Key features to look for in cell thawing systems

When selecting a cell thawing system, moving away from traditional water baths to automated, dry-thawing instruments can significantly improve consistency and viability. Here are the key features to c

How to Improve Cell Viability After Thawing

Improving cell viability after thawing is essential for successful experiments. The following steps cover preparation, the thawing process, post-thaw handling, and common mistakes to avoid.

T-flask vs cell factory: which one to choose

When scaling up adherent cell culture, the choice between T-flasks and cell factories is fundamentally a decision between continuing to "scale out" by adding more individual vessels or transitioning t

Reducing human error in cell culture labs

Human error remains one of the most persistent challenges in cell culture operations, affecting data integrity, reproducibility, and resource efficiency.

Why Water Bath Thawing Reduces Cell Survival Rates

It may seem surprising because a 37°C water bath is the standard method for thawing cryopreserved cells.

Comparing open vs closed thawing systems

Comparing Open vs. Closed Thawing Systems

Best Thawing Methods for Stem Cells

Thawing cryopreserved stem cells requires a carefully optimized approach, as these cells are particularly sensitive to osmotic shock