data_NMR-STAR.dic # version date - 2020-10-01 # 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 NMR-STAR.dic _Datablock.Description ; This data block contains the NMR-STAR dictionary. ; _Dictionary.Title NMR-STAR.dic _Dictionary.Datablock_id NMR-STAR.dic _Dictionary.Version 3.2.14.0 loop_ _Dictionary_history.Version _Dictionary_history.Update _Dictionary_history.Revision 3.0.6.22 2007-01-01 ; Multiple updates to tags and categories implemented. ; 3.0.9.0 2008-06-04 ; Large number of new tags implemented. ; 3.1.1.54 2013-10-13 ; Save frames for MS, EMR, and FRET added. Spell checking on tag descriptions carried out. Many corrections and suggestions provided by PDBj-BMRB implemented. ; 3.1.1.55 2013-10-14 ; Category groups updated. ; 3.1.1.56 2014-10-14 ; Changed category group, and item group for X-ray_instrument to Xray_instrument ; 3.1.1.98 2015-08-19 ; Added tags for FID sampling ; stop_ ###################################################################### loop_ _Super_save_frame_group.ID _Super_save_frame_group.Name _Super_save_frame_group.Description _Super_save_frame_group.Dictionary_ID 1 entry_information ; The entry_information category super group captures general information describing the entry, any study where the entry is a member, and information regarding the processing of the entry and updates to the entry after its initial release to the public. ; NMR-STAR 2 citations ; The citations super category contains the references sited in the entry and the primary citation related to a specific entry. ; NMR-STAR 3 assembly_supercategory ; The assembly_supercategory contains the complete chemical description of the molecular assembly studied, additional reference information for the molecular assembly and its components, and links to information for the equivalent or similar molecular assemblies or biopolymer components in other databases. ; NMR-STAR 4 experimental_details ; The experimental_details super group category captures information about the samples, sample conditions, NMR spectrometers, NMR experiments, software descriptions, experimental details for data derived from coroborating experimental techniques, and other data regarding the experiments used to collect the NMR spectral data and to derive kinetic, thermodynamic, and structure information. ; NMR-STAR 5 NMR_parameters ; The NMR_parameters super group contains the category groups used to model NMR spectral parameters (e.g., chemical shifts, peak lists, coupling constants) or theoretically calculated parameters like chemical shifts and links to supporting information. ; NMR-STAR 6 kinetics ; The kinetics super group contains the category groups that model a variety of kinetic values that can be derived from NMR spectral data or data from coroberating techniques. ; NMR-STAR 7 thermodynamics ; The thermodynamic super group contains the category groups that contain the thermodynamic data that can be derived from NMR spectral data. ; NMR-STAR 8 structure ; The structure category super group captures atomic coordinates, constraints, statistical data, and other related information. ; NMR-STAR stop_ ###################################################################### loop_ _Save_frame_category.Name _Save_frame_category.Description _Save_frame_category.Super_save_frame_group_ID _Save_frame_category.Super_save_frame_group_name _Save_frame_category.Dictionary_ID 'deposited_data_files' ; Categories that capture information about the data files that are uploaded for depositions. ; 'R' NMR-STAR 'entry_interview' ; Categories that record an overview of the information to be deposited by an author. ; 'R' NMR-STAR 'study_list' ; Categories that describe a study of a molecular system that includes data from one or more entries. ; 'R' NMR-STAR 'entry_information' ; Categories that describe an entry. ; 'R' NMR-STAR 'citations' ; Categories that provide bibliographic references. ; 'R' NMR-STAR 'references' ; Categories that provide a list of references as a simple unparsed citations. ; 'R' NMR-STAR 'chem_comp' ; Categories that describe chemical components of entities and molecular assemblies (e.g., ligands, metal ions, cofactors). ; 'R' NMR-STAR 'entity' ; Categories that describe the polymer and non-polymer molecules that make up a molecular assembly. ; 'R' NMR-STAR 'assembly' ; Categories that describe a molecular assembly. ; 'R' NMR-STAR 'assembly_annotation' ; Categories that provide annotations for a molecular assembly. ; 'R' NMR-STAR 'assembly_subsystems' ; Categories that describe subsystems of a molecular assembly. ; 'R' NMR-STAR 'natural_source' ; Categories that describe the organism or other body found in nature that produces a molecular entity described in an entry. ; 'R' NMR-STAR 'experimental_source' ; Categories that describe the system used to produce a molecular entity for scientific experiments carried out to generated data for an entry. ; 'R' NMR-STAR 'sample' ; Categories that describe the contents and other details about the samples used in scientific experiments. ; 'R' NMR-STAR 'sample_conditions' ; Categories that describe the experimental conditions used in conducting individual scientific experiments. ; 'R' NMR-STAR 'molecule_purity' ; Categories that describe the measured purity of a molecular entity in a sample. ; 'R' NMR-STAR 'software' ; Categories that describe computer software. ; 'R' NMR-STAR 'method' ; Categories that describe software or physical methods used to produce a product or data. ; 'R' NMR-STAR 'Mass_spectrometer' ; Categories that describe a mass spectrometer. ; 'R' NMR-STAR 'Mass_spectrometer_list' ; Categories that describe a list of mass spectrometers and properties of the spectrometers listed. ; 'R' NMR-STAR 'Mass_spec_ref_compd' ; Categories that describe reference compounds used to calibrate mass spectral data. ; 'R' NMR-STAR 'chromatographic_system' ; Categories that describe a chromatographic system. ; 'R' NMR-STAR 'chromatographic_column' ; Categories that describe a chromatographic column. ; 'R' NMR-STAR 'fluorescence_instrument' ; Categories that describe a fluorescence instrument. ; 'R' NMR-STAR 'EMR_instrument' ; Categories that describe an EMR instrument. ; 'R' NMR-STAR 'Xray_instrument' ; Categories that describe a X-ray instrument. ; 'R' NMR-STAR 'NMR_spectrometer' ; Categories that describe an NMR spectrometer. ; 'R' NMR-STAR 'NMR_spectrometer_list' ; Categories that define a list of NMR spectrometers and their properties. ; 'R' NMR-STAR 'NMR_spectrometer_probe' ; Categories that describe an NMR spectrometer probe. ; 'R' NMR-STAR 'NMR_spectrometer_expt_list' ; Categories that define a list of NMR spectrometer experiments. ; NMR-STAR 'NMR_spectrometer_expt' ; Categories that describe an NMR spectrometer experiment in detail. ; 'R' NMR-STAR 'NMR_spectral_processing' ; Categories that describe how the data from an NMR spectrometer experiment has been processed. ; 'R' NMR-STAR 'experiment_list' ; Categories that describe a list of experiments. ; 'R' NMR-STAR 'MS_expt' ; Categories that describe a mass spectroscopy experiment. ; 'R' NMR-STAR 'FRET_expt' ; Categories that describe a fluorescence experiment. ; 'R' NMR-STAR 'EMR_expt' ; Categories that describe an electron magnetic resonance experiment. ; 'R' NMR-STAR 'SAXS_expt' ; Categories that describe a small angle X-ray scattering experiment. ; 'R' NMR-STAR 'computer' ; Categories that describe a computer. ; 'R' NMR-STAR 'computing_platform' ; Categories that describe a computing platform. ; 'R' NMR-STAR 'chem_shift_reference' ; Categories that capture information about the compounds and parameters used to reference NMR chemical shifts. ; 'R' NMR-STAR 'assigned_chemical_shifts' ; 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. ; 'R' NMR-STAR 'coupling_constants' ; 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. ; 'R' NMR-STAR 'theoretical_coupling_constants' ; Categories that capture theoretical coupling constant values and links to the software, samples, sample conditions, NMR experiments, and other information about how the theoretical coupling constants were derived. ; 'R' NMR-STAR 'spectral_peak_list' ; Categories that capture the properties of NMR spectral peaks, spectral parameters, and links to the NMR experiments and other information regarding the data. ; 'R' NMR-STAR 'resonance_linker' ; Categories that describe the linking of resonances to chemical spin systems and experimental results. ; 'R' NMR-STAR 'chem_shift_isotope_effect' ; 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. ; 'R' NMR-STAR 'chem_shift_perturbation' ; Categories that capture chemical shift perturbations and links to the samples, sample conditions, NMR experiments, and other information about how the deviation values were derived. ; 'R' NMR-STAR 'chem_shift_anisotropy' ; 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. ; 'R' NMR-STAR 'theoretical_chem_shifts' ; 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. ; 'R' NMR-STAR 'chem_shifts_calc_type' ; Categories that define the type of calculation used to generate a list of theoretical chemical shifts for a molecule. ; 'R' NMR-STAR 'RDCs' ; 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. ; 'R' NMR-STAR 'dipolar_couplings' ; Categories that capture dipolar coupling values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; 'R' NMR-STAR 'spectral_density_values' ; Categories that capture spectral density values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; 'R' NMR-STAR 'other_data_types' ; 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. ; 'R' NMR-STAR 'chemical_rates' ; Categories that capture chemical rate data and links to the samples, sample conditions, NMR experiments, and other information about how the data were collected and analyzed. ; 'R' NMR-STAR 'H_exch_rates' ; 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. ; 'R' NMR-STAR 'H_exch_protection_factors' ; 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. ; 'R' NMR-STAR 'homonucl_NOEs' ; Categories that capture homonuclear NOE values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; 'R' NMR-STAR 'heteronucl_NOEs' ; Categories that capture heteronuclear NOE values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; 'R' NMR-STAR 'theoretical_heteronucl_NOEs' ; Categories that capture theoretical heteronuclear NOE values and links to the software, samples, sample conditions, NMR experiments, and other information about how the values were derived. ; 'R' NMR-STAR 'heteronucl_T1_relaxation' ; Categories that capture heteronuclear T1/R1 relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; 'R' NMR-STAR 'theoretical_heteronucl_T1_relaxation' ; Categories that capture theoretical heteronuclear T1/R1 relaxation values and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were derived. ; 'R' NMR-STAR 'heteronucl_T1rho_relaxation' ; Categories that capture heteronuclear T1rho/R1rho relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; 'R' NMR-STAR 'heteronucl_T2_relaxation' ; Categories that capture heteronuclear T2/R2 relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; 'R' NMR-STAR 'theoretical_heteronucl_T2_relaxation' ; Categories that capture theoretical heteronuclear T2/R2 relaxation values and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were derived. ; 'R' NMR-STAR 'auto_relaxation' ; Categories that capture auto relaxation data and links to the samples, sample conditions, NMR experiments, and other information about how the data were collected and analyzed. ; 'R' NMR-STAR 'theoretical_auto_relaxation' ; Categories that capture theoretical auto relaxation data and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were collected and analyzed. ; 'R' NMR-STAR 'dipole_dipole_relaxation' ; 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. ; 'R' NMR-STAR 'dipole_dipole_cross_correlations' ; 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. ; 'R' NMR-STAR 'theoretical_dipole_dipole_cross_correlations' ; Categories that capture theoretical dipole-dipole cross correlation data and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were derived. ; 'R' NMR-STAR 'dipole_CSA_cross_correlations' ; 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. ; 'R' NMR-STAR 'order_parameters' ; Categories that capture order parameter values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; 'R' NMR-STAR 'pH_titration' ; Categories that capture the pKa or pHmid values derived from a pH titration experiment and links to the experimental details. ; 'R' NMR-STAR 'pH_param_list' ; Categories that capture the NMR spectral parameters derived from a pH titration experiment. ; 'R' NMR-STAR 'D_H_fractionation_factors' ; 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. ; 'R' NMR-STAR 'binding_data' ; Categories that capture the binding data derived from a chemical binding experiment and links to the experimental details. ; 'R' NMR-STAR 'binding_param_list' ; Categories that capture the NMR spectral parameters derived from a chemical binding experiment. ; 'R' NMR-STAR 'deduced_secd_struct_features' ; 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. ; 'R' NMR-STAR 'deduced_hydrogen_bonds' ; 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. ; 'R' NMR-STAR 'conformer_statistics' ; Categories that capture statistics derived from the three-dimensional conformers calculated for a biomolecule. ; 'R' NMR-STAR 'constraint_statistics' ; Categories that capture statistics derived from the constraints used to calculate the three-dimension conformers for a biomolecule and the constraint violations. ; 'R' NMR-STAR 'representative_conformer' ; 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. ; 'R' NMR-STAR 'conformer_family_coord_set' ; 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. ; 'R' NMR-STAR 'force_constants' ; Categories that describe the values for the force constants used in calculating a family of conformers for a biomolecular system. ; 'R' NMR-STAR 'angular_order_parameters' ; Categories that capture a set of angular order parameters calculated from a family of conformers. ; 'R' NMR-STAR 'tertiary_struct_elements' ; Categories that describe the tertiary structure elements found in the conformers calculated for a biomolecular system. ; 'R' NMR-STAR 'structure_annotation' ; Categories that describe annotations derived from PDB structure entries related to the BMRB entry and extracted from an external database or calculated by BMRB. ; 'R' NMR-STAR 'secondary_structs' ; Categories that describe the secondary structure elements found in the conformers calculated for a biomolecular system. ; 'R' NMR-STAR 'bond_annotation' ; Categories that capture annotations for the bonds found in the conformers calculated for a biomolecular system. ; 'R' NMR-STAR 'structure_interactions' ; Categories that describe the interactions between molecules in a biomolecular system that have been found through the analysis of the calculated conformers. ; 'R' NMR-STAR 'other_struct_features' ; Categories that provide a means for describing other structure features not specifically defined in other category groups. ; 'R' NMR-STAR 'tensor' ; Categories that describe the chemical shielding tensors for a theoretical chemical shift calculation. ; 'R' NMR-STAR 'interatomic_distance' ; Categories that describe a set of interatomic distances in a molecular assembly. ; 'R' NMR-STAR 'general_distance_constraints' ; Categories that capture the distance constraints in a simple table format used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'distance_constraints' ; Categories that capture the distance constraints used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'floating_chiral_stereo_assign' ; Categories that capture the floating chirality stereo assignments used in calculating the conformers for a biomolecular system. ; 'R' NMR-STAR 'torsion_angle_constraints' ; Categories that capture the torsion angle distance constraints used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'RDC_constraints' ; Categories that capture the residual dipolar coupling constraints used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'J_three_bond_constraints' ; Categories that capture the three bond scalar coupling constraints used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'CA_CB_chem_shift_constraints' ; Categories that capture the protein CA and CB chemical shift constraints used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'H_chem_shift_constraints' ; Categories that capture the proton chemical shift constraints used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'peak_constraint_links' ; Categories that provide links between constraints and the experimental data used to derive the constraints. ; 'R' NMR-STAR 'SAXS_constraints' ; Categories that capture the SAXS constraints used to calculate one or more conformers for a biomolecular system. ; 'R' NMR-STAR 'other_constraints' ; 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. ; 'R' NMR-STAR 'org_constr_file_comment' ; Categories that capture the comments extracted from one or more original constraint files. ; 'R' NMR-STAR 'MS_MZ_data' ; Categories that capture the MZ data from a mass spectrometry experiment. ; 'R' NMR-STAR 'MS_chromatogram' ; Categories that capture the data from a MS chromatogram. ; 'R' NMR-STAR 'experimental_data_derivation_links' ; Categories that capture the links between derived data and the source data used in the derivation. ; 'R' NMR-STAR 'software_specific_saveframes' ; Categories that capture a block of text written out by software tools as 'save frames'. A NEF specific data structure used to capture software output that may not meet STAR specifications. ; 'R' NMR-STAR 'applied_software' ; Categories that capture methods and scripts used by software reported in an entry. ; 'R' NMR-STAR 'applied_software_history' ; Categories that capture the software workflow used to produce the reported data. ; 'R' NMR-STAR stop_ ###################################################################### loop_ _Category_group.ID _Category_group.Name _Category_group.Description _Category_group.Dictionary_ID 1 'deposited_data_files' ; Categories that capture information about the data files that are uploaded for depositions. ; NMR-STAR 2 'entry_interview' ; Categories that record an overview of the information to be deposited by an author. ; NMR-STAR 3 'study_list' ; Categories that describe a study of a molecular system that includes data from one or more entries. ; NMR-STAR 4 'entry_information' ; Categories that describe an entry. ; NMR-STAR 5 'citations' ; Categories that provide bibliographic references. ; NMR-STAR 6 'references' ; Categories that provide a list of references as a simple unparsed citations. ; NMR-STAR 7 'chem_comp' ; Categories that describe chemical components of entities and molecular assemblies (e.g., ligands, metal ions, cofactors). ; NMR-STAR 8 'entity' ; Categories that describe the polymer and non-polymer molecules that make up a molecular assembly. ; NMR-STAR 9 'assembly' ; Categories that describe a molecular assembly. ; NMR-STAR 10 'assembly_annotation' ; Categories that provide annotations for a molecular assembly. ; NMR-STAR 11 'assembly_subsystems' ; Categories that describe subsystems of a molecular assembly. ; NMR-STAR 12 'natural_source' ; Categories that describe the organism or other body found in nature that produces a molecular entity described in an entry. ; NMR-STAR 13 'experimental_source' ; Categories that describe the system used to produce a molecular entity for scientific experiments carried out to generated data for an entry. ; NMR-STAR 14 'sample' ; Categories that describe the contents and other details about the samples used in scientific experiments. ; NMR-STAR 15 'sample_conditions' ; Categories that describe the experimental conditions used in conducting individual scientific experiments. ; NMR-STAR 16 'molecule_purity' ; Categories that describe the measured purity of a molecular entity in a sample. ; NMR-STAR 17 'software' ; Categories that describe computer software. ; NMR-STAR 18 'method' ; Categories that describe software or physical methods used to produce a product or data. ; NMR-STAR 19 'Mass_spectrometer' ; Categories that describe a mass spectrometer. ; NMR-STAR 20 'Mass_spectrometer_list' ; Categories that describe a list of mass spectrometers and properties of the spectrometers listed. ; NMR-STAR 21 'Mass_spec_ref_compd' ; Categories that describe reference compounds used to calibrate mass spectral data. ; NMR-STAR 22 'chromatographic_system' ; Categories that describe a chromatographic system. ; NMR-STAR 23 'chromatographic_column' ; Categories that describe a chromatographic column. ; NMR-STAR 24 'fluorescence_instrument' ; Categories that describe a fluorescence instrument. ; NMR-STAR 25 'EMR_instrument' ; Categories that describe an EMR instrument. ; NMR-STAR 26 'Xray_instrument' ; Categories that describe a X-ray instrument. ; NMR-STAR 27 'NMR_spectrometer' ; Categories that describe an NMR spectrometer. ; NMR-STAR 28 'NMR_spectrometer_list' ; Categories that define a list of NMR spectrometers and their properties. ; NMR-STAR 29 'NMR_spectrometer_probe' ; Categories that describe an NMR spectrometer probe. ; NMR-STAR 30 'NMR_spectrometer_expt_list' ; Categories that define a list of NMR spectrometer experiments. ; NMR-STAR 31 'NMR_spectrometer_expt' ; Categories that describe an NMR spectrometer experiment in detail. ; NMR-STAR 32 'NMR_spectral_processing' ; Categories that describe how the data from an NMR spectrometer experiment has been processed. ; NMR-STAR 33 'experiment_list' ; Categories that describe a list of experiments. ; NMR-STAR 34 'MS_expt' ; Categories that describe a mass spectroscopy experiment. ; NMR-STAR 35 'FRET_expt' ; Categories that describe a fluorescence experiment. ; NMR-STAR 36 'EMR_expt' ; Categories that describe an electron magnetic resonance experiment. ; NMR-STAR 37 'SAXS_expt' ; Categories that describe a small angle X-ray scattering experiment. ; NMR-STAR 38 'computer' ; Categories that describe a computer. ; NMR-STAR 39 'computing_platform' ; Categories that describe a computing platform. ; NMR-STAR 40 'chem_shift_reference' ; Categories that capture information about the compounds and parameters used to reference NMR chemical shifts. ; NMR-STAR 41 'assigned_chemical_shifts' ; 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. ; NMR-STAR 42 'coupling_constants' ; 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. ; NMR-STAR 43 'theoretical_coupling_constants' ; Categories that capture theoretical coupling constant values and links to the software, samples, sample conditions, NMR experiments, and other information about how the theoretical coupling constants were derived. ; NMR-STAR 44 'spectral_peak_list' ; Categories that capture the properties of NMR spectral peaks, spectral parameters, and links to the NMR experiments and other information regarding the data. ; NMR-STAR 45 'resonance_linker' ; Categories that describe the linking of resonances to chemical spin systems and experimental results. ; NMR-STAR 46 'chem_shift_isotope_effect' ; 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. ; NMR-STAR 47 'chem_shift_perturbation' ; Categories that capture chemical shift perturbations and links to the samples, sample conditions, NMR experiments, and other information about how the deviation values were derived. ; NMR-STAR 48 'chem_shift_anisotropy' ; 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. ; NMR-STAR 49 'theoretical_chem_shifts' ; 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. ; NMR-STAR 50 'chem_shifts_calc_type' ; Categories that define the type of calculation used to generate a list of theoretical chemical shifts for a molecule. ; NMR-STAR 51 'RDCs' ; 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. ; NMR-STAR 52 'dipolar_couplings' ; Categories that capture dipolar coupling values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; NMR-STAR 53 'spectral_density_values' ; Categories that capture spectral density values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; NMR-STAR 54 'other_data_types' ; 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. ; NMR-STAR 55 'chemical_rates' ; Categories that capture chemical rate data and links to the samples, sample conditions, NMR experiments, and other information about how the data were collected and analyzed. ; NMR-STAR 56 'H_exch_rates' ; 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. ; NMR-STAR 57 'H_exch_protection_factors' ; 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. ; NMR-STAR 58 'homonucl_NOEs' ; Categories that capture homonuclear NOE values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; NMR-STAR 59 'heteronucl_NOEs' ; Categories that capture heteronuclear NOE values and links to the samples, sample conditions, NMR experiments, and other information about how the values were derived. ; NMR-STAR 60 'theoretical_heteronucl_NOEs' ; Categories that capture theoretical heteronuclear NOE values and links to the software, samples, sample conditions, NMR experiments, and other information about how the values were derived. ; NMR-STAR 61 'heteronucl_T1_relaxation' ; Categories that capture heteronuclear T1/R1 relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; NMR-STAR 62 'theoretical_heteronucl_T1_relaxation' ; Categories that capture theoretical heteronuclear T1/R1 relaxation values and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were derived. ; NMR-STAR 63 'heteronucl_T1rho_relaxation' ; Categories that capture heteronuclear T1rho/R1rho relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; NMR-STAR 64 'heteronucl_T2_relaxation' ; Categories that capture heteronuclear T2/R2 relaxation values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; NMR-STAR 65 'theoretical_heteronucl_T2_relaxation' ; Categories that capture theoretical heteronuclear T2/R2 relaxation values and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were derived. ; NMR-STAR 66 'auto_relaxation' ; Categories that capture auto relaxation data and links to the samples, sample conditions, NMR experiments, and other information about how the data were collected and analyzed. ; NMR-STAR 67 'theoretical_auto_relaxation' ; Categories that capture theoretical auto relaxation data and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were collected and analyzed. ; NMR-STAR 68 'dipole_dipole_relaxation' ; 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. ; NMR-STAR 69 'dipole_dipole_cross_correlations' ; 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. ; NMR-STAR 70 'theoretical_dipole_dipole_cross_correlations' ; Categories that capture theoretical dipole-dipole cross correlation data and links to the software, samples, sample conditions, NMR experiments, and other information about how the data were derived. ; NMR-STAR 71 'dipole_CSA_cross_correlations' ; 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. ; NMR-STAR 72 'order_parameters' ; Categories that capture order parameter values and links to the samples, sample conditions, NMR experiments, and other information about how the data were derived. ; NMR-STAR 73 'pH_titration' ; Categories that capture the pKa or pHmid values derived from a pH titration experiment and links to the experimental details. ; NMR-STAR 74 'pH_param_list' ; Categories that capture the NMR spectral parameters derived from a pH titration experiment. ; NMR-STAR 75 'D_H_fractionation_factors' ; 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. ; NMR-STAR 76 'binding_data' ; Categories that capture the binding data derived from a chemical binding experiment and links to the experimental details. ; NMR-STAR 77 'binding_param_list' ; Categories that capture the NMR spectral parameters derived from a chemical binding experiment. ; NMR-STAR 78 'deduced_secd_struct_features' ; 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. ; NMR-STAR 79 'deduced_hydrogen_bonds' ; 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. ; NMR-STAR 80 'conformer_statistics' ; Categories that capture statistics derived from the three-dimensional conformers calculated for a biomolecule. ; NMR-STAR 81 'constraint_statistics' ; Categories that capture statistics derived from the constraints used to calculate the three-dimension conformers for a biomolecule and the constraint violations. ; NMR-STAR 82 'representative_conformer' ; 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. ; NMR-STAR 83 'conformer_family_coord_set' ; 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. ; NMR-STAR 84 'force_constants' ; Categories that describe the values for the force constants used in calculating a family of conformers for a biomolecular system. ; NMR-STAR 85 'angular_order_parameters' ; Categories that capture a set of angular order parameters calculated from a family of conformers. ; NMR-STAR 86 'tertiary_struct_elements' ; Categories that describe the tertiary structure elements found in the conformers calculated for a biomolecular system. ; NMR-STAR 87 'structure_annotation' ; Categories that describe annotations derived from PDB structure entries related to the BMRB entry and extracted from an external database or calculated by BMRB. ; NMR-STAR 88 'secondary_structs' ; Categories that describe the secondary structure elements found in the conformers calculated for a biomolecular system. ; NMR-STAR 89 'bond_annotation' ; Categories that capture annotations for the bonds found in the conformers calculated for a biomolecular system. ; NMR-STAR 90 'structure_interactions' ; Categories that describe the interactions between molecules in a biomolecular system that have been found through the analysis of the calculated conformers. ; NMR-STAR 91 'other_struct_features' ; Categories that provide a means for describing other structure features not specifically defined in other category groups. ; NMR-STAR 92 'tensor' ; Categories that describe the chemical shielding tensors for a theoretical chemical shift calculation. ; NMR-STAR 93 'interatomic_distance' ; Categories that describe a set of interatomic distances in a molecular assembly. ; NMR-STAR 94 'general_distance_constraints' ; Categories that capture the distance constraints in a simple table format used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 95 'distance_constraints' ; Categories that capture the distance constraints used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 96 'floating_chiral_stereo_assign' ; Categories that capture the floating chirality stereo assignments used in calculating the conformers for a biomolecular system. ; NMR-STAR 97 'torsion_angle_constraints' ; Categories that capture the torsion angle distance constraints used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 98 'RDC_constraints' ; Categories that capture the residual dipolar coupling constraints used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 99 'J_three_bond_constraints' ; Categories that capture the three bond scalar coupling constraints used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 100 'CA_CB_chem_shift_constraints' ; Categories that capture the protein CA and CB chemical shift constraints used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 101 'H_chem_shift_constraints' ; Categories that capture the proton chemical shift constraints used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 102 'peak_constraint_links' ; Categories that provide links between constraints and the experimental data used to derive the constraints. ; NMR-STAR 103 'SAXS_constraints' ; Categories that capture the SAXS constraints used to calculate one or more conformers for a biomolecular system. ; NMR-STAR 104 'other_constraints' ; 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. ; NMR-STAR 105 'org_constr_file_comment' ; Categories that capture the comments extracted from one or more original constraint files. ; NMR-STAR 106 'MS_MZ_data' ; Categories that capture the MZ data from a mass spectrometry experiment. ; NMR-STAR 107 'MS_chromatogram' ; Categories that capture the data from a MS chromatogram. ; NMR-STAR 108 'experimental_data_derivation_links' ; Categories that capture the links between derived data and the source data used in the derivation. ; NMR-STAR 109 'software_specific_saveframes' ; Categories that capture a block of text written out by software tools as 'save frames'. A NEF specific data structure used to capture software output that may not meet STAR specifications. ; NMR-STAR 110 'applied_software' ; Categories that capture methods and scripts used by software reported in an entry. ; NMR-STAR 111 'applied_software_history' ; Categories that capture the software workflow used to produce the reported data. ; NMR-STAR stop_ ###################################################################### save_item_types #################### ## 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.Code _Item_type.Primitive_code _Item_type.Construct _Item_type.Detail _Item_type.Python_regexp _Item_type.Python_regexp_detail _Item_type.Dictionary_ID code char '[_,.;:"&<>()/\{}'`~!@#$%A-Za-z0-9*|+-]*' ; code item types/single words ... ; '[_,.;:"&<>()/\{}'`~!@#$%A-Za-z0-9*|+-]*' ? NMR-STAR ucode uchar '[_,.;:"&<>()/\{}'`~!@#$%A-Za-z0-9*|+-]*' ; code item types/single words (case insensitive) ... ; '[_,.;:"&<>()/\{}'`~!@#$%A-Za-z0-9*|+-]*' ? NMR-STAR line char '[][ \t_(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ; char item types / multi-word items ... ; '[\[\] \t_(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ? NMR-STAR uline uchar '[][ \t_(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ; char item types / multi-word items (case insensitive)... ; '[\[\] \t_(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ? NMR-STAR text char '[][ \n\t()_,.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ; text item types / multi-line text ... ; '[\[\] \n\t()_,.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ? NMR-STAR int numb '-?[0-9]+' ; int item types are the subset of numbers that are the negative or positive integers. ; '(?:-?[0-9]*)?' ? NMR-STAR float numb '-?(([0-9]+)[.]?|([0-9]*[.][0-9]+))([(][0-9]+[)])?([eE][+-]?[0-9]+)?' ; int item types are the subset of numbers that are the floating numbers. ; '(?:-?[0-9]*\.?[0-9]+(?:[eE][-+]?[0-9]+)?)?' ? NMR-STAR name uchar '_[_A-Za-z0-9]+\.[][_A-Za-z0-9%-]+' ; name item types take the form... ; '_[_A-Za-z0-9]+\.[][_A-Za-z0-9%-]+' ? NMR-STAR idname uchar '[_A-Za-z0-9]+' ; idname item types take the form... ; '[_A-Za-z0-9]+' ? NMR-STAR any char '.*' ; A catch all for items that may take any form... ; '.*' ? NMR-STAR yyyy-mm-dd char '[0-9]?[0-9]?[0-9][0-9]-[0-9]?[0-9]-[0-9][0-9]' ; Standard format for CIF dates. ; '[0-9]?[0-9]?[0-9][0-9]-[0-9]?[0-9]-[0-9][0-9]' ? NMR-STAR uchar3 uchar '[+]?[A-Za-z0-9]?[A-Za-z0-9][A-Za-z0-9]' ; data item for 3 character codes ; '[+]?[A-Za-z0-9]?[A-Za-z0-9][A-Za-z0-9]' ? NMR-STAR uchar1 uchar '[+]?[A-Za-z0-9]' ; data item for 1 character codes ; '[+]?[A-Za-z0-9]' ? NMR-STAR yes_no char '(yes)|(no)' ; data item for boolean codes that have values of 'yes' or 'no' ; '(?:yes|no)?' ? NMR-STAR symop char '([1-9]|[1-9][0-9]|1[0-8][0-9]|19[0-2])(_[1-9][1-9][1-9])?' ; symop item types take the form n_klm, where n refers to the symmetry operation that is applied to the coordinates in the ATOM_SITE category identified by _atom_site_label. It must match a number given in _symmetry_equiv_pos_site_id. k, l, and m refer to the translations that are subsequently applied to the symmetry transformed coordinates to generate the atom used. These translations (x,y,z) are related to (k,l,m) by k = 5 + x l = 5 + y m = 5 + z By adding 5 to the translations, the use of negative numbers is avoided. ; '([1-9]|[1-9][0-9]|1[0-8][0-9]|19[0-2])(_[1-9][1-9][1-9])?' ? NMR-STAR atcode char '[][ _(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ; Character data type for atom names ... ; '[\[\] _(),.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*' ? NMR-STAR yyyy-mm-dd:hh:mm char '[0-9]?[0-9]?[0-9][0-9]-[0-9]?[0-9](-[0-9]?[0-9])?(:[0-9]?[0-9]:[0-9][0-9])?' ; Standard format for CIF dates with optional time stamp. ; '[0-9]?[0-9]?[0-9][0-9]-[0-9]?[0-9](-[0-9]?[0-9])?(:[0-9]?[0-9]:[0-9][0-9])?' ? NMR-STAR fax uchar '[_,.;:"&<>/\{}'`~!@#$%A-Za-z0-9*|+-]*' ; code item types/single words (case insensitive) ... ; '\+?[0-9A-Za-z.()\s\-/]*' ? NMR-STAR phone uchar '[_,.;:"&<>/\{}'`~!@#$%A-Za-z0-9*|+-]*' ; code item types/single words (case insensitive) ... ; '\+?[0-9A-Za-z.()\s\-/]+' ? NMR-STAR email uchar '[_,.;:"&<>/\{}'`~!@#$%A-Za-z0-9*|+-]*' ; code item types/single words (case insensitive) ... ; '(?:[a-zA-Z0-9!#$%&'*+/=?^_`{|}~-]+(?:\.[a-z0-9!#$%&'*+/=?^_`{|}~-]+)*|"(?:[\x01-\x08\x0b\x0c\x0e-\x1f\x21\x23-\x5b\x5d-\x7f]|\\[\x01-\x09\x0b\x0c\x0e-\x7f])*")@(?:(?:[a-z0-9](?:[a-z0-9-]*[a-z0-9])?\.)+[a-z0-9](?:[a-z0-9-]*[a-z0-9])?|\[(?:(?:(2(5[0-5]|[0-4][0-9])|1[0-9][0-9]|[1-9]?[0-9]))\.){3}(?:(2(5[0-5]|[0-4][0-9])|1[0-9][0-9]|[1-9]?[0-9])|[a-z0-9-]*[a-z0-9]:(?:[\x01-\x08\x0b\x0c\x0e-\x1f\x21-\x5a\x53-\x7f]|\\[\x01-\x09\x0b\x0c\x0e-\x7f])+)\])?' ? NMR-STAR 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. ; '-?[0-9]+(--?[0-9]+)?' ? NMR-STAR 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. ; '-?(([0-9]+)[.]?|([0-9]*[.][0-9]+))([(][0-9]+[)])?([eE][+-]?[0-9]+)?(--?(([0-9]+)[.]?|([0-9]*[.][0-9]+))([(][0-9]+[)])?([eE][+-]?[0-9]+)?)?' ? NMR-STAR # binary char ; \n--CIF-BINARY-FORMAT-SECTION--\n\ [][ \n\t()_,.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*\ \n--CIF-BINARY-FORMAT-SECTION---- ; ; binary items are presented as MIME-like ascii-encoded sections in an imgCIF. In a CBF, raw octet streams are used to convey the same information. ; ? ; \n--CIF-BINARY-FORMAT-SECTION--\n\ [][ \n\t()_,.;:"&<>/\{}'`~!@#$%?+=*A-Za-z0-9|^-]*\ \n--CIF-BINARY-FORMAT-SECTION---- ; NMR-STAR # NMR-STAR additions framecode char '[.;:"&<>(){}'`~!$%A-Za-z0-9*|+-][_.;:"&<>(){}'`~!$%A-Za-z0-9*|+-]*' ; A value that points to a save frame. ; '[.;:"&<>(){}'`~!$%A-Za-z0-9*|+-][_.;:"&<>(){}'`~!$%A-Za-z0-9*|+-]*' ? NMR-STAR stop_ ##################### ## ITEM_UNITS_LIST ## ##################### loop_ _Item_units.ID _Item_units.Code _Item_units.Abbrv _Item_units.Detail _Item_units.Dictionary_ID # 1 'metres' m 'metres' NMR-STAR 2 'centimetres' cm 'centimetres (meters * 10^( -2))' NMR-STAR 3 'millimetres' mm 'millimetres (meters * 10^( -3))' NMR-STAR 4 'nanometres' nm 'nanometres (meters * 10^( -9))' NMR-STAR 5 'micrometres' ? 'micrometres (meters * 10^( -6))' NMR-STAR 6 'angstroms' ? 'angstroms (meters * 10^(-10))' NMR-STAR 7 'picometres' pm 'picometres (meters * 10^(-12))' NMR-STAR 8 'femtometres' fm 'femtometres (meters * 10^(-15))' NMR-STAR # 9 'reciprocal_centimetres' ? 'reciprocal centimetres (meters * 10^( -2)^-1)' NMR-STAR 10 'reciprocal_millimetres' ? 'reciprocal millimetres (meters * 10^( -3)^-1)' NMR-STAR 11 'reciprocal_micrometres' ? 'reciprocal micrometres (meters * 10^( -6)^-1)' NMR-STAR 12 'reciprocal_nanometres' ? 'reciprocal nanometres (meters * 10^( -9)^-1)' NMR-STAR 13 'reciprocal_angstroms' ? 'reciprocal angstroms (meters * 10^(-10)^-1)' NMR-STAR 14 'reciprocal_picometres' ? 'reciprocal picometres (meters * 10^(-12)^-1)' NMR-STAR # 15 'micrometres_squared' ? 'micrometres squared (meters * 10^( -6))^2' NMR-STAR 16 'nanometres_squared' ? 'nanometres squared (meters * 10^( -9))^2' NMR-STAR 17 'angstroms_squared' ? 'angstroms squared (meters * 10^(-10))^2' NMR-STAR 18 '8pi2_angstroms_squared' ? '8pi^2 * angstroms squared (meters * 10^(-10))^2' NMR-STAR 19 'picometres_squared' ? 'picometres squared (meters * 10^(-12))^2' NMR-STAR # 20 'micrometres_cubed' ? 'micrometres cubed (meters * 10^( -6))^3' NMR-STAR 21 'nanometres_cubed' ? 'nanometres cubed (meters * 10^( -9))^3' NMR-STAR 22 'angstroms_cubed' ? 'angstroms cubed (meters * 10^(-10))^3' NMR-STAR 23 'picometres_cubed' ? 'picometres cubed (meters * 10^(-12))^3' NMR-STAR # 24 'kilopascals' ? 'kilopascals' NMR-STAR 25 'gigapascals' ? 'gigapascals' NMR-STAR # 26 'hours' hr 'hours' NMR-STAR 27 'minutes' min 'minutes' NMR-STAR 28 'seconds' s 'seconds' NMR-STAR 29 'milliseconds ms 'milliseconds' NMR-STAR 30 'microseconds' us 'microseconds' NMR-STAR 31 'nanoseconds' ns 'nanoseconds' NMR-STAR # 32 'degrees' ? 'degrees (of arc)' NMR-STAR # 33 'degrees_per_minute' ? 'degrees (of arc) per minute' NMR-STAR # 34 'celsius' C 'degrees (of temperature) Celsius' NMR-STAR 35 'kelvins' K 'degrees (of temperature) Kelvin' NMR-STAR # 36 'electrons' ? 'electrons' NMR-STAR # 37 'electrons_squared' ? 'electrons squared' NMR-STAR # 38 'electrons_per_nanometres_cubed' ? ; electrons per nanometres cubed (meters * 10^( -9))^3 ; NMR-STAR # 39 'electrons_per_angstroms_cubed' ? ; electrons per angstroms cubed (meters * 10^(-10))^3 ; NMR-STAR # 40 'electrons_per_picometres_cubed' ? ; electrons per picometres cubed (meters * 10^(-12))^3 ; NMR-STAR # 41 'kilowatts' ? 'kilowatts' NMR-STAR # 42 'milliamperes' ? 'milliamperes' NMR-STAR # 43 'kilovolts' ? 'kilovolts' NMR-STAR # 44 'arbitrary' ? ; arbitrary system of units. ; NMR-STAR # 45 'angstroms_degrees' ? 'angstroms * degrees' NMR-STAR # 46 'degrees_squared' ? 'degrees squared' NMR-STAR # 47 'mg_per_ml' ? 'milligram per milliliter' NMR-STAR # 48 'ml_per_min' ? 'milliliter per minute' NMR-STAR # 49 'milliliters' ? 'liter / 1000' NMR-STAR # 50 'milligrams' ? 'grams / 1000' NMR-STAR # 51 'megadaltons' ? 'megadaltons' NMR-STAR # 52 'microns_squared' ? 'microns squared' NMR-STAR # 53 'microns' ? 'microns' NMR-STAR # 54 'millimeters' ? 'meters / 1000' NMR-STAR # 55 'electrons_angstrom_squared' ? 'electrons square angstrom' NMR-STAR # 56 'electron_volts' ? 'electron volts' NMR-STAR # 57 'mg/ml' ? 'mg per milliliter' NMR-STAR # 58 'millimolar' mM 'molar / 1000' NMR-STAR # 59 'megagrams_per_cubic_metre' ? 'megagrams per cubic metre' NMR-STAR # 60 'pixels_per_millimetre' ? 'pixels per millimetre' NMR-STAR # 61 'counts' ? 'counts' NMR-STAR # 62 'counts_per_photon' ? 'counts per photon' NMR-STAR # 63 'hertz' Hz '?' NMR-STAR # 64 'parts per million' ppm '?' NMR-STAR # # Need to add others relevant to NMR spectroscopy # May have to think about adding everything from the ACS booklet just to cover # most all possibilities # pressure units 65 'Pascal' Pa 'Newton per square meter' NMR-STAR 66 'Newton per square meter' N/m^2 'Newton per square meter' NMR-STAR 67 'atmospheric pressure' atm 'atmospheric pressure' NMR-STAR #pH units (no unit just number) #ionic strength units 68 'Mol per liter' mol/L 'Mol per liter' NMR-STAR 69 'Mol per cubic meter' mol/m^3 'Mol per cubic meter' NMR-STAR #field strength (Tesla) 70 'Tesla' T 'Tesla' NMR-STAR 71 'Gauss' G 'Gauss' NMR-STAR # gyromagnetic ratio 72 'Radian per second per Tesla' rad/S/T 'Radian per second per Tesla' NMR-STAR 73 'Coulomb per kilogram' C/kg 'Coulomb per kilogram' NMR-STAR # concentration units 74 'molar' M '1 mol/L' NMR-STAR 75 'millimolar' mM '10E-3 mol/L' NMR-STAR 75 'micromolar' ? '10E-6 mol/L' NMR-STAR 75 'nanomolar' nM '10E-9 mol/L' NMR-STAR 75 'picomolar' pM '10E-12 mol/L' NMR-STAR 75 'femtomolar' fM '10E-15 mol/L' NMR-STAR 75 'attomolar' aM '10E-18 mol/L' NMR-STAR #65 binding constant units stop_ loop_ _Item_units_conversion.From_code_item_units_ID _Item_units_conversion.From_code _Item_units_conversion.To_code_item_units_ID _Item_units_conversion.To_code _Item_units_conversion.Operator _Item_units_conversion.Factor _Item_units_conversion.Dictionary_ID ### 1 'metres' ? 'centimetres' '*' 1.0E+02 NMR-STAR 1 'metres' ? 'millimetres' '*' 1.0E+03 NMR-STAR 1 'metres' ? 'micrometres' '*' 1.0E+06 NMR-STAR 1 'metres' ? 'nanometres' '*' 1.0E+09 NMR-STAR 1 'metres' ? 'angstroms' '*' 1.0E+10 NMR-STAR 1 'metres' ? 'picometres' '*' 1.0E+12 NMR-STAR 1 'metres' ? 'femtometres' '*' 1.0E+15 NMR-STAR 2 'centimetres' ? 'millimetres' '*' 1.0E+01 NMR-STAR 2 'centimetres' ? 'micrometres' '*' 1.0E+04 NMR-STAR 2 'centimetres' ? 'nanometres' '*' 1.0E+07 NMR-STAR 2 'centimetres' ? 'angstroms' '*' 1.0E+08 NMR-STAR 2 'centimetres' ? 'picometres' '*' 1.0E+10 NMR-STAR 2 'centimetres' ? 'femtometres' '*' 1.0E+13 NMR-STAR # ? 'millimetres' ? 'centimetres' '*' 1.0E-01 NMR-STAR ? 'millimetres' ? 'micrometres' '*' 1.0E+03 NMR-STAR ? 'millimetres' ? 'nanometres' '*' 1.0E+06 NMR-STAR ? 'millimetres' ? 'angstroms' '*' 1.0E+07 NMR-STAR ? 'millimetres' ? 'picometres' '*' 1.0E+09 NMR-STAR ? 'millimetres' ? 'femtometres' '*' 1.0E+12 NMR-STAR # ? 'nanometres' ? 'centimetres' '*' 1.0E-07 NMR-STAR ? 'nanometres' ? 'millimetres' '*' 1.0E-06 NMR-STAR ? 'nanometres' ? 'angstroms' '*' 1.0E+01 NMR-STAR ? 'nanometres' ? 'picometres' '*' 1.0E+03 NMR-STAR ? 'nanometres' ? 'femtometres' '*' 1.0E+06 NMR-STAR # ? 'angstroms' ? 'centimetres' '*' 1.0E-08 NMR-STAR ? 'angstroms' ? 'millimetres' '*' 1.0E-07 NMR-STAR ? 'angstroms' ? 'nanometres' '*' 1.0E-01 NMR-STAR ? 'angstroms' ? 'picometres' '*' 1.0E+02 NMR-STAR ? 'angstroms' ? 'femtometres' '*' 1.0E+05 NMR-STAR # ? 'picometres' ? 'centimetres' '*' 1.0E-10 NMR-STAR ? 'picometres' ? 'millimetres' '*' 1.0E-09 NMR-STAR ? 'picometres' ? 'nanometres' '*' 1.0E-03 NMR-STAR ? 'picometres' ? 'angstroms' '*' 1.0E-02 NMR-STAR ? 'picometres' ? 'femtometres' '*' 1.0E+03 NMR-STAR # ? 'femtometres' ? 'centimetres' '*' 1.0E-13 NMR-STAR ? 'femtometres' ? 'millimetres' '*' 1.0E-12 NMR-STAR ? 'femtometres' ? 'nanometres' '*' 1.0E-06 NMR-STAR ? 'femtometres' ? 'angstroms' '*' 1.0E-05 NMR-STAR ? 'femtometres' ? 'picometres' '*' 1.0E-03 NMR-STAR ### ? 'reciprocal_centimetres' ? 'reciprocal_millimetres' '*' 1.0E-01 NMR-STAR ? 'reciprocal_centimetres' ? 'reciprocal_nanometres' '*' 1.0E-07 NMR-STAR ? 'reciprocal_centimetres' ? 'reciprocal_angstroms' '*' 1.0E-08 NMR-STAR ? 'reciprocal_centimetres' ? 'reciprocal_picometres' '*' 1.0E-10 NMR-STAR # ? 'reciprocal_millimetres' ? 'reciprocal_centimetres' '*' 1.0E+01 NMR-STAR ? 'reciprocal_millimetres' ? 'reciprocal_nanometres' '*' 1.0E-06 NMR-STAR ? 'reciprocal_millimetres' ? 'reciprocal_angstroms' '*' 1.0E-07 NMR-STAR ? 'reciprocal_millimetres' ? 'reciprocal_picometres' '*' 1.0E-09 NMR-STAR # ? 'reciprocal_nanometres' ? 'reciprocal_centimetres' '*' 1.0E+07 NMR-STAR ? 'reciprocal_nanometres' ? 'reciprocal_millimetres' '*' 1.0E+06 NMR-STAR ? 'reciprocal_nanometres' ? 'reciprocal_angstroms' '*' 1.0E-01 NMR-STAR ? 'reciprocal_nanometres' ? 'reciprocal_picometres' '*' 1.0E-03 NMR-STAR # ? 'reciprocal_angstroms' ? 'reciprocal_centimetres' '*' 1.0E+08 NMR-STAR ? 'reciprocal_angstroms' ? 'reciprocal_millimetres' '*' 1.0E+07 NMR-STAR ? 'reciprocal_angstroms' ? 'reciprocal_nanometres' '*' 1.0E+01 NMR-STAR ? 'reciprocal_angstroms' ? 'reciprocal_picometres' '*' 1.0E-02 NMR-STAR ? 'reciprocal_picometres' ? 'reciprocal_centimetres' '*' 1.0E+10 NMR-STAR ? 'reciprocal_picometres' ? 'reciprocal_millimetres' '*' 1.0E+09 NMR-STAR ? 'reciprocal_picometres' ? 'reciprocal_nanometres' '*' 1.0E+03 NMR-STAR ? 'reciprocal_picometres' ? 'reciprocal_angstroms' '*' 1.0E+01 NMR-STAR ### ? 'nanometres_squared' ? 'angstroms_squared' '*' 1.0E+02 NMR-STAR ? 'nanometres_squared' ? 'picometres_squared' '*' 1.0E+06 NMR-STAR # ? 'angstroms_squared' ? 'nanometres_squared' '*' 1.0E-02 NMR-STAR ? 'angstroms_squared' ? 'picometres_squared' '*' 1.0E+04 NMR-STAR ? 'angstroms_squared' ? '8pi2_angstroms_squared' '*' 78.9568 NMR-STAR # ? 'picometres_squared' ? 'nanometres_squared' '*' 1.0E-06 NMR-STAR ? 'picometres_squared' ? 'angstroms_squared' '*' 1.0E-04 NMR-STAR ### ? 'nanometres_cubed' ? 'angstroms_cubed' '*' 1.0E+03 NMR-STAR ? 'nanometres_cubed' ? 'picometres_cubed' '*' 1.0E+09 NMR-STAR # ? 'angstroms_cubed' ? 'nanometres_cubed' '*' 1.0E-03 NMR-STAR ? 'angstroms_cubed' ? 'picometres_cubed' '*' 1.0E+06 NMR-STAR # ? 'picometres_cubed' ? 'nanometres_cubed' '*' 1.0E-09 NMR-STAR ? 'picometres_cubed' ? 'angstroms_cubed' '*' 1.0E-06 NMR-STAR ### ? 'kilopascals' ? 'gigapascals' '*' 1.0E-06 NMR-STAR ? 'gigapascals' ? 'kilopascals' '*' 1.0E+06 NMR-STAR ### ? 'hours' ? 'minutes' '*' 6.0E+01 NMR-STAR ? 'hours' ? 'seconds' '*' 3.6E+03 NMR-STAR ? 'hours' ? 'microseconds' '*' 3.6E+09 NMR-STAR # ? 'minutes' ? 'hours' '/' 6.0E+01 NMR-STAR ? 'minutes' ? 'seconds' '*' 6.0E+01 NMR-STAR ? 'minutes' ? 'microseconds' '*' 6.0E+07 NMR-STAR # ? 'seconds' ? 'hours' '/' 3.6E+03 NMR-STAR ? 'seconds' ? 'minutes' '/' 6.0E+01 NMR-STAR ? 'seconds' ? 'microseconds' '*' 1.0E+06 NMR-STAR # ? 'microseconds' ? 'hours' '/' 3.6E+09 NMR-STAR ? 'microseconds' ? 'minutes' '/' 6.0E+07 NMR-STAR ? 'microseconds' ? 'seconds' '/' 1.0E+06 NMR-STAR ### ? 'celsius' ? 'kelvins' '-' 273.0 NMR-STAR ? 'kelvins' ? 'celsius' '+' 273.0 NMR-STAR ### stop_ save_ ############################################ # # Category and Item Descriptions # ############################################ save_Entry_interview _Category.Sf_category category_description _Category.Sf_framecode Entry_interview _Category.ID 1 _Category.Name 'Entry_interview' _category.Description ; Items in the entry_interview category capture information from a depositor about the data that is in the entry. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 2 _Category.Category_group_name entry_interview _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 3 $_Entry_interview.Entry_ID '_Entry_interview.Entry_ID' 5 $_Entry_interview.ID '_Entry_interview.ID' 1 NMR-STAR stop_ save_ save__Entry_interview.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Sf_category' _Item.ID 1 _Item.Name '_Entry_interview.Sf_category' _Item.Description ; Category definition for the information content of the save frame ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entry_interview.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Sf_framecode' _Item.ID 2 _Item.Name '_Entry_interview.Sf_framecode' _Item.Description ; A code that uniquely identifies the save frame within the entry. The code can be a human readable identifier that defines the contents of the save frame (see the examples). ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entry_interview.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Entry_ID' _Item.ID 3 _Item.Name '_Entry_interview.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entry_interview.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Sf_ID' _Item.ID 4 _Item.Name '_Entry_interview.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_interview.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.ID' _Item.ID 5 _Item.Name '_Entry_interview.ID' _Item.Description ; Unique value identifying this save frame of category entry_interview within an entry. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_interview.PDB_deposition _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.PDB_deposition' _Item.ID 6 _Item.Name '_Entry_interview.PDB_deposition' _Item.Description ; Flag indicating that atomic coordinates are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry_interview.BMRB_deposition _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.BMRB_deposition' _Item.ID 7 _Item.Name '_Entry_interview.BMRB_deposition' _Item.Description ; Check this box, if you are depositing NMR experimental data to be archived at the BioMagResBank. With this box checked, after clicking on the 'Save Changes' button, you will be asked to enter additional information regarding the data submitted. Files con ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry_interview.View_mode _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.View_mode' _Item.ID 8 _Item.Name '_Entry_interview.View_mode' _Item.Description ; The 'view mode' buttons are used to select between a view of the PDB or the BMRB deposition requirements. The majority of the information you enter will apply to both a PDB and a BMRB deposition. When in the PDB view mode, a deposition can be submitted to ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'code' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry_interview.View_mode' PDB/BMRB ? 8 1 NMR-STAR '_Entry_interview.View_mode' 'BMRB Only' ? 8 1 NMR-STAR stop_ save_ save__Entry_interview.Use_previous_BMRB_entry _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Use_previous_BMRB_entry' _Item.ID 9 _Item.Name '_Entry_interview.Use_previous_BMRB_entry' _Item.Description ; A flag indicating that the PDB NMR structure deposition has been based on chemical shift data taken from an existing BMRB entry. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Previous_BMRB_entry_used _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Previous_BMRB_entry_used' _Item.ID 10 _Item.Name '_Entry_interview.Previous_BMRB_entry_used' _Item.Description ; The BMRB accession code for the BMRB entry with the chemical shift data used in the determination of the deposited coordinate file. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry_interview.Previous_BMRB_entry_owner _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Previous_BMRB_entry_owner' _Item.ID 11 _Item.Name '_Entry_interview.Previous_BMRB_entry_owner' _Item.Description ; A flag indicating that the BMRB entry from which chemical shift data was used to determine a structure was (yes) taken from another research group or was not (no). ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Structural_genomics _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Structural_genomics' _Item.ID 12 _Item.Name '_Entry_interview.Structural_genomics' _Item.Description ; Flag indicating if the deposition originates from a structural genomics project. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Ligands _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Ligands' _Item.ID 13 _Item.Name '_Entry_interview.Ligands' _Item.Description ; Flag indicating the presence of ligands, metal ions, or other small molecules in the molecular system studied. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Non_standard_residues _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Non_standard_residues' _Item.ID 14 _Item.Name '_Entry_interview.Non_standard_residues' _Item.Description ; Flag indicating the presence of non-standard residues in one or more biopolymers in the molecular system studied. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Small_mol_mixture _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Small_mol_mixture' _Item.ID 15 _Item.Name '_Entry_interview.Small_mol_mixture' _Item.Description ; Flag indicating that the deposition will contain data for samples containing a mixture of small molecules. