Method Frontiers in Interdisciplinary Research

Our team develops and modifies state-of-the-art methods to address important research questions, to improve pathogen surveillance, and innovate engineered water systems. We have contributed important methods for recovering viruses from environmental samples and on probing the molecular reactions that take place in viral components in the environment.

Related Research

  • 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 cell culture image for Predictive Models of Virus Inactivation research project

    Predictive Models of Virus Inactivation

  • Thumbnail stock photo 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 for Real Time Sensing to Understand Drinking Water Distribution & Water Quality Dynamics at the Tap project, showing a deployed field sensor

    Real Time Sensing to Understand Drinking Water Distribution & Water Quality Dynamics at the Tap

  • Thumbnail stock photo of sewer pipes and map illustration for Bacteriophages in Distribution Systems & Drinking Water research project

    Bacteriophages in Distribution Systems & Drinking Water