*HEADER    DNA, RNA                                07-DEC-10   2L7D              
*TITLE     RIBONUCLEOTIDE PERTURBATION OF DNA STRUCTURE: SOLUTION STRUCTURE OF   
*TITLE    2 [D(CGC)R(G)D(AATTCGCG)]2                                             
*COMPND    MOL_ID: 1;                                                            
*COMPND   2 MOLECULE: 5'-D(*CP*GP*C)-R(P*G)-D(P*AP*AP*TP*TP*CP*GP*CP*G)-3';      
*COMPND   3 CHAIN: A, B;                                                         
*COMPND   4 ENGINEERED: YES;                                                     
*COMPND   5 OTHER_DETAILS: RG4 SUBSTITUTED DREW DICKERSON DODECAMER              
*SOURCE    MOL_ID: 1;                                                            
*SOURCE   2 SYNTHETIC: YES                                                       
*KEYWDS    RIBONUCLEOTIDE SUBSTITUTED DNA, DNA, RNA                              
*EXPDTA    SOLUTION NMR                                                          
*NUMMDL    5                                                                     
*AUTHOR    E.F.DEROSE, L.PERERA, M.S.MURRAY, T.A.KUNKEL, R.E.LONDON              
*REVDAT   1   01-JUN-11 2L7D    0                                                


assign (resid 5 and name H8) (resid 5 and name H1')  4.53 2.73 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.1
 assign (resid 17 and name H8) (resid 17 and name H1') 4.53 2.73 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.1 
assign (resid 5 and name H8) (resid 4 and name H2'')  4.30 2.50 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.2
 assign (resid 17 and name H8) (resid 16 and name H2'') 4.30 2.50 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.2 
!assign (resid 6 and name H8) (resid 5 and name H1')  3.44 1.64 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.3
! assign (resid 18 and name H8) (resid 17 and name H1') 3.44 1.64 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.3 
assign (resid 6 and name H8) (resid 5 and name H1')  4.44 2.64 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.3
 assign (resid 18 and name H8) (resid 17 and name H1') 4.44 2.64 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.3 
assign (resid 12 and name H8) (resid 12 and name H1')  4.89 3.09 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.4
 assign (resid 24 and name H8) (resid 24 and name H1') 4.89 3.09 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.4 
assign (resid 2 and name H8) (resid 2 and name H1')  4.43 2.63 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.5
 assign (resid 14 and name H8) (resid 14 and name H1') 4.43 2.63 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.5 
assign (resid 10 and name H8) (resid 10 and name H1')  4.41 2.61 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.6
 assign (resid 22 and name H8) (resid 22 and name H1') 4.41 2.61 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.6 
assign (resid 4 and name H8) (resid 3 and name H1')  4.01 2.21 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.7
 assign (resid 16 and name H8) (resid 15 and name H1') 4.01 2.21 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.7 
assign (resid 12 and name H8) (resid 11 and name H1')  4.02 2.22 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.8
 assign (resid 24 and name H8) (resid 23 and name H1') 4.02 2.22 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.8 
assign (resid 10 and name H8) (resid 9 and name H1')  4.32 2.52 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.9
 assign (resid 22 and name H8) (resid 21 and name H1') 4.32 2.52 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.9 
assign (resid 10 and name H8) (resid 11 and name H5)  5.02 3.22 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.10
 assign (resid 22 and name H8) (resid 23 and name H5) 5.02 3.22 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.10 
assign (resid 2 and name H8) (resid 3 and name H5)  5.65 3.85 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.11
 assign (resid 14 and name H8) (resid 15 and name H5) 5.65 3.85 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.11 
!assign (resid 4 and name H8) (resid 4 and name H3')  6.00 4.20 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.16
 !assign (resid 16 and name H8) (resid 16 and name H3') 6.00 4.20 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.16 
assign (resid 6 and name H2) (resid 6 and name H1')  4.40 2.60 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.18
 assign (resid 18 and name H2) (resid 18 and name H1') 4.40 2.60 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.18 
assign (resid 9 and name H6) (resid 8 and name H1')  4.39 2.59 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.19
 assign (resid 21 and name H6) (resid 20 and name H1') 4.39 2.59 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.19 
assign (resid 8 and name H6) (resid 8 and name H1')  4.27 2.47 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.20
 assign (resid 20 and name H6) (resid 20 and name H1') 4.27 2.47 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.20 
assign (resid 5 and name H2) (resid 5 and name H1')  5.30 3.50 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.21
 assign (resid 17 and name H2) (resid 17 and name H1') 5.30 3.50 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.21 
assign (resid 7 and name H6) (resid 6 and name H1')  4.79 2.99 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.22
 assign (resid 19 and name H6) (resid 18 and name H1') 4.79 2.99 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.22 
assign (resid 7 and name H6) (resid 6 and name H1')  4.79 2.99 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.22
 assign (resid 19 and name H6) (resid 18 and name H1') 4.79 2.99 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.22 
assign (resid 7 and name H6) (resid 6 and name H1')  4.79 2.99 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.22
 assign (resid 19 and name H6) (resid 18 and name H1') 4.79 2.99 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.22 
assign (resid 7 and name H6) (resid 7 and name H1')  4.70 2.90 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.23
 assign (resid 19 and name H6) (resid 19 and name H1') 4.70 2.90 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.23 
assign (resid 3 and name H6) (resid 2 and name H1')  3.73 1.93 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.24
 assign (resid 15 and name H6) (resid 14 and name H1') 3.73 1.93 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.24 
assign (resid 3 and name H6) (resid 3 and name H1')  4.34 2.54 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.25
 assign (resid 15 and name H6) (resid 15 and name H1') 4.34 2.54 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.25 
assign (resid 11 and name H6) (resid 11 and name H1')  5.08 3.28 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.26
 assign (resid 23 and name H6) (resid 23 and name H1') 5.08 3.28 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.26 
assign (resid 11 and name H6) (resid 10 and name H1')  3.96 2.16 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.27
 assign (resid 23 and name H6) (resid 22 and name H1') 3.96 2.16 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.27 
assign (resid 8 and name H6) (resid 7 and name H1')  4.58 2.78 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.28
 assign (resid 20 and name H6) (resid 19 and name H1') 4.58 2.78 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.28 
assign (resid 8 and name H6) (resid 9 and name H5)  5.57 3.77 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.29
 assign (resid 20 and name H6) (resid 21 and name H5) 5.57 3.77 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.29 
assign (resid 9 and name H6) (resid 9 and name H1')  5.01 3.21 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.30
 assign (resid 21 and name H6) (resid 21 and name H1') 5.01 3.21 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.30 
assign (resid 5 and name H2) (resid 21 and name H1')  5.80 4.00 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.31
 assign (resid 17 and name H2) (resid 9 and name H1') 5.80 4.00 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.31 
assign (resid 1 and name H6) (resid 1 and name H1')  3.34 1.54 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.32
 assign (resid 13 and name H6) (resid 13 and name H1') 3.34 1.54 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.32 
assign (resid 6 and name H8) (resid 6 and name H1')  3.44 1.64 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.33
 assign (resid 18 and name H8) (resid 18 and name H1') 3.44 1.64 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.33 
assign (resid 5 and name H8) (resid 5 and name H2')  2.25 0.45 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.34
 assign (resid 17 and name H8) (resid 17 and name H2') 2.25 0.45 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.34 
assign (resid 6 and name H8) (resid 6 and name H2')  2.32 0.52 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.35
 assign (resid 18 and name H8) (resid 18 and name H2') 2.32 0.52 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.35 
assign (resid 6 and name H8) (resid 5 and name H2'')  2.67 0.87 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.36
 assign (resid 18 and name H8) (resid 17 and name H2'') 2.67 0.87 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.36 
assign (resid 7 and name H6) (resid 6 and name H2'')  2.81 1.01 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.37
 assign (resid 19 and name H6) (resid 18 and name H2'') 2.81 1.01 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.37 
assign (resid 7 and name H6) (resid 7 and name H2')  2.46 0.66 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.38
 assign (resid 19 and name H6) (resid 19 and name H2') 2.46 0.66 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.38 
assign (resid 7 and name H6) (resid 8 and name H5#)  4.21 2.41 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.39
 assign (resid 19 and name H6) (resid 20 and name H5#) 4.21 2.41 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.39 
assign (resid 6 and name H8) (resid 7 and name H5#)  3.84 2.04 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.42
 assign (resid 18 and name H8) (resid 19 and name H5#) 3.84 2.04 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.42 
assign (resid 3 and name H6) (resid 2 and name H2'')  2.86 1.06 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.43
 assign (resid 15 and name H6) (resid 14 and name H2'') 2.86 1.06 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.43 
assign (resid 3 and name H6) (resid 3 and name H2')  2.31 0.51 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.44
 assign (resid 15 and name H6) (resid 15 and name H2') 2.31 0.51 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.44 
assign (resid 11 and name H6) (resid 11 and name H2')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.45
 assign (resid 23 and name H6) (resid 23 and name H2') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.45 
assign (resid 8 and name H6) (resid 8 and name H2')  2.21 0.41 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.46
 assign (resid 20 and name H6) (resid 20 and name H2') 2.21 0.41 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.46 
assign (resid 11 and name H6) (resid 10 and name H2'')  2.67 0.87 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.47
 assign (resid 23 and name H6) (resid 22 and name H2'') 2.67 0.87 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.47 
assign (resid 8 and name H6) (resid 7 and name H2'')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.48
 assign (resid 20 and name H6) (resid 19 and name H2'') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.48 
assign (resid 9 and name H6) (resid 8 and name H2'')  2.81 1.01 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.49
 assign (resid 21 and name H6) (resid 20 and name H2'') 2.81 1.01 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.49 
assign (resid 9 and name H6) (resid 9 and name H2')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.50
 assign (resid 21 and name H6) (resid 21 and name H2') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.50 
assign (resid 1 and name H6) (resid 1 and name H2')  2.40 0.60 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.51
 assign (resid 13 and name H6) (resid 13 and name H2') 2.40 0.60 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.51 
assign (resid 4 and name H8) (resid 3 and name H2'')  2.54 0.74 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.52
 assign (resid 16 and name H8) (resid 15 and name H2'') 2.54 0.74 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.52 
assign (resid 10 and name H8) (resid 9 and name H2'')  3.07 1.27 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.53
 assign (resid 22 and name H8) (resid 21 and name H2'') 3.07 1.27 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.53 
assign (resid 2 and name H8) (resid 1 and name H2'')  2.79 0.99 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.54
 assign (resid 14 and name H8) (resid 13 and name H2'') 2.79 0.99 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.54 
assign (resid 12 and name H8) (resid 11 and name H2')  3.52 1.72 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.55
 assign (resid 24 and name H8) (resid 23 and name H2') 3.52 1.72 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.55 
assign (resid 2 and name H8) (resid 1 and name H2')  3.42 1.62 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.56
 assign (resid 14 and name H8) (resid 13 and name H2') 3.42 1.62 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.56 
assign (resid 12 and name H8) (resid 11 and name H2'')  2.79 0.99 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.57
 assign (resid 24 and name H8) (resid 23 and name H2'') 2.79 0.99 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.57 
assign (resid 10 and name H8) (resid 10 and name H2')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.58
 assign (resid 22 and name H8) (resid 22 and name H2') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.58 
assign (resid 2 and name H8) (resid 2 and name H2')  2.23 0.43 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.59
 assign (resid 14 and name H8) (resid 14 and name H2') 2.23 0.43 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.59 
assign (resid 12 and name H8) (resid 12 and name H2')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.60
 assign (resid 24 and name H8) (resid 24 and name H2') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.60 
assign (resid 12 and name H1') (resid 12 and name H2'')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.61
 assign (resid 24 and name H1') (resid 24 and name H2'') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.61 
assign (resid 8 and name H1') (resid 8 and name H2'')  2.26 0.46 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.62
 assign (resid 20 and name H1') (resid 20 and name H2'') 2.26 0.46 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.62 
assign (resid 5 and name H1') (resid 5 and name H2'')  2.38 0.58 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.63
 assign (resid 17 and name H1') (resid 17 and name H2'') 2.38 0.58 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.63 
assign (resid 6 and name H1') (resid 6 and name H2'')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.64
 assign (resid 18 and name H1') (resid 18 and name H2'') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.64 
assign (resid 3 and name H1') (resid 3 and name H2'')  2.54 0.74 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.65
 assign (resid 15 and name H1') (resid 15 and name H2'') 2.54 0.74 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.65 
assign (resid 9 and name H1') (resid 9 and name H2'')  2.72 0.92 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.66
 assign (resid 21 and name H1') (resid 21 and name H2'') 2.72 0.92 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.66 
assign (resid 11 and name H1') (resid 11 and name H2'')  2.56 0.76 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.67
 assign (resid 23 and name H1') (resid 23 and name H2'') 2.56 0.76 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.67 
assign (resid 1 and name H1') (resid 1 and name H2'')  2.47 0.67 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.68
 assign (resid 13 and name H1') (resid 13 and name H2'') 2.47 0.67 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.68 
assign (resid 11 and name H5) (resid 10 and name H2')  3.39 1.59 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.69
 assign (resid 23 and name H5) (resid 22 and name H2') 3.39 1.59 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.69 
assign (resid 11 and name H5) (resid 10 and name H2')  4.76 2.96 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.70
 assign (resid 23 and name H5) (resid 22 and name H2') 4.76 2.96 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.70 
assign (resid 3 and name H5) (resid 2 and name H2')  3.62 1.82 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.71
 assign (resid 15 and name H5) (resid 14 and name H2') 3.62 1.82 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.71 
assign (resid 3 and name H5) (resid 2 and name H2'')  3.23 1.43 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.72
 assign (resid 15 and name H5) (resid 14 and name H2'') 3.23 1.43 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.72 
assign (resid 6 and name H3') (resid 7 and name H5#)  6.00 4.20 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.73
 assign (resid 18 and name H3') (resid 19 and name H5#) 6.00 4.20 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.73 
assign (resid 1 and name H3') (resid 1 and name H2')  3.73 1.93 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.74
 assign (resid 13 and name H3') (resid 13 and name H2') 3.73 1.93 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.74 
assign (resid 3 and name H3') (resid 3 and name H2')  3.89 2.09 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.75
 assign (resid 15 and name H3') (resid 15 and name H2') 3.89 2.09 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.75 
assign (resid 12 and name H3') (resid 12 and name H2')  3.93 2.13 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.76
 assign (resid 24 and name H3') (resid 24 and name H2') 3.93 2.13 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.76 
assign (resid 7 and name H1') (resid 7 and name H2'')  2.20 0.40 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.77
 assign (resid 19 and name H1') (resid 19 and name H2'') 2.20 0.40 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.77 
assign (resid 9 and name H5) (resid 8 and name H2'')  3.92 2.12 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.78
 assign (resid 21 and name H5) (resid 20 and name H2'') 3.92 2.12 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.78 
assign (resid 9 and name H5) (resid 8 and name H2')  3.41 1.61 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.79
 assign (resid 21 and name H5) (resid 20 and name H2') 3.41 1.61 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.79 
assign (resid 6 and name H3') (resid 6 and name H2')  2.51 0.71 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.80
 assign (resid 18 and name H3') (resid 18 and name H2') 2.51 0.71 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.80 
assign (resid 5 and name H3') (resid 5 and name H2')  2.45 0.65 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.81
 assign (resid 17 and name H3') (resid 17 and name H2') 2.45 0.65 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.81 
assign (resid 10 and name H3') (resid 10 and name H2')  2.37 0.57 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.82
 assign (resid 22 and name H3') (resid 22 and name H2') 2.37 0.57 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.82 
assign (resid 2 and name H3') (resid 2 and name H2')  2.28 0.48 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.85
 assign (resid 14 and name H3') (resid 14 and name H2') 2.28 0.48 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.85 
assign (resid 4 and name H3') (resid 3 and name H2')  6.00 4.20 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.87
 assign (resid 16 and name H3') (resid 15 and name H2') 6.00 4.20 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.87 
assign (resid 8 and name H3') (resid 8 and name H2')  2.89 1.09 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.88
 assign (resid 20 and name H3') (resid 20 and name H2') 2.89 1.09 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.88 
assign (resid 9 and name H3') (resid 9 and name H2')  2.92 1.12 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.89
 assign (resid 21 and name H3') (resid 21 and name H2') 2.92 1.12 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.89 
assign (resid 7 and name H5') (resid 6 and name H2'')  5.13 3.33 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.90
 assign (resid 19 and name H5') (resid 18 and name H2'') 5.13 3.33 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.90 
assign (resid 4 and name H5') (resid 3 and name H2'')  5.26 3.46 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.91
 assign (resid 16 and name H5') (resid 15 and name H2'') 5.26 3.46 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.91 
assign (resid 1 and name H3') (resid 1 and name H5')  4.62 2.82 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.92
 assign (resid 13 and name H3') (resid 13 and name H5') 4.62 2.82 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.92 
assign (resid 12 and name H3') (resid 12 and name H4')  5.69 3.89 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.93
 assign (resid 24 and name H3') (resid 24 and name H4') 5.69 3.89 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.93 
assign (resid 12 and name H3') (resid 12 and name H5'')  4.37 2.57 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.94
 assign (resid 24 and name H3') (resid 24 and name H5'') 4.37 2.57 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.94 
assign (resid 1 and name H3') (resid 1 and name H4')  4.84 3.04 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.95
 assign (resid 13 and name H3') (resid 13 and name H4') 4.84 3.04 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.95 
assign (resid 4 and name H3') (resid 4 and name H2'')  5.32 3.52 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.96
 assign (resid 16 and name H3') (resid 16 and name H2'') 5.32 3.52 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.96 
assign (resid 5 and name H3') (resid 5 and name H4')  4.02 2.22 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.97
 assign (resid 17 and name H3') (resid 17 and name H4') 4.02 2.22 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.97 
assign (resid 6 and name H3') (resid 6 and name H4')  3.50 1.70 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.98
 assign (resid 18 and name H3') (resid 18 and name H4') 3.50 1.70 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.98 
assign (resid 10 and name H3') (resid 10 and name H4')  3.15 1.35 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.99
 assign (resid 22 and name H3') (resid 22 and name H4') 3.15 1.35 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.99 
assign (resid 2 and name H3') (resid 2 and name H4')  3.50 1.70 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.100
 assign (resid 14 and name H3') (resid 14 and name H4') 3.50 1.70 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.100 
assign (resid 8 and name H3') (resid 8 and name H4')  3.71 1.91 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.101
 assign (resid 20 and name H3') (resid 20 and name H4') 3.71 1.91 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.101 
assign (resid 3 and name H3') (resid 3 and name H4')  3.28 1.48 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.102
 assign (resid 15 and name H3') (resid 15 and name H4') 3.28 1.48 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.102 
assign (resid 2 and name H3') (resid 2 and name H5'')  3.23 1.43 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.105
 assign (resid 14 and name H3') (resid 14 and name H5'') 3.23 1.43 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.105 
assign (resid 10 and name H3') (resid 10 and name H5'')  3.23 1.43 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.108
 assign (resid 22 and name H3') (resid 22 and name H5'') 3.23 1.43 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.108 
assign (resid 6 and name H3') (resid 6 and name H5'')  2.98 1.18 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.109
 assign (resid 18 and name H3') (resid 18 and name H5'') 2.98 1.18 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.109 
assign (resid 5 and name H3') (resid 5 and name H5'')  3.28 1.48 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.111
 assign (resid 17 and name H3') (resid 17 and name H5'') 3.28 1.48 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.111 
assign (resid 6 and name H1') (resid 7 and name H5')  3.90 2.10 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.113
 assign (resid 18 and name H1') (resid 19 and name H5') 3.90 2.10 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.113 
assign (resid 5 and name H1') (resid 6 and name H5')  3.41 1.61 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.114
 assign (resid 17 and name H1') (resid 18 and name H5') 3.41 1.61 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.114 
assign (resid 8 and name H1') (resid 9 and name H5')  3.61 1.81 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.115
 assign (resid 20 and name H1') (resid 21 and name H5') 3.61 1.81 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.115 
assign (resid 9 and name H1') (resid 10 and name H5'')  5.46 3.66 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.119
 assign (resid 21 and name H1') (resid 22 and name H5'') 5.46 3.66 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.119 
assign (resid 6 and name H2'') (resid 7 and name H5#)  3.88 2.08 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.131
 assign (resid 18 and name H2'') (resid 19 and name H5#) 3.88 2.08 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.131 
assign (resid 7 and name H2'') (resid 8 and name H5#)  3.99 2.19 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.132
 assign (resid 19 and name H2'') (resid 20 and name H5#) 3.99 2.19 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.132 
assign (resid 7 and name H2') (resid 8 and name H5#)  3.27 1.47 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.133
 assign (resid 19 and name H2') (resid 20 and name H5#) 3.27 1.47 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.133 
assign (resid 4 and name H3') (resid 5 and name H8)  6.00 4.20 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.134
 assign (resid 16 and name H3') (resid 17 and name H8) 6.00 4.20 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.134 
!assign (resid 4 and name H2'') (resid 5 and name H8)  5.00 3.20 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.135
 !assign (resid 16 and name H2'') (resid 17 and name H8) 5.00 3.20 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.135 
assign (resid 4 and name H3') (resid 4 and name H8)  3.93 2.13 0.0 !   dna_dodecamer_4rG_tnnoesy_082709_100ms.136
 assign (resid 16 and name H3') (resid 16 and name H8) 3.93 2.13 0.0 ! dna_dodecamer_4rG_tnnoesy_082709_100ms.136 
!  dickfnl.noe  provided by Brian Reid's group
!  April 20, 1993
!
!  H-bond
!  ----------------------------------

!GC basepairs
assign (resid 24 and name n1) (resid 1 and name n3) 2.87 .2 .2
assign (resid 24 and name h1) (resid 1 and name n3) 1.86 0.2 0.2
assign (resid 24 and name o6) (resid 1 and name n4) 2.81 .2 .2
!assign (resid 24 and name o6) (resid 1 and name HN') 1.80 .2 .2
assign (resid 24 and name n2) (resid 1 and name o2) 2.81 .2 .2
!assign (resid 24 and name HN'') (resid 1 and name o2) 1.79 0.2 0.2
assign (resid 24 and name n2) (resid 1 and name n3) 3.58 0.2 0.2
assign (resid 24 and name o6) (resid 1 and name n3) 3.63 0.2 0.2

assign (resid 2 and name n1) (resid 23 and name n3) 2.87 .2 .2
assign (resid 2 and name h1) (resid 23 and name n3) 1.86 0.2 0.2
assign (resid 2 and name o6) (resid 23 and name n4) 2.81 .2 .2
!assign (resid 2 and name o6) (resid 23 and name HN') 1.80 .2 .2
assign (resid 2 and name n2) (resid 23 and name o2) 2.81 .2 .2
!assign (resid 2 and name HN'') (resid 23 and name o2) 1.79 0.2 0.2
assign (resid 2 and name n2) (resid 23 and name n3) 3.58 0.2 0.2
assign (resid 2 and name o6) (resid 23 and name n3) 3.63 0.2 0.2

assign (resid 22 and name n1) (resid 3 and name n3) 2.87 .2 .2
assign (resid 22 and name h1) (resid 3 and name n3) 1.86 0.2 0.2
assign (resid 22 and name o6) (resid 3 and name n4) 2.81 .2 .2
!assign (resid 22 and name o6) (resid 3 and name HN'') 1.80 .2 .2
assign (resid 22 and name n2) (resid 3 and name o2) 2.81 .2 .2
!assign (resid 22 and name HN') (resid 3 and name o2) 1.79 0.2 0.2
assign (resid 22 and name n2) (resid 3 and name n3) 3.58 0.2 0.2
assign (resid 22 and name o6) (resid 3 and name n3) 3.63 0.2 0.2

assign (resid 4 and name n1) (resid 21 and name n3) 2.87 .2 .2
assign (resid 4 and name h1) (resid 21 and name n3) 1.86 0.2 0.2
assign (resid 4 and name o6) (resid 21 and name n4) 2.81 .2 .2
!assign (resid 4 and name o6) (resid 21 and name HN'') 1.80 .2 .2
assign (resid 4 and name n2) (resid 21 and name o2) 2.81 .2 .2
!assign (resid 4 and name HN') (resid 21 and name o2) 1.79 0.2 0.2
assign (resid 4 and name n2) (resid 21 and name n3) 3.58 0.2 0.2
assign (resid 4 and name o6) (resid 21 and name n3) 3.63 0.2 0.2


assign (resid 16 and name n1) (resid 9 and name n3) 2.87 .2 .2
assign (resid 16 and name h1) (resid 9 and name n3) 1.86 0.2 0.2
assign (resid 16 and name o6) (resid 9 and name n4) 2.81 .2 .2
!assign (resid 16 and name o6) (resid 9 and name HN') 1.80 .2 .2
assign (resid 16 and name n2) (resid 9 and name o2) 2.81 .2 .2
!assign (resid 16 and name HN'') (resid 9 and name o2) 1.79 0.2 0.2
assign (resid 16 and name n2) (resid 9 and name n3) 3.58 0.2 0.2
assign (resid 16 and name o6) (resid 9 and name n3) 3.63 0.2 0.2

assign (resid 10 and name n1) (resid 15 and name n3) 2.87 .2 .2
assign (resid 10 and name h1) (resid 15 and name n3) 1.86 0.2 0.2
assign (resid 10 and name o6) (resid 15 and name n4) 2.81 .2 .2
!assign (resid 10 and name o6) (resid 15 and name HN') 1.80 .2 .2
assign (resid 10 and name n2) (resid 15 and name o2) 2.81 .2 .2
!assign (resid 10 and name HN'') (resid 15 and name o2) 1.79 0.2 0.2
assign (resid 10 and name n2) (resid 15 and name n3) 3.58 0.2 0.2
assign (resid 10 and name o6) (resid 15 and name n3) 3.63 0.2 0.2

assign (resid 14 and name n1) (resid 11 and name n3) 2.87 .2 .2
assign (resid 14 and name h1) (resid 11 and name n3) 1.86 0.2 0.2
assign (resid 14 and name o6) (resid 11 and name n4) 2.81 .2 .2
!assign (resid 14 and name o6) (resid 11 and name HN') 1.80 .2 .2
assign (resid 14 and name n2) (resid 11 and name o2) 2.81 .2 .2
!assign (resid 14 and name HN'') (resid 11 and name o2) 1.79 0.2 0.2
assign (resid 14 and name n2) (resid 11 and name n3) 3.58 0.2 0.2
assign (resid 14 and name o6) (resid 11 and name n3) 3.63 0.2 0.2

assign (resid 12 and name n1) (resid 13 and name n3) 2.87 .2 .2
assign (resid 12 and name h1) (resid 13 and name n3) 1.86 0.2 0.2
assign (resid 12 and name o6) (resid 13 and name n4) 2.81 .2 .2
!assign (resid 12 and name o6) (resid 13 and name HN') 1.80 .2 .2
assign (resid 12 and name n2) (resid 13 and name o2) 2.81 .2 .2
!assign (resid 12 and name HN'') (resid 13 and name o2) 1.79 0.2 0.2
assign (resid 12 and name n2) (resid 13 and name n3) 3.58 0.2 0.2
assign (resid 12 and name o6) (resid 13 and name n3) 3.63 0.2 0.2


