Result table
| image | mrblock_id | pdb_id | bmrb_id | cing | stage | position | program | type |
|
|
572794 | 2m57 RC | 19039 | cing | 1-original | 3 | XPLOR/CNS | dihedral angle |
{standard A-RNA backbone angles were restrained for the helical parts of the structure}
{alpha and zeta were loosely restrained to exclude the trans range in non-helical regions based on the fact that all 31P signals are in the range of −1.2 to 0 ppm}
{beta was restrained weakly to the trans region (120-240°) when the P-H5" and P-H5" peaks were clearly weak or absent in 1H,31P-TOCSY spectra (A16, G17, U18, U19)}
{In the non-helical regions, gamma was judged qualitatively from the H4'-H5" and H4'-H5' peaks in the 50 ms TOCSY. If both H5'/H5" to H4' couplings are small, gamma is g+ or around 240° (U15, A16, U18 were restrained to −130-90°). gamma is g− or trans when one of the two is strong (U19, restrained to 120-330°).}
assi ( resi 1 and name O5' )
( resi 1 and name C5' )
( resi 1 and name C4' )
( resi 1 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 1 and name C4' )
( resi 1 and name C3' )
( resi 1 and name O3' )
( resi 2 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 1 and name C3' )
( resi 1 and name O3' )
( resi 2 and name P )
( resi 2 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 1 and name O3' )
( resi 2 and name P )
( resi 2 and name O5' )
( resi 2 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 2 and name P )
( resi 2 and name O5' )
( resi 2 and name C5' )
( resi 2 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 2 and name O5' )
( resi 2 and name C5' )
( resi 2 and name C4' )
( resi 2 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 2 and name C4' )
( resi 2 and name C3' )
( resi 2 and name O3' )
( resi 3 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 2 and name C3' )
( resi 2 and name O3' )
( resi 3 and name P )
( resi 3 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 2 and name O3' )
( resi 3 and name P )
( resi 3 and name O5' )
( resi 3 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 3 and name P )
( resi 3 and name O5' )
( resi 3 and name C5' )
( resi 3 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 3 and name O5' )
( resi 3 and name C5' )
( resi 3 and name C4' )
( resi 3 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 3 and name C3' )
( resi 3 and name O3' )
( resi 4 and name P )
( resi 4 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 3 and name O3' )
( resi 4 and name P )
( resi 4 and name O5' )
( resi 4 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 4 and name C3' )
( resi 4 and name O3' )
( resi 5 and name P )
( resi 5 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 4 and name O3' )
( resi 5 and name P )
( resi 5 and name O5' )
( resi 5 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 5 and name O5' )
( resi 5 and name C5' )
( resi 5 and name C4' )
( resi 5 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 5 and name C4' )
( resi 5 and name C3' )
( resi 5 and name O3' )
( resi 6 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 5 and name C3' )
( resi 5 and name O3' )
( resi 6 and name P )
( resi 6 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 5 and name O3' )
( resi 6 and name P )
( resi 6 and name O5' )
( resi 6 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 6 and name P )
( resi 6 and name O5' )
( resi 6 and name C5' )
( resi 6 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 6 and name O5' )
( resi 6 and name C5' )
( resi 6 and name C4' )
( resi 6 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 6 and name C4' )
( resi 6 and name C3' )
( resi 6 and name O3' )
( resi 7 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 6 and name C3' )
( resi 6 and name O3' )
( resi 7 and name P )
( resi 7 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 6 and name O3' )
( resi 7 and name P )
( resi 7 and name O5' )
( resi 7 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 7 and name P )
( resi 7 and name O5' )
( resi 7 and name C5' )
( resi 7 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 7 and name O5' )
( resi 7 and name C5' )
( resi 7 and name C4' )
( resi 7 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 7 and name C4' )
