Currently, once a donated organ has been harvested it only has a few hours on ice before it “expires.” Lengthening this time period would be an incredible breakthrough that would allow patients in a wider area to potentially receive a transplant and also it would reduce some of the insanity surrounding the time pressures of organ transplantation.
One proposed method of extending an organ’s shelf life is to alter the internal cell biology to allow cells to live longer at lower temperatures. The State University of New Jersey Rutgers-Camden just received a $385,419 grant from the NIH to study an enzyme system, AMP phosphatase, and how it can potentially create cold-tolerant Drosophila. The enzyme was originally identified in ice worms as the key enzyme that allows them to survive in glaciers. The researchers hope that if they are able to utilize this enzyme system to create a cold-tolerant fruit fly, then they would be able to apply that knowledge to donated organs. Read more »
*This blog post was originally published at Medgadget*