1
9
1 2 3 4 5 6 7 8 9
cuccucuuc
1
DC
2
DT
3
DC
4
DC
5
DT
6
DC
7
DT
8
DT
9
DC
Crystallography ?
? Angstroms
1
c
O3'
-12.719 -9.344 19.501
2
u
P
-11.435 -9.971 18.755
O3'
-10.701 -8.357 13.766
3
c
P
-9.356 -9.047 13.232
O3'
-6.524 -6.198 9.837
4
c
P
-5.196 -7.009 9.395
O3'
-1.031 -4.285 7.692
5
u
P
0.077 -5.394 7.290
O3'
5.038 -4.234 7.755
6
c
P
5.792 -5.589 7.327
O3'
10.278 -7.132 9.268
7
u
P
10.430 -8.613 8.621
O3'
13.057 -12.183 11.622
8
u
P
13.136 -13.585 10.842
O3'
13.919 -17.843 14.246
9
c
P
14.079 -19.404 13.897
O3'
11.558 -23.540 15.782
1
0.000 0.000
2
0.000 61.111
3
0.000 122.222
4
0.000 244.444
5
0.000 305.556
6
0.000 366.667
7
0.000 427.778
8
0.000 488.889
9
0.000 550.000
1
10
10
11 12 13 14 15 16 17 18 19
G AAGAGAGAG
Crystallography ?
? Angstroms
1
G
O3'
-3.342 -20.843 15.681
2
A
P
-2.991 -19.720 16.773
O3'
0.341 -19.880 20.648
3
A
P
0.481 -18.445 21.375
O3'
5.169 -15.450 22.659
4
G
P
4.671 -14.100 23.352
O3'
8.250 -10.578 23.801
5
A
P
7.179 -9.514 24.371
O3'
7.566 -4.590 22.778
6
G
P
6.307 -3.786 23.374
O3'
5.570 0.873 21.035
7
A
P
5.082 1.292 22.508
O3'
4.573 5.088 19.367
8
G
P
5.022 4.002 18.271
O3'
0.111 4.412 16.886
9
A
P
-1.109 5.033 17.711
O3'
-5.686 5.724 15.442
10
G
P
-6.534 6.321 16.674
O3'
-11.640 5.486 16.607
SG1
7
7
1
146.667 550.000
2
146.667 488.889
3
146.667 427.778
4
146.667 366.667
5
146.667 305.556
6
146.667 244.444
7
146.667 183.333
8
146.667 122.222
9
146.667 61.111
10
146.667 0.000
1
10
+
+
c
2
9
-
-
c
3
8
+
+
c
4
6
+
+
c
5
5
-
-
c
6
4
+
+
c
7
3
-
-
c
8
2
-
-
c
9
1
+
+
c
1
10
3
4
6
6