( resi 7 and name C3' )
( resi 7 and name O3' )
( resi 8 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 7 and name C3' )
( resi 7 and name O3' )
( resi 8 and name P )
( resi 8 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 7 and name O3' )
( resi 8 and name P )
( resi 8 and name O5' )
( resi 8 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 8 and name P )
( resi 8 and name O5' )
( resi 8 and name C5' )
( resi 8 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 8 and name O5' )
( resi 8 and name C5' )
( resi 8 and name C4' )
( resi 8 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 8 and name C4' )
( resi 8 and name C3' )
( resi 8 and name O3' )
( resi 9 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 8 and name C3' )
( resi 8 and name O3' )
( resi 9 and name P )
( resi 9 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 8 and name O3' )
( resi 9 and name P )
( resi 9 and name O5' )
( resi 9 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 9 and name P )
( resi 9 and name O5' )
( resi 9 and name C5' )
( resi 9 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
!assi ( resi 9 and name O5' )
! ( resi 9 and name C5' )
! ( resi 9 and name C4' )
! ( resi 9 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
!assi ( resi 9 and name C4' )
! ( resi 9 and name C3' )
! ( resi 9 and name O3' )
! ( resi 10 and name P ) 1.0 -151.7 10.0 2 {*epsilon*}
assi ( resi 9 and name C3' )
( resi 9 and name O3' )
( resi 10 and name P )
( resi 10 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 9 and name O3' )
( resi 10 and name P )
( resi 10 and name O5' )
( resi 10 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
!assi ( resi 10 and name P )
! ( resi 10 and name O5' )
! ( resi 10 and name C5' )
! ( resi 10 and name C4' ) 1.0 -179.9 10.0 2 {*beta*}
!assi ( resi 10 and name O5' )
! ( resi 10 and name C5' )
! ( resi 10 and name C4' )
! ( resi 10 and name C3' ) 1.0 47.44 10.0 2 {*gamma*}
!assi ( resi 10 and name C4' )
! ( resi 10 and name C3' )
! ( resi 10 and name O3' )
! ( resi 11 and name P ) 1.0 -151.7 10.0 2 {*epsilon*}
assi ( resi 10 and name C3' )
( resi 10 and name O3' )
( resi 11 and name P )
( resi 11 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 10 and name O3' )
( resi 11 and name P )
( resi 11 and name O5' )
( resi 11 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 11 and name P )
( resi 11 and name O5' )
( resi 11 and name C5' )
( resi 11 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 11 and name O5' )
( resi 11 and name C5' )
( resi 11 and name C4' )
( resi 11 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 11 and name C4' )
( resi 11 and name C3' )
( resi 11 and name O3' )
( resi 12 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 11 and name C3' )
( resi 11 and name O3' )
( resi 12 and name P )
( resi 12 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 11 and name O3' )
( resi 12 and name P )
( resi 12 and name O5' )
( resi 12 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 12 and name P )
( resi 12 and name O5' )
( resi 12 and name C5' )
( resi 12 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 12 and name O5' )
( resi 12 and name C5' )
( resi 12 and name C4' )
( resi 12 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 12 and name C4' )
( resi 12 and name C3' )
( resi 12 and name O3' )
( resi 13 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 12 and name C3' )
( resi 12 and name O3' )
( resi 13 and name P )
( resi 13 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 12 and name O3' )
( resi 13 and name P )
( resi 13 and name O5' )
( resi 13 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 13 and name P )
( resi 13 and name O5' )
( resi 13 and name C5' )
( resi 13 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 13 and name O5' )
( resi 13 and name C5' )
( resi 13 and name C4' )
( resi 13 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 13 and name C4' )
( resi 13 and name C3' )
( resi 13 and name O3' )
( resi 14 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 13 and name C3' )
( resi 13 and name O3' )
( resi 14 and name P )
( resi 14 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 13 and name O3' )
( resi 14 and name P )
( resi 14 and name O5' )
