Pathogen Detection & Surveillance

Human and animal paathogens are a tremendous burden on our health and well-being. Environmental engineering and public health specialists therefore need to be able to detect pathogens in complex environmental samples and understand how they are inactivated in natural and engineered system. Our research group works to improve virus detection and monitoring methods. We also seek a mechanistic description of pathogen fate in the environment and in systems designed to mitigate their spread. We are particularly interested in how differences in pathogen genomes and pathogen particle structures influence their susceptibility to inactivation.

Related Research

  • Thumbnail stock photo of conical tubes for Wastewater Monitoring for Public Health Applications research project

    Wastewater Monitoring for Public Health Applications

  • Illustration of flu virus surface proteins, for Virus Detection in Indoor Environments project

    Virus Detection in Indoor Environments

  • Thumbnail stock photo of water on a hand for Assessing Treatment Performance in Water Reuse research project

    Assessing Treatment Performance in Water Reuse

  • Thumbnail stock photo of a water treatment plant for Mechanistic Fate of Viruses and Biomolecules in Water and Wastewater Treatment research project

    Mechanistic Fate of Viruses and Biomolecules in Water and Wastewater Treatment

  • Thumbnail photo of fertilizer application on plants for Urine Diversion and Virus Exposure research project

    Urine Diversion and Virus Exposure

  • Thumbnail photo of sewer pipes and illustrations of city mapfor Bacteriophages in Distribution Systems & Drinking Water research project

    Bacteriophages in Distribution Systems & Drinking Water

  • Thumbnail stock photo of dropper and test tubes for Quantifying Longitudinal Fecal Shedding Trajectories of Respiratory Viruses research project

    Quantifying Longitudinal Fecal Shedding Trajectories of Respiratory Viruses