Beagle Dog Hepatocytes: A Trusted In Vitro Model for Drug Metabolism Research
Primary Beagle dog hepatocytes serve as a biologically relevant model for researchers to study liver function, diseased condition, drug metabolism, and hepatotoxicity. It serves as a relevant preclinical research tool. The cells retain key metabolic enzymes and transporters. This allows researchers to investigate metabolic stability, metabolite formation, drug-drug interaction, and enzyme-mediated interactions under controlled laboratory conditions. It is an essential tool for ADME studies, safety assessments, toxicity research, and translational research.
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Illustration of Human intestine S9 fraction used in biomedical research. S9 fraction helps researchers understand the fate of the drug candidates as it passes through the intestine before entering the bloodstream. They consist of vital enzymes involved in both Phase I and Phase II metabolism, it provides a more complete picture of how drugs are broken down during the early stages of absorption. It is widely used to study first-pass metabolism, identify metabolites, evaluate metabolic stability, and support the development of safer and more effective medicines.
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Illustration of primary cell culture isolation technique. Cells are isolated directly from living tissues of a multicellular organism and grown under carefully controlled conditions. These cells closely preserve the structure and function of their tissue of origin; they provide a more realistic model of human biology than many established cell lines. Primary cell cultures are widely used in disease research, drug discovery, toxicity testing, regenerative medicine, and personalized medicine, helping researchers generate findings that are more relevant and easier to translate into future clinical applications.
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Primary hepatocytes isolated from mouse (Mus musculus) liver serve as a highly relevant in-vitro model that closely mimics the metabolic, detoxification, and biosynthetic functions of the intact liver. These parenchymal cells retain high metabolic activity and express functional Phase I & II drug-metabolizing enzymes (CYP3A, CYP2E1, CYP1A2), along with key biomarkers such as Albumin, HNF4α, and CK18.
Widely used for drug metabolism, hepatotoxicity screening, NAFLD/NASH, fibrosis, hepatitis, regenerative medicine, and pharmacokinetic studies including drug-drug interactions.
Why choose them? Cost-effective, genetically tractable, extensive transgenic/knockout models available, and strong translational relevance due to high genetic similarity with humans.