GO-CAM Curation: Difference between revisions
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[[Category:CAM]] | [[Category:GO-CAM]] | ||
= Preamble = | == Preamble == | ||
GO-CAM models are based on the semantic annotation and combination of biological facts. Each fact or statement corresponds to a standard GO Annotation, that is a Gene associated to a GO-Term. To read more about standard GO annotations, | GO-CAM models are based on the semantic annotation and combination of biological facts. Each fact or statement corresponds to a standard GO Annotation, that is a Gene associated to a GO-Term. To read more about standard GO annotations, [http://geneontology.org/page/go-annotations click here] | ||
GO-CAM relies on the | GO-CAM relies on the [http://geneontology.org/page/ontology-documentation Gene Ontology] to define a controlled set of vocabulary and enable curators to create structured biological facts, also called annotations. GO-CAM combines those single biological facts to describe and define larger biological processes. Each biological fact can be written as.a triplet <subject - predicate - object> and a model, as a collection of triplets, can be stored in TTL file. | ||
The curators use the platform | The curators use the platform [http://noctua.geneontology.org Noctua] to create these GO-CAM models. Noctua is the front-end, currently written with that allows for the creation of workbenches (end-user UI to access and manipulate the models in different ways) | ||
= First Steps = | == First Steps == | ||
=== Noctua Curation Tool Guide === | |||
*To learn how to create GO-CAM models and curate using Noctua, curators should start with: | |||
**the [[Noctua]] guide on this wiki | |||
=== Noctua Annotation Files === | |||
==== Derived GPAD Files ==== | |||
==== OWL Files ==== | |||
== Additional Resources == | |||
= Additional Resources = | |||
Revision as of 11:09, 2 April 2018
Preamble
GO-CAM models are based on the semantic annotation and combination of biological facts. Each fact or statement corresponds to a standard GO Annotation, that is a Gene associated to a GO-Term. To read more about standard GO annotations, click here
GO-CAM relies on the Gene Ontology to define a controlled set of vocabulary and enable curators to create structured biological facts, also called annotations. GO-CAM combines those single biological facts to describe and define larger biological processes. Each biological fact can be written as.a triplet <subject - predicate - object> and a model, as a collection of triplets, can be stored in TTL file.
The curators use the platform Noctua to create these GO-CAM models. Noctua is the front-end, currently written with that allows for the creation of workbenches (end-user UI to access and manipulate the models in different ways)
First Steps
Noctua Curation Tool Guide
- To learn how to create GO-CAM models and curate using Noctua, curators should start with:
- the Noctua guide on this wiki