1
11
1 2 3 4 5 6 7 8 9 10
11
GCGauauACG U
4
DA
5
DT
6
DA
7
DT
Crystallography ?
? Angstroms
1
G
O3'
19.289 -23.087 25.872
2
C
P
18.802 -21.980 24.891
O3'
18.156 -22.932 19.797
3
G
P
17.477 -21.604 19.226
O3'
13.903 -22.095 15.324
4
a
P
13.252 -20.686 14.860
O3'
8.704 -20.740 12.354
5
u
P
8.163 -19.313 11.823
O3'
2.481 -18.670 11.332
6
a
P
1.758 -17.383 10.680
O3'
-2.133 -14.664 13.683
7
u
P
-2.811 -13.293 13.198
O3'
-2.925 -9.304 17.058
8
A
P
-4.525 -9.226 16.917
O3'
-4.149 -3.605 18.535
9
C
P
-2.674 -2.976 18.307
O3'
0.118 -1.197 21.333
10
G
P
0.985 -0.226 20.395
O3'
5.251 2.206 22.016
11
U
P
5.464 3.120 20.742
O3'
9.955 3.783 18.685
SG1
8
8
1
120.000 0.000
2
120.000 50.000
3
120.000 100.000
4
120.000 200.000
5
120.000 250.000
6
120.000 300.000
7
120.000 350.000
8
120.000 400.000
9
120.000 450.000
10
120.000 500.000
11
120.000 550.000
1
11
21 22 23 24 25 26 27 28 29
30 31
GCGauauAC GU
4
DA
5
DT
6
DA
7
DT
Crystallography ?
? Angstroms
1
G
O3'
15.506 -9.443 13.944
2
C
P
15.180 -10.177 15.325
O3'
15.979 -8.087 19.922
3
G
P
15.472 -9.375 20.749
O3'
12.287 -8.789 25.114
4
a
P
11.612 -10.180 25.581
O3'
6.886 -10.077 27.859
5
u
P
6.406 -11.542 28.316
O3'
0.789 -12.574 27.744
6
a
P
0.059 -13.901 28.270
O3'
-3.027 -16.855 24.521
7
u
P
-3.658 -18.313 24.818
O3'
-2.977 -21.982 20.602
8
A
P
-4.557 -22.205 20.340
O3'
-2.776 -25.578 24.141
9
C
P
-1.778 -24.545 24.941
O3'
1.348 -27.487 21.550
10
G
P
2.096 -28.819 22.003
O3'
5.371 -31.263 18.887
11
U
P
5.742 -32.535 19.754
O3'
10.803 -34.213 20.094
8
syn
8
9
!
!
!
SG1
8
8
1
0.000 550.000
2
0.000 500.000
3
0.000 450.000
4
0.000 350.000
5
0.000 300.000
6
0.000 250.000
7
0.000 200.000
8
0.000 150.000
9
0.000 100.000
10
0.000 50.000
11
0.000 0.000
1
11
W
W
c
2
10
+
+
c
3
9
+
+
c
4
7
-
-
c
5
6
-
-
c
6
5
-
-
c
7
4
-
-
c
9
3
+
+
c
10
2
+
+
c
11
1
W
W
c
1
11
3
4
7
4
9
3
3