Baylor was selected to join the newly formed Strategically Focused Vascular Disease Research Network of the American Heart Association to focus on understanding the pathobiology underlying the differences in aortic disease between men and women.
Researchers have now discovered a mechanism by which cells can regulate switching between the two proteins, opening options for the development of novel therapeutic strategies to control cancer growth in the future.
Researchers at Baylor College of Medicine have shed light on the process that guides the maturation of newborn muscles into adult, fully functional organs.
Researchers have moved the field of glutathione research a step forward by developing a fluorescent probe that can measure real-time changes of glutathione concentration in living cells.
A team of scientists has revealed that mammals and other organisms have 12-hour clocks that are autonomous, work independently from 24-hour clocks and can be modified by external factors.
Researchers have discovered that tumor blood vessels and the immune system influence each other’s functions, and propose that considering these bilateral effects in cancer therapy might improve outcomes.
Researchers show for the first time the specific patterns of electrical activity in rat brains that are associated with specific memories, in this case a fearful experience
A team of scientists has discovered a mechanism that controls feeding behavior in mice by regulating the electrical activity of a few thousand brain cells.
Researchers suggest strategies to improve the response to androgen-targeting therapies, which are usually used to treat prostate cancer and benign prostatic hyperplasia.
