*HEADER DNA 15-DEC-04 1Y9H *TITLE METHYLATION OF CYTOSINE AT C5 IN A CPG SEQUENCE CONTEXT *TITLE 2 CAUSES A CONFORMATIONAL SWITCH OF A BENZO[A]PYRENE DIOL *TITLE 3 EPOXIDE-N2-GUANINE ADDUCT IN DNA FROM A MINOR GROOVE *TITLE 4 ALIGNMENT TO INTERCALATION WITH BASE DISPLACEMENT *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: 5'-D(*CP*CP*AP*TP*(5CM)P*(BPG)P*CP*TP*AP*CP*C)- *COMPND 3 3'; *COMPND 4 CHAIN: A; *COMPND 5 ENGINEERED: YES; *COMPND 6 MOL_ID: 2; *COMPND 7 MOLECULE: 5'-D(*GP*GP*TP*AP*GP*CP*GP*AP*TP*GP*G)-3'; *COMPND 8 CHAIN: B; *COMPND 9 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 OTHER_DETAILS: BP ATTACHED TO G6, METHYLATION OF C5; *SOURCE 4 MOL_ID: 2; *SOURCE 5 SYNTHETIC: YES *KEYWDS CONFORMATIONAL SWITCH, CYTOSINE METHYLATION, P53 MUTATION *KEYWDS 2 HOT SPOT, DNA ADDUCT, BENZO[A]PYRENE, BPDE *EXPDTA NMR, 9 STRUCTURES *AUTHOR N.ZHANG, C.LIN, X.HUANG, A.KOLBANOVSKIY, B.E.HINGERTY, *AUTHOR 2 S.AMIN, S.BROYDE, N.E.GEACINTOV, D.J.PATEL *REVDAT 1 22-MAR-05 1Y9H 0 assi (resi 1 and name h4' and segi DNA1) (resi 1 and name h2' and segi DNA1) 3.75 0.75 0.75 ! 1191 -^- 0.14 assi (resi 1 and name h4' and segi DNA1) (resi 1 and name h2'' and segi DNA1) 3.93 0.79 0.79 ! 1192 -^- 0.30 assi (resi 1 and name h1' and segi DNA1) (resi 1 and name h2'' and segi DNA1) 2.32 0.46 0.46 ! 406 P-l 0.69 assi (resi 1 and name h6 and segi DNA1) (resi 1 and name h2' and segi DNA1) 2.47 0.74 0.74 ! 471 P-l 1.00 assi (resi 1 and name h6 and segi DNA1) (resi 1 and name h2'' and segi DNA1) 3.44 0.69 0.69 ! 403 P-- 0.34 assi (resi 1 and name h3' and segi DNA1) (resi 1 and name h4' and segi DNA1) 2.64 0.79 0.79 ! 1154 -^- 0.60 assi (resi 1 and name h6 and segi DNA1) (resi 1 and name h1' and segi DNA1) 3.31 0.66 0.66 ! 49 -^- 0.51 assi (resi 1 and name h3' and segi DNA1) (resi 1 and name h2' and segi DNA1) 2.48 0.50 0.50 ! 825 P-l 0.87 assi (resi 1 and name h5 and segi DNA1) (resi 1 and name h2'' and segi DNA1) 4.99 1.50 1.50 ! 401 -^- 0.67 assi (resi 1 and name h6 and segi DNA1) (resi 1 and name h3' and segi DNA1) 3.88 0.82 0.82 ! 155 -^- 0.30 assi (resi 1 and name h3' and segi DNA1) (resi 1 and name h2'' and segi DNA1) 2.63 0.53 0.53 ! 688 -^- 0.37 assi (resi 1 and name h5 and segi DNA1) (resi 1 and name h3' and segi DNA1) 5.70 1.74 1.74 ! 154 -v- 0.37 assi (resi 1 and name h1' and segi DNA1) (resi 1 and name h3' and segi DNA1) 3.58 0.88 0.88 ! 153 -^- 0.39 assi (resi 1 and name h1' and segi DNA1) (resi 1 and name h2' and segi DNA1) 2.73 0.55 0.55 ! 472 P-- 0.12 assi (resi 1 and name h6 and segi DNA1) (resi 1 and name h4' and segi DNA1) 4.51 1.35 1.35 ! 257 -^- 1.30 assi (resi 1 and name h1' and segi DNA1) (resi 1 and name h4' and segi DNA1) 3.17 0.95 0.95 ! 258 -^- 0.36 assi (resi 1 and name h6 and segi DNA1) (resi 2 and name h5 and segi DNA1) 4.28 1.28 1.28 ! 1158 -^- 0.42 assi (resi 2 and name h6 and segi DNA1) (resi 1 and name h1' and segi DNA1) 3.28 0.66 0.66 ! 38 -^- 0.63 assi (resi 2 and name h6 and segi DNA1) (resi 1 and name h2' and segi DNA1) 3.76 0.75 0.75 ! 470 -^l 0.88 assi (resi 2 and name h6 and segi DNA1) (resi 1 and name h2'' and segi DNA1) 2.72 0.82 0.82 ! 404 -^l 0.94 assi (resi 2 and name h5 and segi DNA1) (resi 1 and name h2' and segi DNA1) 3.00 0.60 0.60 ! 823 -^l 0.39 assi (resi 2 and name h6 and segi DNA1) (resi 1 and name h3' and segi DNA1) 3.94 1.18 1.18 ! 152 -^> 0.58 assi (resi 2 and name h5 and segi DNA1) (resi 1 and name h2'' and segi DNA1) 2.99 0.60 0.60 ! 685 P-- 0.13 assi (resi 2 and name h5 and segi DNA1) (resi 1 and name h4' and segi DNA1) 4.99 1.50 1.50 ! 1187 -^> 1.09 assi (resi 1 and name h5 and segi DNA1) (resi 2 and name h5 and segi DNA1) 3.87 0.67 0.67 ! 1164 -^- 0.51 assi (resi 1 and name h1' and segi DNA1) (resi 2 and name h5 and segi DNA1) 3.62 0.72 0.72 ! 1163 -^- 0.56 assi (resi 2 and name h1' and segi DNA1) (resi 2 and name h4' and segi DNA1) 3.16 0.95 0.95 ! 1071 -^- 0.84 assi (resi 2 and name h3' and segi DNA1) (resi 2 and name h4' and segi DNA1) 2.83 0.85 0.85 ! 1001 P-- 0.48 assi (resi 2 and name h6 and segi DNA1) (resi 2 and name h2'' and segi DNA1) 3.50 0.70 0.70 ! 421 P-l 0.51 assi (resi 2 and name h6 and segi DNA1) (resi 2 and name h2' and segi DNA1) 2.30 0.46 0.46 ! 444 -^l 1.38 assi (resi 2 and name h6 and segi DNA1) (resi 2 and name h1' and segi DNA1) 3.37 0.67 0.67 ! 81 -^- 1.03 assi (resi 2 and name h1' and segi DNA1) (resi 2 and name h3' and segi DNA1) 3.75 0.75 0.75 ! 1168 -^> 1.74 assi (resi 2 and name h3' and segi DNA1) (resi 2 and name h2' and segi DNA1) 2.55 0.51 0.51 ! 1221 -^> 0.93 assi (resi 2 and name h4' and segi DNA1) (resi 2 and name h2' and segi DNA1) 3.58 1.07 1.07 ! 1222 P-- 0.24 assi (resi 2 and name h3' and segi DNA1) (resi 2 and name h2'' and segi DNA1) 2.55 0.51 0.51 ! 735 -^l 0.51 assi (resi 2 and name h5 and segi DNA1) (resi 2 and name h2'' and segi DNA1) 4.66 0.93 0.93 ! 728 -^- 0.12 assi (resi 2 and name h1' and segi DNA1) (resi 2 and name h2'' and segi DNA1) 2.50 0.50 0.50 ! 733 P-l 0.96 assi (resi 2 and name h5 and segi DNA1) (resi 2 and name h2' and segi DNA1) 3.79 1.14 1.14 ! 773 P-- 0.18 assi (resi 2 and name h4' and segi DNA1) (resi 2 and name h2'' and segi DNA1) 3.68 1.10 1.10 ! 1223 P-- 0.14 assi (resi 2 and name h6 and segi DNA1) (resi 2 and name h3' and segi DNA1) 3.94 1.18 1.18 ! 131 -^- 0.56 assi (resi 2 and name h1' and segi DNA1) (resi 2 and name h2' and segi DNA1) 2.70 0.54 0.54 ! 774 P-- 0.39 assi (resi 3 and name h8 and segi DNA1) (resi 2 and name h2' and segi DNA1) 3.23 0.65 0.65 ! 443 -^- 0.63 assi (resi 3 and name h8 and segi DNA1) (resi 2 and name h1' and segi DNA1) 2.91 0.87 0.87 ! 80 -^> 1.45 assi (resi 3 and name h8 and segi DNA1) (resi 2 and name h3' and segi DNA1) 4.15 1.25 1.25 ! 128 -^- 1.15 assi (resi 2 and name h1' and segi DNA1) (resi 3 and name h4' and segi DNA1) 3.73 1.12 1.12 ! 1082 -^- 0.81 assi (resi 3 and name h8 and segi DNA1) (resi 2 and name h2'' and segi DNA1) 3.39 1.02 1.02 ! 420 -^> 1.18 assi (resi 3 and name h2 and segi DNA1) (resi 3 and name h1' and segi DNA1) 4.76 0.95 0.95 ! 23 -^l 0.64 assi (resi 3 and name h8 and segi DNA1) (resi 3 and name h2'' and segi DNA1) 3.13 0.94 0.94 ! 324 -^l 0.95 assi (resi 3 and name h1' and segi DNA1) (resi 3 and name h3' and segi DNA1) 3.22 0.64 0.64 ! 182 -^> 0.87 assi (resi 3 and name h1' and segi DNA1) (resi 3 and name h2'' and segi DNA1) 2.54 0.51 0.51 ! 326 -^l 1.30 assi (resi 3 and name h8 and segi DNA1) (resi 3 and name h2' and segi DNA1) 2.61 0.78 0.78 ! 348 -^l 1.71 assi (resi 3 and name h3' and segi DNA1) (resi 3 and name h2' and segi DNA1) 2.69 0.54 0.54 ! 585 -^- 0.20 assi (resi 3 and name h8 and segi DNA1) (resi 3 and name h1' and segi DNA1) 3.29 0.99 0.99 ! 21 -^l 1.02 assi (resi 3 and name h8 and segi DNA1) (resi 3 and name h3' and segi DNA1) 4.22 1.27 1.27 ! 180 0^> 1.64 assi (resi 3 and name h8 and segi DNA1) (resi 3 and name h4' and segi DNA1) 4.89 0.98 0.98 ! 286 -v- 0.76 assi (resi 3 and name h1' and segi DNA1) (resi 3 and name h4' and segi DNA1) 3.71 0.74 0.74 ! 290 -^- 0.42 assi (resi 3 and name h1' and segi DNA1) (resi 3 and name h2' and segi DNA1) 2.84 0.57 0.57 ! 346 -^- 0.85 assi (resi 3 and name h1' and segi DNA1) (resi 4 and name h5# and segi DNA1) 3.91 0.78 0.78 ! 521 -^- 0.43 assi (resi 3 and name h8 and segi DNA1) (resi 4 and name h5# and segi DNA1) 3.87 0.77 0.77 ! 519 P-- 0.30 assi (resi 3 and name h2'' and segi DNA1) (resi 4 and name h5# and segi DNA1) 3.06 0.61 0.61 ! 984 P-- 0.29 assi (resi 3 and name h2' and segi DNA1) (resi 4 and name h5# and segi DNA1) 2.92 0.89 0.89 ! 986 -^- 0.71 assi (resi 4 and name h6 and segi DNA1) (resi 3 and name h2'' and segi DNA1) 3.17 0.93 0.93 ! 325 -^> 1.20 assi (resi 4 and name h6 and segi DNA1) (resi 3 and name h1' and segi DNA1) 3.41 0.68 0.68 ! 1116 -^l 0.85 assi (resi 3 and name h8 and segi DNA1) (resi 4 and name h6 and segi DNA1) 5.03 1.51 1.51 ! 4 -^> 1.11 assi (resi 3 and name h2 and segi DNA1) (resi 4 and name h1' and segi DNA1) 4.86 0.97 0.97 ! 51 -^l 0.38 assi (resi 4 and name h6 and segi DNA1) (resi 3 and name h2' and segi DNA1) 4.61 1.38 1.38 ! 355 -^> 1.51 assi (resi 4 and name h6 and segi DNA1) (resi 4 and name h5# and segi DNA1) 2.63 0.53 0.53 ! 520 P-l 0.64 assi (resi 4 and name h1' and segi DNA1) (resi 4 and name h3' and segi DNA1) 3.07 0.92 0.92 ! 148 -^- 0.60 assi (resi 4 and name h6 and segi DNA1) (resi 4 and name h4' and segi DNA1) 4.43 1.33 1.33 ! 288 -^- 0.63 assi (resi 4 and name h6 and segi DNA1) (resi 4 and name h3' and segi DNA1) 4.08 0.82 0.82 ! 143 -^- 1.07 assi (resi 4 and name h3' and segi DNA1) (resi 4 and name h4' and segi DNA1) 2.85 0.86 0.86 ! 1088 -^- 0.55 assi (resi 4 and name h6 and segi DNA1) (resi 4 and name h2'' and segi DNA1) 3.62 0.72 0.72 ! 458 P-l 0.67 assi (resi 4 and name h4' and segi DNA1) (resi 4 and name h2' and segi DNA1) 3.18 0.95 0.95 ! 1197 P-- 0.16 assi (resi 4 and name h1' and segi DNA1) (resi 4 and name h2'' and segi DNA1) 2.52 0.50 0.50 ! 462 P-l 0.92 assi (resi 4 and name h1' and segi DNA1) (resi 4 and name h4' and segi DNA1) 3.15 0.94 0.94 ! 291 -^- 0.77 assi (resi 4 and name h6 and segi DNA1) (resi 4 and name h1' and segi DNA1) 3.56 0.71 0.71 ! 1119 -^l 0.60 assi (resi 4 and name h4' and segi DNA1) (resi 5 and name h5# and segi DNA1) 5.57 1.07 1.07 ! 1204 -^- 0.23 assi (resi 5 and name h6 and segi DNA1) (resi 4 and name h4' and segi DNA1) 4.67 1.40 1.40 ! 289 -^- 0.64 assi (resi 5 and name h6 and segi DNA1) (resi 4 and name h2'' and segi DNA1) 3.19 0.64 0.64 ! 459 P-l 1.11 assi (resi 5 and name h6 and segi DNA1) (resi 4 and name h1' and segi DNA1) 4.00 0.80 0.80 ! 1120 -^- 1.21 assi (resi 5 and name h5# and segi DNA1) (resi 4 and name h5# and segi DNA1) 4.25 0.45 0.45 ! 1250 -^> 1.22 assi (resi 5 and name h6 and segi DNA1) (resi 4 and name h3' and segi DNA1) 3.63 0.73 0.73 ! 144 -^> 0.91 assi (resi 4 and name h3' and segi DNA1) (resi 5 and name h5# and segi DNA1) 4.52 0.50 0.50 ! 871 -^- 0.84 assi (resi 4 and name h2'' and segi DNA1) (resi 5 and name h5# and segi DNA1) 3.37 1.11 1.11 ! 957 -^> 2.22 assi (resi 4 and name h1' and segi DNA1) (resi 5 and name h5# and segi DNA1) 4.72 0.54 0.54 ! 487 -^- 0.28 assi (resi 4 and name h6 and segi DNA1) (resi 5 and name h5# and segi DNA1) 3.49 0.50 0.50 ! 483 -^l 1.36 assi (resi 5 and name h1' and segi DNA1) (resi 5 and name h2'' and segi DNA1) 2.72 0.54 0.54 ! 663 -^l 1.08 assi (resi 5 and name h6 and segi DNA1) (resi 5 and name h2'' and segi DNA1) 3.92 1.18 1.18 ! 395 -^l 1.92 assi (resi 5 and name h6 and segi DNA1) (resi 5 and name h5# and segi DNA1) 2.49 0.50 0.50 ! 486 -^l 0.85 assi (resi 5 and name h3' and segi DNA1) (resi 5 and name h2'' and segi DNA1) 2.61 0.52 0.52 ! 658 -^> 1.21 assi (resi 5 and name h1' and segi DNA1) (resi 5 and name h4' and segi DNA1) 3.40 1.02 1.02 ! 1110 -^l 0.59 assi (resi 5 and name h1' and segi DNA1) (resi 5 and name h3' and segi DNA1) 3.86 0.77 0.77 ! 1170 -^l 1.56 assi (resi 5 and name h3' and segi DNA1) (resi 5 and name h4' and segi DNA1) 2.49 0.50 0.50 ! 1111 -^- 0.67 assi (resi 5 and name h6 and segi DNA1) (resi 5 and name h3' and segi DNA1) 3.12 0.62 0.62 ! 126 -^l 1.10 assi (resi 5 and name h6 and segi DNA1) (resi 5 and name h1' and segi DNA1) 3.47 0.69 0.69 ! 69 -^> 0.87 assi (resi 5 and name h3' and segi DNA1) (resi 5 and name h5# and segi DNA1) 5.11 1.22 1.22 ! 870 -^- 0.36 assi (resi 6 and name h12 and segi DNA1) (resi 5 and name h5# and segi DNA1) 4.98 1.49 1.49 ! 491 P-- 0.18 assi (resi 6 and name hc1 and segi DNA1) (resi 5 and name h5# and segi DNA1) 3.71 1.11 1.11 ! 480 P-- 0.31 assi (resi 6 and name hc2 and segi DNA1) (resi 5 and name h5# and segi DNA1) 3.71 1.11 1.11 ! 480 P-- 0.31 assi (resi 6 and name hc3 and segi DNA1) (resi 5 and name h5# and segi DNA1) 4.42 0.88 0.88 ! 482 -^- 0.28 assi (resi 6 and name h12 and segi DNA1) (resi 5 and name h1' and segi DNA1) 3.47 0.69 0.69 ! 68 -^l 0.52 assi (resi 6 and name hc1 and segi DNA1) (resi 5 and name h6 and segi DNA1) 3.83 0.77 0.77 ! 12 -^- 0.37 assi (resi 6 and name hc2 and segi DNA1) (resi 5 and name h6 and segi DNA1) 3.83 0.77 0.77 ! 12 -^- 0.37 assi (resi 6 and name h11 and segi DNA1) (resi 5 and name h1' and segi DNA1) 3.89 0.78 0.78 ! 66 -^l 0.22 assi (resi 6 and name hc1 and segi DNA1) (resi 5 and name h1' and segi DNA1) 4.74 0.95 0.95 ! 67 -v- 1.53 assi (resi 6 and name h12 and segi DNA1) (resi 5 and name h6 and segi DNA1) 4.47 0.69 0.69 ! 13 P-l 0.24 assi (resi 6 and name h12 and segi DNA1) (resi 5 and name h2' and segi DNA1) 3.07 0.92 0.92 ! 1270 -^l 0.92 assi (resi 6 and name h12 and segi DNA1) (resi 5 and name h2'' and segi DNA1) 3.19 0.96 0.96 ! 1286 -^l 0.74 assi (resi 6 and name h12 and segi DNA1) (resi 6 and name h2' and segi DNA1) 3.21 0.96 0.96 ! 1288 -^l 0.22 assi (resi 6 and name h12 and segi DNA1) (resi 6 and name h2'' and segi DNA1) 3.84 1.14 1.14 ! 1275 -^l 0.72 assi (resi 6 and name hc1 and segi DNA1) (resi 5 and name h2' and segi DNA1) 3.12 0.94 0.94 ! 1271 -v- 1.53 assi (resi 6 and name hc1 and segi DNA1) (resi 5 and name h2'' and segi DNA1) 4.79 1.44 1.44 ! 1287 -v- 1.23 assi (resi 6 and name hc1 and segi DNA1) (resi 6 and name h2' and segi DNA1) 4.89 1.47 1.47 ! 1274 -v- 1.41 assi (resi 6 and name h8 and segi DNA1) (resi 6 and name h2' and segi DNA1) 3.30 0.66 0.66 ! 352 -^> 1.78 assi (resi 6 and name h11 and segi DNA1) (resi 6 and name hc1 and segi DNA1) 4.50 0.90 0.90 ! 1130 -^l 1.20 assi (resi 6 and name hc1 and segi DNA1) (resi 6 and name h12 and segi DNA1) 2.44 0.49 0.49 ! 1132 -^l 1.33 assi (resi 6 and name h1' and segi DNA1) (resi 6 and name h2'' and segi DNA1) 2.60 0.52 0.52 ! 310 P-l 1.01 assi (resi 6 and name hc6 and segi DNA1) (resi 6 and name hc5 and segi DNA1) 2.51 0.50 0.50 ! 11 P-l 0.66 assi (resi 6 and name hc3 and segi DNA1) (resi 6 and name hc5 and segi DNA1) 4.00 1.20 1.20 ! 10 -^- 0.50 assi (resi 6 and name hc6 and segi DNA1) (resi 6 and name hc4 and segi DNA1) 4.23 0.85 0.85 ! 9 -^- 0.59 assi (resi 6 and name hc2 and segi DNA1) (resi 6 and name hc4 and segi DNA1) 4.40 0.88 0.88 ! 7 -^- 0.37 assi (resi 6 and name hc3 and segi DNA1) (resi 6 and name hc4 and segi DNA1) 2.51 0.50 0.50 ! 6 -^> 0.79 assi (resi 6 and name hc9 and segi DNA1) (resi 6 and name hc8 and segi DNA1) 2.28 0.68 0.68 ! 1210 -^l 1.57 assi (resi 6 and name h8 and segi DNA1) (resi 6 and name h1' and segi DNA1) 3.67 0.73 0.73 ! 14 -^- 0.88 assi (resi 6 and name hc2 and segi DNA1) (resi 6 and name hc3 and segi DNA1) 2.34 0.47 0.47 ! 1133 P-l 0.80 assi (resi 6 and name hc4 and segi DNA1) (resi 6 and name hc5 and segi DNA1) 2.11 0.63 0.63 ! 1138 -^l 1.73 assi (resi 6 and name h3' and segi DNA1) (resi 6 and name h4' and segi DNA1) 2.93 0.88 0.88 ! 1175 -^l 1.94 assi (resi 6 and name h8 and segi DNA1) (resi 6 and name h2'' and segi DNA1) 4.86 1.46 1.46 ! 305 -^- 1.30 assi (resi 6 and name h12 and segi DNA1) (resi 6 and name h10 and segi DNA1) 4.13 0.82 0.82 ! 18 -^> 0.79 assi (resi 6 and name h11 and segi DNA1) (resi 6 and name h10 and segi DNA1) 2.43 0.73 0.73 ! 17 -^l 2.23 assi (resi 6 and name h11 and segi DNA1) (resi 6 and name h12 and segi DNA1) 2.86 0.85 0.85 ! 1129 -^l 1.69 assi (resi 6 and name hc7 and segi DNA1) (resi 6 and name h10 and segi DNA1) 3.73 0.75 0.75 ! 1242 -^l 0.84 assi (resi 6 and name h1' and segi DNA1) (resi 6 and name h4' and segi DNA1) 4.08 1.22 1.22 ! 145 -^- 1.05 assi (resi 6 and name hc7 and segi DNA1) (resi 6 and name hc9 and segi DNA1) 3.20 0.96 0.96 ! 1006 -^l 0.97 assi (resi 6 and name hc7 and segi DNA1) (resi 6 and name hc8 and segi DNA1) 2.40 0.48 0.48 ! 1016 -^l 0.75 assi (resi 6 and name h10 and segi DNA1) (resi 6 and name hc8 and segi DNA1) 3.25 0.65 0.65 ! 190 -^- 0.30 assi (resi 6 and name h10 and segi DNA1) (resi 6 and name hc9 and segi DNA1) 2.53 0.51 0.51 ! 176 P-l 1.24 assi (resi 6 and name h8 and segi DNA1) (resi 6 and name h4' and segi DNA1) 4.28 1.28 1.28 ! 139 -^- 0.64 assi (resi 6 and name h4' and segi DNA1) (resi 6 and name h2' and segi DNA1) 3.31 0.99 0.99 ! 596 -^- 0.48 assi (resi 6 and name hc6 and segi DNA1) (resi 6 and name hc9 and segi DNA1) 5.29 1.59 1.59 ! 170 -^- 0.52 assi (resi 6 and name h1' and segi DNA1) (resi 6 and name h2' and segi DNA1) 2.82 0.56 0.56 ! 1233 -^> 1.30 assi (resi 6 and name h1' and segi DNA1) (resi 6 and name hc9 and segi DNA1) 4.81 1.44 1.44 ! 175 -^l 1.09 assi (resi 6 and name hc6 and segi DNA1) (resi 6 and name hc8 and segi DNA1) 4.30 0.86 0.86 ! 185 -^- 0.75 assi (resi 6 and name h4' and segi DNA1) (resi 6 and name h2'' and segi DNA1) 3.87 0.77 0.77 ! 1112 -^- 0.50 assi (resi 6 and name h3' and segi DNA1) (resi 6 and name h2'' and segi DNA1) 2.69 0.81 0.81 ! 1113 -^l 1.87 assi (resi 6 and name h1' and segi DNA1) (resi 6 and name h3' and segi DNA1) 3.52 1.06 1.06 ! 87 -^- 1.19 assi (resi 6 and name h8 and segi DNA1) (resi 6 and name h3' and segi DNA1) 5.16 1.55 1.55 ! 85 -v- 1.20 assi (resi 6 and name hc5 and segi DNA1) (resi 6 and name hc7 and segi DNA1) 4.85 1.46 1.46 ! 79 -v- 1.23 assi (resi 6 and name hc6 and segi DNA1) (resi 6 and name hc7 and segi DNA1) 2.51 0.50 0.50 ! 75 -^l 0.73 assi (resi 6 and name h3' and segi DNA1) (resi 6 and name h2' and segi DNA1) 2.59 0.78 0.78 ! 1241 -^l 1.78 assi (resi 6 and name h12 and segi DNA1) (resi 7 and name h6 and segi DNA1) 3.77 1.13 1.13 ! 1243 -^> 1.55 assi (resi 6 and name h1' and segi DNA1) (resi 7 and name h4' and segi DNA1) 3.83 0.77 0.77 ! 278 -^- 0.34 assi (resi 6 and name h10 and segi DNA1) (resi 7 and name h4' and segi DNA1) 3.06 0.61 0.61 ! 284 -^- 0.36 assi (resi 6 and name h11 and segi DNA1) (resi 7 and name h5 and segi DNA1) 4.67 0.93 0.93 ! 124 -^- 0.42 assi (resi 6 and name hc7 and segi DNA1) (resi 7 and name h1' and segi DNA1) 3.91 1.17 1.17 ! 1266 -^l 1.20 assi (resi 6 and name hc1 and segi DNA1) (resi 7 and name h6 and segi DNA1) 4.47 0.89 0.89 ! 1134 -^- 0.44 assi (resi 6 and name h12 and segi DNA1) (resi 7 and name h5 and segi DNA1) 3.55 0.71 0.71 ! 1220 -^- 0.57 assi (resi 6 and name hc1 and segi DNA1) (resi 7 and name h5 and segi DNA1) 3.28 0.66 0.66 ! 119 -^- 0.69 assi (resi 6 and name h12 and segi DNA1) (resi 7 and name h1' and segi DNA1) 5.31 1.59 1.59 ! 169 -^> 1.34 assi (resi 7 and name h6 and segi DNA1) (resi 6 and name h1' and segi DNA1) 4.85 0.97 0.97 ! 15 -^- 0.83 assi (resi 6 and name h11 and segi DNA1) (resi 7 and name h1' and segi DNA1) 4.03 0.80 0.80 ! 172 -^l 0.58 assi (resi 6 and name h10 and segi DNA1) (resi 7 and name h1' and segi DNA1) 3.21 0.64 0.64 ! 1278 -^l 0.43 assi (resi 6 and name hc7 and segi DNA1) (resi 8 and name h4' and segi DNA1) 3.42 0.68 0.68 ! 1277 -^l 0.55 assi (resi 6 and name hc6 and segi DNA1) (resi 8 and name h4' and segi DNA1) 3.78 0.76 0.76 ! 1276 -^l 0.69 assi (resi 6 and name hc6 and segi DNA1) (resi 18 and name h1' and segi DNA2) 3.82 0.76 0.76 ! 54 -^- 0.61 assi (resi 19 and name h4' and segi DNA2) (resi 6 and name hc8 and segi DNA1) 3.07 0.92 0.92 ! 