( resi 14 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 14 and name P )
( resi 14 and name O5' )
( resi 14 and name C5' )
( resi 14 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 14 and name O5' )
( resi 14 and name C5' )
( resi 14 and name C4' )
( resi 14 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 14 and name C3' )
( resi 14 and name O3' )
( resi 15 and name P )
( resi 15 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 14 and name O3' )
( resi 15 and name P )
( resi 15 and name O5' )
( resi 15 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 15 and name P )
( resi 15 and name O5' )
( resi 15 and name C5' )
( resi 15 and name C4' ) 1.0 180.0 60.0 2 {*beta*}
assi ( resi 15 and name O5' )
( resi 15 and name C5' )
( resi 15 and name C4' )
( resi 15 and name C3' ) 1.0 -10.0 110.0 2 {*gamma*}
assi ( resi 15 and name C3' )
( resi 15 and name O3' )
( resi 16 and name P )
( resi 16 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 15 and name O3' )
( resi 16 and name P )
( resi 16 and name O5' )
( resi 16 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 16 and name P )
( resi 16 and name O5' )
( resi 16 and name C5' )
( resi 16 and name C4' ) 1.0 180.0 60.0 2 {*beta*}
assi ( resi 16 and name O5' )
( resi 16 and name C5' )
( resi 16 and name C4' )
( resi 16 and name C3' ) 1.0 -10.0 110.0 2 {*gamma*}
assi ( resi 16 and name C3' )
( resi 16 and name O3' )
( resi 17 and name P )
( resi 17 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 16 and name O3' )
( resi 17 and name P )
( resi 17 and name O5' )
( resi 17 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 17 and name P )
( resi 17 and name O5' )
( resi 17 and name C5' )
( resi 17 and name C4' ) 1.0 180.0 60.0 2 {*beta*}
assi ( resi 17 and name C3' )
( resi 17 and name O3' )
( resi 18 and name P )
( resi 18 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 17 and name O3' )
( resi 18 and name P )
( resi 18 and name O5' )
( resi 18 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 18 and name P )
( resi 18 and name O5' )
( resi 18 and name C5' )
( resi 18 and name C4' ) 1.0 180.0 60.0 2 {*beta*}
assi ( resi 18 and name O5' )
( resi 18 and name C5' )
( resi 18 and name C4' )
( resi 18 and name C3' ) 1.0 -10.0 110.0 2 {*gamma*}
assi ( resi 18 and name C3' )
( resi 18 and name O3' )
( resi 19 and name P )
( resi 19 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 18 and name O3' )
( resi 19 and name P )
( resi 19 and name O5' )
( resi 19 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 19 and name P )
( resi 19 and name O5' )
( resi 19 and name C5' )
( resi 19 and name C4' ) 1.0 180.0 60.0 2 {*beta*}
assi ( resi 19 and name O5' )
( resi 19 and name C5' )
( resi 19 and name C4' )
( resi 19 and name C3' ) 1.0 225.0 105.0 2 {*gamma*,g- or t}
assi ( resi 19 and name C3' )
( resi 19 and name O3' )
( resi 20 and name P )
( resi 20 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 19 and name O3' )
( resi 20 and name P )
( resi 20 and name O5' )
( resi 20 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 20 and name P )
( resi 20 and name O5' )
( resi 20 and name C5' )
( resi 20 and name C4' ) 1.0 180.0 20.0 2 {*beta*}
assi ( resi 20 and name O5' )
( resi 20 and name C5' )
( resi 20 and name C4' )
( resi 20 and name C3' ) 1.0 47.00 20.0 2 {*gamma*}
assi ( resi 20 and name C4' )
( resi 20 and name C3' )
( resi 20 and name O3' )
( resi 21 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 20 and name C3' )
( resi 20 and name O3' )
( resi 21 and name P )
( resi 21 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 20 and name O3' )
( resi 21 and name P )
( resi 21 and name O5' )
( resi 21 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 21 and name P )
( resi 21 and name O5' )
( resi 21 and name C5' )
( resi 21 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 21 and name O5' )
( resi 21 and name C5' )
( resi 21 and name C4' )
( resi 21 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 21 and name C4' )
( resi 21 and name C3' )
( resi 21 and name O3' )
( resi 22 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 21 and name C3' )
( resi 21 and name O3' )
( resi 22 and name P )
( resi 22 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 21 and name O3' )
