Citations 1
Beyond Diagnosis: Aerosol Viral Monitoring to Transform Epidemic Responses
Zhou, Peng , Xu, Yingming, McElroy, Amber N., Osborn, Mark J., Dababneh, Al, Palraj, Raj, Moschou, Despina, Pourzand, Charareh, Ellis, David A., Zhang, Dingguo, White, Ian H., Cui, Tianhong, Cui, Tianhong , Zhou, Peng , Xu, Yingming, McElroy, Amber N. , Osborn, Mark J., Dababneh, Al, Palraj, Raj, Moschou, Despina C. , Pourzand, Charareh , Ellis, David A., Zhang, Dingguo, White, Ian H., Cui, Tianhong
Research | December 5, 2025 | Volume: 9 | Issue: No issue available | Pages: No page available
Aerosol viral transmission monitoring enables early, noninvasive detection of infectious disease spread by identifying airborne viral particles in shared environments. Integrating sampling, sensing, and data analysis, this perspective outlines an integrated framework for transforming epidemic responses from reactive testing to proactive surveillance. It synthesizes current technological advances and deployment experiences to identify key challenges in detection efficiency, data management, and societal trust. This marks a shift from clinical diagnosis to environmental surveillance, transforming epidemic responses from testing individuals to monitoring shared air. By enabling earlier interventions, these systems help reduce transmission, protect vulnerable groups, and limit disruptions to daily life and the economy.