NMR Restraints Grid

Result table
 (Save to zip file containing files for each block)

image mrblock_id pdb_id cing stage program type subtype subsubtype
468497 1a51 cing 4-filtered-FRED Wattos check violation distance


data_1a51


save_distance_constraint_statistics_1
    _Distance_constraint_stats_list.Sf_category                   distance_constraint_statistics
    _Distance_constraint_stats_list.Constraint_list_ID            1
    _Distance_constraint_stats_list.Constraint_count              372
    _Distance_constraint_stats_list.Viol_count                    922
    _Distance_constraint_stats_list.Viol_total                    857.988
    _Distance_constraint_stats_list.Viol_max                      0.445
    _Distance_constraint_stats_list.Viol_rms                      0.0680
    _Distance_constraint_stats_list.Viol_average_all_restraints   0.0285
    _Distance_constraint_stats_list.Viol_average_violations_only  0.1034
    _Distance_constraint_stats_list.Cutoff_violation_report       0.500
    _Distance_constraint_stats_list.Details                       
;
Description of the tags in this list:
*  1 * Administrative tag
*  2 * Administrative tag
*  3 * Administrative tag
*  4 * ID of the restraint list.                                                              
*  5 * Number of restraints in list.                                                          
*  6 * Number of violated restraints (each model violation is used).                          
*  7 * Sum of violations in Angstrom.                                                         
*  8 * Maximum violation of a restraint without averaging in any way.                         
*  9 * Rms of violations over all restraints.                                                 
*  10 * Average violation over all restraints.                                                 
*  11 * Average violation over violated restraints.                                            
           This violation is averaged over only those models in which the restraint is violated.   
           These definitions are from: Doreleijers, et al., J. Mol. Biol. 281, 149-164 (1998).     
*  12 * Threshold for reporting violations (in Angstrom) in the last columns of the next table.
*  13 * This tag                                                                               

Description of the tags in the per residue table below:
*  1 * Chain identifier (can be absent if none defined)                   
*  2 * Residue number                                                     
*  3 * Residue name                                                       
*  4 * Maximum violation in ensemble of models (without any averaging)
*  5 * Model number with the maximum violation
*  6 * Number of models with a violation above cutoff
*  7 * List of models (1 character per model) with a violation above cutoff.
           An '*' marks a violation above the cutoff. A '+' indicates the largest
           violation above the cutoff and a '-' marks the smallest violation over cutoff.
           For models  5, 15, 25,... a ' ' is replaced by a '.'.
           For models 10, 20, 30,... a ' ' is replaced by a digit starting at 1.
*  8 * Administrative tag
*  9 * Administrative tag

Description of the tags in the per restraint table below:
*  1 * Restraint ID within restraint list.                                
           First node, FIRST member, first atom's:                              
*  2 * Chain identifier (can be absent if none defined)                   
*  3 * Residue number                                                     
*  4 * Residue name                                                       
*  5 * Name of (pseudo-)atom                                              
           First node, SECOND member, first atom's:                             
*  6 * Chain identifier (can be absent if none defined)                   
*  7 * Residue number                                                     
*  8 * Residue name                                                       
*  9 * Name of (pseudo-)atom                                              
           FIRST node's:
*  10 * Target distance value (Angstrom)
*  11 * Lower bound distance (Angstrom)
*  12 * Upper bound distance (Angstrom)
*  13 * Average distance in ensemble of models
*  14 * Minimum distance in ensemble of models
*  15 * Maximum distance in ensemble of models
*  16 * Maximum violation (without any averaging)
*  17 * Model number with the maximum violation
*  18 * Number of models with a violation above cutoff
*  19 * List of models with a violation above cutoff. See description above.
*  20 * Administrative tag
*  21 * Administrative tag
;


    loop_
       _Distance_constraint_stats_per_res.Atom_entity_assembly_ID
       _Distance_constraint_stats_per_res.Atom_comp_index_ID
       _Distance_constraint_stats_per_res.Atom_comp_ID
       _Distance_constraint_stats_per_res.Total_violation
       _Distance_constraint_stats_per_res.Max_violation
       _Distance_constraint_stats_per_res.Max_violation_model_number
       _Distance_constraint_stats_per_res.Over_cutoff_viol_count
       _Distance_constraint_stats_per_res.Over_cutoff_viol_per_model

       1  1 G  0.643 0.084 5 0 "[    .    ]" 
       1  2 G  2.563 0.137 1 0 "[    .    ]" 
       1  3 C  4.688 0.225 2 0 "[    .    ]" 
       1  4 C  1.939 0.116 9 0 "[    .    ]" 
       1  5 G  0.879 0.080 7 0 "[    .    ]" 
       1  6 A  1.035 0.064 1 0 "[    .    ]" 
       1  7 U  1.271 0.122 5 0 "[    .    ]" 
       1  8 G  0.108 0.056 2 0 "[    .    ]" 
