Home | Interdisciplinary Center for Exposures, Diseases, Genomics and Environment

Where you live could influence your COVID-19 riskKing County neighborhoods with highest COVID-19 rates also face higher air pollution and socioeconomic inequities, EDGE research showsLearn More

How to make a box fan filter to clean indoor air of smokeBox fan filters are simple, relatively inexpensive, and effective at cleaning indoor air. Our infographic shows you how to make one.Learn More

Mapping Washington’s environmental health disparitiesNew interactive map shows communities most impacted by environmental inequality Learn More

Mapping jet pollution at Sea-Tac AirportCommunities around Sea-Tac Airport are exposed to a unique mix of air pollution associated with aircraft, new UW study findsLearn More

A woman dressed in a yellow shirt holds a bowl of leafy greens and other vegetables.

Air pollution and high blood pressure in children

Prenatal exposure to air pollution is associated with high blood pressure in early childhood—but good maternal nutrition may offer protection, according to a new study from UW School of Public Health researchers and partners

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A man stands in a lab holding a swab in its paper packaging.

Can a single test detect both TB and COVID-19?

It’s one of several innovative ideas to help end TB from the research lab of DEOHS Professor Jerry Cangelosi

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In a park, a woman in a face mask holds a mobile phone while observing a runner with a dog on a leash.

King County gets high marks for masking

More than 85% of observed King County residents masked up in public, UW researchers find in partnership with King County and Washington State Department of Health

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This graphic shows 3 overlapping circles in different colors. The blue is labeled with Environment, the green with choices, and the yellow with genes. They overlap in the center to create a purple area labeled health The EDGE Center is committed to conducting and communicating science that reduces the burden of environmentally-related diseases through science translation into policy and practice. We use cutting edge molecular and systems biology to explore how the interactions of genetics, epigenetics and environmental factors contribute to diseases of public health importance. In particular, we are at the forefront of research into molecular signatures (biomarkers) associated with toxicant exposure. Our work to uncover important genetic, epigenetic and environmental contributions to chronic diseases can help improve prevention, early diagnosis, and the development of effective treatments. Such developments will substantially reduce the social burden and health care costs associated with sickness and early death caused by diseases like cancer, cardiovascular disease, respiratory disease, liver disease, kidney disease, metabolic disorders like diabetes, chronic neurodegenerative diseases like Alzheimer's and Parkinson's and developmental and reproductive disorders.