###########################################################################
#
# File:  mmcif_nmr-star.dic
# Date:  Fri May 30 15:35:25 EDT 2008
#
# Created from files in CVS module dict-mmcif_nmr-star.dic unless noted:
#        mmcif_nmr-star-header.dic   
#        mmcif_nmr-star-data.dic   
#        mmcif_nmr-star-def-1.dic   
#
###########################################################################
 
 
data_mmcif_nmr-star.dic

#  version date - 2006-04-03


# The majority of the following item type definitions and descriptions for units
# have been taken from the pdbx and mmCIF dictionaries.

# The NMR-STAR dictionary has been constructed to be congruent with the pdbx
# where the data being modeled are equivalent. In these cases, where possible
# identical items have been used and the definitions for these items are
# intended to be identical.


    _datablock.id                          mmcif_nmr-star.dic
    _datablock.description
;
     This data block contains the NMR-STAR dictionary.
;

    _dictionary.title           mmcif_nmr-star.dic
    _dictionary.datablock_id    mmcif_nmr-star.dic
    _dictionary.version         3.0.8.34

     loop_
       _dictionary_history.version
       _dictionary_history.update
       _dictionary_history.revision

      3.0.6.20      2006-04-04
;
       ?
;

      3.0.8.34      2006-08-18
;
       ?
;

     stop_

   loop_
     _sub_category.id
     _sub_category.description

         ?       ?

   stop_


     loop_
    _category_group_list.id
    _category_group_list.parent_id
    _category_group_list.description

              'inclusive_group'      .
;
             Categories that belong to the NMR-STAR dictionary.
;

'deposited_data_files'
'inclusive_group'
;
Categories that capture information about the data files that are uploaded for depositions.
;

'entry_interview'
'inclusive_group'
;
Categories that record an overview of the information to be deposited by an author.
;

'experiment_list'
'inclusive_group'
;
Categories that record the details about the experiments performed.
;

'study_list'
'inclusive_group'
;
Categories that describe a study of a molecular system that includes data from one or more entries.
;

'entry_information'
'inclusive_group'
;
Categories that describe an entry.
;

'citations'
'inclusive_group'
;
Categories that provide bibliographic references.
;

'chem_comp'
'inclusive_group'
;
Categories that describe chemical components of entities and molecular assemblies.
;

'entity'
'inclusive_group'
;
Categories that describe the polymer and non-polymer molecules that make up a molecular assembly.
;

'assembly'
'inclusive_group'
;
Categories that describe a molecular assembly.
;

'assembly_annotation'
'inclusive_group'
;
Categories that provide annotations for a molecular assembly.
;

'assembly_subsystems'
'inclusive_group'
;
Categories that describe subsystems of a molecular assembly.
;

'natural_source'
'inclusive_group'
;
Categories that describe the organism or other body found in nature that produces a molecular entity.
;

'experimental_source'
'inclusive_group'
;
Categories that describe the system used to produce a molecular entity for scientific experiments.
;

'sample'
'inclusive_group'
;
Categories that describe the contents and other details about the samples used in scientific experiments.
;

'sample_conditions'
'inclusive_group'
;
Categories that describe the experimental conditions used in conducting individual scientific experiments.
;

'molecule_purity'
'inclusive_group'
;
Categories that describe the measured purity of the molecular entity.
;

'software'
'inclusive_group'
;
Categories that describe computer software.
;

'method'
'inclusive_group'
;
Categories that describe software or physical methods used to produce a product.
;

'nmr_spectrometer'
'inclusive_group'
;
Categories that describe an NMR spectrometer.
;

'nmr_spectrometer_list'
'inclusive_group'
;
Categories that define a list of NMR spectrometers and their properties.
;

'nmr_spectrometer_probe'
'inclusive_group'
;
Categories that describe an NMR spectrometer probe.
;

'nmr_spectrometer_expt_list'
'inclusive_group'
;
Categories that define a list of NMR spectrometer experiments.
;

'nmr_spectrometer_expt'
'inclusive_group'
;
Categories that describe an NMR spectrometer experiment in detail.
;

'nmr_spectral_processing'
'inclusive_group'
;
Categories that describe how the data from an NMR spectrometer experiment has been processed.
;

'computer'
'inclusive_group'
;
Categories that describe a computer.
;

'chem_shift_reference'
'inclusive_group'
;
Categories that capture information about the compounds and parameters used to reference NMR chemical shifts.
;

'assigned_chemical_shifts'
'inclusive_group'
;
Categories that capture assigned chemical shift values and links to the samples, sample conditions, NMR experiments, and other information about how the assigned chemical shifts were derived.
;

'coupling_constants'
'inclusive_group'
;
Categories that capture coupling constant values and links to the samples, sample conditions, NMR experiments, and other information about how the coupling constants were derived.
;

'spectral_peak_list'
'inclusive_group'
;
Categories that capture the properties of NMR spectral peaks, spectral parameters, and links to the NMR experiments and other information regarding the data.
;

'value_derivation'
'inclusive_group'
;
?
;

'chem_shift_isotope_effect'
'inclusive_group'
;
Categories that capture chemical shift isotope effect values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'chem_shift_interaction_diff'
'inclusive_group'
;
Categories that capture chemical shift deviations caused by molecular interactions and links to the samples, sample conditions, NMR experiments, and other information about how the deviation values were derived.
;

'chem_shift_anisotropy'
'inclusive_group'
;
Categories that capture chemical shift anisotropy values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'theoretical_chem_shifts'
'inclusive_group'
;
Categories that capture theoretical chemical shift values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'chem_shifts_calc_type'
'inclusive_group'
;
Categories that define the type of calculation used to generate a list of theoretical chemical shifts for a molecule.
;

'chem_shielding_tensors'
'inclusive_group'
;
Categories that describe the chemical shielding tensors for a theoretical chemical shift calculation.
;

'rdcs'
'inclusive_group'
;
Categories that capture residual dipolar coupling values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'dipolar_couplings'
'inclusive_group'
;
Categories that capture dipolar coupling values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'spectral_density_values'
'inclusive_group'
;
Categories that capture spectral density values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'other_data_types'
'inclusive_group'
;
Categories that capture the values for other kinds of data not modeled in specific category groups in the dictionary and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'h_exch_rates'
'inclusive_group'
;
Categories that capture hydrogen exchange rate data and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'h_exch_protection_factors'
'inclusive_group'
;
Categories that capture hydrogen exchange protection factor data and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'homonucl_noes'
'inclusive_group'
;
Categories that capture homonuclear NOE values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'heteronucl_noes'
'inclusive_group'
;
Categories that capture heteronuclear NOE values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived.
;

'heteronucl_t1_relaxation'
'inclusive_group'
;
Categories that capture heteronuclear T1 relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'heteronucl_t1rho_relaxation'
'inclusive_group'
;
Categories that capture heteronuclear T1rho relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'heteronucl_t2_relaxation'
'inclusive_group'
;
Categories that capture heteronuclear T2 relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'dipole_dipole_relaxation'
'inclusive_group'
;
Categories that capture dipole-dipole relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'dipole_dipole_cross_correlations'
'inclusive_group'
;
Categories that capture dipole-dipole cross correlation data and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'dipole_csa_cross_correlations'
'inclusive_group'
;
Categories that capture dipole-CSA cross correlation data and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'order_parameters'
'inclusive_group'
;
Categories that capture order parameter values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'ph_titration'
'inclusive_group'
;
Categories that capture the pKa or pHmid values derived from a pH titration experiment and links to the experimental details.
;

'ph_param_list'
'inclusive_group'
;
Categories that capture the NMR spectral parameters derived from a pH titration experiment.
;

'd_h_fractionation_factors'
'inclusive_group'
;
Categories that capture deuterium-hydrogen fractionation factor values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived.
;

'deduced_secd_struct_features'
'inclusive_group'
;
Categories that capture secondary structure features deduced from experimental data, but not derived from a three-dimensional structure and links to the data used to deduce the secondary structure features.
;

'deduced_hydrogen_bonds'
'inclusive_group'
;
Categories that capture hydrogen bonds information deduced from experimental data, but not derived from a three-dimensional structure and links to the data used to deduce the hydrogen bonds.
;

'conformer_statistics'
'inclusive_group'
;
Categories that capture statistics derived from the three-dimensional conformers calculated for a biomolecule.
;

'constraint_statistics'
'inclusive_group'
;
Categories that capture statistics derived from the constraints used to calculate the three-dimension conformers for a biomolecule and the constraint violations.
;

'representative_conformer'
'inclusive_group'
;
Categories that capture the atomic coordinates for a representative conformer of a biomolecular system and links to the experimental conditions and data used to derive the conformer.
;

'conformer_family_coord_set'
'inclusive_group'
;
Categories that capture the atomic coordinates for a family of conformers for a biomolecular system and links to the experimental conditions and data used to calculate the conformer family.
;

'force_constants'
'inclusive_group'
;
Categories that describe the values for the force constants used in calculating a family of conformers for a biomolecular system.
;

'angular_order_parameters'
'inclusive_group'
;
Categories that capture a set of angular order parameters calculated from a family of conformers.
;

'tertiary_struct_elements'
'inclusive_group'
;
Categories that describe the tertiary structure elements found in the conformers calculated for a biomolecular system.
;

'secondary_structs'
'inclusive_group'
;
Categories that describe the secondary structure elements found in the conformers calculated for a biomolecular system.
;

'bond_annotation'
'inclusive_group'
;
Categories that capture annotations for the bonds found in the conformers calculated for a biomolecular system.
;

'structure_interactions'
'inclusive_group'
;
Categories that describe the interactions between molecules in a biomolecular system that have been found through the analysis of the calculated conformers.
;

'other_struct_features'
'inclusive_group'
;
Categories that provide a means for describing other structure features not specifically defined in other category groups.
;

'distance_constraints'
'inclusive_group'
;
Categories that capture the distance constraints used to calculate one or more conformers for a biomolecular system.
;

'floating_chiral_stereo_assign'
'inclusive_group'
;
Categories that capture the floating chirality stereo assignments used in calculating the conformers for a biomolecular system.
;

'torsion_angle_constraints'
'inclusive_group'
;
Categories that capture the torsion angle distance constraints used to calculate one or more conformers for a biomolecular system.
;

'rdc_constraints'
'inclusive_group'
;
Categories that capture the residual dipolar coupling constraints used to calculate one or more conformers for a biomolecular system.
;

'j_three_bond_constraints'
'inclusive_group'
;
Categories that capture the three bond scalar coupling constraints used to calculate one or more conformers for a biomolecular system.
;

'ca_cb_chem_shift_constraints'
'inclusive_group'
;
Categories that capture the protein CA and CB chemical shift constraints used to calculate one or more conformers for a biomolecular system.
;

'h_chem_shift_constraints'
'inclusive_group'
;
Categories that capture the proton chemical shift constraints used to calculate one or more conformers for a biomolecular system.
;

'other_constraints'
'inclusive_group'
;
Categories that capture values for other kinds of constraints not specifically defined in other category groups used to calculate one or more conformers for a biomolecular system.
;

     stop_



####################
## ITEM_TYPE_LIST ##
####################
#
#
#  The regular expressions defined here are not compliant
#  with the POSIX 1003.2 standard as they include the 
#  '\n' and '\t' special characters. These regular expressions
#  have been tested using the version 0.12 of Richard Stallman's
#  GNU regular expression libary in POSIX mode. 
#
#                                                                            
# For some data items, a standard syntax is assumed. The syntax is           
#   described for each data item in the dictionary, but is summarized here:  
#                                                                            
#   Names:     The family name(s) followed by a comma, precedes the first    
#              name(s) or initial(s).                                        
#                                                                            
#   Telephone numbers:                                                       
#              The international code is given in brackets and any extension 
#              number is preceded by 'ext'.                                  
#                                                                            
#   Dates:     In the form yyyy-mm-dd.                                       
#                                                                            
##############################################################################



     loop_
    _item_type_list.code
    _item_type_list.primitive_code
    _item_type_list.construct
    _item_type_list.detail
               code      char
               '[_,.;:"&<>()/\{}'`~!@#$%A-Za-z0-9*|+-]*'
;              code item types/single words ...
;
               ucode      uchar
               '[_,.;:"&<>()/\{}'`~!@#$%A-Za-z0-9*|+-]*'
;              code item types/single words  (case insensitive) ...
;
               line      char
               '[][ \t_(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*'
;              char item types / multi-word items ...
;
               uline      uchar
               '[][ \t_(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*'
;              char item types / multi-word items (case insensitive)...
;
               text      char
               '[][ \n\t()_,.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*'
;              text item types / multi-line text ...
;
               int       numb
               '-?[0-9]+'
;              int item types are the subset of numbers that are the negative 
               or positive integers.
;
               float     numb
          '-?(([0-9]+)[.]?|([0-9]*[.][0-9]+))([(][0-9]+[)])?([eE][+-]?[0-9]+)?'
;              int item types are the subset of numbers that are the floating
               numbers.
;
               name      uchar
               '_[_A-Za-z0-9]+\.[][_A-Za-z0-9%-]+'
;              name item types take the form...
;
               idname    uchar
               '[_A-Za-z0-9]+'
;              idname item types take the form...
;
               any       char
               '.*'
;              A catch all for items that may take any form...
;
               yyyy-mm-dd  char
                '[0-9]?[0-9]?[0-9][0-9]-[0-9]?[0-9]-[0-9][0-9]'
;
               Standard format for CIF dates.
;
               uchar3    uchar
              '[+]?[A-Za-z0-9][A-Za-z0-9][A-Za-z0-9]'
;
               data item for 3 character codes
;
               uchar1    uchar
              '[+]?[A-Za-z0-9]'
;
               data item for 1 character codes
;
               yes_no   char
               '.?.?.?'
;
               data item for bolean codes that have values of 'yes' or 'no'
;
               symop    char
               '([1-9]|[1-9][0-9]|1[0-8][0-9]|19[0-2])(_[1-9][1-9][1-9])?'
;              symop item types take the form n_klm, where n refers to the
               symmetry operation that is applied to the coordinates in the
               ATOM_SITE category identified by _atom_site_label.  It must
               match a number given in _symmetry_equiv_pos_site_id.

