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A protein that wreaks havoc in the nerves and heart when it clumps together can prevent the formation of toxic protein clumps associated with Alzheimer’s disease

For the third year in a row, UT Southwestern Medical Center is ranked among the nation’s best large employers on America’s Best Employers 2023 list compiled by Forbes and Statista, and is among this year’s top employers for new graduates, women, and employee diversity.

An emotional overattachment to social media may be associated with increased severity of mental health symptoms among young people being treated for depression, anxiety, and suicidal thoughts, according to researchers at UT Southwestern Medical Center.

– A “clot-busting” drug recently approved to treat acute ischemic strokes (AIS) that can be delivered quickly works as well as a decades-old medication used by most hospitals in the U.S. and could hold significant advantages for some patients, a study led by a UT Southwestern Medical Center

UT Southwestern Medical Center is expanding its footprint to better serve the northwest Dallas region offering primary care visits ranging from management of chronic health issues to women’s health exams at UT Southwestern Medical Center at Coppell.

A team led by UT Southwestern Medical Center scientists has identified a specific stage of neurodevelopment when differentiating neural cells produce fewer ribosomes, which are responsible for making proteins.

The CLOCK gene, which serves as a master controller of circadian rhythms, may play a key role in the extraordinary cognitive abilities of humans as well as neuropsychiatric disorders that afflict them, UT Southwestern Medical Center researchers report.

Kidney cancers that metastasize to the pancreas have a fundamentally different biology from those that metastasize elsewhere

Inactivating a gene in young songbirds that’s closely linked with autism spectrum disorder (ASD) prevents the birds from forming memories necessary to accurately reproduce their fathers’ songs, a new study led by UT Southwestern shows.

A grid of electrodes placed on the backs of study participants delivered enough low-voltage electrical stimulation through the skin to change the short-term function of spinal cord neurons, a study led by UT Southwestern Medical Center researchers showed.