Wild-type Cells
Any Donor. Any Scale. Always Human-Relevant.
Our wild-type pixHep™ and pixStellate™ cells provide a robust, primary-like foundation for all liver research.
Trusted by leading biopharma partners for predictive biology and custom studies.
Unlock potential
ADME-ready
Wild-type
Primary-like
Reliability
Key Advantages
Scalable, Reproducible iPSC-Derived Hepatocytes and Stellate Cells with Unmatched Sourcing Flexibility
Using our proprietary differentiation protocols, we can generate hepatocytes and stellate cells from any healthy donor iPSC line — offering unmatched flexibility in sourcing and expansion. These models are reproducible workhorses for drug metabolism, toxicity testing, and baseline biology studies, and serve as the perfect isogenic controls for disease models. Available individually or in co-culture for multi-cell assays.
Primary-like Cells
Functional hepatocytes and stellates that closely mimic primary cell morphology and markers for reliable research outcomes.
Phase I/II metabolic activity for accurate ADME and DILI studies
Phase I/II metabolic activity supports precise ADME and DILI studies, enabling better prediction of drug response.
Flexible Formats
Cryopreserved cells available at scale for high-throughput screening or longitudinal studies.
Custom donor sourcing for demographic or genetic diversity
Custom sourcing of donors provides demographic and genetic diversity to match your research needs.
Isogenic pairs for direct healthy–disease comparisons
Paired healthy and disease cell models allow direct, controlled comparisons for mechanism-of-action studies.
Scalable Supply
Ability to produce hundreds of millions to billions of cryopreserved or live-cells.
Our Cell Models
Human Liver, Recreated In Vitro
Explore our portfolio of iPSC-derived hepatocytes, stellates, and co-culture models. Designed to replicate human liver biology with unmatched fidelity, these systems provide the foundation for predictive research and therapeutic discovery.
pixHep™
Primary-like hepatocytes engineered for accurate liver function studies, without typical donor limitations.
pixStellate™
Bridging the gap in liver biology, pixStellate™ provides essential insights into hepatic stellate cell function and interactions.