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Constraints _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Constraints' _Item.ID 16 _Item.Name '_Entry_interview.Constraints' _Item.Description ; Flag indicating that structural constraints are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Assigned_chem_shifts _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Assigned_chem_shifts' _Item.ID 17 _Item.Name '_Entry_interview.Assigned_chem_shifts' _Item.Description ; Flag indicating that assigned chemical shifts are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Coupling_constants _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Coupling_constants' _Item.ID 18 _Item.Name '_Entry_interview.Coupling_constants' _Item.Description ; Flag indicating that scalar coupling constants are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Chem_shift_isotope_effect _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Chem_shift_isotope_effect' _Item.ID 19 _Item.Name '_Entry_interview.Chem_shift_isotope_effect' _Item.Description ; Flag indicating that chemical shift isotope data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Chem_shift_perturbation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Chem_shift_perturbation' _Item.ID 20 _Item.Name '_Entry_interview.Chem_shift_perturbation' _Item.Description ; Flag indicating that chemical shift perturbation are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Auto_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Auto_relaxation' _Item.ID 21 _Item.Name '_Entry_interview.Auto_relaxation' _Item.Description ; Flag indicating that auto relaxation data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Tensor _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Tensor' _Item.ID 22 _Item.Name '_Entry_interview.Tensor' _Item.Description ; Flag indicating that tensor data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Interatomic_distance _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Interatomic_distance' _Item.ID 23 _Item.Name '_Entry_interview.Interatomic_distance' _Item.Description ; Flag indicating that interatomic distance data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Chem_shift_anisotropy _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Chem_shift_anisotropy' _Item.ID 24 _Item.Name '_Entry_interview.Chem_shift_anisotropy' _Item.Description ; Flag indicating that chemical shift anisotropy values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Heteronucl_NOEs _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Heteronucl_NOEs' _Item.ID 25 _Item.Name '_Entry_interview.Heteronucl_NOEs' _Item.Description ; Flag indicating that heteronuclear NOEs are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Heteronucl_T1_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Heteronucl_T1_relaxation' _Item.ID 26 _Item.Name '_Entry_interview.Heteronucl_T1_relaxation' _Item.Description ; Flag indicating that heteronuclear T1 relaxation values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Heteronucl_T2_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Heteronucl_T2_relaxation' _Item.ID 27 _Item.Name '_Entry_interview.Heteronucl_T2_relaxation' _Item.Description ; Flag indicating that heteronuclear T2 relaxation values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Heteronucl_T1rho_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Heteronucl_T1rho_relaxation' _Item.ID 28 _Item.Name '_Entry_interview.Heteronucl_T1rho_relaxation' _Item.Description ; Flag indicating that heteronuclear T1rho relaxation values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Order_parameters _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Order_parameters' _Item.ID 29 _Item.Name '_Entry_interview.Order_parameters' _Item.Description ; Flag indicating that order parameter values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Dynamics_trajectory _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Dynamics_trajectory' _Item.ID 30 _Item.Name '_Entry_interview.Dynamics_trajectory' _Item.Description ; Flag indicating that a molecular dynamics trajectory file is being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Movie _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Movie' _Item.ID 31 _Item.Name '_Entry_interview.Movie' _Item.Description ; Flag indicating that a movie file is being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Image_file _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Image_file' _Item.ID 32 _Item.Name '_Entry_interview.Image_file' _Item.Description ; Flag indicating that an image file is being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Residual_dipolar_couplings _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Residual_dipolar_couplings' _Item.ID 33 _Item.Name '_Entry_interview.Residual_dipolar_couplings' _Item.Description ; Flag indicating that residual dipolar coupling values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.H_exchange_rate _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.H_exchange_rate' _Item.ID 34 _Item.Name '_Entry_interview.H_exchange_rate' _Item.Description ; Flag indicating that hydrogen exchange values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.H_exchange_protection_factors _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.H_exchange_protection_factors' _Item.ID 35 _Item.Name '_Entry_interview.H_exchange_protection_factors' _Item.Description ; Flag indicating that hydrogen exchange protection factor values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Chem_rate_constants _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Chem_rate_constants' _Item.ID 36 _Item.Name '_Entry_interview.Chem_rate_constants' _Item.Description ; Flag indicating that chemical rate constant values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Spectral_peak_lists _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Spectral_peak_lists' _Item.ID 37 _Item.Name '_Entry_interview.Spectral_peak_lists' _Item.Description ; Flag indicating that spectral peak lists are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Dipole_dipole_couplings _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Dipole_dipole_couplings' _Item.ID 38 _Item.Name '_Entry_interview.Dipole_dipole_couplings' _Item.Description ; Flag indicating that dipole-dipole coupling values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Quadrupolar_couplings _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Quadrupolar_couplings' _Item.ID 39 _Item.Name '_Entry_interview.Quadrupolar_couplings' _Item.Description ; Flag indicating that quadrupolar coupling values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Homonucl_NOEs _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Homonucl_NOEs' _Item.ID 40 _Item.Name '_Entry_interview.Homonucl_NOEs' _Item.Description ; Flag indicating that homonuclear NOE values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Dipole_dipole_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Dipole_dipole_relaxation' _Item.ID 41 _Item.Name '_Entry_interview.Dipole_dipole_relaxation' _Item.Description ; Flag indicating that dipole-dipole relaxation values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.DD_cross_correlation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.DD_cross_correlation' _Item.ID 42 _Item.Name '_Entry_interview.DD_cross_correlation' _Item.Description ; Flag indicating that cross correlation relaxation values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Dipole_CSA_cross_correlation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Dipole_CSA_cross_correlation' _Item.ID 43 _Item.Name '_Entry_interview.Dipole_CSA_cross_correlation' _Item.Description ; Flag indicating that dipole-Chemical shift anisotropy cross correlation relaxation data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Binding_constants _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Binding_constants' _Item.ID 44 _Item.Name '_Entry_interview.Binding_constants' _Item.Description ; Flag indicating that binding constant values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.PKa_value_data_set _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.PKa_value_data_set' _Item.ID 45 _Item.Name '_Entry_interview.PKa_value_data_set' _Item.Description ; Flag indicating that pKa values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.D_H_fractionation_factors _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.D_H_fractionation_factors' _Item.ID 46 _Item.Name '_Entry_interview.D_H_fractionation_factors' _Item.Description ; Flag indicating that deuterium-hydrogen fractionation factor values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Theoretical_chem_shifts _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Theoretical_chem_shifts' _Item.ID 47 _Item.Name '_Entry_interview.Theoretical_chem_shifts' _Item.Description ; Flag indicating that theoretical chamical shift values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Theoretical_coupling_constants _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Theoretical_coupling_constants' _Item.ID 48 _Item.Name '_Entry_interview.Theoretical_coupling_constants' _Item.Description ; Flag indicating that theoretical coupling constant values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Theoretical_heteronucl_NOEs _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Theoretical_heteronucl_NOEs' _Item.ID 49 _Item.Name '_Entry_interview.Theoretical_heteronucl_NOEs' _Item.Description ; Flag indicating that theoretical heteronuclear NOE values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Theoretical_T1_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Theoretical_T1_relaxation' _Item.ID 50 _Item.Name '_Entry_interview.Theoretical_T1_relaxation' _Item.Description ; Flag indicating that theoretical T1 (R1) values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Theoretical_T2_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Theoretical_T2_relaxation' _Item.ID 51 _Item.Name '_Entry_interview.Theoretical_T2_relaxation' _Item.Description ; Flag indicating that theoretical T2 (R2) values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Theoretical_auto_relaxation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Theoretical_auto_relaxation' _Item.ID 52 _Item.Name '_Entry_interview.Theoretical_auto_relaxation' _Item.Description ; Flag indicating that theoretical auto relaxation data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Theoretical_DD_cross_correlation _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Theoretical_DD_cross_correlation' _Item.ID 53 _Item.Name '_Entry_interview.Theoretical_DD_cross_correlation' _Item.Description ; Flag indicating that theoretical cross correlation relaxation values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Spectral_density_values _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Spectral_density_values' _Item.ID 54 _Item.Name '_Entry_interview.Spectral_density_values' _Item.Description ; Flag indicating that spectral density values are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Timedomain_data _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Timedomain_data' _Item.ID 55 _Item.Name '_Entry_interview.Timedomain_data' _Item.Description ; Flag indicating that time domain spectral data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Secondary_structure_orientations _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Secondary_structure_orientations' _Item.ID 56 _Item.Name '_Entry_interview.Secondary_structure_orientations' _Item.Description ; Flag indicating that secondary structure orientation data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Metabolite_coordinates _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Metabolite_coordinates' _Item.ID 57 _Item.Name '_Entry_interview.Metabolite_coordinates' _Item.Description ; Flag indicating that atomic coordinates for a metabolic compound are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Mass_spec_data _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Mass_spec_data' _Item.ID 58 _Item.Name '_Entry_interview.Mass_spec_data' _Item.Description ; Flag indicating that mass spectral data are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entry_interview.Other_kind_of_data _Item.Sf_category item_description _Item.Sf_framecode '_Entry_interview.Other_kind_of_data' _Item.ID 59 _Item.Name '_Entry_interview.Other_kind_of_data' _Item.Description ; Flag indicating that data of a kind not listed in the selections shown in the deposition interface are being deposited. ; _Item.Category_ID 1 _Item.Category_label $Entry_interview _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save_Deposited_data_files _Category.Sf_category category_description _Category.Sf_framecode Deposited_data_files _Category.ID 2 _Category.Name 'Deposited_data_files' _category.Description ; Items in the deposited_data_files category define the name and syntax for the author deposited atomic coordinate file and flags for the validation and precheck functions. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 1 _Category.Category_group_name deposited_data_files _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 62 $_Deposited_data_files.Entry_ID '_Deposited_data_files.Entry_ID' 64 $_Deposited_data_files.ID '_Deposited_data_files.ID' 2 NMR-STAR stop_ save_ save__Deposited_data_files.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Sf_category' _Item.ID 60 _Item.Name '_Deposited_data_files.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Deposited_data_files.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Sf_framecode' _Item.ID 61 _Item.Name '_Deposited_data_files.Sf_framecode' _Item.Description ; STAR term for the name assigned to the save frame. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Deposited_data_files.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Entry_ID' _Item.ID 62 _Item.Name '_Deposited_data_files.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Deposited_data_files.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Sf_ID' _Item.ID 63 _Item.Name '_Deposited_data_files.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Deposited_data_files.ID _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.ID' _Item.ID 64 _Item.Name '_Deposited_data_files.ID' _Item.Description ; Unique value identifying this save frame of category deposited_data_files within an entry. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Deposited_data_files.Atomic_coordinate_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Atomic_coordinate_file_name' _Item.ID 65 _Item.Name '_Deposited_data_files.Atomic_coordinate_file_name' _Item.Description ; Name for the file containing atomic coordinates uploaded to the databank. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Deposited_data_files.Atomic_coordinate_file_syntax _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Atomic_coordinate_file_syntax' _Item.ID 66 _Item.Name '_Deposited_data_files.Atomic_coordinate_file_syntax' _Item.Description ; Syntax or format for the uploaded file containing atomic coordinates. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Deposited_data_files.Atomic_coordinate_file_syntax' mmCIF ? 66 2 NMR-STAR '_Deposited_data_files.Atomic_coordinate_file_syntax' PDB ? 66 2 NMR-STAR stop_ save_ save__Deposited_data_files.Constraint_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Constraint_file_name' _Item.ID 67 _Item.Name '_Deposited_data_files.Constraint_file_name' _Item.Description ; Name for the file containing structural constraints uploaded to the databank. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Deposited_data_files.Constraint_file_syntax _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Constraint_file_syntax' _Item.ID 68 _Item.Name '_Deposited_data_files.Constraint_file_syntax' _Item.Description ; Syntax or format for the uploaded file containing structural constraints. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Deposited_data_files.Constraint_file_syntax' ARIA ? 68 2 NMR-STAR '_Deposited_data_files.Constraint_file_syntax' CNS ? 68 2 NMR-STAR '_Deposited_data_files.Constraint_file_syntax' CYANA ? 68 2 NMR-STAR '_Deposited_data_files.Constraint_file_syntax' DISCOVER ? 68 2 NMR-STAR '_Deposited_data_files.Constraint_file_syntax' X-PLOR ? 68 2 NMR-STAR stop_ save_ save__Deposited_data_files.Precheck_flag _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Precheck_flag' _Item.ID 69 _Item.Name '_Deposited_data_files.Precheck_flag' _Item.Description ; Flag indicating the choice of executing a precheck on the atomic coordinate file by the depositor. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Deposited_data_files.Validate_flag _Item.Sf_category item_description _Item.Sf_framecode '_Deposited_data_files.Validate_flag' _Item.ID 70 _Item.Name '_Deposited_data_files.Validate_flag' _Item.Description ; Flag indicating the choice of executing a validation procedure on the atomic coordinate file indicated by the depositor. ; _Item.Category_ID 2 _Item.Category_label $Deposited_data_files _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save_Upload_data _Category.Sf_category category_description _Category.Sf_framecode Upload_data _Category.ID 3 _Category.Name 'Upload_data' _category.Description ; Items in the upload_data category define the names and syntax for author deposited files containing quantitative data or other information. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 1 _Category.Category_group_name deposited_data_files _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 71 $_Upload_data.Data_file_ID '_Upload_data.Data_file_ID' 78 $_Upload_data.Entry_ID '_Upload_data.Entry_ID' 79 $_Upload_data.Deposited_data_files_ID '_Upload_data.Deposited_data_files_ID' 3 NMR-STAR stop_ save_ save__Upload_data.Data_file_ID _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Data_file_ID' _Item.ID 71 _Item.Name '_Upload_data.Data_file_ID' _Item.Description ; Unique code assigned to the file being uploaded by the depositor and that contains data that will be incorporated into this entry. ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Upload_data.Data_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Data_file_name' _Item.ID 72 _Item.Name '_Upload_data.Data_file_name' _Item.Description ; The directory path and file name for the data file that is to be uploaded. ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Upload_data.Data_file_content_type _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Data_file_content_type' _Item.ID 73 _Item.Name '_Upload_data.Data_file_content_type' _Item.Description ; Brief description of the kinds of data contained in the file. ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Upload_data.Data_file_content_type' . ? 73 3 NMR-STAR stop_ save_ save__Upload_data.Data_file_Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Data_file_Sf_category' _Item.ID 74 _Item.Name '_Upload_data.Data_file_Sf_category' _Item.Description ; The type of data contained in the file that is to be uploaded. ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code no _Item.Type_code 'code' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Upload_data.Data_file_Sf_category' chem_shift_reference ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' assigned_chemical_shifts ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' coupling_constants ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' theoretical_coupling_constants ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' spectral_peak_list ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' chem_shift_isotope_effect ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' chem_shift_perturbation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' chem_shift_anisotropy ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' theoretical_chem_shifts ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' RDCs ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' dipolar_couplings ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' spectral_density_values ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' other_data_types ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' chemical_rates ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' H_exch_rates ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' H_exch_protection_factors ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' homonucl_NOEs ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' heteronucl_NOEs ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' theoretical_heteronucl_NOEs ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' heteronucl_T1_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' theoretical_heteronucl_T1_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' heteronucl_T1rho_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' heteronucl_T2_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' theoretical_heteronucl_T2_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' auto_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' theoretical_auto_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' dipole_dipole_relaxation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' dipole_dipole_cross_correlations ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' theoretical_dipole_dipole_cross_correlation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' dipole_CSA_cross_correlations ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' order_parameters ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' pH_titration ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' pH_param_list ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' D_H_fractionation_factors ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' binding_data ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' binding_param_list ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' angular_order_parameters ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' secondary_structs ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' bond_annotation ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' structure_interactions ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' other_struct_features ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' tensor ? 74 3 NMR-STAR '_Upload_data.Data_file_Sf_category' interatomic_distance ? 74 3 NMR-STAR stop_ save_ save__Upload_data.Data_file_syntax _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Data_file_syntax' _Item.ID 75 _Item.Name '_Upload_data.Data_file_syntax' _Item.Description ; The syntax or format of the file that is uploaded. ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Upload_data.Data_file_syntax' 'NMR-STAR 3.2' ? 75 3 NMR-STAR '_Upload_data.Data_file_syntax' 'NMR-STAR 3.1' ? 75 3 NMR-STAR '_Upload_data.Data_file_syntax' 'NMR-STAR 2.1' ? 75 3 NMR-STAR stop_ save_ save__Upload_data.Data_file_immutable_flag _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Data_file_immutable_flag' _Item.ID 76 _Item.Name '_Upload_data.Data_file_immutable_flag' _Item.Description ; A flag used during the deposition process to indicate that an uploaded file cannot be changed without reapplying the validation procedures. ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Upload_data.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Sf_ID' _Item.ID 77 _Item.Name '_Upload_data.Sf_ID' _Item.Description ; Pointer to '_Deposited_data_files.Sf_ID' ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Upload_data.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Entry_ID' _Item.ID 78 _Item.Name '_Upload_data.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Upload_data.Deposited_data_files_ID _Item.Sf_category item_description _Item.Sf_framecode '_Upload_data.Deposited_data_files_ID' _Item.ID 79 _Item.Name '_Upload_data.Deposited_data_files_ID' _Item.Description ; Pointer to '_Deposited_data_files.ID' ; _Item.Category_ID 3 _Item.Category_label $Upload_data _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Study_list _Category.Sf_category category_description _Category.Sf_framecode Study_list _Category.ID 4 _Category.Name 'Study_list' _category.Description ; Items in the study_list category define the save frame for the study description. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 3 _Category.Category_group_name study_list _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 82 $_Study_list.Entry_ID '_Study_list.Entry_ID' 84 $_Study_list.ID '_Study_list.ID' 4 NMR-STAR stop_ save_ save__Study_list.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Study_list.Sf_category' _Item.ID 80 _Item.Name '_Study_list.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 4 _Item.Category_label $Study_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Study_list.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Study_list.Sf_framecode' _Item.ID 81 _Item.Name '_Study_list.Sf_framecode' _Item.Description ; Character string that is unique to the save frame within the data block defined by a specific entry. The character string names the save frame and may be used to reference or to point to the save frame later in the data block. ; _Item.Category_ID 4 _Item.Category_label $Study_list _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Study_list.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_list.Entry_ID' _Item.ID 82 _Item.Name '_Study_list.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 4 _Item.Category_label $Study_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Study_list.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_list.Sf_ID' _Item.ID 83 _Item.Name '_Study_list.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 4 _Item.Category_label $Study_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Study_list.ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_list.ID' _Item.ID 84 _Item.Name '_Study_list.ID' _Item.Description ; Unique value identifying this save frame of category study_list within an entry. ; _Item.Category_ID 4 _Item.Category_label $Study_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save_Study _Category.Sf_category category_description _Category.Sf_framecode Study _Category.ID 5 _Category.Name 'Study' _category.Description ; Items in the study category define the study of which the entry is a member. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 3 _Category.Category_group_name study_list _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 85 $_Study.ID '_Study.ID' 90 $_Study.Entry_ID '_Study.Entry_ID' 91 $_Study.Study_list_ID '_Study.Study_list_ID' 5 NMR-STAR stop_ save_ save__Study.ID _Item.Sf_category item_description _Item.Sf_framecode '_Study.ID' _Item.ID 85 _Item.Name '_Study.ID' _Item.Description ; Unique code that identifies a specific study. ; _Item.Category_ID 5 _Item.Category_label $Study _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Study.Name _Item.Sf_category item_description _Item.Sf_framecode '_Study.Name' _Item.ID 86 _Item.Name '_Study.Name' _Item.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 atomi ; _Item.Category_ID 5 _Item.Category_label $Study _Item.Mandatory_code yes _Item.Type_code 'text' save_ save__Study.Type _Item.Sf_category item_description _Item.Sf_framecode '_Study.Type' _Item.ID 87 _Item.Name '_Study.Type' _Item.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.Category_ID 5 _Item.Category_label $Study _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Study.Type' 'Structure analysis' ? 87 5 NMR-STAR '_Study.Type' 'Mutant comparison' ? 87 5 NMR-STAR '_Study.Type' 'Interactions with different ligands' ? 87 5 NMR-STAR '_Study.Type' 'Chemical shift mapping' ? 87 5 NMR-STAR '_Study.Type' 'NMR signal assignment' ? 87 5 NMR-STAR '_Study.Type' 'Protein-protein interaction' ? 87 5 NMR-STAR '_Study.Type' 'Protein-ligand interaction' ? 87 5 NMR-STAR '_Study.Type' 'Structural and dynamics analysis' ? 87 5 NMR-STAR '_Study.Type' 'Stoichiometry problems' ? 87 5 NMR-STAR '_Study.Type' 'Dynamics analysis' ? 87 5 NMR-STAR '_Study.Type' 'pH titration' ? 87 5 NMR-STAR stop_ save_ save__Study.Details _Item.Sf_category item_description _Item.Sf_framecode '_Study.Details' _Item.ID 88 _Item.Name '_Study.Details' _Item.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 save frame but is important for the entry. The information entered must supplem ; _Item.Category_ID 5 _Item.Category_label $Study _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Study.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study.Sf_ID' _Item.ID 89 _Item.Name '_Study.Sf_ID' _Item.Description ; Pointer to '_Study_list.Sf_ID' ; _Item.Category_ID 5 _Item.Category_label $Study _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Study.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study.Entry_ID' _Item.ID 90 _Item.Name '_Study.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 5 _Item.Category_label $Study _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Study.Study_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study.Study_list_ID' _Item.ID 91 _Item.Name '_Study.Study_list_ID' _Item.Description ; Pointer to '_Study_list.ID' ; _Item.Category_ID 5 _Item.Category_label $Study _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Study_keyword _Category.Sf_category category_description _Category.Sf_framecode Study_keyword _Category.ID 6 _Category.Name 'Study_keyword' _category.Description ; Items in the study_keyword category capture keywords that describe a study of a biomolecular system. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 3 _Category.Category_group_name study_list _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 92 $_Study_keyword.Study_ID '_Study_keyword.Study_ID' 93 $_Study_keyword.Keyword '_Study_keyword.Keyword' 95 $_Study_keyword.Entry_ID '_Study_keyword.Entry_ID' 96 $_Study_keyword.Study_list_ID '_Study_keyword.Study_list_ID' 6 NMR-STAR stop_ save_ save__Study_keyword.Study_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_keyword.Study_ID' _Item.ID 92 _Item.Name '_Study_keyword.Study_ID' _Item.Description ; Pointer to '_Study.ID' ; _Item.Category_ID 6 _Item.Category_label $Study_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Study_keyword.Keyword _Item.Sf_category item_description _Item.Sf_framecode '_Study_keyword.Keyword' _Item.ID 93 _Item.Name '_Study_keyword.Keyword' _Item.Description ; A word or brief phrase that can be used to describe or classify the study. ; _Item.Category_ID 6 _Item.Category_label $Study_keyword _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Study_keyword.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_keyword.Sf_ID' _Item.ID 94 _Item.Name '_Study_keyword.Sf_ID' _Item.Description ; Pointer to '_Study_list.Sf_ID' ; _Item.Category_ID 6 _Item.Category_label $Study_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Study_keyword.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_keyword.Entry_ID' _Item.ID 95 _Item.Name '_Study_keyword.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 6 _Item.Category_label $Study_keyword _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Study_keyword.Study_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_keyword.Study_list_ID' _Item.ID 96 _Item.Name '_Study_keyword.Study_list_ID' _Item.Description ; Pointer to '_Study_list.ID' ; _Item.Category_ID 6 _Item.Category_label $Study_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Study_entry_list _Category.Sf_category category_description _Category.Sf_framecode Study_entry_list _Category.ID 7 _Category.Name '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.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 3 _Category.Category_group_name study_list _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 97 $_Study_entry_list.Study_ID '_Study_entry_list.Study_ID' 98 $_Study_entry_list.BMRB_accession_code '_Study_entry_list.BMRB_accession_code' 102 $_Study_entry_list.Entry_ID '_Study_entry_list.Entry_ID' 103 $_Study_entry_list.Study_list_ID '_Study_entry_list.Study_list_ID' 7 NMR-STAR stop_ save_ save__Study_entry_list.Study_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_entry_list.Study_ID' _Item.ID 97 _Item.Name '_Study_entry_list.Study_ID' _Item.Description ; Pointer to '_Study.ID' not within the entry but across the database. ; _Item.Category_ID 7 _Item.Category_label $Study_entry_list _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Study_entry_list.BMRB_accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Study_entry_list.BMRB_accession_code' _Item.ID 98 _Item.Name '_Study_entry_list.BMRB_accession_code' _Item.Description ; BMRB accession number for an entry that is a member of the study. ; _Item.Category_ID 7 _Item.Category_label $Study_entry_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Study_entry_list.BMRB_entry_description _Item.Sf_category item_description _Item.Sf_framecode '_Study_entry_list.BMRB_entry_description' _Item.ID 99 _Item.Name '_Study_entry_list.BMRB_entry_description' _Item.Description ; A keyword defining the relationship between the entry and the study. ; _Item.Category_ID 7 _Item.Category_label $Study_entry_list _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Study_entry_list.Details _Item.Sf_category item_description _Item.Sf_framecode '_Study_entry_list.Details' _Item.ID 100 _Item.Name '_Study_entry_list.Details' _Item.Description ; Text providing additional information describing the relationship between the entry and the study. ; _Item.Category_ID 7 _Item.Category_label $Study_entry_list _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Study_entry_list.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_entry_list.Sf_ID' _Item.ID 101 _Item.Name '_Study_entry_list.Sf_ID' _Item.Description ; Pointer to '_Study_list.Sf_ID' ; _Item.Category_ID 7 _Item.Category_label $Study_entry_list _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Study_entry_list.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_entry_list.Entry_ID' _Item.ID 102 _Item.Name '_Study_entry_list.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 7 _Item.Category_label $Study_entry_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Study_entry_list.Study_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Study_entry_list.Study_list_ID' _Item.ID 103 _Item.Name '_Study_entry_list.Study_list_ID' _Item.Description ; Pointer to '_Study_list.ID' ; _Item.Category_ID 7 _Item.Category_label $Study_entry_list _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entry _Category.Sf_category category_description _Category.Sf_framecode Entry _Category.ID 8 _Category.Name 'Entry' _category.Description ; Items in the entry category describe an entry. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 107 $_Entry.ID '_Entry.ID' 8 NMR-STAR stop_ save_ save__Entry.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Sf_category' _Item.ID 104 _Item.Name '_Entry.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entry.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Sf_framecode' _Item.ID 105 _Item.Name '_Entry.Sf_framecode' _Item.Description ; STAR framecode for this save frame. The value is defined as 'entry_information' for the entry information save frame in each entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entry.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Sf_ID' _Item.ID 106 _Item.Name '_Entry.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entry.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry.ID' _Item.ID 107 _Item.Name '_Entry.ID' _Item.Description ; BMRB accession number for this entry ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'code' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entry.Title _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Title' _Item.ID 108 _Item.Name '_Entry.Title' _Item.Description ; A descriptive title for the entry. Something similar to the title of a scientific paper. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'text' save_ save__Entry.Type _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Type' _Item.ID 109 _Item.Name '_Entry.Type' _Item.Description ; The BMRB entry type with respect to the type of molecular system studied. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Type' macromolecule ? 109 8 NMR-STAR '_Entry.Type' metabolite ? 109 8 NMR-STAR '_Entry.Type' 'natural product' ? 109 8 NMR-STAR '_Entry.Type' 'other small molecule' ? 109 8 NMR-STAR '_Entry.Type' 'biological small molecule structure' ? 109 8 NMR-STAR stop_ save_ save__Entry.Version_type _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Version_type' _Item.ID 110 _Item.Name '_Entry.Version_type' _Item.Description ; Defines whether the current version of the entry is the original version or an updated version. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Version_type' original ? 110 8 NMR-STAR '_Entry.Version_type' update ? 110 8 NMR-STAR '_Entry.Version_type' obsolete ? 110 8 NMR-STAR stop_ save_ save__Entry.Submission_date _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Submission_date' _Item.ID 111 _Item.Name '_Entry.Submission_date' _Item.Description ; Date the entry was submitted to BMRB. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Accession_date _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Accession_date' _Item.ID 112 _Item.Name '_Entry.Accession_date' _Item.Description ; Date BMRB accession number was assigned to the entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Last_release_date _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Last_release_date' _Item.ID 113 _Item.Name '_Entry.Last_release_date' _Item.Description ; Date the current version of th entry was released. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Original_release_date _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Original_release_date' _Item.ID 114 _Item.Name '_Entry.Original_release_date' _Item.Description ; Date the entry was originally released. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Origination _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Origination' _Item.ID 115 _Item.Name '_Entry.Origination' _Item.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 ' ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Default_value '?' save_ save__Entry.Format_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Format_name' _Item.ID 116 _Item.Name '_Entry.Format_name' _Item.Description ; The name of the file format being used to express this data set. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Format_name' NMR-STAR 'NMR-STAR file format' 116 8 NMR-STAR stop_ save_ save__Entry.NMR_STAR_version _Item.Sf_category item_description _Item.Sf_framecode '_Entry.NMR_STAR_version' _Item.ID 117 _Item.Name '_Entry.NMR_STAR_version' _Item.Description ; Version of NMR-STAR in which the current entry is formatted. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.NMR_STAR_version' 1.0 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 2.0 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 2.1 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 2.1.1 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.59 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.112 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.15 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.0.44 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.1 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.0.52 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.9.14 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.125 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.16 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.2.8 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.76 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.96 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.78 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.34 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.109 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.20 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.120 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.2.3 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.9.2 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.24 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.116 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.100 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.29 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.19 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.111 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.2.2 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.0.29 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.14 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.31 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.94 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.9.13 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.0.41 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.0.8.53 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.21 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.7 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.40 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.44 ? 117 8 NMR-STAR '_Entry.NMR_STAR_version' 3.1.1.61 ? 117 8 NMR-STAR stop_ save_ save__Entry.NMR_STAR_dict_location _Item.Sf_category item_description _Item.Sf_framecode '_Entry.NMR_STAR_dict_location' _Item.ID 118 _Item.Name '_Entry.NMR_STAR_dict_location' _Item.Description ; Location where the dictionary relevant to this entry content can be found. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Original_NMR_STAR_version _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Original_NMR_STAR_version' _Item.ID 119 _Item.Name '_Entry.Original_NMR_STAR_version' _Item.Description ; Version of NMR-STAR in which the original entry was generated. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Original_NMR_STAR_version' 1.0 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 2.0 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 2.1 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 2.1.1 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.1 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.100 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.59 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.58 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.1.1.15 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.112 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.111 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.2.8 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.9.14 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.125 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.9.2 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.96 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.78 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.34 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.109 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.120 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.1.0.46 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.1.1.31 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.94 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.1.1.21 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.9.13 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.116 ? 119 8 NMR-STAR '_Entry.Original_NMR_STAR_version' 3.0.8.53 ? 119 8 NMR-STAR stop_ save_ save__Entry.Experimental_method _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Experimental_method' _Item.ID 120 _Item.Name '_Entry.Experimental_method' _Item.Description ; The experimental method used to gather the data in the entry is given as the value to this tag. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Experimental_method' NMR ? 120 8 NMR-STAR '_Entry.Experimental_method' Theoretical ? 120 8 NMR-STAR stop_ save_ save__Entry.Experimental_method_subtype _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Experimental_method_subtype' _Item.ID 121 _Item.Name '_Entry.Experimental_method_subtype' _Item.Description ; Enter the type of NMR method used (e.g., solution, solid-state (powder), theoretical, etc.). ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Experimental_method_subtype' solution 'Experiments using solution samples' 121 8 NMR-STAR '_Entry.Experimental_method_subtype' solid-state 'Experiments using samples in the solid-state' 121 8 NMR-STAR '_Entry.Experimental_method_subtype' theoretical 'Data derived from theoretical calculations' 121 8 NMR-STAR stop_ save_ save__Entry.Source_data_format _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Source_data_format' _Item.ID 122 _Item.Name '_Entry.Source_data_format' _Item.Description ; The source format for data converted to NMR-STAR populating the entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Source_data_format_version _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Source_data_format_version' _Item.ID 123 _Item.Name '_Entry.Source_data_format_version' _Item.Description ; The source format version for data converted from another format and included in the entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Generated_software_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Generated_software_name' _Item.ID 124 _Item.Name '_Entry.Generated_software_name' _Item.Description ; The creator program name for this data file. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Generated_software_version _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Generated_software_version' _Item.ID 125 _Item.Name '_Entry.Generated_software_version' _Item.Description ; The creator program version for this data file. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Generated_software_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Generated_software_ID' _Item.ID 126 _Item.Name '_Entry.Generated_software_ID' _Item.Description ; Pointer to '_Software.ID' ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entry.Generated_software_label _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Generated_software_label' _Item.ID 127 _Item.Name '_Entry.Generated_software_label' _Item.Description ; Pointer to a save frame of the category software. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Entry.Generated_date _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Generated_date' _Item.ID 128 _Item.Name '_Entry.Generated_date' _Item.Description ; The creation date for this data set. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.DOI _Item.Sf_category item_description _Item.Sf_framecode '_Entry.DOI' _Item.ID 129 _Item.Name '_Entry.DOI' _Item.Description ; The digital object identifier assigned to this document. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.UUID _Item.Sf_category item_description _Item.Sf_framecode '_Entry.UUID' _Item.ID 130 _Item.Name '_Entry.UUID' _Item.Description ; The universal identifier for this data sert. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Related_coordinate_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Related_coordinate_file_name' _Item.ID 131 _Item.Name '_Entry.Related_coordinate_file_name' _Item.Description ; The coordinate data file name associated with this constraint data set. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Dep_release_code_coordinates _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Dep_release_code_coordinates' _Item.ID 132 _Item.Name '_Entry.Dep_release_code_coordinates' _Item.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 ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Dep_release_code_coordinates' 'Release now' 'Release immediately' 132 8 NMR-STAR '_Entry.Dep_release_code_coordinates' 'Hold for publication' 'Hold until primary citation is published' 132 8 NMR-STAR '_Entry.Dep_release_code_coordinates' 'Hold for 4 weeks' 'Hold for 4 weeks' 132 8 NMR-STAR '_Entry.Dep_release_code_coordinates' 'Hold for 8 weeks' 'Hold for 8 weeks' 132 8 NMR-STAR '_Entry.Dep_release_code_coordinates' 'Hold for 6 months' 'Hold for 6 months' 132 8 NMR-STAR '_Entry.Dep_release_code_coordinates' 'Hold for 1 year' 'Hold for 1 year' 132 8 NMR-STAR stop_ save_ save__Entry.Dep_release_code_nmr_constraints _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Dep_release_code_nmr_constraints' _Item.ID 133 _Item.Name '_Entry.Dep_release_code_nmr_constraints' _Item.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 pe ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Dep_release_code_nmr_constraints' 'Release now' 'Release immediately' 133 8 NMR-STAR '_Entry.Dep_release_code_nmr_constraints' 'Hold for publication' 'Hold until primary citation is published' 133 8 NMR-STAR '_Entry.Dep_release_code_nmr_constraints' 'Hold for 4 weeks' 'Hold for 4 weeks' 133 8 NMR-STAR '_Entry.Dep_release_code_nmr_constraints' 'Hold for 8 weeks' 'Hold for 8 weeks' 133 8 NMR-STAR '_Entry.Dep_release_code_nmr_constraints' 'Hold for 6 months' 'Hold for 6 months' 133 8 NMR-STAR '_Entry.Dep_release_code_nmr_constraints' 'Hold for 1 year' 'Hold for 1 year' 133 8 NMR-STAR stop_ save_ save__Entry.Dep_release_code_chemical_shifts _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Dep_release_code_chemical_shifts' _Item.ID 134 _Item.Name '_Entry.Dep_release_code_chemical_shifts' _Item.Description ; Select the status or terms to be applied for the release of the NMR chemical shift 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 limite ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Dep_release_code_chemical_shifts' 'Release now' 'Release immediately' 134 8 NMR-STAR '_Entry.Dep_release_code_chemical_shifts' 'Hold for publication' 'Hold until primary citation is published' 134 8 NMR-STAR '_Entry.Dep_release_code_chemical_shifts' 'Hold for 4 weeks' 'Hold for 4 weeks' 134 8 NMR-STAR '_Entry.Dep_release_code_chemical_shifts' 'Hold for 8 weeks' 'Hold for 8 weeks' 134 8 NMR-STAR '_Entry.Dep_release_code_chemical_shifts' 'Hold for 6 months' 'Hold for 6 months' 134 8 NMR-STAR '_Entry.Dep_release_code_chemical_shifts' 'Hold for 1 year' 'Hold for 1 year' 134 8 NMR-STAR stop_ save_ save__Entry.Dep_release_code_nmr_exptl _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Dep_release_code_nmr_exptl' _Item.ID 135 _Item.Name '_Entry.Dep_release_code_nmr_exptl' _Item.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 ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Dep_release_code_nmr_exptl' 'Release now' 'Release immediately' 135 8 NMR-STAR '_Entry.Dep_release_code_nmr_exptl' 'Hold for publication' 'Hold until primary citation is published' 135 8 NMR-STAR '_Entry.Dep_release_code_nmr_exptl' 'Hold for 4 weeks' 'Hold for 4 weeks' 135 8 NMR-STAR '_Entry.Dep_release_code_nmr_exptl' 'Hold for 8 weeks' 'Hold for 8 weeks' 135 8 NMR-STAR '_Entry.Dep_release_code_nmr_exptl' 'Hold for 6 months' 'Hold for 6 months' 135 8 NMR-STAR '_Entry.Dep_release_code_nmr_exptl' 'Hold for 1 year' 'Hold for 1 year' 135 8 NMR-STAR stop_ save_ save__Entry.Dep_release_code_sequence _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Dep_release_code_sequence' _Item.ID 136 _Item.Name '_Entry.Dep_release_code_sequence' _Item.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 oth ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Dep_release_code_sequence' 'Release now' 'Release sequence information in status reports immediately' 136 8 NMR-STAR '_Entry.Dep_release_code_sequence' 'Hold for release' ? 136 8 NMR-STAR stop_ save_ save__Entry.CASP_target _Item.Sf_category item_description _Item.Sf_framecode '_Entry.CASP_target' _Item.ID 137 _Item.Name '_Entry.CASP_target' _Item.Description ; Flag indicating if the deposited structure is part of a CASP, CASD, or other project. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.CASP_target' CASP ? 137 8 NMR-STAR '_Entry.CASP_target' CASD-NMR ? 137 8 NMR-STAR '_Entry.CASP_target' FoldIt ? 137 8 NMR-STAR '_Entry.CASP_target' 'GPCR Dock' ? 137 8 NMR-STAR stop_ save_ save__Entry.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Details' _Item.ID 138 _Item.Name '_Entry.Details' _Item.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.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry.Special_processing_instructions _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Special_processing_instructions' _Item.ID 139 _Item.Name '_Entry.Special_processing_instructions' _Item.Description ; Author supplied instructions for the annotators to use in processing the entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry.Update_BMRB_accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Update_BMRB_accession_code' _Item.ID 140 _Item.Name '_Entry.Update_BMRB_accession_code' _Item.Description ; Accession number for a BMRB entry that the current deposition is intended to update. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.Replace_BMRB_accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Replace_BMRB_accession_code' _Item.ID 141 _Item.Name '_Entry.Replace_BMRB_accession_code' _Item.Description ; Accession number for a BMRB entry that the current deposition is intended to replace. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.Update_PDB_accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Update_PDB_accession_code' _Item.ID 142 _Item.Name '_Entry.Update_PDB_accession_code' _Item.Description ; Accession number for a PDB entry that the current deposition is intended to update. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.Replace_PDB_accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Replace_PDB_accession_code' _Item.ID 143 _Item.Name '_Entry.Replace_PDB_accession_code' _Item.Description ; Accession number for a PDB entry that the current deposition is intended to replace. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.PDB_coordinate_file_version _Item.Sf_category item_description _Item.Sf_framecode '_Entry.PDB_coordinate_file_version' _Item.ID 144 _Item.Name '_Entry.PDB_coordinate_file_version' _Item.Description ; Format version code for the PDB coordinate file that is the source of the PDB information included in the entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.BMRB_update_details _Item.Sf_category item_description _Item.Sf_framecode '_Entry.BMRB_update_details' _Item.ID 145 _Item.Name '_Entry.BMRB_update_details' _Item.Description ; Text describing the reason for the update and the update itself. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry.PDB_update_details _Item.Sf_category item_description _Item.Sf_framecode '_Entry.PDB_update_details' _Item.ID 146 _Item.Name '_Entry.PDB_update_details' _Item.Description ; Text describing the data being deposited as an update for an existing entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry.Release_request _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Release_request' _Item.ID 147 _Item.Name '_Entry.Release_request' _Item.Description ; The condition choosen by the author for the release of the entry. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Release_request' 'Release now' 'Release immediately' 147 8 NMR-STAR '_Entry.Release_request' 'Hold for publication' 'Hold until primary citation is published' 147 8 NMR-STAR '_Entry.Release_request' 'Hold for 4 weeks' 'Hold for 4 weeks' 147 8 NMR-STAR '_Entry.Release_request' 'Hold for 8 weeks' 'Hold for 8 weeks' 147 8 NMR-STAR '_Entry.Release_request' 'Hold for 6 months' 'Hold for 6 months' 147 8 NMR-STAR '_Entry.Release_request' 'Hold for 1 year' 'Hold for 1 year' 147 8 NMR-STAR stop_ save_ save__Entry.Release_date_request _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Release_date_request' _Item.ID 148 _Item.Name '_Entry.Release_date_request' _Item.Description ; Date requested by the author for the release of the entry to the public. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Release_date_justification _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Release_date_justification' _Item.ID 149 _Item.Name '_Entry.Release_date_justification' _Item.Description ; Text justification for the release date request. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry.Status_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Status_code' _Item.ID 150 _Item.Name '_Entry.Status_code' _Item.Description ; Code for status of file. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Status_code' REL ? 150 8 NMR-STAR '_Entry.Status_code' HOLD ? 150 8 NMR-STAR '_Entry.Status_code' REV ? 150 8 NMR-STAR '_Entry.Status_code' BIB ? 150 8 NMR-STAR stop_ save_ save__Entry.Recvd_deposit_form _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Recvd_deposit_form' _Item.ID 151 _Item.Name '_Entry.Recvd_deposit_form' _Item.Description ; This code indicates whether the deposition form for an entry has been received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry.Date_deposition_form _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_deposition_form' _Item.ID 152 _Item.Name '_Entry.Date_deposition_form' _Item.Description ; The date the deposition form is received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Recvd_coordinates _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Recvd_coordinates' _Item.ID 153 _Item.Name '_Entry.Recvd_coordinates' _Item.Description ; This code indicates whether the coordinates for an entry have been received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry.Date_coordinates _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_coordinates' _Item.ID 154 _Item.Name '_Entry.Date_coordinates' _Item.Description ; The date the coordinates are received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Recvd_nmr_constraints _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Recvd_nmr_constraints' _Item.ID 155 _Item.Name '_Entry.Recvd_nmr_constraints' _Item.Description ; This code indicates whether the NMR constraint data for an entry have been received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry.Date_nmr_constraints _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_nmr_constraints' _Item.ID 156 _Item.Name '_Entry.Date_nmr_constraints' _Item.Description ; The date the NMR constraints are received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Recvd_chemical_shifts _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Recvd_chemical_shifts' _Item.ID 157 _Item.Name '_Entry.Recvd_chemical_shifts' _Item.Description ; This code indicates whether the NMR chemical shift data for an entry have been received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry.Date_chemical_shifts _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_chemical_shifts' _Item.ID 158 _Item.Name '_Entry.Date_chemical_shifts' _Item.Description ; The date the NMR chemical shift data are received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Recvd_manuscript _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Recvd_manuscript' _Item.ID 159 _Item.Name '_Entry.Recvd_manuscript' _Item.Description ; This code indicates whether the manuscript for an entry has been received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry.Date_manuscript _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_manuscript' _Item.ID 160 _Item.Name '_Entry.Date_manuscript' _Item.Description ; The date the manuscript is received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Recvd_author_approval _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Recvd_author_approval' _Item.ID 161 _Item.Name '_Entry.Recvd_author_approval' _Item.Description ; This code indicates whether the author's approval for an entry has been received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entry.Date_author_approval _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_author_approval' _Item.ID 162 _Item.Name '_Entry.Date_author_approval' _Item.Description ; The date the author's approval is received. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Recvd_initial_deposition_date _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Recvd_initial_deposition_date' _Item.ID 163 _Item.Name '_Entry.Recvd_initial_deposition_date' _Item.Description ; The date of initial deposition. (The first message for deposition has been received.) ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.PDB_date_submitted _Item.Sf_category item_description _Item.Sf_framecode '_Entry.PDB_date_submitted' _Item.ID 164 _Item.Name '_Entry.PDB_date_submitted' _Item.Description ; The date of complete deposition. This corresponds to the date at which the PDB identifier is assigned. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Author_release_status_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Author_release_status_code' _Item.ID 165 _Item.Name '_Entry.Author_release_status_code' _Item.Description ; The release status authorized by the depositor. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry.Author_release_status_code' REL 'Release' 165 8 NMR-STAR '_Entry.Author_release_status_code' HOLD 'On hold until yyyy-mm-dd' 165 8 NMR-STAR '_Entry.Author_release_status_code' HPUB 'On hold until publication' 165 8 NMR-STAR '_Entry.Author_release_status_code' OBS 'Entry has been obsoleted and replaced by another entry' 165 8 NMR-STAR '_Entry.Author_release_status_code' WDRN 'Entry has been withdrawn by depositor' 165 8 NMR-STAR stop_ save_ save__Entry.Date_of_PDB_release _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_of_PDB_release' _Item.ID 166 _Item.Name '_Entry.Date_of_PDB_release' _Item.Description ; PDB release date. This is the date that appears in the PDB REVDAT record. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Date_hold_coordinates _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_hold_coordinates' _Item.ID 167 _Item.Name '_Entry.Date_hold_coordinates' _Item.Description ; At an author's request, a coordinate entry may be held after processing for some period of time. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Date_hold_nmr_constraints _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_hold_nmr_constraints' _Item.ID 168 _Item.Name '_Entry.Date_hold_nmr_constraints' _Item.Description ; At an author's request, the NMR constraint data may be held after processing for some period of time. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.Date_hold_chemical_shifts _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Date_hold_chemical_shifts' _Item.ID 169 _Item.Name '_Entry.Date_hold_chemical_shifts' _Item.Description ; At an author's request, the NMR chemical shift data may be held after processing for some period of time. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry.PDB_deposit_site _Item.Sf_category item_description _Item.Sf_framecode '_Entry.PDB_deposit_site' _Item.ID 170 _Item.Name '_Entry.PDB_deposit_site' _Item.Description ; The site where the file was deposited. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.PDB_process_site _Item.Sf_category item_description _Item.Sf_framecode '_Entry.PDB_process_site' _Item.ID 171 _Item.Name '_Entry.PDB_process_site' _Item.Description ; The site where the file was processed. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.BMRB_deposit_site _Item.Sf_category item_description _Item.Sf_framecode '_Entry.BMRB_deposit_site' _Item.ID 172 _Item.Name '_Entry.BMRB_deposit_site' _Item.Description ; The location where the BMRB deposition was deposited. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.BMRB_process_site _Item.Sf_category item_description _Item.Sf_framecode '_Entry.BMRB_process_site' _Item.ID 173 _Item.Name '_Entry.BMRB_process_site' _Item.Description ; The location where the BMRB deposition was processed. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.BMRB_annotator _Item.Sf_category item_description _Item.Sf_framecode '_Entry.BMRB_annotator' _Item.ID 174 _Item.Name '_Entry.BMRB_annotator' _Item.Description ; The name of the BMRB annotator assigned to process the deposition. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.BMRB_internal_directory_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry.BMRB_internal_directory_name' _Item.ID 175 _Item.Name '_Entry.BMRB_internal_directory_name' _Item.Description ; The name of the disk directory where data is stored at BMRB. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry.RCSB_annotator _Item.Sf_category item_description _Item.Sf_framecode '_Entry.RCSB_annotator' _Item.ID 176 _Item.Name '_Entry.RCSB_annotator' _Item.Description ; The name of the RCSB annotator assigned to process the deposition. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Author_approval_type _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Author_approval_type' _Item.ID 177 _Item.Name '_Entry.Author_approval_type' _Item.