PGmatrix™ Stem-X Platform (MSCs, celebral organoids, NSC, epithelial, endothelial)
$495.00
Description
The best choice matrix for MSCs, brain organoids cultures, endothelial, epithelial cells (10 mL).
PepGel™ PGmatrix™ Stem-X is an advanced 3D cell culture platform designed specifically for stem cell maintenance, expansion, and differentiation in physiologically relevant conditions. By recreating native 3D microenvironments, Stem-X enables stem cells to retain their functionality and develop into complex, self-organized structures such as organoids and specialized somatic cell types.
With scalable workflows and customizable formulations, PGmatrix™ Stem-X integrates seamlessly from basic research to translational and bioprocessing applications.
Related products
Product description
The best choice matrix for MSCs, brain organoids cultures, endothelial, epithelial cells (10 mL).
PepGel™ PGmatrix™ Stem-X is an advanced 3D cell culture platform designed specifically for stem cell maintenance, expansion, and differentiation in physiologically relevant conditions. By recreating native 3D microenvironments, Stem-X enables stem cells to retain their functionality and develop into complex, self-organized structures such as organoids and specialized somatic cell types.
With scalable workflows and customizable formulations, PGmatrix™ Stem-X integrates seamlessly from basic research to translational and bioprocessing applications.
Features
- Optimized for stem cell applications
Supports maintenance, expansion, and controlled differentiation of stem cells - Physiologically relevant 3D environment
Enables natural cell morphology and enhances functional potential compared to 2D culture - Supports organoid generation
Enables formation of cerebral, cardiac, hepatic, and other complex organoid models - Animal-free, defined system
Ensures reproducibility and eliminates variability from biological matrices - Simple and scalable workflow
Compatible with standard lab formats as well as flasks and bioreactors - Mild handling conditions
Cell embedding, culture, and recovery at neutral pH and physiological temperature - Versatile culture formats
Supports dome, sheet, and suspension-based applications - Customizable formulations
Tailored to specific stem cell types and experimental needs