               k, l, and m refer to the translations that are subsequently
               applied to the symmetry transformed coordinates to generate
               the atom used.  These translations (x,y,z) are related to
               (k,l,m) by
                     k = 5 + x
                     l = 5 + y
                     m = 5 + z
               By adding 5 to the translations, the use of negative numbers
               is avoided.
;
               atcode      char
               '[][ _(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*'
;              Character data type for atom names  ...
;
               yyyy-mm-dd:hh:mm  char
    '[0-9]?[0-9]?[0-9][0-9]-[0-9]?[0-9](-[0-9]?[0-9])?(:[0-9]?[0-9]:[0-9][0-9])?'
;
               Standard format for CIF dates with optional time stamp.
;
               fax      uchar
               '[_,.;:"&<>/\{}'`~!@#$%A-Za-z0-9*|+-]*'
;              code item types/single words  (case insensitive) ...
;
               phone      uchar
               '[_,.;:"&<>/\{}'`~!@#$%A-Za-z0-9*|+-]*'
;              code item types/single words  (case insensitive) ...
;
               email      uchar
               '[_,.;:"&<>/\{}'`~!@#$%A-Za-z0-9*|+-]*'
;              code item types/single words  (case insensitive) ...
;
               int-range       numb
               '-?[0-9]+(--?[0-9]+)?'
;              int item types are the subset of numbers that are the negative 
               or positive integers with optional range.
;
               float-range     numb

'-?(([0-9]+)[.]?|([0-9]*[.][0-9]+))([(][0-9]+[)])?([eE][+-]?[0-9]+)?(--?(([0-9]+)[.]?|([0-9]*[.][0-9]+))([(][0-9]+[)])?([eE][+-]?[0-9]+)?)?'
;              int item types are the subset of numbers that are the floating
               numbers.
;
              code30  char
        '.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?.?'
        'A string value, not allowed to exceed 30 characters.'
#
               binary    char
;\n--CIF-BINARY-FORMAT-SECTION--\n\
[][ \n\t()_,.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*\
\n--CIF-BINARY-FORMAT-SECTION----
;
;              binary items are presented as MIME-like ascii-encoded
               sections in an imgCIF.  In a CBF, raw octet streams
               are used to convey the same information.
;


           label       char
    \$[_,.;:"&<>()/\{}'`~!@#$%A-Za-z0-9*|+-]* 
;   A value that begins with the character '$' and points to a saveframe.
;

    stop_

#####################
## ITEM_UNITS_LIST ##
#####################

     loop_
    _item_units_list.code
    _item_units_list.detail
#
     'metres'                 'metres'
     'centimetres'            'centimetres (meters * 10^( -2))'
     'millimetres'            'millimetres (meters * 10^( -3))'
     'nanometres'             'nanometres  (meters * 10^( -9))'
     'angstroms'              'angstroms   (meters * 10^(-10))'
     'picometres'             'picometres  (meters * 10^(-12))'
     'femtometres'            'femtometres (meters * 10^(-15))'
#
     'reciprocal_centimetres' 'reciprocal centimetres (meters * 10^( -2)^-1)'
     'reciprocal_millimetres' 'reciprocal millimetres (meters * 10^( -3)^-1)'
     'reciprocal_nanometres'  'reciprocal nanometres  (meters * 10^( -9)^-1)'
     'reciprocal_angstroms'   'reciprocal angstroms   (meters * 10^(-10)^-1)'
     'reciprocal_picometres'  'reciprocal picometres  (meters * 10^(-12)^-1)'
#
     'nanometres_squared'     'nanometres squared (meters * 10^( -9))^2'
     'angstroms_squared'      'angstroms squared  (meters * 10^(-10))^2'
     '8pi2_angstroms_squared' '8pi^2 * angstroms squared (meters * 10^(-10))^2'
     'picometres_squared'     'picometres squared (meters * 10^(-12))^2'
#
     'nanometres_cubed'       'nanometres cubed (meters * 10^( -9))^3'
     'angstroms_cubed'        'angstroms cubed  (meters * 10^(-10))^3'
     'picometres_cubed'       'picometres cubed (meters * 10^(-12))^3'
#
     'kilopascals'            'kilopascals'
     'gigapascals'            'gigapascals'
#
     'hours'                  'hours'
     'minutes'                'minutes'
     'seconds'                'seconds'
     'microseconds'           'microseconds'
#
     'degrees'                'degrees (of arc)'
#
     'degrees_per_minute'     'degrees (of arc) per minute'
#
     'celsius'                'degrees (of temperature) Celsius'
     'kelvins'                'degrees (of temperature) Kelvin'
#
     'electrons'              'electrons'
#
     'electrons_squared'      'electrons squared'
#
     'electrons_per_nanometres_cubed'
; electrons per nanometres cubed (meters * 10^( -9))^3
;
     'electrons_per_angstroms_cubed'
; electrons per angstroms  cubed (meters * 10^(-10))^3
;
     'electrons_per_picometres_cubed'
; electrons per picometres cubed (meters * 10^(-12))^3
;
     'kilowatts'              'kilowatts'
     'milliamperes'           'milliamperes'
     'kilovolts'              'kilovolts'
#
     'arbitrary'
; arbitrary system of units.
;
#
     'angstroms_degrees'      'angstroms * degrees'
#
     'degrees_squared'        'degrees squared'
#
     'mg_per_ml'              'milliliter per milligram'
#
     'ml_per_min'             'milliliter per minute'
#
     'milliliters'             'liter / 1000'
#
     'milligrams'             'grams / 1000'
#
     'megadaltons'            'megadaltons'
     'microns_squared'        'microns squared'
     'microns'                'microns'
#     'millimeters'            'millimeters'
     'electrons_angstrom_squared'   'electrons square angstrom'
     'electron_volts'         'electron volts'
#     'mg/ml'                  'mg per milliliter'
     'millimolar'             'millimolar'
     'megagrams_per_cubic_metre'       'megagrams per cubic metre' 
     'pixels_per_millimetre'      'pixels per millimetre'
     'counts'                 'counts'
     'counts_per_photon'      'counts per photon'
#
     loop_
    _item_units_conversion.from_code
    _item_units_conversion.to_code
    _item_units_conversion.operator
    _item_units_conversion.factor
###
     'metres'                   'centimetres'              '*'   1.0E+02
     'metres'                   'millimetres'              '*'   1.0E+03
     'metres'                   'nanometres'               '*'   1.0E+09
     'metres'                   'angstroms'                '*'   1.0E+10
     'metres'                   'picometres'               '*'   1.0E+12
     'metres'                   'femtometres'              '*'   1.0E+15

     'centimetres'              'millimetres'              '*'   1.0E+01
     'centimetres'              'nanometres'               '*'   1.0E+07
     'centimetres'              'angstroms'                '*'   1.0E+08
     'centimetres'              'picometres'               '*'   1.0E+10
     'centimetres'              'femtometres'              '*'   1.0E+13
#
     'millimetres'              'centimetres'              '*'   1.0E-01
     'millimetres'              'nanometres'               '*'   1.0E+06
     'millimetres'              'angstroms'                '*'   1.0E+07
     'millimetres'              'picometres'               '*'   1.0E+09
     'millimetres'              'femtometres'              '*'   1.0E+12
#
     'nanometres'               'centimetres'              '*'   1.0E-07
     'nanometres'               'millimetres'              '*'   1.0E-06
     'nanometres'               'angstroms'                '*'   1.0E+01
     'nanometres'               'picometres'               '*'   1.0E+03
     'nanometres'               'femtometres'              '*'   1.0E+06
#
     'angstroms'                'centimetres'              '*'   1.0E-08
     'angstroms'                'millimetres'              '*'   1.0E-07
     'angstroms'                'nanometres'               '*'   1.0E-01
     'angstroms'                'picometres'               '*'   1.0E+02
     'angstroms'                'femtometres'              '*'   1.0E+05
#
     'picometres'               'centimetres'              '*'   1.0E-10
     'picometres'               'millimetres'              '*'   1.0E-09
     'picometres'               'nanometres'               '*'   1.0E-03
     'picometres'               'angstroms'                '*'   1.0E-02
     'picometres'               'femtometres'              '*'   1.0E+03
#
     'femtometres'              'centimetres'              '*'   1.0E-13
     'femtometres'              'millimetres'              '*'   1.0E-12
     'femtometres'              'nanometres'               '*'   1.0E-06
     'femtometres'              'angstroms'                '*'   1.0E-05
     'femtometres'              'picometres'               '*'   1.0E-03
###
     'reciprocal_centimetres'   'reciprocal_millimetres'   '*'   1.0E-01
     'reciprocal_centimetres'   'reciprocal_nanometres'    '*'   1.0E-07
     'reciprocal_centimetres'   'reciprocal_angstroms'     '*'   1.0E-08
     'reciprocal_centimetres'   'reciprocal_picometres'    '*'   1.0E-10
#
     'reciprocal_millimetres'   'reciprocal_centimetres'   '*'   1.0E+01
     'reciprocal_millimetres'   'reciprocal_nanometres'    '*'   1.0E-06
     'reciprocal_millimetres'   'reciprocal_angstroms'     '*'   1.0E-07
     'reciprocal_millimetres'   'reciprocal_picometres'    '*'   1.0E-09
#
     'reciprocal_nanometres'    'reciprocal_centimetres'   '*'   1.0E+07
     'reciprocal_nanometres'    'reciprocal_millimetres'   '*'   1.0E+06
     'reciprocal_nanometres'    'reciprocal_angstroms'     '*'   1.0E-01
     'reciprocal_nanometres'    'reciprocal_picometres'    '*'   1.0E-03
#
     'reciprocal_angstroms'     'reciprocal_centimetres'   '*'   1.0E+08
     'reciprocal_angstroms'     'reciprocal_millimetres'   '*'   1.0E+07
     'reciprocal_angstroms'     'reciprocal_nanometres'    '*'   1.0E+01
     'reciprocal_angstroms'     'reciprocal_picometres'    '*'   1.0E-02
#
     'reciprocal_picometres'    'reciprocal_centimetres'   '*'   1.0E+10
     'reciprocal_picometres'    'reciprocal_millimetres'   '*'   1.0E+09
     'reciprocal_picometres'    'reciprocal_nanometres'    '*'   1.0E+03
     'reciprocal_picometres'    'reciprocal_angstroms'     '*'   1.0E+01
###
     'nanometres_squared'       'angstroms_squared'        '*'   1.0E+02
     'nanometres_squared'       'picometres_squared'       '*'   1.0E+06
#
     'angstroms_squared'        'nanometres_squared'       '*'   1.0E-02
     'angstroms_squared'        'picometres_squared'       '*'   1.0E+04
     'angstroms_squared'        '8pi2_angstroms_squared'   '*'   78.9568

#
     'picometres_squared'       'nanometres_squared'       '*'   1.0E-06
     'picometres_squared'       'angstroms_squared'        '*'   1.0E-04
###
     'nanometres_cubed'         'angstroms_cubed'          '*'   1.0E+03
     'nanometres_cubed'         'picometres_cubed'         '*'   1.0E+09
#
     'angstroms_cubed'          'nanometres_cubed'         '*'   1.0E-03
     'angstroms_cubed'          'picometres_cubed'         '*'   1.0E+06
#
     'picometres_cubed'         'nanometres_cubed'         '*'   1.0E-09
     'picometres_cubed'         'angstroms_cubed'          '*'   1.0E-06
###
     'kilopascals'              'gigapascals'              '*'   1.0E-06
     'gigapascals'              'kilopascals'              '*'   1.0E+06
###
     'hours'                    'minutes'                  '*'   6.0E+01
     'hours'                    'seconds'                  '*'   3.6E+03
     'hours'                    'microseconds'             '*'   3.6E+09
#
     'minutes'                  'hours'                    '/'   6.0E+01
     'minutes'                  'seconds'                  '*'   6.0E+01
     'minutes'                  'microseconds'             '*'   6.0E+07
#
     'seconds'                  'hours'                    '/'   3.6E+03
     'seconds'                  'minutes'                  '/'   6.0E+01
     'seconds'                  'microseconds'             '*'   1.0E+06
#
     'microseconds'             'hours'                    '/'   3.6E+09
     'microseconds'             'minutes'                  '/'   6.0E+07
     'microseconds'             'seconds'                  '/'   1.0E+06
###
     'celsius'                  'kelvins'                  '-'     273.0
     'kelvins'                  'celsius'                  '+'     273.0
###
     'electrons_per_nanometres_cubed'
     'electrons_per_angstroms_cubed'                       '*'   1.0E-03
     'electrons_per_nanometres_cubed'
     'electrons_per_picometres_cubed'                      '*'   1.0E-09
#
     'electrons_per_angstroms_cubed'
     'electrons_per_nanometres_cubed'                      '*'   1.0E+03
     'electrons_per_angstroms_cubed'
     'electrons_per_picometres_cubed'                      '*'   1.0E-06
#
     'electrons_per_picometres_cubed'
     'electrons_per_nanometres_cubed'                      '*'   1.0E+09
     'electrons_per_picometres_cubed'
     'electrons_per_angstroms_cubed'                       '*'   1.0E+06
###
 
  stop_


save_study_list
   _category.description
;
Items in the study_list category define the saveframe for the study description.
;
   _category.id                   'study_list'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_study_list.entry_id'
     '_study_list.id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'study_list'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__study_list.sf_category