       1  9 G  0.542 0.116 7 0 "[    .    ]" 
       1 10 U  1.703 0.142 5 0 "[    .    ]" 
       1 11 A  0.592 0.100 6 0 "[    .    ]" 
       1 12 G  1.271 0.165 4 0 "[    .    ]" 
       1 13 U  1.897 0.181 4 0 "[    .    ]" 
       1 14 G 13.379 0.426 3 0 "[    .    ]" 
       1 15 U 14.258 0.328 5 0 "[    .    ]" 
       1 16 G  6.323 0.312 3 0 "[    .    ]" 
       1 17 G  2.352 0.092 6 0 "[    .    ]" 
       1 18 G  1.387 0.092 6 0 "[    .    ]" 
       1 19 G  0.973 0.144 7 0 "[    .    ]" 
       1 20 U  7.764 0.379 2 0 "[    .    ]" 
       1 21 C  4.222 0.296 8 0 "[    .    ]" 
       1 22 U  9.840 0.445 3 0 "[    .    ]" 
       1 23 C 15.041 0.445 3 0 "[    .    ]" 
       1 24 C  5.066 0.291 6 0 "[    .    ]" 
       1 25 C  2.214 0.098 8 0 "[    .    ]" 
       1 26 C  8.715 0.312 3 0 "[    .    ]" 
       1 27 A  4.921 0.221 3 0 "[    .    ]" 
       1 28 U 11.783 0.426 3 0 "[    .    ]" 
       1 29 G  6.501 0.238 5 0 "[    .    ]" 
       1 30 C  5.067 0.238 5 0 "[    .    ]" 
       1 31 G  0.608 0.095 5 0 "[    .    ]" 
       1 32 A  2.212 0.142 5 0 "[    .    ]" 
       1 33 G  1.118 0.122 7 0 "[    .    ]" 
       1 34 A  0.494 0.099 5 0 "[    .    ]" 
       1 35 G  1.926 0.137 1 0 "[    .    ]" 
       1 36 U  2.929 0.137 1 0 "[    .    ]" 
       1 37 A  0.591 0.063 5 0 "[    .    ]" 
       1 38 G  1.847 0.119 6 0 "[    .    ]" 
       1 39 G  3.218 0.121 1 0 "[    .    ]" 
       1 40 C  4.048 0.213 4 0 "[    .    ]" 
       1 41 C  2.452 0.280 7 0 "[    .    ]" 
    stop_

    loop_
       _Distance_constraint_stats.Restraint_ID
       _Distance_constraint_stats.Atom_1_entity_assembly_ID
       _Distance_constraint_stats.Atom_1_comp_index_ID
       _Distance_constraint_stats.Atom_1_comp_ID
       _Distance_constraint_stats.Atom_1_ID
       _Distance_constraint_stats.Atom_2_entity_assembly_ID
       _Distance_constraint_stats.Atom_2_comp_index_ID
       _Distance_constraint_stats.Atom_2_comp_ID
       _Distance_constraint_stats.Atom_2_ID
       _Distance_constraint_stats.Node_1_distance_val
       _Distance_constraint_stats.Node_1_distance_lower_bound_val
       _Distance_constraint_stats.Node_1_distance_upper_bound_val
       _Distance_constraint_stats.Distance_average
       _Distance_constraint_stats.Distance_minimum
       _Distance_constraint_stats.Distance_maximum
       _Distance_constraint_stats.Max_violation
       _Distance_constraint_stats.Max_violation_model_number
       _Distance_constraint_stats.Over_cutoff_violation_count
       _Distance_constraint_stats.Over_cutoff_viol_per_model
       _Distance_constraint_stats.Distance_constraint_stats_ID

         1 1  1 G H1'  1  1 G H8  4.000 3.000  5.000 3.623 3.603 3.660     . 0 0 "[    .    ]" 1 
         2 1  1 G H1'  1  2 G H8  4.000 3.500  5.000 4.652 4.621 4.696     . 0 0 "[    .    ]" 1 
         3 1  1 G H2'  1  2 G H8  2.500     .  3.500 2.000 1.967 2.059 0.033 8 0 "[    .    ]" 1 
         4 1  1 G H8   1  2 G H8  4.000 3.000  5.000 5.062 5.045 5.084 0.084 5 0 "[    .    ]" 1 
         5 1  2 G H1'  1  2 G H8  4.000 3.000  5.000 3.757 3.742 3.781     . 0 0 "[    .    ]" 1 
         6 1  2 G H1'  1  3 C H1' 4.000 3.000  5.000 5.088 5.062 5.110 0.110 5 0 "[    .    ]" 1 
         7 1  2 G H1'  1  3 C H5  4.000 3.000  5.000 5.095 5.071 5.137 0.137 1 0 "[    .    ]" 1 
         8 1  2 G H1'  1  3 C H6  4.000 3.500  5.000 4.665 4.629 4.687     . 0 0 "[    .    ]" 1 
         9 1  2 G H2'  1  3 C H6  2.500     .  3.500 1.970 1.951 1.989 0.049 1 0 "[    .    ]" 1 
        10 1  3 C H1'  1  3 C H5  4.000 3.000  5.000 5.217 5.210 5.225 0.225 2 0 "[    .    ]" 1 
        11 1  3 C H1'  1  3 C H6  4.000 3.000  5.000 3.486 3.481 3.496     . 0 0 "[    .    ]" 1 
        12 1  3 C H1'  1  4 C H5  4.000 3.000  5.000 4.945 4.855 5.049 0.049 1 0 "[    .    ]" 1 
        13 1  3 C H1'  1  4 C H6  4.000 3.500  5.000 4.703 4.599 4.741     . 0 0 "[    .    ]" 1 
        14 1  3 C H2'  1  4 C H6  2.500     .  3.500 1.975 1.924 2.003 0.076 1 0 "[    .    ]" 1 
        15 1  3 C H5   1  4 C H5  4.000 3.000  5.000 3.927 3.832 4.003     . 0 0 "[    .    ]" 1 
        16 1  3 C H6   1  4 C H6  4.000 3.000  5.000 5.054 5.026 5.079 0.079 3 0 "[    .    ]" 1 
        17 1  4 C H1'  1  4 C H2' 2.400     .  3.000 2.795 2.789 2.805     . 0 0 "[    .    ]" 1 
        18 1  4 C H1'  1  4 C H6  4.000 3.000  5.000 3.580 3.562 3.590     . 0 0 "[    .    ]" 1 
        19 1  4 C H1'  1  5 G H1' 4.000 3.000  5.000 5.001 4.939 5.044 0.044 1 0 "[    .    ]" 1 
        20 1  4 C H1'  1  5 G H8  4.000 3.500  5.000 4.983 4.814 5.062 0.062 7 0 "[    .    ]" 1 
        21 1  4 C H2'  1  5 G H8  3.500     .  4.500 2.698 2.280 2.918     . 0 0 "[    .    ]" 1 
        22 1  4 C H41  1  5 G H1  4.000 3.000  5.000 3.432 3.110 3.622     . 0 0 "[    .    ]" 1 
        23 1  4 C H42  1  5 G H1  4.000 3.000  5.000 3.184 2.989 3.650 0.011 1 0 "[    .    ]" 1 
        24 1  4 C H5   1 38 G H1  4.000 3.000  5.000 5.078 4.971 5.116 0.116 9 0 "[    .    ]" 1 
        25 1  4 C H6   1  5 G H8  4.000 3.000  5.000 3.718 3.448 4.295     . 0 0 "[    .    ]" 1 
        26 1  5 G H1   1 36 U H6  4.000 3.000  5.000 5.036 4.866 5.080 0.080 7 0 "[    .    ]" 1 
        27 1  5 G H1'  1  5 G H2' 2.400     .  3.000 2.817 2.772 2.854     . 0 0 "[    .    ]" 1 
        28 1  5 G H1'  1  5 G H8  4.000 3.000  5.000 3.693 3.663 3.721     . 0 0 "[    .    ]" 1 
        29 1  5 G H1'  1  6 A H8  4.000 3.500  5.000 4.872 4.628 5.006 0.006 2 0 "[    .    ]" 1 
        30 1  5 G H1'  1 38 G H1  3.000     .  4.000 3.148 2.863 3.676     . 0 0 "[    .    ]" 1 
