IMGT-ONTOLOGY
Figures illustrating some of the IMGT-ONTOLOGY axioms and concepts
- Figure 1 Cellular and Molecular components of the adaptative (A) humoral and (B) cellular immune response
- Figure 2 IMGT® databases and tools with their interactions according to the genomic, genetic and/or structural approaches
- Figure 3 The axioms of the Formal IMGT-ONTOLOGY or IMGT-Kaleidoscope
- Figure 4 An example of knowledge at the molecular level: the synthesis of an IG or antibody in humans
- Figure 5 The variable domains VH and VL of the heavy and light chains of an IG or antibody
- Figure 6 Identification of an IG or antibody as an instance of the "Molecule_ReceptorType" concept made of four chains, two IG-Heavy-Chain and two IG-Light-Chain ("ChainType" concept)
- Figure 7 Instances of the "Molecule_EntityPrototype" concept (DESCRIPTION axiom)
- Figure 8 Graphical representation of two instances of the "Molecule_EntityPrototype" concept (DESCRIPTION axiom)
- Figure 9 Concepts of classification for gene and allele nomenclature (CLASSIFICATION axiom)
- Figure 10 Axiom NUMEROTATION of IMGT illustrated by concept "IMGT Collier de Perles"
- Figure 11 The "IMGT_unique_numbering" and "IMGT_Colliers_de_Perles" concepts and relations with other concepts of numerotation (NUMEROTATION Axiom)
- Figure 12 "DomainType" and "IMGT_Collier_de_Perles" concept instances
- Figure 13 The "Molecule_EntityType" concept
- Figure 14 The "Molecule_ReceptorType" concept
- Figure 15 The "Molecule_ReceptorType" concept contains a hierarchy of concept which identify the receptor type at different levels of granularity
- Figure 16 Graphical representation of relations between the constitutive motifs of a V-GENE, concept instance of the "Molecule_EntityPrototype" concept (DESCRIPTION)
- Figure 17 The five "Core" concept instances in relation with the nineteen "Molecule_EntityPrototype" concept instances (DESCRIPTION)
- Figure 18 Graphical representation of the instances V-RS, J-RS, 5'D-RS and 3'D-RS of the "RecombinationSignal" concept
- Figure 19 Graphical representation of the instances "V-J-CLUSTER" and "V-(VDJ)-CLUSTER" of the "GeneCluster" concept (DESCRIPTION)
- Editor:
- Chantal Ginestoux
