Human S9 fractions (liver/intestinal, pooled/individual) contain microsomal + cytosolic enzymes for Phase I/II metabolism. Ideal for stability, metabolite ID, DDI, toxicology & bioavailability studies in early drug discovery. Complementary to...
Beagle liver S9 fractions are in vitro models from canine liver with microsomal (e.g. CYP) and cytosolic enzymes. Used in preclinical research for metabolic stability, metabolite profiling, DMPK, toxicology, and...
Wistar rat S9 fraction is a liver subcellular prep with microsomal + cytosolic enzymes for Phase I/II drug metabolism studies. Used for metabolic stability, metabolite profiling & biotransformation, it bridges...
Sprague-Dawley (SD) rats are versatile outbred models widely used in pharmacology, toxicology, disease modeling, and regenerative medicine. They are often combined with primary hepatocytes, microsomes, and S9 fractions to study...
CD-1 mice are outbred Swiss-origin stock with genetic diversity, strong reproduction & adaptability. Used in toxicology, pharmacology, drug development, reproductive & developmental research for broader biological responses vs. inbred strains.
Human liver microsomes are ER-derived vesicles rich in CYP and other enzymes, used in vitro to assess drug metabolic stability, metabolite formation, clearance, and CYP-mediated interactions in early ADME studies—simple,...
Hepatocytes, the liver’s main cells (>80% mass), drive metabolism, detoxification & protein synthesis. Primary human hepatocytes are the gold standard for drug testing, disease modeling & regenerative medicine, aided by...
Hepatocytes are the primary functional cells of the liver, comprising over 80% of its mass. They perform key roles in metabolism (glucose, fat, protein), detoxification, bile production, and nutrient processing....
Understand epithelial vs endothelial cells – their structure, functions, and key differences. Learn about their roles in kidneys, blood vessels, cancer, and cardiovascular diseases for research and medicine.
Endothelial cells line blood vessels, actively regulating blood flow, nutrient/oxygen delivery, clotting, and immune responses. They maintain vascular health; dysfunction leads to heart disease, stroke, diabetes, and neurodegeneration. Crucial for...