( resi 22 and name P )
( resi 22 and name O5' )
( resi 22 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 22 and name P )
( resi 22 and name O5' )
( resi 22 and name C5' )
( resi 22 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 22 and name O5' )
( resi 22 and name C5' )
( resi 22 and name C4' )
( resi 22 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 22 and name C4' )
( resi 22 and name C3' )
( resi 22 and name O3' )
( resi 23 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 22 and name C3' )
( resi 22 and name O3' )
( resi 23 and name P )
( resi 23 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 22 and name O3' )
( resi 23 and name P )
( resi 23 and name O5' )
( resi 23 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 23 and name P )
( resi 23 and name O5' )
( resi 23 and name C5' )
( resi 23 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 23 and name O5' )
( resi 23 and name C5' )
( resi 23 and name C4' )
( resi 23 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 23 and name C3' )
( resi 23 and name O3' )
( resi 24 and name P )
( resi 24 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 23 and name O3' )
( resi 24 and name P )
( resi 24 and name O5' )
( resi 24 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 24 and name C3' )
( resi 24 and name O3' )
( resi 25 and name P )
( resi 25 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 24 and name O3' )
( resi 25 and name P )
( resi 25 and name O5' )
( resi 25 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 25 and name C3' )
( resi 25 and name O3' )
( resi 26 and name P )
( resi 26 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 25 and name O3' )
( resi 26 and name P )
( resi 26 and name O5' )
( resi 26 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 26 and name C3' )
( resi 26 and name O3' )
( resi 27 and name P )
( resi 27 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 26 and name O3' )
( resi 27 and name P )
( resi 27 and name O5' )
( resi 27 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 27 and name O5' )
( resi 27 and name C5' )
( resi 27 and name C4' )
( resi 27 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 27 and name C4' )
( resi 27 and name C3' )
( resi 27 and name O3' )
( resi 28 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 27 and name C3' )
( resi 27 and name O3' )
( resi 28 and name P )
( resi 28 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 27 and name O3' )
( resi 28 and name P )
( resi 28 and name O5' )
( resi 28 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 28 and name P )
( resi 28 and name O5' )
( resi 28 and name C5' )
( resi 28 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 28 and name O5' )
( resi 28 and name C5' )
( resi 28 and name C4' )
( resi 28 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 28 and name C4' )
( resi 28 and name C3' )
( resi 28 and name O3' )
( resi 29 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 28 and name C3' )
( resi 28 and name O3' )
( resi 29 and name P )
( resi 29 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 28 and name O3' )
( resi 29 and name P )
( resi 29 and name O5' )
( resi 29 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 29 and name P )
( resi 29 and name O5' )
( resi 29 and name C5' )
( resi 29 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 29 and name O5' )
( resi 29 and name C5' )
( resi 29 and name C4' )
( resi 29 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 29 and name C4' )
( resi 29 and name C3' )
( resi 29 and name O3' )
( resi 30 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 29 and name C3' )
( resi 29 and name O3' )
( resi 30 and name P )
( resi 30 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 29 and name O3' )
( resi 30 and name P )
( resi 30 and name O5' )
( resi 30 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 30 and name P )
( resi 30 and name O5' )
( resi 30 and name C5' )
( resi 30 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 30 and name O5' )
( resi 30 and name C5' )
( resi 30 and name C4' )
( resi 30 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 30 and name C4' )
( resi 30 and name C3' )
