Researchers are developing AI that can ask screening questions, while observing facial expressions, to evaluate patients for signs of apathy, an early indicator of dementia.

First-of-its-kind study finds exposure to weather and the environment changes nanoparticles’ shape and surface chemistry over time.

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

Texas A&M University researchers have developed a material that keeps stem cells from clumping together when injected into a body, removing a major barrier in stem cell therapeutics.

Pioneering center aims to redefine safety standards and strengthen global health protection through advanced scientific methods.

Texas A&M University brain study highlights the link between emotional responses to errors and future anxiety.

Researchers are uncovering how nanoplastics and heavy metals interact in a controlled hydroponic model, revealing new insights to food safety.

Aggies are working together to make a difference in the lives of people without access to medical care through the innovative BUILD program.

Pipette putting a colored liquid into a dish

Researchers are advancing breakthrough treatments like 3D-printed medicines, regenerative heart patches and Alzheimer’s therapies by creating practical solutions that transform care and improve lives globally.

Developed by a surgeon and Texas A&M School of Engineering Medicine students, the Vasculator allows surgeons to input patient symptoms to generate risk assessments.