Class: acid anion grouping class (AcidAnionGroupingClass)

name: AcidAnionGroupingClass
description: A molecule grouping class that groups the different ion forms of the
  base of an acid
title: acid anion grouping class
examples:
- value: citrate
- value: pimelate
from_schema: https://w3id.org/chemrof
is_a: GroupingClassForAcidsOrBases
slot_usage:
  name:
    name: name
    pattern: ate$
defining_slots:
- conjugate_base_of

name: AcidAnionGroupingClass
description: A molecule grouping class that groups the different ion forms of the
  base of an acid
title: acid anion grouping class
examples:
- value: citrate
- value: pimelate
from_schema: https://w3id.org/chemrof
is_a: GroupingClassForAcidsOrBases
slot_usage:
  name:
    name: name
    pattern: ate$
attributes:
  conjugate_base_of:
    name: conjugate_base_of
    description: 'connects the base form of an acid to an acid. Also connects the
      different charge states of the base. Example: the different charge states of
      lactate (CHEBI:24996) conjugate base of lactic acid (CHEBI:28358)'
    title: conjugate base of
    notes:
    - sometimes chebi hops over a state skipping an intermediate
    from_schema: https://w3id.org/chemrof
    see_also:
    - https://academic.oup.com/nar/article/36/suppl_1/D344/2506390
    aliases:
    - is conjugate base of (chebi)
    rank: 1000
    is_a: direct_conjugatated_form_of
    mixins:
    - has_lower_charge_from
    domain: ChemicalEntity
    alias: conjugate_base_of
    owner: AcidAnionGroupingClass
    domain_of:
    - GroupingClassForAcidsOrBases
    - PolyatomicIon
    range: DomainEntity
  conjugate_acid_of:
    name: conjugate_acid_of
    title: conjugate acid of
    todos:
    - decide on domain/range. in chebi, daidzein monosulfate is conjugate acid of
      daidzein monosulfate(1-), yet it is an acid derivative, not an acid
    from_schema: https://w3id.org/chemrof
    see_also:
    - https://academic.oup.com/nar/article/36/suppl_1/D344/2506390
    aliases:
    - is conjugate acid of (chebi)
    rank: 1000
    is_a: direct_conjugatated_form_of
    mixins:
    - has_higher_charge_from
    domain: ChemicalEntity
    alias: conjugate_acid_of
    owner: AcidAnionGroupingClass
    domain_of:
    - GroupingClassForAcidsOrBases
    - PolyatomicIon
    inverse: conjugate_base_of
    range: DomainEntity
  id:
    name: id
    title: id
    from_schema: https://w3id.org/chemrof
    mappings:
    - schema:identifier
    rank: 1000
    is_a: information_property
    identifier: true
    alias: id
    owner: AcidAnionGroupingClass
    domain_of:
    - DomainEntity
    - GroupingClass
    - ChemicalGroupingClass
    range: string
    required: true
  smarts_string:
    name: smarts_string
    description: a molecular pattern matching language, related to the popular SMILES
      molecular language, that can be used to specify sub-structural patterns in molecules.
    title: smarts string
    examples:
    - value: '[#1,#6:60][C@@:6]12[CX4:7][CX4H2,CX4H0:8]([CX4H3,CX4H2,#1:80])([CX4H3,CX4H2,#1:81])[CX3:9](=[CX3H2:10])[C@@:11]1([C:1](=[O:2])[CX4,c:4][CX4,c:3][CX4,c,O,NX3!r3:5]2)[C:99]#[N:97]>>[C:10]#[C:9][*:8]([*:80])([*:81])[C:7][C@@:6]1([*:60])[*:5][*:3][*:4][C:1](=[O:2])[C:11]1[C:99]#[N:97]'
    from_schema: https://w3id.org/chemrof
    rank: 1000
    is_a: chemical_formula
    domain: ChemicalEntity
    alias: smarts_string
    owner: AcidAnionGroupingClass
    domain_of:
    - ChemicalGroupingClass
    range: ChemicalEncoding
  markush_string:
    name: markush_string
    from_schema: https://w3id.org/chemrof
    rank: 1000
    is_a: chemical_formula
    domain: ChemicalEntity
    alias: markush_string
    owner: AcidAnionGroupingClass
    domain_of:
    - ChemicalGroupingClass
    range: ChemicalEncoding
  owl_subclass_of:
    name: owl_subclass_of
    description: 'Holds between C and P if C owl:subClassOf P. Note that in this model,
      most classes are metaclasses (see ''owl class''), where these metaclasses may
      represent *groupings* or specific countable elements or species. We provide
      two different sub-properties of subclass of for two cases: (1) subtype_of, which
      connects grouping classes (e.g. alkane is_a hydrocarbon; alpha-amino-acid is_a
      amino-acid), (2) classified_by, which connects a specific element to a grouping
      class (e.g. methane is_a hydrocarbon; iron is_a metal; serine is_a amino-acid)'
    title: owl subclass of
    from_schema: https://w3id.org/chemrof
    aliases:
    - is a
    exact_mappings:
    - rdfs:subClassOf
    narrow_mappings:
    - bo:family
    rank: 1000
    is_a: classification_relationship
    mixin: true
    domain: OwlClass
    alias: owl_subclass_of
    owner: AcidAnionGroupingClass
    domain_of:
    - OwlClass
    range: OwlClass
  name:
    name: name
    description: name of chemical entity. E.g. nickel, carbon-16
    title: name
    from_schema: https://w3id.org/chemrof
    close_mappings:
    - bo:symbol
    rank: 1000
    is_a: information_property
    slot_uri: rdfs:label
    alias: name
    owner: AcidAnionGroupingClass
    domain_of:
    - DomainEntity
    - GroupingClass
    - Atom
    - AtomOccurrence
    range: string
    pattern: ate$
  subtype_of:
    name: subtype_of
    description: grouping classes can be arranged in hierarchies arbitrarily deep.
      Note that subtype_of should only connect two grouping classes
    title: subtype of
    from_schema: https://w3id.org/chemrof
    aliases:
    - metasubclass of
    exact_mappings:
    - wd:P2445
    narrow_mappings:
    - rdfs:subClassOf
    rank: 1000
    is_a: chemical_to_chemical_relationship
    mixins:
    - owl_subclass_of
    domain: OwlClass
    alias: subtype_of
    owner: AcidAnionGroupingClass
    domain_of:
    - GroupingClass
    range: MoleculeGroupingClass
    required: false
    multivalued: true
defining_slots:
- conjugate_base_of