Turning unexpected results into research tools
One way to study neuronal function is by altering the activity of the neurons and then observing the outcomes, just like in genetics where scientists
Read MoreOne way to study neuronal function is by altering the activity of the neurons and then observing the outcomes, just like in genetics where scientists
Read MoreGenes can cause disease because of mutations that result in loss-of-function; for instance, when the mutated gene is not producing the protein it encodes. But
Read MoreIn his lab at Baylor College of Medicine, Dr. Sean M. Hartig and his colleagues investigate novel ways to control obesity and type 2
Read MoreWhen male and female mice eat the same high-fat diet, the males gain significantly more weight than the females. The reasons for this difference between
Read MoreSingle-celled bodies of the social amoeba Dictyostelium discoideum live in the soil voraciously feeding on bacteria. As this food source dwindles, the amoebas get stressed
Read MoreThe genome includes genes – sequences of DNA that encode the proteins that keep our body working – and regulatory regions adjacent to genes, which
Read MoreOsteoarthritis is a multifactorial degenerative joint disorder that poses a major challenge for treatment. This condition currently affects 28 million people in the United States
Read MoreA significant body of work currently is indicating that the microbiota helps shape the immune system and allows it to do its job. Disease-causing microbes,
Read MoreNecrotizing enterocolitis (NEC) is a serious disease mediated by an inflammatory process that leads to intestinal damage and sometimes death. It is rare in full
Read MoreThe common expression, ‘As easy as breathing,’ is truly misleading. Breathing, as it is performed by higher vertebrates, is a complex biological function involving many
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