Rutgers Center for Environmental Exposures & Disease

Our mission is to address the environmental health concerns of all New Jersey residents by centering our efforts on its most affected populations. We engage community members, organizations, and agencies as advisors and partners through all stages of our research, provide critical investment and infrastructure for multidisciplinary collaborative research, and train the next generation of environmental health scientists.

The overarching goal of the CEED Community Engagement Core (CEC) is to support the strategic vision of CEED to address the environmental health concerns of all NJ residents by centering our efforts on its most affected populations. To address the environmental health concerns of New Jersey residents, our Community Engagement Core works with communities and researchers to characterize the health risks that people face in their daily lives, translate existing research evidence to action to reduce exposure and risks, and identify new research directions that are aligned with community environmental health needs.

Research Cores

CEED has two strong Scientific Research Cores that coordinate investigator collaborations across departments within Rutgers and other NJ universities to address timely environmental health challenges. Across these cores, CEED researchers are evaluating a wide array of environmental risks posed by metals, persistent organic pollutants (POPs), ozone, carbon dioxide, particulate matter (PM), including diesel exhaust and 9/11 World Trade Center (WTC) dust, endocrine disruptors, pesticides, per- and polyfluorinated alkyl substances (PFAS), and chemical warfare agents.  We are expanding research efforts to assess micro- and nano-plastics, harmful algal bloom toxins and mycotoxins – all contaminants which are of importance to our communities and are anticipated to persist. In addition to their focus on long-standing and emerging environmental contaminants, the CEED research cores study factors that increase vulnerability to adverse health outcomes, including psychosocial stressors, socioeconomic status, social constructs, age, diet, sex, cumulative exposures, the built environment, and comorbidities. 

Facility Cores

CEED invests in research infrastructure, as well as meeting the technological and analytical needs of members through four Facility Cores. These cores provide access to state-of-the-art mass spectrometry, confocal and digital imaging, flow cytometry/cell sorting, cellular bioenergetics, exposure studies, and computational toxicology (machine learning, toxicokinetic and geospatial modeling). As detailed below, Rutgers continues to make investments in these facility cores through renovated facilities and the purchase of new equipment. Connecting these Facility Cores is the Translational Research Support Core (TRSC), which provides access to resources required for translational research and helps to overcome  barriers to translation. TRSC uses proven dissemination and implementation science and implementation strategies to ensure that interventions developed by CEED are adopted and used effectively to improve public health.

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