The Applied Environmental Microbiology and Exposure Assessment Lab within the University of Maryland School of Public Health focuses on evaluating the complex relationships between environmental microbial exposures and human infectious diseases.
The laboratory supports research in quantifying individual level exposures to air pollutants including volatile organic compounds (VOCs), polycyclic aromatic hydrocarbons (PAHs) and particulate matter (PM). Ongoing laboratory work supports exposure assessment in epidemiological studies using air samples as well as biological samples such as urine, blood and saliva.
Please join us at our new homepage, https://www.ceejhlab.org/.
A Center of Excellence at the Nexus of Sustainable Water Reuse, Food, and Health, funded by the U.S. Department of Agriculture-National Institute for Food and Agriculture, is focused on facilitating the adoption of transformative on‐farm solutions that enable the safe use of nontraditional irrigation water on food crops and effectively reduce the nation’s agricultural water challenges that are...
The Environmental And Spatial Epidemiology Lab (EASEL) is engaged in a variety of research, including spatial modeling and mapping, evaluating environmental exposures associated with chronic health outcomes, and examining the intersection between mind, body, environment and health.
An overview of Dr. Payne-Sturges' research activities.
The Environmental Health in Vulnerable Populations Lab focuses on studying exposures to environmental contaminants arising from consumer product use among vulnerable populations understudied and underrepresented in public health research with a focus on women of reproductive age, pregnant women, children, low-income populations, and occupational populations.
The Exposome Small Molecule Core Facility, or the Core, supports the research endeavors of faculty and students across the UMD community. The highly sensitive and accurate instruments available at the Core enable researchers to analyze small molecules in a variety of natural products, environmental samples and human bio-samples.
The laboratory supports studies of airborne infection transmission, influenza epidemiology, bioaerosol exposure in asthma, and non-invasive monitoring of exhaled biomarkers. Capabilities of the lab include culturing viruses, RTqPCR, analysis of exhaled breath particles, bioaerosol sampling, and immunoassay.
Shared facilities include a field sample preparation lab (room 2121), post-PCR lab (room 2125), temperature controlled weigh and microscopy lab (room 2131C), and a freezer area and a general equipment and preparation lab (room 2127).
The WOW lab conducts interdisciplinary research around water - analyzing microbial water quality, the most effective ways to communicate about water quality, and the perceptions and behaviors related to water use. In addition, the WOW lab is exploring the beneficial impacts of urban agriculture and gardening on health and wellness.