Covid-19 Wastewater Project

  • About
    • Acknowledgements
    • Team
    • Contact Us
  • Approach
    • Aims
      • Aim 1
      • Aim 2
      • Aim 3
    • Environmental Sampling
    • Sample Preparation
    • Viral Detection
    • Data Management
    • Data Modeling + Outbreak Prediction
    • Ethics
    • Photos
  • Resources
    • Dashboard
    • Data Standards
    • Pangea Tools
  • Media
    • Publications
    • Presentations
    • MetaSub 2022 Presentations
  • News + Events
  • Community
  • About
    • Acknowledgements
    • Team
    • Contact Us
  • Approach
    • Aims
      • Aim 1
      • Aim 2
      • Aim 3
    • Environmental Sampling
    • Sample Preparation
    • Viral Detection
    • Data Management
    • Data Modeling + Outbreak Prediction
    • Ethics
    • Photos
  • Resources
    • Dashboard
    • Data Standards
    • Pangea Tools
  • Media
    • Publications
    • Presentations
    • MetaSub 2022 Presentations
  • News + Events
  • Community

Archive for tag: Mark Sharkey

Home / Mark Sharkey
Sep 03 2021
Walter Lamar, executive director of Facilities, Safety and Compliance for the Miller School of Medicine, setting up an autosampler device to collect wastewater outside Lakeside Village on the Coral Gables Campus.

Wastewater: A New Test for COVID-19?

Researchers with Sylvester Comprehensive Cancer Center and the University of Miami have developed an innovative strategy to help predict COVID-19 outb...
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Feb 09 2021
  • Researchers Broaden Tracking of COVID-19 Through Wastewater
  • Researchers Broaden Tracking of COVID-19 Through Wastewater
  • Researchers Broaden Tracking of COVID-19 Through Wastewater

Researchers Broaden Tracking of COVID-19 Through Wastewater

A University of Miami-led team recently received a major federal grant to study how wastewater can be used to help predict coronavirus outbreaks. Alt...
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About This Project

The University of Miami (UM) and Weill Cornell Medicine (WCM) have established a collaborative study for human and environmental surveillance of SARS-CoV-2, the virus that causes COVID-19 disease, including surface, air, and wastewater based surveillance efforts.

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Tag Cloud

Alejandro Mantero Bhavarth Shukla Christopher Mason College of Engineering Collette Thomas COVID-19 Covid-19 Wastewater Study David Andrews Dr. Christopher E. Mason Dr. Erin Kobetz Dr. Helena Solo-Gabriele Dr. Kenneth Goodman Dr. Lisa Gwynn Dr. Mark Sharkey Dr. Naresh Kumar Dr. Pratim Biswas Dr. Scott Gottlieb Dr. Stephan Schürer Dushyantha Jayaweera Erin Kobetz George Grills George S. Grills Global Metagenomics Summit Helena Solo-Gabriele Mario Stevenson Mark Sharkey MetaSUB Miller School of Medicine Naresh Kumar NewsVision NIH NIH funding omicron public health SARS-CoV-2 shotgun sequencing Stephan Schurer Sylvester Comprehensive Cancer Center Telemundo UMTV University of Miami Wastewater Wastewater Sampling wastewater testing Weill Cornell Medicine
University of Miami
SOUTH FLORIDA RAD: USING WASTEWATER MEASUREMENTS
TO PREDICT COVID-19 IN THE COMMUNITY

University Miami Institute for Data Science and Computing
1320 S Dixie Hwy, Suite 600, Coral Gables, FL 33146-2930
T 305.243.4962 | idsc.miami.edu
Copyright: 2021 University of Miami. All Rights Reserved.

About the SF RAD Project

This collaborative study between the University of Miami in Florida and Weill Cornell Medicine in New York will generate, standardize, integrate, compare and make available to the RADx-rad Data Coordination Center (DCC), SARS-CoV-2 human surveillance and wastewater quantification data with various sampling, processing, detection, and analysis approaches.

UM has also initiated a pilot wastewater monitoring program to quantify the RNA of SARS-CoV-2 in effluents from building clusters on its three campuses.

Weill Cornell Medicine (WCM) has established an international consortium for SARS-CoV-2 environmental surveillance (MetaSUB), including developing a metagenomic map of wastewater from cities around the world.

The project will make all data, results, and models available to the community, thus providing a critical contribution to the national SARS-COV-2 RADx-rad Wastewater Detection Consortium.

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