UTMB News

Sleep apnea can affect women differently than men, with midlife symptoms such as fatigue, insomnia, headaches, mood changes, and night sweats often mistaken for menopause. Recognizing the signs and seeking an evaluation can lead to effective treatment, better sleep, and improved overall health.

A UTMB family medicine physician is helping reshape how healthcare addresses social needs. New research explores surprising paradoxes in social care — and why embracing complexity could lead to better outcomes for patients and providers.

The University of Texas Medical Branch Brain Health Institute, a world-renowned neuroscience hub focused on rapidly transitioning groundbreaking discoveries in biomedical neuroscience to clinical applications, recently announced the winners of its Pilot Grant Program.

The Moody Brain Health Institute, a neuroscience hub dedicated to rapidly advancing discoveries in biomedical neuroscience into clinical applications, has announced the recipients of its 3rd Annual Collaborative Pilot Grant Program.

The Moody Brain Health Institute, in partnership with the Institute for Human Infections & Immunity, announced the winners of the first I-DID (Intersection of Dementia & Infectious Disease) Pilot Program.

Instead of simply managing symptoms season after season, immunotherapy works to retrain the immune system and reduce the overall allergic response. For many patients, that means fewer sick days, better sleep, less medication, and more freedom to enjoy daily life.

UTMB has appointed internationally recognized cancer researcher Raghu Kalluri, MD, PhD, as senior vice president, executive director of the UTMB Cancer Center and chief scientific officer, effective Sept. 1.

The UTMB Police Department has earned dual accreditation, a distinction that recognizes excellence in both law enforcement and campus public safety.

Staying proactive with both physical and mental health checkups is a simple step that can have a life-saving impact.

Investigational agent makes cancerous tissue light up during surgery, potentially helping neurosurgeons distinguish tumors from healthy brain tissue.