1268 -^l 1.13 assi (resi 7 and name h6 and segi DNA1) (resi 7 and name h3' and segi DNA1) 3.80 1.14 1.14 ! 213 P-l 0.16 assi (resi 7 and name h1' and segi DNA1) (resi 7 and name h2' and segi DNA1) 2.89 0.58 0.58 ! 541 -^- 0.54 assi (resi 7 and name h1' and segi DNA1) (resi 7 and name h2'' and segi DNA1) 2.89 0.87 0.87 ! 541 -^- 0.54 assi (resi 7 and name h6 and segi DNA1) (resi 7 and name h1' and segi DNA1) 3.44 0.69 0.69 ! 174 -^l 1.02 assi (resi 7 and name h6 and segi DNA1) (resi 7 and name h2'' and segi DNA1) 3.34 0.67 0.67 ! 1248 -^> 1.09 assi (resi 7 and name h6 and segi DNA1) (resi 7 and name h4' and segi DNA1) 4.31 1.29 1.29 ! 283 -^- 1.06 assi (resi 7 and name h3' and segi DNA1) (resi 8 and name h5# and segi DNA1) 4.39 0.88 0.88 ! 903 P-- 0.46 assi (resi 8 and name h6 and segi DNA1) (resi 7 and name h2' and segi DNA1) 3.62 1.09 1.09 ! 319 -^> 0.95 assi (resi 8 and name h6 and segi DNA1) (resi 7 and name h2'' and segi DNA1) 3.62 1.09 1.09 ! 319 -^> 0.95 assi (resi 7 and name h2' and segi DNA1) (resi 8 and name h5# and segi DNA1) 2.66 0.63 0.63 ! 1253 -^- 0.68 assi (resi 7 and name h2'' and segi DNA1) (resi 8 and name h5# and segi DNA1) 2.66 0.63 0.63 ! 1253 -^- 0.68 assi (resi 8 and name h6 and segi DNA1) (resi 7 and name h3' and segi DNA1) 4.91 0.98 0.98 ! 212 -^l 0.60 assi (resi 7 and name h5 and segi DNA1) (resi 8 and name h5# and segi DNA1) 4.34 0.87 0.87 ! 912 -^- 0.25 assi (resi 7 and name h6 and segi DNA1) (resi 8 and name h5# and segi DNA1) 4.21 0.84 0.84 ! 515 P-l 0.16 assi (resi 8 and name h6 and segi DNA1) (resi 7 and name h1' and segi DNA1) 3.96 0.79 0.79 ! 173 -^- 0.56 assi (resi 8 and name h6 and segi DNA1) (resi 8 and name h2'' and segi DNA1) 3.45 0.49 0.49 ! 379 -^l 1.01 assi (resi 8 and name h1' and segi DNA1) (resi 8 and name h2'' and segi DNA1) 2.36 0.47 0.47 ! 380 -^l 0.88 assi (resi 8 and name h6 and segi DNA1) (resi 8 and name h1' and segi DNA1) 3.20 0.64 0.64 ! 50 P-- 0.20 assi (resi 8 and name h6 and segi DNA1) (resi 8 and name h4' and segi DNA1) 3.84 1.15 1.15 ! 232 -^- 0.73 assi (resi 8 and name h6 and segi DNA1) (resi 8 and name h5# and segi DNA1) 2.57 0.51 0.51 ! 514 P-l 0.59 assi (resi 8 and name h1' and segi DNA1) (resi 8 and name h2' and segi DNA1) 2.58 0.52 0.52 ! 452 P-l 0.44 assi (resi 8 and name h1' and segi DNA1) (resi 8 and name h3' and segi DNA1) 3.50 0.60 0.60 ! 136 -^- 0.35 assi (resi 8 and name h6 and segi DNA1) (resi 8 and name h2' and segi DNA1) 2.46 0.49 0.49 ! 447 -^l 1.84 assi (resi 8 and name h6 and segi DNA1) (resi 8 and name h3' and segi DNA1) 3.95 0.59 0.59 ! 138 -^- 0.89 assi (resi 8 and name h3' and segi DNA1) (resi 8 and name h2'' and segi DNA1) 2.55 0.51 0.51 ! 641 -^- 0.74 assi (resi 8 and name h4' and segi DNA1) (resi 8 and name h2'' and segi DNA1) 3.22 0.97 0.97 ! 1212 -^- 0.28 assi (resi 8 and name h3' and segi DNA1) (resi 8 and name h2' and segi DNA1) 2.26 0.45 0.45 ! 789 -^l 0.76 assi (resi 8 and name h3' and segi DNA1) (resi 8 and name h4' and segi DNA1) 2.45 0.69 0.69 ! 1058 P-- 0.49 assi (resi 8 and name h1' and segi DNA1) (resi 8 and name h4' and segi DNA1) 3.31 0.66 0.66 ! 235 -^- 0.50 assi (resi 8 and name h4' and segi DNA1) (resi 8 and name h2' and segi DNA1) 4.35 0.87 0.87 ! 1202 P-- 0.10 assi (resi 9 and name h8 and segi DNA1) (resi 8 and name h1' and segi DNA1) 3.53 0.71 0.71 ! 48 -^l 0.52 assi (resi 9 and name h8 and segi DNA1) (resi 8 and name h2' and segi DNA1) 3.12 0.62 0.62 ! 448 P-l 0.21 assi (resi 8 and name h1' and segi DNA1) (resi 9 and name h4' and segi DNA1) 4.61 0.92 0.92 ! 216 -^- 0.32 assi (resi 9 and name h8 and segi DNA1) (resi 8 and name h3' and segi DNA1) 4.21 1.26 1.26 ! 137 -^> 1.66 assi (resi 9 and name h1' and segi DNA1) (resi 9 and name h2'' and segi DNA1) 2.42 0.48 0.48 ! 329 -^l 1.11 assi (resi 9 and name h1' and segi DNA1) (resi 9 and name h3' and segi DNA1) 3.51 0.70 0.70 ! 114 -^l 0.89 assi (resi 9 and name h8 and segi DNA1) (resi 9 and name h3' and segi DNA1) 4.18 0.84 0.84 ! 112 -^> 0.56 assi (resi 9 and name h3' and segi DNA1) (resi 9 and name h4' and segi DNA1) 2.54 0.51 0.51 ! 1035 P-- 0.28 assi (resi 9 and name h8 and segi DNA1) (resi 9 and name h4' and segi DNA1) 4.23 1.27 1.27 ! 197 -^l 1.02 assi (resi 9 and name h1' and segi DNA1) (resi 9 and name h4' and segi DNA1) 3.15 0.63 0.63 ! 202 P-l 0.25 assi (resi 9 and name h8 and segi DNA1) (resi 9 and name h1' and segi DNA1) 3.40 0.68 0.68 ! 27 -^- 0.72 assi (resi 9 and name h4' and segi DNA1) (resi 9 and name h2'' and segi DNA1) 3.20 0.64 0.64 ! 1193 -^- 0.32 assi (resi 9 and name h4' and segi DNA1) (resi 9 and name h2' and segi DNA1) 3.54 0.71 0.71 ! 1194 -^- 0.35 assi (resi 9 and name h2 and segi DNA1) (resi 9 and name h1' and segi DNA1) 3.76 0.75 0.75 ! 28 -^- 0.80 assi (resi 9 and name h3' and segi DNA1) (resi 9 and name h2' and segi DNA1) 2.27 0.45 0.45 ! 597 -^> 0.88 assi (resi 9 and name h8 and segi DNA1) (resi 9 and name h2' and segi DNA1) 2.41 0.48 0.48 ! 376 -^l 1.20 assi (resi 9 and name h3' and segi DNA1) (resi 9 and name h2'' and segi DNA1) 2.31 0.46 0.46 ! 567 -^- 0.59 assi (resi 9 and name h1' and segi DNA1) (resi 9 and name h2' and segi DNA1) 2.77 0.55 0.55 ! 375 -^l 0.30 assi (resi 9 and name h8 and segi DNA1) (resi 9 and name h2'' and segi DNA1) 3.69 0.74 0.74 ! 328 -^- 0.48 assi (resi 10 and name h5 and segi DNA1) (resi 9 and name h2'' and segi DNA1) 2.78 0.76 0.76 ! 558 P-- 0.31 assi (resi 10 and name h6 and segi DNA1) (resi 9 and name h2' and segi DNA1) 3.63 0.73 0.73 ! 353 -^l 0.76 assi (resi 9 and name h2 and segi DNA1) (resi 10 and name h1' and segi DNA1) 4.33 0.87 0.87 ! 44 -^- 0.41 assi (resi 9 and name h1' and segi DNA1) (resi 10 and name h5 and segi DNA1) 3.95 0.79 0.79 ! 74 -v- 0.78 assi (resi 9 and name h8 and segi DNA1) (resi 10 and name h6 and segi DNA1) 4.54 1.36 1.36 ! 1127 -^- 0.59 assi (resi 9 and name h8 and segi DNA1) (resi 10 and name h5 and segi DNA1) 3.78 1.13 1.13 ! 72 -^- 0.96 assi (resi 10 and name h6 and segi DNA1) (resi 9 and name h1' and segi DNA1) 3.13 0.63 0.63 ! 29 -^- 0.72 assi (resi 10 and name h6 and segi DNA1) (resi 9 and name h2'' and segi DNA1) 2.42 0.48 0.48 ! 330 -^> 1.11 assi (resi 10 and name h5 and segi DNA1) (resi 9 and name h2' and segi DNA1) 3.07 0.61 0.61 ! 635 -^l 0.76 assi (resi 10 and name h3' and segi DNA1) (resi 10 and name h2' and segi DNA1) 2.59 0.52 0.52 ! 712 P-- 0.29 assi (resi 10 and name h5 and segi DNA1) (resi 10 and name h2'' and segi DNA1) 4.74 0.95 0.95 ! 811 -^l 0.53 assi (resi 10 and name h1' and segi DNA1) (resi 10 and name h3' and segi DNA1) 3.00 0.60 0.60 ! 147 -^- 0.68 assi (resi 10 and name h6 and segi DNA1) (resi 10 and name h3' and segi DNA1) 3.83 0.57 0.57 ! 141 -^- 0.71 assi (resi 10 and name h4' and segi DNA1) (resi 10 and name h2' and segi DNA1) 3.62 0.94 0.94 ! 1200 -^- 0.28 assi (resi 10 and name h4' and segi DNA1) (resi 10 and name h2'' and segi DNA1) 3.54 1.06 1.06 ! 1201 P-- 0.09 assi (resi 10 and name h3' and segi DNA1) (resi 10 and name h2'' and segi DNA1) 2.41 0.48 0.48 ! 805 -^> 0.95 assi (resi 10 and name h5 and segi DNA1) (resi 10 and name h2' and segi DNA1) 4.27 0.85 0.85 ! 719 -v- 0.18 assi (resi 10 and name h6 and segi DNA1) (resi 10 and name h2'' and segi DNA1) 3.34 0.67 0.67 ! 523 P-l 1.50 assi (resi 10 and name h6 and segi DNA1) (resi 10 and name h1' and segi DNA1) 3.50 0.70 0.70 ! 43 P-- 0.20 assi (resi 10 and name h6 and segi DNA1) (resi 10 and name h2' and segi DNA1) 2.67 0.53 0.53 ! 413 -^> 0.43 assi (resi 10 and name h1' and segi DNA1) (resi 10 and name h2' and segi DNA1) 2.64 0.53 0.53 ! 469 P-l 0.19 assi (resi 10 and name h1' and segi DNA1) (resi 10 and name h2'' and segi DNA1) 2.31 0.46 0.46 ! 414 P-l 0.82 assi (resi 11 and name h6 and segi DNA1) (resi 10 and name h3' and segi DNA1) 4.30 0.86 0.86 ! 140 -^> 0.84 assi (resi 11 and name h6 and segi DNA1) (resi 10 and name h2'' and segi DNA1) 2.72 0.54 0.54 ! 468 P-l 0.85 assi (resi 11 and name h6 and segi DNA1) (resi 10 and name h1' and segi DNA1) 3.17 0.63 0.63 ! 45 -^> 0.59 assi (resi 11 and name h6 and segi DNA1) (resi 10 and name h2' and segi DNA1) 3.20 0.64 0.64 ! 412 P-l 0.84 assi (resi 10 and name h6 and segi DNA1) (resi 11 and name h5 and segi DNA1) 3.94 0.79 0.79 ! 61 -^- 0.73 assi (resi 10 and name h1' and segi DNA1) (resi 11 and name h4' and segi DNA1) 4.57 0.91 0.91 ! 272 -^- 0.58 assi (resi 11 and name h6 and segi DNA1) (resi 11 and name h3' and segi DNA1) 3.78 0.76 0.76 ! 165 P-- 0.74 assi (resi 11 and name h1' and segi DNA1) (resi 11 and name h3' and segi DNA1) 3.31 0.66 0.66 ! 160 P-- 0.18 assi (resi 11 and name h3' and segi DNA1) (resi 11 and name h4' and segi DNA1) 2.46 0.74 0.74 ! 1152 -^> 1.10 assi (resi 11 and name h4' and segi DNA1) (resi 11 and name h2'' and segi DNA1) 3.94 0.79 0.79 ! 1199 P-- 0.03 assi (resi 11 and name h6 and segi DNA1) (resi 11 and name h1' and segi DNA1) 3.28 0.66 0.66 ! 26 -^- 0.42 assi (resi 11 and name h1' and segi DNA1) (resi 11 and name h4' and segi DNA1) 3.14 0.94 0.94 ! 271 -^- 0.33 assi (resi 11 and name h6 and segi DNA1) (resi 11 and name h2' and segi DNA1) 2.31 0.46 0.46 ! 439 -^l 0.85 assi (resi 11 and name h1' and segi DNA1) (resi 11 and name h2'' and segi DNA1) 2.28 0.46 0.46 ! 440 P-- 0.48 assi (resi 11 and name h6 and segi DNA1) (resi 11 and name h4' and segi DNA1) 3.88 1.16 1.16 ! 270 -^- 0.10 assi (resi 12 and name h1' and segi DNA2) (resi 12 and name h2'' and segi DNA2) 2.50 0.50 0.50 ! 366 P-- 0.40 assi (resi 12 and name h3' and segi DNA2) (resi 12 and name h2' and segi DNA2) 2.39 0.48 0.48 ! 618 -^- 0.58 assi (resi 12 and name h4' and segi DNA2) (resi 12 and name h2'' and segi DNA2) 3.94 0.79 0.79 ! 1207 P-- 0.13 assi (resi 12 and name h8 and segi DNA2) (resi 12 and name h1' and segi DNA2) 3.45 0.69 0.69 ! 1160 -^- 0.46 assi (resi 12 and name h8 and segi DNA2) (resi 12 and name h2'' and segi DNA2) 3.47 0.74 0.74 ! 344 P-- 0.31 assi (resi 12 and name h8 and segi DNA2) (resi 12 and name h3' and segi DNA2) 4.08 0.82 0.82 ! 129 -^- 0.73 assi (resi 12 and name h4' and segi DNA2) (resi 12 and name h2'' and segi DNA2) 3.98 0.80 0.80 ! 1213 -^- 0.30 assi (resi 12 and name h1' and segi DNA2) (resi 12 and name h2'' and segi DNA2) 2.40 0.48 0.48 ! 347 -^- 0.92 assi (resi 12 and name h1' and segi DNA2) (resi 12 and name h3' and segi DNA2) 3.58 0.72 0.72 ! 133 -^- 0.50 assi (resi 12 and name h3' and segi DNA2) (resi 12 and name h4' and segi DNA2) 2.68 0.54 0.54 ! 1049 -^- 0.50 assi (resi 12 and name h8 and segi DNA2) (resi 12 and name h4' and segi DNA2) 4.01 0.80 0.80 ! 221 -^- 0.37 assi (resi 12 and name h8 and segi DNA2) (resi 12 and name h2' and segi DNA2) 2.37 0.47 0.47 ! 365 P-l 0.69 assi (resi 12 and name h1' and segi DNA2) (resi 12 and name h4' and segi DNA2) 3.18 0.96 0.96 ! 222 -^- 0.49 assi (resi 12 and name h3' and segi DNA2) (resi 12 and name h2' and segi DNA2) 2.50 0.50 0.50 ! 581 P-- 0.28 assi (resi 13 and name h8 and segi DNA2) (resi 12 and name h3' and segi DNA2) 4.12 0.82 0.82 ! 130 -^- 0.49 assi (resi 13 and name h8 and segi DNA2) (resi 12 and name h1' and segi DNA2) 3.01 0.60 0.60 ! 1159 -^l 0.54 assi (resi 13 and name h3' and segi DNA2) (resi 13 and name h2'' and segi DNA2) 2.88 0.58 0.58 ! 1239 P-l 0.76 assi (resi 13 and name h1' and segi DNA2) (resi 13 and name h4' and segi DNA2) 3.42 1.03 1.03 ! 183 -^- 0.57 assi (resi 13 and name h3' and segi DNA2) (resi 13 and name h4' and segi DNA2) 3.03 0.91 0.91 ! 1013 -^- 0.59 assi (resi 13 and name h8 and segi DNA2) (resi 13 and name h3' and segi DNA2) 3.96 0.79 0.79 ! 1236 -^- 0.54 assi (resi 13 and name h1' and segi DNA2) (resi 13 and name h2'' and segi DNA2) 2.58 0.52 0.52 ! 369 P-- 0.38 assi (resi 13 and name h3' and segi DNA2) (resi 13 and name h2' and segi DNA2) 2.40 0.48 0.48 ! 1238 -^l 0.64 assi (resi 13 and name h4' and segi DNA2) (resi 13 and name h2' and segi DNA2) 3.53 1.06 1.06 ! 1205 -^- 0.39 assi (resi 13 and name h4' and segi DNA2) (resi 13 and name h2'' and segi DNA2) 3.34 1.00 1.00 ! 619 -^- 0.25 assi (resi 13 and name h8 and segi DNA2) (resi 13 and name h2' and segi DNA2) 2.65 0.53 0.53 ! 332 P-- 0.67 assi (resi 13 and name h8 and segi DNA2) (resi 13 and name h1' and segi DNA2) 3.33 0.67 0.67 ! 32 -^- 0.30 assi (resi 13 and name h1' and segi DNA2) (resi 13 and name h3' and segi DNA2) 3.39 0.68 0.68 ! 106 -^l 0.76 assi (resi 13 and name h1' and segi DNA2) (resi 13 and name h2' and segi DNA2) 2.44 0.73 0.73 ! 331 P-l 1.00 assi (resi 13 and name h8 and segi DNA2) (resi 13 and name h2'' and segi DNA2) 3.16 0.63 0.63 ! 1235 -^l 0.83 assi (resi 13 and name h8 and segi DNA2) (resi 13 and name h4' and segi DNA2) 4.30 1.29 1.29 ! 181 -^- 0.75 assi (resi 13 and name h2' and segi DNA2) (resi 14 and name h5# and segi DNA2) 2.81 0.56 0.56 ! 961 -^- 0.50 assi (resi 13 and name h3' and segi DNA2) (resi 14 and name h5# and segi DNA2) 3.94 1.18 1.18 ! 879 -^- 0.54 assi (resi 13 and name h2'' and segi DNA2) (resi 14 and name h5# and segi DNA2) 2.57 0.51 0.51 ! 963 -^- 0.49 assi (resi 13 and name h8 and segi DNA2) (resi 14 and name h5# and segi DNA2) 3.75 0.75 0.75 ! 490 -^- 0.20 assi (resi 14 and name h6 and segi DNA2) (resi 13 and name h1' and segi DNA2) 3.09 0.62 0.62 ! 33 -^> 0.82 assi (resi 13 and name h1' and segi DNA2) (resi 14 and name h5# and segi DNA2) 4.14 0.83 0.83 ! 496 -^- 0.43 assi (resi 13 and name h8 and segi DNA2) (resi 14 and name h6 and segi DNA2) 4.90 0.78 0.78 ! 1131 -^l 1.15 assi (resi 14 and name h6 and segi DNA2) (resi 14 and name h2' and segi DNA2) 2.47 0.49 0.49 ! 433 -^l 0.76 assi (resi 14 and name h1' and segi DNA2) (resi 14 and name h3' and segi DNA2) 3.91 0.78 0.78 ! 118 -^- 0.71 assi (resi 14 and name h2' and segi DNA2) (resi 14 and name h5# and segi DNA2) 4.27 0.85 0.85 ! 965 -^> 0.90 assi (resi 14 and name h6 and segi DNA2) (resi 14 and name h3' and segi DNA2) 3.61 1.08 1.08 ! 113 -^l 0.30 assi (resi 14 and name h1' and segi DNA2) (resi 14 and name h2' and segi DNA2) 2.63 0.53 0.53 ! 435 P-- 0.28 assi (resi 14 and name h6 and segi DNA2) (resi 14 and name h2'' and segi DNA2) 3.20 0.64 0.64 ! 367 P-l 0.59 assi (resi 14 and name h6 and segi DNA2) (resi 14 and name h5# and segi DNA2) 2.43 0.49 0.49 ! 492 P-- 0.55 assi (resi 14 and name h3' and segi DNA2) (resi 14 and name h2' and segi DNA2) 2.58 0.52 0.52 ! 757 -^l 0.93 assi (resi 14 and name h6 and segi DNA2) (resi 14 and name h1' and segi DNA2) 3.37 0.69 0.69 ! 34 -^- 0.44 assi (resi 14 and name h4' and segi DNA2) (resi 14 and name h2'' and segi DNA2) 3.34 1.00 1.00 ! 1219 -^- 0.25 assi (resi 14 and name h1' and segi DNA2) (resi 14 and name h2'' and segi DNA2) 2.42 0.48 0.48 ! 370 P-l 0.86 assi (resi 15 and name h8 and segi DNA2) (resi 14 and name h3' and segi DNA2) 4.10 0.82 0.82 ! 117 -^l 1.39 assi (resi 15 and name h8 and segi DNA2) (resi 14 and name h2'' and segi DNA2) 2.74 0.55 0.55 ! 363 -^l 0.87 assi (resi 15 and name h8 and segi DNA2) (resi 14 and name h6 and segi DNA2) 4.61 1.38 1.38 ! 1126 -^l 1.27 assi (resi 15 and name h8 and segi DNA2) (resi 14 and name h1' and segi DNA2) 3.31 0.66 0.66 ! 39 -^> 1.04 assi (resi 15 and name h8 and segi DNA2) (resi 14 and name h2' and segi DNA2) 3.23 0.97 0.97 ! 431 -^> 0.85 assi (resi 15 and name h8 and segi DNA2) (resi 15 and name h1' and segi DNA2) 3.49 0.70 0.70 ! 35 -^- 0.83 assi (resi 15 and name h1' and segi DNA2) (resi 15 and name h3' and segi DNA2) 3.90 0.78 0.78 ! 95 0v> 4.39 assi (resi 15 and name h3' and segi DNA2) (resi 15 and name h4' and segi DNA2) 2.74 0.82 0.82 ! 1011 -^l 1.62 assi (resi 15 and name h8 and segi DNA2) (resi 15 and name h3' and segi DNA2) 3.66 0.73 0.73 ! 91 -^- 0.48 assi (resi 15 and name h1' and segi DNA2) (resi 15 and name h2'' and segi DNA2) 2.55 0.51 0.51 ! 321 P-l 0.86 assi (resi 15 and name h1' and segi DNA2) (resi 15 and name h4' and segi DNA2) 3.36 1.01 1.01 ! 1237 -^- 0.44 assi (resi 15 and name h4' and segi DNA2) (resi 15 and name h2'' and segi DNA2) 3.56 1.07 1.07 ! 1245 -^- 0.44 assi (resi 15 and name h8 and segi DNA2) (resi 15 and name h4' and segi DNA2) 4.83 1.45 1.45 ! 177 -^- 1.53 assi (resi 15 and name h1' and segi DNA2) (resi 15 and name h2' and segi DNA2) 2.53 0.51 0.51 ! 358 -^- 0.53 assi (resi 15 and name h8 and segi DNA2) (resi 15 and name h2' and segi DNA2) 2.55 0.51 0.51 ! 357 -^l 1.33 assi (resi 15 and name h3' and segi DNA2) (resi 15 and name h2'' and segi DNA2) 2.90 0.60 0.60 ! 539 P-l 1.02 assi (resi 15 and name h8 and segi DNA2) (resi 15 and name h2'' and segi DNA2) 3.10 0.66 0.66 ! 317 -^- 0.64 assi (resi 15 and name h4' and segi DNA2) (resi 15 and name h2' and segi DNA2) 3.37 1.01 1.01 ! 1246 -^- 0.22 assi (resi 16 and name h8 and segi DNA2) (resi 15 and name h2' and segi DNA2) 3.13 0.65 0.65 ! 343 P-l 0.62 assi (resi 15 and name h8 and segi DNA2) (resi 16 and name h8 and segi DNA2) 4.09 0.82 0.82 ! 1124 -^> 1.79 assi (resi 16 and name h8 and segi DNA2) (resi 15 and name h2'' and segi DNA2) 2.70 0.54 0.54 ! 318 -^> 1.04 assi (resi 16 and name h1' and segi DNA2) (resi 16 and name h3' and segi DNA2) 3.97 0.79 0.79 ! 63 p-1 1.34 assi (resi 16 and name h8 and segi DNA2) (resi 16 and name h1' and segi DNA2) 3.27 0.67 0.67 ! 36 -^- 0.29 assi (resi 16 and name h1' and segi DNA2) (resi 16 and name h2'' and segi DNA2) 2.56 0.51 0.51 ! 396 -^> 1.04 assi (resi 16 and name h8 and segi DNA2) (resi 16 and name h2' and segi DNA2) 2.49 0.50 0.50 ! 1228 P-l 1.01 assi (resi 16 and name h1' and segi DNA2) (resi 16 and name h2' and segi DNA2) 2.66 0.53 0.53 ! 1224 P-l 0.45 assi (resi 16 and name h4' and segi DNA2) (resi 16 and name h2'' and segi DNA2) 4.06 1.22 1.22 ! 1226 -^- 0.54 assi (resi 16 and name h3' and segi DNA2) (resi 16 and name h4' and segi DNA2) 2.88 0.86 0.86 ! 1227 -^l 1.82 assi (resi 16 and name h8 and segi DNA2) (resi 16 and name h4' and segi DNA2) 4.60 1.38 1.38 ! 164 -^- 0.62 assi (resi 16 and name h1' and segi DNA2) (resi 16 and name h4' and segi DNA2) 3.48 1.04 1.04 ! 162 -^- 0.94 assi (resi 16 and name h4' and segi DNA2) (resi 16 and name h2' and segi DNA2) 3.85 1.16 1.16 ! 633 -^- 0.32 assi (resi 16 and name h3' and segi DNA2) (resi 16 and name h2'' and segi DNA2) 2.59 0.78 0.78 ! 673 P-l 1.09 assi (resi 16 and name h3' and segi DNA2) (resi 16 and name h2' and segi DNA2) 2.48 0.74 0.74 ! 675 -^l 1.07 assi (resi 16 and name h8 and segi DNA2) (resi 16 and name h2' and segi DNA2) 2.83 0.85 0.85 ! 1229 -^l 0.89 assi (resi 16 and name h8 and segi DNA2) (resi 16 and name h3' and segi DNA2) 4.30 0.86 0.86 ! 96 -^> 0.96 assi (resi 17 and name h1' and segi DNA2) (resi 17 and name h2' and segi DNA2) 2.60 0.52 0.52 ! 356 P-- 0.85 assi (resi 17 and name h1' and segi DNA2) (resi 17 and name h5 and segi DNA2) 4.90 1.50 1.50 ! 1161 -^l 0.98 assi (resi 17 and name h3' and segi DNA2) (resi 17 and name h2'' and segi DNA2) 2.52 0.50 0.50 ! 683 -^l 0.92 assi (resi 17 and name h4' and segi DNA2) (resi 17 and name h2' and segi DNA2) 3.68 0.74 0.74 ! 