        31 1  5 G H2'  1  5 G H8  4.000 3.000  5.000 4.014 3.954 4.121     . 0 0 "[    .    ]" 1 
        32 1  5 G H2'  1  6 A H8  2.500     .  3.500 3.378 3.162 3.513 0.013 7 0 "[    .    ]" 1 
        33 1  5 G H3'  1  5 G H8  2.500     .  3.500 3.113 2.836 3.418     . 0 0 "[    .    ]" 1 
        34 1  6 A H1'  1  6 A H2' 2.400     .  3.000 2.748 2.737 2.784     . 0 0 "[    .    ]" 1 
        35 1  6 A H1'  1  6 A H8  4.000 3.000  5.000 3.415 3.376 3.581     . 0 0 "[    .    ]" 1 
        36 1  6 A H1'  1  7 U H6  4.000 3.500  5.000 4.886 4.489 5.017 0.017 4 0 "[    .    ]" 1 
        37 1  6 A H1'  1 37 A H2  3.000     .  4.000 4.021 3.898 4.062 0.062 3 0 "[    .    ]" 1 
        38 1  6 A H2   1  7 U H1' 3.000     .  4.000 3.022 2.468 3.349     . 0 0 "[    .    ]" 1 
        39 1  6 A H2   1  7 U H6  4.000 3.000  5.000 4.476 4.299 4.609     . 0 0 "[    .    ]" 1 
        40 1  6 A H2   1 37 A H2  3.000     .  4.000 3.857 3.584 4.012 0.012 9 0 "[    .    ]" 1 
        41 1  6 A H2'  1  7 U H6  2.500     .  3.500 3.107 2.378 3.322     . 0 0 "[    .    ]" 1 
        42 1  6 A H61  1 36 U H3  3.000     .  4.000 3.953 3.714 4.026 0.026 2 0 "[    .    ]" 1 
        43 1  6 A H61  1 37 A H1' 4.000 2.500  5.000 2.870 2.490 3.246 0.010 2 0 "[    .    ]" 1 
        44 1  6 A H62  1 36 U H3  3.000     .  4.000 2.226 2.009 2.293     . 0 0 "[    .    ]" 1 
        45 1  6 A H62  1 37 A H1' 4.000 2.500  5.000 2.970 2.697 3.232     . 0 0 "[    .    ]" 1 
        46 1  6 A H8   1  7 U H6  4.000 3.400  5.000 4.288 4.087 4.466     . 0 0 "[    .    ]" 1 
        47 1  6 A H8   1 35 G H1  4.000 3.000  5.000 4.978 4.617 5.057 0.057 2 0 "[    .    ]" 1 
        48 1  6 A H8   1 36 U H3  2.400     .  3.400 3.377 3.319 3.464 0.064 1 0 "[    .    ]" 1 
        49 1  6 A H8   1 37 A H2  4.000 3.000  6.000 4.823 4.681 5.004     . 0 0 "[    .    ]" 1 
        50 1  6 A N6   1  7 U H3  4.000 3.000  5.000 3.578 3.239 3.781     . 0 0 "[    .    ]" 1 
        51 1  6 A N6   1 35 G H1  4.000 3.000  5.000 5.023 4.983 5.055 0.055 8 0 "[    .    ]" 1 
        52 1  7 U H1'  1  7 U H2' 2.400     .  3.000 2.827 2.793 2.861     . 0 0 "[    .    ]" 1 
        53 1  7 U H1'  1  7 U H6  4.000 3.000  5.000 3.501 3.423 3.533     . 0 0 "[    .    ]" 1 
        54 1  7 U H1'  1  8 G H8  4.000 3.500  5.000 4.713 4.538 4.837     . 0 0 "[    .    ]" 1 
        55 1  7 U H2'  1  8 G H8  2.500     .  3.500 2.316 2.193 2.470     . 0 0 "[    .    ]" 1 
        56 1  7 U H3   1  8 G H1' 4.000 3.000  5.000 3.601 3.240 4.077     . 0 0 "[    .    ]" 1 
        57 1  7 U H3   1  8 G H8  4.000 3.000  5.000 4.765 3.920 5.028 0.028 6 0 "[    .    ]" 1 
        58 1  7 U H3   1 35 G H1  4.000 3.600  5.000 3.825 3.700 4.023     . 0 0 "[    .    ]" 1 
        59 1  7 U H3   1 35 G N2  4.000 3.000  5.000 4.231 3.821 4.762     . 0 0 "[    .    ]" 1 
        60 1  7 U H3   1 36 U H1' 4.000 3.000  5.000 5.030 4.860 5.081 0.081 3 0 "[    .    ]" 1 
        61 1  7 U H5   1 35 G H1  4.000 3.000  5.000 3.097 2.984 3.362 0.016 5 0 "[    .    ]" 1 
        62 1  7 U H6   1  8 G H8  4.000 3.400  5.000 4.023 3.716 4.357     . 0 0 "[    .    ]" 1 
        63 1  7 U H6   1 36 U H3  4.000 3.000  5.000 5.083 5.042 5.122 0.122 5 0 "[    .    ]" 1 
        64 1  8 G H1'  1  8 G H2' 2.400     .  3.000 2.818 2.795 2.849     . 0 0 "[    .    ]" 1 
        65 1  8 G H1'  1  8 G H8  4.000 3.000  5.000 3.614 3.536 3.660     . 0 0 "[    .    ]" 1 
        66 1  8 G H1'  1  9 G H8  4.000 3.500  5.000 4.712 4.503 5.056 0.056 2 0 "[    .    ]" 1 
        67 1  8 G H2'  1  9 G H8  2.500     .  3.500 2.488 2.137 3.072     . 0 0 "[    .    ]" 1 
        68 1  8 G H8   1  9 G H8  4.000 3.400  5.000 3.964 3.636 4.608     . 0 0 "[    .    ]" 1 
        69 1  9 G H1   1 10 U H3  4.000 3.000  5.000 3.266 3.101 3.397     . 0 0 "[    .    ]" 1 
        70 1  9 G H1   1 32 A N6  4.000 3.000  5.000 5.026 4.811 5.116 0.116 7 0 "[    .    ]" 1 
        71 1  9 G H1'  1  9 G H2' 2.400     .  3.000 2.811 2.799 2.828     . 0 0 "[    .    ]" 1 
        72 1  9 G H1'  1  9 G H8  4.000 3.000  5.000 3.477 3.390 3.611     . 0 0 "[    .    ]" 1 
        73 1  9 G H1'  1 10 U H6  4.000 3.500  5.000 4.749 4.596 4.874     . 0 0 "[    .    ]" 1 
        74 1  9 G H2'  1 10 U H6  2.500     .  3.500 2.028 1.976 2.106 0.024 6 0 "[    .    ]" 1 
        75 1  9 G N2   1 10 U H1' 4.000 2.500  5.000 2.770 2.525 3.069     . 0 0 "[    .    ]" 1 
        76 1  9 G N2   1 33 G H1  4.000 3.000  5.000 4.481 4.210 4.632     . 0 0 "[    .    ]" 1 
        77 1  9 G N2   1 34 A H2  4.000 3.000  5.000 3.660 3.172 4.242     . 0 0 "[    .    ]" 1 
        78 1 10 U H1'  1 10 U H2' 2.400     .  3.000 2.798 2.770 2.824     . 0 0 "[    .    ]" 1 
        79 1 10 U H1'  1 10 U H3  4.000 3.000  5.000 4.594 4.547 4.630     . 0 0 "[    .    ]" 1 
        80 1 10 U H1'  1 10 U H6  4.000 3.000  5.000 3.528 3.482 3.563     . 0 0 "[    .    ]" 1 
        81 1 10 U H1'  1 11 A H8  4.000 3.500  5.000 4.557 4.472 4.670     . 0 0 "[    .    ]" 1 
        82 1 10 U H1'  1 33 G H1  4.000 3.000  5.000 4.702 4.250 4.965     . 0 0 "[    .    ]" 1 
        83 1 10 U H2'  1 10 U H3  4.000 3.000  5.000 4.543 4.479 4.575     . 0 0 "[    .    ]" 1 
        84 1 10 U H2'  1 11 A H8  2.500     .  3.500 2.150 2.022 2.367     . 0 0 "[    .    ]" 1 
        85 1 10 U H3   1 11 A H8  4.000 3.500  5.000 4.376 4.187 4.614     . 0 0 "[    .    ]" 1 
        86 1 10 U H3   1 32 A H61 3.000     .  4.000 3.993 3.855 4.051 0.051 2 0 "[    .    ]" 1 
        87 1 10 U H3   1 32 A H62 3.000     .  4.000 2.255 2.110 2.327     . 0 0 "[    .    ]" 1 
