NMR-STAR tag name | _Entity.Sf_category |
---|---|
Description | NMR-STAR name: _Entity.Sf_category Category assigned to the information in the saveframe. |
Database field name | SfCategory |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | yes |
Prompt | Sf category |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Sf_framecode |
---|---|
Description | NMR-STAR name: _Entity.Sf_framecode Enter a brief name for the molecule. Please do NOT include organism names or descriptions for the function of the molecule. The name defines a unique chemical entity (a biopolymer or organic or inorganic ligand including metal ions). There may be many instances of the entity in the molecular system. For a homodimer, the biopolymer is described only once in this section of the deposition, but is listed twice in the section above for the molecular system and each instance is given a different name. |
Database field name | SfFramecode |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | yes |
Prompt | Brief molecule name or acronym (label) |
Examples | HIV protease polypeptide |
Help text |
NMR-STAR tag name | _Entity.Entry_ID |
---|---|
Description | NMR-STAR name: _Entity.Entry_ID Pointer to '_Entry.ID' |
Database field name | EntryID |
SQL Database type | CHAR(12) |
Part of primary Key | yes |
Foreign Key on table, column | Entry, ID |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | yes |
Prompt | Entry ID |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Sf_ID |
---|---|
Description | NMR-STAR name: _Entity.Sf_ID An integer value that is the unique identifier for the saveframe that applies across the archive. This value is not stable and may be reassigned each time the data are loaded into a database system. |
Database field name | SfID |
SQL Database type | INTEGER |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | yes This field's data is for internal use only and should be hidden in public versiond of the data. |
Nulls allowed in database? | yes |
Prompt | Sf ID |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.ID |
---|---|
Description | NMR-STAR name: _Entity.ID An integer value that is the unique identifier for the entity within the entry. |
Database field name | EntityID |
SQL Database type | INTEGER |
Part of primary Key | yes |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | yes |
Prompt | ID |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.BMRB_code |
---|---|
Description | NMR-STAR name: _Entity.BMRB_code A code for the entity that uniquely identifies the entity within a library of entities maintained at BMRB. |
Database field name | BMRBCode |
SQL Database type | VARCHAR(15) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | BMRB code |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Name |
---|---|
Description | NMR-STAR name: _Entity.Name A brief name commonly used for the entity. |
Database field name | Name |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | yes |
Prompt | Entity name |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Type |
---|---|
Description | NMR-STAR name: _Entity.Type Molecules are defined as being either a polymer or non-polymer. Please select the molecule type that best describes the molecule or ion. |
Database field name | Type |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | Molecule type |
Examples | polymer |
Help text |
NMR-STAR tag name | _Entity.Polymer_common_type |
---|---|
Description | NMR-STAR name: _Entity.Polymer_common_type A code that indicates the common type of polymer to which the entity belongs. |
Database field name | PolymerCommonType |
SQL Database type | VARCHAR(31) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | Polymer common type |
Examples | protein |
Help text |
NMR-STAR tag name | _Entity.Polymer_type |
---|---|
Description | NMR-STAR name: _Entity.Polymer_type Biopolymers of various kinds are found in nature. Please select the type from the enumerated list that best describes the polymer being reported. |
Database field name | PolymerType |
SQL Database type | VARCHAR(31) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | Polymer type |
Examples | polypeptide(L) |
Help text |
NMR-STAR tag name | _Entity.Polymer_type_details |
---|---|
Description | NMR-STAR name: _Entity.Polymer_type_details Additional information about the polymer type. |
Database field name | PolymerTypeDetails |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Polymer type details |
Examples | The polypeptide contains two D-amino acids at positions 6 and 10 |
Help text |
NMR-STAR tag name | _Entity.Polymer_strand_ID |
---|---|
Description | NMR-STAR name: _Entity.Polymer_strand_ID Please enter the chain identifier assigned to this molecular entity in the deposited atomic coordinate file. For a single polymer in the deposited coordinates, the chain identifier may be assigned the value 'A'. For a homodimer in the deposited coordinate set, the chain identifiers maybe 'A' and 'B'. For a heterodimer, one entity may have a chain ID of 'A' and the other 'B'. More complex system like those with multiple bound metal ions may have a large number of chain identifiers. |
Database field name | PolymerStrandID |
SQL Database type | CHAR(12) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Chain identifiers |
Examples | A |
Help text |
NMR-STAR tag name | _Entity.Polymer_seq_one_letter_code_can |
---|---|
Description | NMR-STAR name: _Entity.Polymer_seq_one_letter_code_can The sequence of a polymer entity expressed using only the standard one-letter code for chemical components. |
Database field name | PolymerSeqOneLetterCodeCan |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Sequence in FASTA format |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Polymer_seq_one_letter_code |
---|---|
Description | NMR-STAR name: _Entity.Polymer_seq_one_letter_code Provide the complete sequence of a protein or nucleic acid as it existed in the NMR tube expressed using the one-letter code for standard residues and an X for non-standard residues. Include residues for cloning tags, etc. and for all residues even when experimental data are not reported. |
