Naresh K. Vashisht College of Medicine

Researchers have identified changes in brain signals tied to impulse control after lithium treatment in high-risk patients.

By boosting nicotine responsive receptors — without using nicotine itself — scientists protected brain cells from degeneration.

Texas A&M study uncovers distinct brain cell networks that promote or suppress relapse, offering promising strategies for more effective alcohol use disorder treatments.

Researchers are shifting the focus from late-stage Alzheimer’s to the earlier biological transition when mild cognitive impairment begins converting to dementia.

New therapy is turning back the clock in aging brains, healing inflammation, restoring memory and reshaping the future of brain age-related therapies.

Study shows how a cell-signaling receptor helps prostate cancer cells accumulate cholesterol, a process linked to tumor growth and treatment resistance.

The collaboration supports advanced training and research in aerospace medicine.

The 18th annual Disaster Day training exercise added a bioterrorism element to prepare the next generation of health professionals for real-world challenges.