        88 1 10 U H3   1 32 A H8  2.400     .  3.400 3.438 3.303 3.542 0.142 5 0 "[    .    ]" 1 
        89 1 10 U H3   1 33 G H8  4.000 3.000  5.000 5.068 5.039 5.122 0.122 7 0 "[    .    ]" 1 
        90 1 10 U H6   1 11 A H8  4.000 3.000  5.000 4.173 3.856 4.599     . 0 0 "[    .    ]" 1 
        91 1 10 U H6   1 31 G H1  4.000 3.000  5.000 4.882 4.470 5.080 0.080 3 0 "[    .    ]" 1 
        92 1 11 A H1'  1 11 A H2  4.500 3.500  5.000 5.019 5.000 5.039 0.039 3 0 "[    .    ]" 1 
        93 1 11 A H1'  1 11 A H2' 2.400     .  3.000 2.834 2.808 2.854     . 0 0 "[    .    ]" 1 
        94 1 11 A H1'  1 11 A H8  4.000 3.000  5.000 3.536 3.518 3.552     . 0 0 "[    .    ]" 1 
        95 1 11 A H1'  1 12 G H8  4.000 3.500  5.000 4.436 4.394 4.531     . 0 0 "[    .    ]" 1 
        96 1 11 A H1'  1 32 A H61 4.000 2.500  5.000 2.847 2.469 3.435 0.031 8 0 "[    .    ]" 1 
        97 1 11 A H1'  1 32 A H62 4.000 2.500  5.000 3.164 2.789 3.475     . 0 0 "[    .    ]" 1 
        98 1 11 A H2   1 12 G H1' 3.000     .  4.000 2.789 2.634 2.983     . 0 0 "[    .    ]" 1 
        99 1 11 A H2   1 12 G H8  4.000 3.000  5.000 4.922 4.798 5.029 0.029 5 0 "[    .    ]" 1 
       100 1 11 A H2   1 32 A H1' 3.000     .  4.000 3.750 3.356 3.936     . 0 0 "[    .    ]" 1 
       101 1 11 A H2   1 32 A H2  3.000     .  4.000 3.860 3.557 4.100 0.100 6 0 "[    .    ]" 1 
       102 1 11 A H2   1 32 A H8  4.000 3.000  6.000 4.786 4.431 5.330     . 0 0 "[    .    ]" 1 
       103 1 11 A H2'  1 12 G H8  2.500     .  3.500 2.200 2.069 2.399     . 0 0 "[    .    ]" 1 
       104 1 11 A H8   1 12 G H8  4.000 3.000  5.000 4.063 3.969 4.230     . 0 0 "[    .    ]" 1 
       105 1 12 G H1   1 30 C H5  4.000 3.000  5.000 5.136 5.103 5.165 0.165 4 0 "[    .    ]" 1 
       106 1 12 G H1   1 31 G H1' 3.000     .  4.000 2.971 2.649 3.392     . 0 0 "[    .    ]" 1 
       107 1 12 G H1'  1 12 G H2' 2.400     .  3.000 2.810 2.798 2.819     . 0 0 "[    .    ]" 1 
       108 1 12 G H1'  1 12 G H8  4.000 3.000  5.000 3.642 3.613 3.667     . 0 0 "[    .    ]" 1 
       109 1 12 G H1'  1 13 U H6  4.000 3.500  5.000 4.860 4.827 4.895     . 0 0 "[    .    ]" 1 
       110 1 12 G H2'  1 13 U H6  2.500     .  3.500 2.076 2.032 2.111     . 0 0 "[    .    ]" 1 
       111 1 12 G N2   1 13 U H1' 4.000 3.000  5.500 3.497 3.288 3.748     . 0 0 "[    .    ]" 1 
       112 1 13 U H1'  1 13 U H2' 2.400     .  3.000 2.777 2.771 2.781     . 0 0 "[    .    ]" 1 
       113 1 13 U H1'  1 13 U H3  4.000 3.000  5.000 4.614 4.598 4.628     . 0 0 "[    .    ]" 1 
       114 1 13 U H1'  1 13 U H6  4.000 3.000  5.000 3.498 3.486 3.509     . 0 0 "[    .    ]" 1 
       115 1 13 U H1'  1 14 G H8  4.000 3.500  5.000 4.604 4.541 4.740     . 0 0 "[    .    ]" 1 
       116 1 13 U H1'  1 29 G H1  4.000 3.000  5.000 4.501 4.461 4.562     . 0 0 "[    .    ]" 1 
       117 1 13 U H2'  1 13 U H3  4.000 3.000  5.000 4.437 4.422 4.460     . 0 0 "[    .    ]" 1 
       118 1 13 U H2'  1 29 G H1  4.000 3.000  5.000 4.520 4.466 4.555     . 0 0 "[    .    ]" 1 
       119 1 13 U H3   1 14 G H1' 4.000 3.000  5.000 5.160 5.141 5.181 0.181 4 0 "[    .    ]" 1 
       120 1 13 U H3   1 14 G H8  4.000 3.000  5.000 4.091 3.988 4.306     . 0 0 "[    .    ]" 1 
       121 1 13 U H3   1 29 G H1  2.500     .  3.500 1.949 1.936 1.963 0.064 5 0 "[    .    ]" 1 
       122 1 14 G H1   1 15 U H3  3.000     .  4.000 3.737 3.578 3.884     . 0 0 "[    .    ]" 1 
       123 1 14 G H1   1 27 A H2  4.000 3.000  5.000 4.069 3.970 4.254     . 0 0 "[    .    ]" 1 
       124 1 14 G H1   1 28 U H3  2.500     .  3.500 1.830 1.823 1.835 0.177 3 0 "[    .    ]" 1 
       125 1 14 G H1   1 28 U H6  4.000 3.000  5.000 5.397 5.369 5.426 0.426 3 0 "[    .    ]" 1 
       126 1 14 G H1   1 29 G H1' 2.500     .  3.500 3.530 3.514 3.544 0.044 4 0 "[    .    ]" 1 
       127 1 14 G H1   1 29 G H8  4.000 3.000  5.000 4.002 3.913 4.077     . 0 0 "[    .    ]" 1 
       128 1 14 G H1'  1 14 G H2' 2.400     .  3.000 2.827 2.819 2.838     . 0 0 "[    .    ]" 1 
       129 1 14 G H1'  1 14 G H8  4.000 3.000  5.000 3.611 3.582 3.650     . 0 0 "[    .    ]" 1 
       130 1 14 G H1'  1 14 G N2  4.000 2.500  5.000 5.035 4.979 5.070 0.070 8 0 "[    .    ]" 1 
       131 1 14 G H1'  1 15 U H1' 4.000 3.000  5.000 5.187 5.166 5.213 0.213 8 0 "[    .    ]" 1 
       132 1 14 G H1'  1 15 U H5  4.000 3.000  5.000 5.292 5.238 5.328 0.328 5 0 "[    .    ]" 1 
       133 1 14 G H1'  1 15 U H6  4.000 3.500  5.000 4.597 4.573 4.616     . 0 0 "[    .    ]" 1 
       134 1 14 G H1'  1 29 G N2  2.500     .  3.500 2.447 2.324 2.558     . 0 0 "[    .    ]" 1 
       135 1 14 G H2'  1 15 U H6  2.500     .  3.500 1.813 1.767 1.848 0.233 5 0 "[    .    ]" 1 
       136 1 14 G H8   1 15 U H6  4.000 3.000  5.000 5.016 4.909 5.074 0.074 5 0 "[    .    ]" 1 
       137 1 14 G H8   1 29 G H1  4.000 3.000  5.000 4.343 4.289 4.410     . 0 0 "[    .    ]" 1 
       138 1 14 G N2   1 29 G H1' 2.500     .  3.500 2.244 2.183 2.284     . 0 0 "[    .    ]" 1 
       139 1 15 U H1'  1 15 U H2' 2.400     .  3.000 2.836 2.820 2.843     . 0 0 "[    .    ]" 1 
       140 1 15 U H1'  1 15 U H5  4.000 3.000  5.000 5.187 5.178 5.194 0.194 9 0 "[    .    ]" 1 
       141 1 15 U H1'  1 15 U H6  4.000 3.000  5.000 3.491 3.481 3.502     . 0 0 "[    .    ]" 1 
       142 1 15 U H1'  1 16 G H1' 4.000 3.000  5.000 5.063 5.043 5.085 0.085 8 0 "[    .    ]" 1 
       143 1 15 U H1'  1 16 G H8  4.000 3.500  5.000 4.637 4.615 4.664     . 0 0 "[    .    ]" 1 
       144 1 15 U H2'  1 15 U H5  4.000 3.000  5.000 5.293 5.282 5.315 0.315 5 0 "[    .    ]" 1 
