Researchers have determined a unique fraction of the genome that scientists should focus on. Their report, which provides a “treasure map” to accelerate research in epigenetics and human disease, was published today in Genome Biology.
Dr. David Moore, professor of molecular and cellular biology, medicine and molecular and human genetics at Baylor College of Medicine, has been elected to the National Academy of Sciences.
A team led by researchers at Baylor College of Medicine has discovered that breast cancer cells can shift between two forms of the cell surface molecule CD44, CD44s and CD44v.
A multidisciplinary, international team of scientists has been awarded Cancer Research UK’s Grand Challenge, an ambitious series of £20 million global grants tackling some of the toughest questions in cancer research.
The search for a mechanism that could explain how the protein complex NCOR1/2 regulates memory has revealed an unexpected connection between the feeding and the memory centers of the brain.
A new study shows that reproducing in mice the missplicing of gene Scn5a observed in patients with myotonic dystrophy type 1(DM1) recapitulates defects in cardiac function present in the patients.
A novel mathematical approach has uncovered that some animal cells have robust 12-hour cycles of genetic activity, in addition to circadian or 24-hour cycles.
A team of scientists developed a new approach that provides a better understanding of Huntington’s disease and suggested new directions for developing therapeutic interventions.
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.
