Cancer :: Cancer cells more likely to genetically mutate

When cells become cancerous, they also become 100 times more likely to genetically mutate than regular cells, researchers have found. The findings may explain why cells in a tumor have so many genetic mutations, but could also be bad news for cancer treatments that target a particular gene controlling cancer malignancy.

Heart :: First temporary total artificial heart in Northeast U.S.

A 46-year-old former fitness instructor, suffering from biventricular end-stage heart failure and in irreversible cardiogenic shock, has become the first to receive a new temporary Total Artificial Heart in the Northeast U.S. by cardiac surgeons at the University of Pennsylvania Health System.

Autism :: Preliminary results of largest scan of autism DNA information

Preliminary findings from the largest genome scan ever completed in the history of autism research are being published today in Nature Genetics. University of Pittsburgh researchers with a consortium of scientists from across the world contributed to this landmark research endeavor through the Autism Genome Project.

Cancer :: Cancer that colonizes our bodies

Tomorrow AAAS Fellow, Robert C. von Borstel will talk about how cancer cell mutation and selection are metaphorically similar to the evolution of a new species.Like the first pregnant finch that landed in the Galapagos, the first cancer cell in a body has to undergo many mutations through many generations to establish itself. But once there, like any newly stabilized species in different ecological niches, cancer is tough to get rid of.

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