E-F Lab Setup 24-Hour Experiment

VWR Digital Incubator, Working Areas, Kristina Babler, Students, True North Freezer Boxes, Hach Sampler

E-F Lab Setup

students, E-F Lab Setup, 24-hour experiment, SF-RAD: COVID-19 Predictions from Wastewater project, University of Miami

Kristina Babler, E-F Lab Setup, 24-hour experiment, SF-RAD: COVID-19 Predictions from Wastewater project, University of Miami

foil-covered cups, E-F Lab Setup, 24-hour experiment, SF-RAD: COVID-19 Predictions from Wastewater project, University of Miami

wastewater testing, E-F Lab Setup, 24-hour experiment, SF-RAD: COVID-19 Predictions from Wastewater project, University of Miami

freezer boxes, E-F Lab Setup, 24-hour experiment, SF-RAD: COVID-19 Predictions from Wastewater project, University of Miami

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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About the SF RAD Project