obsolete_class(I)

Any instance of http://www.geneontology.org/formats/oboInOwl#ObsoleteClass

 synonym_type(I)

Any instance of http://www.geneontology.org/formats/oboInOwl#SynonymType

 consider(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#consider

 has_URI(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasURI

 has_alternative_id(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasAlternativeId

 has_broad_synonym(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasBroadSynonym

 has_date(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasDate

 has_dbxref(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasDbXref

 has_default_namespace(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasDefaultNamespace

 has_exact_synonym(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasExactSynonym

 has_narrow_synonym(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasNarrowSynonym

 has_obo_namespace(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasOBONamespace

 has_related_synonym(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasRelatedSynonym

 has_subset(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasSubset

 has_synonym(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasSynonym

 has_synonym_type(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasSynonymType

 has_version(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#hasVersion

 in_subset(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#inSubset

 is_cyclic(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#isCyclic

 obsolete_property(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#ObsoleteProperty

 replaced_by(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#replacedBy

 saved_by(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#savedBy

 subset_property(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#SubsetProperty

 synonym_type_property(I, J)

Any relationship of type http://www.geneontology.org/formats/oboInOwl#SynonymTypeProperty

 consider(I, J, K)

As consider/2 where asserted in graph

 consider_axiom(I, J, K)

As consider_axiom/2 , where owl-reified by node

 has_URI(I, J, K)

As has_URI/2 where asserted in graph

 has_URI_axiom(I, J, K)

As has_URI_axiom/2 , where owl-reified by node

 has_alternative_id(I, J, K)

As has_alternative_id/2 where asserted in graph

 has_alternative_id_axiom(I, J, K)

As has_alternative_id_axiom/2 , where owl-reified by node

 has_broad_synonym(I, J, K)

As has_broad_synonym/2 where asserted in graph

 has_broad_synonym_axiom(I, J, K)

As has_broad_synonym_axiom/2 , where owl-reified by node

 has_date(I, J, K)

As has_date/2 where asserted in graph

 has_date_axiom(I, J, K)

As has_date_axiom/2 , where owl-reified by node

 has_dbxref(I, J, K)

As has_dbxref/2 where asserted in graph

 has_dbxref_axiom(I, J, K)

As has_dbxref_axiom/2 , where owl-reified by node

 has_default_namespace(I, J, K)

As has_default_namespace/2 where asserted in graph

 has_default_namespace_axiom(I, J, K)

As has_default_namespace_axiom/2 , where owl-reified by node

 has_exact_synonym(I, J, K)

As has_exact_synonym/2 where asserted in graph

 has_exact_synonym_axiom(I, J, K)

As has_exact_synonym_axiom/2 , where owl-reified by node

 has_narrow_synonym(I, J, K)

As has_narrow_synonym/2 where asserted in graph

 has_narrow_synonym_axiom(I, J, K)

As has_narrow_synonym_axiom/2 , where owl-reified by node

 has_obo_namespace(I, J, K)

As has_obo_namespace/2 where asserted in graph

 has_obo_namespace_axiom(I, J, K)

As has_obo_namespace_axiom/2 , where owl-reified by node

 has_related_synonym(I, J, K)

As has_related_synonym/2 where asserted in graph

 has_related_synonym_axiom(I, J, K)

As has_related_synonym_axiom/2 , where owl-reified by node

 has_subset(I, J, K)

As has_subset/2 where asserted in graph

 has_subset_axiom(I, J, K)

As has_subset_axiom/2 , where owl-reified by node

 has_synonym(I, J, K)

As has_synonym/2 where asserted in graph

 has_synonym_axiom(I, J, K)

As has_synonym_axiom/2 , where owl-reified by node

 has_synonym_type(I, J, K)

As has_synonym_type/2 where asserted in graph

 has_synonym_type_axiom(I, J, K)

As has_synonym_type_axiom/2 , where owl-reified by node

 has_version(I, J, K)

As has_version/2 where asserted in graph

 has_version_axiom(I, J, K)

As has_version_axiom/2 , where owl-reified by node

 in_subset(I, J, K)