   _item_description.description
;
Category assigned to the information in the saveframe.
;

   _item.name                  '_study_list.sf_category'
   _item.category_id              'study_list'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
study
;

   stop_

   _item_type.code                'code'

save_

save__study_list.sf_framecode

   _item_description.description
;
Character string that is unique to the saveframe within the data block 
defined by a specific entry.  The character string names the saveframe and may be 
used to reference or to point to the saveframe later in the data block.
;

   _item.name                  '_study_list.sf_framecode'
   _item.category_id              'study_list'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
study
;

   stop_

   _item_type.code                'code'

save_

save__study_list.entry_id

   _item_description.description
;
Pointer to '_Entry.ID'
;

   _item.name                  '_study_list.entry_id'
   _item.category_id              'study_list'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
4567
;

   stop_

   _item_type.code                'code'

save_

save__study_list.id

   _item_description.description
;
Unique value identifying this saveframe of category study_list within an entry.
;

  loop_
      _item.name
      _item.category_id
      _item.mandatory_code

  '_study_list.id'                                       'study_list'                    yes
  '_study.study_list_id'                                 'study'                         yes
  '_study_keyword.study_list_id'                         'study_keyword'                 yes
  '_study_entry_list.study_list_id'                      'study_entry_list'              yes

  stop_

  loop_
      _item_linked.child_name
      _item_linked.parent_name

  '_study.study_list_id'                                 '_study_list.id'
  '_study_keyword.study_list_id'                         '_study_list.id'
  '_study_entry_list.study_list_id'                      '_study_list.id'

  stop_

   loop_
     _item_examples.case

;
1
;

   stop_

   _item_type.code                'int'

save_

save_study
   _category.description
;
Items in the study category define the study of which the entry is a member.
;
   _category.id                   'study'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_study.id'
     '_study.entry_id'
     '_study.study_list_id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'study_list'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__study.id

   _item_description.description
;
Unique code that identifies a specific study.
;

  loop_
      _item.name
      _item.category_id
      _item.mandatory_code

  '_study.id'                                            'study'                         yes
  '_study_keyword.study_id'                              'study_keyword'                 yes
  '_study_entry_list.study_id'                           'study_entry_list'              yes

  stop_

  loop_
      _item_linked.child_name
      _item_linked.parent_name

  '_study_keyword.study_id'                              '_study.id'
  '_study_entry_list.study_id'                           '_study.id'

  stop_

   loop_
     _item_examples.case

;
1
;

   stop_

   _item_type.code                'int'

save_

save__study.name

   _item_description.description
;
Descriptive name given to a 'study' where a study is a collection of entries 
containing data for a set of related molecular systems or for a single molecular 
system but published in more than one citation (i.e. chemical shifts in one 
publication and atomic coordinates in another and relaxation studies in a third).
;

   _item.name                  '_study.name'
   _item.category_id              'study'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
Investigation of cytochrome b in the molten globule state
;

   stop_

   _item_type.code                'text'

save_

save__study.type

   _item_description.description
;
A brief phrase that describes the study that was conducted.  An enumerated 
list of types will be provided but an author will be able to provide their own 
description if none of the enumerated values are appropriate.
;

   _item.name                  '_study.type'
   _item.category_id              'study'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   'Structure analysis'    ?
   'Mutant comparison'    ?
   'Interactions with different ligands'    ?

   stop_

   loop_
     _item_examples.case

;
structure study
;

   stop_

   _item_type.code                'line'

save_

save__study.details

   _item_description.description
;
Text information relevant to the study are entered as a value for this 
tag.  This tag is often used to include information that cannot be associated with 
a specific tag in the saveframe but is important for the entry. The information 
entered must supplement information already present.
;

   _item.name                  '_study.details'
   _item.category_id              'study'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
The data from the entries that make up this study were used to determine the structure and dynamics of ribonuclease T1.
;

   stop_

   _item_type.code                'text'

save_

save__study.entry_id

   _item_description.description
;
Pointer to '_Entry.ID'
;

   _item.name                  '_study.entry_id'
   _item.category_id              'study'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
4567
;

   stop_

   _item_type.code                'code'

save_

save__study.study_list_id

   _item_description.description
;
Pointer to '_Study_list.ID'
;

   _item.name                  '_study.study_list_id'
   _item.category_id              'study'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
1
;

   stop_

   _item_type.code                'int'

save_

save_study_keyword
   _category.description
;
Items in the study_keyword category capture keywords that describe a study of a biomolecular system.
;
   _category.id                   'study_keyword'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_study_keyword.study_id'
     '_study_keyword.keyword'
     '_study_keyword.entry_id'
     '_study_keyword.study_list_id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'study_list'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__study_keyword.study_id

   _item_description.description
;
Pointer to '_Study.ID'
;

   _item.name                  '_study_keyword.study_id'
   _item.category_id              'study_keyword'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
21
;

   stop_

   _item_type.code                'int'

save_

save__study_keyword.keyword

   _item_description.description
;
A word or brief phrase that can be used to describe or classify the study.
;

   _item.name                  '_study_keyword.keyword'
   _item.category_id              'study_keyword'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
NMR structure
;

   stop_

   _item_type.code                'line'

save_

save__study_keyword.entry_id

   _item_description.description
;
Pointer to '_Entry.ID'
;

   _item.name                  '_study_keyword.entry_id'
   _item.category_id              'study_keyword'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
4567
;

   stop_

   _item_type.code                'code'

save_

save__study_keyword.study_list_id

   _item_description.description
;
Pointer to '_Study_list.ID'
;

   _item.name                  '_study_keyword.study_list_id'
   _item.category_id              'study_keyword'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
1
;

   stop_

   _item_type.code                'int'

save_

save_study_entry_list
   _category.description
;
Items in the study_entry_list category define a list of entries that together represent a study of a biomolecular system.
;
   _category.id                   'study_entry_list'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_study_entry_list.study_id'
     '_study_entry_list.bmrb_accession_code'
     '_study_entry_list.entry_id'
     '_study_entry_list.study_list_id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'study_list'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__study_entry_list.study_id

   _item_description.description
;
Pointer to '_Study.ID' not within the entry but across the database.
;

   _item.name                  '_study_entry_list.study_id'
   _item.category_id              'study_entry_list'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'int'

save_

save__study_entry_list.bmrb_accession_code

   _item_description.description
;
BMRB accession number for an entry that is a member of the study.
;

   _item.name                  '_study_entry_list.bmrb_accession_code'
   _item.category_id              'study_entry_list'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
4398
;

   stop_

   _item_type.code                'code'

save_

save__study_entry_list.bmrb_entry_description

   _item_description.description
;
A keyword defining the relationship between the entry and the study.
;

   _item.name                  '_study_entry_list.bmrb_entry_description'
   _item.category_id              'study_entry_list'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
Assigned chemical shift entry
;

   stop_

   _item_type.code                'line'

save_

save__study_entry_list.details

   _item_description.description
;
Text providing additional information describing the relationship between 
the entry and the study.
;

   _item.name                  '_study_entry_list.details'
   _item.category_id              'study_entry_list'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
Complete 13C 15N and 1H chemical shift assignments.
;

   stop_

   _item_type.code                'text'

save_

save__study_entry_list.entry_id

   _item_description.description
;
Pointer to '_Entry.ID'
;

   _item.name                  '_study_entry_list.entry_id'
   _item.category_id              'study_entry_list'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
4567
;

   stop_

   _item_type.code                'code'

save_

save__study_entry_list.study_list_id

   _item_description.description
;
Pointer to '_Study_list.ID'
;

   _item.name                  '_study_entry_list.study_list_id'
   _item.category_id              'study_entry_list'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
1
;

   stop_

   _item_type.code                'int'

save_

save_entry
   _category.description
;
Items in the entry category describe an entry.
;
   _category.id                   'entry'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_entry.id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'entry_information'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__entry.sf_category

   _item_description.description
;
Category assigned to the information in the saveframe.
;

   _item.name                  '_entry.sf_category'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
entry_information
;

   stop_

   _item_type.code                'code'

save_

save__entry.sf_framecode

   _item_description.description
;
STAR framecode for this saveframe.  The value is defined as 'entry_information' 
for the entry information saveframe in each entry.
;

   _item.name                  '_entry.sf_framecode'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
entry_information
;

   stop_

   _item_type.code                'code'

save_

save__entry.id

   _item_description.description
;
BMRB accession number for this entry
;

