data_17292

#######################
#  Entry information  #
#######################


save_entry_information
  _Entry.Sf_category                   entry_information
  _Entry.Sf_framecode                  entry_information
  _Entry.ID                            17292
  _Entry.Title                         
;
NMR structure of the A730 loop of the Neurospora VS ribozyme
;
  _Entry.Type                          macromolecule
  _Entry.Version_type                  original
  _Entry.Submission_date               2010-11-11
  _Entry.Accession_date                2010-11-11
  _Entry.Last_release_date             .
  _Entry.Original_release_date         .
  _Entry.Origination                   author
  _Entry.NMR_STAR_version              3.1.1.61
  _Entry.Original_NMR_STAR_version     3.0.9.13
  _Entry.Experimental_method           NMR
  _Entry.Experimental_method_subtype   SOLUTION
  _Entry.Details                       .
  _Entry.BMRB_internal_directory_name  .

  loop_
    _Entry_author.Ordinal
    _Entry_author.Given_name
    _Entry_author.Family_name
    _Entry_author.First_initial
    _Entry_author.Middle_initials
    _Entry_author.Family_title
    _Entry_author.Entry_ID

    1    Genevieve    Desjardins     .   .   .   17292    
    2    Eric         Bonneau        .   .   .   17292    
    3    Nicolas      Girard         .   .   .   17292    
    4    Jerome       Boisbouvier    .   .   .   17292    
    5    Pascale      Legault        .   .   .   17292    
  stop_

  loop_
    _SG_project.SG_project_ID
    _SG_project.Project_name
    _SG_project.Full_name_of_center
    _SG_project.Initial_of_center
    _SG_project.Entry_ID

    .   'not applicable'  'not applicable'  .   17292    
  stop_

  loop_
    _Struct_keywords.Keywords
    _Struct_keywords.Text
    _Struct_keywords.Entry_ID

    'internal loop'  .   17292    
    RNA              .   17292    
    'VS ribozyme'    .   17292    
  stop_

  loop_
    _Data_set.Type
    _Data_set.Count
    _Data_set.Entry_ID

    assigned_chemical_shifts    1    17292    
  stop_

  loop_
    _Datum.Type
    _Datum.Count
    _Datum.Entry_ID

    '13C chemical shifts'  173    17292    
    '15N chemical shifts'  91     17292    
    '1H chemical shifts'   232    17292    
  stop_

  loop_
    _Release.Release_number
    _Release.Format_type
    _Release.Format_version
    _Release.Date
    _Release.Submission_date
    _Release.Type
    _Release.Author
    _Release.Detail
    _Release.Entry_ID

    2    .   .   2011-06-01    2010-11-11    update      BMRB      'update entry citation'  17292    
    1    .   .   2011-01-27    2010-11-11    original    author    'original release'       17292    
  stop_

  loop_
    _Related_entries.Database_name
    _Related_entries.Database_accession_code
    _Related_entries.Relationship
    _Related_entries.Entry_ID

    PDB    2L5Z    'BMRB Entry Tracking System'  17292    
  stop_

save_

###############
#  Citations  #
###############


save_entry_citation
  _Citation.Sf_category                 citations
  _Citation.Sf_framecode                entry_citation
  _Citation.Entry_ID                    17292
  _Citation.ID                          1
  _Citation.Class                       'entry citation'
  _Citation.CAS_abstract_code           .
  _Citation.MEDLINE_UI_code             .
  _Citation.DOI                         .
  _Citation.PubMed_ID                   21266483
  _Citation.Full_citation               .
  _Citation.Title                       'NMR structure of the A730 loop of the Neurospora VS ribozyme: insights into the formation of the active site.'
  _Citation.Status                      published
  _Citation.Type                        journal
  _Citation.Journal_abbrev              'Nucleic Acids Res.'
  _Citation.Journal_name_full           'Nucleic acids research'
  _Citation.Journal_volume              39
  _Citation.Journal_issue               10
  _Citation.Journal_ASTM                .
  _Citation.Journal_ISSN                .
  _Citation.Journal_CSD                 .
  _Citation.Book_title                  .
  _Citation.Book_chapter_title          .
  _Citation.Book_volume                 .
  _Citation.Book_series                 .
  _Citation.Book_publisher              .
  _Citation.Book_publisher_city         .
  _Citation.Book_ISBN                   .
  _Citation.Conference_title            .
  _Citation.Conference_site             .
  _Citation.Conference_state_province   .
  _Citation.Conference_country          .
  _Citation.Conference_start_date       .
  _Citation.Conference_end_date         .
  _Citation.Conference_abstract_number  .
  _Citation.Thesis_institution          .
  _Citation.Thesis_institution_city     .
  _Citation.Thesis_institution_country  .
  _Citation.WWW_URL                     .
  _Citation.Page_first                  4427
  _Citation.Page_last                   4437
  _Citation.Year                        2011
  _Citation.Details                     .

  loop_
    _Citation_author.Ordinal
    _Citation_author.Given_name
    _Citation_author.Family_name
    _Citation_author.First_initial
    _Citation_author.Middle_initials
    _Citation_author.Family_title
    _Citation_author.Entry_ID
    _Citation_author.Citation_ID

    1    Genevieve    Desjardins     .   .   .   17292    1    
    2    Eric         Bonneau        .   .   .   17292    1    
    3    Nicolas      Girard         .   .   .   17292    1    
    4    Jerome       Boisbouvier    .   .   .   17292    1    
    5    Pascale      Legault        .   .   .   17292    1    
  stop_

save_

#############################################
#  Molecular system (assembly) description  #
#############################################


save_assembly
  _Assembly.Sf_category                      assembly
  _Assembly.Sf_framecode                     assembly
  _Assembly.Entry_ID                         17292
  _Assembly.ID                               1
  _Assembly.Name                             26-MER
  _Assembly.BMRB_code                        .
  _Assembly.Number_of_components             1
  _Assembly.Organic_ligands                  .
  _Assembly.Metal_ions                       .
  _Assembly.Non_standard_bonds               .
  _Assembly.Ambiguous_conformational_states  .
  _Assembly.Ambiguous_chem_comp_sites        .
  _Assembly.Molecules_in_chemical_exchange   .
  _Assembly.Paramagnetic                     no
  _Assembly.Thiol_state                      .
  _Assembly.Molecular_mass                   .
  _Assembly.Enzyme_commission_number         .
  _Assembly.Details                          .
  _Assembly.DB_query_date                    .
  _Assembly.DB_query_revised_last_date       .

  loop_
    _Entity_assembly.ID
    _Entity_assembly.Entity_assembly_name
    _Entity_assembly.Entity_ID
    _Entity_assembly.Entity_label
    _Entity_assembly.Asym_ID
    _Entity_assembly.PDB_chain_ID
    _Entity_assembly.Experimental_data_reported
    _Entity_assembly.Physical_state
    _Entity_assembly.Conformational_isomer
    _Entity_assembly.Chemical_exchange_state
    _Entity_assembly.Magnetic_equivalence_group_code
    _Entity_assembly.Role
    _Entity_assembly.Details
    _Entity_assembly.Entry_ID
    _Entity_assembly.Assembly_ID

    1    'RNA (26-MER)'  1    $VS_ribozyme_SVI_RNA_(26-MER)   A    .   yes    native    no    no    .   .   .   17292    1    
  stop_

save_

    ####################################
    #  Biological polymers and ligands #
    ####################################


save_VS_ribozyme_SVI_RNA_(26-MER)
  _Entity.Sf_category                      entity
  _Entity.Sf_framecode                     VS_ribozyme_SVI_RNA_(26-MER)
  _Entity.Entry_ID                         17292
  _Entity.ID                               1
  _Entity.BMRB_code                        .
  _Entity.Name                             VS_ribozyme_SVI_RNA_(26-MER)
  _Entity.Type                             polymer
  _Entity.Polymer_common_type              .
  _Entity.Polymer_type                     polyribonucleotide
  _Entity.Polymer_type_details             .
  _Entity.Polymer_strand_ID                A
  _Entity.Polymer_seq_one_letter_code_can  .
  _Entity.Polymer_seq_one_letter_code      
;
GAGCUGCAGCACGAAAGUGA
CGGCUC
;

  _Entity.Target_identifier                .
  _Entity.Polymer_author_defined_seq       .
  _Entity.Polymer_author_seq_details       .
  _Entity.Ambiguous_conformational_states  no
  _Entity.Ambiguous_chem_comp_sites        no
  _Entity.Nstd_monomer                     no
  _Entity.Nstd_chirality                   no
  _Entity.Nstd_linkage                     no
  _Entity.Nonpolymer_comp_ID               .
  _Entity.Nonpolymer_comp_label            .
  _Entity.Number_of_monomers               26
  _Entity.Number_of_nonpolymer_components  .
  _Entity.Paramagnetic                     no
  _Entity.Thiol_state                      'not present'
  _Entity.Src_method                       syn
  _Entity.Parent_entity_ID                 .
  _Entity.Fragment                         'A730 loop domain of the VS ribozyme'
  _Entity.Mutation                         .
  _Entity.EC_number                        .
  _Entity.Calc_isoelectric_point           .
  _Entity.Formula_weight                   8421.162
  _Entity.Formula_weight_exptl             .
  _Entity.Formula_weight_exptl_meth        .
  _Entity.Details                          .
  _Entity.DB_query_date                    .
  _Entity.DB_query_revised_last_date       .

  loop_
    _Entity_comp_index.ID
    _Entity_comp_index.Auth_seq_ID
    _Entity_comp_index.Comp_ID
    _Entity_comp_index.Comp_label
    _Entity_comp_index.Entry_ID
    _Entity_comp_index.Entity_ID

    1     .   G    .   17292    1    
    2     .   A    .   17292    1    
    3     .   G    .   17292    1    
    4     .   C    .   17292    1    
    5     .   U    .   17292    1    
    6     .   G    .   17292    1    
    7     .   C    .   17292    1    
    8     .   A    .   17292    1    
    9     .   G    .   17292    1    
    10    .   C    .   17292    1    
    11    .   A    .   17292    1    
    12    .   C    .   17292    1    
    13    .   G    .   17292    1    
    14    .   A    .   17292    1    
    15    .   A    .   17292    1    
    16    .   A    .   17292    1    
    17    .   G    .   17292    1    
    18    .   U    .   17292    1    
    19    .   G    .   17292    1    
    20    .   A    .   17292    1    
    21    .   C    .   17292    1    
    22    .   G    .   17292    1    
    23    .   G    .   17292    1    
    24    .   C    .   17292    1    
    25    .   U    .   17292    1    
    26    .   C    .   17292    1    
  stop_

  loop_
    _Entity_poly_seq.Hetero
    _Entity_poly_seq.Mon_ID
    _Entity_poly_seq.Num
    _Entity_poly_seq.Comp_index_ID
    _Entity_poly_seq.Entry_ID
    _Entity_poly_seq.Entity_ID

    .   G    1     1     17292    1    
    .   A    2     2     17292    1    
    .   G    3     3     17292    1    
    .   C    4     4     17292    1    
    .   U    5     5     17292    1    
    .   G    6     6     17292    1    
    .   C    7     7     17292    1    
    .   A    8     8     17292    1    
    .   G    9     9     17292    1    
    .   C    10    10    17292    1    
    .   A    11    11    17292    1    
    .   C    12    12    17292    1    
    .   G    13    13    17292    1    
    .   A    14    14    17292    1    
    .   A    15    15    17292    1    
    .   A    16    16    17292    1    
    .   G    17    17    17292    1    
    .   U    18    18    17292    1    
    .   G    19    19    17292    1    
    .   A    20    20    17292    1    
    .   C    21    21    17292    1    
    .   G    22    22    17292    1    
    .   G    23    23    17292    1    
    .   C    24    24    17292    1    
    .   U    25    25    17292    1    
    .   C    26    26    17292    1    
  stop_

save_

    ####################
    #  Natural source  #
    ####################


save_natural_source
  _Entity_natural_src_list.Sf_category   natural_source
  _Entity_natural_src_list.Sf_framecode  natural_source
  _Entity_natural_src_list.Entry_ID      17292
  _Entity_natural_src_list.ID            1

  loop_
    _Entity_natural_src.ID
    _Entity_natural_src.Entity_ID
    _Entity_natural_src.Entity_label
    _Entity_natural_src.Entity_chimera_segment_ID
    _Entity_natural_src.NCBI_taxonomy_ID
    _Entity_natural_src.Type
    _Entity_natural_src.Common
    _Entity_natural_src.Organism_name_scientific
    _Entity_natural_src.Organism_name_common
    _Entity_natural_src.Organism_acronym
    _Entity_natural_src.ICTVdb_decimal_code
    _Entity_natural_src.Superkingdom
    _Entity_natural_src.Kingdom
    _Entity_natural_src.Genus
    _Entity_natural_src.Species
    _Entity_natural_src.Strain
    _Entity_natural_src.Variant
    _Entity_natural_src.Subvariant
    _Entity_natural_src.Organ
    _Entity_natural_src.Tissue
    _Entity_natural_src.Tissue_fraction
    _Entity_natural_src.Cell_line
    _Entity_natural_src.Cell_type
    _Entity_natural_src.ATCC_number
    _Entity_natural_src.Organelle
    _Entity_natural_src.Cellular_location
    _Entity_natural_src.Fragment
    _Entity_natural_src.Fraction
    _Entity_natural_src.Secretion
    _Entity_natural_src.Plasmid
    _Entity_natural_src.Plasmid_details
    _Entity_natural_src.Gene_mnemonic
    _Entity_natural_src.Dev_stage
    _Entity_natural_src.Details
    _Entity_natural_src.Citation_ID
    _Entity_natural_src.Citation_label
    _Entity_natural_src.Entry_ID
    _Entity_natural_src.Entity_natural_src_list_ID

