The P1 Microcarrier is a xeno-free and polysaccharide based biopolymer bead platform for cell culture, offering adjustable stiffness from 3kPa to 500kPa to suit various cell types and conditions. Beyond flexibility in stiffness, it can be customised in charge, size, and coatings to meet specific cell culture needs, ensuring optimal culture performance.
Unlock the potential of your cell culture processes with the P1 Microcarrier, a xeno-free platform designed to elevate your research and production outcomes. Engineered for versatility, the P1 Microcarrier offers an unparalleled range of stiffness options, from a soft 3kPa to a firm 500kPa, accommodating a diverse array of cell types and culture conditions.
P1 microcarriers aren’t just about flexibility in stiffness. We understand the unique demands of cell culture environments, which is why the P1 can be custom-modified to meet your specific requirements. Whether it’s adjusting charge levels, optimizing size, or applying specialized coatings, we’re here to ensure that your cultures thrive.
Key Product Features:
Your Application, Our Commitment: Tell us more about your application, and let us craft the perfect microcarrier solution for you. With P1 Microcarrier, advancing your research and production is not just a goal—it’s a guarantee. Reach out today for a personalized quote and embark on a journey of discovery and innovation.
| Applications | The application of P1 Microcarriers ranges from cultured meat, virus production and cellular therapy. Due to its edibility and GRAS Safe material composition it can be well applied across multiple sectors for culturing various cell types including iPSCs, HEK293T, Myoblasts and Fibroblasts. |
|---|---|
| Matrix Composition | Xeno-Free and Polysaccharide Based Biopolymers |
| Material Grade | Available in Therapeutic and Edible Grade |
| Stiffness | Ranging from 3kPa-100kPa |
| Particle Size | Variable – Based on Application & Client Request |
| Surface Charge | Optional |
| Digestibility | No |
| Certicate of Analysis | Yes |