As in_subset/2 where asserted in graph

 in_subset_axiom(I, J, K)

As in_subset_axiom/2 , where owl-reified by node

 is_cyclic(I, J, K)

As is_cyclic/2 where asserted in graph

 is_cyclic_axiom(I, J, K)

As is_cyclic_axiom/2 , where owl-reified by node

 obsolete_property(I, J, K)

As obsolete_property/2 where asserted in graph

 obsolete_property_axiom(I, J, K)

As obsolete_property_axiom/2 , where owl-reified by node

 replaced_by(I, J, K)

As replaced_by/2 where asserted in graph

 replaced_by_axiom(I, J, K)

As replaced_by_axiom/2 , where owl-reified by node

 saved_by(I, J, K)

As saved_by/2 where asserted in graph

 saved_by_axiom(I, J, K)

As saved_by_axiom/2 , where owl-reified by node

 subset_property(I, J, K)

As subset_property/2 where asserted in graph

 subset_property_axiom(I, J, K)

As subset_property_axiom/2 , where owl-reified by node

 synonym_type_property(I, J, K)

As synonym_type_property/2 where asserted in graph

 synonym_type_property_axiom(I, J, K)

As synonym_type_property_axiom/2 , where owl-reified by node

 consider_axiom(I, J, K, L)

As consider_axiom/2 , where asserted in graph and owl-reified by node

 consider_node(I, J, K, L)

As consider_node/2 , where asserted in graph and rdf-reified by node

 has_URI_axiom(I, J, K, L)

As has_URI_axiom/2 , where asserted in graph and owl-reified by node

 has_URI_node(I, J, K, L)

As has_URI_node/2 , where asserted in graph and rdf-reified by node

 has_alternative_id_axiom(I, J, K, L)

As has_alternative_id_axiom/2 , where asserted in graph and owl-reified by node

 has_alternative_id_node(I, J, K, L)

As has_alternative_id_node/2 , where asserted in graph and rdf-reified by node

 has_broad_synonym_axiom(I, J, K, L)

As has_broad_synonym_axiom/2 , where asserted in graph and owl-reified by node

 has_broad_synonym_node(I, J, K, L)

As has_broad_synonym_node/2 , where asserted in graph and rdf-reified by node

 has_date_axiom(I, J, K, L)

As has_date_axiom/2 , where asserted in graph and owl-reified by node

 has_date_node(I, J, K, L)

As has_date_node/2 , where asserted in graph and rdf-reified by node

 has_dbxref_axiom(I, J, K, L)

As has_dbxref_axiom/2 , where asserted in graph and owl-reified by node

 has_dbxref_node(I, J, K, L)

As has_dbxref_node/2 , where asserted in graph and rdf-reified by node

 has_default_namespace_axiom(I, J, K, L)

As has_default_namespace_axiom/2 , where asserted in graph and owl-reified by node

 has_default_namespace_node(I, J, K, L)

As has_default_namespace_node/2 , where asserted in graph and rdf-reified by node

 has_exact_synonym_axiom(I, J, K, L)

As has_exact_synonym_axiom/2 , where asserted in graph and owl-reified by node

 has_exact_synonym_node(I, J, K, L)

As has_exact_synonym_node/2 , where asserted in graph and rdf-reified by node

 has_narrow_synonym_axiom(I, J, K, L)

As has_narrow_synonym_axiom/2 , where asserted in graph and owl-reified by node

 has_narrow_synonym_node(I, J, K, L)

As has_narrow_synonym_node/2 , where asserted in graph and rdf-reified by node

 has_obo_namespace_axiom(I, J, K, L)

As has_obo_namespace_axiom/2 , where asserted in graph and owl-reified by node

 has_obo_namespace_node(I, J, K, L)

As has_obo_namespace_node/2 , where asserted in graph and rdf-reified by node

 has_related_synonym_axiom(I, J, K, L)

As has_related_synonym_axiom/2 , where asserted in graph and owl-reified by node

 has_related_synonym_node(I, J, K, L)

As has_related_synonym_node/2 , where asserted in graph and rdf-reified by node

 has_subset_axiom(I, J, K, L)