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.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry.Assigned_BMRB_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Assigned_BMRB_ID' _Item.ID 178 _Item.Name '_Entry.Assigned_BMRB_ID' _Item.Description ; The BMRB ID assigned to the deposition. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.Assigned_BMRB_deposition_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Assigned_BMRB_deposition_code' _Item.ID 179 _Item.Name '_Entry.Assigned_BMRB_deposition_code' _Item.Description ; The BMRB deposition code assigned to the deposition. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.Assigned_PDB_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Assigned_PDB_ID' _Item.ID 180 _Item.Name '_Entry.Assigned_PDB_ID' _Item.Description ; The PDB ID assigned to the deposition. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.Assigned_PDB_deposition_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Assigned_PDB_deposition_code' _Item.ID 181 _Item.Name '_Entry.Assigned_PDB_deposition_code' _Item.Description ; The PDB deposition code assigned to the deposition. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry.Assigned_restart_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry.Assigned_restart_ID' _Item.ID 182 _Item.Name '_Entry.Assigned_restart_ID' _Item.Description ; The restart ID assigned to the deposition. ; _Item.Category_ID 8 _Item.Category_label $Entry _Item.Mandatory_code no _Item.Type_code 'text' save_ save_Entry_experimental_methods _Category.Sf_category category_description _Category.Sf_framecode Entry_experimental_methods _Category.ID 9 _Category.Name 'Entry_experimental_methods' _category.Description ; Items in the entry_experimental_methods list and describe the experimental techniques used to collect the data in the entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 183 $_Entry_experimental_methods.ID '_Entry_experimental_methods.ID' 187 $_Entry_experimental_methods.Entry_ID '_Entry_experimental_methods.Entry_ID' 9 NMR-STAR stop_ save_ save__Entry_experimental_methods.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_experimental_methods.ID' _Item.ID 183 _Item.Name '_Entry_experimental_methods.ID' _Item.Description ; A unique identifier for each experimental method used to collect data for the entry. ; _Item.Category_ID 9 _Item.Category_label $Entry_experimental_methods _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_experimental_methods.Method _Item.Sf_category item_description _Item.Sf_framecode '_Entry_experimental_methods.Method' _Item.ID 184 _Item.Name '_Entry_experimental_methods.Method' _Item.Description ; The name of the experimental method used. ; _Item.Category_ID 9 _Item.Category_label $Entry_experimental_methods _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry_experimental_methods.Method' NMR ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' X-ray ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' SAXS ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' WAXS ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' EMR ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' FRET ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' MS ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' Theoretical ? 184 9 NMR-STAR '_Entry_experimental_methods.Method' MD ? 184 9 NMR-STAR stop_ save_ save__Entry_experimental_methods.Subtype _Item.Sf_category item_description _Item.Sf_framecode '_Entry_experimental_methods.Subtype' _Item.ID 185 _Item.Name '_Entry_experimental_methods.Subtype' _Item.Description ; The name of the submethod used, if appropriate. ; _Item.Category_ID 9 _Item.Category_label $Entry_experimental_methods _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry_experimental_methods.Subtype' solution 'Experiments using solution samples' 185 9 NMR-STAR '_Entry_experimental_methods.Subtype' solid-state 'Experiments using samples in the solid-state' 185 9 NMR-STAR stop_ save_ save__Entry_experimental_methods.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_experimental_methods.Sf_ID' _Item.ID 186 _Item.Name '_Entry_experimental_methods.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 9 _Item.Category_label $Entry_experimental_methods _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_experimental_methods.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_experimental_methods.Entry_ID' _Item.ID 187 _Item.Name '_Entry_experimental_methods.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 9 _Item.Category_label $Entry_experimental_methods _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Entry_proc_cycle _Category.Sf_category category_description _Category.Sf_framecode Entry_proc_cycle _Category.ID 10 _Category.Name 'Entry_proc_cycle' _category.Description ; Items in the entry_proc_cycle category provide information about the processing of an entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 188 $_Entry_proc_cycle.Cycle_ID '_Entry_proc_cycle.Cycle_ID' 193 $_Entry_proc_cycle.Entry_ID '_Entry_proc_cycle.Entry_ID' 10 NMR-STAR stop_ save_ save__Entry_proc_cycle.Cycle_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_proc_cycle.Cycle_ID' _Item.ID 188 _Item.Name '_Entry_proc_cycle.Cycle_ID' _Item.Description ; This is a number of the processing cycle. ; _Item.Category_ID 10 _Item.Category_label $Entry_proc_cycle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_proc_cycle.Date_begin_cycle _Item.Sf_category item_description _Item.Sf_framecode '_Entry_proc_cycle.Date_begin_cycle' _Item.ID 189 _Item.Name '_Entry_proc_cycle.Date_begin_cycle' _Item.Description ; This is the date of the start of the processing cycle. ; _Item.Category_ID 10 _Item.Category_label $Entry_proc_cycle _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry_proc_cycle.Date_end_cycle _Item.Sf_category item_description _Item.Sf_framecode '_Entry_proc_cycle.Date_end_cycle' _Item.ID 190 _Item.Name '_Entry_proc_cycle.Date_end_cycle' _Item.Description ; This is the date of the end of the processing cycle. ; _Item.Category_ID 10 _Item.Category_label $Entry_proc_cycle _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entry_proc_cycle.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entry_proc_cycle.Details' _Item.ID 191 _Item.Name '_Entry_proc_cycle.Details' _Item.Description ; Special details about the current processing cycle. ; _Item.Category_ID 10 _Item.Category_label $Entry_proc_cycle _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry_proc_cycle.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_proc_cycle.Sf_ID' _Item.ID 192 _Item.Name '_Entry_proc_cycle.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 10 _Item.Category_label $Entry_proc_cycle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entry_proc_cycle.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_proc_cycle.Entry_ID' _Item.ID 193 _Item.Name '_Entry_proc_cycle.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 10 _Item.Category_label $Entry_proc_cycle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Entry_prerelease_seq _Category.Sf_category category_description _Category.Sf_framecode Entry_prerelease_seq _Category.ID 11 _Category.Name '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.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 194 $_Entry_prerelease_seq.Entity_ID '_Entry_prerelease_seq.Entity_ID' 198 $_Entry_prerelease_seq.Entry_ID '_Entry_prerelease_seq.Entry_ID' 11 NMR-STAR stop_ save_ save__Entry_prerelease_seq.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_prerelease_seq.Entity_ID' _Item.ID 194 _Item.Name '_Entry_prerelease_seq.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 11 _Item.Category_label $Entry_prerelease_seq _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_prerelease_seq.Entity_label _Item.Sf_category item_description _Item.Sf_framecode '_Entry_prerelease_seq.Entity_label' _Item.ID 195 _Item.Name '_Entry_prerelease_seq.Entity_label' _Item.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.Category_ID 11 _Item.Category_label $Entry_prerelease_seq _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Entry_prerelease_seq.Seq_one_letter_code _Item.Sf_category item_description _Item.Sf_framecode '_Entry_prerelease_seq.Seq_one_letter_code' _Item.ID 196 _Item.Name '_Entry_prerelease_seq.Seq_one_letter_code' _Item.Description ; Chemical sequence expressed as a string of one-letter amino acid or nucleic acid codes. ; _Item.Category_ID 11 _Item.Category_label $Entry_prerelease_seq _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entry_prerelease_seq.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_prerelease_seq.Sf_ID' _Item.ID 197 _Item.Name '_Entry_prerelease_seq.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 11 _Item.Category_label $Entry_prerelease_seq _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entry_prerelease_seq.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_prerelease_seq.Entry_ID' _Item.ID 198 _Item.Name '_Entry_prerelease_seq.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 11 _Item.Category_label $Entry_prerelease_seq _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Contact_person _Category.Sf_category category_description _Category.Sf_framecode Contact_person _Category.ID 12 _Category.Name '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.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 199 $_Contact_person.ID '_Contact_person.ID' 221 $_Contact_person.Entry_ID '_Contact_person.Entry_ID' 12 NMR-STAR stop_ save_ save__Contact_person.ID _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.ID' _Item.ID 199 _Item.Name '_Contact_person.ID' _Item.Description ; Unique identifier within the entry for the named contact person. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Contact_person.Email_address _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Email_address' _Item.ID 200 _Item.Name '_Contact_person.Email_address' _Item.Description ; Business e-mail address for the contact person. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'email' save_ save__Contact_person.ORCID _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.ORCID' _Item.ID 201 _Item.Name '_Contact_person.ORCID' _Item.Description ; Unique personal identifier for researchers(Open Researcher and Contributor ID) used to link a researcher to their publications and grants. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Contact_person.Name_salutation _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Name_salutation' _Item.ID 202 _Item.Name '_Contact_person.Name_salutation' _Item.Description ; The salutation of the author of the deposition to whom correspondence should be addressed ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Contact_person.Name_salutation' Dr. ? 202 12 NMR-STAR '_Contact_person.Name_salutation' Prof. ? 202 12 NMR-STAR '_Contact_person.Name_salutation' Mr. ? 202 12 NMR-STAR '_Contact_person.Name_salutation' Ms. ? 202 12 NMR-STAR '_Contact_person.Name_salutation' Mrs. ? 202 12 NMR-STAR stop_ save_ save__Contact_person.Given_name _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Given_name' _Item.ID 203 _Item.Name '_Contact_person.Given_name' _Item.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.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Contact_person.Family_name _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Family_name' _Item.ID 204 _Item.Name '_Contact_person.Family_name' _Item.Description ; The family name for the contact person. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Contact_person.Middle_initials _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Middle_initials' _Item.ID 205 _Item.Name '_Contact_person.Middle_initials' _Item.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.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Contact_person.Family_title _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Family_title' _Item.ID 206 _Item.Name '_Contact_person.Family_title' _Item.Description ; A common family title (not a professional title). ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'code' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Contact_person.Family_title' Sr. Senior 206 12 NMR-STAR '_Contact_person.Family_title' Jr. Junior 206 12 NMR-STAR '_Contact_person.Family_title' I First 206 12 NMR-STAR '_Contact_person.Family_title' II Second 206 12 NMR-STAR '_Contact_person.Family_title' III Third 206 12 NMR-STAR '_Contact_person.Family_title' IV Fourth 206 12 NMR-STAR '_Contact_person.Family_title' V Fifth 206 12 NMR-STAR stop_ save_ save__Contact_person.Department_and_institution _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Department_and_institution' _Item.ID 207 _Item.Name '_Contact_person.Department_and_institution' _Item.Description ; Department and institution where the contact person works. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Contact_person.Country _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Country' _Item.ID 208 _Item.Name '_Contact_person.Country' _Item.Description ; The country in the mailing address of the author of the entry to whom correspondence should be addresed. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Contact_person.State_province _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.State_province' _Item.ID 209 _Item.Name '_Contact_person.State_province' _Item.Description ; State or province where the contact person is located. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Contact_person.City _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.City' _Item.ID 210 _Item.Name '_Contact_person.City' _Item.Description ; The city in the mailing address of the author of the entry to whom correspondence should be addresed. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Contact_person.Postal_code _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Postal_code' _Item.ID 211 _Item.Name '_Contact_person.Postal_code' _Item.Description ; The postal code or zip code for the address of the contact person to whom correspondence should be addressed. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Contact_person.Mailing_address _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Mailing_address' _Item.ID 212 _Item.Name '_Contact_person.Mailing_address' _Item.Description ; A business mailing address for the contact person. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Contact_person.Address_1 _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Address_1' _Item.ID 213 _Item.Name '_Contact_person.Address_1' _Item.Description ; The mailing address of the author of the entry to whom correspondence should be addressed, line 1 of 3. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Contact_person.Address_2 _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Address_2' _Item.ID 214 _Item.Name '_Contact_person.Address_2' _Item.Description ; The mailing address of the author of the entry to whom correspondence should be addressed, line 2 of 3. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Contact_person.Address_3 _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Address_3' _Item.ID 215 _Item.Name '_Contact_person.Address_3' _Item.Description ; The mailing address of the author of the entry to whom correspondence should be addressed, line 3 of 3. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Contact_person.Phone_number _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Phone_number' _Item.ID 216 _Item.Name '_Contact_person.Phone_number' _Item.Description ; A business telephone number for the contact person. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'phone' save_ save__Contact_person.FAX_number _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.FAX_number' _Item.ID 217 _Item.Name '_Contact_person.FAX_number' _Item.Description ; Business FAX number for the contact person. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'fax' save_ save__Contact_person.Role _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Role' _Item.ID 218 _Item.Name '_Contact_person.Role' _Item.Description ; The role of this author in the project depositing this data. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Contact_person.Role' 'principal investigator' ? 218 12 NMR-STAR '_Contact_person.Role' 'responsible scientist' ? 218 12 NMR-STAR '_Contact_person.Role' investigator ? 218 12 NMR-STAR stop_ save_ save__Contact_person.Organization_type _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Organization_type' _Item.ID 219 _Item.Name '_Contact_person.Organization_type' _Item.Description ; The organization type to which this author is affiliated. ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code no _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Contact_person.Organization_type' academic ? 219 12 NMR-STAR '_Contact_person.Organization_type' commercial ? 219 12 NMR-STAR '_Contact_person.Organization_type' government ? 219 12 NMR-STAR '_Contact_person.Organization_type' other ? 219 12 NMR-STAR stop_ save_ save__Contact_person.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Sf_ID' _Item.ID 220 _Item.Name '_Contact_person.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Contact_person.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Contact_person.Entry_ID' _Item.ID 221 _Item.Name '_Contact_person.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 12 _Item.Category_label $Contact_person _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Entry_author _Category.Sf_category category_description _Category.Sf_framecode Entry_author _Category.ID 13 _Category.Name 'Entry_author' _category.Description ; Items in the entry_author category define the names of the authors of an entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 222 $_Entry_author.Ordinal '_Entry_author.Ordinal' 230 $_Entry_author.Entry_ID '_Entry_author.Entry_ID' 13 NMR-STAR stop_ save_ save__Entry_author.Ordinal _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.Ordinal' _Item.ID 222 _Item.Name '_Entry_author.Ordinal' _Item.Description ; Integer value defining the position of the author's name in the list of authors. ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_author.Given_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.Given_name' _Item.ID 223 _Item.Name '_Entry_author.Given_name' _Item.Description ; The name given the author 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.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry_author.Family_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.Family_name' _Item.ID 224 _Item.Name '_Entry_author.Family_name' _Item.Description ; The family name of the author. ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Entry_author.First_initial _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.First_initial' _Item.ID 225 _Item.Name '_Entry_author.First_initial' _Item.Description ; Initial of the author's first name. ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry_author.Middle_initials _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.Middle_initials' _Item.ID 226 _Item.Name '_Entry_author.Middle_initials' _Item.Description ; The initials for the author's middle names. A name can be used here if the author uses a middle name for publications. ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entry_author.Family_title _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.Family_title' _Item.ID 227 _Item.Name '_Entry_author.Family_title' _Item.Description ; A common family title (not a professional title). ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code no _Item.Type_code 'code' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry_author.Family_title' Sr. Senior 227 13 NMR-STAR '_Entry_author.Family_title' Jr. Junior 227 13 NMR-STAR '_Entry_author.Family_title' I First 227 13 NMR-STAR '_Entry_author.Family_title' II Second 227 13 NMR-STAR '_Entry_author.Family_title' III Third 227 13 NMR-STAR '_Entry_author.Family_title' IV Fourth 227 13 NMR-STAR '_Entry_author.Family_title' V Fifth 227 13 NMR-STAR stop_ save_ save__Entry_author.ORCID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.ORCID' _Item.ID 228 _Item.Name '_Entry_author.ORCID' _Item.Description ; A unique identifier for individuals involved in scientific research and publication. ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry_author.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.Sf_ID' _Item.ID 229 _Item.Name '_Entry_author.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_author.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_author.Entry_ID' _Item.ID 230 _Item.Name '_Entry_author.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 13 _Item.Category_label $Entry_author _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_SG_project _Category.Sf_category category_description _Category.Sf_framecode SG_project _Category.ID 14 _Category.Name 'SG_project' _category.Description ; Items in the SG_project category describe the structural genomics project that is the source of the data in an entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 231 $_SG_project.SG_project_ID '_SG_project.SG_project_ID' 236 $_SG_project.Entry_ID '_SG_project.Entry_ID' 14 NMR-STAR stop_ save_ save__SG_project.SG_project_ID _Item.Sf_category item_description _Item.Sf_framecode '_SG_project.SG_project_ID' _Item.ID 231 _Item.Name '_SG_project.SG_project_ID' _Item.Description ; A unique integer identifier for this center ; _Item.Category_ID 14 _Item.Category_label $SG_project _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__SG_project.Project_name _Item.Sf_category item_description _Item.Sf_framecode '_SG_project.Project_name' _Item.ID 232 _Item.Name '_SG_project.Project_name' _Item.Description ; The value identifies the Structural Genomics project of the granting agency. ; _Item.Category_ID 14 _Item.Category_label $SG_project _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_SG_project.Project_name' 'not applicable' ? 232 14 NMR-STAR '_SG_project.Project_name' 'Enzyme Function Initiative' ? 232 14 NMR-STAR '_SG_project.Project_name' PSI:Biology ? 232 14 NMR-STAR '_SG_project.Project_name' 'PSI, Protein Structure Initiative' ? 232 14 NMR-STAR '_SG_project.Project_name' 'NPPSFA, National Project on Protein Structural and Functional Analyses' ? 232 14 NMR-STAR '_SG_project.Project_name' SPINE ? 232 14 NMR-STAR '_SG_project.Project_name' SPINE2 ? 232 14 NMR-STAR '_SG_project.Project_name' 'Protein 3000' ? 232 14 NMR-STAR '_SG_project.Project_name' SSGCID ? 232 14 NMR-STAR '_SG_project.Project_name' NIAID ? 232 14 NMR-STAR '_SG_project.Project_name' SMolBNet ? 232 14 NMR-STAR '_SG_project.Project_name' Other ? 232 14 NMR-STAR stop_ save_ save__SG_project.Full_name_of_center _Item.Sf_category item_description _Item.Sf_framecode '_SG_project.Full_name_of_center' _Item.ID 233 _Item.Name '_SG_project.Full_name_of_center' _Item.Description ; The value identifies the full name of center. ; _Item.Category_ID 14 _Item.Category_label $SG_project _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_SG_project.Full_name_of_center' 'not applicable' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Accelerated Technologies Center for Gene to 3D Structure' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Assembly, Dynamics and Evolution of Cell-Cell and Cell-Matrix Adhesions' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Atoms-to-Animals: The Immune Function Network' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Architecture and Function of Biological Macromolecules Structure Genomics' ASG 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Bacterial targets at IGS-CNRS, France' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Berkeley Structural Genomics Center' BSGC 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Center for Eukaryotic Structural Genomics' CESG 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Center for High-Throughput Structural Biology' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Center for Membrane Proteins of Infectious Diseases' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Center for Structural Genomics of Infectious Diseases' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Center for Structures of Membrane Proteins' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Center for the X-ray Structure Determination of Human Transporters' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Chaperone-Enabled Studies of Epigenetic Regulation Enzymes' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Enzyme Discovery for Natural Product Biosynthesis' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'GPCR Network' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Integrated Center for Structure and Function Innovation' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Israel Structural Proteomics Center' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Joint Center for Structural Genomics' JCSG 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Marseilles Structural Genomics Program @ AFMB' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Medical Structural Genomics of Pathogenic Protozoa' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Membrane Protein Structural Biology Consortium' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Membrane Protein Structures by Solution NMR' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Midwest Center for Structural Genomics' MCSG 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Mitochondrial Protein Partnership' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Montreal-Kingston Bacterial Structural Genomics Initiative' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Mycobacterium Tuberculosis Structural Proteomics Project' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'New York Consortium on Membrane Protein Structure' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'New York SGX Research Center for Structural Genomics' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'New York Structural Genomics Research Consortium' NYSGRC 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'New York Structural GenomiX Research Consortium' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Northeast Structural Genomics Consortium' NESGC 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'North West Structural Genomics Centre' NWSGC 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Nucleocytoplasmic Transport: a Target for Cellular Control' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Ontario Centre for Structural Proteomics' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Oxford Protein Production Facility' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Paris-Sud Yeast Structural Genomics' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Partnership for Stem Cell Biology' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Partnership for T-Cell Biology' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Program for the Characterization of Secreted Effector Proteins' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Protein Structure Factory' PSF 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'RIKEN Structural Genomics/Proteomics Initiative' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Scottish Structural Proteomics Facility' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Seattle Structural Genomics Center for Infectious Disease' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Southeast Collaboratory for Structural Genomics' SECSG 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structural Genomics Consortium' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structural Genomics Consortium for Research on Gene Expression' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structural Genomics of Pathogenic Protozoa Consortium' SGPPC 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structural Proteomics in Europe' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structural Proteomics in Europe 2' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structure 2 Function Project' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structure Dynamics and Activation Mechanisms of Chemokine Receptors' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structure-Function Studies of Tight Junction Membrane Proteins' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structures of Mtb Proteins Conferring Susceptibility to Known Mtb Inhibitors' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'TB Structural Genomics Consortium' TBSGC 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Transcontinental EM Initiative for Membrane Protein Structure' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Transmembrane Protein Center' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Yeast Structural Genomics' YSG 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Bijvoet Centre Utrecht' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Brazilian Sincrotron Light Laboratory' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Center for Experimental Therapeutics and Pharmacoinformatics' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' FAPESP ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Functional and Structural Proteomics of the SARS Coronavirus' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Hefei National Laboratory for Physical Sciences at Microscale' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Institute of Genetics and Molecular and Cellular Biology-CNRS France' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Institute of Zoology Beijing' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'IRB Barcelona' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Magnetic Resonance Center' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Membrane Protein Structures by NMR' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Nanoworld Institute' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Protein Research Group RIKEN Genomic Sciences Center' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'State Key Laboratory of Magnetic Resonance and Atomic and Molecular Physics' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'Structural Molecular Biology Network' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'University of Calcutta CU' ? 233 14 NMR-STAR '_SG_project.Full_name_of_center' 'University of Georgia' ? 233 14 NMR-STAR stop_ save_ save__SG_project.Initial_of_center _Item.Sf_category item_description _Item.Sf_framecode '_SG_project.Initial_of_center' _Item.ID 234 _Item.Name '_SG_project.Initial_of_center' _Item.Description ; The value identifies the center using initials or other abbreviation. ; _Item.Category_ID 14 _Item.Category_label $SG_project _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_SG_project.Initial_of_center' BIGS ? 234 14 NMR-STAR '_SG_project.Initial_of_center' BSGC ? 234 14 NMR-STAR '_SG_project.Initial_of_center' CESG ? 234 14 NMR-STAR '_SG_project.Initial_of_center' ISPC ? 234 14 NMR-STAR '_SG_project.Initial_of_center' JCSG ? 234 14 NMR-STAR '_SG_project.Initial_of_center' MSGP ? 234 14 NMR-STAR '_SG_project.Initial_of_center' MCSG ? 234 14 NMR-STAR '_SG_project.Initial_of_center' BSGI ? 234 14 NMR-STAR '_SG_project.Initial_of_center' XMTB ? 234 14 NMR-STAR '_SG_project.Initial_of_center' NYSGRC ? 234 14 NMR-STAR '_SG_project.Initial_of_center' NESG ? 234 14 NMR-STAR '_SG_project.Initial_of_center' OPPF ? 234 14 NMR-STAR '_SG_project.Initial_of_center' YSG ? 234 14 NMR-STAR '_SG_project.Initial_of_center' PSF ? 234 14 NMR-STAR '_SG_project.Initial_of_center' RSGI ? 234 14 NMR-STAR '_SG_project.Initial_of_center' SECSG ? 234 14 NMR-STAR '_SG_project.Initial_of_center' SGC ? 234 14 NMR-STAR '_SG_project.Initial_of_center' SGPP ? 234 14 NMR-STAR '_SG_project.Initial_of_center' SPINE ? 234 14 NMR-STAR '_SG_project.Initial_of_center' S2F ? 234 14 NMR-STAR '_SG_project.Initial_of_center' TBSGC ? 234 14 NMR-STAR '_SG_project.Initial_of_center' 'RIKEN GSC' ? 234 14 NMR-STAR '_SG_project.Initial_of_center' CU ? 234 14 NMR-STAR stop_ save_ save__SG_project.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_SG_project.Sf_ID' _Item.ID 235 _Item.Name '_SG_project.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 14 _Item.Category_label $SG_project _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__SG_project.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_SG_project.Entry_ID' _Item.ID 236 _Item.Name '_SG_project.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 14 _Item.Category_label $SG_project _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Entry_src _Category.Sf_category category_description _Category.Sf_framecode Entry_src _Category.ID 15 _Category.Name 'Entry_src' _category.Description ; Items in the entry_src category describe the organization that is the source of the data in an entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 237 $_Entry_src.ID '_Entry_src.ID' 242 $_Entry_src.Entry_ID '_Entry_src.Entry_ID' 15 NMR-STAR stop_ save_ save__Entry_src.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_src.ID' _Item.ID 237 _Item.Name '_Entry_src.ID' _Item.Description ; A unique integer identifier for this organization or project within the entry. ; _Item.Category_ID 15 _Item.Category_label $Entry_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_src.Project_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry_src.Project_name' _Item.ID 238 _Item.Name '_Entry_src.Project_name' _Item.Description ; Name of the project under which the data reported in an entry was sponsored or funded. This might be the title for a grant funding the research or the name of the overall project defined by a granting agency. ; _Item.Category_ID 15 _Item.Category_label $Entry_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry_src.Organization_full_name _Item.Sf_category item_description _Item.Sf_framecode '_Entry_src.Organization_full_name' _Item.ID 239 _Item.Name '_Entry_src.Organization_full_name' _Item.Description ; Name of the organization (company, research laboratory, etc.) that carried out the research reported in the entry. ; _Item.Category_ID 15 _Item.Category_label $Entry_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entry_src.Organization_full_name' 'Accelerated Technologies Center for Gene to 3D Structure' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Assembly, Dynamics and Evolution of Cell-Cell and Cell-Matrix Adhesions' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Architecture and Function of Biological Macromolecules Structure Genomics' ASG 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Atoms-to-Animals: The Immune Function Network' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Bacterial targets at IGS-CNRS, France' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Berkeley Structural Genomics Center' BSGC 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Center for Eukaryotic Structural Genomics' CESG 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Center for High-Throughput Structural Biology' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Center for Membrane Proteins of Infectious Diseases' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Center for Structural Genomics of Infectious Diseases' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Center for Structures of Membrane Proteins' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Center for the X-ray Structure Determination of Human Transporters' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Chaperone-Enabled Studies of Epigenetic Regulation Enzymes' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Enzyme Discovery for Natural Product Biosynthesis' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'GPCR Network' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Integrated Center for Structure and Function Innovation' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Israel Structural Proteomics Center' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Joint Center for Structural Genomics' JCSG 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Marseilles Structural Genomics Program @ AFMB' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Medical Structural Genomics of Pathogenic Protozoa' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Membrane Protein Structural Biology Consortium' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Membrane Protein Structures by Solution NMR' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Midwest Center for Structural Genomics' MCSG 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Mitochondrial Protein Partnership' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Montreal-Kingston Bacterial Structural Genomics Initiative' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Mycobacterium Tuberculosis Structural Proteomics Project' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'New York Consortium on Membrane Protein Structure' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'New York SGX Research Center for Structural Genomics' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'New York Structural Genomics Research Consortium' NYSGRC 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'New York Structural GenomiX Research Consortium' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Northeast Structural Genomics Consortium' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'North West Structural Genomics Centre' NWSGC 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Nucleocytoplasmic Transport: a Target for Cellular Control' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Ontario Centre for Structural Proteomics' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Oxford Protein Production Facility' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Paris-Sud Yeast Structural Genomics' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Partnership for Stem Cell Biology' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Partnership for T-Cell Biology' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Program for the Characterization of Secreted Effector Proteins' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Protein Structure Factory' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'RIKEN Structural Genomics/Proteomics Initiative' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Scottish Structural Proteomics Facility' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Seattle Structural Genomics Center for Infectious Disease' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Southeast Collaboratory for Structural Genomics' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structural Genomics Consortium' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structural Genomics Consortium for Research on Gene Expression' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structural Genomics of Pathogenic Protozoa Consortium' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structural Proteomics in Europe' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structural Proteomics in Europe 2' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structure 2 Function Project' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structure, Dynamics and Activation Mechanisms of Chemokine Receptors' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structure-Function Studies of Tight Junction Membrane Proteins' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Structures of Mtb Proteins Conferring Susceptibility to Known Mtb Inhibitors' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'TB Structural Genomics Consortium' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Transcontinental EM Initiative for Membrane Protein Structure' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Transmembrane Protein Center' ? 239 15 NMR-STAR '_Entry_src.Organization_full_name' 'Yeast Structural Genomics' YSG 239 15 NMR-STAR stop_ save_ save__Entry_src.Organization_initials _Item.Sf_category item_description _Item.Sf_framecode '_Entry_src.Organization_initials' _Item.ID 240 _Item.Name '_Entry_src.Organization_initials' _Item.Description ; Laboratory title or name or acronym for the organization where the research was conducted. More than one organization can be provided. ; _Item.Category_ID 15 _Item.Category_label $Entry_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entry_src.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_src.Sf_ID' _Item.ID 241 _Item.Name '_Entry_src.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 15 _Item.Category_label $Entry_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entry_src.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entry_src.Entry_ID' _Item.ID 242 _Item.Name '_Entry_src.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 15 _Item.Category_label $Entry_src _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Struct_keywords _Category.Sf_category category_description _Category.Sf_framecode Struct_keywords _Category.ID 16 _Category.Name 'Struct_keywords' _category.Description ; Items in the struct_keywords category define keywords that describe the structure of the biomolecular system reported. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 243 $_Struct_keywords.Keywords '_Struct_keywords.Keywords' 246 $_Struct_keywords.Entry_ID '_Struct_keywords.Entry_ID' 16 NMR-STAR stop_ save_ save__Struct_keywords.Keywords _Item.Sf_category item_description _Item.Sf_framecode '_Struct_keywords.Keywords' _Item.ID 243 _Item.Name '_Struct_keywords.Keywords' _Item.Description ; Keywords describing the structure ; _Item.Category_ID 16 _Item.Category_label $Struct_keywords _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Struct_keywords.Text _Item.Sf_category item_description _Item.Sf_framecode '_Struct_keywords.Text' _Item.ID 244 _Item.Name '_Struct_keywords.Text' _Item.Description ; Keywords describing this structure. ; _Item.Category_ID 16 _Item.Category_label $Struct_keywords _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Struct_keywords.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Struct_keywords.Sf_ID' _Item.ID 245 _Item.Name '_Struct_keywords.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 16 _Item.Category_label $Struct_keywords _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Struct_keywords.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Struct_keywords.Entry_ID' _Item.ID 246 _Item.Name '_Struct_keywords.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 16 _Item.Category_label $Struct_keywords _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Data_set _Category.Sf_category category_description _Category.Sf_framecode Data_set _Category.ID 17 _Category.Name 'Data_set' _category.Description ; Items in the data_set category define the kinds of data and the number of data sets for each kind of data in the entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 247 $_Data_set.Type '_Data_set.Type' 250 $_Data_set.Entry_ID '_Data_set.Entry_ID' 17 NMR-STAR stop_ save_ save__Data_set.Type _Item.Sf_category item_description _Item.Sf_framecode '_Data_set.Type' _Item.ID 247 _Item.Name '_Data_set.Type' _Item.Description ; The save frame category type that contain quantitative data of the kind that is summarized in this table. The enumerated list for this tag is a subset of the full list of save frame categories available in constructing an NMR-STAR file. ; _Item.Category_ID 17 _Item.Category_label $Data_set _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Data_set.Type' assigned_chemical_shifts ? 247 17 NMR-STAR '_Data_set.Type' theoretical_chem_shifts ? 247 17 NMR-STAR '_Data_set.Type' chem_shift_perturbation ? 247 17 NMR-STAR '_Data_set.Type' chemical_rates ? 247 17 NMR-STAR '_Data_set.Type' coupling_constants ? 247 17 NMR-STAR '_Data_set.Type' theoretical_coupling_constants ? 247 17 NMR-STAR '_Data_set.Type' spectral_peak_list ? 247 17 NMR-STAR '_Data_set.Type' other_data_list ? 247 17 NMR-STAR '_Data_set.Type' RDCs ? 247 17 NMR-STAR '_Data_set.Type' order_parameters ? 247 17 NMR-STAR '_Data_set.Type' dipolar_couplings ? 247 17 NMR-STAR '_Data_set.Type' spectral_density_values ? 247 17 NMR-STAR '_Data_set.Type' H_exch_rates ? 247 17 NMR-STAR '_Data_set.Type' H_exch_protection_factors ? 247 17 NMR-STAR '_Data_set.Type' pKa_value_data_set ? 247 17 NMR-STAR '_Data_set.Type' pH_NMR_param_list ? 247 17 NMR-STAR '_Data_set.Type' binding_constants ? 247 17 NMR-STAR '_Data_set.Type' D_H_fractionation_factors ? 247 17 NMR-STAR '_Data_set.Type' molecular_axis_determinations ? 247 17 NMR-STAR '_Data_set.Type' deduced_secd_struct_features ? 247 17 NMR-STAR '_Data_set.Type' deduced_hydrogen_bonds ? 247 17 NMR-STAR '_Data_set.Type' representative_conformer ? 247 17 NMR-STAR '_Data_set.Type' conformer_family_coord_set ? 247 17 NMR-STAR '_Data_set.Type' general_relaxation ? 247 17 NMR-STAR '_Data_set.Type' heteronucl_T1_relaxation ? 247 17 NMR-STAR '_Data_set.Type' theoretical_heteronucl_T1_relaxation ? 247 17 NMR-STAR '_Data_set.Type' heteronucl_T1rho_relaxation ? 247 17 NMR-STAR '_Data_set.Type' heteronucl_T2_relaxation ? 247 17 NMR-STAR '_Data_set.Type' theoretical_heteronucl_T2_relaxation ? 247 17 NMR-STAR '_Data_set.Type' heteronucl_NOEs ? 247 17 NMR-STAR '_Data_set.Type' theoretical_heteronucl_NOEs ? 247 17 NMR-STAR '_Data_set.Type' homonucl_NOEs ? 247 17 NMR-STAR '_Data_set.Type' dipole_dipole_relaxation ? 247 17 NMR-STAR '_Data_set.Type' dipole_dipole_cross_correlations ? 247 17 NMR-STAR '_Data_set.Type' theoretical_dipole_dipole_cross_correlations ? 247 17 NMR-STAR '_Data_set.Type' CSA_CSA_cross_correlation_relaxation ? 247 17 NMR-STAR '_Data_set.Type' dipole_CSA_cross_correlation_relaxation ? 247 17 NMR-STAR stop_ save_ save__Data_set.Count _Item.Sf_category item_description _Item.Sf_framecode '_Data_set.Count' _Item.ID 248 _Item.Name '_Data_set.Count' _Item.Description ; The integer number of save frames in the entry that are of the type given by the value to the tag '_save frame_category_type' in this loop. ; _Item.Category_ID 17 _Item.Category_label $Data_set _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Data_set.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Data_set.Sf_ID' _Item.ID 249 _Item.Name '_Data_set.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 17 _Item.Category_label $Data_set _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Data_set.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Data_set.Entry_ID' _Item.ID 250 _Item.Name '_Data_set.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 17 _Item.Category_label $Data_set _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Datum _Category.Sf_category category_description _Category.Sf_framecode Datum _Category.ID 18 _Category.Name 'Datum' _category.Description ; Items in the datum category define the types of datum in the entry and the quantity of each type. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 251 $_Datum.Type '_Datum.Type' 254 $_Datum.Entry_ID '_Datum.Entry_ID' 18 NMR-STAR stop_ save_ save__Datum.Type _Item.Sf_category item_description _Item.Sf_framecode '_Datum.Type' _Item.ID 251 _Item.Name '_Datum.Type' _Item.Description ; A type of quantitative data found in the entry. ; _Item.Category_ID 18 _Item.Category_label $Datum _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Datum.Type' '1H chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '2H chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '3H chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '13C chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '15N chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '31P chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '111Cd chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '113Cd chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical 1H chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical 13C chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical 15N chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' 'chemical rates' ? 251 18 NMR-STAR '_Datum.Type' 'coupling constants' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical coupling constants' ? 251 18 NMR-STAR '_Datum.Type' 'chemical shift isotope effects' ? 251 18 NMR-STAR '_Datum.Type' 'chemical shift perturbation values' ? 251 18 NMR-STAR '_Datum.Type' 'T1 relaxation values' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical T1 relaxation values' ? 251 18 NMR-STAR '_Datum.Type' 'T1rho relaxation values' ? 251 18 NMR-STAR '_Datum.Type' 'T2 relaxation values' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical T2 relaxation values' ? 251 18 NMR-STAR '_Datum.Type' 'dipole-dipole relaxation values' ? 251 18 NMR-STAR '_Datum.Type' 'dipole-dipole cross correlation relaxation values' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical dipole-dipole cross-correlation values' ? 251 18 NMR-STAR '_Datum.Type' 'chemical shift anisotropy values' ? 251 18 NMR-STAR '_Datum.Type' 'chemical shift anisotropy tensor values' ? 251 18 NMR-STAR '_Datum.Type' 'quadrupolar couplings' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' 'chemical shift tensors' ? 251 18 NMR-STAR '_Datum.Type' 'residual dipolar couplings' ? 251 18 NMR-STAR '_Datum.Type' 'dipolar coupling values' ? 251 18 NMR-STAR '_Datum.Type' 'dipolar coupling tensor values' ? 251 18 NMR-STAR '_Datum.Type' 'heteronuclear NOE values' ? 251 18 NMR-STAR '_Datum.Type' 'theoretical heteronuclear NOE values' ? 251 18 NMR-STAR '_Datum.Type' 'homonuclear NOE values' ? 251 18 NMR-STAR '_Datum.Type' 'order parameters' ? 251 18 NMR-STAR '_Datum.Type' 'spectral density values' ? 251 18 NMR-STAR '_Datum.Type' 'H exchange rates' ? 251 18 NMR-STAR '_Datum.Type' 'H exchange protection factors' ? 251 18 NMR-STAR '_Datum.Type' 'pKa values' ? 251 18 NMR-STAR '_Datum.Type' 'pH NMR parameter values' ? 251 18 NMR-STAR '_Datum.Type' 'binding constants' ? 251 18 NMR-STAR '_Datum.Type' 'D/H fractionation factors' ? 251 18 NMR-STAR '_Datum.Type' 'bond orientation values' ? 251 18 NMR-STAR '_Datum.Type' 'deduced secondary structure values' ? 251 18 NMR-STAR '_Datum.Type' 'deduced hydrogen bonds' ? 251 18 NMR-STAR '_Datum.Type' 'distance constraints' ? 251 18 NMR-STAR '_Datum.Type' 'ambiguous distance constraints' ? 251 18 NMR-STAR '_Datum.Type' 'hydrogen bond distance constraints' ? 251 18 NMR-STAR '_Datum.Type' 'torsion angle constraints' ? 251 18 NMR-STAR '_Datum.Type' 'chemical shift constraints' ? 251 18 NMR-STAR '_Datum.Type' 'symmetry constraints' ? 251 18 NMR-STAR '_Datum.Type' '19F chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '6Li chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '10B chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '11B chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '17O chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '23Na chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '29Si chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '35Cl chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '129Xe chemical shifts' ? 251 18 NMR-STAR '_Datum.Type' '195Pt chemical shifts' ? 251 18 NMR-STAR stop_ save_ save__Datum.Count _Item.Sf_category item_description _Item.Sf_framecode '_Datum.Count' _Item.ID 252 _Item.Name '_Datum.Count' _Item.Description ; An integer representing the total number of values of the type defined by the value to the tag '_Data_type' found in all save frames in the current entry. ; _Item.Category_ID 18 _Item.Category_label $Datum _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Datum.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Datum.Sf_ID' _Item.ID 253 _Item.Name '_Datum.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 18 _Item.Category_label $Datum _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Datum.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Datum.Entry_ID' _Item.ID 254 _Item.Name '_Datum.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 18 _Item.Category_label $Datum _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Release _Category.Sf_category category_description _Category.Sf_framecode Release _Category.ID 19 _Category.Name 'Release' _category.Description ; Items in the release category provide the release history for an entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 255 $_Release.Release_number '_Release.Release_number' 264 $_Release.Entry_ID '_Release.Entry_ID' 19 NMR-STAR stop_ save_ save__Release.Release_number _Item.Sf_category item_description _Item.Sf_framecode '_Release.Release_number' _Item.ID 255 _Item.Name '_Release.Release_number' _Item.Description ; Unique code assigned to each release of an entry ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Release.Format_type _Item.Sf_category item_description _Item.Sf_framecode '_Release.Format_type' _Item.ID 256 _Item.Name '_Release.Format_type' _Item.Description ; The format of the file that the entry is in when released. ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Release.Format_type' NMR-STAR ? 256 19 NMR-STAR '_Release.Format_type' XML ? 256 19 NMR-STAR stop_ save_ save__Release.Format_version _Item.Sf_category item_description _Item.Sf_framecode '_Release.Format_version' _Item.ID 257 _Item.Name '_Release.Format_version' _Item.Description ; The version assigned to the format of the file that the entry is in at the tiem of release. ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Release.Date _Item.Sf_category item_description _Item.Sf_framecode '_Release.Date' _Item.ID 258 _Item.Name '_Release.Date' _Item.Description ; Date entry was released. ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code yes _Item.Type_code 'yyyy-mm-dd' save_ save__Release.Submission_date _Item.Sf_category item_description _Item.Sf_framecode '_Release.Submission_date' _Item.ID 259 _Item.Name '_Release.Submission_date' _Item.Description ; Date the entry or an update to the entry was submitted to BMRB. ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Release.Type _Item.Sf_category item_description _Item.Sf_framecode '_Release.Type' _Item.ID 260 _Item.Name '_Release.Type' _Item.Description ; Value describing with a key word the type of entry that was released. ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Release.Type' original 'First release of the data to the public.' 260 19 NMR-STAR '_Release.Type' na 'not available' 260 19 NMR-STAR '_Release.Type' update ? 260 19 NMR-STAR '_Release.Type' revision 'not used now as it is redundant with update aa all revisions are updates' 260 19 NMR-STAR '_Release.Type' reformat 'reformatted for new format specification' 260 19 NMR-STAR stop_ save_ save__Release.Author _Item.Sf_category item_description _Item.Sf_framecode '_Release.Author' _Item.ID 261 _Item.Name '_Release.Author' _Item.Description ; A keyword indicating the type of author of the release. ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Release.Detail _Item.Sf_category item_description _Item.Sf_framecode '_Release.Detail' _Item.ID 262 _Item.Name '_Release.Detail' _Item.Description ; Text describing the changes made to the entry. ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Release.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Release.Sf_ID' _Item.ID 263 _Item.Name '_Release.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Release.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Release.Entry_ID' _Item.ID 264 _Item.Name '_Release.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 19 _Item.Category_label $Release _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_BMRbig_link _Category.Sf_category category_description _Category.Sf_framecode BMRbig_link _Category.ID 20 _Category.Name 'BMRbig_link' _category.Description ; Items in the BMRbig_link category define BMRbig uploads that contain data to be included in a BMRB entry or linked to a BMRB entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 265 $_BMRbig_link.BMRbig_ID '_BMRbig_link.BMRbig_ID' 267 $_BMRbig_link.Entry_ID '_BMRbig_link.Entry_ID' 20 NMR-STAR stop_ save_ save__BMRbig_link.BMRbig_ID _Item.Sf_category item_description _Item.Sf_framecode '_BMRbig_link.BMRbig_ID' _Item.ID 265 _Item.Name '_BMRbig_link.BMRbig_ID' _Item.Description ; The unique identifier for a BMRbig upload that contains data that is to be included in the BMRB entry or linked to the BMRB entry. ; _Item.Category_ID 20 _Item.Category_label $BMRbig_link _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__BMRbig_link.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_BMRbig_link.Sf_ID' _Item.ID 266 _Item.Name '_BMRbig_link.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 20 _Item.Category_label $BMRbig_link _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__BMRbig_link.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_BMRbig_link.Entry_ID' _Item.ID 267 _Item.Name '_BMRbig_link.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 20 _Item.Category_label $BMRbig_link _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Related_entries _Category.Sf_category category_description _Category.Sf_framecode Related_entries _Category.ID 21 _Category.Name 'Related_entries' _category.Description ; Items in the related_entries category provide a list of entries that are related to the present entry. The related entries may or may not be members of a study that includes the present entry. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 268 $_Related_entries.Database_name '_Related_entries.Database_name' 269 $_Related_entries.Database_accession_code '_Related_entries.Database_accession_code' 272 $_Related_entries.Entry_ID '_Related_entries.Entry_ID' 21 NMR-STAR stop_ save_ save__Related_entries.Database_name _Item.Sf_category item_description _Item.Sf_framecode '_Related_entries.Database_name' _Item.ID 268 _Item.Name '_Related_entries.Database_name' _Item.Description ; Name or acronym for a database that has an entry related to the current BMRB entry. ; _Item.Category_ID 21 _Item.Category_label $Related_entries _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Related_entries.Database_name' BMRB 'BioMagResBank' 268 21 NMR-STAR '_Related_entries.Database_name' BMRB(withdrawn) ? 268 21 NMR-STAR '_Related_entries.Database_name' PDB 'Protein Databank' 268 21 NMR-STAR '_Related_entries.Database_name' TargetDB 'Target registration database' 268 21 NMR-STAR '_Related_entries.Database_name' EMDB 'Electron Microscopy Volume Data Bank' 268 21 NMR-STAR '_Related_entries.Database_name' BMCD 'Biological Macromolecule Crystallization Database' 268 21 NMR-STAR '_Related_entries.Database_name' GB 'GenBank' 268 21 NMR-STAR '_Related_entries.Database_name' DBJ 'DNA Data Bank of Japan' 268 21 NMR-STAR '_Related_entries.Database_name' EMBL 'European Molecular Biology Laboratory' 268 21 NMR-STAR '_Related_entries.Database_name' NCBI ? 