Saptarshi Basu

This study investigates how respiratory droplets containing Pseudomonas aeruginosa transfer pathogens via surfaces, finding increased viability with mucin and significant transfer at high humidity.

This study examines how relative humidity and evaporation stages affect bacterial survival and infectivity in respiratory droplets under different evaporation modes.

This study shows that environmental conditions, particularly humidity, significantly affect the survivability of Pseudomonas Aeruginosa in respiratory droplets on surfaces.

This study compares bacterial infectivity in droplet nuclei formed from evaporating respiratory fluid on a hydrophilic substrate versus in a contact-free environment.