Potential for halting disease in molecule isolated from sea spongesInroads against leukemia (Shair Lab) October 6, 2015
A molecule isolated from sea sponges and later synthesized in the lab can halt the growth of cancerous cells and could open the door to a new treatment for leukemia, according to a team of Harvard researchers and other collaborators led by Matthew Shair, a professor of chemistry and chemical biology.
The study is described in a Sept. 28 paper in Nature.
“Once we learned this molecule, named cortistatin A, was very potent and selective in terms of inhibiting the growth of AML [acute myeloid leukemia] cells, we tested it in mouse models of AML and found that it was as efficacious as any other molecule we had seen, without having deleterious effects,” Shair said. “This suggests we have identified a promising new therapeutic approach.”
It’s one that could be available to test in patients relatively soon.