    1    1    $VS_ribozyme_SVI_RNA_(26-MER)   .   5140    organism    .   Neurospora    Neurospora    .   .   Eukaryota    Fungi    Neurospora    .   'Varkud strain'  .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   'from mitochondria of the Varkud strain of Neurospora'  .   .   17292    1    
  stop_

save_

    #########################
    #  Experimental source  #
    #########################


save_experimental_source
  _Entity_experimental_src_list.Sf_category   experimental_source
  _Entity_experimental_src_list.Sf_framecode  experimental_source
  _Entity_experimental_src_list.Entry_ID      17292
  _Entity_experimental_src_list.ID            1

  loop_
    _Entity_experimental_src.ID
    _Entity_experimental_src.Entity_ID
    _Entity_experimental_src.Entity_label
    _Entity_experimental_src.Entity_chimera_segment_ID
    _Entity_experimental_src.Production_method
    _Entity_experimental_src.Host_org_scientific_name
    _Entity_experimental_src.Host_org_name_common
    _Entity_experimental_src.Host_org_details
    _Entity_experimental_src.Host_org_NCBI_taxonomy_ID
    _Entity_experimental_src.Host_org_genus
    _Entity_experimental_src.Host_org_species
    _Entity_experimental_src.Host_org_strain
    _Entity_experimental_src.Host_org_variant
    _Entity_experimental_src.Host_org_subvariant
    _Entity_experimental_src.Host_org_organ
    _Entity_experimental_src.Host_org_tissue
    _Entity_experimental_src.Host_org_tissue_fraction
    _Entity_experimental_src.Host_org_cell_line
    _Entity_experimental_src.Host_org_cell_type
    _Entity_experimental_src.Host_org_cellular_location
    _Entity_experimental_src.Host_org_organelle
    _Entity_experimental_src.Host_org_gene
    _Entity_experimental_src.Host_org_culture_collection
    _Entity_experimental_src.Host_org_ATCC_number
    _Entity_experimental_src.Vector_type
    _Entity_experimental_src.PDBview_host_org_vector_name
    _Entity_experimental_src.PDBview_plasmid_name
    _Entity_experimental_src.Vector_name
    _Entity_experimental_src.Vector_details
    _Entity_experimental_src.Vendor_name
    _Entity_experimental_src.Host_org_dev_stage
    _Entity_experimental_src.Details
    _Entity_experimental_src.Citation_ID
    _Entity_experimental_src.Citation_label
    _Entity_experimental_src.Entry_ID
    _Entity_experimental_src.Entity_experimental_src_list_ID

    1    1    $VS_ribozyme_SVI_RNA_(26-MER)   .   'enzymatic synthesis'  .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   'single-stranded template for T7 RNA polymerase'  .   .   .   .   .   .   'transcription with T7 RNA polymerase from a small DNA template'  .   .   17292    1    
  stop_

save_

#####################################
#  Sample contents and methodology  #
#####################################
	 
    ########################
    #  Sample description  #
    ########################


save_sample_1
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_1
  _Sample.Entry_ID                        17292
  _Sample.ID                              1
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         '10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'
  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '90% H2O/10% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  'natural abundance'  .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   .       0.4    1.8    mM    0.1    .   .   .   17292    1    
    2    H2O                             'natural abundance'  .   .   .    .                               .   .   90      .      .      %     .      .   .   .   17292    1    
    3    D2O                             'natural abundance'  .   .   .    .                               .   .   10      .      .      %     .      .   .   .   17292    1    
    4    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .      .      mM    .      .   .   .   17292    1    
    5    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .      .      mM    .      .   .   .   17292    1    
    6    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .      .      mM    .      .   .   .   17292    1    
    7    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .      .      mM    .      .   .   .   17292    1    
  stop_

save_

save_sample_2
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_2
  _Sample.Entry_ID                        17292
  _Sample.ID                              2
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         '10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'
  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '100% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  'natural abundance'  .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   .       0.4    1.8    mM    0.1    .   .   .   17292    2    
    2    D2O                             'natural abundance'  .   .   .    .                               .   .   100     .      .      %     .      .   .   .   17292    2    
    3    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .      .      mM    .      .   .   .   17292    2    
    4    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .      .      mM    .      .   .   .   17292    2    
    5    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .      .      mM    .      .   .   .   17292    2    
    6    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .      .      mM    .      .   .   .   17292    2    
  stop_

save_

save_sample_3
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_3
  _Sample.Entry_ID                        17292
  _Sample.ID                              3
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         '10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'
  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '90% H2O/10% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  [U-15N]              .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   .       0.4    1.8    mM    0.1    .   .   .   17292    3    
    2    H2O                             'natural abundance'  .   .   .    .                               .   .   90      .      .      %     .      .   .   .   17292    3    
    3    D2O                             'natural abundance'  .   .   .    .                               .   .   10      .      .      %     .      .   .   .   17292    3    
    4    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .      .      mM    .      .   .   .   17292    3    
    5    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .      .      mM    .      .   .   .   17292    3    
    6    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .      .      mM    .      .   .   .   17292    3    
    7    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .      .      mM    .      .   .   .   17292    3    
  stop_

save_

save_sample_4
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_4
  _Sample.Entry_ID                        17292
  _Sample.ID                              4
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         '10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'
  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '100% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  [U-15N]              .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   .       0.4    1.8    mM    0.1    .   .   .   17292    4    
    2    D2O                             'natural abundance'  .   .   .    .                               .   .   100     .      .      %     .      .   .   .   17292    4    
    3    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .      .      mM    .      .   .   .   17292    4    
    4    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .      .      mM    .      .   .   .   17292    4    
    5    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .      .      mM    .      .   .   .   17292    4    
    6    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .      .      mM    .      .   .   .   17292    4    
  stop_

save_

save_sample_5
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_5
  _Sample.Entry_ID                        17292
  _Sample.ID                              5
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         '10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'
  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '90% H2O/10% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  '[U-13C; U-15N]'     .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   .       0.4    1.8    mM    0.1    .   .   .   17292    5    
    2    H2O                             'natural abundance'  .   .   .    .                               .   .   90      .      .      %     .      .   .   .   17292    5    
    3    D2O                             'natural abundance'  .   .   .    .                               .   .   10      .      .      %     .      .   .   .   17292    5    
    4    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .      .      mM    .      .   .   .   17292    5    
    5    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .      .      mM    .      .   .   .   17292    5    
    6    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .      .      mM    .      .   .   .   17292    5    
    7    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .      .      mM    .      .   .   .   17292    5    
  stop_

save_

save_sample_6
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_6
  _Sample.Entry_ID                        17292
  _Sample.ID                              6
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         '10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'
  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '100% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  '[U-13C; U-15N]'     .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   .       0.4    1.8    mM    0.1    .   .   .   17292    6    
    2    D2O                             'natural abundance'  .   .   .    .                               .   .   100     .      .      %     .      .   .   .   17292    6    
    3    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .      .      mM    .      .   .   .   17292    6    
    4    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .      .      mM    .      .   .   .   17292    6    
    5    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .      .      mM    .      .   .   .   17292    6    
    6    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .      .      mM    .      .   .   .   17292    6    
  stop_

save_

save_sample_7
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_7
  _Sample.Entry_ID                        17292
  _Sample.ID                              7
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         
;
10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2    
~17 mg/mL Pf1 filamentous phage solution (ASLA biotech.)
;

  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '90% H2O/10% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  [U-15N]              .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   0.4     .   .   mM       0.1    .   .   .   17292    7    
    2    H2O                             'natural abundance'  .   .   .    .                               .   .   90      .   .   %        .      .   .   .   17292    7    
    3    D2O                             'natural abundance'  .   .   .    .                               .   .   10      .   .   %        .      .   .   .   17292    7    
    4    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .   .   mM       .      .   .   .   17292    7    
    5    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .   .   mM       .      .   .   .   17292    7    
    6    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .   .   mM       .      .   .   .   17292    7    
    7    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .   .   mM       .      .   .   .   17292    7    
    8    'Pf1 filamentous phage'         'natural abundance'  .   .   .    .                               .   .   17      .   .   mg/mL    .      .   .   .   17292    7    
  stop_

save_

save_sample_8
  _Sample.Sf_category                     sample
  _Sample.Sf_framecode                    sample_8
  _Sample.Entry_ID                        17292
  _Sample.ID                              8
  _Sample.Type                            solution
  _Sample.Sub_type                        .
  _Sample.Details                         
;
10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2      
~17 mg/mL Pf1 filamentous phage solution (ASLA biotech.)
;

  _Sample.Aggregate_sample_number         .
  _Sample.Solvent_system                  '100% D2O'
  _Sample.Preparation_date                .
  _Sample.Preparation_expiration_date     .
  _Sample.Polycrystallization_protocol    .
  _Sample.Single_crystal_protocol         .
  _Sample.Crystal_grow_apparatus          .
  _Sample.Crystal_grow_atmosphere         .
  _Sample.Crystal_grow_details            .
  _Sample.Crystal_grow_method             .
  _Sample.Crystal_grow_method_cit_ID      .
  _Sample.Crystal_grow_pH                 .
  _Sample.Crystal_grow_pH_range           .
  _Sample.Crystal_grow_pressure           .
  _Sample.Crystal_grow_pressure_esd       .
  _Sample.Crystal_grow_seeding            .
  _Sample.Crystal_grow_seeding_cit_ID     .
  _Sample.Crystal_grow_temp               .
  _Sample.Crystal_grow_temp_details       .
  _Sample.Crystal_grow_temp_esd           .
  _Sample.Crystal_grow_time               .
  _Sample.Oriented_sample_prep_protocol   .
  _Sample.Lyophilization_cryo_protectant  .
  _Sample.Storage_protocol                .

  loop_
    _Sample_component.ID
    _Sample_component.Mol_common_name
    _Sample_component.Isotopic_labeling
    _Sample_component.Assembly_ID
    _Sample_component.Assembly_label
    _Sample_component.Entity_ID
    _Sample_component.Entity_label
    _Sample_component.Product_ID
    _Sample_component.Type
    _Sample_component.Concentration_val
    _Sample_component.Concentration_val_min
    _Sample_component.Concentration_val_max
    _Sample_component.Concentration_val_units
    _Sample_component.Concentration_val_err
    _Sample_component.Vendor
    _Sample_component.Vendor_product_name
    _Sample_component.Vendor_product_code
    _Sample_component.Entry_ID
    _Sample_component.Sample_ID

    1    'VS ribozyme SVI RNA (26-MER)'  '[U-13C; U-15N]'     .   .   1    $VS_ribozyme_SVI_RNA_(26-MER)   .   .   0.4     .   .   mM       0.1    .   .   .   17292    8    
    2    D2O                             'natural abundance'  .   .   .    .                               .   .   100     .   .   %        .      .   .   .   17292    8    
    3    'sodium cacodylate'             'natural abundance'  .   .   .    .                               .   .   10      .   .   mM       .      .   .   .   17292    8    
    4    KCl                             'natural abundance'  .   .   .    .                               .   .   50      .   .   mM       .      .   .   .   17292    8    
    5    NaN3                            'natural abundance'  .   .   .    .                               .   .   0.05    .   .   mM       .      .   .   .   17292    8    
    6    MgCl2                           'natural abundance'  .   .   .    .                               .   .   5       .   .   mM       .      .   .   .   17292    8    
    7    'Pf1 filamentous phage'         'natural abundance'  .   .   .    .                               .   .   17      .   .   mg/mL    .      .   .   .   17292    8    
  stop_

save_

#######################
#  Sample conditions  #
#######################


save_sample_conditions_1
  _Sample_condition_list.Sf_category   sample_conditions
  _Sample_condition_list.Sf_framecode  sample_conditions_1
  _Sample_condition_list.Entry_ID      17292
  _Sample_condition_list.ID            1
  _Sample_condition_list.Details       'Buffer: 10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'

  loop_
    _Sample_condition_variable.Type
    _Sample_condition_variable.Val
    _Sample_condition_variable.Val_err
    _Sample_condition_variable.Val_units
    _Sample_condition_variable.Entry_ID
    _Sample_condition_variable.Sample_condition_list_ID

    'ionic strength'  55     .   mM     17292    1    
    pH                6.5    .   pH     17292    1    
    pressure          1      .   atm    17292    1    
    temperature       273    .   K      17292    1    
  stop_

save_

save_sample_conditions_2
  _Sample_condition_list.Sf_category   sample_conditions
  _Sample_condition_list.Sf_framecode  sample_conditions_2
  _Sample_condition_list.Entry_ID      17292
  _Sample_condition_list.ID            2
  _Sample_condition_list.Details       '10 mM sodium cacodylate, pH 6.5, 50 mM KCl, 0.05 mM NaN3 and 5 mM MgCl2'

  loop_
    _Sample_condition_variable.Type
    _Sample_condition_variable.Val
    _Sample_condition_variable.Val_err
    _Sample_condition_variable.Val_units
    _Sample_condition_variable.Entry_ID
    _Sample_condition_variable.Sample_condition_list_ID

    'ionic strength'  55     .   mM     17292    2    
    pH                6.5    .   pH     17292    2    
    pressure          1      .   atm    17292    2    
    temperature       273    .   K      17292    2    
  stop_

save_

############################
#  Computer software used  #
############################


save_Module
  _Software.Sf_category   software
  _Software.Sf_framecode  Module
  _Software.Entry_ID      17292
  _Software.ID            1
  _Software.Name          Module
  _Software.Version       1.0
  _Software.Details       .

  loop_
    _Vendor.Name
    _Vendor.Address
    _Vendor.Electronic_address
    _Vendor.Entry_ID
    _Vendor.Software_ID

    (Module)    .   .   17292    1    
  stop_

  loop_
    _Task.Task
    _Task.Entry_ID
    _Task.Software_ID

    'data analysis'  17292    1    
  stop_

save_

save_NMRDraw
  _Software.Sf_category   software
  _Software.Sf_framecode  NMRDraw
  _Software.Entry_ID      17292
  _Software.ID            2
  _Software.Name          NMRDraw
  _Software.Version       .
  _Software.Details       .

  loop_
    _Vendor.Name
    _Vendor.Address
    _Vendor.Electronic_address
    _Vendor.Entry_ID
    _Vendor.Software_ID

    'Delaglio, Grzesiek, Vuister, Zhu, Pfeifer and Bax'  .   .   17292    2    
  stop_

  loop_
    _Task.Task
    _Task.Entry_ID
    _Task.Software_ID

    'data analysis'  17292    2    
  stop_

save_

save_NMRView
  _Software.Sf_category   software
  _Software.Sf_framecode  NMRView
  _Software.Entry_ID      17292
  _Software.ID            3
  _Software.Name          NMRView
  _Software.Version       .
  _Software.Details       .

  loop_
    _Vendor.Name
    _Vendor.Address
    _Vendor.Electronic_address
    _Vendor.Entry_ID
    _Vendor.Software_ID

    'Johnson, One Moon Scientific'  .   .   17292    3    
  stop_

  loop_
    _Task.Task
    _Task.Entry_ID
    _Task.Software_ID

    'chemical shift assignment'  17292    3    
    'data analysis'              17292    3    
    'peak picking'               17292    3    
  stop_

save_

save_X-PLOR_NIH
  _Software.Sf_category   software
  _Software.Sf_framecode  X-PLOR_NIH
  _Software.Entry_ID      17292
  _Software.ID            4
  _Software.Name          'X-PLOR NIH'
  _Software.Version       .
  _Software.Details       .

  loop_
    _Vendor.Name
    _Vendor.Address
    _Vendor.Electronic_address
    _Vendor.Entry_ID
    _Vendor.Software_ID

