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index [2024/10/15 15:26] vwaman |
index [2024/10/15 15:43] (current) vwaman |
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| make homologous superfamily assignments. | make homologous superfamily assignments. | ||
| - | ==== Recognition as a Global Core BioData Resource ==== | + | == Recognition as a Global Core BioData Resource == |
| CATH has been recognized as a Global Core BioData Resource (GCBR) by the Global Biodata Consortium. This endorsement reflects the database's significance as a reliable and comprehensive resource for protein structure classification in the life sciences community. | CATH has been recognized as a Global Core BioData Resource (GCBR) by the Global Biodata Consortium. This endorsement reflects the database's significance as a reliable and comprehensive resource for protein structure classification in the life sciences community. | ||
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| We are pleased to announce the release of CATH v4.4 (October 2024 ; https://beta.cathdb.info/), the latest update to the CATH (Class, Architecture, Topology, Homology) structural classification database. This release includes an up-to-date classification of PDB structures as well as over 90 million domain models from The Encyclopedia of Domains (TED) (https://ted.cathdb.info). | We are pleased to announce the release of CATH v4.4 (October 2024 ; https://beta.cathdb.info/), the latest update to the CATH (Class, Architecture, Topology, Homology) structural classification database. This release includes an up-to-date classification of PDB structures as well as over 90 million domain models from The Encyclopedia of Domains (TED) (https://ted.cathdb.info). | ||
| + | == Integration of domains from The Encyclopedia of Domains (TED) == | ||
| CATH v4.4 incorporates approximately ~600.000 newly classified domain structures from the Protein Data Bank (PDB) and maps over 90 million predicted domain structures from the Encyclopedia of Domains (TED) resource into CATH superfamilies—a joint effort between the Jones group (UCL Computer Science) and the Orengo group (UCL Structural and Molecular Biology). This integration has resulted in a 180-fold increase in structural information for CATH superfamilies. | CATH v4.4 incorporates approximately ~600.000 newly classified domain structures from the Protein Data Bank (PDB) and maps over 90 million predicted domain structures from the Encyclopedia of Domains (TED) resource into CATH superfamilies—a joint effort between the Jones group (UCL Computer Science) and the Orengo group (UCL Structural and Molecular Biology). This integration has resulted in a 180-fold increase in structural information for CATH superfamilies. | ||