       145 1 15 U H2'  1 16 G H8  2.500     .  3.500 1.890 1.882 1.900 0.118 1 0 "[    .    ]" 1 
       146 1 15 U H3   1 16 G H1  4.000     .  5.000 4.997 4.969 5.015 0.015 5 0 "[    .    ]" 1 
       147 1 15 U H3   1 16 G H1' 4.000 3.000  5.000 5.084 5.067 5.121 0.121 5 0 "[    .    ]" 1 
       148 1 15 U H3   1 16 G H8  4.000 3.000  5.000 4.616 4.551 4.727     . 0 0 "[    .    ]" 1 
       149 1 15 U H3   1 26 C H41 4.000 2.500  5.000 3.824 3.818 3.836     . 0 0 "[    .    ]" 1 
       150 1 15 U H3   1 26 C H42 4.000 2.500  5.000 5.149 5.136 5.157 0.157 6 0 "[    .    ]" 1 
       151 1 15 U H3   1 27 A H2  2.500     .  3.500 2.822 2.664 3.036     . 0 0 "[    .    ]" 1 
       152 1 15 U H3   1 28 U H3  2.500     .  3.500 2.911 2.863 3.013     . 0 0 "[    .    ]" 1 
       153 1 15 U H6   1 16 G H8  4.000 3.000  5.000 4.841 4.763 5.003 0.003 5 0 "[    .    ]" 1 
       154 1 16 G H1   1 17 G H1  4.000     .  5.000 3.702 3.600 3.811     . 0 0 "[    .    ]" 1 
       155 1 16 G H1   1 26 C H41 4.000 2.500  5.000 2.933 2.887 2.976     . 0 0 "[    .    ]" 1 
       156 1 16 G H1   1 26 C H42 4.000 2.500  5.000 4.266 4.224 4.306     . 0 0 "[    .    ]" 1 
       157 1 16 G H1   1 26 C H6  4.000 3.000  5.000 5.303 5.295 5.312 0.312 3 0 "[    .    ]" 1 
       158 1 16 G H1   1 27 A H2  4.000 3.000  5.000 4.621 4.517 4.744     . 0 0 "[    .    ]" 1 
       159 1 16 G H1   1 27 A H8  4.000 3.000  5.000 4.795 4.696 4.893     . 0 0 "[    .    ]" 1 
       160 1 16 G H1'  1 16 G H2' 2.400     .  3.000 2.840 2.814 2.847     . 0 0 "[    .    ]" 1 
       161 1 16 G H1'  1 16 G H8  4.000 3.000  5.000 3.633 3.624 3.640     . 0 0 "[    .    ]" 1 
       162 1 16 G H1'  1 17 G H1' 4.000 3.000  5.000 5.058 5.026 5.083 0.083 6 0 "[    .    ]" 1 
       163 1 16 G H1'  1 17 G H8  4.000 3.500  5.000 4.648 4.573 4.685     . 0 0 "[    .    ]" 1 
       164 1 16 G H1'  1 27 A H2  4.000 3.000  5.000 3.363 3.228 3.494     . 0 0 "[    .    ]" 1 
       165 1 16 G H2'  1 17 G H8  2.500     .  3.500 1.962 1.951 1.996 0.049 2 0 "[    .    ]" 1 
       166 1 16 G H8   1 17 G H8  4.000 3.000  5.000 4.748 4.490 4.862     . 0 0 "[    .    ]" 1 
       167 1 16 G H8   1 27 A H2  4.000 3.000  5.000 5.040 5.030 5.047 0.047 4 0 "[    .    ]" 1 
       168 1 16 G N2   1 17 G H1' 2.500     .  3.500 2.676 2.633 2.736     . 0 0 "[    .    ]" 1 
       169 1 16 G N2   1 27 A H1' 2.500     .  3.500 2.680 2.613 2.770     . 0 0 "[    .    ]" 1 
       170 1 17 G H1   1 18 G H1  4.000     .  5.000 4.197 4.085 4.421     . 0 0 "[    .    ]" 1 
       171 1 17 G H1   1 18 G H8  4.000 3.000  5.000 5.067 5.019 5.092 0.092 6 0 "[    .    ]" 1 
       172 1 17 G H1   1 25 C H41 4.000 2.500  5.000 2.936 2.499 3.148 0.001 5 0 "[    .    ]" 1 
       173 1 17 G H1   1 25 C H42 4.000 2.500  5.000 4.355 3.994 4.536     . 0 0 "[    .    ]" 1 
       174 1 17 G H1   1 26 C H6  4.000 3.000  5.000 5.042 5.028 5.054 0.054 6 0 "[    .    ]" 1 
       175 1 17 G H1'  1 17 G H2' 2.400     .  3.000 2.828 2.823 2.837     . 0 0 "[    .    ]" 1 
       176 1 17 G H1'  1 17 G H8  4.000 3.000  5.000 3.625 3.607 3.637     . 0 0 "[    .    ]" 1 
       177 1 17 G H1'  1 18 G H1' 4.000 3.000  5.000 5.018 4.999 5.037 0.037 4 0 "[    .    ]" 1 
       178 1 17 G H1'  1 18 G H8  4.000 3.500  5.000 4.447 4.404 4.488     . 0 0 "[    .    ]" 1 
       179 1 17 G H2'  1 18 G H8  2.500     .  3.500 1.962 1.946 1.978 0.054 3 0 "[    .    ]" 1 
       180 1 17 G H8   1 18 G H8  4.000 3.000  5.000 4.525 4.435 4.645     . 0 0 "[    .    ]" 1 
       181 1 17 G N2   1 18 G H1' 2.500     .  3.500 2.517 2.446 2.578     . 0 0 "[    .    ]" 1 
       182 1 17 G N2   1 26 C H1' 2.500     .  3.500 2.500 2.453 2.653     . 0 0 "[    .    ]" 1 
       183 1 18 G H1   1 24 C H41 4.000 3.000  5.000 3.272 3.148 3.402     . 0 0 "[    .    ]" 1 
       184 1 18 G H1   1 24 C H42 4.000 3.000  5.000 4.633 4.527 4.740     . 0 0 "[    .    ]" 1 
       185 1 18 G H1   1 25 C H41 4.000 2.500  5.000 4.610 4.568 4.665     . 0 0 "[    .    ]" 1 
       186 1 18 G H1   1 25 C H42 4.000 2.500  5.000 5.023 4.983 5.038 0.038 6 0 "[    .    ]" 1 
       187 1 18 G H1'  1 18 G H2' 2.400     .  3.000 2.876 2.872 2.882     . 0 0 "[    .    ]" 1 
       188 1 18 G H1'  1 18 G H8  4.000 3.000  5.000 3.536 3.513 3.548     . 0 0 "[    .    ]" 1 
       189 1 18 G H1'  1 19 G H8  4.000 3.500  5.000 4.942 4.856 5.028 0.028 6 0 "[    .    ]" 1 
       190 1 18 G H2'  1 19 G H8  2.500     .  3.500 2.460 2.396 2.529     . 0 0 "[    .    ]" 1 
       191 1 18 G N2   1 19 G H1' 2.500     .  3.500 3.262 3.129 3.510 0.010 8 0 "[    .    ]" 1 
       192 1 18 G N2   1 25 C H1' 2.500     .  3.500 2.688 2.551 2.855     . 0 0 "[    .    ]" 1 
       193 1 19 G H1'  1 19 G H8  4.000 3.000  5.000 3.796 3.775 3.813     . 0 0 "[    .    ]" 1 
       194 1 19 G H1'  1 20 U H6  4.000 3.500  5.000 5.102 5.071 5.144 0.144 7 0 "[    .    ]" 1 
       195 1 19 G H2'  1 20 U H6  4.000 3.000  5.000 4.000 3.959 4.088     . 0 0 "[    .    ]" 1 
       196 1 20 U C5'  1 20 U H1' 4.000 3.000  5.000 4.198 4.194 4.204     . 0 0 "[    .    ]" 1 
       197 1 20 U H1'  1 20 U H2' 3.000     .  4.000 2.954 2.951 2.956     . 0 0 "[    .    ]" 1 
       198 1 20 U H1'  1 20 U H3' 4.000 3.000  5.000 3.937 3.933 3.945     . 0 0 "[    .    ]" 1 
       199 1 20 U H1'  1 20 U H4' 4.000 2.500  5.000 2.899 2.891 2.917     . 0 0 "[    .    ]" 1 
       200 1 20 U H1'  1 20 U H5  4.000 3.000  5.000 5.376 5.374 5.379 0.379 2 0 "[    .    ]" 1 
       201 1 20 U H1'  1 20 U H6  4.000 3.000  5.000 3.713 3.707 3.718     . 0 0 "[    .    ]" 1 
