CollecTF

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Link/URL:	http://collectf.umbc.edu
What:	CollecTFcompiles data on experimentally validated, naturally occurring TF-binding sites across the Bacteria domain, placing a strong emphasis on the transparency of the curation process, the quality and availability of the stored data and fully customizable access to its records.
Who:	CollecTF is developed and maintained by the Erill Lab at UMBC, in collaboration with the NCBI RefSeq database.
Updates:	CollecTF is under continuous revision, operating on a dual curation process that combines in-house curation by undergraduate students and direct submissions by authors.
Upcoming events:	CollecTF can be leveraged for team-based, active learning activities in Genetics and Biochemistry courses. Please email the collecTF team for further information.
Web Services:	Data in CollecTF is preiodically pushed to NCBI RefSeq complete genomes
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About CollecTF

CollecTF compiles data on experimentally validated, naturally occurring TF-binding sites across the Bacteria domain, placing a strong emphasis on the transparency of the curation process, the quality and availability of the stored data and fully customizable access to its records. CollecTF integrates multiple sources of data automatically and openly, allowing users to dynamically redefine binding motifs and their experimental support base. Most importantly, CollecTF entries are periodically submitted to NCBI for integration into RefSeq complete genome records as db_xref link-out features embedded in genome annotations. Experimentally-validated binding sites for transcription factors are therefore embedded in genome annotations as bound_moiety tags, providing information on the available experimental evidence, its published sources and a link to the full curation record on CollecTF. This approach maximizes the visibility of transcriptional regulation data by enriching the annotation of RefSeq files with regulatory information, addressing a decades-old deficit in the NCBI annotation pipeline. Hence, CollecTF operates both as a standalone database and as an open portal for entering of regulatory information into RefSeq genomes, generating a sustainable model that encourages direct author submissions in combination with in-house validation and curation of published literature.

Using CollecTF

Usage examples

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References

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External Links

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