  loop_
      _item.name
      _item.category_id
      _item.mandatory_code

  '_entry.id'                                            'entry'                         yes
  '_study_list.entry_id'                                 'study_list'                    yes
  '_study.entry_id'                                      'study'                         yes
  '_study_keyword.entry_id'                              'study_keyword'                 yes
  '_study_entry_list.entry_id'                           'study_entry_list'              yes
  '_entry_proc_cycle.entry_id'                           'entry_proc_cycle'              yes
  '_entry_prerelease_seq.entry_id'                       'entry_prerelease_seq'          yes
  '_contact_person.entry_id'                             'contact_person'                yes
  '_entry_author.entry_id'                               'entry_author'                  yes
  '_sg_project.entry_id'                                 'sg_project'                    yes
  '_entry_src.entry_id'                                  'entry_src'                     yes
  '_struct_keywords.entry_id'                            'struct_keywords'               yes
  '_data_set.entry_id'                                   'data_set'                      yes
  '_datum.entry_id'                                      'datum'                         yes
  '_release.entry_id'                                    'release'                       yes
  '_related_entries.entry_id'                            'related_entries'               yes
  '_citation.entry_id'                                   'citation'                      yes
  '_citation_author.entry_id'                            'citation_author'               yes
  '_citation_keyword.entry_id'                           'citation_keyword'              yes
  '_citation_editor.entry_id'                            'citation_editor'               yes
  '_assembly.entry_id'                                   'assembly'                      yes
  '_assembly_type.entry_id'                              'assembly_type'                 yes
  '_entity_assembly.entry_id'                            'entity_assembly'               yes
  '_struct_asym.entry_id'                                'struct_asym'                   yes
  '_assembly_db_link.entry_id'                           'assembly_db_link'              yes
  '_assembly_common_name.entry_id'                       'assembly_common_name'          yes
  '_assembly_systematic_name.entry_id'                   'assembly_systematic_name'      yes
  '_assembly_interaction.entry_id'                       'assembly_interaction'          yes
  '_chem_comp_assembly.entry_id'                         'chem_comp_assembly'            yes
  '_pdbx_poly_seq_scheme.entry_id'                       'pdbx_poly_seq_scheme'          yes
  '_pdbx_nonpoly_scheme.entry_id'                        'pdbx_nonpoly_scheme'           yes
  '_atom_type.entry_id'                                  'atom_type'                     yes
  '_atom.entry_id'                                       'atom'                          yes
  '_bond.entry_id'                                       'bond'                          yes
  '_deleted_atom.entry_id'                               'deleted_atom'                  yes
  '_assembly_bio_function.entry_id'                      'assembly_bio_function'         yes
  '_angle.entry_id'                                      'angle'                         yes
  '_torsion_angle.entry_id'                              'torsion_angle'                 yes
  '_assembly_segment.entry_id'                           'assembly_segment'              yes
  '_assembly_segment_description.entry_id'               'assembly_segment_description'       yes
  '_assembly_keyword.entry_id'                           'assembly_keyword'              yes
  '_assembly_citation.entry_id'                          'assembly_citation'             yes
  '_assembly_annotation_list.entry_id'                   'assembly_annotation_list'      yes
  '_author_annotation.entry_id'                          'author_annotation'             yes
  '_assembly_subsystem.entry_id'                         'assembly_subsystem'            yes
  '_subsystem_common_name.entry_id'                      'subsystem_common_name'         yes
  '_subsystem_type.entry_id'                             'subsystem_type'                yes
  '_subsystem_component.entry_id'                        'subsystem_component'           yes
  '_subsystem_keyword.entry_id'                          'subsystem_keyword'             yes
  '_subsystem_biological_function.entry_id'              'subsystem_biological_function'      yes
  '_subsystem_db_link.entry_id'                          'subsystem_db_link'             yes
  '_subsystem_citation.entry_id'                         'subsystem_citation'            yes
  '_entity.entry_id'                                     'entity'                        yes
  '_entity_db_link.entry_id'                             'entity_db_link'                yes
  '_entity_biological_function.entry_id'                 'entity_biological_function'         yes
  '_entity_common_name.entry_id'                         'entity_common_name'            yes
  '_entity_systematic_name.entry_id'                     'entity_systematic_name'        yes
  '_entity_keyword.entry_id'                             'entity_keyword'                yes
  '_entity_comp_index.entry_id'                          'entity_comp_index'             yes
  '_entity_poly_seq.entry_id'                            'entity_poly_seq'               yes
  '_entity_chimera_segment.entry_id'                     'entity_chimera_segment'        yes
  '_entity_comp_index_alt.entry_id'                      'entity_comp_index_alt'         yes
  '_entity_bond.entry_id'                                'entity_bond'                   yes
  '_entity_citation.entry_id'                            'entity_citation'               yes
  '_entity_natural_src_list.entry_id'                    'entity_natural_src_list'       yes
  '_entity_natural_src.entry_id'                         'entity_natural_src'            yes
  '_natural_source_db.entry_id'                          'natural_source_db'             yes
  '_entity_experimental_src_list.entry_id'               'entity_experimental_src_list'       yes
  '_entity_experimental_src.entry_id'                    'entity_experimental_src'       yes
  '_chem_comp.entry_id'                                  'chem_comp'                     yes
  '_chem_comp_common_name.entry_id'                      'chem_comp_common_name'         yes
  '_chem_comp_systematic_name.entry_id'                  'chem_comp_systematic_name'          yes
  '_chem_comp_smiles.entry_id'                           'chem_comp_smiles'              yes
  '_chem_comp_keyword.entry_id'                          'chem_comp_keyword'             yes
  '_characteristic.entry_id'                             'characteristic'                yes
  '_chem_comp_atom.entry_id'                             'chem_comp_atom'                yes
  '_atom_nomenclature.entry_id'                          'atom_nomenclature'             yes
  '_chem_comp_bond.entry_id'                             'chem_comp_bond'                yes
  '_chem_comp_tor.entry_id'                              'chem_comp_tor'                 yes
  '_chem_comp_angle.entry_id'                            'chem_comp_angle'               yes
  '_chem_comp_db_link.entry_id'                          'chem_comp_db_link'             yes
  '_chem_comp_citation.entry_id'                         'chem_comp_citation'            yes
  '_sample.entry_id'                                     'sample'                        yes
  '_sample_component.entry_id'                           'sample_component'              yes
  '_sample_component_atom_isotope.entry_id'              'sample_component_atom_isotope'      yes
  '_sample_citation.entry_id'                            'sample_citation'               yes
  '_sample_condition_list.entry_id'                      'sample_condition_list'         yes
  '_sample_condition_variable.entry_id'                  'sample_condition_variable'          yes
  '_sample_condition_citation.entry_id'                  'sample_condition_citation'          yes
  '_entity_purity_list.entry_id'                         'entity_purity_list'            yes
  '_entity_purity.entry_id'                              'entity_purity'                 yes
  '_entity_purity_citation.entry_id'                     'entity_purity_citation'        yes
  '_software.entry_id'                                   'software'                      yes
  '_task.entry_id'                                       'task'                          yes
  '_vendor.entry_id'                                     'vendor'                        yes
  '_software_citation.entry_id'                          'software_citation'             yes
  '_method.entry_id'                                     'method'                        yes
  '_method_file.entry_id'                                'method_file'                   yes
  '_method_param.entry_id'                               'method_param'                  yes
  '_method_citation.entry_id'                            'method_citation'               yes
  '_nmr_spectrometer.entry_id'                           'nmr_spectrometer'              yes
  '_nmr_spectrometer_citation.entry_id'                  'nmr_spectrometer_citation'          yes
  '_nmr_spectrometer_list.entry_id'                      'nmr_spectrometer_list'         yes
  '_nmr_spectrometer_view.entry_id'                      'nmr_spectrometer_view'         yes
  '_nmr_spectrometer_probe.entry_id'                     'nmr_spectrometer_probe'        yes
  '_nmr_probe.entry_id'                                  'nmr_probe'                     yes
  '_nmr_spectrometer_probe_citation.entry_id'            'nmr_spectrometer_probe_citation'    yes
  '_experiment_list.entry_id'                            'experiment_list'               yes
  '_experiment.entry_id'                                 'experiment'                    yes
  '_nmr_spec_expt.entry_id'                              'nmr_spec_expt'                 yes
  '_nmr_experiment_file.entry_id'                        'nmr_experiment_file'           yes
  '_spectral_acq_param.entry_id'                         'spectral_acq_param'            yes
  '_recoupling_pulse_sequence.entry_id'                  'recoupling_pulse_sequence'          yes
  '_decoupling_pulse_sequence.entry_id'                  'decoupling_pulse_sequence'          yes
  '_nmr_experiment_citation.entry_id'                    'nmr_experiment_citation'       yes
  '_nmr_spectral_processing.entry_id'                    'nmr_spectral_processing'       yes
  '_nmr_spectral_proc_software.entry_id'                 'nmr_spectral_proc_software'         yes
  '_spectral_processing_param.entry_id'                  'spectral_processing_param'          yes
  '_computer.entry_id'                                   'computer'                      yes
  '_computer_citation.entry_id'                          'computer_citation'             yes
  '_chem_shift_reference.entry_id'                       'chem_shift_reference'          yes
  '_chem_shift_ref.entry_id'                             'chem_shift_ref'                yes
  '_assigned_chem_shift_list.entry_id'                   'assigned_chem_shift_list'      yes
  '_chem_shift_experiment.entry_id'                      'chem_shift_experiment'         yes
  '_systematic_chem_shift_offset.entry_id'               'systematic_chem_shift_offset'       yes
  '_chem_shift_software.entry_id'                        'chem_shift_software'           yes
  '_atom_chem_shift.entry_id'                            'atom_chem_shift'               yes
  '_ambiguous_atom_chem_shift.entry_id'                  'ambiguous_atom_chem_shift'          yes
  '_coupling_constant_list.entry_id'                     'coupling_constant_list'        yes
  '_coupling_constant_experiment.entry_id'               'coupling_constant_experiment'       yes
  '_coupling_constant_software.entry_id'                 'coupling_constant_software'         yes
  '_coupling_constant.entry_id'                          'coupling_constant'             yes
  '_spectral_peak_list.entry_id'                         'spectral_peak_list'            yes
  '_spectral_dim.entry_id'                               'spectral_dim'                  yes
  '_spectral_peak_software.entry_id'                     'spectral_peak_software'        yes
  '_peak.entry_id'                                       'peak'                          yes
  '_peak_general_char.entry_id'                          'peak_general_char'             yes
  '_peak_char.entry_id'                                  'peak_char'                     yes
  '_peak_contribution.entry_id'                          'peak_contribution'             yes
  '_assigned_peak_chem_shift.entry_id'                   'assigned_peak_chem_shift'      yes
  '_resonance_linker_list.entry_id'                      'resonance_linker_list'         yes
  '_resonance.entry_id'                                  'resonance'                     yes
  '_resonance_assignment.entry_id'                       'resonance_assignment'          yes
  '_spin_system.entry_id'                                'spin_system'                   yes
  '_chem_shift_isotope_effect_list.entry_id'             'chem_shift_isotope_effect_list'     yes
  '_isotope_effect_experiment.entry_id'                  'isotope_effect_experiment'          yes
  '_isotope_effect_software.entry_id'                    'isotope_effect_software'       yes
  '_isotope_effect.entry_id'                             'isotope_effect'                yes
  '_isotope_label_pattern.entry_id'                      'isotope_label_pattern'         yes
  '_mol_interaction_chem_shift_diff.entry_id'            'mol_interaction_chem_shift_diff'    yes
  '_mol_interaction_diff_experiment.entry_id'            'mol_interaction_diff_experiment'    yes
  '_mol_interaction_diff_software.entry_id'              'mol_interaction_diff_software'      yes
  '_mol_interaction_chem_shift.entry_id'                 'mol_interaction_chem_shift'         yes
  '_chem_shift_anisotropy.entry_id'                      'chem_shift_anisotropy'         yes
  '_cs_anisotropy_experiment.entry_id'                   'cs_anisotropy_experiment'      yes
  '_cs_anisotropy_software.entry_id'                     'cs_anisotropy_software'        yes
  '_cs_anisotropy.entry_id'                              'cs_anisotropy'                 yes
  '_chem_shifts_calc_type.entry_id'                      'chem_shifts_calc_type'         yes
  '_chem_shifts_calc_software.entry_id'                  'chem_shifts_calc_software'          yes
  '_chem_shielding_tensor_list.entry_id'                 'chem_shielding_tensor_list'         yes
  '_chem_shielding_tensor.entry_id'                      'chem_shielding_tensor'         yes
  '_theoretical_chem_shift_list.entry_id'                'theoretical_chem_shift_list'        yes
  '_theoretical_chem_shift.entry_id'                     'theoretical_chem_shift'        yes
  '_rdc_list.entry_id'                                   'rdc_list'                      yes
  '_rdc_experiment.entry_id'                             'rdc_experiment'                yes
  '_rdc_software.entry_id'                               'rdc_software'                  yes