!AT bastpairs
assign (resid 5 and name n1) (resid 20 and name n3) 2.92 .2 .2
assign (resid 5 and name n1) (resid 20 and name h3) 1.81 .2 .2
assign (resid 5 and name n6) (resid 20 and name o4) 2.89 .2 .2
!assign (resid 5 and name HN') (resid 20 and name o4) 1.87 0.2 0.2
assign (resid 5 and name h2) (resid 20 and name o2) 2.94 0.2 0.2
assign (resid 5 and name n1) (resid 20 and name o4) 3.69 0.2 0.2
assign (resid 5 and name n1) (resid 20 and name o2) 3.67 0.2 0.2

assign (resid 6 and name n1) (resid 19 and name n3) 2.92 .2 .2
assign (resid 6 and name n1) (resid 19 and name h3) 1.81 .2 .2
assign (resid 6 and name n6) (resid 19 and name o4) 2.89 .2 .2
!assign (resid 6 and name HN'') (resid 19 and name o4) 1.87 0.2 0.2
assign (resid 6 and name h2) (resid 19 and name o2) 2.94 0.2 0.2
assign (resid 6 and name n1) (resid 19 and name o4) 3.69 0.2 0.2
assign (resid 6 and name n1) (resid 19 and name o2) 3.67 0.2 0.2

assign (resid 18 and name n1) (resid 7 and name n3) 2.92 .2 .2
assign (resid 18 and name n1) (resid 7 and name h3) 1.81 .2 .2
assign (resid 18 and name n6) (resid 7 and name o4) 2.89 .2 .2
!assign (resid 18 and name HN') (resid 7 and name o4) 1.87 0.2 0.2
assign (resid 18 and name h2) (resid 7 and name o2) 2.94 0.2 0.2
assign (resid 18 and name n1) (resid 7 and name o4) 3.69 0.2 0.2
assign (resid 18 and name n1) (resid 7 and name o2) 3.67 0.2 0.2


assign (resid 17 and name n1) (resid 8 and name n3) 2.92 .2 .2
assign (resid 17 and name n1) (resid 8 and name h3) 1.81 .2 .2
assign (resid 17 and name n6) (resid 8 and name o4) 2.89 .2 .2
!assign (resid 17 and name HN') (resid 8 and name o4) 1.87 0.2 0.2
assign (resid 17 and name h2) (resid 8 and name o2) 2.94 0.2 0.2
assign (resid 17 and name n1) (resid 8 and name o4) 3.69 0.2 0.2
assign (resid 17 and name n1) (resid 8 and name o2) 3.67 0.2 0.2

!Ideal dihedral values for a B-DNA
!
!
!
!Alpha dihedral
!

assign ( resid 1    and name O3' )
       ( resid 2    and name P   )
       ( resid 2    and name O5' )
       ( resid 2    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 2    and name O3' )
       ( resid 3    and name P   )
       ( resid 3    and name O5' )
       ( resid 3    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 3    and name O3' )
       ( resid 4    and name P   )
       ( resid 4    and name O5' )
       ( resid 4    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 4    and name O3' )
       ( resid 5    and name P   )
       ( resid 5    and name O5' )
       ( resid 5    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 5    and name O3' )
       ( resid 6    and name P   )
       ( resid 6    and name O5' )
       ( resid 6    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 6    and name O3' )
       ( resid 7    and name P   )
       ( resid 7    and name O5' )
       ( resid 7    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 7    and name O3' )
       ( resid 8    and name P   )
       ( resid 8    and name O5' )
       ( resid 8    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 8    and name O3' )
       ( resid 9    and name P   )
       ( resid 9    and name O5' )
       ( resid 9    and name C5' )   1.0 -70.0 50.0 2

assign ( resid 9    and name O3' )
       ( resid 10   and name P   )
       ( resid 10   and name O5' )
       ( resid 10   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 10   and name O3' )
       ( resid 11   and name P   )
       ( resid 11   and name O5' )
       ( resid 11   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 11   and name O3' )
       ( resid 12   and name P   )
       ( resid 12   and name O5' )
       ( resid 12   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 13   and name O3' )
       ( resid 14   and name P   )
       ( resid 14   and name O5' )
       ( resid 14   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 14   and name O3' )
       ( resid 15   and name P   )
       ( resid 15   and name O5' )
       ( resid 15   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 15   and name O3' )
       ( resid 16   and name P   )
       ( resid 16   and name O5' )
       ( resid 16   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 16   and name O3' )
       ( resid 17   and name P   )
       ( resid 17   and name O5' )
       ( resid 17   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 17   and name O3' )
       ( resid 18   and name P   )
       ( resid 18   and name O5' )
       ( resid 18   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 18   and name O3' )
       ( resid 19   and name P   )
       ( resid 19   and name O5' )
       ( resid 19   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 19   and name O3' )
       ( resid 20   and name P   )
       ( resid 20   and name O5' )
       ( resid 20   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 20   and name O3' )
       ( resid 21   and name P   )
       ( resid 21   and name O5' )
       ( resid 21   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 21   and name O3' )
       ( resid 22   and name P   )
       ( resid 22   and name O5' )
       ( resid 22   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 22   and name O3' )
       ( resid 23   and name P   )
       ( resid 23   and name O5' )
       ( resid 23   and name C5' )   1.0 -70.0 50.0 2

assign ( resid 23   and name O3' )
       ( resid 24   and name P   )
       ( resid 24   and name O5' )
       ( resid 24   and name C5' )   1.0 -70.0 50.0 2


!
!Beta dihedral
!

assign ( resid 2    and name P   )
       ( resid 2    and name O5' )
       ( resid 2    and name C5' )
       ( resid 2    and name C4' )   1.0 180.0 50.0 2

assign ( resid 3    and name P   )
       ( resid 3    and name O5' )
       ( resid 3    and name C5' )
       ( resid 3    and name C4' )   1.0 180.0 50.0 2

assign ( resid 4    and name P   )
       ( resid 4    and name O5' )
       ( resid 4    and name C5' )
       ( resid 4    and name C4' )   1.0 180.0 50.0 2

assign ( resid 5    and name P   )
       ( resid 5    and name O5' )
       ( resid 5    and name C5' )
       ( resid 5    and name C4' )   1.0 180.0 50.0 2

assign ( resid 6    and name P   )
       ( resid 6    and name O5' )
       ( resid 6    and name C5' )
       ( resid 6    and name C4' )   1.0 180.0 50.0 2

assign ( resid 7    and name P   )
       ( resid 7    and name O5' )
       ( resid 7    and name C5' )
       ( resid 7    and name C4' )   1.0 180.0 50.0 2

assign ( resid 8    and name P   )
       ( resid 8    and name O5' )
       ( resid 8    and name C5' )
       ( resid 8    and name C4' )   1.0 180.0 50.0 2

assign ( resid 9    and name P   )
       ( resid 9    and name O5' )
       ( resid 9    and name C5' )
       ( resid 9    and name C4' )   1.0 180.0 50.0 2

assign ( resid 10   and name P   )
       ( resid 10   and name O5' )
       ( resid 10   and name C5' )
       ( resid 10   and name C4' )   1.0 180.0 50.0 2

assign ( resid 11   and name P   )
       ( resid 11   and name O5' )
       ( resid 11   and name C5' )
       ( resid 11   and name C4' )   1.0 180.0 50.0 2

assign ( resid 12   and name P   )
       ( resid 12   and name O5' )
       ( resid 12   and name C5' )
       ( resid 12   and name C4' )   1.0 180.0 50.0 2

assign ( resid 14   and name P   )
       ( resid 14   and name O5' )
       ( resid 14   and name C5' )
       ( resid 14   and name C4' )   1.0 180.0 50.0 2

assign ( resid 15   and name P   )
       ( resid 15   and name O5' )
       ( resid 15   and name C5' )
       ( resid 15   and name C4' )   1.0 180.0 50.0 2

assign ( resid 16   and name P   )
       ( resid 16   and name O5' )
       ( resid 16   and name C5' )
       ( resid 16   and name C4' )   1.0 180.0 50.0 2

assign ( resid 17   and name P   )
       ( resid 17   and name O5' )
       ( resid 17   and name C5' )
       ( resid 17   and name C4' )   1.0 180.0 50.0 2

assign ( resid 18   and name P   )
       ( resid 18   and name O5' )
       ( resid 18   and name C5' )
       ( resid 18   and name C4' )   1.0 180.0 50.0 2

assign ( resid 19   and name P   )
       ( resid 19   and name O5' )
       ( resid 19   and name C5' )
       ( resid 19   and name C4' )   1.0 180.0 50.0 2

assign ( resid 20   and name P   )
       ( resid 20   and name O5' )
       ( resid 20   and name C5' )
       ( resid 20   and name C4' )   1.0 180.0 50.0 2

assign ( resid 21   and name P   )
       ( resid 21   and name O5' )
       ( resid 21   and name C5' )
       ( resid 21   and name C4' )   1.0 180.0 50.0 2

assign ( resid 22   and name P   )
       ( resid 22   and name O5' )
       ( resid 22   and name C5' )
       ( resid 22   and name C4' )   1.0 180.0 50.0 2

assign ( resid 23   and name P   )
       ( resid 23   and name O5' )
       ( resid 23   and name C5' )
       ( resid 23   and name C4' )   1.0 180.0 50.0 2

assign ( resid 24   and name P   )
       ( resid 24   and name O5' )
       ( resid 24   and name C5' )
       ( resid 24   and name C4' )   1.0 180.0 50.0 2

!
!Gamma dihedrals
!


assign ( resid 1    and name O5' )
       ( resid 1    and name C5' )
       ( resid 1    and name C4' )
       ( resid 1    and name C3' )   1.0 60.0 35.0 2

assign ( resid 2    and name O5' )
       ( resid 2    and name C5' )
       ( resid 2    and name C4' )
       ( resid 2    and name C3' )   1.0 60.0 35.0 2

assign ( resid 3    and name O5' )
       ( resid 3    and name C5' )
       ( resid 3    and name C4' )
       ( resid 3    and name C3' )   1.0 60.0 35.0 2

assign ( resid 4    and name O5' )
       ( resid 4    and name C5' )
       ( resid 4    and name C4' )
       ( resid 4    and name C3' )   1.0 60.0 35.0 2

assign ( resid 5    and name O5' )
       ( resid 5    and name C5' )
       ( resid 5    and name C4' )
       ( resid 5    and name C3' )   1.0 60.0 35.0 2

assign ( resid 6    and name O5' )
       ( resid 6    and name C5' )
       ( resid 6    and name C4' )
       ( resid 6    and name C3' )   1.0 60.0 35.0 2

assign ( resid 7    and name O5' )
       ( resid 7    and name C5' )
       ( resid 7    and name C4' )
       ( resid 7    and name C3' )   1.0 60.0 35.0 2

assign ( resid 8    and name O5' )
       ( resid 8    and name C5' )
       ( resid 8    and name C4' )
       ( resid 8    and name C3' )   1.0 60.0 35.0 2

assign ( resid 9    and name O5' )
       ( resid 9    and name C5' )
       ( resid 9    and name C4' )
       ( resid 9    and name C3' )   1.0 60.0 35.0 2

assign ( resid 10   and name O5' )
       ( resid 10   and name C5' )
       ( resid 10   and name C4' )
       ( resid 10   and name C3' )   1.0 60.0 35.0 2

assign ( resid 11   and name O5' )
       ( resid 11   and name C5' )
       ( resid 11   and name C4' )
       ( resid 11   and name C3' )   1.0 60.0 35.0 2

assign ( resid 12   and name O5' )
       ( resid 12   and name C5' )
       ( resid 12   and name C4' )
       ( resid 12   and name C3' )   1.0 60.0 35.0 2

assign ( resid 13   and name O5' )
       ( resid 13   and name C5' )
       ( resid 13   and name C4' )
       ( resid 13   and name C3' )   1.0 60.0 35.0 2

assign ( resid 14   and name O5' )
       ( resid 14   and name C5' )
       ( resid 14   and name C4' )
       ( resid 14   and name C3' )   1.0 60.0 35.0 2

assign ( resid 15   and name O5' )
       ( resid 15   and name C5' )
       ( resid 15   and name C4' )
       ( resid 15   and name C3' )   1.0 60.0 35.0 2

assign ( resid 16   and name O5' )
       ( resid 16   and name C5' )
       ( resid 16   and name C4' )
       ( resid 16   and name C3' )   1.0 60.0 35.0 2

assign ( resid 17   and name O5' )
       ( resid 17   and name C5' )
       ( resid 17   and name C4' )
       ( resid 17   and name C3' )   1.0 60.0 35.0 2

assign ( resid 18   and name O5' )
       ( resid 18   and name C5' )
       ( resid 18   and name C4' )
       ( resid 18   and name C3' )   1.0 60.0 35.0 2

assign ( resid 19   and name O5' )
       ( resid 19   and name C5' )
       ( resid 19   and name C4' )
       ( resid 19   and name C3' )   1.0 60.0 35.0 2

assign ( resid 20   and name O5' )
       ( resid 20   and name C5' )
       ( resid 20   and name C4' )
       ( resid 20   and name C3' )   1.0 60.0 35.0 2

assign ( resid 21   and name O5' )
       ( resid 21   and name C5' )
       ( resid 21   and name C4' )
       ( resid 21   and name C3' )   1.0 60.0 35.0 2

assign ( resid 22   and name O5' )
       ( resid 22   and name C5' )
       ( resid 22   and name C4' )
       ( resid 22   and name C3' )   1.0 60.0 35.0 2

assign ( resid 23   and name O5' )
       ( resid 23   and name C5' )
       ( resid 23   and name C4' )
       ( resid 23   and name C3' )   1.0 60.0 35.0 2

assign ( resid 24   and name O5' )
       ( resid 24   and name C5' )
       ( resid 24   and name C4' )
       ( resid 24   and name C3' )   1.0 60.0 35.0 2

!
!Delta dihedrals
! Use Bax & Lerner's JMR 79, 429-438 values.

! CDS 06/04/18 - disabled - this forces B-form DNA


!assign ( resid 1    and name C5' )
!       ( resid 1    and name C4' )
!       ( resid 1    and name C3' )
!       ( resid 1    and name O3' ) 1.0 140.0 35.0 2 !  1  122.5  20.0   2
!
!assign ( resid 2    and name C5' )
!       ( resid 2    and name C4' )
!       ( resid 2    and name C3' )
!       ( resid 2    and name O3' ) 1.0 140.0 35.0 2 !  1  121.8  20.0   2
!
!assign ( resid 3    and name C5' )
!       ( resid 3    and name C4' )
!       ( resid 3    and name C3' )
!       ( resid 3    and name O3' ) 1.0 140.0 35.0 2 !  1  124.4  20.0   2
!
!assign ( resid 4    and name C5' )
!       ( resid 4    and name C4' )
!       ( resid 4    and name C3' )
!       ( resid 4    and name O3' ) 1.0 140.0 35.0 2 !  1  128.4  20.0   2
!
!assign ( resid 5    and name C5' )
!       ( resid 5    and name C4' )
!       ( resid 5    and name C3' )
!       ( resid 5    and name O3' ) 1.0 140.0 35.0 2 !  1  126.7  20.0   2
!
!assign ( resid 6    and name C5' )
!       ( resid 6    and name C4' )
!       ( resid 6    and name C3' )
!       ( resid 6    and name O3' ) 1.0 140.0 35.0 2 !  1  122.7  20.0   2
!
!assign ( resid 7    and name C5' )
!       ( resid 7    and name C4' )
!       ( resid 7    and name C3' )
!       ( resid 7    and name O3' ) 1.0 140.0 35.0 2 !  1  110.7  20.0   2
!
!assign ( resid 8    and name C5' )
!       ( resid 8    and name C4' )
!       ( resid 8    and name C3' )
!       ( resid 8    and name O3' ) 1.0 140.0 35.0 2 !  1  121.1  20.0   2
!
!assign ( resid 9    and name C5' )
!       ( resid 9    and name C4' )
!       ( resid 9    and name C3' )
!       ( resid 9    and name O3' ) 1.0 140.0 35.0 2 !  1  120.3  20.0   2
!
!assign ( resid 10   and name C5' )
!       ( resid 10   and name C4' )
!       ( resid 10   and name C3' )
!       ( resid 10   and name O3' ) 1.0 140.0 35.0 2 !  1  127.8  20.0   2
!
!assign ( resid 11   and name C5' )
!       ( resid 11   and name C4' )
!       ( resid 11   and name C3' )
!       ( resid 11   and name O3' )1.0 140.0 35.0 2 !   1  117.5  20.0   2
!
!assign ( resid 12   and name C5' )
!       ( resid 12   and name C4' )
!       ( resid 12   and name C3' )
!       ( resid 12   and name O3' )  1.0 140.0 35.0 2 ! 1  123.3  20.0   2
!
!assign ( resid 13   and name C5' )
!       ( resid 13   and name C4' )
!       ( resid 13   and name C3' )
!       ( resid 13   and name O3' )   1.0 140.0 35.0 2 !1  122.5  20.0   2
!
!assign ( resid 14   and name C5' )
!       ( resid 14   and name C4' )
!       ( resid 14   and name C3' )
!       ( resid 14   and name O3' )  1.0 140.0 35.0 2 ! 1  121.8  20.0   2
!
!assign ( resid 15   and name C5' )
!       ( resid 15   and name C4' )
!       ( resid 15   and name C3' )
!       ( resid 15   and name O3' )  1.0 140.0 35.0 2 ! 1  124.4  20.0   2
!
!assign ( resid 16   and name C5' )
!       ( resid 16   and name C4' )
!       ( resid 16   and name C3' )
!       ( resid 16   and name O3' ) 1.0 140.0 35.0 2 !  1  128.4  20.0   2
!
!assign ( resid 17   and name C5' )
!       ( resid 17   and name C4' )
!       ( resid 17   and name C3' )
!       ( resid 17   and name O3' ) 1.0 140.0 35.0 2 !  1  126.7  20.0   2
!
!assign ( resid 18   and name C5' )
!       ( resid 18   and name C4' )
!       ( resid 18   and name C3' )
!       ( resid 18   and name O3' ) 1.0 140.0 35.0 2 !  1  122.7  20.0   2
!
!assign ( resid 19   and name C5' )
!       ( resid 19   and name C4' )
!       ( resid 19   and name C3' )
!       ( resid 19   and name O3' ) 1.0 140.0 35.0 2 !  1  110.7  20.0   2
!
!assign ( resid 20   and name C5' )
!       ( resid 20   and name C4' )
!       ( resid 20   and name C3' )
!       ( resid 20   and name O3' ) 1.0 140.0 35.0 2 !  1  121.1  20.0   2
!
!assign ( resid 21   and name C5' )
!       ( resid 21   and name C4' )
!       ( resid 21   and name C3' )
!       ( resid 21   and name O3' ) 1.0 140.0 35.0 2 !  1  120.3  20.0   2
!
!assign ( resid 22   and name C5' )
!       ( resid 22   and name C4' )
!       ( resid 22   and name C3' )
!       ( resid 22   and name O3' )  1.0 140.0 35.0 2 ! 1  127.8  20.0   2
!
!assign ( resid 23   and name C5' )
!       ( resid 23   and name C4' )
!       ( resid 23   and name C3' )
!       ( resid 23   and name O3' )  1.0 140.0 35.0 2 ! 1  117.5  20.0   2
!
!assign ( resid 24   and name C5' )
!       ( resid 24   and name C4' )
!       ( resid 24   and name C3' )
!       ( resid 24   and name O3' )  1.0 140.0 35.0 2 ! 1  123.3  20.0   2

!
!Epsilon dihedrals
!
! Use Sklenar and Bax paper (JACS nov 25, 1987)
!
! removed - to allow B2 form - CDS 06/07/12


!
!Zeta dihedral
!
! removed - to allow B2 form - CDS 06/07/12

!First strand
!31P CSA
!

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 2    and name P     )
       ( resid 2    and name O1P   )
       ( resid 2    and name O2P   )  -4.49  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 3    and name P     )
       ( resid 3    and name O1P   )
       ( resid 3    and name O2P   ) -17.53  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 4    and name P     )
       ( resid 4    and name O1P   )
       ( resid 4    and name O2P   ) -11.12  1.5000  1.5000

!assign ( resid 501  and name OO    )
!       ( resid 501  and name Z     )
!       ( resid 501  and name X     )
!       ( resid 501  and name Y     )
!       ( resid 5    and name P     )
!       ( resid 5    and name O1P   )
!       ( resid 5    and name O2P   ) -54.11  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 6    and name P     )
       ( resid 6    and name O1P   )
       ( resid 6    and name O2P   )  -7.92  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 7    and name P     )
       ( resid 7    and name O1P   )
       ( resid 7    and name O2P   )  23.11  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 8    and name P     )
       ( resid 8    and name O1P   )
       ( resid 8    and name O2P   )  33.99  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 9    and name P     )
       ( resid 9    and name O1P   )
       ( resid 9    and name O2P   )  45.55  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 10   and name P     )
       ( resid 10   and name O1P   )
       ( resid 10   and name O2P   )  27.81  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 11   and name P     )
       ( resid 11   and name O1P   )
       ( resid 11   and name O2P   )  37.71  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 12   and name P     )
       ( resid 12   and name O1P   )
       ( resid 12   and name O2P   )  26.44  1.5000  1.5000


!Second strand
!31P CSA
!

