Cryopreservation – Multimedia

Cryopreservation has played a critical role in biomedical research for many decades. This infographic explores some of the key principles of cryopreservation and highlights recent advances in this field.

As PBMCs continue to see an increase in use in the testing of new biological therapeutic compounds, ensuring purified cells retain functionality after cryopreservation is critical.

This guide explores these advancements in cryoprotective agents and equipment, which are vital for scientific fields from biobanking to drug development.

This guide equips researchers with a standardized approach for routine handling of organoids, including protocols that can be applied to both normal and diseased tissue from various tissue types.

Explore the prevailing trends shaping advanced cryopreservation practices, including seven key trends that underpin effective cryopreservation and biosample management as an essential element in supporting research and cell and gene therapy.

The largest body of work analyzing the effects of common gene variations on blood proteins, and how these may contribute to disease, to date has been published in Nature.

The composition of the cryopreservation medium can have a big impact on the recovery of viable cells after thawing. Learn how long-term cryopreservation with MACS® Freezing Solution can maintain the viability and stability of cell suspensions and tissue samples.

Pluripotent stem cells are the gateway to creating cells for disease modeling, regeneration and drug discovery. When it comes to growing such infinite potential, selecting the right culture medium is key!

Is it possible to freeze a human, preserve them indefinitely and then thaw them out? Shannon N. Tessier explores the challenges of human cryopreservation.

Maintaining healthy cell cultures is vital to obtaining reliable, high-quality data. However, a lot can go wrong when you are manipulating living cells.