    'Schwieters, Kuszewski, Tjandra and Clore'  .   .   17292    4    
  stop_

  loop_
    _Task.Task
    _Task.Entry_ID
    _Task.Software_ID

    refinement            17292    4    
    'structure solution'  17292    4    
  stop_

save_

save_CURVES_+
  _Software.Sf_category   software
  _Software.Sf_framecode  CURVES_+
  _Software.Entry_ID      17292
  _Software.ID            5
  _Software.Name          CURVES
  _Software.Version       .
  _Software.Details       .

  loop_
    _Vendor.Name
    _Vendor.Address
    _Vendor.Electronic_address
    _Vendor.Entry_ID
    _Vendor.Software_ID

    '(CURVES) Lavery, R., Moakher, M., Maddocks, J.H., Petkeviciute, D. and Zakrzewska, K.'  .   .   17292    5    
  stop_

  loop_
    _Task.Task
    _Task.Entry_ID
    _Task.Software_ID

    'structure analysis'  17292    5    
  stop_

save_

save_PyMol
  _Software.Sf_category   software
  _Software.Sf_framecode  PyMol
  _Software.Entry_ID      17292
  _Software.ID            6
  _Software.Name          PyMol
  _Software.Version       .
  _Software.Details       .

  loop_
    _Vendor.Name
    _Vendor.Address
    _Vendor.Electronic_address
    _Vendor.Entry_ID
    _Vendor.Software_ID

    'PyMol (Schr dinger)'  .   .   17292    6    
  stop_

  loop_
    _Task.Task
    _Task.Entry_ID
    _Task.Software_ID

    'structure analysis'  17292    6    
    'structure display'   17292    6    
  stop_

save_

#########################
#  Experimental detail  #
#########################

    ##################################
    #  NMR Spectrometer definitions  #
    ##################################


save_spectrometer_1
  _NMR_spectrometer.Sf_category     NMR_spectrometer
  _NMR_spectrometer.Sf_framecode    spectrometer_1
  _NMR_spectrometer.Entry_ID        17292
  _NMR_spectrometer.ID              1
  _NMR_spectrometer.Details         .
  _NMR_spectrometer.Manufacturer    Varian
  _NMR_spectrometer.Model           INOVA
  _NMR_spectrometer.Serial_number   .
  _NMR_spectrometer.Field_strength  500

save_

save_spectrometer_2
  _NMR_spectrometer.Sf_category     NMR_spectrometer
  _NMR_spectrometer.Sf_framecode    spectrometer_2
  _NMR_spectrometer.Entry_ID        17292
  _NMR_spectrometer.ID              2
  _NMR_spectrometer.Details         .
  _NMR_spectrometer.Manufacturer    Varian
  _NMR_spectrometer.Model           INOVA
  _NMR_spectrometer.Serial_number   .
  _NMR_spectrometer.Field_strength  600

save_

save_spectrometer_3
  _NMR_spectrometer.Sf_category     NMR_spectrometer
  _NMR_spectrometer.Sf_framecode    spectrometer_3
  _NMR_spectrometer.Entry_ID        17292
  _NMR_spectrometer.ID              3
  _NMR_spectrometer.Details         .
  _NMR_spectrometer.Manufacturer    Varian
  _NMR_spectrometer.Model           INOVA
  _NMR_spectrometer.Serial_number   .
  _NMR_spectrometer.Field_strength  800

save_

save_NMR_spectrometer_list
  _NMR_spectrometer_list.Sf_category   NMR_spectrometer_list
  _NMR_spectrometer_list.Sf_framecode  NMR_spectrometer_list
  _NMR_spectrometer_list.Entry_ID      17292
  _NMR_spectrometer_list.ID            1

  loop_
    _NMR_spectrometer_view.ID
    _NMR_spectrometer_view.Name
    _NMR_spectrometer_view.Manufacturer
    _NMR_spectrometer_view.Model
    _NMR_spectrometer_view.Serial_number
    _NMR_spectrometer_view.Field_strength
    _NMR_spectrometer_view.Details
    _NMR_spectrometer_view.Citation_ID
    _NMR_spectrometer_view.Citation_label
    _NMR_spectrometer_view.Entry_ID
    _NMR_spectrometer_view.NMR_spectrometer_list_ID

    1    spectrometer_1    Varian    INOVA    .   500    .   .   .   17292    1    
    2    spectrometer_2    Varian    INOVA    .   600    .   .   .   17292    1    
    3    spectrometer_3    Varian    INOVA    .   800    .   .   .   17292    1    
  stop_

save_

    #############################
    #  NMR applied experiments  #
    #############################


save_experiment_list
  _Experiment_list.Sf_category   experiment_list
  _Experiment_list.Sf_framecode  experiment_list
  _Experiment_list.Entry_ID      17292
  _Experiment_list.ID            1
  _Experiment_list.Details       .

  loop_
    _Experiment.ID
    _Experiment.Name
    _Experiment.Raw_data_flag
    _Experiment.NMR_spec_expt_ID
    _Experiment.NMR_spec_expt_label
    _Experiment.MS_expt_ID
    _Experiment.MS_expt_label
    _Experiment.SAXS_expt_ID
    _Experiment.SAXS_expt_label
    _Experiment.FRET_expt_ID
    _Experiment.FRET_expt_label
    _Experiment.EMR_expt_ID
    _Experiment.EMR_expt_label
    _Experiment.Sample_ID
    _Experiment.Sample_label
    _Experiment.Sample_state
    _Experiment.Sample_volume
    _Experiment.Sample_volume_units
    _Experiment.Sample_condition_list_ID
    _Experiment.Sample_condition_list_label
    _Experiment.Sample_spinning_rate
    _Experiment.Sample_angle
    _Experiment.NMR_tube_type
    _Experiment.NMR_spectrometer_ID
    _Experiment.NMR_spectrometer_label
    _Experiment.NMR_spectrometer_probe_ID
    _Experiment.NMR_spectrometer_probe_label
    _Experiment.NMR_spectral_processing_ID
    _Experiment.NMR_spectral_processing_label
    _Experiment.Mass_spectrometer_ID
    _Experiment.Mass_spectrometer_label
    _Experiment.Xray_instrument_ID
    _Experiment.Xray_instrument_label
    _Experiment.Fluorescence_instrument_ID
    _Experiment.Fluorescence_instrument_label
    _Experiment.EMR_instrument_ID
    _Experiment.EMR_instrument_label
    _Experiment.Chromatographic_system_ID
    _Experiment.Chromatographic_system_label
    _Experiment.Chromatographic_column_ID
    _Experiment.Chromatographic_column_label
    _Experiment.Entry_ID
    _Experiment.Experiment_list_ID

    1     '2D 1H-13C CT-HSQC'                                                no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    2     '2D 1H-13C HMQC'                                                   no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    3     '2D 1H-15N MQ-(HC)N(C)H'                                           no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    4     '3D CT-HCCH-COSY'                                                  no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    5     '3D HCCH-TOCSY'                                                    no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    6     '3D 13C-edited HMQC-NOESY'                                         no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    7     '1D flip-back watergate 1H'                                        no    .   .   .   .   .   .   .   .   .   .   1    $sample_1   isotropic      .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    8     '2D flip-back watergate NOESY'                                     no    .   .   .   .   .   .   .   .   .   .   1    $sample_1   isotropic      .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    9     '2D imino- and amino-optimized 2D 1H-15N HSQC'                     no    .   .   .   .   .   .   .   .   .   .   3    $sample_3   isotropic      .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    10    '2D H(NCCC)H for uracil and cytosine residues'                     no    .   .   .   .   .   .   .   .   .   .   5    $sample_5   isotropic      .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    11    '2D H(NC)-TOCSY-(C)H for guanosine residues'                       no    .   .   .   .   .   .   .   .   .   .   5    $sample_5   isotropic      .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    12    '2D (H)N(C)-TOCSY-(C)H for adenosine residues'                     no    .   .   .   .   .   .   .   .   .   .   5    $sample_5   isotropic      .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    13    '2D 1H-15N CPMG-NOESY'                                             no    .   .   .   .   .   .   .   .   .   .   3    $sample_3   isotropic      .   .   1    $sample_conditions_1   .   .   .   1    $spectrometer_1   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    14    '2D 1H 15N HMQC optimized for transfers via J=7.0 Hz and J=21 Hz'  no    .   .   .   .   .   .   .   .   .   .   4    $sample_4   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    15    '2D HNN-COSY'                                                      no    .   .   .   .   .   .   .   .   .   .   3    $sample_3   isotropic      .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    16    '2D DQF COSY'                                                      no    .   .   .   .   .   .   .   .   .   .   2    $sample_2   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    17    '3D HCCH-E.COSY'                                                   no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    18    '2D imino-optimized 2D 1H-15N HSQC'                                no    .   .   .   .   .   .   .   .   .   .   7    $sample_7   anisotropic    .   .   1    $sample_conditions_1   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    19    'Spin-state selective experiments'                                 no    .   .   .   .   .   .   .   .   .   .   8    $sample_8   isotropic      .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
    20    'Spin-state selective experiments'                                 no    .   .   .   .   .   .   .   .   .   .   6    $sample_6   anisotropic    .   .   2    $sample_conditions_2   .   .   .   .    .                 .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   .   17292    1    
  stop_

save_

####################
#  NMR parameters  #
####################

    ##############################
    #  Assigned chemical shifts  #
    ##############################

	################################
	#  Chemical shift referencing  #
	################################


save_chemical_shift_reference_1
  _Chem_shift_reference.Sf_category   chem_shift_reference
  _Chem_shift_reference.Sf_framecode  chemical_shift_reference_1
  _Chem_shift_reference.Entry_ID      17292
  _Chem_shift_reference.ID            1
  _Chem_shift_reference.Details       .

  loop_
    _Chem_shift_ref.Atom_type
    _Chem_shift_ref.Atom_isotope_number
    _Chem_shift_ref.Mol_common_name
    _Chem_shift_ref.Atom_group
    _Chem_shift_ref.Concentration_val
    _Chem_shift_ref.Concentration_units
    _Chem_shift_ref.Solvent
    _Chem_shift_ref.Rank
    _Chem_shift_ref.Chem_shift_units
    _Chem_shift_ref.Chem_shift_val
    _Chem_shift_ref.Ref_method
    _Chem_shift_ref.Ref_type
    _Chem_shift_ref.Indirect_shift_ratio
    _Chem_shift_ref.External_ref_loc
    _Chem_shift_ref.External_ref_sample_geometry
    _Chem_shift_ref.External_ref_axis
    _Chem_shift_ref.Indirect_shift_ratio_cit_ID
    _Chem_shift_ref.Indirect_shift_ratio_cit_label
    _Chem_shift_ref.Ref_correction_type
    _Chem_shift_ref.Correction_val
    _Chem_shift_ref.Correction_val_cit_ID
    _Chem_shift_ref.Correction_val_cit_label
    _Chem_shift_ref.Entry_ID
    _Chem_shift_ref.Chem_shift_reference_ID

    C    13    DSS    'methyl protons'  .   .   .   .   ppm    0.00    .           indirect    0.251449530    'separate tube (no insert) similar to the experimental sample tube'  cylindrical    parallel    .   .   .   .   .   .   17292    1    
    H    1     DSS    'methyl protons'  .   .   .   .   ppm    0.00    internal    direct      1.000000000    'separate tube (no insert) similar to the experimental sample tube'  cylindrical    parallel    .   .   .   .   .   .   17292    1    
    N    15    DSS    'methyl protons'  .   .   .   .   ppm    0.00    .           indirect    0.101329118    'separate tube (no insert) similar to the experimental sample tube'  cylindrical    parallel    .   .   .   .   .   .   17292    1    
  stop_

save_

     ###################################
     #  Assigned chemical shift lists  #
     ###################################

###################################################################
#       Chemical Shift Ambiguity Index Value Definitions          #
#                                                                 #
# The values other than 1 are used for those atoms with different #
# chemical shifts that cannot be assigned to stereospecific atoms #
# or to specific residues or chains.                              #
#                                                                 #
#   Index Value            Definition                             #
#                                                                 #
#      1             Unique (including isolated methyl protons,   #
#                         geminal atoms, and geminal methyl       #
#                         groups with identical chemical shifts)  #
#                         (e.g. ILE HD11, HD12, HD13 protons)     #
#      2             Ambiguity of geminal atoms or geminal methyl #
#                         proton groups (e.g. ASP HB2 and HB3     #
#                         protons, LEU CD1 and CD2 carbons, or    #
#                         LEU HD11, HD12, HD13 and HD21, HD22,    #
#                         HD23 methyl protons)                    #
#      3             Aromatic atoms on opposite sides of          #
#                         symmetrical rings (e.g. TYR HE1 and HE2 #
#                         protons)                                #
#      4             Intraresidue ambiguities (e.g. LYS HG and    #
#                         HD protons or TRP HZ2 and HZ3 protons)  #
#      5             Interresidue ambiguities (LYS 12 vs. LYS 27) #
#      6             Intermolecular ambiguities (e.g. ASP 31 CA   #
#                         in monomer 1 and ASP 31 CA in monomer 2 #
#                         of an asymmetrical homodimer, duplex    #
#                         DNA assignments, or other assignments   #
#                         that may apply to atoms in one or more  #
#                         molecule in the molecular assembly)     #
#      9             Ambiguous, specific ambiguity not defined    #
#                                                                 #
###################################################################

save_assigned_chem_shift_list_1
  _Assigned_chem_shift_list.Sf_category                  assigned_chemical_shifts
  _Assigned_chem_shift_list.Sf_framecode                 assigned_chem_shift_list_1
  _Assigned_chem_shift_list.Entry_ID                     17292
  _Assigned_chem_shift_list.ID                           1
  _Assigned_chem_shift_list.Sample_condition_list_ID     1
  _Assigned_chem_shift_list.Sample_condition_list_label  $sample_conditions_1
  _Assigned_chem_shift_list.Chem_shift_reference_ID      1
  _Assigned_chem_shift_list.Chem_shift_reference_label   $chemical_shift_reference_1
  _Assigned_chem_shift_list.Chem_shift_1H_err            .
  _Assigned_chem_shift_list.Chem_shift_13C_err           .
  _Assigned_chem_shift_list.Chem_shift_15N_err           .
  _Assigned_chem_shift_list.Chem_shift_31P_err           .
  _Assigned_chem_shift_list.Chem_shift_2H_err            .
  _Assigned_chem_shift_list.Chem_shift_19F_err           .
  _Assigned_chem_shift_list.Error_derivation_method      .
  _Assigned_chem_shift_list.Details                      .
  _Assigned_chem_shift_list.Text_data_format             .
  _Assigned_chem_shift_list.Text_data                    .

