Human iPSC-derived Atrial Cardiac Organoid
These organoids recapitulate atrial chamber-specific physiology in a 3D structure. They exhibit atrial-like action potentials, atrial-specific gene expression, and functional responses to compounds, enabling mechanistic studies, atrial arrhythmia modeling, and drug screening.
Benefits
- Atrial-specific phenotype in 3D context
- Suitable for atrial fibrillation and arrhythmia studies
- High reproducibility and functional fidelity
Product Specifications
|
Feature |
Detail |
|---|---|
|
Identity Markers |
High expression of atrial markers (MLC2a, NPPA, KCNA5), α-actinin alignment |
|
Quantities |
≥ 1 × 10⁶ cells per organoid |
|
Quality Control |
Electrophysiology (atrial APD), response to atrial-selective drugs, mycoplasma testing |
|
Format |
Cryopreserved organoids |
|
Donor & Reprogramming |
Healthy or disease-specific donor; Sendai virus reprogramming |
|
Shipping / Storage |
Dry shipper at -180°C to -135°C |
|
Supplied with |
Organoid medium and detailed instructions |
Explore Atrial Cardiac Organoid
Advance your research with our iPSC-derived atrial cardiac organoids, engineered to replicate atrial tissue architecture and functionality. Review the product details to discover how these organoids can support studies in atrial biology, disease modeling, drug screening, and precision cardiac research.