
Health Tech: Erik Malmstrom On How SafeTraces’ Technology Can Make An Important Impact On Our Overall Wellness
By Dave Philistin

Health Tech: Erik Malmstrom On How SafeTraces’ Technology Can Make An Important Impact On Our Overall Wellness
By Dave Philistin

Investigation of a DNA Tagged Aerosol Tracer Method for In Situ Evaluation of Germicidal UV Air Cleaner Effectiveness
Transmission of respiratory pathogens occurs primarily in indoor settings, interventions to reduce the risk of their transmission include increases in outdoor air introduction, filtration, and ultraviolet germicidal irradiation (UVGI). However, validating these interventions is challenging, particularly in actual applications. This study introduces an aerosol tracer system utilizing DNA as tracer molecule, aimed at quantitative characterization of the performance of indoor air cleaning systems.

Investigation of a DNA Tagged Aerosol Tracer Method for In Situ Evaluation of Germicidal UV Air Cleaner Effectiveness
Transmission of respiratory pathogens occurs primarily in indoor settings, interventions to reduce the risk of their transmission include increases in outdoor air introduction, filtration, and ultraviolet germicidal irradiation (UVGI). However, validating these interventions is challenging, particularly in actual applications. This study introduces an aerosol tracer system utilizing DNA as tracer molecule, aimed at quantitative characterization of the performance of indoor air cleaning systems.
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Informing Building Strategies to Reduce Infectious Aerosol Transmission Risk by Integrating DNA Aerosol Tracers with Quantitative Microbial Risk Assessment
By Nicholas Clements*, Ilan Arvelo, Phil Arnold, Nicholas J. Heredia, Ulrike W. Hodges, Stan Deresinski, Peter W. Cook, and Kerry A. Hamilton
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Informing Building Strategies to Reduce Infectious Aerosol Transmission Risk by Integrating DNA Aerosol Tracers with Quantitative Microbial Risk Assessment
By Nicholas Clements*, Ilan Arvelo, Phil Arnold, Nicholas J. Heredia, Ulrike W. Hodges, Stan Deresinski, Peter W. Cook, and Kerry A. Hamilton
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