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 14   and name P     )
       ( resid 14   and name O1P   )
       ( resid 14   and name O2P   )  -4.49  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 15   and name P     )
       ( resid 15   and name O1P   )
       ( resid 15   and name O2P   ) -17.53  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 16   and name P     )
       ( resid 16   and name O1P   )
       ( resid 16   and name O2P   ) -11.12  1.5000  1.5000

!assign ( resid 501  and name OO    )
!       ( resid 501  and name Z     )
!       ( resid 501  and name X     )
!       ( resid 501  and name Y     )
!       ( resid 17   and name P     )
!       ( resid 17   and name O1P   )
!       ( resid 17   and name O2P   ) -54.11  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 18   and name P     )
       ( resid 18   and name O1P   )
       ( resid 18   and name O2P   )  -7.92  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 19   and name P     )
       ( resid 19   and name O1P   )
       ( resid 19   and name O2P   )  23.11  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 20   and name P     )
       ( resid 20   and name O1P   )
       ( resid 20   and name O2P   )  33.99  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 21   and name P     )
       ( resid 21   and name O1P   )
       ( resid 21   and name O2P   )  45.55  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 22   and name P     )
       ( resid 22   and name O1P   )
       ( resid 22   and name O2P   )  27.81  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 23   and name P     )
       ( resid 23   and name O1P   )
       ( resid 23   and name O2P   )  37.71  1.5000  1.5000

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 24   and name P     )
       ( resid 24   and name O1P   )
       ( resid 24   and name O2P   )  26.44  1.5000  1.5000
! #DATA SEQUENCE CGCrGAATTCG CGCGCrGAATT CGCG
! #VARS   RESID_I RESNAME_I ATOMNAME_I RESID_J RESNAME_J ATOMNAME_J D DD W
! #FORMAT %5d     %6s       %6s        %5d     %6s    %6s %9.3f %9.3f %.2f
! #H1'-H2' sign is confirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H1' )
       ( resid   1 and name H2' )   -2.132 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H2' )   -2.200 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H1' )
       ( resid   3 and name H2' )   -2.542 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H2' )   0.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H1' )
       ( resid   5 and name H2' )   -0.051 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   6 and name H1' )
       ( resid   6 and name H2' )   1.093 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H1' )
       ( resid   7 and name H2' )   -0.987 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   8 and name H2' )   0.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   9 and name H2' )   -0.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   10 and name H2' )   2.400 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H1' )
       ( resid   11 and name H2' )   -0.756 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   12 and name H1' )
       ( resid   12 and name H2' )   -0.921 1.000 1.000

! #H1'-H2'' sign is confirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H1' )
       ( resid   1 and name H2'' )   -8.169 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H2'' )   -9.600 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H1' )
       ( resid   3 and name H2'' )   -7.99 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H2'' )   -4.700 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H1' )
       ( resid   5 and name H2'' )   -2.586 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   6 and name H1' )
       ( resid   6 and name H2'' )   -3.819 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H1' )
!       ( resid   7 and name H2'' )   -5.700 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   8 and name H2'' )   -6.400 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   9 and name H1' )
       ( resid   9 and name H2'' )   -4.536 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   10 and name H2'' )   -5.800 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H1' )
       ( resid   11 and name H2'' )   -10.491 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   12 and name H1' )
       ( resid   12 and name H2'' )   -10.724 1.000 1.000

! #H2'-H3' close to H20 sign is confirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H2' )
       ( resid   1 and name H3' )   7.887 2.000 2.000

! #   2    GUA     H2'    2    GUA      H3'    6.400      2.000  1.00 #ov
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H2' )
       ( resid   3 and name H3' )   7.457 1.000 1.000

! #   4    GUA     H2'    4    GUA      H3'    5.600      2.000  1.00 #ov
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H2' )
!       ( resid   5 and name H3' )   4.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2' )
!       ( resid   6 and name H3' )   4.000 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H2' )
       ( resid   7 and name H3' )   6.363 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   8 and name H2' )
       ( resid   8 and name H3' )   9.733 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   9 and name H2' )
       ( resid   9 and name H3' )   10.43 1.000 1.000

! #  10    GUA     H2'   10    GUA      H3'    9.500      2.000  1.00 #ov
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H2' )
       ( resid   11 and name H3' )   8.244 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   12 and name H2' )
       ( resid   12 and name H3' )   8.083 2.000 2.000

! #H2''-H3' close to H20, sign is ok
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H2'' )
       ( resid   1 and name H3' )   2.338 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H2'' )
!       ( resid   2 and name H3' )   3.700 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H2'' )
!       ( resid   3 and name H3' )   2.800 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H2'' )
       ( resid   5 and name H3' )   0.655 4.000 4.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2'' )
!       ( resid   6 and name H3' )   0.000 4.000 4.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H2'' )
!       ( resid   7 and name H3' )   -1.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H2'' )
!       ( resid   8 and name H3' )   0.000 4.000 4.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H2'' )
!       ( resid   9 and name H3' )   2.400 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H2'' )
       ( resid   11 and name H3' )   4.402 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   12 and name H2'' )
       ( resid   12 and name H3' )   4.215 2.000 2.000

! #H2'-H2'', sign is comfirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H2' )
       ( resid   1 and name H2'' )   5.958 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H2' )
!       ( resid   3 and name H2'' )   7.200 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H2' )
       ( resid   5 and name H2'' )   7.132 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2' )
!       ( resid   6 and name H2'' )   14.500 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H2' )
!       ( resid   7 and name H2'' )   14.400 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   8 and name H2' )
       ( resid   8 and name H2'' )   3.055 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   9 and name H2' )
       ( resid   9 and name H2'' )   -3.835 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H2' )
       ( resid   11 and name H2'' )   7.027 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   12 and name H2' )
!       ( resid   12 and name H2'' )   8.500 1.000 1.000

! #H5-H6, sign is affirmative
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H5 )
       ( resid   1 and name H6 )   5.734 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H5 )
       ( resid   3 and name H6 )   5.576 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   9 and name H5 )
       ( resid   9 and name H6 )   5.947 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H5 )
       ( resid   11 and name H6 )   5.305 1.000 1.000

! #H1'(i)-H5'(i+1), perpendicular to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   1 and name H1' )
!       ( resid   2 and name H5' )   1.900 1.000 1.000

! #   2    GUA     H1'    3    CYT      H5'    4.800      6.800  1.00 #ov
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H1' )
       ( resid   4 and name H5' )   1.435 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   5 and name H5' )   3.200 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H1' )
!       ( resid   6 and name H5' )   3.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   6 and name H1' )
       ( resid   7 and name H5' )   3.288 1.000 1.000

! #   7    THY     H1'    8    THY      H5'    4.800      6.800  1.00 #ov
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   9 and name H5' )   1.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   10 and name H5' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   11 and name H5' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H1' )
!       ( resid   12 and name H5' )   0.000 2.000 2.000

! #H1'-H4', perpendicular to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   1 and name H1' )
!       ( resid   1 and name H4' )   1.800 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H4' )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H1' )
       ( resid   3 and name H4' )   1.62 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H1' )
!       ( resid   5 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H1' )
!       ( resid   6 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H1' )
!       ( resid   7 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   8 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   9 and name H4' )   2.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   10 and name H4' )   1.700 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H1' )
       ( resid   11 and name H4' )   3.014 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   12 and name H1' )
       ( resid   12 and name H4' )   2.084 1.000 1.000

! #H1'(i)-H6/8(i), perpendicular to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   1 and name H1' )
!       ( resid   1 and name H6 )   2.200 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H8 )   1.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H1' )
!       ( resid   3 and name H6 )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H8 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H1' )
       ( resid   5 and name H8 )   1.121 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H1' )
!       ( resid   6 and name H8 )   2.000 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H1' )
       ( resid   7 and name H6 )   2.24 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   8 and name H1' )
       ( resid   8 and name H6 )   1.928 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   10 and name H1' )
       ( resid   10 and name H8 )   1.241 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H1' )
       ( resid   11 and name H6 )   1.946 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   12 and name H1' )
       ( resid   12 and name H8 )   1.116 1.000 1.000

! #H4'-H3', parallal to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H4' )
!       ( resid   2 and name H3' )   -7.900 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H4' )
!       ( resid   3 and name H3' )   -4.400 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H4' )
!       ( resid   4 and name H3' )   -6.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H4' )
!       ( resid   5 and name H3' )   -6.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H4' )
!       ( resid   6 and name H3' )   -3.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H4' )
!       ( resid   7 and name H3' )   -4.500 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H4' )
!       ( resid   8 and name H3' )   -3.200 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H4' )
!       ( resid   9 and name H3' )   -3.800 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H4' )
!       ( resid   10 and name H3' )   -2.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H4' )
!       ( resid   11 and name H3' )   -4.400 2.000 2.000

! #H2 related, parallal to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H2 )
!       ( resid   6 and name H2 )   -2.900 1.000 1.000

! #H5 related, parallal to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   3 and name H5 )   -2.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H8 )
!       ( resid   3 and name H5 )   -1.800 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   9 and name H5 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   8 and name H6 )
       ( resid   9 and name H5 )   -3.981 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   11 and name H5 )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H8 )
!       ( resid   11 and name H5 )   -2.800 1.000 1.000

! #methyl related, methyls are splitted by different methyl H D. 
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   6 and name H2' )
       ( resid   7 and name H5# )   -6.457 20.000 20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H2' )
       ( resid   8 and name H5# )   -6.908 20.000 20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H6 )
       ( resid   7 and name H5# )   3.981 20.000 20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   8 and name H6 )
       ( resid   8 and name H5# )   4.134 20.000 20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   6 and name H8 )
       ( resid   7 and name H5# )   -5.228 20.000 20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H6 )
       ( resid   8 and name H5# )   -5.019 20.000 20.000

! #H1'(i)-H6/8(i+1), always very paralla to the axis
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H1' )
       ( resid   2 and name H8 )   -2.202 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   2 and name H1' )
       ( resid   3 and name H6 )   -4.073 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H1' )
!       ( resid   4 and name H8 )   -2.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   5 and name H8 )   -5.000 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H1' )
!       ( resid   6 and name H8 )   -5.700 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H1' )
!       ( resid   7 and name H6 )   -4.900 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H1' )
       ( resid   8 and name H6 )   -3.136 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   8 and name H1' )
       ( resid   9 and name H6 )   -3.171 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   10 and name H8 )   -3.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   10 and name H1' )
       ( resid   11 and name H6 )   -3.908 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H1' )
       ( resid   12 and name H8 )   -2.149 1.000 1.000

! #H5''-H3', parallal to the axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H5'' )
!       ( resid   2 and name H3' )   -7.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H5'' )
!       ( resid   4 and name H3' )   -9.300 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H5'' )
!       ( resid   5 and name H3' )   -8.700 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H5'' )
!       ( resid   6 and name H3' )   -8.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H5'' )
!       ( resid   8 and name H3' )   -10.200 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H5'' )
!       ( resid   10 and name H3' )   -9.500 1.000 1.000

! #H5'-H3', parallal to the axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H5' )
!       ( resid   2 and name H3' )   -3.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H5' )
!       ( resid   4 and name H3' )   -3.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H5' )
!       ( resid   5 and name H3' )   -1.900 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H5' )
!       ( resid   6 and name H3' )   -4.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H5' )
!       ( resid   8 and name H3' )   -3.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H5' )
!       ( resid   10 and name H3' )   -2.200 1.000 1.000

! #------------------------------------------------------------------
! # 2nd strand
! #------------------------------------------------------------------
! #H1'-H2' sign is confirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H1'    )
       ( resid   13     and name H2'    )  -2.132       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H2' )   -2.200 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H1'    )
       ( resid   15     and name H2'    )  -2.542       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H2' )   0.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H1'    )
       ( resid   17     and name H2'    )  -0.051       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   18     and name H1'    )
       ( resid   18     and name H2'    )   1.093       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H1'    )
       ( resid   19     and name H2'    )  -0.987       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   8 and name H2' )   0.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   9 and name H2' )   -0.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   10 and name H2' )   2.400 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H1'    )
       ( resid   23     and name H2'    )  -0.756       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   24     and name H1'    )
       ( resid   24     and name H2'    )  -0.921       1.000   1.000

! #H1'-H2'' sign is confirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H1'    )
       ( resid   13     and name H2''    )  -8.169       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H2'' )   -9.600 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H1'    )
       ( resid   15     and name H2''    )  -7.990       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H2'' )   -4.700 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H1'    )
       ( resid   17     and name H2''    )  -2.586       2.000   2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   18     and name H1'    )
       ( resid   18     and name H2''    )  -3.819       2.000   2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H1' )
!       ( resid   7 and name H2'' )   -5.700 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   8 and name H2'' )   -6.400 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   21     and name H1'    )
       ( resid   21     and name H2''    )  -4.536       2.000   2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   10 and name H2'' )   -5.800 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H1'    )
       ( resid   23     and name H2''    ) -10.491       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   24     and name H1'    )
       ( resid   24     and name H2''    ) -10.724       1.000   1.000

! #H2'-H3' close to H20 sign is confirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H2'    )
       ( resid   13     and name H3'    )   7.887       2.000   2.000

! #   2    GUA     H2'    2    GUA      H3'    6.400      2.000  1.00 #ov
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H2'    )
       ( resid   15     and name H3'    )   7.457       1.000   1.000

! #   4    GUA     H2'    4    GUA      H3'    5.600      2.000  1.00 #ov
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H2' )
!       ( resid   5 and name H3' )   4.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2' )
!       ( resid   6 and name H3' )   4.000 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H2'    )
       ( resid   19     and name H3'    )   6.363       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   20     and name H2'    )
       ( resid   20     and name H3'    )   9.733       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   21     and name H2'    )
       ( resid   21     and name H3'    )  10.430       1.000   1.000

! #  10    GUA     H2'   10    GUA      H3'    9.500      2.000  1.00 #ov
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H2'    )
       ( resid   23     and name H3'    )   8.244       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   24     and name H2'    )
       ( resid   24     and name H3'    )   8.083       2.000   2.000

! #H2''-H3' close to H20, sign is ok
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H2''    )
       ( resid   13     and name H3'    )   2.338       2.000   2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H2'' )
!       ( resid   2 and name H3' )   3.700 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H2'' )
!       ( resid   3 and name H3' )   2.800 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H2''    )
       ( resid   17     and name H3'    )   0.655       4.000   4.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2'' )
!       ( resid   6 and name H3' )   0.000 4.000 4.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H2'' )
!       ( resid   7 and name H3' )   -1.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H2'' )
!       ( resid   8 and name H3' )   0.000 4.000 4.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H2'' )
!       ( resid   9 and name H3' )   2.400 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H2''    )
       ( resid   23     and name H3'    )   4.402       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   24     and name H2''    )
       ( resid   24     and name H3'    )   4.215       2.000   2.000

! #H2'-H2'', sign is comfirmed
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H2'    )
       ( resid   13     and name H2''    )   5.958       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H2' )
!       ( resid   3 and name H2'' )   7.200 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H2'    )
       ( resid   17     and name H2''    )   7.132       2.000   2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2' )
!       ( resid   6 and name H2'' )   14.500 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H2' )
!       ( resid   7 and name H2'' )   14.400 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   20     and name H2'    )
       ( resid   20     and name H2''    )   3.055       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   21     and name H2'    )
       ( resid   21     and name H2''    )  -3.835       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H2'    )
       ( resid   23     and name H2''    )   7.027       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   12 and name H2' )
!       ( resid   12 and name H2'' )   8.500 1.000 1.000

! #H5-H6, sign is affirmative
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H5     )
       ( resid   13     and name H6     )   5.734       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H5     )
       ( resid   15     and name H6     )   5.576       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   21     and name H5     )
       ( resid   21     and name H6     )   5.947       2.000   2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H5     )
       ( resid   23     and name H6     )   5.305       1.000   1.000

! #H1'(i)-H5'(i+1), perpendicular to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   1 and name H1' )
!       ( resid   2 and name H5' )   1.900 1.000 1.000

! #   2    GUA     H1'    3    CYT      H5'    4.800      6.800  1.00 #ov
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H1'    )
       ( resid   16     and name H5'    )   1.435       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   5 and name H5' )   3.200 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H1' )
!       ( resid   6 and name H5' )   3.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   18     and name H1'    )
       ( resid   19     and name H5'    )   3.288       1.000   1.000

! #   7    THY     H1'    8    THY      H5'    4.800      6.800  1.00 #ov
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   9 and name H5' )   1.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   10 and name H5' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   11 and name H5' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H1' )
!       ( resid   12 and name H5' )   0.000 2.000 2.000

! #H1'-H4', perpendicular to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   1 and name H1' )
!       ( resid   1 and name H4' )   1.800 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H4' )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H1'    )
       ( resid   15     and name H4'    )   1.620       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H1' )
!       ( resid   5 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H1' )
!       ( resid   6 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H1' )
!       ( resid   7 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   8 and name H4' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   9 and name H4' )   2.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   10 and name H4' )   1.700 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H1'    )
       ( resid   23     and name H4'    )   3.014       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   24     and name H1'    )
       ( resid   24     and name H4'    )   2.084       1.000   1.000

! #H1'(i)-H6/8(i), perpendicular to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   1 and name H1' )
!       ( resid   1 and name H6 )   2.200 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   2 and name H8 )   1.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H1' )
!       ( resid   3 and name H6 )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   4 and name H8 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H1'    )
       ( resid   17     and name H8     )   1.121       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H1' )
!       ( resid   6 and name H8 )   2.000 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H1'    )
       ( resid   19     and name H6     )   2.240       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   20     and name H1'    )
       ( resid   20     and name H6     )   1.928       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   22     and name H1'    )
       ( resid   22     and name H8     )   1.241       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H1'    )
       ( resid   23     and name H6     )   1.946       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   24     and name H1'    )
       ( resid   24     and name H8     )   1.116       1.000   1.000

! #H4'-H3', parallal to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H4' )
!       ( resid   2 and name H3' )   -7.900 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H4' )
!       ( resid   3 and name H3' )   -4.400 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H4' )
!       ( resid   4 and name H3' )   -6.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H4' )
!       ( resid   5 and name H3' )   -6.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H4' )
!       ( resid   6 and name H3' )   -3.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   7 and name H4' )
!       ( resid   7 and name H3' )   -4.500 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H4' )
!       ( resid   8 and name H3' )   -3.200 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H4' )
!       ( resid   9 and name H3' )   -3.800 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H4' )
!       ( resid   10 and name H3' )   -2.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H4' )
!       ( resid   11 and name H3' )   -4.400 2.000 2.000

! #H2 related, parallal to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H2 )
!       ( resid   6 and name H2 )   -2.900 1.000 1.000

! #H5 related, parallal to the helical axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H1' )
!       ( resid   3 and name H5 )   -2.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H8 )
!       ( resid   3 and name H5 )   -1.800 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H1' )
!       ( resid   9 and name H5 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   20     and name H6     )
       ( resid   21     and name H5     )  -3.981       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H1' )
!       ( resid   11 and name H5 )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H8 )
!       ( resid   11 and name H5 )   -2.800 1.000 1.000

! #methyl related, methyls are splitted by different methyl H D. 
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   18     and name H2'    )
       ( resid   19     and name H5#    )  -6.457      20.000  20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H2'    )
       ( resid   20     and name H5#    )  -6.908      20.000  20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H6     )
       ( resid   19     and name H5#    )   3.981      20.000  20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   20     and name H6     )
       ( resid   20     and name H5#    )   4.134      20.000  20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   18     and name H8     )
       ( resid   19     and name H5#    )  -5.228      20.000  20.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H6     )
       ( resid   20     and name H5#    )  -5.019      20.000  20.000

! #H1'(i)-H6/8(i+1), always very paralla to the axis
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H1'    )
       ( resid   14     and name H8     )  -2.202       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   14     and name H1'    )
       ( resid   15     and name H6     )  -4.073       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H1' )
!       ( resid   4 and name H8 )   -2.500 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H1' )
!       ( resid   5 and name H8 )   -5.000 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H1' )
!       ( resid   6 and name H8 )   -5.700 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H1' )
!       ( resid   7 and name H6 )   -4.900 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H1'    )
       ( resid   20     and name H6     )  -3.136       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   20     and name H1'    )
       ( resid   21     and name H6     )  -3.171       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H1' )
!       ( resid   10 and name H8 )   -3.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   22     and name H1'    )
       ( resid   23     and name H6     )  -3.908       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H1'    )
       ( resid   24     and name H8     )  -2.149       1.000   1.000

! #H5''-H3', parallal to the axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H5'' )
!       ( resid   2 and name H3' )   -7.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H5'' )
!       ( resid   4 and name H3' )   -9.300 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H5'' )
!       ( resid   5 and name H3' )   -8.700 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H5'' )
!       ( resid   6 and name H3' )   -8.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H5'' )
!       ( resid   8 and name H3' )   -10.200 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H5'' )
!       ( resid   10 and name H3' )   -9.500 1.000 1.000

! #H5'-H3', parallal to the axis
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H5' )
!       ( resid   2 and name H3' )   -3.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H5' )
!       ( resid   4 and name H3' )   -3.100 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   5 and name H5' )
!       ( resid   5 and name H3' )   -1.900 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H5' )
!       ( resid   6 and name H3' )   -4.400 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H5' )
!       ( resid   8 and name H3' )   -3.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H5' )
!       ( resid   10 and name H3' )   -2.200 1.000 1.000
! #DATA SEQUENCE CGCrGAATTCG CGCGCrGAATT CGCG
! #VARS   RESID_I RESNAME_I ATOMNAME_I RESID_J RESNAME_J ATOMNAME_J D DD W
! #FORMAT %5d     %6s       %6s        %5d     %6s    %6s %9.3f %9.3f %.2f
! #------------------------------------------------------------------
! # 1st strand
! #------------------------------------------------------------------
! #not sure about the signs
! #H6/8-H2'
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H6 )
       ( resid   1 and name H2' )   3.567 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H8 )
!       ( resid   2 and name H2' )   7.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H6 )
       ( resid   3 and name H2' )   5.706 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H8 )
!       ( resid   4 and name H2' )   8.900 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H8 )
       ( resid   5 and name H2' )   5.181 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   6 and name H8 )
       ( resid   6 and name H2' )   5.873 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H6 )
       ( resid   7 and name H2' )   2.267 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H6 )
!       ( resid   8 and name H2' )   2.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H6 )
!       ( resid   9 and name H2' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H8 )
!       ( resid   10 and name H2' )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H6 )
       ( resid   11 and name H2' )   -2.826 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   12 and name H8 )
!       ( resid   12 and name H2' )   -3.300 1.000 1.000

! #H6/8-H2''
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H6 )
       ( resid   1 and name H2'' )   1.436 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H8 )
!       ( resid   2 and name H2'' )   2.300 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H6 )
!       ( resid   3 and name H2'' )   1.800 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H8 )
!       ( resid   4 and name H2'' )   2.700 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H8 )
       ( resid   5 and name H2'' )   1.764 1.000 1.000


! #   5    ADE     H8     5    ADE      H2''   0.000      8.700  1.00 #ov
! #   6    ADE     H8     6    ADE      H2''   0.000      4.000  1.00 #p.ov
! #   7    THY     H6     7    THY      H2''   0.000      5.600  1.00 #ov
! #   8    THY     H6     8    THY      H2''   0.000      4.000  1.00 #p.ov
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H6 )
!       ( resid   9 and name H2'' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H8 )
!       ( resid   10 and name H2'' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H6 )
!       ( resid   11 and name H2'' )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   12 and name H8 )
       ( resid   12 and name H2'' )   2.148 2.000 2.000

! #H2'(i)-H6/8(i+1) SIGN??????????????
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H2' )
       ( resid   2 and name H8 )   -3.250 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H2' )
!       ( resid   3 and name H6 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H2' )
       ( resid   4 and name H8 )   -3.159 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   4 and name H2' )
       ( resid   5 and name H8 )   -2.557 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2' )
!       ( resid   7 and name H6 )   -3.600 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H2' )
       ( resid   8 and name H6 )   -4.389 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H2' )
!       ( resid   9 and name H6 )   -5.100 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   9 and name H2' )
       ( resid   10 and name H8 )   -4.591 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H2' )
!       ( resid   11 and name H6 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   11 and name H2' )
       ( resid   12 and name H8 )   -3.062 1.000 1.000

! #H2''(i)-H6/8(i+1) SIGN??????????????
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   1 and name H2'' )
       ( resid   2 and name H8 )   -3.001 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H2'' )
!       ( resid   3 and name H6 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   3 and name H2'' )
       ( resid   4 and name H8 )   -3.915 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H2'' )
!       ( resid   5 and name H8 )   -1.800 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   5 and name H2'' )
       ( resid   6 and name H8 )   -5.364 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   6 and name H2'' )
       ( resid   7 and name H6 )   -7.362 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   7 and name H2'' )
       ( resid   8 and name H6 )   -10.900 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H2'' )
!       ( resid   9 and name H6 )   -7.268 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   9 and name H2'' )
       ( resid   10 and name H8 )   -3.874 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H2'' )
!       ( resid   11 and name H6 )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H2'' )
!       ( resid   12 and name H8 )   -2.700 1.000 1.000

