The UT Health San Antonio professor who is leading an effort to increase the number of South Texas teens who are vaccinated against the human papillomavirus hopes to see cervical cancer eliminated in the United States in her lifetime.

Loneliness and social isolation can make you as sick as obesity or 15 cigarettes a day.

TRC4 is a collaborative at UT Health San Antonio in partnership with the Department of Defense and the entire UT System to address an urgent need for improved trauma care both on the battlefield and at home.

Occupational therapy can help people with mental illness resume meaningful activities in their lives and create strategies that will improve their overall health. A San Antonio OT has developed a program she hopes will help people with a mental illness and type 2 diabetes achieve better control over their disease.

The Medicaid cuts add up to nearly a trillion dollars over ten years, and 12 million people could lose access to health care. Medicare also faces deep reductions in spending, even though it's not slashed in this legislation. It insures the elderly, and it may lose half a trillion dollars to sequestration. KFF Health News DC correspondent Julie Rovner told Bonnie Petrie that no one will be unaffected.

Be Well Texas is revolutionizing how substance use disorder is treated in Texas.

A UT Health San Antonio researcher confirms that how magnesium gets into immune system cells can determine whether they fight oral cancer or support tumor growth. The discovery offers hope for new ways to prevent and treat the disease.

At the UT Health Science Center at San Antonio, the brain bank is accepting deposits.

HHS Secretary Kennedy's decision to purge all 17 members of the CDC vaccine advisory board concerns public health experts. Some fear a new board will change vaccine recommendations, leading to reduced access for all and a surge in vaccine-preventable diseases.

Human immunity wanes as we age, but what if it could be restored? A UT Health San Antonio researcher who studies the thymus has confirmed that a certain protein can restore its size and function in mice, leading to a larger and more diverse T cell population that more closely resembles the T cells of youth.