hPSC High-Efficiency Cryopreservation Medium-Shownin Biotech

hPSC High-Efficiency Cryopreservation Medium

Cat. No. SN-06-1210

Features：Serum-free, animal-derived component-free, and chemically-defined; autonomous and domestically-produced original research system; supports pharmaceutical registration; supports high-quality cryopreservation and culture of clinical-grade/pharmaceutical-grade cells; iPSCs cultured with it have passed the quality review by the National Institutes for Food and Drug Control ; facilitated the implied approval of the IND for multiple iPSC-derived functional therapies.

Contents	Amount	Cat. No.	Storage
hPSC High-Efficiency Cryopreservation Medium	50mL	SN-06-1210	2℃～8℃

Overview
Citation

Shownin hiPSC/hESC Cryopreservation Medium is a ready-to-use clinical-grade/pharmaceutical-grade cryopreservation protection solution with defined chemical composition, serum-free formula, and no animal-derived components. It preserves the undifferentiated state and expansion ability of cells, and greatly reduces the damage caused by ice crystals to cells during cryopreservation, effectively improving cell recovery rate and viability.

Note: The original Cat. No. RP01003 (hiPSC/hESC Cryopreservation Solution) has been fully upgraded to SN-06-1210 (hPSC High-Efficiency Cryopreservation Solution). The viability and marker protein expression rate after cell recovery are higher than the industry standard. The cryopreservation and recovery effect is better than that of imported products of the same type. It has already facilitated the approval of the IND application for iPSC-MSC cell drugs (the only one in China), which can support the high-quality cryopreservation of scientific-research/clinical-grade hiPSC/hESC.

Cell morphology

The Cell morphology of frozen-thawed hiPSC cryopreserved in hiPSC High-Efficiency Cryopreservation medium

A: the hiPSC Morphology under the microscope in 24 hours after cell thawing;

B, C: the hiPSC Morphology of under the microscope on the 3rd day after cell thawing and passaging, respectively.

Scale bar: 200μm. Culture system: NcEpic™ hPSC Medium (RP01001). Substrate: Vitronectin (RP01002).

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2020. Wang, Shu Hong , et al. Stem Cell Research(IF 1.5869).