NoSpinTM HepaRGTM (8.0M cells/vial)
NoSpinTM HepaRGTM (8.0M cells/vial)
Fully differentiated HepaRGTM cells supplied in a format that does not require centrifugation following thaw. Each ampule contains ≥8.0 million cells.
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Product Overview
HepaRGTM Cells are fully-functional, adult-phenotype, human hepatic cells. HepaRGTM Cells exhibit many characteristics similar to primary human hepatocytes and can be used for many of the same applications. The increased metabolic activity of HepaRG Cells compared to HepG2 enables more predictive value of higher throughput liver toxicity assays conducted in early drug discovery.
The NoSpin HepaRGTM Cells are HepaRG Cells that are provided in a convenient, terminally differentiated, cryopreserved format that does not require the user to centrifuge, resuspend, or count the cells after thawing. This eliminates multiple steps that introduce qualitative and quantitative variability and benefits high-volume labs by reducing the time and effort needed to perform an assay.
Each lot has consistent yield, viability, and functionality across multiple applications.
Using HepaRGTM Cells has never been easier!
Note: The NoSpin HepaRGTM Cells are fully differentiated and non-proliferating. For the proliferating and non-differentiated version of HepaRGTM Cells, please contact Biopredic International directly.
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Benefits
- Hepatoctye-like morphology and function
- Widely accepted as screening tool for liver toxicity
- No centrifugation step required for higher throughput
- Greater metabolic activity than HepG2 cells
Applications
- Drug metabolism
- infectious disease
- ADMETox
Storage and Content
1 x Cryopreserved ampule NoSpinTM HepaRGTM containing ≥8 million cells
SDS, CoA, and Instructions
Certificate of Analysis (CoA)
Please enter Lot Number, including all zeros, located on the product label and please take into account that it is case sensitive.
HepaRG CYP Induction chart
Chart displaying cyp induction of HepaRG cells
The Importance of Cell-subtype Selection in Creation of a 3D Liver Fibrosis Model
Data sheet detailing 3D liver fibrosis model in collaboration with Visikol
