EHS Research Labs and Programs

  • Explores the causes of asthma development and exacerbations that resulted in the stark disparities in asthma prevalence and morbidity seen in lower-income neighborhoods in New York City. (wet lab)

  • Provides an extensive variety of analytical services that range from ELISA assays and microRNA analysis, to library preparations for massive parallel sequencing. (wet lab)

  • Explores the environmental factors that may contribute to the development of adult-onset neurodegenerative diseases by utilizing human biomarker and experimental model studies. (wet lab)

  • The lab focuses on advanced analytical and statistical methods to problems related to population health particularly related to the aging process.

  • Studies clean energy transitions, with a focus on household air pollution in resource-limited settings. (dry lab)

  • Explores the functional role of the placenta in conveying the effects of intrauterine exposures on early childhood health. (wet lab)

  • Explores the effects of arsenic exposure and one carbon metabolism. (wet lab)

  • Focuses on preventing infection by inactivating SARS-CoV-2 infection and understanding the immunological response. (wet lab)

  • Examines the impact of environmental exposures on molecular and epigenetic biomarkers in human populations, and the associations of those biomarkers with child and adult health. (wet and dry lab)

  • Explores environmental exposures and subsequent health outcomes. (wet lab)

  • Explores methodological issues in environmental epidemiology. (dry lab)

  • Explores the interface between hydrology, environmental engineering, and environmental health. (dry lab)

  • The exposome concept highlights the importance of environmental factors in disease development.

  • Studies the relationship between metal exposures (arsenic, mercury, lead) and related disease, and on assesses population-level metal exposures using biological and environmental monitoring. (dry lab)

  • Studies the impact of complex environmental stressors during development and across the life course. (wet lab)

  • Explores the environmental, social, and ecological determinants of infectious diseases using mathematical and statistical techniques. (dry lab)

  • Studies how metals and other environmental exposures affect lung disease development and identifies molecular signatures of environmental-related lung disease using a multi-omics approach. (dry lab)

  • Explores the environmental determinants of health with a strong focus on infectious disease. (dry lab)

  • Explores climate-related exposures, public health and equity through quantitative research, led by Dr. Robbie M. Parks. (dry lab)

  • Provides consultation to investigators for metals analysis, provides clean supplies for collecting biospecimens, and enables members to precisely measure a broad range of metal biomarkers. (wet lab)

  • Explores the effects of climate and carbon dioxide on food systems, including nutrition, safety and pest pressures, in the context of hunger. (dry lab)