2.297 2.488 13.192 183 1H2* C 16 1H2* C 16 4.267 1.256 13.243 184 2H2* C 16 2H2* C 16 5.598 1.060 14.413 185 1H5* 8OG 17 1H5* 8OG 17 8.655 2.166 15.823 186 2H5* 8OG 17 2H5* 8OG 17 9.858 0.878 15.608 187 H4* 8OG 17 H4* 8OG 17 9.255 1.094 17.970 188 H3* 8OG 17 H3* 8OG 17 9.068 -1.308 16.446 189 1H2* 8OG 17 1H2* 8OG 17 6.884 -1.789 16.798 190 2H2* 8OG 17 2H2* 8OG 17 7.416 -2.255 18.441 191 H1* 8OG 17 H1* 8OG 17 6.728 -0.223 19.355 192 H1 8OG 17 H1 8OG 17 2.123 -1.093 14.052 193 H7 8OG 17 H7 8OG 17 2.149 -0.134 18.957 194 1H2 8OG 17 1H2 8OG 17 5.475 -1.299 13.114 195 2H2 8OG 17 2H2 8OG 17 3.798 -1.392 12.628 196 1H5* C 18 1H5* C 18 9.137 -1.490 21.238 197 2H5* C 18 2H5* C 18 10.140 -2.893 21.663 198 H4* C 18 H4* C 18 8.263 -2.694 23.227 199 H3* C 18 H3* C 18 8.957 -5.002 21.804 200 H1* C 18 H1* C 18 5.332 -3.920 22.490 201 1H4 C 18 H41 C 18 2.660 -3.492 16.458 202 2H4 C 18 H42 C 18 1.403 -3.055 17.596 203 H5 C 18 H5 C 18 4.940 -3.991 17.142 204 H6 C 18 H6 C 18 6.472 -4.098 18.992 205 1H2* C 18 1H2* C 18 7.185 -5.044 20.393 206 2H2* C 18 2H2* C 18 6.374 -5.850 21.714 207 1H5* A 19 1H5* A 19 5.395 -5.685 25.416 208 2H5* A 19 2H5* A 19 6.169 -7.142 26.073 209 H4* A 19 H4* A 19 3.747 -7.371 26.233 210 H3* A 19 H3* A 19 5.436 -9.185 24.911 211 H1* A 19 H1* A 19 1.916 -8.294 23.696 212 H8 A 19 H8 A 19 4.870 -7.397 21.376 213 1H6 A 19 1H6 A 19 0.616 -5.685 17.276 214 2H6 A 19 2H6 A 19 2.328 -5.886 17.569 215 H2 A 19 H2 A 19 -1.504 -6.916 21.041 216 1H2* A 19 1H2* A 19 4.646 -9.040 22.814 217 2H2* A 19 2H2* A 19 3.318 -10.056 23.449 218 1H5* C 20 1H5* C 20 1.209 -10.223 26.387 219 2H5* C 20 2H5* C 20 0.933 -11.919 26.834 220 H4* C 20 H4* C 20 -1.084 -10.920 25.837 221 H3* C 20 H3* C 20 0.168 -13.343 25.026 222 H1* C 20 H1* C 20 -1.624 -10.787 22.671 223 1H4 C 20 H41 C 20 3.272 -9.879 18.292 224 2H4 C 20 H42 C 20 1.812 -9.239 17.570 225 H5 C 20 H5 C 20 3.317 -10.867 20.507 226 H6 C 20 H6 C 20 2.058 -11.310 22.505 227 1H2* C 20 1H2* C 20 0.619 -12.768 22.834 228 2H2* C 20 2H2* C 20 -1.141 -13.050 22.608 229 1H5* T 21 1H5* T 21 -4.086 -12.030 23.949 230 2H5* T 21 2H5* T 21 -5.228 -13.377 24.121 231 H4* T 21 H4* T 21 -5.995 -11.742 22.453 232 H3* T 21 H3* T 21 -5.653 -14.559 22.002 233 1H2* T 21 1H2* T 21 -4.513 -14.489 20.058 234 2H2* T 21 2H2* T 21 -5.991 -13.796 19.328 235 H1* T 21 H1* T 21 -5.147 -11.665 19.384 236 H3 T 21 H3 T 21 -1.809 -12.055 16.376 237 1H5M T 21 H51 T 21 -0.209 -14.698 20.682 238 2H5M T 21 H52 T 21 0.954 -14.087 19.480 239 3H5M T 21 H53 T 21 0.504 -13.080 20.873 240 H6 T 21 H6 T 21 -2.361 -13.271 20.974 241 1H5* G 22 1H5* G 22 -8.727 -12.216 19.257 242 2H5* G 22 2H5* G 22 -10.189 -13.224 19.281 243 H4* G 22 H4* G 22 -9.935 -12.164 17.098 244 H3* G 22 H3* G 22 -10.012 -15.039 17.530 245 H1* G 22 H1* G 22 -7.780 -13.176 14.719 246 H8 G 22 H8 G 22 -6.557 -15.354 17.712 247 H1 G 22 H1 G 22 -2.403 -14.646 12.934 248 1H2 G 22 H21 G 22 -4.858 -12.637 11.503 249 2H2 G 22 H22 G 22 -3.236 -13.289 11.383 250 H3T G 22 H3T G 22 -11.719 -13.630 16.804 251 1H2* G 22 1H2* G 22 -8.482 -15.721 16.010 252 2H2* G 22 2H2* G 22 -9.354 -14.823 14.737 Start of MODEL 2 1 1H5* C 1 1H5* C 1 2.016 -16.539 6.172 2 2H5* C 1 2H5* C 1 3.067 -15.218 5.620 3 H4* C 1 H4* C 1 0.691 -14.579 5.492 4 H3* C 1 H3* C 1 2.758 -13.121 6.790 5 H1* C 1 H1* C 1 -0.932 -13.447 8.198 6 1H4 C 1 H41 C 1 0.785 -16.169 13.998 7 2H4 C 1 H42 C 1 -0.772 -15.403 14.230 8 H5 C 1 H5 C 1 1.982 -16.111 11.905 9 H6 C 1 H6 C 1 1.928 -15.308 9.589 10 1H2* C 1 1H2* C 1 1.906 -12.948 8.886 11 2H2* C 1 2H2* C 1 0.691 -11.857 8.172 12 H5T C 1 H5T C 1 3.322 -14.673 7.872 13 1H5* A 2 1H5* A 2 -1.225 -11.284 6.188 14 2H5* A 2 2H5* A 2 -1.276 -9.568 5.736 15 H4* A 2 H4* A 2 -3.002 -10.126 7.412 16 H3* A 2 H3* A 2 -1.093 -8.017 7.583 17 H1* A 2 H1* A 2 -2.497 -10.105 10.575 18 H8 A 2 H8 A 2 1.325 -10.659 9.734 19 1H6 A 2 1H6 A 2 1.675 -12.921 15.461 20 2H6 A 2 2H6 A 2 2.570 -12.584 13.994 21 H2 A 2 H2 A 2 -2.557 -11.626 14.744 22 1H2* A 2 1H2* A 2 -0.112 -8.586 9.555 23 2H2* A 2 2H2* A 2 -1.617 -7.985 10.299 24 1H5* G 3 1H5* G 3 -4.587 -9.520 9.994 25 2H5* G 3 2H5* G 3 -5.751 -8.202 9.758 26 H4* G 3 H4* G 3 -6.469 -9.680 11.567 27 H3* G 3 H3* G 3 -6.244 -6.892 11.737 28 H1* G 3 H1* G 3 -5.168 -9.286 14.693 29 H8 G 3 H8 G 3 -2.400 -8.043 12.395 30 H1 G 3 H1 G 3 -0.574 -9.079 18.407 31 1H2 G 3 H21 G 3 -3.953 -9.725 18.966 32 2H2 G 3 H22 G 3 -2.341 -9.621 19.637 33 1H2* G 3 1H2* G 3 -4.617 -6.708 13.319 34 2H2* G 3 2H2* G 3 -5.919 -7.137 14.464 35 1H5* T 4 1H5* T 4 -7.723 -9.076 15.885 36 2H5* T 4 2H5* T 4 -9.252 -8.192 16.064 37 H4* T 4 H4* T 4 -8.316 -8.437 18.259 38 H3* T 4 H3* T 4 -8.811 -5.906 17.063 39 1H2* T 4 1H2* T 4 -6.664 -5.116 17.061 40 2H2* T 4 2H2* T 4 -6.921 -4.838 18.784 41 H1* T 4 H1* T 4 -5.783 -6.798 19.491 42 H3 T 4 H3 T 4 -1.402 -6.346 18.789 43 1H5M T 4 H51 T 4 -3.720 -3.999 14.661 44 2H5M T 4 H52 T 4 -2.000 -4.451 14.619 45 3H5M T 4 H53 T 4 -3.229 -5.579 14.008 46 H6 T 4 H6 T 4 -5.239 -5.615 16.012 47 1H5* G 5 1H5* G 5 -7.471 -6.771 21.479 48 2H5* G 5 2H5* G 5 -8.585 -5.847 22.506 49 H4* G 5 H4* G 5 -6.482 -6.106 23.674 50 H3* G 5 H3* G 5 -7.622 -3.574 23.010 51 H1* G 5 H1* G 5 -3.798 -4.414 23.180 52 H8 G 5 H8 G 5 -5.306 -3.553 19.698 53 H1 G 5 H1 G 5 1.053 -3.314 20.029 54 1H2 G 5 H21 G 5 0.605 -4.165 23.377 55 2H2 G 5 H22 G 5 1.723 -3.776 22.089 56 1H2* G 5 1H2* G 5 -5.854 -2.643 21.925 57 2H2* G 5 2H2* G 5 -5.091 -2.553 23.539 58 1H5* 2AR 6 1H5* 2AR 6 -4.242 -4.235 26.205 59 2H5* 2AR 6 2H5* 2AR 6 -4.707 -3.308 27.647 60 H4* 2AR 6 H4* 2AR 6 -2.267 -3.395 27.460 61 H1* 2AR 6 H1* 2AR 6 -0.681 -1.091 25.510 62 H2 2AR 6 H2 2AR 6 2.397 -0.381 22.378 63 1H6 2AR 6 1H6 2AR 6 -0.044 0.273 18.673 64 2H6 2AR 6 2H6 2AR 6 -1.724 0.102 19.129 65 H8 2AR 6 H8 2AR 6 -3.915 -0.828 23.308 66 2H2* 2AR 6 2H2* 2AR 6 -2.119 0.519 26.422 67 1H2* 2AR 6 1H2* 2AR 6 -3.567 -0.216 25.685 68 H3* 2AR 6 H3* 2AR 6 -3.763 -1.085 27.828 69 HX* 2AR 6 HX* 2AR 6 -1.244 -3.317 25.422 70 HX** 2AR 6 HX** 2AR 6 -2.818 -2.992 24.643 71 1H5* G 7 1H5* G 7 1.284 -0.985 26.859 72 2H5* G 7 2H5* G 7 1.554 -0.203 28.430 73 H4* G 7 H4* G 7 3.246 0.614 26.940 74 H3* G 7 H3* G 7 1.304 2.317 28.135 75 H1* G 7 H1* G 7 2.957 2.726 24.648 76 H8 G 7 H8 G 7 -0.906 2.795 24.529 77 H1 G 7 H1 G 7 1.850 2.887 18.822 78 1H2 G 7 H21 G 7 4.815 2.336 20.528 79 2H2 G 7 H22 G 7 4.021 2.544 18.976 80 1H2* G 7 1H2* G 7 0.407 3.190 26.183 81 2H2* G 7 2H2* G 7 1.910 4.155 26.147 82 1H5* T 8 1H5* T 8 5.425 4.206 26.716 83 2H5* T 8 2H5* T 8 5.784 5.674 27.646 84 H4* T 8 H4* T 8 6.396 5.967 25.315 85 H3* T 8 H3* T 8 4.442 7.642 26.654 86 1H2* T 8 1H2* T 8 3.020 7.833 24.908 87 2H2* T 8 2H2* T 8 4.318 8.649 24.002 88 H1* T 8 H1* T 8 4.941 6.725 22.876 89 H3 T 8 H3 T 8 1.597 5.482 20.095 90 1H5M T 8 H51 T 8 -1.596 5.951 23.409 91 2H5M T 8 H52 T 8 -0.667 5.466 24.847 92 3H5M T 8 H53 T 8 -0.786 7.185 24.403 93 H6 T 8 H6 T 8 1.815 6.425 24.778 94 1H5* C 9 1H5* C 9 6.955 7.817 23.243 95 2H5* C 9 2H5* C 9 8.021 9.235 23.188 96 H4* C 9 H4* C 9 7.798 8.576 20.945 97 H3* C 9 H3* C 9 6.518 10.981 21.846 98 H1* C 9 H1* C 9 5.348 8.546 18.959 99 1H4 C 9 H41 C 9 -0.874 7.825 19.485 100 2H4 C 9 H42 C 9 -0.914 8.737 20.970 101 H5 C 9 H5 C 9 1.164 9.186 22.274 102 H6 C 9 H6 C 9 3.565 9.337 22.095 103 1H2* C 9 1H2* C 9 4.487 10.672 20.889 104 2H2* C 9 2H2* C 9 5.327 10.828 19.314 105 1H5* A 10 1H5* A 10 6.841 9.711 17.523 106 2H5* A 10 2H5* A 10 8.189 10.761 17.049 107 H4* A 10 H4* A 10 6.996 10.016 15.082 108 H3* A 10 H3* A 10 7.523 12.689 15.676 109 H1* A 10 H1* A 10 3.940 11.565 14.260 110 H8 A 10 H8 A 10 4.479 11.699 17.997 111 1H6 A 10 1H6 A 10 -1.327 13.740 18.445 112 2H6 A 10 2H6 A 10 0.082 13.228 19.348 113 H2 A 10 H2 A 10 -0.261 13.448 14.090 114 1H2* A 10 1H2* A 10 5.421 13.508 15.944 115 2H2* A 10 2H2* A 10 5.318 13.394 14.165 116 1H5* C 11 1H5* C 11 5.547 11.585 11.503 117 2H5* C 11 2H5* C 11 6.528 12.439 10.294 118 H4* C 11 H4* C 11 4.193 12.286 9.563 119 H3* C 11 H3* C 11 5.663 14.752 9.908 120 H1* C 11 H1* C 11 1.765 14.318 10.696 121 1H4 C 11 H41 C 11 2.789 16.828 16.756 122 2H4 C 11 H42 C 11 1.092 17.037 16.387 123 H5 C 11 H5 C 11 4.357 15.839 15.221 124 H6 C 11 H6 C 11 4.640 14.835 13.008 125 H3T C 11 H3T C 11 4.643 15.155 7.884 126 1H2* C 11 1H2* C 11 4.105 16.070 10.840 127 2H2* C 11 2H2* C 11 3.023 15.729 9.461 128 1H5* G 12 1H5* G 12 -7.759 21.587 17.801 129 2H5* G 12 2H5* G 12 -8.885 20.494 18.632 130 H4* G 12 H4* G 12 -8.423 19.699 16.358 131 H3* G 12 H3* G 12 -7.924 18.186 18.779 132 H1* G 12 H1* G 12 -5.678 18.032 15.484 133 H8 G 12 H8 G 12 -4.552 19.419 18.931 134 H1 G 12 H1 G 12 0.138 17.101 15.292 135 1H2 G 12 H21 G 12 -2.410 16.339 13.039 136 2H2 G 12 H22 G 12 -0.699 16.298 13.399 137 1H2* G 12 1H2* G 12 -5.981 17.200 18.272 138 2H2* G 12 2H2* G 12 -6.724 16.525 16.795 139 H5T G 12 H5T G 12 -6.077 20.263 18.893 140 1H5* T 13 1H5* T 13 -8.488 16.395 14.786 141 2H5* T 13 2H5* T 13 -9.453 14.907 14.695 142 H4* T 13 H4* T 13 -7.520 14.900 13.139 143 H3* T 13 H3* T 13 -8.258 12.851 14.969 144 1H2* T 13 1H2* T 13 -6.325 12.612 16.112 145 2H2* T 13 2H2* T 13 -5.662 11.925 14.602 146 H1* T 13 H1* T 13 -4.537 13.852 14.082 147 H3 T 13 H3 T 13 -1.432 14.571 17.237 148 1H5M T 13 H51 T 13 -4.602 15.166 20.554 149 2H5M T 13 H52 T 13 -5.989 15.746 19.603 150 3H5M T 13 H53 T 13 -5.833 14.015 19.979 151 H6 T 13 H6 T 13 -6.229 14.442 17.279 152 1H5* G 14 1H5* G 14 -4.304 12.713 12.011 153 2H5* G 14 2H5* G 14 -5.253 11.570 11.039 154 H4* G 14 H4* G 14 -2.848 11.143 10.784 155 H3* G 14 H3* G 14 -4.803 9.243 11.474 156 H1* G 14 H1* G 14 -1.215 9.304 13.140 157 H8 G 14 H8 G 14 -4.388 9.996 15.222 158 H1 G 14 H1 G 14 1.000 9.767 18.606 159 1H2 G 14 H21 G 14 2.524 9.168 15.530 160 2H2 G 14 H22 G 14 2.718 9.327 17.263 161 1H2* G 14 1H2* G 14 -4.093 8.638 13.546 162 2H2* G 14 2H2* G 14 -2.823 7.734 12.682 163 1H5* A 15 1H5* A 15 -0.073 9.269 11.268 164 2H5* A 15 2H5* A 15 -0.042 8.323 9.765 165 H4* A 15 H4* A 15 2.133 8.159 10.801 166 H3* A 15 H3* A 15 0.490 5.950 10.226 167 H1* A 15 H1* A 15 2.597 6.167 13.595 168 H8 A 15 H8 A 15 -1.265 6.663 13.565 169 1H6 A 15 1H6 A 15 -1.090 5.286 19.525 170 2H6 A 15 2H6 A 15 -2.107 5.743 18.181 171 H2 A 15 H2 A 15 3.117 5.053 17.936 172 1H2* A 15 1H2* A 15 0.188 5.046 12.270 173 2H2* A 15 2H2* A 15 1.898 4.545 12.152 174 1H5* C 16 1H5* C 16 4.809 5.551 11.511 175 2H5* C 16 2H5* C 16 5.707 4.406 10.494 176 H4* C 16 H4* C 16 6.629 4.323 12.718 177 H3* C 16 H3* C 16 5.436 2.047 11.407 178 H1* C 16 H1* C 16 5.591 2.898 15.232 179 1H4 C 16 H41 C 16 0.353 1.848 18.469 180 2H4 C 16 H42 C 16 -0.699 2.514 17.268 181 H5 C 16 H5 C 16 0.164 3.026 14.945 182 H6 C 16 H6 C 16 2.248 3.275 13.652 183 1H2* C 16 1H2* C 16 3.918 1.565 13.085 184 2H2* C 16 2H2* C 16 5.325 0.942 13.963 185 1H5* 8OG 17 1H5* 8OG 17 8.385 1.853 15.105 186 2H5* 8OG 17 2H5* 8OG 17 9.517 0.526 14.782 187 H4* 8OG 17 H4* 8OG 17 9.171 0.811 17.194 188 H3* 8OG 17 H3* 8OG 17 8.791 -1.624 15.750 189 1H2* 8OG 17 1H2* 8OG 17 6.655 -2.061 16.377 190 2H2* 8OG 17 2H2* 8OG 17 7.375 -2.502 