( resi 30 and name O3' )
( resi 31 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 30 and name C3' )
( resi 30 and name O3' )
( resi 31 and name P )
( resi 31 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 30 and name O3' )
( resi 31 and name P )
( resi 31 and name O5' )
( resi 31 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 31 and name P )
( resi 31 and name O5' )
( resi 31 and name C5' )
( resi 31 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 31 and name O5' )
( resi 31 and name C5' )
( resi 31 and name C4' )
( resi 31 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 31 and name C4' )
( resi 31 and name C3' )
( resi 31 and name O3' )
( resi 32 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 31 and name C3' )
( resi 31 and name O3' )
( resi 32 and name P )
( resi 32 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 31 and name O3' )
( resi 32 and name P )
( resi 32 and name O5' )
( resi 32 and name C5' ) 1.0 0.0 120.0 2 {*alpha*}
assi ( resi 32 and name C3' )
( resi 32 and name O3' )
( resi 33 and name P )
( resi 33 and name O5' ) 1.0 0.0 120.0 2 {*zeta*}
assi ( resi 32 and name O3' )
( resi 33 and name P )
( resi 33 and name O5' )
( resi 33 and name C5' ) 1.0 -62.0 20.0 2 {*alpha*}
assi ( resi 33 and name P )
( resi 33 and name O5' )
( resi 33 and name C5' )
( resi 33 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 33 and name O5' )
( resi 33 and name C5' )
( resi 33 and name C4' )
( resi 33 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 33 and name C4' )
( resi 33 and name C3' )
( resi 33 and name O3' )
( resi 34 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 33 and name C3' )
( resi 33 and name O3' )
( resi 34 and name P )
( resi 34 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 33 and name O3' )
( resi 34 and name P )
( resi 34 and name O5' )
( resi 34 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 34 and name P )
( resi 34 and name O5' )
( resi 34 and name C5' )
( resi 34 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 34 and name O5' )
( resi 34 and name C5' )
( resi 34 and name C4' )
( resi 34 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
assi ( resi 34 and name C4' )
( resi 34 and name C3' )
( resi 34 and name O3' )
( resi 35 and name P ) 1.0 -152.0 10.0 2 {*epsilon*}
assi ( resi 34 and name C3' )
( resi 34 and name O3' )
( resi 35 and name P )
( resi 35 and name O5' ) 1.0 -73.0 10.0 2 {*zeta*}
assi ( resi 34 and name O3' )
( resi 35 and name P )
( resi 35 and name O5' )
( resi 35 and name C5' ) 1.0 -62.0 10.0 2 {*alpha*}
assi ( resi 35 and name P )
( resi 35 and name O5' )
( resi 35 and name C5' )
( resi 35 and name C4' ) 1.0 180.0 10.0 2 {*beta*}
assi ( resi 35 and name O5' )
( resi 35 and name C5' )
( resi 35 and name C4' )
( resi 35 and name C3' ) 1.0 47.00 10.0 2 {*gamma*}
{sugar pucker restraints in AvD5}
{sugars of G17 and U18 are restrained to S-type}
{unrestrained: G1, G4, A16, U19, C25, G26}
{all the rest is restrained to N-type}
assi ( resi 2 and name C5' )
( resi 2 and name C4' )
( resi 2 and name C3' )
( resi 2 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi (resi 2 and name O4' )
(resi 2 and name C1' )
(resi 2 and name C2' )
(resi 2 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 2 and name C1' )
( resi 2 and name C2' )
( resi 2 and name C3' )
( resi 2 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 3 and name C5' )
( resi 3 and name C4' )
( resi 3 and name C3' )
( resi 3 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 3 and name O4' )
( resi 3 and name C1' )
( resi 3 and name C2' )
( resi 3 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 3 and name C1' )
( resi 3 and name C2' )
( resi 3 and name C3' )
( resi 3 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
!assi ( resi 4 and name C5' )
! ( resi 4 and name C4' )
! ( resi 4 and name C3' )
! ( resi 4 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
!assi ( resi 4 and name O4' )
! ( resi 4 and name C1' )
! ( resi 4 and name C2' )
! ( resi 4 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
!assi ( resi 4 and name C1' )
! ( resi 4 and name C2' )
! ( resi 4 and name C3' )
! ( resi 4 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 5 and name C5' )