       202 1 20 U H1'  1 21 C H2' 4.500 3.500  5.500 5.491 5.405 5.520 0.020 3 0 "[    .    ]" 1 
       203 1 20 U H1'  1 21 C H6  4.000 3.500  5.000 3.884 3.750 4.058     . 0 0 "[    .    ]" 1 
       204 1 20 U H2'  1 20 U H5  3.000     .  5.000 4.310 4.280 4.331     . 0 0 "[    .    ]" 1 
       205 1 20 U H2'  1 20 U H6  2.500     .  3.500 2.404 2.349 2.444     . 0 0 "[    .    ]" 1 
       206 1 20 U H2'  1 21 C H5  4.000 3.000  5.000 3.578 3.542 3.660     . 0 0 "[    .    ]" 1 
       207 1 20 U H2'  1 21 C H6  4.000 3.000  5.000 2.976 2.948 2.998 0.052 8 0 "[    .    ]" 1 
       208 1 20 U H3'  1 20 U H5  4.000 3.000  5.000 5.157 5.145 5.168 0.168 6 0 "[    .    ]" 1 
       209 1 20 U H3'  1 20 U H6  4.000 3.000  5.000 2.837 2.821 2.846 0.179 2 0 "[    .    ]" 1 
       210 1 20 U H3'  1 21 C H6  3.500 3.000  5.000 4.911 4.860 4.949     . 0 0 "[    .    ]" 1 
       211 1 20 U H4'  1 20 U H6  4.000 3.500  5.000 4.589 4.569 4.611     . 0 0 "[    .    ]" 1 
       212 1 20 U H4'  1 21 C H6  4.000 3.000  5.500 5.302 5.223 5.423     . 0 0 "[    .    ]" 1 
       213 1 20 U H5   1 21 C H2' 4.500 3.500  5.500 5.478 5.365 5.535 0.035 9 0 "[    .    ]" 1 
       214 1 20 U H5'  1 20 U H6  4.000 3.000  5.000 4.951 4.900 5.011 0.011 3 0 "[    .    ]" 1 
       215 1 20 U H5'' 1 20 U H6  4.000 3.000  5.000 4.831 4.741 4.926     . 0 0 "[    .    ]" 1 
       216 1 20 U H6   1 21 C H2' 4.000 3.500  5.000 4.344 4.178 4.422     . 0 0 "[    .    ]" 1 
       217 1 20 U H6   1 21 C H5  4.000 3.000  5.000 5.010 4.936 5.037 0.037 1 0 "[    .    ]" 1 
       218 1 20 U H6   1 21 C H6  4.500 4.000  5.500 5.213 5.153 5.251     . 0 0 "[    .    ]" 1 
       219 1 21 C H1'  1 21 C H2' 4.000 3.000  5.000 3.060 3.056 3.063     . 0 0 "[    .    ]" 1 
       220 1 21 C H1'  1 21 C H5  4.000 3.000  5.000 5.281 5.261 5.296 0.296 8 0 "[    .    ]" 1 
       221 1 21 C H1'  1 21 C H6  4.000 3.000  5.000 3.544 3.521 3.564     . 0 0 "[    .    ]" 1 
       222 1 21 C H1'  1 22 U H5  4.500 3.500  5.500 4.822 4.631 5.520 0.020 1 0 "[    .    ]" 1 
       223 1 21 C H1'  1 22 U H6  6.000 5.000 11.000 4.975 4.938 5.082 0.062 9 0 "[    .    ]" 1 
       224 1 21 C H2'  1 21 C H5  4.000 3.000  5.000 4.925 4.861 4.992     . 0 0 "[    .    ]" 1 
       225 1 21 C H2'  1 21 C H6  2.500     .  3.500 3.242 3.165 3.316     . 0 0 "[    .    ]" 1 
       226 1 21 C H3'  1 21 C H6  3.000     .  4.500 4.588 4.570 4.620 0.120 7 0 "[    .    ]" 1 
       227 1 22 U C5'  1 22 U H1' 4.000 3.000  5.000 4.245 4.219 4.296     . 0 0 "[    .    ]" 1 
       228 1 22 U C5'  1 23 C H5  4.000 3.000  5.000 3.041 2.965 3.503 0.035 4 0 "[    .    ]" 1 
       229 1 22 U H1'  1 22 U H2' 3.000     .  4.000 2.897 2.863 2.914     . 0 0 "[    .    ]" 1 
       230 1 22 U H1'  1 22 U H3' 4.000 3.000  5.000 3.890 3.875 3.901     . 0 0 "[    .    ]" 1 
       231 1 22 U H1'  1 22 U H4' 4.000 3.000  5.000 3.004 2.945 3.168 0.055 2 0 "[    .    ]" 1 
       232 1 22 U H1'  1 22 U H6  4.000 3.000  5.000 3.677 3.637 3.699     . 0 0 "[    .    ]" 1 
       233 1 22 U H1'  1 23 C H5  4.000 3.000  5.500 5.908 5.873 5.945 0.445 3 0 "[    .    ]" 1 
       234 1 22 U H1'  1 23 C H6  5.000 4.500 10.000 6.482 6.455 6.497     . 0 0 "[    .    ]" 1 
       235 1 22 U H2'  1 22 U H5  4.000 2.500  5.000 4.644 4.517 4.854     . 0 0 "[    .    ]" 1 
       236 1 22 U H2'  1 22 U H6  2.500     .  3.500 2.933 2.728 3.255     . 0 0 "[    .    ]" 1 
       237 1 22 U H3'  1 22 U H5  4.000 3.000  5.200 4.721 4.441 4.896     . 0 0 "[    .    ]" 1 
       238 1 22 U H3'  1 22 U H6  3.000     .  4.500 2.482 2.182 2.759     . 0 0 "[    .    ]" 1 
       239 1 22 U H3'  1 23 C H1' 4.000 3.000  5.000 5.028 4.948 5.090 0.090 2 0 "[    .    ]" 1 
       240 1 22 U H3'  1 23 C H5  4.000 3.000  5.000 3.412 3.221 3.706     . 0 0 "[    .    ]" 1 
       241 1 22 U H3'  1 23 C H6  4.000 3.000  5.000 2.857 2.809 2.952 0.191 8 0 "[    .    ]" 1 
       242 1 22 U H4'  1 23 C H5  4.500 3.500  5.500 3.217 3.082 3.289 0.418 1 0 "[    .    ]" 1 
       243 1 22 U H5'  1 22 U H6  4.000 3.000  5.500 4.193 3.474 4.852     . 0 0 "[    .    ]" 1 
       244 1 22 U H5'  1 23 C H6  4.000 3.000  5.500 4.566 2.961 5.281 0.039 1 0 "[    .    ]" 1 
       245 1 22 U H6   1 23 C H5  4.500 4.000  5.500 5.649 5.588 5.743 0.243 1 0 "[    .    ]" 1 
       246 1 23 C H1'  1 23 C H5  4.000 3.000  5.000 5.329 5.321 5.336 0.336 4 0 "[    .    ]" 1 
       247 1 23 C H1'  1 23 C H6  4.000 3.000  5.000 3.652 3.636 3.660     . 0 0 "[    .    ]" 1 
       248 1 23 C H1'  1 24 C H1' 4.000 3.000  5.000 5.070 5.046 5.088 0.088 2 0 "[    .    ]" 1 
       249 1 23 C H1'  1 24 C H5  4.000 3.000  5.000 5.036 4.990 5.067 0.067 7 0 "[    .    ]" 1 
       250 1 23 C H1'  1 24 C H6  4.000 3.500  5.000 4.480 4.373 4.646     . 0 0 "[    .    ]" 1 
       251 1 23 C H2'  1 23 C H5  3.000     .  5.000 5.095 5.060 5.128 0.128 8 0 "[    .    ]" 1 
       252 1 23 C H2'  1 24 C H6  2.500     .  3.500 1.910 1.864 1.949 0.136 1 0 "[    .    ]" 1 
       253 1 23 C H5   1 24 C H5  4.000 3.000  5.000 4.548 3.795 4.866     . 0 0 "[    .    ]" 1 
       254 1 23 C H6   1 24 C H5  4.000 3.000  5.000 4.280 3.612 4.585     . 0 0 "[    .    ]" 1 
       255 1 23 C H6   1 24 C H6  4.000 3.000  5.000 4.891 4.458 5.060 0.060 1 0 "[    .    ]" 1 
       256 1 24 C H1'  1 24 C H2' 2.400     .  3.000 2.822 2.803 2.834     . 0 0 "[    .    ]" 1 
       257 1 24 C H1'  1 24 C H5  4.000 3.000  5.000 5.262 5.240 5.291 0.291 6 0 "[    .    ]" 1 
       258 1 24 C H1'  1 24 C H6  4.000 3.000  5.000 3.540 3.514 3.581     . 0 0 "[    .    ]" 1 
