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Hypotonic MSC Cell Cryopreservation Medium

Ready-to-use cryopreservation solution from manufacturing to clinic Redefine the standard for stem cell cryopreservation

Product use

This hypotonic MSC cryopreservation medium supports both umbilical cord and adipose-derived MSCs. Across multiple cryopreservation densities, MSCs achieve high post-thaw recovery and viability, with robust proliferation. It maintains stable cell performance for short-term and up to 30-day long-term cryopreservation, fully compatible with multi-source MSC drug development.
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Product NameCat. No.SpecificationStorage ConditionApplication
Hypotonic MSC Cell Cryopreservation MediumNC0606100 mL/bottleStore at 2–8 °C protected from light, 12-month shelf lifeDesigned exclusively for MSC drug formulations. This GMP-grade hypotonic, serum-free, protein-free and DMSO-free formulation enables stable cell storage at room temperature for 40 minutes, compatible with large-scale manufacturing, filling-line operations and the full workflow of clinical infusion.



Product Advantages


Well-defined composition with high safety 


Serum-free, human-origin-free, animal-origin-free, DMSO-free and protein-free. All components are fully defined to avoid cytotoxicity and risks in clinical application.


Hypotonic osmotic pressure (850–950 mOsm/kg)


 Reduces the risk of local tissue edema after infusion and improves safety.


Room-temperature stable, supporting scalable manufacturing 


Cells can be kept in the cryopreservation medium at room temperature for 40 minutes, providing a critical time window for production and aliquoting of large-batch cell therapy products.


Ready-to-use, extremely simple operation 


Directly usable upon opening.No programmed cooling required. Can be transferred to -80 ℃ freezer directly. Cells can be seeded immediately after thawing. The workflow is simplified with reduced cell loss.


Performance Data


1. Cell Performance


① Umbilical cord MSCs were cryopreserved at three density gradients. Post-thaw recovery rate and cell viability both >90%, with expansion fold >10 within 3–4 days.


Cryopreservation Density (cell/mL)94 h Expansion Fold (Mean)
5E612.57
1E714.1
2E714.87

  

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② Adipose-derived MSCs were cryopreserved at three density gradients. Post-thaw recovery rate >85%, viability >90%, 24 h attachment rate >100%, with expansion fold >10 within 3–4 days.


Cryopreservation Density (cell/mL)24 h Attachment Rate (Mean)78 h Expansion Fold (Mean)
5E6128.23%10.88
1E7146.01%10.37
2E7146.87%10.04


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The data demonstrate that this cryopreservation medium maintains high post-thaw recovery and viability for mesenchymal stem cells from different sources, and effectively preserves their proliferative capacity.


2. Cryopreservation Stability


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Cell TypeCryopreservation Duration24 h Attachment Rate (Mean)3–4 d Expansion Fold (Mean)
Umbilical cord MSC7 days115.13%12.58
Umbilical cord MSC30 days121.93%12.12
Adipose MSC7 days140.37%10.43
Adipose MSC30 days160.58%12.38


The data show that for both short-term (days) and long-term (up to 1 month) cryopreservation, this medium sustains high recovery and viability of MSCs from different origins without impairing cell proliferation.

Product advantages

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