268 21 NMR-STAR '_Related_entries.Database_name' PIR 'Protein Information Resource' 268 21 NMR-STAR '_Related_entries.Database_name' REF 'NCBI Reference Sequence' 268 21 NMR-STAR '_Related_entries.Database_name' SGD 'Saccharomyces Genome Database' 268 21 NMR-STAR '_Related_entries.Database_name' SP 'UniProtKB/Swiss-Prot' 268 21 NMR-STAR stop_ save_ save__Related_entries.Database_accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Related_entries.Database_accession_code' _Item.ID 269 _Item.Name '_Related_entries.Database_accession_code' _Item.Description ; Entry code for an existing entry from the database defined by the tag '_Related_entry.Database_name' that is related to the current BMRB entry. ; _Item.Category_ID 21 _Item.Category_label $Related_entries _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Related_entries.Relationship _Item.Sf_category item_description _Item.Sf_framecode '_Related_entries.Relationship' _Item.ID 270 _Item.Name '_Related_entries.Relationship' _Item.Description ; Text describing the relationship between the current BMRB entry and the entry with the corresponding BMRB accession number given as a value to the tag '_Related_BMRB_accession_number.' ; _Item.Category_ID 21 _Item.Category_label $Related_entries _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Related_entries.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Related_entries.Sf_ID' _Item.ID 271 _Item.Name '_Related_entries.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 21 _Item.Category_label $Related_entries _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Related_entries.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Related_entries.Entry_ID' _Item.ID 272 _Item.Name '_Related_entries.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 21 _Item.Category_label $Related_entries _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Matched_entries _Category.Sf_category category_description _Category.Sf_framecode Matched_entries _Category.ID 22 _Category.Name 'Matched_entries' _category.Description ; Items in the matched_entries category provide a list of entries from databases that are matched representing that the data in the entries came from the same experimental study and the same publication. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 273 $_Matched_entries.Database_name '_Matched_entries.Database_name' 274 $_Matched_entries.Database_accession_code '_Matched_entries.Database_accession_code' 276 $_Matched_entries.Entry_ID '_Matched_entries.Entry_ID' 22 NMR-STAR stop_ save_ save__Matched_entries.Database_name _Item.Sf_category item_description _Item.Sf_framecode '_Matched_entries.Database_name' _Item.ID 273 _Item.Name '_Matched_entries.Database_name' _Item.Description ; Name or acronym for a database that has an entry that is a direct match (usually a PDB entry) to the current BMRB entry. ; _Item.Category_ID 22 _Item.Category_label $Matched_entries _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Matched_entries.Database_name' PDB ? 273 22 NMR-STAR stop_ save_ save__Matched_entries.Database_accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Matched_entries.Database_accession_code' _Item.ID 274 _Item.Name '_Matched_entries.Database_accession_code' _Item.Description ; Entry code for an existing entry from the database defined by the tag '_Matched_entries.Database_name' that is a direct match to the current BMRB entry. ; _Item.Category_ID 22 _Item.Category_label $Matched_entries _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Matched_entries.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Matched_entries.Sf_ID' _Item.ID 275 _Item.Name '_Matched_entries.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 22 _Item.Category_label $Matched_entries _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Matched_entries.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Matched_entries.Entry_ID' _Item.ID 276 _Item.Name '_Matched_entries.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 22 _Item.Category_label $Matched_entries _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Auxiliary_files _Category.Sf_category category_description _Category.Sf_framecode Auxiliary_files _Category.ID 23 _Category.Name 'Auxiliary_files' _category.Description ; Items in the auxiliary_files category provide information on a list of files available from BMRB that contain information directly related to the entry (e.g. validation reports, software scripts, data in the original format, and others). ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 277 $_Auxiliary_files.ID '_Auxiliary_files.ID' 285 $_Auxiliary_files.Entry_ID '_Auxiliary_files.Entry_ID' 23 NMR-STAR stop_ save_ save__Auxiliary_files.ID _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.ID' _Item.ID 277 _Item.Name '_Auxiliary_files.ID' _Item.Description ; The '_Auxiliary_files.ID' value uniquely identifies the row of information describing an auxilary file related to the entry. ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Auxiliary_files.Name _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.Name' _Item.ID 278 _Item.Name '_Auxiliary_files.Name' _Item.Description ; Name of the file. ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Auxiliary_files.Format _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.Format' _Item.ID 279 _Item.Name '_Auxiliary_files.Format' _Item.Description ; The file format for the defined auxiliary file. ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Auxiliary_files.URI _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.URI' _Item.ID 280 _Item.Name '_Auxiliary_files.URI' _Item.Description ; A universal resource identifier value for the auxiliary file. ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Auxiliary_files.DOI _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.DOI' _Item.ID 281 _Item.Name '_Auxiliary_files.DOI' _Item.Description ; A digital object identifier for the defined auxiliary file for the entry. ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Auxiliary_files.Path _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.Path' _Item.ID 282 _Item.Name '_Auxiliary_files.Path' _Item.Description ; The path and file name for the auxiliary file locate at BMRB. ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Auxiliary_files.Details _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.Details' _Item.ID 283 _Item.Name '_Auxiliary_files.Details' _Item.Description ; Text providing additional information about the auxiliary file. ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Auxiliary_files.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.Sf_ID' _Item.ID 284 _Item.Name '_Auxiliary_files.Sf_ID' _Item.Description ; Pointer to '_Entry.Sf_ID' ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Auxiliary_files.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Auxiliary_files.Entry_ID' _Item.ID 285 _Item.Name '_Auxiliary_files.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 23 _Item.Category_label $Auxiliary_files _Item.Mandatory_code yes _Item.Type_code 'code' save_ save_Audit _Category.Sf_category category_description _Category.Sf_framecode Audit _Category.ID 24 _Category.Name 'Audit' _category.Description ; Items in the audit category capture information about the internal processing and handling of an entry during annotation and validation. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 4 _Category.Category_group_name entry_information _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 286 $_Audit.Revision_ID '_Audit.Revision_ID' 291 $_Audit.Entry_ID '_Audit.Entry_ID' 24 NMR-STAR stop_ save_ save__Audit.Revision_ID _Item.Sf_category item_description _Item.Sf_framecode '_Audit.Revision_ID' _Item.ID 286 _Item.Name '_Audit.Revision_ID' _Item.Description ; The value of _audit.revision_ID must uniquely identify a record in the AUDIT list. ; _Item.Category_ID 24 _Item.Category_label $Audit _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Audit.Creation_date _Item.Sf_category item_description _Item.Sf_framecode '_Audit.Creation_date' _Item.ID 287 _Item.Name '_Audit.Creation_date' _Item.Description ; A date that the data block was created. The date format is yyyy-mm-dd. ; _Item.Category_ID 24 _Item.Category_label $Audit _Item.Mandatory_code yes _Item.Type_code 'yyyy-mm-dd' save_ save__Audit.Update_record _Item.Sf_category item_description _Item.Sf_framecode '_Audit.Update_record' _Item.ID 288 _Item.Name '_Audit.Update_record' _Item.Description ; A record of any changes to the data block. The update format is a date (yyyy-mm-dd) followed by a description of the changes. 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NMR Assignments' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biophys. J.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Biopolymers ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Cell ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'EMBO J.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Eur. J. Biochem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'FEBS Lett.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Inorg. Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Int. J. Pept. Protein Res.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Am. Chem. Soc.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Biochem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Biol. Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Biol. Inorg. Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Biomol. NMR' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Biomol. Struct. Dyn.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Inorg. Biochem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Magn. Reson.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Mol. Biol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Pept. Res.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'J. Protein Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Mol. Cell' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Nature ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Nat. Struct. Biol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Nucleic Acids Res.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Proc. Natl. Acad. Sci. U.S.A.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Protein Eng.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Proteins ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Protein Sci.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Proteins: Struct. Funct. 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Online' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Acta Hydrochim. Hydrobiol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Acta Mater.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Acta Pharm. (Zagreb Croatia)' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Acta Pharmacol. Sin.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Acta Phys. Pol. A' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Acta Phys. Pol. B' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Acta Physiol. Scand.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Adsorption ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Adsorpt. Sci. Technol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Adv. Drug Delivery Rev.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Adv. Funct. Mater.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Adv. Mater. (Weinheim Ger.)' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Adv. Synth. Catal.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Adv. At. Mol. Opt. 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Technol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Atherosclerosis (Shannon Irel.)' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'ATLA Altern. Lab. Anim.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Atmos. Environ.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'At. Energy (N. Y. NY U. S.)' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'At. Spectrosc.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Aust. J. Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Auton. Autacoid Pharmacol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Azerb. Khim. Zh.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biocatal. Biotransform.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biochem. Genet.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biochem. Pharmacol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biochem. Soc. Trans.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biochem. Syst. Ecol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biochemistry (Moscow Russ. Fed.)' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biochem. Cell Biol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Biochimie ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Bioconjugate Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Bioelectrochemistry ? 307 25 NMR-STAR '_Citation.Journal_abbrev' BioFactors ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Biofizika ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biog. Amines' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Bioinformatics ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biol. Pharm. Bull.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biol. Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biol. Trace Elem. Res.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biol. Membr.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Biol. 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Technol.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Wuji Huaxue Xuebao' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Wuli Huaxue Xuebao' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Wuli Xuebao' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'X-Ray Spectrom.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Xenobiotica ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Yakhak Hoechi' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Yakugaku Zasshi' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' Yeast ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Yingyong Huaxue' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Yosetsu Gakkai Ronbunshu' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Youji Huaxue' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Yuki Gosei Kagaku Kyokaishi' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Anorg. Allg. Chem.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Kristallogr.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Kristallogr. - New Cryst. Struct.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Metallkd.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Naturforsch. A: Phys. Sci.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Naturforsch. B: Chem. Sci.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Naturforsch. C: J. Biosci.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Z. Phys. Chem. (Muenchen Ger.)' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Zhongguo Shengwu Huaxue Yu Fenzi Shengwu Xuebao' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Zh. Fiz. Khim.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Zh. Nauchn. Prikl. Fotogr.' ? 307 25 NMR-STAR '_Citation.Journal_abbrev' 'Zh. Neorg. Khim.' ? 307 25 NMR-STAR stop_ save_ save__Citation.Journal_name_full _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Journal_name_full' _Item.ID 308 _Item.Name '_Citation.Journal_name_full' _Item.Description ; Full name used by the journal. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Journal_volume _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Journal_volume' _Item.ID 309 _Item.Name '_Citation.Journal_volume' _Item.Description ; Volume designation used by the journal. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation.Journal_issue _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Journal_issue' _Item.ID 310 _Item.Name '_Citation.Journal_issue' _Item.Description ; Issue designation used by the journal. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Journal_ASTM _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Journal_ASTM' _Item.ID 311 _Item.Name '_Citation.Journal_ASTM' _Item.Description ; ASTM identification code for the journal. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Journal_ISSN _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Journal_ISSN' _Item.ID 312 _Item.Name '_Citation.Journal_ISSN' _Item.Description ; An International Standard Serial Number (ISSN) is a unique eight-digit number used to identify a print or electronic periodical publication. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Journal_CSD _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Journal_CSD' _Item.ID 313 _Item.Name '_Citation.Journal_CSD' _Item.Description ; CSD identification code for the journal. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Book_title _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Book_title' _Item.ID 314 _Item.Name '_Citation.Book_title' _Item.Description ; The name of the book where the citation is located. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Citation.Book_chapter_title _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Book_chapter_title' _Item.ID 315 _Item.Name '_Citation.Book_chapter_title' _Item.Description ; Title of the chapter from the book ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Citation.Book_volume _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Book_volume' _Item.ID 316 _Item.Name '_Citation.Book_volume' _Item.Description ; Volume designation for the book. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation.Book_series _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Book_series' _Item.ID 317 _Item.Name '_Citation.Book_series' _Item.Description ; Series designation for the book ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation.Book_publisher _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Book_publisher' _Item.ID 318 _Item.Name '_Citation.Book_publisher' _Item.Description ; Publisher of the book ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Book_publisher_city _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Book_publisher_city' _Item.ID 319 _Item.Name '_Citation.Book_publisher_city' _Item.Description ; City where the book publisher is located ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Book_ISBN _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Book_ISBN' _Item.ID 320 _Item.Name '_Citation.Book_ISBN' _Item.Description ; ISBN code assigned to the book. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Conference_title _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Conference_title' _Item.ID 321 _Item.Name '_Citation.Conference_title' _Item.Description ; Title of the conference ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Conference_site _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Conference_site' _Item.ID 322 _Item.Name '_Citation.Conference_site' _Item.Description ; Site of the conference, city, resort, etc. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Conference_state_province _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Conference_state_province' _Item.ID 323 _Item.Name '_Citation.Conference_state_province' _Item.Description ; State, province, etc. where conference took place ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Conference_country _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Conference_country' _Item.ID 324 _Item.Name '_Citation.Conference_country' _Item.Description ; Country where conference was located ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Conference_start_date _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Conference_start_date' _Item.ID 325 _Item.Name '_Citation.Conference_start_date' _Item.Description ; Date conference began ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Citation.Conference_end_date _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Conference_end_date' _Item.ID 326 _Item.Name '_Citation.Conference_end_date' _Item.Description ; Date conference ended ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Citation.Conference_abstract_number _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Conference_abstract_number' _Item.ID 327 _Item.Name '_Citation.Conference_abstract_number' _Item.Description ; Code assigned to the conference abstract ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Thesis_institution _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Thesis_institution' _Item.ID 328 _Item.Name '_Citation.Thesis_institution' _Item.Description ; Academic or research institution that granted the degree awarded for the thesis cited in the save frame. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Thesis_institution_city _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Thesis_institution_city' _Item.ID 329 _Item.Name '_Citation.Thesis_institution_city' _Item.Description ; City where the institution awarding the degree is located. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.Thesis_institution_country _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Thesis_institution_country' _Item.ID 330 _Item.Name '_Citation.Thesis_institution_country' _Item.Description ; Country where the institution awarding the degree is located. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation.WWW_URL _Item.Sf_category item_description _Item.Sf_framecode '_Citation.WWW_URL' _Item.ID 331 _Item.Name '_Citation.WWW_URL' _Item.Description ; A World Wide Web universal locator that identifies the location of the cited material on the WWW. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Citation.Page_first _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Page_first' _Item.ID 332 _Item.Name '_Citation.Page_first' _Item.Description ; First page of the published article ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation.Page_last _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Page_last' _Item.ID 333 _Item.Name '_Citation.Page_last' _Item.Description ; Last page of the published article ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation.Year _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Year' _Item.ID 334 _Item.Name '_Citation.Year' _Item.Description ; Calendar year when the article was published. ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation.Details _Item.Sf_category item_description _Item.Sf_framecode '_Citation.Details' _Item.ID 335 _Item.Name '_Citation.Details' _Item.Description ; Additional information relevant to the data in the current save frame or to a specific data item is entered as a value to this tag. The information entered must supplement information already present. Whenever possible data should associated with specif ; _Item.Category_ID 25 _Item.Category_label $Citation _Item.Mandatory_code no _Item.Type_code 'text' save_ save_Citation_author _Category.Sf_category category_description _Category.Sf_framecode Citation_author _Category.ID 26 _Category.Name 'Citation_author' _category.Description ; Items in the citation_author category define the authors and the order of the names for a citation. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 5 _Category.Category_group_name citations _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 336 $_Citation_author.Ordinal '_Citation_author.Ordinal' 344 $_Citation_author.Entry_ID '_Citation_author.Entry_ID' 345 $_Citation_author.Citation_ID '_Citation_author.Citation_ID' 26 NMR-STAR stop_ save_ save__Citation_author.Ordinal _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Ordinal' _Item.ID 336 _Item.Name '_Citation_author.Ordinal' _Item.Description ; Integer value defining the position of the author's name in the list of authors. ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Citation_author.Given_name _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Given_name' _Item.ID 337 _Item.Name '_Citation_author.Given_name' _Item.Description ; The name given the author 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.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation_author.Family_name _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Family_name' _Item.ID 338 _Item.Name '_Citation_author.Family_name' _Item.Description ; The family name of the author. ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Citation_author.First_initial _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.First_initial' _Item.ID 339 _Item.Name '_Citation_author.First_initial' _Item.Description ; Initial of the author's first name. ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation_author.Middle_initials _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Middle_initials' _Item.ID 340 _Item.Name '_Citation_author.Middle_initials' _Item.Description ; The initials for the author's middle names. A name can be used here, if the author uses a middle name for publications. ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Citation_author.Family_title _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Family_title' _Item.ID 341 _Item.Name '_Citation_author.Family_title' _Item.Description ; A common family title (not a professional title). ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code no _Item.Type_code 'code' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Citation_author.Family_title' Sr. Senior 341 26 NMR-STAR '_Citation_author.Family_title' Jr. Junior 341 26 NMR-STAR '_Citation_author.Family_title' I First 341 26 NMR-STAR '_Citation_author.Family_title' II Second 341 26 NMR-STAR '_Citation_author.Family_title' III Third 341 26 NMR-STAR '_Citation_author.Family_title' IV Fourth 341 26 NMR-STAR '_Citation_author.Family_title' V Fifth 341 26 NMR-STAR stop_ save_ save__Citation_author.ORCID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.ORCID' _Item.ID 342 _Item.Name '_Citation_author.ORCID' _Item.Description ; Unique personal identifier for researchers(Open Researcher and Contributor ID) used to link a researcher to their publications and grants. ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation_author.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Sf_ID' _Item.ID 343 _Item.Name '_Citation_author.Sf_ID' _Item.Description ; Pointer to '_Citation.Sf_ID' ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Citation_author.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Entry_ID' _Item.ID 344 _Item.Name '_Citation_author.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Citation_author.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_author.Citation_ID' _Item.ID 345 _Item.Name '_Citation_author.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 26 _Item.Category_label $Citation_author _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Citation_keyword _Category.Sf_category category_description _Category.Sf_framecode Citation_keyword _Category.ID 27 _Category.Name 'Citation_keyword' _category.Description ; Items in the citation_keyword category capture keywords that describe the contents of a citation. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 5 _Category.Category_group_name citations _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 346 $_Citation_keyword.Keyword '_Citation_keyword.Keyword' 348 $_Citation_keyword.Entry_ID '_Citation_keyword.Entry_ID' 349 $_Citation_keyword.Citation_ID '_Citation_keyword.Citation_ID' 27 NMR-STAR stop_ save_ save__Citation_keyword.Keyword _Item.Sf_category item_description _Item.Sf_framecode '_Citation_keyword.Keyword' _Item.ID 346 _Item.Name '_Citation_keyword.Keyword' _Item.Description ; A single word or very brief phrase that characterizes the citation. ; _Item.Category_ID 27 _Item.Category_label $Citation_keyword _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Citation_keyword.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_keyword.Sf_ID' _Item.ID 347 _Item.Name '_Citation_keyword.Sf_ID' _Item.Description ; Pointer to '_Citation.Sf_ID' ; _Item.Category_ID 27 _Item.Category_label $Citation_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Citation_keyword.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_keyword.Entry_ID' _Item.ID 348 _Item.Name '_Citation_keyword.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 27 _Item.Category_label $Citation_keyword _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Citation_keyword.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_keyword.Citation_ID' _Item.ID 349 _Item.Name '_Citation_keyword.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 27 _Item.Category_label $Citation_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Citation_editor _Category.Sf_category category_description _Category.Sf_framecode Citation_editor _Category.ID 28 _Category.Name 'Citation_editor' _category.Description ; Items in the citation_editor category define the editors and the order of the names for a citation. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 5 _Category.Category_group_name citations _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 350 $_Citation_editor.Ordinal '_Citation_editor.Ordinal' 357 $_Citation_editor.Entry_ID '_Citation_editor.Entry_ID' 358 $_Citation_editor.Citation_ID '_Citation_editor.Citation_ID' 28 NMR-STAR stop_ save_ save__Citation_editor.Ordinal _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Ordinal' _Item.ID 350 _Item.Name '_Citation_editor.Ordinal' _Item.Description ; Integer value defining the position of the editor's name in the list of editors. ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Citation_editor.Given_name _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Given_name' _Item.ID 351 _Item.Name '_Citation_editor.Given_name' _Item.Description ; The name given the editor at birth or currently used by the editor for publication purposes. Can be an initial if the editor uses a second name as a full name when publishing. ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Citation_editor.Family_name _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Family_name' _Item.ID 352 _Item.Name '_Citation_editor.Family_name' _Item.Description ; The family name of the editor. ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Citation_editor.First_initial _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.First_initial' _Item.ID 353 _Item.Name '_Citation_editor.First_initial' _Item.Description ; The editor's initial for their first name. ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation_editor.Middle_initials _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Middle_initials' _Item.ID 354 _Item.Name '_Citation_editor.Middle_initials' _Item.Description ; The initials for the editor's middle names. A name can be used here, if the editor uses a middle name for publications. ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Citation_editor.Family_title _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Family_title' _Item.ID 355 _Item.Name '_Citation_editor.Family_title' _Item.Description ; A common family title (not a professional title). ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Citation_editor.Family_title' Sr. Senior 355 28 NMR-STAR '_Citation_editor.Family_title' Jr. Junior 355 28 NMR-STAR '_Citation_editor.Family_title' I First 355 28 NMR-STAR '_Citation_editor.Family_title' II Second 355 28 NMR-STAR '_Citation_editor.Family_title' III Third 355 28 NMR-STAR '_Citation_editor.Family_title' IV Fourth 355 28 NMR-STAR '_Citation_editor.Family_title' V Fifth 355 28 NMR-STAR stop_ save_ save__Citation_editor.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Sf_ID' _Item.ID 356 _Item.Name '_Citation_editor.Sf_ID' _Item.Description ; Pointer to '_Citation.Sf_ID' ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Citation_editor.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Entry_ID' _Item.ID 357 _Item.Name '_Citation_editor.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Citation_editor.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Citation_editor.Citation_ID' _Item.ID 358 _Item.Name '_Citation_editor.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 28 _Item.Category_label $Citation_editor _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Reference_list _Category.Sf_category category_description _Category.Sf_framecode Reference_list _Category.ID 29 _Category.Name 'Reference_list' _category.Description ; Items in the reference_list category capture information related to all references listed in the save frame. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 6 _Category.Category_group_name references _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 361 $_Reference_list.Entry_ID '_Reference_list.Entry_ID' 363 $_Reference_list.ID '_Reference_list.ID' 29 NMR-STAR stop_ save_ save__Reference_list.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Reference_list.Sf_category' _Item.ID 359 _Item.Name '_Reference_list.Sf_category' _Item.Description ; A category designation assigned to the save frame on the basis of the information content. ; _Item.Category_ID 29 _Item.Category_label $Reference_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Reference_list.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Reference_list.Sf_framecode' _Item.ID 360 _Item.Name '_Reference_list.Sf_framecode' _Item.Description ; A descriptive label for the save frame. ; _Item.Category_ID 29 _Item.Category_label $Reference_list _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Reference_list.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference_list.Entry_ID' _Item.ID 361 _Item.Name '_Reference_list.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 29 _Item.Category_label $Reference_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Reference_list.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference_list.Sf_ID' _Item.ID 362 _Item.Name '_Reference_list.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 29 _Item.Category_label $Reference_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Reference_list.ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference_list.ID' _Item.ID 363 _Item.Name '_Reference_list.ID' _Item.Description ; A code that uniquely identifies the save frame from other save frames of this category. ; _Item.Category_ID 29 _Item.Category_label $Reference_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save_Reference _Category.Sf_category category_description _Category.Sf_framecode Reference _Category.ID 30 _Category.Name 'Reference' _category.Description ; Items in the reference category define information for each reference in the list. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 6 _Category.Category_group_name references _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 364 $_Reference.ID '_Reference.ID' 30 NMR-STAR stop_ save_ save__Reference.ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference.ID' _Item.ID 364 _Item.Name '_Reference.ID' _Item.Description ; A unique identifier for the reference. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Reference.Class _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Class' _Item.ID 365 _Item.Name '_Reference.Class' _Item.Description ; The class assigned to the reference. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Reference.Class' abstract ? 365 30 NMR-STAR '_Reference.Class' book ? 365 30 NMR-STAR '_Reference.Class' journal ? 365 30 NMR-STAR '_Reference.Class' thesis ? 365 30 NMR-STAR stop_ save_ save__Reference.Full_reference _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Full_reference' _Item.ID 366 _Item.Name '_Reference.Full_reference' _Item.Description ; Full publication citation including authors title journal page numbers year or equivalent information for the type of publication given. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code yes _Item.Type_code 'text' save_ save__Reference.Authors _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Authors' _Item.ID 367 _Item.Name '_Reference.Authors' _Item.Description ; Text listing of the authors of the cited reference. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Reference.Title _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Title' _Item.ID 368 _Item.Name '_Reference.Title' _Item.Description ; Title for the publication. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Reference.Journal_name_full _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Journal_name_full' _Item.ID 369 _Item.Name '_Reference.Journal_name_full' _Item.Description ; Full name used by the journal. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Reference.Year _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Year' _Item.ID 370 _Item.Name '_Reference.Year' _Item.Description ; Calendar year when the article was published. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Reference.Journal_volume _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Journal_volume' _Item.ID 371 _Item.Name '_Reference.Journal_volume' _Item.Description ; Volume designation used by the journal. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Reference.Journal_issue _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Journal_issue' _Item.ID 372 _Item.Name '_Reference.Journal_issue' _Item.Description ; Issue designation used by the journal. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Reference.DOI _Item.Sf_category item_description _Item.Sf_framecode '_Reference.DOI' _Item.ID 373 _Item.Name '_Reference.DOI' _Item.Description ; The digital object identifier assigned to the reference. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Reference.WWW_URL _Item.Sf_category item_description _Item.Sf_framecode '_Reference.WWW_URL' _Item.ID 374 _Item.Name '_Reference.WWW_URL' _Item.Description ; A World Wide Web universal locator that identifies the location of the cited material on the WWW. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Reference.PubMed_ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference.PubMed_ID' _Item.ID 375 _Item.Name '_Reference.PubMed_ID' _Item.Description ; The identification code assigned to the publication by PubMed. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Reference.PubMed_URL _Item.Sf_category item_description _Item.Sf_framecode '_Reference.PubMed_URL' _Item.ID 376 _Item.Name '_Reference.PubMed_URL' _Item.Description ; The PubMed URL for the reference. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Reference.PMC_ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference.PMC_ID' _Item.ID 377 _Item.Name '_Reference.PMC_ID' _Item.Description ; The PubMed Central unique identifier assigned to the referencd publication. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Reference.PMC_URL _Item.Sf_category item_description _Item.Sf_framecode '_Reference.PMC_URL' _Item.ID 378 _Item.Name '_Reference.PMC_URL' _Item.Description ; The PubMed Central URL for the referenced publication. ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Reference.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Sf_ID' _Item.ID 379 _Item.Name '_Reference.Sf_ID' _Item.Description ; Pointer to '_Reference_list.Sf_ID' ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Reference.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Entry_ID' _Item.ID 380 _Item.Name '_Reference.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Reference.Reference_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Reference.Reference_list_ID' _Item.ID 381 _Item.Name '_Reference.Reference_list_ID' _Item.Description ; Pointer to '_Reference_list.ID' ; _Item.Category_ID 30 _Item.Category_label $Reference _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly _Category.Sf_category category_description _Category.Sf_framecode Assembly _Category.ID 31 _Category.Name 'Assembly' _category.Description ; Items in the assembly category describe the molecular assembly studied. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 384 $_Assembly.Entry_ID '_Assembly.Entry_ID' 386 $_Assembly.ID '_Assembly.ID' 31 NMR-STAR stop_ save_ save__Assembly.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Sf_category' _Item.ID 382 _Item.Name '_Assembly.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Sf_framecode' _Item.ID 383 _Item.Name '_Assembly.Sf_framecode' _Item.Description ; A descriptive label for the molecular assembly studied. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Assembly.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Entry_ID' _Item.ID 384 _Item.Name '_Assembly.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Sf_ID' _Item.ID 385 _Item.Name '_Assembly.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Assembly.ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.ID' _Item.ID 386 _Item.Name '_Assembly.ID' _Item.Description ; A code that uniquely identifies the molecular assembly described in the save frame. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Assembly.Name _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Name' _Item.ID 387 _Item.Name '_Assembly.Name' _Item.Description ; Brief descriptive name for the molecular assembly studied. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Assembly.BMRB_code _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.BMRB_code' _Item.ID 388 _Item.Name '_Assembly.BMRB_code' _Item.Description ; Unique identifier for the molecular system in the BMRB library of molecular system definitions. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Assembly.Number_of_components _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Number_of_components' _Item.ID 389 _Item.Name '_Assembly.Number_of_components' _Item.Description ; An integer that represents the total number of molecular components that comprise the molecular system. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Assembly.Organic_ligands _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Organic_ligands' _Item.ID 390 _Item.Name '_Assembly.Organic_ligands' _Item.Description ; Total number of organic ligands known to exist in the full molecular system. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Assembly.Metal_ions _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Metal_ions' _Item.ID 391 _Item.Name '_Assembly.Metal_ions' _Item.Description ; Total number of metal ions known to exist in the molecular system ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Assembly.Non_standard_bonds _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Non_standard_bonds' _Item.ID 392 _Item.Name '_Assembly.Non_standard_bonds' _Item.Description ; The molecular assembly contains covalent bonds such as cross-linking disulfide bonds; non-standard residue-residue bonds; ligand-residue bonds; or metal coordination bonds. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Assembly.Ambiguous_conformational_states _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Ambiguous_conformational_states' _Item.ID 393 _Item.Name '_Assembly.Ambiguous_conformational_states' _Item.Description ; A yes/no flag automatically filled in by BMRB software on the basis of the information (tag _Molecule_ambiguous conformational_states) provided in the save frames used to described the molecules in the system. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Assembly.Ambiguous_chem_comp_sites _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Ambiguous_chem_comp_sites' _Item.ID 394 _Item.Name '_Assembly.Ambiguous_chem_comp_sites' _Item.Description ; A yes/no flag automatically filled in by BMRB software on the basis of information (tag _Mol_ambiguous_moiety_sites) provided in the save frames used to described the molecules in the system. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Assembly.Molecules_in_chemical_exchange _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Molecules_in_chemical_exchange' _Item.ID 395 _Item.Name '_Assembly.Molecules_in_chemical_exchange' _Item.Description ; A yes/no flag that indicates when two molecular components in the system are in chemical exchange (I.e. a ligand that exists in both the free and bound state). ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Assembly.Paramagnetic _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Paramagnetic' _Item.ID 396 _Item.Name '_Assembly.Paramagnetic' _Item.Description ; A Yes or No flag used to describe whether the system is paramagnetic. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code yes _Item.Type_code 'yes_no' save_ save__Assembly.Thiol_state _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Thiol_state' _Item.ID 397 _Item.Name '_Assembly.Thiol_state' _Item.Description ; Description of the state of the thiol groups in the molecular system. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Assembly.Thiol_state' 'all disulfide bound' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'all other bound' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'all free' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'not present' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'not available' ? 397 31 NMR-STAR '_Assembly.Thiol_state' unknown ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'not reported' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'free and disulfide bound' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'free and other bound' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'free disulfide and other bound' ? 397 31 NMR-STAR '_Assembly.Thiol_state' 'disulfide and other bound' ? 397 31 NMR-STAR stop_ save_ save__Assembly.Molecular_mass _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Molecular_mass' _Item.ID 398 _Item.Name '_Assembly.Molecular_mass' _Item.Description ; Mass of the molecular system in Daltons. This value may be approximate. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Assembly.Enzyme_commission_number _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Enzyme_commission_number' _Item.ID 399 _Item.Name '_Assembly.Enzyme_commission_number' _Item.Description ; The Enzyme Commission decimal code (number) assigned to the protein or molecular assembly, if available. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly.Details _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.Details' _Item.ID 400 _Item.Name '_Assembly.Details' _Item.Description ; Text description for the molecular system studied. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Assembly.DB_query_date _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.DB_query_date' _Item.ID 401 _Item.Name '_Assembly.DB_query_date' _Item.Description ; Date the database was queried to derive links to the molecular assembly studied. GenBank is the database queried for these links. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Assembly.DB_query_revised_last_date _Item.Sf_category item_description _Item.Sf_framecode '_Assembly.DB_query_revised_last_date' _Item.ID 402 _Item.Name '_Assembly.DB_query_revised_last_date' _Item.Description ; The last date when new links to the molecular assembly were found through the database query. ; _Item.Category_ID 31 _Item.Category_label $Assembly _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save_Assembly_type _Category.Sf_category category_description _Category.Sf_framecode Assembly_type _Category.ID 32 _Category.Name 'Assembly_type' _category.Description ; Items in the assembly_type category describe the kind of assembly studied. These are keywords that are specific to a description of the assembly in terms of the types and number of components that make up the assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 403 $_Assembly_type.Type '_Assembly_type.Type' 405 $_Assembly_type.Entry_ID '_Assembly_type.Entry_ID' 406 $_Assembly_type.Assembly_ID '_Assembly_type.Assembly_ID' 32 NMR-STAR stop_ save_ save__Assembly_type.Type _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_type.Type' _Item.ID 403 _Item.Name '_Assembly_type.Type' _Item.Description ; Enumerated list of brief descriptive phrases that provide a loose way of classifying the system. A system may fit more than one item in the list and all appropriate values may be used for any specific system. ; _Item.Category_ID 32 _Item.Category_label $Assembly_type _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Assembly_type.Type' peptide ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein monomer' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein homo-multimer' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein hetero-multimer' ? 403 32 NMR-STAR '_Assembly_type.Type' 'RNA single strand' ? 403 32 NMR-STAR '_Assembly_type.Type' 'RNA double strand' ? 403 32 NMR-STAR '_Assembly_type.Type' 'DNA single strand' ? 403 32 NMR-STAR '_Assembly_type.Type' 'DNA double strand' ? 403 32 NMR-STAR '_Assembly_type.Type' 'DNA-RNA hybrid' ? 403 32 NMR-STAR '_Assembly_type.Type' polysaccharide ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-nucleic acid complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-inhibitor complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-drug complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-ligand complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-protein complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-DNA complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-DNA-ligand complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-DNA-inhibitor complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-RNA complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-RNA-ligand complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-RNA-inhibitor complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'protein-carbohydrate complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'DNA-drug complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'DNA-RNA complex' ? 403 32 NMR-STAR '_Assembly_type.Type' 'RNA-drug complex' ? 403 32 NMR-STAR '_Assembly_type.Type' non-polymer ? 403 32 NMR-STAR stop_ save_ save__Assembly_type.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_type.Sf_ID' _Item.ID 404 _Item.Name '_Assembly_type.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 32 _Item.Category_label $Assembly_type _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_type.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_type.Entry_ID' _Item.ID 405 _Item.Name '_Assembly_type.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 32 _Item.Category_label $Assembly_type _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_type.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_type.Assembly_ID' _Item.ID 406 _Item.Name '_Assembly_type.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 32 _Item.Category_label $Assembly_type _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_assembly _Category.Sf_category category_description _Category.Sf_framecode Entity_assembly _Category.ID 33 _Category.Name 'Entity_assembly' _category.Description ; Items in the entity_assembly category identify each molecule in the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 407 $_Entity_assembly.ID '_Entity_assembly.ID' 421 $_Entity_assembly.Entry_ID '_Entity_assembly.Entry_ID' 422 $_Entity_assembly.Assembly_ID '_Entity_assembly.Assembly_ID' 33 NMR-STAR stop_ save_ save__Entity_assembly.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.ID' _Item.ID 407 _Item.Name '_Entity_assembly.ID' _Item.Description ; Unique identifier for each component in the entity assembly. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_assembly.Entity_assembly_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Entity_assembly_name' _Item.ID 408 _Item.Name '_Entity_assembly.Entity_assembly_name' _Item.Description ; Name for this molecular component of the molecular assembly ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'line' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_assembly.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Entity_ID' _Item.ID 409 _Item.Name '_Entity_assembly.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_assembly.Entity_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Entity_label' _Item.ID 410 _Item.Name '_Entity_assembly.Entity_label' _Item.Description ; This value points to the section of the entry where the chemical description is given for all assembly components of this type. For a homodimer a chemical description of the monomer is given only once and is pointed to by this value although the assembly ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Entity_assembly.Asym_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Asym_ID' _Item.ID 411 _Item.Name '_Entity_assembly.Asym_ID' _Item.Description ; Pointer to '_Struct_asym.ID' ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'code' _Item.Default_value '?' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_assembly.PDB_chain_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.PDB_chain_ID' _Item.ID 412 _Item.Name '_Entity_assembly.PDB_chain_ID' _Item.Description ; PDB chain ID. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_assembly.Experimental_data_reported _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Experimental_data_reported' _Item.ID 413 _Item.Name '_Entity_assembly.Experimental_data_reported' _Item.Description ; A flag indicating whether experimental data for a specific component of the assembly is reported. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entity_assembly.Physical_state _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Physical_state' _Item.ID 414 _Item.Name '_Entity_assembly.Physical_state' _Item.Description ; An enumerated list of descriptive terms used to define the conformational state of the component of the assembly. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_assembly.Physical_state' native 'The entity in the assembly is in a biologically native state usually in a folded conformation' 414 33 NMR-STAR '_Entity_assembly.Physical_state' denatured 'The entity in the assembly is in a non-native state usually caused by the addition of denaturing agents like urea or guanidine hydrochloride' 414 33 NMR-STAR '_Entity_assembly.Physical_state' 'molten globule' 'A state somewhere between a native folded state and an unfolded state caused by environmental effects like pH or temperature' 414 33 NMR-STAR '_Entity_assembly.Physical_state' unfolded 'The entity in the assembly is in a state where little or no secondary structure exists but is not an IDP/IDR' 414 33 NMR-STAR '_Entity_assembly.Physical_state' 'intrinsically disordered' 'The entity in the assembly is considered an intrinsically disorder biopolymer (IDP) where the native state involves little organized secondary structure' 414 33 NMR-STAR '_Entity_assembly.Physical_state' 'partially disordered' 'The entity in the assembly contains regions of disordered structure (IDR) but is not fully unfolded or fully disordered' 414 33 NMR-STAR '_Entity_assembly.Physical_state' na 'The physical state of the entity in the assembly is an unknown physical state or may be in exchange between different physical states' 414 33 NMR-STAR stop_ save_ save__Entity_assembly.Conformational_isomer _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Conformational_isomer' _Item.ID 415 _Item.Name '_Entity_assembly.Conformational_isomer' _Item.Description ; A flag indicating whether the component of the system is a conformational isomer of another component of the system. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entity_assembly.Chemical_exchange_state _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Chemical_exchange_state' _Item.ID 416 _Item.Name '_Entity_assembly.Chemical_exchange_state' _Item.Description ; A flag indicating whether the component of the system is in chemical exchange with another component of the system. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entity_assembly.Magnetic_equivalence_group_code _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Magnetic_equivalence_group_code' _Item.ID 417 _Item.Name '_Entity_assembly.Magnetic_equivalence_group_code' _Item.Description ; Unique identifier for the group of assembly components within the assembly that are magnetically equivalent in that only one set of NMR peaks are observed for the group. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_assembly.Role _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Role' _Item.ID 418 _Item.Name '_Entity_assembly.Role' _Item.Description ; The function of the asembly component within the assembly. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_assembly.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Details' _Item.ID 419 _Item.Name '_Entity_assembly.Details' _Item.Description ; Text information describing the component of the assembly that is pertinent to the component as found in the assembly. Specific details about the entity are given in the entity category. ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_assembly.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Sf_ID' _Item.ID 420 _Item.Name '_Entity_assembly.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_assembly.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Entry_ID' _Item.ID 421 _Item.Name '_Entity_assembly.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_assembly.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_assembly.Assembly_ID' _Item.ID 422 _Item.Name '_Entity_assembly.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 33 _Item.Category_label $Entity_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Bond _Category.Sf_category category_description _Category.Sf_framecode Bond _Category.ID 34 _Category.Name 'Bond' _category.Description ; Items in the bond category define a unique identifier for each bond in the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 423 $_Bond.ID '_Bond.ID' 455 $_Bond.Entry_ID '_Bond.Entry_ID' 456 $_Bond.Assembly_ID '_Bond.Assembly_ID' 34 NMR-STAR stop_ save_ save__Bond.ID _Item.Sf_category item_description _Item.Sf_framecode '_Bond.ID' _Item.ID 423 _Item.Name '_Bond.ID' _Item.Description ; Unique identifier for the bond being defined. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Type _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Type' _Item.ID 424 _Item.Name '_Bond.Type' _Item.Description ; A descriptive phrase or word that characterized the bond. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Bond.Type' amide ? 424 34 NMR-STAR '_Bond.Type' covalent ? 424 34 NMR-STAR '_Bond.Type' directed 'N -> O' 424 34 NMR-STAR '_Bond.Type' disulfide ? 424 34 NMR-STAR '_Bond.Type' ester ? 424 34 NMR-STAR '_Bond.Type' ether ? 424 34 NMR-STAR '_Bond.Type' hydrogen ? 424 34 NMR-STAR '_Bond.Type' 'metal coordination' ? 424 34 NMR-STAR '_Bond.Type' peptide ? 424 34 NMR-STAR '_Bond.Type' thioether ? 424 34 NMR-STAR '_Bond.Type' oxime ? 424 34 NMR-STAR '_Bond.Type' thioester ? 424 34 NMR-STAR '_Bond.Type' phosphoester ? 424 34 NMR-STAR '_Bond.Type' phosphodiester ? 424 34 NMR-STAR '_Bond.Type' diselenide ? 424 34 NMR-STAR '_Bond.Type' na ? 424 34 NMR-STAR stop_ save_ save__Bond.Value_order _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Value_order' _Item.ID 425 _Item.Name '_Bond.Value_order' _Item.Description ; The order of the bond between two atoms (i.e., single, double, etc.) ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Bond.Value_order' sing 'single bond' 425 34 NMR-STAR '_Bond.Value_order' doub 'double bond' 425 34 NMR-STAR '_Bond.Value_order' trip 'triple bond' 425 34 NMR-STAR '_Bond.Value_order' quad 'quadruple bond' 425 34 NMR-STAR '_Bond.Value_order' arom 'aromatic bond' 425 34 NMR-STAR '_Bond.Value_order' poly 'polymeric bond' 425 34 NMR-STAR '_Bond.Value_order' delo 'delocalized double bond' 425 34 NMR-STAR '_Bond.Value_order' pi 'pi bond' 425 34 NMR-STAR '_Bond.Value_order' directed 'N ->O' 425 34 NMR-STAR stop_ save_ save__Bond.Assembly_atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Assembly_atom_ID_1' _Item.ID 426 _Item.Name '_Bond.Assembly_atom_ID_1' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Bond.Entity_assembly_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Entity_assembly_ID_1' _Item.ID 427 _Item.Name '_Bond.Entity_assembly_ID_1' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Entity_assembly_name_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Entity_assembly_name_1' _Item.ID 428 _Item.Name '_Bond.Entity_assembly_name_1' _Item.Description ; Pointer to '_Entity_assembly.Entity_assembly_name' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Bond.Entity_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Entity_ID_1' _Item.ID 429 _Item.Name '_Bond.Entity_ID_1' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Comp_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Comp_ID_1' _Item.ID 430 _Item.Name '_Bond.Comp_ID_1' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Bond.Comp_index_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Comp_index_ID_1' _Item.ID 431 _Item.Name '_Bond.Comp_index_ID_1' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Seq_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Seq_ID_1' _Item.ID 432 _Item.Name '_Bond.Seq_ID_1' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Atom_ID_1' _Item.ID 433 _Item.Name '_Bond.Atom_ID_1' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Bond.Assembly_atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Assembly_atom_ID_2' _Item.ID 434 _Item.Name '_Bond.Assembly_atom_ID_2' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Bond.Entity_assembly_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Entity_assembly_ID_2' _Item.ID 435 _Item.Name '_Bond.Entity_assembly_ID_2' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Entity_assembly_name_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Entity_assembly_name_2' _Item.ID 436 _Item.Name '_Bond.Entity_assembly_name_2' _Item.Description ; Pointer to '_Entity_assembly.Entity_assembly_name' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Bond.Entity_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Entity_ID_2' _Item.ID 437 _Item.Name '_Bond.Entity_ID_2' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Comp_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Comp_ID_2' _Item.ID 438 _Item.Name '_Bond.Comp_ID_2' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Bond.Comp_index_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Comp_index_ID_2' _Item.ID 439 _Item.Name '_Bond.Comp_index_ID_2' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Seq_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Seq_ID_2' _Item.ID 440 _Item.Name '_Bond.Seq_ID_2' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Atom_ID_2' _Item.ID 441 _Item.Name '_Bond.Atom_ID_2' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Bond.Auth_entity_assembly_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_entity_assembly_ID_1' _Item.ID 442 _Item.Name '_Bond.Auth_entity_assembly_ID_1' _Item.Description ; Enter the name given to the biopolymer or ligand as a component of the molecular system where the first atom in the bond is located. For complex systems that have many components, this might be something like 'alpha chain 1' or 'heme 3'. A pull down list ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Bond.Auth_entity_assembly_name_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_entity_assembly_name_1' _Item.ID 443 _Item.Name '_Bond.Auth_entity_assembly_name_1' _Item.Description ; Enter the name given to the biopolymer or ligand as a component of the molecular system where the first atom in the bond is located. For complex systems that have many components, this might be something like 'alpha chain 1' or 'heme 3'. A pull down list ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Bond.Auth_asym_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_asym_ID_1' _Item.ID 444 _Item.Name '_Bond.Auth_asym_ID_1' _Item.Description ; An alternative identifier for Asym_ID provided by an author. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Auth_seq_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_seq_ID_1' _Item.ID 445 _Item.Name '_Bond.Auth_seq_ID_1' _Item.Description ; An alternative identifier for Seq_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. Note that the value is not required to be a number and does not need to correspond to the value fo ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Auth_comp_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_comp_ID_1' _Item.ID 446 _Item.Name '_Bond.Auth_comp_ID_1' _Item.Description ; An alternative identifier for Comp_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Auth_atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_atom_ID_1' _Item.ID 447 _Item.Name '_Bond.Auth_atom_ID_1' _Item.Description ; An alternative identifier for Atom_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Auth_entity_assembly_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_entity_assembly_ID_2' _Item.ID 448 _Item.Name '_Bond.Auth_entity_assembly_ID_2' _Item.Description ; Enter the name given to the biopolymer or ligand as a component of the molecular system where the second atom in the bond is located. For complex systems that have many components, this might be something like 'alpha chain 1' or 'heme 3'. A pull down list ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Bond.Auth_entity_assembly_name_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_entity_assembly_name_2' _Item.ID 449 _Item.Name '_Bond.Auth_entity_assembly_name_2' _Item.Description ; Enter the name given to the biopolymer or ligand as a component of the molecular system where the second atom in the bond is located. For complex systems that have many components, this might be something like 'alpha chain 1' or 'heme 3'. A pull down list ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Bond.Auth_asym_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_asym_ID_2' _Item.ID 450 _Item.Name '_Bond.Auth_asym_ID_2' _Item.Description ; An alternative identifier for Asym_ID provided by an author. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Auth_seq_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_seq_ID_2' _Item.ID 451 _Item.Name '_Bond.Auth_seq_ID_2' _Item.Description ; An alternative identifier for Seq_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. Note that the value is not required to be a number and does not need to correspond to the value fo ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Auth_comp_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_comp_ID_2' _Item.ID 452 _Item.Name '_Bond.Auth_comp_ID_2' _Item.Description ; An alternative identifier for Comp_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Auth_atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Auth_atom_ID_2' _Item.ID 453 _Item.Name '_Bond.Auth_atom_ID_2' _Item.Description ; An alternative identifier for Atom_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Bond.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Sf_ID' _Item.ID 454 _Item.Name '_Bond.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Bond.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Entry_ID' _Item.ID 455 _Item.Name '_Bond.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Bond.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Bond.Assembly_ID' _Item.ID 456 _Item.Name '_Bond.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 34 _Item.Category_label $Bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_deleted_atom _Category.Sf_category category_description _Category.Sf_framecode Entity_deleted_atom _Category.ID 35 _Category.Name 'Entity_deleted_atom' _category.Description ; Items in the entity_deleted_atom category define the atoms that are deleted from molecular entities when intermolecular bonds are formed to construct the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 457 $_Entity_deleted_atom.ID '_Entity_deleted_atom.ID' 470 $_Entity_deleted_atom.Entry_ID '_Entity_deleted_atom.Entry_ID' 471 $_Entity_deleted_atom.Assembly_ID '_Entity_deleted_atom.Assembly_ID' 35 NMR-STAR stop_ save_ save__Entity_deleted_atom.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.ID' _Item.ID 457 _Item.Name '_Entity_deleted_atom.ID' _Item.Description ; Unique identifier for the listed deleted atom. ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_deleted_atom.Entity_atom_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Entity_atom_list_ID' _Item.ID 458 _Item.Name '_Entity_deleted_atom.Entity_atom_list_ID' _Item.Description ; Pointer to '_Entity_atom_list.ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_deleted_atom.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Entity_assembly_ID' _Item.ID 459 _Item.Name '_Entity_deleted_atom.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_deleted_atom.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Entity_ID' _Item.ID 460 _Item.Name '_Entity_deleted_atom.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_deleted_atom.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Comp_ID' _Item.ID 461 _Item.Name '_Entity_deleted_atom.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_deleted_atom.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Comp_index_ID' _Item.ID 462 _Item.Name '_Entity_deleted_atom.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_deleted_atom.Seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Seq_ID' _Item.ID 463 _Item.Name '_Entity_deleted_atom.Seq_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Num'. ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_deleted_atom.Atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Atom_ID' _Item.ID 464 _Item.Name '_Entity_deleted_atom.Atom_ID' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'atcode' save_ save__Entity_deleted_atom.Auth_entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Auth_entity_assembly_ID' _Item.ID 465 _Item.Name '_Entity_deleted_atom.Auth_entity_assembly_ID' _Item.Description ; An alternative identifier for Entity_assembly_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. Note that the value is not required to be a number and does not need to correspond to ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_deleted_atom.Auth_seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Auth_seq_ID' _Item.ID 466 _Item.Name '_Entity_deleted_atom.Auth_seq_ID' _Item.Description ; An alternative identifier for Seq_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. Note that the value is not required to be a number and does not need to correspond to the value fo ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_deleted_atom.Auth_comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Auth_comp_ID' _Item.ID 467 _Item.Name '_Entity_deleted_atom.Auth_comp_ID' _Item.Description ; An alternative identifier for Comp_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_deleted_atom.Auth_atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Auth_atom_ID' _Item.ID 468 _Item.Name '_Entity_deleted_atom.Auth_atom_ID' _Item.Description ; An alternative identifier for Atom_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_deleted_atom.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Sf_ID' _Item.ID 469 _Item.Name '_Entity_deleted_atom.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_deleted_atom.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Entry_ID' _Item.ID 470 _Item.Name '_Entity_deleted_atom.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_deleted_atom.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_deleted_atom.Assembly_ID' _Item.ID 471 _Item.Name '_Entity_deleted_atom.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 35 _Item.Category_label $Entity_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Struct_asym _Category.Sf_category category_description _Category.Sf_framecode Struct_asym _Category.ID 36 _Category.Name 'Struct_asym' _category.Description ; Data items in the struct_asym category record details about the structural elements in the asymmetric unit. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 472 $_Struct_asym.ID '_Struct_asym.ID' 478 $_Struct_asym.Entry_ID '_Struct_asym.Entry_ID' 479 $_Struct_asym.Assembly_ID '_Struct_asym.Assembly_ID' 36 NMR-STAR stop_ save_ save__Struct_asym.ID _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.ID' _Item.ID 472 _Item.Name '_Struct_asym.ID' _Item.Description ; The value of '_Struct_asym.ID' must uniquely identify a record in the STRUCT_ASYM list. Note that this item need not be a number; it can be any unique identifier. ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code yes _Item.Type_code 'code' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Struct_asym.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.Entity_ID' _Item.ID 473 _Item.Name '_Struct_asym.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Struct_asym.PDBX_blank_PDB_chainid_flag _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.PDBX_blank_PDB_chainid_flag' _Item.ID 474 _Item.Name '_Struct_asym.PDBX_blank_PDB_chainid_flag' _Item.Description ; A flag indicating that this entity was originally labeled with a blank PDB chain id. ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Struct_asym.PDBX_modified _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.PDBX_modified' _Item.ID 475 _Item.Name '_Struct_asym.PDBX_modified' _Item.Description ; This data item indicates whether the structural elements are modified. ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Struct_asym.Details _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.Details' _Item.ID 476 _Item.Name '_Struct_asym.Details' _Item.Description ; A description of special aspects of this portion of the contents of the asymmetric unit. ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Struct_asym.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.Sf_ID' _Item.ID 477 _Item.Name '_Struct_asym.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Struct_asym.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.Entry_ID' _Item.ID 478 _Item.Name '_Struct_asym.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Struct_asym.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Struct_asym.Assembly_ID' _Item.ID 479 _Item.Name '_Struct_asym.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 36 _Item.Category_label $Struct_asym _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_db_link _Category.Sf_category category_description _Category.Sf_framecode Assembly_db_link _Category.ID 37 _Category.Name 'Assembly_db_link' _category.Description ; Items in the assembly_db_link category capture information about databases and accession codes of entries related to the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 481 $_Assembly_db_link.Database_code '_Assembly_db_link.Database_code' 482 $_Assembly_db_link.Accession_code '_Assembly_db_link.Accession_code' 490 $_Assembly_db_link.Entry_ID '_Assembly_db_link.Entry_ID' 491 $_Assembly_db_link.Assembly_ID '_Assembly_db_link.Assembly_ID' 37 NMR-STAR stop_ save_ save__Assembly_db_link.Author_supplied _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Author_supplied' _Item.ID 480 _Item.Name '_Assembly_db_link.Author_supplied' _Item.Description ; Flag indicating if the database accession number was supplied by the author . ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code yes _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Assembly_db_link.Database_code _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Database_code' _Item.ID 481 _Item.Name '_Assembly_db_link.Database_code' _Item.Description ; Abbreviation for the database ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Assembly_db_link.Database_code' PDB 'Protein Data Bank' 481 37 NMR-STAR '_Assembly_db_link.Database_code' BMRB 'BioMagResBank' 481 37 NMR-STAR '_Assembly_db_link.Database_code' DBJ ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' EMBL ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' GB ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' PIR ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' PRF ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' REF ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' SP ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' UNP ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' NCBI ? 481 37 NMR-STAR '_Assembly_db_link.Database_code' PubMed 'NCBI PubMed' 481 37 NMR-STAR '_Assembly_db_link.Database_code' SGD 'Saccharomyces Genome Database' 481 37 NMR-STAR '_Assembly_db_link.Database_code' SMART 'Simple Modular Architecture Research Tool' 481 37 NMR-STAR '_Assembly_db_link.Database_code' TargetDB 'Target registration database' 481 37 NMR-STAR '_Assembly_db_link.Database_code' BMRB(withdrawn) 'BMRB withdrawn accession code' 481 37 NMR-STAR stop_ save_ save__Assembly_db_link.Accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Accession_code' _Item.ID 482 _Item.Name '_Assembly_db_link.Accession_code' _Item.Description ; Accession code for the entry in the database. ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_db_link.Entry_mol_code _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Entry_mol_code' _Item.ID 483 _Item.Name '_Assembly_db_link.Entry_mol_code' _Item.Description ; Code given to the molecule by the database where the entry is located. ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly_db_link.Entry_mol_name _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Entry_mol_name' _Item.ID 484 _Item.Name '_Assembly_db_link.Entry_mol_name' _Item.Description ; Name of the molecular assembly in the database entry. ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly_db_link.Entry_experimental_method _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Entry_experimental_method' _Item.ID 485 _Item.Name '_Assembly_db_link.Entry_experimental_method' _Item.Description ; Experimental method used to generate the data in the database entry. ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Assembly_db_link.Entry_experimental_method' X-ray ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' 'solution NMR' ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' 'solid-state NMR' ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' FTIR ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' 'mass spectrometry' ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' XAFS ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' NMR ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' 'X-ray crystallography' ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' 'X-ray fiber diffraction' ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' 'solid-state NMR and X-ray fiber diffraction' ? 485 37 NMR-STAR '_Assembly_db_link.Entry_experimental_method' na ? 485 37 NMR-STAR stop_ save_ save__Assembly_db_link.Entry_structure_resolution _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Entry_structure_resolution' _Item.ID 486 _Item.Name '_Assembly_db_link.Entry_structure_resolution' _Item.Description ; The resolution of the data in a structure entry. ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Assembly_db_link.Entry_relation_type _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Entry_relation_type' _Item.ID 487 _Item.Name '_Assembly_db_link.Entry_relation_type' _Item.Description ; Relationship between the database entry and this BMRB entry. ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly_db_link.Entry_details _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Entry_details' _Item.ID 488 _Item.Name '_Assembly_db_link.Entry_details' _Item.Description ; Any text information relevant to the database entry. ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Assembly_db_link.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Sf_ID' _Item.ID 489 _Item.Name '_Assembly_db_link.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_db_link.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Entry_ID' _Item.ID 490 _Item.Name '_Assembly_db_link.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_db_link.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_db_link.Assembly_ID' _Item.ID 491 _Item.Name '_Assembly_db_link.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 37 _Item.Category_label $Assembly_db_link _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_common_name _Category.Sf_category category_description _Category.Sf_framecode Assembly_common_name _Category.ID 38 _Category.Name 'Assembly_common_name' _category.Description ; Items in the assembly_common_name category define common names associated with the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 492 $_Assembly_common_name.Name '_Assembly_common_name.Name' 493 $_Assembly_common_name.Type '_Assembly_common_name.Type' 495 $_Assembly_common_name.Entry_ID '_Assembly_common_name.Entry_ID' 496 $_Assembly_common_name.Assembly_ID '_Assembly_common_name.Assembly_ID' 38 NMR-STAR stop_ save_ save__Assembly_common_name.Name _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_common_name.Name' _Item.ID 492 _Item.Name '_Assembly_common_name.Name' _Item.Description ; Synonyms commonly used to name the molecular assembly. ; _Item.Category_ID 38 _Item.Category_label $Assembly_common_name _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Assembly_common_name.Type _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_common_name.Type' _Item.ID 493 _Item.Name '_Assembly_common_name.Type' _Item.Description ; Common names may have different types (full names, abbreviations, etc.) ; _Item.Category_ID 38 _Item.Category_label $Assembly_common_name _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly_common_name.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_common_name.Sf_ID' _Item.ID 494 _Item.Name '_Assembly_common_name.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 38 _Item.Category_label $Assembly_common_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_common_name.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_common_name.Entry_ID' _Item.ID 495 _Item.Name '_Assembly_common_name.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 38 _Item.Category_label $Assembly_common_name _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_common_name.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_common_name.Assembly_ID' _Item.ID 496 _Item.Name '_Assembly_common_name.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 38 _Item.Category_label $Assembly_common_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_systematic_name _Category.Sf_category category_description _Category.Sf_framecode Assembly_systematic_name _Category.ID 39 _Category.Name 'Assembly_systematic_name' _category.Description ; Items in the assembly_systematic_name category capture systematic naming systems and the systematic name for the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 498 $_Assembly_systematic_name.Naming_system '_Assembly_systematic_name.Naming_system' 500 $_Assembly_systematic_name.Entry_ID '_Assembly_systematic_name.Entry_ID' 501 $_Assembly_systematic_name.Assembly_ID '_Assembly_systematic_name.Assembly_ID' 39 NMR-STAR stop_ save_ save__Assembly_systematic_name.Name _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_systematic_name.Name' _Item.ID 497 _Item.Name '_Assembly_systematic_name.Name' _Item.Description ; Name for the molecular assembly that has been assigned by an organization or derived using rules defined by an organization recognized by the scientific community. ; _Item.Category_ID 39 _Item.Category_label $Assembly_systematic_name _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Assembly_systematic_name.Naming_system _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_systematic_name.Naming_system' _Item.ID 498 _Item.Name '_Assembly_systematic_name.Naming_system' _Item.Description ; A recognized or common systematic method used to name molecules and molecular systems. ; _Item.Category_ID 39 _Item.Category_label $Assembly_systematic_name _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Assembly_systematic_name.Naming_system' IUPAC ? 498 39 NMR-STAR '_Assembly_systematic_name.Naming_system' 'CAS name' ? 498 39 NMR-STAR '_Assembly_systematic_name.Naming_system' 'CAS registry number' ? 498 39 NMR-STAR '_Assembly_systematic_name.Naming_system' BMRB ? 498 39 NMR-STAR '_Assembly_systematic_name.Naming_system' Pfam ? 498 39 NMR-STAR '_Assembly_systematic_name.Naming_system' Swiss-Prot ? 498 39 NMR-STAR '_Assembly_systematic_name.Naming_system' MEROPS ? 498 39 NMR-STAR stop_ save_ save__Assembly_systematic_name.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_systematic_name.Sf_ID' _Item.ID 499 _Item.Name '_Assembly_systematic_name.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 39 _Item.Category_label $Assembly_systematic_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_systematic_name.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_systematic_name.Entry_ID' _Item.ID 500 _Item.Name '_Assembly_systematic_name.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 39 _Item.Category_label $Assembly_systematic_name _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_systematic_name.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_systematic_name.Assembly_ID' _Item.ID 501 _Item.Name '_Assembly_systematic_name.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 39 _Item.Category_label $Assembly_systematic_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_interaction _Category.Sf_category category_description _Category.Sf_framecode Assembly_interaction _Category.ID 40 _Category.Name 'Assembly_interaction' _category.Description ; Items in the assembly_interaction category capture information about the types of interactions between components of the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 502 $_Assembly_interaction.ID '_Assembly_interaction.ID' 507 $_Assembly_interaction.Entry_ID '_Assembly_interaction.Entry_ID' 508 $_Assembly_interaction.Assembly_ID '_Assembly_interaction.Assembly_ID' 40 NMR-STAR stop_ save_ save__Assembly_interaction.ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_interaction.ID' _Item.ID 502 _Item.Name '_Assembly_interaction.ID' _Item.Description ; Unique identifier for the interaction between two components of the assembly. ; _Item.Category_ID 40 _Item.Category_label $Assembly_interaction _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_interaction.Entity_assembly_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_interaction.Entity_assembly_ID_1' _Item.ID 503 _Item.Name '_Assembly_interaction.Entity_assembly_ID_1' _Item.Description ; Identifier for the first component of the assembly that is involved interaction. Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 40 _Item.Category_label $Assembly_interaction _Item.Mandatory_code yes _Item.Type_code 'int' _Item.Enumeration_closed_code yes save_ save__Assembly_interaction.Entity_assembly_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_interaction.Entity_assembly_ID_2' _Item.ID 504 _Item.Name '_Assembly_interaction.Entity_assembly_ID_2' _Item.Description ; Identifier for the second component of the assembly involved in the interaction. Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 40 _Item.Category_label $Assembly_interaction _Item.Mandatory_code yes _Item.Type_code 'int' _Item.Enumeration_closed_code yes save_ save__Assembly_interaction.Mol_interaction_type _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_interaction.Mol_interaction_type' _Item.ID 505 _Item.Name '_Assembly_interaction.Mol_interaction_type' _Item.Description ; The kind of interaction two components of the molecular assembly are undergoing in the sample. ; _Item.Category_ID 40 _Item.Category_label $Assembly_interaction _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Assembly_interaction.Mol_interaction_type' 'Extremely slow exchange' ? 505 40 NMR-STAR '_Assembly_interaction.Mol_interaction_type' 'Slow exchange' ? 505 40 NMR-STAR '_Assembly_interaction.Mol_interaction_type' 'Intermediate exchange' ? 505 40 NMR-STAR '_Assembly_interaction.Mol_interaction_type' 'Fast exchange' ? 505 40 NMR-STAR '_Assembly_interaction.Mol_interaction_type' 'No interaction' ? 505 40 NMR-STAR '_Assembly_interaction.Mol_interaction_type' na ? 505 40 NMR-STAR stop_ save_ save__Assembly_interaction.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_interaction.Sf_ID' _Item.ID 506 _Item.Name '_Assembly_interaction.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 40 _Item.Category_label $Assembly_interaction _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_interaction.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_interaction.Entry_ID' _Item.ID 507 _Item.Name '_Assembly_interaction.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 40 _Item.Category_label $Assembly_interaction _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_interaction.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_interaction.Assembly_ID' _Item.ID 508 _Item.Name '_Assembly_interaction.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 40 _Item.Category_label $Assembly_interaction _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Chem_comp_assembly _Category.Sf_category category_description _Category.Sf_framecode Chem_comp_assembly _Category.ID 41 _Category.Name 'Chem_comp_assembly' _category.Description ; Items in the chem_comp_assembly category provide chemical component level nomenclature and mappings across both biopolymer and non-polymer components of the molecular assembly. ; _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 510 $_Chem_comp_assembly.Entity_assembly_ID '_Chem_comp_assembly.Entity_assembly_ID' 512 $_Chem_comp_assembly.Comp_index_ID '_Chem_comp_assembly.Comp_index_ID' 524 $_Chem_comp_assembly.Entry_ID '_Chem_comp_assembly.Entry_ID' 525 $_Chem_comp_assembly.Assembly_ID '_Chem_comp_assembly.Assembly_ID' 41 NMR-STAR stop_ save_ save__Chem_comp_assembly.Assembly_chem_comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Assembly_chem_comp_ID' _Item.ID 509 _Item.Name '_Chem_comp_assembly.Assembly_chem_comp_ID' _Item.Description ; A sequence number from a sequence numbering scheme employed because of a requirement of a software applications. ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Entity_assembly_ID' _Item.ID 510 _Item.Name '_Chem_comp_assembly.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Chem_comp_assembly.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Entity_ID' _Item.ID 511 _Item.Name '_Chem_comp_assembly.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Chem_comp_assembly.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Comp_index_ID' _Item.ID 512 _Item.Name '_Chem_comp_assembly.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Chem_comp_assembly.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Comp_ID' _Item.ID 513 _Item.Name '_Chem_comp_assembly.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Seq_ID' _Item.ID 514 _Item.Name '_Chem_comp_assembly.Seq_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Chem_comp_assembly.Auth_entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Auth_entity_assembly_ID' _Item.ID 515 _Item.Name '_Chem_comp_assembly.Auth_entity_assembly_ID' _Item.Description ; An alternative identifier for Entity_assembly_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. Note that the value is not required to be a number and does not need to correspond to ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Auth_asym_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Auth_asym_ID' _Item.ID 516 _Item.Name '_Chem_comp_assembly.Auth_asym_ID' _Item.Description ; An alternative identifier for _atom_site.label_asym_ID that may be provided by an author in order to match the identification used in the publication that describes the structure. ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Auth_seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Auth_seq_ID' _Item.ID 517 _Item.Name '_Chem_comp_assembly.Auth_seq_ID' _Item.Description ; An alternative identifier for Seq_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. Note that the value is not required to be a number and does not need to correspond to the value fo ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Auth_comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Auth_comp_ID' _Item.ID 518 _Item.Name '_Chem_comp_assembly.Auth_comp_ID' _Item.Description ; An alternative identifier for Comp_ID that may be provided by an author in order to match that used in the publication that describes the experimental data. ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Auth_variant_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Auth_variant_ID' _Item.ID 519 _Item.Name '_Chem_comp_assembly.Auth_variant_ID' _Item.Description ; An alternative identifier that describes a variant of the chemical component. ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Sequence_linking _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Sequence_linking' _Item.ID 520 _Item.Name '_Chem_comp_assembly.Sequence_linking' _Item.Description ; A code to describe sequential linking status of the chemical component (residue) in the molecular assembly. ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp_assembly.Cis_residue _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Cis_residue' _Item.ID 521 _Item.Name '_Chem_comp_assembly.Cis_residue' _Item.Description ; A flag indicating if the residue has a cis peptide bond conformation. ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Chem_comp_assembly.NEF_index _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.NEF_index' _Item.ID 522 _Item.Name '_Chem_comp_assembly.NEF_index' _Item.Description ; A value imported from NEF files. A row number from the polymer sequence table in a NEF file. ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Chem_comp_assembly.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Sf_ID' _Item.ID 523 _Item.Name '_Chem_comp_assembly.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Chem_comp_assembly.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Entry_ID' _Item.ID 524 _Item.Name '_Chem_comp_assembly.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Chem_comp_assembly.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp_assembly.Assembly_ID' _Item.ID 525 _Item.Name '_Chem_comp_assembly.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 41 _Item.Category_label $Chem_comp_assembly _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_PDBX_poly_seq_scheme _Category.Sf_category category_description _Category.Sf_framecode PDBX_poly_seq_scheme _Category.ID 42 _Category.Name 'PDBX_poly_seq_scheme' _category.Description ; Items in the PDBX_poly_seq_scheme category provide residue level nomenclature mapping for polymer entities. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 526 $_PDBX_poly_seq_scheme.Entity_assembly_ID '_PDBX_poly_seq_scheme.Entity_assembly_ID' 528 $_PDBX_poly_seq_scheme.Comp_index_ID '_PDBX_poly_seq_scheme.Comp_index_ID' 542 $_PDBX_poly_seq_scheme.Entry_ID '_PDBX_poly_seq_scheme.Entry_ID' 543 $_PDBX_poly_seq_scheme.Assembly_ID '_PDBX_poly_seq_scheme.Assembly_ID' 42 NMR-STAR stop_ save_ save__PDBX_poly_seq_scheme.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Entity_assembly_ID' _Item.ID 526 _Item.Name '_PDBX_poly_seq_scheme.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__PDBX_poly_seq_scheme.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Entity_ID' _Item.ID 527 _Item.Name '_PDBX_poly_seq_scheme.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'int' save_ save__PDBX_poly_seq_scheme.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Comp_index_ID' _Item.ID 528 _Item.Name '_PDBX_poly_seq_scheme.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__PDBX_poly_seq_scheme.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Comp_ID' _Item.ID 529 _Item.Name '_PDBX_poly_seq_scheme.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.Comp_label _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Comp_label' _Item.ID 530 _Item.Name '_PDBX_poly_seq_scheme.Comp_label' _Item.Description ; Pointer to a save frame of the category chem_comp. ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__PDBX_poly_seq_scheme.Asym_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Asym_ID' _Item.ID 531 _Item.Name '_PDBX_poly_seq_scheme.Asym_ID' _Item.Description ; Pointer to '_Struct_asym.ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.Seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Seq_ID' _Item.ID 532 _Item.Name '_PDBX_poly_seq_scheme.Seq_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__PDBX_poly_seq_scheme.Mon_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Mon_ID' _Item.ID 533 _Item.Name '_PDBX_poly_seq_scheme.Mon_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Mon_ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.Hetero _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Hetero' _Item.ID 534 _Item.Name '_PDBX_poly_seq_scheme.Hetero' _Item.Description ; Flag indicating if the sequence is heterogeneous at the position. ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'ucode' save_ save__PDBX_poly_seq_scheme.PDB_seq_num _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.PDB_seq_num' _Item.ID 535 _Item.Name '_PDBX_poly_seq_scheme.PDB_seq_num' _Item.Description ; PDB residue number. ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.PDB_mon_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.PDB_mon_ID' _Item.ID 536 _Item.Name '_PDBX_poly_seq_scheme.PDB_mon_ID' _Item.Description ; PDB residue name. ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.PDB_chain_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.PDB_chain_ID' _Item.ID 537 _Item.Name '_PDBX_poly_seq_scheme.PDB_chain_ID' _Item.Description ; PDB strand/chain id. ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.PDB_ins_code _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.PDB_ins_code' _Item.ID 538 _Item.Name '_PDBX_poly_seq_scheme.PDB_ins_code' _Item.Description ; PDB insertion code. ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.Auth_seq_num _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Auth_seq_num' _Item.ID 539 _Item.Name '_PDBX_poly_seq_scheme.Auth_seq_num' _Item.Description ; Pointer to '_Atom_site.Auth_seq_ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.Auth_mon_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Auth_mon_ID' _Item.ID 540 _Item.Name '_PDBX_poly_seq_scheme.Auth_mon_ID' _Item.Description ; Pointer to '_Atom_site.Auth_comp_ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Sf_ID' _Item.ID 541 _Item.Name '_PDBX_poly_seq_scheme.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__PDBX_poly_seq_scheme.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Entry_ID' _Item.ID 542 _Item.Name '_PDBX_poly_seq_scheme.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__PDBX_poly_seq_scheme.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_poly_seq_scheme.Assembly_ID' _Item.ID 543 _Item.Name '_PDBX_poly_seq_scheme.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 42 _Item.Category_label $PDBX_poly_seq_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_PDBX_nonpoly_scheme _Category.Sf_category category_description _Category.Sf_framecode PDBX_nonpoly_scheme _Category.ID 43 _Category.Name 'PDBX_nonpoly_scheme' _category.Description ; Items in the PDBX_nonpoly_scheme category provide residue level nomenclature mapping for non-polymer entities. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 544 $_PDBX_nonpoly_scheme.Entity_assembly_ID '_PDBX_nonpoly_scheme.Entity_assembly_ID' 557 $_PDBX_nonpoly_scheme.Entry_ID '_PDBX_nonpoly_scheme.Entry_ID' 558 $_PDBX_nonpoly_scheme.Assembly_ID '_PDBX_nonpoly_scheme.Assembly_ID' 43 NMR-STAR stop_ save_ save__PDBX_nonpoly_scheme.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Entity_assembly_ID' _Item.ID 544 _Item.Name '_PDBX_nonpoly_scheme.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__PDBX_nonpoly_scheme.Asym_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Asym_ID' _Item.ID 545 _Item.Name '_PDBX_nonpoly_scheme.Asym_ID' _Item.Description ; Pointer to '_Struct_asym.ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Entity_ID' _Item.ID 546 _Item.Name '_PDBX_nonpoly_scheme.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__PDBX_nonpoly_scheme.Mon_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Mon_ID' _Item.ID 547 _Item.Name '_PDBX_nonpoly_scheme.Mon_ID' _Item.Description ; Pointer to _Atom_site.Label_comp_ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Comp_index_ID' _Item.ID 548 _Item.Name '_PDBX_nonpoly_scheme.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'int' save_ save__PDBX_nonpoly_scheme.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Comp_ID' _Item.ID 549 _Item.Name '_PDBX_nonpoly_scheme.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.PDB_seq_num _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.PDB_seq_num' _Item.ID 550 _Item.Name '_PDBX_nonpoly_scheme.PDB_seq_num' _Item.Description ; PDB residue number. ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.Auth_seq_num _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Auth_seq_num' _Item.ID 551 _Item.Name '_PDBX_nonpoly_scheme.Auth_seq_num' _Item.Description ; Pointer to '_Atom_site.Auth_seq_ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.PDB_mon_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.PDB_mon_ID' _Item.ID 552 _Item.Name '_PDBX_nonpoly_scheme.PDB_mon_ID' _Item.Description ; PDB residue name. ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.Auth_mon_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Auth_mon_ID' _Item.ID 553 _Item.Name '_PDBX_nonpoly_scheme.Auth_mon_ID' _Item.Description ; Pointer to '_Atom_site.Auth_comp_ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.PDB_strand_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.PDB_strand_ID' _Item.ID 554 _Item.Name '_PDBX_nonpoly_scheme.PDB_strand_ID' _Item.Description ; PDB strand/chain id. ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.PDB_ins_code _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.PDB_ins_code' _Item.ID 555 _Item.Name '_PDBX_nonpoly_scheme.PDB_ins_code' _Item.Description ; PDB insertion code. ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code no _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Sf_ID' _Item.ID 556 _Item.Name '_PDBX_nonpoly_scheme.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__PDBX_nonpoly_scheme.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Entry_ID' _Item.ID 557 _Item.Name '_PDBX_nonpoly_scheme.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__PDBX_nonpoly_scheme.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_PDBX_nonpoly_scheme.Assembly_ID' _Item.ID 558 _Item.Name '_PDBX_nonpoly_scheme.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 43 _Item.Category_label $PDBX_nonpoly_scheme _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Atom_type _Category.Sf_category category_description _Category.Sf_framecode Atom_type _Category.ID 44 _Category.Name 'Atom_type' _category.Description ; Items in the atom_type category describe atoms from the periodic table. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 559 $_Atom_type.ID '_Atom_type.ID' 570 $_Atom_type.Entry_ID '_Atom_type.Entry_ID' 571 $_Atom_type.Assembly_ID '_Atom_type.Assembly_ID' 44 NMR-STAR stop_ save_ save__Atom_type.ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.ID' _Item.ID 559 _Item.Name '_Atom_type.ID' _Item.Description ; Integer value that uniquely defines the atom type. The primary key for this table. ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Atom_type.Symbol _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Symbol' _Item.ID 560 _Item.Name '_Atom_type.Symbol' _Item.Description ; Standard IUPAC atom symbol ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom_type.Atomic_number _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Atomic_number' _Item.ID 561 _Item.Name '_Atom_type.Atomic_number' _Item.Description ; Atom atomic number ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Atom_type.Isotope_number _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Isotope_number' _Item.ID 562 _Item.Name '_Atom_type.Isotope_number' _Item.Description ; Atom mass number ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Atom_type.Oxidation_number _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Oxidation_number' _Item.ID 563 _Item.Name '_Atom_type.Oxidation_number' _Item.Description ; Atom oxidation number ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom_type.Paramagnetic _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Paramagnetic' _Item.ID 564 _Item.Name '_Atom_type.Paramagnetic' _Item.Description ; Flag indicating if the atom is paramagnetic. ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Atom_type.Electron_configuration _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Electron_configuration' _Item.ID 565 _Item.Name '_Atom_type.Electron_configuration' _Item.Description ; Electron configuration for the atom ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Atom_type.Unpaired_electron_number _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Unpaired_electron_number' _Item.ID 566 _Item.Name '_Atom_type.Unpaired_electron_number' _Item.Description ; Number of unpaired electrons on the atom ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Atom_type.Atomic_mass _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Atomic_mass' _Item.ID 567 _Item.Name '_Atom_type.Atomic_mass' _Item.Description ; Atom atomic mass ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Atom_type.Van_der_Vaals_radii _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Van_der_Vaals_radii' _Item.ID 568 _Item.Name '_Atom_type.Van_der_Vaals_radii' _Item.Description ; van der Valls radii for the atom ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Atom_type.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Sf_ID' _Item.ID 569 _Item.Name '_Atom_type.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Atom_type.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Entry_ID' _Item.ID 570 _Item.Name '_Atom_type.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Atom_type.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom_type.Assembly_ID' _Item.ID 571 _Item.Name '_Atom_type.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 44 _Item.Category_label $Atom_type _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Atom _Category.Sf_category category_description _Category.Sf_framecode Atom _Category.ID 45 _Category.Name 'Atom' _category.Description ; Items in the atom category provide atom level nomenclature and mappings for polymer and non-polymer components in the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 572 $_Atom.Assembly_atom_ID '_Atom.Assembly_atom_ID' 591 $_Atom.Entry_ID '_Atom.Entry_ID' 592 $_Atom.Assembly_ID '_Atom.Assembly_ID' 45 NMR-STAR stop_ save_ save__Atom.Assembly_atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Assembly_atom_ID' _Item.ID 572 _Item.Name '_Atom.Assembly_atom_ID' _Item.Description ; A value that uniquely identifies the atom from all other atoms in the molecular assembly. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Atom.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Entity_assembly_ID' _Item.ID 573 _Item.Name '_Atom.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Atom.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Entity_ID' _Item.ID 574 _Item.Name '_Atom.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Atom.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Comp_index_ID' _Item.ID 575 _Item.Name '_Atom.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Atom.Seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Seq_ID' _Item.ID 576 _Item.Name '_Atom.Seq_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Atom.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Comp_ID' _Item.ID 577 _Item.Name '_Atom.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Atom.Atom_type_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Atom_type_ID' _Item.ID 578 _Item.Name '_Atom.Atom_type_ID' _Item.Description ; Pointer to '_Atom_type.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Atom.Atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Atom_ID' _Item.ID 579 _Item.Name '_Atom.Atom_ID' _Item.Description ; The value of _Atom.Atom_ID must uniquely identify a record in the atom list. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Atom.Type_symbol _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Type_symbol' _Item.ID 580 _Item.Name '_Atom.Type_symbol' _Item.Description ; The code used to identify the atom specie(s) representing this atom type. Normally this code is the element symbol. The code may be composed of any character except an underline with the additional proviso that digits designate an oxidation state and must ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Atom.PDB_one_letter_code _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_one_letter_code' _Item.ID 581 _Item.Name '_Atom.PDB_one_letter_code' _Item.Description ; One-letter code used by the PDB for amino acids and nucleic acids. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.PDB_strand_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_strand_ID' _Item.ID 582 _Item.Name '_Atom.PDB_strand_ID' _Item.Description ; PDB strand/chain id. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.PDB_ins_code _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_ins_code' _Item.ID 583 _Item.Name '_Atom.PDB_ins_code' _Item.Description ; PDB insertion code. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.PDB_asym_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_asym_ID' _Item.ID 584 _Item.Name '_Atom.PDB_asym_ID' _Item.Description ; Pointer to _Atom_site.PDBX_label_asym_ID'. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.PDB_seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_seq_ID' _Item.ID 585 _Item.Name '_Atom.PDB_seq_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Atom.PDB_comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_comp_ID' _Item.ID 586 _Item.Name '_Atom.PDB_comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.PDB_group _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_group' _Item.ID 587 _Item.Name '_Atom.PDB_group' _Item.Description ; The group of atoms to which the atom site belongs. This data item is provided for compatibility with the original Protein Data Bank format, and only for that purpose. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.PDB_atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_atom_ID' _Item.ID 588 _Item.Name '_Atom.PDB_atom_ID' _Item.Description ; This data item is a pointer to '_Chem_comp_atom.Atom_ID in the chem_comp_atom category. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.PDB_atom_type _Item.Sf_category item_description _Item.Sf_framecode '_Atom.PDB_atom_type' _Item.ID 589 _Item.Name '_Atom.PDB_atom_type' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Atom.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Sf_ID' _Item.ID 590 _Item.Name '_Atom.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Atom.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Entry_ID' _Item.ID 591 _Item.Name '_Atom.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Atom.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Atom.Assembly_ID' _Item.ID 592 _Item.Name '_Atom.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 45 _Item.Category_label $Atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_bio_function _Category.Sf_category category_description _Category.Sf_framecode Assembly_bio_function _Category.ID 46 _Category.Name 'Assembly_bio_function' _category.Description ; Items in the assembly_bio_function category describe the biological functions carried out by a molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 593 $_Assembly_bio_function.Biological_function '_Assembly_bio_function.Biological_function' 595 $_Assembly_bio_function.Entry_ID '_Assembly_bio_function.Entry_ID' 596 $_Assembly_bio_function.Assembly_ID '_Assembly_bio_function.Assembly_ID' 46 NMR-STAR stop_ save_ save__Assembly_bio_function.Biological_function _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_bio_function.Biological_function' _Item.ID 593 _Item.Name '_Assembly_bio_function.Biological_function' _Item.Description ; Very brief description of the biological function of the entity assembly. ; _Item.Category_ID 46 _Item.Category_label $Assembly_bio_function _Item.Mandatory_code yes _Item.Type_code 'text' save_ save__Assembly_bio_function.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_bio_function.Sf_ID' _Item.ID 594 _Item.Name '_Assembly_bio_function.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 46 _Item.Category_label $Assembly_bio_function _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_bio_function.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_bio_function.Entry_ID' _Item.ID 595 _Item.Name '_Assembly_bio_function.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 46 _Item.Category_label $Assembly_bio_function _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_bio_function.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_bio_function.Assembly_ID' _Item.ID 596 _Item.Name '_Assembly_bio_function.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 46 _Item.Category_label $Assembly_bio_function _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Angle _Category.Sf_category category_description _Category.Sf_framecode Angle _Category.ID 47 _Category.Name 'Angle' _category.Description ; Items in the angle category define a unique identifier for each angle described by three linked atoms in the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 597 $_Angle.ID '_Angle.ID' 630 $_Angle.Entry_ID '_Angle.Entry_ID' 631 $_Angle.Assembly_ID '_Angle.Assembly_ID' 47 NMR-STAR stop_ save_ save__Angle.ID _Item.Sf_category item_description _Item.Sf_framecode '_Angle.ID' _Item.ID 597 _Item.Name '_Angle.ID' _Item.Description ; Unique identifier for the angle that is valid across the full molecular assembly. ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Angle_name _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Angle_name' _Item.ID 598 _Item.Name '_Angle.Angle_name' _Item.Description ; Name for the angle defined as a community recognized standard. ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Angle.Assembly_atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Assembly_atom_ID_1' _Item.ID 599 _Item.Name '_Angle.Assembly_atom_ID_1' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Angle.Entity_assembly_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_assembly_ID_1' _Item.ID 600 _Item.Name '_Angle.Entity_assembly_ID_1' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Entity_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_ID_1' _Item.ID 601 _Item.Name '_Angle.Entity_ID_1' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Entity_label_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_label_1' _Item.ID 602 _Item.Name '_Angle.Entity_label_1' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Angle.Comp_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_ID_1' _Item.ID 603 _Item.Name '_Angle.Comp_ID_1' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Angle.Comp_label_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_label_1' _Item.ID 604 _Item.Name '_Angle.Comp_label_1' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Angle.Comp_index_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_index_ID_1' _Item.ID 605 _Item.Name '_Angle.Comp_index_ID_1' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Seq_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Seq_ID_1' _Item.ID 606 _Item.Name '_Angle.Seq_ID_1' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Atom_ID_1' _Item.ID 607 _Item.Name '_Angle.Atom_ID_1' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Angle.Atom_type_1 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Atom_type_1' _Item.ID 608 _Item.Name '_Angle.Atom_type_1' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Angle.Assembly_atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Assembly_atom_ID_2' _Item.ID 609 _Item.Name '_Angle.Assembly_atom_ID_2' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Angle.Entity_assembly_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_assembly_ID_2' _Item.ID 610 _Item.Name '_Angle.Entity_assembly_ID_2' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Entity_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_ID_2' _Item.ID 611 _Item.Name '_Angle.Entity_ID_2' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Entity_label_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_label_2' _Item.ID 612 _Item.Name '_Angle.Entity_label_2' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Angle.Comp_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_ID_2' _Item.ID 613 _Item.Name '_Angle.Comp_ID_2' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Angle.Comp_label_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_label_2' _Item.ID 614 _Item.Name '_Angle.Comp_label_2' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Angle.Comp_index_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_index_ID_2' _Item.ID 615 _Item.Name '_Angle.Comp_index_ID_2' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Seq_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Seq_ID_2' _Item.ID 616 _Item.Name '_Angle.Seq_ID_2' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Atom_ID_2' _Item.ID 617 _Item.Name '_Angle.Atom_ID_2' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Angle.Atom_type_2 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Atom_type_2' _Item.ID 618 _Item.Name '_Angle.Atom_type_2' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Angle.Assembly_atom_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Assembly_atom_ID_3' _Item.ID 619 _Item.Name '_Angle.Assembly_atom_ID_3' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Angle.Entity_assembly_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_assembly_ID_3' _Item.ID 620 _Item.Name '_Angle.Entity_assembly_ID_3' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Entity_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_ID_3' _Item.ID 621 _Item.Name '_Angle.Entity_ID_3' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Entity_label_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entity_label_3' _Item.ID 622 _Item.Name '_Angle.Entity_label_3' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Angle.Comp_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_ID_3' _Item.ID 623 _Item.Name '_Angle.Comp_ID_3' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Angle.Comp_label_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_label_3' _Item.ID 624 _Item.Name '_Angle.Comp_label_3' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Angle.Comp_index_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Comp_index_ID_3' _Item.ID 625 _Item.Name '_Angle.Comp_index_ID_3' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Seq_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Seq_ID_3' _Item.ID 626 _Item.Name '_Angle.Seq_ID_3' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Atom_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Atom_ID_3' _Item.ID 627 _Item.Name '_Angle.Atom_ID_3' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Angle.Atom_type_3 _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Atom_type_3' _Item.ID 628 _Item.Name '_Angle.Atom_type_3' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Angle.