Remy Chait

This study shows that biocontained phages are less effective at clearing bacteria in structured environments compared to wild-type phages.

This study uses microfluidics and deep learning to analyze polymicrobial-phage interactions without labeling, showing phage effects on bacterial growth in co-cultures.

The paper shows how spatial interactions enable stable coexistence and transport of virulent phages with migrating bacteria, using theory, simulation, and experiments across multiple systems.

This study shows that antibiotic-resistant bacteria survive treatment by doubling while shrinking, revealing distinct resistance mechanisms in different environments.

The paper develops methods to infer parameters of stochastic biochemical models from single-cell perturbation data using likelihood approximations and Kalman filters, showing their effectiveness with high-frequency measurements.