1
21
1403 1404 1405 1406 1407 1408 1409 1410 1411 1412
1488 1489 1490 1491 1492 1493 1494 1495 1496 1497
1498
GCGUCACACC GGUGAAGUCG C
Crystallography ?
? Angstroms
1
G
P
46.664 12.501 21.702
O3'
41.418 13.396 20.341
2
C
P
40.427 12.310 19.697
O3'
36.786 12.440 15.227
3
G
P
36.287 10.942 14.954
O3'
35.183 9.518 10.150
4
U
P
34.660 8.020 10.412
O3'
35.483 4.541 6.573
5
C
P
34.788 3.241 7.229
O3'
37.255 -0.663 4.957
6
A
P
36.878 -1.979 5.774
O3'
40.651 -5.524 6.029
7
C
P
39.829 -6.733 6.666
O3'
41.770 -9.629 10.376
8
A
P
40.461 -10.521 10.659
O3'
39.514 -12.628 15.227
9
C
P
38.037 -13.224 15.028
O3'
34.904 -12.842 19.237
10
C
P
33.353 -13.246 19.148
O3'
29.517 -11.803 21.842
11
G
P
28.225 -12.577 21.286
O3'
23.474 -10.568 21.360
12
G
P
22.416 -11.460 20.539
O3'
18.258 -9.560 18.434
13
U
P
17.634 -10.841 17.699
O3'
15.040 -10.038 13.214
14
G
P
14.454 -11.427 12.659
O3'
14.225 -12.358 7.546
15
A
P
13.070 -13.429 7.855
O3'
14.225 -17.089 3.465
16
A
P
15.340 -17.404 4.575
O3'
15.681 -21.325 3.837
17
G
P
16.320 -21.188 2.367
O3'
20.420 -24.688 2.249
18
U
P
20.521 -25.845 3.357
O3'
24.692 -28.449 4.154
19
C
P
24.030 -29.793 4.726
O3'
25.335 -32.170 8.908
20
G
P
24.154 -33.246 9.076
O3'
22.858 -35.134 13.664
21
C
P
21.595 -36.120 13.489
O3'
18.453 -36.531 17.738
15
syn
15
16
!
!
!
SG1
4
6
SG2
15
16
1
0.000 0.000
2
0.000 22.000
3
0.000 44.000
4
0.000 66.000
5
0.000 110.000
6
0.000 154.000
7
0.000 220.000
8
0.000 242.000
9
0.000 264.000
10
0.000 286.000
11
0.000 308.000
12
0.000 330.000
13
0.000 352.000
14
0.000 374.000
15
0.000 396.000
16
0.000 440.000
17
0.000 462.000
18
0.000 484.000
19
0.000 506.000
20
0.000 528.000
21
0.000 550.000
1
21
1403 1404 1405 1406 1407 1408 1409 1410 1411
1412 1488 1489 1490 1491 1492 1493 1494 1495 1496
1497 1498
GCGUCACAC CGGUGAAGUC GC
Crystallography ?
? Angstroms
1
G
P
9.515 -24.195 12.487
O3'
10.497 -23.400 17.201
2
C
P
11.837 -22.542 17.441
O3'
15.642 -23.061 20.483
3
G
P
16.615 -21.904 19.935
O3'
21.663 -22.855 20.181
4
U
P
22.703 -21.834 19.509
O3'
27.401 -22.722 16.311
5
C
P
27.869 -21.226 16.641
O3'
30.880 -20.410 11.837
6
A
P
31.215 -18.905 11.404
O3'
31.236 -17.361 6.624
7
C
P
31.594 -15.803 6.801
O3'
29.283 -12.694 3.343
8
A
P
29.559 -11.181 3.803
O3'
26.178 -7.509 2.958
9
C
P
26.995 -6.254 3.531
O3'
24.010 -2.475 5.687
10
C
P
24.802 -1.396 6.570
O3'
23.762 0.888 10.687
11
G
P
25.196 1.523 11.025
O3'
26.158 2.247 16.194
12
G
P
27.664 2.798 16.369
O3'
30.352 1.361 20.809
13
U
P
31.891 1.813 20.916
O3'
35.306 -0.523 23.842
14
G
P
36.647 0.359 23.738
O3'
41.412 -1.425 23.333
15
A
P
41.970 0.074 23.443
O3'
46.512 0.935 20.685
16
A
P
46.193 0.512 19.176
O3'
50.508 1.219 16.144
17
G
P
49.459 1.103 14.929
O3'
51.138 0.946 10.516
18
U
P
51.152 2.428 9.906
O3'
50.380 3.135 5.108
19
C
P
50.836 4.654 4.887
O3'
47.982 8.855 2.286
20
G
P
48.799 10.159 2.703
O3'
46.085 14.384 3.047
21
C
P
47.062 15.496 3.666
O3'
45.044 19.395 6.150
SG1
6
6
SG2
15
18
1
52.800 550.000
2
52.800 528.000
3
52.800 506.000
4
52.800 484.000
5
52.800 462.000
6
52.800 418.000
7
52.800 374.000
8
52.800 352.000
9
52.800 330.000
10
52.800 308.000
11
52.800 286.000
12
52.800 264.000
13
52.800 242.000
14
52.800 220.000
15
52.800 198.000
16
52.800 176.000
17
52.800 132.000
18
52.800 88.000
19
52.800 44.000
20
52.800 22.000
21
52.800 0.000
1
21
+
+
c
2
20
+
+
c
3
19
+
+
c
5
17
+
+
c
7
14
+
+
c
8
13
-
-
c
9
12
+
+
c
10
11
+
+
c
11
10
+
+
c
12
9
+
+
c
13
8
-
-
c
14
6
W
W
c
14
7
+
+
c
17
5
+
+
c
18
4
W
W
c
19
3
+
+
c
20
2
+
+
c
21
1
+
+
c
1
21
3
7
14
8
17
5
5