Health & Well-Being

Woman inhaling from an electronic cigarette. (Getty Images)

Don’t Vape Your Health Away

On Great American Smokeout Day, a UConn Health pulmonary specialist discusses the hazards of the growing e-cigarette and vaping trend.

Fast food restaurants thrive in one of the poorest areas of Los Angeles. South LA has the highest concentration of fast-food restaurants of the city, about 400, and only a few grocery stores. (Photo by David McNew/Getty Images)

Food Swamps Predict Obesity Rates Better Than Food Deserts

A new UConn Rudd Center study found that easy access to fast- and junk-food outlets was a better predictor of high obesity rates than lack of access to affordable, nutritious food.

UConn Health periodontist Frank Nichols at his lab at UConn Health in Farmington on Oct. 30, 2017. (Peter Morenus/UConn Photo)

Bacterial Fats, Not Dietary Ones, May Deserve Blame for Heart Disease

A new study by UConn scientists suggests that the fatty molecules linked to heart disease may come not only from what you eat, but from the bacteria in your mouth. The research may explain why gum disease is associated with heart trouble.

A focus on positive coping strategies could help improve health for those who experience being teased or bullied because of their weight, according to new research by the UConn Rudd Center. (UConn Rudd Center Photo)

How People Cope with Weight Stigma Affects Their Health

A focus on positive coping strategies could help improve health for those who experience being teased or bullied because of their weight, according to new research by the UConn Rudd Center.

(Whitney Hubbard/UConn Photo)

Despite Progress, Most Food Advertising to Kids Still Unhealthy

'Ten years after the launch of food industry self-regulation, food advertising to children remains far from the goal of supporting healthful diets.'

Girl smoking weed. (Getty Images)

Booze and Pot in Teen Years Lessen Life Success

Young adults dependent on marijuana and alcohol are less likely to achieve adult life goals, according to new research by UConn Health scientists.

'We are shortchanging our kids when we allow them to be sleep-deprived,' says UConn Health sleep expert Dr. Jennifer Kanaan. 'Those who get enough sleep will do better in school, better in sports, and better in their relationships.' (Getty Images)

Influencing School Start Times with Science

'We are shortchanging our kids when we allow them to be sleep-deprived. Those who get enough sleep will do better in school, better in sports, and better in their relationships.'

A young man lying on a tanning bed. Even though men use tanning beds at lower rates than women, men who tan tend to do it in riskier ways, according to a new study by UConn researchers. (Getty Images)

Tanning Beds and Risky Behavior Linked – in Men

Even though men use tanning beds at lower rates than women, men who tan tend to do it in riskier ways, according to a new study by UConn researchers.

Double strand of pearls tied in a knot over black background. Chromosomes look like long necklaces of DNA in the center of every cell in the body. Some parts of the necklace are open and loose, others are coiled tightly. New research shows that as we age, some sections of our chromosomes curl and close up, making it harder for cells to access genes critical to defense against disease. (Getty Images)

Aged DNA May Activate Genes Differently

New UConn Health/JAX GM research shows that as we age, some sections of our chromosomes curl and close up, making it harder for cells to access genes critical to defending against disease.

Siddharth Rawat, left, a Ph.D. student, and Bahram Javidi, distinguished professor of electrical and computer engineering, operate a prototype device to examine blood samples for diseases at the Information Technologies Engineering Building (ITE) on Sept. 28, 2017. (Peter Morenus/UConn Photo)

Portable Microscope Makes Field Diagnosis Possible

A portable holographic field microscope developed by UConn optical engineers offers medical professionals a fast and reliable tool for the identification of diseased cells.