Health and the Environment

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Protecting Wellness

Just as humans affect the environment, the environment affects humans. Penn State researchers are collaborating on ways that human health is being impacted, from pollution and toxins to infectious disease and climate change.

Systems In Sync

Dynamics of disease, environmental change, and gene-environment interactions have been affecting human, animal, and plant health for decades.

From indoor pollution to infectious disease to climate change, health is being impacted.

Researchers are addressing these important factors in order to disrupt infectious disease vectors, enable precautionary design of chemicals and materials, and develop medical treatments to minimize negative impacts.

Scientists are also identifying an increasing number of beneficial human/environment interactions, including the microbiomes in our digestive systems and on our skin.

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A team of Penn State researchers is collaborating on a potential new method to treat cancer by delivering a unique nanoparticle to a localized cancerous area in mice and activating the treatment through light exposure
IEE cofunded faculty member Adam Glick and a team of Penn State researchers are collaborating on a potential new method to treat cancer by delivering a unique nanoparticle to a localized cancerous area in mice and activating the treatment through light exposure.

Health and the Environment Research

 

Featured IEE Researchers

Associate Professor, Department of Public Health Sciences
Associate Professor, Journalism

Health and the Environment News

Featured Stories

New Penn State consortium launches to help fuel the energy revolution

| news.psu.edu

A new consortium is working to examine the transformation of energy systems through holistic, unified processes that consider the whole energy portfolio versus addressing individual problems.

A naturally inspired, reusable system that purifies water and builds itself

| news.psu.edu

In nature, the interaction of molecules at the boundary of different liquids can give rise to new structures. These self-assembling molecules can be engineered to perform specific functions — and now, a team of Penn State researchers has leveraged this opportunity to develop a material that could remove persistent pollutants such as PFAS from water.

Mentions: Enrique Gomez