
iPSC-Derived Cells
Speed up your research without sacrificing cell purity
iPSC-derived cells provide a reliable and physiologically relevant alternative to primary cells and animal models, offering researchers a consistent and scalable source of human cells for drug discovery, disease modeling, and toxicity screening. Our ready-to-use iPSC-derived cardiomyocytes, hepatocytes, and neurons are fully differentiated, functionally validated, and available in high-purity formats to accelerate your research with minimal preparation time.
These are part of our iPSC Differentation suite. If you want to differentiate your own cells, check out Stem Cell Synergy - Differentiation for additional media and materials including iPSC Differentiation kits, or we can provide a stem cell differentation service for your cell lines depending on your time and research needs.
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Features and Benefits | Cardiosight®-S hiPSC-derived Cardiomyocytes | Hepatosight®-S hiPSC-derived Hepatocytes | Neurosight®-S hiPSC-derived Neurons
Features and Benefits
Fully Differentiated and Ready-to-Use
- Eliminates the need for in-house differentiation, saving time and resources
- Available as high-purity cardiomyocytes, hepatocytes, and neurons
- Functionally validated for key physiological properties
- Reproducible and High-Quality Cells
Batch-to-batch consistency ensures reliable experimental outcomes
- High viability, purity, and functionality for use in disease modeling and drug screening
- Electrophysiologically active cardiomyocytes, metabolically competent hepatocytes, and neurons for neurotoxicity testing
- Scalability for Drug Discovery and Research
Large-scale production of functionally validated cells
- Suitable for toxicology, disease modeling, and high-throughput screening
- Compatible with automated workflows for pharmaceutical research
Human-Relevant Alternative to Animal Models
- Provides more physiologically relevant data compared to traditional animal models
- Reduces ethical concerns by using human iPSC-derived cells
Cardiosight®-S hiPSC-derived Cardiomyocytes
The Cardiosight®-S is a highly pure and electrophysiologically active population of cells, suitable for all types of experiments in the field of cardiomyocytes. The cells have been validated using multiple platforms, including the Nanion Cardioexcyte96 and the Axion Maestro MEA, which showed synchronous beating with adequate FPD, higher calcium influx, and stronger contraction. The cells are designed to accelerate your workflow, resuming spontaneous beating just 2 days after thawing!

PRODUCT SPECIFICATION
- Cell Type: hiPSC-derived Cardiomyocytes
- Organism: Human
- Tissue Source: Fibroblast
- Purity: > 90% cardiomyocytes
- Shipped: Frozen
PRODUCT CHARACTERISTICS
- Human cardiac electrophysiology model
- High purity (>90% cTNT by flow cytometry)
- Stable, spontaneous, and synchronous beating
- Correct localization of Connexin43 (Cx43)
- Ratio of ventricular : atrial : nodal cells = ~80 :~19 : ~1
- High sensitivity to cardiotoxic drugs
Hepatosight®-S hiPSC-derived Hepatocytes
The Hepatosight®-S is a highly pure and functionally active population of cells, suitable for all types of experiments in the field of hepatocytes. The cells are reliable and recover quickly upon thawing. The hepatocytes are ideal for tissue-specific research, toxicity screening, and drug discovery by allowing measurement of various metabolic activities, including albumin secretion, glycogen production, or CYP activity.

PRODUCT SPECIFICATION
- Cell Type: hiPSC-derived Hepatocytes
- Organism: Human
- Tissue Source: Fibroblast
- Purity: > 95% Hepatocytes
- Shipped: Frozen
PRODUCT CHARACTERISTICS
- Human liver functional model
- Accurate human toxicity
- Long-term 3D organoid culture
Neurosight®-S hiPSC-derived Neurons
Neurosight®-S are high quality neurons that accurately model human neuronal activity in vitro. The cells form mature neuronal networks comprised of functional neurons appropriate for a variety of applications related to the electrophysiological behavior such as calcium fluxes or MEA assays and neurite outgrowth or degeneration. This makes them a perfect choice for tissue-specific research, toxicity screening, efficacy testing, and drug discovery.

PRODUCT SPECIFICATION
- Cell Type: hiPSC-derived Neurons
- Organism: Human
- Tissue Source: Fibroblast
- Purity: > 95% Neurons
- Shipped: Frozen
PRODUCT CHARACTERISTICS
- Human neuronal electrophysiology model
- Fast neuronal network formation
- Long-term maturation and synchrony