High throughput microscopy zeroes in on new estrogen receptor regulator
A high throughput microscopy technique enabled Baylor College of Medicine researchers to identify a new modulator of estrogen receptor alpha that they called UBR5. It
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A high throughput microscopy technique enabled Baylor College of Medicine researchers to identify a new modulator of estrogen receptor alpha that they called UBR5. It
Read MoreBrenner receives Pediatric Blood and Marrow Transplant Consortium Lifetime Achievement Award Dr. Malcolm Brenner, center, has been named a recipient of the Pediatric Blood and
Read MoreBy Ruth SoRelle, M.P.H. For a long time, scientists and physicians have been plagued by a quandary. Women who had early pregnancies had a
Read MoreBy Ruth SoRelle, M.P.H. The second most common cause of death in patients with myotonic dystrophy type 1, an inherited form of muscular dystrophy with
Read MoreBy Ruth SoRelle, M.P.H. The road to liver cancer starts with a pile-up — the toxic accumulation of bile acids that act as tumor promoters.
Read MoreA 35-year-old mystery that had disturbed the patient and her family was finally solved with the expertise of a host of experts – most
Read MoreFrom the Labs at Baylor College of Medicine will spotlight an image from the college’s researchers each month. Please submit your images to the publication
Read MoreBy Dr. Peter Hotez More than a decade ago, the Global Forum for Health Research, a Geneva-based international partner of the World Health Organization (WHO),
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