  loop_
    _Chem_shift_experiment.Experiment_ID
    _Chem_shift_experiment.Experiment_name
    _Chem_shift_experiment.Sample_ID
    _Chem_shift_experiment.Sample_label
    _Chem_shift_experiment.Sample_state
    _Chem_shift_experiment.Entry_ID
    _Chem_shift_experiment.Assigned_chem_shift_list_ID

    2     '2D 1H-13C HMQC'                                                   .   .   .   17292    1    
    3     '2D 1H-15N MQ-(HC)N(C)H'                                           .   .   .   17292    1    
    9     '2D imino- and amino-optimized 2D 1H-15N HSQC'                     .   .   .   17292    1    
    12    '2D (H)N(C)-TOCSY-(C)H for adenosine residues'                     .   .   .   17292    1    
    14    '2D 1H 15N HMQC optimized for transfers via J=7.0 Hz and J=21 Hz'  .   .   .   17292    1    
    15    '2D HNN-COSY'                                                      .   .   .   17292    1    
  stop_

  loop_
    _Chem_shift_software.Software_ID
    _Chem_shift_software.Software_label
    _Chem_shift_software.Method_ID
    _Chem_shift_software.Method_label
    _Chem_shift_software.Entry_ID
    _Chem_shift_software.Assigned_chem_shift_list_ID

    2    $NMRDraw   .   .   17292    1    
  stop_

  loop_
    _Atom_chem_shift.ID
    _Atom_chem_shift.Assembly_atom_ID
    _Atom_chem_shift.Entity_assembly_ID
    _Atom_chem_shift.Entity_ID
    _Atom_chem_shift.Comp_index_ID
    _Atom_chem_shift.Seq_ID
    _Atom_chem_shift.Comp_ID
    _Atom_chem_shift.Atom_ID
    _Atom_chem_shift.Atom_type
    _Atom_chem_shift.Atom_isotope_number
    _Atom_chem_shift.Val
    _Atom_chem_shift.Val_err
    _Atom_chem_shift.Assign_fig_of_merit
    _Atom_chem_shift.Ambiguity_code
    _Atom_chem_shift.Occupancy
    _Atom_chem_shift.Resonance_ID
    _Atom_chem_shift.Auth_entity_assembly_ID
    _Atom_chem_shift.Auth_asym_ID
    _Atom_chem_shift.Auth_seq_ID
    _Atom_chem_shift.Auth_comp_ID
    _Atom_chem_shift.Auth_atom_ID
    _Atom_chem_shift.Details
    _Atom_chem_shift.Entry_ID
    _Atom_chem_shift.Assigned_chem_shift_list_ID

