New method allows for a closer look at the effect of endocrine disrupting chemicals on gene expression
The new faster, more accurate method reveals chemicals that alter estrogen receptor–α activity.
Read MoreThe new faster, more accurate method reveals chemicals that alter estrogen receptor–α activity.
Read MoreA new strategy to refine breast cancer diagnosis could help guide a more precise selection of tumor-specific treatments.
Read MoreRestoring normal sleep via the thalamic reticular nucleus reduced the A-beta plaque burden in an animal model of Alzheimer’s disease.
Read MoreA global team of researchers, including researchers from Baylor College of Medicine, worked to find genetic answers for Turkish families.
Read MoreA rotavirus infection stimulates the coordinated activities of a variety of cell types that repair the damage to the intestinal epithelium.
Read MoreDuring UTI, the body strives to balance the responses against the bacteria and those minimizing tissue damage that may occur in the process.
Read MoreThe image represents a visual perspective of a more efficient technology to study gene function in the laboratory fruit fly.
Read MoreThe findings support taking the next step toward bringing a potential new treatment to the clinic.
Read MoreElection to the National Academy of Medicine recognizes outstanding professional achievement and commitment to service.
Read MoreMeet Dr. Mejía and learn about his interest in tropical diseases, his approach to improve research in developing countries and something few people know about him.
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