Earn credits and unlock exclusive offers with iXCells Loyalty Program!

Product News

Working on ADME-Tox models? Replicate hepatic  function and enhance the efficiency of drug metabolism, toxicology, and pharmacology studies.

iXCells has a large cryopreserved inventory of single donor high-quality Cryoplatable Primary Human Hepatocytes developed to optimize ADMET and pharmacology studies.

Each lot is pre-screened and characterized for grade, plate-ability, confluency, culture duration, Cytochrome P450 inducibility, post thaw viability and yield.

  • Maximized viability, confluence, and longevity (90% viability, 85% confluency and 7 days of culture duration)
  • Human Donor profile and QC data available
  • Large batch sizes
  • Single donor inventory immediately available
  • Recommended Reagents Kit available
  • Fast shipping—both domestically and internationally

Have specific needs? Plated freshly isolated Hepatocytes and custom cell isolation services are available upon request.

  • Nationwide delivery of plated freshly isolated Hepatocytes ( Same-day delivery San Diego County)

  • Customized isolation of human Hepatocytes (inquiry).
  • Assay based on freshly isolated Hepatocytes.
  • Assay based on pooled Hepatocytes.

Patient-derived iPSCs

iXCells Biotechnologies offers a diverse collection of normal human iPS cell lines (Cat# 30HU-002) along with human iPSC lines derived from individuals diagnosed with various diseases including Parkinson’s Disease (PD) (Cat# 30HU-003), Amyotrophic Lateral Sclerosis (ALS) (Cat# 30HU-004), and Type 2 Diabetes (T2D) (Cat# 30HU-005). More disease-associated human iPS cell lines are under development. We also provide custom iPSC generation, gene editing and iPSC direct differentiation services to meet your needs.

Table of Contents

EXPLORE RECENT News

Strategic Initiative to drive continued growth. iXCells Biotechnologies and Life Technologies India Announce Distribution Agreement

Discover more from iXCells

Subscribe now to keep reading and get access to the full archive.

Continue reading