Database field name | PolymerSeqOneLetterCode |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Enter the complete polymer sequence (one-letter code) Include all cloning artifacts, his tags, and disordered residues. The sequence must represent the complete polymer as found in the NMR tube. |
Examples | HHHHHHAFGCRESWQAKCLPHNMVIXSDF |
Help text |
NMR-STAR tag name | _Entity.Target_identifier |
---|---|
Description | NMR-STAR name: _Entity.Target_identifier The sequence's target identifier registered at the target database (TargetDB). |
Database field name | TargetIdentifier |
SQL Database type | VARCHAR(31) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Target database identifier |
Examples | 356560 |
Help text |
NMR-STAR tag name | _Entity.Polymer_author_defined_seq |
---|---|
Description | NMR-STAR name: _Entity.Polymer_author_defined_seq You 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. |
Database field name | PolymerAuthorDefinedSeq |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Author sequence numbering (sequence code, residue code) |
Examples | 3,K 3a,S 5,A |
Help text |
NMR-STAR tag name | _Entity.Polymer_author_seq_details |
---|---|
Description | NMR-STAR name: _Entity.Polymer_author_seq_details A text description of the sequence for this entity. |
Database field name | PolymerAuthorSeqDetails |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Author sequence details |
Examples | Residues 1-8 represent a non-native affinity tag This is the cytoplasmic globular domain of a membrane protein |
Help text |
NMR-STAR tag name | _Entity.Ambiguous_conformational_states |
---|---|
Description | NMR-STAR name: _Entity.Ambiguous_conformational_states Please indicate by answering yes or no if the molecule exists in multiple conformational states that have not been or cannot be clearly defined. In some cases, proteins have been found to exhibit multiple peaks for a single proton or carbon atom that may be caused by cis/trans isomerization at one or more proline residue. If the peaks have not been associated specifically with the isomeric state of a defined proline residue, the conformational heterogeneity of the protein has not been determined and the molecule exists in undetermined or ambiguous conformational states. Similar circumstances may exist for other kinds of biopolymers and ligands. |
Database field name | AmbiguousConformationalStates |
SQL Database type | VARCHAR(3) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | Ambiguous conformational states are present |
Examples | no |
Help text |
NMR-STAR tag name | _Entity.Ambiguous_chem_comp_sites |
---|---|
Description | NMR-STAR name: _Entity.Ambiguous_chem_comp_sites At times, biopolymers purified from natural sources are found to be a mixture of homologs that differ at one residue position (ser or thr at position 12). It may either be very difficult to separate the homologs or the residue ambiguity may not be discovered until well into a study. If such sequence residue ambiguity exists in the reported polymer, please indicate this by answering the question 'yes'. |
Database field name | AmbiguousChemCompSites |
SQL Database type | VARCHAR(3) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | Ambiguous residue sites exist |
Examples | no |
Help text |
NMR-STAR tag name | _Entity.Nstd_monomer |
---|---|
Description | NMR-STAR name: _Entity.Nstd_monomer Please indicate the presence (Y) or absence (N) of a non-standard amino acid or nucleic acid in the molecule reported. |
Database field name | NstdMonomer |
SQL Database type | VARCHAR(3) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | A non-standard monomer is present |
Examples | yes |
Help text |
NMR-STAR tag name | _Entity.Nstd_chirality |
---|---|
Description | NMR-STAR name: _Entity.Nstd_chirality A boolean flag that indicates the presence or absence of non-standard chiral atoms in the entity. |
Database field name | NstdChirality |
SQL Database type | VARCHAR(3) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | Non-standard chirality exists in the molecule |
Examples | no |
Help text |
NMR-STAR tag name | _Entity.Nstd_linkage |
---|---|
Description | NMR-STAR name: _Entity.Nstd_linkage A flag indicating the presence or absence of non-standard linkages between monomers in the biopolymer. |
Database field name | NstdLinkage |
SQL Database type | VARCHAR(3) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | A non-standard bond exists in the molecule |
Examples | no |
Help text |
NMR-STAR tag name | _Entity.Nonpolymer_comp_ID |
---|---|
Description | NMR-STAR name: _Entity.Nonpolymer_comp_ID Pointer to '_Chem_comp.ID' |
Database field name | NonpolymerCompID |
SQL Database type | CHAR(12) |
Part of primary Key | no |
Foreign Key on table, column | Chem_comp, ID |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Nonpolymer comp ID |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Nonpolymer_comp_label |
---|---|
Description | NMR-STAR name: _Entity.Nonpolymer_comp_label Pointer to a saveframe of the category chem_comp. |
Database field name | NonpolymerCompLabel |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | Chem_comp, Sf_framecode |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Label for the chemical component description of this entity |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Number_of_monomers |
---|---|
Description | NMR-STAR name: _Entity.Number_of_monomers Enter the full number of residues present in the polymer as it existed in the NMR tube including any non-native residues (i.e., tags, etc.) and N and C terminal residues that do not have reported experimental data. This value is requested to verify the length of the biopolymer entered as a one-letter code. It is easy to miss type the sequence, but depositors are familiar with the length of the biopolymer studied. |