! #------------------------------------------------------------------
! # 2nd strand
! #------------------------------------------------------------------
! #not sure about the signs
! #H6/8-H2'
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H6     )
       ( resid   13     and name H2'    )   3.567       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H8 )
!       ( resid   2 and name H2' )   7.500 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H6     )
       ( resid   15     and name H2'    )   5.706       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H8 )
!       ( resid   4 and name H2' )   8.900 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H8     )
       ( resid   17     and name H2'    )   5.181       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   18     and name H8     )
       ( resid   18     and name H2'    )   5.873       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H6     )
       ( resid   19     and name H2'    )   2.267       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H6 )
!       ( resid   8 and name H2' )   2.600 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H6 )
!       ( resid   9 and name H2' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H8 )
!       ( resid   10 and name H2' )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H6     )
       ( resid   23     and name H2'    )  -2.826       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   12 and name H8 )
!       ( resid   12 and name H2' )   -3.300 1.000 1.000

! #H6/8-H2''
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H6     )
       ( resid   13     and name H2''    )   1.436       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H8 )
!       ( resid   2 and name H2'' )   2.300 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   3 and name H6 )
!       ( resid   3 and name H2'' )   1.800 1.000 1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H8 )
!       ( resid   4 and name H2'' )   2.700 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H8     )
       ( resid   17     and name H2''    )   1.764       1.000   1.000


! #   5    ADE     H8     5    ADE      H2''   0.000      8.700  1.00 #ov
! #   6    ADE     H8     6    ADE      H2''   0.000      4.000  1.00 #p.ov
! #   7    THY     H6     7    THY      H2''   0.000      5.600  1.00 #ov
! #   8    THY     H6     8    THY      H2''   0.000      4.000  1.00 #p.ov
!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   9 and name H6 )
!       ( resid   9 and name H2'' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H8 )
!       ( resid   10 and name H2'' )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H6 )
!       ( resid   11 and name H2'' )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   24     and name H8     )
       ( resid   24     and name H2''    )   2.148       2.000   2.000

! #H2'(i)-H6/8(i+1) SIGN??????????????
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H2'    )
       ( resid   14     and name H8     )  -3.250       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H2' )
!       ( resid   3 and name H6 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H2'    )
       ( resid   16     and name H8     )  -3.159       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   16     and name H2'    )
       ( resid   17     and name H8     )  -2.557       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   6 and name H2' )
!       ( resid   7 and name H6 )   -3.600 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H2'    )
       ( resid   20     and name H6     )  -4.389       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H2' )
!       ( resid   9 and name H6 )   -5.100 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   21     and name H2'    )
       ( resid   22     and name H8     )  -4.591       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H2' )
!       ( resid   11 and name H6 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   23     and name H2'    )
       ( resid   24     and name H8     )  -3.062       1.000   1.000

! #H2''(i)-H6/8(i+1) SIGN??????????????
assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   13     and name H2''    )
       ( resid   14     and name H8     )  -3.001       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   2 and name H2'' )
!       ( resid   3 and name H6 )   0.000 2.000 2.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   15     and name H2''    )
       ( resid   16     and name H8     )  -3.915       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   4 and name H2'' )
!       ( resid   5 and name H8 )   -1.800 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   17     and name H2''    )
       ( resid   18     and name H8     )  -5.364       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   18     and name H2''    )
       ( resid   19     and name H6     )  -7.362       1.000   1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   19     and name H2''    )
       ( resid   20     and name H6     ) -10.900       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   8 and name H2'' )
!       ( resid   9 and name H6 )   -7.268 1.000 1.000

assign ( resid   501 and name OO )
       ( resid   501 and name Z )
       ( resid   501 and name X )
       ( resid   501 and name Y )
       ( resid   21     and name H2''    )
       ( resid   22     and name H8     )  -3.874       1.000   1.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   10 and name H2'' )
!       ( resid   11 and name H6 )   0.000 2.000 2.000

!assign ( resid   501 and name OO )
!       ( resid   501 and name Z )
!       ( resid   501 and name X )
!       ( resid   501 and name Y )
!       ( resid   11 and name H2'' )
!       ( resid   12 and name H8 )   -2.700 1.000 1.000


!First strand
!H3'-P dipolar coupling
!

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 1    and name H3'   )
       ( resid 2    and name P     )  1.60  0.0800  0.0800

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 2    and name H3'   )
       ( resid 3    and name P     )  1.39  0.0800  0.0800

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 3    and name H3'   )
       ( resid 4    and name P     )  2.07  0.1100  0.1100

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 4    and name H3'   )
       ( resid 5    and name P     )  1.02  0.0900  0.0900

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 5    and name H3'   )
       ( resid 6    and name P     )  1.83  0.1100  0.1100

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 6    and name H3'   )
       ( resid 7    and name P     )  1.17  0.1300  0.1300

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 7    and name H3'   )
       ( resid 8    and name P     )  0.52  0.1400  0.1400

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 8    and name H3'   )
       ( resid 9    and name P     )  0.16  0.1300  0.1300

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 9    and name H3'   )
       ( resid 10   and name P     )  -0.12  0.1200  0.1200

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 10   and name H3'   )
       ( resid 11   and name P     )  0.11  0.0900  0.0900

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 11   and name H3'   )
       ( resid 12   and name P     )  0.50  0.0900  0.0900

!Second strand
!H3'-P dipolar coupling
!

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 13   and name H3'   )
       ( resid 14   and name P     )  1.60  0.0800  0.0800

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 14   and name H3'   )
       ( resid 15   and name P     )  1.39  0.0800  0.0800

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 15   and name H3'   )
       ( resid 16   and name P     )  2.07  0.1100  0.1100

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 16   and name H3'   )
       ( resid 17   and name P     )  1.02  0.0900  0.0900

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 17   and name H3'   )
       ( resid 18   and name P     )  1.83  0.1100  0.1100

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 18   and name H3'   )
       ( resid 19   and name P     )  1.17  0.1300  0.1300

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 19   and name H3'   )
       ( resid 20   and name P     )  0.52  0.1400  0.1400

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 20   and name H3'   )
       ( resid 21   and name P     )  0.16  0.1300  0.1300

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 21   and name H3'   )
       ( resid 22   and name P     )  -0.12  0.1200  0.1200

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 22   and name H3'   )
       ( resid 23   and name P     )  0.11  0.0900  0.0900

assign ( resid 501  and name OO    )
       ( resid 501  and name Z     )
       ( resid 501  and name X     )
       ( resid 501  and name Y     )
       ( resid 23   and name H3'   )
       ( resid 24   and name P     )  0.50  0.0900  0.0900
!
! JH3'-P values from CT-NOESY
!


assign ( resid 1    and name H3' )
       ( resid 1    and name C3' )
       ( resid 1    and name O3' )
       ( resid 2    and name P   ) 5.95  1.9 

assign ( resid 2    and name H3' )
       ( resid 2    and name C3' )
       ( resid 2    and name O3' )
       ( resid 3    and name P   ) 3.86  1.9

assign ( resid 3    and name H3' )
       ( resid 3    and name C3' )
       ( resid 3    and name O3' )
       ( resid 4    and name P   ) 5.25  1.9

assign ( resid 4    and name H3' )
       ( resid 4    and name C3' )
       ( resid 4    and name O3' )
       ( resid 5    and name P   ) 7.16  1.9

assign ( resid 5    and name H3' )
       ( resid 5    and name C3' )
       ( resid 5    and name O3' )
       ( resid 6    and name P   ) 3.03  1.9

assign ( resid 6    and name H3' )
       ( resid 6    and name C3' )
       ( resid 6    and name O3' )
       ( resid 7    and name P   ) 2.65  1.9

assign ( resid 7    and name H3' )
       ( resid 7    and name C3' )
       ( resid 7    and name O3' )
       ( resid 8    and name P   ) 2.81 1.9

assign ( resid 8    and name H3' )
       ( resid 8    and name C3' )
       ( resid 8    and name O3' )
       ( resid 9    and name P   ) 3.86  1.9

assign ( resid 9    and name H3' )
       ( resid 9    and name C3' )
       ( resid 9    and name O3' )
       ( resid 10   and name P   ) 5.29  1.9

assign ( resid 10   and name H3' )
       ( resid 10   and name C3' )
       ( resid 10   and name O3' )
       ( resid 11   and name P   ) 3.84  1.9

assign ( resid 11   and name H3' )
       ( resid 11   and name C3' )
       ( resid 11   and name O3' )
       ( resid 12   and name P   ) 5.35  1.9

assign ( resid 13   and name H3' )
       ( resid 13   and name C3' )
       ( resid 13   and name O3' )
       ( resid 14   and name P   ) 5.95  1.9

assign ( resid 14   and name H3' )
       ( resid 14   and name C3' )
       ( resid 14   and name O3' )
       ( resid 15   and name P   ) 3.86  1.9

assign ( resid 15   and name H3' )
       ( resid 15   and name C3' )
       ( resid 15   and name O3' )
       ( resid 16   and name P   ) 5.25  1.9

assign ( resid 16   and name H3' )
       ( resid 16   and name C3' )
       ( resid 16   and name O3' )
       ( resid 17   and name P   ) 7.16  1.9

assign ( resid 17   and name H3' )
       ( resid 17   and name C3' )
       ( resid 17   and name O3' )
       ( resid 18   and name P   ) 3.03  1.9

assign ( resid 18   and name H3' )
       ( resid 18   and name C3' )
       ( resid 18   and name O3' )
       ( resid 19   and name P   ) 2.65  1.9

assign ( resid 19   and name H3' )
       ( resid 19   and name C3' )
       ( resid 19   and name O3' )
       ( resid 20   and name P   ) 2.81 1.9

assign ( resid 20   and name H3' )
       ( resid 20   and name C3' )
       ( resid 20   and name O3' )
       ( resid 21   and name P   ) 3.86  1.9

assign ( resid 21   and name H3' )
       ( resid 21   and name C3' )
       ( resid 21   and name O3' )
       ( resid 22   and name P   ) 5.29  1.9

assign ( resid 22   and name H3' )
       ( resid 22   and name C3' )
       ( resid 22   and name O3' )
       ( resid 23   and name P   ) 3.8  1.9

assign ( resid 23   and name H3' )
       ( resid 23   and name C3' )
       ( resid 23   and name O3' )
       ( resid 24   and name P   ) 5.35  1.9