17.952 191 H1* 8OG 17 H1* 8OG 17 6.855 -0.428 18.893 192 H1 8OG 17 H1 8OG 17 1.530 -1.058 14.267 193 H7 8OG 17 H7 8OG 17 2.269 -0.476 19.175 194 1H2 8OG 17 1H2 8OG 17 4.706 -1.089 12.829 195 2H2 8OG 17 2H2 8OG 17 2.977 -1.183 12.589 196 1H5* C 18 1H5* C 18 9.143 -1.409 20.470 197 2H5* C 18 2H5* C 18 10.176 -2.758 20.988 198 H4* C 18 H4* C 18 8.395 -2.362 22.635 199 H3* C 18 H3* C 18 9.040 -4.823 21.484 200 H1* C 18 H1* C 18 5.422 -3.708 22.173 201 1H4 C 18 H41 C 18 2.573 -3.949 16.210 202 2H4 C 18 H42 C 18 1.339 -3.415 17.332 203 H5 C 18 H5 C 18 4.870 -4.358 16.880 204 H6 C 18 H6 C 18 6.452 -4.259 18.682 205 1H2* C 18 1H2* C 18 7.220 -5.038 20.150 206 2H2* C 18 2H2* C 18 6.470 -5.698 21.584 207 1H5* A 19 1H5* A 19 5.787 -5.491 25.438 208 2H5* A 19 2H5* A 19 6.666 -6.900 26.066 209 H4* A 19 H4* A 19 4.258 -7.255 26.297 210 H3* A 19 H3* A 19 6.020 -8.992 24.961 211 H1* A 19 H1* A 19 2.427 -8.327 23.845 212 H8 A 19 H8 A 19 5.213 -7.429 21.337 213 1H6 A 19 1H6 A 19 0.684 -5.899 17.463 214 2H6 A 19 2H6 A 19 2.413 -6.094 17.646 215 H2 A 19 H2 A 19 -1.171 -6.975 21.411 216 1H2* A 19 1H2* A 19 5.173 -8.909 22.880 217 2H2* A 19 2H2* A 19 3.928 -10.004 23.553 218 1H5* C 20 1H5* C 20 1.814 -10.264 26.501 219 2H5* C 20 2H5* C 20 1.663 -11.987 26.899 220 H4* C 20 H4* C 20 -0.425 -11.088 25.940 221 H3* C 20 H3* C 20 0.961 -13.420 25.080 222 H1* C 20 H1* C 20 -1.006 -10.942 22.791 223 1H4 C 20 H41 C 20 3.733 -9.687 18.331 224 2H4 C 20 H42 C 20 2.226 -9.107 17.659 225 H5 C 20 H5 C 20 3.886 -10.708 20.529 226 H6 C 20 H6 C 20 2.696 -11.261 22.544 227 1H2* C 20 1H2* C 20 1.359 -12.781 22.895 228 2H2* C 20 2H2* C 20 -0.380 -13.167 22.679 229 1H5* T 21 1H5* T 21 -3.163 -12.130 24.030 230 2H5* T 21 2H5* T 21 -4.410 -13.389 24.086 231 H4* T 21 H4* T 21 -4.919 -11.538 22.492 232 H3* T 21 H3* T 21 -5.048 -14.360 21.989 233 1H2* T 21 1H2* T 21 -3.819 -14.443 20.089 234 2H2* T 21 2H2* T 21 -5.174 -13.567 19.319 235 H1* T 21 H1* T 21 -4.088 -11.548 19.437 236 H3 T 21 H3 T 21 -1.045 -12.653 16.264 237 1H5M T 21 H51 T 21 1.430 -13.076 20.834 238 2H5M T 21 H52 T 21 0.815 -14.740 20.712 239 3H5M T 21 H53 T 21 1.935 -14.111 19.480 240 H6 T 21 H6 T 21 -1.327 -13.146 21.018 241 1H5* G 22 1H5* G 22 -7.602 -10.982 19.550 242 2H5* G 22 2H5* G 22 -9.194 -11.740 19.755 243 H4* G 22 H4* G 22 -9.191 -10.292 17.786 244 H3* G 22 H3* G 22 -9.933 -13.027 17.813 245 H1* G 22 H1* G 22 -7.600 -11.537 14.835 246 H8 G 22 H8 G 22 -6.516 -13.903 17.722 247 H1 G 22 H1 G 22 -2.674 -13.904 12.643 248 1H2 G 22 H21 G 22 -4.930 -11.603 11.315 249 2H2 G 22 H22 G 22 -3.461 -12.528 11.091 250 H3T G 22 H3T G 22 -10.507 -10.836 16.076 251 1H2* G 22 1H2* G 22 -8.618 -13.923 16.197 252 2H2* G 22 2H2* G 22 -9.443 -12.854 15.028 Start of MODEL 3 1 1H5* C 1 1H5* C 1 3.048 -16.981 8.365 2 2H5* C 1 2H5* C 1 2.212 -18.110 7.280 3 H4* C 1 H4* C 1 0.879 -16.250 6.360 4 H3* C 1 H3* C 1 2.908 -14.638 7.550 5 H1* C 1 H1* C 1 -0.828 -14.860 8.847 6 1H4 C 1 H41 C 1 0.693 -16.842 15.005 7 2H4 C 1 H42 C 1 -0.894 -16.102 15.091 8 H5 C 1 H5 C 1 1.981 -16.982 12.968 9 H6 C 1 H6 C 1 2.011 -16.456 10.574 10 1H2* C 1 1H2* C 1 1.973 -14.212 9.572 11 2H2* C 1 2H2* C 1 0.766 -13.246 8.683 12 H5T C 1 H5T C 1 3.057 -16.848 5.526 13 1H5* A 2 1H5* A 2 -0.908 -12.530 6.200 14 2H5* A 2 2H5* A 2 -0.694 -10.864 5.627 15 H4* A 2 H4* A 2 -2.621 -11.079 7.165 16 H3* A 2 H3* A 2 -0.482 -9.199 7.359 17 H1* A 2 H1* A 2 -2.378 -10.857 10.367 18 H8 A 2 H8 A 2 1.477 -11.612 9.950 19 1H6 A 2 1H6 A 2 1.119 -13.817 15.690 20 2H6 A 2 2H6 A 2 2.182 -13.491 14.338 21 H2 A 2 H2 A 2 -2.996 -12.507 14.460 22 1H2* A 2 1H2* A 2 0.224 -9.660 9.464 23 2H2* A 2 2H2* A 2 -1.283 -8.865 9.989 24 1H5* G 3 1H5* G 3 -4.213 -9.686 9.660 25 2H5* G 3 2H5* G 3 -5.208 -8.280 9.234 26 H4* G 3 H4* G 3 -6.072 -9.381 11.230 27 H3* G 3 H3* G 3 -5.458 -6.640 11.026 28 H1* G 3 H1* G 3 -4.813 -8.791 14.276 29 H8 G 3 H8 G 3 -1.848 -8.077 12.005 30 H1 G 3 H1 G 3 -0.357 -8.720 18.164 31 1H2 G 3 H21 G 3 -3.800 -9.002 18.613 32 2H2 G 3 H22 G 3 -2.214 -8.982 19.349 33 1H2* G 3 1H2* G 3 -3.892 -6.465 12.661 34 2H2* G 3 2H2* G 3 -5.274 -6.602 13.785 35 1H5* T 4 1H5* T 4 -7.268 -8.490 15.091 36 2H5* T 4 2H5* T 4 -8.787 -7.570 15.128 37 H4* T 4 H4* T 4 -8.105 -7.990 17.408 38 H3* T 4 H3* T 4 -8.571 -5.424 16.344 39 1H2* T 4 1H2* T 4 -6.432 -4.606 16.454 40 2H2* T 4 2H2* T 4 -6.800 -4.352 18.159 41 H1* T 4 H1* T 4 -5.648 -6.279 18.922 42 H3 T 4 H3 T 4 -1.237 -5.818 18.406 43 1H5M T 4 H51 T 4 -3.315 -3.418 14.220 44 2H5M T 4 H52 T 4 -1.641 -4.018 14.174 45 3H5M T 4 H53 T 4 -2.965 -5.028 13.553 46 H6 T 4 H6 T 4 -4.957 -5.086 15.475 47 1H5* G 5 1H5* G 5 -7.546 -6.357 20.914 48 2H5* G 5 2H5* G 5 -8.744 -5.426 21.837 49 H4* G 5 H4* G 5 -6.724 -5.670 23.160 50 H3* G 5 H3* G 5 -7.866 -3.162 22.429 51 H1* G 5 H1* G 5 -4.034 -3.908 22.838 52 H8 G 5 H8 G 5 -5.369 -3.036 19.287 53 H1 G 5 H1 G 5 0.969 -2.874 19.902 54 1H2 G 5 H21 G 5 0.367 -3.704 23.231 55 2H2 G 5 H22 G 5 1.545 -3.331 21.991 56 1H2* G 5 1H2* G 5 -6.053 -2.182 21.467 57 2H2* G 5 2H2* G 5 -5.398 -2.088 23.130 58 1H5* 2AR 6 1H5* 2AR 6 -4.792 -3.759 25.899 59 2H5* 2AR 6 2H5* 2AR 6 -5.297 -2.794 27.301 60 H4* 2AR 6 H4* 2AR 6 -2.846 -2.934 27.187 61 H1* 2AR 6 H1* 2AR 6 -1.143 -0.691 25.325 62 H2 2AR 6 H2 2AR 6 2.096 0.058 22.358 63 1H6 2AR 6 1H6 2AR 6 -0.158 0.771 18.547 64 2H6 2AR 6 2H6 2AR 6 -1.859 0.606 18.920 65 H8 2AR 6 H8 2AR 6 -4.257 -0.329 22.975 66 2H2* 2AR 6 2H2* 2AR 6 -2.572 0.969 26.170 67 1H2* 2AR 6 1H2* 2AR 6 -4.005 0.278 25.368 68 H3* 2AR 6 H3* 2AR 6 -4.326 -0.594 27.494 69 HX* 2AR 6 HX* 2AR 6 -1.780 -2.894 25.169 70 HX** 2AR 6 HX** 2AR 6 -3.317 -2.498 24.353 71 1H5* G 7 1H5* G 7 0.595 -0.696 26.590 72 2H5* G 7 2H5* G 7 0.944 -0.010 28.189 73 H4* G 7 H4* G 7 2.716 0.688 26.743 74 H3* G 7 H3* G 7 0.959 2.542 27.986 75 H1* G 7 H1* G 7 2.669 2.904 24.538 76 H8 G 7 H8 G 7 -1.184 3.191 24.344 77 H1 G 7 H1 G 7 1.736 3.690 18.735 78 1H2 G 7 H21 G 7 4.632 2.887 20.476 79 2H2 G 7 H22 G 7 3.896 3.251 18.926 80 1H2* G 7 1H2* G 7 0.130 3.509 26.045 81 2H2* G 7 2H2* G 7 1.687 4.375 26.052 82 1H5* T 8 1H5* T 8 4.770 3.403 25.598 83 2H5* T 8 2H5* T 8 5.783 4.416 26.645 84 H4* T 8 H4* T 8 6.436 4.908 24.428 85 H3* T 8 H3* T 8 5.083 6.898 25.999 86 1H2* T 8 1H2* T 8 3.614 7.615 24.445 87 2H2* T 8 2H2* T 8 5.017 8.224 23.529 88 H1* T 8 H1* T 8 5.042 6.433 22.095 89 H3 T 8 H3 T 8 1.314 6.394 19.585 90 1H5M T 8 H51 T 8 -0.423 7.491 24.372 91 2H5M T 8 H52 T 8 -1.473 6.572 23.268 92 3H5M T 8 H53 T 8 -0.491 5.717 24.482 93 H6 T 8 H6 T 8 2.081 6.332 24.318 94 1H5* C 9 1H5* C 9 7.156 6.987 22.276 95 2H5* C 9 2H5* C 9 8.502 8.142 22.186 96 H4* C 9 H4* C 9 7.708 7.902 19.966 97 H3* C 9 H3* C 9 7.409 10.365 21.384 98 H1* C 9 H1* C 9 4.981 8.898 18.627 99 1H4 C 9 H41 C 9 -0.432 9.867 22.319 100 2H4 C 9 H42 C 9 -0.967 9.590 20.673 101 H5 C 9 H5 C 9 1.926 9.845 22.953 102 H6 C 9 H6 C 9 4.183 9.403 22.188 103 1H2* C 9 1H2* C 9 5.193 10.725 21.002 104 2H2* C 9 2H2* C 9 5.672 11.012 19.298 105 1H5* A 10 1H5* A 10 8.067 9.961 16.513 106 2H5* A 10 2H5* A 10 9.192 11.314 16.294 107 H4* A 10 H4* A 10 8.019 10.803 14.215 108 H3* A 10 H3* A 10 8.267 13.328 15.336 109 H1* A 10 H1* A 10 4.703 12.114 13.920 110 H8 A 10 H8 A 10 5.696 11.785 17.573 111 1H6 A 10 1H6 A 10 -0.315 12.292 18.890 112 2H6 A 10 2H6 A 10 1.279 12.036 19.564 113 H2 A 10 H2 A 10 0.205 12.757 14.451 114 1H2* A 10 1H2* A 10 6.120 13.797 15.901 115 2H2* A 10 2H2* A 10 5.883 14.062 14.150 116 1H5* C 11 1H5* C 11 6.003 12.997 11.161 117 2H5* C 11 2H5* C 11 6.649 14.306 10.152 118 H4* C 11 H4* C 11 4.263 13.989 9.716 119 H3* C 11 H3* C 11 5.426 16.472 10.699 120 H1* C 11 H1* C 11 1.790 15.079 11.544 121 1H4 C 11 H41 C 11 2.942 16.059 18.008 122 2H4 C 11 H42 C 11 1.208 15.980 17.796 123 H5 C 11 H5 C 11 4.501 15.886 16.183 124 H6 C 11 H6 C 11 4.739 15.594 13.767 125 H3T C 11 H3T C 11 4.176 17.254 8.943 126 1H2* C 11 1H2* C 11 3.777 17.177 12.047 127 2H2* C 11 2H2* C 11 2.614 17.007 10.702 128 1H5* G 12 1H5* G 12 -7.601 19.848 20.604 129 2H5* G 12 2H5* G 12 -8.668 18.550 21.178 130 H4* G 12 H4* G 12 -8.287 18.366 18.758 131 H3* G 12 H3* G 12 -7.693 16.307 20.703 132 H1* G 12 H1* G 12 -5.555 17.023 17.410 133 H8 G 12 H8 G 12 -4.303 17.572 21.045 134 H1 G 12 H1 G 12 0.265 16.349 16.774 135 1H2 G 12 H21 G 12 -2.366 16.065 14.504 136 2H2 G 12 H22 G 12 -0.640 15.995 14.776 137 1H2* G 12 1H2* G 12 -5.732 15.549 19.937 138 2H2* G 12 2H2* G 12 -6.500 15.210 18.363 139 H5T G 12 H5T G 12 -5.845 18.361 21.271 140 1H5* T 13 1H5* T 13 -8.188 15.733 16.414 141 2H5* T 13 2H5* T 13 -9.185 14.366 15.880 142 H4* T 13 H4* T 13 -7.296 14.805 14.349 143 H3* T 13 H3* T 13 -7.981 12.295 15.528 144 1H2* T 13 1H2* T 13 -5.983 11.726 16.413 145 2H2* T 13 2H2* T 13 -5.422 11.544 14.726 146 H1* T 13 H1* T 13 -4.330 13.561 14.747 147 H3 T 13 H3 T 13 -0.968 13.102 17.677 148 1H5M T 13 H51 T 13 -5.186 13.847 20.705 149 2H5M T 13 H52 T 13 -5.245 12.079 20.520 150 3H5M T 13 H53 T 13 -3.839 12.847 21.294 151 H6 T 13 H6 T 13 -5.745 13.241 18.113 152 1H5* G 14 1H5* G 14 -5.507 12.065 11.619 153 2H5* G 14 2H5* G 14 -6.238 10.790 10.622 154 H4* G 14 H4* G 14 -3.792 10.824 10.363 155 H3* G 14 H3* G 14 -5.371 8.567 11.028 156 H1* G 14 H1* G 14 -1.793 9.276 12.537 157 H8 G 14 H8 G 14 -4.929 9.374 14.829 158 H1 G 14 H1 G 14 0.649 9.314 17.893 159 1H2 G 14 H21 G 14 2.049 9.294 14.700 160 2H2 G 14 H22 G 14 2.317 9.284 16.429 161 1H2* G 14 1H2* G 14 -4.443 7.991 13.017 162 2H2* G 14 2H2* G 14 -3.056 7.430 12.044 163 1H5* A 15 1H5* A 15 -0.747 8.585 10.120 164 2H5* A 15 2H5* A 15 -0.625 7.414 8.791 165 H4* A 15 H4* A 15 1.481 7.420 9.943 166 H3* A 15 H3* A 15 -0.180 5.116 9.783 167 H1* A 15 H1* A 15 2.043 6.056 12.931 168 H8 A 15 H8 A 15 -1.845 6.102 13.090 169 1H6 A 15 1H6 A 15 -1.168 6.251 19.195 170 2H6 A 15 2H6 A 15 -2.314 6.254 17.874 171 H2 A 15 H2 A 15 2.932 6.135 17.345 172 1H2* A 15 1H2* A 15 -0.351 4.567 11.965 173 2H2* A 15 2H2* A 15 1.380 4.137 11.875 174 1H5* C 16 1H5* C 16 4.093 5.314 11.025 175 2H5* C 16 2H5* C 16 5.096 4.136 10.152 176 H4* C 16 H4* C 16 6.125 4.558 12.289 177 H3* C 16 H3* C 16 5.210 1.965 11.447 178 H1* C 16 H1* C 16 5.356 3.440 15.081 179 1H4 C 16 H41 C 16 0.306 2.352 18.622 180 2H4 C 16 H42 C 16 -0.810 2.763 17.363 181 H5 C 16 H5 C 16 -0.043 2.932 14.982 182 H6 C 16 H6 C 16 1.972 3.223 13.599 183 1H2* C 16 1H2* C 16 3.803 1.596 13.245 184 2H2* C 16 2H2* C 16 5.298 1.289 14.142 185 1H5* 8OG 17 1H5* 8OG 17 8.239 2.394 15.181 186 2H5* 8OG 17 2H5* 8OG 17 9.433 1.115 14.882 187 H4* 8OG 17 H4* 8OG 17 9.065 1.387 17.285 188 H3* 8OG 17 H3* 8OG 17 8.758 -1.060 15.853 189 1H2* 8OG 17 1H2* 8OG 17 6.617 -1.535 16.440 190 2H2* 8OG 17 2H2* 8OG 17 7.321 -1.969 18.025 191 H1* 8OG 17 H1* 8OG 17 6.743 0.090 18.966 192 H1 8OG 17 H1 8OG 17 1.532 -0.831 14.267 193 H7 8OG 17 H7 8OG 17 2.147 0.064 19.147 194 1H2 8OG 17 1H2 8OG 17 4.746 -0.967 12.919 195 2H2 8OG 17 2H2 8OG 17 3.022 -1.080 12.640 196 1H5* C 18 1H5* C 18 9.005 -0.898 20.585 197 2H5* C 18 2H5* C 18 10.068 -2.225 21.097 198 H4* C 18 H4* C 18 8.243 -1.931 22.712 199 H3* C 18 H3* C 18 