1
10
1 2 3 4 5 6 7 8 9 10
GCGTAtACGC
6
+T
Crystallography ?
? Angstroms
1
G
O3'
14.472 -10.409 5.471
2
C
P
14.666 -9.461 4.192
O3'
12.454 -10.742 -0.396
3
G
P
12.666 -9.702 -1.597
O3'
8.696 -6.991 -4.724
4
T
P
8.769 -5.699 -5.671
O3'
5.714 -2.633 -7.756
5
A
P
6.751 -1.646 -8.453
O3'
7.613 3.956 -7.551
6
t
P
9.005 4.687 -7.813
O3'
10.149 9.028 -5.605
7
A
P
11.689 9.210 -5.980
O3'
14.985 11.761 -3.025
8
C
P
16.408 11.524 -3.742
O3'
20.601 11.916 -0.519
9
G
P
22.062 11.534 -1.058
O3'
25.938 9.570 1.209
10
C
P
26.947 9.371 -0.016
O3'
30.778 5.948 -0.182
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'
21.841 -6.880 -2.797
2
C
P
20.966 -6.603 -1.483
O3'
22.736 -5.215 3.072
3
G
P
21.346 -5.025 3.851
O3'
20.557 -1.269 7.171
4
T
P
19.004 -1.342 7.573
O3'
16.464 2.800 9.269
5
A
P
14.936 2.339 9.471
O3'
11.368 6.098 9.253
6
t
P
9.933 5.447 9.564
O3'
5.565 7.600 7.902
7
A
P
4.563 6.600 8.680
O3'
0.469 4.063 5.883
8
C
P
-0.214 2.701 6.412
O3'
-2.587 -0.306 2.888
9
G
P
-3.220 -1.726 3.298
O3'
-2.120 -6.914 1.235
10
C
P
-2.490 -8.270 1.988
O3'
-0.290 -12.871 1.293
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