Difference between revisions of "WWW BioCyc"
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<section begin=abstract />[http://biocyc.org '''BioCyc'''] is a collection of metabolic pathways databases, derived from computational annotation (and manual curation) of whole-genome sequence data. The database range from highly curated (such as EcoCyc, and HumanCyc, and the comparative, multiorganism MetaCyc resource) to purely computationally derived. Searches can be performed by component, reaction or pathway, and by ontology. The example URL leads to the cellulosome cellulose degradation pathway in MetaCyc.<section end=abstract /> | <section begin=abstract />[http://biocyc.org '''BioCyc'''] is a collection of metabolic pathways databases, derived from computational annotation (and manual curation) of whole-genome sequence data. The database range from highly curated (such as EcoCyc, and HumanCyc, and the comparative, multiorganism MetaCyc resource) to purely computationally derived. Searches can be performed by component, reaction or pathway, and by ontology. The example URL leads to the cellulosome cellulose degradation pathway in MetaCyc.<section end=abstract /> | ||
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Revision as of 16:50, 28 January 2012
BioCyc |
URL
http://biocyc.org/META/NEW-IMAGE?type=PATHWAY&object=PWY-6805&detail-level=2
Abstract
BioCyc is a collection of metabolic pathways databases, derived from computational annotation (and manual curation) of whole-genome sequence data. The database range from highly curated (such as EcoCyc, and HumanCyc, and the comparative, multiorganism MetaCyc resource) to purely computationally derived. Searches can be performed by component, reaction or pathway, and by ontology. The example URL leads to the cellulosome cellulose degradation pathway in MetaCyc.
Reference
| Latendresse et al. (2012) Browsing metabolic and regulatory networks with BioCyc. Methods Mol Biol 804:197-216. (pmid: 22144155) |