    1      .   1    1    1     1     G    H1      H    1     12.19    0.01    .   1    .   .   .   .   1     G    H1      .   17292    1    
    2      .   1    1    1     1     G    H1'     H    1     5.61     0.01    .   1    .   .   .   .   1     G    H1'     .   17292    1    
    3      .   1    1    1     1     G    H2'     H    1     4.76     0.01    .   1    .   .   .   .   1     G    H2'     .   17292    1    
    4      .   1    1    1     1     G    H3'     H    1     4.64     0.01    .   1    .   .   .   .   1     G    H3'     .   17292    1    
    5      .   1    1    1     1     G    H4'     H    1     4.30     0.01    .   1    .   .   .   .   1     G    H4'     .   17292    1    
    6      .   1    1    1     1     G    H5'     H    1     4.02     0.01    .   2    .   .   .   .   1     G    H5'     .   17292    1    
    7      .   1    1    1     1     G    H5''    H    1     3.91     0.01    .   2    .   .   .   .   1     G    H5''    .   17292    1    
    8      .   1    1    1     1     G    H8      H    1     7.99     0.01    .   1    .   .   .   .   1     G    H8      .   17292    1    
    9      .   1    1    1     1     G    C1'     C    13    92.6     0.40    .   1    .   .   .   .   1     G    C1'     .   17292    1    
    10     .   1    1    1     1     G    C2'     C    13    75.1     0.40    .   1    .   .   .   .   1     G    C2'     .   17292    1    
    11     .   1    1    1     1     G    C3'     C    13    75.5     0.40    .   1    .   .   .   .   1     G    C3'     .   17292    1    
    12     .   1    1    1     1     G    C4'     C    13    84.6     0.40    .   1    .   .   .   .   1     G    C4'     .   17292    1    
    13     .   1    1    1     1     G    C5'     C    13    62.2     0.40    .   1    .   .   .   .   1     G    C5'     .   17292    1    
    14     .   1    1    1     1     G    C8      C    13    138.8    0.40    .   1    .   .   .   .   1     G    C8      .   17292    1    
    15     .   1    1    1     1     G    N1      N    15    145.9    0.10    .   1    .   .   .   .   1     G    N1      .   17292    1    
    16     .   1    1    1     1     G    N7      N    15    231.3    0.20    .   1    .   .   .   .   1     G    N7      .   17292    1    
    17     .   1    1    1     1     G    N9      N    15    169.7    0.20    .   1    .   .   .   .   1     G    N9      .   17292    1    
    18     .   1    1    2     2     A    H1'     H    1     6.06     0.01    .   1    .   .   .   .   2     A    H1'     .   17292    1    
    19     .   1    1    2     2     A    H2      H    1     7.59     0.01    .   1    .   .   .   .   2     A    H2      .   17292    1    
    20     .   1    1    2     2     A    H2'     H    1     4.70     0.01    .   1    .   .   .   .   2     A    H2'     .   17292    1    
    21     .   1    1    2     2     A    H3'     H    1     4.81     0.01    .   1    .   .   .   .   2     A    H3'     .   17292    1    
    22     .   1    1    2     2     A    H4'     H    1     4.58     0.01    .   1    .   .   .   .   2     A    H4'     .   17292    1    
    23     .   1    1    2     2     A    H5'     H    1     4.63     0.01    .   2    .   .   .   .   2     A    H5'     .   17292    1    
    24     .   1    1    2     2     A    H5''    H    1     4.25     0.01    .   2    .   .   .   .   2     A    H5''    .   17292    1    
    25     .   1    1    2     2     A    H8      H    1     8.09     0.01    .   1    .   .   .   .   2     A    H8      .   17292    1    
    26     .   1    1    2     2     A    C1'     C    13    92.8     0.40    .   1    .   .   .   .   2     A    C1'     .   17292    1    
    27     .   1    1    2     2     A    C2      C    13    153.4    0.40    .   1    .   .   .   .   2     A    C2      .   17292    1    
    28     .   1    1    2     2     A    C2'     C    13    75.6     0.40    .   1    .   .   .   .   2     A    C2'     .   17292    1    
    29     .   1    1    2     2     A    C3'     C    13    72.7     0.40    .   1    .   .   .   .   2     A    C3'     .   17292    1    
    30     .   1    1    2     2     A    C4'     C    13    82.1     0.40    .   1    .   .   .   .   2     A    C4'     .   17292    1    
    31     .   1    1    2     2     A    C5'     C    13    64.8     0.40    .   1    .   .   .   .   2     A    C5'     .   17292    1    
    32     .   1    1    2     2     A    C8      C    13    140.0    0.40    .   1    .   .   .   .   2     A    C8      .   17292    1    
    33     .   1    1    2     2     A    N1      N    15    221.4    0.20    .   1    .   .   .   .   2     A    N1      .   17292    1    
    34     .   1    1    2     2     A    N3      N    15    213.1    0.20    .   1    .   .   .   .   2     A    N3      .   17292    1    
    35     .   1    1    2     2     A    N6      N    15    82.4     0.20    .   1    .   .   .   .   2     A    N6      .   17292    1    
    36     .   1    1    2     2     A    N7      N    15    228.7    0.20    .   1    .   .   .   .   2     A    N7      .   17292    1    
    37     .   1    1    2     2     A    N9      N    15    171.2    0.20    .   1    .   .   .   .   2     A    N9      .   17292    1    
    38     .   1    1    3     3     G    H1      H    1     13.51    0.01    .   1    .   .   .   .   3     G    H1      .   17292    1    
    39     .   1    1    3     3     G    H1'     H    1     5.72     0.01    .   1    .   .   .   .   3     G    H1'     .   17292    1    
    40     .   1    1    3     3     G    H2'     H    1     4.46     0.01    .   1    .   .   .   .   3     G    H2'     .   17292    1    
    41     .   1    1    3     3     G    H3'     H    1     4.50     0.01    .   1    .   .   .   .   3     G    H3'     .   17292    1    
    42     .   1    1    3     3     G    H4'     H    1     4.50     0.01    .   1    .   .   .   .   3     G    H4'     .   17292    1    
    43     .   1    1    3     3     G    H5'     H    1     4.53     0.01    .   2    .   .   .   .   3     G    H5'     .   17292    1    
    44     .   1    1    3     3     G    H5''    H    1     4.13     0.01    .   2    .   .   .   .   3     G    H5''    .   17292    1    
    45     .   1    1    3     3     G    H8      H    1     7.38     0.01    .   1    .   .   .   .   3     G    H8      .   17292    1    
    46     .   1    1    3     3     G    C1'     C    13    92.5     0.40    .   1    .   .   .   .   3     G    C1'     .   17292    1    
    47     .   1    1    3     3     G    C2'     C    13    75.4     0.40    .   1    .   .   .   .   3     G    C2'     .   17292    1    
    48     .   1    1    3     3     G    C3'     C    13    72.7     0.40    .   1    .   .   .   .   3     G    C3'     .   17292    1    
    49     .   1    1    3     3     G    C4'     C    13    81.8     0.40    .   1    .   .   .   .   3     G    C4'     .   17292    1    
    50     .   1    1    3     3     G    C5'     C    13    65.3     0.40    .   1    .   .   .   .   3     G    C5'     .   17292    1    
    51     .   1    1    3     3     G    C8      C    13    135.8    0.40    .   1    .   .   .   .   3     G    C8      .   17292    1    
    52     .   1    1    3     3     G    N1      N    15    148.2    0.10    .   1    .   .   .   .   3     G    N1      .   17292    1    
    53     .   1    1    3     3     G    N2      N    15    75.6     0.10    .   1    .   .   .   .   3     G    N2      .   17292    1    
    54     .   1    1    3     3     G    N7      N    15    233.7    0.20    .   1    .   .   .   .   3     G    N7      .   17292    1    
    55     .   1    1    3     3     G    N9      N    15    169.7    0.20    .   1    .   .   .   .   3     G    N9      .   17292    1    
    56     .   1    1    4     4     C    H1'     H    1     5.54     0.01    .   1    .   .   .   .   4     C    H1'     .   17292    1    
    57     .   1    1    4     4     C    H2'     H    1     4.62     0.01    .   1    .   .   .   .   4     C    H2'     .   17292    1    
    58     .   1    1    4     4     C    H3'     H    1     4.31     0.01    .   1    .   .   .   .   4     C    H3'     .   17292    1    
    59     .   1    1    4     4     C    H4'     H    1     4.45     0.01    .   1    .   .   .   .   4     C    H4'     .   17292    1    
    60     .   1    1    4     4     C    H5      H    1     5.16     0.01    .   1    .   .   .   .   4     C    H5      .   17292    1    
    61     .   1    1    4     4     C    H5'     H    1     4.55     0.01    .   2    .   .   .   .   4     C    H5'     .   17292    1    
    62     .   1    1    4     4     C    H5''    H    1     4.10     0.01    .   2    .   .   .   .   4     C    H5''    .   17292    1    
    63     .   1    1    4     4     C    H6      H    1     7.56     0.01    .   1    .   .   .   .   4     C    H6      .   17292    1    
    64     .   1    1    4     4     C    H41     H    1     8.35     0.01    .   2    .   .   .   .   4     C    H41     .   17292    1    
    65     .   1    1    4     4     C    H42     H    1     6.73     0.01    .   2    .   .   .   .   4     C    H42     .   17292    1    
    66     .   1    1    4     4     C    C1'     C    13    93.7     0.40    .   1    .   .   .   .   4     C    C1'     .   17292    1    
    67     .   1    1    4     4     C    C2'     C    13    75.3     0.40    .   1    .   .   .   .   4     C    C2'     .   17292    1    
    68     .   1    1    4     4     C    C3'     C    13    72.0     0.40    .   1    .   .   .   .   4     C    C3'     .   17292    1    
    69     .   1    1    4     4     C    C4'     C    13    82.0     0.40    .   1    .   .   .   .   4     C    C4'     .   17292    1    
    70     .   1    1    4     4     C    C5      C    13    97.1     0.40    .   1    .   .   .   .   4     C    C5      .   17292    1    
    71     .   1    1    4     4     C    C5'     C    13    64.3     0.40    .   1    .   .   .   .   4     C    C5'     .   17292    1    
    72     .   1    1    4     4     C    C6      C    13    140.6    0.40    .   1    .   .   .   .   4     C    C6      .   17292    1    
    73     .   1    1    4     4     C    N1      N    15    151.7    0.10    .   1    .   .   .   .   4     C    N1      .   17292    1    
    74     .   1    1    4     4     C    N3      N    15    196.1    0.50    .   1    .   .   .   .   4     C    N3      .   17292    1    
    75     .   1    1    4     4     C    N4      N    15    99.0     0.10    .   1    .   .   .   .   4     C    N4      .   17292    1    
    76     .   1    1    5     5     U    H1'     H    1     5.65     0.01    .   1    .   .   .   .   5     U    H1'     .   17292    1    
    77     .   1    1    5     5     U    H2'     H    1     4.15     0.01    .   1    .   .   .   .   5     U    H2'     .   17292    1    
    78     .   1    1    5     5     U    H3      H    1     11.51    0.01    .   1    .   .   .   .   5     U    H3      .   17292    1    
    79     .   1    1    5     5     U    H3'     H    1     4.56     0.01    .   1    .   .   .   .   5     U    H3'     .   17292    1    
    80     .   1    1    5     5     U    H4'     H    1     4.41     0.01    .   1    .   .   .   .   5     U    H4'     .   17292    1    
    81     .   1    1    5     5     U    H5      H    1     5.71     0.01    .   1    .   .   .   .   5     U    H5      .   17292    1    
    82     .   1    1    5     5     U    H5'     H    1     4.55     0.01    .   2    .   .   .   .   5     U    H5'     .   17292    1    
    83     .   1    1    5     5     U    H5''    H    1     4.11     0.01    .   2    .   .   .   .   5     U    H5''    .   17292    1    
    84     .   1    1    5     5     U    H6      H    1     7.83     0.01    .   1    .   .   .   .   5     U    H6      .   17292    1    
    85     .   1    1    5     5     U    C1'     C    13    94.7     0.40    .   1    .   .   .   .   5     U    C1'     .   17292    1    
    86     .   1    1    5     5     U    C2'     C    13    75.5     0.40    .   1    .   .   .   .   5     U    C2'     .   17292    1    
    87     .   1    1    5     5     U    C3'     C    13    73.0     0.40    .   1    .   .   .   .   5     U    C3'     .   17292    1    
    88     .   1    1    5     5     U    C4'     C    13    82.8     0.40    .   1    .   .   .   .   5     U    C4'     .   17292    1    
    89     .   1    1    5     5     U    C5      C    13    105.9    0.40    .   1    .   .   .   .   5     U    C5      .   17292    1    
    90     .   1    1    5     5     U    C5'     C    13    65.2     0.40    .   1    .   .   .   .   5     U    C5'     .   17292    1    
    91     .   1    1    5     5     U    C6      C    13    141.3    0.40    .   1    .   .   .   .   5     U    C6      .   17292    1    
    92     .   1    1    5     5     U    N1      N    15    146.1    0.10    .   1    .   .   .   .   5     U    N1      .   17292    1    
    93     .   1    1    5     5     U    N3      N    15    158.0    0.10    .   1    .   .   .   .   5     U    N3      .   17292    1    
    94     .   1    1    6     6     G    H1      H    1     13.08    0.01    .   1    .   .   .   .   6     G    H1      .   17292    1    
    95     .   1    1    6     6     G    H1'     H    1     5.68     0.01    .   1    .   .   .   .   6     G    H1'     .   17292    1    
    96     .   1    1    6     6     G    H2'     H    1     4.15     0.01    .   1    .   .   .   .   6     G    H2'     .   17292    1    
    97     .   1    1    6     6     G    H3'     H    1     4.85     0.01    .   1    .   .   .   .   6     G    H3'     .   17292    1    
    98     .   1    1    6     6     G    H4'     H    1     4.38     0.01    .   1    .   .   .   .   6     G    H4'     .   17292    1    
    99     .   1    1    6     6     G    H5'     H    1     4.52     0.01    .   2    .   .   .   .   6     G    H5'     .   17292    1    
    100    .   1    1    6     6     G    H5''    H    1     4.18     0.01    .   2    .   .   .   .   6     G    H5''    .   17292    1    
    101    .   1    1    6     6     G    H8      H    1     8.02     0.01    .   1    .   .   .   .   6     G    H8      .   17292    1    
    102    .   1    1    6     6     G    C1'     C    13    90.2     0.40    .   1    .   .   .   .   6     G    C1'     .   17292    1    
    103    .   1    1    6     6     G    C2'     C    13    77.1     0.40    .   1    .   .   .   .   6     G    C2'     .   17292    1    
    104    .   1    1    6     6     G    C3'     C    13    75.5     0.40    .   1    .   .   .   .   6     G    C3'     .   17292    1    
    105    .   1    1    6     6     G    C4'     C    13    83.6     0.40    .   1    .   .   .   .   6     G    C4'     .   17292    1    
    106    .   1    1    6     6     G    C5'     C    13    65.9     0.40    .   1    .   .   .   .   6     G    C5'     .   17292    1    
    107    .   1    1    6     6     G    C8      C    13    138.7    0.40    .   1    .   .   .   .   6     G    C8      .   17292    1    
    108    .   1    1    6     6     G    N1      N    15    148.1    0.10    .   1    .   .   .   .   6     G    N1      .   17292    1    
    109    .   1    1    6     6     G    N7      N    15    235.7    0.20    .   1    .   .   .   .   6     G    N7      .   17292    1    
    110    .   1    1    6     6     G    N9      N    15    170.0    0.20    .   1    .   .   .   .   6     G    N9      .   17292    1    
    111    .   1    1    7     7     C    H1'     H    1     5.94     0.01    .   1    .   .   .   .   7     C    H1'     .   17292    1    
    112    .   1    1    7     7     C    H2'     H    1     4.47     0.01    .   1    .   .   .   .   7     C    H2'     .   17292    1    
    113    .   1    1    7     7     C    H3'     H    1     4.65     0.01    .   1    .   .   .   .   7     C    H3'     .   17292    1    
    114    .   1    1    7     7     C    H4'     H    1     4.46     0.01    .   1    .   .   .   .   7     C    H4'     .   17292    1    
    115    .   1    1    7     7     C    H5      H    1     5.68     0.01    .   1    .   .   .   .   7     C    H5      .   17292    1    
    116    .   1    1    7     7     C    H5'     H    1     4.33     0.01    .   2    .   .   .   .   7     C    H5'     .   17292    1    
    117    .   1    1    7     7     C    H5''    H    1     4.25     0.01    .   2    .   .   .   .   7     C    H5''    .   17292    1    
    118    .   1    1    7     7     C    H6      H    1     7.83     0.01    .   1    .   .   .   .   7     C    H6      .   17292    1    
    119    .   1    1    7     7     C    C1'     C    13    92.4     0.40    .   1    .   .   .   .   7     C    C1'     .   17292    1    
    120    .   1    1    7     7     C    C2'     C    13    76.2     0.40    .   1    .   .   .   .   7     C    C2'     .   17292    1    
    121    .   1    1    7     7     C    C3'     C    13    74.5     0.40    .   1    .   .   .   .   7     C    C3'     .   17292    1    
    122    .   1    1    7     7     C    C4'     C    13    83.1     0.40    .   1    .   .   .   .   7     C    C4'     .   17292    1    
    123    .   1    1    7     7     C    C5      C    13    98.3     0.40    .   1    .   .   .   .   7     C    C5      .   17292    1    
    124    .   1    1    7     7     C    C5'     C    13    66.0     0.40    .   1    .   .   .   .   7     C    C5'     .   17292    1    
