cryogenics

Illustration of the team’s cryoprotectant helping to protect a cell against damage during cryopreservation, primarily from dehydration and freezing by preventing the formation of ice crystals that can damage cells. Image: Saffron Bryant
Cryopreservation for organs moves closer
Illustration of the team’s cryoprotectant helping to protect a cell against damage during cryopreservation, primarily
Cryogenics takes a big leap: New efficient polymers can prevent the growth of ice that damages cells
PHOTO CREDIT: University of Utah A simulation of an ice inhibiting molecule. The molecule, in
Cryogenics warming breakthrough should increase the availability of organs and tissues for transplantation

Discovery is major step forward in increased availability of organs and tissues for transplantation A

New findings could overcome major stumbling blocks to tissue cryopreservation for medical care

Developing an efficient way to freeze and store living tissues could transform many aspects of