8.979 -4.339 21.503 200 H1* C 18 H1* C 18 5.315 -3.339 22.150 201 1H4 C 18 H41 C 18 2.625 -3.494 16.109 202 2H4 C 18 H42 C 18 1.353 -3.007 17.208 203 H5 C 18 H5 C 18 4.909 -3.874 16.832 204 H6 C 18 H6 C 18 6.440 -3.787 18.673 205 1H2* C 18 1H2* C 18 7.188 -4.580 20.140 206 2H2* C 18 2H2* C 18 6.430 -5.285 21.546 207 1H5* A 19 1H5* A 19 5.800 -5.030 25.274 208 2H5* A 19 2H5* A 19 6.518 -6.469 26.026 209 H4* A 19 H4* A 19 4.079 -6.623 26.093 210 H3* A 19 H3* A 19 5.787 -8.557 24.950 211 H1* A 19 H1* A 19 2.315 -7.670 23.640 212 H8 A 19 H8 A 19 5.250 -7.161 21.192 213 1H6 A 19 1H6 A 19 0.981 -5.616 17.034 214 2H6 A 19 2H6 A 19 2.684 -5.917 17.298 215 H2 A 19 H2 A 19 -1.085 -6.259 20.968 216 1H2* A 19 1H2* A 19 5.036 -8.541 22.829 217 2H2* A 19 2H2* A 19 3.674 -9.486 23.504 218 1H5* C 20 1H5* C 20 1.503 -9.390 26.481 219 2H5* C 20 2H5* C 20 1.164 -11.055 26.992 220 H4* C 20 H4* C 20 -0.810 -9.978 25.955 221 H3* C 20 H3* C 20 0.253 -12.528 25.339 222 H1* C 20 H1* C 20 -1.307 -10.063 22.737 223 1H4 C 20 H41 C 20 3.750 -9.722 18.465 224 2H4 C 20 H42 C 20 2.359 -9.014 17.673 225 H5 C 20 H5 C 20 3.674 -10.584 20.733 226 H6 C 20 H6 C 20 2.335 -10.838 22.712 227 1H2* C 20 1H2* C 20 0.823 -12.135 23.128 228 2H2* C 20 2H2* C 20 -0.941 -12.342 22.863 229 1H5* T 21 1H5* T 21 -3.399 -10.653 23.819 230 2H5* T 21 2H5* T 21 -4.874 -11.612 24.047 231 H4* T 21 H4* T 21 -5.053 -9.975 22.182 232 H3* T 21 H3* T 21 -5.695 -12.763 22.107 233 1H2* T 21 1H2* T 21 -4.468 -13.380 20.307 234 2H2* T 21 2H2* T 21 -5.636 -12.425 19.347 235 H1* T 21 H1* T 21 -4.210 -10.641 19.165 236 H3 T 21 H3 T 21 -1.475 -12.977 16.368 237 1H5M T 21 H51 T 21 1.007 -12.616 20.951 238 2H5M T 21 H52 T 21 0.184 -14.174 21.200 239 3H5M T 21 H53 T 21 1.359 -13.988 19.876 240 H6 T 21 H6 T 21 -1.700 -12.240 21.096 241 1H5* G 22 1H5* G 22 -7.226 -10.107 18.223 242 2H5* G 22 2H5* G 22 -8.945 -10.438 18.519 243 H4* G 22 H4* G 22 -8.580 -10.316 16.132 244 H3* G 22 H3* G 22 -9.587 -12.645 17.472 245 H1* G 22 H1* G 22 -6.954 -12.865 14.392 246 H8 G 22 H8 G 22 -6.348 -13.776 18.123 247 H1 G 22 H1 G 22 -2.279 -16.425 14.010 248 1H2 G 22 H21 G 22 -2.722 -15.845 12.013 249 2H2 G 22 H22 G 22 -3.924 -14.670 11.576 250 H3T G 22 H3T G 22 -10.675 -11.134 16.045 251 1H2* G 22 1H2* G 22 -8.344 -14.292 16.545 252 2H2* G 22 2H2* G 22 -8.954 -13.800 14.940 Start of MODEL 4 1 1H5* C 1 1H5* C 1 1.719 -15.919 6.917 2 2H5* C 1 2H5* C 1 2.964 -14.742 6.448 3 H4* C 1 H4* C 1 0.688 -13.820 6.176 4 H3* C 1 H3* C 1 2.839 -12.631 7.653 5 H1* C 1 H1* C 1 -0.985 -12.437 8.595 6 1H4 C 1 H41 C 1 -1.802 -13.775 14.695 7 2H4 C 1 H42 C 1 -0.510 -14.944 14.700 8 H5 C 1 H5 C 1 1.112 -15.078 12.835 9 H6 C 1 H6 C 1 1.420 -14.511 10.460 10 1H2* C 1 1H2* C 1 1.794 -12.217 9.613 11 2H2* C 1 2H2* C 1 0.805 -11.035 8.718 12 H5T C 1 H5T C 1 2.108 -15.358 9.088 13 1H5* A 2 1H5* A 2 -0.732 -10.250 6.446 14 2H5* A 2 2H5* A 2 -0.493 -8.543 6.022 15 H4* A 2 H4* A 2 -2.485 -8.913 7.470 16 H3* A 2 H3* A 2 -0.421 -6.988 7.826 17 H1* A 2 H1* A 2 -2.302 -8.872 10.703 18 H8 A 2 H8 A 2 1.564 -9.557 10.285 19 1H6 A 2 1H6 A 2 1.169 -12.148 15.854 20 2H6 A 2 2H6 A 2 2.239 -11.723 14.536 21 H2 A 2 H2 A 2 -2.951 -10.794 14.675 22 1H2* A 2 1H2* A 2 0.297 -7.598 9.894 23 2H2* A 2 2H2* A 2 -1.214 -6.849 10.470 24 1H5* G 3 1H5* G 3 -4.383 -7.968 9.861 25 2H5* G 3 2H5* G 3 -5.316 -6.485 9.588 26 H4* G 3 H4* G 3 -6.372 -7.812 11.318 27 H3* G 3 H3* G 3 -5.619 -5.129 11.626 28 H1* G 3 H1* G 3 -5.204 -7.807 14.519 29 H8 G 3 H8 G 3 -2.188 -6.686 12.483 30 H1 G 3 H1 G 3 -0.755 -9.011 18.238 31 1H2 G 3 H21 G 3 -4.207 -9.334 18.599 32 2H2 G 3 H22 G 3 -2.624 -9.549 19.311 33 1H2* G 3 1H2* G 3 -4.122 -5.314 13.322 34 2H2* G 3 2H2* G 3 -5.560 -5.554 14.354 35 1H5* T 4 1H5* T 4 -7.941 -7.389 15.113 36 2H5* T 4 2H5* T 4 -9.331 -6.327 15.418 37 H4* T 4 H4* T 4 -8.641 -7.360 17.510 38 H3* T 4 H3* T 4 -8.906 -4.586 17.087 39 1H2* T 4 1H2* T 4 -6.709 -3.978 17.310 40 2H2* T 4 2H2* T 4 -7.017 -4.127 19.041 41 H1* T 4 H1* T 4 -6.002 -6.252 19.266 42 H3 T 4 H3 T 4 -1.584 -6.094 18.616 43 1H5M T 4 H51 T 4 -3.624 -3.753 14.313 44 2H5M T 4 H52 T 4 -3.290 -2.420 15.441 45 3H5M T 4 H53 T 4 -1.956 -3.438 14.845 46 H6 T 4 H6 T 4 -5.300 -4.290 16.191 47 1H5* G 5 1H5* G 5 -7.768 -6.321 21.388 48 2H5* G 5 2H5* G 5 -8.806 -5.451 22.535 49 H4* G 5 H4* G 5 -6.667 -5.910 23.583 50 H3* G 5 H3* G 5 -7.738 -3.281 23.225 51 H1* G 5 H1* G 5 -3.976 -4.313 23.231 52 H8 G 5 H8 G 5 -5.367 -2.863 19.883 53 H1 G 5 H1 G 5 0.973 -3.330 20.241 54 1H2 G 5 H21 G 5 0.405 -4.577 23.436 55 2H2 G 5 H22 G 5 1.571 -4.130 22.210 56 1H2* G 5 1H2* G 5 -5.947 -2.309 22.198 57 2H2* G 5 2H2* G 5 -5.151 -2.421 23.798 58 1H5* 2AR 6 1H5* 2AR 6 -4.100 -4.252 26.145 59 2H5* 2AR 6 2H5* 2AR 6 -4.448 -3.372 27.647 60 H4* 2AR 6 H4* 2AR 6 -2.038 -3.389 27.231 61 H1* 2AR 6 H1* 2AR 6 -0.583 -1.111 25.289 62 H2 2AR 6 H2 2AR 6 2.342 -0.081 22.090 63 1H6 2AR 6 1H6 2AR 6 -0.273 0.803 18.558 64 2H6 2AR 6 2H6 2AR 6 -1.928 0.570 19.075 65 H8 2AR 6 H8 2AR 6 -3.908 -0.723 23.261 66 2H2* 2AR 6 2H2* 2AR 6 -1.913 0.520 26.325 67 1H2* 2AR 6 1H2* 2AR 6 -3.422 -0.135 25.634 68 H3* 2AR 6 H3* 2AR 6 -3.564 -1.094 27.734 69 HX* 2AR 6 HX* 2AR 6 -1.254 -3.308 25.090 70 HX** 2AR 6 HX** 2AR 6 -2.874 -2.866 24.483 71 1H5* G 7 1H5* G 7 1.440 -0.822 26.831 72 2H5* G 7 2H5* G 7 1.714 -0.046 28.404 73 H4* G 7 H4* G 7 3.379 0.823 26.940 74 H3* G 7 H3* G 7 1.369 2.509 28.058 75 H1* G 7 H1* G 7 3.148 2.873 24.656 76 H8 G 7 H8 G 7 -0.709 2.772 24.324 77 H1 G 7 H1 G 7 2.355 3.240 18.786 78 1H2 G 7 H21 G 7 5.255 2.881 20.670 79 2H2 G 7 H22 G 7 4.534 3.094 19.088 80 1H2* G 7 1H2* G 7 0.509 3.293 26.051 81 2H2* G 7 2H2* G 7 1.967 4.319 26.050 82 1H5* T 8 1H5* T 8 5.133 3.699 25.693 83 2H5* T 8 2H5* T 8 5.983 4.872 26.719 84 H4* T 8 H4* T 8 6.630 5.343 24.491 85 H3* T 8 H3* T 8 5.029 7.224 25.956 86 1H2* T 8 1H2* T 8 3.511 7.699 24.354 87 2H2* T 8 2H2* T 8 4.850 8.437 23.435 88 H1* T 8 H1* T 8 5.116 6.611 22.074 89 H3 T 8 H3 T 8 1.471 6.002 19.509 90 1H5M T 8 H51 T 8 -0.352 5.367 24.404 91 2H5M T 8 H52 T 8 -0.474 7.132 24.207 92 3H5M T 8 H53 T 8 -1.394 6.051 23.134 93 H6 T 8 H6 T 8 2.144 6.266 24.252 94 1H5* C 9 1H5* C 9 7.159 7.426 22.237 95 2H5* C 9 2H5* C 9 8.347 8.741 22.132 96 H4* C 9 H4* C 9 7.631 8.341 19.908 97 H3* C 9 H3* C 9 6.974 10.783 21.253 98 H1* C 9 H1* C 9 4.838 8.924 18.489 99 1H4 C 9 H41 C 9 -0.740 9.347 22.038 100 2H4 C 9 H42 C 9 -1.198 8.951 20.394 101 H5 C 9 H5 C 9 1.589 9.639 22.717 102 H6 C 9 H6 C 9 3.900 9.460 22.007 103 1H2* C 9 1H2* C 9 4.752 10.859 20.782 104 2H2* C 9 2H2* C 9 5.250 11.133 19.081 105 1H5* A 10 1H5* A 10 8.318 10.703 16.397 106 2H5* A 10 2H5* A 10 9.218 12.230 16.461 107 H4* A 10 H4* A 10 8.442 11.763 14.188 108 H3* A 10 H3* A 10 8.113 14.164 15.542 109 H1* A 10 H1* A 10 5.014 12.574 13.532 110 H8 A 10 H8 A 10 5.540 11.702 17.184 111 1H6 A 10 1H6 A 10 -0.605 11.661 17.725 112 2H6 A 10 2H6 A 10 0.904 11.320 18.541 113 H2 A 10 H2 A 10 0.436 13.066 13.586 114 1H2* A 10 1H2* A 10 5.857 14.229 15.839 115 2H2* A 10 2H2* A 10 5.804 14.645 14.104 116 1H5* C 11 1H5* C 11 6.492 13.621 11.190 117 2H5* C 11 2H5* C 11 7.225 14.941 10.255 118 H4* C 11 H4* C 11 5.065 14.315 9.294 119 H3* C 11 H3* C 11 5.741 16.953 10.248 120 H1* C 11 H1* C 11 2.105 15.313 10.630 121 1H4 C 11 H41 C 11 0.677 16.583 16.675 122 2H4 C 11 H42 C 11 2.362 16.645 17.131 123 H5 C 11 H5 C 11 4.166 16.395 15.533 124 H6 C 11 H6 C 11 4.721 15.961 13.192 125 H3T C 11 H3T C 11 5.630 16.213 8.057 126 1H2* C 11 1H2* C 11 3.853 17.556 11.296 127 2H2* C 11 2H2* C 11 2.941 17.237 9.792 128 1H5* G 12 1H5* G 12 -6.253 17.645 20.695 129 2H5* G 12 2H5* G 12 -6.958 19.064 19.897 130 H4* G 12 H4* G 12 -7.810 17.626 18.082 131 H3* G 12 H3* G 12 -7.139 15.527 19.969 132 H1* G 12 H1* G 12 -5.162 16.223 16.564 133 H8 G 12 H8 G 12 -3.807 16.633 20.180 134 H1 G 12 H1 G 12 0.603 15.306 15.781 135 1H2 G 12 H21 G 12 -2.078 15.274 13.547 136 2H2 G 12 H22 G 12 -0.349 15.113 13.774 137 1H2* G 12 1H2* G 12 -5.310 14.659 19.017 138 2H2* G 12 2H2* G 12 -6.205 14.454 17.487 139 H5T G 12 H5T G 12 -8.289 18.229 21.559 140 1H5* T 13 1H5* T 13 -8.266 14.834 15.723 141 2H5* T 13 2H5* T 13 -9.272 13.413 15.380 142 H4* T 13 H4* T 13 -7.549 13.820 13.640 143 H3* T 13 H3* T 13 -8.116 11.366 14.956 144 1H2* T 13 1H2* T 13 -6.072 10.851 15.765 145 2H2* T 13 2H2* T 13 -5.606 10.577 14.062 146 H1* T 13 H1* T 13 -4.490 12.572 13.926 147 H3 T 13 H3 T 13 -1.043 12.508 16.794 148 1H5M T 13 H51 T 13 -3.819 12.163 20.483 149 2H5M T 13 H52 T 13 -5.324 12.887 19.869 150 3H5M T 13 H53 T 13 -5.077 11.127 19.767 151 H6 T 13 H6 T 13 -5.807 12.295 17.337 152 1H5* G 14 1H5* G 14 -5.802 11.061 11.100 153 2H5* G 14 2H5* G 14 -6.271 9.691 10.072 154 H4* G 14 H4* G 14 -3.832 10.072 10.028 155 H3* G 14 H3* G 14 -5.151 7.609 10.571 156 H1* G 14 H1* G 14 -1.814 8.808 12.269 157 H8 G 14 H8 G 14 -5.016 8.462 14.446 158 H1 G 14 H1 G 14 0.443 8.847 17.699 159 1H2 G 14 H21 G 14 1.935 9.081 14.557 160 2H2 G 14 H22 G 14 2.150 9.035 16.292 161 1H2* G 14 1H2* G 14 -4.263 7.130 12.603 162 2H2* G 14 2H2* G 14 -2.754 6.794 11.706 163 1H5* A 15 1H5* A 15 -0.518 8.118 9.790 164 2H5* A 15 2H5* A 15 -0.148 6.899 8.554 165 H4* A 15 H4* A 15 1.819 7.250 9.922 166 H3* A 15 H3* A 15 0.489 4.728 9.667 167 H1* A 15 H1* A 15 2.315 6.042 12.914 168 H8 A 15 H8 A 15 -1.534 5.546 12.843 169 1H6 A 15 1H6 A 15 -1.188 5.515 18.993 170 2H6 A 15 2H6 A 15 -2.263 5.423 17.616 171 H2 A 15 H2 A 15 2.972 6.006 17.364 172 1H2* A 15 1H2* A 15 0.267 4.167 11.835 173 2H2* A 15 2H2* A 15 2.047 4.026 11.869 174 1H5* C 16 1H5* C 16 4.785 5.204 11.116 175 2H5* C 16 2H5* C 16 5.882 3.963 10.476 176 H4* C 16 H4* C 16 6.494 4.587 12.774 177 H3* C 16 H3* C 16 6.045 1.929 11.812 178 H1* C 16 H1* C 16 5.243 3.340 15.399 179 1H4 C 16 H41 C 16 -1.234 2.104 16.138 180 2H4 C 16 H42 C 16 -0.549 2.341 17.729 181 H5 C 16 H5 C 16 0.072 2.210 14.116 182 H6 C 16 H6 C 16 2.303 2.564 13.198 183 1H2* C 16 1H2* C 16 4.311 1.393 13.278 184 2H2* C 16 2H2* C 16 5.621 1.224 14.476 185 1H5* 8OG 17 1H5* 8OG 17 8.332 2.613 16.032 186 2H5* 8OG 17 2H5* 8OG 17 9.665 1.442 15.958 187 H4* 8OG 17 H4* 8OG 17 8.878 1.680 18.260 188 H3* 8OG 17 H3* 8OG 17 9.012 -0.783 16.825 189 1H2* 8OG 17 1H2* 8OG 17 6.859 -1.448 17.063 190 2H2* 8OG 17 2H2* 8OG 17 7.321 -1.805 18.752 191 H1* 8OG 17 H1* 8OG 17 6.407 0.193 19.539 192 H1 8OG 17 H1 8OG 17 2.192 -1.150 14.010 193 H7 8OG 17 H7 8OG 17 1.876 -0.224 18.910 194 1H2 8OG 17 1H2 8OG 17 5.590 -1.013 13.240 195 2H2 8OG 17 2H2 8OG 17 3.957 -1.269 12.669 196 1H5* C 18 1H5* C 18 8.833 -0.903 21.685 197 2H5* C 18 2H5* C 18 9.947 -2.216 22.122 198 H4* C 18 H4* C 18 8.002 -2.238 23.609 199 H3* C 18 H3* C 18 8.958 -4.432 22.150 200 H1* C 18 H1* C 18 5.233 -3.699 22.751 201 1H4 C 18 H41 C 18 2.701 -3.402 16.652 202 2H4 C 18 H42 C 18 1.377 -3.111 17.760 203 H5 C 18 H5 C 18 4.997 -3.699 17.393 204 H6 C 18 H6 C 18 6.480 -3.701 19.288 205 1H2* C 18 1H2* C 18 7.236 -4.611 20.690 206 2H2* C 18 2H2* C 18 6.464 -5.512 21.973 207 1H5* A 19 1H5* A 19 5.358 -5.508 25.597 208 2H5* A 19 2H5* A 19 6.195 -6.934 26.244 209 H4* A 19 H4* A 19 3.799 -7.337 26.287 210 H3* A 19 H3* A 19 5.653 -8.964 24.914 211 H1* A 19 H1* A 19 2.085 -8.257 23.730 212 H8 A 19 H8 A 19 4.967 -7.114 21.423 213 1H6 A 19 1H6 A 19 0.586 -5.643 17.360 214 2H6 A 19 2H6 A 19 2.309 -5.732 17.643 215 H2 A 19 H2 A 19 -1.428 -7.070 21.114 216 1H2* A 19 1H2* A 19 4.854 -8.816 22.822 217 2H2* A 19 2H2* A 19 3.588 -9.928 23.420 218 1H5* C 20 1H5* C 20 1.554 -10.378 26.400 219 2H5* C 20 2H5* C 20 1.386 -12.103 26.778 220 H4* C 20 H4* C 20 -0.699 -11.179 25.846 221 H3* C 20 H3* C 20 0.669 -13.499 24.932 222 H1* C 20 H1* C 20 -1.292 -10.963 22.693 223 1H4 C 20 H41 C 20 3.499 -9.629 18.307 224 2H4 C 20 H42 C 20 1.996 -9.063 17.612 225 H5 C 20 H5 C 20 3.625 -10.681 20.489 226 H6 C 20 H6 C 20 2.412 -11.257 22.481 227 1H2* C 20 1H2* C 20 1.058 -12.823 22.758 228 2H2* C 20 2H2* C 20 -0.687 -13.192 22.544 229 1H5* T 21 1H5* T 21 -3.611 -12.302 24.038 230 2H5* T 21 2H5* T 21 -4.739 -13.664 24.181 231 H4* T 21 H4* T 21 -5.569 -11.923 22.640 232 H3* T 21 H3* T 21 -5.294 -14.721 22.050 233 1H2* T 21 1H2* T 21 -4.221 -14.584 20.071 234 2H2* T 21 2H2* T 21 -5.719 -13.853 19.426 235 H1* T 21 H1* T 21 -4.854 -11.730 19.532 236 H3 T 21 H3 T 21 -1.702 -12.163 16.322 237 1H5M T 21 H51 T 21 1.300 -13.997 19.322 238 2H5M T 21 H52 T 21 0.863 -13.006 20.732 239 3H5M T 21 H53 T 21 0.220 -14.657 20.573 240 H6 T 21 H6 T 21 -1.962 -13.277 20.971 241 1H5* G 22 1H5* G 22 -8.404 -12.131 19.622 242 2H5* G 22 2H5* G 22 -9.913 -13.060 19.723 243 H4* G 22 H4* G 22 -9.805 -11.844 17.606 244 H3* G 22 H3* G 22 -10.076 -14.714 17.856 245 H1* G 22 H1* G 22 -7.903 -12.889 14.967 246 H8 G 22 H8 G 22 -6.636 -15.240 17.805 247 H1 G 22 H1 G 22 -2.763 -14.650 12.783 248 1H2 G 22 H21 G 22 -5.162 -12.437 11.578 249 2H2 G 22 H22 G 22 -3.601 -13.191 11.331 250 H3T G 22 H3T G 22 -11.701 -13.138 17.312 251 1H2* G 22 1H2* G 22 -8.685 -15.426 16.221 252 2H2* G 22 2H2* G 22 -9.581 -14.425 15.045 Start of MODEL 5 1 1H5* C 1 1H5* C 1 1.473 -15.429 6.782 2 2H5* C 1 2H5* C 1 2.707 -14.242 6.314 3 H4* C 1 H4* C 1 0.434 -13.374 5.917 4 H3* C 1 H3* C 1 2.497 -12.087 7.395 5 H1* C 1 H1* C 1 -1.334 -11.973 8.370 6 1H4 C 1 H41 C 1 -2.050 -13.473 14.445 7 2H4 C 1 H42 C 1 -0.752 -14.635 14.400 8 H5 C 1 H5 C 1 0.841 -14.710 12.507 9 H6 C 1 H6 C 1 1.110 -14.077 10.143 10 1H2* C 1 1H2* C 1 1.448 -11.742 9.370 11 2H2* C 1 2H2* C 1 0.443 -10.560 8.493 12 H5T C 1 H5T C 1 2.732 -13.637 8.589 13 1H5* A 2 1H5* A 2 -1.157 -9.721 6.290 14 2H5* A 2 2H5* A 2 -0.905 -8.009 5.900 15 H4* A 2 H4* A 2 -2.849 -8.377 7.407 16 H3* A 2 H3* A 2 -0.732 -6.505 7.750 17 H1* A 2 H1* A 2 -2.571 -8.430 10.624 18 H8 A 2 H8 A 2 1.272 -9.168 10.098 19 1H6 A 2 1H6 A 2 0.951 -11.927 15.590 20 2H6 A 2 2H6 A 2 2.001 -11.475 14.265 21 H2 A 2 H2 A 2 -3.172 -10.479 14.540 22 1H2* A 2 1H2* A 2 0.034 -7.191 9.777 23 2H2* A 2 2H2* A 2 -1.442 -6.424 10.420 24 1H5* G 3 1H5* G 3 -4.703 -7.407 9.862 25 2H5* G 3 2H5* G 3 -5.578 -5.877 9.666 26 H4* G 3 H4* G 3 -6.638 -7.215 11.384 27 H3* G 3 H3* G 3 -5.763 -4.577 11.751 28 H1* G 3 H1* G 3 -5.371 -7.363 14.548 29 H8 G 3 H8 G 3 -2.382 -6.282 12.452 30 H1 G 3 H1 G 3 -0.852 -8.876 18.065 31 1H2 G 3 H21 G 3 -4.302 -9.088 18.529 32 2H2 G 3 H22 G 3 -2.705 -9.387 19.179 33 1H2* G 3 1H2* G 3 -4.227 -4.876 13.397 34 2H2* G 3 2H2* G 3 -5.644 -5.094 14.463 35 1H5* T 4 1H5* T 4 -8.103 -6.846 15.206 36 2H5* T 4 2H5* T 4 -9.430 -5.736 15.608 37 H4* T 4 H4* T 4 -8.717 -6.908 17.621 38 H3* T 4 H3* T 4 -8.893 -4.110 17.347 39 1H2* T 4 1H2* T 4 -6.666 -3.595 17.519 40 2H2* T 4 2H2* T 4 -6.923 -3.812 19.250 41 H1* T 4 H1* T 4 -5.989 -5.984 19.344 42 H3 T 4 H3 T 4 -1.587 -5.937 18.584 43 1H5M T 4 H51 T 4 -1.961 -3.080 14.966 44 2H5M T 4 H52 T 4 -3.629 -3.378 14.423 45 3H5M T 4 H53 T 4 -3.295 -2.085 15.596 46 H6 T 4 H6 T 4 -5.304 -3.909 16.342 47 1H5* G 5 1H5* G 5 -7.571 -6.141 21.559 48 2H5* G 5 2H5* G 5 -8.602 -5.286 22.724 49 H4* G 5 H4* G 5 -6.490 -5.786 23.788 50 H3* G 5 H3* G 5 -7.491 -3.133 23.443 51 H1* G 5 H1* G 5 -3.751 -4.242 23.451 52 H8 G 5 H8 G 5 -5.094 -2.814 20.079 53 H1 G 5 H1 G 5 1.236 -3.348 20.495 54 1H2 G 5 H21 G 5 0.633 -4.518 23.711 55 2H2 G 5 H22 G 5 1.812 -4.106 22.486 56 1H2* G 5 1H2* G 5 -5.680 -2.209 22.393 57 2H2* G 5 2H2* G 5 -4.887 -2.318 23.994 58 1H5* 2AR 6 1H5* 2AR 6 -3.848 -4.172 26.370 59 2H5* 2AR 6 2H5* 2AR 6 -4.179 -3.266 27.861 60 H4* 2AR 6 H4* 2AR 6 -1.766 -3.339 27.432 61 H1* 2AR 6 H1* 2AR 6 -0.288 -1.081 25.481 62 H2 2AR 6 H2 2AR 6 2.640 -0.076 22.272 63 1H6 2AR 6 1H6 2AR 6 0.021 0.820 18.748 64 2H6 2AR 6 2H6 2AR 6 -1.635 0.603 19.269 65 H8 2AR 6 H8 2AR 6 -3.613 -0.656 23.464 66 2H2* 2AR 6 2H2* 2AR 6 -1.596 0.572 26.516 67 1H2* 2AR 6 1H2* 2AR 6 -3.114 -0.072 25.838 68 H3* 2AR 6 H3* 2AR 6 -3.244 -1.017 27.949 69 HX* 2AR 6 HX* 2AR 6 -0.992 -3.269 25.286 70 HX** 2AR 6 HX** 2AR 6 -2.609 -2.803 24.688 71 1H5* G 7 1H5* G 7 1.819 -0.776 27.071 72 2H5* G 7 2H5* G 7 2.064 0.043 28.627 73 H4* G 7 H4* G 7 3.726 0.893 27.137 74 H3* G 7 H3* G 7 1.708 2.578 28.245 75 H1* G 7 H1* G 7 3.479 2.912 24.838 76 H8 G 7 H8 G 7 -0.378 2.803 24.512 77 H1 G 7 H1 G 7 2.680 3.210 18.968 78 1H2 G 7 H21 G 7 5.582 2.875 20.852 79 2H2 G 7 H22 G 7 4.858 3.069 19.269 80 1H2* G 7 1H2* G 7 0.841 3.340 26.234 81 2H2* G 7 2H2* G 7 2.297 4.371 26.217 82 1H5* T 8 1H5* T 8 5.466 3.757 25.861 83 2H5* T 8 2H5* T 8 6.309 4.954 26.863 84 H4* T 8 H4* T 8 6.942 5.383 24.619 85 H3* T 8 H3* T 8 5.353 7.288 26.066 86 1H2* T 8 1H2* T 8 3.822 7.735 24.467 87 2H2* T 8 2H2* T 8 5.153 8.459 23.526 88 H1* T 8 H1* T 8 5.412 6.610 22.195 89 H3 T 8 H3 T 8 1.750 5.972 19.663 90 1H5M T 8 H51 T 8 -0.160 7.161 24.364 91 2H5M T 8 H52 T 8 -1.091 6.074 23.307 92 3H5M T 8 H53 T 8 -0.042 5.398 24.576 93 H6 T 8 H6 T 8 2.455 6.302 24.398 94 1H5* C 9 1H5* C 9 7.423 7.413 22.294 95 2H5* C 9 2H5* C 9 8.625 8.716 22.187 96 H4* C 9 H4* C 9 7.911 8.325 19.964 97 H3* C 9 H3* C 9 7.269 10.769 21.304 98 H1* C 9 H1* C 9 5.105 8.926 18.549 99 1H4 C 9 H41 C 9 -0.445 9.304 22.147 100 2H4 C 9 H42 C 9 -0.917 8.905 20.508 101 H5 C 9 H5 C 9 1.886 9.616 22.804 102 H6 C 9 H6 C 9 4.191 9.452 22.076 103 1H2* C 9 1H2* C 9 5.040 10.845 20.857 104 2H2* C 9 2H2* C 9 5.524 11.130 19.152 105 1H5* A 10 1H5* A 10 8.360 10.429 16.487 106 2H5* A 10 2H5* A 10 9.274 11.942 16.333 107 H4* A 10 H4* A 10 8.369 11.239 14.175 108 H3* A 10 H3* A 10 8.127 13.779 15.267 109 H1* A 10 H1* A 10 4.920 12.011 13.602 110 H8 A 10 H8 A 10 5.653 11.779 17.324 111 1H6 A 10 1H6 A 10 -0.458 11.503 18.153 112 2H6 A 10 2H6 A 10 1.096 11.432 18.951 113 H2 A 10 H2 A 10 0.349 12.112 13.775 114 1H2* A 10 1H2* A 10 5.893 13.910 15.656 115 2H2* A 10 2H2* A 10 5.759 14.120 13.888 116 1H5* C 11 1H5* C 11 6.248 12.944 11.020 117 2H5* C 11 2H5* C 11 6.797 14.266 9.969 118 H4* C 11 H4* C 11 4.541 13.570 9.341 119 H3* C 11 H3* C 11 5.232 16.250 10.226 120 H1* C 11 H1* C 11 1.762 14.403 10.912 121 1H4 C 11 H41 C 11 2.309 15.888 17.360 122 2H4 C 11 H42 C 11 0.616 15.587 17.039 123 H5 C 11 H5 C 11 4.009 15.795 15.656 124 H6 C 11 H6 C 11 4.453 15.405 13.283 125 H3T C 11 H3T C 11 4.973 15.492 8.048 126 1H2* C 11 1H2* C 11 3.406 16.778 11.415 127 2H2* C 11 2H2* C 11 2.386 16.378 10.004 128 1H5* G 12 1H5* G 12 -8.902 18.864 18.667 129 2H5* G 12 2H5* G 12 -9.888 17.519 19.274 130 H4* G 12 H4* G 12 -9.252 17.143 16.933 131 H3* G 12 H3* G 12 -8.642 15.361 19.129 132 H1* G 12 H1* G 12 -6.316 15.986 15.958 133 H8 G 12 H8 G 12 -5.386 17.126 19.548 134 H1 G 12 H1 G 12 -0.429 15.694 15.808 135 1H2 G 12 H21 G 12 -2.853 14.851 13.450 136 2H2 G 12 H22 G 12 -1.151 14.975 13.835 137 1H2* G 12 1H2* G 12 -6.546 14.769 18.622 138 2H2* G 12 2H2* G 12 -7.121 14.175 17.041 139 H5T G 12 H5T G 12 -7.084 17.638 19.639 140 1H5* T 13 1H5* T 13 -8.559 14.229 14.797 141 2H5* T 13 2H5* T 13 -9.497 12.751 14.507 142 H4* T 13 H4* T 13 -7.621 12.886 12.958 143 H3* T 13 H3* T 13 -8.083 10.704 14.758 144 1H2* T 13 1H2* T 13 -6.020 10.530 15.657 145 2H2* T 13 2H2* T 13 -5.485 9.997 14.038 146 H1* T 13 H1* T 13 -4.605 12.049 13.515 147 H3 T 13 H3 T 13 -1.097 12.484 16.277 148 1H5M T 13 H51 T 13 -5.020 13.836 19.335 149 2H5M T 13 H52 T 13 -5.354 12.091 19.425 150 3H5M T 13 H53 T 13 -3.807 12.735 20.024 151 H6 T 13 H6 T 13 -5.851 12.461 16.930 152 1H5* G 14 1H5* G 14 -5.845 10.406 11.263 153 2H5* G 14 2H5* G 14 -6.239 8.978 10.284 154 H4* G 14 H4* G 14 -3.828 9.512 10.195 155 H3* G 14 H3* G 14 -4.985 6.987 10.836 156 H1* G 14 H1* G 14 -1.697 8.449 12.414 157 H8 G 14 H8 G 14 -4.819 7.985 14.687 158 H1 G 14 H1 G 14 0.693 8.740 17.782 159 1H2 G 14 H21 G 14 2.095 8.938 14.597 160 2H2 G 14 H22 G 14 2.354 8.962 16.326 161 1H2* G 14 1H2* G 14 -4.016 6.616 12.852 162 2H2* G 14 2H2* G 14 -2.511 6.361 11.926 163 1H5* A 15 1H5* A 15 -0.410 7.717 9.899 164 2H5* A 15 2H5* A 15 0.001 6.476 8.698 165 H4* A 15 H4* A 15 1.970 6.973 10.020 166 H3* A 15 H3* A 15 0.770 4.382 9.859 167 H1* A 15 H1* A 15 2.559 5.878 13.049 168 H8 A 15 H8 A 15 -1.262 5.192 13.029 169 1H6 A 15 1H6 A 15 -0.878 5.402 19.171 170 2H6 A 15 2H6 A 15 -1.955 5.209 17.806 171 H2 A 15 H2 A 15 3.244 6.034 17.493 172 1H2* A 15 1H2* A 15 0.593 3.877 12.045 173 2H2* A 15 2H2* A 15 2.378 3.824 12.065 174 1H5* C 16 1H5* C 16 5.047 5.043 11.302 175 2H5* C 16 2H5* C 16 6.179 3.817 10.696 176 H4* C 16 H4* C 16 6.748 4.482 12.991 177 H3* C 16 H3* C 16 6.352 1.800 12.066 178 H1* C 16 H1* C 16 5.492 3.263 15.618 179 1H4 C 16 H41 C 16 -0.972 1.951 16.335 180 2H4 C 16 H42 C 16 -0.302 2.244 17.926 181 H5 C 16 H5 C 16 0.351 2.014 14.322 182 H6 C 16 H6 C 16 2.584 2.374 13.412 183 1H2* C 16 1H2* C 16 4.615 1.260 13.527 184 2H2* C 16 2H2* C 16 5.915 1.136 14.741 185 1H5* 8OG 17 1H5* 8OG 17 8.500 2.626 16.319 186 2H5* 8OG 17 2H5* 8OG 17 9.872 1.498 16.302 187 H4* 8OG 17 H4* 8OG 17 9.028 1.754 18.579 188 H3* 8OG 17 H3* 8OG 17 9.270 -0.729 17.202 189 1H2* 8OG 17 1H2* 8OG 17 7.121 -1.438 17.379 190 2H2* 8OG 17 2H2* 8OG 17 7.543 -1.772 19.083 191 H1* 8OG 17 H1* 8OG 17 6.567 0.215 19.827 192 H1 8OG 17 H1 8OG 17 2.508 -1.312 14.230 193 H7 8OG 17 H7 8OG 17 2.067 -0.340 19.110 194 1H2 8OG 17 1H2 8OG 17 5.918 -1.103 13.531 195 2H2 8OG 17 2H2 8OG 17 4.304 -1.410 12.930 196 1H5* C 18 1H5* C 18 9.009 -0.900 22.207 197 2H5* C 18 2H5* C 18 10.159 -2.218 22.517 198 H4* C 18 H4* C 18 8.247 -2.414 24.032 199 H3* C 18 H3* C 18 9.232 -4.457 22.420 200 H1* C 18 H1* C 18 5.530 -3.905 22.991 201 1H4 C 18 H41 C 18 3.007 -3.502 16.960 202 2H4 C 18 H42 C 18 1.668 -3.212 18.051 203 H5 C 18 H5 C 18 5.302 -3.795 17.749 204 H6 C 18 H6 C 18 6.767 -3.633 19.604 205 1H2* C 18 1H2* C 18 6.801 -5.547 21.933 206 2H2* C 18 2H2* C 18 7.528 -4.359 20.904 207 1H5* A 19 1H5* A 19 5.397 -5.657 25.530 208 2H5* A 19 2H5* A 19 6.206 -7.100 26.174 209 H4* A 19 H4* A 19 3.812 -7.492 26.147 210 H3* A 19 H3* A 19 5.686 -9.091 24.743 211 H1* A 19 H1* A 19 2.113 -8.340 23.613 212 H8 A 19 H8 A 19 4.968 -7.316 21.227 213 1H6 A 19 1H6 A 19 0.546 -5.569 17.322 214 2H6 A 19 2H6 A 19 2.271 -5.753 17.548 215 H2 A 19 H2 A 19 -1.419 -6.919 21.131 216 1H2* A 19 1H2* A 19 4.862 -8.935 22.662 217 2H2* A 19 2H2* A 19 3.586 -10.032 23.267 