- = 0.180000 (0.499992,0.499992,0.499992)
S = 2, 0.800000 (0.850000,0.850000,0) ;S
N = 1.5, 0.600000 (0,0,1) ;N
P = 2.1, 0.740000 (0.850000,0.850000,0.5) ;P
O = 1.4, 0.58 (1,0,0) ;O
H = 0.9, 0.360000 (1,1,1) ;H
C = 1.5, 0.600000 (0.5,0.5,0.5) ;C
H1335:11.5294 36.2929 30.4868 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=2H2	
H1334:12.7623 36.3734 31.7742 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=1H2	
H1333:9.31443 36.5168 30.9459 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=H1	
H1332:8.63497 37.5491 37.2442 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=H8	
H1331:12.2522 37.4399 35.8484 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1330:10.3236 38.8421 37.7804 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1329:11.7674 39.5298 36.8886 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1328:13.7335 38.7817 37.305 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=HO3	
H1327:11.8245 39.0017 39.4751 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1326:12.9726 36.5060 39.1382 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1325:11.2064 36.9791 40.7620 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1324:10.8115 35.5123 39.8623 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1323:10.1525 36.9728 34.4583 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1322:11.2129 36.7663 33.6568 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=N	aloc=N3	
N1321:11.7757 36.41 31.4803 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=N	aloc=N2	
C1320:10.8165 36.6090 32.3875 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1319:9.49570 36.6522 31.9509 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=N	aloc=N1	
O1318:7.25636 36.9339 32.3569 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=O	aloc=O6	
C1317:8.40927 36.8659 32.7826 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1316:8.82375 37.0282 34.118 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C5	
N1315:8.04247 37.2702 35.2397 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=N	aloc=N7	
C1314:8.917 37.3609 36.2086 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C8	
N1313:10.2186 37.1985 35.8102 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=N	aloc=N9	
C1312:11.4585 37.3530 36.5909 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1311:11.3203 38.6643 37.3776 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1310:13.5521 38.8719 38.3151 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1309:12.18 38.4497 38.6049 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1308:11.6741 36.2982 37.5418 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1307:12.0197 36.9070 38.7917 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1306:10.9077 36.5954 39.7869 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1305:9.66958 37.1873 39.3659 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1304:8.63661 36.253 41.4124 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1303:7.75173 38.4648 40.3704 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1302:8.31312 37.0870 40.2297 ;type=DNA	name=G	num=42	chain=B	ss=	ssid=	elem=P	aloc=P	
H1301:5.3188 33.8683 36.4139 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=H6	
H1300:3.60734 33.2694 33.5798 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=3H5M	
H1299:3.86442 35.0303 33.564 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=2H5M	
H1298:3.5373 34.1929 35.0992 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=1H5M	
H1297:8.32295 33.5054 32.6550 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=H3	
H1296:8.54881 32.3941 37.148 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1295:8.88352 35.1904 37.1809 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1294:9.36080 34.1017 38.5635 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1293:6.94566 35.8311 38.2243 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1292:6.9692 33.4928 40.0734 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1291:4.79158 34.7235 38.3076 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1290:5.04756 35.0437 40.0840 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1289:5.99544 33.7773 35.564 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1288:4.02673 34.1127 34.1290 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C5M	
C1287:5.50531 33.8986 34.3274 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C5	
O1286:6.02693 33.8729 32.0177 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=O	aloc=O4	
C1285:6.36569 33.7977 33.1847 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1284:7.68238 33.5772 33.4582 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=N	aloc=N3	
O1283:9.44287 33.2574 34.7897 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=O	aloc=O2	
C1282:8.23061 33.4427 34.7071 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1281:7.33719 33.5401 35.7950 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=N	aloc=N1	
C1280:7.86361 33.2402 37.1988 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1279:8.57312 34.4100 37.8757 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1278:8.00846 35.5407 40.0082 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1277:7.50702 35.0648 38.759 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1276:6.75051 32.9262 38.0910 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1275:6.63256 33.9098 39.1242 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1274:5.21583 34.3668 39.2460 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1273:4.47543 33.1943 39.5635 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1272:2.57508 33.2063 41.1526 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1271:2.25254 34.1584 38.7743 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1270:2.84991 33.1362 39.6923 ;type=DNA	name=T	num=41	chain=B	ss=	ssid=	elem=P	aloc=P	
H1269:8.58162 29.7138 34.6146 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=H2	
H1268:5.79688 30.3427 30.2783 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=2H6	
H1267:7.54708 30.01 30.3738 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=1H6	
H1266:2.41187 30.9654 33.8252 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=H8	
H1265:4.63481 29.561 36.7172 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1264:3.72313 32.3948 36.6220 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1263:4.47238 31.47 37.9892 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1262:1.59522 31.8495 37.3071 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1261:2.69125 29.3055 38.4374 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1260:0.456182 29.179 38.6093 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1259:0.783558 28.3557 37.0414 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1258:5.51929 30.3427 34.2772 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1257:6.62257 30.1001 34.9625 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=N	aloc=N3	
C1256:7.62779 29.9194 34.1290 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1255:7.68319 29.943 32.8128 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=N	aloc=N1	
N1254:6.64453 30.1795 30.8399 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=N	aloc=N6	
C1253:6.57394 30.1872 32.1630 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1252:5.40339 30.4065 32.921 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C5	
N1251:4.08434 30.6711 32.5673 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=N	aloc=N7	
C1250:3.47711 30.7516 33.7322 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C8	
N1249:4.29061 30.5455 34.8246 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=N	aloc=N9	
C1248:3.95481 30.2865 36.2704 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1247:3.75858 31.4509 37.1659 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1246:2.38270 31.6285 39.2079 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1245:2.37336 31.2716 37.8043 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1244:2.64735 29.717 36.3049 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1243:2.18725 29.8024 37.6082 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1242:0.764246 29.3076 37.5717 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1241:-0.230697 30.1479 36.9230 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1240:-1.98412 30.8726 35.2034 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1239:0.532116 31.4258 34.8552 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1238:-0.534725 30.5219 35.3799 ;type=DNA	name=A	num=40	chain=B	ss=	ssid=	elem=P	aloc=P	
H1237:1.35394 27.9474 30.5577 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=H6	
H1236:3.12495 27.8154 28.8895 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=H5	
H1235:6.53777 26.7281 29.8032 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=2H4	
H1234:5.44814 27.2368 28.4849 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=1H4	
H1233:1.63771 26.2936 33.7398 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1232:1.89433 29.1286 33.9036 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1231:0.907210 28.0444 34.9761 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1230:0.0621285 29.5516 32.5085 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1229:-1.14856 27.1550 33.8489 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1228:-1.42883 28.4899 31.1411 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1227:-2.66342 28.3178 32.3867 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1226:2.35812 27.6536 30.8630 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1225:3.32752 27.5880 29.9361 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C5	
N1224:5.61142 27.0463 29.4837 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=N	aloc=N4	
C1223:4.61935 27.2128 30.3678 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1222:4.84231 26.9645 31.6485 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=N	aloc=N3	
O1221:4.08934 26.8436 33.7319 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=O	aloc=O2	
C1220:3.83881 27.0402 32.5486 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1219:2.58830 27.3695 32.1484 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=N	aloc=N1	
C1218:1.51349 27.187 33.1284 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1217:1.15935 28.325 33.9534 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1216:-1.04242 29.4694 34.287 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1215:-0.108827 28.8881 33.3566 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1214:0.353022 26.9634 32.3723 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1213:-0.734448 27.6240 32.9561 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1212:-1.77799 27.8519 31.9534 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1211:-2.06152 26.5649 31.4950 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1210:-4.46706 26.0798 31.0473 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1209:-3.05706 27.389 29.3117 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1208:-3.16434 26.3261 30.3439 ;type=DNA	name=C	num=39	chain=B	ss=	ssid=	elem=P	aloc=P	
H1207:4.07261 23.3656 33.4748 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=H2	
H1206:6.63499 23.7806 28.858 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=2H6	
H1205:7.48744 23.5007 30.4007 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=1H6	
H1204:2.36810 24.4585 27.4093 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=H8	
H1203:0.556502 24.0223 30.7877 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1202:0.48478 25.6167 28.2156 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1201:0.175044 26.1876 29.8529 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1200:-1.83863 25.1824 28.1671 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1199:-1.65859 22.9185 29.9838 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1198:-2.81881 23.3495 27.6966 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1197:-2.02151 21.7376 27.9597 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1196:3.1312 23.8544 30.4315 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1195:2.93375 23.68 31.7706 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=N	aloc=N3	
C1194:4.12255 23.5059 32.3947 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1193:5.34912 23.4834 31.8647 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=N	aloc=N1	
N1192:6.61096 23.6447 29.8791 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=N	aloc=N6	
C1191:5.45458 23.6549 30.5203 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1190:4.31754 23.8492 29.7838 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C5	
N1189:4.15057 24.0921 28.4599 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=N	aloc=N7	
C1188:2.85851 24.241 28.3579 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C8	
N1187:2.18956 24.1090 29.4865 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=N	aloc=N9	
C1186:0.789537 24.1518 29.7312 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1185:0.0946555 25.3251 29.1908 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1184:-2.18048 25.0368 30.2093 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1183:-1.35750 24.8428 29.0843 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1182:0.221583 23.0529 29.0498 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1181:-1.19826 23.3548 29.0969 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1180:-1.89326 22.8193 27.9214 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1179:-1.03796 23.0640 26.8276 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1178:-3.01399 22.6574 25.4598 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1177:-0.760056 23.2936 24.4059 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1176:-1.52720 22.5297 25.4331 ;type=DNA	name=A	num=38	chain=B	ss=	ssid=	elem=P	aloc=P	
H1175:4.2511 20.4579 25.7477 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=H6	
H1174:7.37955 19.6596 27.0555 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=3H5M	
H1173:7.27076 21.4291 27.2128 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=2H5M	
H1172:6.64611 20.6249 25.7528 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=1H5M	
H1171:4.17708 20.0211 30.5314 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=H3	
H1170:0.999841 19.9762 27.4 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1169:2.44586 21.6893 25.2287 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1168:1.36817 22.3363 26.4426 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1167:0.429747 21.3312 24.0614 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1166:-0.202253 19.0409 25.7102 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1165:-0.170353 19.2408 23.1180 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1164:0.502845 17.7262 23.8418 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1163:4.2419 20.3605 26.8329 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1162:6.77285 20.5372 26.832 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C5M	
C1161:5.40245 20.3928 27.4978 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C5	
O1160:6.45708 20.339 29.5509 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=O	aloc=O4	
C1159:5.42673 20.2753 28.901 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1158:4.19336 20.1162 29.5063 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=N	aloc=N3	
O1157:1.92152 19.9169 29.4747 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=O	aloc=O2	
C1156:2.96586 20.0738 28.8373 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1155:3.05451 20.2097 27.4704 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=N	aloc=N1	
C1154:1.8267 20.2048 26.7275 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1153:1.59909 21.4397 25.8674 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1152:-0.706655 21.2201 25.8112 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1151:0.425211 20.9544 25.0838 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1150:1.89261 19.2297 25.7045 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1149:0.608502 19.4612 25.1159 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1148:0.590047 18.8107 23.7706 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1147:1.82078 19.0758 23.1805 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1146:1.49208 17.1481 21.7025 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1145:3.74933 18.4208 21.7806 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1144:2.54651 17.8691 22.4893 ;type=DNA	name=T	num=37	chain=B	ss=	ssid=	elem=P	aloc=P	
H1143:7.5525 16.6210 26.255 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=H6	
H1142:9.58785 16.3848 28.8348 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=3H5M	
H1141:9.31791 18.1427 28.7934 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=2H5M	
H1140:9.4589 17.2286 27.2740 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=1H5M	
H1139:4.96963 16.9829 30.2618 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=H3	
H1138:4.36117 15.1891 26.1317 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1137:4.70046 18.0423 25.1942 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1136:3.20995 16.9918 25.1987 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1135:5.11482 17.4569 23.1266 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1134:4.61335 14.5620 23.6773 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1133:6.53182 16.3441 22.2967 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1132:5.57255 14.9835 21.6752 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1131:6.96801 16.6992 27.1717 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1130:9.09522 17.1968 28.3006 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C5M	
C1129:7.57963 16.9640 28.2997 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C5	
O1128:7.28948 17.2364 30.5983 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=O	aloc=O4	
C1127:6.83131 17.0651 29.4957 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1126:5.52618 16.9039 29.3985 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=N	aloc=N3	
O1125:3.65287 16.5959 28.3299 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=O	aloc=O2	
C1124:4.87451 16.6465 28.2664 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1123:5.63802 16.5224 27.119 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=N	aloc=N1	
C1122:5.01778 16.0104 25.8464 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1121:4.29154 17.0387 25.0765 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1120:3.28645 16.5118 22.9554 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1119:4.53413 16.6879 23.6359 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1118:6.00521 15.6103 24.88 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1117:5.28508 15.4201 23.7059 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1116:6.15224 15.3483 22.5235 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1115:7.21789 14.4834 22.7729 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1114:9.32757 14.6468 21.5508 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1113:8.87664 16.4123 23.3729 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1112:8.71559 15.0318 22.8362 ;type=DNA	name=T	num=36	chain=B	ss=	ssid=	elem=P	aloc=P	
H1111:4.73685 12.7963 28.705 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=H2	
H1110:7.95722 13.9461 32.7191 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=2H6	
H1109:6.20309 13.6685 32.8895 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=1H6	
H1108:10.9968 14.021 29.1213 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=H8	