       259 1 24 C H1'  1 25 C H1' 4.000 3.000  5.000 5.040 5.028 5.053 0.053 1 0 "[    .    ]" 1 
       260 1 24 C H1'  1 25 C H6  4.000 3.500  5.000 4.710 4.682 4.740     . 0 0 "[    .    ]" 1 
       261 1 24 C H2'  1 25 C H6  2.500     .  3.500 1.947 1.937 1.968 0.063 1 0 "[    .    ]" 1 
       262 1 24 C H5   1 25 C H5  4.000 3.000  5.000 4.630 4.271 5.016 0.016 5 0 "[    .    ]" 1 
       263 1 25 C H1'  1 25 C H2' 2.400     .  3.000 2.805 2.786 2.822     . 0 0 "[    .    ]" 1 
       264 1 25 C H1'  1 25 C H6  4.000 3.000  5.000 3.521 3.494 3.542     . 0 0 "[    .    ]" 1 
       265 1 25 C H1'  1 26 C H6  4.000 3.500  5.000 4.708 4.694 4.725     . 0 0 "[    .    ]" 1 
       266 1 25 C H2'  1 26 C H6  2.500     .  3.500 1.942 1.916 1.972 0.084 4 0 "[    .    ]" 1 
       267 1 25 C H6   1 26 C H6  4.000 3.000  5.000 5.068 5.038 5.098 0.098 8 0 "[    .    ]" 1 
       268 1 26 C H1'  1 26 C H2' 2.400     .  3.000 2.808 2.795 2.816     . 0 0 "[    .    ]" 1 
       269 1 26 C H1'  1 26 C H5  4.000 3.000  5.000 5.223 5.213 5.231 0.231 6 0 "[    .    ]" 1 
       270 1 26 C H1'  1 26 C H6  4.000 3.000  5.000 3.453 3.437 3.463     . 0 0 "[    .    ]" 1 
       271 1 26 C H1'  1 27 A H1' 4.000 3.000  5.000 5.097 5.085 5.117 0.117 9 0 "[    .    ]" 1 
       272 1 26 C H1'  1 27 A H8  4.000 3.500  5.000 4.465 4.412 4.499     . 0 0 "[    .    ]" 1 
       273 1 26 C H2'  1 27 A H8  2.500     .  3.500 1.999 1.962 2.029 0.038 3 0 "[    .    ]" 1 
       274 1 26 C H5   1 27 A H8  4.000 3.000  5.000 5.017 4.986 5.048 0.048 3 0 "[    .    ]" 1 
       275 1 26 C H6   1 27 A H8  4.000 3.000  5.000 4.317 4.250 4.348     . 0 0 "[    .    ]" 1 
       276 1 27 A H1'  1 27 A H2' 2.400     .  3.000 2.856 2.845 2.863     . 0 0 "[    .    ]" 1 
       277 1 27 A H1'  1 27 A H8  4.000 3.000  5.000 3.694 3.687 3.702     . 0 0 "[    .    ]" 1 
       278 1 27 A H1'  1 28 U H1' 4.000 3.000  5.000 5.159 5.134 5.201 0.201 3 0 "[    .    ]" 1 
       279 1 27 A H1'  1 28 U H6  4.000 3.500  5.000 4.759 4.747 4.774     . 0 0 "[    .    ]" 1 
       280 1 27 A H2   1 28 U H1' 4.000 3.000  5.000 3.153 3.016 3.262     . 0 0 "[    .    ]" 1 
       281 1 27 A H2   1 28 U H3  4.000 3.000  5.000 3.438 3.300 3.567     . 0 0 "[    .    ]" 1 
       282 1 27 A H2   1 28 U H6  4.000 3.000  5.000 5.169 5.113 5.221 0.221 3 0 "[    .    ]" 1 
       283 1 27 A H2'  1 28 U H6  2.500     .  3.500 1.947 1.927 1.961 0.073 3 0 "[    .    ]" 1 
       284 1 28 U H1'  1 28 U H2' 2.400     .  3.000 2.818 2.805 2.831     . 0 0 "[    .    ]" 1 
       285 1 28 U H1'  1 28 U H3  4.000 3.000  5.000 4.511 4.505 4.522     . 0 0 "[    .    ]" 1 
       286 1 28 U H1'  1 28 U H6  4.000 3.000  5.000 3.575 3.564 3.582     . 0 0 "[    .    ]" 1 
       287 1 28 U H1'  1 29 G H1' 4.000 3.000  5.000 4.717 4.651 4.758     . 0 0 "[    .    ]" 1 
       288 1 28 U H1'  1 29 G H8  4.000 3.500  5.000 4.722 4.625 4.828     . 0 0 "[    .    ]" 1 
       289 1 28 U H2'  1 28 U H5  4.000 3.000  5.000 5.143 5.124 5.156 0.156 2 0 "[    .    ]" 1 
       290 1 28 U H2'  1 29 G H8  2.500     .  3.500 2.045 1.976 2.160 0.024 2 0 "[    .    ]" 1 
       291 1 28 U H3   1 29 G H1' 4.000 3.000  5.000 5.210 5.198 5.222 0.222 6 0 "[    .    ]" 1 
       292 1 28 U H3   1 29 G H8  4.000 3.000  5.000 4.967 4.891 5.020 0.020 5 0 "[    .    ]" 1 
       293 1 28 U H6   1 29 G H8  4.000 3.000  5.000 4.637 4.473 4.765     . 0 0 "[    .    ]" 1 
       294 1 29 G H1'  1 29 G H2' 2.400     .  3.000 2.813 2.803 2.821     . 0 0 "[    .    ]" 1 
       295 1 29 G H1'  1 29 G H8  4.000 3.000  5.000 3.569 3.560 3.585     . 0 0 "[    .    ]" 1 
       296 1 29 G H1'  1 30 C H1' 4.000 3.000  5.000 5.147 5.129 5.190 0.190 9 0 "[    .    ]" 1 
       297 1 29 G H1'  1 30 C H5  4.000 3.000  5.000 5.171 5.126 5.238 0.238 5 0 "[    .    ]" 1 
       298 1 29 G H1'  1 30 C H6  4.000 3.500  5.000 4.541 4.494 4.612     . 0 0 "[    .    ]" 1 
       299 1 29 G H2'  1 30 C H6  2.500     .  3.500 1.895 1.860 1.919 0.140 6 0 "[    .    ]" 1 
       300 1 29 G H8   1 30 C H6  4.000 3.000  5.000 4.759 4.559 4.957     . 0 0 "[    .    ]" 1 
       301 1 30 C H1'  1 30 C H2' 2.400     .  3.000 2.820 2.812 2.826     . 0 0 "[    .    ]" 1 
       302 1 30 C H1'  1 30 C H6  4.000 3.000  5.000 3.461 3.449 3.495     . 0 0 "[    .    ]" 1 
       303 1 30 C H1'  1 31 G H8  4.000 3.500  5.000 4.871 4.681 5.016 0.016 7 0 "[    .    ]" 1 
       304 1 30 C H2'  1 31 G H8  3.500     .  4.500 2.531 2.222 2.865     . 0 0 "[    .    ]" 1 
       305 1 30 C H41  1 31 G H1  4.000 3.000  5.000 3.359 3.145 3.583     . 0 0 "[    .    ]" 1 
       306 1 30 C H42  1 31 G H1  4.000 3.000  5.000 3.062 2.986 3.135 0.014 4 0 "[    .    ]" 1 
       307 1 31 G H1'  1 31 G H2' 2.400     .  3.000 2.791 2.758 2.826     . 0 0 "[    .    ]" 1 
       308 1 31 G H1'  1 31 G H8  4.000 3.000  5.000 3.749 3.723 3.764     . 0 0 "[    .    ]" 1 
       309 1 31 G H1'  1 32 A H8  4.000 3.500  5.000 4.689 4.581 4.800     . 0 0 "[    .    ]" 1 
       310 1 31 G H2'  1 31 G H8  4.000 3.000  5.000 3.910 3.817 4.025     . 0 0 "[    .    ]" 1 
       311 1 31 G H2'  1 32 A H8  2.500     .  3.500 3.263 2.749 3.595 0.095 5 0 "[    .    ]" 1 
       312 1 31 G H3'  1 31 G H8  2.500     .  3.500 2.788 2.653 2.927     . 0 0 "[    .    ]" 1 
       313 1 32 A H1'  1 32 A H2' 2.400     .  3.000 2.798 2.753 2.862     . 0 0 "[    .    ]" 1 
       314 1 32 A H1'  1 32 A H8  4.000 3.000  5.000 3.504 3.393 3.698     . 0 0 "[    .    ]" 1 
       315 1 32 A H1'  1 33 G H8  4.000 3.500  5.000 4.886 4.453 5.050 0.050 1 0 "[    .    ]" 1 
       316 1 32 A H2   1 33 G H1' 3.000     .  4.000 3.086 2.587 3.733     . 0 0 "[    .    ]" 1 