577 -^- 0.51 assi (resi 17 and name h1' and segi DNA2) (resi 17 and name h4' and segi DNA2) 3.59 1.08 1.08 ! 171 -^- 0.94 assi (resi 17 and name h6 and segi DNA2) (resi 17 and name h4' and segi DNA2) 4.91 1.47 1.47 ! 167 -^- 1.07 assi (resi 17 and name h1' and segi DNA2) (resi 17 and name h3' and segi DNA2) 3.63 0.73 0.73 ! 111 P-- 0.23 assi (resi 17 and name h6 and segi DNA2) (resi 17 and name h2' and segi DNA2) 2.61 0.52 0.52 ! 1230 -^- 0.41 assi (resi 17 and name h6 and segi DNA2) (resi 17 and name h2'' and segi DNA2) 3.31 0.99 0.99 ! 408 -^> 0.92 assi (resi 17 and name h1' and segi DNA2) (resi 17 and name h2'' and segi DNA2) 2.58 0.52 0.52 ! 405 -^- 0.65 assi (resi 17 and name h6 and segi DNA2) (resi 17 and name h3' and segi DNA2) 3.93 1.18 1.18 ! 110 -^l 0.43 assi (resi 17 and name h3' and segi DNA2) (resi 17 and name h4' and segi DNA2) 2.48 0.50 0.50 ! 1004 -^- 0.86 assi (resi 17 and name h6 and segi DNA2) (resi 17 and name h1' and segi DNA2) 2.92 0.58 0.58 ! 25 -^l 0.78 assi (resi 17 and name h4' and segi DNA2) (resi 17 and name h2'' and segi DNA2) 3.74 1.12 1.12 ! 1232 -^- 0.38 assi (resi 17 and name h3' and segi DNA2) (resi 17 and name h2' and segi DNA2) 2.37 0.47 0.47 ! 1231 P-- 0.60 assi (resi 18 and name h8 and segi DNA2) (resi 17 and name h2' and segi DNA2) 3.79 0.76 0.76 ! 1279 -^l 0.72 assi (resi 18 and name h8 and segi DNA2) (resi 17 and name h3' and segi DNA2) 4.17 0.83 0.83 ! 109 -^l 0.78 assi (resi 18 and name h8 and segi DNA2) (resi 18 and name h2' and segi DNA2) 2.65 0.53 0.53 ! 337 -^l 0.58 assi (resi 18 and name h3' and segi DNA2) (resi 18 and name h2' and segi DNA2) 2.32 0.46 0.46 ! 1214 P-l 1.15 assi (resi 18 and name h4' and segi DNA2) (resi 18 and name h2'' and segi DNA2) 3.94 0.79 0.79 ! 1216 -^- 0.38 assi (resi 18 and name h3' and segi DNA2) (resi 18 and name h2' and segi DNA2) 2.39 0.48 0.48 ! 540 -^l 1.14 assi (resi 18 and name h1' and segi DNA2) (resi 18 and name h2' and segi DNA2) 3.11 0.62 0.62 ! 579 -^- 0.74 assi (resi 18 and name h1' and segi DNA2) (resi 18 and name h2'' and segi DNA2) 2.59 0.52 0.52 ! 606 -^- 0.56 assi (resi 18 and name h3' and segi DNA2) (resi 18 and name h4' and segi DNA2) 2.83 0.85 0.85 ! 1005 -^l 1.71 assi (resi 18 and name h8 and segi DNA2) (resi 18 and name h4' and segi DNA2) 4.68 1.40 1.40 ! 158 -v> 1.52 assi (resi 18 and name h1' and segi DNA2) (resi 18 and name h4' and segi DNA2) 3.71 0.74 0.74 ! 993 -^- 0.65 assi (resi 18 and name h8 and segi DNA2) (resi 18 and name h2' and segi DNA2) 2.58 0.52 0.52 ! 360 -^> 1.03 assi (resi 18 and name h8 and segi DNA2) (resi 18 and name h1' and segi DNA2) 3.59 0.72 0.72 ! 53 -^- 0.49 assi (resi 18 and name h8 and segi DNA2) (resi 18 and name h3' and segi DNA2) 3.89 0.78 0.78 ! 92 -^- 0.33 assi (resi 19 and name h8 and segi DNA2) (resi 18 and name h8 and segi DNA2) 4.77 1.43 1.43 ! 1122 -^- 1.23 assi (resi 19 and name h8 and segi DNA2) (resi 18 and name h1' and segi DNA2) 3.42 0.68 0.68 ! 52 -^l 0.55 assi (resi 19 and name h1' and segi DNA2) (resi 19 and name h2'' and segi DNA2) 2.52 0.50 0.50 ! 314 P-l 1.00 assi (resi 19 and name h2 and segi DNA2) (resi 19 and name h1' and segi DNA2) 4.88 1.46 1.46 ! 24 -^l 1.21 assi (resi 19 and name h1' and segi DNA2) (resi 19 and name h4' and segi DNA2) 3.63 1.09 1.09 ! 157 -^- 0.51 assi (resi 19 and name h4' and segi DNA2) (resi 19 and name h2'' and segi DNA2) 3.19 1.26 1.26 ! 532 -^- 0.52 assi (resi 19 and name h3' and segi DNA2) (resi 19 and name h2'' and segi DNA2) 2.53 0.76 0.76 ! 531 -^l 1.00 assi (resi 19 and name h4' and segi DNA2) (resi 19 and name h2' and segi DNA2) 3.38 0.68 0.68 ! 576 -^- 0.45 assi (resi 19 and name h8 and segi DNA2) (resi 19 and name h4' and segi DNA2) 4.44 0.89 0.89 ! 156 -v- 0.70 assi (resi 19 and name h8 and segi DNA2) (resi 19 and name h1' and segi DNA2) 3.25 0.65 0.65 ! 20 -^l 0.66 assi (resi 19 and name h8 and segi DNA2) (resi 19 and name h2'' and segi DNA2) 3.82 0.76 0.76 ! 313 -^> 0.72 assi (resi 19 and name h8 and segi DNA2) (resi 19 and name h2' and segi DNA2) 2.67 0.53 0.53 ! 334 -^l 1.47 assi (resi 19 and name h1' and segi DNA2) (resi 19 and name h2' and segi DNA2) 2.32 0.70 0.70 ! 336 -^- 0.87 assi (resi 19 and name h1' and segi DNA2) (resi 19 and name h3' and segi DNA2) 3.59 0.72 0.72 ! 90 0^> 1.10 assi (resi 19 and name h8 and segi DNA2) (resi 19 and name h3' and segi DNA2) 3.87 1.16 1.16 ! 89 -^- 0.94 assi (resi 19 and name h3' and segi DNA2) (resi 19 and name h4' and segi DNA2) 3.01 0.90 0.90 ! 992 -^l 1.75 assi (resi 19 and name h1' and segi DNA2) (resi 20 and name h5# and segi DNA2) 4.27 0.65 0.65 ! 511 -^- 0.33 assi (resi 19 and name h8 and segi DNA2) (resi 20 and name h6 and segi DNA2) 4.24 1.27 1.27 ! 2 -^l 1.63 assi (resi 19 and name h8 and segi DNA2) (resi 20 and name h5# and segi DNA2) 3.44 0.69 0.69 ! 506 -^- 0.53 assi (resi 19 and name h2' and segi DNA2) (resi 20 and name h5# and segi DNA2) 2.68 0.54 0.54 ! 1251 -^- 0.41 assi (resi 19 and name h2 and segi DNA2) (resi 20 and name h1' and segi DNA2) 3.79 0.76 0.76 ! 57 -^- 0.73 assi (resi 19 and name h3' and segi DNA2) (resi 20 and name h5# and segi DNA2) 4.13 1.23 1.23 ! 893 -^- 0.87 assi (resi 20 and name h6 and segi DNA2) (resi 19 and name h2' and segi DNA2) 3.23 0.65 0.65 ! 335 -^> 0.95 assi (resi 19 and name h2 and segi DNA2) (resi 20 and name h4' and segi DNA2) 4.64 1.39 1.39 ! 249 -^- 1.27 assi (resi 19 and name h2'' and segi DNA2) (resi 20 and name h5# and segi DNA2) 2.87 0.57 0.57 ! 968 -^- 0.59 assi (resi 20 and name h6 and segi DNA2) (resi 19 and name h2'' and segi DNA2) 3.09 0.62 0.62 ! 315 -^> 1.42 assi (resi 20 and name h6 and segi DNA2) (resi 19 and name h1' and segi DNA2) 3.34 0.67 0.67 ! 1115 P-l 0.41 assi (resi 19 and name h1' and segi DNA2) (resi 20 and name h4' and segi DNA2) 4.36 0.87 0.87 ! 251 -^- 0.44 assi (resi 20 and name h2' and segi DNA2) (resi 20 and name h5# and segi DNA2) 3.85 1.16 1.16 ! 1252 -^- 0.74 assi (resi 20 and name h6 and segi DNA2) (resi 20 and name h2'' and segi DNA2) 3.76 0.75 0.75 ! 454 P-l 0.23 assi (resi 20 and name h1' and segi DNA2) (resi 20 and name h2' and segi DNA2) 2.79 0.56 0.56 ! 847 -^> 0.61 assi (resi 20 and name h1' and segi DNA2) (resi 20 and name h2'' and segi DNA2) 2.47 0.49 0.49 ! 788 P-l 0.93 assi (resi 20 and name h6 and segi DNA2) (resi 20 and name h4' and segi DNA2) 3.97 1.19 1.19 ! 250 -^- 0.70 assi (resi 20 and name h4' and segi DNA2) (resi 20 and name h2' and segi DNA2) 2.58 0.52 0.52 ! 849 -^- 0.64 assi (resi 20 and name h3' and segi DNA2) (resi 20 and name h2' and segi DNA2) 2.56 0.51 0.51 ! 848 P-l 0.88 assi (resi 20 and name h1' and segi DNA2) (resi 20 and name h5# and segi DNA2) 4.71 1.44 1.44 ! 892 -^- 0.93 assi (resi 20 and name h3' and segi DNA2) (resi 20 and name h2'' and segi DNA2) 2.42 0.48 0.48 ! 777 -^l 0.85 assi (resi 20 and name h3' and segi DNA2) (resi 20 and name h4' and segi DNA2) 2.74 0.56 0.56 ! 1189 -^- 0.53 assi (resi 20 and name h4' and segi DNA2) (resi 20 and name h2'' and segi DNA2) 3.37 0.67 0.67 ! 1190 P-- 0.21 assi (resi 20 and name h6 and segi DNA2) (resi 20 and name h1' and segi DNA2) 3.30 0.66 0.66 ! 58 -^- 0.53 assi (resi 20 and name h6 and segi DNA2) (resi 20 and name h5# and segi DNA2) 2.50 0.50 0.50 ! 509 P-- 0.39 assi (resi 20 and name h6 and segi DNA2) (resi 20 and name h2' and segi DNA2) 2.48 0.50 0.50 ! 475 -^l 0.71 assi (resi 20 and name h1' and segi DNA2) (resi 20 and name h3' and segi DNA2) 3.97 0.59 0.59 ! 1173 -^- 0.39 assi (resi 20 and name h6 and segi DNA2) (resi 20 and name h3' and segi DNA2) 4.06 0.81 0.81 ! 134 -^> 0.80 assi (resi 20 and name h1' and segi DNA2) (resi 20 and name h4' and segi DNA2) 3.10 0.62 0.62 ! 1183 -^- 0.61 assi (resi 21 and name h8 and segi DNA2) (resi 20 and name h2' and segi DNA2) 3.14 0.63 0.63 ! 449 P-l 0.31 assi (resi 21 and name h8 and segi DNA2) (resi 20 and name h6 and segi DNA2) 4.95 1.49 1.49 ! 1 -^l 1.37 assi (resi 21 and name h8 and segi DNA2) (resi 20 and name h1' and segi DNA2) 3.52 0.70 0.70 ! 1254 -^- 0.46 assi (resi 19 and name h2'' and segi DNA2) (resi 20 and name h5# and segi DNA2) 2.78 0.56 0.56 ! 979 -^- 0.73 assi (resi 21 and name h8 and segi DNA2) (resi 21 and name h2' and segi DNA2) 2.13 0.43 0.43 ! 361 P-l 0.78 assi (resi 21 and name h8 and segi DNA2) (resi 21 and name h1' and segi DNA2) 3.74 0.75 0.75 ! 64 -^- 0.46 assi (resi 21 and name h8 and segi DNA2) (resi 21 and name h3' and segi DNA2) 3.94 0.59 0.59 ! 107 P-- 0.42 assi (resi 21 and name h8 and segi DNA2) (resi 21 and name h4' and segi DNA2) 4.27 1.28 1.28 ! 192 -v- 1.05 assi (resi 21 and name h1' and segi DNA2) (resi 21 and name h2'' and segi DNA2) 2.23 0.45 0.45 ! 610 P-l 0.59 assi (resi 21 and name h1' and segi DNA2) (resi 21 and name h4' and segi DNA2) 3.56 1.07 1.07 ! 1026 P-l 0.31 assi (resi 21 and name h3' and segi DNA2) (resi 21 and name h4' and segi DNA2) 2.86 0.86 0.86 ! 1029 -^- 0.36 assi (resi 21 and name h1' and segi DNA2) (resi 21 and name h3' and segi DNA2) 3.81 0.56 0.56 ! 1171 -^l 1.26 assi (resi 21 and name h3' and segi DNA2) (resi 21 and name h2' and segi DNA2) 2.10 0.42 0.42 ! 1225 -^l 0.72 assi (resi 21 and name h4' and segi DNA2) (resi 21 and name h2' and segi DNA2) 3.35 0.77 0.77 ! 607 P-- 0.15 assi (resi 21 and name h1' and segi DNA2) (resi 22 and name h4' and segi DNA2) 3.48 1.04 1.04 ! 1182 -^- 0.73 assi (resi 22 and name h4' and segi DNA2) (resi 22 and name h2' and segi DNA2) 3.38 0.68 0.68 ! 1206 -^- 0.23 assi (resi 22 and name h1' and segi DNA2) (resi 22 and name h3' and segi DNA2) 3.49 0.70 0.70 ! 151 -^- 0.50 assi (resi 22 and name h8 and segi DNA2) (resi 22 and name h3' and segi DNA2) 3.94 0.79 0.79 ! 150 -^- 0.46 assi (resi 22 and name h4' and segi DNA2) (resi 22 and name h2'' and segi DNA2) 3.46 1.04 1.04 ! 1198 -^- 0.23 assi (resi 22 and name h8 and segi DNA2) (resi 22 and name h1' and segi DNA2) 3.54 0.71 0.71 ! 30 -^- 0.29 assi (resi 22 and name h1' and segi DNA2) (resi 22 and name h4' and segi DNA2) 3.21 0.96 0.96 ! 218 -^- 0.40 assi (resi 22 and name h1' and segi DNA2) (resi 22 and name h2' and segi DNA2) 2.72 0.54 0.54 ! 391 -^- 0.29 assi (resi 22 and name h8 and segi DNA2) (resi 22 and name h2'' and segi DNA2) 3.63 0.73 0.73 ! 423 P-- 0.15 assi (resi 22 and name h1' and segi DNA2) (resi 22 and name h2'' and segi DNA2) 2.26 0.45 0.45 ! 424 P-l 0.55 assi (resi 22 and name h3' and segi DNA2) (resi 22 and name h2' and segi DNA2) 2.46 0.49 0.49 ! 659 -^- 0.72 assi (resi 22 and name h8 and segi DNA2) (resi 22 and name h2' and segi DNA2) 2.25 0.45 0.45 ! 390 P-l 0.86 assi (resi 22 and name h3' and segi DNA2) (resi 22 and name h4' and segi DNA2) 2.76 0.83 0.83 ! 1155 -^- 0.62 assi (resi 22 and name h8 and segi DNA2) (resi 22 and name h4' and segi DNA2) 4.39 0.88 0.88 ! 220 -v- 0.32 assi (resi 22 and name h3' and segi DNA2) (resi 22 and name h2'' and segi DNA2) 2.51 0.50 0.50 ! 744 P-- 0.21 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 1H5* C 1 1H5* C 1 5.288 10.073 3.031 2 2H5* C 1 2H5* C 1 4.336 11.268 2.100 3 H4* C 1 H4* C 1 6.238 10.445 0.825 4 H3* C 1 H3* C 1 3.528 10.249 -0.182 5 H1* C 1 H1* C 1 6.701 8.486 -0.875 6 1H4 C 1 1H4 C 1 7.881 2.220 -0.041 7 2H4 C 1 2H4 C 1 6.176 1.896 -0.290 8 H5 C 1 H5 C 1 4.517 3.593 -0.273 9 H6 C 1 H6 C 1 4.096 5.967 -0.337 10 H5T C 1 H5T C 1 3.467 8.719 1.739 11 1H2* C 1 1H2* C 1 3.745 7.918 -0.304 12 2H2* C 1 2H2* C 1 4.451 8.341 -1.894 13 1H5* C 2 1H5* C 2 7.983 9.861 -1.308 14 2H5* C 2 2H5* C 2 8.099 11.023 -2.620 15 H4* C 2 H4* C 2 10.031 9.520 -2.370 16 H3* C 2 H3* C 2 9.175 10.355 -4.820 17 H1* C 2 H1* C 2 9.570 6.541 -4.510 18 1H4 C 2 1H4 C 2 4.353 3.089 -3.363 19 2H4 C 2 2H4 C 2 3.354 4.533 -3.333 20 H5 C 2 H5 C 2 4.219 6.674 -3.501 21 H6 C 2 H6 C 2 6.242 8.034 -3.781 22 1H2* C 2 1H2* C 2 7.573 8.710 -5.075 23 2H2* C 2 2H2* C 2 8.980 8.198 -6.019 24 1H5* A 3 1H5* A 3 11.644 6.727 -4.737 25 2H5* A 3 2H5* A 3 13.025 6.753 -5.853 26 H4* A 3 H4* A 3 12.325 4.563 -5.317 27 H3* A 3 H3* A 3 12.975 5.369 -7.807 28 H1* A 3 H1* A 3 10.355 2.862 -6.950 29 H8 A 3 H8 A 3 7.951 5.927 -7.954 30 1H6 A 3 1H6 A 3 3.369 2.058 -6.610 31 2H6 A 3 2H6 A 3 3.752 3.632 -7.289 32 H2 A 3 H2 A 3 7.103 -0.104 -5.873 33 1H2* A 3 1H2* A 3 10.518 5.460 -8.608 34 2H2* A 3 2H2* A 3 10.997 3.864 -9.109 35 1H5* T 4 1H5* T 4 12.772 0.864 -6.913 36 2H5* T 4 2H5* T 4 14.008 -0.101 -7.753 37 H4* T 4 H4* T 4 11.919 -1.446 -7.182 38 H3* T 4 H3* T 4 12.890 -1.674 -9.729 39 1H2* T 4 1H2* T 4 11.033 -0.370 -10.276 40 2H2* T 4 2H2* T 4 10.460 -2.094 -10.429 41 H1* T 4 H1* T 4 9.641 -2.105 -8.214 42 H3 T 4 H3 T 4 5.491 -0.528 -9.066 43 1H5M T 4 1H5M T 4 8.399 3.659 -10.031 44 2H5M T 4 2H5M T 4 7.123 3.315 -11.181 45 3H5M T 4 3H5M T 4 8.779 2.805 -11.557 46 H6 T 4 H6 T 4 9.860 1.117 -9.804 47 1HN4 5CM 5 1H4 5CM 5 5.881 -0.033 -12.375 48 2HN4 5CM 5 2H4 5CM 5 7.538 0.473 -12.699 49 1H5A 5CM 5 1H5M 5CM 5 10.523 -1.060 -12.140 50 2H5A 5CM 5 2H5M 5CM 5 9.288 0.070 -12.647 51 3H5A 5CM 5 3H5M 5CM 5 9.952 -1.043 -13.846 52 H6 5CM 5 H6 5CM 5 9.815 -3.642 -12.361 53 H1* 5CM 5 H1* 5CM 5 6.901 -5.979 -11.561 54 1H2* 5CM 5 1H2* 5CM 5 9.103 -6.051 -13.402 55 2H2* 5CM 5 2H2* 5CM 5 8.463 -7.495 -12.563 56 H3* 5CM 5 H3* 5CM 5 10.655 -5.648 -11.446 57 H4* 5CM 5 H4* 5CM 5 8.922 -7.762 -10.130 58 1H5* 5CM 5 1H5* 5CM 5 9.505 -6.758 -8.037 59 2H5* 5CM 5 2H5* 5CM 5 11.025 -7.141 -8.882 60 1H5* G 6 1H5* G 6 11.415 -10.359 -14.311 61 2H5* G 6 2H5* G 6 11.431 -9.376 -15.786 62 H4* G 6 H4* G 6 9.987 -11.297 -15.976 63 H3* G 6 H3* G 6 9.053 -8.989 -16.944 64 H1* G 6 H1* G 6 6.745 -10.909 -14.695 65 H8 G 6 H8 G 6 9.013 -10.854 -11.866 66 H1 G 6 H1 G 6 3.730 -7.646 -10.274 67 1H2 G 6 1H2 G 6 2.581 -7.079 -11.970 68 1H2* G 6 1H2* G 6 8.371 -8.326 -14.680 69 2H2* G 6 2H2* G 6 6.825 -8.656 -15.532 70 1H5* C 7 1H5* C 7 5.406 -10.501 -16.574 71 2H5* C 7 2H5* C 7 4.578 -11.280 -17.927 72 H4* C 7 H4* C 7 3.144 -9.883 -16.488 73 H3* C 7 H3* C 7 2.751 -10.056 -19.131 74 H1* C 7 H1* C 7 2.809 -6.673 -17.621 75 1H4 C 7 1H4 C 7 7.520 -2.575 -19.076 76 2H4 C 7 2H4 C 7 8.723 -3.819 -18.853 77 H5 C 7 H5 C 7 8.179 -6.074 -18.463 78 H6 C 7 H6 C 7 6.375 -7.668 -18.016 79 1H2* C 7 1H2* C 7 4.482 -8.386 -19.521 80 2H2* C 7 2H2* C 7 2.935 -7.536 -19.869 81 1H5* T 8 1H5* T 8 0.571 -5.850 -17.384 82 2H5* T 8 2H5* T 8 -1.042 -6.464 -17.764 83 H4* T 8 H4* T 8 -1.003 -4.090 -17.779 84 H3* T 8 H3* T 8 -2.242 -5.301 -19.862 85 1H2* T 8 1H2* T 8 -0.111 -5.392 -21.089 86 2H2* T 8 2H2* T 8 -1.040 -4.086 -21.911 87 H1* T 8 H1* T 8 -0.087 -2.395 -20.485 88 H3 T 8 H3 T 8 3.988 -1.352 -21.960 89 1H5M T 8 1H5M T 8 4.012 -6.604 -22.383 90 2H5M T 8 2H5M T 8 4.726 -6.368 -20.759 91 3H5M T 8 3H5M T 8 5.481 -5.666 -22.175 92 H6 T 8 H6 T 8 1.884 -5.473 -20.827 93 1H5* A 9 1H5* A 9 -1.544 -0.657 -20.846 94 2H5* A 9 2H5* A 9 -3.129 -0.132 -21.487 95 H4* A 9 H4* A 9 -1.518 1.217 -22.424 96 H3* A 9 H3* A 9 -3.134 0.177 -24.017 97 H1* A 9 H1* A 9 0.432 0.787 -24.657 98 H8 A 9 H8 A 9 0.290 -3.035 -23.747 99 1H6 A 9 1H6 A 9 6.214 -3.136 -25.392 100 2H6 A 9 2H6 A 9 4.837 -4.125 -24.921 101 H2 A 9 H2 A 9 4.737 1.005 -26.017 102 1H2* A 9 1H2* A 9 -1.618 -1.579 -24.546 103 2H2* A 9 2H2* A 9 -1.479 -0.569 -25.896 104 1H5* C 10 1H5* C 10 0.039 3.334 -25.412 105 2H5* C 10 2H5* C 10 -0.531 4.774 -26.307 106 H4* C 10 H4* C 10 1.668 4.232 -27.244 107 H3* C 10 H3* C 10 -0.618 4.118 -28.875 108 H1* C 10 H1* C 10 2.635 2.499 -28.994 109 1H4 C 10 1H4 C 10 4.187 -3.620 -28.003 110 2H4 C 10 2H4 C 10 2.544 -4.105 -27.591 111 H5 C 10 H5 C 10 0.654 -2.389 -27.472 112 H6 C 10 H6 C 10 0.135 -0.141 -27.874 113 1H2* C 10 1H2* C 10 -0.337 1.796 -29.127 114 2H2* C 10 2H2* C 10 0.640 2.420 -30.451 115 1H5* C 11 1H5* C 11 3.742 4.404 -30.415 116 2H5* C 11 2H5* C 11 3.815 5.300 -31.947 117 H4* C 11 H4* C 11 5.566 3.600 -31.963 118 H3* C 11 H3* C 11 3.841 3.853 -34.018 119 H1* C 11 H1* C 11 5.218 0.884 -32.985 120 1H4 C 11 1H4 C 11 2.977 -4.537 -30.925 121 2H4 C 11 2H4 C 11 1.291 -4.008 -30.802 122 H5 C 11 H5 C 11 0.706 -1.624 -31.350 123 H6 C 11 H6 C 11 1.666 0.522 -32.018 124 H3T C 11 H3T C 11 6.191 3.422 -34.151 125 1H2* C 11 1H2* C 11 2.583 2.179 -33.012 126 2H2* C 11 2H2* C 11 3.446 1.280 -34.320 127 1H5* G 12 1H5* G 12 11.331 -9.661 -32.625 128 2H5* G 12 2H5* G 12 12.303 -10.240 -31.244 129 H4* G 12 H4* G 12 12.779 -7.884 -31.941 130 H3* G 12 H3* G 12 12.822 -8.576 -29.331 131 H1* G 12 H1* G 12 10.802 -5.620 -30.334 132 H8 G 12 H8 G 12 8.444 -8.673 -29.900 133 H1 G 12 H1 G 12 5.642 -3.262 -31.669 134 1H2 G 12 1H2 G 12 7.166 -1.721 -32.042 135 2H2 G 12 2H2 G 12 8.900 -2.063 -31.892 136 H5T G 12 H5T G 12 9.759 -9.077 -30.953 137 1H2* G 12 1H2* G 12 10.406 -8.442 -29.212 138 2H2* G 12 2H2* G 12 10.953 -6.962 -28.348 139 1H5* G 13 1H5* G 13 13.871 -4.361 -30.584 140 2H5* G 13 2H5* G 13 15.229 -3.789 -29.581 141 H4* G 13 H4* G 13 14.182 -2.040 -30.848 142 H3* G 13 H3* G 13 14.805 -1.588 -28.255 143 H1* G 13 H1* G 13 11.410 -0.562 -29.471 144 H8 G 13 H8 G 13 11.190 -4.271 -28.367 145 H1 G 13 H1 G 13 5.587 -1.224 -28.656 146 1H2 G 13 1H2 G 13 5.896 0.867 -29.286 147 2H2 G 13 2H2 G 13 7.506 1.508 -29.583 148 1H2* G 13 1H2* G 13 12.723 -2.600 -27.618 149 2H2* G 13 2H2* G 13 12.450 -0.847 -27.312 150 1H5* T 14 1H5* T 14 12.678 2.644 -29.616 151 2H5* T 14 2H5* T 14 13.486 3.947 -28.709 152 H4* T 14 H4* T 14 11.121 4.320 -28.945 153 H3* T 14 H3* T 14 12.356 4.903 -26.701 154 1H2* T 14 1H2* T 14 12.086 2.607 -25.989 155 2H2* T 14 2H2* T 14 11.064 3.478 -24.936 156 H1* T 14 H1* T 14 9.183 3.322 -26.754 157 H3 T 14 H3 T 14 6.652 -0.193 -25.658 158 1H5M T 14 1H5M T 14 10.184 -3.032 -25.034 159 2H5M T 14 2H5M T 14 11.301 -1.856 -24.337 160 3H5M T 14 3H5M T 14 11.497 -2.372 -26.031 161 H6 T 14 H6 T 14 11.377 0.293 -26.136 162 1H5* A 15 1H5* A 15 7.786 6.779 -26.400 163 2H5* A 15 2H5* A 15 7.958 8.236 -25.374 164 H4* A 15 H4* A 15 5.683 7.165 -25.182 165 H3* A 15 H3* A 15 7.064 8.218 -23.192 166 H1* A 15 H1* A 15 4.969 5.108 -23.230 167 H8 A 15 H8 A 15 8.691 3.979 -23.439 168 1H6 A 15 1H6 A 15 6.613 -1.744 -22.399 169 2H6 A 15 2H6 A 15 8.035 -0.754 -22.706 170 H2 A 15 H2 A 15 3.120 1.032 -22.305 171 1H2* A 15 1H2* A 15 7.713 6.067 -22.153 172 2H2* A 15 2H2* A 15 6.173 6.219 -21.432 173 1H5* G 16 1H5* G 16 2.685 6.487 -21.780 174 2H5* G 16 2H5* G 16 2.198 7.642 -20.517 175 H4* G 16 H4* G 16 1.432 5.477 -20.003 176 H3* G 16 H3* G 16 2.677 6.998 -18.134 177 H1* G 16 H1* G 16 2.749 3.371 -18.374 178 H8 G 16 H8 G 16 6.334 4.160 -19.527 179 H1 G 16 H1 G 16 5.026 -2.072 -19.097 180 1H2 G 16 1H2 G 16 2.955 -2.404 -18.481 181 2H2 G 16 2H2 G 16 1.778 -1.101 -18.481 182 1H2* G 16 1H2* G 16 4.797 5.687 -18.635 183 2H2* G 16 2H2* G 16 4.212 5.045 -17.063 184 1H5* C 17 1H5* C 17 1.509 3.044 -16.073 185 2H5* C 17 2H5* C 17 -0.073 3.389 -16.807 186 H4* C 17 H4* C 17 -0.112 1.451 -15.268 187 H3* C 17 H3* C 17 -2.167 3.157 -15.372 188 H1* C 17 H1* C 17 -0.639 2.348 -12.039 189 1H4 C 17 1H4 C 17 3.525 5.966 -8.864 190 