H1107:8.24132 13.1222 26.3708 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1106:10.8658 14.7253 26.6545 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1105:9.33412 15.3649 26.0787 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1104:11.0473 14.3712 24.2704 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1103:10.0376 11.7730 24.476 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1102:12.4065 12.2287 24.2006 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1101:12.0856 10.9895 25.4168 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1100:7.85745 13.3826 28.8585 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1099:6.70362 13.0772 28.2263 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=N	aloc=N3	
C1098:5.72084 13.0343 29.1085 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1097:5.76801 13.2414 30.4219 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=N	aloc=N1	
N1096:7.04306 13.7321 32.2962 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=N	aloc=N6	
C1095:6.94682 13.5387 30.9917 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1094:8.06344 13.6206 30.1825 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C5	
N1093:9.38895 13.9144 30.4624 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=N	aloc=N7	
C1092:9.93511 13.8435 29.2897 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C8	
N1091:9.05395 13.5219 28.2649 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=N	aloc=N9	
C1090:9.22051 13.3326 26.8022 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1089:9.9418 14.4621 26.1399 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1088:8.97546 13.9771 24.04 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1087:10.2138 13.8915 24.7828 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1086:10.1218 12.2728 26.5350 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1085:10.5434 12.4242 25.1896 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1084:12.0047 12.0541 25.1984 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1083:12.7101 12.8193 26.1636 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1082:14.8103 11.8177 25.2344 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1081:14.949 13.6472 27.0643 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1080:14.2564 12.49 26.4323 ;type=DNA	name=A	num=35	chain=B	ss=	ssid=	elem=P	aloc=P	
H1079:6.40030 9.57354 29.1122 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=H2	
H1078:7.63463 10.7399 34.1226 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=2H6	
H1077:5.97039 10.3578 33.6047 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=1H6	
H1076:11.8236 11.2177 32.1416 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=H8	
H1075:11.0084 10.1175 28.5100 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1074:12.8457 11.9885 30.2431 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1073:12.1412 12.4262 28.6139 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1072:14.6025 11.3193 29.0222 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1071:13.0753 9.06086 27.9256 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1070:15.2962 8.55436 28.5429 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1069:14.35 7.84166 29.8226 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1068:9.17211 10.3509 30.5356 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1067:8.38613 9.99687 29.4845 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=N	aloc=N3	
C1066:7.10345 9.85335 29.8963 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1065:6.55287 10.0018 31.126 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=N	aloc=N1	
N1064:6.96633 10.4926 33.3788 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=N	aloc=N6	
C1063:7.38586 10.348 32.1367 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1062:8.75140 10.5345 31.8369 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C5	
N1061:9.80898 10.9098 32.6402 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=N	aloc=N7	
C1060:10.8169 10.9468 31.8227 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C8	
N1059:10.5175 10.6201 30.5352 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=N	aloc=N9	
C1058:11.4519 10.5127 29.4238 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1057:12.4519 11.6315 29.2917 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1056:13.6704 11.1647 27.1446 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1055:13.6541 10.9881 28.599 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1054:12.3735 9.5198 29.8289 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1053:13.4136 9.49857 28.8651 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1052:14.6816 8.79371 29.4101 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1051:15.3837 9.59614 30.3759 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1050:16.6116 7.91333 31.6945 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1049:16.2944 10.3658 32.5908 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1048:15.7603 9.13335 31.8908 ;type=DNA	name=A	num=34	chain=B	ss=	ssid=	elem=P	aloc=P	
H1047:7.94762 6.40588 28.802 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=2H2	
H1046:9.72095 6.54488 28.9459 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=1H2	
H1045:6.59608 6.48722 30.6062 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=H1	
H1044:10.2399 7.60444 35.7733 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=H8	
H1043:11.9128 7.82188 32.2995 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1042:12.4086 8.07193 35.3113 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1041:12.2861 9.38329 34.1411 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1040:14.7451 8.22473 34.7787 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1039:14.2072 6.78211 32.2479 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1038:16.0165 6.01053 33.6089 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1037:14.7405 4.74042 33.753 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1036:9.51712 7.02410 32.6998 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C4	
N1035:9.78471 6.85985 31.4053 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=N	aloc=N3	
N1034:8.78851 6.53020 29.3841 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=N	aloc=N2	
C1033:8.67008 6.67208 30.7039 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C2	
N1032:7.38882 6.64565 31.2441 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=N	aloc=N1	
O1031:5.96044 6.84576 32.9564 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=O	aloc=O6	
C1030:7.12022 6.81799 32.579 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1029:8.30883 7.01681 33.3249 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C5	
N1028:8.47585 7.25338 34.667 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=N	aloc=N7	
C1027:9.76413 7.40017 34.8138 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C8	
N1026:10.4566 7.27154 33.6427 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=N	aloc=N9	
C1025:11.8984 7.42481 33.3144 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C1024:12.5977 8.3469 34.2739 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O1023:14.4669 9.22268 32.9512 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C1022:14.0795 8.16635 33.9172 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O1021:12.653 6.22969 33.4731 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C1020:14.0088 6.71066 33.3176 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C1019:15.0436 5.75134 34.0259 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O1018:15.1850 5.77377 35.4765 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O1017:15.1549 3.81185 37.0097 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O1016:13.8555 5.91529 37.5683 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P1015:14.3064 4.93317 36.5478 ;type=DNA	name=G	num=33	chain=B	ss=	ssid=	elem=P	aloc=P	
H1014:8.40213 4.06054 36.9252 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=H6	
H1013:5.08257 3.39495 36.3611 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=3H5M	
H1012:5.29945 5.14088 36.0906 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=2H5M	
H1011:6.18396 4.32656 37.4017 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=1H5M	
H1010:7.41671 3.29915 32.2930 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=H3	
H1009:11.1531 2.72771 34.7746 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H1008:10.8704 5.45178 35.8467 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H1007:12.2938 4.63319 35.2044 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H1006:11.2397 4.65229 38.0120 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H1005:12.5399 2.29922 36.704 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H1004:12.6405 2.30278 39.1004 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H1003:11.4924 1.09166 38.5805 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C1002:8.17810 3.87722 35.8740 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C6	
C1001:5.79651 4.21804 36.3893 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C5M	
C1000:6.92227 3.93293 35.4530 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C5	
O999:5.43671 3.69969 33.6705 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=O	aloc=O4	
C998:6.57713 3.71323 34.1044 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C4	
N997:7.62185 3.45476 33.2904 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=N	aloc=N3	
O996:9.7957 3.08593 32.8526 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=O	aloc=O2	
C995:8.92676 3.38209 33.68 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C2	
N994:9.18192 3.59638 35.0191 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=N	aloc=N1	
C993:10.579 3.35054 35.4606 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C992:11.4322 4.51805 35.8628 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O991:13.2300 4.36852 37.5700 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C990:11.8638 4.17656 37.2556 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O989:10.4521 2.56643 36.6413 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C988:11.7049 2.71381 37.2689 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C987:11.6469 2.16649 38.6723 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O986:10.6318 2.79288 39.4542 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O985:9.27595 2.83622 41.6457 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O984:11.5607 1.56494 41.4616 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P983:10.3036 2.10149 40.8523 ;type=DNA	name=T	num=32	chain=B	ss=	ssid=	elem=P	aloc=P	
H982:9.19078 0.191998 33.0006 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=H2	
H981:3.90173 0.222307 33.2208 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=2H6	
H980:4.83789 0.25215 31.7022 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=1H6	
H979:4.98739 0.143739 37.8786 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=H8	
H978:8.87095 -0.159356 37.5223 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H977:6.93737 1.90372 38.6515 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H976:8.72759 2.01181 38.5175 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H975:7.48330 1.67138 40.9 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H974:7.89506 -1.01972 40.9654 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H973:5.46719 0.377048 39.9119 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H972:5.94775 0.269211 41.6167 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C971:7.16462 0.173914 35.5001 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C4	
N970:8.39399 0.171186 34.8999 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=N	aloc=N3	
C969:8.25336 0.195875 33.5570 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C2	
N968:7.14130 0.224997 32.7888 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=N	aloc=N1	
N967:4.80813 0.235043 32.732 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=N	aloc=N6	
C966:5.94697 0.228356 33.4344 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C6	
C965:5.9417 0.20445 34.8613 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C5	
N964:4.89976 0.1935 35.7839 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=N	aloc=N7	
C963:5.51825 0.159307 36.9262 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C8	
N962:6.89328 0.144315 36.8462 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=N	aloc=N9	
C961:7.89788 0.0853119 37.9475 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C960:7.88181 1.37260 38.7713 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O959:9.38239 0.815296 40.6643 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C958:8.01483 0.986780 40.2387 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O957:7.51414 -0.914185 38.9185 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C956:7.39624 -0.371037 40.2447 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C955:5.98979 -0.232276 40.6495 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O954:5.39268 -1.49041 40.7384 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O953:4.40695 -1.93736 43.0256 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O952:3.09973 -0.427287 41.3572 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P951:4.03409 -1.56363 41.6277 ;type=DNA	name=A	num=31	chain=B	ss=	ssid=	elem=P	aloc=P	
H950:8.07513 -3.61319 34.6205 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=H2	
H949:3.75016 -2.69886 31.7099 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=2H6	
H948:5.38288 -2.93099 31.0291 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=1H6	
H947:1.93545 -2.60645 36.1394 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=H8	
H946:5.18373 -3.59238 38.0475 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H945:2.66679 -1.81404 38.1701 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H944:4.18684 -1.64459 39.1364 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H943:1.75348 -3.08622 39.8187 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H942:4.35617 -4.63216 39.8739 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H941:2.68999 -5.67856 41.1116 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H940:2.59828 -6.48904 39.5420 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C939:5.03302 -3.13800 35.4338 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C4	
N938:6.3368 -3.3794 35.6644 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=N	aloc=N3	
C937:7.00582 -3.42157 34.5263 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C2	
N936:6.55944 -3.26274 33.2732 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=N	aloc=N1	
N935:4.75641 -2.87272 31.8447 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=N	aloc=N6	
C934:5.24871 -3.02248 33.0757 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C6	
C933:4.43751 -2.95142 34.2177 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C5	
N932:3.08918 -2.71168 34.3799 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=N	aloc=N7	
C931:2.90591 -2.76274 35.6678 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C8	
N930:4.03436 -3.02898 36.3662 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=N	aloc=N9	
C929:4.15881 -3.33403 37.7832 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C928:3.47859 -2.33458 38.6773 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O927:3.32088 -2.91033 41.1415 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C926:2.84277 -3.12971 39.8163 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O925:3.34325 -4.49015 38.0464 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C924:3.35289 -4.5012 39.4678 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C923:2.43000 -5.54581 40.0614 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O922:1.06932 -5.14094 39.9318 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O921:-1.19243 -5.22706 38.8099 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O920:0.663784 -3.63488 37.9419 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P919:0.263543 -4.94117 38.5504 ;type=DNA	name=A	num=30	chain=B	ss=	ssid=	elem=P	aloc=P	
H918:6.80801 -6.73079 35.1500 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=H2	
H917:5.27074 -5.96779 30.1599 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=2H6	
H916:6.96383 -6.03877 30.7172 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=1H6	
H915:1.02017 -6.27004 32.5507 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=H8	
H914:2.76727 -6.94839 36.0486 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H913:0.915514 -4.96279 34.7688 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H912:1.54957 -4.98632 36.4837 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H911:-0.913417 -6.00496 35.3553 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H910:0.492135 -7.65471 37.4394 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H909:-1.93120 -7.72303 36.7916 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H908:-1.03275 -9.25321 36.7502 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C907:3.93030 -6.52899 33.8866 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C4	
N906:4.80051 -6.70078 34.9076 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=N	aloc=N3	
C905:6.00647 -6.61487 34.4202 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C2	
N904:6.41181 -6.40748 33.1665 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=N	aloc=N1	
N903:5.95523 -6.07039 30.9228 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=N	aloc=N6	
C902:5.53568 -6.24438 32.1746 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C6	
C901:4.18542 -6.30127 32.5510 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C5	
N900:3.00273 -6.16166 31.8229 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=N	aloc=N7	
C899:2.08871 -6.31755 32.7585 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C8	
N898:2.59153 -6.54597 34.0230 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=N	aloc=N9	
C897:1.96736 -6.77142 35.3304 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C896:1.16921 -5.56436 35.6419 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O895:-0.653613 -5.46349 37.3063 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C894:-0.140981 -6.09808 36.1192 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O893:1.07026 -7.87764 35.3823 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C892:0.140199 -7.52585 36.4162 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C891:-1.14133 -8.27479 36.2823 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O890:-1.47190 -8.43116 34.8951 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O889:-3.43247 -7.81774 33.3314 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O888:-1.2837 -6.28939 33.512 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P887:-2.21576 -7.31799 34.0411 ;type=DNA	name=A	num=29	chain=B	ss=	ssid=	elem=P	aloc=P	
H886:1.30986 -9.08534 28.2428 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=H6	
H885:4.30170 -9.69160 26.453 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=3H5M	
H884:3.95916 -7.95653 26.6487 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=2H5M	
H883:2.62885 -9.0969 26.3374 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=1H5M	
H882:5.12552 -9.63758 31.1095 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=H3	
H881:0.409248 -10.7749 30.9007 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H880:0.802677 -8.167 32.3329 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H879:-0.128549 -9.65603 32.8452 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H878:-1.02599 -7.27813 31.3170 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H877:-1.91159 -10.1674 30.8776 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H876:-2.55979 -7.60318 29.6955 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H875:-3.50767 -9.0491 29.8595 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C874:2.17644 -9.22178 28.8893 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C6	
C873:3.58760 -8.96373 26.8378 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C5M	
C872:3.41053 -9.16861 28.3424 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C5	
O871:5.74418 -9.35882 28.7306 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=O	aloc=O4	
C870:4.59144 -9.33074 29.1464 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C4	