( resi 5 and name C4' )
( resi 5 and name C3' )
( resi 5 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 5 and name O4' )
( resi 5 and name C1' )
( resi 5 and name C2' )
( resi 5 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 5 and name C1' )
( resi 5 and name C2' )
( resi 5 and name C3' )
( resi 5 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 6 and name C5' )
( resi 6 and name C4' )
( resi 6 and name C3' )
( resi 6 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 6 and name O4' )
( resi 6 and name C1' )
( resi 6 and name C2' )
( resi 6 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 6 and name C1' )
( resi 6 and name C2' )
( resi 6 and name C3' )
( resi 6 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 7 and name C5' )
( resi 7 and name C4' )
( resi 7 and name C3' )
( resi 7 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 7 and name O4' )
( resi 7 and name C1' )
( resi 7 and name C2' )
( resi 7 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 7 and name C1' )
( resi 7 and name C2' )
( resi 7 and name C3' )
( resi 7 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 8 and name C5' )
( resi 8 and name C4' )
( resi 8 and name C3' )
( resi 8 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 8 and name O4' )
( resi 8 and name C1' )
( resi 8 and name C2' )
( resi 8 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 8 and name C1' )
( resi 8 and name C2' )
( resi 8 and name C3' )
( resi 8 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 9 and name C5' )
( resi 9 and name C4' )
( resi 9 and name C3' )
( resi 9 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 9 and name O4' )
( resi 9 and name C1' )
( resi 9 and name C2' )
( resi 9 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 9 and name C1' )
( resi 9 and name C2' )
( resi 9 and name C3' )
( resi 9 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 10 and name C5' )
( resi 10 and name C4' )
( resi 10 and name C3' )
( resi 10 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 10 and name O4' )
( resi 10 and name C1' )
( resi 10 and name C2' )
( resi 10 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 10 and name C1' )
( resi 10 and name C2' )
( resi 10 and name C3' )
( resi 10 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 11 and name C5' )
( resi 11 and name C4' )
( resi 11 and name C3' )
( resi 11 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 11 and name O4' )
( resi 11 and name C1' )
( resi 11 and name C2' )
( resi 11 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 11 and name C1' )
( resi 11 and name C2' )
( resi 11 and name C3' )
( resi 11 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 12 and name C5' )
( resi 12 and name C4' )
( resi 12 and name C3' )
( resi 12 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 12 and name O4' )
( resi 12 and name C1' )
( resi 12 and name C2' )
( resi 12 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 12 and name C1' )
( resi 12 and name C2' )
( resi 12 and name C3' )
( resi 12 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 13 and name C5' )
( resi 13 and name C4' )
( resi 13 and name C3' )
( resi 13 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 13 and name O4' )
( resi 13 and name C1' )
( resi 13 and name C2' )
( resi 13 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 13 and name C1' )
( resi 13 and name C2' )
( resi 13 and name C3' )
( resi 13 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 14 and name C5' )
( resi 14 and name C4' )
( resi 14 and name C3' )
( resi 14 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 14 and name O4' )
( resi 14 and name C1' )
( resi 14 and name C2' )
( resi 14 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 14 and name C1' )
( resi 14 and name C2' )
( resi 14 and name C3' )
( resi 14 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 15 and name C5' )
( resi 15 and name C4' )
( resi 15 and name C3' )
( resi 15 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 15 and name O4' )
( resi 15 and name C1' )
( resi 15 and name C2' )
( resi 15 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 15 and name C1' )
( resi 15 and name C2' )
( resi 15 and name C3' )
( resi 15 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