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Sf_ID' _Item.ID 629 _Item.Name '_Angle.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Angle.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Entry_ID' _Item.ID 630 _Item.Name '_Angle.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Angle.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Angle.Assembly_ID' _Item.ID 631 _Item.Name '_Angle.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 47 _Item.Category_label $Angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Torsion_angle _Category.Sf_category category_description _Category.Sf_framecode Torsion_angle _Category.ID 48 _Category.Name 'Torsion_angle' _category.Description ; Items in the torsion_angle category define a unique identifier for each torsion angle in the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 632 $_Torsion_angle.ID '_Torsion_angle.ID' 675 $_Torsion_angle.Entry_ID '_Torsion_angle.Entry_ID' 676 $_Torsion_angle.Assembly_ID '_Torsion_angle.Assembly_ID' 48 NMR-STAR stop_ save_ save__Torsion_angle.ID _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.ID' _Item.ID 632 _Item.Name '_Torsion_angle.ID' _Item.Description ; Unique identifier for the torsion angle that is valid across the full molecular assembly. ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Torsion_angle_name _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Torsion_angle_name' _Item.ID 633 _Item.Name '_Torsion_angle.Torsion_angle_name' _Item.Description ; Name for the torsion angle commonly used in the scientific literature or defined by a recognized organization for standard scientific nomenclature. ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Torsion_angle.Assembly_atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Assembly_atom_ID_1' _Item.ID 634 _Item.Name '_Torsion_angle.Assembly_atom_ID_1' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Torsion_angle.Entity_assembly_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_assembly_ID_1' _Item.ID 635 _Item.Name '_Torsion_angle.Entity_assembly_ID_1' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_ID_1' _Item.ID 636 _Item.Name '_Torsion_angle.Entity_ID_1' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_label_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_label_1' _Item.ID 637 _Item.Name '_Torsion_angle.Entity_label_1' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_ID_1' _Item.ID 638 _Item.Name '_Torsion_angle.Comp_ID_1' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Comp_label_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_label_1' _Item.ID 639 _Item.Name '_Torsion_angle.Comp_label_1' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_index_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_index_ID_1' _Item.ID 640 _Item.Name '_Torsion_angle.Comp_index_ID_1' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Seq_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Seq_ID_1' _Item.ID 641 _Item.Name '_Torsion_angle.Seq_ID_1' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_ID_1' _Item.ID 642 _Item.Name '_Torsion_angle.Atom_ID_1' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Torsion_angle.Atom_type_1 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_type_1' _Item.ID 643 _Item.Name '_Torsion_angle.Atom_type_1' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Assembly_atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Assembly_atom_ID_2' _Item.ID 644 _Item.Name '_Torsion_angle.Assembly_atom_ID_2' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Torsion_angle.Entity_assembly_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_assembly_ID_2' _Item.ID 645 _Item.Name '_Torsion_angle.Entity_assembly_ID_2' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_ID_2' _Item.ID 646 _Item.Name '_Torsion_angle.Entity_ID_2' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_label_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_label_2' _Item.ID 647 _Item.Name '_Torsion_angle.Entity_label_2' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_ID_2' _Item.ID 648 _Item.Name '_Torsion_angle.Comp_ID_2' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Comp_label_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_label_2' _Item.ID 649 _Item.Name '_Torsion_angle.Comp_label_2' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_index_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_index_ID_2' _Item.ID 650 _Item.Name '_Torsion_angle.Comp_index_ID_2' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Seq_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Seq_ID_2' _Item.ID 651 _Item.Name '_Torsion_angle.Seq_ID_2' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_ID_2' _Item.ID 652 _Item.Name '_Torsion_angle.Atom_ID_2' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Torsion_angle.Atom_type_2 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_type_2' _Item.ID 653 _Item.Name '_Torsion_angle.Atom_type_2' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Assembly_atom_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Assembly_atom_ID_3' _Item.ID 654 _Item.Name '_Torsion_angle.Assembly_atom_ID_3' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Torsion_angle.Entity_assembly_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_assembly_ID_3' _Item.ID 655 _Item.Name '_Torsion_angle.Entity_assembly_ID_3' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_ID_3' _Item.ID 656 _Item.Name '_Torsion_angle.Entity_ID_3' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_label_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_label_3' _Item.ID 657 _Item.Name '_Torsion_angle.Entity_label_3' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_ID_3' _Item.ID 658 _Item.Name '_Torsion_angle.Comp_ID_3' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Comp_label_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_label_3' _Item.ID 659 _Item.Name '_Torsion_angle.Comp_label_3' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_index_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_index_ID_3' _Item.ID 660 _Item.Name '_Torsion_angle.Comp_index_ID_3' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Seq_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Seq_ID_3' _Item.ID 661 _Item.Name '_Torsion_angle.Seq_ID_3' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Atom_ID_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_ID_3' _Item.ID 662 _Item.Name '_Torsion_angle.Atom_ID_3' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Torsion_angle.Atom_type_3 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_type_3' _Item.ID 663 _Item.Name '_Torsion_angle.Atom_type_3' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Assembly_atom_ID_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Assembly_atom_ID_4' _Item.ID 664 _Item.Name '_Torsion_angle.Assembly_atom_ID_4' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Torsion_angle.Entity_assembly_ID_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_assembly_ID_4' _Item.ID 665 _Item.Name '_Torsion_angle.Entity_assembly_ID_4' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_ID_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_ID_4' _Item.ID 666 _Item.Name '_Torsion_angle.Entity_ID_4' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entity_label_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entity_label_4' _Item.ID 667 _Item.Name '_Torsion_angle.Entity_label_4' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_ID_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_ID_4' _Item.ID 668 _Item.Name '_Torsion_angle.Comp_ID_4' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Comp_label_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_label_4' _Item.ID 669 _Item.Name '_Torsion_angle.Comp_label_4' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Torsion_angle.Comp_index_ID_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Comp_index_ID_4' _Item.ID 670 _Item.Name '_Torsion_angle.Comp_index_ID_4' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Seq_ID_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Seq_ID_4' _Item.ID 671 _Item.Name '_Torsion_angle.Seq_ID_4' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Atom_ID_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_ID_4' _Item.ID 672 _Item.Name '_Torsion_angle.Atom_ID_4' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Torsion_angle.Atom_type_4 _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Atom_type_4' _Item.ID 673 _Item.Name '_Torsion_angle.Atom_type_4' _Item.Description ; Standard symbol used to define the atom element type. ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Sf_ID' _Item.ID 674 _Item.Name '_Torsion_angle.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Torsion_angle.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Entry_ID' _Item.ID 675 _Item.Name '_Torsion_angle.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Torsion_angle.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Torsion_angle.Assembly_ID' _Item.ID 676 _Item.Name '_Torsion_angle.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 48 _Item.Category_label $Torsion_angle _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_segment _Category.Sf_category category_description _Category.Sf_framecode Assembly_segment _Category.ID 49 _Category.Name 'Assembly_segment' _category.Description ; Items in the assembly_segment category define at levels from atom to chemical component subsets of the assembly. The subsets may be but are not limited to contiguous atoms or components of the assembly. As an example, the active site of a molecular assembly could be defined as a segment. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 677 $_Assembly_segment.ID '_Assembly_segment.ID' 688 $_Assembly_segment.Entry_ID '_Assembly_segment.Entry_ID' 689 $_Assembly_segment.Assembly_ID '_Assembly_segment.Assembly_ID' 49 NMR-STAR stop_ save_ save__Assembly_segment.ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.ID' _Item.ID 677 _Item.Name '_Assembly_segment.ID' _Item.Description ; Integer value that uniquely defines the segment of the molecular assembly described. This tag is not the primary key for this table. ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Assembly_segment.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Entity_assembly_ID' _Item.ID 678 _Item.Name '_Assembly_segment.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Entity_ID' _Item.ID 679 _Item.Name '_Assembly_segment.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment.Entity_label _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Entity_label' _Item.ID 680 _Item.Name '_Assembly_segment.Entity_label' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Assembly_segment.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Comp_index_ID' _Item.ID 681 _Item.Name '_Assembly_segment.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Comp_ID' _Item.ID 682 _Item.Name '_Assembly_segment.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_segment.Comp_label _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Comp_label' _Item.ID 683 _Item.Name '_Assembly_segment.Comp_label' _Item.Description ; Pointer to a save frame of the category 'chem_comp' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Assembly_segment.Seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Seq_ID' _Item.ID 684 _Item.Name '_Assembly_segment.Seq_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment.Atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Atom_ID' _Item.ID 685 _Item.Name '_Assembly_segment.Atom_ID' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Assembly_segment.Assembly_atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Assembly_atom_ID' _Item.ID 686 _Item.Name '_Assembly_segment.Assembly_atom_ID' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Sf_ID' _Item.ID 687 _Item.Name '_Assembly_segment.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Entry_ID' _Item.ID 688 _Item.Name '_Assembly_segment.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_segment.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment.Assembly_ID' _Item.ID 689 _Item.Name '_Assembly_segment.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 49 _Item.Category_label $Assembly_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_segment_description _Category.Sf_category category_description _Category.Sf_framecode Assembly_segment_description _Category.ID 50 _Category.Name 'Assembly_segment_description' _category.Description ; Items in the assembly_segment_description category provide a description of an assembly segment. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 690 $_Assembly_segment_description.Assembly_segment_ID '_Assembly_segment_description.Assembly_segment_ID' 694 $_Assembly_segment_description.Entry_ID '_Assembly_segment_description.Entry_ID' 695 $_Assembly_segment_description.Assembly_ID '_Assembly_segment_description.Assembly_ID' 50 NMR-STAR stop_ save_ save__Assembly_segment_description.Assembly_segment_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment_description.Assembly_segment_ID' _Item.ID 690 _Item.Name '_Assembly_segment_description.Assembly_segment_ID' _Item.Description ; Pointer to '_Assembly_segment.ID' ; _Item.Category_ID 50 _Item.Category_label $Assembly_segment_description _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment_description.Code _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment_description.Code' _Item.ID 691 _Item.Name '_Assembly_segment_description.Code' _Item.Description ; Code that defines the type of assembly segment. ; _Item.Category_ID 50 _Item.Category_label $Assembly_segment_description _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_segment_description.Details _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment_description.Details' _Item.ID 692 _Item.Name '_Assembly_segment_description.Details' _Item.Description ; Text providing additional information about the assembly segment. ; _Item.Category_ID 50 _Item.Category_label $Assembly_segment_description _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Assembly_segment_description.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment_description.Sf_ID' _Item.ID 693 _Item.Name '_Assembly_segment_description.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 50 _Item.Category_label $Assembly_segment_description _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_segment_description.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment_description.Entry_ID' _Item.ID 694 _Item.Name '_Assembly_segment_description.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 50 _Item.Category_label $Assembly_segment_description _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_segment_description.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_segment_description.Assembly_ID' _Item.ID 695 _Item.Name '_Assembly_segment_description.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 50 _Item.Category_label $Assembly_segment_description _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_keyword _Category.Sf_category category_description _Category.Sf_framecode Assembly_keyword _Category.ID 51 _Category.Name 'Assembly_keyword' _category.Description ; Items in the assembly_keyword category provide keywords describing the molecular system. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 696 $_Assembly_keyword.Keyword '_Assembly_keyword.Keyword' 698 $_Assembly_keyword.Entry_ID '_Assembly_keyword.Entry_ID' 699 $_Assembly_keyword.Assembly_ID '_Assembly_keyword.Assembly_ID' 51 NMR-STAR stop_ save_ save__Assembly_keyword.Keyword _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_keyword.Keyword' _Item.ID 696 _Item.Name '_Assembly_keyword.Keyword' _Item.Description ; A word or very brief phrase that provide a concise description of the entity assembly. ; _Item.Category_ID 51 _Item.Category_label $Assembly_keyword _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Assembly_keyword.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_keyword.Sf_ID' _Item.ID 697 _Item.Name '_Assembly_keyword.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 51 _Item.Category_label $Assembly_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_keyword.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_keyword.Entry_ID' _Item.ID 698 _Item.Name '_Assembly_keyword.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 51 _Item.Category_label $Assembly_keyword _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_keyword.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_keyword.Assembly_ID' _Item.ID 699 _Item.Name '_Assembly_keyword.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 51 _Item.Category_label $Assembly_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_citation _Category.Sf_category category_description _Category.Sf_framecode Assembly_citation _Category.ID 52 _Category.Name 'Assembly_citation' _category.Description ; Items in the assembly_citation category provide a pointer to a citation where the molecular assembly is described. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 9 _Category.Category_group_name assembly _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 700 $_Assembly_citation.Citation_ID '_Assembly_citation.Citation_ID' 703 $_Assembly_citation.Entry_ID '_Assembly_citation.Entry_ID' 704 $_Assembly_citation.Assembly_ID '_Assembly_citation.Assembly_ID' 52 NMR-STAR stop_ save_ save__Assembly_citation.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_citation.Citation_ID' _Item.ID 700 _Item.Name '_Assembly_citation.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 52 _Item.Category_label $Assembly_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_citation.Citation_label _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_citation.Citation_label' _Item.ID 701 _Item.Name '_Assembly_citation.Citation_label' _Item.Description ; Pointer to a save frame of the category citation. ; _Item.Category_ID 52 _Item.Category_label $Assembly_citation _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Assembly_citation.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_citation.Sf_ID' _Item.ID 702 _Item.Name '_Assembly_citation.Sf_ID' _Item.Description ; Pointer to '_Assembly.Sf_ID' ; _Item.Category_ID 52 _Item.Category_label $Assembly_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Assembly_citation.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_citation.Entry_ID' _Item.ID 703 _Item.Name '_Assembly_citation.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 52 _Item.Category_label $Assembly_citation _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_citation.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_citation.Assembly_ID' _Item.ID 704 _Item.Name '_Assembly_citation.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 52 _Item.Category_label $Assembly_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_annotation_list _Category.Sf_category category_description _Category.Sf_framecode Assembly_annotation_list _Category.ID 53 _Category.Name 'Assembly_annotation_list' _category.Description ; Items in the assembly_annotation list category provide details about the author provided annoations describing the molecular assembly studied. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 10 _Category.Category_group_name assembly_annotation _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 707 $_Assembly_annotation_list.Entry_ID '_Assembly_annotation_list.Entry_ID' 709 $_Assembly_annotation_list.ID '_Assembly_annotation_list.ID' 53 NMR-STAR stop_ save_ save__Assembly_annotation_list.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_annotation_list.Sf_category' _Item.ID 705 _Item.Name '_Assembly_annotation_list.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 53 _Item.Category_label $Assembly_annotation_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_annotation_list.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_annotation_list.Sf_framecode' _Item.ID 706 _Item.Name '_Assembly_annotation_list.Sf_framecode' _Item.Description ; The framecode for the save frame where author defined annotations for the molecular assembly studied are provided. ; _Item.Category_ID 53 _Item.Category_label $Assembly_annotation_list _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Assembly_annotation_list.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_annotation_list.Entry_ID' _Item.ID 707 _Item.Name '_Assembly_annotation_list.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 53 _Item.Category_label $Assembly_annotation_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_annotation_list.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_annotation_list.Sf_ID' _Item.ID 708 _Item.Name '_Assembly_annotation_list.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 53 _Item.Category_label $Assembly_annotation_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Assembly_annotation_list.ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_annotation_list.ID' _Item.ID 709 _Item.Name '_Assembly_annotation_list.ID' _Item.Description ; An integer value that uniquely defines the assembly annotation save frame from other assembly annotation save frames in the entry. ; _Item.Category_ID 53 _Item.Category_label $Assembly_annotation_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Assembly_annotation_list.Source _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_annotation_list.Source' _Item.ID 710 _Item.Name '_Assembly_annotation_list.Source' _Item.Description ; Code defining the source of the annotation provided. ; _Item.Category_ID 53 _Item.Category_label $Assembly_annotation_list _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Assembly_annotation_list.Details _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_annotation_list.Details' _Item.ID 711 _Item.Name '_Assembly_annotation_list.Details' _Item.Description ; Text providing additional information regarding the annotation provided for the assembly and/or its subsystems. ; _Item.Category_ID 53 _Item.Category_label $Assembly_annotation_list _Item.Mandatory_code no _Item.Type_code 'text' save_ save_Author_annotation _Category.Sf_category category_description _Category.Sf_framecode Author_annotation _Category.ID 54 _Category.Name 'Author_annotation' _category.Description ; Items in the assembly_annotation category define the author supplied annotations that describe the molecular assembly studied. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 10 _Category.Category_group_name assembly_annotation _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 712 $_Author_annotation.ID '_Author_annotation.ID' 728 $_Author_annotation.Entry_ID '_Author_annotation.Entry_ID' 729 $_Author_annotation.Assembly_annotation_list_ID '_Author_annotation.Assembly_annotation_list_ID' 54 NMR-STAR stop_ save_ save__Author_annotation.ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.ID' _Item.ID 712 _Item.Name '_Author_annotation.ID' _Item.Description ; An integer value that uniquely identifies the author provided annotation. ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Assembly_ID' _Item.ID 713 _Item.Name '_Author_annotation.Assembly_ID' _Item.Description ; Pointer to '_Assembly.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Assembly_subsystem_ID' _Item.ID 714 _Item.Name '_Author_annotation.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Author_annotation.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Entity_assembly_ID' _Item.ID 715 _Item.Name '_Author_annotation.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Entity_ID' _Item.ID 716 _Item.Name '_Author_annotation.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Comp_index_ID' _Item.ID 717 _Item.Name '_Author_annotation.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Comp_index_ID_start _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Comp_index_ID_start' _Item.ID 718 _Item.Name '_Author_annotation.Comp_index_ID_start' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Comp_index_ID_end _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Comp_index_ID_end' _Item.ID 719 _Item.Name '_Author_annotation.Comp_index_ID_end' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Seq_ID' _Item.ID 720 _Item.Name '_Author_annotation.Seq_ID' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Seq_ID_start _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Seq_ID_start' _Item.ID 721 _Item.Name '_Author_annotation.Seq_ID_start' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Author_annotation.Seq_ID_end _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Seq_ID_end' _Item.ID 722 _Item.Name '_Author_annotation.Seq_ID_end' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Author_annotation.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Comp_ID' _Item.ID 723 _Item.Name '_Author_annotation.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Author_annotation.Atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Atom_ID' _Item.ID 724 _Item.Name '_Author_annotation.Atom_ID' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code no _Item.Type_code 'atcode' save_ save__Author_annotation.Assembly_atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Assembly_atom_ID' _Item.ID 725 _Item.Name '_Author_annotation.Assembly_atom_ID' _Item.Description ; Pointer to '_Atom.Assembly_atom_ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Author_annotation.Annotation_code _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Annotation_code' _Item.ID 726 _Item.Name '_Author_annotation.Annotation_code' _Item.Description ; A code that describes the kind of annotation provided. ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Author_annotation.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Sf_ID' _Item.ID 727 _Item.Name '_Author_annotation.Sf_ID' _Item.Description ; Pointer to '_Assembly_annotation_list.Sf_ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Author_annotation.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Entry_ID' _Item.ID 728 _Item.Name '_Author_annotation.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Author_annotation.Assembly_annotation_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Author_annotation.Assembly_annotation_list_ID' _Item.ID 729 _Item.Name '_Author_annotation.Assembly_annotation_list_ID' _Item.Description ; Pointer to '_Assembly_annotation_list.ID' ; _Item.Category_ID 54 _Item.Category_label $Author_annotation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Assembly_subsystem _Category.Sf_category category_description _Category.Sf_framecode Assembly_subsystem _Category.ID 55 _Category.Name 'Assembly_subsystem' _category.Description ; Items in the assembly_subsystem category describe the molecule(s) in an assembly that together make up a subset that has structural or functional significance. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 732 $_Assembly_subsystem.Entry_ID '_Assembly_subsystem.Entry_ID' 734 $_Assembly_subsystem.ID '_Assembly_subsystem.ID' 55 NMR-STAR stop_ save_ save__Assembly_subsystem.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Sf_category' _Item.ID 730 _Item.Name '_Assembly_subsystem.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_subsystem.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Sf_framecode' _Item.ID 731 _Item.Name '_Assembly_subsystem.Sf_framecode' _Item.Description ; A descriptive label that uniquely identifies this molecular subsystem from all other subsystems of the molecular assembly studied. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Assembly_subsystem.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Entry_ID' _Item.ID 732 _Item.Name '_Assembly_subsystem.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Assembly_subsystem.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Sf_ID' _Item.ID 733 _Item.Name '_Assembly_subsystem.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Assembly_subsystem.ID _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.ID' _Item.ID 734 _Item.Name '_Assembly_subsystem.ID' _Item.Description ; An integer value that uniquely defines the subsystem of the molecular assembly described. An assembly subsystem contains a subset of the components of the full molecular assembly, but does not consist of fragments of the molecular assembly components. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Assembly_subsystem.Name _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Name' _Item.ID 735 _Item.Name '_Assembly_subsystem.Name' _Item.Description ; Author supplied name for the assembly subsystem. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Assembly_subsystem.CAS_name _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.CAS_name' _Item.ID 736 _Item.Name '_Assembly_subsystem.CAS_name' _Item.Description ; Chemical Abstract Services name that applies to the assembly subsystem. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly_subsystem.CAS_registry_number _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.CAS_registry_number' _Item.ID 737 _Item.Name '_Assembly_subsystem.CAS_registry_number' _Item.Description ; Chemical Abstract Services registry number that applies to the assembly subsystem. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly_subsystem.Enzyme_commission_number _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Enzyme_commission_number' _Item.ID 738 _Item.Name '_Assembly_subsystem.Enzyme_commission_number' _Item.Description ; Identification number defined by the Enzyme Commission for the protein molecular system, or biological molecular system described in the save frame. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Assembly_subsystem.Molecular_mass _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Molecular_mass' _Item.ID 739 _Item.Name '_Assembly_subsystem.Molecular_mass' _Item.Description ; The approximate mass of the system as defined by the authors and is intended to approximate the sum of the masses of all of the atoms in the system. No attempt is made to define the mass at a specific pH value, in terms of the protonation state of any ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Assembly_subsystem.Details _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.Details' _Item.ID 740 _Item.Name '_Assembly_subsystem.Details' _Item.Description ; Additional information relevant to the data in the current save frame or to a specific data item is entered as a value to this tag. The information entered must supplement information already present. Whenever possible data should associated with specif ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Assembly_subsystem.DB_query_date _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.DB_query_date' _Item.ID 741 _Item.Name '_Assembly_subsystem.DB_query_date' _Item.Description ; Date that the last query has been conducted to locate entries in external databases that are related to the assembly subsystem. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Assembly_subsystem.DB_last_query_revised_last_date _Item.Sf_category item_description _Item.Sf_framecode '_Assembly_subsystem.DB_last_query_revised_last_date' _Item.ID 742 _Item.Name '_Assembly_subsystem.DB_last_query_revised_last_date' _Item.Description ; Date that this table was updated with links to external databases. ; _Item.Category_ID 55 _Item.Category_label $Assembly_subsystem _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save_Subsystem_common_name _Category.Sf_category category_description _Category.Sf_framecode Subsystem_common_name _Category.ID 56 _Category.Name 'Subsystem_common_name' _category.Description ; Items in the subsystem_common_name category define the name(s) provided by the author or found in the literature for a defined subsystem of a molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 743 $_Subsystem_common_name.Name '_Subsystem_common_name.Name' 745 $_Subsystem_common_name.Entry_ID '_Subsystem_common_name.Entry_ID' 746 $_Subsystem_common_name.Assembly_subsystem_ID '_Subsystem_common_name.Assembly_subsystem_ID' 56 NMR-STAR stop_ save_ save__Subsystem_common_name.Name _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_common_name.Name' _Item.ID 743 _Item.Name '_Subsystem_common_name.Name' _Item.Description ; A name commonly used in the literature to refer to this assembly subsystem. ; _Item.Category_ID 56 _Item.Category_label $Subsystem_common_name _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Subsystem_common_name.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_common_name.Sf_ID' _Item.ID 744 _Item.Name '_Subsystem_common_name.Sf_ID' _Item.Description ; Pointer to '_Assembly_subsystem.Sf_ID' ; _Item.Category_ID 56 _Item.Category_label $Subsystem_common_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_common_name.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_common_name.Entry_ID' _Item.ID 745 _Item.Name '_Subsystem_common_name.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 56 _Item.Category_label $Subsystem_common_name _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Subsystem_common_name.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_common_name.Assembly_subsystem_ID' _Item.ID 746 _Item.Name '_Subsystem_common_name.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 56 _Item.Category_label $Subsystem_common_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Subsystem_type _Category.Sf_category category_description _Category.Sf_framecode Subsystem_type _Category.ID 57 _Category.Name 'Subsystem_type' _category.Description ; Items in the subsystem_type category define the type(s) of the subsystem. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 747 $_Subsystem_type.Type '_Subsystem_type.Type' 749 $_Subsystem_type.Entry_ID '_Subsystem_type.Entry_ID' 750 $_Subsystem_type.Assembly_subsystem_ID '_Subsystem_type.Assembly_subsystem_ID' 57 NMR-STAR stop_ save_ save__Subsystem_type.Type _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_type.Type' _Item.ID 747 _Item.Name '_Subsystem_type.Type' _Item.Description ; A code that defines the general type or kind of assembly subsystem. ; _Item.Category_ID 57 _Item.Category_label $Subsystem_type _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Subsystem_type.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_type.Sf_ID' _Item.ID 748 _Item.Name '_Subsystem_type.Sf_ID' _Item.Description ; Pointer to '_Assembly_subsystem.Sf_ID' ; _Item.Category_ID 57 _Item.Category_label $Subsystem_type _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_type.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_type.Entry_ID' _Item.ID 749 _Item.Name '_Subsystem_type.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 57 _Item.Category_label $Subsystem_type _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Subsystem_type.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_type.Assembly_subsystem_ID' _Item.ID 750 _Item.Name '_Subsystem_type.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 57 _Item.Category_label $Subsystem_type _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Subsystem_component _Category.Sf_category category_description _Category.Sf_framecode Subsystem_component _Category.ID 58 _Category.Name 'Subsystem_component' _category.Description ; Items in the subsystem_component define the elements of the full molecular assembly that are members of the subsystem. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 751 $_Subsystem_component.Entity_assembly_ID '_Subsystem_component.Entity_assembly_ID' 755 $_Subsystem_component.Entry_ID '_Subsystem_component.Entry_ID' 756 $_Subsystem_component.Assembly_subsystem_ID '_Subsystem_component.Assembly_subsystem_ID' 58 NMR-STAR stop_ save_ save__Subsystem_component.Entity_assembly_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_component.Entity_assembly_ID' _Item.ID 751 _Item.Name '_Subsystem_component.Entity_assembly_ID' _Item.Description ; Pointer to '_Entity_assembly.ID' ; _Item.Category_ID 58 _Item.Category_label $Subsystem_component _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_component.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_component.Entity_ID' _Item.ID 752 _Item.Name '_Subsystem_component.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 58 _Item.Category_label $Subsystem_component _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_component.Entity_label _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_component.Entity_label' _Item.ID 753 _Item.Name '_Subsystem_component.Entity_label' _Item.Description ; Pointer to a save frame of the category entity. ; _Item.Category_ID 58 _Item.Category_label $Subsystem_component _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Subsystem_component.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_component.Sf_ID' _Item.ID 754 _Item.Name '_Subsystem_component.Sf_ID' _Item.Description ; Pointer to '_Assembly_subsystem.Sf_ID' ; _Item.Category_ID 58 _Item.Category_label $Subsystem_component _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_component.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_component.Entry_ID' _Item.ID 755 _Item.Name '_Subsystem_component.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 58 _Item.Category_label $Subsystem_component _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Subsystem_component.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_component.Assembly_subsystem_ID' _Item.ID 756 _Item.Name '_Subsystem_component.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 58 _Item.Category_label $Subsystem_component _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Subsystem_keyword _Category.Sf_category category_description _Category.Sf_framecode Subsystem_keyword _Category.ID 59 _Category.Name 'Subsystem_keyword' _category.Description ; Items in the subsystem_keyword category define keywords that describe a subsystem of the molecular assembly. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 757 $_Subsystem_keyword.Keyword '_Subsystem_keyword.Keyword' 759 $_Subsystem_keyword.Entry_ID '_Subsystem_keyword.Entry_ID' 760 $_Subsystem_keyword.Assembly_subsystem_ID '_Subsystem_keyword.Assembly_subsystem_ID' 59 NMR-STAR stop_ save_ save__Subsystem_keyword.Keyword _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_keyword.Keyword' _Item.ID 757 _Item.Name '_Subsystem_keyword.Keyword' _Item.Description ; A keyword that describes the assembly subsystem. ; _Item.Category_ID 59 _Item.Category_label $Subsystem_keyword _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Subsystem_keyword.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_keyword.Sf_ID' _Item.ID 758 _Item.Name '_Subsystem_keyword.Sf_ID' _Item.Description ; Pointer to '_Assembly_subsystem.Sf_ID' ; _Item.Category_ID 59 _Item.Category_label $Subsystem_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_keyword.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_keyword.Entry_ID' _Item.ID 759 _Item.Name '_Subsystem_keyword.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 59 _Item.Category_label $Subsystem_keyword _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Subsystem_keyword.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_keyword.Assembly_subsystem_ID' _Item.ID 760 _Item.Name '_Subsystem_keyword.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 59 _Item.Category_label $Subsystem_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Subsystem_biological_function _Category.Sf_category category_description _Category.Sf_framecode Subsystem_biological_function _Category.ID 60 _Category.Name 'Subsystem_biological_function' _category.Description ; Items in the subsystem_biological_function category define the biological functions that the subsystem of the molecular assembly carry out. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 761 $_Subsystem_biological_function.Biological_function '_Subsystem_biological_function.Biological_function' 763 $_Subsystem_biological_function.Entry_ID '_Subsystem_biological_function.Entry_ID' 764 $_Subsystem_biological_function.Assembly_subsystem_ID '_Subsystem_biological_function.Assembly_subsystem_ID' 60 NMR-STAR stop_ save_ save__Subsystem_biological_function.Biological_function _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_biological_function.Biological_function' _Item.ID 761 _Item.Name '_Subsystem_biological_function.Biological_function' _Item.Description ; A word or very brief phrase that defines a biological function that the assembly subsystem carries out. ; _Item.Category_ID 60 _Item.Category_label $Subsystem_biological_function _Item.Mandatory_code yes _Item.Type_code 'text' save_ save__Subsystem_biological_function.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_biological_function.Sf_ID' _Item.ID 762 _Item.Name '_Subsystem_biological_function.Sf_ID' _Item.Description ; Pointer to '_Assembly_subsystem.Sf_ID' ; _Item.Category_ID 60 _Item.Category_label $Subsystem_biological_function _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_biological_function.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_biological_function.Entry_ID' _Item.ID 763 _Item.Name '_Subsystem_biological_function.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 60 _Item.Category_label $Subsystem_biological_function _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Subsystem_biological_function.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_biological_function.Assembly_subsystem_ID' _Item.ID 764 _Item.Name '_Subsystem_biological_function.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 60 _Item.Category_label $Subsystem_biological_function _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Subsystem_db_link _Category.Sf_category category_description _Category.Sf_framecode Subsystem_db_link _Category.ID 61 _Category.Name 'Subsystem_db_link' _category.Description ; Items in the subsystem_db_link category define databases and the entries in the databases that are related to the subsystem of the molecular assembly. ; _Category.Loop_code yes _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 766 $_Subsystem_db_link.Database_code '_Subsystem_db_link.Database_code' 767 $_Subsystem_db_link.Accession_code '_Subsystem_db_link.Accession_code' 774 $_Subsystem_db_link.Entry_ID '_Subsystem_db_link.Entry_ID' 775 $_Subsystem_db_link.Assembly_subsystem_ID '_Subsystem_db_link.Assembly_subsystem_ID' 61 NMR-STAR stop_ save_ save__Subsystem_db_link.Author_supplied _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Author_supplied' _Item.ID 765 _Item.Name '_Subsystem_db_link.Author_supplied' _Item.Description ; Boolean code that defines if the link to a database was provided by the author (yes) or from another source (no). ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Subsystem_db_link.Database_code _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Database_code' _Item.ID 766 _Item.Name '_Subsystem_db_link.Database_code' _Item.Description ; Abbreviation for the database ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Subsystem_db_link.Accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Accession_code' _Item.ID 767 _Item.Name '_Subsystem_db_link.Accession_code' _Item.Description ; Accession code for the entry in the database. ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Subsystem_db_link.Entry_mol_code _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Entry_mol_code' _Item.ID 768 _Item.Name '_Subsystem_db_link.Entry_mol_code' _Item.Description ; Code assigned by the database to the molecule in the database entry. ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Subsystem_db_link.Entry_mol_name _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Entry_mol_name' _Item.ID 769 _Item.Name '_Subsystem_db_link.Entry_mol_name' _Item.Description ; Name of the molecular assembly in the database entry. ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Subsystem_db_link.Entry_experimental_method _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Entry_experimental_method' _Item.ID 770 _Item.Name '_Subsystem_db_link.Entry_experimental_method' _Item.Description ; Experimental method used to generate the data in the database entry. ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Subsystem_db_link.Entry_relation_type _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Entry_relation_type' _Item.ID 771 _Item.Name '_Subsystem_db_link.Entry_relation_type' _Item.Description ; Relationship between the database entry and this BMRB entry. ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Subsystem_db_link.Entry_details _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Entry_details' _Item.ID 772 _Item.Name '_Subsystem_db_link.Entry_details' _Item.Description ; Any text information relevant to the database entry. ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Subsystem_db_link.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Sf_ID' _Item.ID 773 _Item.Name '_Subsystem_db_link.Sf_ID' _Item.Description ; Pointer to '_Assembly_subsystem.Sf_ID' ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_db_link.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Entry_ID' _Item.ID 774 _Item.Name '_Subsystem_db_link.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Subsystem_db_link.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_db_link.Assembly_subsystem_ID' _Item.ID 775 _Item.Name '_Subsystem_db_link.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 61 _Item.Category_label $Subsystem_db_link _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Subsystem_citation _Category.Sf_category category_description _Category.Sf_framecode Subsystem_citation _Category.ID 62 _Category.Name 'Subsystem_citation' _category.Description ; Items in the subsystem_citation category define the pointers to citations provided in the entry that describe the subsystem of the molecular assembly or other relevant information. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 11 _Category.Category_group_name assembly_subsystems _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 776 $_Subsystem_citation.Citation_ID '_Subsystem_citation.Citation_ID' 779 $_Subsystem_citation.Entry_ID '_Subsystem_citation.Entry_ID' 780 $_Subsystem_citation.Assembly_subsystem_ID '_Subsystem_citation.Assembly_subsystem_ID' 62 NMR-STAR stop_ save_ save__Subsystem_citation.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_citation.Citation_ID' _Item.ID 776 _Item.Name '_Subsystem_citation.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 62 _Item.Category_label $Subsystem_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_citation.Citation_label _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_citation.Citation_label' _Item.ID 777 _Item.Name '_Subsystem_citation.Citation_label' _Item.Description ; Pointer to a save frame of the category citation. ; _Item.Category_ID 62 _Item.Category_label $Subsystem_citation _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Subsystem_citation.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_citation.Sf_ID' _Item.ID 778 _Item.Name '_Subsystem_citation.Sf_ID' _Item.Description ; Pointer to '_Assembly_subsystem.Sf_ID' ; _Item.Category_ID 62 _Item.Category_label $Subsystem_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Subsystem_citation.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_citation.Entry_ID' _Item.ID 779 _Item.Name '_Subsystem_citation.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 62 _Item.Category_label $Subsystem_citation _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Subsystem_citation.Assembly_subsystem_ID _Item.Sf_category item_description _Item.Sf_framecode '_Subsystem_citation.Assembly_subsystem_ID' _Item.ID 780 _Item.Name '_Subsystem_citation.Assembly_subsystem_ID' _Item.Description ; Pointer to '_Assembly_subsystem.ID' ; _Item.Category_ID 62 _Item.Category_label $Subsystem_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity _Category.Sf_category category_description _Category.Sf_framecode Entity _Category.ID 63 _Category.Name 'Entity' _category.Description ; Items in the entity category describe the characteristics of a molecular entity (protein, nucleic acid, polycarbohydrate, cofactor, ligand, inhibitor, etc.) ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 783 $_Entity.Entry_ID '_Entity.Entry_ID' 785 $_Entity.ID '_Entity.ID' 63 NMR-STAR stop_ save_ save__Entity.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Sf_category' _Item.ID 781 _Item.Name '_Entity.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Sf_framecode' _Item.ID 782 _Item.Name '_Entity.Sf_framecode' _Item.Description ; A descriptive label that uniquely identifies this entity from all other chemically unique entities in the molecular assembly studied. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entity.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Entry_ID' _Item.ID 783 _Item.Name '_Entity.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Sf_ID' _Item.ID 784 _Item.Name '_Entity.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity.ID' _Item.ID 785 _Item.Name '_Entity.ID' _Item.Description ; An integer value that is the unique identifier for the entity within the entry. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity.BMRB_code _Item.Sf_category item_description _Item.Sf_framecode '_Entity.BMRB_code' _Item.ID 786 _Item.Name '_Entity.BMRB_code' _Item.Description ; A code for the entity that uniquely identifies the entity within a library of entities maintained at BMRB. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity.Name _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Name' _Item.ID 787 _Item.Name '_Entity.Name' _Item.Description ; A brief name commonly used for the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Entity.Type _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Type' _Item.ID 788 _Item.Name '_Entity.Type' _Item.Description ; Entities are of two types: polymer or non-polymer. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity.Type' polymer 'A biological polymer (protein, peptide, nucleic acid, etc.)' 788 63 NMR-STAR '_Entity.Type' non-polymer 'Ligand, metal ion, or other non-polymeric molecule' 788 63 NMR-STAR '_Entity.Type' water ? 788 63 NMR-STAR '_Entity.Type' aggregate ? 788 63 NMR-STAR '_Entity.Type' solvent ? 788 63 NMR-STAR stop_ save_ save__Entity.Polymer_common_type _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_common_type' _Item.ID 789 _Item.Name '_Entity.Polymer_common_type' _Item.Description ; A code that indicates the common type of polymer to which the entity belongs. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity.Polymer_common_type' protein ? 789 63 NMR-STAR '_Entity.Polymer_common_type' DNA ? 789 63 NMR-STAR '_Entity.Polymer_common_type' RNA ? 789 63 NMR-STAR '_Entity.Polymer_common_type' 'DNA/RNA hybrid' ? 789 63 NMR-STAR '_Entity.Polymer_common_type' polysaccharide ? 789 63 NMR-STAR stop_ save_ save__Entity.Polymer_type _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_type' _Item.ID 790 _Item.Name '_Entity.Polymer_type' _Item.Description ; Entity polymer types include protein, DNA, RNA, DNA/RNA hybrids, and carbohydrates. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity.Polymer_type' polypeptide(L) L-protein 790 63 NMR-STAR '_Entity.Polymer_type' polydeoxyribonucleotide DNA 790 63 NMR-STAR '_Entity.Polymer_type' polyribonucleotide RNA 790 63 NMR-STAR '_Entity.Polymer_type' 'polydeoxyribonucleotide/polyribonucleotide hybrid' ? 790 63 NMR-STAR '_Entity.Polymer_type' polypeptide(D) ? 790 63 NMR-STAR '_Entity.Polymer_type' polysaccharide(D) ? 790 63 NMR-STAR '_Entity.Polymer_type' polysaccharide(L) ? 790 63 NMR-STAR '_Entity.Polymer_type' cyclic-pseudo-peptide ? 790 63 NMR-STAR '_Entity.Polymer_type' other ? 790 63 NMR-STAR stop_ save_ save__Entity.Polymer_type_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_type_details' _Item.ID 791 _Item.Name '_Entity.Polymer_type_details' _Item.Description ; Additional information about the polymer type. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.Polymer_strand_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_strand_ID' _Item.ID 792 _Item.Name '_Entity.Polymer_strand_ID' _Item.Description ; The PDB strand/chain id(s) corresponding to this polymer entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity.Polymer_seq_one_letter_code_can _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_seq_one_letter_code_can' _Item.ID 793 _Item.Name '_Entity.Polymer_seq_one_letter_code_can' _Item.Description ; The sequence of a polymer entity expressed using only the standard one-letter code for chemical components. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.Polymer_seq_one_letter_code _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_seq_one_letter_code' _Item.ID 794 _Item.Name '_Entity.Polymer_seq_one_letter_code' _Item.Description ; The sequence of a polymer entity expressed using the one-letter code for standard residues and an X for non-standard residues. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.Target_identifier _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Target_identifier' _Item.ID 795 _Item.Name '_Entity.Target_identifier' _Item.Description ; The TargetDB ID for the protein in the molecular system studied. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity.Polymer_author_defined_seq _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_author_defined_seq' _Item.ID 796 _Item.Name '_Entity.Polymer_author_defined_seq' _Item.Description ; The author may provide a numbering scheme for a biopolymer that is different from that defined by the public databases. This scheme may contain non-sequential numbering and the use of alphabetic characters. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.Polymer_author_seq_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Polymer_author_seq_details' _Item.ID 797 _Item.Name '_Entity.Polymer_author_seq_details' _Item.Description ; A text description of the sequence for this entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.Ambiguous_conformational_states _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Ambiguous_conformational_states' _Item.ID 798 _Item.Name '_Entity.Ambiguous_conformational_states' _Item.Description ; A boolean flag to indicate the presence of multiple conformational states for the entity that have not been clearly defined. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entity.Ambiguous_chem_comp_sites _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Ambiguous_chem_comp_sites' _Item.ID 799 _Item.Name '_Entity.Ambiguous_chem_comp_sites' _Item.Description ; A boolean flag that indicates the presence or absence of multiple conformational states for specific chemical components of the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entity.Nstd_monomer _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Nstd_monomer' _Item.ID 800 _Item.Name '_Entity.Nstd_monomer' _Item.Description ; A boolean flag that indicates the presence (No) or absence (Yes) of non-standard chemical components in the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entity.Nstd_chirality _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Nstd_chirality' _Item.ID 801 _Item.Name '_Entity.Nstd_chirality' _Item.Description ; A boolean flag that indicates the presence or absence of non-standard chiral atoms in the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entity.Nstd_linkage _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Nstd_linkage' _Item.ID 802 _Item.Name '_Entity.Nstd_linkage' _Item.Description ; A flag indicating the presence or absence of non-standard linkages between monomers in the biopolymer. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entity.Nonpolymer_comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Nonpolymer_comp_ID' _Item.ID 803 _Item.Name '_Entity.Nonpolymer_comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity.Nonpolymer_comp_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Nonpolymer_comp_label' _Item.ID 804 _Item.Name '_Entity.Nonpolymer_comp_label' _Item.Description ; Pointer to a save frame of the category chem_comp. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Entity.Number_of_monomers _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Number_of_monomers' _Item.ID 805 _Item.Name '_Entity.Number_of_monomers' _Item.Description ; The number of chemical components that make up a polymer entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity.Number_of_nonpolymer_components _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Number_of_nonpolymer_components' _Item.ID 806 _Item.Name '_Entity.Number_of_nonpolymer_components' _Item.Description ; Non-polymer compounds like ATP or NAD may be comprised of more than one chemical component. If you want to describe each of the components in the non-polymer enter the number of components that exist in the non-polymer entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'int' _Item.Default_value '?' save_ save__Entity.Paramagnetic _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Paramagnetic' _Item.ID 807 _Item.Name '_Entity.Paramagnetic' _Item.Description ; A boolean flag that indicates the paramagnetic state of the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entity.Thiol_state _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Thiol_state' _Item.ID 808 _Item.Name '_Entity.Thiol_state' _Item.Description ; A keyword that describes the state of the thiol groups in the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity.Thiol_state' 'all disulfide bound' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'all other bound' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'all free' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'not present' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'not available' ? 808 63 NMR-STAR '_Entity.Thiol_state' unknown ? 808 63 NMR-STAR '_Entity.Thiol_state' 'not reported' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'free and disulfide bound' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'free and other bound' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'free disulfide and other bound' ? 808 63 NMR-STAR '_Entity.Thiol_state' 'disulfide and other bound' ? 808 63 NMR-STAR stop_ save_ save__Entity.Src_method _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Src_method' _Item.ID 809 _Item.Name '_Entity.Src_method' _Item.Description ; The method by which the sample for the entity was produced. Entities isolated directly from natural sources (tissues, soil samples, etc.) are expected to have further information in the entity natural source category. Entities isolated from genetically ma ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity.Parent_entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Parent_entity_ID' _Item.ID 810 _Item.Name '_Entity.Parent_entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity.Fragment _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Fragment' _Item.ID 811 _Item.Name '_Entity.Fragment' _Item.Description ; Entity fragment description(s). ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.Mutation _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Mutation' _Item.ID 812 _Item.Name '_Entity.Mutation' _Item.Description ; Details about any entity mutation(s). ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.EC_number _Item.Sf_category item_description _Item.Sf_framecode '_Entity.EC_number' _Item.ID 813 _Item.Name '_Entity.EC_number' _Item.Description ; Enzyme Commission number ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity.Calc_isoelectric_point _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Calc_isoelectric_point' _Item.ID 814 _Item.Name '_Entity.Calc_isoelectric_point' _Item.Description ; The theoretical isoelectric point for the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity.Formula_weight _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Formula_weight' _Item.ID 815 _Item.Name '_Entity.Formula_weight' _Item.Description ; Formula mass in daltons of the entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity.Formula_weight_exptl _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Formula_weight_exptl' _Item.ID 816 _Item.Name '_Entity.Formula_weight_exptl' _Item.Description ; Experimentally determined formula weight for the molecular entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity.Formula_weight_exptl_meth _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Formula_weight_exptl_meth' _Item.ID 817 _Item.Name '_Entity.Formula_weight_exptl_meth' _Item.Description ; Method used to experimentally determine the formula weight for the molecular entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entity.Details' _Item.ID 818 _Item.Name '_Entity.Details' _Item.Description ; Text providing additional details regarding this entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity.DB_query_date _Item.Sf_category item_description _Item.Sf_framecode '_Entity.DB_query_date' _Item.ID 819 _Item.Name '_Entity.DB_query_date' _Item.Description ; Last date that a query was conducted to locate entries in databases that are related to this molecular entity. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Entity.DB_query_revised_last_date _Item.Sf_category item_description _Item.Sf_framecode '_Entity.DB_query_revised_last_date' _Item.ID 820 _Item.Name '_Entity.DB_query_revised_last_date' _Item.Description ; Last date that the table of related database entries was last updated. ; _Item.Category_ID 63 _Item.Category_label $Entity _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save_Entity_db_link _Category.Sf_category category_description _Category.Sf_framecode Entity_db_link _Category.ID 64 _Category.Name 'Entity_db_link' _category.Description ; Items in the entity_db_link provide the names of databases and accession numbers for entries in the databases that are related to a molecular entity and information about the link entry. ; _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 823 $_Entity_db_link.Database_code '_Entity_db_link.Database_code' 824 $_Entity_db_link.Accession_code '_Entity_db_link.Accession_code' 842 $_Entity_db_link.Entry_ID '_Entity_db_link.Entry_ID' 843 $_Entity_db_link.Entity_ID '_Entity_db_link.Entity_ID' 64 NMR-STAR stop_ save_ save__Entity_db_link.Ordinal _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Ordinal' _Item.ID 821 _Item.Name '_Entity_db_link.Ordinal' _Item.Description ; An integer value used to maintain the order of the rows in the entity DB loop when reading and writing NMR-STAR files. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_db_link.Author_supplied _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Author_supplied' _Item.ID 822 _Item.Name '_Entity_db_link.Author_supplied' _Item.Description ; A code indicating that the link to a related database was provided by an author (yes) or obtained through another method (no). ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'yes_no' _Item.Default_value '?' save_ save__Entity_db_link.Database_code _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Database_code' _Item.ID 823 _Item.Name '_Entity_db_link.Database_code' _Item.Description ; Code assigned to a database. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_db_link.Database_code' BMRB ? 823 64 NMR-STAR '_Entity_db_link.Database_code' DBJ ? 823 64 NMR-STAR '_Entity_db_link.Database_code' EMBL ? 823 64 NMR-STAR '_Entity_db_link.Database_code' GB ? 823 64 NMR-STAR '_Entity_db_link.Database_code' PDB ? 823 64 NMR-STAR '_Entity_db_link.Database_code' PIR ? 823 64 NMR-STAR '_Entity_db_link.Database_code' PRF ? 823 64 NMR-STAR '_Entity_db_link.Database_code' REF ? 823 64 NMR-STAR '_Entity_db_link.Database_code' SP ? 823 64 NMR-STAR '_Entity_db_link.Database_code' UNP ? 823 64 NMR-STAR '_Entity_db_link.Database_code' NCBI ? 823 64 NMR-STAR '_Entity_db_link.Database_code' HUGO 'HUGO Gene Nomenclature Committee' 823 64 NMR-STAR '_Entity_db_link.Database_code' tRNADB 'transfer RNA database' 823 64 NMR-STAR '_Entity_db_link.Database_code' BMRB(withdrawn) ? 823 64 NMR-STAR stop_ save_ save__Entity_db_link.Accession_code _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Accession_code' _Item.ID 824 _Item.Name '_Entity_db_link.Accession_code' _Item.Description ; Accession code for the entry in the database. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Entity_db_link.Entry_mol_code _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entry_mol_code' _Item.ID 825 _Item.Name '_Entity_db_link.Entry_mol_code' _Item.Description ; Code assigned by the database to the molecule in the database entry. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_db_link.Entry_mol_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entry_mol_name' _Item.ID 826 _Item.Name '_Entity_db_link.Entry_mol_name' _Item.Description ; Name of the molecular entity in the database entry. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_db_link.Entry_experimental_method _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entry_experimental_method' _Item.ID 827 _Item.Name '_Entity_db_link.Entry_experimental_method' _Item.Description ; For structural databases, the method used to determine the structure. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_db_link.Entry_experimental_method' 'solution NMR' ? 827 64 NMR-STAR '_Entity_db_link.Entry_experimental_method' 'solid-state NMR' ? 827 64 NMR-STAR '_Entity_db_link.Entry_experimental_method' 'X-ray crystallography' ? 827 64 NMR-STAR stop_ save_ save__Entity_db_link.Entry_structure_resolution _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entry_structure_resolution' _Item.ID 828 _Item.Name '_Entity_db_link.Entry_structure_resolution' _Item.Description ; A value taken from the database that is a measure of the quality of the structure. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity_db_link.Entry_relation_type _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entry_relation_type' _Item.ID 829 _Item.Name '_Entity_db_link.Entry_relation_type' _Item.Description ; A brief description of how the database entry is related to the molecular entity. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_db_link.Entry_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entry_details' _Item.ID 830 _Item.Name '_Entity_db_link.Entry_details' _Item.Description ; Text providing additional information about the matching entry. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_db_link.Chimera_segment_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Chimera_segment_ID' _Item.ID 831 _Item.Name '_Entity_db_link.Chimera_segment_ID' _Item.Description ; Code indicating if the listed database link is specific to the fragment of the entity described by the tag '_Entity.Fragment'. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_db_link.Seq_query_to_submitted_percent _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_query_to_submitted_percent' _Item.ID 832 _Item.Name '_Entity_db_link.Seq_query_to_submitted_percent' _Item.Description ; In percent, the ratio of the length of retrieve sequence to the length of the sequence of the molecular entity. This value can be used to determine if the retrieved sequence is a subset or superset of the molecular entity. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity_db_link.Seq_subject_length _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_subject_length' _Item.ID 833 _Item.Name '_Entity_db_link.Seq_subject_length' _Item.Description ; Length of the polymer sequence retrieve from the database. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_db_link.Seq_identity _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_identity' _Item.ID 834 _Item.Name '_Entity_db_link.Seq_identity' _Item.Description ; Number of residues in the retrieved sequence that have identical positions in the molecular entity determined by a homology alignment method. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity_db_link.Seq_positive _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_positive' _Item.ID 835 _Item.Name '_Entity_db_link.Seq_positive' _Item.Description ; Number of residues in the retrieved sequence where the corresponding residue in the molecular entity sequence has similar physical characteristics (hydrophobicity, charge, etc.) ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity_db_link.Seq_homology_expectation_val _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_homology_expectation_val' _Item.ID 836 _Item.Name '_Entity_db_link.Seq_homology_expectation_val' _Item.Description ; The BLAST expectation value for the homology between the retrieved polymer and the molecular entity. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Entity_db_link.Seq_align_begin _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_align_begin' _Item.ID 837 _Item.Name '_Entity_db_link.Seq_align_begin' _Item.Description ; The sequence position in the database sequence at which the alignment with the sequence of the biopolymer studied begins. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_db_link.Seq_align_end _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_align_end' _Item.ID 838 _Item.Name '_Entity_db_link.Seq_align_end' _Item.Description ; The sequence position in the database sequence at which the alignment with the sequence of the biopolymer studied. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_db_link.Seq_difference_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_difference_details' _Item.ID 839 _Item.Name '_Entity_db_link.Seq_difference_details' _Item.Description ; Text describing the differences in the sequences for the matched polymers. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_db_link.Seq_alignment_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Seq_alignment_details' _Item.ID 840 _Item.Name '_Entity_db_link.Seq_alignment_details' _Item.Description ; Text describing the alignment between the matched polymer sequences. ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_db_link.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Sf_ID' _Item.ID 841 _Item.Name '_Entity_db_link.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_db_link.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entry_ID' _Item.ID 842 _Item.Name '_Entity_db_link.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_db_link.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_db_link.Entity_ID' _Item.ID 843 _Item.Name '_Entity_db_link.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 64 _Item.Category_label $Entity_db_link _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_biological_function _Category.Sf_category category_description _Category.Sf_framecode Entity_biological_function _Category.ID 65 _Category.Name 'Entity_biological_function' _category.Description ; Items in the entity_biological_function category describe the biological function of the molecular entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 844 $_Entity_biological_function.Biological_function '_Entity_biological_function.Biological_function' 846 $_Entity_biological_function.Entry_ID '_Entity_biological_function.Entry_ID' 847 $_Entity_biological_function.Entity_ID '_Entity_biological_function.Entity_ID' 65 NMR-STAR stop_ save_ save__Entity_biological_function.Biological_function _Item.Sf_category item_description _Item.Sf_framecode '_Entity_biological_function.Biological_function' _Item.ID 844 _Item.Name '_Entity_biological_function.Biological_function' _Item.Description ; A specific function carried out by the molecular entity in its native biological system. ; _Item.Category_ID 65 _Item.Category_label $Entity_biological_function _Item.Mandatory_code yes _Item.Type_code 'text' save_ save__Entity_biological_function.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_biological_function.Sf_ID' _Item.ID 845 _Item.Name '_Entity_biological_function.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 65 _Item.Category_label $Entity_biological_function _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_biological_function.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_biological_function.Entry_ID' _Item.ID 846 _Item.Name '_Entity_biological_function.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 65 _Item.Category_label $Entity_biological_function _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_biological_function.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_biological_function.Entity_ID' _Item.ID 847 _Item.Name '_Entity_biological_function.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 65 _Item.Category_label $Entity_biological_function _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_common_name _Category.Sf_category category_description _Category.Sf_framecode Entity_common_name _Category.ID 66 _Category.Name 'Entity_common_name' _category.Description ; Items in the entity_common_name category provide a list of common names for the molecular entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 848 $_Entity_common_name.Name '_Entity_common_name.Name' 849 $_Entity_common_name.Type '_Entity_common_name.Type' 851 $_Entity_common_name.Entry_ID '_Entity_common_name.Entry_ID' 852 $_Entity_common_name.Entity_ID '_Entity_common_name.Entity_ID' 66 NMR-STAR stop_ save_ save__Entity_common_name.Name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_common_name.Name' _Item.ID 848 _Item.Name '_Entity_common_name.Name' _Item.Description ; A name commonly used in the literature to refer to this biopolymer. This may be a full name or an abbreviation. ; _Item.Category_ID 66 _Item.Category_label $Entity_common_name _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Entity_common_name.Type _Item.Sf_category item_description _Item.Sf_framecode '_Entity_common_name.Type' _Item.ID 849 _Item.Name '_Entity_common_name.Type' _Item.Description ; A code defining the type of the common name provided. ; _Item.Category_ID 66 _Item.Category_label $Entity_common_name _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_common_name.Type' common 'An often used full name for the entity' 849 66 NMR-STAR '_Entity_common_name.Type' abbreviation 'Common abbreviation used in the literature for the entity' 849 66 NMR-STAR '_Entity_common_name.Type' synonym 'A synonym used for the entity' 849 66 NMR-STAR stop_ save_ save__Entity_common_name.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_common_name.Sf_ID' _Item.ID 850 _Item.Name '_Entity_common_name.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 66 _Item.Category_label $Entity_common_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_common_name.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_common_name.Entry_ID' _Item.ID 851 _Item.Name '_Entity_common_name.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 66 _Item.Category_label $Entity_common_name _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_common_name.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_common_name.Entity_ID' _Item.ID 852 _Item.Name '_Entity_common_name.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 66 _Item.Category_label $Entity_common_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_systematic_name _Category.Sf_category category_description _Category.Sf_framecode Entity_systematic_name _Category.ID 67 _Category.Name 'Entity_systematic_name' _category.Description ; Items in the entity_systematic_name category provide a list of systematic names for a molecular entity and the systematic naming system. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 854 $_Entity_systematic_name.Naming_system '_Entity_systematic_name.Naming_system' 856 $_Entity_systematic_name.Entry_ID '_Entity_systematic_name.Entry_ID' 857 $_Entity_systematic_name.Entity_ID '_Entity_systematic_name.Entity_ID' 67 NMR-STAR stop_ save_ save__Entity_systematic_name.Name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_systematic_name.Name' _Item.ID 853 _Item.Name '_Entity_systematic_name.Name' _Item.Description ; A name for the biopolymer that has been defined by an official body or is derived from rules defined by an official organization recognized by the scientific community. ; _Item.Category_ID 67 _Item.Category_label $Entity_systematic_name _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Entity_systematic_name.Naming_system _Item.Sf_category item_description _Item.Sf_framecode '_Entity_systematic_name.Naming_system' _Item.ID 854 _Item.Name '_Entity_systematic_name.Naming_system' _Item.Description ; An official method of nomenclature or defined set of nomenclature for biopolymers recognized by the scientific community. ; _Item.Category_ID 67 _Item.Category_label $Entity_systematic_name _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_systematic_name.Naming_system' IUPAC ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' 'CAS name' ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' 'CAS registry number' ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' BMRB ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' 'Three letter code' ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' Pfam ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' Swiss-Prot ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' EC ? 854 67 NMR-STAR '_Entity_systematic_name.Naming_system' NCBI ? 854 67 NMR-STAR stop_ save_ save__Entity_systematic_name.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_systematic_name.Sf_ID' _Item.ID 855 _Item.Name '_Entity_systematic_name.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 67 _Item.Category_label $Entity_systematic_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_systematic_name.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_systematic_name.Entry_ID' _Item.ID 856 _Item.Name '_Entity_systematic_name.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 67 _Item.Category_label $Entity_systematic_name _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_systematic_name.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_systematic_name.Entity_ID' _Item.ID 857 _Item.Name '_Entity_systematic_name.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 67 _Item.Category_label $Entity_systematic_name _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_keyword _Category.Sf_category category_description _Category.Sf_framecode Entity_keyword _Category.ID 68 _Category.Name 'Entity_keyword' _category.Description ; Items in the entity_keyword category provide a list of keywords that describe a molecular entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 858 $_Entity_keyword.Keyword '_Entity_keyword.Keyword' 860 $_Entity_keyword.Entry_ID '_Entity_keyword.Entry_ID' 861 $_Entity_keyword.Entity_ID '_Entity_keyword.Entity_ID' 68 NMR-STAR stop_ save_ save__Entity_keyword.Keyword _Item.Sf_category item_description _Item.Sf_framecode '_Entity_keyword.Keyword' _Item.ID 858 _Item.Name '_Entity_keyword.Keyword' _Item.Description ; A single word or very brief phrase that characterizes the molecular entity. ; _Item.Category_ID 68 _Item.Category_label $Entity_keyword _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Entity_keyword.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_keyword.Sf_ID' _Item.ID 859 _Item.Name '_Entity_keyword.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 68 _Item.Category_label $Entity_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_keyword.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_keyword.Entry_ID' _Item.ID 860 _Item.Name '_Entity_keyword.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 68 _Item.Category_label $Entity_keyword _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_keyword.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_keyword.Entity_ID' _Item.ID 861 _Item.Name '_Entity_keyword.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 68 _Item.Category_label $Entity_keyword _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_comp_index _Category.Sf_category category_description _Category.Sf_framecode Entity_comp_index _Category.ID 69 _Category.Name 'Entity_comp_index' _category.Description ; Items in the entity_comp_index category provide a consistent numbering system for the moieties (amino acid residues, nucleotides, monosaccharides, or other chemical components) that are linked together through chemical bonds to form either a polymer or a non-polymer entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 862 $_Entity_comp_index.ID '_Entity_comp_index.ID' 867 $_Entity_comp_index.Entry_ID '_Entity_comp_index.Entry_ID' 868 $_Entity_comp_index.Entity_ID '_Entity_comp_index.Entity_ID' 69 NMR-STAR stop_ save_ save__Entity_comp_index.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index.ID' _Item.ID 862 _Item.Name '_Entity_comp_index.ID' _Item.Description ; Unique ID for the compound in the entity ; _Item.Category_ID 69 _Item.Category_label $Entity_comp_index _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_comp_index.Auth_seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index.Auth_seq_ID' _Item.ID 863 _Item.Name '_Entity_comp_index.Auth_seq_ID' _Item.Description ; Author supplied sequence number identifying the position in the sequence of the polymer where the alternate residue or chemical compound is located. ; _Item.Category_ID 69 _Item.Category_label $Entity_comp_index _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_comp_index.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index.Comp_ID' _Item.ID 864 _Item.Name '_Entity_comp_index.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 69 _Item.Category_label $Entity_comp_index _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_comp_index.Comp_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index.Comp_label' _Item.ID 865 _Item.Name '_Entity_comp_index.Comp_label' _Item.Description ; Pointer to a save frame of the category chem_comp. ; _Item.Category_ID 69 _Item.Category_label $Entity_comp_index _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Entity_comp_index.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index.Sf_ID' _Item.ID 866 _Item.Name '_Entity_comp_index.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 69 _Item.Category_label $Entity_comp_index _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_comp_index.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index.Entry_ID' _Item.ID 867 _Item.Name '_Entity_comp_index.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 69 _Item.Category_label $Entity_comp_index _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_comp_index.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index.Entity_ID' _Item.ID 868 _Item.Name '_Entity_comp_index.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 69 _Item.Category_label $Entity_comp_index _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_poly_seq _Category.Sf_category category_description _Category.Sf_framecode Entity_poly_seq _Category.ID 70 _Category.Name 'Entity_poly_seq' _category.Description ; Data items in the entity_poly_seq category specify the sequence of monomers in a polymer. Allowance is made for the possibility of microheterogeneity in a sample by allowing a given sequence number to be correlated with more than one monomer ID. The corresponding ATOM_SITE entries should reflect this heterogeneity. ; _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 871 $_Entity_poly_seq.Num '_Entity_poly_seq.Num' 874 $_Entity_poly_seq.Entry_ID '_Entity_poly_seq.Entry_ID' 875 $_Entity_poly_seq.Entity_ID '_Entity_poly_seq.Entity_ID' 70 NMR-STAR stop_ save_ save__Entity_poly_seq.Hetero _Item.Sf_category item_description _Item.Sf_framecode '_Entity_poly_seq.Hetero' _Item.ID 869 _Item.Name '_Entity_poly_seq.Hetero' _Item.Description ; A flag to indicate whether this monomer in the polymer is heterogeneous in sequence. This would be rare. ; _Item.Category_ID 70 _Item.Category_label $Entity_poly_seq _Item.Mandatory_code no _Item.Type_code 'ucode' save_ save__Entity_poly_seq.Mon_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_poly_seq.Mon_ID' _Item.ID 870 _Item.Name '_Entity_poly_seq.Mon_ID' _Item.Description ; This data item is a pointer to '_Chem_comp.ID' in the chem_comp category. ; _Item.Category_ID 70 _Item.Category_label $Entity_poly_seq _Item.Mandatory_code no _Item.Type_code 'code' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_poly_seq.Num _Item.Sf_category item_description _Item.Sf_framecode '_Entity_poly_seq.Num' _Item.ID 871 _Item.Name '_Entity_poly_seq.Num' _Item.Description ; The value of '_Entity_poly_seq.Num must uniquely and sequentially identify a record in the Entiy_poly_seq list. Note that this item must be a number and that the sequence numbers must progress in increasing numerical order. ; _Item.Category_ID 70 _Item.Category_label $Entity_poly_seq _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_poly_seq.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_poly_seq.Comp_index_ID' _Item.ID 872 _Item.Name '_Entity_poly_seq.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 70 _Item.Category_label $Entity_poly_seq _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_poly_seq.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_poly_seq.Sf_ID' _Item.ID 873 _Item.Name '_Entity_poly_seq.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 70 _Item.Category_label $Entity_poly_seq _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_poly_seq.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_poly_seq.Entry_ID' _Item.ID 874 _Item.Name '_Entity_poly_seq.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 70 _Item.Category_label $Entity_poly_seq _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_poly_seq.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_poly_seq.Entity_ID' _Item.ID 875 _Item.Name '_Entity_poly_seq.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 70 _Item.Category_label $Entity_poly_seq _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_chimera_segment _Category.Sf_category category_description _Category.Sf_framecode Entity_chimera_segment _Category.ID 71 _Category.Name 'Entity_chimera_segment' _category.Description ; Items in the entity_chimera_segment category describe the beginning and ending points of the two segments of a biopolymer that form the hybrid biopolymer. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 876 $_Entity_chimera_segment.ID '_Entity_chimera_segment.ID' 883 $_Entity_chimera_segment.Entry_ID '_Entity_chimera_segment.Entry_ID' 884 $_Entity_chimera_segment.Entity_ID '_Entity_chimera_segment.Entity_ID' 71 NMR-STAR stop_ save_ save__Entity_chimera_segment.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.ID' _Item.ID 876 _Item.Name '_Entity_chimera_segment.ID' _Item.Description ; The value of '_Entity_chimera_segment.ID' must uniquely identify a record in the Entity_fragment list. ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_chimera_segment.Comp_index_ID_begin _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Comp_index_ID_begin' _Item.ID 877 _Item.Name '_Entity_chimera_segment.Comp_index_ID_begin' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_chimera_segment.Comp_index_ID_end _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Comp_index_ID_end' _Item.ID 878 _Item.Name '_Entity_chimera_segment.Comp_index_ID_end' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_chimera_segment.Seq_ID_begin _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Seq_ID_begin' _Item.ID 879 _Item.Name '_Entity_chimera_segment.Seq_ID_begin' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_chimera_segment.Seq_ID_end _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Seq_ID_end' _Item.ID 880 _Item.Name '_Entity_chimera_segment.Seq_ID_end' _Item.Description ; Pointer to '_Entity_poly_seq.Num' ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_chimera_segment.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Details' _Item.ID 881 _Item.Name '_Entity_chimera_segment.Details' _Item.Description ; Text providing additional information about the fragment from the molecular entity. ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_chimera_segment.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Sf_ID' _Item.ID 882 _Item.Name '_Entity_chimera_segment.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_chimera_segment.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Entry_ID' _Item.ID 883 _Item.Name '_Entity_chimera_segment.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_chimera_segment.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chimera_segment.Entity_ID' _Item.ID 884 _Item.Name '_Entity_chimera_segment.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 71 _Item.Category_label $Entity_chimera_segment _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_comp_index_alt _Category.Sf_category category_description _Category.Sf_framecode Entity_comp_index_alt _Category.ID 72 _Category.Name 'Entity_comp_index_alt' _category.Description ; Items in the entity_comp_index_alt category define an alternate residue numbering scheme for the an entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 885 $_Entity_comp_index_alt.Entity_comp_index_ID '_Entity_comp_index_alt.Entity_comp_index_ID' 888 $_Entity_comp_index_alt.Comp_ID '_Entity_comp_index_alt.Comp_ID' 891 $_Entity_comp_index_alt.Entry_ID '_Entity_comp_index_alt.Entry_ID' 892 $_Entity_comp_index_alt.Entity_ID '_Entity_comp_index_alt.Entity_ID' 72 NMR-STAR stop_ save_ save__Entity_comp_index_alt.Entity_comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Entity_comp_index_ID' _Item.ID 885 _Item.Name '_Entity_comp_index_alt.Entity_comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_comp_index_alt.Auth_seq_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Auth_seq_ID' _Item.ID 886 _Item.Name '_Entity_comp_index_alt.Auth_seq_ID' _Item.Description ; Author supplied sequence number identifying the position in the sequence of the polymer where the alternate residue or chemical compound is located. ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_comp_index_alt.Auth_comp_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Auth_comp_name' _Item.ID 887 _Item.Name '_Entity_comp_index_alt.Auth_comp_name' _Item.Description ; Author supplied name or code for the alternate residue found at the defined sequence position. ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_comp_index_alt.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Comp_ID' _Item.ID 888 _Item.Name '_Entity_comp_index_alt.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_comp_index_alt.Comp_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Comp_label' _Item.ID 889 _Item.Name '_Entity_comp_index_alt.Comp_label' _Item.Description ; Pointer to a save frame of the category chem_comp. ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entity_comp_index_alt.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Sf_ID' _Item.ID 890 _Item.Name '_Entity_comp_index_alt.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_comp_index_alt.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Entry_ID' _Item.ID 891 _Item.Name '_Entity_comp_index_alt.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_comp_index_alt.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_comp_index_alt.Entity_ID' _Item.ID 892 _Item.Name '_Entity_comp_index_alt.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 72 _Item.Category_label $Entity_comp_index_alt _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_atom_list _Category.Sf_category category_description _Category.Sf_framecode Entity_atom_list _Category.ID 73 _Category.Name 'Entity_atom_list' _category.Description ; Items in the entity_atom_list define the names of the atoms that exist in the entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 893 $_Entity_atom_list.ID '_Entity_atom_list.ID' 898 $_Entity_atom_list.Entry_ID '_Entity_atom_list.Entry_ID' 899 $_Entity_atom_list.Entity_ID '_Entity_atom_list.Entity_ID' 73 NMR-STAR stop_ save_ save__Entity_atom_list.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_atom_list.ID' _Item.ID 893 _Item.Name '_Entity_atom_list.ID' _Item.Description ; The value of '_Entity_atom_list.ID' must uniquely identify an atom in the entity. ; _Item.Category_ID 73 _Item.Category_label $Entity_atom_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_atom_list.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_atom_list.Comp_index_ID' _Item.ID 894 _Item.Name '_Entity_atom_list.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 73 _Item.Category_label $Entity_atom_list _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_atom_list.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_atom_list.Comp_ID' _Item.ID 895 _Item.Name '_Entity_atom_list.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 73 _Item.Category_label $Entity_atom_list _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_atom_list.Atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_atom_list.Atom_ID' _Item.ID 896 _Item.Name '_Entity_atom_list.Atom_ID' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 73 _Item.Category_label $Entity_atom_list _Item.Mandatory_code no _Item.Type_code 'atcode' save_ save__Entity_atom_list.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_atom_list.Sf_ID' _Item.ID 897 _Item.Name '_Entity_atom_list.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 73 _Item.Category_label $Entity_atom_list _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_atom_list.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_atom_list.Entry_ID' _Item.ID 898 _Item.Name '_Entity_atom_list.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 73 _Item.Category_label $Entity_atom_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_atom_list.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_atom_list.Entity_ID' _Item.ID 899 _Item.Name '_Entity_atom_list.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 73 _Item.Category_label $Entity_atom_list _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_chem_comp_deleted_atom _Category.Sf_category category_description _Category.Sf_framecode Entity_chem_comp_deleted_atom _Category.ID 74 _Category.Name 'Entity_chem_comp_deleted_atom' _category.Description ; Items in the entity_chem_comp_deleted_atom define atoms commonly found in residues and ligands that are deleted and not found in the entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 900 $_Entity_chem_comp_deleted_atom.Comp_index_ID '_Entity_chem_comp_deleted_atom.Comp_index_ID' 902 $_Entity_chem_comp_deleted_atom.Atom_ID '_Entity_chem_comp_deleted_atom.Atom_ID' 904 $_Entity_chem_comp_deleted_atom.Entry_ID '_Entity_chem_comp_deleted_atom.Entry_ID' 905 $_Entity_chem_comp_deleted_atom.Entity_ID '_Entity_chem_comp_deleted_atom.Entity_ID' 74 NMR-STAR stop_ save_ save__Entity_chem_comp_deleted_atom.Comp_index_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chem_comp_deleted_atom.Comp_index_ID' _Item.ID 900 _Item.Name '_Entity_chem_comp_deleted_atom.Comp_index_ID' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 74 _Item.Category_label $Entity_chem_comp_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_chem_comp_deleted_atom.Comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chem_comp_deleted_atom.Comp_ID' _Item.ID 901 _Item.Name '_Entity_chem_comp_deleted_atom.Comp_ID' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 74 _Item.Category_label $Entity_chem_comp_deleted_atom _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_chem_comp_deleted_atom.Atom_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chem_comp_deleted_atom.Atom_ID' _Item.ID 902 _Item.Name '_Entity_chem_comp_deleted_atom.Atom_ID' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 74 _Item.Category_label $Entity_chem_comp_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Entity_chem_comp_deleted_atom.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chem_comp_deleted_atom.Sf_ID' _Item.ID 903 _Item.Name '_Entity_chem_comp_deleted_atom.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 74 _Item.Category_label $Entity_chem_comp_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_chem_comp_deleted_atom.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chem_comp_deleted_atom.Entry_ID' _Item.ID 904 _Item.Name '_Entity_chem_comp_deleted_atom.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 74 _Item.Category_label $Entity_chem_comp_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_chem_comp_deleted_atom.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_chem_comp_deleted_atom.Entity_ID' _Item.ID 905 _Item.Name '_Entity_chem_comp_deleted_atom.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 74 _Item.Category_label $Entity_chem_comp_deleted_atom _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_bond _Category.Sf_category category_description _Category.Sf_framecode Entity_bond _Category.ID 75 _Category.Name 'Entity_bond' _category.Description ; Items in the entity_bond category define chemical bonds that are unique to the entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 906 $_Entity_bond.ID '_Entity_bond.ID' 917 $_Entity_bond.Entry_ID '_Entity_bond.Entry_ID' 918 $_Entity_bond.Entity_ID '_Entity_bond.Entity_ID' 75 NMR-STAR stop_ save_ save__Entity_bond.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.ID' _Item.ID 906 _Item.Name '_Entity_bond.ID' _Item.Description ; The value of _Entity_bond.id must uniquely identify a record in the Entity_bond list. ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_bond.Type _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Type' _Item.ID 907 _Item.Name '_Entity_bond.Type' _Item.Description ; A common chemical bond descriptive name. ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_bond.Type' amide ? 907 75 NMR-STAR '_Entity_bond.Type' covalent ? 907 75 NMR-STAR '_Entity_bond.Type' directed ? 907 75 NMR-STAR '_Entity_bond.Type' disulfide ? 907 75 NMR-STAR '_Entity_bond.Type' ester ? 907 75 NMR-STAR '_Entity_bond.Type' ether ? 907 75 NMR-STAR '_Entity_bond.Type' hydrogen ? 907 75 NMR-STAR '_Entity_bond.Type' 'metal coordination' ? 907 75 NMR-STAR '_Entity_bond.Type' peptide ? 907 75 NMR-STAR '_Entity_bond.Type' thioether ? 907 75 NMR-STAR '_Entity_bond.Type' oxime ? 907 75 NMR-STAR '_Entity_bond.Type' thioester ? 907 75 NMR-STAR '_Entity_bond.Type' phosphoester ? 907 75 NMR-STAR '_Entity_bond.Type' phosphodiester ? 907 75 NMR-STAR '_Entity_bond.Type' diselenide ? 907 75 NMR-STAR '_Entity_bond.Type' na ? 907 75 NMR-STAR stop_ save_ save__Entity_bond.Value_order _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Value_order' _Item.ID 908 _Item.Name '_Entity_bond.Value_order' _Item.Description ; The value that should be taken as the target for the chemical bond associated with the specified atoms expressed as a bond order. ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_bond.Value_order' sing 'single bond' 908 75 NMR-STAR '_Entity_bond.Value_order' doub 'double bond' 908 75 NMR-STAR '_Entity_bond.Value_order' trip 'triple bond' 908 75 NMR-STAR '_Entity_bond.Value_order' quad 'quadruple bond' 908 75 NMR-STAR '_Entity_bond.Value_order' arom 'aromatic bond' 908 75 NMR-STAR '_Entity_bond.Value_order' poly 'polymeric bond' 908 75 NMR-STAR '_Entity_bond.Value_order' delo 'delocalized double bond' 908 75 NMR-STAR '_Entity_bond.Value_order' pi 'pi bond' 908 75 NMR-STAR '_Entity_bond.Value_order' directed 'N ->O' 908 75 NMR-STAR stop_ save_ save__Entity_bond.Comp_index_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Comp_index_ID_1' _Item.ID 909 _Item.Name '_Entity_bond.Comp_index_ID_1' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_bond.Comp_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Comp_ID_1' _Item.ID 910 _Item.Name '_Entity_bond.Comp_ID_1' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_bond.Atom_ID_1 _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Atom_ID_1' _Item.ID 911 _Item.Name '_Entity_bond.Atom_ID_1' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Entity_bond.Comp_index_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Comp_index_ID_2' _Item.ID 912 _Item.Name '_Entity_bond.Comp_index_ID_2' _Item.Description ; Pointer to '_Entity_comp_index.ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_bond.Comp_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Comp_ID_2' _Item.ID 913 _Item.Name '_Entity_bond.Comp_ID_2' _Item.Description ; Pointer to '_Chem_comp.ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_bond.Atom_ID_2 _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Atom_ID_2' _Item.ID 914 _Item.Name '_Entity_bond.Atom_ID_2' _Item.Description ; Pointer to '_Chem_comp_atom.Atom_ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'atcode' save_ save__Entity_bond.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Details' _Item.ID 915 _Item.Name '_Entity_bond.Details' _Item.Description ; A text description of the bond. ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_bond.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Sf_ID' _Item.ID 916 _Item.Name '_Entity_bond.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_bond.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Entry_ID' _Item.ID 917 _Item.Name '_Entity_bond.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_bond.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_bond.Entity_ID' _Item.ID 918 _Item.Name '_Entity_bond.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 75 _Item.Category_label $Entity_bond _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_citation _Category.Sf_category category_description _Category.Sf_framecode Entity_citation _Category.ID 76 _Category.Name 'Entity_citation' _category.Description ; Items in the entity_citation category provide pointers to citations save frames where citations that describe the entity are defined. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 8 _Category.Category_group_name entity _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 919 $_Entity_citation.Citation_ID '_Entity_citation.Citation_ID' 922 $_Entity_citation.Entry_ID '_Entity_citation.Entry_ID' 923 $_Entity_citation.Entity_ID '_Entity_citation.Entity_ID' 76 NMR-STAR stop_ save_ save__Entity_citation.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_citation.Citation_ID' _Item.ID 919 _Item.Name '_Entity_citation.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 76 _Item.Category_label $Entity_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_citation.Citation_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_citation.Citation_label' _Item.ID 920 _Item.Name '_Entity_citation.Citation_label' _Item.Description ; Pointer to a save frame of the category citation. ; _Item.Category_ID 76 _Item.Category_label $Entity_citation _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entity_citation.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_citation.Sf_ID' _Item.ID 921 _Item.Name '_Entity_citation.Sf_ID' _Item.Description ; Pointer to '_Entity.Sf_ID' ; _Item.Category_ID 76 _Item.Category_label $Entity_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_citation.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_citation.Entry_ID' _Item.ID 922 _Item.Name '_Entity_citation.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 76 _Item.Category_label $Entity_citation _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_citation.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_citation.Entity_ID' _Item.ID 923 _Item.Name '_Entity_citation.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 76 _Item.Category_label $Entity_citation _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_natural_src_list _Category.Sf_category category_description _Category.Sf_framecode Entity_natural_src_list _Category.ID 77 _Category.Name 'Entity_natural_src_list' _category.Description ; Items in the entity_natural_src_list category define an entity natural source save frame. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 12 _Category.Category_group_name natural_source _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 926 $_Entity_natural_src_list.Entry_ID '_Entity_natural_src_list.Entry_ID' 928 $_Entity_natural_src_list.ID '_Entity_natural_src_list.ID' 77 NMR-STAR stop_ save_ save__Entity_natural_src_list.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src_list.Sf_category' _Item.ID 924 _Item.Name '_Entity_natural_src_list.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 77 _Item.Category_label $Entity_natural_src_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_natural_src_list.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src_list.Sf_framecode' _Item.ID 925 _Item.Name '_Entity_natural_src_list.Sf_framecode' _Item.Description ; Framecode for the save frame where the natural sources for each entity are listed. ; _Item.Category_ID 77 _Item.Category_label $Entity_natural_src_list _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entity_natural_src_list.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src_list.Entry_ID' _Item.ID 926 _Item.Name '_Entity_natural_src_list.Entry_ID' _Item.Description ; Pointer to '_Entry.ID'. ; _Item.Category_ID 77 _Item.Category_label $Entity_natural_src_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_natural_src_list.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src_list.Sf_ID' _Item.ID 927 _Item.Name '_Entity_natural_src_list.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 77 _Item.Category_label $Entity_natural_src_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_natural_src_list.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src_list.ID' _Item.ID 928 _Item.Name '_Entity_natural_src_list.ID' _Item.Description ; An integer value that is the unique identifier for save frames of the type 'natural_source'. ; _Item.Category_ID 77 _Item.Category_label $Entity_natural_src_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save_Entity_natural_src _Category.Sf_category category_description _Category.Sf_framecode Entity_natural_src _Category.ID 78 _Category.Name 'Entity_natural_src' _category.Description ; Items in the entity_natural_src category describe the organism, virus, or other naturally occurring object that is the original source for a molecular entity or a major portion of a molecular entity. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 12 _Category.Category_group_name natural_source _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 929 $_Entity_natural_src.ID '_Entity_natural_src.ID' 966 $_Entity_natural_src.Entry_ID '_Entity_natural_src.Entry_ID' 967 $_Entity_natural_src.Entity_natural_src_list_ID '_Entity_natural_src.Entity_natural_src_list_ID' 78 NMR-STAR stop_ save_ save__Entity_natural_src.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.ID' _Item.ID 929 _Item.Name '_Entity_natural_src.ID' _Item.Description ; An integer value that uniquely identifies the natural source provided. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_natural_src.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Entity_ID' _Item.ID 930 _Item.Name '_Entity_natural_src.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_natural_src.Entity_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Entity_label' _Item.ID 931 _Item.Name '_Entity_natural_src.Entity_label' _Item.Description ; Pointer to a save frame of the category 'entity.' This is the label assigned to the molecular entity by the author when completing the molecular entity portion of the deposition. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entity_natural_src.Entity_chimera_segment_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Entity_chimera_segment_ID' _Item.ID 932 _Item.Name '_Entity_natural_src.Entity_chimera_segment_ID' _Item.Description ; Pointer to '_Entity_chimera_segment.ID' ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_natural_src.NCBI_taxonomy_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.NCBI_taxonomy_ID' _Item.ID 933 _Item.Name '_Entity_natural_src.NCBI_taxonomy_ID' _Item.Description ; NCBI taxonomy ID ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_natural_src.Type _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Type' _Item.ID 934 _Item.Name '_Entity_natural_src.Type' _Item.Description ; The general type of natural source for the entity or an indication if no natural source or multiple natural sources. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Type' organism ? 934 78 NMR-STAR '_Entity_natural_src.Type' virus ? 934 78 NMR-STAR '_Entity_natural_src.Type' plasmid ? 934 78 NMR-STAR '_Entity_natural_src.Type' cosmid ? 934 78 NMR-STAR '_Entity_natural_src.Type' 'multiple natural sources' ? 934 78 NMR-STAR '_Entity_natural_src.Type' 'no natural source' ? 934 78 NMR-STAR '_Entity_natural_src.Type' 'not applicable' ? 934 78 NMR-STAR stop_ save_ save__Entity_natural_src.Common _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Common' _Item.ID 935 _Item.Name '_Entity_natural_src.Common' _Item.Description ; The molecular entity or biopolymer is common to more than one natural source. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Entity_natural_src.Organism_name_scientific _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Organism_name_scientific' _Item.ID 936 _Item.Name '_Entity_natural_src.Organism_name_scientific' _Item.Description ; Scientific name for the organism. Usually a combination of the genus and species for the organism. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Organism_name_scientific' 'Homo sapiens' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Escherichia coli' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Mus musculus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Rattus norvegicus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Saccharomyces cerevisiae' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bos taurus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bos primigenius' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Gallus gallus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Maleagris gallopavo' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Drosophila melanogaster' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bacillus subtilis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Arabidopsis thaliana' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Staphylococcus aureus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Oryctolagus cuniculus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Clostridium pasteurianum' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Equus caballus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Pseudomonas aeruginosa' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Thermotoga maritima' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Thermus thermophilus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Methanobacterium thermoautotrophicum' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Xenopus laevis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Amaranthus caudatus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Anabaena variabilis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Anemonia sulcata' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Apis mellifera' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Aquifex aeolicus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Arachis hypogea' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Azotobacter vinelandii' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bacillus amyloliquefaciens' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bacillus circulans' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bacillus pasteurii' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bacillus stearothermophilus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bombyx mori' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Borrelia burgdorferi' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Bungarus multicinctus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Caenorhabditis elegans' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Canis familiaris' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Centruroides noxius' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Chlamydomonas reinhardtii' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Conus geographus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Conus imperialis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Conus purpurascens' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Cricetulus griseus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Cucurbita maxima' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Desulfovibrio gigas' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Desulfovibrio vulgaris' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Enterococcus faecalis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Glycera dibranchiata' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Hadronyche versuta' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Haemophilus influenzae' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Halobacterium halobium' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Hirudo medicinalis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' HIV ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Hordeum vulgare' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Hydrogenobacter thermophilus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Lactobacillus casei' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Lactococcus lactis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Leiurus quinquestriatus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Lentivirus human immunodeficiency virus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Methanococcus jannaschii' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Methanococcus thermolithotrophicus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Methanothermobacter thermautotrophicus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' Morbillivirus ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Mycobacterium tuberculosis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Naja oxiana' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Neisseria meningitidis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Neurospora crassa' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Opisthacanthus madagascariensis' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Oryza sativa' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Ovis aries' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Pandinus imperator' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Paracoccus denitrificans' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Physeter catodon' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Pisum sativum' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Pseudomonas putida' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Pyrococcus furiosus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Rana catesbeiana' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Rhodobacter sphaeroides' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Rhodospirillum rubrum' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Salmonella typhimurium' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Schizosaccharomyces pombe' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Selenocosmia hainana' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Solanum tuberosum' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Streptomyces carzinostaticus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Sulfolobus solfataricus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Sus scrofa' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Thermoplasma acidophilum' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Thermosynechococcus elongatus' ? 936 78 NMR-STAR '_Entity_natural_src.Organism_name_scientific' 'Trichoderma reesei' ? 936 78 NMR-STAR stop_ save_ save__Entity_natural_src.Organism_name_common _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Organism_name_common' _Item.ID 937 _Item.Name '_Entity_natural_src.Organism_name_common' _Item.Description ; Common name used for the biological organism. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Organism_acronym _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Organism_acronym' _Item.ID 938 _Item.Name '_Entity_natural_src.Organism_acronym' _Item.Description ; A common acronym used to identify the organism. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.ICTVdb_decimal_code _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.ICTVdb_decimal_code' _Item.ID 939 _Item.Name '_Entity_natural_src.ICTVdb_decimal_code' _Item.Description ; ICTV database decimal code for a virus ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Superkingdom _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Superkingdom' _Item.ID 940 _Item.Name '_Entity_natural_src.Superkingdom' _Item.Description ; Scientific superkingdom classification for an organism as defined by NCBI taxonomists. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Superkingdom' Archaea ? 940 78 NMR-STAR '_Entity_natural_src.Superkingdom' Bacteria prokaryotes 940 78 NMR-STAR '_Entity_natural_src.Superkingdom' Eukaryota ? 940 78 NMR-STAR '_Entity_natural_src.Superkingdom' Viroid ? 940 78 NMR-STAR '_Entity_natural_src.Superkingdom' Viruses ? 940 78 NMR-STAR '_Entity_natural_src.Superkingdom' Other ? 940 78 NMR-STAR '_Entity_natural_src.Superkingdom' Unclassified ? 940 78 NMR-STAR stop_ save_ save__Entity_natural_src.Kingdom _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Kingdom' _Item.ID 941 _Item.Name '_Entity_natural_src.Kingdom' _Item.Description ; Kingdom classifications for an organism as defined by NCBI taxonomists. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Kingdom' Metazoa ? 941 78 NMR-STAR '_Entity_natural_src.Kingdom' Fungi ? 941 78 NMR-STAR '_Entity_natural_src.Kingdom' Viridiplantae ? 941 78 NMR-STAR '_Entity_natural_src.Kingdom' Protista ? 941 78 NMR-STAR '_Entity_natural_src.Kingdom' 'Not applicable' ? 941 78 NMR-STAR stop_ save_ save__Entity_natural_src.Genus _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Genus' _Item.ID 942 _Item.Name '_Entity_natural_src.Genus' _Item.Description ; Genus for the natural organism ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Species _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Species' _Item.ID 943 _Item.Name '_Entity_natural_src.Species' _Item.Description ; Scientific name for the species of the organism as defined by NCBI taxonomists whenever possible. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Strain _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Strain' _Item.ID 944 _Item.Name '_Entity_natural_src.Strain' _Item.Description ; The scientific name for the strain of an organism. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Variant _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Variant' _Item.ID 945 _Item.Name '_Entity_natural_src.Variant' _Item.Description ; Name used to classify the variant of an organism. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Subvariant _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Subvariant' _Item.ID 946 _Item.Name '_Entity_natural_src.Subvariant' _Item.Description ; Name used to define a subvariant of an organism. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Organ _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Organ' _Item.ID 947 _Item.Name '_Entity_natural_src.Organ' _Item.Description ; The organ of a higher organism where the biopolymer is found in nature. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Organ' brain ? 947 78 NMR-STAR '_Entity_natural_src.Organ' heart ? 947 78 NMR-STAR '_Entity_natural_src.Organ' intestine ? 947 78 NMR-STAR '_Entity_natural_src.Organ' kidney ? 947 78 NMR-STAR '_Entity_natural_src.Organ' liver ? 947 78 NMR-STAR '_Entity_natural_src.Organ' lung ? 947 78 NMR-STAR '_Entity_natural_src.Organ' pancreas ? 947 78 NMR-STAR '_Entity_natural_src.Organ' skin ? 947 78 NMR-STAR '_Entity_natural_src.Organ' testicle ? 947 78 NMR-STAR '_Entity_natural_src.Organ' leaf ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'venom gland' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'oral mucosa submandibular-sublingual glands' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'salivary glands' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' oocyte ? 947 78 NMR-STAR '_Entity_natural_src.Organ' breast ? 947 78 NMR-STAR '_Entity_natural_src.Organ' stomach ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'electric organ' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' eye ? 947 78 NMR-STAR '_Entity_natural_src.Organ' ileum ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'small intestine' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' seed ? 947 78 NMR-STAR '_Entity_natural_src.Organ' blood ? 947 78 NMR-STAR '_Entity_natural_src.Organ' duodendum ? 947 78 NMR-STAR '_Entity_natural_src.Organ' jejunum ? 947 78 NMR-STAR '_Entity_natural_src.Organ' vulva ? 947 78 NMR-STAR '_Entity_natural_src.Organ' hepatopancreas ? 947 78 NMR-STAR '_Entity_natural_src.Organ' placenta ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'skeletal muscle' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' aorta ? 947 78 NMR-STAR '_Entity_natural_src.Organ' telson ? 947 78 NMR-STAR '_Entity_natural_src.Organ' ubiquitous ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'aciniform gland' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' endoskeleton ? 947 78 NMR-STAR '_Entity_natural_src.Organ' heamolymph ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'mucous epithelium' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'cardiac skeletal muscle' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'seminal vesicles' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' antennae ? 947 78 NMR-STAR '_Entity_natural_src.Organ' fruit ? 947 78 NMR-STAR '_Entity_natural_src.Organ' thymus ? 947 78 NMR-STAR '_Entity_natural_src.Organ' 'egg white' ? 947 78 NMR-STAR '_Entity_natural_src.Organ' na ? 947 78 NMR-STAR stop_ save_ save__Entity_natural_src.Tissue _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Tissue' _Item.ID 948 _Item.Name '_Entity_natural_src.Tissue' _Item.Description ; The tissue from an organism that is the natural or experimental source of the molecule. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Tissue' skin ? 948 78 NMR-STAR stop_ save_ save__Entity_natural_src.Tissue_fraction _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Tissue_fraction' _Item.ID 949 _Item.Name '_Entity_natural_src.Tissue_fraction' _Item.Description ; The fraction of the tissue that was used as the source of the molecular entity. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Cell_line _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Cell_line' _Item.ID 950 _Item.Name '_Entity_natural_src.Cell_line' _Item.Description ; Name the specific line of cells used in the experiment. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Cell_type _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Cell_type' _Item.ID 951 _Item.Name '_Entity_natural_src.Cell_type' _Item.Description ; Identify the particular kind of cell. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.ATCC_number _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.ATCC_number' _Item.ID 952 _Item.Name '_Entity_natural_src.ATCC_number' _Item.Description ; Organism culture number defined in the American Type Culture Collection. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Organelle _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Organelle' _Item.ID 953 _Item.Name '_Entity_natural_src.Organelle' _Item.Description ; Organized structure within a cell. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Organelle' chloroplast ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' 'endoplasmic reticulum' ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' 'golgi apparatus' ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' mitochondria ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' nucleus ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' vacuole ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' acrosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' autophagosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' centriole ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' cilium ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' 'eyespot apparatus' ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' glycosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' glyoxysome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' hydrogenosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' lysosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' melanosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' mitosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' myofibril ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' nucleolus ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' parenthesome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' peroxisome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' proteasome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' ribosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' vesicle ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' cytosol ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' cytoskeleton ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' 'endomembrane system' ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' nucleosome ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' microtubule ? 953 78 NMR-STAR '_Entity_natural_src.Organelle' 'cell membrane' ? 953 78 NMR-STAR stop_ save_ save__Entity_natural_src.Cellular_location _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Cellular_location' _Item.ID 954 _Item.Name '_Entity_natural_src.Cellular_location' _Item.Description ; The cellular location where the molecular entity is found with in the natural source for the molecular entity. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Fragment _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Fragment' _Item.ID 955 _Item.Name '_Entity_natural_src.Fragment' _Item.Description ; A domain or fragment of the molecule. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Fraction _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Fraction' _Item.ID 956 _Item.Name '_Entity_natural_src.Fraction' _Item.Description ; Indicate cellular location here such as cytoplasm periplasm extracellular etc. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Secretion _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Secretion' _Item.ID 957 _Item.Name '_Entity_natural_src.Secretion' _Item.Description ; If the molecule was isolated from a particular secretion such as saliva urine or venom this is stated here. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_natural_src.Secretion' saliva ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' semen ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' 'vaginal fluid' ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' venom ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' 'hen egg white' ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' 'sensillum lymph' ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' milk ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' blood ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' dermal ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' urine ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' extracellular ? 957 78 NMR-STAR '_Entity_natural_src.Secretion' cement ? 957 78 NMR-STAR stop_ save_ save__Entity_natural_src.Plasmid _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Plasmid' _Item.ID 958 _Item.Name '_Entity_natural_src.Plasmid' _Item.Description ; The name for a plasmid that naturally contains the gene for the biopolymer. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Plasmid_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Plasmid_details' _Item.ID 959 _Item.Name '_Entity_natural_src.Plasmid_details' _Item.Description ; Text details describing the plasmid that is the natural source for the molecular entity. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_natural_src.Gene_mnemonic _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Gene_mnemonic' _Item.ID 960 _Item.Name '_Entity_natural_src.Gene_mnemonic' _Item.Description ; Name of the gene that is the source of the biopolymer ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_natural_src.Dev_stage _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Dev_stage' _Item.ID 961 _Item.Name '_Entity_natural_src.Dev_stage' _Item.Description ; For molecular entities that are present in an organism only at a define stage in the development of the organism, the stage they are present. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_natural_src.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Details' _Item.ID 962 _Item.Name '_Entity_natural_src.Details' _Item.Description ; Give any other remarks or comments on the biological source which may be relevant. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_natural_src.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Citation_ID' _Item.ID 963 _Item.Name '_Entity_natural_src.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_natural_src.Citation_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Citation_label' _Item.ID 964 _Item.Name '_Entity_natural_src.Citation_label' _Item.Description ; Pointer to a save frame of the category citation. ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Entity_natural_src.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Sf_ID' _Item.ID 965 _Item.Name '_Entity_natural_src.Sf_ID' _Item.Description ; Pointer to '_Entity_natural_src_list.Sf_ID' ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_natural_src.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Entry_ID' _Item.ID 966 _Item.Name '_Entity_natural_src.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_natural_src.Entity_natural_src_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_natural_src.Entity_natural_src_list_ID' _Item.ID 967 _Item.Name '_Entity_natural_src.Entity_natural_src_list_ID' _Item.Description ; Pointer to '_Entity_natural_src_list.ID' ; _Item.Category_ID 78 _Item.Category_label $Entity_natural_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Natural_source_db _Category.Sf_category category_description _Category.Sf_framecode Natural_source_db _Category.ID 79 _Category.Name 'Natural_source_db' _category.Description ; Items in the natural_source_db category define links to databases that contain information about the organisms and entities that are the natural source for molecular entities. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 12 _Category.Category_group_name natural_source _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 968 $_Natural_source_db.Entity_natural_src_ID '_Natural_source_db.Entity_natural_src_ID' 972 $_Natural_source_db.Database_code '_Natural_source_db.Database_code' 974 $_Natural_source_db.Entry_code '_Natural_source_db.Entry_code' 980 $_Natural_source_db.Entry_ID '_Natural_source_db.Entry_ID' 981 $_Natural_source_db.Entity_natural_src_list_ID '_Natural_source_db.Entity_natural_src_list_ID' 79 NMR-STAR stop_ save_ save__Natural_source_db.Entity_natural_src_ID _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entity_natural_src_ID' _Item.ID 968 _Item.Name '_Natural_source_db.Entity_natural_src_ID' _Item.Description ; Pointer to '_Entity_natural_src.ID' ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Natural_source_db.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entity_ID' _Item.ID 969 _Item.Name '_Natural_source_db.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Natural_source_db.Entity_label _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entity_label' _Item.ID 970 _Item.Name '_Natural_source_db.Entity_label' _Item.Description ; Pointer to a save frame of the category 'entity' ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Natural_source_db.Entity_chimera_segment_ID _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entity_chimera_segment_ID' _Item.ID 971 _Item.Name '_Natural_source_db.Entity_chimera_segment_ID' _Item.Description ; Pointer to '_Entity_chimera_segment.ID' ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Natural_source_db.Database_code _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Database_code' _Item.ID 972 _Item.Name '_Natural_source_db.Database_code' _Item.Description ; Code or abbreviation used by a database organization. ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Natural_source_db.Database_type _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Database_type' _Item.ID 973 _Item.Name '_Natural_source_db.Database_type' _Item.Description ; The kind of database where the data are located. ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Natural_source_db.Entry_code _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entry_code' _Item.ID 974 _Item.Name '_Natural_source_db.Entry_code' _Item.Description ; The accession code assigned to the entry by the database. ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Natural_source_db.Entry_type _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entry_type' _Item.ID 975 _Item.Name '_Natural_source_db.Entry_type' _Item.Description ; Defines whether the current version of the entry is the original version or an updated version. ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Natural_source_db.ORF_code _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.ORF_code' _Item.ID 976 _Item.Name '_Natural_source_db.ORF_code' _Item.Description ; Code assigned to the open reading frame coding for a protein or nucleic acid. ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Natural_source_db.Gene_locus_code _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Gene_locus_code' _Item.ID 977 _Item.Name '_Natural_source_db.Gene_locus_code' _Item.Description ; Unique code assigned to the locus for the gene in the genome. ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Natural_source_db.Gene_cDNA_code _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Gene_cDNA_code' _Item.ID 978 _Item.Name '_Natural_source_db.Gene_cDNA_code' _Item.Description ; The unique code assigned to a cDNA sequence for the gene. ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Natural_source_db.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Sf_ID' _Item.ID 979 _Item.Name '_Natural_source_db.Sf_ID' _Item.Description ; Pointer to '_Entity_natural_src_list.Sf_ID' ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Natural_source_db.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entry_ID' _Item.ID 980 _Item.Name '_Natural_source_db.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Natural_source_db.Entity_natural_src_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Natural_source_db.Entity_natural_src_list_ID' _Item.ID 981 _Item.Name '_Natural_source_db.Entity_natural_src_list_ID' _Item.Description ; Pointer to '_Entity_natural_src_list.ID' ; _Item.Category_ID 79 _Item.Category_label $Natural_source_db _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Entity_experimental_src_list _Category.Sf_category category_description _Category.Sf_framecode Entity_experimental_src_list _Category.ID 80 _Category.Name 'Entity_experimental_src_list' _category.Description ; Items in the entity_experimental_src_list category define an entity experimental source save frame. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 13 _Category.Category_group_name experimental_source _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 984 $_Entity_experimental_src_list.Entry_ID '_Entity_experimental_src_list.Entry_ID' 986 $_Entity_experimental_src_list.ID '_Entity_experimental_src_list.ID' 80 NMR-STAR stop_ save_ save__Entity_experimental_src_list.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src_list.Sf_category' _Item.ID 982 _Item.Name '_Entity_experimental_src_list.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 80 _Item.Category_label $Entity_experimental_src_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_experimental_src_list.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src_list.Sf_framecode' _Item.ID 983 _Item.Name '_Entity_experimental_src_list.Sf_framecode' _Item.Description ; The framecode for the save frame where the experimental sources for each entity are listed. ; _Item.Category_ID 80 _Item.Category_label $Entity_experimental_src_list _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entity_experimental_src_list.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src_list.Entry_ID' _Item.ID 984 _Item.Name '_Entity_experimental_src_list.Entry_ID' _Item.Description ; Pointer to '_Entry.ID'. ; _Item.Category_ID 80 _Item.Category_label $Entity_experimental_src_list _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_experimental_src_list.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src_list.Sf_ID' _Item.ID 985 _Item.Name '_Entity_experimental_src_list.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 80 _Item.Category_label $Entity_experimental_src_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Entity_experimental_src_list.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src_list.ID' _Item.ID 986 _Item.Name '_Entity_experimental_src_list.ID' _Item.Description ; An integer value that uniquely identifies one Entity_experimental_src save frame from all other save frames of this category. ; _Item.Category_ID 80 _Item.Category_label $Entity_experimental_src_list _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save_Entity_experimental_src _Category.Sf_category category_description _Category.Sf_framecode Entity_experimental_src _Category.ID 81 _Category.Name 'Entity_experimental_src' _category.Description ; Items in the entity_experimental_src category describe the biological system or other means used to produce a molecular entity for experimental purposes. ; _Category.Mandatory_code yes _Category.Loop_code yes _Category.Category_group_ID 13 _Category.Category_group_name experimental_source _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 987 $_Entity_experimental_src.ID '_Entity_experimental_src.ID' 1022 $_Entity_experimental_src.Entry_ID '_Entity_experimental_src.Entry_ID' 1023 $_Entity_experimental_src.Entity_experimental_src_list_ID '_Entity_experimental_src.Entity_experimental_src_list_ID' 81 NMR-STAR stop_ save_ save__Entity_experimental_src.ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.ID' _Item.ID 987 _Item.Name '_Entity_experimental_src.ID' _Item.Description ; An integer value that uniquely identifies each experimental source in the list of experimental sources. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_experimental_src.Entity_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Entity_ID' _Item.ID 988 _Item.Name '_Entity_experimental_src.Entity_ID' _Item.Description ; Pointer to '_Entity.ID' ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_experimental_src.Entity_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Entity_label' _Item.ID 989 _Item.Name '_Entity_experimental_src.Entity_label' _Item.Description ; Pointer to a save frame of the category 'entity.' This is the label assigned to the molecular entity by the author when completing the molecular entity portion of the deposition. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Entity_experimental_src.Entity_chimera_segment_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Entity_chimera_segment_ID' _Item.ID 990 _Item.Name '_Entity_experimental_src.Entity_chimera_segment_ID' _Item.Description ; Pointer to '_Entity_chimera_segment.ID' ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_experimental_src.Production_method _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Production_method' _Item.ID 991 _Item.Name '_Entity_experimental_src.Production_method' _Item.Description ; The laboratory method used to obtain the biopolymers studied. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_experimental_src.Production_method' 'recombinant technology' ? 991 81 NMR-STAR '_Entity_experimental_src.Production_method' 'purified from the natural source' 'Obtained from the native organism that produces the biomolecule in nature.' 991 81 NMR-STAR '_Entity_experimental_src.Production_method' 'chemical synthesis' 'Select this option if the molecule was generated primarily by chemical synthesis techniques.' 991 81 NMR-STAR '_Entity_experimental_src.Production_method' 'cell free synthesis' ? 991 81 NMR-STAR '_Entity_experimental_src.Production_method' 'enzymatic semisynthesis' ? 991 81 NMR-STAR '_Entity_experimental_src.Production_method' 'reverse transcriptase' 'Method used to synthesize RNA.' 991 81 NMR-STAR '_Entity_experimental_src.Production_method' 'obtained from a collaborator' 'Select this option if the molecule was obtained from a collaborator.' 991 81 NMR-STAR '_Entity_experimental_src.Production_method' 'obtained from a vendor' ? 991 81 NMR-STAR '_Entity_experimental_src.Production_method' na 'not available' 991 81 NMR-STAR stop_ save_ save__Entity_experimental_src.Host_org_scientific_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_scientific_name' _Item.ID 992 _Item.Name '_Entity_experimental_src.Host_org_scientific_name' _Item.Description ; The scientific name of the organism that served as host for the production of the entity. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_experimental_src.Host_org_scientific_name' 'Escherichia coli' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'Aspergillus niger' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'Cricetulus griseus' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'Desulfovibrio desulfuricans' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'Pichia pastoris' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'Saccharomyces cerevisiae' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'Spodoptera frugiperda' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'wheat germ - cell free' ? 992 81 NMR-STAR '_Entity_experimental_src.Host_org_scientific_name' 'E. coli - cell free' ? 992 81 NMR-STAR stop_ save_ save__Entity_experimental_src.Host_org_name_common _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_name_common' _Item.ID 993 _Item.Name '_Entity_experimental_src.Host_org_name_common' _Item.Description ; Common name for the organism used as a host in producing a biopolymer. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_details' _Item.ID 994 _Item.Name '_Entity_experimental_src.Host_org_details' _Item.Description ; Additional information or comments regarding the host organism. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_experimental_src.Host_org_NCBI_taxonomy_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_NCBI_taxonomy_ID' _Item.ID 995 _Item.Name '_Entity_experimental_src.Host_org_NCBI_taxonomy_ID' _Item.Description ; Unique ID assigned by the NCBI to organisms. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Entity_experimental_src.Host_org_genus _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_genus' _Item.ID 996 _Item.Name '_Entity_experimental_src.Host_org_genus' _Item.Description ; Genus of the host organism ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_experimental_src.Host_org_genus' Escherichia ? 996 81 NMR-STAR stop_ save_ save__Entity_experimental_src.Host_org_species _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_species' _Item.ID 997 _Item.Name '_Entity_experimental_src.Host_org_species' _Item.Description ; Scientific name for the species of the organism as defined by NCBI taxonomists whenever possible. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_experimental_src.Host_org_species' coli ? 997 81 NMR-STAR stop_ save_ save__Entity_experimental_src.Host_org_strain _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_strain' _Item.ID 998 _Item.Name '_Entity_experimental_src.Host_org_strain' _Item.Description ; The scientific name for the strain of an organism. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_variant _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_variant' _Item.ID 999 _Item.Name '_Entity_experimental_src.Host_org_variant' _Item.Description ; Name used to classify the variant of an organism. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_subvariant _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_subvariant' _Item.ID 1000 _Item.Name '_Entity_experimental_src.Host_org_subvariant' _Item.Description ; In the hierarchy of organism nomenclature, the name or code designating a subvariant of the organism used to express the entity. These may specific hosts designed with mutations to knock out proteases or other enzymes deleterious to the production of the ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_organ _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_organ' _Item.ID 1001 _Item.Name '_Entity_experimental_src.Host_org_organ' _Item.Description ; Cell lines used as hosts in producing macromolecules often originate from a particular organ (e.g. chinese hamster ovary cells). If this is true for the system used in this study please enter the name of the organ that was the source for the cell line us ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_tissue _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_tissue' _Item.ID 1002 _Item.Name '_Entity_experimental_src.Host_org_tissue' _Item.Description ; The tissue from an organism that is the natural or experimental source of the molecule. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_tissue_fraction _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_tissue_fraction' _Item.ID 1003 _Item.Name '_Entity_experimental_src.Host_org_tissue_fraction' _Item.Description ; The fraction of the tissue which expressed the molecule. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_cell_line _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_cell_line' _Item.ID 1004 _Item.Name '_Entity_experimental_src.Host_org_cell_line' _Item.Description ; The name for the cell line used in producing the biopolymer. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_cell_type _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_cell_type' _Item.ID 1005 _Item.Name '_Entity_experimental_src.Host_org_cell_type' _Item.Description ; Specific type of cell if used to produce the biopolymer. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_cellular_location _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_cellular_location' _Item.ID 1006 _Item.Name '_Entity_experimental_src.Host_org_cellular_location' _Item.Description ; Identifies the location inside (or outside) the cell which expressed the molecule. Proteins may be excreted from a production host or produced in the periplasmic space as opposed to the cytoplasm. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_organelle _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_organelle' _Item.ID 1007 _Item.Name '_Entity_experimental_src.Host_org_organelle' _Item.Description ; Specific organelle which expressed the molecule. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_gene _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_gene' _Item.ID 1008 _Item.Name '_Entity_experimental_src.Host_org_gene' _Item.Description ; Specific gene which expressed the molecule. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_culture_collection _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_culture_collection' _Item.ID 1009 _Item.Name '_Entity_experimental_src.Host_org_culture_collection' _Item.Description ; Culture collection of the expression system. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_ATCC_number _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_ATCC_number' _Item.ID 1010 _Item.Name '_Entity_experimental_src.Host_org_ATCC_number' _Item.Description ; Organism culture number defined in the American Type Culture Collection. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Vector_type _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Vector_type' _Item.ID 1011 _Item.Name '_Entity_experimental_src.Vector_type' _Item.Description ; The kind of biological object used to insert a gene into a host organism for the production of a biological molecule studied in the entry. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' _Item.Default_value '?' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Entity_experimental_src.Vector_type' plasmid ? 1011 81 NMR-STAR '_Entity_experimental_src.Vector_type' baculovirus ? 1011 81 NMR-STAR '_Entity_experimental_src.Vector_type' 'other virus' ? 1011 81 NMR-STAR '_Entity_experimental_src.Vector_type' cosmid ? 1011 81 NMR-STAR stop_ save_ save__Entity_experimental_src.PDBview_host_org_vector_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.PDBview_host_org_vector_name' _Item.ID 1012 _Item.Name '_Entity_experimental_src.PDBview_host_org_vector_name' _Item.Description ; The name of a vector used to insert a gene into a eukaryotic host to express the biopolymer used in the experiments. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.PDBview_plasmid_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.PDBview_plasmid_name' _Item.ID 1013 _Item.Name '_Entity_experimental_src.PDBview_plasmid_name' _Item.Description ; The name of a plasmid used in a bacterial system to generate the protein or nucleic acid used in the experiments. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Vector_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Vector_name' _Item.ID 1014 _Item.Name '_Entity_experimental_src.Vector_name' _Item.Description ; Name given to the vector used to insert a gene into a host organism. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Vector_details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Vector_details' _Item.ID 1015 _Item.Name '_Entity_experimental_src.Vector_details' _Item.Description ; Text comments regarding the vector used to produce the biopolymer. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_experimental_src.Vendor_name _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Vendor_name' _Item.ID 1016 _Item.Name '_Entity_experimental_src.Vendor_name' _Item.Description ; Commercial or academic vendor that supplied the defined item. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Entity_experimental_src.Host_org_dev_stage _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Host_org_dev_stage' _Item.ID 1017 _Item.Name '_Entity_experimental_src.Host_org_dev_stage' _Item.Description ; A string to indicate the life-cycle or cell development cycle in which the gene is expressed and the mature protein is active. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_experimental_src.Details _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Details' _Item.ID 1018 _Item.Name '_Entity_experimental_src.Details' _Item.Description ; Additional information relevant to the data in the current save frame or to a specific data item is entered as a value to this tag. The information entered must supplement information already present. Whenever possible data should associated with specif ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Entity_experimental_src.Citation_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Citation_ID' _Item.ID 1019 _Item.Name '_Entity_experimental_src.Citation_ID' _Item.Description ; Pointer to '_Citation.ID' ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Entity_experimental_src.Citation_label _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Citation_label' _Item.ID 1020 _Item.Name '_Entity_experimental_src.Citation_label' _Item.Description ; Pointer to a save frame of the category 'citation.' The citation would describe how, for example, the vector was constructed and the host organism picked. ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code no _Item.Type_code 'framecode' save_ save__Entity_experimental_src.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Sf_ID' _Item.ID 1021 _Item.Name '_Entity_experimental_src.Sf_ID' _Item.Description ; Pointer to '_Entity_experimental_src_list.Sf_ID' ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save__Entity_experimental_src.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Entry_ID' _Item.ID 1022 _Item.Name '_Entity_experimental_src.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Entity_experimental_src.Entity_experimental_src_list_ID _Item.Sf_category item_description _Item.Sf_framecode '_Entity_experimental_src.Entity_experimental_src_list_ID' _Item.ID 1023 _Item.Name '_Entity_experimental_src.Entity_experimental_src_list_ID' _Item.Description ; Pointer to '_Entity_experimental_src_list.ID' ; _Item.Category_ID 81 _Item.Category_label $Entity_experimental_src _Item.Mandatory_code yes _Item.Type_code 'int' save_ save_Chem_comp _Category.Sf_category category_description _Category.Sf_framecode Chem_comp _Category.ID 82 _Category.Name 'Chem_comp' _category.Description ; Items in the chem_comp category describe the chemical components that make up a molecular entity. ; _Category.Mandatory_code yes _Category.Loop_code no _Category.Category_group_ID 7 _Category.Category_group_name chem_comp _Category.Dictionary_ID NMR-STAR loop_ _Category_primary_key.Item_ID _Category_primary_key.Item_label _Category_primary_key.Item_name _Category_primary_key.Category_ID _Category_primary_key.Dictionary_ID 1026 $_Chem_comp.Entry_ID '_Chem_comp.Entry_ID' 1028 $_Chem_comp.ID '_Chem_comp.ID' 82 NMR-STAR stop_ save_ save__Chem_comp.Sf_category _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Sf_category' _Item.ID 1024 _Item.Name '_Chem_comp.Sf_category' _Item.Description ; Category assigned to the information in the save frame. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Chem_comp.Sf_framecode _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Sf_framecode' _Item.ID 1025 _Item.Name '_Chem_comp.Sf_framecode' _Item.Description ; A descriptive label that uniquely identifies this chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'framecode' save_ save__Chem_comp.Entry_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Entry_ID' _Item.ID 1026 _Item.Name '_Chem_comp.Entry_ID' _Item.Description ; Pointer to '_Entry.ID' ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'code' save_ save__Chem_comp.Sf_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Sf_ID' _Item.ID 1027 _Item.Name '_Chem_comp.Sf_ID' _Item.Description ; An interger value that is the unique identifier for the save frame that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'int' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Chem_comp.ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.ID' _Item.ID 1028 _Item.Name '_Chem_comp.ID' _Item.Description ; A code that uniquely identifies the chemical component from all other chemical components in the entry. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'code' loop_ _Item_linked.Item_name _Item_linked.Child_item_ID _Item_linked.Child_item_label _Item_linked.Child_item_name _Item_linked.Child_item_category_ID _Item_linked.Child_item_category_label _Item_linked.Item_ID _Item_linked.Category_ID _Item_linked.Dictionary_ID ? ? ? ? ? ? ? ? ? stop_ save_ save__Chem_comp.Provenance _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Provenance' _Item.ID 1029 _Item.Name '_Chem_comp.Provenance' _Item.Description ; The tag value defines the source of the data used to construct the chem_comp record. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Provenance' BMRB ? 1029 82 NMR-STAR '_Chem_comp.Provenance' PDB ? 1029 82 NMR-STAR '_Chem_comp.Provenance' PubChem ? 1029 82 NMR-STAR stop_ save_ save__Chem_comp.Name _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Name' _Item.ID 1030 _Item.Name '_Chem_comp.Name' _Item.Description ; A common name for the ligand or non-standard residue. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'line' save_ save__Chem_comp.Type _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Type' _Item.ID 1031 _Item.Name '_Chem_comp.Type' _Item.Description ; Chemical components can be of two molecular types either a complete chemical compound or a fragment of a complete chemical compound. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code yes _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Type' 'D-PEPTIDE LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-PEPTIDE LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'D-PEPTIDE NH3 AMINO TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-PEPTIDE NH3 AMINO TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'D-PEPTIDE COOH CARBOXY TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-PEPTIDE COOH CARBOXY TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'DNA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'RNA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-RNA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-DNA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'DNA OH 5 PRIME TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'RNA OH 5 PRIME TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'DNA OH 3 PRIME TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'RNA OH 3 PRIME TERMINUS' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'D-SACCHARIDE 1,4 AND 1,4 LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-SACCHARIDE 1,4 AND 1,4 LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'D-SACCHARIDE 1,4 AND 1,6 LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-SACCHARIDE 1,4 AND 1,6 LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' L-SACCHARIDE ? 1031 82 NMR-STAR '_Chem_comp.Type' D-SACCHARIDE ? 1031 82 NMR-STAR '_Chem_comp.Type' SACCHARIDE ? 1031 82 NMR-STAR '_Chem_comp.Type' NON-POLYMER ? 1031 82 NMR-STAR '_Chem_comp.Type' 'PEPTIDE LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' PEPTIDE-LIKE ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-GAMMA-PEPTIDE, C-DELTA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'D-GAMMA-PEPTIDE, C-DELTA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'L-BETA-PEPTIDE, C-GAMMA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' 'D-BETA-PEPTIDE, C-GAMMA LINKING' ? 1031 82 NMR-STAR '_Chem_comp.Type' OTHER ? 1031 82 NMR-STAR stop_ save_ save__Chem_comp.BMRB_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.BMRB_code' _Item.ID 1032 _Item.Name '_Chem_comp.BMRB_code' _Item.Description ; Twelve character code assigned to the chemical component by BMRB. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.PDB_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.PDB_code' _Item.ID 1033 _Item.Name '_Chem_comp.PDB_code' _Item.Description ; Three character code assigned to the chemical component by the PDB. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.Ambiguous_flag _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Ambiguous_flag' _Item.ID 1034 _Item.Name '_Chem_comp.Ambiguous_flag' _Item.Description ; A preliminary classification used by PDB to indicate that the chemistry of this component while described as clearly as possible is still ambiguous. Software tools may not be able to process this component definition. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.Initial_date _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Initial_date' _Item.ID 1035 _Item.Name '_Chem_comp.Initial_date' _Item.Description ; Date the chemical component was added to the database. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Chem_comp.Modified_date _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Modified_date' _Item.ID 1036 _Item.Name '_Chem_comp.Modified_date' _Item.Description ; Date that the component was last modified. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'yyyy-mm-dd' save_ save__Chem_comp.Release_status _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Release_status' _Item.ID 1037 _Item.Name '_Chem_comp.Release_status' _Item.Description ; This data item holds the current release status for the component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Release_status' REL Released 1037 82 NMR-STAR '_Chem_comp.Release_status' HOLD 'On hold until yyyy-mm-dd' 1037 82 NMR-STAR '_Chem_comp.Release_status' HPUB 'On hold until publication' 1037 82 NMR-STAR '_Chem_comp.Release_status' OBS 'Entry has been obsoleted and replaced by another entry' 1037 82 NMR-STAR '_Chem_comp.Release_status' DEL 'Entry has been deleted' 1037 82 NMR-STAR stop_ save_ save__Chem_comp.Replaced_by _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Replaced_by' _Item.ID 1038 _Item.Name '_Chem_comp.Replaced_by' _Item.Description ; Identifies the _chem_comp.id of the new component that has replaced this component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'ucode' save_ save__Chem_comp.Replaces _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Replaces' _Item.ID 1039 _Item.Name '_Chem_comp.Replaces' _Item.Description ; Identifies the _chem_comp.id of the component this entry replaces. Converse of _replaced_by. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'uline' save_ save__Chem_comp.One_letter_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.One_letter_code' _Item.ID 1040 _Item.Name '_Chem_comp.One_letter_code' _Item.Description ; For standard polymer components, the one-letter code for the component. If there is not a standard one-letter code for this component, or if this is a non-polymer component, the one-letter code should be given as 'X'. This code may be preceded by a '+' ch ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'uchar1' save_ save__Chem_comp.Three_letter_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Three_letter_code' _Item.ID 1041 _Item.Name '_Chem_comp.Three_letter_code' _Item.Description ; For standard polymer components, the three-letter code for the component. If there is not a standard three-letter code for this component, or if this is a non-polymer component, the three-letter code should be given as 'UNK'. This code may be preceded by ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'uchar3' save_ save__Chem_comp.Number_atoms_all _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Number_atoms_all' _Item.ID 1042 _Item.Name '_Chem_comp.Number_atoms_all' _Item.Description ; The total number of atoms in the component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Chem_comp.Number_atoms_nh _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Number_atoms_nh' _Item.ID 1043 _Item.Name '_Chem_comp.Number_atoms_nh' _Item.Description ; The number of non-hydrogen atoms in the component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'int' save_ save__Chem_comp.Atom_nomenclature_source _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Atom_nomenclature_source' _Item.ID 1044 _Item.Name '_Chem_comp.Atom_nomenclature_source' _Item.Description ; The code assigned by PubChem to the chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Atom_nomenclature_source' ALATIS ? 1044 82 NMR-STAR '_Chem_comp.Atom_nomenclature_source' BMRB ? 1044 82 NMR-STAR stop_ save_ save__Chem_comp.PubChem_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.PubChem_code' _Item.ID 1045 _Item.Name '_Chem_comp.PubChem_code' _Item.Description ; The substance ID code assigned to the compound by the PubChem database. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.Subcomponent_list _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Subcomponent_list' _Item.ID 1046 _Item.Name '_Chem_comp.Subcomponent_list' _Item.Description ; The list of subcomponents contained in this component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.InChI_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.InChI_code' _Item.ID 1047 _Item.Name '_Chem_comp.InChI_code' _Item.Description ; Enter the InChI code that uniquely describes the chemical structure of the compound. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Mon_nstd_flag _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Mon_nstd_flag' _Item.ID 1048 _Item.Name '_Chem_comp.Mon_nstd_flag' _Item.Description ; A flag defining the non-standard status of the chemical component. A value of Y indicates that the compound is a standard molecule. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Chem_comp.Mon_nstd_class _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Mon_nstd_class' _Item.ID 1049 _Item.Name '_Chem_comp.Mon_nstd_class' _Item.Description ; A description of the class of a nonstandard monomer if the nonstandard monomer represents a modification of a standard monomer. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Mon_nstd_details _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Mon_nstd_details' _Item.ID 1050 _Item.Name '_Chem_comp.Mon_nstd_details' _Item.Description ; A description of special details of a nonstandard monomer. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Mon_nstd_parent _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Mon_nstd_parent' _Item.ID 1051 _Item.Name '_Chem_comp.Mon_nstd_parent' _Item.Description ; The name of the parent monomer of the nonstandard monomer, if the nonstandard monomer represents a modification of a standard monomer. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Mon_nstd_parent_comp_ID _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Mon_nstd_parent_comp_ID' _Item.ID 1052 _Item.Name '_Chem_comp.Mon_nstd_parent_comp_ID' _Item.Description ; The identifier for the parent component of the nonstandard component. May be a comma-separated list if this component is derived from multiple components. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'uline' save_ save__Chem_comp.Std_deriv_one_letter_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Std_deriv_one_letter_code' _Item.ID 1053 _Item.Name '_Chem_comp.Std_deriv_one_letter_code' _Item.Description ; The one letter code for the standard monomer from which the chemical component is derived. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.Std_deriv_three_letter_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Std_deriv_three_letter_code' _Item.ID 1054 _Item.Name '_Chem_comp.Std_deriv_three_letter_code' _Item.Description ; The three letter code for the standard monomer from which the chemical component is derived. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.Std_deriv_BMRB_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Std_deriv_BMRB_code' _Item.ID 1055 _Item.Name '_Chem_comp.Std_deriv_BMRB_code' _Item.Description ; The BMRB code for the standard monomer from which the chemical component is derived. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.Std_deriv_PDB_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Std_deriv_PDB_code' _Item.ID 1056 _Item.Name '_Chem_comp.Std_deriv_PDB_code' _Item.Description ; The PDB code for the standard monomer from which the chemical component is derived. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' save_ save__Chem_comp.Std_deriv_chem_comp_name _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Std_deriv_chem_comp_name' _Item.ID 1057 _Item.Name '_Chem_comp.Std_deriv_chem_comp_name' _Item.Description ; The name of the standard chemical component from which the chemical component was derived. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Synonyms _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Synonyms' _Item.ID 1058 _Item.Name '_Chem_comp.Synonyms' _Item.Description ; Synonym list for the component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Formal_charge _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Formal_charge' _Item.ID 1059 _Item.Name '_Chem_comp.Formal_charge' _Item.Description ; The formal electrical charge on the chemical compound. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Formal_charge' 5+ ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 4+ ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 3+ ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 2+ ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 1+ ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 0 ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 1- ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 2- ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 3- ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 4- ? 1059 82 NMR-STAR '_Chem_comp.Formal_charge' 5- ? 1059 82 NMR-STAR stop_ save_ save__Chem_comp.Paramagnetic _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Paramagnetic' _Item.ID 1060 _Item.Name '_Chem_comp.Paramagnetic' _Item.Description ; A boolean flag that defines the paramagnetic status of the chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Chem_comp.Aromatic _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Aromatic' _Item.ID 1061 _Item.Name '_Chem_comp.Aromatic' _Item.Description ; A boolean flag that defines the aromatic status of the chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'yes_no' save_ save__Chem_comp.Formula _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Formula' _Item.ID 1062 _Item.Name '_Chem_comp.Formula' _Item.Description ; The empirical chemical formula for the chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Formula_weight _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Formula_weight' _Item.ID 1063 _Item.Name '_Chem_comp.Formula_weight' _Item.Description ; Formula mass in daltons of the chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Chem_comp.Formula_mono_iso_wt_nat _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Formula_mono_iso_wt_nat' _Item.ID 1064 _Item.Name '_Chem_comp.Formula_mono_iso_wt_nat' _Item.Description ; Mono-isotopic formula mass calculated using the most abundant naturally occuring isotope for each atom. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Chem_comp.Formula_mono_iso_wt_13C _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Formula_mono_iso_wt_13C' _Item.ID 1065 _Item.Name '_Chem_comp.Formula_mono_iso_wt_13C' _Item.Description ; Mono-isotopic formula mass calculated using the most abundant naturally occuring isotope for each atom except carbon, where the mass of the 13C isotope is used. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Chem_comp.Formula_mono_iso_wt_15N _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Formula_mono_iso_wt_15N' _Item.ID 1066 _Item.Name '_Chem_comp.Formula_mono_iso_wt_15N' _Item.Description ; Mono-isotopic formula mass calculated using the most abundant naturally occuring isotope for each atom except nitrogen, where the mass of the 15N isotope is used. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Chem_comp.Formula_mono_iso_wt_13C_15N _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Formula_mono_iso_wt_13C_15N' _Item.ID 1067 _Item.Name '_Chem_comp.Formula_mono_iso_wt_13C_15N' _Item.Description ; Mono-isotopic formula mass calculated using the most abundant naturally occuring isotope for each atom except carbon and nitrogen, where the mass of the 13C and 15N isotopes are used. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'float' save_ save__Chem_comp.Image_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Image_file_name' _Item.ID 1068 _Item.Name '_Chem_comp.Image_file_name' _Item.Description ; Name of the file that contains an image of the chemical compound. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Image_file_format _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Image_file_format' _Item.ID 1069 _Item.Name '_Chem_comp.Image_file_format' _Item.Description ; Type of image file format ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Image_file_format' gif ? 1069 82 NMR-STAR '_Chem_comp.Image_file_format' jpeg ? 1069 82 NMR-STAR '_Chem_comp.Image_file_format' pdf ? 1069 82 NMR-STAR '_Chem_comp.Image_file_format' png ? 1069 82 NMR-STAR '_Chem_comp.Image_file_format' ps ? 1069 82 NMR-STAR '_Chem_comp.Image_file_format' tiff ? 1069 82 NMR-STAR '_Chem_comp.Image_file_format' 'not applicable' ? 1069 82 NMR-STAR stop_ save_ save__Chem_comp.Topo_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Topo_file_name' _Item.ID 1070 _Item.Name '_Chem_comp.Topo_file_name' _Item.Description ; Name of the file containing the information about the topology of the chemical compound. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Topo_file_format _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Topo_file_format' _Item.ID 1071 _Item.Name '_Chem_comp.Topo_file_format' _Item.Description ; The type of format for the file containing the topology information for the chemical compound. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Struct_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Struct_file_name' _Item.ID 1072 _Item.Name '_Chem_comp.Struct_file_name' _Item.Description ; Name of a structure file attached to the entry for a chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Struct_file_format _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Struct_file_format' _Item.ID 1073 _Item.Name '_Chem_comp.Struct_file_format' _Item.Description ; File format for the attached structure file. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Stereochem_param_file_name _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Stereochem_param_file_name' _Item.ID 1074 _Item.Name '_Chem_comp.Stereochem_param_file_name' _Item.Description ; Name of a file that contains the stereochemical parameters for the chemical component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Stereochem_param_file_format _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Stereochem_param_file_format' _Item.ID 1075 _Item.Name '_Chem_comp.Stereochem_param_file_format' _Item.Description ; File format for the attached stereochemical parameter file. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Model_details _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Model_details' _Item.ID 1076 _Item.Name '_Chem_comp.Model_details' _Item.Description ; A description of special aspects of the generation of the coordinates for the model of the component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Model_erf _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Model_erf' _Item.ID 1077 _Item.Name '_Chem_comp.Model_erf' _Item.Description ; A pointer to an external reference file from which the atomic ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Model_source _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Model_source' _Item.ID 1078 _Item.Name '_Chem_comp.Model_source' _Item.Description ; The source of the coordinates for the model of the component. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Model_coordinates_details _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Model_coordinates_details' _Item.ID 1079 _Item.Name '_Chem_comp.Model_coordinates_details' _Item.Description ; Provides additional details about the model coordinates in the component definition. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Model_coordinates_missing_flag _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Model_coordinates_missing_flag' _Item.ID 1080 _Item.Name '_Chem_comp.Model_coordinates_missing_flag' _Item.Description ; This data item identifies if model coordinates are missing in this definition. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'ucode' save_ save__Chem_comp.Ideal_coordinates_details _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Ideal_coordinates_details' _Item.ID 1081 _Item.Name '_Chem_comp.Ideal_coordinates_details' _Item.Description ; Identifies the source of the ideal coordinates in the component definition. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'text' save_ save__Chem_comp.Ideal_coordinates_missing_flag _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Ideal_coordinates_missing_flag' _Item.ID 1082 _Item.Name '_Chem_comp.Ideal_coordinates_missing_flag' _Item.Description ; Identifies if ideal coordinates are missing in this definition. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'ucode' save_ save__Chem_comp.Model_coordinates_db_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Model_coordinates_db_code' _Item.ID 1083 _Item.Name '_Chem_comp.Model_coordinates_db_code' _Item.Description ; This item identifies the PDB database code from which the atom model coordinates were obtained. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Processing_site _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Processing_site' _Item.ID 1084 _Item.Name '_Chem_comp.Processing_site' _Item.Description ; This data item identifies the deposition site that processed this chemical component defintion. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'code' _Item.Enumerated_code yes _Item.Enumeration_closed_code yes loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Processing_site' EBI ? 1084 82 NMR-STAR '_Chem_comp.Processing_site' MSD ? 1084 82 NMR-STAR '_Chem_comp.Processing_site' PDBE ? 1084 82 NMR-STAR '_Chem_comp.Processing_site' PDBJ ? 1084 82 NMR-STAR '_Chem_comp.Processing_site' RCSB ? 1084 82 NMR-STAR stop_ save_ save__Chem_comp.Vendor _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Vendor' _Item.ID 1085 _Item.Name '_Chem_comp.Vendor' _Item.Description ; Name of the company where the compound was purchased. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' _Item.Enumerated_code yes _Item.Enumeration_closed_code no loop_ _Item_enumeration.Item_name _Item_enumeration.Value _Item_enumeration.Detail _Item_enumeration.Item_ID _Item_enumeration.Category_ID _Item_enumeration.Dictionary_ID '_Chem_comp.Vendor' Sigma ? 1085 82 NMR-STAR '_Chem_comp.Vendor' Aldrich ? 1085 82 NMR-STAR '_Chem_comp.Vendor' Sigma/Aldrich ? 1085 82 NMR-STAR stop_ save_ save__Chem_comp.Vendor_product_code _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Vendor_product_code' _Item.ID 1086 _Item.Name '_Chem_comp.Vendor_product_code' _Item.Description ; The product code assigned to the compound by the vender where the compound was purchased. ; _Item.Category_ID 82 _Item.Category_label $Chem_comp _Item.Mandatory_code no _Item.Type_code 'line' save_ save__Chem_comp.Details _Item.Sf_category item_description _Item.Sf_framecode '_Chem_comp.Details' _Item.ID 1087 _Item.Name '_Chem_comp.Details' _Item.Description ; Additional text information that is relevant to the data in the current save frame or to a specific data item in the save frame. This tag is often used to include information