N869:4.31712 -9.52620 30.481 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=N	aloc=N3	
O868:2.96264 -9.77805 32.2741 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=O	aloc=O2	
C867:3.05613 -9.58806 31.0641 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C2	
N866:1.97327 -9.44136 30.2268 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=N	aloc=N1	
C865:0.611515 -9.71251 30.7621 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C864:0.15443 -8.98993 32.0305 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O863:-2.15493 -8.33208 32.7231 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C862:-1.14522 -8.31528 31.6299 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O861:-0.28326 -9.28622 29.7515 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C860:-1.51476 -9.24496 30.4552 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C859:-2.54635 -8.67681 29.5049 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O858:-2.28684 -9.00405 28.1266 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O857:-3.48814 -11.2179 28.1323 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O856:-2.89597 -10.0223 25.9327 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P855:-2.54918 -10.3828 27.3363 ;type=DNA	name=T	num=28	chain=B	ss=	ssid=	elem=P	aloc=P	
H854:2.24369 -13.3538 33.0955 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=2H2	
H853:0.737314 -13.3069 32.1408 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=1H2	
H852:4.29144 -13.1633 32.0905 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=H1	
H851:3.37797 -12.2763 25.7904 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=H8	
H850:0.201840 -12.999 28.0163 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H849:1.00576 -11.1382 25.6952 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H848:0.147377 -10.6579 27.1510 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H847:-1.19593 -11.4997 24.8877 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H846:-1.35387 -13.9804 26.4212 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H845:-2.11786 -13.9046 24.1567 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H844:-0.635508 -14.9221 24.1698 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C843:2.60158 -12.7945 28.8816 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C4	
N842:1.78790 -12.9835 29.9429 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=N	aloc=N3	
N841:1.76514 -13.2672 32.1871 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=N	aloc=N2	
C840:2.47192 -13.1043 31.0794 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C2	
N839:3.85073 -13.0532 31.1658 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=N	aloc=N1	
O838:5.85543 -12.8497 30.1917 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=O	aloc=O6	
C837:4.65636 -12.8626 30.0745 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C6	
C836:3.95815 -12.722 28.875 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C5	
N835:4.43831 -12.4911 27.5978 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=N	aloc=N7	
C834:3.36219 -12.4432 26.8671 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C8	
N833:2.20407 -12.6228 27.5836 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=N	aloc=N9	
C832:0.791089 -12.7081 27.1464 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C831:0.311745 -11.4852 26.4606 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O830:-2.09893 -11.8146 26.7639 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C829:-0.989983 -11.9647 25.8514 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O828:0.629559 -13.6204 26.0772 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C827:-0.72695 -13.4475 25.7062 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C826:-1.03366 -13.9119 24.2687 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O825:-0.481722 -13.1201 23.2171 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O824:1.21204 -12.9201 21.3716 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O823:1.71886 -11.9907 23.6998 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P822:1.09649 -13.0525 22.8548 ;type=DNA	name=G	num=27	chain=B	ss=	ssid=	elem=P	aloc=P	
H821:6.52975 -15.2637 24.1704 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=H6	
H820:9.42854 -15.7055 25.9724 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=3H5M	
H819:9.08269 -13.9598 25.9528 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=2H5M	
H818:8.75721 -14.9475 24.5088 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=1H5M	
H817:5.56409 -15.7785 28.8495 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=H3	
H816:3.70087 -17.2649 24.8686 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H815:2.72607 -14.6567 25.2162 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H814:1.88192 -16.0463 24.5416 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H813:3.50927 -13.9383 23.0789 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H812:2.86739 -16.7158 22.0997 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H811:5.01136 -14.7445 21.3255 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H810:3.58617 -15.2098 20.3767 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C809:6.31777 -15.4016 25.2309 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C6	
C808:8.75235 -14.9366 25.5984 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C5M	
C807:7.31362 -15.2158 26.1137 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C5	
O806:7.96551 -15.2753 28.3874 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=O	aloc=O4	
C805:7.08905 -15.3581 27.5253 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C4	
N804:5.7854 -15.6832 27.8482 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=N	aloc=N3	
O803:3.61503 -16.2053 27.3451 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=O	aloc=O2	
C802:4.74469 -15.8936 26.9514 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C2	
N801:5.04337 -15.7579 25.6043 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=N	aloc=N1	
C800:4.02335 -16.2599 24.5977 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C799:2.78309 -15.4392 24.4600 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O798:1.60867 -14.5807 22.5836 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C797:2.91895 -14.8549 23.0872 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O796:4.62513 -16.2941 23.2945 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C795:3.62008 -15.9715 22.3589 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C794:4.32616 -15.5607 21.0966 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O793:5.04541 -16.6645 20.5582 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O792:6.27558 -16.7595 18.3384 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O791:7.22312 -15.3676 20.2828 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P790:6.47793 -16.5562 19.7961 ;type=DNA	name=T	num=26	chain=B	ss=	ssid=	elem=P	aloc=P	
H789:2.20364 -19.739 27.1038 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=2H2	
H788:2.52555 -19.5508 25.3591 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=1H2	
H787:3.92013 -19.7048 28.6174 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=H1	
H786:9.35064 -18.541 25.5532 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=H8	
H785:6.04296 -18.8175 23.4463 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H784:8.75097 -17.3385 23.5481 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H783:7.09514 -16.6066 23.3105 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H782:8.65172 -17.0574 21.2857 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H781:7.60906 -19.6004 20.9228 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H780:9.91306 -18.8370 20.6414 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H779:9.74373 -20.4349 21.3372 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C778:6.21548 -19.1003 25.9452 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C4	
N777:4.94999 -19.2575 25.5502 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=N	aloc=N3	
N776:2.86791 -19.5955 26.3293 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=N	aloc=N2	
C775:4.16743 -19.4689 26.5824 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C2	
N774:4.61925 -19.5296 27.8810 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=N	aloc=N1	
O773:6.28568 -19.4806 29.4277 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=O	aloc=O6	
C772:5.91776 -19.3768 28.2724 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C6	
C771:6.73415 -19.1442 27.2014 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C5	
N770:8.08479 -18.9204 27.2014 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=N	aloc=N7	
C769:8.34931 -18.7460 25.9307 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C8	
N768:7.24801 -18.8455 25.1193 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=N	aloc=N9	
C767:7.10675 -18.7402 23.6706 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C766:7.73046 -17.4841 23.1934 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O765:6.58311 -17.3004 21.2181 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C764:7.86194 -17.6607 21.7323 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O763:7.86219 -19.7358 22.9934 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C762:8.19212 -19.1429 21.7231 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C761:9.61837 -19.3720 21.5439 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O760:10.3621 -18.9624 22.6645 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O759:12.1303 -19.6108 21.0329 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O758:12.7813 -18.2675 23.119 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P757:11.925 -19.298 22.4728 ;type=DNA	name=G	num=25	chain=B	ss=	ssid=	elem=P	aloc=P	
H756:11.4266 -22.3741 27.5134 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=H6	
H755:10.4674 -22.1061 29.7572 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=H5	
H754:6.92181 -22.2361 30.3644 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=2H4	
H753:8.57740 -22.0524 31.0028 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=1H4	
H752:9.7139 -23.5841 24.6427 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H751:9.84705 -20.6492 24.9532 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H750:9.9851 -21.5753 23.4172 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H749:12.1947 -20.5389 25.2184 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H748:12.3329 -22.9769 23.4828 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H747:14.4979 -21.8400 24.3906 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H746:14.2820 -23.5111 25.0816 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C745:10.3449 -22.4083 27.6472 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C6	
C744:9.83138 -22.2598 28.8858 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C5	
N743:7.93838 -22.1923 30.2067 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=N	aloc=N4	
C742:8.42081 -22.3147 28.9915 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C4	
N741:7.60377 -22.4974 27.9476 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=N	aloc=N3	
O740:7.38939 -22.8295 25.7484 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=O	aloc=O2	
C739:8.13833 -22.6455 26.7059 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C2	
N738:9.53691 -22.602 26.5455 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=N	aloc=N1	
C737:10.1655 -22.7664 25.2048 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C736:10.3396 -21.4778 24.4434 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O735:12.3774 -20.7024 23.1260 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C734:11.8597 -21.1626 24.3899 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O733:11.5259 -23.1149 25.4241 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C732:12.4132 -22.529 24.4733 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C731:13.8577 -22.5141 24.9602 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O730:13.8078 -21.9773 26.2431 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O729:16.3895 -22.1971 26.5083 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O728:14.9236 -20.94 28.2107 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P727:15.076 -21.9933 27.189 ;type=DNA	name=C	num=24	chain=B	ss=	ssid=	elem=P	aloc=P	
H726:7.37529 -26.2344 25.5608 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=2H2	
H725:9.09757 -26.3549 25.1133 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=1H2	
H724:6.71896 -25.9755 27.6326 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=H1	
H723:11.7381 -25.1193 31.5273 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=H8	
H722:12.8226 -26.7219 28.4728 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H721:12.3023 -23.8734 27.8799 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H720:13.5202 -24.9620 27.0654 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H719:13.8795 -23.1369 29.4204 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H718:15.0479 -25.7687 28.5576 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H717:16.5053 -23.9797 29.8923 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H716:16.5205 -25.6950 30.4312 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
C715:10.1839 -25.7507 28.7836 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C4	
N714:10.023 -26.0021 27.4639 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=N	aloc=N3	
N713:8.36958 -26.2306 25.8304 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=N	aloc=N2	
C712:8.71497 -26.0642 27.1130 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C2	
N711:7.68095 -25.9066 27.9931 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=N	aloc=N1	
O710:6.88700 -25.5489 30.0664 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=O	aloc=O6	
C709:7.85591 -25.6619 29.3270 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C6	
C708:9.20584 -25.5790 29.7076 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C5	
N707:9.73548 -25.2979 30.9517 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=N	aloc=N7	
C706:11.0064 -25.3105 30.7422 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C8	
N705:11.3556 -25.5825 29.4593 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=N	aloc=N9	
C704:12.7050 -25.7396 28.9314 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C703:13.0841 -24.6228 28.0052 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O702:15.2065 -23.4174 27.8232 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C701:14.2034 -23.8985 28.7116 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O700:13.6306 -25.6317 30.0152 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C699:14.7636 -25.1016 29.3715 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C698:15.9258 -24.7857 30.3426 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O697:15.5597 -24.378 31.6515 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=O	aloc=O5'	
O696:17.7955 -25.2837 32.6927 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=O	aloc=O2P	
O695:15.808 -24.3045 34.1249 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=O	aloc=O1P	
P694:16.3212 -25.0444 32.9257 ;type=DNA	name=G	num=23	chain=B	ss=	ssid=	elem=P	aloc=P	
H693:11.8 -27.6027 34.75 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=H6	
H692:8.33141 -27.9219 35.2036 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=3H5M	
H691:8.62269 -26.3185 34.4860 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=2H5M	
H690:9.73503 -26.9576 35.7196 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=1H5M	
H689:9.60394 -29.2687 30.8201 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=H3	
H688:13.7146 -29.8500 32.6115 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=H1'	
H687:13.8730 -27.3662 31.556 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=2H2'	
H686:15.247 -28.4179 31.8885 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=1H2'	
H685:14.2004 -26.1038 33.4986 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=H3'	
H684:15.6732 -28.0535 35.0556 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=H4'	
H683:12.9629 -26.6504 35.4887 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=2H5'	
H682:14.5484 -25.9774 35.9894 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=1H5'	
H681:14.7668 -27.7157 37.5438 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=H	aloc=H5'	
C680:11.2994 -27.9841 33.8602 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C6	
C679:9.09771 -27.2195 34.8752 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C5M	
C678:9.95555 -27.8733 33.7626 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C5	
O677:8.0518 -28.3116 32.4673 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=O	aloc=O4	
C676:9.26328 -28.3584 32.6195 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C4	
N675:10.0647 -28.9086 31.668 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=N	aloc=N3	
O674:12.0314 -29.5134 30.7660 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=O	aloc=O2	
C673:11.4295 -29.0292 31.7321 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C2	
N672:12.0459 -28.5606 32.8743 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=N	aloc=N1	
C671:13.5 -28.8649 33.0263 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C1'	
C670:14.3923 -27.9149 32.3414 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C2'	
O669:16.2064 -26.6242 33.2509 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=O	aloc=O3'	
C668:14.8318 -26.9913 33.4467 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C3'	
O667:13.8444 -28.8537 34.4308 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=O	aloc=O4'	
C666:14.6719 -27.7416 34.7586 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C4'	
C665:13.9628 -26.8861 35.8536 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=C	aloc=C5'	
O664:13.8313 -27.5405 37.1501 ;type=DNA	name=T	num=22	chain=B	ss=	ssid=	elem=O	aloc=O5'	
H663:1.2991 -27.4988 26.5529 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=H6	
H662:1.87781 -27.1924 28.9115 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=H5	
H661:5.28742 -26.2945 29.9144 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=2H4	
H660:3.62335 -26.6798 30.4289 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=1H4	
H659:3.88790 -27.7562 23.9788 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H658:1.25692 -28.4967 25.3268 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H657:2.25581 -29.4876 24.1762 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H656:2.01936 -28.0991 21.599 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=HO3	
H655:-0.0925341 -28.4283 23.5079 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H654:0.905003 -26.3230 22.2064 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H653:0.111497 -24.8061 23.9357 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H652:0.592990 -25.9439 25.2347 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C651:2.31673 -27.2249 26.8319 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C6	
C650:2.62112 -27.0571 28.1258 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C5	
N649:4.3167 -26.5453 29.6795 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=N	aloc=N4	
C648:3.96123 -26.6944 28.4192 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C4	
N647:4.87809 -26.5137 27.4867 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=N	aloc=N3	
O646:5.41955 -26.4840 25.341 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=O	aloc=O2	
C645:4.55372 -26.6854 26.1903 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C2	
N644:3.25265 -27.0604 25.8600 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=N	aloc=N1	
