Research Highlights

Air pollution, especially ozone air pollution increasing with climate change, accelerates the progression of emphysema of the lung, according to a study led by the University of Washington, Columbia University and University at Buffalo.

University at Buffalo faculty member Dr. Gregory Fabiano, professor of counseling, school and educational psychology, and associate dean for interdisciplinary research in the Graduate School of Education is continuing his nationally recognized work with ADHD children with a new study that will test how best to meet the special education goals of these children.

A $790,000 grant from the Centers for Disease Control and Prevention (CDC) was awarded to Western New York groups to help improve health outcomes and reduce high rates of chronic disease among African Americans living along Ferry Street in Buffalo.

To address the increasing demand for public health skills, the University at Buffalo School of Public Health and Health Professions (SPHHP) added a new online MPH program, providing a degree pathway for not only traditional students, but also international students and working professionals.

In Dr. Jessica Kruger’s undergraduate public health courses, students might be asked to submit a website instead of a traditional paper.

A University at Buffalo researcher is among the recipients of a prestigious national honor for young scientists.

During the “Jewels in Our Genes” study several years ago, Dr. Heather Ochs-Balcom and her team pinpointed four locations in the genome of African American women that may contain undiscovered genes that contribute to hereditary breast cancer.

A University at Buffalo researcher’s Veggie Van project is revving up its engine.

New research from the University at Buffalo provides pathophysiologic evidence of the effect of air pollution on cardiovascular disease in China. The findings also suggests that China may need to revise its standard for one type of pollutant.

Air pollution, especially ozone air pollution that’s increasing with climate change, accelerates the progression of emphysema of the lung, according to a new study led by the University of Washington, Columbia University and the University at Buffalo.