    125    .   1    1    7     7     C    C6      C    13    142.7    0.40    .   1    .   .   .   .   7     C    C6      .   17292    1    
    126    .   1    1    7     7     C    N1      N    15    152.6    0.10    .   1    .   .   .   .   7     C    N1      .   17292    1    
    127    .   1    1    8     8     A    H1'     H    1     6.18     0.01    .   1    .   .   .   .   8     A    H1'     .   17292    1    
    128    .   1    1    8     8     A    H2      H    1     8.24     0.01    .   1    .   .   .   .   8     A    H2      .   17292    1    
    129    .   1    1    8     8     A    H2'     H    1     4.74     0.01    .   1    .   .   .   .   8     A    H2'     .   17292    1    
    130    .   1    1    8     8     A    H3'     H    1     4.98     0.01    .   1    .   .   .   .   8     A    H3'     .   17292    1    
    131    .   1    1    8     8     A    H4'     H    1     4.65     0.01    .   1    .   .   .   .   8     A    H4'     .   17292    1    
    132    .   1    1    8     8     A    H5'     H    1     4.37     0.01    .   2    .   .   .   .   8     A    H5'     .   17292    1    
    133    .   1    1    8     8     A    H5''    H    1     4.32     0.01    .   2    .   .   .   .   8     A    H5''    .   17292    1    
    134    .   1    1    8     8     A    H8      H    1     8.58     0.01    .   1    .   .   .   .   8     A    H8      .   17292    1    
    135    .   1    1    8     8     A    H61     H    1     6.80     0.01    .   2    .   .   .   .   8     A    H61     .   17292    1    
    136    .   1    1    8     8     A    H62     H    1     6.80     0.01    .   2    .   .   .   .   8     A    H62     .   17292    1    
    137    .   1    1    8     8     A    C1'     C    13    89.9     0.40    .   1    .   .   .   .   8     A    C1'     .   17292    1    
    138    .   1    1    8     8     A    C2      C    13    155.6    0.40    .   1    .   .   .   .   8     A    C2      .   17292    1    
    139    .   1    1    8     8     A    C2'     C    13    77.6     0.40    .   1    .   .   .   .   8     A    C2'     .   17292    1    
    140    .   1    1    8     8     A    C3'     C    13    77.4     0.40    .   1    .   .   .   .   8     A    C3'     .   17292    1    
    141    .   1    1    8     8     A    C4'     C    13    86.1     0.40    .   1    .   .   .   .   8     A    C4'     .   17292    1    
    142    .   1    1    8     8     A    C5'     C    13    67.3     0.40    .   1    .   .   .   .   8     A    C5'     .   17292    1    
    143    .   1    1    8     8     A    C8      C    13    141.8    0.40    .   1    .   .   .   .   8     A    C8      .   17292    1    
    144    .   1    1    8     8     A    N1      N    15    226.0    0.20    .   1    .   .   .   .   8     A    N1      .   17292    1    
    145    .   1    1    8     8     A    N3      N    15    217.1    0.20    .   1    .   .   .   .   8     A    N3      .   17292    1    
    146    .   1    1    8     8     A    N6      N    15    79.1     0.20    .   1    .   .   .   .   8     A    N6      .   17292    1    
    147    .   1    1    8     8     A    N7      N    15    232.7    0.20    .   1    .   .   .   .   8     A    N7      .   17292    1    
    148    .   1    1    8     8     A    N9      N    15    168.9    0.20    .   1    .   .   .   .   8     A    N9      .   17292    1    
    149    .   1    1    9     9     G    H1'     H    1     5.84     0.01    .   1    .   .   .   .   9     G    H1'     .   17292    1    
    150    .   1    1    9     9     G    H2'     H    1     4.83     0.01    .   1    .   .   .   .   9     G    H2'     .   17292    1    
    151    .   1    1    9     9     G    H3'     H    1     4.62     0.01    .   1    .   .   .   .   9     G    H3'     .   17292    1    
    152    .   1    1    9     9     G    H4'     H    1     4.59     0.01    .   1    .   .   .   .   9     G    H4'     .   17292    1    
    153    .   1    1    9     9     G    H5'     H    1     4.52     0.01    .   2    .   .   .   .   9     G    H5'     .   17292    1    
    154    .   1    1    9     9     G    H5''    H    1     4.37     0.01    .   2    .   .   .   .   9     G    H5''    .   17292    1    
    155    .   1    1    9     9     G    H8      H    1     8.05     0.01    .   1    .   .   .   .   9     G    H8      .   17292    1    
    156    .   1    1    9     9     G    H21     H    1     6.07     0.01    .   2    .   .   .   .   9     G    H21     .   17292    1    
    157    .   1    1    9     9     G    H22     H    1     6.07     0.01    .   2    .   .   .   .   9     G    H22     .   17292    1    
    158    .   1    1    9     9     G    C1'     C    13    93.1     0.40    .   1    .   .   .   .   9     G    C1'     .   17292    1    
    159    .   1    1    9     9     G    C2'     C    13    75.4     0.40    .   1    .   .   .   .   9     G    C2'     .   17292    1    
    160    .   1    1    9     9     G    C3'     C    13    74.0     0.40    .   1    .   .   .   .   9     G    C3'     .   17292    1    
    161    .   1    1    9     9     G    C4'     C    13    83.4     0.40    .   1    .   .   .   .   9     G    C4'     .   17292    1    
    162    .   1    1    9     9     G    C5'     C    13    66.5     0.40    .   1    .   .   .   .   9     G    C5'     .   17292    1    
    163    .   1    1    9     9     G    C8      C    13    139.2    0.40    .   1    .   .   .   .   9     G    C8      .   17292    1    
    164    .   1    1    9     9     G    N2      N    15    71.8     0.10    .   1    .   .   .   .   9     G    N2      .   17292    1    
    165    .   1    1    9     9     G    N7      N    15    233.1    0.20    .   1    .   .   .   .   9     G    N7      .   17292    1    
    166    .   1    1    9     9     G    N9      N    15    169.8    0.20    .   1    .   .   .   .   9     G    N9      .   17292    1    
    167    .   1    1    10    10    C    H1'     H    1     5.53     0.01    .   1    .   .   .   .   10    C    H1'     .   17292    1    
    168    .   1    1    10    10    C    H2'     H    1     4.45     0.01    .   1    .   .   .   .   10    C    H2'     .   17292    1    
    169    .   1    1    10    10    C    H3'     H    1     4.72     0.01    .   1    .   .   .   .   10    C    H3'     .   17292    1    
    170    .   1    1    10    10    C    H4'     H    1     4.54     0.01    .   1    .   .   .   .   10    C    H4'     .   17292    1    
    171    .   1    1    10    10    C    H5      H    1     5.25     0.01    .   1    .   .   .   .   10    C    H5      .   17292    1    
    172    .   1    1    10    10    C    H5'     H    1     4.55     0.01    .   2    .   .   .   .   10    C    H5'     .   17292    1    
    173    .   1    1    10    10    C    H5''    H    1     4.25     0.01    .   2    .   .   .   .   10    C    H5''    .   17292    1    
    174    .   1    1    10    10    C    H6      H    1     7.67     0.01    .   1    .   .   .   .   10    C    H6      .   17292    1    
    175    .   1    1    10    10    C    H41     H    1     8.22     0.01    .   2    .   .   .   .   10    C    H41     .   17292    1    
    176    .   1    1    10    10    C    H42     H    1     6.75     0.01    .   2    .   .   .   .   10    C    H42     .   17292    1    
    177    .   1    1    10    10    C    C1'     C    13    94.4     0.40    .   1    .   .   .   .   10    C    C1'     .   17292    1    
    178    .   1    1    10    10    C    C2'     C    13    75.2     0.40    .   1    .   .   .   .   10    C    C2'     .   17292    1    
    179    .   1    1    10    10    C    C3'     C    13    72.0     0.40    .   1    .   .   .   .   10    C    C3'     .   17292    1    
    180    .   1    1    10    10    C    C4'     C    13    82.3     0.40    .   1    .   .   .   .   10    C    C4'     .   17292    1    
    181    .   1    1    10    10    C    C5      C    13    97.2     0.40    .   1    .   .   .   .   10    C    C5      .   17292    1    
    182    .   1    1    10    10    C    C5'     C    13    64.7     0.40    .   1    .   .   .   .   10    C    C5'     .   17292    1    
    183    .   1    1    10    10    C    C6      C    13    141.0    0.40    .   1    .   .   .   .   10    C    C6      .   17292    1    
    184    .   1    1    10    10    C    N1      N    15    151.6    0.10    .   1    .   .   .   .   10    C    N1      .   17292    1    
    185    .   1    1    10    10    C    N3      N    15    198.1    0.50    .   1    .   .   .   .   10    C    N3      .   17292    1    
    186    .   1    1    10    10    C    N4      N    15    97.0     0.10    .   1    .   .   .   .   10    C    N4      .   17292    1    
    187    .   1    1    11    11    A    H1'     H    1     5.95     0.01    .   1    .   .   .   .   11    A    H1'     .   17292    1    
    188    .   1    1    11    11    A    H2      H    1     7.34     0.01    .   1    .   .   .   .   11    A    H2      .   17292    1    
    189    .   1    1    11    11    A    H2'     H    1     4.44     0.01    .   1    .   .   .   .   11    A    H2'     .   17292    1    
    190    .   1    1    11    11    A    H3'     H    1     4.81     0.01    .   1    .   .   .   .   11    A    H3'     .   17292    1    
    191    .   1    1    11    11    A    H4'     H    1     4.55     0.01    .   1    .   .   .   .   11    A    H4'     .   17292    1    
    192    .   1    1    11    11    A    H5'     H    1     4.63     0.01    .   2    .   .   .   .   11    A    H5'     .   17292    1    
    193    .   1    1    11    11    A    H5''    H    1     4.26     0.01    .   2    .   .   .   .   11    A    H5''    .   17292    1    
    194    .   1    1    11    11    A    H8      H    1     8.14     0.01    .   1    .   .   .   .   11    A    H8      .   17292    1    
    195    .   1    1    11    11    A    C1'     C    13    92.7     0.40    .   1    .   .   .   .   11    A    C1'     .   17292    1    
    196    .   1    1    11    11    A    C2      C    13    153.3    0.40    .   1    .   .   .   .   11    A    C2      .   17292    1    
    197    .   1    1    11    11    A    C2'     C    13    75.6     0.40    .   1    .   .   .   .   11    A    C2'     .   17292    1    
    198    .   1    1    11    11    A    C3'     C    13    72.2     0.40    .   1    .   .   .   .   11    A    C3'     .   17292    1    
    199    .   1    1    11    11    A    C4'     C    13    81.9     0.40    .   1    .   .   .   .   11    A    C4'     .   17292    1    
    200    .   1    1    11    11    A    C5'     C    13    64.7     0.40    .   1    .   .   .   .   11    A    C5'     .   17292    1    
    201    .   1    1    11    11    A    C8      C    13    139.6    0.40    .   1    .   .   .   .   11    A    C8      .   17292    1    
    202    .   1    1    11    11    A    N1      N    15    220.9    0.20    .   1    .   .   .   .   11    A    N1      .   17292    1    
    203    .   1    1    11    11    A    N3      N    15    213.3    0.20    .   1    .   .   .   .   11    A    N3      .   17292    1    
    204    .   1    1    11    11    A    N6      N    15    83.8     0.20    .   1    .   .   .   .   11    A    N6      .   17292    1    
    205    .   1    1    11    11    A    N7      N    15    230.3    0.20    .   1    .   .   .   .   11    A    N7      .   17292    1    
    206    .   1    1    11    11    A    N9      N    15    171.3    0.20    .   1    .   .   .   .   11    A    N9      .   17292    1    
    207    .   1    1    12    12    C    H1'     H    1     5.54     0.01    .   1    .   .   .   .   12    C    H1'     .   17292    1    
    208    .   1    1    12    12    C    H2'     H    1     4.30     0.01    .   1    .   .   .   .   12    C    H2'     .   17292    1    
    209    .   1    1    12    12    C    H3'     H    1     4.47     0.01    .   1    .   .   .   .   12    C    H3'     .   17292    1    
    210    .   1    1    12    12    C    H4'     H    1     4.53     0.01    .   1    .   .   .   .   12    C    H4'     .   17292    1    
    211    .   1    1    12    12    C    H5      H    1     5.10     0.01    .   1    .   .   .   .   12    C    H5      .   17292    1    
    212    .   1    1    12    12    C    H5'     H    1     4.55     0.01    .   2    .   .   .   .   12    C    H5'     .   17292    1    
    213    .   1    1    12    12    C    H5''    H    1     4.13     0.01    .   2    .   .   .   .   12    C    H5''    .   17292    1    
    214    .   1    1    12    12    C    H6      H    1     7.38     0.01    .   1    .   .   .   .   12    C    H6      .   17292    1    
    215    .   1    1    12    12    C    H41     H    1     8.11     0.01    .   2    .   .   .   .   12    C    H41     .   17292    1    
    216    .   1    1    12    12    C    H42     H    1     6.54     0.01    .   2    .   .   .   .   12    C    H42     .   17292    1    
    217    .   1    1    12    12    C    C1'     C    13    93.0     0.40    .   1    .   .   .   .   12    C    C1'     .   17292    1    
    218    .   1    1    12    12    C    C2'     C    13    75.9     0.40    .   1    .   .   .   .   12    C    C2'     .   17292    1    
    219    .   1    1    12    12    C    C3'     C    13    71.9     0.40    .   1    .   .   .   .   12    C    C3'     .   17292    1    
    220    .   1    1    12    12    C    C4'     C    13    82.3     0.40    .   1    .   .   .   .   12    C    C4'     .   17292    1    
    221    .   1    1    12    12    C    C5      C    13    97.5     0.40    .   1    .   .   .   .   12    C    C5      .   17292    1    
    222    .   1    1    12    12    C    C5'     C    13    64.3     0.40    .   1    .   .   .   .   12    C    C5'     .   17292    1    
    223    .   1    1    12    12    C    C6      C    13    139.4    0.40    .   1    .   .   .   .   12    C    C6      .   17292    1    
    224    .   1    1    12    12    C    N1      N    15    150.7    0.10    .   1    .   .   .   .   12    C    N1      .   17292    1    
    225    .   1    1    12    12    C    N3      N    15    195.4    0.50    .   1    .   .   .   .   12    C    N3      .   17292    1    
    226    .   1    1    12    12    C    N4      N    15    99.2     0.10    .   1    .   .   .   .   12    C    N4      .   17292    1    
    227    .   1    1    13    13    G    H1      H    1     10.54    0.01    .   1    .   .   .   .   13    G    H1      .   17292    1    
    228    .   1    1    13    13    G    H1'     H    1     5.74     0.01    .   1    .   .   .   .   13    G    H1'     .   17292    1    
    229    .   1    1    13    13    G    H2'     H    1     4.33     0.01    .   1    .   .   .   .   13    G    H2'     .   17292    1    
    230    .   1    1    13    13    G    H3'     H    1     4.70     0.01    .   1    .   .   .   .   13    G    H3'     .   17292    1    
    231    .   1    1    13    13    G    H4'     H    1     4.40     0.01    .   1    .   .   .   .   13    G    H4'     .   17292    1    
    232    .   1    1    13    13    G    H5'     H    1     4.44     0.01    .   2    .   .   .   .   13    G    H5'     .   17292    1    
    233    .   1    1    13    13    G    H5''    H    1     4.16     0.01    .   2    .   .   .   .   13    G    H5''    .   17292    1    
    234    .   1    1    13    13    G    H8      H    1     7.44     0.01    .   1    .   .   .   .   13    G    H8      .   17292    1    
    235    .   1    1    13    13    G    C1'     C    13    93.7     0.40    .   1    .   .   .   .   13    G    C1'     .   17292    1    
    236    .   1    1    13    13    G    C2'     C    13    75.8     0.40    .   1    .   .   .   .   13    G    C2'     .   17292    1    
    237    .   1    1    13    13    G    C3'     C    13    71.7     0.40    .   1    .   .   .   .   13    G    C3'     .   17292    1    
    238    .   1    1    13    13    G    C4'     C    13    81.9     0.40    .   1    .   .   .   .   13    G    C4'     .   17292    1    
    239    .   1    1    13    13    G    C5'     C    13    64.3     0.40    .   1    .   .   .   .   13    G    C5'     .   17292    1    
    240    .   1    1    13    13    G    C8      C    13    136.1    0.40    .   1    .   .   .   .   13    G    C8      .   17292    1    
    241    .   1    1    13    13    G    N1      N    15    145.5    0.10    .   1    .   .   .   .   13    G    N1      .   17292    1    
    242    .   1    1    13    13    G    N2      N    15    75.8     0.10    .   1    .   .   .   .   13    G    N2      .   17292    1    
    243    .   1    1    13    13    G    N7      N    15    230.1    0.20    .   1    .   .   .   .   13    G    N7      .   17292    1    
    244    .   1    1    14    14    A    H1'     H    1     5.67     0.01    .   1    .   .   .   .   14    A    H1'     .   17292    1    
    245    .   1    1    14    14    A    H2      H    1     7.74     0.01    .   1    .   .   .   .   14    A    H2      .   17292    1    
    246    .   1    1    14    14    A    H2'     H    1     4.77     0.01    .   1    .   .   .   .   14    A    H2'     .   17292    1    
    247    .   1    1    14    14    A    H3'     H    1     4.44     0.01    .   1    .   .   .   .   14    A    H3'     .   17292    1    
    248    .   1    1    14    14    A    H4'     H    1     4.22     0.01    .   1    .   .   .   .   14    A    H4'     .   17292    1    