C643:2.95922 -27.4078 24.4309 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C642:1.86796 -28.4999 24.4244 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O641:1.42503 -28.7615 22.1175 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C640:0.936445 -28.1356 23.3025 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O639:2.45250 -26.3055 23.6355 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C638:1.08383 -26.5931 23.2467 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C637:0.154313 -25.8515 24.2413 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O636:-1.19648 -26.3649 24.293 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O635:-3.17237 -27.6645 25.2822 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O634:-0.747006 -28.0483 26.1309 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P633:-1.81230 -27.1273 25.6163 ;type=DNA	name=C	num=21	chain=A	ss=	ssid=	elem=P	aloc=P	
H632:5.71565 -22.6051 25.4579 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=2H2	
H631:4.12446 -22.8761 24.6977 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=1H2	
H630:5.99554 -22.6833 27.6293 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=H1	
H629:0.431674 -24.3113 30.4889 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=H8	
H628:0.459130 -24.2764 26.5704 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H627:-0.877974 -25.4226 29.1242 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H626:-0.424129 -26.3149 27.5908 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H625:-2.91756 -25.5181 28.0964 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H624:-2.6584 -23.2372 26.5459 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H623:-3.89899 -23.3941 28.7729 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H622:-2.89755 -21.8726 28.6363 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C621:2.47619 -23.5267 28.0824 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C4	
N620:2.8765 -23.3163 26.8119 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=N	aloc=N3	
N619:4.71104 -22.8181 25.5422 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=N	aloc=N2	
C618:4.17458 -23.0167 26.7348 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C2	
N617:5.00921 -22.9246 27.8037 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=N	aloc=N1	
O616:5.46535 -23.0449 29.9655 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=O	aloc=O6	
C615:4.61890 -23.1317 29.0887 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C6	
C614:3.23802 -23.4579 29.2050 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C5	
N613:2.46724 -23.7799 30.3253 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=N	aloc=N7	
C612:1.27926 -24.0302 29.8642 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C8	
N611:1.21394 -23.9003 28.4979 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=N	aloc=N9	
C610:0.0996251 -24.1749 27.5943 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C609:-0.719487 -25.3697 28.0472 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O608:-2.26325 -25.5963 26.1114 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C607:-2.12682 -25.0995 27.4737 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O606:-0.803043 -23.0919 27.6498 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C605:-2.16941 -23.5532 27.4681 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C604:-2.90982 -22.9628 28.6179 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O603:-2.16212 -23.3516 29.7664 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O602:-4.24258 -22.899 31.0276 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O601:-2.36153 -24.3167 32.134 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P600:-2.79842 -23.2081 31.2183 ;type=DNA	name=G	num=20	chain=A	ss=	ssid=	elem=P	aloc=P	
H599:1.52695 -20.5847 33.5218 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=H6	
H598:3.9238 -20.9759 33.8597 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=H5	
H597:6.34097 -20.3519 31.1333 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=2H4	
H596:6.10589 -20.8451 32.831 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=1H4	
H595:0.310506 -18.7759 30.6116 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H594:0.139979 -21.6107 30.5313 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H593:-0.980989 -20.4557 29.8171 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H592:-1.08611 -21.7191 32.5798 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H591:-2.24543 -19.0961 31.6377 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H590:-3.25650 -20.1609 33.7627 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H589:-2.38459 -18.6195 34.1649 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C588:2.22106 -20.4248 32.6969 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C6	
C587:3.53767 -20.6440 32.896 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C5	
N586:5.71405 -20.5488 31.9263 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=N	aloc=N4	
C585:4.39607 -20.4199 31.7815 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C4	
N584:3.89937 -20.0351 30.6048 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=N	aloc=N3	
O583:2.15669 -19.5176 29.3049 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=O	aloc=O2	
C582:2.57484 -19.8248 30.4208 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C2	
N581:1.73414 -20.0080 31.4909 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=N	aloc=N1	
C580:0.319453 -19.6106 31.3132 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C579:-0.479202 -20.7388 30.7424 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O578:-2.65947 -21.5834 31.2302 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C577:-1.46922 -21.0296 31.8277 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O576:-0.306297 -19.2682 32.5670 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C575:-1.67127 -19.6299 32.3947 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C574:-2.30986 -19.6204 33.7403 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O573:-1.43345 -20.3383 34.5908 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O572:-2.49851 -19.3217 36.6435 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O571:-0.366218 -20.7785 36.8427 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P570:-1.20313 -19.8026 36.0756 ;type=DNA	name=C	num=19	chain=A	ss=	ssid=	elem=P	aloc=P	
H569:2.03666 -16.2095 29.7226 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=H2	
H568:6.98194 -16.7513 31.3823 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=2H6	
H567:6.49400 -16.4165 29.6997 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=1H6	
H566:4.59459 -17.4285 35.4574 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=H8	
H565:1.05626 -17.2 33.7834 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H564:2.69638 -18.601 35.9614 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H563:1.51454 -19.3106 34.8659 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H562:0.768275 -18.6601 37.3835 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H561:-0.177124 -16.126 36.7706 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H560:1.10402 -16.9135 38.7947 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H559:1.84178 -15.3792 38.1191 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C558:3.25749 -16.7958 32.5990 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C4	
N557:2.27118 -16.5848 31.7111 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=N	aloc=N3	
C556:2.76366 -16.389 30.5142 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C2	
N555:4.02423 -16.3814 30.149 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=N	aloc=N1	
N554:6.24314 -16.5864 30.6837 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=N	aloc=N6	
C553:4.97156 -16.5934 31.051 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C6	
C552:4.58838 -16.8174 32.3591 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C5	
N551:5.30931 -17.0827 33.5088 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=N	aloc=N7	
C550:4.38109 -17.2113 34.4106 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C8	
N549:3.10951 -17.0487 33.9233 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=N	aloc=N9	
C548:1.78988 -17.1554 34.5886 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C547:1.74869 -18.4227 35.4533 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O546:-0.604326 -18.3588 35.8384 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C545:0.641864 -18.1155 36.4477 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O544:1.54129 -16.088 35.5166 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C543:0.792779 -16.6111 36.6592 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C542:1.54196 -16.4109 37.9322 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O541:2.75293 -17.0851 37.7244 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O540:3.19048 -16.7492 40.098 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O539:4.82898 -18.0714 38.5383 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P538:3.82857 -16.9967 38.7783 ;type=DNA	name=A	num=18	chain=A	ss=	ssid=	elem=P	aloc=P	
H537:8.16536 -14.2200 35.9808 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=H6	
H536:9.27712 -14.2425 33.8044 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=H5	
H535:7.46117 -13.5197 30.7001 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=2H4	
H534:9.02248 -13.911 31.4689 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=1H4	
H533:4.87143 -12.8718 36.4212 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H532:5.17910 -15.7610 36.2103 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H531:3.95037 -14.8278 37.1809 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H530:6.54475 -16.0215 38.0276 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H529:5.39796 -13.4418 39.1327 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H528:8.11814 -14.7570 39.1126 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H527:7.05938 -14.3857 40.5270 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C526:7.58719 -14.0337 35.0759 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C6	
C525:8.20699 -14.0497 33.8867 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C5	
N524:8.00948 -13.74 31.5434 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=N	aloc=N4	
C523:7.40519 -13.8041 32.7377 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C4	
N522:6.07693 -13.5839 32.8632 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=N	aloc=N3	
O521:4.26407 -13.3716 34.2150 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=O	aloc=O2	
C520:5.47421 -13.5739 34.0849 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C2	
N519:6.26478 -13.7921 35.1759 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=N	aloc=N1	
C518:5.63232 -13.6508 36.4673 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C517:4.99774 -14.9344 36.8977 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O516:4.82187 -15.8384 39.1962 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C515:5.72259 -15.3242 38.1902 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O514:6.63015 -13.2838 37.4481 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C513:6.21762 -13.9572 38.6319 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C512:7.36044 -14.0889 39.5224 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O511:7.93980 -12.8357 39.6264 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O510:9.37855 -11.6793 41.3321 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O509:10.42 -13.6184 39.8833 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P508:9.25131 -12.9167 40.5137 ;type=DNA	name=C	num=17	chain=A	ss=	ssid=	elem=P	aloc=P	
H507:4.95999 -9.86779 33.8665 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=H2	
H506:8.96635 -10.5151 30.4836 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=2H6	
H505:7.28289 -10.2150 29.9728 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=1H6	
H504:11.1173 -10.8793 34.7099 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=H8	
H503:7.98338 -10.8193 36.9723 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H502:11.0073 -11.5051 36.6458 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H501:9.73591 -12.6655 37.0262 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H500:11.1211 -11.6835 39.0640 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H499:9.56879 -9.47518 39.4225 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H498:12.0108 -9.59630 39.6246 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H497:11.5069 -8.18084 38.6444 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C496:8.00972 -10.3716 34.3646 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C4	
N495:6.76191 -10.1756 34.754 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=N	aloc=N3	
C494:6.01784 -10.0378 33.6640 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C2	
N493:6.32660 -10.0687 32.3607 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=N	aloc=N1	
N492:7.9795 -10.3390 30.7219 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=N	aloc=N6	
C491:7.6015 -10.272 32.0067 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C6	
C490:8.49668 -10.4319 33.0714 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C5	
N489:9.84706 -10.6514 33.0628 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=N	aloc=N7	
C488:10.1058 -10.7124 34.3385 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C8	
N487:9.04780 -10.5571 35.1871 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=N	aloc=N9	
C486:9.01906 -10.6561 36.6742 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C485:10.0577 -11.6337 37.1647 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O484:9.02412 -11.8081 39.3236 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C483:10.1953 -11.3031 38.6323 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O482:9.50957 -9.48437 37.3659 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C481:10.1801 -9.8269 38.5918 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C480:11.5847 -9.26764 38.6767 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O479:12.4251 -9.66573 37.6704 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O478:14.8226 -10.2292 36.7576 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O477:14.5221 -9.56183 39.1445 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P476:14.0685 -9.39226 37.7476 ;type=DNA	name=A	num=16	chain=A	ss=	ssid=	elem=P	aloc=P	
H475:12.5053 -7.08587 32.3857 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=H6	
H474:11.1504 -8.08947 29.6226 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=3H5M	
H473:12.3766 -6.89464 30.1071 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=2H5M	
H472:10.8633 -6.35535 29.3415 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=1H5M	
H471:7.75622 -6.68957 32.8418 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=H3	
H470:11.2947 -6.24412 35.7431 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H469:12.3077 -8.84884 34.6381 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H468:12.0406 -8.36220 36.3637 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H467:14.4915 -8.15689 34.7068 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H466:13.7386 -5.90575 36.5383 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H465:16.0252 -6.04606 35.4011 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H464:15.1375 -4.48971 35.3701 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C463:11.4258 -6.98740 32.4977 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C6	
C462:11.3076 -7.08554 30.0179 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C5M	
C461:10.6524 -6.97013 31.3948 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C5	
O460:8.46474 -6.87079 30.4711 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=O	aloc=O4	
C459:9.22676 -6.85997 31.4444 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C4	
N458:8.77661 -6.76943 32.7231 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=N	aloc=N3	
O457:8.99711 -6.60423 35.0085 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=O	aloc=O2	
C456:9.53292 -6.77174 33.8913 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C2	
N455:10.9075 -6.88778 33.7242 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=N	aloc=N1	
C454:11.7553 -6.80006 34.9266 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C453:12.3876 -8.05235 35.3777 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O452:14.4385 -8.11114 36.8045 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C451:13.8999 -7.74714 35.5256 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O450:12.8780 -6.01575 34.5321 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C449:13.9004 -6.22447 35.5089 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C448:15.1615 -5.51494 35.0011 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O447:15.2776 -5.47721 33.5575 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O446:17.3730 -4.17787 33.9244 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O445:16.7932 -4.94884 31.5333 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P444:16.3435 -4.44247 32.8717 ;type=DNA	name=T	num=15	chain=A	ss=	ssid=	elem=P	aloc=P	
H443:11.3936 -3.68989 29.1633 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=H6	
H442:9.45396 -3.42337 27.3590 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=3H5M	
H441:7.85293 -3.97012 27.9109 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=2H5M	
H440:9.209 -5.11991 27.8393 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=1H5M	
H439:7.76554 -3.28517 32.3109 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=H3	
H438:12.1988 -2.59659 32.7034 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H437:13.0188 -4.73574 30.6710 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H436:13.3505 -4.69572 32.4438 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H435:15.0687 -3.93236 30.4686 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H434:14.4905 -1.42490 31.7209 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H433:15.7557 -2.00218 29.5076 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H432:14.6876 -0.550132 29.5044 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C431:10.5768 -3.59408 29.8781 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C6	
C430:8.92782 -4.08712 28.0455 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C5M	
C429:9.29624 -3.74046 29.4603 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C5	
O428:7.01132 -3.66469 29.9969 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=O	aloc=O4	
C427:8.18443 -3.61767 30.3412 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C4	
N426:8.52933 -3.37075 31.6247 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=N	aloc=N3	
O425:9.99110 -3.03270 33.2923 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=O	aloc=O2	
C424:9.81696 -3.22441 32.0919 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C2	
N423:10.8496 -3.32761 31.1874 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=N	aloc=N1	
C422:12.2124 -3.02647 31.7018 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C421:13.2349 -4.10598 31.5347 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O420:15.3110 -3.32191 32.4232 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C419:14.5235 -3.44666 31.2786 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O418:12.7283 -2.03583 30.8655 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C417:14.1466 -2.06471 30.9076 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C416:14.7284 -1.63927 29.5294 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O415:14.0681 -2.12772 28.3173 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O414:16.0236 -1.15256 26.9775 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O413:14.2981 -2.72865 25.8460 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P412:14.6086 -1.66505 26.84 ;type=DNA	name=T	num=14	chain=A	ss=	ssid=	elem=P	aloc=P	
H411:8.54114 -0.532126 26.5576 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=H6	
H410:6.38008 -1.26989 26.0227 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=3H5M	
H409:5.32108 -0.0203123 26.7178 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=2H5M	
H408:5.2561 -1.68770 27.3374 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=1H5M	
H407:7.30124 -0.0434856 31.2246 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=H3	
