Courant Institute / Smith College / York University / NIH Chemical Genomics Center / California Institute of Technology / /
IndustryTerm
technology-specific assay interference / high-scoring chemicals / chemical similarity / pharmaceuticals / biological systems / chemical perturbations / potent and least potent chemicals / chemical classes / Chemical structure analysis / chemical / technology-specific assay activation / chemical structure / chemicals / active chemicals / chemical structures / /
Organization
California Institute of Technology / York University / NIH Chemical Genomics Center / Division of Biology / Smith College / Courant Institute / FDA / NYU / U.S. Environmental Protection Agency ACEA ESR1 Homo sapiens Office / Univ. of Southern California / Environmental Protection Agency / /
Person
Vijay Chickarmane / Jean Taylor / Matthew Martin / Nat / Richard Judson / Keith Houck / Ann Richard / Daniel Rotroff / Gene Color / Felicia Maria Magpantay / / /
Position
ESR1 Homo sapiens Reporter / Odyssey Thera ESR2 / ERE Homo sapiens Reporter / ATG_ERa_TRANS_perc Attagene ESR1 Homo sapiens RNA Reporter / RNA Reporter / ERE Homo sapiens Reporter / Proliferation Reporter / /
ProgrammingLanguage
Haskell / /
ProvinceOrState
Southern California / California / /
Region
Southern California / /
Technology
Chemical Genomics / DNA Binding / drug development / ATG / /
Network Model of the Estrogen Receptor Pathway: Integrating a Battery of In Vitro HTS Assays Richard Judson(1), Felicia Maria Magpantay(2), Vijay Chickarmane(3), Cymra Haskell(4), Nessy Tania(5), Jean Taylor(6), Daniel R