Human ERRalpha activity examined using a reporter gene in whole-cell assay format

Real-time analysis of coregulator - nuclear receptor interaction using microarrays

Human PR activity examined using a reporter gene in whole-cell assay format

ERα Reporter Assay System uses non-human mammalian cells engineered to express human ERα protein

Human ERalpha activity examined using a reporter gene in whole-cell assay format

Human FXR activity examined using a reporter gene in whole-cell assay format

Human MR activity examined using a reporter gene in whole-cell assay format

PPARγ Reporter Assay System uses non-human mammalian cells engineered to express human PPARG protein

Human TRalpha activity examined using a reporter gene in whole-cell assay format

Human AR activity examined using a reporter gene in whole-cell assay format

Human/Mouse/Rat PPARbeta/delta activity examined using a reporter gene in whole-cell assay format

Human/Mouse/Rat CAR1 activity examined using a reporter gene in whole-cell assay format

Human RORgamma activity examined using a reporter gene in whole-cell assay format

Human LXRα activity examined using a reporter gene in whole-cell assay format

Human/Mouse/Rat RXRalpha activity examined using a reporter gene in whole-cell assay format

Human/Mouse/Rat PPARalpha activity examined using a reporter gene in whole-cell assay format

Human/Mouse/Rat LXRβ activity examined using a reporter gene in whole-cell assay format.

hCAR3 activity examined using a reporter gene in whole-cell assay format

Human RORalpha activity examined using a reporter gene in whole-cell assay format

Human ERbeta activity examined using a reporter gene in whole-cell assay format

Human GR activity examined using a reporter gene in whole-cell assay format

Human/Mouse/Rat PPARgamma activity examined using a reporter gene in whole-cell assay format

LXRβ Reporter Assay System uses non-human mammalian cells engineered to express human LXRbeta protein

Human VDR activity examined using a reporter gene in whole-cell assay format