218 1H5* C 20 1H5* C 20 1.540 -10.422 26.162 219 2H5* C 20 2H5* C 20 1.347 -12.151 26.520 220 H4* C 20 H4* C 20 -0.726 -11.197 25.602 221 H3* C 20 H3* C 20 0.630 -13.505 24.629 222 H1* C 20 H1* C 20 -1.334 -10.904 22.468 223 1H4 C 20 H41 C 20 3.420 -9.531 18.054 224 2H4 C 20 H42 C 20 1.913 -8.944 17.385 225 H5 C 20 H5 C 20 3.563 -10.610 20.222 226 H6 C 20 H6 C 20 2.366 -11.215 22.215 227 1H2* C 20 1H2* C 20 0.999 -12.784 22.465 228 2H2* C 20 2H2* C 20 -0.751 -13.134 22.261 229 1H5* T 21 1H5* T 21 -3.683 -12.321 23.865 230 2H5* T 21 2H5* T 21 -4.805 -13.692 23.964 231 H4* T 21 H4* T 21 -5.653 -11.884 22.508 232 H3* T 21 H3* T 21 -5.404 -14.658 21.814 233 1H2* T 21 1H2* T 21 -4.359 -14.458 19.825 234 2H2* T 21 2H2* T 21 -5.862 -13.695 19.228 235 H1* T 21 H1* T 21 -4.985 -11.582 19.397 236 H3 T 21 H3 T 21 -1.890 -11.921 16.121 237 1H5M T 21 H51 T 21 0.755 -12.922 20.442 238 2H5M T 21 H52 T 21 0.084 -14.561 20.266 239 3H5M T 21 H53 T 21 1.145 -13.890 19.003 240 H6 T 21 H6 T 21 -2.079 -13.193 20.734 241 1H5* G 22 1H5* G 22 -8.536 -11.951 19.529 242 2H5* G 22 2H5* G 22 -10.048 -12.876 19.623 243 H4* G 22 H4* G 22 -9.967 -11.577 17.553 244 H3* G 22 H3* G 22 -10.294 -14.439 17.709 245 H1* G 22 H1* G 22 -8.122 -12.577 14.842 246 H8 G 22 H8 G 22 -6.813 -14.988 17.609 247 H1 G 22 H1 G 22 -3.034 -14.313 12.526 248 1H2 G 22 H21 G 22 -5.451 -12.073 11.407 249 2H2 G 22 H22 G 22 -3.896 -12.826 11.116 250 H3T G 22 H3T G 22 -11.206 -12.481 15.832 251 1H2* G 22 1H2* G 22 -8.897 -15.133 16.070 252 2H2* G 22 2H2* G 22 -9.798 -14.117 14.910 Start of MODEL 6 1 1H5* C 1 1H5* C 1 3.524 -16.315 6.381 2 2H5* C 1 2H5* C 1 2.543 -16.796 7.781 3 H4* C 1 H4* C 1 1.502 -15.446 5.260 4 H3* C 1 H3* C 1 2.794 -14.334 7.529 5 H1* C 1 H1* C 1 -1.127 -14.426 7.055 6 1H4 C 1 H41 C 1 -3.904 -16.853 12.182 7 2H4 C 1 H42 C 1 -2.409 -17.570 12.731 8 H5 C 1 H5 C 1 -0.436 -17.719 11.298 9 H6 C 1 H6 C 1 0.654 -16.698 9.348 10 1H2* C 1 1H2* C 1 1.089 -14.329 9.024 11 2H2* C 1 2H2* C 1 0.389 -13.028 8.023 12 H5T C 1 H5T C 1 2.933 -18.524 6.334 13 1H5* A 2 1H5* A 2 -0.518 -12.172 6.162 14 2H5* A 2 2H5* A 2 -0.323 -10.452 5.764 15 H4* A 2 H4* A 2 -2.424 -10.922 7.022 16 H3* A 2 H3* A 2 -0.528 -8.889 7.508 17 H1* A 2 H1* A 2 -2.400 -10.860 10.335 18 H8 A 2 H8 A 2 1.350 -11.958 9.799 19 1H6 A 2 1H6 A 2 1.198 -13.486 15.771 20 2H6 A 2 2H6 A 2 2.170 -13.475 14.315 21 H2 A 2 H2 A 2 -2.774 -11.685 14.705 22 1H2* A 2 1H2* A 2 0.175 -9.510 9.586 23 2H2* A 2 2H2* A 2 -1.376 -8.809 10.118 24 1H5* G 3 1H5* G 3 -4.226 -9.935 9.946 25 2H5* G 3 2H5* G 3 -5.276 -8.573 9.513 26 H4* G 3 H4* G 3 -6.092 -9.629 11.537 27 H3* G 3 H3* G 3 -5.463 -6.889 11.317 28 H1* G 3 H1* G 3 -4.810 -9.044 14.551 29 H8 G 3 H8 G 3 -1.807 -8.534 12.285 30 H1 G 3 H1 G 3 -0.387 -8.758 18.485 31 1H2 G 3 H21 G 3 -3.842 -8.905 18.926 32 2H2 G 3 H22 G 3 -2.260 -8.885 19.672 33 1H2* G 3 1H2* G 3 -3.863 -6.734 12.924 34 2H2* G 3 2H2* G 3 -5.231 -6.843 14.069 35 1H5* T 4 1H5* T 4 -7.167 -8.612 15.502 36 2H5* T 4 2H5* T 4 -8.691 -7.700 15.497 37 H4* T 4 H4* T 4 -8.011 -7.957 17.790 38 H3* T 4 H3* T 4 -8.423 -5.456 16.564 39 1H2* T 4 1H2* T 4 -6.258 -4.692 16.617 40 2H2* T 4 2H2* T 4 -6.620 -4.308 18.298 41 H1* T 4 H1* T 4 -5.526 -6.213 19.198 42 H3 T 4 H3 T 4 -1.109 -5.802 18.692 43 1H5M T 4 H51 T 4 -1.476 -4.309 14.338 44 2H5M T 4 H52 T 4 -2.724 -5.443 13.775 45 3H5M T 4 H53 T 4 -3.180 -3.798 14.275 46 H6 T 4 H6 T 4 -4.799 -5.305 15.675 47 1H5* G 5 1H5* G 5 -7.474 -6.235 21.193 48 2H5* G 5 2H5* G 5 -8.687 -5.250 22.034 49 H4* G 5 H4* G 5 -6.729 -5.530 23.455 50 H3* G 5 H3* G 5 -7.814 -3.025 22.671 51 H1* G 5 H1* G 5 -3.979 -3.762 23.156 52 H8 G 5 H8 G 5 -5.289 -3.016 19.567 53 H1 G 5 H1 G 5 1.046 -2.846 20.210 54 1H2 G 5 H21 G 5 0.427 -3.569 23.561 55 2H2 G 5 H22 G 5 1.610 -3.239 22.315 56 1H2* G 5 1H2* G 5 -5.979 -2.085 21.704 57 2H2* G 5 2H2* G 5 -5.355 -1.943 23.375 58 1H5* 2AR 6 1H5* 2AR 6 -4.741 -3.543 26.179 59 2H5* 2AR 6 2H5* 2AR 6 -5.268 -2.539 27.545 60 H4* 2AR 6 H4* 2AR 6 -2.814 -2.663 27.458 61 H1* 2AR 6 H1* 2AR 6 -1.113 -0.459 25.544 62 H2 2AR 6 H2 2AR 6 2.145 0.176 22.572 63 1H6 2AR 6 1H6 2AR 6 -0.085 0.755 18.726 64 2H6 2AR 6 2H6 2AR 6 -1.787 0.605 19.094 65 H8 2AR 6 H8 2AR 6 -4.211 -0.181 23.161 66 2H2* 2AR 6 2H2* 2AR 6 -2.563 1.211 26.330 67 1H2* 2AR 6 1H2* 2AR 6 -3.983 0.486 25.537 68 H3* 2AR 6 H3* 2AR 6 -4.314 -0.327 27.685 69 HX* 2AR 6 HX* 2AR 6 -1.730 -2.671 25.451 70 HX** 2AR 6 HX** 2AR 6 -3.262 -2.314 24.608 71 1H5* G 7 1H5* G 7 0.621 -0.422 26.830 72 2H5* G 7 2H5* G 7 0.951 0.320 28.408 73 H4* G 7 H4* G 7 2.728 0.981 26.952 74 H3* G 7 H3* G 7 0.954 2.862 28.127 75 H1* G 7 H1* G 7 2.676 3.130 24.676 76 H8 G 7 H8 G 7 -1.176 3.396 24.460 77 H1 G 7 H1 G 7 1.756 3.695 18.843 78 1H2 G 7 H21 G 7 4.651 2.964 20.620 79 2H2 G 7 H22 G 7 3.916 3.269 19.055 80 1H2* G 7 1H2* G 7 0.128 3.764 26.154 81 2H2* G 7 2H2* G 7 1.680 4.639 26.142 82 1H5* T 8 1H5* T 8 4.804 3.690 25.779 83 2H5* T 8 2H5* T 8 5.788 4.773 26.785 84 H4* T 8 H4* T 8 6.441 5.162 24.542 85 H3* T 8 H3* T 8 5.068 7.207 26.027 86 1H2* T 8 1H2* T 8 3.600 7.848 24.438 87 2H2* T 8 2H2* T 8 5.003 8.425 23.501 88 H1* T 8 H1* T 8 5.044 6.573 22.148 89 H3 T 8 H3 T 8 1.326 6.411 19.628 90 1H5M T 8 H51 T 8 -1.476 6.738 23.291 91 2H5M T 8 H52 T 8 -0.498 5.931 24.540 92 3H5M T 8 H53 T 8 -0.430 7.701 24.361 93 H6 T 8 H6 T 8 2.075 6.551 24.362 94 1H5* C 9 1H5* C 9 7.151 7.146 22.297 95 2H5* C 9 2H5* C 9 8.486 8.308 22.166 96 H4* C 9 H4* C 9 7.703 7.971 19.954 97 H3* C 9 H3* C 9 7.383 10.487 21.269 98 H1* C 9 H1* C 9 4.970 8.895 18.569 99 1H4 C 9 H41 C 9 -0.453 9.966 22.220 100 2H4 C 9 H42 C 9 -0.985 9.620 20.588 101 H5 C 9 H5 C 9 1.906 9.990 22.854 102 H6 C 9 H6 C 9 4.166 9.538 22.106 103 1H2* C 9 1H2* C 9 5.166 10.816 20.870 104 2H2* C 9 2H2* C 9 5.647 11.038 19.156 105 1H5* A 10 1H5* A 10 8.067 9.934 16.374 106 2H5* A 10 2H5* A 10 9.190 11.291 16.161 107 H4* A 10 H4* A 10 8.051 10.764 14.068 108 H3* A 10 H3* A 10 8.260 13.296 15.177 109 H1* A 10 H1* A 10 4.722 12.044 13.728 110 H8 A 10 H8 A 10 5.676 11.736 17.394 111 1H6 A 10 1H6 A 10 -0.358 12.161 18.634 112 2H6 A 10 2H6 A 10 1.230 11.932 19.330 113 H2 A 10 H2 A 10 0.213 12.614 14.201 114 1H2* A 10 1H2* A 10 6.102 13.740 15.726 115 2H2* A 10 2H2* A 10 5.881 14.004 13.973 116 1H5* C 11 1H5* C 11 5.963 12.921 11.029 117 2H5* C 11 2H5* C 11 6.603 14.224 10.007 118 H4* C 11 H4* C 11 4.220 13.919 9.582 119 H3* C 11 H3* C 11 5.376 16.397 10.596 120 H1* C 11 H1* C 11 1.745 14.976 11.405 121 1H4 C 11 H41 C 11 2.845 15.929 17.882 122 2H4 C 11 H42 C 11 1.112 15.851 17.657 123 H5 C 11 H5 C 11 4.417 15.765 16.067 124 H6 C 11 H6 C 11 4.672 15.487 13.651 125 H3T C 11 H3T C 11 4.886 15.867 8.393 126 1H2* C 11 1H2* C 11 3.714 17.085 11.935 127 2H2* C 11 2H2* C 11 2.560 16.918 10.582 128 1H5* G 12 1H5* G 12 -7.740 19.555 20.499 129 2H5* G 12 2H5* G 12 -8.783 18.231 21.056 130 H4* G 12 H4* G 12 -8.393 18.074 18.638 131 H3* G 12 H3* G 12 -7.738 16.014 20.566 132 H1* G 12 H1* G 12 -5.631 16.816 17.273 133 H8 G 12 H8 G 12 -4.396 17.362 20.912 134 H1 G 12 H1 G 12 0.200 16.216 16.648 135 1H2 G 12 H21 G 12 -2.421 15.894 14.374 136 2H2 G 12 H22 G 12 -0.694 15.849 14.648 137 1H2* G 12 1H2* G 12 -5.777 15.291 19.768 138 2H2* G 12 2H2* G 12 -6.551 14.973 18.192 139 H5T G 12 H5T G 12 -5.958 18.089 21.155 140 1H5* T 13 1H5* T 13 -8.315 15.423 16.271 141 2H5* T 13 2H5* T 13 -9.289 14.027 15.770 142 H4* T 13 H4* T 13 -7.443 14.499 14.196 143 H3* T 13 H3* T 13 -8.040 11.982 15.410 144 1H2* T 13 1H2* T 13 -6.007 11.464 16.246 145 2H2* T 13 2H2* T 13 -5.483 11.293 14.545 146 H1* T 13 H1* T 13 -4.441 13.333 14.535 147 H3 T 13 H3 T 13 -1.005 12.981 17.394 148 1H5M T 13 H51 T 13 -5.186 11.846 20.333 149 2H5M T 13 H52 T 13 -3.787 12.659 21.073 150 3H5M T 13 H53 T 13 -5.176 13.615 20.512 151 H6 T 13 H6 T 13 -5.774 12.992 17.933 152 1H5* G 14 1H5* G 14 -5.570 11.719 11.479 153 2H5* G 14 2H5* G 14 -6.282 10.403 10.522 154 H4* G 14 H4* G 14 -3.836 10.473 10.255 155 H3* G 14 H3* G 14 -5.375 8.211 10.976 156 H1* G 14 H1* G 14 -1.815 9.009 12.484 157 H8 G 14 H8 G 14 -4.965 9.139 14.754 158 H1 G 14 H1 G 14 0.597 9.260 17.846 159 1H2 G 14 H21 G 14 2.013 9.153 14.663 160 2H2 G 14 H22 G 14 2.273 9.205 16.392 161 1H2* G 14 1H2* G 14 -4.452 7.708 12.988 162 2H2* G 14 2H2* G 14 -3.053 7.136 12.036 163 1H5* A 15 1H5* A 15 -0.732 8.271 10.087 164 2H5* A 15 2H5* A 15 -0.596 7.061 8.794 165 H4* A 15 H4* A 15 1.506 7.119 9.951 166 H3* A 15 H3* A 15 -0.138 4.799 9.855 167 H1* A 15 H1* A 15 2.062 5.848 12.985 168 H8 A 15 H8 A 15 -1.827 5.869 13.122 169 1H6 A 15 1H6 A 15 -1.182 6.251 19.221 170 2H6 A 15 2H6 A 15 -2.321 6.199 17.894 171 H2 A 15 H2 A 15 2.929 6.092 17.397 172 1H2* A 15 1H2* A 15 -0.316 4.315 12.052 173 2H2* A 15 2H2* A 15 1.418 3.894 11.982 174 1H5* C 16 1H5* C 16 4.139 5.048 11.090 175 2H5* C 16 2H5* C 16 5.146 3.843 10.261 176 H4* C 16 H4* C 16 6.167 4.340 12.387 177 H3* C 16 H3* C 16 5.261 1.717 11.630 178 H1* C 16 H1* C 16 5.392 3.315 15.211 179 1H4 C 16 H41 C 16 0.339 2.345 18.779 180 2H4 C 16 H42 C 16 -0.776 2.704 17.502 181 H5 C 16 H5 C 16 -0.005 2.780 15.120 182 H6 C 16 H6 C 16 2.012 3.032 13.730 183 1H2* C 16 1H2* C 16 3.851 1.405 13.435 184 2H2* C 16 2H2* C 16 5.344 1.132 14.345 185 1H5* 8OG 17 1H5* 8OG 17 8.285 2.266 15.395 186 2H5* 8OG 17 2H5* 8OG 17 9.474 0.982 15.100 187 H4* 8OG 17 H4* 8OG 17 9.132 1.274 17.501 188 H3* 8OG 17 H3* 8OG 17 8.791 -1.182 16.097 189 1H2* 8OG 17 1H2* 8OG 17 6.652 -1.638 16.698 190 2H2* 8OG 17 2H2* 8OG 17 7.360 -2.060 18.284 191 H1* 8OG 17 H1* 8OG 17 6.793 0.006 19.211 192 H1 8OG 17 H1 8OG 17 1.591 -0.963 14.510 193 H7 8OG 17 H7 8OG 17 2.194 0.076 19.364 194 1H2 8OG 17 1H2 8OG 17 4.811 -1.187 13.188 195 2H2 8OG 17 2H2 8OG 17 3.088 -1.284 12.901 196 1H5* C 18 1H5* C 18 9.098 -0.993 20.819 197 2H5* C 18 2H5* C 18 10.142 -2.333 21.339 198 H4* C 18 H4* C 18 8.326 -1.987 22.958 199 H3* C 18 H3* C 18 9.027 -4.421 21.779 200 H1* C 18 H1* C 18 5.376 -3.363 22.418 201 1H4 C 18 H41 C 18 2.675 -3.572 16.386 202 2H4 C 18 H42 C 18 1.414 -3.041 17.477 203 H5 C 18 H5 C 18 4.954 -3.977 17.111 204 H6 C 18 H6 C 18 6.491 -3.878 18.948 205 1H2* C 18 1H2* C 18 7.230 -4.657 20.425 206 2H2* C 18 2H2* C 18 6.466 -5.331 21.842 207 1H5* A 19 1H5* A 19 5.877 -5.032 25.576 208 2H5* A 19 2H5* A 19 6.585 -6.465 26.350 209 H4* A 19 H4* A 19 4.143 -6.596 26.427 210 H3* A 19 H3* A 19 5.834 -8.565 25.331 211 H1* A 19 H1* A 19 2.379 -7.683 23.971 212 H8 A 19 H8 A 19 5.339 -7.257 21.539 213 1H6 A 19 1H6 A 19 1.130 -5.693 17.329 214 2H6 A 19 2H6 A 19 2.824 -6.030 17.609 215 H2 A 19 H2 A 19 -0.972 -6.225 21.263 216 1H2* A 19 1H2* A 19 5.104 -8.578 23.203 217 2H2* A 19 2H2* A 19 3.732 -9.505 23.882 218 1H5* C 20 1H5* C 20 1.487 -9.350 26.768 219 2H5* C 20 2H5* C 20 1.150 -11.015 27.284 220 H4* C 20 H4* C 20 -0.803 -9.976 26.176 221 H3* C 20 H3* C 20 0.335 -12.509 25.583 222 H1* C 20 H1* C 20 -1.237 -10.055 22.977 223 1H4 C 20 H41 C 20 3.842 -9.714 18.732 224 2H4 C 20 H42 C 20 2.444 -9.046 17.918 225 H5 C 20 H5 C 20 3.766 -10.535 21.013 226 H6 C 20 H6 C 20 2.418 -10.772 