PBRM1’s new function supports a novel cancer-promoting mechanism
New findings suggest that cancer-associated defects in chromatin remodeler genes can drive cancer by disrupting cytoskeletal activities.
Read MoreNew findings suggest that cancer-associated defects in chromatin remodeler genes can drive cancer by disrupting cytoskeletal activities.
Read MoreActin modifications, such as those described here, are increasingly being recognized as key regulators of cytoskeleton dynamics.
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
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