    249    .   1    1    14    14    A    H5'     H    1     4.30     0.01    .   2    .   .   .   .   14    A    H5'     .   17292    1    
    250    .   1    1    14    14    A    H5''    H    1     3.95     0.01    .   2    .   .   .   .   14    A    H5''    .   17292    1    
    251    .   1    1    14    14    A    H8      H    1     8.33     0.01    .   1    .   .   .   .   14    A    H8      .   17292    1    
    252    .   1    1    14    14    A    H61     H    1     6.37     0.01    .   2    .   .   .   .   14    A    H61     .   17292    1    
    253    .   1    1    14    14    A    H62     H    1     6.37     0.01    .   2    .   .   .   .   14    A    H62     .   17292    1    
    254    .   1    1    14    14    A    C1'     C    13    93.1     0.40    .   1    .   .   .   .   14    A    C1'     .   17292    1    
    255    .   1    1    14    14    A    C2      C    13    154.0    0.40    .   1    .   .   .   .   14    A    C2      .   17292    1    
    256    .   1    1    14    14    A    C2'     C    13    75.5     0.40    .   1    .   .   .   .   14    A    C2'     .   17292    1    
    257    .   1    1    14    14    A    C3'     C    13    72.5     0.40    .   1    .   .   .   .   14    A    C3'     .   17292    1    
    258    .   1    1    14    14    A    C4'     C    13    83.0     0.40    .   1    .   .   .   .   14    A    C4'     .   17292    1    
    259    .   1    1    14    14    A    C5'     C    13    63.7     0.40    .   1    .   .   .   .   14    A    C5'     .   17292    1    
    260    .   1    1    14    14    A    C8      C    13    142.1    0.40    .   1    .   .   .   .   14    A    C8      .   17292    1    
    261    .   1    1    14    14    A    N1      N    15    224.5    0.20    .   1    .   .   .   .   14    A    N1      .   17292    1    
    262    .   1    1    14    14    A    N3      N    15    215.9    0.20    .   1    .   .   .   .   14    A    N3      .   17292    1    
    263    .   1    1    14    14    A    N6      N    15    78.8     0.20    .   1    .   .   .   .   14    A    N6      .   17292    1    
    264    .   1    1    14    14    A    N7      N    15    228.4    0.20    .   1    .   .   .   .   14    A    N7      .   17292    1    
    265    .   1    1    14    14    A    N9      N    15    169.9    0.20    .   1    .   .   .   .   14    A    N9      .   17292    1    
    266    .   1    1    15    15    A    H1'     H    1     5.39     0.01    .   1    .   .   .   .   15    A    H1'     .   17292    1    
    267    .   1    1    15    15    A    H2      H    1     7.70     0.01    .   1    .   .   .   .   15    A    H2      .   17292    1    
    268    .   1    1    15    15    A    H2'     H    1     4.37     0.01    .   1    .   .   .   .   15    A    H2'     .   17292    1    
    269    .   1    1    15    15    A    H3'     H    1     4.56     0.01    .   1    .   .   .   .   15    A    H3'     .   17292    1    
    270    .   1    1    15    15    A    H4'     H    1     4.35     0.01    .   1    .   .   .   .   15    A    H4'     .   17292    1    
    271    .   1    1    15    15    A    H5'     H    1     4.26     0.01    .   2    .   .   .   .   15    A    H5'     .   17292    1    
    272    .   1    1    15    15    A    H5''    H    1     3.96     0.01    .   2    .   .   .   .   15    A    H5''    .   17292    1    
    273    .   1    1    15    15    A    H8      H    1     7.89     0.01    .   1    .   .   .   .   15    A    H8      .   17292    1    
    274    .   1    1    15    15    A    H61     H    1     6.35     0.01    .   2    .   .   .   .   15    A    H61     .   17292    1    
    275    .   1    1    15    15    A    H62     H    1     6.35     0.01    .   2    .   .   .   .   15    A    H62     .   17292    1    
    276    .   1    1    15    15    A    C1'     C    13    93.1     0.40    .   1    .   .   .   .   15    A    C1'     .   17292    1    
    277    .   1    1    15    15    A    C2      C    13    154.4    0.40    .   1    .   .   .   .   15    A    C2      .   17292    1    
    278    .   1    1    15    15    A    C2'     C    13    75.6     0.40    .   1    .   .   .   .   15    A    C2'     .   17292    1    
    279    .   1    1    15    15    A    C3'     C    13    73.0     0.40    .   1    .   .   .   .   15    A    C3'     .   17292    1    
    280    .   1    1    15    15    A    C4'     C    13    82.8     0.40    .   1    .   .   .   .   15    A    C4'     .   17292    1    
    281    .   1    1    15    15    A    C5'     C    13    64.4     0.40    .   1    .   .   .   .   15    A    C5'     .   17292    1    
    282    .   1    1    15    15    A    C8      C    13    139.9    0.40    .   1    .   .   .   .   15    A    C8      .   17292    1    
    283    .   1    1    15    15    A    N1      N    15    227.3    0.20    .   1    .   .   .   .   15    A    N1      .   17292    1    
    284    .   1    1    15    15    A    N3      N    15    214.7    0.20    .   1    .   .   .   .   15    A    N3      .   17292    1    
    285    .   1    1    15    15    A    N6      N    15    80.4     0.20    .   1    .   .   .   .   15    A    N6      .   17292    1    
    286    .   1    1    15    15    A    N7      N    15    225.9    0.20    .   1    .   .   .   .   15    A    N7      .   17292    1    
    287    .   1    1    15    15    A    N9      N    15    170.4    0.20    .   1    .   .   .   .   15    A    N9      .   17292    1    
    288    .   1    1    16    16    A    H1'     H    1     5.99     0.01    .   1    .   .   .   .   16    A    H1'     .   17292    1    
    289    .   1    1    16    16    A    H2      H    1     8.21     0.01    .   1    .   .   .   .   16    A    H2      .   17292    1    
    290    .   1    1    16    16    A    H2'     H    1     4.55     0.01    .   1    .   .   .   .   16    A    H2'     .   17292    1    
    291    .   1    1    16    16    A    H3'     H    1     4.90     0.01    .   1    .   .   .   .   16    A    H3'     .   17292    1    
    292    .   1    1    16    16    A    H4'     H    1     4.45     0.01    .   1    .   .   .   .   16    A    H4'     .   17292    1    
    293    .   1    1    16    16    A    H5'     H    1     4.64     0.01    .   2    .   .   .   .   16    A    H5'     .   17292    1    
    294    .   1    1    16    16    A    H5''    H    1     4.26     0.01    .   2    .   .   .   .   16    A    H5''    .   17292    1    
    295    .   1    1    16    16    A    H8      H    1     8.14     0.01    .   1    .   .   .   .   16    A    H8      .   17292    1    
    296    .   1    1    16    16    A    C1'     C    13    91.8     0.40    .   1    .   .   .   .   16    A    C1'     .   17292    1    
    297    .   1    1    16    16    A    C2      C    13    155.8    0.40    .   1    .   .   .   .   16    A    C2      .   17292    1    
    298    .   1    1    16    16    A    C2'     C    13    76.3     0.40    .   1    .   .   .   .   16    A    C2'     .   17292    1    
    299    .   1    1    16    16    A    C3'     C    13    72.8     0.40    .   1    .   .   .   .   16    A    C3'     .   17292    1    
    300    .   1    1    16    16    A    C4'     C    13    82.1     0.40    .   1    .   .   .   .   16    A    C4'     .   17292    1    
    301    .   1    1    16    16    A    C5'     C    13    65.0     0.40    .   1    .   .   .   .   16    A    C5'     .   17292    1    
    302    .   1    1    16    16    A    C8      C    13    140.0    0.40    .   1    .   .   .   .   16    A    C8      .   17292    1    
    303    .   1    1    16    16    A    N1      N    15    226.8    0.20    .   1    .   .   .   .   16    A    N1      .   17292    1    
    304    .   1    1    16    16    A    N3      N    15    215.6    0.20    .   1    .   .   .   .   16    A    N3      .   17292    1    
    305    .   1    1    16    16    A    N6      N    15    80.9     0.20    .   1    .   .   .   .   16    A    N6      .   17292    1    
    306    .   1    1    16    16    A    N7      N    15    231.6    0.20    .   1    .   .   .   .   16    A    N7      .   17292    1    
    307    .   1    1    16    16    A    N9      N    15    173.0    0.20    .   1    .   .   .   .   16    A    N9      .   17292    1    
    308    .   1    1    17    17    G    H1      H    1     12.83    0.01    .   1    .   .   .   .   17    G    H1      .   17292    1    
    309    .   1    1    17    17    G    H1'     H    1     3.57     0.01    .   1    .   .   .   .   17    G    H1'     .   17292    1    
    310    .   1    1    17    17    G    H2'     H    1     4.21     0.01    .   1    .   .   .   .   17    G    H2'     .   17292    1    
    311    .   1    1    17    17    G    H3'     H    1     4.09     0.01    .   1    .   .   .   .   17    G    H3'     .   17292    1    
    312    .   1    1    17    17    G    H4'     H    1     4.21     0.01    .   1    .   .   .   .   17    G    H4'     .   17292    1    
    313    .   1    1    17    17    G    H5'     H    1     4.31     0.01    .   2    .   .   .   .   17    G    H5'     .   17292    1    
    314    .   1    1    17    17    G    H5''    H    1     4.21     0.01    .   2    .   .   .   .   17    G    H5''    .   17292    1    
    315    .   1    1    17    17    G    H8      H    1     7.98     0.01    .   1    .   .   .   .   17    G    H8      .   17292    1    
    316    .   1    1    17    17    G    C1'     C    13    93.4     0.40    .   1    .   .   .   .   17    G    C1'     .   17292    1    
    317    .   1    1    17    17    G    C2'     C    13    74.5     0.40    .   1    .   .   .   .   17    G    C2'     .   17292    1    
    318    .   1    1    17    17    G    C3'     C    13    74.6     0.40    .   1    .   .   .   .   17    G    C3'     .   17292    1    
    319    .   1    1    17    17    G    C4'     C    13    82.7     0.40    .   1    .   .   .   .   17    G    C4'     .   17292    1    
    320    .   1    1    17    17    G    C5'     C    13    69.4     0.40    .   1    .   .   .   .   17    G    C5'     .   17292    1    
    321    .   1    1    17    17    G    C8      C    13    137.7    0.40    .   1    .   .   .   .   17    G    C8      .   17292    1    
    322    .   1    1    17    17    G    N1      N    15    147.2    0.10    .   1    .   .   .   .   17    G    N1      .   17292    1    
    323    .   1    1    17    17    G    N2      N    15    75.3     0.10    .   1    .   .   .   .   17    G    N2      .   17292    1    
    324    .   1    1    17    17    G    N7      N    15    232.0    0.20    .   1    .   .   .   .   17    G    N7      .   17292    1    
    325    .   1    1    17    17    G    N9      N    15    169.5    0.20    .   1    .   .   .   .   17    G    N9      .   17292    1    
    326    .   1    1    18    18    U    H1'     H    1     5.54     0.01    .   1    .   .   .   .   18    U    H1'     .   17292    1    
    327    .   1    1    18    18    U    H2'     H    1     4.63     0.01    .   1    .   .   .   .   18    U    H2'     .   17292    1    
    328    .   1    1    18    18    U    H3      H    1     13.97    0.01    .   1    .   .   .   .   18    U    H3      .   17292    1    
    329    .   1    1    18    18    U    H3'     H    1     4.31     0.01    .   1    .   .   .   .   18    U    H3'     .   17292    1    
    330    .   1    1    18    18    U    H4'     H    1     4.45     0.01    .   1    .   .   .   .   18    U    H4'     .   17292    1    
    331    .   1    1    18    18    U    H5      H    1     5.04     0.01    .   1    .   .   .   .   18    U    H5      .   17292    1    
    332    .   1    1    18    18    U    H5'     H    1     4.57     0.01    .   2    .   .   .   .   18    U    H5'     .   17292    1    
    333    .   1    1    18    18    U    H5''    H    1     4.11     0.01    .   2    .   .   .   .   18    U    H5''    .   17292    1    
    334    .   1    1    18    18    U    H6      H    1     7.80     0.01    .   1    .   .   .   .   18    U    H6      .   17292    1    
    335    .   1    1    18    18    U    C1'     C    13    93.4     0.40    .   1    .   .   .   .   18    U    C1'     .   17292    1    
    336    .   1    1    18    18    U    C2'     C    13    75.1     0.40    .   1    .   .   .   .   18    U    C2'     .   17292    1    
    337    .   1    1    18    18    U    C3'     C    13    72.1     0.40    .   1    .   .   .   .   18    U    C3'     .   17292    1    
    338    .   1    1    18    18    U    C4'     C    13    81.9     0.40    .   1    .   .   .   .   18    U    C4'     .   17292    1    
    339    .   1    1    18    18    U    C5      C    13    102.4    0.40    .   1    .   .   .   .   18    U    C5      .   17292    1    
    340    .   1    1    18    18    U    C5'     C    13    64.5     0.40    .   1    .   .   .   .   18    U    C5'     .   17292    1    
    341    .   1    1    18    18    U    C6      C    13    141.6    0.40    .   1    .   .   .   .   18    U    C6      .   17292    1    
    342    .   1    1    18    18    U    N1      N    15    146.5    0.10    .   1    .   .   .   .   18    U    N1      .   17292    1    
    343    .   1    1    18    18    U    N3      N    15    162.3    0.10    .   1    .   .   .   .   18    U    N3      .   17292    1    
    344    .   1    1    19    19    G    H1      H    1     12.01    0.01    .   1    .   .   .   .   19    G    H1      .   17292    1    
    345    .   1    1    19    19    G    H1'     H    1     5.71     0.01    .   1    .   .   .   .   19    G    H1'     .   17292    1    
    346    .   1    1    19    19    G    H2'     H    1     4.54     0.01    .   1    .   .   .   .   19    G    H2'     .   17292    1    
    347    .   1    1    19    19    G    H3'     H    1     4.69     0.01    .   1    .   .   .   .   19    G    H3'     .   17292    1    
    348    .   1    1    19    19    G    H4'     H    1     4.52     0.01    .   1    .   .   .   .   19    G    H4'     .   17292    1    
    349    .   1    1    19    19    G    H5'     H    1     4.58     0.01    .   2    .   .   .   .   19    G    H5'     .   17292    1    
    350    .   1    1    19    19    G    H5''    H    1     4.19     0.01    .   2    .   .   .   .   19    G    H5''    .   17292    1    
    351    .   1    1    19    19    G    H8      H    1     7.71     0.01    .   1    .   .   .   .   19    G    H8      .   17292    1    
    352    .   1    1    19    19    G    C1'     C    13    92.5     0.40    .   1    .   .   .   .   19    G    C1'     .   17292    1    
    353    .   1    1    19    19    G    C2'     C    13    75.5     0.40    .   1    .   .   .   .   19    G    C2'     .   17292    1    
    354    .   1    1    19    19    G    C3'     C    13    73.1     0.40    .   1    .   .   .   .   19    G    C3'     .   17292    1    
    355    .   1    1    19    19    G    C4'     C    13    82.0     0.40    .   1    .   .   .   .   19    G    C4'     .   17292    1    
    356    .   1    1    19    19    G    C5'     C    13    65.1     0.40    .   1    .   .   .   .   19    G    C5'     .   17292    1    
    357    .   1    1    19    19    G    C8      C    13    136.6    0.40    .   1    .   .   .   .   19    G    C8      .   17292    1    
    358    .   1    1    19    19    G    N1      N    15    146.8    0.10    .   1    .   .   .   .   19    G    N1      .   17292    1    
    359    .   1    1    19    19    G    N2      N    15    74.7     0.10    .   1    .   .   .   .   19    G    N2      .   17292    1    
    360    .   1    1    19    19    G    N7      N    15    234.2    0.20    .   1    .   .   .   .   19    G    N7      .   17292    1    
    361    .   1    1    20    20    A    H1'     H    1     5.92     0.01    .   1    .   .   .   .   20    A    H1'     .   17292    1    
    362    .   1    1    20    20    A    H2      H    1     7.88     0.01    .   1    .   .   .   .   20    A    H2      .   17292    1    
    363    .   1    1    20    20    A    H2'     H    1     4.66     0.01    .   1    .   .   .   .   20    A    H2'     .   17292    1    
    364    .   1    1    20    20    A    H3'     H    1     4.57     0.01    .   1    .   .   .   .   20    A    H3'     .   17292    1    
    365    .   1    1    20    20    A    H4'     H    1     4.56     0.01    .   1    .   .   .   .   20    A    H4'     .   17292    1    
    366    .   1    1    20    20    A    H5'     H    1     4.63     0.01    .   2    .   .   .   .   20    A    H5'     .   17292    1    
    367    .   1    1    20    20    A    H5''    H    1     4.23     0.01    .   2    .   .   .   .   20    A    H5''    .   17292    1    
    368    .   1    1    20    20    A    H8      H    1     7.94     0.01    .   1    .   .   .   .   20    A    H8      .   17292    1    
    369    .   1    1    20    20    A    C1'     C    13    92.7     0.40    .   1    .   .   .   .   20    A    C1'     .   17292    1    
    370    .   1    1    20    20    A    C2      C    13    154.6    0.40    .   1    .   .   .   .   20    A    C2      .   17292    1    
    371    .   1    1    20    20    A    C2'     C    13    75.5     0.40    .   1    .   .   .   .   20    A    C2'     .   17292    1    
    372    .   1    1    20    20    A    C3'     C    13    72.7     0.40    .   1    .   .   .   .   20    A    C3'     .   17292    1    