Database field name | NumberOfMonomers |
SQL Database type | INTEGER |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Sequence length (including all tags and non-native sequence) |
Examples | 156 |
Help text |
NMR-STAR tag name | _Entity.Number_of_nonpolymer_components |
---|---|
Description | NMR-STAR name: _Entity.Number_of_nonpolymer_components 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 molecular entity. |
Database field name | NumberOfNonpolymerComponents |
SQL Database type | INTEGER |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Number of chemical components included in the non-polymer |
Examples | 4 |
Help text |
NMR-STAR tag name | _Entity.Paramagnetic |
---|---|
Description | NMR-STAR name: _Entity.Paramagnetic A boolean flag that indicates the paramagnetic state of the entity. |
Database field name | Paramagnetic |
SQL Database type | VARCHAR(3) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is a closed enumeration. The list of values are the only ones allowed. |
Prompt | Is the molecule paramagnetic |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Thiol_state |
---|---|
Description | NMR-STAR name: _Entity.Thiol_state Please select the keyword that best describes the state of the thiol groups in the entity. |
Database field name | ThiolState |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Enumerations | [click for a list of enumerations] This is an open enumeration. The list of values are only suggestions. They are not enforced. |
Prompt | What is the state of the thiol groups in the molecule |
Examples | all disulfide bound |
Help text |
NMR-STAR tag name | _Entity.Src_method |
---|---|
Description | NMR-STAR name: _Entity.Src_method 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 manipulated sources are expected to have further information in the entity experimental source category. |
Database field name | SrcMethod |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Src method |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Parent_entity_ID |
---|---|
Description | NMR-STAR name: _Entity.Parent_entity_ID Pointer to '_Entity.ID' |
Database field name | ParentEntityID |
SQL Database type | INTEGER |
Part of primary Key | no |
Foreign Key on table, column | Entity, ID |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Parent entity ID |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Fragment |
---|---|
Description | NMR-STAR name: _Entity.Fragment Give the name of the fragment if the protein or necleic acid is a part of a larger molecule with a well established biological function. |
Database field name | Fragment |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Fragment name |
Examples | replicase operator hairpin |
Help text |
NMR-STAR tag name | _Entity.Mutation |
---|---|
Description | NMR-STAR name: _Entity.Mutation Specify any mutations that have been introduced into the molecular entity. |
Database field name | Mutation |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Specific mutation |
Examples | C280S |
Help text |
NMR-STAR tag name | _Entity.EC_number |
---|---|
Description | NMR-STAR name: _Entity.EC_number Enzyme Commission number |
Database field name | ECNumber |
SQL Database type | VARCHAR(31) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Enzyme commission number |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Calc_isoelectric_point |
---|---|
Description | NMR-STAR name: _Entity.Calc_isoelectric_point The theoretical isoelectric point for the entity. |
Database field name | CalcIsoelectricPoint |
SQL Database type | FLOAT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Calculated isoelectric point |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Formula_weight |
---|---|
Description | NMR-STAR name: _Entity.Formula_weight Formula mass in daltons of the entity. |
Database field name | FormulaWeight |
SQL Database type | FLOAT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Formula mass |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Formula_weight_exptl |
---|---|
Description | NMR-STAR name: _Entity.Formula_weight_exptl Experimentally determined formula weight for the molecular entity. |
Database field name | FormulaWeightExptl |
SQL Database type | FLOAT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Formula weight exptl |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Formula_weight_exptl_meth |
---|---|
Description | NMR-STAR name: _Entity.Formula_weight_exptl_meth Method used to experimentally determine the formula weight for the molecular entity. |
Database field name | FormulaWeightExptlMeth |
SQL Database type | VARCHAR(127) |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Formula weight exptl meth |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.Details |
---|---|
Description | NMR-STAR name: _Entity.Details Text providing additional details regarding this entity. |
Database field name | Details |
SQL Database type | TEXT |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | Other comments |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.DB_query_date |
---|---|
Description | NMR-STAR name: _Entity.DB_query_date Last date that a query was conducted to locate entries in databases that are related to this molecular entity. |
Database field name | DBQueryDate |
SQL Database type | DATETIME year to day |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | DB query date |
Examples | ? |
Help text |
NMR-STAR tag name | _Entity.DB_query_revised_last_date |
---|---|
Description | NMR-STAR name: _Entity.DB_query_revised_last_date Last date that the table of related database entries was last updated. |
Database field name | DBQueryRevisedLastDate |
SQL Database type | DATETIME year to day |
Part of primary Key | no |
Foreign Key on table, column | , |
Saveframe ID | no |
Row Index | no |
Secondary Index | no |
Internal Flag | no |
Nulls allowed in database? | no |
Prompt | DB query revised last date |
Examples | ? |
Help text |