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Your Environment. Your Health.

SRP Welcomes New and Returning Multiproject Centers

Several SRP Centers have released press releases to share their new grants:

U.S. map highlighting the location of each of the 8 returning P42 SRP centers.
Multiproject centers throughout the country bring together interdisciplinary teams to conduct research focused on a central environmental public health issue and identify solutions to decrease exposures and protect human health. (Image courtesy of SRP)

The NIEHS Superfund Research Program (SRP) welcomes 11 new and returning multiproject centers. These centers bring together teams of health and environmental science and engineering researchers to tackle complex problems related to hazardous substances. The centers also include community engagement, research translation, data science, and training components.

In this new grant cycle, returning SRP centers are:

Duke University 

Massachusetts Institute of Technology 

Michigan State University 

Texas A&M University 

University of California at Berkeley 

University of Louisville 

University of New Mexico 

University of Rhode Island 

Research teams from these centers will continue to make connections between hazardous substances and disease and develop new approaches to detect and reduce exposures to hazardous substances, including metals, per- and polyfluoroalkyl substances, polycyclic aromatic hydrocarbons, and volatile organic compounds (VOCs).

New centers bring fresh ideas and approaches to SRP:

  • Researchers at Wayne State University, led by Melissa Runge-Morris, M.D., use plant tissues, sensors, and geospatial approaches to identify VOC hotspots. They monitor VOC levels in pregnant women and explore outcomes like preterm birth, while uncovering the underlying mechanisms using zebrafish.
  • Yale University researchers, led by Vasilis Vasiliou, Ph.D., use molecular approaches and metabolomics to understand how 1,4 dioxane and co-occurring contaminants may contribute to liver cancer. They are developing chemical water treatment systems and a wireless sensor network for detecting and quantifying 1,4 dioxane.
  • Building upon their NIH-funded Strong Heart Study in Native American populations, researchers at Columbia University, led by Ana Navas-Acien, Ph.D., determine the cardiometabolic effects of arsenic and uranium exposure. The team models contaminant levels, sources, and processes controlling their presence in drinking water in rural Native American communities and are developing novel filtration and water treatment systems to decrease exposure.
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