Email Us
For the cryopreservation of γδ-T cells in T cell subsets

γδ-T Cell Cryopreservation Medium

CS-GT-D1
For the cryopreservation of γδ-T cells in T cell subsets
  • Joint IND Submission

  • GMP-compliant management with fully PRC Pharmacopoeia ingredients

  • Break through bottleneck, "shelf-ready drugs" founder



Ordering Information of γδ-T Cell Cryopreservation Medium



γδ-T Cell Cryopreservation Medium

10% DMSO

100ml

CS-GT-D1



For details about the products, delivery terms or price quote, please contact us!


For the cryopreservation of γδ-T cells in T cell subsets

T Cell Culture Medium FAQs

+ -
Is there a validated test report confirming the suitability of your T cell freezing media for direct infusion of αβ-T cells?

Yes, our CS-DX-N2 T cell freezing media, registered as a pharmaceutical excipient, is suitable for cryopreserving unedited αβ-T cells and includes a detailed safety evaluation report. It is currently available.

+ -
At what temperature does DMSO in the T cell media for αβ-T cells show significant heat dissipation or hotspot formation?

Latent hotspot occurs at –11°C in our T cell cryopreservation media.

+ -
For TCR-T cells, is a PBMC cryopreservation medium recommended over your T cell culture medium?

We advise using our αβ-T cell cryopreservation solution, specifically formulated as a T cell media for optimal results.

+ -
Do you have data on post-thaw viability and recovery rates for high-density (10⁸) T cells in your T cell freezing media?

Yes, our T cell media ensures consistently stable cell viability post-thaw.

+ -
What is the ideal ratio of T cell freezing media, albumin, compounded electrolytes, or saline for αβ-T cell cryopreservation?

Our T cell culture medium achieves excellent results without additives, though adding albumin may enhance cryoprotection. Ratios can be adjusted based on your specific protocols.

+ -
Has compatibility testing been conducted between your T cell freezing media and storage bags for αβ-T cells?

Compatibility testing is ongoing with industry partners and has not yet been completed for our T cell media.

+ -
Is your γδ-T cell cryopreservation solution designed for type I or type II cells within T cell culture medium?

Our T cell freezing media is currently optimized for type II γδ-T cells, with reduced efficacy for type I cells.

+ -
What is the minimum storage temperature for T cell freezing media used in T cell cryopreservation?

Direct cryopreservation is possible, including immersion in liquid nitrogen at –196°C, using our T cell media.

+ -
What are the primary challenges in using T cell expansion medium for T cell cryopreservation?

The main challenge is the limited cytoplasmic volume in T cells.

Related Cryopreservation Media
Inquiry

For more information about CellStore Biotechnology or our products, feel free to contact us. 


- Partnering with us? 

- Want to become our distributor? 

- Some feedback that you have? 


Privacy Policy

Quick Links
What Is Mesenchymal Cryopreservation Medium? Customer Case|CS-PM-D1 Enables High-Quality CBMC Cryopreservation Key Points for Evaluating Cryopreservation Effectiveness and Sample Transfer CellStore Stem Cell Cryopreservation Medium: Powering China's Stem Cell Therapy Revolution in 2025 Critical Considerations for Effective Cryopreservation of Cells and Tissues: from Experimental Design to Protocol Execution Reshaping the Microcosm of Life: Let 3D Models Say Goodbye to the "Frostbite" Era How to Freeze and Thaw Cells with Cell Freezing Medium? How to Choose the Right Tissue Culture Media? Cryopreservation Best Practices 8 Components of Tissue Culture Media Homemade freezing medium or commercial freezing medium? Simplifying PBMC Cryopreservation without Compromise — Application 1 Simplifying PBMC Cryopreservation: Direct Freezing of Whole Blood Application 2 How Does Cryopreservation Media Protect Cells During Freezing and Long-Term Storage? Cryopreservation of Embryos Advantages What Is Cryopreservation of Stem Cells and Is It Worth It? Does Cryopreservation Impact T Cell Viability and Therapeutic Efficacy? A Stable Freeze–Thaw Step Can Make All The Difference In Cd34⁺ Cell Workflows. Why Does “dead volume” Still Challenge Automated Cgt Manufacturing — And How Can We Design Around It Instead Of Fighting It? Case Sharing | Clinical Application: Performance Interpretation of CS-SC-D1 Cryopreservation Medium Technology Sharing | Rethinking CHO Cell Banking: Toxicity, Workflow Burden & Simpler Operations CS-DX-N2 Keeps >90% Of Cells Alive, With Markers Virtually Unchanged From Fresh What Happens to Cell Viability After 3–6 Months of Cryopreservation? Cryopreservation Challenges in iMSC Cell Therapy Workflows Cryopreservation for CAR-NK Cells: Functional Retention Matters Stability Under Extended 4°C Holding In Msc Manufacturing Post-Thaw Stability Under Room-Temperature Holding In Msc Manufacturing Beyond Viability: Evaluating PBMC Cryopreservation from a Post-Thaw Workflow Perspective Understanding PBMC Freezing and Culture New product launch — meet AirLite Cells need to be more than alive after thawing How to Cryopreserve Peripheral Blood Mononuclear Cells (PBMCs) Methods for Preparing and Using Cell Freezing Media What Are the Different Types of Tissue Culture Medium? Isolation, Freezing, and Thawing of PBMCs CellStore Q&A Series |Why Choose Commercial Cryopreservation Media Over Homemade Formulations How to Choose Xeno-Free Media for T Cell and NK Cell Culture What Is T Cell Culture Medium and How to Choose the Right Formula?
Email
lumy@cellstore-global.com
Tel
010-82170580
Address
5-101, Bldg. 10, No. 6 Dongsheng Science and Technology Park North St., Haidian Dist., Beijing, China.