Improved early detection and analysis of airborne pathogens

Researchers from the University of Maine and University of Massachusetts Amherst have designed new liquid-coated air filters that allow for improved early detection and analysis of airborne bacteria and viruses, including the one that causes COVID-19.

Related Keywords

Sudan , Washington , United States , Melissa Maginnis , Jessica Schiffman , Justin Hardcastle , Daniel Regan , Emily Henderson , Claudia Desjardins , Andrew Holmes , Caitlin Howell , Robert Bowie , Susanj Hunter , Council On Strategic , Jannee Nolan Center On Strategic Weapons , School Of Biomedical Science , University Of Massachusetts Amherst , Lab Diagnostics , Down East Emergency Medical Institute , National Science Foundation , University Of Maine Cooperative Extension , Susanj Hunter Presidential Research Impact Award , University Of Maine , Massachusetts Amherst , Medical Director , Down East Emergency Medical , Presidential Award , Graduate School , Biomedical Science , Chun Ki Fong , Avery Bond , Maine Cooperative , Automation Industry Focus , Student Symposium , Liquid Gated Membranes , Bioaerosol Capture , Presidential Research Impact , National Science , Strategic Weapons , Strategic Risks , Ebola Sudan , Respiratory Syncytial Virus Infection , Bacteria , Covid 19 , Embrane , Icrobiology , Pandemic , Athogen , Mh , Research , Virus ,