  '_rdc.entry_id'                                        'rdc'                           yes
  '_dipolar_coupling_list.entry_id'                      'dipolar_coupling_list'         yes
  '_dipolar_coupling_experiment.entry_id'                'dipolar_coupling_experiment'        yes
  '_dipolar_coupling_software.entry_id'                  'dipolar_coupling_software'          yes
  '_dipolar_coupling.entry_id'                           'dipolar_coupling'              yes
  '_spectral_density_list.entry_id'                      'spectral_density_list'         yes
  '_spectral_density_experiment.entry_id'                'spectral_density_experiment'        yes
  '_spectral_density_software.entry_id'                  'spectral_density_software'          yes
  '_spectral_density.entry_id'                           'spectral_density'              yes
  '_other_data_type_list.entry_id'                       'other_data_type_list'          yes
  '_other_data_experiment.entry_id'                      'other_data_experiment'         yes
  '_other_data_software.entry_id'                        'other_data_software'           yes
  '_other_data.entry_id'                                 'other_data'                    yes
  '_h_exch_rate_list.entry_id'                           'h_exch_rate_list'              yes
  '_h_exch_rate_experiment.entry_id'                     'h_exch_rate_experiment'        yes
  '_h_exch_rate_software.entry_id'                       'h_exch_rate_software'          yes
  '_h_exch_rate.entry_id'                                'h_exch_rate'                   yes
  '_h_exch_protection_factor_list.entry_id'              'h_exch_protection_factor_list'      yes
  '_h_exch_protection_fact_experiment.entry_id'          'h_exch_protection_fact_experiment'  yes
  '_h_exch_protect_fact_software.entry_id'               'h_exch_protect_fact_software'       yes
  '_h_exch_protection_factor.entry_id'                   'h_exch_protection_factor'      yes
  '_homonucl_noe_list.entry_id'                          'homonucl_noe_list'             yes
  '_homonucl_noe_experiment.entry_id'                    'homonucl_noe_experiment'       yes
  '_homonucl_noe_software.entry_id'                      'homonucl_noe_software'         yes
  '_homonucl_noe.entry_id'                               'homonucl_noe'                  yes
  '_heteronucl_noe_list.entry_id'                        'heteronucl_noe_list'           yes
  '_heteronucl_noe_experiment.entry_id'                  'heteronucl_noe_experiment'          yes
  '_heteronucl_noe_software.entry_id'                    'heteronucl_noe_software'       yes
  '_heteronucl_noe.entry_id'                             'heteronucl_noe'                yes
  '_heteronucl_t1_list.entry_id'                         'heteronucl_t1_list'            yes
  '_heteronucl_t1_experiment.entry_id'                   'heteronucl_t1_experiment'      yes
  '_heteronucl_t1_software.entry_id'                     'heteronucl_t1_software'        yes
  '_t1.entry_id'                                         't1'                            yes
  '_heteronucl_t1rho_list.entry_id'                      'heteronucl_t1rho_list'         yes
  '_heteronucl_t1rho_experiment.entry_id'                'heteronucl_t1rho_experiment'        yes
  '_heteronucl_t1rho_software.entry_id'                  'heteronucl_t1rho_software'          yes
  '_t1rho.entry_id'                                      't1rho'                         yes
  '_heteronucl_t2_list.entry_id'                         'heteronucl_t2_list'            yes
  '_heteronucl_t2_experiment.entry_id'                   'heteronucl_t2_experiment'      yes
  '_heteronucl_t2_software.entry_id'                     'heteronucl_t2_software'        yes
  '_t2.entry_id'                                         't2'                            yes
  '_dipole_dipole_relax_list.entry_id'                   'dipole_dipole_relax_list'      yes
  '_dipole_dipole_relax_experiment.entry_id'             'dipole_dipole_relax_experiment'     yes
  '_dipole_dipole_relax_software.entry_id'               'dipole_dipole_relax_software'       yes
  '_dipole_dipole_relax.entry_id'                        'dipole_dipole_relax'           yes
  '_cross_correlation_dd_list.entry_id'                  'cross_correlation_dd_list'          yes
  '_cross_correlation_dd_experiment.entry_id'            'cross_correlation_dd_experiment'    yes
  '_cross_correlation_dd_software.entry_id'              'cross_correlation_dd_software'      yes
  '_cross_correlation_dd.entry_id'                       'cross_correlation_dd'          yes
  '_cross_correlation_d_csa_list.entry_id'               'cross_correlation_d_csa_list'       yes
  '_cross_correlation_d_csa_experiment.entry_id'         'cross_correlation_d_csa_experiment' yes
  '_cross_correlation_d_csa_software.entry_id'           'cross_correlation_d_csa_software'   yes
  '_cross_correlation_d_csa.entry_id'                    'cross_correlation_d_csa'       yes
  '_order_parameter_list.entry_id'                       'order_parameter_list'          yes
  '_order_parameter_experiment.entry_id'                 'order_parameter_experiment'         yes
  '_order_parameter_software.entry_id'                   'order_parameter_software'      yes
  '_order_param.entry_id'                                'order_param'                   yes
  '_ph_titration_list.entry_id'                          'ph_titration_list'             yes
  '_ph_titration_experiment.entry_id'                    'ph_titration_experiment'       yes
  '_ph_titration_software.entry_id'                      'ph_titration_software'         yes
  '_ph_titr_result.entry_id'                             'ph_titr_result'                yes
  '_ph_param_list.entry_id'                              'ph_param_list'                 yes
  '_ph_param.entry_id'                                   'ph_param'                      yes
  '_d_h_fractionation_factor_list.entry_id'              'd_h_fractionation_factor_list'      yes
  '_d_h_fract_factor_experiment.entry_id'                'd_h_fract_factor_experiment'        yes
  '_d_h_fract_factor_software.entry_id'                  'd_h_fract_factor_software'          yes
  '_d_h_fractionation_factor.entry_id'                   'd_h_fractionation_factor'      yes
  '_deduced_secd_struct_list.entry_id'                   'deduced_secd_struct_list'      yes
  '_deduced_secd_struct_software.entry_id'               'deduced_secd_struct_software'       yes
  '_deduced_secd_struct_experiment.entry_id'             'deduced_secd_struct_experiment'     yes
  '_deduced_secd_struct_exptl.entry_id'                  'deduced_secd_struct_exptl'          yes
  '_deduced_secd_struct_feature.entry_id'                'deduced_secd_struct_feature'        yes
  '_deduced_h_bond_list.entry_id'                        'deduced_h_bond_list'           yes
  '_deduced_h_bond_software.entry_id'                    'deduced_h_bond_software'       yes
  '_deduced_h_bond_experiment.entry_id'                  'deduced_h_bond_experiment'          yes
  '_deduced_h_bond.entry_id'                             'deduced_h_bond'                yes
  '_conformer_stat_list.entry_id'                        'conformer_stat_list'           yes
  '_conformer_stat_list_ens.entry_id'                    'conformer_stat_list_ens'       yes
  '_conformer_stat_list_rep.entry_id'                    'conformer_stat_list_rep'       yes
  '_conf_stats_software.entry_id'                        'conf_stats_software'           yes
  '_conformer_family_coord_set.entry_id'                 'conformer_family_coord_set'         yes
  '_conformer_family_refinement.entry_id'                'conformer_family_refinement'        yes
  '_conformer_family_software.entry_id'                  'conformer_family_software'          yes
  '_energetic_penalty_function.entry_id'                 'energetic_penalty_function'         yes
  '_conformer_family_coord_set_expt.entry_id'            'conformer_family_coord_set_expt'    yes
  '_conf_family_coord_set_constr_list.entry_id'          'conf_family_coord_set_constr_list'  yes
  '_struct_image.entry_id'                               'struct_image'                  yes
  '_atom_site.entry_id'                                  'atom_site'                     yes
  '_atom_sites_footnote.entry_id'                        'atom_sites_footnote'           yes
  '_representative_conformer.entry_id'                   'representative_conformer'      yes
  '_rep_conf_refinement.entry_id'                        'rep_conf_refinement'           yes
  '_rep_conf_software.entry_id'                          'rep_conf_software'             yes
  '_terminal_residue.entry_id'                           'terminal_residue'              yes
  '_rep_conf.entry_id'                                   'rep_conf'                      yes
  '_rep_coordinate_details.entry_id'                     'rep_coordinate_details'        yes
  '_constraint_stat_list.entry_id'                       'constraint_stat_list'          yes
  '_constraint_stat_list_ens.entry_id'                   'constraint_stat_list_ens'      yes
  '_constraint_stat_list_rep.entry_id'                   'constraint_stat_list_rep'      yes
  '_constraint_stats_constr_list.entry_id'               'constraint_stats_constr_list'       yes
  '_constraint_file.entry_id'                            'constraint_file'               yes
  '_force_constant_list.entry_id'                        'force_constant_list'           yes
  '_force_constant_software.entry_id'                    'force_constant_software'       yes
  '_force_constant.entry_id'                             'force_constant'                yes
  '_angular_order_parameter_list.entry_id'               'angular_order_parameter_list'       yes
  '_angular_order_param.entry_id'                        'angular_order_param'           yes
  '_tertiary_struct_element_list.entry_id'               'tertiary_struct_element_list'       yes
  '_tertiary_struct_element_sel.entry_id'                'tertiary_struct_element_sel'        yes
  '_tertiary_struct.entry_id'                            'tertiary_struct'               yes
  '_secondary_struct_list.entry_id'                      'secondary_struct_list'         yes
  '_secondary_struct_sel.entry_id'                       'secondary_struct_sel'          yes
  '_secondary_struct.entry_id'                           'secondary_struct'              yes
  '_bond_annotation_list.entry_id'                       'bond_annotation_list'          yes
  '_bond_annotation.entry_id'                            'bond_annotation'               yes
  '_bond_observed_conformer.entry_id'                    'bond_observed_conformer'       yes
  '_structure_interaction_list.entry_id'                 'structure_interaction_list'         yes
  '_structure_interaction.entry_id'                      'structure_interaction'         yes
  '_observed_conformer.entry_id'                         'observed_conformer'            yes
  '_other_struct_feature_list.entry_id'                  'other_struct_feature_list'          yes
  '_other_struct_feature.entry_id'                       'other_struct_feature'          yes
  '_distance_constraint_list.entry_id'                   'distance_constraint_list'      yes
  '_distance_constraint_software.entry_id'               'distance_constraint_software'       yes
  '_dist_constr_software_setting.entry_id'               'dist_constr_software_setting'       yes
  '_distance_constraint_expt.entry_id'                   'distance_constraint_expt'      yes
  '_dist_constraint_tree.entry_id'                       'dist_constraint_tree'          yes
  '_dist_constraint.entry_id'                            'dist_constraint'               yes
  '_dist_constraint_value.entry_id'                      'dist_constraint_value'         yes
  '_dist_constraint_comment_org.entry_id'                'dist_constraint_comment_org'        yes
  '_dist_constraint_parse_err.entry_id'                  'dist_constraint_parse_err'          yes
  '_dist_constraint_parse_file.entry_id'                 'dist_constraint_parse_file'         yes
  '_dist_constraint_conv_err.entry_id'                   'dist_constraint_conv_err'      yes
  '_floating_chirality_assign.entry_id'                  'floating_chirality_assign'          yes
  '_floating_chirality_software.entry_id'                'floating_chirality_software'        yes
  '_floating_chirality.entry_id'                         'floating_chirality'            yes
  '_torsion_angle_constraint_list.entry_id'              'torsion_angle_constraint_list'      yes
  '_torsion_angle_constraint_software.entry_id'          'torsion_angle_constraint_software'  yes
  '_torsion_angle_constraints_expt.entry_id'             'torsion_angle_constraints_expt'     yes
  '_karplus_equation.entry_id'                           'karplus_equation'              yes
  '_torsion_angle_constraint.entry_id'                   'torsion_angle_constraint'      yes
  '_ta_constraint_comment_org.entry_id'                  'ta_constraint_comment_org'          yes
  '_ta_constraint_parse_err.entry_id'                    'ta_constraint_parse_err'       yes
  '_ta_constraint_parse_file.entry_id'                   'ta_constraint_parse_file'      yes
  '_ta_constraint_conv_err.entry_id'                     'ta_constraint_conv_err'        yes
  '_rdc_constraint_list.entry_id'                        'rdc_constraint_list'           yes
  '_rdc_constraint_software.entry_id'                    'rdc_constraint_software'       yes
  '_rdc_constraint_expt.entry_id'                        'rdc_constraint_expt'           yes
  '_rdc_constraint.entry_id'                             'rdc_constraint'                yes
  '_rdc_constraint_comment_org.entry_id'                 'rdc_constraint_comment_org'         yes
  '_rdc_constraint_parse_err.entry_id'                   'rdc_constraint_parse_err'      yes
  '_rdc_constraint_parse_file.entry_id'                  'rdc_constraint_parse_file'          yes
  '_rdc_constraint_conv_err.entry_id'                    'rdc_constraint_conv_err'       yes
  '_j_three_bond_constraint_list.entry_id'               'j_three_bond_constraint_list'       yes
  '_j_three_bond_constraint_software.entry_id'           'j_three_bond_constraint_software'   yes
  '_j_three_bond_constraint_expt.entry_id'               'j_three_bond_constraint_expt'       yes
  '_j_three_bond_constraint.entry_id'                    'j_three_bond_constraint'       yes
  '_ca_cb_constraint_list.entry_id'                      'ca_cb_constraint_list'         yes
  '_ca_cb_constraint_software.entry_id'                  'ca_cb_constraint_software'          yes
  '_ca_cb_constraint_expt.entry_id'                      'ca_cb_constraint_expt'         yes
  '_ca_cb_constraint.entry_id'                           'ca_cb_constraint'              yes
  '_h_chem_shift_constraint_list.entry_id'               'h_chem_shift_constraint_list'       yes
  '_h_chem_shift_constraint_software.entry_id'           'h_chem_shift_constraint_software'   yes
  '_h_chem_shift_constraint_expt.entry_id'               'h_chem_shift_constraint_expt'       yes
  '_h_chem_shift_constraint.entry_id'                    'h_chem_shift_constraint'       yes
  '_other_constraint_list.entry_id'                      'other_constraint_list'         yes
  '_other_constraint_expt.entry_id'                      'other_constraint_expt'         yes
  '_other_constraint_software.entry_id'                  'other_constraint_software'          yes

