Chronic jet lag leads to human liver cancer in a mouse model
This study shows that circadian influences in cancer cannot be underestimated – chronic circadian dysfunction is a human carcinogen
Read MoreThis study shows that circadian influences in cancer cannot be underestimated – chronic circadian dysfunction is a human carcinogen
Read MoreThis 3D rotating visualization of a developing embryo shows the locations of proteins involved in orchestrating this complex process.
Read MoreThe new year started with a bang! at Baylor College of Medicine. Three faculty members have received major recognitions for their achievements in basic science research and technology development.
Read MoreThe method holds great promise for better definition of the individual druggable landscape present in each cancer.
Read MoreThis study reveals a mechanism by which the environment, diet in this case, can influence cancer risk.
Read MoreA first-in-human phase I clinical trial of patients with relapsed or refractory T cell lymphoma found early signals of anti-tumor efficacy and safety.
Read MoreThis new technology can effectively regulate gene expression, a promising solution to improve gene therapy clinical applications.
Read MoreThis study is the first to show that rotavirus-altered lipid metabolism in the intestine plays a role in the disease.
Read MoreThis study in animal models suggests that a natural sugar could counter age-associated urothelial dysfunction in addition to limiting recurring UTIs.
Read MoreHuman intestinal enteroids have revolutionized the study of gastrointestinal viruses like rotavirus.
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