Htet Kyi Wynn

The paper investigates how freshwater microbial communities influence viral inactivation, finding that specific bacterial taxa, rather than community diversity, drive differences in virus removal rates.

The paper investigates the inactivation kinetics and mechanisms of three enteric viruses in lakewater, showing differences in their decay rates and the role of microbial proteases and capsid integrity.

This study shows that the rate of osmotic pressure change during droplet evaporation predicts bacterial inactivation in drying respiratory droplets.

This study shows lognormal distributions accurately model enteric virus concentrations in wastewater, outperforming other distributions, and suggests weekly monitoring for effective and cost-effective tracking.

This study shows that respiratory commensal bacteria enhance the stability of influenza A virus in droplets and aerosols, suggesting the microbiota may influence viral transmission risks.