H406:11.2371 0.396461 28.9511 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H405:10.5219 -1.73605 26.8066 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H404:11.7723 -1.88016 28.1266 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H403:12.2165 -1.08617 25.5579 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H402:12.6519 1.38260 27.0091 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H401:12.6492 1.21326 24.5486 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H400:11.5281 2.46561 25.1776 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C399:8.25166 -0.430882 27.6036 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C6	
C398:5.90886 -0.911645 26.9377 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C5M	
C397:6.97092 -0.575684 27.9528 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C5	
O396:5.40197 -0.598563 29.7092 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=O	aloc=O4	
C395:6.55759 -0.440177 29.3257 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C4	
N394:7.56284 -0.153785 30.234 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=N	aloc=N3	
O393:9.70218 0.219687 30.7882 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=O	aloc=O2	
C392:8.88459 -0.00735044 29.898 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C2	
N391:9.20003 -0.157713 28.5426 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=N	aloc=N1	
C390:10.6118 -0.0299807 28.1668 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C389:11.2184 -1.21576 27.4633 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O388:13.5161 -0.576828 27.1040 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C387:12.2498 -0.635665 26.5499 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O386:10.6238 0.921388 27.1431 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C385:11.8698 0.821479 26.4986 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C384:11.7146 1.39574 25.0788 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O383:10.6393 0.82115 24.3052 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O382:11.1716 2.37554 22.4101 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O381:9.43203 0.474162 22.1211 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P380:10.0965 1.51054 22.9618 ;type=DNA	name=T	num=13	chain=A	ss=	ssid=	elem=P	aloc=P	
H379:8.96903 3.66932 30.1000 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=H2	
H378:3.81988 2.6167 30.4950 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=2H6	
H377:4.90897 2.85456 31.8879 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=1H6	
H376:4.41156 2.47738 25.7829 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=H8	
H375:8.22043 3.48064 25.7934 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H374:6.12567 1.99561 24.0563 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H373:7.62677 1.27621 24.6081 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H372:7.57128 2.71542 22.2807 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H371:8.47779 4.87388 23.9736 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H370:7.59173 5.28270 21.6993 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H369:6.56364 6.15014 22.8850 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C368:6.74098 3.11767 27.9076 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C4	
N367:7.99663 3.41447 28.33 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=N	aloc=N3	
C366:8.00391 3.44251 29.6475 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C2	
N365:7.00614 3.23457 30.5113 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=N	aloc=N1	
N364:4.76220 2.79653 30.8703 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=N	aloc=N6	
C363:5.78633 2.95382 30.0424 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C6	
C362:5.63425 2.88352 28.6686 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C5	
N361:4.54317 2.59187 27.8797 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=N	aloc=N7	
C360:5.01742 2.65907 26.6709 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C8	
N359:6.33642 2.9763 26.6151 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=N	aloc=N9	
C358:7.21171 3.21437 25.4781 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C357:7.14661 2.22375 24.3628 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O356:9.32887 2.83692 23.4664 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C355:7.90080 2.97241 23.2874 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O354:6.68903 4.32682 24.7787 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C353:7.54427 4.41358 23.6502 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C352:6.86328 5.17349 22.5033 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O351:5.71367 4.52821 21.9790 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O350:3.2201 4.77772 21.9985 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O349:4.32839 2.85856 23.2427 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P348:4.35712 4.27808 22.8161 ;type=DNA	name=A	num=12	chain=A	ss=	ssid=	elem=P	aloc=P	
H347:2.02739 6.23613 27.7531 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=H6	
H346:1.68948 6.17015 30.1851 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=H5	
H345:4.51638 6.2919 32.5337 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=2H4	
H344:2.75090 6.16268 32.3195 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=1H4	
H343:5.39289 6.21813 26.2270 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H342:2.34428 5.62800 26.0426 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H341:3.72425 4.56945 25.4885 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H340:2.33298 6.07797 23.7718 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H339:4.16490 8.21592 23.8885 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H338:1.97513 8.40930 23.4087 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H337:2.29185 9.358 24.8499 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C336:2.88271 6.30816 28.4245 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C6	
C335:2.68942 6.26986 29.7633 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C5	
N334:3.69284 6.26576 31.9163 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=N	aloc=N4	
C333:3.84479 6.36449 30.6082 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C4	
N332:5.07243 6.49803 30.1036 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=N	aloc=N3	
O331:6.36340 6.67023 28.3077 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=O	aloc=O2	
C330:5.2317 6.53598 28.7496 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C2	
N329:4.12937 6.43573 27.912 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=N	aloc=N1	
C328:4.35361 6.46034 26.4495 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C327:3.36616 5.58326 25.6653 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O326:4.34113 5.82085 23.327 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C325:3.29661 6.22802 24.2581 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O324:4.06589 7.77947 25.9556 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C323:3.52991 7.69491 24.6049 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C322:2.19375 8.33883 24.4747 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O321:1.19197 7.61669 25.17 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O320:-1.31864 7.41486 25.3421 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O319:-0.199546 9.04903 23.7098 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P318:-0.191827 8.36313 25.0394 ;type=DNA	name=C	num=11	chain=A	ss=	ssid=	elem=P	aloc=P	
H317:0.244537 9.52419 30.9717 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=H6	
H316:0.689051 8.23170 33.232 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=3H5M	
H315:0.635713 9.96837 33.6158 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=2H5M	
H314:2.01047 8.97901 34.1606 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=1H5M	
H313:5.0355 9.85871 30.9136 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=H3	
H312:1.83897 11.0338 28.0353 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H311:0.917738 8.20576 28.2706 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H310:1.19107 9.17219 26.7485 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H309:-1.30888 8.79609 28.3500 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H308:-0.437074 11.3070 26.8511 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H307:-2.85645 10.2731 28.0001 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H306:-2.58369 11.7512 27.0161 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C305:1.331 9.61277 30.9605 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C6	
C304:1.28762 9.13344 33.3598 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C5M	
C303:2.00835 9.43629 32.0911 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C5	
O302:4.09009 9.51443 33.1630 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=O	aloc=O4	
C301:3.42281 9.53664 32.1392 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C4	
N300:4.00789 9.79518 30.9368 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=N	aloc=N3	
O299:3.96531 10.1413 28.7297 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=O	aloc=O2	
C298:3.33844 9.97799 29.7556 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C2	
N297:1.96292 9.90214 29.7880 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=N	aloc=N1	
C296:1.21094 10.3269 28.5775 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C295:0.792250 9.16184 27.7627 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O294:-1.18368 8.87994 26.2753 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C293:-0.729973 9.32392 27.5922 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O292:-0.0673265 10.9118 28.9256 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C291:-0.833070 10.8183 27.7415 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C290:-2.29128 11.2006 27.9105 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O289:-2.59808 12.0157 29.0501 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O288:-4.69587 11.5556 30.3170 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O287:-2.78428 9.85262 30.3208 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P286:-3.23094 11.2527 30.3362 ;type=DNA	name=T	num=10	chain=A	ss=	ssid=	elem=P	aloc=P	
H285:0.700784 13.4621 34.2678 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=H6	
H284:2.42243 12.0578 35.9978 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=3H5M	
H283:2.41065 13.8293 36.1753 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=2H5M	
H282:3.95279 12.9673 35.9617 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=1H5M	
H281:4.6608 13.1364 31.4741 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=H3	
H280:0.254488 14.3366 30.7636 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H279:-0.147828 11.7207 32.1075 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H278:-0.83516 12.3011 30.5474 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H277:-2.04290 12.2465 33.2112 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H276:-2.28592 14.6832 31.4764 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H275:-3.79772 14.3615 33.5081 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H274:-2.80289 15.8609 33.5975 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C273:1.58956 13.3900 33.6415 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C6	
C272:2.89833 12.9873 35.6840 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C5M	
C271:2.77477 13.1356 34.1992 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C5	
O270:5.067 12.7251 33.8669 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=O	aloc=O4	
C269:3.97363 13.0213 33.4079 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C4	
N268:3.82 13.2062 32.0647 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=N	aloc=N3	
O267:2.65519 13.6503 30.2235 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=O	aloc=O2	
C266:2.63161 13.4773 31.4456 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C2	
N265:1.48400 13.5609 32.2915 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=N	aloc=N1	
C264:0.148705 13.8261 31.7212 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C263:-0.640511 12.5445 31.5919 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O262:-3.09822 12.4584 31.4186 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C261:-1.96116 12.7627 32.2543 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O260:-0.597476 14.6597 32.6251 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C259:-1.94937 14.2814 32.4326 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C258:-2.79709 14.7717 33.6458 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O257:-2.34422 14.3908 34.9994 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O256:-4.50377 15.2992 36.019 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O255:-2.65393 14.3206 37.589 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P254:-3.06175 15.0358 36.3443 ;type=DNA	name=T	num=9	chain=A	ss=	ssid=	elem=P	aloc=P	
H253:2.58226 16.9323 30.5936 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=H2	
H252:6.46482 16.6541 34.0000 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=2H6	
H251:6.67632 16.744 32.2302 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=1H6	
H250:2.85435 16.4456 36.9908 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=H8	
H249:0.0264874 16.6078 34.4568 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H248:0.998543 15.4564 37.0842 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H247:-0.122346 14.7439 35.9247 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H246:-1.00454 16.1303 38.1087 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H245:-1.47411 18.3384 36.4105 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H244:-1.19949 18.1961 38.8863 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H243:-0.311524 19.5196 38.1147 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C242:2.61127 16.6942 33.7895 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C4	
N241:2.04924 16.8017 32.5705 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=N	aloc=N3	
C240:2.98192 16.8457 31.6038 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C2	
N239:4.29529 16.8020 31.6705 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=N	aloc=N1	
N238:6.05948 16.7005 33.0543 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=N	aloc=N6	
C237:4.78227 16.7036 32.9019 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C6	
C236:3.93584 16.6446 34.0096 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C5	
N235:4.17299 16.5393 35.3575 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=N	aloc=N7	
C234:3.00968 16.5226 35.9148 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C8	
N233:2.02616 16.6087 35.0346 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=N	aloc=N9	
C232:0.652260 16.644 35.3488 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C231:0.205343 15.682 36.3720 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O230:-2.17376 16.3423 36.4080 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C229:-0.944286 16.3849 37.0509 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O228:0.522384 17.8711 36.0102 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C227:-0.630389 17.8222 36.8679 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C226:-0.365693 18.4371 38.2274 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O225:0.863074 17.9305 38.7729 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O224:0.0318799 18.5259 41.0481 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O223:2.03924 16.9598 40.7009 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P222:1.2624 18.1503 40.2938 ;type=DNA	name=A	num=8	chain=A	ss=	ssid=	elem=P	aloc=P	
H221:2.48643 20.3168 32.5322 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=H2	
H220:7.67303 19.8233 32.9298 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=2H6	
H219:6.78362 19.9337 31.3873 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=1H6	
H218:6.47383 19.8580 37.4971 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=H8	
H217:2.61480 19.9049 36.8985 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H216:4.92297 19.0918 38.7804 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H215:3.42842 18.1302 38.3525 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H214:3.61955 19.3227 40.6243 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H213:2.47353 21.6070 39.8628 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H212:4.54166 21.1902 41.2281 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H211:4.59649 22.6444 40.1821 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C210:4.41851 20.11 35.0332 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C4	
N209:3.2481 20.2233 34.4116 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=N	aloc=N3	
C208:3.40465 20.2262 33.1127 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C2	
N207:4.51146 20.1350 32.4071 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=N	aloc=N1	
N206:6.78485 19.9198 32.4174 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=N	aloc=N6	
C205:5.6579 20.0249 33.0745 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C6	
C204:5.62751 20.0101 34.4512 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C5	
N203:6.6243 19.8923 35.3930 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=N	aloc=N7	
C202:5.98133 19.9260 36.527 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C8	
N201:4.62834 20.0551 36.3793 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=N	aloc=N9	
C200:3.56129 20.0820 37.4094 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C199:3.87148 19.1158 38.4951 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O198:1.79452 19.4644 39.6205 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C197:3.17638 19.6648 39.6891 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O196:3.55048 21.3071 38.1176 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C195:3.36630 21.0971 39.5007 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C194:4.54026 21.5564 40.2013 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O193:5.65970 21.0497 39.556 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O192:6.63861 21.4650 41.7792 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O191:7.42401 19.5203 40.2739 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P190:6.95443 20.9315 40.4337 ;type=DNA	name=A	num=7	chain=A	ss=	ssid=	elem=P	aloc=P	
H189:10.1331 22.7514 35.8298 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=H6	
H188:10.8468 21.3823 33.2382 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=3H5M	
H187:11.5041 22.8988 33.8967 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=2H5M	
H186:10.7584 22.8791 32.2804 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=1H5M	
H185:6.24947 23.3316 33.1239 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=H3	
H184:7.05372 23.3005 37.6863 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H183:9.61718 21.5240 37.1447 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H182:8.07269 20.9122 37.8254 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H181:10.3847 21.8238 39.2975 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H180:7.8702 23.4282 39.726 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H179:10.0319 23.5735 41.1054 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H178:9.07976 24.9759 40.7440 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C177:9.24166 22.8768 35.2142 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C6	
C176:10.7131 22.4628 33.2868 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C5M	
C175:9.36983 22.7783 33.9029 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C5	
O174:8.31832 22.8140 31.8577 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=O	aloc=O4	
C173:8.26090 22.9357 33.067 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C4	
N172:7.07794 23.204 33.7222 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=N	aloc=N3	
