Ataxia mutant protein uses distinct partners to drive toxicity in different brain cells
This study proposes a mechanism for the differential vulnerability of brain cells and regions to toxic mutant proteins.
Read MoreThis study proposes a mechanism for the differential vulnerability of brain cells and regions to toxic mutant proteins.
Read MoreInterim director Dr. Xiang “Shawn” Zhang sat down with From the Labs to provide an update on this multidisciplinary center dedicated to breast cancer research and patient care.
Read MoreThis novel drug delivery system could make treatment easier for patients with rheumatoid arthritis.
Read MoreThis protocol gives researchers a road map to understand the complex traffic system between the gut and the brain and its effects.
Read MoreA study by Baylor College of Medicine, the University of Cambridge and the University of Exeter makes the case for a novel role for serotonin 2C receptor.
Read MoreHave you been keeping up with science discoveries at Baylor College of Medicine? Test your knowledge by answering these 20 questions.
Read MoreCongratulations to Brandon Pekarek, Benjamin Arenkiel and colleagues for making the cover of Genes & Development!
Read MoreThe top five most popular posts, from heart disease research to recognition of the achievements of outstanding faculty members.
Read MoreIn 2022, From the Labs combined Images and Videos of the Month, and you, our viewers, selected these as the most popular.
Read MoreThe findings, which are relevant to all mammals, including humans, open new possibilities to improve neurological conditions.
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