2H4 C 17 2H4 C 17 3.440 7.212 -10.133 191 H5 C 17 H5 C 17 2.256 6.925 -12.159 192 H6 C 17 H6 C 17 0.702 5.427 -13.416 193 1H2* C 17 1H2* C 17 -1.097 4.751 -13.992 194 2H2* C 17 2H2* C 17 -2.302 4.042 -12.885 195 1H5* G 18 1H5* G 18 -3.881 -1.682 -15.311 196 2H5* G 18 2H5* G 18 -5.195 -1.307 -14.154 197 H4* G 18 H4* G 18 -4.061 -3.518 -13.736 198 H3* G 18 H3* G 18 -4.912 -1.907 -11.737 199 H1* G 18 H1* G 18 -1.459 -3.343 -11.794 200 H8 G 18 H8 G 18 -1.074 0.496 -12.852 201 H1 G 18 H1 G 18 4.392 -2.529 -11.691 202 1H2 G 18 1H2 G 18 4.026 -4.603 -11.238 203 2H2 G 18 2H2 G 18 2.391 -5.277 -11.078 204 1H2* G 18 1H2* G 18 -2.872 -0.577 -11.791 205 2H2* G 18 2H2* G 18 -2.631 -1.601 -10.353 206 1H5* A 19 1H5* A 19 -2.702 -5.755 -10.261 207 2H5* A 19 2H5* A 19 -3.612 -6.442 -8.890 208 H4* A 19 H4* A 19 -1.242 -7.120 -8.873 209 H3* A 19 H3* A 19 -2.467 -6.303 -6.576 210 H1* A 19 H1* A 19 1.058 -5.403 -7.478 211 H8 A 19 H8 A 19 -1.263 -2.373 -8.525 212 1H6 A 19 1H6 A 19 3.947 0.748 -9.500 213 2H6 A 19 2H6 A 19 2.206 0.794 -9.563 214 H2 A 19 H2 A 19 5.067 -3.418 -8.289 215 1H2* A 19 1H2* A 19 -1.564 -4.069 -6.724 216 2H2* A 19 2H2* A 19 -0.470 -4.895 -5.708 217 1H5* T 20 1H5* T 20 2.093 -6.773 -6.406 218 2H5* T 20 2H5* T 20 2.332 -8.156 -5.289 219 H4* T 20 H4* T 20 4.218 -6.981 -5.693 220 H3* T 20 H3* T 20 3.800 -7.353 -3.121 221 1H2* T 20 1H2* T 20 2.591 -5.337 -3.292 222 2H2* T 20 2H2* T 20 3.929 -4.808 -2.318 223 H1* T 20 H1* T 20 5.282 -4.417 -4.601 224 H3 T 20 H3 T 20 4.645 -0.096 -5.773 225 1H5M T 20 1H5M T 20 -0.128 -1.733 -6.029 226 2H5M T 20 2H5M T 20 -0.134 -0.574 -4.694 227 3H5M T 20 3H5M T 20 -0.140 -2.299 -4.363 228 H6 T 20 H6 T 20 1.730 -3.579 -4.517 229 1H5* G 21 1H5* G 21 8.015 -6.947 -4.209 230 2H5* G 21 2H5* G 21 9.334 -7.621 -3.239 231 H4* G 21 H4* G 21 9.928 -5.472 -3.706 232 H3* G 21 H3* G 21 9.526 -6.074 -0.973 233 H1* G 21 H1* G 21 9.502 -2.844 -2.668 234 H8 G 21 H8 G 21 5.754 -3.636 -1.920 235 H1 G 21 H1 G 21 7.005 2.422 -3.584 236 1H2 G 21 1H2 G 21 9.191 2.662 -4.050 237 2H2 G 21 2H2 G 21 10.274 1.290 -3.880 238 1H2* G 21 1H2* G 21 7.672 -4.564 -0.924 239 2H2* G 21 2H2* G 21 9.027 -3.520 -0.367 240 1H5* G 22 1H5* G 22 12.255 -3.897 -3.126 241 2H5* G 22 2H5* G 22 13.951 -4.337 -2.886 242 H4* G 22 H4* G 22 13.589 -2.440 -4.439 243 H3* G 22 H3* G 22 15.703 -2.401 -2.797 244 H1* G 22 H1* G 22 13.531 0.590 -2.762 245 H8 G 22 H8 G 22 12.355 -1.578 0.288 246 H1 G 22 H1 G 22 9.538 4.102 -0.459 247 1H2 G 22 1H2 G 22 10.350 5.095 -2.338 248 2H2 G 22 2H2 G 22 11.325 4.186 -3.452 249 H3T G 22 H3T G 22 14.599 -0.180 -4.228 250 1H2* G 22 1H2* G 22 14.274 -1.737 -0.928 251 2H2* G 22 2H2* G 22 15.233 -0.260 -1.309 252 2H10 BP 23 H10 BP 23 3.494 -8.203 -14.560 253 H9 BP 23 HC9 BP 23 1.622 -9.146 -13.461 254 H8 BP 23 HC8 BP 23 0.748 -7.191 -12.360 255 H7 BP 23 HC7 BP 23 0.078 -6.495 -15.257 256 H6 BP 23 HC6 BP 23 0.632 -3.523 -14.899 257 H5 BP 23 HC5 BP 23 1.847 -1.479 -15.467 258 H4 BP 23 HC4 BP 23 3.990 -0.290 -15.896 259 H3 BP 23 HC3 BP 23 6.447 -0.318 -16.069 260 H2 BP 23 HC2 BP 23 8.601 -1.561 -15.921 261 H1 BP 23 HC1 BP 23 8.615 -3.986 -15.338 262 H12 BP 23 H12 BP 23 7.419 -6.013 -14.760 263 H11 BP 23 H11 BP 23 5.306 -7.200 -14.340 264 HO9 BP 23 HO9 BP 23 1.381 -8.544 -16.038 265 HO8 BP 23 HO8 BP 23 -1.184 -8.286 -14.165 266 HO7 BP 23 HO7 BP 23 -0.314 -4.614 -12.984 Start of MODEL 2 1 1H5* C 1 1H5* C 1 3.705 10.759 2.273 2 2H5* C 1 2H5* C 1 3.118 11.929 1.054 3 H4* C 1 H4* C 1 5.094 10.712 0.248 4 H3* C 1 H3* C 1 2.583 10.746 -1.210 5 H1* C 1 H1* C 1 5.526 8.434 -1.125 6 1H4 C 1 1H4 C 1 5.195 2.328 0.681 7 2H4 C 1 2H4 C 1 3.479 2.250 0.342 8 H5 C 1 H5 C 1 2.191 4.235 -0.206 9 H6 C 1 H6 C 1 2.314 6.590 -0.691 10 H5T C 1 H5T C 1 2.070 9.386 0.954 11 1H2* C 1 1H2* C 1 2.463 8.438 -1.225 12 2H2* C 1 2H2* C 1 3.592 8.584 -2.604 13 1H5* C 2 1H5* C 2 7.025 9.779 -1.339 14 2H5* C 2 2H5* C 2 7.417 10.964 -2.588 15 H4* C 2 H4* C 2 9.273 9.500 -2.039 16 H3* C 2 H3* C 2 8.808 10.210 -4.637 17 H1* C 2 H1* C 2 9.226 6.502 -4.021 18 1H4 C 2 1H4 C 2 4.149 2.764 -3.194 19 2H4 C 2 2H4 C 2 2.996 4.053 -3.432 20 H5 C 2 H5 C 2 3.758 6.411 -3.610 21 H6 C 2 H6 C 2 5.707 7.830 -3.805 22 1H2* C 2 1H2* C 2 7.203 8.568 -4.950 23 2H2* C 2 2H2* C 2 8.683 8.053 -5.777 24 1H5* A 3 1H5* A 3 11.238 6.163 -3.958 25 2H5* A 3 2H5* A 3 12.693 6.412 -4.947 26 H4* A 3 H4* A 3 12.204 4.149 -4.622 27 H3* A 3 H3* A 3 12.908 5.092 -7.046 28 H1* A 3 H1* A 3 10.431 2.451 -6.431 29 H8 A 3 H8 A 3 7.821 5.394 -7.325 30 1H6 A 3 1H6 A 3 3.553 1.112 -6.398 31 2H6 A 3 2H6 A 3 3.854 2.766 -6.932 32 H2 A 3 H2 A 3 7.423 -0.820 -5.693 33 1H2* A 3 1H2* A 3 10.452 5.188 -7.870 34 2H2* A 3 2H2* A 3 11.014 3.677 -8.524 35 1H5* T 4 1H5* T 4 13.516 0.478 -6.704 36 2H5* T 4 2H5* T 4 14.600 -0.272 -7.906 37 H4* T 4 H4* T 4 12.690 -1.803 -7.014 38 H3* T 4 H3* T 4 13.422 -1.922 -9.621 39 1H2* T 4 1H2* T 4 11.524 -0.615 -9.930 40 2H2* T 4 2H2* T 4 10.979 -2.336 -10.186 41 H1* T 4 H1* T 4 10.329 -2.505 -7.890 42 H3 T 4 H3 T 4 6.020 -1.208 -8.745 43 1H5M T 4 1H5M T 4 9.074 2.486 -11.008 44 2H5M T 4 2H5M T 4 8.514 3.250 -9.474 45 3H5M T 4 3H5M T 4 7.359 2.786 -10.685 46 H6 T 4 H6 T 4 10.276 0.816 -9.333 47 1HN4 5CM 5 1H4 5CM 5 6.488 0.177 -12.214 48 2HN4 5CM 5 2H4 5CM 5 8.188 0.530 -12.496 49 1H5A 5CM 5 1H5M 5CM 5 11.041 -1.540 -13.005 50 2H5A 5CM 5 2H5M 5CM 5 10.557 -0.569 -11.604 51 3H5A 5CM 5 3H5M 5CM 5 9.850 -0.219 -13.212 52 H6 5CM 5 H6 5CM 5 10.160 -3.759 -12.132 53 H1* 5CM 5 H1* 5CM 5 7.107 -5.868 -11.403 54 1H2* 5CM 5 1H2* 5CM 5 9.399 -6.121 -13.115 55 2H2* 5CM 5 2H2* 5CM 5 8.625 -7.498 -12.284 56 H3* 5CM 5 H3* 5CM 5 10.885 -5.778 -11.108 57 H4* 5CM 5 H4* 5CM 5 8.941 -7.681 -9.767 58 1H5* 5CM 5 1H5* 5CM 5 9.502 -6.490 -7.713 59 2H5* 5CM 5 2H5* 5CM 5 10.991 -7.143 -8.439 60 1H5* G 6 1H5* G 6 11.421 -10.645 -13.808 61 2H5* G 6 2H5* G 6 11.553 -9.706 -15.303 62 H4* G 6 H4* G 6 9.948 -11.481 -15.507 63 H3* G 6 H3* G 6 9.282 -9.067 -16.473 64 H1* G 6 H1* G 6 6.723 -10.850 -14.336 65 H8 G 6 H8 G 6 8.841 -11.013 -11.413 66 H1 G 6 H1 G 6 3.809 -7.350 -9.942 67 1H2 G 6 1H2 G 6 2.830 -6.595 -11.706 68 1H2* G 6 1H2* G 6 8.522 -8.383 -14.251 69 2H2* G 6 2H2* G 6 6.996 -8.605 -15.171 70 1H5* C 7 1H5* C 7 5.518 -10.346 -16.252 71 2H5* C 7 2H5* C 7 4.759 -11.140 -17.638 72 H4* C 7 H4* C 7 3.243 -9.806 -16.180 73 H3* C 7 H3* C 7 2.760 -9.965 -18.778 74 H1* C 7 H1* C 7 2.986 -6.514 -17.445 75 1H4 C 7 1H4 C 7 7.983 -2.790 -18.842 76 2H4 C 7 2H4 C 7 9.093 -4.120 -18.624 77 H5 C 7 H5 C 7 8.401 -6.306 -18.116 78 H6 C 7 H6 C 7 6.480 -7.758 -17.667 79 1H2* C 7 1H2* C 7 4.596 -8.408 -19.217 80 2H2* C 7 2H2* C 7 3.096 -7.505 -19.635 81 1H5* T 8 1H5* T 8 0.426 -5.653 -17.299 82 2H5* T 8 2H5* T 8 -1.147 -6.292 -17.809 83 H4* T 8 H4* T 8 -1.092 -3.916 -17.948 84 H3* T 8 H3* T 8 -2.125 -5.275 -20.083 85 1H2* T 8 1H2* T 8 0.103 -5.393 -21.083 86 2H2* T 8 2H2* T 8 -0.738 -4.124 -22.046 87 H1* T 8 H1* T 8 0.049 -2.373 -20.573 88 H3 T 8 H3 T 8 4.151 -1.406 -22.039 89 1H5M T 8 1H5M T 8 4.204 -6.685 -22.093 90 2H5M T 8 2H5M T 8 4.883 -6.313 -20.480 91 3H5M T 8 3H5M T 8 5.655 -5.706 -21.929 92 H6 T 8 H6 T 8 2.042 -5.452 -20.652 93 1H5* A 9 1H5* A 9 -1.255 -0.732 -20.882 94 2H5* A 9 2H5* A 9 -2.907 -0.233 -21.320 95 H4* A 9 H4* A 9 -1.424 1.452 -22.070 96 H3* A 9 H3* A 9 -3.115 0.683 -23.711 97 H1* A 9 H1* A 9 0.485 1.163 -24.531 98 H8 A 9 H8 A 9 0.034 -2.645 -23.597 99 1H6 A 9 1H6 A 9 5.890 -3.340 -25.429 100 2H6 A 9 2H6 A 9 4.458 -4.194 -24.861 101 H2 A 9 H2 A 9 4.739 0.905 -26.099 102 1H2* A 9 1H2* A 9 -1.710 -1.064 -24.460 103 2H2* A 9 2H2* A 9 -1.600 0.037 -25.736 104 1H5* C 10 1H5* C 10 0.023 3.762 -25.182 105 2H5* C 10 2H5* C 10 -0.732 5.043 -26.161 106 H4* C 10 H4* C 10 1.582 4.785 -26.745 107 H3* C 10 H3* C 10 -0.335 4.926 -28.613 108 H1* C 10 H1* C 10 2.705 2.969 -28.856 109 1H4 C 10 1H4 C 10 3.643 -3.315 -28.304 110 2H4 C 10 2H4 C 10 1.976 -3.632 -27.834 111 H5 C 10 H5 C 10 0.361 -1.787 -27.467 112 H6 C 10 H6 C 10 0.041 0.571 -27.679 113 1H2* C 10 1H2* C 10 -0.341 2.574 -28.859 114 2H2* C 10 2H2* C 10 0.620 3.131 -30.219 115 1H5* C 11 1H5* C 11 4.198 5.062 -30.296 116 2H5* C 11 2H5* C 11 4.238 6.013 -31.805 117 H4* C 11 H4* C 11 5.525 3.898 -32.218 118 H3* C 11 H3* C 11 3.022 4.456 -33.574 119 H1* C 11 H1* C 11 5.151 1.433 -32.779 120 1H4 C 11 1H4 C 11 2.224 -3.844 -31.218 121 2H4 C 11 2H4 C 11 0.612 -3.132 -31.164 122 H5 C 11 H5 C 11 0.300 -0.695 -31.516 123 H6 C 11 H6 C 11 1.472 1.382 -32.047 124 H3T C 11 H3T C 11 5.655 3.681 -34.096 125 1H2* C 11 1H2* C 11 2.507 2.219 -33.670 126 2H2* C 11 2H2* C 11 4.025 1.962 -34.494 127 1H5* G 12 1H5* G 12 9.999 -10.052 -33.207 128 2H5* G 12 2H5* G 12 11.085 -10.699 -31.943 129 H4* G 12 H4* G 12 11.490 -8.329 -32.469 130 H3* G 12 H3* G 12 11.493 -9.168 -29.856 131 H1* G 12 H1* G 12 9.822 -6.015 -30.920 132 H8 G 12 H8 G 12 7.119 -8.749 -30.396 133 H1 G 12 H1 G 12 4.921 -2.986 -31.906 134 1H2 G 12 1H2 G 12 6.624 -1.609 -32.299 135 2H2 G 12 2H2 G 12 8.291 -2.207 -32.285 136 H5T G 12 H5T G 12 8.517 -9.666 -31.383 137 1H2* G 12 1H2* G 12 9.125 -8.729 -29.668 138 2H2* G 12 2H2* G 12 9.858 -7.291 -28.873 139 1H5* G 13 1H5* G 13 13.000 -5.102 -31.147 140 2H5* G 13 2H5* G 13 14.476 -4.721 -30.230 141 H4* G 13 H4* G 13 13.578 -2.826 -31.413 142 H3* G 13 H3* G 13 14.446 -2.494 -28.874 143 H1* G 13 H1* G 13 11.126 -1.043 -29.816 144 H8 G 13 H8 G 13 10.510 -4.705 -28.707 145 H1 G 13 H1 G 13 5.268 -1.067 -28.963 146 1H2 G 13 1H2 G 13 5.806 1.001 -29.621 147 2H2 G 13 2H2 G 13 7.473 1.431 -29.953 148 1H2* G 13 1H2* G 13 12.304 -3.269 -28.081 149 2H2* G 13 2H2* G 13 12.264 -1.501 -27.736 150 1H5* T 14 1H5* T 14 12.520 1.969 -29.999 151 2H5* T 14 2H5* T 14 13.517 3.151 -29.109 152 H4* T 14 H4* T 14 11.200 3.792 -29.221 153 H3* T 14 H3* T 14 12.588 4.221 -27.058 154 1H2* T 14 1H2* T 14 12.188 1.940 -26.365 155 2H2* T 14 2H2* T 14 11.304 2.848 -25.227 156 H1* T 14 H1* T 14 9.291 2.887 -26.886 157 H3 T 14 H3 T 14 6.566 -0.436 -25.771 158 1H5M T 14 1H5M T 14 9.980 -3.400 -25.035 159 2H5M T 14 2H5M T 14 11.451 -2.435 -25.136 160 3H5M T 14 3H5M T 14 10.783 -3.211 -26.605 161 H6 T 14 H6 T 14 11.281 -0.307 -26.521 162 1H5* A 15 1H5* A 15 8.338 6.586 -26.558 163 2H5* A 15 2H5* A 15 8.649 8.016 -25.522 164 H4* A 15 H4* A 15 6.297 7.073 -25.234 165 H3* A 15 H3* A 15 7.961 7.963 -23.299 166 H1* A 15 H1* A 15 5.496 5.035 -23.391 167 H8 A 15 H8 A 15 9.152 3.647 -23.539 168 1H6 A 15 1H6 A 15 6.805 -1.904 -22.480 169 2H6 A 15 2H6 A 15 8.251 -0.958 -22.810 170 H2 A 15 H2 A 15 3.405 1.007 -22.443 171 1H2* A 15 1H2* A 15 8.261 5.755 -22.212 172 2H2* A 15 2H2* A 15 6.710 6.065 -21.591 173 1H5* G 16 1H5* G 16 3.836 6.312 -22.499 174 2H5* G 16 2H5* G 16 2.931 7.395 -21.423 175 H4* G 16 H4* G 16 2.128 5.201 -21.303 176 H3* G 16 H3* G 16 2.580 6.544 -18.995 177 H1* G 16 H1* G 16 2.893 3.000 -19.435 178 H8 G 16 H8 G 16 6.555 3.936 -19.828 179 H1 G 16 H1 G 16 5.461 -2.253 -18.758 180 1H2 G 16 1H2 G 16 3.250 -2.603 -18.457 181 2H2 G 16 2H2 G 16 2.093 -1.295 -18.680 182 1H2* G 16 1H2* G 16 4.853 5.330 -18.909 183 2H2* G 16 2H2* G 16 3.846 4.591 -17.627 184 1H5* C 17 1H5* C 17 1.347 2.003 -17.000 185 2H5* C 17 2H5* C 17 -0.309 2.471 -17.407 186 H4* C 17 H4* C 17 -0.071 1.119 -15.279 187 H3* C 17 H3* C 17 -1.976 2.991 -15.439 188 H1* C 17 H1* C 17 0.389 3.189 -12.554 189 1H4 C 17 1H4 C 17 4.725 7.857 -12.310 190 2H4 C 17 2H4 C 17 4.901 7.831 -14.090 191 H5 C 17 H5 C 17 3.676 6.330 -15.483 192 H6 C 17 H6 C 17 1.922 4.568 -15.489 193 1H2* C 17 1H2* C 17 -0.299 4.744 -15.152 194 2H2* C 17 2H2* C 17 -1.259 4.767 -13.644 195 1H5* G 18 1H5* G 18 -4.025 0.521 -13.441 196 2H5* G 18 2H5* G 18 -5.034 0.484 -11.983 197 H4* G 18 H4* G 18 -4.109 -1.696 -12.470 198 H3* G 18 H3* G 18 -4.040 -0.745 -9.944 199 H1* G 18 H1* G 18 -1.057 -2.419 -11.483 200 H8 G 18 H8 G 18 -0.502 1.393 -12.136 201 H1 G 18 H1 G 18 4.823 -2.093 -11.763 202 1H2 G 18 1H2 G 18 4.300 -4.180 -11.296 203 2H2 G 18 2H2 G 18 2.610 -4.673 -11.094 204 1H2* G 18 1H2* G 18 -1.926 0.367 -10.463 205 2H2* G 18 2H2* G 18 -1.445 -0.968 -9.396 206 1H5* A 19 1H5* A 19 -2.501 -5.460 -10.018 207 2H5* A 19 2H5* A 19 -3.403 -6.179 -8.661 208 H4* A 19 H4* A 19 -1.271 -7.365 -9.118 209 H3* A 19 H3* A 19 -2.016 -6.975 -6.588 210 H1* A 19 H1* A 19 1.469 -5.938 -7.629 211 H8 A 19 H8 A 19 -0.913 -2.815 -8.012 212 1H6 A 19 1H6 A 19 4.227 0.362 -9.104 213 2H6 A 19 2H6 A 19 2.503 0.421 -8.841 214 H2 A 19 H2 A 19 5.382 -3.934 -8.608 215 1H2* A 19 1H2* A 19 -1.083 -4.762 -6.487 216 2H2* A 19 2H2* A 19 0.074 -5.740 -5.707 217 1H5* T 20 1H5* T 20 2.526 -7.466 -6.932 218 2H5* T 20 2H5* T 20 2.869 -9.031 -6.149 219 H4* T 20 H4* T 20 4.721 -7.695 -6.408 220 H3* T 20 H3* T 20 4.402 -8.599 -3.930 221 1H2* T 20 1H2* T 20 3.439 -6.471 -3.549 222 2H2* T 20 2H2* T 20 4.957 -6.220 -2.758 223 H1* T 20 H1* T 20 5.923 -5.374 -5.075 224 H3 T 20 H3 T 20 5.052 -1.016 -5.681 225 1H5M T 20 1H5M T 20 0.494 -1.556 -4.216 226 2H5M T 20 2H5M T 20 0.527 -3.285 -3.773 227 3H5M T 20 3H5M T 20 0.361 -2.775 -5.458 228 H6 T 20 H6 T 20 2.326 -4.626 -4.389 229 1H5* G 21 1H5* G 21 8.130 -6.179 -5.286 230 2H5* G 21 2H5* G 21 9.391 -7.135 -4.481 231 H4* G 21 H4* G 21 10.198 -5.009 -4.735 232 H3* G 21 H3* G 21 10.133 -6.133 -2.223 233 H1* G 21 H1* G 21 9.650 -2.569 -2.774 234 H8 G 21 H8 G 21 6.052 -3.983 -2.273 235 H1 G 21 H1 G 21 6.695 2.332 -3.114 236 1H2 G 21 1H2 G 21 8.907 2.772 -3.570 237 2H2 G 21 2H2 G 21 10.072 1.456 -3.355 238 1H2* G 21 1H2* G 21 8.073 -4.960 -1.724 239 2H2* G 21 2H2* G 21 9.325 -4.003 -0.854 240 1H5* G 22 1H5* G 22 11.839 -2.120 -3.713 241 2H5* G 22 2H5* G 22 13.519 -2.447 -3.277 242 H4* G 22 H4* G 22 13.217 -0.152 -4.120 243 H3* G 22 H3* G 22 14.894 -0.611 -2.094 244 H1* G 22 H1* G 22 12.350 2.004 -1.511 245 H8 G 22 H8 G 22 10.839 -1.249 0.087 246 H1 G 22 H1 G 22 7.216 3.980 0.332 247 1H2 G 22 1H2 G 22 8.167 5.680 -0.739 248 2H2 G 22 2H2 G 22 9.665 5.422 -1.621 249 H3T G 22 H3T G 22 13.906 1.743 -3.193 250 1H2* G 22 1H2* G 22 12.998 -0.821 -0.542 251 2H2* G 22 2H2* G 22 13.797 0.730 -0.086 252 2H10 BP 23 H10 BP 23 3.636 -7.931 -14.239 253 H9 BP 23 HC9 BP 23 1.722 -8.717 -13.075 254 H8 BP 23 HC8 BP 23 1.013 -6.670 -12.091 255 H7 BP 23 HC7 BP 23 0.312 -6.066 -14.991 256 H6 BP 23 HC6 BP 23 1.041 -3.115 -14.747 257 H5 BP 23 HC5 BP 23 2.380 -1.143 -15.371 258 H4 BP 23 HC4 BP 23 4.590 -0.094 -15.825 259 H3 BP 23 HC3 BP 23 7.044 -0.267 -15.977 260 H2 BP 23 HC2 BP 23 9.121 -1.625 -15.779 261 H1 BP 23 HC1 BP 23 8.992 -4.025 -15.120 262 H12 BP 23 H12 BP 23 7.679 -5.965 -14.489 263 H11 BP 23 H11 BP 23 5.509 -7.017 -14.044 264 HO9 BP 23 HO9 BP 23 1.434 -8.296 -15.692 265 HO8 BP 23 HO8 BP 23 -1.050 -7.749 -13.775 266 HO7 BP 23 HO7 BP 23 0.021 -4.073 -12.794 Start of MODEL 3 1 1H5* C 1 1H5* C 1 7.721 14.673 -5.005 2 2H5* C 1 2H5* C 1 6.520 13.526 -4.371 3 H4* C 1 H4* C 1 9.376 12.823 -5.114 4 H3* C 1 H3* C 1 7.041 12.994 -6.849 5 H1* C 1 H1* C 1 9.191 10.221 -5.633 6 1H4 C 1 1H4 C 1 7.222 5.285 -2.122 7 2H4 C 1 2H4 C 1 5.571 5.485 -2.712 8 H5 C 1 H5 C 1 4.882 7.435 -3.899 9 H6 C 1 H6 C 1 5.620 9.425 -5.044 10 H5T C 1 H5T C 1 7.358 14.320 -2.541 11 1H2* C 1 1H2* C 1 6.242 10.962 -6.066 12 2H2* C 1 2H2* C 1 7.373 10.303 -7.287 13 1H5* C 2 1H5* C 2 10.979 10.982 -6.042 14 2H5* C 2 2H5* C 2 11.765 11.429 -7.556 15 H4* C 2 H4* C 2 13.050 9.886 -6.173 16 H3* C 2 H3* C 2 13.024 9.585 -8.897 17 H1* C 2 H1* C 2 12.161 6.444 -6.907 18 1H4 C 2 1H4 C 2 6.083 4.846 -6.102 19 2H4 C 2 2H4 C 2 5.486 6.232 -6.994 20 H5 C 2 H5 C 2 6.988 8.018 -7.750 21 H6 C 2 H6 C 2 9.319 8.676 -7.938 22 1H2* C 2 1H2* C 2 11.067 8.405 -8.934 23 2H2* C 2 2H2* C 2 12.380 7.227 -9.136 24 1H5* A 3 1H5* A 3 14.029 5.804 -6.512 25 2H5* A 3 2H5* A 3 15.563 5.203 -7.171 26 H4* A 3 H4* A 3 14.354 3.536 -6.125 27 H3* A 3 H3* A 3 15.493 3.101 -8.525 28 H1* A 3 H1* A 3 12.279 1.702 -7.396 29 H8 A 3 H8 A 3 10.796 4.534 -9.877 30 1H6 A 3 1H6 A 3 5.331 2.356 -8.135 31 2H6 A 3 2H6 A 3 6.119 3.343 -9.360 32 H2 A 3 H2 A 3 8.328 -0.021 -6.047 33 1H2* A 3 1H2* A 3 13.251 3.405 -9.790 34 2H2* A 3 2H2* A 3 13.351 1.671 -9.641 35 1H5* T 4 1H5* T 4 14.212 -0.854 -6.287 36 2H5* T 4 2H5* T 4 15.189 -2.262 -6.781 37 H4* T 4 H4* T 4 12.827 -2.836 -5.878 38 H3* T 4 H3* T 4 13.739 -4.225 -8.012 39 1H2* T 4 1H2* T 4 12.476 -2.628 -9.159 40 2H2* T 4 2H2* T 4 11.450 -4.130 -9.042 41 H1* T 4 H1* T 4 10.473 -3.284 -6.983 42 H3 T 4 H3 T 4 6.867 -1.333 -9.088 43 1H5M T 4 1H5M T 4 11.134 0.224 -11.818 44 2H5M T 4 2H5M T 4 9.623 1.140 -11.929 45 3H5M T 4 3H5M T 4 10.813 1.625 -10.750 46 H6 T 4 H6 T 4 11.588 -0.886 -9.439 47 1HN4 5CM 5 1H4 5CM 5 7.940 -1.792 -12.498 48 2HN4 5CM 5 2H4 5CM 5 9.694 -1.933 -12.550 49 1H5A 5CM 5 1H5M 5CM 5 11.085 -3.031 -12.470 50 2H5A 5CM 5 2H5M 5CM 5 11.698 -3.342 -10.838 51 3H5A 5CM 5 3H5M 5CM 5 11.771 -4.637 -12.085 52 H6 5CM 5 H6 5CM 5 10.351 -6.059 -10.314 53 H1* 5CM 5 H1* 5CM 5 6.722 -6.949 -9.523 54 1H2* 5CM 5 1H2* 5CM 5 8.932 -8.437 -10.608 55 2H2* 5CM 5 2H2* 5CM 5 7.709 -9.144 -9.516 56 H3* 5CM 5 H3* 5CM 5 10.288 -7.760 -8.591 57 H4* 5CM 5 H4* 5CM 5 7.753 -8.448 -7.070 58 1H5* 5CM 5 1H5* 5CM 5 8.455 -6.858 -5.406 59 2H5* 5CM 5 2H5* 5CM 5 9.790 -8.012 -5.648 60 1H5* G 6 1H5* G 6 9.544 -13.338 -9.521 61 2H5* G 6 2H5* G 6 10.166 -12.887 -11.118 62 H4* G 6 H4* G 6 8.183 -14.266 -11.231 63 H3* G 6 H3* G 6 8.345 -12.221 -12.945 64 H1* G 6 H1* G 6 5.105 -12.478 -10.961 65 H8 G 6 H8 G 6 6.959 -12.077 -7.817 66 H1 G 6 H1 G 6 3.135 -7.012 -8.602 67 1H2 G 6 1H2 G 6 2.395 -6.869 -10.636 68 1H2* G 6 1H2* G 6 7.545 -10.675 -11.252 69 2H2* G 6 2H2* G 6 6.144 -10.847 -12.359 70 1H5* C 7 1H5* C 7 4.414 -12.420 -13.165 71 2H5* C 7 2H5* C 7 3.297 -13.327 -14.194 72 H4* C 7 H4* C 7 2.524 -11.053 -13.790 73 H3* C 7 H3* C 7 2.348 -12.108 -16.281 74 H1* C 7 H1* C 7 3.519 -8.671 -15.849 75 1H4 C 7 1H4 C 7 9.416 -6.866 -17.636 76 2H4 C 7 2H4 C 7 10.116 -8.184 -16.723 77 H5 C 7 H5 C 7 8.837 -9.905 -15.734 78 H6 C 7 H6 C 7 6.586 -10.658 -15.167 79 1H2* C 7 1H2* C 7 4.635 -11.380 -16.725 80 2H2* C 7 2H2* C 7 3.600 -10.264 -17.685 81 1H5* T 8 1H5* T 8 1.497 -7.198 -16.404 82 2H5* T 8 2H5* T 8 -0.157 -7.430 -16.988 83 H4* T 8 H4* T 8 0.696 -5.194 -17.397 84 H3* T 8 H3* T 8 -0.782 -6.354 -19.330 85 1H2* T 8 1H2* T 8 1.209 -7.578 -20.117 86 2H2* T 8 2H2* T 8 0.923 -6.331 -21.383 87 H1* T 8 H1* T 8 2.389 -4.774 -20.294 88 H3 T 8 H3 T 8 6.442 -5.819 -21.602 89 1H5M T 8 1H5M T 8 5.553 -9.910 -18.601 90 2H5M T 8 2H5M T 8 4.667 -10.553 -20.024 91 3H5M T 8 3H5M T 8 6.367 -10.122 -20.134 92 H6 T 8 H6 T 8 3.079 -8.276 -19.299 93 1H5* A 9 1H5* A 9 1.781 -2.695 -20.753 94 2H5* A 9 2H5* A 9 0.529 -1.688 -21.522 95 H4* A 9 H4* A 9 2.716 -0.947 -22.224 96 H3* A 9 H3* A 9 0.893 -1.053 -23.901 97 H1* A 9 H1* A 9 4.258 -2.434 -24.518 98 H8 A 9 H8 A 9 2.110 -5.396 -23.066 99 1H6 A 9 1H6 A 9 6.871 -8.999 -24.711 100 2H6 A 9 2H6 A 9 5.216 -9.033 -24.105 101 H2 A 9 H2 A 9 7.751 -4.879 -26.054 102 1H2* A 9 1H2* A 9 1.295 -3.360 -24.284 103 