Polymers to the rescue! Saving cells from damaging ice

Cell therapies hold great promise for revolutionizing the treatment of cancers and autoimmune diseases. But this multibillion-dollar industry requires long-term storage of cells at super-cold cryogenic conditions, while ensuring they'll continue to function upon thawing. However, these cold temperatures trigger the formation and growth of ice, which can pierce and tear apart cells. Research published in the Journal of the American Chemical Society by University of Utah chemists Pavithra Naullage and Valeria Molinero provides the foundation to design efficient polymers that can prevent the growth of ice that damages cells.

Polymers to the rescue! Saving cells from damaging ice

Cell therapies hold great promise for revolutionizing the treatment of cancers and autoimmune diseases. But this multibillion-dollar industry requires long-term storage of cells at super-cold ...

Fri 14 Feb 20 from Phys.org

Polymers to the rescue! Saving cells from damaging ice, Thu 13 Feb 20 from ScienceDaily

Polymers to the rescue! Saving cells from damaging ice, Thu 13 Feb 20 from Eurekalert

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