New Flexible Material Boosts Stem‑Cell Culture Tubes
Mitsubishi Chemical and Sanplatec Collaborate on Advanced Tube Material
Tokyo, Japan — Mitsubishi Chemical has unveiled Zelas TPS, a next-generation thermoplastic elastomer designed to revolutionize cell culturing in regenerative medicine. The material, now integrated into Sanplatec’s iP-TEC regenerative medicine kit, offers superior softness and chemical stability—ideal for medical applications.
A Closed-System Solution for Stem Cell Therapy
Sanplatec’s iP-TEC line enables seamless transfer of stem cells from lab to patient without container opening. The new tubes, made with Zelas TPS, enhance cell growth compared to traditional PVC alternatives, a critical factor for therapies requiring high cell yields.
Key Advantages of Zelas TPS
- Superior Cell Growth: Tests confirm better stem cell proliferation than PVC tubes.
- Sterilization Resilience: Withstands autoclaving and gamma radiation, ensuring safety.
- Heat-Seal Compatibility: Maintains a closed system while allowing nutrient flow.
- Medical-Grade Reliability: Already proven in drug packaging and medical tubing.
Strategic Expansion in Medical Innovation
This collaboration aligns with Mitsubishi Chemical’s KAITEKI Vision 35, a long-term strategy to advance medical and life-science products. The company plans to introduce more elastomers for regenerative medicine and healthcare tools.
"This partnership marks a significant step in closed-system regenerative medicine," said a Mitsubishi Chemical spokesperson. "Zelas TPS ensures efficiency, safety, and scalability for future therapies."