!assi ( resi 16 and name C5' )
! ( resi 16 and name C4' )
! ( resi 16 and name C3' )
! ( resi 16 and name O3' ) 1.0 145.0 30.0 2 {*delta*/south}
!assi ( resi 16 and name O4' )
! ( resi 16 and name C1' )
! ( resi 16 and name C2' )
! ( resi 16 and name C3' ) 1.0 25.0 15.0 2 {*south*}
!assi ( resi 16 and name C1' )
! ( resi 16 and name C2' )
! ( resi 16 and name C3' )
! ( resi 16 and name C4' ) 1.0 -35.0 15.0 2 {*south*}
assi ( resi 17 and name C5' )
( resi 17 and name C4' )
( resi 17 and name C3' )
( resi 17 and name O3' ) 1.0 145.0 30.0 2 {*delta*/south}
assi ( resi 17 and name O4' )
( resi 17 and name C1' )
( resi 17 and name C2' )
( resi 17 and name C3' ) 1.0 25.0 15.0 2 {*south*}
assi ( resi 17 and name C1' )
( resi 17 and name C2' )
( resi 17 and name C3' )
( resi 17 and name C4' ) 1.0 -35.0 15.0 2 {*south*}
assi ( resi 18 and name C5' )
( resi 18 and name C4' )
( resi 18 and name C3' )
( resi 18 and name O3' ) 1.0 145.0 15.0 2 {*delta*/south}
assi ( resi 18 and name O4' )
( resi 18 and name C1' )
( resi 18 and name C2' )
( resi 18 and name C3' ) 1.0 25.0 15.0 2 {*south*}
assi ( resi 18 and name C1' )
( resi 18 and name C2' )
( resi 18 and name C3' )
( resi 18 and name C4' ) 1.0 -35.0 15.0 2 {*south*}
!assi ( resi 19 and name C5' )
! ( resi 19 and name C4' )
! ( resi 19 and name C3' )
! ( resi 19 and name O3' ) 1.0 145.0 15.0 2 {*delta*/south}
!assi ( resi 19 and name O4' )
! ( resi 19 and name C1' )
! ( resi 19 and name C2' )
! ( resi 19 and name C3' ) 1.0 25.0 15.0 2 {*south*}
!assi ( resi 19 and name C1' )
! ( resi 19 and name C2' )
! ( resi 19 and name C3' )
! ( resi 19 and name C4' ) 1.0 -35.0 15.0 2 {*south*}
assi ( resi 20 and name C5' )
( resi 20 and name C4' )
( resi 20 and name C3' )
( resi 20 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 20 and name O4' )
( resi 20 and name C1' )
( resi 20 and name C2' )
( resi 20 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 20 and name C1' )
( resi 20 and name C2' )
( resi 20 and name C3' )
( resi 20 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 21 and name C5' )
( resi 21 and name C4' )
( resi 21 and name C3' )
( resi 21 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 21 and name O4' )
( resi 21 and name C1' )
( resi 21 and name C2' )
( resi 21 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 21 and name C1' )
( resi 21 and name C2' )
( resi 21 and name C3' )
( resi 21 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 22 and name C5' )
( resi 22 and name C4' )
( resi 22 and name C3' )
( resi 22 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 22 and name O4' )
( resi 22 and name C1' )
( resi 22 and name C2' )
( resi 22 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 22 and name C1' )
( resi 22 and name C2' )
( resi 22 and name C3' )
( resi 22 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 23 and name C5' )
( resi 23 and name C4' )
( resi 23 and name C3' )
( resi 23 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 23 and name O4' )
( resi 23 and name C1' )
( resi 23 and name C2' )
( resi 23 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 23 and name C1' )
( resi 23 and name C2' )
( resi 23 and name C3' )
( resi 23 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 24 and name C5' )
( resi 24 and name C4' )
( resi 24 and name C3' )
( resi 24 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 24 and name O4' )
( resi 24 and name C1' )
( resi 24 and name C2' )
( resi 24 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 24 and name C1' )
( resi 24 and name C2' )
( resi 24 and name C3' )
( resi 24 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
!assi ( resi 25 and name C5' )
! ( resi 25 and name C4' )
! ( resi 25 and name C3' )
! ( resi 25 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
!assi ( resi 25 and name O4' )
! ( resi 25 and name C1' )
! ( resi 25 and name C2' )
! ( resi 25 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
!assi ( resi 25 and name C1' )
! ( resi 25 and name C2' )
! ( resi 25 and name C3' )
! ( resi 25 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
!assi ( resi 26 and name C5' )
! ( resi 26 and name C4' )
! ( resi 26 and name C3' )
! ( resi 26 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