22.990 227 1H2* C 20 1H2* C 20 0.903 -12.114 23.375 228 2H2* C 20 2H2* C 20 -0.856 -12.332 23.097 229 1H5* T 21 1H5* T 21 -3.346 -10.722 24.034 230 2H5* T 21 2H5* T 21 -4.794 -11.722 24.261 231 H4* T 21 H4* T 21 -5.028 -10.099 22.401 232 H3* T 21 H3* T 21 -5.588 -12.894 22.314 233 1H2* T 21 1H2* T 21 -4.249 -13.465 20.565 234 2H2* T 21 2H2* T 21 -5.464 -12.625 19.563 235 H1* T 21 H1* T 21 -4.183 -10.716 19.398 236 H3 T 21 H3 T 21 -1.274 -12.667 16.523 237 1H5M T 21 H51 T 21 1.100 -12.532 21.187 238 2H5M T 21 H52 T 21 0.372 -14.152 21.272 239 3H5M T 21 H53 T 21 1.562 -13.775 20.002 240 H6 T 21 H6 T 21 -1.612 -12.287 21.287 241 1H5* G 22 1H5* G 22 -6.766 -12.500 18.104 242 2H5* G 22 2H5* G 22 -6.303 -10.854 18.577 243 H4* G 22 H4* G 22 -8.019 -9.941 17.048 244 H3* G 22 H3* G 22 -9.125 -12.512 17.177 245 H1* G 22 H1* G 22 -6.859 -11.517 13.937 246 H8 G 22 H8 G 22 -5.834 -13.757 16.948 247 H1 G 22 H1 G 22 -2.408 -14.603 11.650 248 1H2 G 22 H21 G 22 -4.523 -12.223 10.252 249 2H2 G 22 H22 G 22 -3.194 -13.338 10.006 250 H3T G 22 H3T G 22 -9.485 -10.300 15.419 251 1H2* G 22 1H2* G 22 -8.026 -13.655 15.551 252 2H2* G 22 2H2* G 22 -8.823 -12.572 14.374 Start of MODEL 7 1 1H5* C 1 1H5* C 1 0.471 -14.814 4.864 2 2H5* C 1 2H5* C 1 1.878 -13.746 4.689 3 H4* C 1 H4* C 1 -0.217 -12.455 4.708 4 H3* C 1 H3* C 1 2.049 -11.982 6.320 5 H1* C 1 H1* C 1 -1.658 -11.702 7.731 6 1H4 C 1 H41 C 1 -0.990 -16.500 12.263 7 2H4 C 1 H42 C 1 -2.251 -15.430 12.836 8 H5 C 1 H5 C 1 0.232 -16.122 10.220 9 H6 C 1 H6 C 1 0.495 -14.629 8.290 10 1H2* C 1 1H2* C 1 1.175 -12.237 8.404 11 2H2* C 1 2H2* C 1 0.343 -10.693 8.097 12 H5T C 1 H5T C 1 2.141 -13.894 6.971 13 1H5* A 2 1H5* A 2 -1.360 -9.408 6.217 14 2H5* A 2 2H5* A 2 -1.193 -7.652 6.018 15 H4* A 2 H4* A 2 -3.109 -8.268 7.475 16 H3* A 2 H3* A 2 -1.089 -6.354 7.997 17 H1* A 2 H1* A 2 -2.693 -8.695 10.720 18 H8 A 2 H8 A 2 1.080 -9.331 9.757 19 1H6 A 2 1H6 A 2 1.346 -12.502 15.031 20 2H6 A 2 2H6 A 2 2.248 -11.970 13.629 21 H2 A 2 H2 A 2 -2.831 -10.927 14.579 22 1H2* A 2 1H2* A 2 -0.197 -7.245 9.887 23 2H2* A 2 2H2* A 2 -1.667 -6.624 10.679 24 1H5* G 3 1H5* G 3 -4.815 -7.865 10.234 25 2H5* G 3 2H5* G 3 -5.791 -6.393 10.072 26 H4* G 3 H4* G 3 -6.786 -7.829 11.744 27 H3* G 3 H3* G 3 -6.061 -5.168 12.194 28 H1* G 3 H1* G 3 -5.448 -7.988 14.908 29 H8 G 3 H8 G 3 -2.533 -6.858 12.724 30 H1 G 3 H1 G 3 -0.820 -9.211 18.386 31 1H2 G 3 H21 G 3 -4.252 -9.519 18.919 32 2H2 G 3 H22 G 3 -2.636 -9.749 19.549 33 1H2* G 3 1H2* G 3 -4.445 -5.437 13.773 34 2H2* G 3 2H2* G 3 -5.816 -5.734 14.880 35 1H5* T 4 1H5* T 4 -8.263 -7.468 15.808 36 2H5* T 4 2H5* T 4 -9.583 -6.345 16.200 37 H4* T 4 H4* T 4 -8.779 -7.356 18.253 38 H3* T 4 H3* T 4 -8.915 -4.576 17.782 39 1H2* T 4 1H2* T 4 -6.677 -4.097 17.869 40 2H2* T 4 2H2* T 4 -6.886 -4.213 19.617 41 H1* T 4 H1* T 4 -5.995 -6.401 19.801 42 H3 T 4 H3 T 4 -1.614 -6.424 18.969 43 1H5M T 4 H51 T 4 -3.298 -2.691 15.861 44 2H5M T 4 H52 T 4 -2.031 -3.757 15.209 45 3H5M T 4 H53 T 4 -3.730 -4.002 14.742 46 H6 T 4 H6 T 4 -5.354 -4.505 16.672 47 1H5* G 5 1H5* G 5 -7.545 -6.430 22.049 48 2H5* G 5 2H5* G 5 -8.532 -5.501 23.194 49 H4* G 5 H4* G 5 -6.415 -6.034 24.244 50 H3* G 5 H3* G 5 -7.368 -3.377 23.847 51 H1* G 5 H1* G 5 -3.646 -4.543 23.800 52 H8 G 5 H8 G 5 -5.039 -3.216 20.405 53 H1 G 5 H1 G 5 1.290 -3.843 20.710 54 1H2 G 5 H21 G 5 0.732 -4.904 23.973 55 2H2 G 5 H22 G 5 1.893 -4.552 22.712 56 1H2* G 5 1H2* G 5 -5.572 -2.524 22.707 57 2H2* G 5 2H2* G 5 -4.741 -2.580 24.292 58 1H5* 2AR 6 1H5* 2AR 6 -3.610 -4.321 26.771 59 2H5* 2AR 6 2H5* 2AR 6 -3.949 -3.327 28.201 60 H4* 2AR 6 H4* 2AR 6 -1.536 -3.393 27.762 61 H1* 2AR 6 H1* 2AR 6 -0.107 -1.232 25.652 62 H2 2AR 6 H2 2AR 6 2.760 -0.510 22.316 63 1H6 2AR 6 1H6 2AR 6 0.077 0.095 18.778 64 2H6 2AR 6 2H6 2AR 6 -1.569 -0.074 19.347 65 H8 2AR 6 H8 2AR 6 -3.469 -0.961 23.666 66 2H2* 2AR 6 2H2* 2AR 6 -1.423 0.454 26.610 67 1H2* 2AR 6 1H2* 2AR 6 -2.941 -0.241 25.988 68 H3* 2AR 6 H3* 2AR 6 -3.044 -1.067 28.148 69 HX* 2AR 6 HX* 2AR 6 -0.770 -3.439 25.615 70 HX** 2AR 6 HX** 2AR 6 -2.399 -3.047 24.998 71 1H5* G 7 1H5* G 7 2.181 -0.690 27.340 72 2H5* G 7 2H5* G 7 2.256 0.253 28.841 73 H4* G 7 H4* G 7 3.900 1.175 27.369 74 H3* G 7 H3* G 7 1.649 2.694 28.255 75 H1* G 7 H1* G 7 3.553 2.982 24.890 76 H8 G 7 H8 G 7 -0.270 2.594 24.458 77 H1 G 7 H1 G 7 2.932 2.433 18.988 78 1H2 G 7 H21 G 7 5.794 2.463 20.957 79 2H2 G 7 H22 G 7 5.101 2.423 19.347 80 1H2* G 7 1H2* G 7 0.839 3.282 26.165 81 2H2* G 7 2H2* G 7 2.223 4.414 26.144 82 1H5* T 8 1H5* T 8 5.604 4.792 26.785 83 2H5* T 8 2H5* T 8 5.820 6.345 27.613 84 H4* T 8 H4* T 8 6.579 6.516 25.324 85 H3* T 8 H3* T 8 4.417 8.130 26.373 86 1H2* T 8 1H2* T 8 3.088 8.037 24.549 87 2H2* T 8 2H2* T 8 4.360 8.897 23.647 88 H1* T 8 H1* T 8 5.211 6.961 22.714 89 H3 T 8 H3 T 8 2.159 5.173 19.895 90 1H5M T 8 H51 T 8 -0.343 5.283 24.526 91 2H5M T 8 H52 T 8 -0.618 6.936 23.927 92 3H5M T 8 H53 T 8 -1.237 5.543 23.008 93 H6 T 8 H6 T 8 2.028 6.493 24.493 94 1H5* C 9 1H5* C 9 7.087 8.257 23.040 95 2H5* C 9 2H5* C 9 8.017 9.766 22.932 96 H4* C 9 H4* C 9 7.953 8.959 20.729 97 H3* C 9 H3* C 9 6.411 11.272 21.432 98 H1* C 9 H1* C 9 5.594 8.567 18.664 99 1H4 C 9 H41 C 9 -0.542 7.252 19.032 100 2H4 C 9 H42 C 9 -0.728 8.243 20.455 101 H5 C 9 H5 C 9 1.240 8.978 21.792 102 H6 C 9 H6 C 9 3.623 9.362 21.681 103 1H2* C 9 1H2* C 9 4.455 10.705 20.432 104 2H2* C 9 2H2* C 9 5.336 10.853 18.878 105 1H5* A 10 1H5* A 10 6.804 9.866 17.116 106 2H5* A 10 2H5* A 10 8.061 11.018 16.625 107 H4* A 10 H4* A 10 6.900 10.242 14.667 108 H3* A 10 H3* A 10 7.141 12.945 15.343 109 H1* A 10 H1* A 10 3.708 11.450 13.904 110 H8 A 10 H8 A 10 4.179 11.452 17.633 111 1H6 A 10 1H6 A 10 -1.756 13.057 18.109 112 2H6 A 10 2H6 A 10 -0.327 12.584 19.001 113 H2 A 10 H2 A 10 -0.616 13.122 13.762 114 1H2* A 10 1H2* A 10 4.961 13.523 15.623 115 2H2* A 10 2H2* A 10 4.864 13.429 13.843 116 1H5* C 11 1H5* C 11 5.215 11.775 11.156 117 2H5* C 11 2H5* C 11 6.157 12.724 9.990 118 H4* C 11 H4* C 11 3.868 12.455 9.189 119 H3* C 11 H3* C 11 5.117 15.012 9.721 120 H1* C 11 H1* C 11 1.249 14.205 10.337 121 1H4 C 11 H41 C 11 1.874 16.528 16.524 122 2H4 C 11 H42 C 11 0.183 16.649 16.094 123 H5 C 11 H5 C 11 3.560 15.704 15.016 124 H6 C 11 H6 C 11 3.991 14.808 12.783 125 H3T C 11 H3T C 11 4.787 13.958 7.671 126 1H2* C 11 1H2* C 11 3.416 16.146 10.641 127 2H2* C 11 2H2* C 11 2.415 15.776 9.208 128 1H5* G 12 1H5* G 12 -9.209 19.951 17.547 129 2H5* G 12 2H5* G 12 -10.190 18.668 18.283 130 H4* G 12 H4* G 12 -9.560 18.076 15.983 131 H3* G 12 H3* G 12 -8.955 16.506 18.335 132 H1* G 12 H1* G 12 -6.610 16.831 15.129 133 H8 G 12 H8 G 12 -5.713 18.211 18.648 134 H1 G 12 H1 G 12 -0.724 16.672 14.994 135 1H2 G 12 H21 G 12 -3.128 15.684 12.672 136 2H2 G 12 H22 G 12 -1.430 15.850 13.057 137 1H2* G 12 1H2* G 12 -6.852 15.879 17.897 138 2H2* G 12 2H2* G 12 -7.421 15.132 16.379 139 H5T G 12 H5T G 12 -7.386 18.819 18.624 140 1H5* T 13 1H5* T 13 -9.011 14.898 14.237 141 2H5* T 13 2H5* T 13 -9.733 13.295 13.998 142 H4* T 13 H4* T 13 -7.726 13.672 12.587 143 H3* T 13 H3* T 13 -8.259 11.422 14.246 144 1H2* T 13 1H2* T 13 -6.377 11.391 15.496 145 2H2* T 13 2H2* T 13 -5.538 10.909 13.995 146 H1* T 13 H1* T 13 -4.693 13.011 13.652 147 H3 T 13 H3 T 13 -1.873 13.911 17.020 148 1H5M T 13 H51 T 13 -5.262 13.908 20.170 149 2H5M T 13 H52 T 13 -6.655 14.379 19.169 150 3H5M T 13 H53 T 13 -6.313 12.658 19.463 151 H6 T 13 H6 T 13 -6.609 13.174 16.772 152 1H5* G 14 1H5* G 14 -4.459 11.494 11.238 153 2H5* G 14 2H5* G 14 -5.058 10.151 10.244 154 H4* G 14 H4* G 14 -2.612 10.290 10.121 155 H3* G 14 H3* G 14 -4.105 7.992 10.785 156 H1* G 14 H1* G 14 -0.700 8.936 12.563 157 H8 G 14 H8 G 14 -4.037 9.219 14.507 158 H1 G 14 H1 G 14 1.196 9.335 18.130 159 1H2 G 14 H21 G 14 2.895 8.841 15.129 160 2H2 G 14 H22 G 14 2.998 9.009 16.869 161 1H2* G 14 1H2* G 14 -3.338 7.586 12.887 162 2H2* G 14 2H2* G 14 -1.856 7.021 12.071 163 1H5* A 15 1H5* A 15 0.500 8.391 10.577 164 2H5* A 15 2H5* A 15 0.878 7.317 9.214 165 H4* A 15 H4* A 15 2.847 7.481 10.586 166 H3* A 15 H3* A 15 1.459 5.034 10.131 167 H1* A 15 H1* A 15 3.225 5.979 13.552 168 H8 A 15 H8 A 15 -0.637 5.994 13.241 169 1H6 A 15 1H6 A 15 -0.693 4.694 19.253 170 2H6 A 15 2H6 A 15 -1.680 5.028 17.848 171 H2 A 15 H2 A 15 3.591 4.868 17.907 172 1H2* A 15 1H2* A 15 1.176 4.291 12.227 173 2H2* A 15 2H2* A 15 2.951 4.106 12.291 174 1H5* C 16 1H5* C 16 5.719 5.075 11.696 175 2H5* C 16 2H5* C 16 6.756 3.830 10.972 176 H4* C 16 H4* C 16 7.272 4.147 13.357 177 H3* C 16 H3* C 16 6.690 1.651 12.069 178 H1* C 16 H1* C 16 5.825 2.728 15.754 179 1H4 C 16 H41 C 16 -0.743 1.877 16.116 180 2H4 C 16 H42 C 16 -0.104 1.821 17.744 181 H5 C 16 H5 C 16 0.647 2.192 14.169 182 H6 C 16 H6 C 16 2.943 2.446 13.378 183 1H2* C 16 1H2* C 16 4.863 1.083 13.401 184 2H2* C 16 2H2* C 16 6.098 0.696 14.623 185 1H5* 8OG 17 1H5* 8OG 17 8.761 2.040 16.312 186 2H5* 8OG 17 2H5* 8OG 17 10.078 0.849 16.344 187 H4* 8OG 17 H4* 8OG 17 9.184 1.205 18.597 188 H3* 8OG 17 H3* 8OG 17 9.379 -1.324 17.282 189 1H2* 8OG 17 1H2* 8OG 17 7.212 -1.974 17.470 190 2H2* 8OG 17 2H2* 8OG 17 7.609 -2.252 19.190 191 H1* 8OG 17 H1* 8OG 17 6.685 -0.209 19.845 192 H1 8OG 17 H1 8OG 17 2.584 -1.618 14.243 193 H7 8OG 17 H7 8OG 17 2.193 -0.830 19.160 194 1H2 8OG 17 1H2 8OG 17 4.363 -1.647 12.918 195 2H2 8OG 17 2H2 8OG 17 5.981 -1.341 13.509 196 1H5* C 18 1H5* C 18 9.063 -1.352 22.334 197 2H5* C 18 2H5* C 18 10.202 -2.680 22.641 198 H4* C 18 H4* C 18 8.298 -2.836 24.178 199 H3* C 18 H3* C 18 9.261 -4.908 22.595 200 H1* C 18 H1* C 18 5.563 -4.326 23.156 201 1H4 C 18 H41 C 18 3.043 -3.957 17.122 202 2H4 C 18 H42 C 18 1.706 -3.644 18.210 203 H5 C 18 H5 C 18 5.333 -4.270 17.916 204 H6 C 18 H6 C 18 6.801 -4.097 19.767 205 1H2* C 18 1H2* C 18 6.827 -5.985 22.117 206 2H2* C 18 2H2* C 18 7.560 -4.810 21.075 207 1H5* A 19 1H5* A 19 5.407 -6.201 25.818 208 2H5* A 19 2H5* A 19 6.299 -7.632 26.374 209 H4* A 19 H4* A 19 3.920 -8.128 26.383 210 H3* A 19 H3* A 19 5.834 -9.592 24.898 211 H1* A 19 H1* A 19 2.222 -8.958 23.832 212 H8 A 19 H8 A 19 4.982 -7.742 21.439 213 1H6 A 19 1H6 A 19 0.437 -5.946 17.708 214 2H6 A 19 2H6 A 19 2.170 -6.095 17.895 215 H2 A 19 H2 A 19 -1.416 -7.511 21.495 216 1H2* A 19 1H2* A 19 4.987 -9.365 22.830 217 2H2* A 19 2H2* A 19 3.773 -10.556 23.387 218 1H5* C 20 1H5* C 20 1.726 -11.202 26.271 219 2H5* C 20 2H5* C 20 1.630 -12.960 26.499 220 H4* C 20 H4* C 20 -0.493 -12.047 25.642 221 H3* C 20 H3* C 20 0.973 -14.219 24.529 222 H1* C 20 H1* C 20 -1.114 -11.581 22.532 223 1H4 C 20 H41 C 20 3.548 -9.726 18.199 224 2H4 C 20 H42 C 20 2.014 -9.145 17.587 225 H5 C 20 H5 C 20 3.753 -10.936 20.291 226 H6 C 20 H6 C 20 2.596 -11.727 22.244 227 1H2* C 20 1H2* C 20 1.311 -13.343 22.418 228 2H2* C 20 2H2* C 20 -0.418 -13.763 22.183 229 1H5* T 21 1H5* T 21 -3.171 -12.981 23.886 230 2H5* T 21 2H5* T 21 -4.453 -14.201 23.762 231 H4* T 21 H4* T 21 -4.949 -12.067 22.556 232 H3* T 21 H3* T 21 -5.200 -14.753 21.560 233 1H2* T 21 1H2* T 21 -4.107 -14.508 19.595 234 2H2* T 21 2H2* T 21 -5.455 -13.447 19.098 235 H1* T 21 H1* T 