Rearranging genomic structure rewires gene control in cancer
Widespread DNA damage is common in the cancer genome. Understanding the mechanisms that lead to it is of great interest to cancer physicians and scientists
Read MoreWidespread DNA damage is common in the cancer genome. Understanding the mechanisms that lead to it is of great interest to cancer physicians and scientists
Read MoreCells of the Islets of Langerhans in the pancreas help regulate blood sugar. Disrupting their normal function can contribute to the development of diabetes. The
Read MoreMore than 15 years after scientists first mapped the human genome, most diseases still cannot be predicted based on one’s genes. Thus, researchers also are
Read MoreFor decades, researchers have studied genetically identical twins to estimate what proportion of disease risk is determined by one’s genes. This approach should be reevaluated,
Read MoreNew information gained from major scientific papers over the last two years has shed light on the causes and progression of autism spectrum disorder. Estimates
Read MoreKidney cancer begins when certain genes mutate and, as a result, alter how key molecules work. One of these key molecules is SETD2, which is
Read MoreBy Glenna Vickers An epigenetic feature that may help identify novel cancer driver genes has been identified by researchers in the Dan L. Duncan Cancer
Read MoreBy Ruth SoRelle, M.P.H. What a mother eats around the time of conception can have a lifelong effect on how certain of her child’s genes
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