!assi ( resi 26 and name O4' )
! ( resi 26 and name C1' )
! ( resi 26 and name C2' )
! ( resi 26 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
!assi ( resi 26 and name C1' )
! ( resi 26 and name C2' )
! ( resi 26 and name C3' )
! ( resi 26 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 27 and name C5' )
( resi 27 and name C4' )
( resi 27 and name C3' )
( resi 27 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 27 and name O4' )
( resi 27 and name C1' )
( resi 27 and name C2' )
( resi 27 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 27 and name C1' )
( resi 27 and name C2' )
( resi 27 and name C3' )
( resi 27 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 28 and name C5' )
( resi 28 and name C4' )
( resi 28 and name C3' )
( resi 28 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 28 and name O4' )
( resi 28 and name C1' )
( resi 28 and name C2' )
( resi 28 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 28 and name C1' )
( resi 28 and name C2' )
( resi 28 and name C3' )
( resi 28 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 29 and name C5' )
( resi 29 and name C4' )
( resi 29 and name C3' )
( resi 29 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 29 and name O4' )
( resi 29 and name C1' )
( resi 29 and name C2' )
( resi 29 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 29 and name C1' )
( resi 29 and name C2' )
( resi 29 and name C3' )
( resi 29 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 30 and name C5' )
( resi 30 and name C4' )
( resi 30 and name C3' )
( resi 30 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 30 and name O4' )
( resi 30 and name C1' )
( resi 30 and name C2' )
( resi 30 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 30 and name C1' )
( resi 30 and name C2' )
( resi 30 and name C3' )
( resi 30 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 31 and name C5' )
( resi 31 and name C4' )
( resi 31 and name C3' )
( resi 31 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 31 and name O4' )
( resi 31 and name C1' )
( resi 31 and name C2' )
( resi 31 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 31 and name C1' )
( resi 31 and name C2' )
( resi 31 and name C3' )
( resi 31 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 32 and name C5' )
( resi 32 and name C4' )
( resi 32 and name C3' )
( resi 32 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 32 and name O4' )
( resi 32 and name C1' )
( resi 32 and name C2' )
( resi 32 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 32 and name C1' )
( resi 32 and name C2' )
( resi 32 and name C3' )
( resi 32 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 33 and name C5' )
( resi 33 and name C4' )
( resi 33 and name C3' )
( resi 33 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 33 and name O4' )
( resi 33 and name C1' )
( resi 33 and name C2' )
( resi 33 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 33 and name C1' )
( resi 33 and name C2' )
( resi 33 and name C3' )
( resi 33 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 34 and name C5' )
( resi 34 and name C4' )
( resi 34 and name C3' )
( resi 34 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 34 and name O4' )
( resi 34 and name C1' )
( resi 34 and name C2' )
( resi 34 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 34 and name C1' )
( resi 34 and name C2' )
( resi 34 and name C3' )
( resi 34 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
assi ( resi 35 and name C5' )
( resi 35 and name C4' )
( resi 35 and name C3' )
( resi 35 and name O3' ) 1.0 85.0 15.0 2 {*delta*}
assi ( resi 35 and name O4' )
( resi 35 and name C1' )
( resi 35 and name C2' )
( resi 35 and name C3' ) 1.0 -25.0 15.0 2 {*nu1*}
assi ( resi 35 and name C1' )
( resi 35 and name C2' )
( resi 35 and name C3' )
( resi 35 and name C4' ) 1.0 37.27 15.0 2 {*nu2*}
{CHI-angles: syn conformation for all bases except the following, }
{which were left unrestrained: 4,17-19,25,26}
assi ( resi 1 and name O4' )
( resi 1 and name C1' )
( resi 1 and name N9 )
( resi 1 and name C4 ) 1.0 -160.0 15.0 2
assi ( resi 2 and name O4' )
( resi 2 and name C1' )
( resi 2 and name N9 )
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