1
10
1 2 3 4 5 6 7 8 9 10
GCGTAtACGC
6
+T
Crystallography ?
? Angstroms
1
G
O3'
14.153 -9.605 6.570
2
C
P
14.313 -8.826 5.180
O3'
11.891 -10.570 0.892
3
G
P
12.044 -9.651 -0.411
O3'
8.073 -7.187 -3.675
4
T
P
8.254 -5.973 -4.690
O3'
5.210 -2.903 -6.764
5
A
P
6.272 -2.031 -7.562
O3'
7.666 3.468 -6.901
6
t
P
9.048 4.264 -7.077
O3'
9.803 8.919 -5.195
7
A
P
11.363 9.218 -5.402
O3'
13.983 12.243 -2.190
8
C
P
15.480 12.168 -2.741
O3'
19.359 12.541 0.711
9
G
P
20.795 12.383 0.008
O3'
24.926 10.418 2.409
10
C
P
26.156 10.312 1.407
O3'
30.015 6.848 2.030
1
146.667 0.000
2
146.667 61.111
3
146.667 122.222
4
146.667 183.333
5
146.667 244.444
6
146.667 305.556
7
146.667 366.667
8
146.667 427.778
9
146.667 488.889
10
146.667 550.000
1
10
11 12 13 14 15 16 17 18 19 20
GCGTAtACGC
6
+T
Crystallography ?
? Angstroms
1
G
O3'
22.620 -6.571 -2.097
2
C
P
21.829 -6.581 -0.704
O3'
23.135 -5.133 3.874
3
G
P
21.906 -5.133 4.898
O3'
19.616 -0.864 7.973
4
T
P
18.110 -0.735 8.499
O3'
15.902 3.328 10.149
5
A
P
14.383 2.880 10.311
O3'
10.496 6.307 10.219
6
t
P
9.110 5.502 10.384
O3'
4.756 7.135 8.298
7
A
P
3.749 5.952 8.680
O3'
-0.283 4.645 5.895
8
C
P
-0.803 3.352 6.689
O3'
-2.817 -0.735 3.886
9
G
P
-3.014 -1.959 4.921
O3'
-2.601 -6.759 2.465
10
C
P
-2.827 -8.025 3.423
O3'
-0.852 -12.659 3.321
1
0.000 550.000
2
0.000 488.889
3
0.000 427.778
4
0.000 366.667
5
0.000 305.556
6
0.000 244.444
7
0.000 183.333
8
0.000 122.222
9
0.000 61.111
10
0.000 0.000
1
10
+
+
c
2
9
+
+
c
3
8
+
+
c
4
7
-
-
c
5
6
-
-
c
6
5
-
-
c
7
4
-
-
c
8
3
+
+
c
9
2
+
+
c
10
1
+
+
c
1
10
10