O171:5.73144 23.6021 35.5234 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=O	aloc=O2	
C170:6.86671 23.323 35.0916 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C2	
N169:8.05378 23.1272 35.8420 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=N	aloc=N1	
C168:8.05992 23.0501 37.3490 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C167:8.7725 21.7475 37.7957 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O166:8.61033 21.0658 40.1631 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C165:9.30773 21.9629 39.204 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O164:8.97827 23.9237 38.02 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C163:8.89287 23.4178 39.3479 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C162:9.75877 24.2506 40.2961 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O161:10.8714 24.8428 39.6631 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O160:13.1093 24.4264 40.8054 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O159:12.2674 22.7908 38.9384 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P158:12.3456 24.1541 39.5517 ;type=DNA	name=T	num=6	chain=A	ss=	ssid=	elem=P	aloc=P	
H157:5.17311 26.8998 34.7284 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=2H2	
H156:6.15395 26.8720 36.2185 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=1H2	
H155:6.11504 26.7141 32.6973 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=H1	
H154:12.3358 25.7863 33.5027 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=H8	
H153:10.255 26.3262 36.7406 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H152:12.8135 25.0517 35.4753 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H151:11.6779 24.2292 36.6400 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H150:13.9018 25.2123 37.5317 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H149:12.8788 27.7084 37.9522 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H148:15.1114 27.3253 37.1689 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H147:14.2934 28.4014 35.9929 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C146:9.31824 26.3301 34.2922 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C4	
N145:8.3269 26.5305 35.1221 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=N	aloc=N3	
N144:6.09013 26.8217 35.1916 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=N	aloc=N2	
C143:7.19438 26.655 34.4615 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C2	
N142:7.05825 26.5931 33.0937 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=N	aloc=N1	
O141:7.91358 26.3326 31.0112 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=O	aloc=O6	
C140:8.09162 26.382 32.2302 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C6	
C139:9.29129 26.2434 32.9433 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C5	
N138:10.5373 26.0055 32.4601 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=N	aloc=N7	
C137:11.2607 25.9632 33.5266 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C8	
N136:10.5808 26.1556 34.6723 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=N	aloc=N9	
C135:11.0889 26.222 36.046 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C134:12.1027 25.1707 36.2925 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O133:12.1840 25.5441 38.6876 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C132:12.9208 25.6808 37.4516 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O131:11.9412 27.3329 36.1731 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C130:13.0126 27.1007 37.0573 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C129:14.3401 27.3927 36.4018 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O128:14.6744 26.5081 35.3603 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O127:17.0209 27.0195 35.9343 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O126:16.5945 25.7312 33.7569 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P125:16.1603 26.7434 34.763 ;type=DNA	name=G	num=5	chain=A	ss=	ssid=	elem=P	aloc=P	
H124:13.1351 28.4791 29.8439 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=H6	
H123:10.4616 28.2643 27.3353 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=3H5M	
H122:11.6347 27.0722 27.945 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=2H5M	
H121:12.1771 28.7085 27.5021 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=1H5M	
H120:8.69904 29.5564 31.3976 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=H3	
H119:12.8270 30.337 32.9911 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H118:13.0059 27.4256 32.8140 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H117:13.4846 28.5140 34.1604 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H116:15.1509 27.2921 32.0699 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H115:15.6738 30.1762 32.7280 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H114:15.821 28.4302 30.3205 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H113:17.1074 28.7341 31.4430 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C112:12.1269 28.7269 30.1778 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C6	
C111:11.3621 28.1279 27.9344 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C5M	
C110:11.1048 28.5931 29.3378 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C5	
O109:8.74179 28.8649 29.0948 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=O	aloc=O4	
C108:9.76326 28.9113 29.7698 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C4	
N107:9.64410 29.3282 31.0571 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=N	aloc=N3	
O106:10.3974 29.7980 33.0659 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=O	aloc=O2	
C105:10.6632 29.4662 31.9198 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C2	
N104:11.9276 29.171 31.4535 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=N	aloc=N1	
C103:13.0335 29.4963 32.3292 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C102:13.5406 28.3352 33.0871 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O101:15.8791 28.081 33.8774 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C100:14.9834 28.1457 32.7273 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O99:14.0539 29.9357 31.485 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C98:15.2565 29.4501 32.0301 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C97:16.2579 29.2064 30.9490 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O96:16.6068 30.3808 30.2315 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O95:19.0355 30.1786 29.6487 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O94:17.2219 29.0438 28.2053 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P93:17.6677 30.1854 29.0565 ;type=DNA	name=T	num=4	chain=A	ss=	ssid=	elem=P	aloc=P	
H92:10.8296 33.1331 32.9357 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=H2	
H91:7.7 32.3253 28.8006 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=2H6	
H90:7.12099 32.7760 30.4265 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=1H6	
H89:11.8931 31.6431 26.7875 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=H8	
H88:14.1569 32.2383 29.9466 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H87:13.7082 30.4649 27.4632 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H86:14.5567 30.0139 28.9786 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H85:15.9385 30.62 26.7930 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H84:16.1660 33.2467 27.5054 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H83:15.7264 32.1306 25.2466 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H82:14.9568 33.7289 25.5088 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C81:11.4470 32.3691 29.8973 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C4	
N80:11.7697 32.6433 31.1873 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=N	aloc=N3	
C79:10.6689 32.8958 31.8838 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C2	
N78:9.39442 32.903 31.488 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=N	aloc=N1	
N77:7.89658 32.5685 29.7816 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=N	aloc=N6	
C76:9.14079 32.6143 30.2122 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C6	
C75:10.1956 32.3390 29.3639 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C5	
N74:10.2290 32.033 28.023 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=N	aloc=N7	
C73:11.5046 31.8911 27.7752 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C8	
N72:12.3087 32.082 28.8665 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=N	aloc=N9	
C71:13.7702 32.0147 28.9522 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C70:14.3609 30.8129 28.2639 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O69:16.7257 31.3893 28.5738 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C68:15.6568 31.2181 27.6598 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O67:14.2299 33.0492 28.1415 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C66:15.3138 32.6019 27.292 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C65:14.9586 32.6767 25.7945 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O64:13.6797 32.1164 25.4563 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O63:11.989 31.7499 23.6657 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O62:14.5240 31.9908 23.2122 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P61:13.2944 32.3820 23.9543 ;type=DNA	name=A	num=3	chain=A	ss=	ssid=	elem=P	aloc=P	
H60:8.32829 35.7534 25.6475 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=H6	
H59:6.49878 35.6303 27.2489 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=H5	
H58:7.04612 35.8919 30.8203 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=2H4	
H57:5.89087 35.688 29.4751 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=1H4	
H56:11.4441 37.0295 26.2675 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H55:11.4866 34.1322 26.7423 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H54:12.8307 35.1437 26.1196 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H53:10.7636 33.5823 24.5281 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H52:12.3235 36.1028 24.0660 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H51:11.7052 34.8111 22.0448 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H50:10.8406 36.3688 22.1338 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
C49:8.54498 35.8311 26.7127 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C6	
C48:7.52837 35.7603 27.5835 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C5	
N47:6.85750 35.8104 29.8109 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=N	aloc=N4	
C46:7.85125 35.8618 28.9498 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C4	
N45:9.10876 36.0199 29.3691 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=N	aloc=N3	
O44:11.2747 36.2632 28.8219 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=O	aloc=O2	
C43:10.1183 36.0891 28.4468 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C2	
N42:9.81544 35.9932 27.1013 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=N	aloc=N1	
C41:10.9007 36.1011 26.0899 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C40:11.7812 34.8741 25.9995 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O39:12.7804 33.8522 24.0349 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C38:11.6044 34.2677 24.6327 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O37:10.3603 36.0810 24.7714 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C36:11.3898 35.5457 23.9866 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C35:10.9642 35.3893 22.5955 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O34:9.73438 34.7085 22.5647 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=O	aloc=O5'	
O33:9.34252 35.7433 20.3531 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=O	aloc=O2P	
O32:7.35791 34.5991 21.5600 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=O	aloc=O1P	
P31:8.64521 35.3700 21.614 ;type=DNA	name=C	num=2	chain=A	ss=	ssid=	elem=P	aloc=P	
H30:10.5349 39.5687 27.6382 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=H2	
H29:5.68223 39.0618 29.7237 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=2H6	
H28:7.15568 39.3292 30.6943 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=1H6	
H27:4.59407 38.6059 25.2234 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=H8	
H26:7.83799 39.9905 23.8060 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=H1'	
H25:8.37212 37.2842 24.1222 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=2H2'	
H24:8.78856 38.2385 22.6236 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=1H2'	
H23:6.49945 36.4045 23.145 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=H3'	
H22:6.33996 38.37 21.0544 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=H4'	
H21:4.34729 37.2262 23.1179 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=2H5'	
H20:4.4471 36.7832 21.3649 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=1H5'	
H19:4.00164 39.4560 22.3714 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=H	aloc=H5'	
C18:7.60031 39.1004 26.3553 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C4	
N17:8.96922 39.2767 26.3252 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=N	aloc=N3	
C16:9.45767 39.4232 27.5557 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C2	
N15:8.76500 39.4114 28.7053 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=N	aloc=N1	
N14:6.70042 39.2064 29.7780 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=N	aloc=N6	
C13:7.42303 39.2350 28.6728 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C6	
C12:6.78572 39.0677 27.4562 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C5	
N11:5.44262 38.8601 27.1306 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=N	aloc=N7	
C10:5.4827 38.7767 25.8314 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C8	
N9:6.7612 38.9244 25.28 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=N	aloc=N9	
C8:7.21154 39.0993 23.8438 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C1'	
C7:8.01711 37.9518 23.3371 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C2'	
O6:7.73 36.6615 21.4343 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=O	aloc=O3'	
C5:7.05032 37.1274 22.5434 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C3'	
O4:6.08187 39.2045 22.9409 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=O	aloc=O4'	
C3:6.02278 38.0932 22.0595 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C4'	
C2:4.62416 37.5537 22.1161 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=C	aloc=C5'	
O1:3.75905 38.6395 21.793 ;type=DNA	name=A	num=1	chain=A	ss=	ssid=	elem=O	aloc=O5'	
N1322-C1323
N1321-H1335
N1321-H1334
C1320-N1321
C1320-N1322
N1319-H1333
N1319-C1320
C1317-N1319
C1317-O1318
C1316-C1317
C1316-C1323
N1315-C1316
C1314-N1315
C1314-H1332
N1313-C1323
N1313-C1314
C1312-N1313
C1312-H1331
C1311-C1312
C1311-H1329
C1311-H1330
O1310-H1328
C1309-O1310
C1309-C1311
C1309-H1327
O1308-C1312
C1307-O1308
C1307-H1326
C1307-C1309
C1306-H1324
C1306-C1307
C1306-H1325
O1305-C1306
P1302-O1304
P1302-O1305
P1302-O1303
C1289-H1301
C1288-H1300
C1288-H1299
C1288-H1298
C1287-C1289
C1287-C1288
C1285-O1286
C1285-C1287
N1284-H1297
N1284-C1285
C1282-O1283
C1282-N1284
N1281-C1282
N1281-C1289
C1280-H1296
C1280-N1281
C1279-C1280
C1279-H1294
C1279-H1295
O1278-P1302
O1278-O1304
C1277-C1279
C1277-H1293
C1277-O1278
O1276-C1280
C1275-O1276
C1275-H1292
C1275-C1277
C1274-C1275
C1274-H1290
C1274-H1291
O1273-C1274
P1270-O1273
P1270-O1271
P1270-O1272
N1257-C1258
C1256-H1269
C1256-N1257
N1255-C1256
N1254-H1267
N1254-H1268
C1253-N1254
C1253-N1255
C1252-C1253
C1252-C1258
N1251-C1252
C1250-N1251
C1250-H1266
N1249-C1258
N1249-C1250
C1248-H1265
C1248-N1249
C1247-C1248
C1247-H1264
C1247-H1263
O1246-P1270
C1245-C1247
C1245-H1262
C1245-O1246
O1244-C1248
C1243-H1261
C1243-O1244
C1243-C1245
C1242-H1259
C1242-C1243
C1242-H1260
O1241-C1242
P1238-O1241
P1238-O1239
P1238-O1240
C1226-H1237
C1225-H1236
C1225-C1226
N1224-H1235
N1224-H1234
C1223-N1224
C1223-C1225
N1222-C1223
C1220-N1222
C1220-O1221
N1219-C1220
N1219-C1226
C1218-H1233
C1218-N1219
C1217-C1218
C1217-H1231
C1217-H1232
O1216-P1238
C1215-C1217
C1215-H1230
C1215-O1216
O1214-C1218
C1213-O1214
C1213-H1229
C1213-C1215
C1212-C1213
C1212-H1228
C1212-H1227
O1211-C1212
P1208-O1210
P1208-O1211
P1208-O1209
N1195-C1196
C1194-H1207
C1194-N1195
N1193-C1194
N1192-H1205
N1192-H1206
C1191-N1192
C1191-N1193
C1190-C1191
C1190-C1196
N1189-C1190
C1188-N1189
C1188-H1204
N1187-C1196
N1187-C1188
C1186-N1187
C1186-H1203
C1185-C1186
C1185-H1202
C1185-H1201
O1184-P1208
C1183-C1185
C1183-H1200
C1183-O1184
O1182-C1186
C1181-H1199
C1181-O1182
C1181-C1183
C1180-H1197
C1180-C1181
C1180-H1198
O1179-C1180
P1176-O1177
P1176-O1179
P1176-O1178
C1163-H1175
C1162-H1174
C1162-H1172
C1162-H1173
C1161-C1163
C1161-C1162
C1159-C1161
C1159-O1160
N1158-C1159
N1158-H1171
C1156-O1157
C1156-N1158
N1155-C1163
N1155-C1156
C1154-H1170
C1154-N1155
C1153-C1154
C1153-H1168
C1153-H1169
O1152-P1176
C1151-C1153
C1151-H1167
C1151-O1152
O1150-C1154
C1149-H1166
C1149-O1150
C1149-C1151
C1148-H1164
C1148-H1165
C1148-C1149
O1147-C1148
P1144-O1146
P1144-O1145
P1144-O1147
C1131-H1143
C1130-H1142
C1130-H1140
C1130-H1141
C1129-C1131
C1129-C1130
C1127-C1129
C1127-O1128
N1126-C1127
N1126-H1139
C1124-O1125
C1124-N1126
N1123-C1131
N1123-C1124
C1122-H1138
C1122-N1123
C1121-C1122
C1121-H1136
C1121-H1137
O1120-P1144
C1119-O1120
C1119-H1135
C1119-C1121
O1118-C1122
C1117-H1134
C1117-O1118
C1117-C1119
C1116-H1132
C1116-H1133
C1116-C1117
O1115-C1116
P1112-O1114
P1112-O1115
P1112-O1113
N1099-C1100
C1098-H1111
C1098-N1099
N1097-C1098
N1096-H1110
N1096-H1109
C1095-N1097
C1095-N1096
C1094-C1100
C1094-C1095
N1093-C1094
C1092-H1108
C1092-N1093
N1091-C1100
N1091-C1092
C1090-H1107
C1090-N1091
C1089-C1090
C1089-H1106
C1089-H1105
O1088-P1112
C1087-H1104
C1087-O1088
C1087-C1089
O1086-C1090
C1085-H1103
C1085-C1087
C1085-O1086
C1084-H1101
C1084-H1102
C1084-C1085
O1083-C1084
P1080-O1082
P1080-O1081
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C46-C48
C46-N47
N45-C46
C43-O44
C43-N45
N42-C49
N42-C43
C41-H56
C41-N42
C40-H55
C40-H54
C40-C41
O39-P61
C38-H53
C38-O39
C38-C40
O37-C41
C36-C38
C36-H52
C36-O37
C35-H51
C35-H50
C35-C36
O34-C35
P31-O32
P31-O34
P31-O33
N17-C18
C16-N17
C16-H30
N15-C16
N14-H29
N14-H28
C13-N15
C13-N14
C12-C18
C12-C13
N11-C12
C10-H27
C10-N11
N9-C10
N9-C18
C8-H26
C8-N9
C7-H25
C7-H24
C7-C8
O6-P31
C5-H23
C5-O6
C5-C7
O4-C8
C3-C5
C3-H22
C3-O4
C2-H20
C2-H21
C2-C3
O1-C2
O1-H19
;;start instance definitions here;;
;instancetext:This file contains\
	1335 atoms\
	1446 bonds
;fexpname:DNA strand A
;fexpexpr:Rchain=A
;fexpname:DNA strand B
;fexpexpr:Rchain=B
;fexpname:phosphate groups
;fexpexpr:Raloc=(O1P|O2P|P|O3'|O5')\t
;fexpname:Deoxyribose sugars
;fexpexpr:Raloc=.*'\t
;fexpname:sugar ring atoms
;fexpexpr:Raloc=(C{1-4}|O4)'\t
;newinstance:
;molviewtype:sf
;matrix:-0.976433,0.010438,-0.215566,0.000000,-0.004588,-0.999608,-0.027622,0.000000,-0.215770,-0.025982,0.976098,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:70.830703
;cnt:7.169815,5.070251
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;isdefault:
;viewtitle:20 bp DNA double helix
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hideclear
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:The double strand DNA molecule is 20 bps in length with an additional nucleotide at the 5'-end of each strand. The nucleotides of chains A and B are numbered 1-21 and 22-42, respectively. The unpaired nucleotides at the 5'-end of each chain are numbered 1 and 22. The complete sequence of this DNA is\
 \
 5'-ACATGTAATTCATTTACACGC-3'\
 3'-  GTACATTAAGTAAATGTGCGT-5'\
\
Suggested Activity: Choose "Auto Rotation" from the display menu. Enter rotation values of 0-3-0 degrees for x-y-z. Click "OK" and observe the overall molecule shape as it rotates. Can you distinguish the major and minor grooves? \
\
Each successive view is designed to emphasize additional features of DNA structure. View each in turn, and perform the activity suggested.\
\
Note: The DNA coordinates are from the Brookhaven pdb file "1apl", representing the operator DNA binding site for the mat2 alpha homeodomain protein. 