    373    .   1    1    20    20    A    C4'     C    13    82.1     0.40    .   1    .   .   .   .   20    A    C4'     .   17292    1    
    374    .   1    1    20    20    A    C5'     C    13    65.0     0.40    .   1    .   .   .   .   20    A    C5'     .   17292    1    
    375    .   1    1    20    20    A    C8      C    13    139.0    0.40    .   1    .   .   .   .   20    A    C8      .   17292    1    
    376    .   1    1    20    20    A    N1      N    15    222.8    0.20    .   1    .   .   .   .   20    A    N1      .   17292    1    
    377    .   1    1    20    20    A    N3      N    15    213.1    0.20    .   1    .   .   .   .   20    A    N3      .   17292    1    
    378    .   1    1    20    20    A    N6      N    15    84.9     0.20    .   1    .   .   .   .   20    A    N6      .   17292    1    
    379    .   1    1    20    20    A    N7      N    15    230.3    0.20    .   1    .   .   .   .   20    A    N7      .   17292    1    
    380    .   1    1    20    20    A    N9      N    15    171.1    0.20    .   1    .   .   .   .   20    A    N9      .   17292    1    
    381    .   1    1    21    21    C    H1'     H    1     5.36     0.01    .   1    .   .   .   .   21    C    H1'     .   17292    1    
    382    .   1    1    21    21    C    H2'     H    1     4.31     0.01    .   1    .   .   .   .   21    C    H2'     .   17292    1    
    383    .   1    1    21    21    C    H3'     H    1     4.53     0.01    .   1    .   .   .   .   21    C    H3'     .   17292    1    
    384    .   1    1    21    21    C    H4'     H    1     4.41     0.01    .   1    .   .   .   .   21    C    H4'     .   17292    1    
    385    .   1    1    21    21    C    H5      H    1     5.44     0.01    .   1    .   .   .   .   21    C    H5      .   17292    1    
    386    .   1    1    21    21    C    H5'     H    1     4.56     0.01    .   2    .   .   .   .   21    C    H5'     .   17292    1    
    387    .   1    1    21    21    C    H5''    H    1     4.15     0.01    .   2    .   .   .   .   21    C    H5''    .   17292    1    
    388    .   1    1    21    21    C    H6      H    1     7.64     0.01    .   1    .   .   .   .   21    C    H6      .   17292    1    
    389    .   1    1    21    21    C    H41     H    1     8.50     0.01    .   2    .   .   .   .   21    C    H41     .   17292    1    
    390    .   1    1    21    21    C    H42     H    1     6.81     0.01    .   2    .   .   .   .   21    C    H42     .   17292    1    
    391    .   1    1    21    21    C    C1'     C    13    93.1     0.40    .   1    .   .   .   .   21    C    C1'     .   17292    1    
    392    .   1    1    21    21    C    C2'     C    13    75.7     0.40    .   1    .   .   .   .   21    C    C2'     .   17292    1    
    393    .   1    1    21    21    C    C3'     C    13    72.1     0.40    .   1    .   .   .   .   21    C    C3'     .   17292    1    
    394    .   1    1    21    21    C    C4'     C    13    81.8     0.40    .   1    .   .   .   .   21    C    C4'     .   17292    1    
    395    .   1    1    21    21    C    C5      C    13    98.6     0.40    .   1    .   .   .   .   21    C    C5      .   17292    1    
    396    .   1    1    21    21    C    C5'     C    13    64.3     0.40    .   1    .   .   .   .   21    C    C5'     .   17292    1    
    397    .   1    1    21    21    C    C6      C    13    139.7    0.40    .   1    .   .   .   .   21    C    C6      .   17292    1    
    398    .   1    1    21    21    C    N1      N    15    150.8    0.10    .   1    .   .   .   .   21    C    N1      .   17292    1    
    399    .   1    1    21    21    C    N3      N    15    197.7    0.50    .   1    .   .   .   .   21    C    N3      .   17292    1    
    400    .   1    1    21    21    C    N4      N    15    99.6     0.10    .   1    .   .   .   .   21    C    N4      .   17292    1    
    401    .   1    1    22    22    G    H1      H    1     10.70    0.01    .   1    .   .   .   .   22    G    H1      .   17292    1    
    402    .   1    1    22    22    G    H1'     H    1     5.75     0.01    .   1    .   .   .   .   22    G    H1'     .   17292    1    
    403    .   1    1    22    22    G    H2'     H    1     4.64     0.01    .   1    .   .   .   .   22    G    H2'     .   17292    1    
    404    .   1    1    22    22    G    H3'     H    1     4.58     0.01    .   1    .   .   .   .   22    G    H3'     .   17292    1    
    405    .   1    1    22    22    G    H4'     H    1     4.52     0.01    .   1    .   .   .   .   22    G    H4'     .   17292    1    
    406    .   1    1    22    22    G    H5'     H    1     4.49     0.01    .   2    .   .   .   .   22    G    H5'     .   17292    1    
    407    .   1    1    22    22    G    H5''    H    1     4.15     0.01    .   2    .   .   .   .   22    G    H5''    .   17292    1    
    408    .   1    1    22    22    G    H8      H    1     7.50     0.01    .   1    .   .   .   .   22    G    H8      .   17292    1    
    409    .   1    1    22    22    G    H21     H    1     5.91     0.01    .   2    .   .   .   .   22    G    H21     .   17292    1    
    410    .   1    1    22    22    G    H22     H    1     5.91     0.01    .   2    .   .   .   .   22    G    H22     .   17292    1    
    411    .   1    1    22    22    G    C1'     C    13    92.8     0.40    .   1    .   .   .   .   22    G    C1'     .   17292    1    
    412    .   1    1    22    22    G    C2'     C    13    75.3     0.40    .   1    .   .   .   .   22    G    C2'     .   17292    1    
    413    .   1    1    22    22    G    C3'     C    13    72.8     0.40    .   1    .   .   .   .   22    G    C3'     .   17292    1    
    414    .   1    1    22    22    G    C4'     C    13    82.0     0.40    .   1    .   .   .   .   22    G    C4'     .   17292    1    
    415    .   1    1    22    22    G    C5'     C    13    65.3     0.40    .   1    .   .   .   .   22    G    C5'     .   17292    1    
    416    .   1    1    22    22    G    C8      C    13    136.2    0.40    .   1    .   .   .   .   22    G    C8      .   17292    1    
    417    .   1    1    22    22    G    N1      N    15    142.9    0.10    .   1    .   .   .   .   22    G    N1      .   17292    1    
    418    .   1    1    22    22    G    N2      N    15    72.2     0.10    .   1    .   .   .   .   22    G    N2      .   17292    1    
    419    .   1    1    22    22    G    N7      N    15    234.5    0.20    .   1    .   .   .   .   22    G    N7      .   17292    1    
    420    .   1    1    22    22    G    N9      N    15    170.4    0.20    .   1    .   .   .   .   22    G    N9      .   17292    1    
    421    .   1    1    23    23    G    H1      H    1     13.44    0.01    .   1    .   .   .   .   23    G    H1      .   17292    1    
    422    .   1    1    23    23    G    H1'     H    1     5.65     0.01    .   1    .   .   .   .   23    G    H1'     .   17292    1    
    423    .   1    1    23    23    G    H2'     H    1     4.45     0.01    .   1    .   .   .   .   23    G    H2'     .   17292    1    
    424    .   1    1    23    23    G    H3'     H    1     4.57     0.01    .   1    .   .   .   .   23    G    H3'     .   17292    1    
    425    .   1    1    23    23    G    H4'     H    1     4.44     0.01    .   1    .   .   .   .   23    G    H4'     .   17292    1    
    426    .   1    1    23    23    G    H5'     H    1     4.58     0.01    .   2    .   .   .   .   23    G    H5'     .   17292    1    
    427    .   1    1    23    23    G    H5''    H    1     4.13     0.01    .   2    .   .   .   .   23    G    H5''    .   17292    1    
    428    .   1    1    23    23    G    H8      H    1     7.33     0.01    .   1    .   .   .   .   23    G    H8      .   17292    1    
    429    .   1    1    23    23    G    C1'     C    13    92.8     0.40    .   1    .   .   .   .   23    G    C1'     .   17292    1    
    430    .   1    1    23    23    G    C2'     C    13    75.3     0.40    .   1    .   .   .   .   23    G    C2'     .   17292    1    
    431    .   1    1    23    23    G    C3'     C    13    72.5     0.40    .   1    .   .   .   .   23    G    C3'     .   17292    1    
    432    .   1    1    23    23    G    C4'     C    13    82.2     0.40    .   1    .   .   .   .   23    G    C4'     .   17292    1    
    433    .   1    1    23    23    G    C5'     C    13    64.5     0.40    .   1    .   .   .   .   23    G    C5'     .   17292    1    
    434    .   1    1    23    23    G    C8      C    13    136.0    0.40    .   1    .   .   .   .   23    G    C8      .   17292    1    
    435    .   1    1    23    23    G    N1      N    15    148.5    0.10    .   1    .   .   .   .   23    G    N1      .   17292    1    
    436    .   1    1    23    23    G    N2      N    15    76.5     0.10    .   1    .   .   .   .   23    G    N2      .   17292    1    
    437    .   1    1    23    23    G    N7      N    15    233.6    0.20    .   1    .   .   .   .   23    G    N7      .   17292    1    
    438    .   1    1    23    23    G    N9      N    15    169.9    0.20    .   1    .   .   .   .   23    G    N9      .   17292    1    
    439    .   1    1    24    24    C    H1'     H    1     5.55     0.01    .   1    .   .   .   .   24    C    H1'     .   17292    1    
    440    .   1    1    24    24    C    H2'     H    1     4.39     0.01    .   1    .   .   .   .   24    C    H2'     .   17292    1    
    441    .   1    1    24    24    C    H3'     H    1     4.48     0.01    .   1    .   .   .   .   24    C    H3'     .   17292    1    
    442    .   1    1    24    24    C    H4'     H    1     4.44     0.01    .   1    .   .   .   .   24    C    H4'     .   17292    1    
    443    .   1    1    24    24    C    H5      H    1     5.25     0.01    .   1    .   .   .   .   24    C    H5      .   17292    1    
    444    .   1    1    24    24    C    H5'     H    1     4.58     0.01    .   2    .   .   .   .   24    C    H5'     .   17292    1    
    445    .   1    1    24    24    C    H5''    H    1     4.10     0.01    .   2    .   .   .   .   24    C    H5''    .   17292    1    
    446    .   1    1    24    24    C    H6      H    1     7.72     0.01    .   1    .   .   .   .   24    C    H6      .   17292    1    
    447    .   1    1    24    24    C    H41     H    1     8.54     0.01    .   2    .   .   .   .   24    C    H41     .   17292    1    
    448    .   1    1    24    24    C    H42     H    1     6.86     0.01    .   2    .   .   .   .   24    C    H42     .   17292    1    
    449    .   1    1    24    24    C    C1'     C    13    93.9     0.40    .   1    .   .   .   .   24    C    C1'     .   17292    1    
    450    .   1    1    24    24    C    C2'     C    13    75.4     0.40    .   1    .   .   .   .   24    C    C2'     .   17292    1    
    451    .   1    1    24    24    C    C3'     C    13    71.9     0.40    .   1    .   .   .   .   24    C    C3'     .   17292    1    
    452    .   1    1    24    24    C    C4'     C    13    81.7     0.40    .   1    .   .   .   .   24    C    C4'     .   17292    1    
    453    .   1    1    24    24    C    C5      C    13    97.1     0.40    .   1    .   .   .   .   24    C    C5      .   17292    1    
    454    .   1    1    24    24    C    C5'     C    13    64.3     0.40    .   1    .   .   .   .   24    C    C5'     .   17292    1    
    455    .   1    1    24    24    C    C6      C    13    141.0    0.40    .   1    .   .   .   .   24    C    C6      .   17292    1    
    456    .   1    1    24    24    C    N1      N    15    151.2    0.10    .   1    .   .   .   .   24    C    N1      .   17292    1    
    457    .   1    1    24    24    C    N3      N    15    197.1    0.50    .   1    .   .   .   .   24    C    N3      .   17292    1    
    458    .   1    1    24    24    C    N4      N    15    99.7     0.10    .   1    .   .   .   .   24    C    N4      .   17292    1    
    459    .   1    1    25    25    U    H1'     H    1     5.62     0.01    .   1    .   .   .   .   25    U    H1'     .   17292    1    
    460    .   1    1    25    25    U    H2'     H    1     4.39     0.01    .   1    .   .   .   .   25    U    H2'     .   17292    1    
    461    .   1    1    25    25    U    H3      H    1     14.38    0.01    .   1    .   .   .   .   25    U    H3      .   17292    1    
    462    .   1    1    25    25    U    H3'     H    1     4.55     0.01    .   1    .   .   .   .   25    U    H3'     .   17292    1    
    463    .   1    1    25    25    U    H4'     H    1     4.44     0.01    .   1    .   .   .   .   25    U    H4'     .   17292    1    
    464    .   1    1    25    25    U    H5      H    1     5.46     0.01    .   1    .   .   .   .   25    U    H5      .   17292    1    
    465    .   1    1    25    25    U    H5'     H    1     4.58     0.01    .   2    .   .   .   .   25    U    H5'     .   17292    1    
    466    .   1    1    25    25    U    H5''    H    1     4.12     0.01    .   2    .   .   .   .   25    U    H5''    .   17292    1    
    467    .   1    1    25    25    U    H6      H    1     7.97     0.01    .   1    .   .   .   .   25    U    H6      .   17292    1    
    468    .   1    1    25    25    U    C1'     C    13    93.9     0.40    .   1    .   .   .   .   25    U    C1'     .   17292    1    
    469    .   1    1    25    25    U    C2'     C    13    75.4     0.40    .   1    .   .   .   .   25    U    C2'     .   17292    1    
    470    .   1    1    25    25    U    C3'     C    13    72.1     0.40    .   1    .   .   .   .   25    U    C3'     .   17292    1    
    471    .   1    1    25    25    U    C4'     C    13    81.8     0.40    .   1    .   .   .   .   25    U    C4'     .   17292    1    
    472    .   1    1    25    25    U    C5      C    13    103.3    0.40    .   1    .   .   .   .   25    U    C5      .   17292    1    
    473    .   1    1    25    25    U    C5'     C    13    64.3     0.40    .   1    .   .   .   .   25    U    C5'     .   17292    1    
    474    .   1    1    25    25    U    C6      C    13    142.2    0.40    .   1    .   .   .   .   25    U    C6      .   17292    1    
    475    .   1    1    25    25    U    N1      N    15    146.9    0.10    .   1    .   .   .   .   25    U    N1      .   17292    1    
    476    .   1    1    25    25    U    N3      N    15    162.7    0.10    .   1    .   .   .   .   25    U    N3      .   17292    1    
    477    .   1    1    26    26    C    H1'     H    1     5.85     0.01    .   1    .   .   .   .   26    C    H1'     .   17292    1    
    478    .   1    1    26    26    C    H2'     H    1     4.04     0.01    .   1    .   .   .   .   26    C    H2'     .   17292    1    
    479    .   1    1    26    26    C    H3'     H    1     4.21     0.01    .   1    .   .   .   .   26    C    H3'     .   17292    1    
    480    .   1    1    26    26    C    H4'     H    1     4.22     0.01    .   1    .   .   .   .   26    C    H4'     .   17292    1    
    481    .   1    1    26    26    C    H5      H    1     5.73     0.01    .   1    .   .   .   .   26    C    H5      .   17292    1    
    482    .   1    1    26    26    C    H5'     H    1     4.56     0.01    .   2    .   .   .   .   26    C    H5'     .   17292    1    
    483    .   1    1    26    26    C    H5''    H    1     4.11     0.01    .   2    .   .   .   .   26    C    H5''    .   17292    1    
    484    .   1    1    26    26    C    H6      H    1     7.81     0.01    .   1    .   .   .   .   26    C    H6      .   17292    1    
    485    .   1    1    26    26    C    H41     H    1     8.22     0.01    .   2    .   .   .   .   26    C    H41     .   17292    1    
    486    .   1    1    26    26    C    H42     H    1     6.95     0.01    .   2    .   .   .   .   26    C    H42     .   17292    1    
    487    .   1    1    26    26    C    C1'     C    13    92.9     0.40    .   1    .   .   .   .   26    C    C1'     .   17292    1    
    488    .   1    1    26    26    C    C2'     C    13    77.5     0.40    .   1    .   .   .   .   26    C    C2'     .   17292    1    
    489    .   1    1    26    26    C    C3'     C    13    69.7     0.40    .   1    .   .   .   .   26    C    C3'     .   17292    1    
    490    .   1    1    26    26    C    C4'     C    13    83.3     0.40    .   1    .   .   .   .   26    C    C4'     .   17292    1    
    491    .   1    1    26    26    C    C5      C    13    98.0     0.40    .   1    .   .   .   .   26    C    C5      .   17292    1    
    492    .   1    1    26    26    C    C5'     C    13    65.2     0.40    .   1    .   .   .   .   26    C    C5'     .   17292    1    
    493    .   1    1    26    26    C    C6      C    13    142.1    0.40    .   1    .   .   .   .   26    C    C6      .   17292    1    
    494    .   1    1    26    26    C    N1      N    15    152.9    0.10    .   1    .   .   .   .   26    C    N1      .   17292    1    
    495    .   1    1    26    26    C    N3      N    15    197.4    0.50    .   1    .   .   .   .   26    C    N3      .   17292    1    
    496    .   1    1    26    26    C    N4      N    15    97.3     0.10    .   1    .   .   .   .   26    C    N4      .   17292    1    
  stop_

save_