  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1    H5'   DC   1           H5'       DC   1 -16.597   1.023  -0.808
    2   H5''   DC   1          H5''       DC   1 -15.536  -0.356  -1.145
    3    H4'   DC   1           H4'       DC   1 -14.176   1.618  -1.181
    4    H3'   DC   1           H3'       DC   1 -13.377  -0.504   0.497
    5    H2'   DC   1           H2'       DC   1 -14.269   0.433   2.503
    6   H2''   DC   1          H2''       DC   1 -12.607   1.115   2.501
    7    H1'   DC   1           H1'       DC   1 -13.316   3.183   1.689
    8    H41   DC   1           HN'       DC   1 -17.233   5.034   6.314
    9    H42   DC   1          HN''       DC   1 -17.955   3.443   6.394
   10    H5    DC   1           H5        DC   1 -17.389   1.659   4.889
   11    H6    DC   1           H6        DC   1 -15.981   0.986   3.007
   12   HO5'   DC   1          H5T        DC   1 -17.108  -0.472   0.681
   13    H5'   DG   2           H5'       DG   2 -10.380   3.182   0.203
   14   H5''   DG   2          H5''       DG   2  -8.762   2.508  -0.061
   15    H4'   DG   2           H4'       DG   2  -8.511   4.480   1.270
   16    H3'   DG   2           H3'       DG   2  -7.509   2.043   2.275
   17    H2'   DG   2           H2'       DG   2  -9.036   1.790   4.052
   18   H2''   DG   2          H2''       DG   2  -7.900   2.946   4.827
   19    H1'   DG   2           H1'       DG   2  -9.275   4.777   4.407
   20    H8    DG   2           H8        DG   2 -11.185   1.413   4.107
   21    H1    DG   2           H1        DG   2 -13.851   5.734   8.006
   22    H21   DG   2           HN'       DG   2 -11.372   7.884   6.832
   23    H22   DG   2          HN''       DG   2 -12.759   7.659   7.874
   24    H5'   DC   3           H5'       DC   3  -6.595   6.097   4.318
   25   H5''   DC   3          H5''       DC   3  -4.862   6.230   4.672
   26    H4'   DC   3           H4'       DC   3  -6.072   7.416   6.379
   27    H3'   DC   3           H3'       DC   3  -4.324   5.273   7.146
   28    H2'   DC   3           H2'       DC   3  -5.941   3.921   8.169
   29   H2''   DC   3          H2''       DC   3  -5.786   5.133   9.486
   30    H1'   DC   3           H1'       DC   3  -7.679   6.309   8.801
   31    H41   DC   3           HN'       DC   3 -11.163   0.684   8.424
   32    H42   DC   3          HN''       DC   3 -12.074   1.782   9.437
   33    H5    DC   3           H5        DC   3  -9.109   1.293   7.336
   34    H6    DC   3           H6        DC   3  -7.442   3.051   7.026
   35    H5'    G   4           H5'        G   4  -4.738   8.858  10.652
   36   H5''    G   4          H5''        G   4  -3.610   8.397  11.940
   37    H4'    G   4           H4'        G   4  -6.046   8.898  12.605
   38    H3'    G   4           H3'        G   4  -4.865   6.195  13.460
   39    H2'    G   4          H2''        G   4  -6.874   5.872  14.652
   40   HO2'    G   4          H2'         G   4  -7.053   8.688  14.456
   41    H1'    G   4           H1'        G   4  -8.508   7.107  12.742
   42    H8     G   4           H8         G   4  -5.909   4.595  11.451
   43    H1     G   4           H1         G   4 -11.454   1.927  13.217
   44    H21    G   4           HN'        G   4 -12.290   5.119  14.340
   45    H22    G   4          HN''        G   4 -12.773   3.449  14.147
   46    H5'   DA   5           H5'       DA   5  -6.652   8.140  16.583
   47   H5''   DA   5          H5''       DA   5  -5.630   8.253  18.027
   48    H4'   DA   5           H4'       DA   5  -7.996   7.557  18.485
   49    H3'   DA   5           H3'       DA   5  -5.748   6.534  19.810
   50    H2'   DA   5           H2'       DA   5  -5.670   4.441  18.692
   51   H2''   DA   5          H2''       DA   5  -6.875   4.071  19.973
   52    H1'   DA   5           H1'       DA   5  -8.678   4.313  18.528
   53    H8    DA   5           H8        DA   5  -5.425   4.044  16.403
   54    H61   DA   5          HN''       DA   5  -8.057  -0.972  13.969
   55    H62   DA   5           HN'       DA   5  -6.617   0.020  14.016
   56    H2    DA   5           H2        DA   5 -10.998   0.880  16.818
   57    H5'   DA   6           H5'       DA   6 -10.079   5.056  20.844
   58   H5''   DA   6          H5''       DA   6 -10.257   5.255  22.598
   59    H4'   DA   6           H4'       DA   6 -11.605   3.389  21.940
   60    H3'   DA   6           H3'       DA   6  -9.604   3.011  23.883
   61    H2'   DA   6           H2'       DA   6  -8.210   1.581  22.639
   62   H2''   DA   6          H2''       DA   6  -9.443   0.374  23.139
   63    H1'   DA   6           H1'       DA   6 -10.548   0.464  21.097
   64    H8    DA   6           H8        DA   6  -7.027   2.087  20.741
   65    H61   DA   6          HN''       DA   6  -6.064  -2.196  16.412
   66    H62   DA   6           HN'       DA   6  -5.348  -0.894  17.334
   67    H2    DA   6           H2        DA   6 -10.315  -2.592  17.816
   68    H5'   DT   7           H5'       DT   7 -12.615  -0.331  22.751
   69   H5''   DT   7          H5''       DT   7 -13.315  -0.994  24.240
   70    H4'   DT   7           H4'       DT   7 -13.153  -2.781  22.649
   71    H3'   DT   7           H3'       DT   7 -11.689  -2.987  25.131
   72    H2'   DT   7           H2'       DT   7  -9.585  -3.382  24.218
   73   H2''   DT   7          H2''       DT   7 -10.261  -4.999  23.824
   74    H1'   DT   7           H1'       DT   7 -10.765  -4.393  21.633
   75    H3    DT   7           H3        DT   7  -6.848  -4.139  19.484
   76    H71   DT   7           H51       DT   7  -6.894  -0.430  23.438
   77    H72   DT   7           H52       DT   7  -6.052  -0.026  21.923
   78    H73   DT   7           H53       DT   7  -5.364  -1.240  23.030
   79    H6    DT   7           H6        DT   7  -8.752  -1.663  23.136
   80    H5'   DT   8           H5'       DT   8 -12.415  -6.636  22.362
   81   H5''   DT   8          H5''       DT   8 -13.196  -7.855  23.386
   82    H4'   DT   8           H4'       DT   8 -11.943  -9.043  21.744
   83    H3'   DT   8           H3'       DT   8 -11.307  -9.500  24.478
   84    H2'   DT   8           H2'       DT   8  -9.164  -8.518  24.442
   85   H2''   DT   8          H2''       DT   8  -8.744 -10.125  23.757
   86    H1'   DT   8           H1'       DT   8  -8.750  -9.332  21.563
   87    H3    DT   8           H3        DT   8  -5.137  -6.755  20.975
   88    H71   DT   8           H51       DT   8  -6.104  -4.630  25.102
   89    H72   DT   8           H52       DT   8  -7.838  -4.974  25.312
   90    H73   DT   8           H53       DT   8  -7.310  -3.703  24.179
   91    H6    DT   8           H6        DT   8  -8.842  -6.570  24.030
   92    H5'   DC   9           H5'       DC   9  -9.469 -12.307  21.088
   93   H5''   DC   9          H5''       DC   9  -9.842 -13.944  21.661
   94    H4'   DC   9           H4'       DC   9  -7.790 -14.057  20.429
   95    H3'   DC   9           H3'       DC   9  -7.737 -15.087  23.105
   96    H2'   DC   9           H2'       DC   9  -6.609 -13.191  24.023
   97   H2''   DC   9          H2''       DC   9  -5.228 -14.213  23.499
   98    H1'   DC   9           H1'       DC   9  -4.909 -12.996  21.523
   99    H41   DC   9           HN'       DC   9  -3.302  -7.395  24.020
  100    H42   DC   9          HN''       DC   9  -4.683  -7.426  25.095
  101    H5    DC   9           H5        DC   9  -6.344  -9.161  25.059
  102    H6    DC   9           H6        DC   9  -7.026 -11.270  24.033
  103    H5'   DG  10           H5'       DG  10  -4.175 -15.657  20.127
  104   H5''   DG  10          H5''       DG  10  -3.846 -17.400  20.097
  105    H4'   DG  10           H4'       DG  10  -1.815 -16.266  19.526
  106    H3'   DG  10           H3'       DG  10  -1.843 -18.042  21.667
  107    H2'   DG  10           H2'       DG  10  -1.638 -16.476  23.413
  108   H2''   DG  10          H2''       DG  10   0.096 -16.608  22.960
  109    H1'   DG  10           H1'       DG  10   0.054 -14.638  21.725
  110    H8    DG  10           H8        DG  10  -3.106 -14.834  23.989
  111    H1    DG  10           H1        DG  10   0.536  -9.629  24.783
  112    H21   DG  10           HN'       DG  10   2.175  -9.610  23.289
  113    H22   DG  10          HN''       DG  10   2.379 -10.877  22.101
  114    H5'   DC  11           H5'       DC  11   2.160 -16.104  20.353
  115   H5''   DC  11          H5''       DC  11   3.349 -17.396  20.103
  116    H4'   DC  11           H4'       DC  11   4.548 -15.466  20.846
  117    H3'   DC  11           H3'       DC  11   4.680 -17.843  22.413
  118    H2'   DC  11           H2'       DC  11   3.707 -16.991  24.365
  119   H2''   DC  11          H2''       DC  11   5.330 -16.251  24.572
  120    H1'   DC  11           H1'       DC  11   4.641 -14.191  23.740
  121    H41   DC  11           HN'       DC  11   0.114 -12.723  27.924
  122    H42   DC  11          HN''       DC  11  -0.691 -14.256  27.668
  123    H5    DC  11           H5        DC  11   0.050 -15.880  26.060
  124    H6    DC  11           H6        DC  11   1.742 -16.425  24.384
  125    H5'   DG  12           H5'       DG  12   7.944 -14.536  23.294
  126   H5''   DG  12          H5''       DG  12   9.506 -15.376  23.283
  127    H4'   DG  12           H4'       DG  12   9.616 -13.664  24.957
  128    H3'   DG  12           H3'       DG  12   9.948 -16.377  25.669
  129   HO3'   DG  12          H3T        DG  12  11.369 -15.405  27.195
  130    H2'   DG  12           H2'       DG  12   8.206 -16.594  27.168
  131   H2''   DG  12          H2''       DG  12   9.260 -15.639  28.263
  132    H1'   DG  12           H1'       DG  12   8.137 -13.659  27.822
  133    H8    DG  12           H8        DG  12   6.069 -16.714  26.599
  134    H1    DG  12           H1        DG  12   2.922 -12.591  30.353
  135    H21   DG  12           HN'       DG  12   5.811 -10.652  30.135
  136    H22   DG  12          HN''       DG  12   4.190 -10.821  30.772
  137    H5'   DC  13           H5'       DC  13   0.038  -9.760  37.124
  138   H5''   DC  13          H5''       DC  13  -0.659  -8.148  37.367
  139    H4'   DC  13           H4'       DC  13   1.550  -7.847  36.484
  140    H3'   DC  13           H3'       DC  13  -0.589  -6.579  35.149
  141    H2'   DC  13           H2'       DC  13  -0.798  -8.218  33.427
  142   H2''   DC  13          H2''       DC  13   0.389  -7.084  32.696
  143    H1'   DC  13           H1'       DC  13   2.210  -8.443  33.223
  144    H41   DC  13           HN'       DC  13   0.794 -13.693  29.969
  145    H42   DC  13          HN''       DC  13  -0.872 -13.624  30.503
  146    H5    DC  13           H5        DC  13  -1.686 -11.999  32.072
  147    H6    DC  13           H6        DC  13  -1.107 -10.059  33.442
  148   HO5'   DC  13          H5T        DC  13  -1.963  -9.860  36.282
  149    H5'   DG  14           H5'       DG  14   3.779  -5.570  33.549
  150   H5''   DG  14          H5''       DG  14   3.866  -3.808  33.375
  151    H4'   DG  14           H4'       DG  14   5.200  -4.770  31.637
  152    H3'   DG  14           H3'       DG  14   3.097  -3.035  30.914
  153    H2'   DG  14           H2'       DG  14   1.710  -4.640  29.887
  154   H2''   DG  14          H2''       DG  14   2.847  -4.346  28.527
  155    H1'   DG  14           H1'       DG  14   4.086  -6.264  28.982
  156    H8    DG  14           H8        DG  14   0.596  -6.344  30.672
  157    H1    DG  14           H1        DG  14   2.019 -11.458  27.092
  158    H21   DG  14           HN'       DG  14   5.179 -10.012  26.817
  159    H22   DG  14          HN''       DG  14   4.124 -11.345  26.404
  160    H5'   DC  15           H5'       DC  15   6.220  -4.515  27.833
  161   H5''   DC  15          H5''       DC  15   6.833  -3.153  26.875
  162    H4'   DC  15           H4'       DC  15   6.829  -5.113  25.481
  163    H3'   DC  15           H3'       DC  15   5.332  -2.810  24.648
  164    H2'   DC  15           H2'       DC  15   3.225  -3.829  24.583
  165   H2''   DC  15          H2''       DC  15   3.870  -4.534  23.062
  166    H1'   DC  15           H1'       DC  15   4.447  -6.546  24.085
  167    H41   DC  15           HN'       DC  15  -1.268  -8.465  26.049
  168    H42   DC  15          HN''       DC  15  -1.536  -6.960  26.902
  169    H5    DC  15           H5        DC  15   0.104  -5.209  27.033
  170    H6    DC  15           H6        DC  15   2.333  -4.486  26.342
  171    H5'    G  16           H5'        G  16   7.063  -5.555  20.804
  172   H5''    G  16          H5''        G  16   6.616  -4.658  19.340
  173    H4'    G  16           H4'        G  16   5.947  -7.139  19.473
  174    H3'    G  16           H3'        G  16   3.730  -5.097  18.886
  175    H2'    G  16          H2''        G  16   2.314  -6.957  18.575
  176   HO2'    G  16          H2'         G  16   4.756  -8.330  18.189
  177    H1'    G  16           H1'        G  16   3.465  -8.500  20.609
  178    H8     G  16           H8         G  16   2.674  -4.837  21.434
  179    H1     G  16           H1         G  16  -2.239  -8.837  22.362
  180    H21    G  16           HN'        G  16  -0.167 -11.241  20.921
  181    H22    G  16          HN''        G  16  -1.719 -10.867  21.638
  182    H5'   DA  17           H5'       DA  17   3.683  -8.210  16.235
  183   H5''   DA  17          H5''       DA  17   3.643  -7.699  14.537
  184    H4'   DA  17           H4'       DA  17   2.033  -9.537  15.101
  185    H3'   DA  17           H3'       DA  17   1.488  -7.426  13.339
  186    H2'   DA  17           H2'       DA  17   0.095  -6.174  14.796
  187   H2''   DA  17          H2''       DA  17  -1.105  -7.336  14.134
  188    H1'   DA  17           H1'       DA  17  -1.035  -8.684  16.025
  189    H8    DA  17           H8        DA  17   0.640  -5.274  16.882
  190    H61   DA  17          HN''       DA  17  -3.795  -4.763  21.135
  191    H62   DA  17           HN'       DA  17  -2.437  -3.973  20.368
  192    H2    DA  17           H2        DA  17  -4.240  -8.775  19.156
  193    H5'   DA  18           H5'       DA  18  -1.704 -10.746  14.240
  194   H5''   DA  18          H5''       DA  18  -2.208 -11.379  12.662
  195    H4'   DA  18           H4'       DA  18  -4.075 -11.565  14.148
  196    H3'   DA  18           H3'       DA  18  -4.365 -10.095  11.765
  197    H2'   DA  18           H2'       DA  18  -4.670  -7.970  12.729
  198   H2''   DA  18          H2''       DA  18  -6.331  -8.610  12.973
  199    H1'   DA  18           H1'       DA  18  -5.935  -9.151  15.198
  200    H8    DA  18           H8        DA  18  -3.145  -6.750  13.930
  201    H61   DA  18          HN''       DA  18  -4.997  -3.033  18.487
  202    H62   DA  18           HN'       DA  18  -3.933  -3.203  17.110
  203    H2    DA  18           H2        DA  18  -7.351  -6.851  18.783
  204    H5'   DT  19           H5'       DT  19  -7.942 -10.952  14.591
  205   H5''   DT  19          H5''       DT  19  -9.287 -11.594  13.629
  206    H4'   DT  19           H4'       DT  19 -10.219 -10.299  15.420
  207    H3'   DT  19           H3'       DT  19 -10.740  -9.492  12.694
  208    H2'   DT  19           H2'       DT  19 -10.011  -7.290  12.877
  209   H2''   DT  19          H2''       DT  19 -11.516  -7.064  13.832
  210    H1'   DT  19           H1'       DT  19 -10.407  -7.283  15.868
  211    H3    DT  19           H3        DT  19  -8.032  -3.526  16.399
  212    H71   DT  19           H51       DT  19  -6.220  -6.107  11.989
  213    H72   DT  19           H52       DT  19  -5.038  -5.224  12.985
  214    H73   DT  19           H53       DT  19  -6.229  -4.329  12.007
  215    H6    DT  19           H6        DT  19  -7.847  -7.098  13.188
  216    H5'   DT  20           H5'       DT  20 -13.193  -7.869  16.280
  217   H5''   DT  20          H5''       DT  20 -14.887  -8.228  15.894
  218    H4'   DT  20           H4'       DT  20 -14.893  -6.245  17.214
  219    H3'   DT  20           H3'       DT  20 -16.015  -6.098  14.605
  220    H2'   DT  20           H2'       DT  20 -14.385  -4.675  13.672
  221   H2''   DT  20          H2''       DT  20 -15.388  -3.439  14.505
  222    H1'   DT  20           H1'       DT  20 -13.935  -3.309  16.328
  223    H3    DT  20           H3        DT  20 -10.205  -1.205  15.027
  224    H71   DT  20           H51       DT  20 -10.153  -3.913  11.136
  225    H72   DT  20           H52       DT  20 -11.146  -5.307  11.625
  226    H73   DT  20           H53       DT  20  -9.462  -5.169  12.190
  227    H6    DT  20           H6        DT  20 -12.440  -5.177  13.500
  228    H5'   DC  21           H5'       DC  21 -16.604  -2.494  17.674
  229   H5''   DC  21          H5''       DC  21 -18.354  -2.211  17.647
  230    H4'   DC  21           H4'       DC  21 -17.287  -0.110  18.077
  231    H3'   DC  21           H3'       DC  21 -19.094  -0.199  15.852
  232    H2'   DC  21           H2'       DC  21 -17.370  -0.275  14.201
  233   H2''   DC  21          H2''       DC  21 -17.578   1.496  14.422
  234    H1'   DC  21           H1'       DC  21 -15.719   1.665  15.838
  235    H41   DC  21           HN'       DC  21 -11.166  -0.009  11.758
  236    H42   DC  21          HN''       DC  21 -12.063  -1.429  11.266
  237    H5    DC  21           H5        DC  21 -14.148  -2.081  12.267
  238    H6    DC  21           H6        DC  21 -15.860  -1.499  13.910
  239    H5'   DG  22           H5'       DG  22 -17.272   3.803  17.446
  240   H5''   DG  22          H5''       DG  22 -18.652   4.877  17.747
  241    H4'   DG  22           H4'       DG  22 -16.744   6.254  17.303
  242    H3'   DG  22           H3'       DG  22 -19.041   6.547  15.760
  243    H2'   DG  22           H2'       DG  22 -18.221   5.637  13.750
  244   H2''   DG  22          H2''       DG  22 -17.556   7.297  13.587
  245    H1'   DG  22           H1'       DG  22 -15.435   6.653  14.287
  246    H8    DG  22           H8        DG  22 -17.527   3.503  13.373
  247    H1    DG  22           H1        DG  22 -11.993   4.146  10.219
  248    H21   DG  22           HN'       DG  22 -10.868   5.889  11.002
  249    H22   DG  22          HN''       DG  22 -11.475   6.898  12.296
  250    H5'   DC  23           H5'       DC  23 -15.469   9.439  15.126
  251   H5''   DC  23          H5''       DC  23 -16.078  11.103  15.225
  252    H4'   DC  23           H4'       DC  23 -14.235  11.111  13.701
  253    H3'   DC  23           H3'       DC  23 -16.793  11.940  12.759
  254    H2'   DC  23           H2'       DC  23 -17.086  10.282  11.131
  255   H2''   DC  23          H2''       DC  23 -15.936  11.310  10.211
  256    H1'   DC  23           H1'       DC  23 -14.108   9.977  10.750
  257    H41   DC  23           HN'       DC  23 -15.921   4.466   8.198
  258    H42   DC  23          HN''       DC  23 -17.447   4.514   9.052
  259    H5    DC  23           H5        DC  23 -18.026   6.242  10.618
  260    H6    DC  23           H6        DC  23 -17.305   8.324  11.674
  261    H5'   DG  24           H5'       DG  24 -13.069  13.091  10.079
  262   H5''   DG  24          H5''       DG  24 -13.233  14.821   9.730
  263    H4'   DG  24           H4'       DG  24 -12.296  13.777   7.787
  264    H3'   DG  24           H3'       DG  24 -14.775  15.121   7.626
  265   HO3'   DG  24          H3T        DG  24 -13.958  15.575   5.525
  266    H2'   DG  24           H2'       DG  24 -16.111  13.376   6.919
  267   H2''   DG  24          H2''       DG  24 -15.289  13.616   5.343
  268    H1'   DG  24           H1'       DG  24 -13.822  11.856   5.696
  269    H8    DG  24           H8        DG  24 -16.781  11.706   8.211
  270    H1    DG  24           H1        DG  24 -15.649   6.298   4.977
  271    H21   DG  24           HN'       DG  24 -12.860   7.980   3.732
  272    H22   DG  24          HN''       DG  24 -13.809   6.509   3.757
  Start of MODEL    2
    1    H5'   DC   1           H5'       DC   1 -16.212  -0.587  -0.588
    2   H5''   DC   1          H5''       DC   1 -14.664  -1.449  -0.641
    3    H4'   DC   1           H4'       DC   1 -14.257   0.947  -0.660
    4    H3'   DC   1           H3'       DC   1 -13.434  -0.613   1.725
    5    H2'   DC   1           H2'       DC   1 -13.357   1.154   3.190
    6   H2''   DC   1          H2''       DC   1 -12.445   2.131   1.988
    7    H1'   DC   1           H1'       DC   1 -14.344   3.153   1.235
    8    H41   DC   1           HN'       DC   1 -17.355   4.737   6.603
    9    H42   DC   1          HN''       DC   1 -17.885   3.086   6.844
   10    H5    DC   1           H5        DC   1 -17.326   1.292   5.350
   11    H6    DC   1           H6        DC   1 -16.104   0.665   3.328
   12   HO5'   DC   1          H5T        DC   1 -14.940  -2.127   1.354
   13    H5'   DG   2           H5'       DG   2 -10.582   2.588   0.523
   14   H5''   DG   2          H5''       DG   2  -8.972   1.880   0.291
   15    H4'   DG   2           H4'       DG   2  -8.674   3.975   1.402
   16    H3'   DG   2           H3'       DG   2  -7.727   1.632   2.580
   17    H2'   DG   2           H2'       DG   2  -9.207   1.524   4.401
   18   H2''   DG   2          H2''       DG   2  -8.054   2.722   5.082
   19    H1'   DG   2           H1'       DG   2  -9.428   4.524   4.569
   20    H8    DG   2           H8        DG   2 -11.375   1.171   4.406
   21    H1    DG   2           H1        DG   2 -14.000   5.686   8.109
   22    H21   DG   2           HN'       DG   2 -11.484   7.749   6.861
   23    H22   DG   2          HN''       DG   2 -12.880   7.588   7.903
   24    H5'   DC   3           H5'       DC   3  -6.590   5.767   4.276
   25   H5''   DC   3          H5''       DC   3  -4.854   5.872   4.629
   26    H4'   DC   3           H4'       DC   3  -6.057   7.256   6.201
   27    H3'   DC   3           H3'       DC   3  -4.317   5.212   7.122
   28    H2'   DC   3           H2'       DC   3  -5.905   3.921   8.262
   29   H2''   DC   3          H2''       DC   3  -5.750   5.229   9.484
   30    H1'   DC   3           H1'       DC   3  -7.672   6.317   8.753
   31    H41   DC   3           HN'       DC   3 -11.072   0.627   8.692
   32    H42   DC   3          HN''       DC   3 -11.980   1.755   9.673
   33    H5    DC   3           H5        DC   3  -9.046   1.217   7.544
   34    H6    DC   3           H6        DC   3  -7.409   2.982   7.129
   35    H5'    G   4           H5'        G   4  -4.277   8.877  10.830
   36   H5''    G   4          H5''        G   4  -3.318   7.985  12.027
   37    H4'    G   4           H4'        G   4  -5.808   8.878  12.518
   38    H3'    G   4           H3'        G   4  -4.704   6.214  13.542
   39    H2'    G   4          H2''        G   4  -6.756   5.927  14.655
   40   HO2'    G   4          H2'         G   4  -8.140   7.624  15.102
   41    H1'    G   4           H1'        G   4  -8.312   7.140  12.654
   42    H8     G   4           H8         G   4  -5.784   4.549  11.433
   43    H1     G   4           H1         G   4 -11.320   2.005  13.402
   44    H21    G   4           HN'        G   4 -12.088   5.238  14.456
   45    H22    G   4          HN''        G   4 -12.596   3.569  14.320
   46    H5'   DA   5           H5'       DA   5  -6.642   8.203  16.541
   47   H5''   DA   5          H5''       DA   5  -5.614   8.433  17.969
   48    H4'   DA   5           H4'       DA   5  -7.919   7.691  18.532
   49    H3'   DA   5           H3'       DA   5  -5.634   6.705  19.847
   50    H2'   DA   5           H2'       DA   5  -5.502   4.655  18.631
   51   H2''   DA   5          H2''       DA   5  -6.614   4.199  19.967
   52    H1'   DA   5           H1'       DA   5  -8.509   4.394  18.631
   53    H8    DA   5           H8        DA   5  -5.327   4.200  16.401
   54    H61   DA   5          HN''       DA   5  -7.984  -0.795  13.951
   55    H62   DA   5           HN'       DA   5  -6.549   0.205  13.981
   56    H2    DA   5           H2        DA   5 -10.873   0.998  16.891
   57    H5'   DA   6           H5'       DA   6  -9.955   5.102  20.900
   58   H5''   DA   6          H5''       DA   6 -10.088   5.294  22.659
   59    H4'   DA   6           H4'       DA   6 -11.451   3.429  22.020
   60    H3'   DA   6           H3'       DA   6  -9.410   3.081  23.919
   61    H2'   DA   6           H2'       DA   6  -8.003   1.691  22.645
   62   H2''   DA   6          H2''       DA   6  -9.184   0.446  23.178
   63    H1'   DA   6           H1'       DA   6 -10.345   0.498  21.166
   64    H8    DA   6           H8        DA   6  -6.869   2.196  20.742
   65    H61   DA   6          HN''       DA   6  -5.922  -2.025  16.349
   66    H62   DA   6           HN'       DA   6  -5.210  -0.720  17.270
   67    H2    DA   6           H2        DA   6 -10.136  -2.510  17.836