2H2* A 9 2H2* A 9 1.901 -2.641 -25.691 104 1H5* C 10 1H5* C 10 5.092 -0.208 -25.629 105 2H5* C 10 2H5* C 10 5.004 1.126 -26.808 106 H4* C 10 H4* C 10 6.856 -0.277 -27.291 107 H3* C 10 H3* C 10 5.107 0.591 -29.122 108 H1* C 10 H1* C 10 6.875 -2.585 -29.191 109 1H4 C 10 1H4 C 10 4.943 -8.419 -27.552 110 2H4 C 10 2H4 C 10 3.338 -7.899 -27.048 111 H5 C 10 H5 C 10 2.722 -5.429 -27.041 112 H6 C 10 H6 C 10 3.474 -3.288 -27.665 113 1H2* C 10 1H2* C 10 4.004 -1.513 -29.140 114 2H2* C 10 2H2* C 10 5.059 -1.551 -30.557 115 1H5* C 11 1H5* C 11 9.474 -1.944 -31.170 116 2H5* C 11 2H5* C 11 9.243 -1.050 -32.710 117 H4* C 11 H4* C 11 9.143 -3.511 -33.207 118 H3* C 11 H3* C 11 6.791 -1.734 -33.400 119 H1* C 11 H1* C 11 7.560 -5.405 -33.235 120 1H4 C 11 1H4 C 11 3.492 -9.001 -30.414 121 2H4 C 11 2H4 C 11 2.326 -7.718 -30.061 122 H5 C 11 H5 C 11 2.811 -5.385 -30.694 123 H6 C 11 H6 C 11 4.453 -3.943 -31.650 124 H3T C 11 H3T C 11 8.894 -2.205 -34.705 125 1H2* C 11 1H2* C 11 5.401 -3.496 -33.465 126 2H2* C 11 2H2* C 11 6.398 -4.314 -34.637 127 1H5* G 12 1H5* G 12 8.437 -17.551 -31.548 128 2H5* G 12 2H5* G 12 8.920 -18.417 -30.070 129 H4* G 12 H4* G 12 10.474 -16.615 -30.729 130 H3* G 12 H3* G 12 9.918 -17.054 -28.129 131 H1* G 12 H1* G 12 9.750 -13.561 -29.420 132 H8 G 12 H8 G 12 6.196 -15.072 -29.150 133 H1 G 12 H1 G 12 6.347 -9.135 -31.353 134 1H2 G 12 1H2 G 12 8.389 -8.476 -31.708 135 2H2 G 12 2H2 G 12 9.780 -9.479 -31.226 136 H5T G 12 H5T G 12 7.132 -16.235 -30.081 137 1H2* G 12 1H2* G 12 7.906 -15.723 -28.266 138 2H2* G 12 2H2* G 12 9.059 -14.651 -27.396 139 1H5* G 13 1H5* G 13 13.064 -14.202 -29.397 140 2H5* G 13 2H5* G 13 14.486 -14.332 -28.335 141 H4* G 13 H4* G 13 14.520 -12.370 -29.728 142 H3* G 13 H3* G 13 15.164 -12.128 -27.106 143 H1* G 13 H1* G 13 12.817 -9.639 -28.622 144 H8 G 13 H8 G 13 10.658 -12.564 -27.320 145 H1 G 13 H1 G 13 7.427 -7.136 -28.320 146 1H2 G 13 1H2 G 13 8.806 -5.574 -29.179 147 2H2 G 13 2H2 G 13 10.547 -5.877 -29.198 148 1H2* G 13 1H2* G 13 12.819 -11.935 -26.601 149 2H2* G 13 2H2* G 13 13.442 -10.263 -26.360 150 1H5* T 14 1H5* T 14 15.532 -7.558 -28.799 151 2H5* T 14 2H5* T 14 16.818 -6.731 -27.879 152 H4* T 14 H4* T 14 15.010 -5.271 -28.519 153 H3* T 14 H3* T 14 16.174 -4.985 -26.209 154 1H2* T 14 1H2* T 14 14.799 -6.738 -25.281 155 2H2* T 14 2H2* T 14 14.177 -5.382 -24.478 156 H1* T 14 H1* T 14 12.592 -4.950 -26.519 157 H3 T 14 H3 T 14 8.761 -6.668 -25.198 158 1H5M T 14 1H5M T 14 11.442 -11.006 -25.219 159 2H5M T 14 2H5M T 14 12.373 -10.327 -23.837 160 3H5M T 14 3H5M T 14 10.642 -10.562 -23.687 161 H6 T 14 H6 T 14 13.141 -8.531 -25.463 162 1H5* A 15 1H5* A 15 13.259 -1.535 -27.293 163 2H5* A 15 2H5* A 15 13.819 0.049 -26.677 164 H4* A 15 H4* A 15 11.384 -0.032 -27.082 165 H3* A 15 H3* A 15 12.531 1.311 -25.283 166 H1* A 15 H1* A 15 9.574 -0.857 -24.506 167 H8 A 15 H8 A 15 12.769 -2.994 -23.763 168 1H6 A 15 1H6 A 15 8.835 -7.152 -21.413 169 2H6 A 15 2H6 A 15 10.538 -6.775 -21.714 170 H2 A 15 H2 A 15 6.471 -3.646 -22.752 171 1H2* A 15 1H2* A 15 12.477 -0.396 -23.507 172 2H2* A 15 2H2* A 15 11.077 0.485 -23.107 173 1H5* G 16 1H5* G 16 7.703 1.002 -24.466 174 2H5* G 16 2H5* G 16 7.222 2.640 -23.995 175 H4* G 16 H4* G 16 5.844 1.031 -22.992 176 H3* G 16 H3* G 16 6.854 2.992 -21.384 177 H1* G 16 H1* G 16 6.101 -0.465 -20.421 178 H8 G 16 H8 G 16 9.893 -0.695 -20.900 179 H1 G 16 H1 G 16 7.256 -5.811 -18.123 180 1H2 G 16 1H2 G 16 5.072 -5.510 -17.870 181 2H2 G 16 2H2 G 16 4.288 -4.100 -18.571 182 1H2* G 16 1H2* G 16 8.638 1.295 -20.686 183 2H2* G 16 2H2* G 16 7.520 1.384 -19.291 184 1H5* C 17 1H5* C 17 5.890 0.792 -17.325 185 2H5* C 17 2H5* C 17 4.534 0.589 -18.447 186 H4* C 17 H4* C 17 3.797 0.344 -16.153 187 H3* C 17 H3* C 17 2.410 2.051 -17.873 188 H1* C 17 H1* C 17 2.927 2.338 -14.347 189 1H4 C 17 1H4 C 17 6.148 6.266 -10.675 190 2H4 C 17 2H4 C 17 6.386 7.412 -12.009 191 H5 C 17 H5 C 17 5.767 6.876 -14.279 192 H6 C 17 H6 C 17 4.650 5.208 -15.702 193 1H2* C 17 1H2* C 17 3.578 3.940 -16.919 194 2H2* C 17 2H2* C 17 1.989 3.964 -16.073 195 1H5* G 18 1H5* G 18 -1.572 -0.611 -16.475 196 2H5* G 18 2H5* G 18 -2.731 0.409 -15.596 197 H4* G 18 H4* G 18 -2.498 -1.876 -14.654 198 H3* G 18 H3* G 18 -2.794 0.252 -13.029 199 H1* G 18 H1* G 18 -0.062 -2.249 -12.480 200 H8 G 18 H8 G 18 1.666 0.775 -14.362 201 H1 G 18 H1 G 18 5.653 -3.351 -11.621 202 1H2 G 18 1H2 G 18 4.533 -4.925 -10.632 203 2H2 G 18 2H2 G 18 2.767 -5.021 -10.730 204 1H2* G 18 1H2* G 18 -0.416 0.753 -13.227 205 2H2* G 18 2H2* G 18 -0.564 0.117 -11.572 206 1H5* A 19 1H5* A 19 -2.507 -3.763 -10.492 207 2H5* A 19 2H5* A 19 -3.678 -3.635 -9.158 208 H4* A 19 H4* A 19 -1.827 -5.222 -8.687 209 H3* A 19 H3* A 19 -2.712 -3.559 -6.744 210 H1* A 19 H1* A 19 0.966 -4.034 -7.430 211 H8 A 19 H8 A 19 -0.272 -0.800 -9.348 212 1H6 A 19 1H6 A 19 5.702 0.345 -10.249 213 2H6 A 19 2H6 A 19 4.085 0.895 -10.594 214 H2 A 19 H2 A 19 5.410 -3.537 -8.124 215 1H2* A 19 1H2* A 19 -1.121 -1.830 -7.245 216 2H2* A 19 2H2* A 19 -0.394 -2.698 -5.971 217 1H5* T 20 1H5* T 20 1.545 -5.249 -5.999 218 2H5* T 20 2H5* T 20 1.212 -6.369 -4.661 219 H4* T 20 H4* T 20 3.432 -5.952 -4.958 220 H3* T 20 H3* T 20 2.674 -5.561 -2.449 221 1H2* T 20 1H2* T 20 2.550 -3.277 -3.103 222 2H2* T 20 2H2* T 20 4.004 -3.208 -2.174 223 H1* T 20 H1* T 20 5.349 -3.774 -4.347 224 H3 T 20 H3 T 20 6.164 0.271 -6.289 225 1H5M T 20 1H5M T 20 0.967 0.256 -5.102 226 2H5M T 20 2H5M T 20 1.442 1.270 -6.513 227 3H5M T 20 3H5M T 20 1.050 -0.405 -6.733 228 H6 T 20 H6 T 20 2.200 -1.941 -4.990 229 1H5* G 21 1H5* G 21 7.102 -4.710 -3.824 230 2H5* G 21 2H5* G 21 7.883 -5.566 -2.483 231 H4* G 21 H4* G 21 9.323 -3.953 -3.162 232 H3* G 21 H3* G 21 8.528 -4.022 -0.520 233 H1* G 21 H1* G 21 9.417 -0.950 -2.279 234 H8 G 21 H8 G 21 5.499 -1.015 -2.224 235 H1 G 21 H1 G 21 8.248 4.006 -5.090 236 1H2 G 21 1H2 G 21 10.502 3.681 -5.102 237 2H2 G 21 2H2 G 21 11.174 2.305 -4.213 238 1H2* G 21 1H2* G 21 6.964 -2.204 -0.932 239 2H2* G 21 2H2* G 21 8.358 -1.402 -0.122 240 1H5* G 22 1H5* G 22 11.790 -1.939 -2.603 241 2H5* G 22 2H5* G 22 13.181 -2.631 -1.763 242 H4* G 22 H4* G 22 13.812 -1.018 -3.456 243 H3* G 22 H3* G 22 15.110 -1.064 -1.098 244 H1* G 22 H1* G 22 13.843 2.248 -2.208 245 H8 G 22 H8 G 22 11.118 0.804 0.223 246 H1 G 22 H1 G 22 9.736 6.396 -2.524 247 1H2 G 22 1H2 G 22 11.359 6.962 -4.007 248 2H2 G 22 2H2 G 22 12.684 5.865 -4.300 249 H3T G 22 H3T G 22 15.243 0.665 -3.272 250 1H2* G 22 1H2* G 22 13.265 0.162 -0.051 251 2H2* G 22 2H2* G 22 14.610 1.360 -0.119 252 2H10 BP 23 H10 BP 23 3.252 -9.132 -12.383 253 H9 BP 23 HC9 BP 23 1.054 -9.050 -11.549 254 H8 BP 23 HC8 BP 23 0.767 -6.707 -11.349 255 H7 BP 23 HC7 BP 23 0.733 -6.978 -14.384 256 H6 BP 23 HC6 BP 23 2.183 -4.360 -14.903 257 H5 BP 23 HC5 BP 23 4.047 -3.095 -15.803 258 H4 BP 23 HC4 BP 23 6.500 -2.772 -16.097 259 H3 BP 23 HC3 BP 23 8.798 -3.504 -15.690 260 H2 BP 23 HC2 BP 23 10.400 -5.111 -14.663 261 H1 BP 23 HC1 BP 23 9.559 -7.042 -13.330 262 H12 BP 23 H12 BP 23 7.690 -8.318 -12.396 263 H11 BP 23 H11 BP 23 5.265 -8.651 -12.106 264 HO9 BP 23 HO9 BP 23 -0.069 -9.434 -13.617 265 HO8 BP 23 HO8 BP 23 -1.295 -6.962 -13.328 266 HO7 BP 23 HO7 BP 23 0.695 -4.345 -12.974 Start of MODEL 4 1 1H5* C 1 1H5* C 1 3.647 9.083 1.355 2 2H5* C 1 2H5* C 1 4.967 9.753 0.354 3 H4* C 1 H4* C 1 5.065 7.294 0.444 4 H3* C 1 H3* C 1 4.960 8.776 -2.042 5 H1* C 1 H1* C 1 3.940 5.328 -1.062 6 1H4 C 1 1H4 C 1 -2.061 3.241 -1.108 7 2H4 C 1 2H4 C 1 -2.535 4.349 -2.379 8 H5 C 1 H5 C 1 -1.034 6.150 -3.104 9 H6 C 1 H6 C 1 1.193 7.049 -2.891 10 H5T C 1 H5T C 1 2.312 9.303 -0.535 11 1H2* C 1 1H2* C 1 2.965 7.768 -2.650 12 2H2* C 1 2H2* C 1 4.057 6.478 -3.237 13 1H5* C 2 1H5* C 2 5.664 4.791 0.291 14 2H5* C 2 2H5* C 2 7.337 4.800 -0.283 15 H4* C 2 H4* C 2 6.727 2.799 0.981 16 H3* C 2 H3* C 2 8.321 2.526 -1.216 17 H1* C 2 H1* C 2 5.208 0.296 -1.292 18 1H4 C 2 1H4 C 2 -0.059 2.298 -4.135 19 2H4 C 2 2H4 C 2 0.690 3.770 -4.747 20 H5 C 2 H5 C 2 2.982 4.426 -4.049 21 H6 C 2 H6 C 2 4.916 3.700 -2.836 22 1H2* C 2 1H2* C 2 6.609 2.593 -2.675 23 2H2* C 2 2H2* C 2 7.096 0.876 -2.566 24 1H5* A 3 1H5* A 3 6.088 -1.341 -0.319 25 2H5* A 3 2H5* A 3 7.306 -2.637 -0.328 26 H4* A 3 H4* A 3 5.284 -3.437 -0.905 27 H3* A 3 H3* A 3 7.459 -3.980 -2.471 28 H1* A 3 H1* A 3 3.952 -3.670 -3.606 29 H8 A 3 H8 A 3 5.299 -0.193 -5.085 30 1H6 A 3 1H6 A 3 -0.588 0.759 -6.527 31 2H6 A 3 2H6 A 3 1.060 1.381 -6.659 32 H2 A 3 H2 A 3 -0.405 -3.121 -4.461 33 1H2* A 3 1H2* A 3 6.663 -2.407 -4.362 34 2H2* A 3 2H2* A 3 6.026 -3.951 -4.882 35 1H5* T 4 1H5* T 4 3.914 -7.060 -2.980 36 2H5* T 4 2H5* T 4 4.398 -8.665 -3.570 37 H4* T 4 H4* T 4 2.023 -7.967 -4.236 38 H3* T 4 H3* T 4 3.632 -9.001 -6.274 39 1H2* T 4 1H2* T 4 3.336 -6.992 -7.320 40 2H2* T 4 2H2* T 4 1.746 -7.785 -7.695 41 H1* T 4 H1* T 4 0.630 -6.723 -6.000 42 H3 T 4 H3 T 4 -0.126 -2.775 -8.052 43 1H5M T 4 1H5M T 4 5.271 -3.133 -7.206 44 2H5M T 4 2H5M T 4 4.810 -3.004 -8.901 45 3H5M T 4 3H5M T 4 4.493 -1.634 -7.767 46 H6 T 4 H6 T 4 3.772 -5.120 -6.703 47 1HN4 5CM 5 1H4 5CM 5 2.227 -3.205 -10.895 48 2HN4 5CM 5 2H4 5CM 5 3.511 -4.287 -10.377 49 1H5A 5CM 5 1H5M 5CM 5 4.044 -7.099 -10.883 50 2H5A 5CM 5 2H5M 5CM 5 3.986 -5.849 -9.634 51 3H5A 5CM 5 3H5M 5CM 5 3.570 -7.480 -9.183 52 H6 5CM 5 H6 5CM 5 1.340 -8.432 -10.162 53 H1* 5CM 5 H1* 5CM 5 -2.243 -7.456 -10.996 54 1H2* 5CM 5 1H2* 5CM 5 -0.430 -9.536 -11.855 55 2H2* 5CM 5 2H2* 5CM 5 -2.190 -9.765 -11.647 56 H3* 5CM 5 H3* 5CM 5 -0.075 -10.227 -9.464 57 H4* 5CM 5 H4* 5CM 5 -3.054 -9.753 -9.149 58 1H5* 5CM 5 1H5* 5CM 5 -2.428 -9.116 -6.865 59 2H5* 5CM 5 2H5* 5CM 5 -1.817 -10.752 -7.209 60 1H5* G 6 1H5* G 6 -2.613 -14.197 -12.585 61 2H5* G 6 2H5* G 6 -1.278 -13.952 -13.725 62 H4* G 6 H4* G 6 -3.428 -13.893 -14.811 63 H3* G 6 H3* G 6 -1.603 -12.057 -15.514 64 H1* G 6 H1* G 6 -5.109 -10.802 -14.754 65 H8 G 6 H8 G 6 -4.913 -12.018 -11.325 66 H1 G 6 H1 G 6 -5.562 -5.657 -11.113 67 1H2 G 6 1H2 G 6 -5.111 -4.730 -12.984 68 1H2* G 6 1H2* G 6 -2.266 -10.627 -13.652 69 2H2* G 6 2H2* G 6 -2.952 -9.792 -15.084 70 1H5* C 7 1H5* C 7 -4.733 -9.941 -16.740 71 2H5* C 7 2H5* C 7 -5.353 -10.044 -18.392 72 H4* C 7 H4* C 7 -5.574 -7.793 -17.286 73 H3* C 7 H3* C 7 -5.173 -7.978 -19.913 74 H1* C 7 H1* C 7 -2.861 -5.828 -18.084 75 1H4 C 7 1H4 C 7 3.339 -7.187 -17.411 76 2H4 C 7 2H4 C 7 2.951 -8.805 -16.863 77 H5 C 7 H5 C 7 0.781 -9.711 -16.922 78 H6 C 7 H6 C 7 -1.587 -9.231 -17.302 79 1H2* C 7 1H2* C 7 -2.829 -8.549 -19.485 80 2H2* C 7 2H2* C 7 -2.805 -6.919 -20.251 81 1H5* T 8 1H5* T 8 -3.485 -3.218 -18.475 82 2H5* T 8 2H5* T 8 -4.919 -2.703 -19.388 83 H4* T 8 H4* T 8 -3.252 -0.963 -19.298 84 H3* T 8 H3* T 8 -4.501 -1.426 -21.626 85 1H2* T 8 1H2* T 8 -2.979 -3.269 -22.136 86 2H2* T 8 2H2* T 8 -2.451 -1.954 -23.247 87 H1* T 8 H1* T 8 -0.805 -1.169 -21.699 88 H3 T 8 H3 T 8 2.761 -3.855 -21.843 89 1H5M T 8 1H5M T 8 -0.735 -7.302 -20.313 90 2H5M T 8 2H5M T 8 -1.202 -7.317 -22.050 91 3H5M T 8 3H5M T 8 0.438 -7.698 -21.545 92 H6 T 8 H6 T 8 -1.907 -4.673 -21.253 93 1H5* A 9 1H5* A 9 -0.332 0.900 -22.302 94 2H5* A 9 2H5* A 9 -0.956 2.311 -23.178 95 H4* A 9 H4* A 9 1.326 2.059 -23.749 96 H3* A 9 H3* A 9 -0.237 2.326 -25.672 97 H1* A 9 H1* A 9 2.605 -0.107 -25.552 98 H8 A 9 H8 A 9 -0.653 -2.104 -24.595 99 1H6 A 9 1H6 A 9 2.899 -7.132 -24.648 100 2H6 A 9 2H6 A 9 1.255 -6.528 -24.461 101 H2 A 9 H2 A 9 5.462 -3.638 -25.735 102 1H2* A 9 1H2* A 9 -0.504 0.009 -25.927 103 2H2* A 9 2H2* A 9 0.576 0.344 -27.185 104 1H5* C 10 1H5* C 10 4.211 1.624 -26.567 105 2H5* C 10 2H5* C 10 4.878 2.757 -27.761 106 H4* C 10 H4* C 10 6.150 0.731 -27.744 107 H3* C 10 H3* C 10 5.302 1.730 -30.074 108 H1* C 10 H1* C 10 5.709 -1.807 -29.367 109 1H4 C 10 1H4 C 10 1.677 -6.336 -27.735 110 2H4 C 10 2H4 C 10 0.267 -5.284 -27.677 111 H5 C 10 H5 C 10 0.492 -2.792 -28.155 112 H6 C 10 H6 C 10 2.072 -1.095 -28.768 113 1H2* C 10 1H2* C 10 3.507 0.180 -30.157 114 2H2* C 10 2H2* C 10 4.729 -0.513 -31.237 115 1H5* C 11 1H5* C 11 8.306 -2.146 -31.015 116 2H5* C 11 2H5* C 11 8.894 -1.868 -32.672 117 H4* C 11 H4* C 11 7.815 -4.004 -32.747 118 H3* C 11 H3* C 11 6.256 -1.771 -33.894 119 H1* C 11 H1* C 11 5.723 -5.326 -32.665 120 1H4 C 11 1H4 C 11 0.118 -6.649 -30.623 121 2H4 C 11 2H4 C 11 -0.548 -5.017 -30.705 122 H5 C 11 H5 C 11 0.939 -3.110 -31.499 123 H6 C 11 H6 C 11 3.249 -2.594 -32.238 124 H3T C 11 H3T C 11 7.581 -4.049 -34.864 125 1H2* C 11 1H2* C 11 4.393 -3.155 -33.969 126 2H2* C 11 2H2* C 11 5.322 -4.493 -34.562 127 1H5* G 12 1H5* G 12 1.947 -16.734 -30.749 128 2H5* G 12 2H5* G 12 2.038 -17.595 -29.187 129 H4* G 12 H4* G 12 4.094 -16.322 -29.808 130 H3* G 12 H3* G 12 3.208 -16.438 -27.233 131 H1* G 12 H1* G 12 4.264 -13.186 -28.752 132 H8 G 12 H8 G 12 0.411 -13.356 -28.623 133 H1 G 12 H1 G 12 2.780 -7.960 -31.002 134 1H2 G 12 1H2 G 12 4.956 -8.150 -31.230 135 2H2 G 12 2H2 G 12 5.833 -9.599 -30.694 136 H5T G 12 H5T G 12 1.002 -14.984 -29.449 137 1H2* G 12 1H2* G 12 1.770 -14.531 -27.567 138 2H2* G 12 2H2* G 12 3.174 -13.823 -26.695 139 1H5* G 13 1H5* G 13 7.199 -14.763 -28.392 140 2H5* G 13 2H5* G 13 8.365 -15.327 -27.169 141 H4* G 13 H4* G 13 9.293 -13.643 -28.578 142 H3* G 13 H3* G 13 9.633 -13.455 -25.907 143 H1* G 13 H1* G 13 8.571 -10.390 -27.794 144 H8 G 13 H8 G 13 5.368 -12.250 -26.696 145 H1 G 13 H1 G 13 4.492 -6.126 -28.289 146 1H2 G 13 1H2 G 13 6.401 -5.224 -28.932 147 2H2 G 13 2H2 G 13 7.910 -6.137 -28.859 148 1H2* G 13 1H2* G 13 7.502 -12.380 -25.741 149 2H2* G 13 2H2* G 13 8.664 -11.031 -25.468 150 1H5* T 14 1H5* T 14 11.823 -9.272 -27.447 151 2H5* T 14 2H5* T 14 13.240 -9.157 -26.365 152 H4* T 14 H4* T 14 12.312 -6.993 -26.822 153 H3* T 14 H3* T 14 13.138 -7.675 -24.412 154 1H2* T 14 1H2* T 14 10.995 -8.659 -23.979 155 2H2* T 14 2H2* T 14 10.977 -7.301 -22.954 156 H1* T 14 H1* T 14 10.100 -5.871 -24.993 157 H3 T 14 H3 T 14 5.577 -5.813 -24.798 158 1H5M T 14 1H5M T 14 5.182 -10.294 -23.942 159 2H5M T 14 2H5M T 14 6.701 -11.030 -24.460 160 3H5M T 14 3H5M T 14 6.541 -10.410 -22.807 161 H6 T 14 H6 T 14 8.724 -9.389 -24.342 162 1H5* A 15 1H5* A 15 12.539 -3.152 -24.648 163 2H5* A 15 2H5* A 15 13.455 -2.176 -23.451 164 H4* A 15 H4* A 15 11.342 -1.062 -24.260 165 H3* A 15 H3* A 15 12.374 -1.008 -21.844 166 H1* A 15 H1* A 15 8.757 -1.317 -22.812 167 H8 A 15 H8 A 15 9.996 -4.886 -21.769 168 1H6 A 15 1H6 A 15 4.096 -6.479 -21.452 169 2H6 A 15 2H6 A 15 5.772 -7.018 -21.293 170 H2 A 15 H2 A 15 4.228 -2.158 -22.539 171 1H2* A 15 1H2* A 15 10.763 -2.554 -20.806 172 2H2* A 15 2H2* A 15 9.846 -1.126 -20.655 173 1H5* G 16 1H5* G 16 8.121 0.973 -22.464 174 2H5* G 16 2H5* G 16 8.243 2.568 -21.692 175 H4* G 16 H4* G 16 6.041 1.804 -21.581 176 H3* G 16 H3* G 16 7.289 2.709 -19.330 177 H1* G 16 H1* G 16 4.653 0.192 -19.504 178 H8 G 16 H8 G 16 7.764 -1.982 -19.004 179 H1 G 16 H1 G 16 2.223 -5.052 -18.169 180 1H2 G 16 1H2 G 16 0.516 -3.676 -18.560 181 2H2 G 16 2H2 G 16 0.771 -1.999 -18.984 182 1H2* G 16 1H2* G 16 7.606 0.287 -18.657 183 2H2* G 16 2H2* G 16 6.241 0.869 -17.651 184 1H5* C 17 1H5* C 17 2.602 2.092 -18.525 185 2H5* C 17 2H5* C 17 2.152 3.784 -18.780 186 H4* C 17 H4* C 17 0.514 2.571 -17.381 187 H3* C 17 H3* C 17 1.054 5.069 -16.680 188 H1* C 17 H1* C 17 1.618 2.493 -14.032 189 1H4 C 17 1H4 C 17 7.443 1.107 -12.192 190 2H4 C 17 2H4 C 17 7.943 0.687 -13.846 191 H5 C 17 H5 C 17 6.471 0.939 -15.725 192 H6 C 17 H6 C 17 4.200 1.713 -16.408 193 1H2* C 17 1H2* C 17 3.249 4.354 -15.903 194 2H2* C 17 2H2* C 17 2.381 4.881 -14.432 195 1H5* G 18 1H5* G 18 -2.300 4.714 -16.517 196 2H5* G 18 2H5* G 18 -3.650 5.586 -15.761 197 H4* G 18 H4* G 18 -4.360 3.352 -16.235 198 H3* G 18 H3* G 18 -4.704 4.453 -13.766 199 H1* G 18 H1* G 18 -3.805 0.911 -14.298 200 H8 G 18 H8 G 18 -0.390 2.627 -13.826 201 H1 G 18 H1 G 18 -0.658 -3.296 -11.439 202 1H2 G 18 1H2 G 18 -2.788 -4.061 -11.716 203 2H2 G 18 2H2 G 18 -4.050 -2.953 -12.299 204 1H2* G 18 1H2* G 18 -2.571 3.463 -13.077 205 2H2* G 18 2H2* G 18 -3.800 2.479 -12.254 206 1H5* A 19 1H5* A 19 -7.197 0.188 -13.963 207 2H5* A 19 2H5* A 19 -8.744 0.734 -13.269 208 H4* A 19 H4* A 19 -8.345 -1.685 -12.909 209 H3* A 19 H3* A 19 -9.481 -0.234 -11.003 210 H1* A 19 H1* A 19 -6.581 -2.390 -10.083 211 H8 A 19 H8 A 19 -5.202 1.180 -11.064 212 1H6 A 19 1H6 A 19 0.202 -0.718 -8.814 213 2H6 A 19 2H6 A 19 -0.722 0.583 -9.529 214 H2 A 19 H2 A 19 -2.733 -4.136 -8.457 215 1H2* A 19 1H2* A 19 -7.389 0.541 -10.128 216 2H2* A 19 2H2* A 19 -7.910 -0.669 -9.043 217 1H5* T 20 1H5* T 20 -7.232 -3.940 -9.022 218 2H5* T 20 2H5* T 20 -8.668 -4.888 -8.550 219 H4* T 20 H4* T 20 -6.868 -5.517 -7.405 220 H3* T 20 H3* T 20 -8.847 -4.782 -5.782 221 1H2* T 20 1H2* T 20 -7.639 -2.786 -5.566 222 2H2* T 20 2H2* T 20 -7.130 -3.489 -4.075 223 H1* T 20 H1* T 20 -5.074 -4.547 -5.335 224 H3 T 20 H3 T 20 -1.813 -1.392 -5.326 225 1H5M T 20 1H5M T 20 -5.671 0.659 -8.180 226 2H5M T 20 2H5M T 20 -6.254 1.225 -6.630 227 3H5M T 20 3H5M T 20 -4.746 1.874 -7.366 228 H6 T 20 H6 T 20 -6.307 -1.328 -6.762 229 1H5* G 21 1H5* G 21 -4.768 -6.341 -4.235 230 2H5* G 21 2H5* G 21 -5.428 -7.451 -3.021 231 H4* G 21 H4* G 21 -3.382 -6.882 -2.257 232 H3* G 21 H3* G 21 -5.588 -6.354 -0.678 233 H1* G 21 H1* G 21 -2.612 -4.243 -0.674 234 H8 G 21 H8 G 21 -5.243 -2.251 -2.697 235 H1 G 21 H1 G 21 0.644 0.191 -2.364 236 1H2 G 21 1H2 G 21 1.998 -1.346 -1.378 237 2H2 G 21 2H2 G 21 1.204 -2.677 -0.496 238 1H2* G 21 1H2* G 21 -5.563 -4.052 -1.437 239 2H2* G 21 2H2* G 21 -4.852 -3.953 0.214 240 1H5* G 22 1H5* G 22 -0.932 -5.621 -0.219 241 2H5* G 22 2H5* G 22 -1.079 -6.789 1.100 242 H4* G 22 H4* G 22 1.170 -5.934 0.975 243 H3* G 22 H3* G 22 0.115 -6.192 3.399 244 H1* G 22 H1* G 22 1.276 -2.663 2.563 245 H8 G 22 H8 G 22 -2.588 -2.910 1.842 246 H1 G 22 H1 G 22 0.337 2.516 0.270 247 1H2 G 22 1H2 G 22 2.513 2.359 0.574 248 2H2 G 22 2H2 G 22 3.260 0.836 1.078 249 H3T G 22 H3T G 22 2.306 -4.490 2.746 250 1H2* G 22 1H2* G 22 -1.276 -4.221 3.124 251 2H2* G 22 2H2* G 22 -0.008 -3.668 4.272 252 2H10 BP 23 H10 BP 23 -4.671 -6.664 -15.208 253 H9 BP 23 HC9 BP 23 -6.724 -5.522 -14.936 254 H8 BP 23 HC8 BP 23 -5.936 -3.465 -14.006 255 H7 BP 23 HC7 BP 23 -4.901 -3.171 -16.844 256 H6 BP 23 HC6 BP 23 -2.340 -1.757 -15.994 257 H5 BP 23 HC5 BP 23 0.094 -1.603 -15.826 258 H4 BP 23 HC4 BP 23 2.294 -2.644 -15.297 259 H3 BP 23 HC3 BP 23 3.603 -4.583 -14.550 260 H2 BP 23 HC2 BP 23 3.703 -6.945 -13.765 261 H1 BP 23 HC1 BP 23 1.606 -8.270 -13.505 262 H12 BP 23 H12 BP 23 -0.820 -8.429 -13.652 263 H11 BP 23 H11 BP 23 -3.000 -7.410 -14.185 264 HO9 BP 23 HO9 BP 23 -6.918 -4.599 -17.220 265 HO8 BP 23 HO8 BP 23 -6.910 -1.772 -15.632 266 HO7 BP 23 HO7 BP 23 -4.280 -1.185 -14.673 Start of MODEL 5 1 1H5* C 1 1H5* C 1 3.148 -15.305 -13.862 2 2H5* C 1 2H5* C 1 2.795 -15.797 -12.186 3 H4* C 1 H4* C 1 1.111 -14.027 -12.004 4 H3* C 1 H3* C 1 1.840 -13.514 -14.896 5 H1* C 1 H1* C 1 1.599 -11.875 -11.536 6 1H4 C 1 1H4 C 1 6.270 -7.919 -10.127 7 2H4 C 1 2H4 C 1 6.619 -7.565 -11.816 8 H5 