       317 1 32 A H2   1 33 G H8  5.500 5.400 10.500 5.668 5.282 6.333 0.118 7 0 "[    .    ]" 1 
       318 1 32 A H2'  1 33 G H8  2.500     .  3.500 3.182 2.399 3.577 0.077 4 0 "[    .    ]" 1 
       319 1 32 A H8   1 33 G H8  4.000 3.400  5.000 3.763 3.444 4.088     . 0 0 "[    .    ]" 1 
       320 1 33 G H1   1 34 A H2  4.000 3.000  5.000 4.341 4.106 4.714     . 0 0 "[    .    ]" 1 
       321 1 33 G H1'  1 33 G H2' 2.400     .  3.000 2.845 2.815 2.871     . 0 0 "[    .    ]" 1 
       322 1 33 G H1'  1 33 G H8  4.000 3.000  5.000 3.502 3.400 3.682     . 0 0 "[    .    ]" 1 
       323 1 33 G H1'  1 34 A H8  4.000 3.500  5.000 4.701 4.407 5.000     . 0 0 "[    .    ]" 1 
       324 1 33 G H2'  1 34 A H8  2.500     .  3.500 2.365 2.098 2.826     . 0 0 "[    .    ]" 1 
       325 1 33 G H8   1 34 A H8  4.000 3.400  5.000 4.384 3.879 4.818     . 0 0 "[    .    ]" 1 
       326 1 33 G N2   1 34 A H1' 4.000 2.500  5.000 2.859 2.572 3.255     . 0 0 "[    .    ]" 1 
       327 1 34 A H1'  1 34 A H2' 2.400     .  3.000 2.796 2.761 2.838     . 0 0 "[    .    ]" 1 
       328 1 34 A H1'  1 34 A H8  4.000 3.000  5.000 3.681 3.646 3.707     . 0 0 "[    .    ]" 1 
       329 1 34 A H1'  1 35 G H8  4.000 3.500  5.000 4.553 4.359 4.760     . 0 0 "[    .    ]" 1 
       330 1 34 A H2   1 35 G H1' 3.000     .  4.000 2.927 2.649 3.233     . 0 0 "[    .    ]" 1 
       331 1 34 A H2   1 35 G H8  4.000 3.000  5.000 5.049 4.949 5.099 0.099 5 0 "[    .    ]" 1 
       332 1 34 A H2'  1 35 G H8  2.500     .  3.500 2.082 1.996 2.166 0.004 3 0 "[    .    ]" 1 
       333 1 34 A H8   1 35 G H8  4.000 3.400  5.000 4.345 3.979 4.967     . 0 0 "[    .    ]" 1 
       334 1 35 G H1   1 36 U H3  4.000 3.000  5.000 3.259 3.088 3.520     . 0 0 "[    .    ]" 1 
       335 1 35 G H1'  1 35 G H2' 2.400     .  3.000 2.807 2.786 2.842     . 0 0 "[    .    ]" 1 
       336 1 35 G H1'  1 35 G H8  4.000 3.000  5.000 3.544 3.517 3.593     . 0 0 "[    .    ]" 1 
       337 1 35 G H1'  1 36 U H6  4.000 3.500  5.000 4.626 4.545 4.757     . 0 0 "[    .    ]" 1 
       338 1 35 G H2'  1 36 U H6  2.500     .  3.500 2.005 1.956 2.144 0.044 1 0 "[    .    ]" 1 
       339 1 35 G H8   1 36 U H6  4.000 3.400  5.000 5.087 5.045 5.137 0.137 1 0 "[    .    ]" 1 
       340 1 35 G N2   1 36 U H1' 4.000 2.500  5.000 2.833 2.552 2.966     . 0 0 "[    .    ]" 1 
       341 1 36 U H1'  1 36 U H2' 2.400     .  3.000 2.807 2.770 2.858     . 0 0 "[    .    ]" 1 
       342 1 36 U H1'  1 36 U H3  4.000 3.000  5.000 4.564 4.536 4.589     . 0 0 "[    .    ]" 1 
       343 1 36 U H1'  1 36 U H6  4.000 3.000  5.000 3.542 3.498 3.577     . 0 0 "[    .    ]" 1 
       344 1 36 U H1'  1 37 A H1' 4.000 3.000  5.000 4.968 4.841 5.063 0.063 5 0 "[    .    ]" 1 
       345 1 36 U H1'  1 37 A H8  4.000 3.500  5.000 4.604 4.475 4.703     . 0 0 "[    .    ]" 1 
       346 1 36 U H2'  1 37 A H8  2.500     .  3.500 2.184 1.987 2.364 0.013 3 0 "[    .    ]" 1 
       347 1 36 U H3   1 37 A H8  4.000 3.500  5.000 4.370 4.209 4.490     . 0 0 "[    .    ]" 1 
       348 1 36 U H6   1 37 A H8  4.000 3.000  5.000 4.178 3.940 4.587     . 0 0 "[    .    ]" 1 
       349 1 37 A H1'  1 37 A H2  4.500 3.500  5.000 4.901 4.868 4.936     . 0 0 "[    .    ]" 1 
       350 1 37 A H1'  1 37 A H2' 2.400     .  3.000 2.853 2.839 2.865     . 0 0 "[    .    ]" 1 
       351 1 37 A H1'  1 37 A H8  4.000 3.000  5.000 3.621 3.596 3.641     . 0 0 "[    .    ]" 1 
       352 1 37 A H1'  1 38 G H8  4.000 3.500  5.000 4.722 4.517 5.046 0.046 6 0 "[    .    ]" 1 
       353 1 37 A H2   1 38 G H1' 3.000     .  4.000 3.060 2.836 3.380     . 0 0 "[    .    ]" 1 
       354 1 37 A H2'  1 38 G H8  2.500     .  3.500 2.334 2.047 2.772     . 0 0 "[    .    ]" 1 
       355 1 37 A H8   1 38 G H8  4.000 3.000  5.000 4.090 3.972 4.235     . 0 0 "[    .    ]" 1 
       356 1 38 G H1'  1 38 G H2' 2.400     .  3.000 2.813 2.793 2.829     . 0 0 "[    .    ]" 1 
       357 1 38 G H1'  1 38 G H8  4.000 3.000  5.000 3.646 3.622 3.671     . 0 0 "[    .    ]" 1 
       358 1 38 G H1'  1 39 G H8  4.000 3.500  5.000 4.632 4.607 4.658     . 0 0 "[    .    ]" 1 
       359 1 38 G H2'  1 39 G H8  2.500     .  3.500 1.971 1.943 2.030 0.057 8 0 "[    .    ]" 1 
       360 1 38 G H8   1 39 G H8  4.000 3.000  5.000 5.084 5.071 5.119 0.119 6 0 "[    .    ]" 1 
       361 1 39 G H1'  1 39 G H8  4.000 3.000  5.000 3.755 3.746 3.762     . 0 0 "[    .    ]" 1 
       362 1 39 G H1'  1 40 C H1' 4.000 3.000  5.000 5.087 5.050 5.113 0.113 3 0 "[    .    ]" 1 
       363 1 39 G H1'  1 40 C H5  4.000 3.000  5.000 5.110 5.098 5.121 0.121 1 0 "[    .    ]" 1 
       364 1 39 G H1'  1 40 C H6  4.000 3.500  5.000 4.623 4.593 4.640     . 0 0 "[    .    ]" 1 
       365 1 39 G H2'  1 40 C H6  2.500     .  3.500 1.957 1.940 1.973 0.060 1 0 "[    .    ]" 1 
       366 1 39 G H8   1 40 C H6  4.000 3.000  5.000 4.368 4.320 4.423     . 0 0 "[    .    ]" 1 
       367 1 40 C H1'  1 40 C H5  4.000 3.000  5.000 5.207 5.199 5.213 0.213 4 0 "[    .    ]" 1 
       368 1 40 C H1'  1 40 C H6  4.000 3.000  5.000 3.471 3.461 3.479     . 0 0 "[    .    ]" 1 
       369 1 40 C H1'  1 41 C H6  4.000 3.500  5.000 4.824 4.779 4.894     . 0 0 "[    .    ]" 1 
       370 1 40 C H2'  1 41 C H6  2.500     .  3.500 2.030 1.986 2.103 0.014 8 0 "[    .    ]" 1 
       371 1 41 C H1'  1 41 C H5  4.000 3.000  5.000 5.270 5.265 5.280 0.280 7 0 "[    .    ]" 1 
       372 1 41 C H1'  1 41 C H6  4.000 3.000  5.000 3.539 3.531 3.550     . 0 0 "[    .    ]" 1 
    stop_

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