21 -4.260 -11.534 19.523 236 H3 T 21 H3 T 21 -1.448 -12.200 16.012 237 1H5M T 21 H51 T 21 0.587 -15.018 19.955 238 2H5M T 21 H52 T 21 1.655 -14.224 18.772 239 3H5M T 21 H53 T 21 1.258 -13.406 20.301 240 H6 T 21 H6 T 21 -1.485 -13.456 20.633 241 1H5* G 22 1H5* G 22 -6.797 -10.825 20.100 242 2H5* G 22 2H5* G 22 -8.554 -11.005 20.289 243 H4* G 22 H4* G 22 -8.043 -9.108 18.836 244 H3* G 22 H3* G 22 -9.773 -11.249 18.203 245 H1* G 22 H1* G 22 -7.111 -9.865 15.462 246 H8 G 22 H8 G 22 -6.832 -13.196 17.444 247 H1 G 22 H1 G 22 -3.537 -13.008 11.997 248 1H2 G 22 H21 G 22 -4.860 -9.798 11.671 249 2H2 G 22 H22 G 22 -3.850 -11.053 10.986 250 H3T G 22 H3T G 22 -9.459 -8.587 17.235 251 1H2* G 22 1H2* G 22 -8.875 -12.068 16.286 252 2H2* G 22 2H2* G 22 -9.295 -10.507 15.522 Start of MODEL 8 1 1H5* C 1 1H5* C 1 1.633 -17.386 7.929 2 2H5* C 1 2H5* C 1 0.614 -18.332 6.825 3 H4* C 1 H4* C 1 -0.320 -16.247 5.892 4 H3* C 1 H3* C 1 1.952 -15.063 7.176 5 H1* C 1 H1* C 1 -1.812 -14.557 8.242 6 1H4 C 1 H41 C 1 -2.397 -15.269 14.472 7 2H4 C 1 H42 C 1 -1.178 -16.510 14.537 8 H5 C 1 H5 C 1 0.330 -16.934 12.616 9 H6 C 1 H6 C 1 0.548 -16.612 10.185 10 1H2* C 1 1H2* C 1 1.016 -14.422 9.131 11 2H2* C 1 2H2* C 1 0.059 -13.263 8.173 12 H5T C 1 H5T C 1 2.749 -18.052 6.048 13 1H5* A 2 1H5* A 2 -1.449 -12.486 5.906 14 2H5* A 2 2H5* A 2 -1.121 -10.809 5.428 15 H4* A 2 H4* A 2 -3.029 -11.038 7.029 16 H3* A 2 H3* A 2 -0.832 -9.219 7.169 17 H1* A 2 H1* A 2 -2.661 -10.888 10.200 18 H8 A 2 H8 A 2 1.122 -11.870 9.620 19 1H6 A 2 1H6 A 2 0.919 -13.864 15.441 20 2H6 A 2 2H6 A 2 1.929 -13.656 14.027 21 H2 A 2 H2 A 2 -3.159 -12.314 14.377 22 1H2* A 2 1H2* A 2 -0.050 -9.761 9.231 23 2H2* A 2 2H2* A 2 -1.502 -8.926 9.844 24 1H5* G 3 1H5* G 3 -4.520 -9.870 9.683 25 2H5* G 3 2H5* G 3 -5.453 -8.399 9.353 26 H4* G 3 H4* G 3 -6.326 -9.450 11.337 27 H3* G 3 H3* G 3 -5.350 -6.800 11.281 28 H1* G 3 H1* G 3 -4.946 -9.260 14.332 29 H8 G 3 H8 G 3 -1.920 -9.001 12.056 30 H1 G 3 H1 G 3 -0.512 -9.871 18.208 31 1H2 G 3 H21 G 3 -3.916 -9.402 18.729 32 2H2 G 3 H22 G 3 -2.340 -9.673 19.449 33 1H2* G 3 1H2* G 3 -3.734 -6.959 12.871 34 2H2* G 3 2H2* G 3 -5.093 -6.989 14.030 35 1H5* T 4 1H5* T 4 -7.424 -8.623 15.438 36 2H5* T 4 2H5* T 4 -8.775 -7.472 15.360 37 H4* T 4 H4* T 4 -8.290 -7.923 17.689 38 H3* T 4 H3* T 4 -8.324 -5.360 16.540 39 1H2* T 4 1H2* T 4 -6.083 -4.878 16.692 40 2H2* T 4 2H2* T 4 -6.464 -4.484 18.368 41 H1* T 4 H1* T 4 -5.647 -6.521 19.263 42 H3 T 4 H3 T 4 -1.198 -6.662 18.914 43 1H5M T 4 H51 T 4 -2.461 -6.068 13.966 44 2H5M T 4 H52 T 4 -2.934 -4.416 14.426 45 3H5M T 4 H53 T 4 -1.246 -4.946 14.618 46 H6 T 4 H6 T 4 -4.685 -5.654 15.785 47 1H5* G 5 1H5* G 5 -7.412 -6.131 21.037 48 2H5* G 5 2H5* G 5 -8.550 -5.122 21.952 49 H4* G 5 H4* G 5 -6.514 -5.490 23.250 50 H3* G 5 H3* G 5 -7.593 -2.937 22.581 51 H1* G 5 H1* G 5 -3.786 -3.803 22.922 52 H8 G 5 H8 G 5 -5.105 -2.982 19.354 53 H1 G 5 H1 G 5 1.210 -2.555 20.082 54 1H2 G 5 H21 G 5 0.569 -3.365 23.411 55 2H2 G 5 H22 G 5 1.759 -2.962 22.195 56 1H2* G 5 1H2* G 5 -5.769 -2.008 21.587 57 2H2* G 5 2H2* G 5 -5.085 -1.939 23.237 58 1H5* 2AR 6 1H5* 2AR 6 -4.404 -3.632 25.974 59 2H5* 2AR 6 2H5* 2AR 6 -4.891 -2.670 27.385 60 H4* 2AR 6 H4* 2AR 6 -2.441 -2.816 27.240 61 H1* 2AR 6 H1* 2AR 6 -0.751 -0.570 25.388 62 H2 2AR 6 H2 2AR 6 2.458 0.384 22.455 63 1H6 2AR 6 1H6 2AR 6 0.179 1.189 18.674 64 2H6 2AR 6 2H6 2AR 6 -1.517 0.970 19.042 65 H8 2AR 6 H8 2AR 6 -3.880 -0.223 23.057 66 2H2* 2AR 6 2H2* 2AR 6 -2.170 1.093 26.253 67 1H2* 2AR 6 1H2* 2AR 6 -3.611 0.408 25.455 68 H3* 2AR 6 H3* 2AR 6 -3.912 -0.473 27.581 69 HX* 2AR 6 HX* 2AR 6 -1.404 -2.767 25.205 70 HX** 2AR 6 HX** 2AR 6 -2.950 -2.350 24.414 71 1H5* G 7 1H5* G 7 1.134 -0.379 26.887 72 2H5* G 7 2H5* G 7 1.355 0.384 28.474 73 H4* G 7 H4* G 7 3.126 1.181 27.088 74 H3* G 7 H3* G 7 1.162 2.939 28.157 75 H1* G 7 H1* G 7 3.053 3.284 24.813 76 H8 G 7 H8 G 7 -0.791 3.296 24.363 77 H1 G 7 H1 G 7 2.440 3.741 18.922 78 1H2 G 7 H21 G 7 5.277 3.313 20.882 79 2H2 G 7 H22 G 7 4.604 3.557 19.283 80 1H2* G 7 1H2* G 7 0.384 3.764 26.131 81 2H2* G 7 2H2* G 7 1.872 4.746 26.191 82 1H5* T 8 1H5* T 8 5.046 4.001 25.893 83 2H5* T 8 2H5* T 8 5.902 5.135 26.956 84 H4* T 8 H4* T 8 6.634 5.597 24.750 85 H3* T 8 H3* T 8 5.072 7.525 26.195 86 1H2* T 8 1H2* T 8 3.611 8.073 24.565 87 2H2* T 8 2H2* T 8 4.996 8.774 23.689 88 H1* T 8 H1* T 8 5.230 6.957 22.309 89 H3 T 8 H3 T 8 1.626 6.536 19.650 90 1H5M T 8 H51 T 8 -1.320 6.613 23.210 91 2H5M T 8 H52 T 8 -0.331 5.872 24.491 92 3H5M T 8 H53 T 8 -0.388 7.643 24.323 93 H6 T 8 H6 T 8 2.195 6.683 24.412 94 1H5* C 9 1H5* C 9 7.272 7.683 22.484 95 2H5* C 9 2H5* C 9 8.516 8.949 22.454 96 H4* C 9 H4* C 9 7.850 8.651 20.200 97 H3* C 9 H3* C 9 7.265 11.072 21.604 98 H1* C 9 H1* C 9 5.108 9.404 18.734 99 1H4 C 9 H41 C 9 -0.524 9.873 22.190 100 2H4 C 9 H42 C 9 -0.963 9.549 20.526 101 H5 C 9 H5 C 9 1.798 10.072 22.922 102 H6 C 9 H6 C 9 4.115 9.844 22.253 103 1H2* C 9 1H2* C 9 5.051 11.243 21.106 104 2H2* C 9 2H2* C 9 5.588 11.569 19.426 105 1H5* A 10 1H5* A 10 8.359 10.854 16.754 106 2H5* A 10 2H5* A 10 9.345 12.327 16.682 107 H4* A 10 H4* A 10 8.414 11.784 14.489 108 H3* A 10 H3* A 10 8.298 14.271 15.709 109 H1* A 10 H1* A 10 5.010 12.758 13.956 110 H8 A 10 H8 A 10 5.718 12.305 17.661 111 1H6 A 10 1H6 A 10 -0.403 12.236 18.464 112 2H6 A 10 2H6 A 10 1.143 12.067 19.263 113 H2 A 10 H2 A 10 0.446 13.022 14.123 114 1H2* A 10 1H2* A 10 6.072 14.481 16.120 115 2H2* A 10 2H2* A 10 5.947 14.806 14.368 116 1H5* C 11 1H5* C 11 6.379 13.737 11.423 117 2H5* C 11 2H5* C 11 6.973 15.091 10.441 118 H4* C 11 H4* C 11 4.686 14.500 9.797 119 H3* C 11 H3* C 11 5.495 17.112 10.769 120 H1* C 11 H1* C 11 1.953 15.394 11.435 121 1H4 C 11 H41 C 11 2.658 16.565 17.931 122 2H4 C 11 H42 C 11 0.951 16.342 17.628 123 H5 C 11 H5 C 11 4.325 16.487 16.197 124 H6 C 11 H6 C 11 4.718 16.185 13.802 125 H3T C 11 H3T C 11 3.626 16.254 8.791 126 1H2* C 11 1H2* C 11 3.711 17.669 12.010 127 2H2* C 11 2H2* C 11 2.655 17.374 10.600 128 1H5* G 12 1H5* G 12 -8.351 19.637 19.837 129 2H5* G 12 2H5* G 12 -9.317 18.261 20.411 130 H4* G 12 H4* G 12 -8.811 18.032 18.020 131 H3* G 12 H3* G 12 -8.072 16.111 20.065 132 H1* G 12 H1* G 12 -5.916 16.941 16.811 133 H8 G 12 H8 G 12 -4.869 17.762 20.456 134 H1 G 12 H1 G 12 -0.035 16.634 16.460 135 1H2 G 12 H21 G 12 -2.534 16.011 14.110 136 2H2 G 12 H22 G 12 -0.820 16.090 14.454 137 1H2* G 12 1H2* G 12 -6.048 15.490 19.347 138 2H2* G 12 2H2* G 12 -6.747 15.071 17.760 139 H5T G 12 H5T G 12 -6.496 18.339 20.630 140 1H5* T 13 1H5* T 13 -8.462 15.277 15.773 141 2H5* T 13 2H5* T 13 -9.351 13.801 15.348 142 H4* T 13 H4* T 13 -7.517 14.269 13.766 143 H3* T 13 H3* T 13 -7.964 11.809 15.153 144 1H2* T 13 1H2* T 13 -5.907 11.479 16.022 145 2H2* T 13 2H2* T 13 -5.365 11.230 14.337 146 H1* T 13 H1* T 13 -4.459 13.327 14.190 147 H3 T 13 H3 T 13 -1.015 13.367 17.062 148 1H5M T 13 H51 T 13 -5.179 13.991 20.157 149 2H5M T 13 H52 T 13 -5.175 12.216 20.054 150 3H5M T 13 H53 T 13 -3.780 13.070 20.753 151 H6 T 13 H6 T 13 -5.778 13.135 17.603 152 1H5* G 14 1H5* G 14 -5.620 11.605 11.297 153 2H5* G 14 2H5* G 14 -6.038 10.230 10.255 154 H4* G 14 H4* G 14 -3.622 10.738 10.169 155 H3* G 14 H3* G 14 -4.803 8.203 10.685 156 H1* G 14 H1* G 14 -1.509 9.528 12.394 157 H8 G 14 H8 G 14 -4.717 9.116 14.552 158 H1 G 14 H1 G 14 0.727 9.436 17.837 159 1H2 G 14 H21 G 14 2.238 9.699 14.707 160 2H2 G 14 H22 G 14 2.442 9.631 16.443 161 1H2* G 14 1H2* G 14 -3.875 7.733 12.700 162 2H2* G 14 2H2* G 14 -2.359 7.489 11.787 163 1H5* A 15 1H5* A 15 -0.193 8.842 9.931 164 2H5* A 15 2H5* A 15 0.222 7.659 8.675 165 H4* A 15 H4* A 15 2.153 7.993 10.091 166 H3* A 15 H3* A 15 0.847 5.466 9.764 167 H1* A 15 H1* A 15 2.599 6.735 13.068 168 H8 A 15 H8 A 15 -1.243 6.204 12.916 169 1H6 A 15 1H6 A 15 -1.014 6.077 19.069 170 2H6 A 15 2H6 A 15 -2.062 5.996 17.671 171 H2 A 15 H2 A 15 3.171 6.631 17.528 172 1H2* A 15 1H2* A 15 0.589 4.863 11.916 173 2H2* A 15 2H2* A 15 2.369 4.736 11.984 174 1H5* C 16 1H5* C 16 5.076 5.950 11.374 175 2H5* C 16 2H5* C 16 6.204 4.740 10.733 176 H4* C 16 H4* C 16 6.746 5.288 13.061 177 H3* C 16 H3* C 16 6.315 2.658 12.016 178 H1* C 16 H1* C 16 5.426 3.981 15.615 179 1H4 C 16 H41 C 16 -1.073 2.761 16.157 180 2H4 C 16 H42 C 16 -0.427 2.946 17.773 181 H5 C 16 H5 C 16 0.285 2.916 14.174 182 H6 C 16 H6 C 16 2.541 3.274 13.323 183 1H2* C 16 1H2* C 16 4.546 2.088 13.424 184 2H2* C 16 2H2* C 16 5.824 1.886 14.650 185 1H5* 8OG 17 1H5* 8OG 17 8.768 3.064 16.337 186 2H5* 8OG 17 2H5* 8OG 17 10.027 1.846 16.045 187 H4* 8OG 17 H4* 8OG 17 9.410 1.848 18.405 188 H3* 8OG 17 H3* 8OG 17 9.292 -0.431 16.702 189 1H2* 8OG 17 1H2* 8OG 17 7.105 -0.969 16.977 190 2H2* 8OG 17 2H2* 8OG 17 7.625 -1.576 18.575 191 H1* 8OG 17 H1* 8OG 17 6.902 0.359 19.665 192 H1 8OG 17 H1 8OG 17 2.339 -0.251 14.296 193 H7 8OG 17 H7 8OG 17 2.324 0.472 19.242 194 1H2 8OG 17 1H2 8OG 17 5.700 -0.393 13.376 195 2H2 8OG 17 2H2 8OG 17 4.027 -0.474 12.871 196 1H5* C 18 1H5* C 18 9.239 -0.929 21.437 197 2H5* C 18 2H5* C 18 10.248 -2.337 21.834 198 H4* C 18 H4* C 18 8.308 -2.249 23.326 199 H3* C 18 H3* C 18 9.092 -4.466 21.801 200 H1* C 18 H1* C 18 5.421 -3.462 22.405 201 1H4 C 18 H41 C 18 3.011 -2.836 16.287 202 2H4 C 18 H42 C 18 1.699 -2.457 17.382 203 H5 C 18 H5 C 18 5.267 -3.305 17.051 204 H6 C 18 H6 C 18 6.715 -3.471 18.960 205 1H2* C 18 1H2* C 18 7.369 -4.479 20.340 206 2H2* C 18 2H2* C 18 6.523 -5.343 21.598 207 1H5* A 19 1H5* A 19 6.001 -5.988 25.625 208 2H5* A 19 2H5* A 19 6.787 -7.562 25.871 209 H4* A 19 H4* A 19 4.365 -7.802 26.068 210 H3* A 19 H3* A 19 5.980 -9.236 24.220 211 H1* A 19 H1* A 19 2.359 -8.134 23.653 212 H8 A 19 H8 A 19 5.047 -6.901 21.171 213 1H6 A 19 1H6 A 19 0.386 -4.552 17.922 214 2H6 A 19 2H6 A 19 2.116 -4.819 17.969 215 H2 A 19 H2 A 19 -1.299 -6.280 21.711 216 1H2* A 19 1H2* A 19 4.927 -8.754 22.306 217 2H2* A 19 2H2* A 19 3.646 -9.846 22.912 218 1H5* C 20 1H5* C 20 2.052 -10.542 26.043 219 2H5* C 20 2H5* C 20 1.752 -12.281 26.227 220 H4* C 20 H4* C 20 -0.343 -11.071 25.813 221 H3* C 20 H3* C 20 0.620 -13.301 24.314 222 H1* C 20 H1* C 20 -1.469 -10.296 22.950 223 1H4 C 20 H41 C 20 0.814 -7.842 17.608 224 2H4 C 20 H42 C 20 2.261 -8.811 17.701 225 H5 C 20 H5 C 20 2.892 -9.996 19.786 226 H6 C 20 H6 C 20 2.055 -10.841 21.873 227 1H2* C 20 1H2* C 20 0.632 -12.307 22.227 228 2H2* C 20 2H2* C 20 -1.151 -12.505 22.339 229 1H5* T 21 1H5* T 21 -3.536 -11.863 23.674 230 2H5* T 21 2H5* T 21 -4.686 -13.143 24.114 231 H4* T 21 H4* T 21 -5.576 -11.638 22.358 232 H3* T 21 H3* T 21 -5.466 -14.494 22.277 233 1H2* T 21 1H2* T 21 -4.433 -14.800 20.293 234 2H2* T 21 2H2* T 21 -5.926 -14.157 19.547 235 H1* T 21 H1* T 21 -4.986 -12.099 19.183 236 H3 T 21 H3 T 21 -1.984 -13.437 16.070 237 1H5M T 21 H51 T 21 0.106 -14.741 20.762 238 2H5M T 21 H52 T 21 1.132 -14.464 19.333 239 3H5M T 21 H53 T 21 0.755 -13.116 20.431 240 H6 T 21 H6 T 21 -2.062 -13.316 20.853 241 1H5* G 22 1H5* G 22 -8.489 -12.196 19.503 242 2H5* G 22 2H5* G 22 -10.056 -12.972 19.809 243 H4* G 22 H4* G 22 -9.944 -12.129 17.514 244 H3* G 