  stop_

  loop_
      _item_linked.child_name
      _item_linked.parent_name

  '_study_list.entry_id'                                 '_entry.id'
  '_study.entry_id'                                      '_entry.id'
  '_study_keyword.entry_id'                              '_entry.id'
  '_study_entry_list.entry_id'                           '_entry.id'
  '_entry_proc_cycle.entry_id'                           '_entry.id'
  '_entry_prerelease_seq.entry_id'                       '_entry.id'
  '_contact_person.entry_id'                             '_entry.id'
  '_entry_author.entry_id'                               '_entry.id'
  '_sg_project.entry_id'                                 '_entry.id'
  '_entry_src.entry_id'                                  '_entry.id'
  '_struct_keywords.entry_id'                            '_entry.id'
  '_data_set.entry_id'                                   '_entry.id'
  '_datum.entry_id'                                      '_entry.id'
  '_release.entry_id'                                    '_entry.id'
  '_related_entries.entry_id'                            '_entry.id'
  '_citation.entry_id'                                   '_entry.id'
  '_citation_author.entry_id'                            '_entry.id'
  '_citation_keyword.entry_id'                           '_entry.id'
  '_citation_editor.entry_id'                            '_entry.id'
  '_assembly.entry_id'                                   '_entry.id'
  '_assembly_type.entry_id'                              '_entry.id'
  '_entity_assembly.entry_id'                            '_entry.id'
  '_struct_asym.entry_id'                                '_entry.id'
  '_assembly_db_link.entry_id'                           '_entry.id'
  '_assembly_common_name.entry_id'                       '_entry.id'
  '_assembly_systematic_name.entry_id'                   '_entry.id'
  '_assembly_interaction.entry_id'                       '_entry.id'
  '_chem_comp_assembly.entry_id'                         '_entry.id'
  '_pdbx_poly_seq_scheme.entry_id'                       '_entry.id'
  '_pdbx_nonpoly_scheme.entry_id'                        '_entry.id'
  '_atom_type.entry_id'                                  '_entry.id'
  '_atom.entry_id'                                       '_entry.id'
  '_bond.entry_id'                                       '_entry.id'
  '_deleted_atom.entry_id'                               '_entry.id'
  '_assembly_bio_function.entry_id'                      '_entry.id'
  '_angle.entry_id'                                      '_entry.id'
  '_torsion_angle.entry_id'                              '_entry.id'
  '_assembly_segment.entry_id'                           '_entry.id'
  '_assembly_segment_description.entry_id'               '_entry.id'
  '_assembly_keyword.entry_id'                           '_entry.id'
  '_assembly_citation.entry_id'                          '_entry.id'
  '_assembly_annotation_list.entry_id'                   '_entry.id'
  '_author_annotation.entry_id'                          '_entry.id'
  '_assembly_subsystem.entry_id'                         '_entry.id'
  '_subsystem_common_name.entry_id'                      '_entry.id'
  '_subsystem_type.entry_id'                             '_entry.id'
  '_subsystem_component.entry_id'                        '_entry.id'
  '_subsystem_keyword.entry_id'                          '_entry.id'
  '_subsystem_biological_function.entry_id'              '_entry.id'
  '_subsystem_db_link.entry_id'                          '_entry.id'
  '_subsystem_citation.entry_id'                         '_entry.id'
  '_entity.entry_id'                                     '_entry.id'
  '_entity_db_link.entry_id'                             '_entry.id'
  '_entity_biological_function.entry_id'                 '_entry.id'
  '_entity_common_name.entry_id'                         '_entry.id'
  '_entity_systematic_name.entry_id'                     '_entry.id'
  '_entity_keyword.entry_id'                             '_entry.id'
  '_entity_comp_index.entry_id'                          '_entry.id'
  '_entity_poly_seq.entry_id'                            '_entry.id'
  '_entity_chimera_segment.entry_id'                     '_entry.id'
  '_entity_comp_index_alt.entry_id'                      '_entry.id'
  '_entity_bond.entry_id'                                '_entry.id'
  '_entity_citation.entry_id'                            '_entry.id'
  '_entity_natural_src_list.entry_id'                    '_entry.id'
  '_entity_natural_src.entry_id'                         '_entry.id'
  '_natural_source_db.entry_id'                          '_entry.id'
  '_entity_experimental_src_list.entry_id'               '_entry.id'
  '_entity_experimental_src.entry_id'                    '_entry.id'
  '_chem_comp.entry_id'                                  '_entry.id'
  '_chem_comp_common_name.entry_id'                      '_entry.id'
  '_chem_comp_systematic_name.entry_id'                  '_entry.id'
  '_chem_comp_smiles.entry_id'                           '_entry.id'
  '_chem_comp_keyword.entry_id'                          '_entry.id'
  '_characteristic.entry_id'                             '_entry.id'
  '_chem_comp_atom.entry_id'                             '_entry.id'
  '_atom_nomenclature.entry_id'                          '_entry.id'
  '_chem_comp_bond.entry_id'                             '_entry.id'
  '_chem_comp_tor.entry_id'                              '_entry.id'
  '_chem_comp_angle.entry_id'                            '_entry.id'
  '_chem_comp_db_link.entry_id'                          '_entry.id'
  '_chem_comp_citation.entry_id'                         '_entry.id'
  '_sample.entry_id'                                     '_entry.id'
  '_sample_component.entry_id'                           '_entry.id'
  '_sample_component_atom_isotope.entry_id'              '_entry.id'
  '_sample_citation.entry_id'                            '_entry.id'
  '_sample_condition_list.entry_id'                      '_entry.id'
  '_sample_condition_variable.entry_id'                  '_entry.id'
  '_sample_condition_citation.entry_id'                  '_entry.id'
  '_entity_purity_list.entry_id'                         '_entry.id'
  '_entity_purity.entry_id'                              '_entry.id'
  '_entity_purity_citation.entry_id'                     '_entry.id'
  '_software.entry_id'                                   '_entry.id'
  '_task.entry_id'                                       '_entry.id'
  '_vendor.entry_id'                                     '_entry.id'
  '_software_citation.entry_id'                          '_entry.id'
  '_method.entry_id'                                     '_entry.id'
  '_method_file.entry_id'                                '_entry.id'
  '_method_param.entry_id'                               '_entry.id'
  '_method_citation.entry_id'                            '_entry.id'
  '_nmr_spectrometer.entry_id'                           '_entry.id'
  '_nmr_spectrometer_citation.entry_id'                  '_entry.id'
  '_nmr_spectrometer_list.entry_id'                      '_entry.id'
  '_nmr_spectrometer_view.entry_id'                      '_entry.id'
  '_nmr_spectrometer_probe.entry_id'                     '_entry.id'
  '_nmr_probe.entry_id'                                  '_entry.id'
  '_nmr_spectrometer_probe_citation.entry_id'            '_entry.id'
  '_experiment_list.entry_id'                            '_entry.id'
  '_experiment.entry_id'                                 '_entry.id'
  '_nmr_spec_expt.entry_id'                              '_entry.id'
  '_nmr_experiment_file.entry_id'                        '_entry.id'
  '_spectral_acq_param.entry_id'                         '_entry.id'
  '_recoupling_pulse_sequence.entry_id'                  '_entry.id'
  '_decoupling_pulse_sequence.entry_id'                  '_entry.id'
  '_nmr_experiment_citation.entry_id'                    '_entry.id'
  '_nmr_spectral_processing.entry_id'                    '_entry.id'
  '_nmr_spectral_proc_software.entry_id'                 '_entry.id'
  '_spectral_processing_param.entry_id'                  '_entry.id'
  '_computer.entry_id'                                   '_entry.id'
  '_computer_citation.entry_id'                          '_entry.id'
  '_chem_shift_reference.entry_id'                       '_entry.id'
  '_chem_shift_ref.entry_id'                             '_entry.id'
  '_assigned_chem_shift_list.entry_id'                   '_entry.id'
  '_chem_shift_experiment.entry_id'                      '_entry.id'
  '_systematic_chem_shift_offset.entry_id'               '_entry.id'
  '_chem_shift_software.entry_id'                        '_entry.id'
  '_atom_chem_shift.entry_id'                            '_entry.id'
  '_ambiguous_atom_chem_shift.entry_id'                  '_entry.id'
  '_coupling_constant_list.entry_id'                     '_entry.id'
  '_coupling_constant_experiment.entry_id'               '_entry.id'
  '_coupling_constant_software.entry_id'                 '_entry.id'
  '_coupling_constant.entry_id'                          '_entry.id'
  '_spectral_peak_list.entry_id'                         '_entry.id'
  '_spectral_dim.entry_id'                               '_entry.id'
  '_spectral_peak_software.entry_id'                     '_entry.id'
  '_peak.entry_id'                                       '_entry.id'
  '_peak_general_char.entry_id'                          '_entry.id'
  '_peak_char.entry_id'                                  '_entry.id'
  '_peak_contribution.entry_id'                          '_entry.id'
  '_assigned_peak_chem_shift.entry_id'                   '_entry.id'
  '_resonance_linker_list.entry_id'                      '_entry.id'
  '_resonance.entry_id'                                  '_entry.id'
  '_resonance_assignment.entry_id'                       '_entry.id'
  '_spin_system.entry_id'                                '_entry.id'
  '_chem_shift_isotope_effect_list.entry_id'             '_entry.id'
  '_isotope_effect_experiment.entry_id'                  '_entry.id'
  '_isotope_effect_software.entry_id'                    '_entry.id'
  '_isotope_effect.entry_id'                             '_entry.id'
  '_isotope_label_pattern.entry_id'                      '_entry.id'
  '_mol_interaction_chem_shift_diff.entry_id'            '_entry.id'
  '_mol_interaction_diff_experiment.entry_id'            '_entry.id'
  '_mol_interaction_diff_software.entry_id'              '_entry.id'
  '_mol_interaction_chem_shift.entry_id'                 '_entry.id'
  '_chem_shift_anisotropy.entry_id'                      '_entry.id'
  '_cs_anisotropy_experiment.entry_id'                   '_entry.id'
  '_cs_anisotropy_software.entry_id'                     '_entry.id'
  '_cs_anisotropy.entry_id'                              '_entry.id'
  '_chem_shifts_calc_type.entry_id'                      '_entry.id'
  '_chem_shifts_calc_software.entry_id'                  '_entry.id'
  '_chem_shielding_tensor_list.entry_id'                 '_entry.id'
  '_chem_shielding_tensor.entry_id'                      '_entry.id'
  '_theoretical_chem_shift_list.entry_id'                '_entry.id'
  '_theoretical_chem_shift.entry_id'                     '_entry.id'
  '_rdc_list.entry_id'                                   '_entry.id'
  '_rdc_experiment.entry_id'                             '_entry.id'
  '_rdc_software.entry_id'                               '_entry.id'
  '_rdc.entry_id'                                        '_entry.id'
  '_dipolar_coupling_list.entry_id'                      '_entry.id'
  '_dipolar_coupling_experiment.entry_id'                '_entry.id'
  '_dipolar_coupling_software.entry_id'                  '_entry.id'
  '_dipolar_coupling.entry_id'                           '_entry.id'
  '_spectral_density_list.entry_id'                      '_entry.id'
  '_spectral_density_experiment.entry_id'                '_entry.id'
  '_spectral_density_software.entry_id'                  '_entry.id'
  '_spectral_density.entry_id'                           '_entry.id'
  '_other_data_type_list.entry_id'                       '_entry.id'
  '_other_data_experiment.entry_id'                      '_entry.id'
  '_other_data_software.entry_id'                        '_entry.id'
  '_other_data.entry_id'                                 '_entry.id'
  '_h_exch_rate_list.entry_id'                           '_entry.id'
  '_h_exch_rate_experiment.entry_id'                     '_entry.id'
  '_h_exch_rate_software.entry_id'                       '_entry.id'
  '_h_exch_rate.entry_id'                                '_entry.id'
  '_h_exch_protection_factor_list.entry_id'              '_entry.id'
  '_h_exch_protection_fact_experiment.entry_id'          '_entry.id'
  '_h_exch_protect_fact_software.entry_id'               '_entry.id'
  '_h_exch_protection_factor.entry_id'                   '_entry.id'
  '_homonucl_noe_list.entry_id'                          '_entry.id'
  '_homonucl_noe_experiment.entry_id'                    '_entry.id'
  '_homonucl_noe_software.entry_id'                      '_entry.id'
  '_homonucl_noe.entry_id'                               '_entry.id'
  '_heteronucl_noe_list.entry_id'                        '_entry.id'
  '_heteronucl_noe_experiment.entry_id'                  '_entry.id'
  '_heteronucl_noe_software.entry_id'                    '_entry.id'
  '_heteronucl_noe.entry_id'                             '_entry.id'
  '_heteronucl_t1_list.entry_id'                         '_entry.id'
  '_heteronucl_t1_experiment.entry_id'                   '_entry.id'
  '_heteronucl_t1_software.entry_id'                     '_entry.id'
  '_t1.entry_id'                                         '_entry.id'
  '_heteronucl_t1rho_list.entry_id'                      '_entry.id'
  '_heteronucl_t1rho_experiment.entry_id'                '_entry.id'
  '_heteronucl_t1rho_software.entry_id'                  '_entry.id'
  '_t1rho.entry_id'                                      '_entry.id'
  '_heteronucl_t2_list.entry_id'                         '_entry.id'
  '_heteronucl_t2_experiment.entry_id'                   '_entry.id'
  '_heteronucl_t2_software.entry_id'                     '_entry.id'
  '_t2.entry_id'                                         '_entry.id'
  '_dipole_dipole_relax_list.entry_id'                   '_entry.id'
  '_dipole_dipole_relax_experiment.entry_id'             '_entry.id'
  '_dipole_dipole_relax_software.entry_id'               '_entry.id'
  '_dipole_dipole_relax.entry_id'                        '_entry.id'
  '_cross_correlation_dd_list.entry_id'                  '_entry.id'
  '_cross_correlation_dd_experiment.entry_id'            '_entry.id'
  '_cross_correlation_dd_software.entry_id'              '_entry.id'
  '_cross_correlation_dd.entry_id'                       '_entry.id'
  '_cross_correlation_d_csa_list.entry_id'               '_entry.id'
  '_cross_correlation_d_csa_experiment.entry_id'         '_entry.id'
  '_cross_correlation_d_csa_software.entry_id'           '_entry.id'
  '_cross_correlation_d_csa.entry_id'                    '_entry.id'
  '_order_parameter_list.entry_id'                       '_entry.id'
  '_order_parameter_experiment.entry_id'                 '_entry.id'
  '_order_parameter_software.entry_id'                   '_entry.id'
  '_order_param.entry_id'                                '_entry.id'
  '_ph_titration_list.entry_id'                          '_entry.id'
  '_ph_titration_experiment.entry_id'                    '_entry.id'
  '_ph_titration_software.entry_id'                      '_entry.id'
  '_ph_titr_result.entry_id'                             '_entry.id'
  '_ph_param_list.entry_id'                              '_entry.id'
  '_ph_param.entry_id'                                   '_entry.id'
  '_d_h_fractionation_factor_list.entry_id'              '_entry.id'
  '_d_h_fract_factor_experiment.entry_id'                '_entry.id'
  '_d_h_fract_factor_software.entry_id'                  '_entry.id'
  '_d_h_fractionation_factor.entry_id'                   '_entry.id'
  '_deduced_secd_struct_list.entry_id'                   '_entry.id'
  '_deduced_secd_struct_software.entry_id'               '_entry.id'
  '_deduced_secd_struct_experiment.entry_id'             '_entry.id'
  '_deduced_secd_struct_exptl.entry_id'                  '_entry.id'
  '_deduced_secd_struct_feature.entry_id'                '_entry.id'
  '_deduced_h_bond_list.entry_id'                        '_entry.id'
  '_deduced_h_bond_software.entry_id'                    '_entry.id'
  '_deduced_h_bond_experiment.entry_id'                  '_entry.id'
  '_deduced_h_bond.entry_id'                             '_entry.id'
  '_conformer_stat_list.entry_id'                        '_entry.id'
  '_conformer_stat_list_ens.entry_id'                    '_entry.id'
  '_conformer_stat_list_rep.entry_id'                    '_entry.id'
  '_conf_stats_software.entry_id'                        '_entry.id'
  '_conformer_family_coord_set.entry_id'                 '_entry.id'
  '_conformer_family_refinement.entry_id'                '_entry.id'
  '_conformer_family_software.entry_id'                  '_entry.id'
  '_energetic_penalty_function.entry_id'                 '_entry.id'
  '_conformer_family_coord_set_expt.entry_id'            '_entry.id'
  '_conf_family_coord_set_constr_list.entry_id'          '_entry.id'
  '_struct_image.entry_id'                               '_entry.id'
  '_atom_site.entry_id'                                  '_entry.id'
  '_atom_sites_footnote.entry_id'                        '_entry.id'
  '_representative_conformer.entry_id'                   '_entry.id'
  '_rep_conf_refinement.entry_id'                        '_entry.id'
  '_rep_conf_software.entry_id'                          '_entry.id'
  '_terminal_residue.entry_id'                           '_entry.id'
  '_rep_conf.entry_id'                                   '_entry.id'
  '_rep_coordinate_details.entry_id'                     '_entry.id'
  '_constraint_stat_list.entry_id'                       '_entry.id'
  '_constraint_stat_list_ens.entry_id'                   '_entry.id'
  '_constraint_stat_list_rep.entry_id'                   '_entry.id'
  '_constraint_stats_constr_list.entry_id'               '_entry.id'
  '_constraint_file.entry_id'                            '_entry.id'
  '_force_constant_list.entry_id'                        '_entry.id'
  '_force_constant_software.entry_id'                    '_entry.id'
  '_force_constant.entry_id'                             '_entry.id'
  '_angular_order_parameter_list.entry_id'               '_entry.id'
  '_angular_order_param.entry_id'                        '_entry.id'
  '_tertiary_struct_element_list.entry_id'               '_entry.id'
  '_tertiary_struct_element_sel.entry_id'                '_entry.id'
  '_tertiary_struct.entry_id'                            '_entry.id'
  '_secondary_struct_list.entry_id'                      '_entry.id'
  '_secondary_struct_sel.entry_id'                       '_entry.id'
  '_secondary_struct.entry_id'                           '_entry.id'
  '_bond_annotation_list.entry_id'                       '_entry.id'
  '_bond_annotation.entry_id'                            '_entry.id'
  '_bond_observed_conformer.entry_id'                    '_entry.id'
  '_structure_interaction_list.entry_id'                 '_entry.id'
  '_structure_interaction.entry_id'                      '_entry.id'
  '_observed_conformer.entry_id'                         '_entry.id'
  '_other_struct_feature_list.entry_id'                  '_entry.id'
  '_other_struct_feature.entry_id'                       '_entry.id'
  '_distance_constraint_list.entry_id'                   '_entry.id'
  '_distance_constraint_software.entry_id'               '_entry.id'
  '_dist_constr_software_setting.entry_id'               '_entry.id'
  '_distance_constraint_expt.entry_id'                   '_entry.id'
  '_dist_constraint_tree.entry_id'                       '_entry.id'
  '_dist_constraint.entry_id'                            '_entry.id'
  '_dist_constraint_value.entry_id'                      '_entry.id'
  '_dist_constraint_comment_org.entry_id'                '_entry.id'
  '_dist_constraint_parse_err.entry_id'                  '_entry.id'
  '_dist_constraint_parse_file.entry_id'                 '_entry.id'
  '_dist_constraint_conv_err.entry_id'                   '_entry.id'
  '_floating_chirality_assign.entry_id'                  '_entry.id'
  '_floating_chirality_software.entry_id'                '_entry.id'
  '_floating_chirality.entry_id'                         '_entry.id'
  '_torsion_angle_constraint_list.entry_id'              '_entry.id'
  '_torsion_angle_constraint_software.entry_id'          '_entry.id'
  '_torsion_angle_constraints_expt.entry_id'             '_entry.id'
  '_karplus_equation.entry_id'                           '_entry.id'
  '_torsion_angle_constraint.entry_id'                   '_entry.id'
  '_ta_constraint_comment_org.entry_id'                  '_entry.id'
  '_ta_constraint_parse_err.entry_id'                    '_entry.id'
  '_ta_constraint_parse_file.entry_id'                   '_entry.id'
  '_ta_constraint_conv_err.entry_id'                     '_entry.id'
  '_rdc_constraint_list.entry_id'                        '_entry.id'
  '_rdc_constraint_software.entry_id'                    '_entry.id'
  '_rdc_constraint_expt.entry_id'                        '_entry.id'
  '_rdc_constraint.entry_id'                             '_entry.id'
  '_rdc_constraint_comment_org.entry_id'                 '_entry.id'
  '_rdc_constraint_parse_err.entry_id'                   '_entry.id'
  '_rdc_constraint_parse_file.entry_id'                  '_entry.id'
  '_rdc_constraint_conv_err.entry_id'                    '_entry.id'
  '_j_three_bond_constraint_list.entry_id'               '_entry.id'
  '_j_three_bond_constraint_software.entry_id'           '_entry.id'
  '_j_three_bond_constraint_expt.entry_id'               '_entry.id'
  '_j_three_bond_constraint.entry_id'                    '_entry.id'
  '_ca_cb_constraint_list.entry_id'                      '_entry.id'
  '_ca_cb_constraint_software.entry_id'                  '_entry.id'
  '_ca_cb_constraint_expt.entry_id'                      '_entry.id'
  '_ca_cb_constraint.entry_id'                           '_entry.id'
  '_h_chem_shift_constraint_list.entry_id'               '_entry.id'
  '_h_chem_shift_constraint_software.entry_id'           '_entry.id'
  '_h_chem_shift_constraint_expt.entry_id'               '_entry.id'
  '_h_chem_shift_constraint.entry_id'                    '_entry.id'
  '_other_constraint_list.entry_id'                      '_entry.id'
  '_other_constraint_expt.entry_id'                      '_entry.id'
  '_other_constraint_software.entry_id'                  '_entry.id'