   68    H5'   DT   7           H5'       DT   7 -12.375  -0.288  22.845
   69   H5''   DT   7          H5''       DT   7 -13.057  -0.964  24.337
   70    H4'   DT   7           H4'       DT   7 -12.946  -2.732  22.725
   71    H3'   DT   7           H3'       DT   7 -11.434  -2.966  25.167
   72    H2'   DT   7           H2'       DT   7  -9.342  -3.333  24.213
   73   H2''   DT   7          H2''       DT   7 -10.009  -4.956  23.824
   74    H1'   DT   7           H1'       DT   7 -10.561  -4.346  21.645
   75    H3    DT   7           H3        DT   7  -6.685  -4.048  19.429
   76    H71   DT   7           H51       DT   7  -5.656  -0.073  21.821
   77    H72   DT   7           H52       DT   7  -5.318  -1.178  23.175
   78    H73   DT   7           H53       DT   7  -6.781  -0.161  23.196
   79    H6    DT   7           H6        DT   7  -8.550  -1.597  23.117
   80    H5'   DT   8           H5'       DT   8 -12.260  -6.568  22.379
   81   H5''   DT   8          H5''       DT   8 -13.013  -7.811  23.398
   82    H4'   DT   8           H4'       DT   8 -11.836  -8.950  21.660
   83    H3'   DT   8           H3'       DT   8 -11.143  -9.508  24.347
   84    H2'   DT   8           H2'       DT   8  -8.979  -8.582  24.303
   85   H2''   DT   8          H2''       DT   8  -8.610 -10.164  23.537
   86    H1'   DT   8           H1'       DT   8  -8.639  -9.271  21.384
   87    H3    DT   8           H3        DT   8  -4.991  -6.729  20.866
   88    H71   DT   8           H51       DT   8  -6.805  -3.721  24.153
   89    H72   DT   8           H52       DT   8  -6.060  -4.922  25.235
   90    H73   DT   8           H53       DT   8  -7.833  -4.838  25.080
   91    H6    DT   8           H6        DT   8  -8.683  -6.588  23.940
   92    H5'   DC   9           H5'       DC   9  -9.394 -12.232  20.846
   93   H5''   DC   9          H5''       DC   9  -9.778 -13.881  21.373
   94    H4'   DC   9           H4'       DC   9  -7.734 -13.978  20.128
   95    H3'   DC   9           H3'       DC   9  -7.671 -15.087  22.764
   96    H2'   DC   9           H2'       DC   9  -6.520 -13.233  23.734
   97   H2''   DC   9          H2''       DC   9  -5.151 -14.248  23.165
   98    H1'   DC   9           H1'       DC   9  -4.837 -12.965  21.231
   99    H41   DC   9           HN'       DC   9  -3.188  -7.459  23.905
  100    H42   DC   9          HN''       DC   9  -4.570  -7.511  24.977
  101    H5    DC   9           H5        DC   9  -6.245  -9.231  24.885
  102    H6    DC   9           H6        DC   9  -6.943 -11.302  23.794
  103    H5'   DG  10           H5'       DG  10  -4.055 -15.573  19.797
  104   H5''   DG  10          H5''       DG  10  -3.714 -17.313  19.746
  105    H4'   DG  10           H4'       DG  10  -1.669 -16.155  19.281
  106    H3'   DG  10           H3'       DG  10  -1.768 -17.978  21.395
  107    H2'   DG  10           H2'       DG  10  -1.614 -16.440  23.169
  108   H2''   DG  10          H2''       DG  10   0.133 -16.562  22.765
  109    H1'   DG  10           H1'       DG  10   0.119 -14.579  21.546
  110    H8    DG  10           H8        DG  10  -3.061 -14.814  23.774
  111    H1    DG  10           H1        DG  10   0.532  -9.588  24.647
  112    H21   DG  10           HN'       DG  10   2.406 -10.794  21.966
  113    H22   DG  10          HN''       DG  10   2.182  -9.541  23.167
  114    H5'   DC  11           H5'       DC  11   2.285 -16.006  20.260
  115   H5''   DC  11          H5''       DC  11   3.454 -17.315  20.000
  116    H4'   DC  11           H4'       DC  11   4.673 -15.430  20.822
  117    H3'   DC  11           H3'       DC  11   4.745 -17.858  22.294
  118    H2'   DC  11           H2'       DC  11   3.639 -17.092  24.217
  119   H2''   DC  11          H2''       DC  11   5.261 -16.411  24.577
  120    H1'   DC  11           H1'       DC  11   4.684 -14.288  23.813
  121    H41   DC  11           HN'       DC  11  -0.047 -12.878  27.785
  122    H42   DC  11          HN''       DC  11  -0.833 -14.409  27.469
  123    H5    DC  11           H5        DC  11  -0.016 -16.004  25.868
  124    H6    DC  11           H6        DC  11   1.749 -16.513  24.258
  125    H5'   DG  12           H5'       DG  12   7.982 -14.640  23.631
  126   H5''   DG  12          H5''       DG  12   9.518 -15.525  23.681
  127    H4'   DG  12           H4'       DG  12   9.545 -13.965  25.492
  128    H3'   DG  12           H3'       DG  12   9.658 -16.748  26.035
  129   HO3'   DG  12          H3T        DG  12  11.036 -14.673  26.490
  130    H2'   DG  12           H2'       DG  12   7.823 -16.938  27.418
  131   H2''   DG  12          H2''       DG  12   8.843 -16.084  28.622
  132    H1'   DG  12           H1'       DG  12   7.853 -14.033  28.193
  133    H8    DG  12           H8        DG  12   5.727 -16.916  26.682
  134    H1    DG  12           H1        DG  12   2.535 -12.809  30.416
  135    H21   DG  12           HN'       DG  12   5.526 -11.021  30.496
  136    H22   DG  12          HN''       DG  12   3.857 -11.132  31.010
  137    H5'   DC  13           H5'       DC  13  -1.296  -8.755  37.147
  138   H5''   DC  13          H5''       DC  13  -1.470  -7.016  36.847
  139    H4'   DC  13           H4'       DC  13   0.757  -7.734  36.188
  140    H3'   DC  13           H3'       DC  13  -1.132  -6.855  34.077
  141    H2'   DC  13           H2'       DC  13  -0.085  -7.905  32.323
  142   H2''   DC  13          H2''       DC  13   1.505  -7.286  32.881
  143    H1'   DC  13           H1'       DC  13   1.974  -9.219  34.003
  144    H41   DC  13           HN'       DC  13   0.390 -13.733  29.816
  145    H42   DC  13          HN''       DC  13  -1.313 -13.506  30.151
  146    H5    DC  13           H5        DC  13  -2.144 -11.884  31.713
  147    H6    DC  13           H6        DC  13  -1.542 -10.095  33.267
  148   HO5'   DC  13          H5T        DC  13  -2.852  -7.394  35.277
  149    H5'   DG  14           H5'       DG  14   3.080  -5.551  33.461
  150   H5''   DG  14          H5''       DG  14   3.125  -3.788  33.268
  151    H4'   DG  14           H4'       DG  14   4.658  -4.717  31.686
  152    H3'   DG  14           H3'       DG  14   2.557  -3.109  30.805
  153    H2'   DG  14           H2'       DG  14   1.297  -4.747  29.688
  154   H2''   DG  14          H2''       DG  14   2.510  -4.438  28.399
  155    H1'   DG  14           H1'       DG  14   3.757  -6.321  28.945
  156    H8    DG  14           H8        DG  14   0.213  -6.468  30.520
  157    H1    DG  14           H1        DG  14   1.888 -11.587  27.061
  158    H21   DG  14           HN'       DG  14   5.013 -10.056  26.858
  159    H22   DG  14          HN''       DG  14   4.008 -11.424  26.434
  160    H5'   DC  15           H5'       DC  15   5.951  -4.355  27.944
  161   H5''   DC  15          H5''       DC  15   6.541  -2.978  26.994
  162    H4'   DC  15           H4'       DC  15   6.759  -4.988  25.673
  163    H3'   DC  15           H3'       DC  15   5.291  -2.772  24.684
  164    H2'   DC  15           H2'       DC  15   3.206  -3.820  24.487
  165   H2''   DC  15          H2''       DC  15   3.967  -4.545  23.029
  166    H1'   DC  15           H1'       DC  15   4.474  -6.533  24.123
  167    H41   DC  15           HN'       DC  15  -1.338  -8.426  25.807
  168    H42   DC  15          HN''       DC  15  -1.645  -6.917  26.636
  169    H5    DC  15           H5        DC  15  -0.011  -5.168  26.838
  170    H6    DC  15           H6        DC  15   2.250  -4.450  26.252
  171    H5'    G  16           H5'        G  16   7.182  -5.204  20.478
  172   H5''    G  16          H5''        G  16   6.336  -4.240  19.252
  173    H4'    G  16           H4'        G  16   6.045  -6.905  19.476
  174    H3'    G  16           H3'        G  16   3.778  -4.984  18.752
  175    H2'    G  16          H2''        G  16   2.404  -6.879  18.520
  176   HO2'    G  16          H2'         G  16   3.222  -8.939  18.224
  177    H1'    G  16           H1'        G  16   3.596  -8.325  20.615
  178    H8     G  16           H8         G  16   2.683  -4.704  21.421
  179    H1     G  16           H1         G  16  -2.188  -8.797  22.128
  180    H21    G  16           HN'        G  16  -0.032 -11.144  20.716
  181    H22    G  16          HN''        G  16  -1.611 -10.806  21.390
  182    H5'   DA  17           H5'       DA  17   3.757  -8.220  16.257
  183   H5''   DA  17          H5''       DA  17   3.826  -7.751  14.547
  184    H4'   DA  17           H4'       DA  17   2.160  -9.540  15.004
  185    H3'   DA  17           H3'       DA  17   1.665  -7.412  13.230
  186    H2'   DA  17           H2'       DA  17   0.362  -6.109  14.746
  187   H2''   DA  17          H2''       DA  17  -0.897  -7.165  14.020
  188    H1'   DA  17           H1'       DA  17  -0.940  -8.597  15.854
  189    H8    DA  17           H8        DA  17   0.812  -5.258  16.817
  190    H61   DA  17          HN''       DA  17  -3.610  -4.775  21.087
  191    H62   DA  17           HN'       DA  17  -2.240  -3.988  20.336
  192    H2    DA  17           H2        DA  17  -4.118  -8.735  19.020
  193    H5'   DA  18           H5'       DA  18  -1.637 -10.671  14.137
  194   H5''   DA  18          H5''       DA  18  -2.132 -11.262  12.539
  195    H4'   DA  18           H4'       DA  18  -4.013 -11.466  14.013
  196    H3'   DA  18           H3'       DA  18  -4.246  -9.966  11.649
  197    H2'   DA  18           H2'       DA  18  -4.501  -7.842  12.626
  198   H2''   DA  18          H2''       DA  18  -6.188  -8.425  12.830
  199    H1'   DA  18           H1'       DA  18  -5.856  -9.006  15.057
  200    H8    DA  18           H8        DA  18  -2.993  -6.662  13.851
  201    H61   DA  18          HN''       DA  18  -4.777  -2.972  18.456
  202    H62   DA  18           HN'       DA  18  -3.711  -3.146  17.081
  203    H2    DA  18           H2        DA  18  -7.223  -6.736  18.685
  204    H5'   DT  19           H5'       DT  19  -7.849 -10.786  14.412
  205   H5''   DT  19          H5''       DT  19  -9.201 -11.405  13.444
  206    H4'   DT  19           H4'       DT  19 -10.129 -10.158  15.267
  207    H3'   DT  19           H3'       DT  19 -10.643  -9.288  12.569
  208    H2'   DT  19           H2'       DT  19  -9.879  -7.100  12.788
  209   H2''   DT  19          H2''       DT  19 -11.387  -6.865  13.735
  210    H1'   DT  19           H1'       DT  19 -10.295  -7.130  15.776
  211    H3    DT  19           H3        DT  19  -7.875  -3.412  16.372
  212    H71   DT  19           H51       DT  19  -4.901  -4.834  12.950
  213    H72   DT  19           H52       DT  19  -6.209  -4.350  11.844
  214    H73   DT  19           H53       DT  19  -5.859  -6.076  12.112
  215    H6    DT  19           H6        DT  19  -7.709  -6.948  13.121
  216    H5'   DT  20           H5'       DT  20 -13.084  -7.770  16.197
  217   H5''   DT  20          H5''       DT  20 -14.785  -8.092  15.810
  218    H4'   DT  20           H4'       DT  20 -14.743  -6.175  17.233
  219    H3'   DT  20           H3'       DT  20 -15.918  -5.924  14.670
  220    H2'   DT  20           H2'       DT  20 -14.325  -4.456  13.748
  221   H2''   DT  20          H2''       DT  20 -15.296  -3.256  14.669
  222    H1'   DT  20           H1'       DT  20 -13.780  -3.201  16.438
  223    H3    DT  20           H3        DT  20 -10.093  -1.066  15.068
  224    H71   DT  20           H51       DT  20  -9.286  -4.717  12.041
  225    H72   DT  20           H52       DT  20 -10.437  -3.775  11.063
  226    H73   DT  20           H53       DT  20 -10.946  -5.312  11.805
  227    H6    DT  20           H6        DT  20 -12.367  -5.010  13.530
  228    H5'   DC  21           H5'       DC  21 -16.426  -2.409  17.853
  229   H5''   DC  21          H5''       DC  21 -18.176  -2.119  17.875
  230    H4'   DC  21           H4'       DC  21 -17.093  -0.030  18.314
  231    H3'   DC  21           H3'       DC  21 -18.952  -0.065  16.140
  232    H2'   DC  21           H2'       DC  21 -17.272  -0.116  14.442
  233   H2''   DC  21          H2''       DC  21 -17.462   1.651  14.707
  234    H1'   DC  21           H1'       DC  21 -15.565   1.780  16.072
  235    H41   DC  21           HN'       DC  21 -11.141   0.145  11.836
  236    H42   DC  21          HN''       DC  21 -12.054  -1.268  11.354
  237    H5    DC  21           H5        DC  21 -14.111  -1.927  12.407
  238    H6    DC  21           H6        DC  21 -15.774  -1.361  14.105
  239    H5'   DG  22           H5'       DG  22 -17.043   3.945  17.685
  240   H5''   DG  22          H5''       DG  22 -18.410   5.030  17.999
  241    H4'   DG  22           H4'       DG  22 -16.512   6.386  17.449
  242    H3'   DG  22           H3'       DG  22 -18.865   6.645  15.967
  243    H2'   DG  22           H2'       DG  22 -18.097   5.696  13.955
  244   H2''   DG  22          H2''       DG  22 -17.436   7.353  13.741
  245    H1'   DG  22           H1'       DG  22 -15.298   6.724  14.412
  246    H8    DG  22           H8        DG  22 -17.419   3.581  13.549
  247    H1    DG  22           H1        DG  22 -11.913   4.156  10.334
  248    H21   DG  22           HN'       DG  22 -10.764   5.893  11.095
  249    H22   DG  22          HN''       DG  22 -11.349   6.915  12.389
  250    H5'   DC  23           H5'       DC  23 -15.310   9.525  15.143
  251   H5''   DC  23          H5''       DC  23 -15.935  11.181  15.263
  252    H4'   DC  23           H4'       DC  23 -14.152  11.210  13.670
  253    H3'   DC  23           H3'       DC  23 -16.744  12.031  12.845
  254    H2'   DC  23           H2'       DC  23 -17.147  10.301  11.312
  255   H2''   DC  23          H2''       DC  23 -16.104  11.321  10.264
  256    H1'   DC  23           H1'       DC  23 -14.204  10.042  10.688
  257    H41   DC  23           HN'       DC  23 -16.063   4.427   8.415
  258    H42   DC  23          HN''       DC  23 -17.561   4.503   9.317
  259    H5    DC  23           H5        DC  23 -18.090   6.282  10.844
  260    H6    DC  23           H6        DC  23 -17.336   8.397  11.806
  261    H5'   DG  24           H5'       DG  24 -13.265  13.098   9.780
  262   H5''   DG  24          H5''       DG  24 -13.502  14.813   9.394
  263    H4'   DG  24           H4'       DG  24 -12.773  13.733   7.390
  264    H3'   DG  24           H3'       DG  24 -15.333  14.955   7.475
  265   HO3'   DG  24          H3T        DG  24 -13.201  15.117   6.118
  266    H2'   DG  24           H2'       DG  24 -16.637  13.143   6.901
  267   H2''   DG  24          H2''       DG  24 -15.952  13.375   5.258
  268    H1'   DG  24           H1'       DG  24 -14.379  11.695   5.539
  269    H8    DG  24           H8        DG  24 -17.109  11.482   8.298
  270    H1    DG  24           H1        DG  24 -16.000   6.046   5.102
  271    H21   DG  24           HN'       DG  24 -13.410   7.819   3.585
  272    H22   DG  24          HN''       DG  24 -14.281   6.308   3.725
  Start of MODEL    3
    1    H5'   DC   1           H5'       DC   1 -16.631   1.139  -0.882
    2   H5''   DC   1          H5''       DC   1 -15.630  -0.292  -1.188
    3    H4'   DC   1           H4'       DC   1 -14.172   1.616  -1.123
    4    H3'   DC   1           H3'       DC   1 -13.546  -0.590   0.535
    5    H2'   DC   1           H2'       DC   1 -14.500   0.345   2.516
    6   H2''   DC   1          H2''       DC   1 -12.804   0.930   2.619
    7    H1'   DC   1           H1'       DC   1 -13.354   3.055   1.820
    8    H41   DC   1           HN'       DC   1 -17.380   5.050   6.289
    9    H42   DC   1          HN''       DC   1 -18.141   3.475   6.359
   10    H5    DC   1           H5        DC   1 -17.573   1.671   4.881
   11    H6    DC   1           H6        DC   1 -16.128   0.955   3.044
   12   HO5'   DC   1          H5T        DC   1 -16.247  -1.074   0.636
   13    H5'   DG   2           H5'       DG   2 -10.379   2.949   0.334
   14   H5''   DG   2          H5''       DG   2  -8.778   2.214   0.130
   15    H4'   DG   2           H4'       DG   2  -8.506   4.215   1.421
   16    H3'   DG   2           H3'       DG   2  -7.590   1.769   2.488
   17    H2'   DG   2           H2'       DG   2  -9.174   1.578   4.223
   18   H2''   DG   2          H2''       DG   2  -8.024   2.705   5.020
   19    H1'   DG   2           H1'       DG   2  -9.329   4.576   4.544
   20    H8    DG   2           H8        DG   2 -11.343   1.274   4.221
   21    H1    DG   2           H1        DG   2 -13.943   5.704   8.041
   22    H21   DG   2           HN'       DG   2 -11.365   7.760   6.913
   23    H22   DG   2          HN''       DG   2 -12.782   7.589   7.924
   24    H5'   DC   3           H5'       DC   3  -6.539   5.876   4.335
   25   H5''   DC   3          H5''       DC   3  -4.796   5.972   4.652
   26    H4'   DC   3           H4'       DC   3  -5.932   7.364   6.251
   27    H3'   DC   3           H3'       DC   3  -4.208   5.320   7.153
   28    H2'   DC   3           H2'       DC   3  -5.829   3.972   8.193
   29   H2''   DC   3          H2''       DC   3  -5.647   5.202   9.489
   30    H1'   DC   3           H1'       DC   3  -7.558   6.361   8.835
   31    H41   DC   3           HN'       DC   3 -11.036   0.728   8.523
   32    H42   DC   3          HN''       DC   3 -11.939   1.831   9.538
   33    H5    DC   3           H5        DC   3  -8.993   1.335   7.412
   34    H6    DC   3           H6        DC   3  -7.334   3.096   7.074
   35    H5'    G   4           H5'        G   4  -4.187   8.867  10.992
   36   H5''    G   4          H5''        G   4  -3.289   7.902  12.181
   37    H4'    G   4           H4'        G   4  -5.793   8.839  12.599
   38    H3'    G   4           H3'        G   4  -4.736   6.161  13.639
   39    H2'    G   4          H2''        G   4  -6.829   5.877  14.675
   40   HO2'    G   4          H2'         G   4  -8.229   7.586  15.064
   41    H1'    G   4           H1'        G   4  -8.306   7.115  12.630
   42    H8     G   4           H8         G   4  -5.768   4.530  11.437
   43    H1     G   4           H1         G   4 -11.334   1.971  13.300
   44    H21    G   4           HN'        G   4 -12.112   5.192  14.381
   45    H22    G   4          HN''        G   4 -12.620   3.526  14.217
   46    H5'   DA   5           H5'       DA   5  -6.785   8.124  16.578
   47   H5''   DA   5          H5''       DA   5  -5.789   8.373  18.024
   48    H4'   DA   5           H4'       DA   5  -8.096   7.631  18.558
   49    H3'   DA   5           H3'       DA   5  -5.832   6.639  19.899
   50    H2'   DA   5           H2'       DA   5  -5.685   4.592  18.685
   51   H2''   DA   5          H2''       DA   5  -6.814   4.131  20.004
   52    H1'   DA   5           H1'       DA   5  -8.691   4.329  18.645
   53    H8    DA   5           H8        DA   5  -5.477   4.142  16.459
   54    H61   DA   5          HN''       DA   5  -8.102  -0.840  13.950
   55    H62   DA   5           HN'       DA   5  -6.666   0.158  14.005
   56    H2    DA   5           H2        DA   5 -11.033   0.944  16.853
   57    H5'   DA   6           H5'       DA   6 -10.162   5.004  20.920
   58   H5''   DA   6          H5''       DA   6 -10.296   5.201  22.678
   59    H4'   DA   6           H4'       DA   6 -11.642   3.321  22.045
   60    H3'   DA   6           H3'       DA   6  -9.597   2.995  23.943
   61    H2'   DA   6           H2'       DA   6  -8.187   1.603  22.676
   62   H2''   DA   6          H2''       DA   6  -9.366   0.357  23.211
   63    H1'   DA   6           H1'       DA   6 -10.524   0.399  21.197
   64    H8    DA   6           H8        DA   6  -7.053   2.108  20.773
   65    H61   DA   6          HN''       DA   6  -6.086  -2.119  16.391
   66    H62   DA   6           HN'       DA   6  -5.380  -0.810  17.309
   67    H2    DA   6           H2        DA   6 -10.301  -2.614  17.873
   68    H5'   DT   7           H5'       DT   7 -12.545  -0.409  22.899
   69   H5''   DT   7          H5''       DT   7 -13.211  -1.081  24.400
   70    H4'   DT   7           H4'       DT   7 -13.080  -2.861  22.800
   71    H3'   DT   7           H3'       DT   7 -11.545  -3.046  25.237
   72    H2'   DT   7           H2'       DT   7  -9.465  -3.445  24.278
   73   H2''   DT   7          H2''       DT   7 -10.148  -5.064  23.897
   74    H1'   DT   7           H1'       DT   7 -10.701  -4.457  21.720
   75    H3    DT   7           H3        DT   7  -6.833  -4.163  19.486
   76    H71   DT   7           H51       DT   7  -5.455  -1.286  23.225
   77    H72   DT   7           H52       DT   7  -6.916  -0.269  23.246
   78    H73   DT   7           H53       DT   7  -5.789  -0.186  21.869
   79    H6    DT   7           H6        DT   7  -8.683  -1.705  23.179
   80    H5'   DT   8           H5'       DT   8 -12.362  -6.685  22.524
   81   H5''   DT   8          H5''       DT   8 -13.092  -7.932  23.553
   82    H4'   DT   8           H4'       DT   8 -11.887  -9.064  21.832
   83    H3'   DT   8           H3'       DT   8 -11.168  -9.581  24.533
   84    H2'   DT   8           H2'       DT   8  -9.015  -8.635  24.451
   85   H2''   DT   8          H2''       DT   8  -8.639 -10.219  23.692
   86    H1'   DT   8           H1'       DT   8  -8.713  -9.345  21.532
   87    H3    DT   8           H3        DT   8  -5.078  -6.802  20.948
   88    H71   DT   8           H51       DT   8  -7.174  -3.777  24.220
   89    H72   DT   8           H52       DT   8  -5.972  -4.731  25.122
   90    H73   DT   8           H53       DT   8  -7.711  -5.050  25.340
   91    H6    DT   8           H6        DT   8  -8.737  -6.632  24.059
   92    H5'   DC   9           H5'       DC   9  -9.372 -12.285  21.054
   93   H5''   DC   9          H5''       DC   9  -9.743 -13.937  21.583
   94    H4'   DC   9           H4'       DC   9  -7.689 -14.031  20.364
   95    H3'   DC   9           H3'       DC   9  -7.618 -15.087  23.027
   96    H2'   DC   9           H2'       DC   9  -6.472 -13.209  23.957
   97   H2''   DC   9          H2''       DC   9  -5.099 -14.223  23.392
   98    H1'   DC   9           H1'       DC   9  -4.813 -12.970  21.433
   99    H41   DC   9           HN'       DC   9  -3.181  -7.407  23.996
  100    H42   DC   9          HN''       DC   9  -4.547  -7.457  25.089
  101    H5    DC   9           H5        DC   9  -6.206  -9.194  25.048
  102    H6    DC   9           H6        DC   9  -6.899 -11.288  23.998
  103    H5'   DG  10           H5'       DG  10  -4.053 -15.611  20.024
  104   H5''   DG  10          H5''       DG  10  -3.717 -17.351  19.983
  105    H4'   DG  10           H4'       DG  10  -1.682 -16.207  19.449
  106    H3'   DG  10           H3'       DG  10  -1.745 -17.995  21.590
  107    H2'   DG  10           H2'       DG  10  -1.560 -16.433  23.340
  108   H2''   DG  10          H2''       DG  10   0.181 -16.567  22.916
  109    H1'   DG  10           H1'       DG  10   0.159 -14.601  21.671
  110    H8    DG  10           H8        DG  10  -2.992 -14.801  23.943
  111    H1    DG  10           H1        DG  10   0.611  -9.559  24.683
  112    H21   DG  10           HN'       DG  10   2.445 -10.807  21.995
  113    H22   DG  10          HN''       DG  10   2.238  -9.535  23.178
  114    H5'   DC  11           H5'       DC  11   2.314 -16.068  20.396
  115   H5''   DC  11          H5''       DC  11   3.472 -17.388  20.148
  116    H4'   DC  11           H4'       DC  11   4.709 -15.500  20.937
  117    H3'   DC  11           H3'       DC  11   4.770 -17.908  22.441
  118    H2'   DC  11           H2'       DC  11   3.679 -17.109  24.359
  119   H2''   DC  11          H2''       DC  11   5.307 -16.435  24.702
  120    H1'   DC  11           H1'       DC  11   4.739 -14.318  23.914
  121    H41   DC  11           HN'       DC  11   0.028 -12.824  27.879
  122    H42   DC  11          HN''       DC  11  -0.762 -14.360  27.595
  123    H5    DC  11           H5        DC  11   0.044 -15.984  26.019
  124    H6    DC  11           H6        DC  11   1.800 -16.525  24.409
  125    H5'   DG  12           H5'       DG  12   8.077 -14.671  23.468
  126   H5''   DG  12          H5''       DG  12   9.624 -15.536  23.518
  127    H4'   DG  12           H4'       DG  12   9.699 -13.790  25.168
  128    H3'   DG  12           H3'       DG  12  10.004 -16.496  25.913
  129   HO3'   DG  12          H3T        DG  12  10.706 -14.025  27.173
  130    H2'   DG  12           H2'       DG  12   8.229 -16.695  27.375
  131   H2''   DG  12          H2''       DG  12   9.258 -15.729  28.484
  132    H1'   DG  12           H1'       DG  12   8.146 -13.755  27.998
  133    H8    DG  12           H8        DG  12   6.109 -16.819  26.746
  134    H1    DG  12           H1        DG  12   2.866 -12.664  30.381
  135    H21   DG  12           HN'       DG  12   5.761 -10.729  30.225
  136    H22   DG  12          HN''       DG  12   4.124 -10.891  30.819
