Nanopublications LDF server

Matches in Nanopublications for { ?s <http://www.w3.org/2000/01/rdf-schema#label> ?o ?g. }

• type label "is a - links a thing (left) to a class it belongs to (right)" assertion.
• type label "is a - links a thing (left) to a class it belongs to (right)" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is identified as a member of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of" assertion.
• type label "is an instance of - indicates that the individual to the left is an instance of the class to the right" assertion.
• type label "available or to be developed FSR" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class to the left are also instances of the class to the right" assertion.
• subClassOf label "is a sub-taxon of - states that all instances of the taxon to the left are also instances of the taxon to the right" assertion.
• subClassOf label "is a sub-taxon of - states that all instances of the taxon to the left are also instances of the taxon to the right" assertion.
• subClassOf label "is a sub-taxon of - states that all instances of the taxon to the left are also instances of the taxon to the right" assertion.
• subClassOf label "is a sub-taxon of - states that all instances of the taxon to the left are also instances of the taxon to the right" assertion.
• subClassOf label "is a sub-taxon of - states that all instances of the taxon to the left are also instances of the taxon to the right" assertion.
• subClassOf label "is a sub-taxon of - states that all instances of the taxon to the left are also instances of the taxon to the right" assertion.
• subClassOf label "is a sub-taxon of - states that all instances of the taxon to the left are also instances of the taxon to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class/type to the left are also instances of the class/type to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class/type to the left are also instances of the class/type to the right" assertion.
• subClassOf label "is a subclass of - states that all instances of the class/type to the left are also instances of the class/type to the right" assertion.
• equivalentClass label "equivalentClass" owl.
• equivalentClass label "equivalentClass" assertion.
• equivalentClass label "equivalentClass" assertion.
• equivalentClass label "equivalentClass" assertion.
• equivalentProperty label "equivalentProperty" owl.

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