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An ontology that classifies chemical compounds according to their associated toxicity types.
Description
This ontology is an application ontology for representing chemical compounds and their associated toxicity effects. It supports standardized classification of toxicity types and enables integration of toxicological data. It reuses and aligns with existing ontologies, including NCI Thesaurus (NCIT), Experimental Factor Ontology (EFO), and eNanoMapper ontology (ENM), to ensure semantic interoperability.
There is no other ontology in the OBO Foundry which would be an appropriate place for my terms. If there were, I have contacted the editors, and we decided in mutual agreement that a separate ontology is more appropriate.
My ontology has a specific release file with a version IRI and a dc:license annotation, serialised in RDF/XML.
My term labels are in English and conform to the OBO Foundry Naming Conventions
I understand that term definitions are key to understanding the intentions of a term, especially when the ontology is used in curation. I made sure that a reasonable majority of terms in my ontology--and all top level terms--have definitions, in English, using the IAO:0000115 property.
For every term in my ontology, I checked whether another OBO Foundry ontology has one with the same meaning. If so, I re-used that term directly (not by cross-reference, by directly using the IRI).
For all relationship properties (Object and Data Property), I checked whether the Relation Ontology (RO) includes an appropriate one. I understand that aligning with RO is an essential part of the overall alignment between OBO ontologies!
For the selection of appropriate annotation properties, I looked at OMO first. I understand that aligning ontology metadata and term-level metadata is essential for cross-integration of OBO ontologies.
If I was not sure about the meaning of any of the checkboxes above, I have consulted with a member of the OBO Foundry for advice, e.g., through the obo-discuss Google Group.
The requested ID space does not conflict with another ID space found in other registries such as the Bioregistry and BioPortal, see here for a complete list.
Title
Compound Toxicity Ontology
Short Description
An ontology that classifies chemical compounds according to their associated toxicity types.
Description
This ontology is an application ontology for representing chemical compounds and their associated toxicity effects. It supports standardized classification of toxicity types and enables integration of toxicological data. It reuses and aligns with existing ontologies, including NCI Thesaurus (NCIT), Experimental Factor Ontology (EFO), and eNanoMapper ontology (ENM), to ensure semantic interoperability.
Identifier Space
CTxO
License
CC0
Domain
health
Source Code Repository
https://github.com/zjy959354/Compound-Toxicity-Ontology
Homepage
https://github.com/zjy959354/Compound-Toxicity-Ontology
Issue Tracker
https://github.com/zjy959354/Compound-Toxicity-Ontology/issues
Contribution Guidelines
https://github.com/zjy959354/Compound-Toxicity-Ontology/blob/main/CONTRIBUTING.md
Ontology Download Link
https://github.com/zjy959354/Compound-Toxicity-Ontology
Contact Name
Zhang jiang yan
Contact Email
2968317207@qq.com
Contact GitHub Username
zjy959354
Contact ORCID Identifier
0009-0002-8957-5742
Formats
Dependencies
Related
Usages
Intended Use Cases and/or Related Projects
No response
Data Sources
No response
Additional comments or remarks
No response
OBO Foundry Pre-registration Checklist
dc:licenseannotation, serialised in RDF/XML.