For the first time, researchers have found an important factor that mitigates immune suppression in cancer.

A new study suggests some Americans are more susceptible to esophageal cancer, and it’s linked to where they live. More research is needed to pinpoint the relationship.

A study drug safely minimizes severity for those with a painful eye condition, a new clinical trial at the University of Michigan Kellogg Eye Center has found.

Researchers found that allocation of rehabilitation services differs by ethnicity, which may help explain why Mexican-Americans have worse outcomes after stroke.

Tissue and blood samples taken from patients can hold the keys to biomedical discovery. But the research community must consider patient privacy, a new perspective says.

Why do so many babies fall victim to infections that invade the gut, but others don’t? Research in germ-free mice yields important clues.

A new review finds that a family history of prostate cancer should not automatically exclude low-risk patients from an active surveillance approach.

A novel strategy to target a genetic anomaly that occurs in half of all prostate cancers may provide a path for developing new therapies against it.

Patients with hypertrophic cardiomyopathy are urged to take it easy. But new research shows they might benefit from moderate aerobic exercise.

A new mathematical model aims to combine the “beauty” of mathematics with biology to set the stage for future discovery.

Exploring the Cause of Chronic Lung Transplant Rejection, in a Quest to Stop It

Read about a new lung microbiome study reviewing new research on bacteria in lungs and how it got there, and what happens to the and our bodies as a result.

Some people can pass a hearing test but have trouble understanding speech in a noisy environment. New research identifies a mechanism for this condition just years after its discovery.

Get the latest information on how DDR2 contributes to the spread of breast cancer from researchers University of Michigan Comprehensive Cancer Center.

Read about a new discovery that helps explain how multiple DNA differences can lead to development of type 2 diabetes.