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'
14.808 -17.208 17.429
2
C
P
14.446 -16.043 16.414
O3'
14.519 -16.674 11.219
3
G
P
13.850 -15.325 10.730
O3'
11.280 -15.257 6.564
4
a
P
10.652 -13.898 5.998
O3'
6.321 -13.130 3.267
5
u
P
5.896 -11.654 2.859
O3'
0.231 -10.825 3.239
6
a
P
-0.520 -9.482 2.771
O3'
-4.555 -7.713 6.232
7
u
P
-5.206 -6.245 6.316
O3'
-6.137 -3.169 10.675
8
A
P
-7.669 -3.587 10.979
O3'
-6.491 0.722 8.475
9
C
P
-5.375 0.303 7.414
O3'
-2.124 3.588 10.684
10
G
P
-1.535 4.913 10.035
O3'
2.213 7.230 12.745
11
U
P
2.365 8.414 11.674
O3'
6.914 10.463 10.730
7
syn
7
8
!
!
!
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'
14.994 -1.929 5.551
2
C
P
14.503 -2.707 6.838
O3'
14.503 -1.289 11.869
3
G
P
13.620 -2.241 12.783
O3'
10.642 -1.611 16.582
4
a
P
10.133 -3.046 16.994
O3'
5.673 -3.758 19.618
5
u
P
5.269 -5.231 20.046
O3'
-0.310 -6.124 19.669
6
a
P
-1.039 -7.468 20.140
O3'
-4.718 -9.597 16.390
7
u
P
-5.434 -11.044 16.338
O3'
-5.514 -14.117 12.066
8
A
P
-7.031 -13.661 11.710
O3'
-6.529 -17.900 14.698
9
C
P
-5.437 -17.194 15.658
O3'
-2.735 -20.288 11.825
10
G
P
-2.169 -21.768 12.122
O3'
1.207 -24.312 8.695
11
U
P
1.575 -25.668 9.462
O3'
6.469 -27.857 11.776
7
syn
8
syn
7
8
!
!
!
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