Ah Receptor Antibody / Ligand Activated Transcription Factor Antibody (RQ6035)

Ah Receptor Antibody Neuro-2a Cells FACS. Flow cytometric analysis of mouse Neuro-2a cells was performed using an Ah Receptor antibody at 1 ug per million cells following blocking with goat sera. Ah Receptor, also known as Aryl Hydrocarbon Receptor and a Ligand Activated Transcription Factor, regulates gene expression in response to environmental toxins, endogenous metabolites, and dietary ligands. Red histogram: cells alone. Green histogram: isotype control. Blue histogram: Ah Receptor antibody. The clear rightward shift of the Ah Receptor antibody signal relative to both controls demonstrates specific detection of endogenous AHR expression in Neuro-2a neuroblastoma cells. These findings are consistent with the emerging role of AHR signaling in neurodevelopment, neuronal homeostasis, and responses to environmental stimuli. These results support the utility of Ah Receptor Antibody for studies of signal transduction, neurobiology, and transcriptional regulation.

Ah Receptor Antibody Rat and Mouse Tissues WB. Western blot analysis of Ah Receptor expression using an Ah Receptor antibody. Lane 1: rat liver tissue lysate. Lane 2: rat PC-12 cell lysate. Lane 3: rat C6 cell lysate. Lane 4: rat RH-35 cell lysate. Lane 5: mouse liver tissue lysate. Ah Receptor, also known as Aryl Hydrocarbon Receptor and a Ligand Activated Transcription Factor, mediates cellular responses to xenobiotics, endogenous metabolites, and inflammatory signals. A distinct band is detected at approximately 95 kDa in all samples, corresponding to the expected molecular weight of full length AHR. Similar expression across hepatic and neural cell types is consistent with the broad physiologic roles of AHR in metabolism, neurobiology, and signal transduction. These results support the utility of Ah Receptor Antibody for studies of environmental sensing, transcriptional regulation, and cellular responses to external stimuli.