  137    H5'   DC  13           H5'       DC  13   0.149  -9.826  37.175
  138   H5''   DC  13          H5''       DC  13  -0.623  -8.251  37.424
  139    H4'   DC  13           H4'       DC  13   1.527  -7.857  36.430
  140    H3'   DC  13           H3'       DC  13  -0.737  -6.694  35.193
  141    H2'   DC  13           H2'       DC  13  -0.962  -8.381  33.516
  142   H2''   DC  13          H2''       DC  13   0.117  -7.199  32.699
  143    H1'   DC  13           H1'       DC  13   2.039  -8.448  33.145
  144    H41   DC  13           HN'       DC  13   0.762 -13.824  30.040
  145    H42   DC  13          HN''       DC  13  -0.897 -13.791  30.593
  146    H5    DC  13           H5        DC  13  -1.740 -12.162  32.142
  147    H6    DC  13           H6        DC  13  -1.200 -10.181  33.468
  148   HO5'   DC  13          H5T        DC  13  -2.158  -8.839  36.152
  149    H5'   DG  14           H5'       DG  14   3.532  -5.495  33.482
  150   H5''   DG  14          H5''       DG  14   3.541  -3.734  33.272
  151    H4'   DG  14           H4'       DG  14   4.919  -4.682  31.557
  152    H3'   DG  14           H3'       DG  14   2.757  -3.031  30.810
  153    H2'   DG  14           H2'       DG  14   1.417  -4.702  29.827
  154   H2''   DG  14          H2''       DG  14   2.526  -4.389  28.449
  155    H1'   DG  14           H1'       DG  14   3.844  -6.251  28.921
  156    H8    DG  14           H8        DG  14   0.377  -6.444  30.655
  157    H1    DG  14           H1        DG  14   1.947 -11.530  27.098
  158    H21   DG  14           HN'       DG  14   5.045  -9.968  26.766
  159    H22   DG  14          HN''       DG  14   4.036 -11.344  26.380
  160    H5'   DC  15           H5'       DC  15   6.044  -4.371  27.847
  161   H5''   DC  15          H5''       DC  15   6.640  -2.976  26.927
  162    H4'   DC  15           H4'       DC  15   6.880  -4.941  25.558
  163    H3'   DC  15           H3'       DC  15   5.413  -2.733  24.591
  164    H2'   DC  15           H2'       DC  15   3.300  -3.760  24.510
  165   H2''   DC  15          H2''       DC  15   3.979  -4.447  22.994
  166    H1'   DC  15           H1'       DC  15   4.523  -6.472  23.998
  167    H41   DC  15           HN'       DC  15  -1.212  -8.391  25.898
  168    H42   DC  15          HN''       DC  15  -1.487  -6.891  26.754
  169    H5    DC  15           H5        DC  15   0.155  -5.144  26.913
  170    H6    DC  15           H6        DC  15   2.393  -4.422  26.249
  171    H5'    G  16           H5'        G  16   7.149  -5.158  20.299
  172   H5''    G  16          H5''        G  16   6.221  -4.214  19.119
  173    H4'    G  16           H4'        G  16   5.988  -6.894  19.405
  174    H3'    G  16           H3'        G  16   3.685  -5.011  18.685
  175    H2'    G  16          H2''        G  16   2.328  -6.926  18.536
  176   HO2'    G  16          H2'         G  16   3.169  -8.991  18.292
  177    H1'    G  16           H1'        G  16   3.584  -8.304  20.639
  178    H8     G  16           H8         G  16   2.672  -4.683  21.414
  179    H1     G  16           H1         G  16  -2.188  -8.770  22.233
  180    H21    G  16           HN'        G  16  -0.055 -11.128  20.803
  181    H22    G  16          HN''        G  16  -1.623 -10.785  21.500
  182    H5'   DA  17           H5'       DA  17   3.623  -8.320  16.291
  183   H5''   DA  17          H5''       DA  17   3.690  -7.891  14.571
  184    H4'   DA  17           H4'       DA  17   2.034  -9.674  15.055
  185    H3'   DA  17           H3'       DA  17   1.518  -7.569  13.265
  186    H2'   DA  17           H2'       DA  17   0.221  -6.253  14.776
  187   H2''   DA  17          H2''       DA  17  -1.042  -7.319  14.071
  188    H1'   DA  17           H1'       DA  17  -1.068  -8.730  15.920
  189    H8    DA  17           H8        DA  17   0.685  -5.377  16.828
  190    H61   DA  17          HN''       DA  17  -3.690  -4.859  21.140
  191    H62   DA  17           HN'       DA  17  -2.332  -4.075  20.365
  192    H2    DA  17           H2        DA  17  -4.209  -8.843  19.125
  193    H5'   DA  18           H5'       DA  18  -1.804 -10.812  14.213
  194   H5''   DA  18          H5''       DA  18  -2.297 -11.408  12.616
  195    H4'   DA  18           H4'       DA  18  -4.185 -11.590  14.082
  196    H3'   DA  18           H3'       DA  18  -4.397 -10.094  11.713
  197    H2'   DA  18           H2'       DA  18  -4.657  -7.968  12.683
  198   H2''   DA  18          H2''       DA  18  -6.344  -8.551  12.886
  199    H1'   DA  18           H1'       DA  18  -6.016  -9.124  15.115
  200    H8    DA  18           H8        DA  18  -3.149  -6.789  13.906
  201    H61   DA  18          HN''       DA  18  -4.930  -3.082  18.500
  202    H62   DA  18           HN'       DA  18  -3.863  -3.262  17.125
  203    H2    DA  18           H2        DA  18  -7.382  -6.842  18.735
  204    H5'   DT  19           H5'       DT  19  -8.036 -10.892  14.450
  205   H5''   DT  19          H5''       DT  19  -9.380 -11.500  13.466
  206    H4'   DT  19           H4'       DT  19 -10.315 -10.233  15.273
  207    H3'   DT  19           H3'       DT  19 -10.776  -9.364  12.560
  208    H2'   DT  19           H2'       DT  19 -10.044  -7.171  12.796
  209   H2''   DT  19          H2''       DT  19 -11.556  -6.952  13.741
  210    H1'   DT  19           H1'       DT  19 -10.468  -7.219  15.782
  211    H3    DT  19           H3        DT  19  -8.048  -3.504  16.399
  212    H71   DT  19           H51       DT  19  -6.371  -4.428  11.873
  213    H72   DT  19           H52       DT  19  -6.021  -6.154  12.135
  214    H73   DT  19           H53       DT  19  -5.063  -4.911  12.978
  215    H6    DT  19           H6        DT  19  -7.873  -7.028  13.135
  216    H5'   DT  20           H5'       DT  20 -13.274  -7.839  16.124
  217   H5''   DT  20          H5''       DT  20 -14.974  -8.141  15.720
  218    H4'   DT  20           H4'       DT  20 -14.921  -6.207  17.119
  219    H3'   DT  20           H3'       DT  20 -16.055  -5.954  14.523
  220    H2'   DT  20           H2'       DT  20 -14.437  -4.495  13.635
  221   H2''   DT  20          H2''       DT  20 -15.409  -3.292  14.548
  222    H1'   DT  20           H1'       DT  20 -13.923  -3.267  16.345
  223    H3    DT  20           H3        DT  20 -10.215  -1.127  15.041
  224    H71   DT  20           H51       DT  20  -9.487  -5.023  12.120
  225    H72   DT  20           H52       DT  20 -10.206  -3.760  11.091
  226    H73   DT  20           H53       DT  20 -11.174  -5.174  11.577
  227    H6    DT  20           H6        DT  20 -12.466  -5.064  13.449
  228    H5'   DC  21           H5'       DC  21 -16.539  -2.413  17.666
  229   H5''   DC  21          H5''       DC  21 -18.287  -2.112  17.681
  230    H4'   DC  21           H4'       DC  21 -17.207  -0.021  18.096
  231    H3'   DC  21           H3'       DC  21 -19.026  -0.078  15.882
  232    H2'   DC  21           H2'       DC  21 -17.314  -0.133  14.217
  233   H2''   DC  21          H2''       DC  21 -17.502   1.635  14.478
  234    H1'   DC  21           H1'       DC  21 -15.632   1.758  15.882
  235    H41   DC  21           HN'       DC  21 -11.125   0.107  11.741
  236    H42   DC  21          HN''       DC  21 -12.039  -1.297  11.234
  237    H5    DC  21           H5        DC  21 -14.123  -1.946  12.238
  238    H6    DC  21           H6        DC  21 -15.818  -1.373  13.901
  239    H5'   DG  22           H5'       DG  22 -17.152   3.913  17.486
  240   H5''   DG  22          H5''       DG  22 -18.525   4.993  17.793
  241    H4'   DG  22           H4'       DG  22 -16.620   6.361  17.313
  242    H3'   DG  22           H3'       DG  22 -18.939   6.628  15.785
  243    H2'   DG  22           H2'       DG  22 -18.132   5.702  13.779
  244   H2''   DG  22          H2''       DG  22 -17.476   7.364  13.588
  245    H1'   DG  22           H1'       DG  22 -15.346   6.740  14.291
  246    H8    DG  22           H8        DG  22 -17.442   3.597  13.366
  247    H1    DG  22           H1        DG  22 -11.872   4.202  10.268
  248    H21   DG  22           HN'       DG  22 -10.741   5.936  11.064
  249    H22   DG  22          HN''       DG  22 -11.355   6.947  12.353
  250    H5'   DC  23           H5'       DC  23 -15.398   9.547  15.027
  251   H5''   DC  23          H5''       DC  23 -16.043  11.196  15.140
  252    H4'   DC  23           H4'       DC  23 -14.239  11.245  13.570
  253    H3'   DC  23           H3'       DC  23 -16.827  12.043  12.716
  254    H2'   DC  23           H2'       DC  23 -17.197  10.312  11.173
  255   H2''   DC  23          H2''       DC  23 -16.149  11.344  10.142
  256    H1'   DC  23           H1'       DC  23 -14.244  10.080  10.585
  257    H41   DC  23           HN'       DC  23 -16.023   4.447   8.291
  258    H42   DC  23          HN''       DC  23 -17.537   4.516   9.166
  259    H5    DC  23           H5        DC  23 -18.103   6.292  10.682
  260    H6    DC  23           H6        DC  23 -17.380   8.413  11.654
  261    H5'   DG  24           H5'       DG  24 -13.200  13.226   9.904
  262   H5''   DG  24          H5''       DG  24 -13.411  14.942   9.510
  263    H4'   DG  24           H4'       DG  24 -12.451  13.858   7.594
  264    H3'   DG  24           H3'       DG  24 -14.944  15.168   7.413
  265   HO3'   DG  24          H3T        DG  24 -12.987  14.390   5.478
  266    H2'   DG  24           H2'       DG  24 -16.264  13.395   6.747
  267   H2''   DG  24          H2''       DG  24 -15.447  13.606   5.163
  268    H1'   DG  24           H1'       DG  24 -13.966  11.867   5.553
  269    H8    DG  24           H8        DG  24 -16.910  11.754   8.088
  270    H1    DG  24           H1        DG  24 -15.744   6.276   4.985
  271    H21   DG  24           HN'       DG  24 -12.978   7.951   3.684
  272    H22   DG  24          HN''       DG  24 -13.911   6.474   3.752
  Start of MODEL    4
    1    H5'   DC   1           H5'       DC   1 -16.377   1.168  -0.967
    2   H5''   DC   1          H5''       DC   1 -15.356  -0.243  -1.294
    3    H4'   DC   1           H4'       DC   1 -13.916   1.671  -1.187
    4    H3'   DC   1           H3'       DC   1 -13.283  -0.541   0.459
    5    H2'   DC   1           H2'       DC   1 -14.274   0.366   2.437
    6   H2''   DC   1          H2''       DC   1 -12.587   0.970   2.564
    7    H1'   DC   1           H1'       DC   1 -13.151   3.096   1.780
    8    H41   DC   1           HN'       DC   1 -17.264   5.004   6.206
    9    H42   DC   1          HN''       DC   1 -18.003   3.418   6.256
   10    H5    DC   1           H5        DC   1 -17.390   1.632   4.773
   11    H6    DC   1           H6        DC   1 -15.911   0.950   2.950
   12   HO5'   DC   1          H5T        DC   1 -16.628   0.534   1.096
   13    H5'   DG   2           H5'       DG   2 -10.190   3.044   0.315
   14   H5''   DG   2          H5''       DG   2  -8.571   2.351   0.106
   15    H4'   DG   2           H4'       DG   2  -8.338   4.343   1.411
   16    H3'   DG   2           H3'       DG   2  -7.418   1.901   2.468
   17    H2'   DG   2           H2'       DG   2  -8.968   1.701   4.225
   18   H2''   DG   2          H2''       DG   2  -7.839   2.863   5.001
   19    H1'   DG   2           H1'       DG   2  -9.194   4.693   4.525
   20    H8    DG   2           H8        DG   2 -11.140   1.353   4.176
   21    H1    DG   2           H1        DG   2 -13.836   5.706   8.018
   22    H21   DG   2           HN'       DG   2 -11.291   7.816   6.916
   23    H22   DG   2          HN''       DG   2 -12.709   7.612   7.920
   24    H5'   DC   3           H5'       DC   3  -6.405   5.963   4.400
   25   H5''   DC   3          H5''       DC   3  -4.688   6.077   4.837
   26    H4'   DC   3           H4'       DC   3  -5.993   7.343   6.430
   27    H3'   DC   3           H3'       DC   3  -4.283   5.227   7.323
   28    H2'   DC   3           H2'       DC   3  -5.896   3.957   8.434
   29   H2''   DC   3          H2''       DC   3  -5.801   5.276   9.649
   30    H1'   DC   3           H1'       DC   3  -7.694   6.345   8.825
   31    H41   DC   3           HN'       DC   3 -11.063   0.640   8.590
   32    H42   DC   3          HN''       DC   3 -12.005   1.752   9.557
   33    H5    DC   3           H5        DC   3  -9.003   1.252   7.516
   34    H6    DC   3           H6        DC   3  -7.358   3.026   7.179
   35    H5'    G   4           H5'        G   4  -4.738   8.895  10.721
   36   H5''    G   4          H5''        G   4  -3.628   8.446  12.030
   37    H4'    G   4           H4'        G   4  -6.114   8.901  12.611
   38    H3'    G   4           H3'        G   4  -4.860   6.268  13.575
   39    H2'    G   4          H2''        G   4  -6.888   5.887  14.704
   40   HO2'    G   4          H2'         G   4  -7.012   8.672  14.647
   41    H1'    G   4           H1'        G   4  -8.502   7.099  12.738
   42    H8     G   4           H8         G   4  -5.918   4.544  11.529
   43    H1     G   4           H1         G   4 -11.471   1.939  13.362
   44    H21    G   4           HN'        G   4 -12.293   5.158  14.415
   45    H22    G   4          HN''        G   4 -12.783   3.486  14.259
   46    H5'   DA   5           H5'       DA   5  -6.828   8.183  16.606
   47   H5''   DA   5          H5''       DA   5  -5.816   8.412  18.045
   48    H4'   DA   5           H4'       DA   5  -8.110   7.611  18.579
   49    H3'   DA   5           H3'       DA   5  -5.809   6.637  19.896
   50    H2'   DA   5           H2'       DA   5  -5.664   4.595  18.673
   51   H2''   DA   5          H2''       DA   5  -6.787   4.129  19.996
   52    H1'   DA   5           H1'       DA   5  -8.672   4.340  18.645
   53    H8    DA   5           H8        DA   5  -5.477   4.141  16.433
   54    H61   DA   5          HN''       DA   5  -8.114  -0.868  13.990
   55    H62   DA   5           HN'       DA   5  -6.682   0.135  14.021
   56    H2    DA   5           H2        DA   5 -11.017   0.928  16.914
   57    H5'   DA   6           H5'       DA   6 -10.138   5.008  20.932
   58   H5''   DA   6          H5''       DA   6 -10.262   5.201  22.691
   59    H4'   DA   6           H4'       DA   6 -11.622   3.329  22.058
   60    H3'   DA   6           H3'       DA   6  -9.578   2.994  23.953
   61    H2'   DA   6           H2'       DA   6  -8.168   1.606  22.680
   62   H2''   DA   6          H2''       DA   6  -9.345   0.358  23.218
   63    H1'   DA   6           H1'       DA   6 -10.509   0.401  21.207
   64    H8    DA   6           H8        DA   6  -7.039   2.109  20.774
   65    H61   DA   6          HN''       DA   6  -6.083  -2.118  16.389
   66    H62   DA   6           HN'       DA   6  -5.375  -0.808  17.306
   67    H2    DA   6           H2        DA   6 -10.293  -2.613  17.883
   68    H5'   DT   7           H5'       DT   7 -12.537  -0.412  22.911
   69   H5''   DT   7          H5''       DT   7 -13.193  -1.084  24.417
   70    H4'   DT   7           H4'       DT   7 -13.071  -2.862  22.813
   71    H3'   DT   7           H3'       DT   7 -11.539  -3.061  25.250
   72    H2'   DT   7           H2'       DT   7  -9.456  -3.439  24.285
   73   H2''   DT   7          H2''       DT   7 -10.126  -5.062  23.908
   74    H1'   DT   7           H1'       DT   7 -10.692  -4.460  21.729
   75    H3    DT   7           H3        DT   7  -6.830  -4.165  19.486
   76    H71   DT   7           H51       DT   7  -5.441  -1.281  23.211
   77    H72   DT   7           H52       DT   7  -6.906  -0.271  23.248
   78    H73   DT   7           H53       DT   7  -5.793  -0.178  21.861
   79    H6    DT   7           H6        DT   7  -8.674  -1.705  23.179
   80    H5'   DT   8           H5'       DT   8 -12.365  -6.701  22.509
   81   H5''   DT   8          H5''       DT   8 -13.098  -7.938  23.547
   82    H4'   DT   8           H4'       DT   8 -11.916  -9.086  21.822
   83    H3'   DT   8           H3'       DT   8 -11.192  -9.594  24.514
   84    H2'   DT   8           H2'       DT   8  -9.031  -8.667  24.428
   85   H2''   DT   8          H2''       DT   8  -8.667 -10.255  23.670
   86    H1'   DT   8           H1'       DT   8  -8.729  -9.380  21.511
   87    H3    DT   8           H3        DT   8  -5.100  -6.827  20.926
   88    H71   DT   8           H51       DT   8  -7.728  -5.095  25.325
   89    H72   DT   8           H52       DT   8  -7.210  -3.812  24.206
   90    H73   DT   8           H53       DT   8  -5.995  -4.760  25.101
   91    H6    DT   8           H6        DT   8  -8.758  -6.669  24.039
   92    H5'   DC   9           H5'       DC   9  -9.487 -12.386  21.031
   93   H5''   DC   9          H5''       DC   9  -9.850 -14.026  21.603
   94    H4'   DC   9           H4'       DC   9  -7.822 -14.130  20.329
   95    H3'   DC   9           H3'       DC   9  -7.727 -15.189  22.981
   96    H2'   DC   9           H2'       DC   9  -6.576 -13.314  23.910
   97   H2''   DC   9          H2''       DC   9  -5.207 -14.330  23.343
   98    H1'   DC   9           H1'       DC   9  -4.917 -13.074  21.388
   99    H41   DC   9           HN'       DC   9  -3.307  -7.500  23.941
  100    H42   DC   9          HN''       DC   9  -4.662  -7.562  25.047
  101    H5    DC   9           H5        DC   9  -6.308  -9.312  25.016
  102    H6    DC   9           H6        DC   9  -6.996 -11.407  23.967
  103    H5'   DG  10           H5'       DG  10  -4.127 -15.689  20.012
  104   H5''   DG  10          H5''       DG  10  -3.775 -17.427  19.974
  105    H4'   DG  10           H4'       DG  10  -1.737 -16.268  19.494
  106    H3'   DG  10           H3'       DG  10  -1.822 -18.058  21.652
  107    H2'   DG  10           H2'       DG  10  -1.673 -16.476  23.389
  108   H2''   DG  10          H2''       DG  10   0.074 -16.603  22.986
  109    H1'   DG  10           H1'       DG  10   0.053 -14.652  21.713
  110    H8    DG  10           H8        DG  10  -3.115 -14.825  23.965
  111    H1    DG  10           H1        DG  10   0.515  -9.604  24.711
  112    H21   DG  10           HN'       DG  10   2.368 -10.879  22.048
  113    H22   DG  10          HN''       DG  10   2.157  -9.600  23.223
  114    H5'   DC  11           H5'       DC  11   2.197 -16.075  20.444
  115   H5''   DC  11          H5''       DC  11   3.357 -17.387  20.165
  116    H4'   DC  11           H4'       DC  11   4.614 -15.504  20.914
  117    H3'   DC  11           H3'       DC  11   4.687 -17.892  22.457
  118    H2'   DC  11           H2'       DC  11   3.631 -17.056  24.379
  119   H2''   DC  11          H2''       DC  11   5.269 -16.386  24.688
  120    H1'   DC  11           H1'       DC  11   4.704 -14.279  23.872
  121    H41   DC  11           HN'       DC  11   0.076 -12.691  27.898
  122    H42   DC  11          HN''       DC  11  -0.738 -14.219  27.641
  123    H5    DC  11           H5        DC  11   0.024 -15.869  26.068
  124    H6    DC  11           H6        DC  11   1.749 -16.449  24.439
  125    H5'   DG  12           H5'       DG  12   8.024 -14.668  23.438
  126   H5''   DG  12          H5''       DG  12   9.562 -15.549  23.474
  127    H4'   DG  12           H4'       DG  12   9.678 -13.810  25.123
  128    H3'   DG  12           H3'       DG  12   9.942 -16.518  25.874
  129   HO3'   DG  12          H3T        DG  12  10.688 -14.364  27.547
  130    H2'   DG  12           H2'       DG  12   8.174 -16.682  27.349
  131   H2''   DG  12          H2''       DG  12   9.227 -15.730  28.447
  132    H1'   DG  12           H1'       DG  12   8.147 -13.738  27.962
  133    H8    DG  12           H8        DG  12   6.047 -16.771  26.738
  134    H1    DG  12           H1        DG  12   2.907 -12.545  30.381
  135    H21   DG  12           HN'       DG  12   5.834 -10.662  30.194
  136    H22   DG  12          HN''       DG  12   4.198 -10.792  30.803
  137    H5'   DC  13           H5'       DC  13   0.296  -9.597  37.159
  138   H5''   DC  13          H5''       DC  13  -0.448  -8.008  37.412
  139    H4'   DC  13           H4'       DC  13   1.689  -7.643  36.388
  140    H3'   DC  13           H3'       DC  13  -0.573  -6.472  35.159
  141    H2'   DC  13           H2'       DC  13  -0.835  -8.176  33.504
  142   H2''   DC  13          H2''       DC  13   0.249  -7.014  32.663
  143    H1'   DC  13           H1'       DC  13   2.161  -8.281  33.102
  144    H41   DC  13           HN'       DC  13   0.792 -13.684  30.085
  145    H42   DC  13          HN''       DC  13  -0.862 -13.624  30.653
  146    H5    DC  13           H5        DC  13  -1.670 -11.963  32.187
  147    H6    DC  13           H6        DC  13  -1.094  -9.970  33.481
  148   HO5'   DC  13          H5T        DC  13  -1.062  -9.990  35.507
  149    H5'   DG  14           H5'       DG  14   3.689  -5.367  33.411
  150   H5''   DG  14          H5''       DG  14   3.742  -3.608  33.190
  151    H4'   DG  14           H4'       DG  14   5.094  -4.588  31.478
  152    H3'   DG  14           H3'       DG  14   2.941  -2.935  30.738
  153    H2'   DG  14           H2'       DG  14   1.598  -4.578  29.724
  154   H2''   DG  14          H2''       DG  14   2.737  -4.294  28.364
  155    H1'   DG  14           H1'       DG  14   4.004  -6.180  28.864
  156    H8    DG  14           H8        DG  14   0.535  -6.292  30.606
  157    H1    DG  14           H1        DG  14   1.997 -11.433  27.082
  158    H21   DG  14           HN'       DG  14   5.122  -9.929  26.727
  159    H22   DG  14          HN''       DG  14   4.086 -11.289  26.354
  160    H5'   DC  15           H5'       DC  15   6.145  -4.308  27.721
  161   H5''   DC  15          H5''       DC  15   6.706  -2.971  26.699
  162    H4'   DC  15           H4'       DC  15   6.778  -5.022  25.422
  163    H3'   DC  15           H3'       DC  15   5.246  -2.792  24.484
  164    H2'   DC  15           H2'       DC  15   3.180  -3.865  24.319
  165   H2''   DC  15          H2''       DC  15   3.933  -4.648  22.887
  166    H1'   DC  15           H1'       DC  15   4.466  -6.581  24.059
  167    H41   DC  15           HN'       DC  15  -1.309  -8.419  25.922
  168    H42   DC  15          HN''       DC  15  -1.594  -6.891  26.724
  169    H5    DC  15           H5        DC  15   0.045  -5.139  26.840
  170    H6    DC  15           H6        DC  15   2.288  -4.435  26.177
  171    H5'    G  16           H5'        G  16   7.071  -5.588  20.736
  172   H5''    G  16          H5''        G  16   6.624  -4.718  19.255
  173    H4'    G  16           H4'        G  16   5.922  -7.202  19.495
  174    H3'    G  16           H3'        G  16   3.755  -5.150  18.764
  175    H2'    G  16          H2''        G  16   2.304  -6.985  18.531
  176   HO2'    G  16          H2'         G  16   4.690  -8.330  18.006
  177    H1'    G  16           H1'        G  16   3.464  -8.489  20.614
  178    H8     G  16           H8         G  16   2.597  -4.838  21.381
  179    H1     G  16           H1         G  16  -2.287  -8.889  22.233
  180    H21    G  16           HN'        G  16  -0.160 -11.277  20.845
  181    H22    G  16          HN''        G  16  -1.729 -10.917  21.530
  182    H5'   DA  17           H5'       DA  17   3.650  -8.389  16.268
  183   H5''   DA  17          H5''       DA  17   3.710  -7.937  14.554
  184    H4'   DA  17           H4'       DA  17   2.008  -9.682  15.047
  185    H3'   DA  17           H3'       DA  17   1.529  -7.548  13.260
  186    H2'   DA  17           H2'       DA  17   0.240  -6.235  14.778
  187   H2''   DA  17          H2''       DA  17  -1.029  -7.292  14.069
  188    H1'   DA  17           H1'       DA  17  -1.050  -8.718  15.910
  189    H8    DA  17           H8        DA  17   0.697  -5.370  16.854
  190    H61   DA  17          HN''       DA  17  -3.733  -4.865  21.111
  191    H62   DA  17           HN'       DA  17  -2.361  -4.082  20.360
  192    H2    DA  17           H2        DA  17  -4.241  -8.832  19.062
  193    H5'   DA  18           H5'       DA  18  -1.796 -10.795  14.192
  194   H5''   DA  18          H5''       DA  18  -2.288 -11.380  12.591
  195    H4'   DA  18           H4'       DA  18  -4.174 -11.578  14.058
  196    H3'   DA  18           H3'       DA  18  -4.395 -10.080  11.694
  197    H2'   DA  18           H2'       DA  18  -4.647  -7.954  12.671
  198   H2''   DA  18          H2''       DA  18  -6.335  -8.532  12.869
  199    H1'   DA  18           H1'       DA  18  -6.013  -9.113  15.096
  200    H8    DA  18           H8        DA  18  -3.140  -6.779  13.899
  201    H61   DA  18          HN''       DA  18  -4.928  -3.081  18.498
  202    H62   DA  18           HN'       DA  18  -3.858  -3.259  17.126
  203    H2    DA  18           H2        DA  18  -7.386  -6.838  18.719
  204    H5'   DT  19           H5'       DT  19  -8.040 -10.887  14.434