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:-0.624511,0.000000,-0.781015,0.000000,0.000000,1.000000,0.000000,0.000000,0.781015,0.000000,-0.624511,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:75.394094
;cnt:7.169815,5.070251
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Identify the 5'-end of DNA
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:selectclear
;com:selectatomsop	Rchain=A	15
;com:hiliteselection
;com:newhilite	0.179202,0.908202,0.091768
;com:selectatomsop	Rnum=(1|22)\t	15
;infoexps:			
;instancetext:The unpaired nucleotides at the 5'-end of each DNA strand are hilited in this view. Can you identify the A-nucleotide at the 5'-end of chain A, and the T-nucleotide at the 5'-end of chain B?  
;viewinstereo:false
;newinstance:
;molviewtype:wf
;matrix:0.358368,0.000000,-0.933580,0.000000,0.000000,1.000000,0.000000,0.000000,0.933580,0.000000,0.358368,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:75.394094
;cnt:7.169815,5.070251
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:2 separate DNA strands
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hiliteselection
;com:newhilite	0.854780,0.391547,0.430747
;com:selectatomsop	Rchain=B	15
;com:hiliteselection
;com:newhilite	0.016953,0.970001,0.983032
;com:selectatomsop	Rchain=A	15
;infoexps:			
;instancetext:DNA normally occurs as two separate long polymers that wrap around each other in a helical spiral. The two individual strands have different colors in this view. \
\
Suggested Activity: Choose "Auto Rotation" from the display menu. Enter rotation values of 0-3-0 degrees for x-y-z. Click "OK" amd observe how the 2 strands intertwine. Notice that there are no covalent bonds joining the two strands. They are held together by many weak interactions.
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:0.889147,-0.281209,0.361024,0.000000,0.392719,0.873887,-0.286519,0.000000,-0.234923,0.396539,0.887450,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:15.539250,9.139565,31.663549
;span:5.487500
;cnt:15.539250,9.139565
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Phosphate group
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:3
;com:hideselection
;com:selectinvertatoms		1
;com:selectatomsop	AO1050	16
;com:selectatomsop	AP1048	16
;com:selectatomsop	AO1023	16
;com:selectatomsop	AO1049	16
;com:selectatomsop	AO1051	16
;infoexps:			
;instancetext:DNA (and RNA) are polymers made up of five-carbon sugars, organic nitrogen-containing bases, and phosphate groups. One of the 40 phosphate groups of our parent DNA structure is shown. The central phosphate atom is covalently bonded to four oxygen atoms. \
\
Suggested Activity: Measure the 4 different O-P-O  bond angles (click on the angle tool on the button bar, and then click on three atoms in a row. The angle appears in the comment line). Why are the angles not the same?
;viewinstereo:false
;newinstance:
;molviewtype:sf
;matrix:0.422618,0.000000,0.906308,0.000000,0.000000,1.000000,0.000000,0.000000,-0.906308,0.000000,0.422618,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:75.394094
;cnt:7.169815,5.070251
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Phosphate group location
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:2
;com:hiliteselection
;com:newhilite	0.762356,0.947738,0.947738
;com:selectinvertatoms		1
;com:selectatomsop	Raloc=(O1P|O2P|P|O3'|O5')\t	15
;com:hiliteclear
;com:hiliteselection
;com:newhilite	0.679057,0.886122,0.886122
;com:selectinvertatoms		0
;com:selectatomsop	Raloc=(O1P|O2P|P|O3*|O5*)	15
;infoexps:AP286	AP919		
;instancetext:The location of the phosphate groups in the two DNA strands is emphasized in red and yellow color. Notice that the oxygen atoms, rich in negative charge, are located on the outermost surface of the DNA double helix. The phosphates form part of the backbone of the DNA molecule, alternating along the chain with the 5-carbon deoxyribose sugars.\
\
Suggested Activity: Use the distance tool to measure the width of the major groove from phosphate to phosphate. Then measure the width of the minor groove. 
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:0.500710,0.392303,0.771614,0.000000,0.813959,-0.516709,-0.265484,0.000000,0.294550,0.760994,-0.578040,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:0.869602,20.031250,25.259000
;span:7.156456
;cnt:1.081936,20.471647
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Sugar (deoxyribose)
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:selectclear
;com:selectatomsop	Raloc=(C{1-4}|O4)'\t	15
;com:selectclear
;com:selectatomsop	Raloc=.*'\t	15
;com:selectclear
;com:selectatomsop	Raloc=.*'\t	15
;com:selectclear
;com:hideselection
;com:selectinvertatoms		1
;com:selectatomsop	AH1166	16
;com:selectatomsop	AO1152	16
;com:selectatomsop	AH1167	16
;com:selectatomsop	AC1151	16
;com:selectatomsop	AH1168	16
;com:selectatomsop	AC1153	16
;com:selectatomsop	AH1169	16
;com:selectatomsop	AH1170	16
;com:selectatomsop	AC1154	16
;com:selectatomsop	AO1150	16
;com:selectatomsop	AC1149	16
;com:selectatomsop	AH1164	16
;com:selectatomsop	AC1148	16
;com:selectatomsop	AH1165	16
;com:selectatomsop	AO1147	16
;com:selectclear
;com:selectatomsop	Rnum={20-21}\t	15
;com:hiliteselection
;com:newhilite	0.179202,0.908202,0.091768
;com:selectatomsop	Rnum=(1|22)\t	15
;infoexps:			
;instancetext:DNA (and RNA) are polymers made up of five-carbon sugars, organic nitrogen-containing bases, and phosphate groups. One of the 42 deoxyribose sugars of our parent DNA structure is shown. \
\
Suggested Activity: Use the information tool to identify different atoms. Look at the "aloc= " field of the comment line for the answers. The sugar structure has 5 carbon and 3 oxygen atoms. 4 carbons (C1'-C4') and one oxygen (O4') form a 5-membered, puckered ring. The remaining 2 oxygen atoms (O3' and O5') are linked to phosphate groups (not shown) in the repeating sugar-phosphate backbone of DNA. The sugar is a "deoxy" ribose due to the absence of a hydroxyl group (-OH) and the presence 2 hydrogen atoms on one of the ring carbon atoms (C2'). 
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:0.455960,-0.450803,0.767383,0.000000,-0.262319,0.755855,0.599893,0.000000,-0.850464,-0.474827,0.226385,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:3.292430,6.963725,25.619500
;span:7.619787
;cnt:3.292430,6.963725
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Sugar/N (deoxyribose)
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hideselection
;com:selectinvertatoms		1
;com:selectatomsop	AH339	16
;com:selectatomsop	AO321	16
;com:selectatomsop	AH337	16
;com:selectatomsop	AC322	16
;com:selectatomsop	AH338	16
;com:selectatomsop	AO326	16
;com:selectatomsop	AH340	16
;com:selectatomsop	AC325	16
;com:selectatomsop	AH341	16
;com:selectatomsop	AH342	16
;com:selectatomsop	AC327	16
;com:selectatomsop	AC323	16
;com:selectatomsop	AO324	16
;com:selectatomsop	AH343	16
;com:selectatomsop	AC328	16
;com:selectatomsop	AN329	16
;infoexps:			
;instancetext:The (blue) nitrogen atom has been added to the previous view of deoxyribose. This nitrogen is from one of the organic nitrogen-containing bases of DNA. The bases are linked to the sugar-phosphate backbone through a bond with the C1' of the sugar ring.
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:-0.629320,0.000000,-0.777146,0.000000,0.000000,1.000000,0.000000,0.000000,0.777146,0.000000,-0.629320,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:75.394094
;cnt:7.169815,5.070251
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Sugar location
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:selectclear
;com:selectatomsop	Raloc=(O1P|O2P|P|O3'|O5')\t	15
;com:hiliteselection
;com:newhilite	0.050416,0.833616,0.278737
;com:selectatomsop	Raloc=(C{1-5}')	15
;com:hiliteselection
;com:newhilite	0.986435,0.989548,0.749554
;com:selectinvertatoms		1
;com:selectatomsop	Raloc=.*'\t	15
;com:hiliteclear
;com:hiliteselection
;com:hiliteclear
;com:selectvisatomsop		f
;com:hiliteselection
;com:newhilite	0.133227,0.948684,0.123705
;com:newhilite	0.994675,0.005295,0.969833
;com:selectatomsop	Raloc=(C{1-4}')	15
;com:hiliteselection
;com:newhilite	0.726055,0.955047,0.917571
;com:selectinvertatoms		1
;com:selectatomsop	Raloc=.*'\t	15
;infoexps:			
;instancetext:The location of the deoxyribose sugars in the two DNA strands is emphasized in red (oxygen atoms) and green (carbon atoms).  All other atoms are colored pale yellow.\
\
Suggested Activity: Compare the location of the electronegative oxygen atoms of the sugar that are involved in phosphodiester bond formation to the location of the other two oxygen atoms of each phosphate group (see the "Phosphate group location" view). You may wish to zoom in for a closer look, and use the information tool to identify different types of oxygen atoms. Which oxygens are most exposed to the solvent? Why?
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:1.000000,0.000000,0.000000,0.000000,0.000000,1.000000,0.000000,0.000000,0.000000,0.000000,1.000000,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:36.089116
;cnt:6.990732,1.130417
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Antiparallel DNA strands
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hiliteselection
;com:newhilite	0.023163,0.753735,0.976791
;com:selectatomsop	Rchain=B\t.*aloc=C	15
;com:selectclear
;com:selectatomsop	Rchain=A\t.*aloc=C	15
;com:selectatomsop	Rchain=A\t.*aloc=^C	15
;com:hiliteselection
;com:newhilite	0.948440,0.953918,0.046052
;com:selectatomsop	Rchain=A\t.*aloc=(C{1-4}')\t	15
;com:hideselection
;com:selectinvertatoms		0
;com:selectatomsop	Raloc=(C{1-4}'|O4')\t	15
;infoexps:			
;instancetext:The A-chain and B-chain of the DNA helix are oriented in opposite direction along the DNA helix axis, much as cars move in opposite direction on a 2-way road. The orientation of the deoxyribose sugar is used to describe the direction (also called polarity) of the DNA chains. In this view, the 5 atoms that make up the sugar ring are shown, with the oxygen shown in red. Notice that when the oxygen points up on the yellow rings, it points down on the blue rings. DNA strands are said to be "antiparallel", meaning meaning parallel but moving in opposite direction.\
\
In the next view, you will see how the DNA bases span the gap between the antiparallel sugar-phosphate backbone.
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:0.904653,-0.068060,-0.420679,0.000000,0.092563,0.994979,0.038077,0.000000,0.415975,-0.073386,0.906410,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:5.222615,13.665900,30.814501
;span:25.921349
;cnt:5.222615,13.665900
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Base pair location
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hideclear
;com:selectclear
;com:hideselection
;com:selectatomsop	AO230	16
;com:selectatomsop	AO1056	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(9|35)\t	15
;com:hiliteselection
;com:newhilite	0.174365,0.922118,0.956039
;com:selectatomsop	AO230	16
;com:selectatomsop	AO1056	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(9|35)\t	15
;infoexps:			
;instancetext:A view of the T9-A35 base pair from the major groove. The phoshpates (yellow/red) are on the outside, and the hydrophobic, nitrogen containing bases are on the inside. The edges of the basepair protrude into the major and minor grooves of the helix.\
\
Can you identify the types of base pairs that stack above and below the T9-A35 base pair?\
\
Note the antiparallel orientation of the sugar rings as described in the previous  view. 
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:-0.893449,0.001382,0.449162,0.000000,0.448851,0.040107,0.892706,0.000000,-0.016781,0.999194,-0.036454,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:5.222615,13.665900,30.814501
;span:25.921349
;cnt:5.222615,13.665900
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:T9-A35 base pair
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:3
;com:hideselection
;com:selectatomsop	AO230	16
;com:selectatomsop	AO1056	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(9|35)\t	15
;com:hiliteselection
;com:newhilite	0.174365,0.922118,0.956039
;com:selectatomsop	AO230	16
;com:selectatomsop	AO1056	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(9|35)\t	15
;infoexps:AH1109	AO270		
;instancetext:Looking down on the T9-A35 base pair from the helix axis. Phosphates are on the outside, sugars intermediate, and the bases A and T are in the interior. Note the antiparallel orientation of the sugar rings as described in the previous two views. \
\
Two hydrogen bonds are possible between the A and T bases. The first involves a hydrogen on the amino group of A to the oxygen 4 of T. The second is between ring nitrogen 1 of A and hydrogen 3 attached to ring nitrogen 3 of T. Measure the hydrogen bond distances. Do you get values of 1.77 and 1.53 angstroms?\
\
In this view, the top edges of the base pair would protrude into the major groove of DNA, and the bottom edges would protrude into the minor groove.\
\
To help identify the major and minor grooves, use the distance tool to measure the distance between the C1' atoms of the two sugars (C1' connects from the sugar to the ring nitrogen). Do you get a value of 10.33 angstroms? The measurement line passes along the edge toward the minor groove.
