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Receptor antagonist / Estrogen receptor / Assay / Agonist / Ligand / Intrinsic activity / Estradiol / Chemistry / Biology / Pharmacology


Combining Pathway-Based In Vitro Assays to Prioritize 1848 Environmental Chemicals for Estrogenic Potential D Rotroff1,2, D Reif1, N Sipes1, T Knudsen1, P Kothiya1, M Martin1, K Houck1, R Judson1 1 National Center for Co
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Document Date: 2013-04-10 16:29:09

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File Size: 1,74 MB

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City

Combining Pathway / /

Company

Agonist Group / /

Country

United States / /

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Event

FDA Phase / /

Facility

University of North Carolina / Chapel Hill / /

IndustryTerm

inactive chemicals / chemical-group combination / chemical classifications / chemical prioritization / chemical library / reference chemicals / chemical / chemical subset / active chemicals / chemicals / Chemical selectivity / environmental chemicals / /

Organization

office of Research and Development / National Center for Computational Toxicology / University of North Carolina / Environmental Protection Agency / /

Person

Daniel Rotroff / /

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Position

reporter / ATG_ERa_TRANS Multiplexed GAL4 reporter / /

Product

HEK-293 / /

ProvinceOrState

North Carolina / /

Technology

ATG / /

URL

www.epa.gov/research / /

SocialTag