Aerosol Devices Inc. articles

The Centers for Disease Control and Prevention now says COVID-19 can be spread through airborne transmission according to updated guidance on the agency’s website. The update to their guidance explains airborne transmission and likens its risk of airborne infection to that of tuberculosis, measles and the chicken pox. This comes after a mishap 2 weeks ago when guidance was published, then promptly removed citing, “a posting mistake”  made by the CDC.</

As we reach our one year anniversary of COVID-19 (or pass it, depending on who’s tracking it), aerosol researchers are still working to convince the world that SARs-CoV-2 is transmitted largely through the air. This is the largest list of eminent experts (363) from around the world, requesting the Canadian officials take the overwhelming evidence seriously and suggest seven key activities that the government can do now, without waiting for the vaccine, which will keep down their d

Over the month of August, new research on COVID-19 adds to the likelihood that the SARS-CoV-2 virus can be transmitted through airborne routes.

Featured in many news articles around the world, including the New York Times, FOX, CBS and the Daily Mail, Dr. John Lednicky, Research Professor at Environmental and Global Health, University of Florida  and his research team, found infectious virus can spread through the air- up to 16 feet away from an infected patient – thro

Last week our University of Colorado Boulder research collaborators were featured in the news using our BioSpot-VIVIAS sampler. Mark Hernandez, who directs the Environmental Engineering Microbiology and Disinfection Lab at the University of Colorado, and his team are researching to find ways to d

Highlights

• Viable Delta Variant SARS-CoV-2 collected from air samples in a residential environment.
• SARS-CoV-2 detected in an area of a single-family dwelling distant from an isolation suite occupied by COVID-19 patient.
• Assessment of air samples and surface swab samples by rRT-qPCR and cell culture for SARS-CoV-2.
• Employment of air samplers functioning based on different collection mechanisms.
• Opportunistic sampling invo