HIPdb: a database of experimentally validated HIV inhibiting peptides

A Qureshi, N Thakur, M Kumar - PloS one, 2013 - journals.plos.org
PloS one, 2013journals.plos.org
Background Besides antiretroviral drugs, peptides have also demonstrated potential to
inhibit the Human immunodeficiency virus (HIV). For example, T20 has been discovered to
effectively block the HIV entry and was approved by the FDA as a novel anti-HIV peptide
(AHP). We have collated all experimental information on AHPs at a single platform.
Descriptions HIPdb is a manually curated database of experimentally verified HIV inhibiting
peptides targeting various steps or proteins involved in the life cycle of HIV eg fusion …
Background
Besides antiretroviral drugs, peptides have also demonstrated potential to inhibit the Human immunodeficiency virus (HIV). For example, T20 has been discovered to effectively block the HIV entry and was approved by the FDA as a novel anti-HIV peptide (AHP). We have collated all experimental information on AHPs at a single platform.
Descriptions
HIPdb is a manually curated database of experimentally verified HIV inhibiting peptides targeting various steps or proteins involved in the life cycle of HIV e.g. fusion, integration, reverse transcription etc. This database provides experimental information of 981 peptides. These are of varying length obtained from natural as well as synthetic sources and tested on different cell lines. Important fields included are peptide sequence, length, source, target, cell line, inhibition/IC50, assay and reference. The database provides user friendly browse, search, sort and filter options. It also contains useful services like BLAST and ‘Map’ for alignment with user provided sequences. In addition, predicted structure and physicochemical properties of the peptides are also included.
Conclusion
HIPdb database is freely available at http://crdd.osdd.net/servers/hipdb. Comprehensive information of this database will be helpful in selecting/designing effective anti-HIV peptides. Thus it may prove a useful resource to researchers for peptide based therapeutics development.
PLOS
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