;viewinstereo:false
;newinstance:
;molviewtype:bs
;matrix:0.926284,0.171233,0.335673,0.000000,-0.233659,-0.437871,0.868143,0.000000,0.295636,-0.882581,-0.365583,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.348930,6.597570,30.448500
;span:20.986875
;cnt:7.348930,6.597570
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:C11-G33 base pair
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:2
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:Looking down on the C11-G33 base pair from the helix axis. Phosphates are on the outside, sugars intermediate, and the bases A and T are in the interior. Three hydrogen bonds are possible. A good technique to visualize H-bonds is to switch to view in space filling mode, and note the overlap of the white atoms with the nearby electronegative oxygen (red) or nitrogen (blue) atoms. Measure the distance of the three hydrogen bonds. Do you get values between 1.60 and 1.68 angstroms?\
\
Use the distance tool to measure the distance between the C1' atoms of the two sugars (C1' connects from the sugar to the ring nitrogen).  The measurement line passes along the edge toward the minor groove. Do you get a value of 10.25 angstroms, very similar to the value for the previous view? Note that A-T and G-C base pairs occupy nearly the same amount of space in the DNA helix.\
\

;viewinstereo:false
;newinstance:
;molviewtype:sf
;matrix:0.834254,-0.019056,0.551051,0.000000,-0.004588,-0.999608,-0.027622,0.000000,0.551360,0.020515,-0.834015,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:70.830703
;cnt:7.169815,5.070251
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Major groove recognition
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hiliteselection
;com:newhilite	0.933349,0.956573,0.043397
;com:selectatomsop	R(name=T\t.*aloc=(C|{1-3}H)5M\t)|(name=C\t.*aloc=H5\t)	15
;com:hiliteselection
;com:newhilite	0.018143,0.026917,0.981827
;com:selectatomsop	R(name=A\t.*aloc=2H6\t)|(name=C\t.*aloc=1H4\t)	15
;com:hiliteselection
;com:newhilite	0.969818,0.030152,0.069093
;com:selectatomsop	R(name=(A|G)\t.*aloc=N7\t)|(name=T\t.*aloc=O4\t)|(name=G\t.*aloc=O6\t)	15
;com:hiliteselection
;com:newhilite	0.646235,0.986679,0.991394
;com:selectvisatomsop		f
;com:selectclear
;com:hideclear
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:What does a protein that binds to the major groove of a DNA double helix use to recognize a specific sequence of bases?  In this view, the groups on the edges of base pairs that protrude into the major groove are color coded as follows:\
H-bond donors - blue\
H-bond acceptors - red\
Methyl group - yellow\
Hydrogen unable to H-bond - yellow\
\
Compare the color coding of the major groove recognition elements in this view and the following 2 views for each of the four types of base pairs:\
TA pair: yellow-red-blue-red\
AT pair: red-blue-red-yellow\
GC pair: red-red-blue-yellow\
CG pair: yellow-blue-red-red\
\
Can you use this color coding to read the DNA sequence for the view "Major groove recognition"? Does this help you understand how a DNA-binding protein might recognize a specific DNA sequence by binding in the major groove?
;viewinstereo:false
;newinstance:
;molviewtype:sf
;matrix:0.858328,0.012200,-0.512955,0.000000,-0.118414,0.977441,-0.174894,0.000000,0.499249,0.210858,0.840410,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:5.222615,13.425200,30.814501
;span:24.281615
;cnt:5.222615,13.425200
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Major groove recognition - AT pair
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hideselection
;com:selectinvertatoms		1
;com:selectatomsop	Rnum=(9|35)\t	15
;com:hiliteselection
;com:newhilite	0.933349,0.956573,0.043397
;com:selectatomsop	R(name=T\t.*aloc=(C|{1-3}H)5M\t)|(name=C\t.*aloc=H5\t)	15
;com:hiliteselection
;com:newhilite	0.018143,0.026917,0.981827
;com:selectatomsop	R(name=A\t.*aloc=2H6\t)|(name=C\t.*aloc=1H4\t)	15
;com:hiliteselection
;com:newhilite	0.969818,0.030152,0.069093
;com:selectatomsop	R(name=(A|G)\t.*aloc=N7\t)|(name=T\t.*aloc=O4\t)|(name=G\t.*aloc=O6\t)	15
;com:hiliteselection
;com:newhilite	0.646235,0.986679,0.991394
;com:selectvisatomsop		f
;com:selectclear
;com:hideclear
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:The hydrogen bond donor (blue), hydrogen bond acceptors (red), and methyl group (yellow) of the edge of the T9-A25 base pair that faces the major groove of the DNA helix are illustrated. \
\
Compare the color coding of the major groove recognition elements in this view and the following view for each of the four types of base pairs:\
TA pair: yellow-red-blue-red\
AT pair: red-blue-red-yellow\
GC pair: red-red-blue-yellow\
CG pair: yellow-blue-red-red\
\

;viewinstereo:false
;newinstance:
;molviewtype:sf
;matrix:-0.662477,-0.167776,-0.730051,0.000000,0.181657,-0.981486,0.060717,0.000000,-0.726721,-0.092395,0.680690,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.348930,6.597570,30.447649
;span:22.938853
;cnt:7.348930,6.597570
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499962,0.499962,0.499962
;viewtitle:Major groove recognition - GC pair
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hideselection
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:hiliteselection
;com:newhilite	0.933349,0.956573,0.043397
;com:selectatomsop	R(name=T\t.*aloc=(C|{1-3}H)5M\t)|(name=C\t.*aloc=H5\t)	15
;com:hiliteselection
;com:newhilite	0.018143,0.026917,0.981827
;com:selectatomsop	R(name=A\t.*aloc=2H6\t)|(name=C\t.*aloc=1H4\t)	15
;com:hiliteselection
;com:newhilite	0.969818,0.030152,0.069093
;com:selectatomsop	R(name=(A|G)\t.*aloc=N7\t)|(name=T\t.*aloc=O4\t)|(name=G\t.*aloc=O6\t)	15
;com:hiliteselection
;com:newhilite	0.646235,0.986679,0.991394
;com:selectvisatomsop		f
;com:selectclear
;com:hideclear
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:The hydrogen bond donor (blue), hydrogen bond acceptors (red), and hydrogen unable to form a hydrogen bond (yellow) of the edge of the C11-G33 base pair that faces the major groove of the DNA helix are illustrated. \
\
Compare the color coding of the major groove recognition elements in the view and the previous view for each of the four types of base pairs:\
GC pair: red-red-blue-yellow\
CG pair: yellow-blue-red-red\
AT pair: red-blue-red-yellow\
TA pair: yellow-red-blue-red\
\

;viewinstereo:false
;newinstance:
;molviewtype:sf
;matrix:0.834254,-0.019056,0.551051,0.000000,-0.004588,-0.999608,-0.027622,0.000000,0.551360,0.020515,-0.834015,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.169815,5.070251,30.682000
;span:70.830703
;cnt:7.169815,5.070251
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499977,0.499977,0.499977
;viewtitle:Minor groove recognition
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hiliteselection
;com:newhilite	0.962539,0.963226,0.036759
;com:selectatomsop	Rname=A\t.*aloc=H2\t	15
;com:hiliteselection
;com:newhilite	0.057801,0.065324,0.942153
;com:selectatomsop	Rname=G\t.*aloc=1H2\t	15
;com:hiliteselection
;com:newhilite	0.962570,0.037400,0.037400
;com:selectatomsop	R(name=(A|G)\t.*aloc=N3\t)|(name=(C|T)\t.*aloc=O2\t)	15
;com:hiliteselection
;com:newhilite	0.648295,0.931365,0.893019
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.364996,0.881346,0.822477
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.539788,0.894942,0.865507
;com:hiliteclear
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.933349,0.956573,0.043397
;com:selectatomsop	R(name=T\t.*aloc=(C|{1-3}H)5M\t)|(name=C\t.*aloc=H5\t)	15
;com:hiliteselection
;com:newhilite	0.018143,0.026917,0.981827
;com:selectatomsop	R(name=A\t.*aloc=2H6\t)|(name=C\t.*aloc=1H4\t)	15
;com:hiliteselection
;com:newhilite	0.969818,0.030152,0.069093
;com:selectatomsop	R(name=(A|G)\t.*aloc=N7\t)|(name=T\t.*aloc=O4\t)|(name=G\t.*aloc=O6\t)	15
;com:hiliteselection
;com:newhilite	0.646235,0.986679,0.991394
;com:selectvisatomsop		f
;com:selectclear
;com:hideclear
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:What does a protein that binds to the minr groove of a DNA double helix use to recognize a specific sequence of bases?  In this view, the groups on the edges of base pairs that protrude into the minor groove are color coded as follows:\
H-bond donors - blue\
H-bond acceptors - red\
Hydrogen unable to H-bond - yellow\
\
Suggested activity: Compare the ease of reading the DNA sequence from the color codes of the major groove and the minor groove. Click in the molecule window and then rotate the molecule as needed using the right and left arrow key on the keyboard.
;viewinstereo:false
;newinstance:
;molviewtype:sf
;matrix:0.942301,0.019804,-0.334177,0.000000,0.206967,-0.819071,0.535059,0.000000,-0.263119,-0.573350,-0.775912,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:5.222615,13.425200,30.814501
;span:24.435046
;cnt:5.222615,13.425200
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499977,0.499977,0.499977
;viewtitle:Minor groove recognition - AT pair
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hideselection
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(9|35)\t	15
;com:hiliteselection
;com:newhilite	0.962539,0.963226,0.036759
;com:selectatomsop	Rname=A\t.*aloc=H2\t	15
;com:hiliteselection
;com:newhilite	0.057801,0.065324,0.942153
;com:selectatomsop	Rname=G\t.*aloc=1H2\t	15
;com:hiliteselection
;com:newhilite	0.962570,0.037400,0.037400
;com:selectatomsop	R(name=(A|G)\t.*aloc=N3\t)|(name=(C|T)\t.*aloc=O2\t)	15
;com:hiliteselection
;com:newhilite	0.648295,0.931365,0.893019
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.364996,0.881346,0.822477
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.539788,0.894942,0.865507
;com:hiliteclear
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.933349,0.956573,0.043397
;com:selectatomsop	R(name=T\t.*aloc=(C|{1-3}H)5M\t)|(name=C\t.*aloc=H5\t)	15
;com:hiliteselection
;com:newhilite	0.018143,0.026917,0.981827
;com:selectatomsop	R(name=A\t.*aloc=2H6\t)|(name=C\t.*aloc=1H4\t)	15
;com:hiliteselection
;com:newhilite	0.969818,0.030152,0.069093
;com:selectatomsop	R(name=(A|G)\t.*aloc=N7\t)|(name=T\t.*aloc=O4\t)|(name=G\t.*aloc=O6\t)	15
;com:hiliteselection
;com:newhilite	0.646235,0.986679,0.991394
;com:selectvisatomsop		f
;com:selectclear
;com:hideclear
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:The hydrogen bond acceptors (red), and hydrogen than does not hydrogen bond (yellow) of the edge of the T9-A25 base pair that faces the minor groove of the DNA helix are illustrated. \

;viewinstereo:false
;newinstance:
;molviewtype:sf
;matrix:0.778322,0.010391,0.627780,0.000000,-0.222627,-0.930331,0.291413,0.000000,0.587070,-0.366574,-0.721784,0.000000,0.000000,0.000000,0.000000,1.000000
;coe:7.348930,6.597570,30.447649
;span:24.576191
;cnt:7.348930,6.597570
;dol:-45.000000,-45.000000
;backcolor:0.000000,0.000000,0.000000
;stickcolor:0.499977,0.499977,0.499977
;viewtitle:Minor groove recognition - GC pair
;infolinecolor:1.000000,1.000000,0.000000
;numinfo:0
;com:hideselection
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:hiliteselection
;com:newhilite	0.962539,0.963226,0.036759
;com:selectatomsop	Rname=A\t.*aloc=H2\t	15
;com:hiliteselection
;com:newhilite	0.057801,0.065324,0.942153
;com:selectatomsop	Rname=G\t.*aloc=1H2\t	15
;com:hiliteselection
;com:newhilite	0.962570,0.037400,0.037400
;com:selectatomsop	R(name=(A|G)\t.*aloc=N3\t)|(name=(C|T)\t.*aloc=O2\t)	15
;com:hiliteselection
;com:newhilite	0.648295,0.931365,0.893019
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.364996,0.881346,0.822477
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.539788,0.894942,0.865507
;com:hiliteclear
;com:selectvisatomsop		f
;com:selectclear
;com:hiliteselection
;com:newhilite	0.933349,0.956573,0.043397
;com:selectatomsop	R(name=T\t.*aloc=(C|{1-3}H)5M\t)|(name=C\t.*aloc=H5\t)	15
;com:hiliteselection
;com:newhilite	0.018143,0.026917,0.981827
;com:selectatomsop	R(name=A\t.*aloc=2H6\t)|(name=C\t.*aloc=1H4\t)	15
;com:hiliteselection
;com:newhilite	0.969818,0.030152,0.069093
;com:selectatomsop	R(name=(A|G)\t.*aloc=N7\t)|(name=T\t.*aloc=O4\t)|(name=G\t.*aloc=O6\t)	15
;com:hiliteselection
;com:newhilite	0.646235,0.986679,0.991394
;com:selectvisatomsop		f
;com:selectclear
;com:hideclear
;com:selectclear
;com:selectatomsop	AO991	16
;com:selectatomsop	AO1016	16
;com:selectclear
;com:selectatomsop	AO1016	16
;com:selectatomsop	AO991	16
;com:hideselection
;com:selectatomsop	AO294	16
;com:selectatomsop	AO991	16
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;com:selectclear
;com:selectinvertatoms		0
;com:selectatomsop	Rnum=(11|33)\t	15
;infoexps:			
;instancetext:In this view, the groups on the edges of base pairs that protrude into the minor groove are color coded as follows:\
H-bond donors - blue\
H-bond acceptors - red\
\
Note that AT and GC pairs have different patterns in the minor groove, but that the distinction between a GC and a CG pair in terms on potential hydrogen bond interactions is minimal.\
\

;viewinstereo:false