  stop_

   loop_
     _item_examples.case

;
4181
;

   stop_

   _item_type.code                'code'

save_

save__entry.title

   _item_description.description
;
A descriptive title for the entry.  Something similar to the title of a 
scientific paper.
;

   _item.name                  '_entry.title'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
Backbone 1H$ 13C$ and 15N Chemical Shift Assignments for Lysozyme
;

   stop_

   _item_type.code                'text'

save_

save__entry.version_type

   _item_description.description
;
Defines whether the current version of the entry is the original version 
or an updated version.
;

   _item.name                  '_entry.version_type'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   original    ?
   update    ?
   obsolete    ?

   stop_

   loop_
     _item_examples.case

;
original
;

   stop_

   _item_default.value            'new'
   _item_type.code                'line'

save_

save__entry.submission_date

   _item_description.description
;
Date the entry was submitted to BMRB.
;

   _item.name                  '_entry.submission_date'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
1999-07-03
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.accession_date

   _item_description.description
;
Date BMRB accession number was assigned to the entry.
;

   _item.name                  '_entry.accession_date'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
1999-07-04
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.last_release_date

   _item_description.description
;
Date the current version of th entry was released.
;

   _item.name                  '_entry.last_release_date'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
2002-01-12
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.original_release_date

   _item_description.description
;
Date the entry was originally released.
;

   _item.name                  '_entry.original_release_date'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
2002-03-21
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.origination

   _item_description.description
;
The value to this tag defines who entered the original data into the database. 
 Entries taken from the literature and entered by BMRB staff are marked 
'BMRB.'  Entries supplied by authors are marked 'author' and entries taken from 
the PDB will be marked 'PDB.'
;

   _item.name                  '_entry.origination'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
author
;

   stop_

   _item_default.value            'author'
   _item_type.code                'line'

save_

save__entry.nmr_star_version

   _item_description.description
;
Version of NMR-STAR in which the current entry is formatted.
;

   _item.name                  '_entry.nmr_star_version'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   1.0    ?
   2.0    ?
   2.1    ?
   2.1.1    ?
   3.1    ?

   stop_

   loop_
     _item_examples.case

;
2.1.1
;

   stop_

   _item_default.value            '3.0.8.34'
   _item_type.code                'line'

save_

save__entry.original_nmr_star_version

   _item_description.description
;
Version of NMR-STAR in which the original entry was generated.
;

   _item.name                  '_entry.original_nmr_star_version'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   1.0    ?
   2.0    ?
   2.1    ?
   2.1.1    ?
   3.1    ?

   stop_

   loop_
     _item_examples.case

;
1
;

   stop_

   _item_type.code                'line'

save_

save__entry.experimental_method

   _item_description.description
;
The experimental method used to gather the data in the entry is given as 
the value to this tag.
;

   _item.name                  '_entry.experimental_method'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   NMR    ?

   stop_

   loop_
     _item_examples.case

;
NMR
;

   stop_

   _item_default.value            'NMR'
   _item_type.code                'line'

save_

save__entry.experimental_method_subtype

   _item_description.description
;
Enter the type of NMR method used (e.g., solution, solid-state (powder), 
theoretical, etc.).
;

   _item.name                  '_entry.experimental_method_subtype'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   solution    'Experiments using solution samples'
   'solid-state (powder)'    'Experiments using powdered samples'
   'solid-state (single crystal)'    'Experiments using single crystals'
   theoretical    'Data derived from theoretical calculations'

   stop_

   loop_
     _item_examples.case

;
Solution
;

   stop_

   _item_default.value            'solution'
   _item_type.code                'line'

save_

save__entry.dep_release_code_coordinates

   _item_description.description
;
Select the status or terms to be applied for the release of the atomic 
coordinate data to the public. Depositors are encourage to make their data available 
to the public as quickly as possible.  However, requests may be made to hold 
the data for a limited period of time up to one year or until the manuscript reporting 
the data is published.
;

   _item.name                  '_entry.dep_release_code_coordinates'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   'RELEASE NOW'    'Release immediately'
   'HOLD FOR PUBLICATION'    'Hold until primary citation is published'
   'HOLD FOR 6 WEEKS'    'Hold for 6 weeks'
   'HOLD FOR 6 MONTHS'    'Hold for 6 months'
   'HOLD FOR 1 YEAR'    'Hold for 1 year'

   stop_

   loop_
     _item_examples.case

;
RELEASE NOW
;

   stop_

   _item_default.value            'HOLD FOR PUBLICATION'
   _item_type.code                'line'

save_

save__entry.dep_release_code_nmr_constraints

   _item_description.description
;
Select the status or terms to be applied for the release of the NMR constraint 
data to the public. Depositors are encourage to make their data available 
to the public as quickly as possible.  However, requests may be made to hold the 
data for a limited period of time up to one year or until the manuscript reporting 
the data is published.
;

   _item.name                  '_entry.dep_release_code_nmr_constraints'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   'RELEASE NOW'    'Release immediately'
   'HOLD FOR PUBLICATION'    'Hold until primary citation is published'
   'HOLD FOR 6 MONTHS'    'Hold for 6 months'
   'HOLD FOR 1 YEAR'    'Hold for 1 year'

   stop_

   loop_
     _item_examples.case

;
RELEASE NOW
;

   stop_

   _item_default.value            'HOLD FOR PUBLICATION'
   _item_type.code                'line'

save_

save__entry.dep_release_code_nmr_exptl

   _item_description.description
;
Select the status or terms to be applied for the release of the NMR experimental 
data to the public. Depositors are encourage to make their data available 
to the public as quickly as possible.  However, requests may be made to hold 
the data for a limited period of time up to one year or until the manuscript reporting 
the data is published.
;

   _item.name                  '_entry.dep_release_code_nmr_exptl'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   'RELEASE NOW'    'Release immediately'
   'HOLD FOR PUBLICATION'    'Hold until primary citation is published'
   'HOLD FOR 6 MONTHS'    'Hold for 6 months'
   'HOLD FOR 1 YEAR'    'Hold for 1 year'

   stop_

   loop_
     _item_examples.case

;
RELEASE NOW
;

   stop_

   _item_default.value            'HOLD FOR PUBLICATION'
   _item_type.code                'line'

save_

save__entry.dep_release_code_sequence

   _item_description.description
;
Select the status or terms to be applied for the prerelease of the sequence 
information for the biopolymers to the public. Although the atomic coordinate 
and other data may be placed 'on hold', immediate release of the polymer sequence 
data will allow others, including the structural genomics centers, to identify 
polymers that have been studied and to select other targets reducing duplicate 
effort.
;

   _item.name                  '_entry.dep_release_code_sequence'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   'RELEASE NOW'    'Release sequence information in status reports immediately'
   'HOLD FOR RELEASE'    ?

   stop_

   loop_
     _item_examples.case

;
RELEASE NOW
;

   stop_

   _item_default.value            'RELEASE NOW'
   _item_type.code                'line'

save_

save__entry.casp_target

   _item_description.description
;
?
;

   _item.name                  '_entry.casp_target'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