  205   H5''   DT  19          H5''       DT  19  -9.382 -11.487  13.443
  206    H4'   DT  19           H4'       DT  19 -10.318 -10.228  15.258
  207    H3'   DT  19           H3'       DT  19 -10.794  -9.355  12.550
  208    H2'   DT  19           H2'       DT  19 -10.038  -7.167  12.784
  209   H2''   DT  19          H2''       DT  19 -11.551  -6.937  13.725
  210    H1'   DT  19           H1'       DT  19 -10.471  -7.212  15.770
  211    H3    DT  19           H3        DT  19  -8.048  -3.502  16.397
  212    H71   DT  19           H51       DT  19  -6.353  -4.416  11.882
  213    H72   DT  19           H52       DT  19  -6.022  -6.147  12.129
  214    H73   DT  19           H53       DT  19  -5.054  -4.922  12.985
  215    H6    DT  19           H6        DT  19  -7.870  -7.022  13.131
  216    H5'   DT  20           H5'       DT  20 -13.284  -7.831  16.144
  217   H5''   DT  20          H5''       DT  20 -14.980  -8.142  15.730
  218    H4'   DT  20           H4'       DT  20 -14.947  -6.219  17.144
  219    H3'   DT  20           H3'       DT  20 -16.068  -5.963  14.555
  220    H2'   DT  20           H2'       DT  20 -14.462  -4.490  13.670
  221   H2''   DT  20          H2''       DT  20 -15.441  -3.295  14.588
  222    H1'   DT  20           H1'       DT  20 -13.951  -3.261  16.379
  223    H3    DT  20           H3        DT  20 -10.237  -1.131  15.074
  224    H71   DT  20           H51       DT  20 -11.216  -5.164  11.604
  225    H72   DT  20           H52       DT  20  -9.528  -5.038  12.154
  226    H73   DT  20           H53       DT  20 -10.230  -3.764  11.126
  227    H6    DT  20           H6        DT  20 -12.498  -5.062  13.485
  228    H5'   DC  21           H5'       DC  21 -16.654  -2.459  17.751
  229   H5''   DC  21          H5''       DC  21 -18.405  -2.169  17.723
  230    H4'   DC  21           H4'       DC  21 -17.327  -0.080  18.196
  231    H3'   DC  21           H3'       DC  21 -19.136  -0.118  15.985
  232    H2'   DC  21           H2'       DC  21 -17.425  -0.169  14.319
  233   H2''   DC  21          H2''       DC  21 -17.617   1.598  14.581
  234    H1'   DC  21           H1'       DC  21 -15.744   1.725  15.979
  235    H41   DC  21           HN'       DC  21 -11.228   0.049  11.858
  236    H42   DC  21          HN''       DC  21 -12.157  -1.339  11.334
  237    H5    DC  21           H5        DC  21 -14.253  -1.970  12.323
  238    H6    DC  21           H6        DC  21 -15.948  -1.393  13.984
  239    H5'   DG  22           H5'       DG  22 -17.243   3.887  17.541
  240   H5''   DG  22          H5''       DG  22 -18.610   4.978  17.839
  241    H4'   DG  22           H4'       DG  22 -16.709   6.331  17.306
  242    H3'   DG  22           H3'       DG  22 -19.042   6.577  15.771
  243    H2'   DG  22           H2'       DG  22 -18.226   5.613  13.785
  244   H2''   DG  22          H2''       DG  22 -17.570   7.271  13.570
  245    H1'   DG  22           H1'       DG  22 -15.444   6.663  14.301
  246    H8    DG  22           H8        DG  22 -17.515   3.495  13.397
  247    H1    DG  22           H1        DG  22 -11.955   4.132  10.288
  248    H21   DG  22           HN'       DG  22 -10.842   5.884  11.067
  249    H22   DG  22          HN''       DG  22 -11.465   6.900  12.348
  250    H5'   DC  23           H5'       DC  23 -15.464   9.438  15.024
  251   H5''   DC  23          H5''       DC  23 -16.090  11.092  15.162
  252    H4'   DC  23           H4'       DC  23 -14.269  11.170  13.623
  253    H3'   DC  23           H3'       DC  23 -16.849  11.959  12.724
  254    H2'   DC  23           H2'       DC  23 -17.176  10.242  11.159
  255   H2''   DC  23          H2''       DC  23 -16.118  11.291  10.156
  256    H1'   DC  23           H1'       DC  23 -14.210  10.041  10.626
  257    H41   DC  23           HN'       DC  23 -15.901   4.424   8.227
  258    H42   DC  23          HN''       DC  23 -17.426   4.462   9.086
  259    H5    DC  23           H5        DC  23 -18.031   6.211  10.618
  260    H6    DC  23           H6        DC  23 -17.344   8.327  11.628
  261    H5'   DG  24           H5'       DG  24 -13.204  13.187   9.947
  262   H5''   DG  24          H5''       DG  24 -13.431  14.905   9.574
  263    H4'   DG  24           H4'       DG  24 -12.457  13.860   7.646
  264    H3'   DG  24           H3'       DG  24 -14.969  15.133   7.473
  265   HO3'   DG  24          H3T        DG  24 -13.421  14.443   5.210
  266    H2'   DG  24           H2'       DG  24 -16.261  13.347   6.785
  267   H2''   DG  24          H2''       DG  24 -15.444  13.589   5.205
  268    H1'   DG  24           H1'       DG  24 -13.935  11.869   5.580
  269    H8    DG  24           H8        DG  24 -16.885  11.682   8.104
  270    H1    DG  24           H1        DG  24 -15.626   6.259   4.944
  271    H21   DG  24           HN'       DG  24 -12.882   7.990   3.670
  272    H22   DG  24          HN''       DG  24 -13.793   6.497   3.718
  Start of MODEL    5
    1    H5'   DC   1           H5'       DC   1 -16.334   1.258  -1.031
    2   H5''   DC   1          H5''       DC   1 -15.307  -0.153  -1.342
    3    H4'   DC   1           H4'       DC   1 -13.877   1.772  -1.230
    4    H3'   DC   1           H3'       DC   1 -13.246  -0.442   0.411
    5    H2'   DC   1           H2'       DC   1 -14.243   0.454   2.389
    6   H2''   DC   1          H2''       DC   1 -12.559   1.064   2.525
    7    H1'   DC   1           H1'       DC   1 -13.130   3.190   1.744
    8    H41   DC   1           HN'       DC   1 -17.264   5.067   6.165
    9    H42   DC   1          HN''       DC   1 -17.999   3.479   6.203
   10    H5    DC   1           H5        DC   1 -17.377   1.701   4.714
   11    H6    DC   1           H6        DC   1 -15.888   1.031   2.894
   12   HO5'   DC   1          H5T        DC   1 -15.874  -0.960   0.495
   13    H5'   DG   2           H5'       DG   2 -10.153   3.147   0.284
   14   H5''   DG   2          H5''       DG   2  -8.532   2.455   0.086
   15    H4'   DG   2           H4'       DG   2  -8.315   4.449   1.396
   16    H3'   DG   2           H3'       DG   2  -7.376   2.013   2.447
   17    H2'   DG   2           H2'       DG   2  -8.943   1.786   4.187
   18   H2''   DG   2          H2''       DG   2  -7.825   2.947   4.983
   19    H1'   DG   2           H1'       DG   2  -9.183   4.776   4.512
   20    H8    DG   2           H8        DG   2 -11.116   1.431   4.125
   21    H1    DG   2           H1        DG   2 -13.840   5.739   7.999
   22    H21   DG   2           HN'       DG   2 -11.297   7.869   6.926
   23    H22   DG   2          HN''       DG   2 -12.718   7.651   7.924
   24    H5'   DC   3           H5'       DC   3  -6.386   6.088   4.412
   25   H5''   DC   3          H5''       DC   3  -4.671   6.188   4.854
   26    H4'   DC   3           H4'       DC   3  -5.976   7.456   6.448
   27    H3'   DC   3           H3'       DC   3  -4.262   5.350   7.337
   28    H2'   DC   3           H2'       DC   3  -5.879   4.055   8.417
   29   H2''   DC   3          H2''       DC   3  -5.788   5.356   9.653
   30    H1'   DC   3           H1'       DC   3  -7.682   6.434   8.842
   31    H41   DC   3           HN'       DC   3 -11.039   0.725   8.538
   32    H42   DC   3          HN''       DC   3 -11.988   1.827   9.512
   33    H5    DC   3           H5        DC   3  -8.976   1.352   7.477
   34    H6    DC   3           H6        DC   3  -7.335   3.133   7.163
   35    H5'    G   4           H5'        G   4  -4.829   8.983  10.711
   36   H5''    G   4          H5''        G   4  -3.713   8.602  12.036
   37    H4'    G   4           H4'        G   4  -6.197   8.975  12.620
   38    H3'    G   4           H3'        G   4  -4.906   6.354  13.569
   39    H2'    G   4          H2''        G   4  -6.931   5.931  14.683
   40   HO2'    G   4          H2'         G   4  -8.400   7.546  15.181
   41    H1'    G   4           H1'        G   4  -8.555   7.146  12.724
   42    H8     G   4           H8         G   4  -5.940   4.625  11.509
   43    H1     G   4           H1         G   4 -11.481   1.955  13.287
   44    H21    G   4           HN'        G   4 -12.338   5.159  14.359
   45    H22    G   4          HN''        G   4 -12.811   3.483  14.187
   46    H5'   DA   5           H5'       DA   5  -6.921   8.205  16.599
   47   H5''   DA   5          H5''       DA   5  -5.917   8.450  18.042
   48    H4'   DA   5           H4'       DA   5  -8.191   7.602  18.573
   49    H3'   DA   5           H3'       DA   5  -5.873   6.648  19.879
   50    H2'   DA   5           H2'       DA   5  -5.719   4.605  18.661
   51   H2''   DA   5          H2''       DA   5  -6.845   4.135  19.979
   52    H1'   DA   5           H1'       DA   5  -8.726   4.340  18.622
   53    H8    DA   5           H8        DA   5  -5.518   4.148  16.426
   54    H61   DA   5          HN''       DA   5  -8.137  -0.859  13.959
   55    H62   DA   5           HN'       DA   5  -6.705   0.146  14.001
   56    H2    DA   5           H2        DA   5 -11.060   0.932  16.868
   57    H5'   DA   6           H5'       DA   6 -10.195   5.004  20.917
   58   H5''   DA   6          H5''       DA   6 -10.321   5.199  22.676
   59    H4'   DA   6           H4'       DA   6 -11.674   3.323  22.042
   60    H3'   DA   6           H3'       DA   6  -9.627   2.997  23.939
   61    H2'   DA   6           H2'       DA   6  -8.219   1.602  22.673
   62   H2''   DA   6          H2''       DA   6  -9.398   0.358  23.211
   63    H1'   DA   6           H1'       DA   6 -10.555   0.397  21.195
   64    H8    DA   6           H8        DA   6  -7.088   2.111  20.767
   65    H61   DA   6          HN''       DA   6  -6.114  -2.123  16.394
   66    H62   DA   6           HN'       DA   6  -5.410  -0.810  17.309
   67    H2    DA   6           H2        DA   6 -10.327  -2.625  17.880
   68    H5'   DT   7           H5'       DT   7 -12.555  -0.408  22.880
   69   H5''   DT   7          H5''       DT   7 -13.239  -1.070  24.377
   70    H4'   DT   7           H4'       DT   7 -13.101  -2.862  22.796
   71    H3'   DT   7           H3'       DT   7 -11.571  -3.037  25.238
   72    H2'   DT   7           H2'       DT   7  -9.490  -3.437  24.283
   73   H2''   DT   7          H2''       DT   7 -10.169  -5.058  23.911
   74    H1'   DT   7           H1'       DT   7 -10.721  -4.466  21.729
   75    H3    DT   7           H3        DT   7  -6.851  -4.188  19.498
   76    H71   DT   7           H51       DT   7  -5.478  -1.286  23.221
   77    H72   DT   7           H52       DT   7  -6.936  -0.268  23.232
   78    H73   DT   7           H53       DT   7  -5.807  -0.195  21.856
   79    H6    DT   7           H6        DT   7  -8.705  -1.706  23.172
   80    H5'   DT   8           H5'       DT   8 -12.366  -6.677  22.522
   81   H5''   DT   8          H5''       DT   8 -13.122  -7.908  23.550
   82    H4'   DT   8           H4'       DT   8 -11.919  -9.075  21.857
   83    H3'   DT   8           H3'       DT   8 -11.210  -9.552  24.562
   84    H2'   DT   8           H2'       DT   8  -9.042  -8.643  24.475
   85   H2''   DT   8          H2''       DT   8  -8.689 -10.238  23.726
   86    H1'   DT   8           H1'       DT   8  -8.739  -9.374  21.563
   87    H3    DT   8           H3        DT   8  -5.097  -6.842  20.970
   88    H71   DT   8           H51       DT   8  -7.242  -3.807  24.232
   89    H72   DT   8           H52       DT   8  -5.979  -4.712  25.100
   90    H73   DT   8           H53       DT   8  -7.698  -5.091  25.375
   91    H6    DT   8           H6        DT   8  -8.761  -6.648  24.073
   92    H5'   DC   9           H5'       DC   9  -9.487 -12.341  21.121
   93   H5''   DC   9          H5''       DC   9  -9.858 -13.986  21.673
   94    H4'   DC   9           H4'       DC   9  -7.814 -14.090  20.432
   95    H3'   DC   9           H3'       DC   9  -7.731 -15.138  23.099
   96    H2'   DC   9           H2'       DC   9  -6.572 -13.261  24.015
   97   H2''   DC   9          H2''       DC   9  -5.208 -14.283  23.448
   98    H1'   DC   9           H1'       DC   9  -4.926 -13.041  21.482
   99    H41   DC   9           HN'       DC   9  -3.252  -7.475  24.011
  100    H42   DC   9          HN''       DC   9  -4.609  -7.514  25.115
  101    H5    DC   9           H5        DC   9  -6.274  -9.246  25.094
  102    H6    DC   9           H6        DC   9  -6.985 -11.340  24.056
  103    H5'   DG  10           H5'       DG  10  -4.154 -15.681  20.101
  104   H5''   DG  10          H5''       DG  10  -3.825 -17.424  20.074
  105    H4'   DG  10           H4'       DG  10  -1.781 -16.293  19.553
  106    H3'   DG  10           H3'       DG  10  -1.857 -18.069  21.716
  107    H2'   DG  10           H2'       DG  10  -1.678 -16.483  23.446
  108   H2''   DG  10          H2''       DG  10   0.064 -16.632  23.031
  109    H1'   DG  10           H1'       DG  10   0.056 -14.683  21.753
  110    H8    DG  10           H8        DG  10  -3.103 -14.814  24.022
  111    H1    DG  10           H1        DG  10   0.589  -9.634  24.736
  112    H21   DG  10           HN'       DG  10   2.415 -10.937  22.068
  113    H22   DG  10          HN''       DG  10   2.225  -9.652  23.239
  114    H5'   DC  11           H5'       DC  11   2.176 -16.134  20.478
  115   H5''   DC  11          H5''       DC  11   3.327 -17.457  20.207
  116    H4'   DC  11           H4'       DC  11   4.595 -15.578  20.952
  117    H3'   DC  11           H3'       DC  11   4.659 -17.961  22.507
  118    H2'   DC  11           H2'       DC  11   3.613 -17.108  24.426
  119   H2''   DC  11          H2''       DC  11   5.256 -16.445  24.725
  120    H1'   DC  11           H1'       DC  11   4.702 -14.341  23.895
  121    H41   DC  11           HN'       DC  11   0.112 -12.696  27.943
  122    H42   DC  11          HN''       DC  11  -0.717 -14.218  27.697
  123    H5    DC  11           H5        DC  11   0.021 -15.881  26.128
  124    H6    DC  11           H6        DC  11   1.731 -16.483  24.491
  125    H5'   DG  12           H5'       DG  12   8.032 -14.746  23.416
  126   H5''   DG  12          H5''       DG  12   9.562 -15.640  23.452
  127    H4'   DG  12           H4'       DG  12   9.702 -13.864  25.065
  128    H3'   DG  12           H3'       DG  12   9.990 -16.555  25.850
  129   HO3'   DG  12          H3T        DG  12  11.301 -15.459  27.514
  130    H2'   DG  12           H2'       DG  12   8.233 -16.713  27.340
  131   H2''   DG  12          H2''       DG  12   9.295 -15.750  28.421
  132    H1'   DG  12           H1'       DG  12   8.204 -13.765  27.932
  133    H8    DG  12           H8        DG  12   6.101 -16.812  26.751
  134    H1    DG  12           H1        DG  12   2.984 -12.568  30.394
  135    H21   DG  12           HN'       DG  12   5.904 -10.678  30.166
  136    H22   DG  12          HN''       DG  12   4.274 -10.809  30.790
  137    H5'   DC  13           H5'       DC  13   0.413  -9.587  37.182
  138   H5''   DC  13          H5''       DC  13  -0.333  -7.997  37.420
  139    H4'   DC  13           H4'       DC  13   1.807  -7.646  36.389
  140    H3'   DC  13           H3'       DC  13  -0.458  -6.473  35.168
  141    H2'   DC  13           H2'       DC  13  -0.731  -8.180  33.518
  142   H2''   DC  13          H2''       DC  13   0.353  -7.025  32.670
  143    H1'   DC  13           H1'       DC  13   2.262  -8.296  33.105
  144    H41   DC  13           HN'       DC  13   0.861 -13.703  30.108
  145    H42   DC  13          HN''       DC  13  -0.790 -13.636  30.684
  146    H5    DC  13           H5        DC  13  -1.586 -11.968  32.218
  147    H6    DC  13           H6        DC  13  -0.997  -9.975  33.503
  148   HO5'   DC  13          H5T        DC  13  -1.877  -8.538  36.126
  149    H5'   DG  14           H5'       DG  14   3.802  -5.374  33.402
  150   H5''   DG  14          H5''       DG  14   3.853  -3.618  33.171
  151    H4'   DG  14           H4'       DG  14   5.199  -4.615  31.460
  152    H3'   DG  14           H3'       DG  14   3.059  -2.945  30.717
  153    H2'   DG  14           H2'       DG  14   1.693  -4.588  29.732
  154   H2''   DG  14          H2''       DG  14   2.818  -4.317  28.358
  155    H1'   DG  14           H1'       DG  14   4.081  -6.208  28.854
  156    H8    DG  14           H8        DG  14   0.629  -6.297  30.627
  157    H1    DG  14           H1        DG  14   2.028 -11.449  27.094
  158    H21   DG  14           HN'       DG  14   5.157  -9.962  26.706
  159    H22   DG  14          HN''       DG  14   4.111 -11.317  26.344
  160    H5'   DC  15           H5'       DC  15   6.254  -4.352  27.675
  161   H5''   DC  15          H5''       DC  15   6.800  -3.009  26.652
  162    H4'   DC  15           H4'       DC  15   6.874  -5.063  25.374
  163    H3'   DC  15           H3'       DC  15   5.353  -2.833  24.435
  164    H2'   DC  15           H2'       DC  15   3.276  -3.892  24.304
  165   H2''   DC  15          H2''       DC  15   4.003  -4.673  22.860
  166    H1'   DC  15           H1'       DC  15   4.541  -6.614  24.018
  167    H41   DC  15           HN'       DC  15  -1.224  -8.429  25.939
  168    H42   DC  15          HN''       DC  15  -1.494  -6.899  26.743
  169    H5    DC  15           H5        DC  15   0.153  -5.154  26.844
  170    H6    DC  15           H6        DC  15   2.395  -4.462  26.159
  171    H5'    G  16           H5'        G  16   7.117  -5.703  20.755
  172   H5''    G  16          H5''        G  16   6.724  -4.861  19.244
  173    H4'    G  16           H4'        G  16   5.953  -7.309  19.498
  174    H3'    G  16           H3'        G  16   3.816  -5.227  18.766
  175    H2'    G  16          H2''        G  16   2.334  -7.038  18.554
  176   HO2'    G  16          H2'         G  16   3.033  -9.148  18.260
  177    H1'    G  16           H1'        G  16   3.489  -8.554  20.633
  178    H8     G  16           H8         G  16   2.666  -4.890  21.389
  179    H1     G  16           H1         G  16  -2.250  -8.888  22.300
  180    H21    G  16           HN'        G  16  -0.157 -11.304  20.909
  181    H22    G  16          HN''        G  16  -1.718 -10.925  21.604
  182    H5'   DA  17           H5'       DA  17   3.638  -8.477  16.300
  183   H5''   DA  17          H5''       DA  17   3.705  -8.040  14.582
  184    H4'   DA  17           H4'       DA  17   1.971  -9.747  15.083
  185    H3'   DA  17           H3'       DA  17   1.519  -7.603  13.297
  186    H2'   DA  17           H2'       DA  17   0.229  -6.282  14.807
  187   H2''   DA  17          H2''       DA  17  -1.041  -7.341  14.105
  188    H1'   DA  17           H1'       DA  17  -1.062  -8.759  15.952
  189    H8    DA  17           H8        DA  17   0.688  -5.406  16.872
  190    H61   DA  17          HN''       DA  17  -3.725  -4.881  21.146
  191    H62   DA  17           HN'       DA  17  -2.358  -4.101  20.385
  192    H2    DA  17           H2        DA  17  -4.238  -8.861  19.120
  193    H5'   DA  18           H5'       DA  18  -1.814 -10.840  14.228
  194   H5''   DA  18          H5''       DA  18  -2.305 -11.428  12.627
  195    H4'   DA  18           H4'       DA  18  -4.194 -11.617  14.094
  196    H3'   DA  18           H3'       DA  18  -4.406 -10.121  11.727
  197    H2'   DA  18           H2'       DA  18  -4.667  -7.995  12.697
  198   H2''   DA  18          H2''       DA  18  -6.354  -8.579  12.897
  199    H1'   DA  18           H1'       DA  18  -6.029  -9.151  15.127
  200    H8    DA  18           H8        DA  18  -3.154  -6.820  13.923
  201    H61   DA  18          HN''       DA  18  -4.945  -3.106  18.508
  202    H62   DA  18           HN'       DA  18  -3.874  -3.290  17.137
  203    H2    DA  18           H2        DA  18  -7.405  -6.861  18.739
  204    H5'   DT  19           H5'       DT  19  -8.033 -10.897  14.470
  205   H5''   DT  19          H5''       DT  19  -9.374 -11.525  13.493
  206    H4'   DT  19           H4'       DT  19 -10.324 -10.251  15.284
  207    H3'   DT  19           H3'       DT  19 -10.781  -9.392  12.565
  208    H2'   DT  19           H2'       DT  19 -10.048  -7.197  12.797
  209   H2''   DT  19          H2''       DT  19 -11.565  -6.977  13.735
  210    H1'   DT  19           H1'       DT  19 -10.487  -7.235  15.782
  211    H3    DT  19           H3        DT  19  -8.082  -3.512  16.398
  212    H71   DT  19           H51       DT  19  -6.380  -4.450  11.883
  213    H72   DT  19           H52       DT  19  -6.021  -6.172  12.158
  214    H73   DT  19           H53       DT  19  -5.075  -4.918  12.998
  215    H6    DT  19           H6        DT  19  -7.879  -7.046  13.148
  216    H5'   DT  20           H5'       DT  20 -13.266  -7.844  16.126
  217   H5''   DT  20          H5''       DT  20 -14.963  -8.176  15.731
  218    H4'   DT  20           H4'       DT  20 -14.950  -6.235  17.111
  219    H3'   DT  20           H3'       DT  20 -16.054  -6.010  14.507
  220    H2'   DT  20           H2'       DT  20 -14.462  -4.521  13.627
  221   H2''   DT  20          H2''       DT  20 -15.454  -3.334  14.540
  222    H1'   DT  20           H1'       DT  20 -13.968  -3.282  16.334
  223    H3    DT  20           H3        DT  20 -10.264  -1.132  15.037
  224    H71   DT  20           H51       DT  20  -9.545  -5.076  12.142
  225    H72   DT  20           H52       DT  20 -10.178  -3.769  11.111
  226    H73   DT  20           H53       DT  20 -11.219  -5.149  11.546
  227    H6    DT  20           H6        DT  20 -12.493  -5.083  13.450
  228    H5'   DC  21           H5'       DC  21 -16.651  -2.502  17.660
  229   H5''   DC  21          H5''       DC  21 -18.401  -2.209  17.651
  230    H4'   DC  21           H4'       DC  21 -17.324  -0.116  18.091
  231    H3'   DC  21           H3'       DC  21 -19.135  -0.170  15.867
  232    H2'   DC  21           H2'       DC  21 -17.416  -0.211  14.212
  233   H2''   DC  21          H2''       DC  21 -17.614   1.555  14.477
  234    H1'   DC  21           H1'       DC  21 -15.751   1.680  15.892
  235    H41   DC  21           HN'       DC  21 -11.215   0.071  11.766
  236    H42   DC  21          HN''       DC  21 -12.122  -1.331  11.243
  237    H5    DC  21           H5        DC  21 -14.210  -1.992  12.230
  238    H6    DC  21           H6        DC  21 -15.915  -1.438  13.889
  239    H5'   DG  22           H5'       DG  22 -17.276   3.838  17.468
  240   H5''   DG  22          H5''       DG  22 -18.658   4.910  17.766
  241    H4'   DG  22           H4'       DG  22 -16.765   6.290  17.273
  242    H3'   DG  22           H3'       DG  22 -19.086   6.536  15.728
  243    H2'   DG  22           H2'       DG  22 -18.253   5.598  13.737
  244   H2''   DG  22          H2''       DG  22 -17.613   7.266  13.540
  245    H1'   DG  22           H1'       DG  22 -15.484   6.670  14.271
  246    H8    DG  22           H8        DG  22 -17.521   3.489  13.339
  247    H1    DG  22           H1        DG  22 -11.963   4.204  10.244
  248    H21   DG  22           HN'       DG  22 -10.869   5.962  11.038
  249    H22   DG  22          HN''       DG  22 -11.503   6.963  12.325
  250    H5'   DC  23           H5'       DC  23 -15.533   9.440  15.014
  251   H5''   DC  23          H5''       DC  23 -16.173  11.089  15.152
  252    H4'   DC  23           H4'       DC  23 -14.351  11.179  13.613
  253    H3'   DC  23           H3'       DC  23 -16.937  11.956  12.707
  254    H2'   DC  23           H2'       DC  23 -17.243  10.240  11.136
  255   H2''   DC  23          H2''       DC  23 -16.187  11.300  10.141
  256    H1'   DC  23           H1'       DC  23 -14.271  10.062  10.621
  257    H41   DC  23           HN'       DC  23 -15.906   4.449   8.177
  258    H42   DC  23          HN''       DC  23 -17.434   4.469   9.027
  259    H5    DC  23           H5        DC  23 -18.062   6.203  10.568
  260    H6    DC  23           H6        DC  23 -17.399   8.318  11.595
  261    H5'   DG  24           H5'       DG  24 -13.263  13.231   9.983
  262   H5''   DG  24          H5''       DG  24 -13.502  14.949   9.615
  263    H4'   DG  24           H4'       DG  24 -12.478  13.915   7.702
  264    H3'   DG  24           H3'       DG  24 -14.980  15.195   7.487
  265   HO3'   DG  24          H3T        DG  24 -14.142  15.469   5.271
  266    H2'   DG  24           H2'       DG  24 -16.266  13.413   6.779
  267   H2''   DG  24          H2''       DG  24 -15.429  13.660   5.210
  268    H1'   DG  24           H1'       DG  24 -13.930  11.934   5.594
  269    H8    DG  24           H8        DG  24 -16.909  11.742   8.083
  270    H1    DG  24           H1        DG  24 -15.624   6.331   4.912
  271    H21   DG  24           HN'       DG  24 -12.862   8.063   3.678
  272    H22   DG  24          HN''       DG  24 -13.777   6.572   3.709