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  • This site provides access to the research outputs of the University of Massachusetts. Users may set up RSS feeds to be alerted to new content. The interface is available in English.

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  • This site provides access to the research outputs of the University of Washington. Users may set up RSS feeds to be alerted to new content. The interface is available in English.

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  • The Influenza Research Database (IRD) is a free, open, publicly-accessible resource funded by the U.S. National Institute of Allergy and Infectious Diseases through the Bioinformatics Resource Centers program. IRD provides a comprehensive, integrated database and analysis resource for influenza sequence, surveillance, and research data, including user-friendly interfaces for data retrieval, visualization, and comparative genomics analysis, together with personal login- protected ‘workbench’ spaces for saving data sets and analysis results. IRD integrates genomic, proteomic, immune epitope, and surveillance data from a variety of sources, including public databases, computational algorithms, external research groups, and the scientific literature.

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  • This site allows access to the research output of the University of Missouri School of Law. Users may set up RSS feeds to be alerted as to new content. Both interface and text are in English only.

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  • The Chromium Epigenomics Toxicology (EpiCrDB) database contains a variety of epigenomics experimental assays relating to research on how Cr(VI) perturbs chromatin organization and dynamics. This data is used in reseach into how its toxicity may be attributed to epigenetic carcinogenicity. Manually-annotated sample and experiment metadata is included to facilitate FAIR data access. Hexavalent chromium [Cr(VI)] compounds are well-established respiratory carcinogens utilized in industrial processes. While inhalation exposure constitutes an occupational risk affecting mostly chromium workers, environmental exposure from drinking water contamination is a widespread gastrointestinal carcinogen, affecting millions of people throughout the world. The mechanism of action of Cr(VI) at the molecular level is poorly understood.

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