C 1 H5 C 1 5.555 -8.822 -13.621 9 H6 C 1 H6 C 1 3.902 -10.493 -14.138 10 H5T C 1 H5T C 1 0.667 -15.514 -13.897 11 1H2* C 1 1H2* C 1 2.279 -11.400 -14.454 12 2H2* C 1 2H2* C 1 0.747 -11.131 -13.582 13 1H5* C 2 1H5* C 2 -0.966 -13.383 -11.420 14 2H5* C 2 2H5* C 2 -2.579 -13.411 -12.144 15 H4* C 2 H4* C 2 -2.588 -12.915 -9.764 16 H3* C 2 H3* C 2 -4.273 -11.535 -11.437 17 H1* C 2 H1* C 2 -2.149 -9.349 -9.101 18 1H4 C 2 1H4 C 2 3.264 -6.857 -11.312 19 2H4 C 2 2H4 C 2 2.958 -7.499 -12.915 20 H5 C 2 H5 C 2 1.125 -8.822 -13.427 21 H6 C 2 H6 C 2 -0.864 -9.936 -12.583 22 1H2* C 2 1H2* C 2 -2.745 -9.985 -12.001 23 2H2* C 2 2H2* C 2 -3.790 -9.209 -10.780 24 1H5* A 3 1H5* A 3 -3.625 -9.482 -7.597 25 2H5* A 3 2H5* A 3 -5.186 -8.984 -6.898 26 H4* A 3 H4* A 3 -3.463 -7.701 -6.105 27 H3* A 3 H3* A 3 -5.760 -6.579 -7.012 28 H1* A 3 H1* A 3 -2.405 -5.100 -7.250 29 H8 A 3 H8 A 3 -2.769 -6.155 -11.110 30 1H6 A 3 1H6 A 3 2.922 -3.976 -11.649 31 2H6 A 3 2H6 A 3 1.517 -4.589 -12.508 32 H2 A 3 H2 A 3 1.814 -3.572 -7.394 33 1H2* A 3 1H2* A 3 -4.661 -5.831 -9.223 34 2H2* A 3 2H2* A 3 -4.540 -4.384 -8.249 35 1H5* T 4 1H5* T 4 -3.181 -3.774 -4.374 36 2H5* T 4 2H5* T 4 -4.120 -2.570 -3.461 37 H4* T 4 H4* T 4 -1.694 -1.859 -3.918 38 H3* T 4 H3* T 4 -3.611 0.036 -4.352 39 1H2* T 4 1H2* T 4 -3.220 -0.502 -6.600 40 2H2* T 4 2H2* T 4 -2.121 0.905 -6.224 41 H1* T 4 H1* T 4 -0.315 -0.577 -5.706 42 H3 T 4 H3 T 4 1.353 -0.870 -9.955 43 1H5M T 4 1H5M T 4 -2.695 -2.361 -11.693 44 2H5M T 4 2H5M T 4 -3.258 -3.312 -10.330 45 3H5M T 4 3H5M T 4 -3.798 -1.629 -10.507 46 H6 T 4 H6 T 4 -2.840 -1.823 -7.965 47 1HN4 5CM 5 1H4 5CM 5 -1.161 1.050 -11.582 48 2HN4 5CM 5 2H4 5CM 5 -2.634 0.781 -10.653 49 1H5A 5CM 5 1H5M 5CM 5 -3.405 0.796 -8.918 50 2H5A 5CM 5 2H5M 5CM 5 -3.544 1.579 -7.357 51 3H5A 5CM 5 3H5M 5CM 5 -4.039 2.436 -8.858 52 H6 5CM 5 H6 5CM 5 -1.760 3.361 -6.786 53 H1* 5CM 5 H1* 5CM 5 1.772 4.602 -7.595 54 1H2* 5CM 5 1H2* 5CM 5 -0.576 5.939 -6.611 55 2H2* 5CM 5 2H2* 5CM 5 1.083 6.316 -6.075 56 H3* 5CM 5 H3* 5CM 5 -0.761 4.227 -4.784 57 H4* 5CM 5 H4* 5CM 5 2.246 4.557 -4.548 58 1H5* 5CM 5 1H5* 5CM 5 2.260 2.233 -3.848 59 2H5* 5CM 5 2H5* 5CM 5 1.102 3.103 -2.817 60 1H5* G 6 1H5* G 6 -0.274 9.623 -3.067 61 2H5* G 6 2H5* G 6 -1.764 9.723 -4.021 62 H4* G 6 H4* G 6 -0.234 11.499 -4.537 63 H3* G 6 H3* G 6 -1.421 10.286 -6.615 64 H1* G 6 H1* G 6 2.300 10.783 -6.816 65 H8 G 6 H8 G 6 3.190 8.926 -3.882 66 H1 G 6 H1 G 6 5.510 5.752 -8.919 67 1H2 G 6 1H2 G 6 4.438 6.272 -10.745 68 1H2* G 6 1H2* G 6 0.275 8.516 -6.538 69 2H2* G 6 2H2* G 6 0.688 9.447 -8.014 70 1H5* C 7 1H5* C 7 1.552 11.579 -8.828 71 2H5* C 7 2H5* C 7 1.556 13.144 -9.649 72 H4* C 7 H4* C 7 2.741 11.285 -10.829 73 H3* C 7 H3* C 7 1.506 13.207 -12.192 74 H1* C 7 H1* C 7 0.607 9.733 -13.116 75 1H4 C 7 1H4 C 7 -5.216 7.448 -11.639 76 2H4 C 7 2H4 C 7 -5.052 8.051 -10.002 77 H5 C 7 H5 C 7 -3.322 9.485 -9.328 78 H6 C 7 H6 C 7 -1.166 10.458 -9.942 79 1H2* C 7 1H2* C 7 -0.651 12.158 -11.744 80 2H2* C 7 2H2* C 7 -0.360 11.905 -13.502 81 1H5* T 8 1H5* T 8 2.232 9.558 -15.343 82 2H5* T 8 2H5* T 8 3.120 10.393 -16.626 83 H4* T 8 H4* T 8 1.865 8.535 -17.474 84 H3* T 8 H3* T 8 1.720 10.933 -18.813 85 1H2* T 8 1H2* T 8 -0.296 11.500 -17.562 86 2H2* T 8 2H2* T 8 -0.913 11.002 -19.178 87 H1* T 8 H1* T 8 -1.150 8.691 -18.449 88 H3 T 8 H3 T 8 -5.223 8.652 -16.483 89 1H5M T 8 1H5M T 8 -4.226 11.969 -13.514 90 2H5M T 8 2H5M T 8 -2.548 11.639 -13.148 91 3H5M T 8 3H5M T 8 -2.983 12.927 -14.311 92 H6 T 8 H6 T 8 -1.209 11.172 -15.757 93 1H5* A 9 1H5* A 9 -0.841 7.512 -20.304 94 2H5* A 9 2H5* A 9 -0.425 7.371 -22.029 95 H4* A 9 H4* A 9 -2.521 6.245 -21.598 96 H3* A 9 H3* A 9 -2.300 7.661 -23.625 97 H1* A 9 H1* A 9 -5.182 7.789 -21.310 98 H8 A 9 H8 A 9 -2.786 10.662 -20.219 99 1H6 A 9 1H6 A 9 -7.479 12.454 -16.517 100 2H6 A 9 2H6 A 9 -5.851 12.910 -17.020 101 H2 A 9 H2 A 9 -8.797 8.998 -18.848 102 1H2* A 9 1H2* A 9 -2.951 9.618 -22.477 103 2H2* A 9 2H2* A 9 -4.371 9.243 -23.320 104 1H5* C 10 1H5* C 10 -6.268 6.040 -22.047 105 2H5* C 10 2H5* C 10 -6.946 5.077 -23.367 106 H4* C 10 H4* C 10 -8.585 5.538 -21.718 107 H3* C 10 H3* C 10 -9.160 5.626 -24.205 108 H1* C 10 H1* C 10 -10.410 8.383 -22.220 109 1H4 C 10 1H4 C 10 -8.017 13.767 -20.273 110 2H4 C 10 2H4 C 10 -6.559 13.672 -21.266 111 H5 C 10 H5 C 10 -6.072 11.623 -22.594 112 H6 C 10 H6 C 10 -6.980 9.467 -23.285 113 1H2* C 10 1H2* C 10 -8.312 7.853 -24.380 114 2H2* C 10 2H2* C 10 -10.053 7.987 -24.622 115 1H5* C 11 1H5* C 11 -13.588 7.769 -22.232 116 2H5* C 11 2H5* C 11 -14.551 7.278 -23.647 117 H4* C 11 H4* C 11 -14.615 9.717 -23.543 118 H3* C 11 H3* C 11 -12.810 8.561 -25.633 119 H1* C 11 H1* C 11 -13.394 11.839 -23.851 120 1H4 C 11 1H4 C 11 -8.290 15.204 -23.380 121 2H4 C 11 2H4 C 11 -7.292 14.189 -24.436 122 H5 C 11 H5 C 11 -8.195 12.022 -25.306 123 H6 C 11 H6 C 11 -10.210 10.613 -25.341 124 H3T C 11 H3T C 11 -14.994 8.091 -25.770 125 1H2* C 11 1H2* C 11 -12.171 10.735 -26.169 126 2H2* C 11 2H2* C 11 -13.737 11.411 -25.872 127 1H5* G 12 1H5* G 12 -12.206 22.507 -16.012 128 2H5* G 12 2H5* G 12 -11.082 21.661 -17.117 129 H4* G 12 H4* G 12 -13.952 20.820 -16.552 130 H3* G 12 H3* G 12 -12.081 20.419 -14.655 131 H1* G 12 H1* G 12 -12.661 17.749 -17.174 132 H8 G 12 H8 G 12 -9.532 19.759 -18.228 133 H1 G 12 H1 G 12 -11.022 14.899 -22.041 134 1H2 G 12 1H2 G 12 -13.795 14.573 -19.973 135 2H2 G 12 2H2 G 12 -12.947 14.034 -21.444 136 H5T G 12 H5T G 12 -12.862 21.956 -18.668 137 1H2* G 12 1H2* G 12 -10.467 19.716 -16.327 138 2H2* G 12 2H2* G 12 -10.954 18.181 -15.532 139 1H5* G 13 1H5* G 13 -15.563 17.710 -14.908 140 2H5* G 13 2H5* G 13 -16.031 17.053 -13.322 141 H4* G 13 H4* G 13 -16.968 15.852 -15.207 142 H3* G 13 H3* G 13 -16.097 14.499 -13.073 143 H1* G 13 H1* G 13 -14.894 13.334 -16.355 144 H8 G 13 H8 G 13 -12.446 16.173 -15.377 145 H1 G 13 H1 G 13 -10.379 11.955 -19.707 146 1H2 G 13 1H2 G 13 -13.434 10.450 -18.909 147 2H2 G 13 2H2 G 13 -12.120 10.504 -20.130 148 1H2* G 13 1H2* G 13 -13.826 14.791 -13.897 149 2H2* G 13 2H2* G 13 -14.153 13.029 -14.083 150 1H5* T 14 1H5* T 14 -16.858 11.122 -16.675 151 2H5* T 14 2H5* T 14 -17.578 9.765 -15.767 152 H4* T 14 H4* T 14 -16.382 9.063 -17.764 153 H3* T 14 H3* T 14 -16.359 7.606 -15.632 154 1H2* T 14 1H2* T 14 -14.670 9.051 -14.634 155 2H2* T 14 2H2* T 14 -13.841 7.586 -14.872 156 H1* T 14 H1* T 14 -13.269 8.300 -17.285 157 H3 T 14 H3 T 14 -9.257 10.061 -17.016 158 1H5M T 14 1H5M T 14 -11.962 13.545 -14.264 159 2H5M T 14 2H5M T 14 -11.774 12.318 -12.984 160 3H5M T 14 3H5M T 14 -10.351 13.068 -13.707 161 H6 T 14 H6 T 14 -13.340 11.146 -14.794 162 1H5* A 15 1H5* A 15 -14.262 5.264 -19.349 163 2H5* A 15 2H5* A 15 -14.604 3.520 -19.519 164 H4* A 15 H4* A 15 -12.287 3.862 -19.954 165 H3* A 15 H3* A 15 -13.123 2.181 -17.910 166 H1* A 15 H1* A 15 -9.949 4.350 -18.618 167 H8 A 15 H8 A 15 -11.829 5.668 -15.489 168 1H6 A 15 1H6 A 15 -6.955 9.216 -14.515 169 2H6 A 15 2H6 A 15 -8.559 8.723 -14.008 170 H2 A 15 H2 A 15 -6.120 6.728 -18.207 171 1H2* A 15 1H2* A 15 -11.511 3.134 -16.261 172 2H2* A 15 2H2* A 15 -10.307 2.442 -17.227 173 1H5* G 16 1H5* G 16 -8.983 2.100 -19.952 174 2H5* G 16 2H5* G 16 -8.479 0.419 -20.251 175 H4* G 16 H4* G 16 -6.605 1.865 -20.124 176 H3* G 16 H3* G 16 -6.579 -0.460 -18.723 177 H1* G 16 H1* G 16 -5.004 2.678 -17.710 178 H8 G 16 H8 G 16 -8.165 2.709 -15.514 179 H1 G 16 H1 G 16 -3.990 7.264 -13.957 180 1H2 G 16 1H2 G 16 -2.140 6.162 -16.654 181 2H2 G 16 2H2 G 16 -2.219 7.169 -15.216 182 1H2* G 16 1H2* G 16 -7.322 0.890 -16.701 183 2H2* G 16 2H2* G 16 -5.590 0.531 -16.407 184 1H5* C 17 1H5* C 17 -2.378 0.821 -16.979 185 2H5* C 17 2H5* C 17 -2.539 1.875 -18.406 186 H4* C 17 H4* C 17 -0.359 2.077 -17.242 187 H3* C 17 H3* C 17 -0.459 2.211 -19.928 188 H1* C 17 H1* C 17 2.001 0.104 -18.374 189 1H4 C 17 1H4 C 17 0.717 -6.314 -18.303 190 2H4 C 17 2H4 C 17 2.430 -6.087 -17.842 191 H5 C 17 H5 C 17 -0.779 -4.487 -18.722 192 H6 C 17 H6 C 17 -0.900 -1.967 -18.883 193 1H2* C 17 1H2* C 17 -0.586 -0.235 -20.012 194 2H2* C 17 2H2* C 17 1.040 0.159 -20.664 195 1H5* G 18 1H5* G 18 3.872 4.943 -19.649 196 2H5* G 18 2H5* G 18 5.231 4.075 -20.406 197 H4* G 18 H4* G 18 5.841 5.264 -18.323 198 H3* G 18 H3* G 18 6.849 2.825 -18.853 199 H1* G 18 H1* G 18 5.348 3.623 -15.552 200 H8 G 18 H8 G 18 2.574 1.592 -17.473 201 H1 G 18 H1 G 18 1.384 2.618 -11.321 202 1H2 G 18 1H2 G 18 4.428 4.343 -11.391 203 2H2 G 18 2H2 G 18 2.998 3.860 -10.450 204 1H2* G 18 1H2* G 18 4.831 1.768 -17.984 205 2H2* G 18 2H2* G 18 6.035 1.457 -16.706 206 1H5* A 19 1H5* A 19 8.120 4.587 -14.809 207 2H5* A 19 2H5* A 19 9.847 4.298 -14.485 208 H4* A 19 H4* A 19 8.545 4.689 -12.426 209 H3* A 19 H3* A 19 10.357 2.675 -12.532 210 H1* A 19 H1* A 19 6.979 2.423 -10.866 211 H8 A 19 H8 A 19 6.796 0.677 -14.412 212 1H6 A 19 1H6 A 19 1.427 -1.634 -12.478 213 2H6 A 19 2H6 A 19 2.555 -1.540 -13.823 214 H2 A 19 H2 A 19 3.030 0.945 -9.227 215 1H2* A 19 1H2* A 19 8.731 0.938 -12.847 216 2H2* A 19 2H2* A 19 8.884 1.034 -11.151 217 1H5* T 20 1H5* T 20 7.414 2.752 -8.960 218 2H5* T 20 2H5* T 20 8.501 3.349 -7.677 219 H4* T 20 H4* T 20 6.531 2.573 -6.910 220 H3* T 20 H3* T 20 8.539 1.500 -5.592 221 1H2* T 20 1H2* T 20 8.351 -0.197 -7.261 222 2H2* T 20 2H2* T 20 7.815 -1.061 -5.866 223 H1* T 20 H1* T 20 5.361 -0.177 -6.396 224 H3 T 20 H3 T 20 3.496 -3.194 -9.213 225 1H5M T 20 1H5M T 20 8.342 -2.090 -11.172 226 2H5M T 20 2H5M T 20 7.172 -2.871 -12.266 227 3H5M T 20 3H5M T 20 7.167 -1.130 -12.099 228 H6 T 20 H6 T 20 7.495 -0.698 -9.380 229 1H5* G 21 1H5* G 21 4.560 -0.210 -3.743 230 2H5* G 21 2H5* G 21 4.919 -0.444 -2.018 231 H4* G 21 H4* G 21 4.130 -2.418 -2.618 232 H3* G 21 H3* G 21 6.986 -2.376 -2.238 233 H1* G 21 H1* G 21 4.621 -4.714 -3.789 234 H8 G 21 H8 G 21 7.096 -3.588 -6.551 235 H1 G 21 H1 G 21 2.288 -7.130 -8.787 236 1H2 G 21 1H2 G 21 0.782 -7.537 -7.179 237 2H2 G 21 2H2 G 21 1.120 -7.056 -5.510 238 1H2* G 21 1H2* G 21 7.246 -3.259 -4.425 239 2H2* G 21 2H2* G 21 7.066 -4.783 -3.491 240 1H5* G 22 1H5* G 22 3.981 -5.360 -1.077 241 2H5* G 22 2H5* G 22 4.350 -6.122 0.479 242 H4* G 22 H4* G 22 2.722 -7.426 -0.776 243 H3* G 22 H3* G 22 4.790 -8.657 0.482 244 H1* G 22 H1* G 22 3.958 -9.608 -2.950 245 H8 G 22 H8 G 22 7.088 -7.284 -3.302 246 H1 G 22 H1 G 22 4.613 -9.566 -8.670 247 1H2 G 22 1H2 G 22 2.082 -10.795 -6.695 248 2H2 G 22 2H2 G 22 2.796 -10.666 -8.310 249 H3T G 22 H3T G 22 2.796 -9.645 -1.265 250 1H2* G 22 1H2* G 22 6.226 -8.220 -1.454 251 2H2* G 22 2H2* G 22 5.879 -9.984 -1.547 252 2H10 BP 23 H10 BP 23 2.926 8.818 -10.538 253 H9 BP 23 HC9 BP 23 5.201 8.900 -11.128 254 H8 BP 23 HC8 BP 23 5.394 6.821 -12.251 255 H7 BP 23 HC7 BP 23 3.700 8.318 -14.289 256 H6 BP 23 HC6 BP 23 2.096 5.854 -15.082 257 H5 BP 23 HC5 BP 23 -0.009 4.630 -15.281 258 H4 BP 23 HC4 BP 23 -2.158 3.858 -14.291 259 H3 BP 23 HC3 BP 23 -3.723 3.779 -12.404 260 H2 BP 23 HC2 BP 23 -4.304 4.392 -10.062 261 H1 BP 23 HC1 BP 23 -2.739 5.775 -8.699 262 H12 BP 23 H12 BP 23 -0.633 6.984 -8.485 263 H11 BP 23 H11 BP 23 1.495 7.756 -9.451 264 HO9 BP 23 HO9 BP 23 4.942 10.115 -13.321 265 HO8 BP 23 HO8 BP 23 6.316 7.511 -14.540 266 HO7 BP 23 HO7 BP 23 4.400 5.433 -14.582 Start of MODEL 6 1 1H5* C 1 1H5* C 1 3.092 -15.458 -12.141 2 2H5* C 1 2H5* C 1 1.909 -15.422 -13.482 3 H4* C 1 H4* C 1 1.221 -13.987 -11.531 4 H3* C 1 H3* C 1 1.557 -12.971 -14.303 5 H1* C 1 H1* C 1 1.542 -11.586 -10.792 6 1H4 C 1 1H4 C 1 6.529 -8.075 -8.953 7 2H4 C 1 2H4 C 1 6.904 -7.625 -10.603 8 H5 C 1 H5 C 1 5.839 -8.686 -12.467 9 H6 C 1 H6 C 1 4.098 -10.172 -13.151 10 H5T C 1 H5T C 1 4.152 -13.723 -13.343 11 1H2* C 1 1H2* C 1 2.586 -11.121 -13.636 12 2H2* C 1 2H2* C 1 1.047 -10.570 -12.926 13 1H5* C 2 1H5* C 2 -0.343 -12.729 -10.234 14 2H5* C 2 2H5* C 2 -2.007 -12.899 -10.815 15 H4* C 2 H4* C 2 -1.873 -12.423 -8.430 16 H3* C 2 H3* C 2 -3.797 -11.176 -9.891 17 H1* C 2 H1* C 2 -1.625 -8.807 -7.882 18 1H4 C 2 1H4 C 2 3.550 -6.100 -10.406 19 2H4 C 2 2H4 C 2 3.217 -6.776 -11.978 20 H5 C 2 H5 C 2 1.476 -8.342 -12.355 21 H6 C 2 H6 C 2 -0.409 -9.520 -11.370 22 1H2* C 2 1H2* C 2 -2.330 -9.643 -10.719 23 2H2* C 2 2H2* C 2 -3.358 -8.809 -9.520 24 1H5* A 3 1H5* A 3 -2.716 -8.703 -6.102 25 2H5* A 3 2H5* A 3 -4.256 -8.260 -5.341 26 H4* A 3 H4* A 3 -2.621 -6.734 -4.873 27 H3* A 3 H3* A 3 -5.056 -5.886 -5.750 28 H1* A 3 H1* A 3 -1.819 -4.253 -6.397 29 H8 A 3 H8 A 3 -2.378 -5.770 -10.074 30 1H6 A 3 1H6 A 3 3.181 -3.405 -11.208 31 2H6 A 3 2H6 A 3 1.764 -4.115 -11.964 32 H2 A 3 H2 A 3 2.260 -2.523 -7.013 33 1H2* A 3 1H2* A 3 -4.162 -5.307 -8.106 34 2H2* A 3 2H2* A 3 -4.057 -3.763 -7.299 35 1H5* T 4 1H5* T 4 -2.488 -2.565 -3.484 36 2H5* T 4 2H5* T 4 -3.474 -1.280 -2.756 37 H4* T 4 H4* T 4 -1.051 -0.583 -3.411 38 H3* T 4 H3* T 4 -3.018 1.219 -3.928 39 1H2* T 4 1H2* T 4 -2.858 0.309 -6.083 40 2H2* T 4 2H2* T 4 -1.818 1.813 -6.072 41 H1* T 4 H1* T 4 0.104 0.520 -5.491 42 H3 T 4 H3 T 4 1.540 -0.198 -9.779 43 1H5M T 4 1H5M T 4 -2.561 -1.999 -11.078 44 2H5M T 4 2H5M T 4 -2.945 -2.878 -9.609 45 3H5M T 4 3H5M T 4 -3.620 -1.260 -9.862 46 H6 T 4 H6 T 4 -2.484 -1.091 -7.421 47 1HN4 5CM 5 1H4 5CM 5 -1.179 1.215 -11.369 48 2HN4 5CM 5 2H4 5CM 5 -2.646 1.086 -10.386 49 1H5A 5CM 5 1H5M 5CM 5 -3.251 1.849 -7.318 50 2H5A 5CM 5 2H5M 5CM 5 -3.963 3.223 -8.232 51 3H5A 5CM 5 3H5M 5CM 5 -3.576 1.684 -9.048 52 H6 5CM 5 H6 5CM 5 -1.652 4.227 -6.987 53 H1* 5CM 5 H1* 5CM 5 1.744 5.498 -8.204 54 1H2* 5CM 5 1H2* 5CM 5 -0.656 6.764 -7.252 55 2H2* 5CM 5 2H2* 5CM 5 0.985 7.373 -6.909 56 H3* 5CM 5 H3* 5CM 5 -0.527 5.336 -5.178 57 H4* 5CM 5 H4* 5CM 5 2.424 6.038 -5.268 58 1H5* 5CM 5 1H5* 5CM 5 2.831 3.934 -4.170 59 2H5* 5CM 5 2H5* 5CM 5 1.638 4.821 -3.195 60 1H5* G 6 1H5* G 6 -0.309 10.946 -4.397 61 2H5* G 6 2H5* G 6 -1.814 10.939 -5.335 62 H4* G 6 H4* G 6 -0.235 12.560 -6.152 63 H3* G 6 H3* G 6 -1.514 11.087 -7.989 64 H1* G 6 H1* G 6 2.262 11.336 -8.331 65 H8 G 6 H8 G 6 2.788 9.774 -5.063 66 H1 G 6 H1 G 6 5.224 5.982 -9.598 67 1H2 G 6 1H2 G 6 4.446 6.467 -11.544 68 1H2* G 6 1H2* G 6 0.097 9.279 -7.712 69 2H2* G 6 2H2* G 6 0.535 9.991 -9.299 70 1H5* C 7 1H5* C 7 1.501 12.111 -10.390 71 2H5* C 7 2H5* C 7 1.507 13.507 -11.474 72 H4* C 7 H4* C 7 2.670 11.485 -12.350 73 H3* C 7 H3* C 7 1.369 13.124 -13.999 74 H1* C 7 H1* C 7 0.499 9.548 -14.267 75 1H4 C 7 1H4 C 7 -5.243 7.397 -12.396 76 2H4 C 7 2H4 C 7 -5.136 8.334 -10.922 77 H5 C 7 H5 C 7 -3.454 9.910 -10.519 78 H6 C 7 H6 C 7 -1.310 10.807 -11.278 79 1H2* C 7 1H2* C 7 -0.753 12.155 -13.271 80 2H2* C 7 2H2* C 7 -0.539 11.608 -14.973 81 1H5* T 8 1H5* T 8 1.896 8.529 -16.410 82 2H5* T 8 2H5* T 8 2.829 9.369 -17.660 83 H4* T 8 H4* T 8 1.709 7.382 -18.515 84 H3* T 8 H3* T 8 1.720 9.627 -20.018 85 1H2* T 8 1H2* T 8 -0.222 10.488 -18.771 86 2H2* T 8 2H2* T 8 -0.895 10.029 -20.375 87 H1* T 8 H1* T 8 -1.420 7.799 -19.612 88 H3 T 8 H3 T 8 -5.208 7.727 -17.277 89 1H5M T 8 1H5M T 8 -3.175 12.390 -15.922 90 2H5M T 8 2H5M T 8 -4.321 11.512 -14.921 91 3H5M T 8 3H5M T 8 -2.612 11.341 -14.581 92 H6 T 8 H6 T 8 -1.351 10.553 -17.161 93 1H5* A 9 1H5* A 9 -1.511 6.365 -21.200 94 2H5* A 9 2H5* A 9 -1.043 6.173 -22.905 95 H4* A 9 H4* A 9 -3.233 5.286 -22.630 96 H3* A 9 H3* A 9 -2.868 6.792 -24.568 97 H1* A 9 H1* A 9 -5.792 7.035 -22.307 98 H8 A 9 H8 A 9 -3.179 9.673 -20.952 99 1H6 A 9 1H6 A 9 -7.689 11.428 -17.087 100 2H6 A 9 2H6 A 9 -6.052 11.795 -17.624 101 H2 A 9 H2 A 9 -9.285 8.196 -19.662 102 1H2* A 9 1H2* A 9 -3.342 8.712 -23.270 103 2H2* A 9 2H2* A 9 -4.742 8.563 -24.204 104 1H5* C 10 1H5* C 10 -7.226 5.278 -23.866 105 2H5* C 10 2H5* C 10 -8.035 4.817 -25.385 106 H4* C 10 H4* C 10 -9.655 5.467 -23.751 107 H3* C 10 H3* C 10 -9.765 6.366 -26.221 108 H1* C 10 H1* C 10 -10.692 8.320 -23.374 109 1H4 C 10 1H4 C 10 -7.947 13.019 -20.228 110 2H4 C 10 2H4 C 10 -6.453 12.970 -21.168 111 H5 C 10 H5 C 10 -6.110 11.211 -22.942 112 H6 C 10 H6 C 10 -7.195 9.410 -24.090 113 1H2* C 10 1H2* C 10 -8.592 8.356 -25.641 114 2H2* C 10 2H2* C 10 -10.255 8.857 -25.785 115 1H5* C 11 1H5* C 11 -13.866 7.289 -23.141 116 2H5* C 11 2H5* C 11 -15.454 7.373 -23.917 117 H4* C 11 H4* C 11 -15.117 9.561 -23.221 118 H3* C 11 H3* C 11 -14.484 9.348 -26.082 119 H1* C 11 H1* C 11 -13.953 11.716 -23.135 120 1H4 C 11 1H4 C 11 -8.698 14.871 -22.653 121 2H4 C 11 2H4 C 11 -7.962 14.252 -24.138 122 H5 C 11 H5 C 11 -9.218 12.585 -25.555 123 H6 C 11 H6 C 11 -11.279 11.278 -25.679 124 H3T C 11 H3T C 11 -16.264 10.614 -24.298 125 1H2* C 11 1H2* C 11 -13.363 11.396 -25.933 126 2H2* C 11 2H2* C 11 -14.708 12.080 -25.074 127 1H5* G 12 1H5* G 12 -11.787 21.649 -14.586 128 2H5* G 12 2H5* G 12 -10.640 20.656 -15.534 129 H4* G 12 H4* G 12 -13.611 20.165 -15.166 130 H3* G 12 H3* G 12 -11.857 19.343 -13.301 131 H1* G 12 H1* G 12 -12.716 16.979 -16.099 132 H8 G 12 H8 G 12 -9.325 18.761 -16.865 133 H1 G 12 H1 G 12 -11.256 14.640 -21.285 134 1H2 G 12 1H2 G 12 -14.136 14.438 -19.352 135 2H2 G 12 2H2 G 12 -13.240 13.846 -20.767 136 H5T G 12 H5T G 12 -12.186 20.940 -17.269 137 1H2* G 12 1H2* G 12 -10.327 18.550 -15.002 138 2H2* G 12 2H2* G 12 -11.051 17.035 -14.370 139 1H5* G 13 1H5* G 13 -15.438 16.631 -14.192 140 2H5* G 13 2H5* G 13 -16.055 15.844 -12.720 141 H4* G 13 H4* G 13 -16.710 14.738 -14.755 142 H3* G 13 H3* G 13 -15.749 13.251 -12.641 143 H1* G 13 H1* G 13 -14.931 12.460 -16.181 144 H8 G 13 H8 G 13 -12.198 14.864 -14.980 145 H1 G 13 H1 G 13 -10.475 11.339 -20.036 146 1H2 G 13 1H2 G 13 -13.592 9.823 -19.509 147 2H2 G 13 2H2 G 13 -12.224 10.004 -20.627 148 1H2* G 13 1H2* G 13 -13.549 13.388 -13.606 149 2H2* G 13 2H2* G 13 -14.074 11.715 -14.022 150 1H5* T 14 1H5* T 14 -17.334 9.973 -16.027 151 2H5* T 14 2H5* T 14 -17.823 8.503 -15.141 152 H4* T 14 H4* T 14 -16.757 8.037 -17.274 153 H3* T 14 H3* T 14 -16.394 6.525 -15.162 154 1H2* T 14 1H2* T 14 -14.617 7.986 -14.427 155 2H2* T 14 2H2* T 14 -13.767 6.584 -14.889 156 H1* T 14 H1* T 14 -13.757 7.477 -17.356 157 H3 T 14 H3 T 14 -9.611 9.151 -17.623 158 1H5M T 14 1H5M T 14 -10.047 11.709 -13.825 159 2H5M T 14 2H5M T 14 -11.690 12.326 -14.060 160 3H5M T 14 3H5M T 14 -11.388 10.930 -12.991 161 H6 T 14 H6 T 14 -13.246 10.017 -14.626 162 1H5* A 15 1H5* A 15 -14.373 4.464 -19.051 163 2H5* A 15 2H5* A 15 -14.632 2.716 -18.777 164 H4* A 15 H4* A 15 -12.827 3.164 -20.387 165 H3* A 15 H3* A 15 -12.818 1.229 -18.756 166 H1* A 15 H1* A 15 -9.845 3.448 -19.189 167 H8 A 15 H8 A 15 -11.873 4.904 -16.199 168 1H6 A 15 1H6 A 15 -7.020 8.584 -15.312 169 2H6 A 15 2H6 A 15 -8.639 8.150 -14.764 170 H2 A 15 H2 A 15 -6.087 5.907 -18.762 171 1H2* A 15 1H2* A 15 -11.659 2.384 -16.906 172 2H2* A 15 2H2* A 15 -10.316 1.619 -17.632 173 1H5* G 16 1H5* G 16 -8.011 1.776 -20.745 174 2H5* G 16 2H5* G 16 -7.681 0.022 -20.835 175 H4* G 16 H4* G 16 -5.722 1.177 -20.159 176 H3* G 16 H3* G 16 -6.534 -1.046 -18.864 177 H1* G 16 H1* G 16 -4.970 1.760 -17.322 178 H8 G 16 H8 G 16 -8.349 2.212 -15.629 179 H1 G 16 H1 G 16 -4.030 6.818 -14.576 180 1H2 G 16 1H2 G 16 -2.218 5.155 -17.075 181 2H2 G 16 