As has_subset_axiom/2 , where asserted in graph and owl-reified by node

 has_subset_node(I, J, K, L)

As has_subset_node/2 , where asserted in graph and rdf-reified by node

 has_synonym_axiom(I, J, K, L)

As has_synonym_axiom/2 , where asserted in graph and owl-reified by node

 has_synonym_node(I, J, K, L)

As has_synonym_node/2 , where asserted in graph and rdf-reified by node

 has_synonym_type_axiom(I, J, K, L)

As has_synonym_type_axiom/2 , where asserted in graph and owl-reified by node

 has_synonym_type_node(I, J, K, L)

As has_synonym_type_node/2 , where asserted in graph and rdf-reified by node

 has_version_axiom(I, J, K, L)

As has_version_axiom/2 , where asserted in graph and owl-reified by node

 has_version_node(I, J, K, L)

As has_version_node/2 , where asserted in graph and rdf-reified by node

 in_subset_axiom(I, J, K, L)

As in_subset_axiom/2 , where asserted in graph and owl-reified by node

 in_subset_node(I, J, K, L)

As in_subset_node/2 , where asserted in graph and rdf-reified by node

 is_cyclic_axiom(I, J, K, L)

As is_cyclic_axiom/2 , where asserted in graph and owl-reified by node

 is_cyclic_node(I, J, K, L)

As is_cyclic_node/2 , where asserted in graph and rdf-reified by node

 obsolete_property_axiom(I, J, K, L)

As obsolete_property_axiom/2 , where asserted in graph and owl-reified by node

 obsolete_property_node(I, J, K, L)

As obsolete_property_node/2 , where asserted in graph and rdf-reified by node

 replaced_by_axiom(I, J, K, L)

As replaced_by_axiom/2 , where asserted in graph and owl-reified by node

 replaced_by_node(I, J, K, L)

As replaced_by_node/2 , where asserted in graph and rdf-reified by node

 saved_by_axiom(I, J, K, L)

As saved_by_axiom/2 , where asserted in graph and owl-reified by node

 saved_by_node(I, J, K, L)

As saved_by_node/2 , where asserted in graph and rdf-reified by node

 subset_property_axiom(I, J, K, L)

As subset_property_axiom/2 , where asserted in graph and owl-reified by node

 subset_property_node(I, J, K, L)

As subset_property_node/2 , where asserted in graph and rdf-reified by node

 synonym_type_property_axiom(I, J, K, L)

As synonym_type_property_axiom/2 , where asserted in graph and owl-reified by node

 synonym_type_property_node(I, J, K, L)

As synonym_type_property_node/2 , where asserted in graph and rdf-reified by node

Undocumented predicates

The following predicates are exported, but not or incorrectly documented.

 obsolete_property_node(Arg1, Arg2, Arg3)

 subset_property_node(Arg1, Arg2, Arg3)

 synonym_type_property_node(Arg1, Arg2, Arg3)

 consider_node(Arg1, Arg2, Arg3)

 has_alternative_id_node(Arg1, Arg2, Arg3)

 has_broad_synonym_node(Arg1, Arg2, Arg3)

 has_date_node(Arg1, Arg2, Arg3)

 has_dbxref_node(Arg1, Arg2, Arg3)

 has_default_namespace_node(Arg1, Arg2, Arg3)

 has_exact_synonym_node(Arg1, Arg2, Arg3)

 has_narrow_synonym_node(Arg1, Arg2, Arg3)

 has_obo_namespace_node(Arg1, Arg2, Arg3)

 has_related_synonym_node(Arg1, Arg2, Arg3)

 has_subset_node(Arg1, Arg2, Arg3)

 has_synonym_node(Arg1, Arg2, Arg3)

 has_synonym_type_node(Arg1, Arg2, Arg3)

 has_URI_node(Arg1, Arg2, Arg3)

 has_version_node(Arg1, Arg2, Arg3)

 in_subset_node(Arg1, Arg2, Arg3)

 is_cyclic_node(Arg1, Arg2, Arg3)

 replaced_by_node(Arg1, Arg2, Arg3)

 saved_by_node(Arg1, Arg2, Arg3)