        ? ?
   stop_

   loop_
     _item_examples.case

;
no
;

   stop_

   _item_type.code                'yes_no'

save_

save__entry.details

   _item_description.description
;
An optional text description of the entry used to provide additional information 
above that given as values to other items in the entry.
;

   _item.name                  '_entry.details'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'text'

save_

save__entry.pdb_update_details

   _item_description.description
;
?
;

   _item.name                  '_entry.pdb_update_details'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
This deposition represents a further refinement of the previously deposited structure.
;

   stop_

   _item_type.code                'text'

save_

save__entry.release_request

   _item_description.description
;
The condition choosen by the author for the release of the entry.
;

   _item.name                  '_entry.release_request'
   _item.category_id              'entry'
   _item.mandatory_code            yes

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   Immediately    ?
   'On publication'    ?
   'In one year'    ?
   'At a specific future date'    ?

   stop_

   loop_
     _item_examples.case

;
Immediate; On publication; Specific date; One year hold
;

   stop_

   _item_type.code                'line'

save_

save__entry.status_code

   _item_description.description
;
Code for status of file.
;

   _item.name                  '_entry.status_code'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
REL
;

   stop_

   _item_type.code                'line'

save_

save__entry.recvd_deposit_form

   _item_description.description
;
This code indicates whether the deposition form for an entry has been received.
;

   _item.name                  '_entry.recvd_deposit_form'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
yes
;

   stop_

   _item_type.code                'yes_no'

save_

save__entry.date_deposition_form

   _item_description.description
;
The date the deposition form is received.
;

   _item.name                  '_entry.date_deposition_form'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.recvd_coordinates

   _item_description.description
;
This code indicates whether the coordinates for an entry have been received.
;

   _item.name                  '_entry.recvd_coordinates'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
yes
;

   stop_

   _item_type.code                'yes_no'

save_

save__entry.date_coordinates

   _item_description.description
;
The date the coordinates are received.
;

   _item.name                  '_entry.date_coordinates'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.recvd_nmr_constraints

   _item_description.description
;
This code indicates whether the NMR constraint data for an entry have been 
received.
;

   _item.name                  '_entry.recvd_nmr_constraints'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
yes
;

   stop_

   _item_type.code                'yes_no'

save_

save__entry.date_nmr_constraints

   _item_description.description
;
The date the NMR constraints are received.
;

   _item.name                  '_entry.date_nmr_constraints'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.recvd_manuscript

   _item_description.description
;
This code indicates whether the manuscript for an entry has been received.
;

   _item.name                  '_entry.recvd_manuscript'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
yes
;

   stop_

   _item_type.code                'yes_no'

save_

save__entry.date_manuscript

   _item_description.description
;
The date the manuscript is received.
;

   _item.name                  '_entry.date_manuscript'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.recvd_author_approval

   _item_description.description
;
This code indicates whether the author's approval for an entry has been 
received.
;

   _item.name                  '_entry.recvd_author_approval'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
yes
;

   stop_

   _item_type.code                'yes_no'

save_

save__entry.date_author_approval

   _item_description.description
;
The date the author's approval is received.
;

   _item.name                  '_entry.date_author_approval'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.recvd_initial_deposition_date

   _item_description.description
;
The date of initial deposition. (The first message for deposition has been 
received.)
;

   _item.name                  '_entry.recvd_initial_deposition_date'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.pdb_date_submitted

   _item_description.description
;
The date of complete deposition.  This corresponds to the date at which 
the PDB identifier is assigned.
;

   _item.name                  '_entry.pdb_date_submitted'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.author_release_status_code

   _item_description.description
;
The release status authorized by the depositor.
;

   _item.name                  '_entry.author_release_status_code'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
REL
;

   stop_

   _item_type.code                'line'

save_

save__entry.date_of_pdb_release

   _item_description.description
;
PDB release date. This is the date that appears in the PDB REVDAT record.
;

   _item.name                  '_entry.date_of_pdb_release'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.date_hold_coordinates

   _item_description.description
;
At an author's request, a coordinate entry may be held after processing 
for some period of time.
;

   _item.name                  '_entry.date_hold_coordinates'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.date_hold_nmr_constraints

   _item_description.description
;
At an author's request, the NMR constraint data may be held after processing 
for some period of time.
;

   _item.name                  '_entry.date_hold_nmr_constraints'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry.pdb_deposit_site

   _item_description.description
;
The site where the file was deposited.
;

   _item.name                  '_entry.pdb_deposit_site'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
BMRB
;

   stop_

   _item_default.value            'BMRB'
   _item_type.code                'line'

save_

save__entry.pdb_process_site

   _item_description.description
;
The site where the file was processed.
;

   _item.name                  '_entry.pdb_process_site'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
RCSB
;

   stop_

   _item_default.value            'RCSB'
   _item_type.code                'line'

save_

save__entry.bmrb_deposit_site

   _item_description.description
;
?
;

   _item.name                  '_entry.bmrb_deposit_site'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
BMRB
;

   stop_

   _item_default.value            'BMRB'
   _item_type.code                'line'

save_

save__entry.bmrb_process_site

   _item_description.description
;
?
;

   _item.name                  '_entry.bmrb_process_site'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
BMRB
;

   stop_

   _item_default.value            'BMRB'
   _item_type.code                'line'

save_

save__entry.rcsb_annotator

   _item_description.description
;
?
;

   _item.name                  '_entry.rcsb_annotator'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_default.value            'UNASSIGNED'
   _item_type.code                'line'

save_

save__entry.author_approval_type

   _item_description.description
;
This code indicates whether the author's approval for an entry was received 
explicitly or implicitly. The latter is automatically implied by failure to 
respond to the validation summary within the prescribed period.
;

   _item.name                  '_entry.author_approval_type'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
implicit = automatic approval by failure to acknowledge; explicit = approval via depositor acknowledgement
;

   stop_

   _item_type.code                'line'

save_

save__entry.assigned_bmrb_id

   _item_description.description
;
?
;

   _item.name                  '_entry.assigned_bmrb_id'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'code'

save_

save__entry.assigned_bmrb_deposition_code

   _item_description.description
;
?
;

   _item.name                  '_entry.assigned_bmrb_deposition_code'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'code'

save_

save__entry.assigned_pdb_id

   _item_description.description
;
?
;

   _item.name                  '_entry.assigned_pdb_id'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'code'

save_

save__entry.assigned_pdb_deposition_code

   _item_description.description
;
?
;

   _item.name                  '_entry.assigned_pdb_deposition_code'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'code'

save_

save__entry.assigned_restart_id

   _item_description.description
;
?
;

   _item.name                  '_entry.assigned_restart_id'
   _item.category_id              'entry'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'line'

save_

save_entry_proc_cycle
   _category.description
;
Items in the entry_proc_cycle category provide information about the processing of an entry.
;
   _category.id                   'entry_proc_cycle'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_entry_proc_cycle.cycle_id'
     '_entry_proc_cycle.entry_id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'entry_information'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__entry_proc_cycle.cycle_id

   _item_description.description
;
This is a number of the processing cycle.
;

   _item.name                  '_entry_proc_cycle.cycle_id'
   _item.category_id              'entry_proc_cycle'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
1 for the initial cycle
;

   stop_

   _item_type.code                'int'

save_

save__entry_proc_cycle.date_begin_cycle

   _item_description.description
;
This is the date of the start of the processing cycle.
;

   _item.name                  '_entry_proc_cycle.date_begin_cycle'
   _item.category_id              'entry_proc_cycle'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry_proc_cycle.date_end_cycle

   _item_description.description
;
This is the date of the end of the processing cycle.
;

   _item.name                  '_entry_proc_cycle.date_end_cycle'
   _item.category_id              'entry_proc_cycle'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
2004-02-29
;

   stop_

   _item_type.code                'yyyy-mm-dd'

save_

save__entry_proc_cycle.details

   _item_description.description
;
Special details about the current processing cycle.
;

   _item.name                  '_entry_proc_cycle.details'
   _item.category_id              'entry_proc_cycle'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'text'

save_

save__entry_proc_cycle.entry_id

   _item_description.description
;
Pointer to '_Entry.ID'
;

   _item.name                  '_entry_proc_cycle.entry_id'
   _item.category_id              'entry_proc_cycle'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'code'

save_

save_entry_prerelease_seq
   _category.description
;
Items in the entry_prerelease_seq category capture the sequences in one-letter form of entities that can be released to the public before the release of the full entry.
;
   _category.id                   'entry_prerelease_seq'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_entry_prerelease_seq.entity_id'
     '_entry_prerelease_seq.entry_id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'entry_information'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__entry_prerelease_seq.entity_id

   _item_description.description
;
Pointer to '_Entity.ID'
;

   _item.name                  '_entry_prerelease_seq.entity_id'
   _item.category_id              'entry_prerelease_seq'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'int'

save_

save__entry_prerelease_seq.entity_label

   _item_description.description
;
STAR framecode for the entity whose residue sequence is being provided 
as the value to the tag '_Entry_prerelease_seq.Seq_one_letter_code'.
;

   _item.name                  '_entry_prerelease_seq.entity_label'
   _item.category_id              'entry_prerelease_seq'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'line'

save_

save__entry_prerelease_seq.seq_one_letter_code

   _item_description.description
;
Chemical sequence expressed as a string of one-letter amino acid or nucleic 
acid codes.
;

   _item.name                  '_entry_prerelease_seq.seq_one_letter_code'
   _item.category_id              'entry_prerelease_seq'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'text'

save_

save__entry_prerelease_seq.entry_id

   _item_description.description
;
Pointer to '_Entry.ID'
;

   _item.name                  '_entry_prerelease_seq.entry_id'
   _item.category_id              'entry_prerelease_seq'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'code'

save_

save_contact_person
   _category.description
;
Items in the contact_person category capture information about the people that can be contacted to provide answers to questions raised during the annotation and processing of an entry.
;
   _category.id                   'contact_person'
   _category.mandatory_code       yes

   loop_
     _category_key.name

     '_contact_person.id'
     '_contact_person.entry_id'

   stop_

   loop_
     _category_group.id

     'inclusive_group'
     'entry_information'

   stop_

   loop_
     _category_examples.detail
     _category_examples.case

;
   ?
;
;
   ?
;

   stop_

save_

save__contact_person.id

   _item_description.description
;
Unique identifier within the entry for the named contact person.
;

   _item.name                  '_contact_person.id'
   _item.category_id              'contact_person'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
?
;

   stop_

   _item_type.code                'int'

save_

save__contact_person.email_address

   _item_description.description
;
Business e-mail address for the contact person.
;

   _item.name                  '_contact_person.email_address'
   _item.category_id              'contact_person'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
jsmith@home_addr.gov
;

   stop_

   _item_type.code                'email'

save_

save__contact_person.name_salutation

   _item_description.description
;
The salutation of the author of the deposition to whom correspondence should 
be addressed
;

   _item.name                  '_contact_person.name_salutation'
   _item.category_id              'contact_person'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   Dr.    n.a.
   Prof.    n.a.
   Mr.    n.a.
   Ms.    n.a.
   Mrs.    n.a.

   stop_

   loop_
     _item_examples.case

;
Dr.
;

   stop_

   _item_type.code                'line'

save_

save__contact_person.given_name

   _item_description.description
;
The name given the contact person at birth or currently used by the author 
for publication purposes.  Can be an initial if the author uses a second name 
as a full name when publishing.
;

   _item.name                  '_contact_person.given_name'
   _item.category_id              'contact_person'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
John
;

   stop_

   _item_type.code                'line'

save_

save__contact_person.family_name

   _item_description.description
;
The family name for the contact person.
;

   _item.name                  '_contact_person.family_name'
   _item.category_id              'contact_person'
   _item.mandatory_code            yes

   loop_
     _item_examples.case

;
Smith
;

   stop_

   _item_type.code                'line'

save_

save__contact_person.middle_initials

   _item_description.description
;
The initials for the contact person's middle names.  A name can be used 
here if the contact person uses a middle name for publications.
;

   _item.name                  '_contact_person.middle_initials'
   _item.category_id              'contact_person'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
T.L.
;

   stop_

   _item_type.code                'line'

save_

save__contact_person.family_title

   _item_description.description
;
A common family title (not a professional title).
;

   _item.name                  '_contact_person.family_title'
   _item.category_id              'contact_person'
   _item.mandatory_code            no

   loop_
     _item_enumeration.value
     _item_enumeration.detail

   Sr.    Senior
   Jr.    Junior
   I    First
   II    Second
   III    Third
   IV    Fourth

   stop_

   loop_
     _item_examples.case

;
III
;

   stop_

   _item_type.code                'line'

save_

save__contact_person.department_and_institution

   _item_description.description
;
Department and institution where the contact person works.
;

   _item.name                  '_contact_person.department_and_institution'
   _item.category_id              'contact_person'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
Chemistry Dept.$ Rutgers Univ.
;

   stop_

   _item_type.code                'text'

save_

save__contact_person.mailing_address

   _item_description.description
;
A business mailing address for the contact person.
;

   _item.name                  '_contact_person.mailing_address'
   _item.category_id              'contact_person'
   _item.mandatory_code            no

   loop_
     _item_examples.case

;
123 Hose Ln
;

   stop_

   _item_type.code                'text'

save_

save__co