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When Haley and Zachary Sanders had their first baby, Rowan, and learned she had multiple heart defects, they were shattered. They never imagined technology borrowed from video games would help save their baby’s life.

Surgeons at UT Southwestern have developed and analyzed the benefits of a cutting-edge technique that provides patients with facial paralysis the ability to close their eyes.

The American Heart Association 2030 Impact Goals aim to help all people live healthier for more years of their life.

Much like human beings, songbirds learn how to vocalize from their parents. Males imitate songs from their fathers and then sing to attract mates. Although the circuits that generate human speech are more complicated to decipher, the brains of songbirds offer a viable model for better understanding how humans learn to speak and what goes wrong in communication disorders such as autism.

Three anticonvulsant drugs commonly used to stop prolonged, potentially deadly seizures each work equally well, according to a national study involving physicians at UT Southwestern.

UT Southwestern celebrates alumni Donald Kasitinon, M.D., whose new role with the Dallas Mavericks highlights his growing impact in sports medicine.

UT Southwestern faculty and residents shared research, presentations, and leadership at AAP 2026 while building connections across academic PM&R.

Interpreting relatively inexpensive electrocardiograms (ECGs) with an artificial intelligence (AI) algorithm accurately screened patients for a key precursor of heart failure in Kenya, a study led by UT Southwestern Medical Center researchers shows.

UT Southwestern Medical Center researchers have discovered a key molecular mechanism that allows animals to adapt to changing environmental conditions without altering their genes – an ability known as phenotypic plasticity.

A UT Southwestern research team has received the National Institutes of Health’s prestigious Transformative Research Award to further their study of zebra finches to investigate the genetic basis of vocal imitation abilities.