2H2 G 16 -2.253 6.512 -15.948 182 1H2* G 16 1H2* G 16 -7.813 0.511 -17.292 183 2H2* G 16 2H2* G 16 -6.440 -0.147 -16.330 184 1H5* C 17 1H5* C 17 -2.234 0.413 -16.199 185 2H5* C 17 2H5* C 17 -2.105 0.886 -17.905 186 H4* C 17 H4* C 17 0.046 0.819 -16.730 187 H3* C 17 H3* C 17 -0.089 -0.103 -19.267 188 H1* C 17 H1* C 17 1.624 -2.005 -16.661 189 1H4 C 17 1H4 C 17 -1.217 -7.584 -14.526 190 2H4 C 17 2H4 C 17 -0.155 -7.016 -13.228 191 H5 C 17 H5 C 17 -1.820 -6.105 -16.394 192 H6 C 17 H6 C 17 -1.249 -4.004 -17.528 193 1H2* C 17 1H2* C 17 -0.951 -2.186 -18.421 194 2H2* C 17 2H2* C 17 0.697 -2.585 -19.005 195 1H5* G 18 1H5* G 18 3.650 2.538 -20.174 196 2H5* G 18 2H5* G 18 5.053 1.493 -20.542 197 H4* G 18 H4* G 18 5.658 3.556 -19.240 198 H3* G 18 H3* G 18 6.859 1.202 -18.777 199 H1* G 18 H1* G 18 5.315 3.110 -15.888 200 H8 G 18 H8 G 18 2.529 0.503 -17.129 201 H1 G 18 H1 G 18 1.424 2.899 -11.372 202 1H2 G 18 1H2 G 18 4.453 4.564 -11.821 203 2H2 G 18 2H2 G 18 3.029 4.267 -10.797 204 1H2* G 18 1H2* G 18 4.941 0.457 -17.474 205 2H2* G 18 2H2* G 18 6.199 0.705 -16.253 206 1H5* A 19 1H5* A 19 8.187 4.279 -15.456 207 2H5* A 19 2H5* A 19 9.931 4.118 -15.138 208 H4* A 19 H4* A 19 8.674 4.889 -13.171 209 H3* A 19 H3* A 19 10.587 3.021 -12.874 210 H1* A 19 H1* A 19 7.285 2.829 -11.125 211 H8 A 19 H8 A 19 7.127 0.485 -14.285 212 1H6 A 19 1H6 A 19 1.578 -1.241 -12.104 213 2H6 A 19 2H6 A 19 2.738 -1.629 -13.337 214 H2 A 19 H2 A 19 3.231 1.759 -9.348 215 1H2* A 19 1H2* A 19 9.068 1.171 -12.947 216 2H2* A 19 2H2* A 19 9.270 1.495 -11.278 217 1H5* T 20 1H5* T 20 7.600 3.635 -9.342 218 2H5* T 20 2H5* T 20 8.648 4.411 -8.129 219 H4* T 20 H4* T 20 6.671 3.676 -7.302 220 H3* T 20 H3* T 20 8.684 2.856 -5.837 221 1H2* T 20 1H2* T 20 8.649 0.997 -7.325 222 2H2* T 20 2H2* T 20 8.140 0.235 -5.849 223 H1* T 20 H1* T 20 5.653 0.952 -6.486 224 H3 T 20 H3 T 20 3.784 -2.288 -8.923 225 1H5M T 20 1H5M T 20 7.454 -2.411 -12.019 226 2H5M T 20 2H5M T 20 7.843 -0.737 -11.700 227 3H5M T 20 3H5M T 20 8.748 -1.940 -10.805 228 H6 T 20 H6 T 20 7.908 -0.046 -9.279 229 1H5* G 21 1H5* G 21 4.641 1.425 -3.837 230 2H5* G 21 2H5* G 21 4.915 1.380 -2.079 231 H4* G 21 H4* G 21 4.042 -0.608 -2.540 232 H3* G 21 H3* G 21 6.803 -0.631 -1.791 233 H1* G 21 H1* G 21 4.652 -3.095 -3.349 234 H8 G 21 H8 G 21 7.323 -2.241 -6.014 235 H1 G 21 H1 G 21 2.725 -6.212 -8.021 236 1H2 G 21 1H2 G 21 1.360 -5.718 -4.875 237 2H2 G 21 2H2 G 21 1.160 -6.457 -6.460 238 1H2* G 21 1H2* G 21 7.317 -1.670 -3.881 239 2H2* G 21 2H2* G 21 7.056 -3.102 -2.823 240 1H5* G 22 1H5* G 22 3.449 -3.296 -0.834 241 2H5* G 22 2H5* G 22 3.368 -3.834 0.852 242 H4* G 22 H4* G 22 1.993 -5.238 -0.585 243 H3* G 22 H3* G 22 3.962 -6.422 1.095 244 H1* G 22 H1* G 22 2.722 -7.578 -2.222 245 H8 G 22 H8 G 22 6.360 -6.150 -2.508 246 H1 G 22 H1 G 22 4.357 -9.317 -7.627 247 1H2 G 22 1H2 G 22 1.323 -9.584 -6.000 248 2H2 G 22 2H2 G 22 2.326 -10.071 -7.379 249 H3T G 22 H3T G 22 1.668 -6.920 0.870 250 1H2* G 22 1H2* G 22 5.339 -6.974 -0.745 251 2H2* G 22 2H2* G 22 4.320 -8.448 -0.646 252 2H10 BP 23 H10 BP 23 2.851 8.961 -11.719 253 H9 BP 23 HC9 BP 23 5.125 8.949 -12.380 254 H8 BP 23 HC8 BP 23 5.292 6.694 -13.109 255 H7 BP 23 HC7 BP 23 3.570 7.792 -15.358 256 H6 BP 23 HC6 BP 23 1.960 5.219 -15.650 257 H5 BP 23 HC5 BP 23 -0.148 3.964 -15.587 258 H4 BP 23 HC4 BP 23 -2.278 3.384 -14.440 259 H3 BP 23 HC3 BP 23 -3.818 3.652 -12.541 260 H2 BP 23 HC2 BP 23 -4.367 4.695 -10.345 261 H1 BP 23 HC1 BP 23 -2.783 6.309 -9.292 262 H12 BP 23 H12 BP 23 -0.691 7.536 -9.336 263 H11 BP 23 H11 BP 23 1.415 8.126 -10.462 264 HO9 BP 23 HO9 BP 23 3.312 9.951 -14.092 265 HO8 BP 23 HO8 BP 23 5.896 8.460 -15.282 266 HO7 BP 23 HO7 BP 23 4.982 5.216 -15.228 Start of MODEL 7 1 1H5* C 1 1H5* C 1 4.589 11.087 2.128 2 2H5* C 1 2H5* C 1 3.866 12.220 0.940 3 H4* C 1 H4* C 1 5.748 11.036 -0.042 4 H3* C 1 H3* C 1 3.065 10.800 -1.200 5 H1* C 1 H1* C 1 6.222 8.842 -1.286 6 1H4 C 1 1H4 C 1 6.751 2.804 0.673 7 2H4 C 1 2H4 C 1 5.009 2.563 0.478 8 H5 C 1 H5 C 1 3.509 4.362 0.110 9 H6 C 1 H6 C 1 3.316 6.696 -0.436 10 H5T C 1 H5T C 1 2.826 9.636 1.136 11 1H2* C 1 1H2* C 1 3.177 8.504 -1.069 12 2H2* C 1 2H2* C 1 4.130 8.670 -2.571 13 1H5* C 2 1H5* C 2 7.611 10.158 -1.784 14 2H5* C 2 2H5* C 2 7.785 11.211 -3.188 15 H4* C 2 H4* C 2 9.743 9.801 -2.695 16 H3* C 2 H3* C 2 9.021 10.354 -5.264 17 H1* C 2 H1* C 2 9.488 6.646 -4.501 18 1H4 C 2 1H4 C 2 4.476 3.000 -3.094 19 2H4 C 2 2H4 C 2 3.339 4.333 -3.237 20 H5 C 2 H5 C 2 4.084 6.592 -3.613 21 H6 C 2 H6 C 2 6.035 8.017 -4.020 22 1H2* C 2 1H2* C 2 7.414 8.671 -5.363 23 2H2* C 2 2H2* C 2 8.835 8.111 -6.251 24 1H5* A 3 1H5* A 3 11.527 6.507 -4.601 25 2H5* A 3 2H5* A 3 12.927 6.603 -5.693 26 H4* A 3 H4* A 3 12.366 4.394 -5.092 27 H3* A 3 H3* A 3 13.021 5.096 -7.618 28 H1* A 3 H1* A 3 10.505 2.566 -6.673 29 H8 A 3 H8 A 3 7.973 5.502 -7.782 30 1H6 A 3 1H6 A 3 3.604 1.468 -6.169 31 2H6 A 3 2H6 A 3 3.885 3.021 -6.941 32 H2 A 3 H2 A 3 7.450 -0.486 -5.505 33 1H2* A 3 1H2* A 3 10.559 5.111 -8.408 34 2H2* A 3 2H2* A 3 11.086 3.520 -8.883 35 1H5* T 4 1H5* T 4 13.325 0.327 -6.843 36 2H5* T 4 2H5* T 4 14.332 -0.489 -8.071 37 H4* T 4 H4* T 4 12.356 -1.937 -7.253 38 H3* T 4 H3* T 4 12.957 -1.703 -9.946 39 1H2* T 4 1H2* T 4 10.840 -0.985 -10.258 40 2H2* T 4 2H2* T 4 10.488 -2.749 -10.007 41 H1* T 4 H1* T 4 9.958 -2.527 -7.823 42 H3 T 4 H3 T 4 5.716 -1.143 -8.574 43 1H5M T 4 1H5M T 4 7.070 2.853 -10.585 44 2H5M T 4 2H5M T 4 8.632 2.307 -11.251 45 3H5M T 4 3H5M T 4 8.528 3.153 -9.683 46 H6 T 4 H6 T 4 9.982 0.707 -9.439 47 1HN4 5CM 5 1H4 5CM 5 5.752 -0.307 -12.111 48 2HN4 5CM 5 2H4 5CM 5 7.433 0.119 -12.436 49 1H5A 5CM 5 1H5M 5CM 5 10.411 -1.779 -12.956 50 2H5A 5CM 5 2H5M 5CM 5 9.770 -0.676 -11.714 51 3H5A 5CM 5 3H5M 5CM 5 9.106 -0.613 -13.374 52 H6 5CM 5 H6 5CM 5 9.673 -3.991 -12.106 53 H1* 5CM 5 H1* 5CM 5 6.894 -6.407 -11.120 54 1H2* 5CM 5 1H2* 5CM 5 9.184 -5.889 -12.973 55 2H2* 5CM 5 2H2* 5CM 5 8.349 -7.430 -12.721 56 H3* 5CM 5 H3* 5CM 5 10.875 -6.605 -11.366 57 H4* 5CM 5 H4* 5CM 5 8.951 -7.585 -9.307 58 1H5* 5CM 5 1H5* 5CM 5 10.224 -5.794 -8.041 59 2H5* 5CM 5 2H5* 5CM 5 11.348 -6.834 -8.950 60 1H5* G 6 1H5* G 6 10.688 -11.296 -13.799 61 2H5* G 6 2H5* G 6 10.988 -10.076 -15.062 62 H4* G 6 H4* G 6 9.439 -11.839 -15.715 63 H3* G 6 H3* G 6 8.935 -9.338 -16.489 64 H1* G 6 H1* G 6 6.053 -11.124 -14.737 65 H8 G 6 H8 G 6 8.070 -11.674 -11.769 66 H1 G 6 H1 G 6 3.155 -7.951 -10.138 67 1H2 G 6 1H2 G 6 2.257 -6.963 -11.879 68 1H2* G 6 1H2* G 6 7.988 -8.802 -14.307 69 2H2* G 6 2H2* G 6 6.553 -8.866 -15.380 70 1H5* C 7 1H5* C 7 5.223 -10.587 -16.592 71 2H5* C 7 2H5* C 7 4.423 -11.301 -17.999 72 H4* C 7 H4* C 7 2.948 -10.008 -16.438 73 H3* C 7 H3* C 7 2.451 -10.047 -19.051 74 H1* C 7 H1* C 7 2.689 -6.698 -17.512 75 1H4 C 7 1H4 C 7 7.533 -2.743 -18.858 76 2H4 C 7 2H4 C 7 8.706 -4.007 -18.546 77 H5 C 7 H5 C 7 8.090 -6.267 -18.128 78 H6 C 7 H6 C 7 6.224 -7.800 -17.740 79 1H2* C 7 1H2* C 7 4.301 -8.483 -19.401 80 2H2* C 7 2H2* C 7 2.805 -7.556 -19.771 81 1H5* T 8 1H5* T 8 0.306 -5.494 -17.322 82 2H5* T 8 2H5* T 8 -1.249 -6.245 -17.733 83 H4* T 8 H4* T 8 -1.339 -3.895 -18.112 84 H3* T 8 H3* T 8 -2.221 -5.582 -20.090 85 1H2* T 8 1H2* T 8 -0.099 -5.570 -21.220 86 2H2* T 8 2H2* T 8 -1.020 -4.360 -22.173 87 H1* T 8 H1* T 8 -0.218 -2.527 -20.870 88 H3 T 8 H3 T 8 3.973 -1.481 -21.916 89 1H5M T 8 1H5M T 8 4.077 -6.685 -22.388 90 2H5M T 8 2H5M T 8 4.574 -6.529 -20.673 91 3H5M T 8 3H5M T 8 5.512 -5.766 -21.944 92 H6 T 8 H6 T 8 1.820 -5.599 -20.929 93 1H5* A 9 1H5* A 9 -1.777 -1.056 -21.110 94 2H5* A 9 2H5* A 9 -3.344 -0.671 -21.865 95 H4* A 9 H4* A 9 -1.788 0.939 -22.562 96 H3* A 9 H3* A 9 -3.232 -0.122 -24.289 97 H1* A 9 H1* A 9 0.362 0.702 -24.706 98 H8 A 9 H8 A 9 0.236 -3.149 -23.908 99 1H6 A 9 1H6 A 9 6.262 -3.153 -25.320 100 2H6 A 9 2H6 A 9 4.891 -4.188 -24.947 101 H2 A 9 H2 A 9 4.733 0.970 -25.885 102 1H2* A 9 1H2* A 9 -1.607 -1.721 -24.847 103 2H2* A 9 2H2* A 9 -1.426 -0.621 -26.119 104 1H5* C 10 1H5* C 10 -0.175 3.061 -25.495 105 2H5* C 10 2H5* C 10 -0.946 4.377 -26.416 106 H4* C 10 H4* C 10 1.422 4.296 -26.947 107 H3* C 10 H3* C 10 -0.429 4.273 -28.923 108 H1* C 10 H1* C 10 2.814 2.625 -28.918 109 1H4 C 10 1H4 C 10 4.274 -3.527 -28.129 110 2H4 C 10 2H4 C 10 2.620 -4.021 -27.740 111 H5 C 10 H5 C 10 0.768 -2.328 -27.672 112 H6 C 10 H6 C 10 0.257 -0.026 -27.994 113 1H2* C 10 1H2* C 10 -0.159 1.946 -29.214 114 2H2* C 10 2H2* C 10 0.873 2.638 -30.463 115 1H5* C 11 1H5* C 11 4.228 4.766 -30.148 116 2H5* C 11 2H5* C 11 4.272 5.700 -31.667 117 H4* C 11 H4* C 11 5.900 3.799 -31.870 118 H3* C 11 H3* C 11 3.726 4.223 -33.628 119 H1* C 11 H1* C 11 5.674 1.350 -32.757 120 1H4 C 11 1H4 C 11 3.414 -4.250 -31.194 121 2H4 C 11 2H4 C 11 1.715 -3.752 -31.113 122 H5 C 11 H5 C 11 1.117 -1.376 -31.533 123 H6 C 11 H6 C 11 2.002 0.783 -32.007 124 H3T C 11 H3T C 11 6.001 4.491 -33.954 125 1H2* C 11 1H2* C 11 2.900 2.180 -33.234 126 2H2* C 11 2H2* C 11 4.215 1.643 -34.300 127 1H5* G 12 1H5* G 12 11.873 -9.391 -33.219 128 2H5* G 12 2H5* G 12 12.846 -9.936 -31.822 129 H4* G 12 H4* G 12 13.254 -7.578 -32.561 130 H3* G 12 H3* G 12 13.311 -8.274 -29.932 131 H1* G 12 H1* G 12 11.298 -5.287 -31.009 132 H8 G 12 H8 G 12 8.921 -8.381 -30.567 133 H1 G 12 H1 G 12 6.128 -2.826 -31.853 134 1H2 G 12 1H2 G 12 7.666 -1.278 -32.163 135 2H2 G 12 2H2 G 12 9.403 -1.669 -32.154 136 H5T G 12 H5T G 12 10.269 -8.826 -31.565 137 1H2* G 12 1H2* G 12 10.923 -8.038 -29.723 138 2H2* G 12 2H2* G 12 11.532 -6.524 -28.975 139 1H5* G 13 1H5* G 13 14.045 -3.939 -31.164 140 2H5* G 13 2H5* G 13 15.438 -3.297 -30.267 141 H4* G 13 H4* G 13 14.113 -1.578 -31.266 142 H3* G 13 H3* G 13 14.904 -1.295 -28.673 143 H1* G 13 H1* G 13 11.500 -0.319 -29.700 144 H8 G 13 H8 G 13 11.238 -4.050 -28.779 145 H1 G 13 H1 G 13 5.688 -0.887 -28.680 146 1H2 G 13 1H2 G 13 6.031 1.249 -29.287 147 2H2 G 13 2H2 G 13 7.688 1.876 -29.386 148 1H2* G 13 1H2* G 13 12.880 -2.463 -28.012 149 2H2* G 13 2H2* G 13 12.574 -0.746 -27.556 150 1H5* T 14 1H5* T 14 12.200 2.678 -29.819 151 2H5* T 14 2H5* T 14 13.011 4.040 -28.991 152 H4* T 14 H4* T 14 10.644 4.351 -29.068 153 H3* T 14 H3* T 14 12.011 4.948 -26.918 154 1H2* T 14 1H2* T 14 11.896 2.639 -26.228 155 2H2* T 14 2H2* T 14 10.926 3.444 -25.077 156 H1* T 14 H1* T 14 8.913 3.240 -26.734 157 H3 T 14 H3 T 14 6.669 -0.300 -25.382 158 1H5M T 14 1H5M T 14 11.573 -1.899 -24.851 159 2H5M T 14 2H5M T 14 11.331 -2.433 -26.539 160 3H5M T 14 3H5M T 14 10.310 -3.078 -25.241 161 H6 T 14 H6 T 14 11.271 0.289 -26.476 162 1H5* A 15 1H5* A 15 7.570 6.908 -26.394 163 2H5* A 15 2H5* A 15 7.684 8.310 -25.272 164 H4* A 15 H4* A 15 5.492 7.076 -25.046 165 H3* A 15 H3* A 15 7.067 8.102 -23.118 166 H1* A 15 H1* A 15 4.925 4.983 -23.210 167 H8 A 15 H8 A 15 8.647 3.868 -23.409 168 1H6 A 15 1H6 A 15 6.582 -1.837 -22.206 169 2H6 A 15 2H6 A 15 8.007 -0.856 -22.534 170 H2 A 15 H2 A 15 3.090 0.931 -22.143 171 1H2* A 15 1H2* A 15 7.638 5.936 -22.090 172 2H2* A 15 2H2* A 15 6.085 6.073 -21.400 173 1H5* G 16 1H5* G 16 2.820 6.009 -22.122 174 2H5* G 16 2H5* G 16 2.046 7.216 -21.062 175 H4* G 16 H4* G 16 1.237 5.102 -20.483 176 H3* G 16 H3* G 16 2.216 6.724 -18.579 177 H1* G 16 H1* G 16 2.521 3.107 -18.550 178 H8 G 16 H8 G 16 6.135 4.024 -19.508 179 H1 G 16 H1 G 16 5.076 -2.245 -18.836 180 1H2 G 16 1H2 G 16 2.892 -2.642 -18.440 181 2H2 G 16 2H2 G 16 1.755 -1.294 -18.368 182 1H2* G 16 1H2* G 16 4.432 5.522 -18.877 183 2H2* G 16 2H2* G 16 3.803 4.973 -17.288 184 1H5* C 17 1H5* C 17 0.020 3.125 -16.897 185 2H5* C 17 2H5* C 17 -1.689 3.629 -16.746 186 H4* C 17 H4* C 17 -1.233 1.684 -15.377 187 H3* C 17 H3* C 17 -2.766 3.677 -14.449 188 H1* C 17 H1* C 17 -0.196 2.299 -12.261 189 1H4 C 17 1H4 C 17 4.952 5.417 -10.388 190 2H4 C 17 2H4 C 17 5.073 6.175 -12.000 191 H5 C 17 H5 C 17 3.537 5.851 -13.783 192 H6 C 17 H6 C 17 1.458 4.636 -14.391 193 1H2* C 17 1H2* C 17 -0.742 4.915 -13.794 194 2H2* C 17 2H2* C 17 -1.516 4.423 -12.254 195 1H5* G 18 1H5* G 18 -4.440 -0.148 -13.607 196 2H5* G 18 2H5* G 18 -5.615 -0.196 -12.273 197 H4* G 18 H4* G 18 -4.705 -2.418 -12.631 198 H3* G 18 H3* G 18 -4.819 -1.462 -10.118 199 H1* G 18 H1* G 18 -1.712 -3.099 -11.360 200 H8 G 18 H8 G 18 -1.230 0.698 -12.104 201 H1 G 18 H1 G 18 4.237 -2.526 -11.602 202 1H2 G 18 1H2 G 18 3.830 -4.661 -11.106 203 2H2 G 18 2H2 G 18 2.163 -5.238 -10.987 204 1H2* G 18 1H2* G 18 -2.720 -0.278 -10.559 205 2H2* G 18 2H2* G 18 -2.283 -1.533 -9.383 206 1H5* A 19 1H5* A 19 -2.812 -5.943 -9.782 207 2H5* A 19 2H5* A 19 -3.494 -6.704 -8.318 208 H4* A 19 H4* A 19 -1.173 -7.410 -8.784 209 H3* A 19 H3* A 19 -2.026 -6.946 -6.276 210 H1* A 19 H1* A 19 1.274 -5.748 -7.488 211 H8 A 19 H8 A 19 -1.259 -2.754 -7.836 212 1H6 A 19 1H6 A 19 3.779 0.621 -9.136 213 2H6 A 19 2H6 A 19 2.043 0.716 -8.893 214 H2 A 19 H2 A 19 5.063 -3.547 -8.516 215 1H2* A 19 1H2* A 19 -1.291 -4.653 -6.273 216 2H2* A 19 2H2* A 19 -0.052 -5.535 -5.487 217 1H5* T 20 1H5* T 20 2.525 -7.054 -6.682 218 2H5* T 20 2H5* T 20 2.909 -8.594 -5.866 219 H4* T 20 H4* T 20 4.718 -7.372 -6.229 220 H3* T 20 H3* T 20 4.540 -8.052 -3.699 221 1H2* T 20 1H2* T 20 3.490 -5.956 -3.439 222 2H2* T 20 2H2* T 20 4.993 -5.624 -2.663 223 H1* T 20 H1* T 20 5.959 -4.888 -5.021 224 H3 T 20 H3 T 20 4.977 -0.490 -5.308 225 1H5M T 20 1H5M T 20 0.321 -1.267 -4.487 226 2H5M T 20 2H5M T 20 0.505 -2.872 -3.716 227 3H5M T 20 3H5M T 20 0.355 -2.715 -5.475 228 H6 T 20 H6 T 20 2.321 -4.296 -4.560 229 1H5* G 21 1H5* G 21 8.300 -6.196 -5.141 230 2H5* G 21 2H5* G 21 9.743 -7.047 -4.526 231 H4* G 21 H4* G 21 10.402 -4.853 -4.798 232 H3* G 21 H3* G 21 10.427 -5.938 -2.243 233 H1* G 21 H1* G 21 9.914 -2.447 -2.961 234 H8 G 21 H8 G 21 6.348 -3.749 -2.149 235 H1 G 21 H1 G 21 7.060 2.558 -3.099 236 1H2 G 21 1H2 G 21 9.241 2.924 -3.746 237 2H2 G 21 2H2 G 21 10.392 1.590 -3.586 238 1H2* G 21 1H2* G 21 8.381 -4.776 -1.705 239 2H2* G 21 2H2* G 21 9.658 -3.768 -0.934 240 1H5* G 22 1H5* G 22 12.151 -2.317 -3.967 241 2H5* G 22 2H5* G 22 13.870 -2.721 -3.851 242 H4* G 22 H4* G 22 13.535 -0.467 -4.805 243 H3* G 22 H3* G 22 15.480 -0.925 -3.007 244 H1* G 22 H1* G 22 13.270 1.950 -2.428 245 H8 G 22 H8 G 22 11.949 -0.803 0.019 246 H1 G 22 H1 G 22 8.621 4.636 -0.047 247 1H2 G 22 1H2 G 22 9.399 6.037 -1.611 248 2H2 G 22 2H2 G 22 10.639 5.500 -2.714 249 H3T G 22 H3T G 22 14.479 1.408 -4.193 250 1H2* G 22 1H2* G 22 13.868 -0.771 -1.166 251 2H2* G 22 2H2* G 22 14.836 0.743 -1.043 252 2H10 BP 23 H10 BP 23 3.086 -8.146 -14.473 253 H9 BP 23 HC9 BP 23 1.148 -9.019 -13.420 254 H8 BP 23 HC8 BP 23 0.432 -7.058 -12.269 255 H7 BP 23 HC7 BP 23 -0.251 -6.236 -15.116 256 H6 BP 23 HC6 BP 23 0.470 -3.313 -14.728 257 H5 BP 23 HC5 BP 23 1.775 -1.338 -15.268 258 H4 BP 23 HC4 BP 23 3.975 -0.247 -15.687 259 H3 BP 23 HC3 BP 23 6.415 -0.390 -15.860 260 H2 BP 23 HC2 BP 23 8.512 -1.729 -15.730 261 H1 BP 23 HC1 BP 23 8.418 -4.159 -15.177 262 H12 BP 23 H12 BP 23 7.119 -6.152 -14.621 263 H11 BP 23 H11 BP 23 4.949 -7.243 -14.210 264 HO9 BP 23 HO9 BP 23 0.887 -8.262 -15.997 265 HO8 BP 23 HO8 BP 23 -1.618 -7.958 -14.071 266 HO7 BP 23 HO7 BP 23 -0.503 -4.396 -12.776 Start of MODEL 8 1 1H5* C 1 1H5* C 1 8.390 14.100 -4.312 2 2H5* C 1 2H5* C 1 8.278 14.736 -5.994 3 H4* C 1 H4* C 1 9.569 12.614 -5.878 4 H3* C 1 H3* C 1 6.950 12.760 -7.387 5 H1* C 1 H1* C 1 9.307 10.228 -5.812 6 1H4 C 1 1H4 C 1 6.489 6.137 -1.913 7 2H4 C 1 2H4 C 1 4.877 6.433 -2.558 8 H5 C 1 H5 C 1 4.488 8.125 -4.295 9 H6 C 1 H6 C 1 5.569 9.790 -5.696 10 H5T C 1 H5T C 1 6.265 13.026 -5.277 11 1H2* C 1 1H2* C 1 6.584 10.578 -7.124 12 2H2* C 1 2H2* C 1 8.144 10.161 -7.876 13 1H5* C 2 1H5* C 2 10.903 11.367 -7.101 14 2H5* C 2 2H5* C 2 11.689 11.773 -8.638 15 H4* C 2 H4* C 2 13.058 10.289 -7.394 16 H3* C 2 H3* C 2 12.532 9.924 -10.059 17 H1* C 2 H1* C 2 12.326 6.838 -7.843 18 1H4 C 2 1H4 C 2 6.628 4.782 -5.826 19 2H4 C 2 2H4 C 2 5.806 6.109 -6.618 20 H5 C 2 H5 C 2 6.963 7.833 -7.793 21 H6 C 2 H6 C 2 9.157 8.657 -8.478 22 1H2* C 2 1H2* C 2 10.671 8.596 -9.684 23 2H2* C 2 2H2* C 2 12.006 7.522 -10.108 24 1H5* A 3 1H5* A 3 14.252 6.428 -7.729 25 2H5* A 3 2H5* A 3 15.680 5.934 -8.644 26 H4* A 3 H4* A 3 14.848 4.226 -7.244 27 H3* A 3 H3* A 3 15.696 3.746 -9.741 28 H1* A 3 H1* A 3 12.785 2.109 -8.187 29 H8 A 3 H8 A 3 10.760 4.674 -10.568 30 1H6 A 3 1H6 A 3 5.727 2.478 -7.973 31 2H6 A 3 2H6 A 3 6.393 3.429 -9.307 32 H2 A 3 H2 A 3 9.123 0.352 -6.085 33 1H2* A 3 1H2* A 3 13.308 3.833 -10.700 34 2H2* A 3 2H2* A 3 13.579 2.114 -10.537 35 1H5* T 4 1H5* T 4 14.917 -0.079 -7.136 36 2H5* T 4 2H5* T 4 15.998 -1.437 -7.506 37 H4* T 4 H4* T 4 13.725 -2.141 -6.460 38 H3* T 4 H3* T 4 14.556 -3.635 -8.553 39 1H2* T 4 1H2* T 4 13.122 -2.170 -9.723 40 2H2* T 4 2H2* T 4 12.185 -3.703 -9.413 41 H1* T 4 H1* T 4 11.339 -2.764 -7.343 42 H3 T 4 H3 T 4 7.460 -0.953 -9.051 43 1H5M T 4 1H5M T 4 11.059 1.863 -11.480 44 2H5M T 4 2H5M T 4 11.312 0.367 -12.451 45 3H5M T 4 3H5M T 4 9.746 1.208 -12.454 46 H6 T 4 H6 T 4 12.092 -0.565 -10.110 47 1HN4 5CM 5 1H4 5CM 5 8.575 -1.542 -12.780 48 2HN4 5CM 5 2H4 5CM 5 10.304 -1.699 -13.007 49 1H5A 5CM 5 1H5M 5CM 5 12.195 -4.183 -12.906 50 2H5A 5CM 5 2H5M 5CM 5 11.821 -2.505 -12.479 51 3H5A 5CM 5 3H5M 5CM 5 12.613 -3.514 -11.284 52 H6 5CM 5 H6 5CM 5 11.134 -5.708 -10.568 53 H1* 5CM 5 H1* 5CM 5 7.592 -6.552 -9.477 54 1H2* 5CM 5 1H2* 5CM 5 9.755 -8.065 -10.614 55 2H2* 5CM 5 2H2* 5CM 5 8.593 -8.726 -9.429 56 H3* 5CM 5 H3* 5CM 5 11.212 -7.290 -8.720 57 H4* 5CM 5 H4* 5CM 5 8.753 -7.905 -7.039 58 1H5* 5CM 5 1H5* 5CM 5 9.432 -6.217 -5.515 59 2H5* 5CM 5 2H5* 5CM 5 10.766 -7.381 -5.641 60 1H5* G 6 1H5* G 6 10.293 -12.955 -9.280 61 2H5* G 6 2H5* G 6 10.715 -12.600 -10.962 62 H4* G 6 H4* G 6 8.680 -13.920 -10.723 63 H3* G 6 H3* G 6 8.751 -12.026 -12.604 64 H1* G 6 H1* G 6 5.729 -11.958 -10.308 65 H8 G 6 H8 G 6 7.893 -11.460 -7.392 66 H1 G 6 H1 G 6 4.183 -6.293 -8.036 67 1H2 G 6 1H2 G 6 3.262 -6.219 -10.046 68 1H2* G 6 1H2* G 6 8.219 -10.314 -10.947 69 2H2* G 6 2H2* G 6 6.711 -10.470 -11.908 70 1H5* C 7 1H5* C 7 4.722 -11.865 -12.431 71 2H5* C 7 2H5* C 7 3.735 -12.899 -13.473 72 H4* C 7 H4* C 7 2.787 -10.629 -12.978 73 H3* C 7 H3* C 7 2.324 -11.752 -15.350 74 H1* C 7 H1* C 7 3.743 -8.365 -15.421 75 1H4 C 7 1H4 C 7 9.675 -7.307 -17.563 76 2H4 C 7 2H4 C 7 10.298 -8.599 -16.556 77 H5 C 7 H5 C 7 8.909 -10.143 -15.440 78 H6 C 7 H6 C 7 6.620 -10.618 -14.708 79 1H2* C 7 1H2* C 7 4.605 -11.237 -16.033 80 2H2* C 7 2H2* C 7 3.556 -10.163 -17.029 81 1H5* T 8 1H5* T 8 1.426 -6.982 -15.726 82 2H5* T 8 2H5* T 8 -0.209 -7.081 -16.399 83 H4* T 8 H4* T 8 0.913 -4.939 -16.778 84 H3* T 8 H3* T 8 -0.645 -5.973 -18.739 85 1H2* T 8 1H2* T 8 1.228 -7.358 -19.530 86 2H2* T 8 2H2* T 8 1.084 -6.054 -20.761 87 H1* T 8 H1* T 8 2.663 -4.670 -19.586 88 H3 T 8 H3 T 8 6.479 -6.124 -21.220 89 1H5M T 8 1H5M T 8 5.391 -10.087 -18.109 90 2H5M T 8 2H5M T 8 4.397 -10.659 -19.491 91 3H5M T 8 3H5M T 8 6.124 -10.366 -19.669 92 H6 T 8 H6 T 8 3.068 -8.237 -18.652 93 1H5* A 9 1H5* A 9 2.460 -2.529 -20.030 94 2H5* A 9 2H5* A 9 1.271 -1.314 -20.556 95 H4* A 9 H4* A 9 3.498 -0.766 -21.468 96 H3* A 9 H3* A 9 1.581 -0.478 -22.963 97 H1* A 9 H1* A 9 4.575 -2.369 -23.991 98 H8 A 9 H8 A 9 2.104 -4.951 -22.325 99 1H6 A 9 1H6 A 9 6.052 -9.276 -24.331 100 2H6 A 9 2H6 A 9 4.494 -9.040 -23.521 101 H2 A 9 H2 A 9 7.454 -5.370 -25.807 102 1H2* A 9 1H2* A 9 1.540 -2.811 -23.462 103 2H2* A 9 2H2* A 9 2.105 -2.123 -24.901 104 1H5* C 10 1H5* C 10 5.874 -0.277 -25.103 105 2H5* C 10 2H5* C 10 5.913 1.074 -26.277 106 H4* C 10 H4* C 10 7.296 -0.733 -27.045 107 H3* C 10 H3* C 10 5.491 0.492 -28.626 108 H1* C 10 H1* C 10 6.610 -2.942 -28.784 109 1H4 C 10 1H4 C 10 3.949 -8.374 -26.963 110 2H4 C 10 2H4 C 10 2.463 -7.635 -26.360 111 H5 C 10 H5 C 10 2.240 -5.118 -26.301 112 H6 C 10 H6 C 10 3.298 -3.075 -27.000 113 1H2* C 10 1H2* C 10 3.999 -1.333 -28.418 114 2H2* C 10 2H2* C 10 4.847 -1.616 -29.948 115 1H5* C 11 1H5* C 11 9.322 -3.319 -31.066 116 2H5* C 11 2H5* C 11 9.432 -2.413 -32.599 117 H4* C 11 H4* C 11 8.225 -4.383 -32.870 118 H3* C 11 H3* C 11 6.310 -2.103 -33.029 119 H1* C 11 H1* C 11 6.409 -5.885 -32.782 120 1H4 C 11 1H4 C 11 1.905 -8.424 -29.558 121 2H4 C 11 2H4 C 11 1.028 -6.931 -29.189 122 H5 C 11 H5 C 11 2.008 -4.730 -29.912 123 H6 C 11 H6 C 11 3.809 -3.758 -31.105 124 H3T C 11 H3T C 11 8.177 -2.878 -34.546 125 1H2* C 11 1H2* C 11 4.615 -3.672 -33.038 126 2H2* C 11 2H2* C 11 5.450 -4.683 -34.176 127 1H5* G 12 1H5* G 12 4.664 -17.209 -29.788 128 2H5* G 12 2H5* G 12 4.982 -17.602 -31.496 129 H4* G 12 H4* G 12 7.303 -16.951 -31.276 130 H3* G 12 H3* G 12 7.257 -17.509 -28.605 131 H1* G 12 H1* G 12 7.416 -13.996 -29.771 132 H8 G 12 H8 G 12 3.782 -14.952 -28.638 133 H1 G 12 H1 G 12 4.674 -9.072 -30.715 134 1H2 G 12 1H2 G 12 6.677 -8.810 -31.515 135 2H2 G 12 2H2 G 12 7.887 -10.120 -31.412 136 H5T G 12 H5T G 12 5.590 -19.509 -30.763 137 1H2* G 12 1H2* G 12 5.568 -15.853 -28.186 138 2H2* G 12 2H2* G 12 7.074 -15.029 -27.651 139 1H5* G 13 1H5* G 13 10.653 -15.186 -30.261 140 2H5* G 13 2H5* G 13 12.168 -15.633 -29.433 141 H4* G 13 H4* G 13 12.306 -13.553 -30.649 142 H3* G 13 H3* G 13 13.300 -13.691 -28.104 143 H1* G 13 H1* G 13 11.264 -10.768 -29.203 144 H8 G 13 H8 G 13 8.826 -13.356 -27.700 145 H1 G 13 H1 G 13 6.587 -7.383 -28.011 146 1H2 G 13 1H2 G 13 8.121 -6.062 -28.967 147 2H2 G 13 2H2 G 13 9.766 -6.669 -29.259 148 1H2* G 13 1H2* G 13 11.130 -13.125 -27.257 149 2H2* G 13 2H2* G 13 12.057 -11.593 -27.065 150 1H5* T 14 1H5* T 14 14.062 -9.185 -29.692 151 2H5* T 14 2H5* T 14 15.618 -8.598 -29.047 152 H4* T 14 H4* T 14 13.979 -6.845 -29.388 153 H3* T 14 H3* T 14 15.534 -6.731 -27.291 154 1H2* T 14 1H2* T 14 14.034 -8.196 -26.078 155 2H2* T 14 2H2* T 14 13.782 -6.709 -25.290 156 H1* T 14 H1* T 14 12.003 -6.105 -27.106 157 H3 T 14 H3 T 14 8.245 -7.195 -25.059 158 1H5M T 14 1H5M T 14 10.363 -11.921 -25.672 159 2H5M T 14 2H5M T 14 11.212 -11.392 -24.189 160 3H5M T 14 3H5M T 14 9.449 -11.511 -24.212 161 H6 T 14 H6 T 14 12.109 -9.761 -26.141 162 1H5* A 15 1H5* A 15 12.856 -2.845 -28.023 163 2H5* A 15 2H5* A 15 13.739 -1.385 -27.496 164 H4* A 15 H4* A 15 11.265 -1.106 -27.527 165 H3* A 15 H3* A 15 12.853 0.086 -25.971 166 H1* A 15 H1* A 15 9.801 -1.622 -24.690 167 H8 A 15 H8 A 15 12.698 -4.206 -24.439 168 1H6 A 15 1H6 A 15 8.719 -7.712 -21.261 169 2H6 A 15 2H6 A 15 10.374 -7.589 -21.870 170 H2 A 15 H2 A 15 6.696 -3.873 -22.220 171 1H2* A 15 1H2* A 15 12.853 -1.594 -24.157 172 2H2* A 15 2H2* A 15 11.662 -0.520 -23.569 173 1H5* G 16 1H5* G 16 8.090 0.687 -24.371 174 2H5* G 16 2H5* G 16 8.103 2.364 -23.777 175 H4* G 16 H4* G 16 6.760 0.990 -22.406 176 H3* G 16 H3* G 16 8.521 2.687 -21.251 177 H1* G 16 H1* G 16 7.553 -0.493 -19.961 178 H8 G 16 H8 G 16 11.072 -1.510 -21.010 179 H1 G 16 H1 G 16 7.625 -6.083 -18.149 180 1H2 G 16 1H2 G 16 5.586 -5.356 -17.711 181 2H2 G 16 2H2 G 16 5.008 -3.833 -18.373 182 1H2* G 16 1H2* G 16 10.137 0.703 -21.177 183 2H2* G 16 2H2* G 16 9.625 0.996 -19.479 184 1H5* C 17 1H5* C 17 5.653 0.569 -17.895 185 2H5* C 17 2H5* C 17 4.183 0.920 -18.820 186 H4* C 17 H4* C 17 3.772 0.420 -16.451 187 H3* C 17 H3* C 17 2.433 2.496 -17.658 188 H1* C 17 H1* C 17 3.834 2.634 -14.236 189 1H4 C 17 1H4 C 17 8.937 5.641 -12.082 190 2H4 C 17 2H4 C 17 9.228 6.508 -13.606 191 H5 C 17 H5 C 17 7.856 5.995 -15.591 192 H6 C 17 H6 C 17 5.935 4.677 -16.394 193 1H2* C 17 1H2* C 17 4.114 4.030 -17.018 194 2H2* C 17 2H2* C 17 2.834 4.364 -15.816 195 1H5* G 18 1H5* G 18 -1.201 -0.054 -15.835 196 2H5* G 18 2H5* G 18 -2.332 0.902 -14.853 197 H4* G 18 H4* G 18 -1.972 -1.350 -13.947 198 H3* G 18 H3* G 18 -2.085 0.760 -12.272 199 H1* G 18 H1* G 18 0.652 -1.773 -11.983 200 H8 G 18 H8 G 18 2.213 1.196 -14.074 201 H1 G 18 H1 G 18 6.393 -2.953 -11.658 202 1H2 G 18 1H2 G 18 5.365 -4.471 -10.520 203 2H2 G 18 2H2 G 18 3.596 -4.549 -10.447 204 1H2* G 18 1H2* G 18 0.284 1.226 -12.670 205 2H2* G 18 2H2* G 18 0.269 0.552 -11.023 206 1H5* A 19 1H5* A 19 -2.005 -3.422 -9.885 207 2H5* A 19 2H5* A 19 -3.046 -3.274 -8.447 208 H4* A 19 H4* A 19 -1.245 -4.973 -8.198 209 H3* A 19 H3* A 19 -1.929 -3.436 -6.131 210 H1* A 19 H1* A 19 1.720 -3.815 -7.094 211 H8 A 19 H8 A 19 0.301 -0.517 -8.746 212 1H6 A 19 1H6 A 19 6.100 0.733 -10.316 213 2H6 A 19 2H6 A 19 4.450 1.296 -10.271 214 H2 A 19 H2 A 19 6.106 -3.230 -8.232 215 1H2* A 19 1H2* A 19 -0.401 -1.684 -6.669 216 2H2* A 19 2H2* A 19 0.424 -2.609 -5.491 217 1H5* T 20 1H5* T 20 2.283 -5.226 -5.846 218 2H5* T 20 2H5* T 20 2.143 -6.418 -4.532 219 H4* T 20 H4* T 20 4.322 -5.881 -5.123 220 H3* T 20 H3* T 20 3.859 -5.751 -2.515 221 1H2* T 20 1H2* T 20 3.512 -3.447 -2.970 222 2H2* T 20 2H2* T 20 5.050 -3.354 -2.171 223 H1* T 20 H1* T 20 6.195 -3.680 -4.499 224 H3 T 20 H3 T 20 6.738 0.375 -6.426 225 1H5M T 20 1H5M T 20 2.008 1.238 -6.216 226 2H5M T 20 2H5M T 20 1.542 -0.335 -5.696 227 3H5M T 20 3H5M T 20 1.907 0.775 -4.424 228 H6 T 20 H6 T 20 2.993 -1.802 -4.531 229 1H5* G 21 1H5* G 21 8.094 -4.578 -4.340 230 2H5* G 21 2H5* G 21 9.074 -5.456 -3.142 231 H4* G 21 H4* G 21 10.329 -3.666 -3.826 232 H3* G 21 H3* G 21 9.792 -3.981 -1.142 233 H1* G 21 H1* G 21 10.153 -0.791 -2.665 234 H8 G 21 H8 G 21 6.364 -1.076 -2.252 235 H1 G 21 H1 G 21 8.661 4.230 -5.011 236 1H2 G 21 1H2 G 21 10.932 3.892 -5.381 237 2H2 G 21 2H2 G 21 11.669 2.585 -4.436 238 1H2* G 21 1H2* G 21 7.898 -2.453 -1.411 239 2H2* G 21 2H2* G 21 9.146 -1.496 -0.528 240 1H5* G 22 1H5* G 22 12.793 -1.254 -3.084 241 2H5* G 22 2H5* G 22 14.476 -1.502 -2.569 242 H4* G 22 H4* G 22 14.364 0.561 -3.724 243 H3* G 22 H3* G 22 15.490 0.452 -1.208 244 H1* G 22 H1* G 22 13.452 3.268 -2.274 245 H8 G 22 H8 G 22 10.963 1.237 -0.021 246 H1 G 22 H1 G 22 8.921 6.685 -2.500 247 1H2 G 22 1H2 G 22 10.442 7.573 -3.811 248 2H2 G 22 2H2 G 22 11.946 6.703 -4.144 249 H3T G 22 H3T G 22 15.235 2.474 -3.148 250 1H2* G 22 1H2* G 22 13.330 1.016 -0.215 251 2H2* G 22 2H2* G 22 14.267 2.550 -0.114 252 2H10 BP 23 H10 BP 23 3.784 -8.670 -11.686 253 H9 BP 23 HC9 BP 23 1.698 -8.462 -10.655 254 H8 BP 23 HC8 BP 23 1.540 -6.100 -10.613 255 H7 BP 23 HC7 BP 23 1.166 -6.573 -13.596 256 H6 BP 23 HC6 BP 23 2.656 -4.063 -14.457 257 H5 BP 23 HC5 BP 23 4.494 -2.957 -15.642 258 H4 BP 23 HC4 BP 23 6.916 -2.790 -16.192 259 H3 BP 23 HC3 BP 23 9.216 -3.618 -15.959 260 H2 BP 23 HC2 BP 23 10.834 -5.230 -14.962 261 H1 BP 23 HC1 BP 23 10.035 -7.008 -13.406 262 H12 BP 23 H12 BP 23 8.221 -8.102 -12.209 263 H11 BP 23 H11 BP 23 5.833 -8.282 -11.655 264 HO9 BP 23 HO9 BP 23 0.270 -8.637 -12.716 265 HO8 BP 23 HO8 BP 23 -0.682 -5.668 -11.774 266 HO7 BP 23 HO7 BP 23 1.369 -3.850 -12.400 Start of MODEL 9 1 1H5* C 1 1H5* C 1 4.876 10.835 1.866 2 2H5* C 1 2H5* C 1 3.969 11.942 0.798 3 H4* C 1 H4* C 1 5.692 10.517 -0.352 4 H3* C 1 H3* C 1 2.855 10.590 -1.233 5 H1* C 1 H1* C 1 5.834 8.316 -1.556 6 1H4 C 1 1H4 C 1 5.468 2.292 0.536 7 2H4 C 1 2H4 C 1 3.756 2.221 0.147 8 H5 C 1 H5 C 1 2.487 4.184 -0.443 9 H6 C 1 H6 C 1 2.625 6.515 -1.006 10 H5T C 1 H5T C 1 2.310 10.216 0.860 11 1H2* C 1 1H2* C 1 2.768 8.343 -1.412 12 2H2* C 1 2H2* C 1 3.792 8.518 -2.865 13 1H5* C 2 1H5* C 2 7.364 9.990 -1.884 14 2H5* C 2 2H5* C 2 7.466 11.164 -3.210 15 H4* C 2 H4* C 2 9.504 9.835 -2.918 16 H3* C 2 H3* C 2 8.624 10.465 -5.416 17 H1* C 2 H1* C 2 9.268 6.748 -4.877 18 1H4 C 2 1H4 C 2 4.461 2.927 -3.314 19 2H4 C 2 2H4 C 2 3.277 4.196 -3.585 20 H5 C 2 H5 C 2 3.905 6.423 -3.952 21 H6 C 2 H6 C 2 5.753 7.942 -4.373 22 1H2* C 2 1H2* C 2 7.095 8.734 -5.550 23 2H2* C 2 2H2* C 2 8.512 8.265 -6.503 24 1H5* A 3 1H5* A 3 11.309 6.818 -5.055 25 2H5* A 3 2H5* A 3 12.709 6.960 -6.136 26 H4* A 3 H4* A 3 12.192 4.727 -5.664 27 H3* A 3 H3* A 3 12.626 5.620 -8.225 28 H1* A 3 H1* A 3 10.294 2.910 -7.123 29 H8 A 3 H8 A 3 7.615 5.722 -8.170 30 1H6 A 3 1H6 A 3 3.459 1.556 -6.355 31 2H6 A 3 2H6 A 3 3.658 3.104 -7.185 32 H2 A 3 H2 A 3 7.378 -0.218 -5.722 33 1H2* A 3 1H2* A 3 10.174 5.429 -8.907 34 2H2* A 3 2H2* A 3 10.754 3.850 -9.355 35 1H5* T 4 1H5* T 4 12.830 1.216 -7.245 36 2H5* T 4 2H5* T 4 14.126 0.313 -8.074 37 H4* T 4 H4* T 4 12.248 -1.176 -7.177 38 H3* T 4 H3* T 4 13.055 -1.688 -9.717 39 1H2* T 4 1H2* T 4 11.119 -0.515 -10.248 40 2H2* T 4 2H2* T 4 10.654 -2.281 -10.259 41 H1* T 4 H1* T 4 9.976 -2.162 -7.991 42 H3 T 4 H3 T 4 5.654 -0.972 -8.769 43 1H5M T 4 1H5M T 4 8.460 2.460 -11.598 44 2H5M T 4 2H5M T 4 8.181 3.351 -10.066 45 3H5M T 4 3H5M T 4 6.816 2.873 -11.047 46 H6 T 4 H6 T 4 9.834 0.960 -9.800 47 1HN4 5CM 5 1H4 5CM 5 6.018 0.003 -12.415 48 2HN4 5CM 5 2H4 5CM 5 7.702 0.439 -12.717 49 1H5A 5CM 5 1H5M 5CM 5 10.611 -1.099 -12.011 50 2H5A 5CM 5 2H5M 5CM 5 9.438 -0.023 -12.773 51 3H5A 5CM 5 3H5M 5CM 5 10.178 -1.298 -13.754 52 H6 5CM 5 H6 5CM 5 9.879 -3.726 -12.186 53 H1* 5CM 5 H1* 5CM 5 6.921 -5.943 -11.293 54 1H2* 5CM 5 1H2* 5CM 5 9.122 -6.152 -13.135 55 2H2* 5CM 5 2H2* 5CM 5 8.433 -7.537 -12.240 56 H3* 5CM 5 H3* 5CM 5 10.711 -5.734 -11.221 57 H4* 5CM 5 H4* 5CM 5 8.920 -7.653 -9.699 58 1H5* 5CM 5 1H5* 5CM 5 9.644 -6.292 -7.767 59 2H5* 5CM 5 2H5* 5CM 5 11.070 -6.922 -8.628 60 1H5* G 6 1H5* G 6 11.175 -10.759 -13.953 61 2H5* G 6 2H5* G 6 11.389 -9.657 -15.323 62 H4* G 6 H4* G 6 9.815 -11.430 -15.772 63 H3* G 6 H3* G 6 9.091 -8.986 -16.609 64 H1* G 6 H1* G 6 6.528 -10.940 -14.610 65 H8 G 6 H8 G 6 8.667 -11.179 -11.704 66 H1 G 6 H1 G 6 3.509 -7.762 -10.089 67 1H2 G 6 1H2 G 6 2.506 -6.956 -11.818 68 1H2* G 6 1H2* G 6 8.243 -8.426 -14.390 69 2H2* G 6 2H2* G 6 6.751 -8.676 -15.357 70 1H5* C 7 1H5* C 7 5.426 -10.263 -16.435 71 2H5* C 7 2H5* C 7 4.625 -11.108 -17.766 72 H4* C 7 H4* C 7 3.128 -9.775 -16.308 73 H3* C 7 H3* C 7 2.619 -9.984 -18.899 74 H1* C 7 H1* C 7 2.742 -6.513 -17.593 75 1H4 C 7 1H4 C 7 7.687 -2.646 -19.042 76 2H4 C 7 2H4 C 7 8.799 -3.942 -18.663 77 H5 C 7 H5 C 7 8.145 -6.145 -18.264 78 H6 C 7 H6 C 7 6.264 -7.641 -17.833 79 1H2* C 7 1H2* C 7 4.394 -8.379 -19.373 80 2H2* C 7 2H2* C 7 2.857 -7.537 -19.780 81 1H5* T 8 1H5* T 8 -0.191 -6.150 -17.473 82 2H5* T 8 2H5* T 8 -1.774 -6.686 -18.055 83 H4* T 8 H4* T 8 -1.579 -4.319 -18.193 84 H3* T 8 H3* T 8 -2.453 -5.652 -20.451 85 1H2* T 8 1H2* T 8 -0.165 -5.644 -21.297 86 2H2* T 8 2H2* T 8 -0.974 -4.341 -22.238 87 H1* T 8 H1* T 8 -0.361 -2.670 -20.554 88 H3 T 8 H3 T 8 3.832 -1.372 -21.728 89 1H5M T 8 1H5M T 8 5.384 -5.634 -22.123 90 2H5M T 8 2H5M T 8 3.963 -6.688 -22.200 91 3H5M T 8 3H5M T 8 4.747 -6.297 -20.624 92 H6 T 8 H6 T 8 1.762 -5.607 -20.885 93 1H5* A 9 1H5* A 9 -1.740 -1.063 -20.951 94 2H5* A 9 2H5* A 9 -3.328 -0.539 -21.565 95 H4* A 9 H4* A 9 -1.750 1.142 -22.092 96 H3* A 9 H3* A 9 -3.226 0.430 -23.941 97 H1* A 9 H1* A 9 0.436 0.942 -24.281 98 H8 A 9 H8 A 9 -0.112 -2.922 -23.730 99 1H6 A 9 1H6 A 9 5.902 -3.455 -25.204 100 2H6 A 9 2H6 A 9 4.460 -4.393 -24.853 101 H2 A 9 H2 A 9 4.801 0.791 -25.485 102 1H2* A 9 1H2* A 9 -1.746 -1.268 -24.619 103 2H2* A 9 2H2* A 9 -1.454 -0.098 -25.801 104 1H5* C 10 1H5* C 10 0.033 3.496 -24.850 105 2H5* C 10 2H5* C 10 -0.571 4.894 -25.767 106 H4* C 10 H4* C 10 1.800 4.637 -26.043 107 H3* C 10 H3* C 10 0.232 5.074 -28.139 108 H1* C 10 H1* C 10 3.185 2.991 -28.223 109 1H4 C 10 1H4 C 10 3.837 -3.323 -28.218 110 2H4 C 10 2H4 C 10 2.116 -3.624 -27.939 111 H5 C 10 H5 C 10 0.544 -1.753 -27.529 112 H6 C 10 H6 C 10 0.330 0.651 -27.544 113 1H2* C 10 1H2* C 10 0.153 2.754 -28.634 114 2H2* C 10 2H2* C 10 1.306 3.420 -29.797 115 1H5* C 11 1H5* C 11 4.969 5.231 -29.686 116 2H5* C 11 2H5* C 11 4.944 6.233 -31.157 117 H4* C 11 H4* C 11 5.956 4.094 -31.777 118 H3* C 11 H3* C 11 3.161 4.503 -32.687 119 H1* C 11 H1* C 11 5.689 1.699 -32.249 120 1H4 C 11 1H4 C 11 2.922 -3.717 -31.110 121 2H4 C 11 2H4 C 11 1.286 -3.050 -31.003 122 H5 C 11 H5 C 11 0.922 -0.625 -31.175 123 H6 C 11 H6 C 11 2.042 1.517 -31.552 124 H3T C 11 H3T C 11 4.667 5.762 -33.707 125 1H2* C 11 1H2* C 11 3.084 2.280 -33.259 126 2H2* C 11 2H2* C 11 4.675 2.310 -33.961 127 1H5* G 12 1H5* G 12 11.064 -9.774 -33.953 128 2H5* G 12 2H5* G 12 12.275 -10.364 -32.767 129 H4* G 12 H4* G 12 12.155 -7.908 -32.957 130 H3* G 12 H3* G 12 12.173 -9.199 -30.426 131 H1* G 12 H1* G 12 10.605 -5.963 -31.422 132 H8 G 12 H8 G 12 7.804 -8.635 -30.970 133 H1 G 12 H1 G 12 5.708 -2.673 -31.658 134 1H2 G 12 1H2 G 12 7.410 -1.290 -31.979 135 2H2 G 12 2H2 G 12 9.084 -1.882 -31.994 136 H5T G 12 H5T G 12 9.970 -10.138 -31.500 137 1H2* G 12 1H2* G 12 9.878 -8.632 -30.088 138 2H2* G 12 2H2* G 12 10.688 -7.216 -29.340 139 1H5* G 13 1H5* G 13 13.567 -5.016 -31.277 140 2H5* G 13 2H5* G 13 14.964 -4.529 -30.283 141 H4* G 13 H4* G 13 13.827 -2.676 -31.290 142 H3* G 13 H3* G 13 14.650 -2.539 -28.737 143 H1* G 13 H1* G 13 11.392 -1.227 -29.577 144 H8 G 13 H8 G 13 10.653 -4.916 -28.831 145 H1 G 13 H1 G 13 5.617 -0.974 -28.532 146 1H2 G 13 1H2 G 13 6.343 1.126 -29.100 147 2H2 G 13 2H2 G 13 8.095 1.441 -29.103 148 1H2* G 13 1H2* G 13 12.547 -3.638 -28.098 149 2H2* G 13 2H2* G 13 12.421 -1.942 -27.489 150 1H5* T 14 1H5* T 14 12.190 1.696 -29.943 151 2H5* T 14 2H5* T 14 13.193 2.859 -29.026 152 H4* T 14 H4* T 14 10.893 3.603 -29.333 153 H3* T 14 H3* T 14 12.242 4.140 -27.194 154 1H2* T 14 1H2* T 14 11.924 1.898 -26.381 155 2H2* T 14 2H2* T 14 11.009 2.816 -25.278 156 H1* T 14 H1* T 14 8.985 2.687 -26.924 157 H3 T 14 H3 T 14 6.549 -0.592 -25.357 158 1H5M T 14 1H5M T 14 10.908 -3.198 -26.547 159 2H5M T 14 2H5M T 14 9.959 -3.621 -25.111 160 3H5M T 14 3H5M T 14 11.349 -2.544 -24.940 161 H6 T 14 H6 T 14 11.138 -0.432 -26.609 162 1H5* A 15 1H5* A 15 7.925 6.379 -26.752 163 2H5* A 15 2H5* A 15 8.224 7.825 -25.730 164 H4* A 15 H4* A 15 5.874 6.909 -25.497 165 H3* A 15 H3* A 15 7.447 7.954 -23.634 166 H1* A 15 H1* A 15 5.137 4.978 -23.421 167 H8 A 15 H8 A 15 8.784 3.652 -23.706 168 1H6 A 15 1H6 A 15 6.598 -1.861 -22.168 169 2H6 A 15 2H6 A 15 8.004 -0.925 -22.662 170 H2 A 15 H2 A 15 3.172 1.047 -22.046 171 1H2* A 15 1H2* A 15 7.955 5.836 -22.476 172 2H2* A 15 2H2* A 15 6.442 6.133 -21.744 173 1H5* G 16 1H5* G 16 3.187 6.535 -22.179 174 2H5* G 16 2H5* G 16 2.633 7.748 -21.002 175 H4* G 16 H4* G 16 1.847 5.624 -20.443 176 H3* G 16 H3* G 16 3.008 7.149 -18.529 177 H1* G 16 H1* G 16 3.065 3.562 -18.692 178 H8 G 16 H8 G 16 6.700 4.197 -19.723 179 H1 G 16 H1 G 16 5.170 -1.954 -18.854 180 1H2 G 16 1H2 G 16 2.962 -2.104 -18.398 181 2H2 G 16 2H2 G 16 1.959 -0.667 -18.306 182 1H2* G 16 1H2* G 16 5.150 5.834 -18.976 183 2H2* G 16 2H2* G 16 4.543 5.249 -17.392 184 1H5* C 17 1H5* C 17 0.920 3.246 -16.917 185 2H5* C 17 2H5* C 17 -0.780 3.707 -17.089 186 H4* C 17 H4* C 17 -0.480 1.809 -15.592 187 H3* C 17 H3* C 17 -2.267 3.729 -14.964 188 H1* C 17 H1* C 17 0.023 2.500 -12.381 189 1H4 C 17 1H4 C 17 4.941 5.333 -9.578 190 2H4 C 17 2H4 C 17 5.281 6.246 -11.034 191 H5 C 17 H5 C 17 3.996 6.077 -13.061 192 H6 C 17 H6 C 17 1.999 4.970 -14.073 193 1H2* C 17 1H2* C 17 -0.415 5.061 -14.038 194 2H2* C 17 2H2* C 17 -1.394 4.572 -12.618 195 1H5* G 18 1H5* G 18 -4.354 -0.010 -13.588 196 2H5* G 18 2H5* G 18 -5.326 -0.038 -12.108 197 H4* G 18 H4* G 18 -4.486 -2.271 -12.638 198 H3* G 18 H3* G 18 -4.435 -1.345 -10.108 199 H1* G 18 H1* G 18 -1.418 -2.997 -11.573 200 H8 G 18 H8 G 18 -0.969 0.815 -12.345 201 H1 G 18 H1 G 18 4.477 -2.434 -11.809 202 1H2 G 18 1H2 G 18 4.042 -4.530 -11.272 203 2H2 G 18 2H2 G 18 2.381 -5.121 -11.120 204 1H2* G 18 1H2* G 18 -2.338 -0.200 -10.643 205 2H2* G 18 2H2* G 18 -1.851 -1.500 -9.539 206 1H5* A 19 1H5* A 19 -2.616 -5.951 -9.815 207 2H5* A 19 2H5* A 19 -3.336 -6.587 -8.313 208 H4* A 19 H4* A 19 -1.107 -7.566 -8.843 209 H3* A 19 H3* A 19 -1.835 -7.095 -6.326 210 H1* A 19 H1* A 19 1.498 -5.892 -7.522 211 H8 A 19 H8 A 19 -1.165 -3.019 -8.022 212 1H6 A 19 1H6 A 19 3.662 0.575 -9.398 213 2H6 A 19 2H6 A 19 1.933 0.551 -9.098 214 H2 A 19 H2 A 19 5.196 -3.516 -8.602 215 1H2* A 19 1H2* A 19 -1.100 -4.814 -6.357 216 2H2* A 19 2H2* A 19 0.139 -5.665 -5.544 217 1H5* T 20 1H5* T 20 2.792 -7.234 -6.811 218 2H5* T 20 2H5* T 20 3.210 -8.726 -5.917 219 H4* T 20 H4* T 20 4.997 -7.381 -6.324 220 H3* T 20 H3* T 20 4.819 -8.049 -3.780 221 1H2* T 20 1H2* T 20 3.587 -6.045 -3.609 222 2H2* T 20 2H2* T 20 5.038 -5.583 -2.769 223 H1* T 20 H1* T 20 6.071 -4.922 -5.133 224 H3 T 20 H3 T 20 5.073 -0.509 -5.674 225 1H5M T 20 1H5M T 20 0.484 -2.804 -5.646 226 2H5M T 20 2H5M T 20 0.406 -1.321 -4.709 227 3H5M T 20 3H5M T 20 0.642 -2.912 -3.881 228 H6 T 20 H6 T 20 2.480 -4.303 -4.648 229 1H5* G 21 1H5* G 21 8.714 -6.348 -5.078 230 2H5* G 21 2H5* G 21 10.230 -6.986 -4.365 231 H4* G 21 H4* G 21 10.572 -4.716 -4.413 232 H3* G 21 H3* G 21 10.218 -5.938 -1.875 233 H1* G 21 H1* G 21 9.870 -2.480 -2.861 234 H8 G 21 H8 G 21 6.235 -3.708 -2.230 235 H1 G 21 H1 G 21 6.977 2.530 -3.363 236 1H2 G 21 1H2 G 21 9.167 2.958 -3.859 237 2H2 G 21 2H2 G 21 10.345 1.660 -3.610 238 1H2* G 21 1H2* G 21 8.213 -4.668 -1.518 239 2H2* G 21 2H2* G 21 9.458 -3.619 -0.752 240 1H5* G 22 1H5* G 22 12.598 -2.628 -3.146 241 2H5* G 22 2H5* G 22 14.297 -2.776 -2.671 242 H4* G 22 H4* G 22 13.775 -0.539 -3.525 243 H3* G 22 H3* G 22 15.286 -0.833 -1.258 244 H1* G 22 H1* G 22 12.611 1.693 -1.432 245 H8 G 22 H8 G 22 11.075 -1.362 0.507 246 H1 G 22 H1 G 22 7.444 3.842 0.164 247 1H2 G 22 1H2 G 22 8.375 5.425 -0.968 248 2H2 G 22 2H2 G 22 9.880 5.155 -1.863 249 H3T G 22 H3T G 22 14.291 1.359 -2.703 250 1H2* G 22 1H2* G 22 13.270 -0.862 0.130 251 2H2* G 22 2H2* G 22 13.940 0.789 0.371 252 2H10 BP 23 H10 BP 23 3.410 -8.138 -14.379 253 H9 BP 23 HC9 BP 23 1.478 -8.952 -13.206 254 H8 BP 23 HC8 BP 23 0.729 -6.920 -12.222 255 H7 BP 23 HC7 BP 23 0.036 -6.319 -15.124 256 H6 BP 23 HC6 BP 23 0.706 -3.366 -14.829 257 H5 BP 23 HC5 BP 23 1.976 -1.376 -15.414 258 H4 BP 23 HC4 BP 23 4.157 -0.255 -15.845 259 H3 BP 23 HC3 BP 23 6.594 -0.346 -15.995 260 H2 BP 23 HC2 BP 23 8.719 -1.635 -15.811 261 H1 BP 23 HC1 BP 23 8.674 -4.049 -15.188 262 H12 BP 23 H12 BP 23 7.411 -6.054 -14.579 263 H11 BP 23 H11 BP 23 5.258 -7.176 -14.156 264 HO9 BP 23 HO9 BP 23 1.202 -8.441 -15.846 265 HO8 BP 23 HO8 BP 23 -1.299 -8.041 -13.925 266 HO7 BP 23 HO7 BP 23 -0.285 -4.359 -12.909