22 H3* G 22 -10.425 -14.898 18.250 245 H1* G 22 H1* G 22 -8.321 -13.705 15.008 246 H8 G 22 H8 G 22 -7.059 -15.780 18.058 247 H1 G 22 H1 G 22 -3.533 -16.222 12.772 248 1H2 G 22 H21 G 22 -5.801 -13.945 11.435 249 2H2 G 22 H22 G 22 -4.335 -14.874 11.193 250 H3T G 22 H3T G 22 -11.380 -13.234 16.126 251 1H2* G 22 1H2* G 22 -9.231 -15.964 16.652 252 2H2* G 22 2H2* G 22 -10.114 -15.053 15.397 Start of MODEL 9 1 1H5* C 1 1H5* C 1 3.121 -14.379 5.945 2 2H5* C 1 2H5* C 1 3.861 -12.814 5.549 3 H4* C 1 H4* C 1 1.402 -12.702 5.412 4 H3* C 1 H3* C 1 3.090 -10.961 6.898 5 H1* C 1 H1* C 1 -0.455 -12.207 8.149 6 1H4 C 1 H41 C 1 1.735 -14.982 13.761 7 2H4 C 1 H42 C 1 0.049 -14.588 14.007 8 H5 C 1 H5 C 1 2.919 -14.492 11.717 9 H6 C 1 H6 C 1 2.723 -13.521 9.473 10 1H2* C 1 1H2* C 1 2.196 -11.168 8.971 11 2H2* C 1 2H2* C 1 0.779 -10.306 8.315 12 H5T C 1 H5T C 1 3.954 -12.451 7.858 13 1H5* A 2 1H5* A 2 -1.262 -9.546 6.251 14 2H5* A 2 2H5* A 2 -1.333 -7.798 5.954 15 H4* A 2 H4* A 2 -3.121 -8.520 7.484 16 H3* A 2 H3* A 2 -1.247 -6.430 7.965 17 H1* A 2 H1* A 2 -2.761 -8.826 10.662 18 H8 A 2 H8 A 2 1.119 -9.141 9.983 19 1H6 A 2 1H6 A 2 1.254 -12.192 15.331 20 2H6 A 2 2H6 A 2 2.209 -11.601 13.989 21 H2 A 2 H2 A 2 -3.002 -11.010 14.527 22 1H2* A 2 1H2* A 2 -0.352 -7.191 9.911 23 2H2* A 2 2H2* A 2 -1.899 -6.683 10.638 24 1H5* G 3 1H5* G 3 -5.055 -7.910 10.254 25 2H5* G 3 2H5* G 3 -6.033 -6.445 10.053 26 H4* G 3 H4* G 3 -6.980 -7.773 11.824 27 H3* G 3 H3* G 3 -6.162 -5.111 12.158 28 H1* G 3 H1* G 3 -5.603 -7.881 14.938 29 H8 G 3 H8 G 3 -2.700 -6.796 12.725 30 H1 G 3 H1 G 3 -0.951 -9.180 18.366 31 1H2 G 3 H21 G 3 -4.380 -9.431 18.945 32 2H2 G 3 H22 G 3 -2.760 -9.686 19.553 33 1H2* G 3 1H2* G 3 -4.556 -5.372 13.742 34 2H2* G 3 2H2* G 3 -5.926 -5.618 14.863 35 1H5* T 4 1H5* T 4 -8.278 -7.425 15.757 36 2H5* T 4 2H5* T 4 -9.626 -6.341 16.159 37 H4* T 4 H4* T 4 -8.837 -7.413 18.193 38 H3* T 4 H3* T 4 -9.056 -4.627 17.817 39 1H2* T 4 1H2* T 4 -6.833 -4.077 17.924 40 2H2* T 4 2H2* T 4 -7.047 -4.243 19.667 41 H1* T 4 H1* T 4 -6.080 -6.399 19.805 42 H3 T 4 H3 T 4 -1.700 -6.318 18.933 43 1H5M T 4 H51 T 4 -3.568 -2.590 15.868 44 2H5M T 4 H52 T 4 -2.193 -3.547 15.268 45 3H5M T 4 H53 T 4 -3.846 -3.931 14.736 46 H6 T 4 H6 T 4 -5.499 -4.416 16.720 47 1H5* G 5 1H5* G 5 -7.720 -6.411 22.073 48 2H5* G 5 2H5* G 5 -8.662 -5.492 23.264 49 H4* G 5 H4* G 5 -6.472 -5.997 24.185 50 H3* G 5 H3* G 5 -7.501 -3.345 23.854 51 H1* G 5 H1* G 5 -3.774 -4.479 23.659 52 H8 G 5 H8 G 5 -5.311 -3.016 20.380 53 H1 G 5 H1 G 5 1.029 -3.624 20.400 54 1H2 G 5 H21 G 5 0.603 -4.846 23.629 55 2H2 G 5 H22 G 5 1.712 -4.432 22.341 56 1H2* G 5 1H2* G 5 -5.746 -2.428 22.721 57 2H2* G 5 2H2* G 5 -4.862 -2.549 24.274 58 1H5* 2AR 6 1H5* 2AR 6 -3.763 -4.328 26.749 59 2H5* 2AR 6 2H5* 2AR 6 -4.063 -3.354 28.203 60 H4* 2AR 6 H4* 2AR 6 -1.659 -3.454 27.720 61 H1* 2AR 6 H1* 2AR 6 -0.225 -1.277 25.641 62 H2 2AR 6 H2 2AR 6 2.618 -0.507 22.302 63 1H6 2AR 6 1H6 2AR 6 -0.090 0.244 18.809 64 2H6 2AR 6 2H6 2AR 6 -1.732 0.084 19.389 65 H8 2AR 6 H8 2AR 6 -3.607 -0.896 23.704 66 2H2* 2AR 6 2H2* 2AR 6 -1.495 0.416 26.652 67 1H2* 2AR 6 1H2* 2AR 6 -3.035 -0.240 26.037 68 H3* 2AR 6 H3* 2AR 6 -3.124 -1.111 28.180 69 HX* 2AR 6 HX* 2AR 6 -0.935 -3.469 25.557 70 HX** 2AR 6 HX** 2AR 6 -2.565 -3.027 24.979 71 1H5* G 7 1H5* G 7 2.043 -0.919 27.160 72 2H5* G 7 2H5* G 7 2.230 -0.055 28.699 73 H4* G 7 H4* G 7 3.871 0.839 27.211 74 H3* G 7 H3* G 7 1.752 2.441 28.253 75 H1* G 7 H1* G 7 3.531 2.785 24.825 76 H8 G 7 H8 G 7 -0.320 2.577 24.539 77 H1 G 7 H1 G 7 2.643 2.583 18.931 78 1H2 G 7 H21 G 7 5.584 2.431 20.774 79 2H2 G 7 H22 G 7 4.824 2.493 19.194 80 1H2* G 7 1H2* G 7 0.888 3.155 26.223 81 2H2* G 7 2H2* G 7 2.322 4.221 26.195 82 1H5* T 8 1H5* T 8 5.721 4.307 26.612 83 2H5* T 8 2H5* T 8 6.128 5.780 27.516 84 H4* T 8 H4* T 8 6.781 6.059 25.220 85 H3* T 8 H3* T 8 4.766 7.734 26.444 86 1H2* T 8 1H2* T 8 3.359 7.818 24.678 87 2H2* T 8 2H2* T 8 4.639 8.657 23.769 88 H1* T 8 H1* T 8 5.339 6.731 22.695 89 H3 T 8 H3 T 8 2.075 5.286 19.918 90 1H5M T 8 H51 T 8 -0.429 6.945 24.169 91 2H5M T 8 H52 T 8 -1.159 5.644 23.200 92 3H5M T 8 H53 T 8 -0.216 5.246 24.657 93 H6 T 8 H6 T 8 2.211 6.338 24.584 94 1H5* C 9 1H5* C 9 7.272 7.881 22.961 95 2H5* C 9 2H5* C 9 8.301 9.328 22.952 96 H4* C 9 H4* C 9 8.124 8.752 20.691 97 H3* C 9 H3* C 9 6.722 11.050 21.659 98 H1* C 9 H1* C 9 5.663 8.649 18.693 99 1H4 C 9 H41 C 9 -0.488 7.506 19.222 100 2H4 C 9 H42 C 9 -0.589 8.404 20.712 101 H5 C 9 H5 C 9 1.460 8.963 22.029 102 H6 C 9 H6 C 9 3.850 9.265 21.849 103 1H2* C 9 1H2* C 9 4.699 10.661 20.697 104 2H2* C 9 2H2* C 9 5.514 10.920 19.120 105 1H5* A 10 1H5* A 10 7.248 9.961 17.689 106 2H5* A 10 2H5* A 10 8.182 11.027 16.623 107 H4* A 10 H4* A 10 6.498 9.559 15.479 108 H3* A 10 H3* A 10 7.153 12.221 14.947 109 H1* A 10 H1* A 10 3.317 11.011 15.047 110 H8 A 10 H8 A 10 5.095 12.698 17.940 111 1H6 A 10 1H6 A 10 -0.423 14.919 19.596 112 2H6 A 10 2H6 A 10 1.271 14.839 20.024 113 H2 A 10 H2 A 10 -0.915 12.592 15.784 114 1H2* A 10 1H2* A 10 5.195 13.272 15.382 115 2H2* A 10 2H2* A 10 4.604 12.502 13.884 116 1H5* C 11 1H5* C 11 4.061 9.890 12.281 117 2H5* C 11 2H5* C 11 4.528 10.184 10.593 118 H4* C 11 H4* C 11 2.107 9.981 10.756 119 H3* C 11 H3* C 11 3.459 12.370 9.811 120 H1* C 11 H1* C 11 0.003 12.188 11.750 121 1H4 C 11 H41 C 11 0.144 16.730 16.157 122 2H4 C 11 H42 C 11 1.889 16.745 16.195 123 H5 C 11 H5 C 11 3.247 15.296 14.797 124 H6 C 11 H6 C 11 3.200 13.592 13.043 125 H3T C 11 H3T C 11 1.157 10.865 9.082 126 1H2* C 11 1H2* C 11 2.157 13.944 10.746 127 2H2* C 11 2H2* C 11 0.758 13.242 9.883 128 1H5* G 12 1H5* G 12 -8.340 20.522 17.302 129 2H5* G 12 2H5* G 12 -6.568 20.481 17.414 130 H4* G 12 H4* G 12 -8.244 19.228 15.207 131 H3* G 12 H3* G 12 -7.442 18.283 17.817 132 H1* G 12 H1* G 12 -5.474 17.310 14.455 133 H8 G 12 H8 G 12 -4.291 19.473 17.455 134 H1 G 12 H1 G 12 0.377 16.752 14.081 135 1H2 G 12 H21 G 12 -0.477 15.452 12.511 136 2H2 G 12 H22 G 12 -2.199 15.248 12.293 137 1H2* G 12 1H2* G 12 -5.606 17.098 17.339 138 2H2* G 12 2H2* G 12 -6.510 16.185 16.101 139 H5T G 12 H5T G 12 -6.538 21.591 15.381 140 1H5* T 13 1H5* T 13 -8.552 15.779 14.407 141 2H5* T 13 2H5* T 13 -9.502 14.306 14.678 142 H4* T 13 H4* T 13 -7.780 14.034 12.911 143 H3* T 13 H3* T 13 -8.288 12.303 15.097 144 1H2* T 13 1H2* T 13 -6.251 12.260 16.078 145 2H2* T 13 2H2* T 13 -5.733 11.320 14.650 146 H1* T 13 H1* T 13 -4.673 13.114 13.708 147 H3 T 13 H3 T 13 -1.303 14.449 16.348 148 1H5M T 13 H51 T 13 -4.158 15.626 19.792 149 2H5M T 13 H52 T 13 -5.667 15.935 18.905 150 3H5M T 13 H53 T 13 -5.362 14.330 19.606 151 H6 T 13 H6 T 13 -6.061 14.223 16.912 152 1H5* G 14 1H5* G 14 -4.874 11.997 11.902 153 2H5* G 14 2H5* G 14 -5.551 10.681 10.920 154 H4* G 14 H4* G 14 -3.125 10.878 10.572 155 H3* G 14 H3* G 14 -4.528 8.534 11.209 156 H1* G 14 H1* G 14 -1.021 9.392 12.839 157 H8 G 14 H8 G 14 -4.248 9.701 14.965 158 H1 G 14 H1 G 14 1.155 9.482 18.317 159 1H2 G 14 H21 G 14 2.684 9.027 15.224 160 2H2 G 14 H22 G 14 2.877 9.130 16.961 161 1H2* G 14 1H2* G 14 -3.648 8.047 13.253 162 2H2* G 14 2H2* G 14 -2.219 7.511 12.325 163 1H5* A 15 1H5* A 15 0.088 8.881 10.746 164 2H5* A 15 2H5* A 15 0.375 7.841 9.335 165 H4* A 15 H4* A 15 2.404 7.889 10.621 166 H3* A 15 H3* A 15 0.903 5.505 10.181 167 H1* A 15 H1* A 15 2.875 6.314 13.524 168 H8 A 15 H8 A 15 -0.999 6.443 13.415 169 1H6 A 15 1H6 A 15 -0.790 4.975 19.380 170 2H6 A 15 2H6 A 15 -1.834 5.367 18.033 171 H2 A 15 H2 A 15 3.431 5.102 17.833 172 1H2* A 15 1H2* A 15 0.707 4.720 12.271 173 2H2* A 15 2H2* A 15 2.475 4.478 12.239 174 1H5* C 16 1H5* C 16 5.200 5.391 11.558 175 2H5* C 16 2H5* C 16 6.183 4.156 10.744 176 H4* C 16 H4* C 16 6.827 4.371 13.101 177 H3* C 16 H3* C 16 6.089 1.933 11.778 178 H1* C 16 H1* C 16 5.464 2.932 15.534 179 1H4 C 16 H41 C 16 -1.100 2.264 16.226 180 2H4 C 16 H42 C 16 -0.380 2.145 17.817 181 H5 C 16 H5 C 16 0.194 2.588 14.219 182 H6 C 16 H6 C 16 2.451 2.807 13.314 183 1H2* C 16 1H2* C 16 4.325 1.381 13.196 184 2H2* C 16 2H2* C 16 5.613 0.925 14.336 185 1H5* 8OG 17 1H5* 8OG 17 8.569 1.996 15.882 186 2H5* 8OG 17 2H5* 8OG 17 9.795 0.726 15.698 187 H4* 8OG 17 H4* 8OG 17 9.149 0.944 18.044 188 H3* 8OG 17 H3* 8OG 17 8.993 -1.474 16.526 189 1H2* 8OG 17 1H2* 8OG 17 6.816 -1.977 16.898 190 2H2* 8OG 17 2H2* 8OG 17 7.358 -2.412 18.546 191 H1* 8OG 17 H1* 8OG 17 6.665 -0.367 19.431 192 H1 8OG 17 H1 8OG 17 1.981 -1.123 14.173 193 H7 8OG 17 H7 8OG 17 2.087 -0.504 19.129 194 1H2 8OG 17 1H2 8OG 17 3.631 -1.259 12.695 195 2H2 8OG 17 2H2 8OG 17 5.315 -1.129 13.151 196 1H5* C 18 1H5* C 18 9.054 -1.621 21.349 197 2H5* C 18 2H5* C 18 10.101 -3.000 21.746 198 H4* C 18 H4* C 18 8.249 -2.877 23.340 199 H3* C 18 H3* C 18 8.968 -5.143 21.865 200 H1* C 18 H1* C 18 5.332 -4.156 22.630 201 1H4 C 18 H41 C 18 2.553 -3.686 16.650 202 2H4 C 18 H42 C 18 1.304 -3.304 17.816 203 H5 C 18 H5 C 18 4.855 -4.142 17.290 204 H6 C 18 H6 C 18 6.418 -4.246 19.113 205 1H2* C 18 1H2* C 18 7.173 -5.203 20.484 206 2H2* C 18 2H2* C 18 6.403 -6.048 21.806 207 1H5* A 19 1H5* A 19 5.597 -6.198 25.579 208 2H5* A 19 2H5* A 19 6.428 -7.677 26.103 209 H4* A 19 H4* A 19 4.021 -8.008 26.259 210 H3* A 19 H3* A 19 5.756 -9.630 24.739 211 H1* A 19 H1* A 19 2.166 -8.774 23.743 212 H8 A 19 H8 A 19 4.968 -7.646 21.336 213 1H6 A 19 1H6 A 19 0.449 -5.795 17.590 214 2H6 A 19 2H6 A 19 2.179 -5.980 17.771 215 H2 A 19 H2 A 19 -1.424 -7.283 21.393 216 1H2* A 19 1H2* A 19 4.880 -9.353 22.690 217 2H2* A 19 2H2* A 19 3.609 -10.464 23.284 218 1H5* C 20 1H5* C 20 1.637 -10.991 26.300 219 2H5* C 20 2H5* C 20 1.439 -12.734 26.577 220 H4* C 20 H4* C 20 -0.651 -11.699 25.770 221 H3* C 20 H3* C 20 0.624 -13.998 24.682 222 H1* C 20 H1* C 20 -1.335 -11.289 22.657 223 1H4 C 20 H41 C 20 3.330 -9.845 18.173 224 2H4 C 20 H42 C 20 1.819 -9.195 17.572 225 H5 C 20 H5 C 20 3.506 -11.018 20.289 226 H6 C 20 H6 C 20 2.350 -11.674 22.292 227 1H2* C 20 1H2* C 20 0.964 -13.207 22.538 228 2H2* C 20 2H2* C 20 -0.794 -13.518 22.358 229 1H5* T 21 1H5* T 21 -3.478 -12.445 23.763 230 2H5* T 21 2H5* T 21 -4.723 -13.705 23.847 231 H4* T 21 H4* T 21 -5.368 -11.874 22.332 232 H3* T 21 H3* T 21 -5.286 -14.668 21.653 233 1H2* T 21 1H2* T 21 -4.170 -14.533 19.696 234 2H2* T 21 2H2* T 21 -5.600 -13.670 19.059 235 H1* T 21 H1* T 21 -4.596 -11.617 19.276 236 H3 T 21 H3 T 21 -1.481 -12.153 16.049 237 1H5M T 21 H51 T 21 0.958 -13.326 20.501 238 2H5M T 21 H52 T 21 0.305 -14.939 20.137 239 3H5M T 21 H53 T 21 1.443 -14.163 19.010 240 H6 T 21 H6 T 21 -1.817 -13.393 20.661 241 1H5* G 22 1H5* G 22 -8.563 -11.981 18.945 242 2H5* G 22 2H5* G 22 -9.890 -13.156 19.050 243 H4* G 22 H4* G 22 -9.870 -12.168 16.835 244 H3* G 22 H3* G 22 -9.467 -15.008 17.328 245 H1* G 22 H1* G 22 -7.654 -12.889 14.397 246 H8 G 22 H8 G 22 -6.050 -14.804 17.388 247 H1 G 22 H1 G 22 -2.092 -13.453 12.580 248 1H2 G 22 H21 G 22 -4.888 -11.992 11.096 249 2H2 G 22 H22 G 22 -3.186 -12.374 10.977 250 H3T G 22 H3T G 22 -11.019 -15.073 15.624 251 1H2* G 22 1H2* G 22 -7.930 -15.484 15.739 252 2H2* G 22 2H2* G 22 -8.976 -14.738 14.500