Y. R. Chemla

The paper shows co-infecting phages impede each other's entry into cells, revealing MOI-dependent host physiological changes that affect infection outcomes.

This paper introduces a method to automatically estimate 3-D poses of larval zebrafish using a neural network trained on synthetic data, achieving high speed and accuracy for ethological studies.

The paper determines the composition of the bacteriophage T4 DNA packaging motor and shows that it can tolerate an inactive subunit, challenging the idea of strict coordination among motor subunits.

The paper measures forces exerted by individual kinesin motors during cargo transport, finding they exert less than a piconewton even when bypassing obstacles.

This study investigates the DNA unwinding mechanism of UvrD, a non-hexameric helicase, revealing a stepwise translocation with variable base pair steps and strand sequestration.

The paper quantifies noise in the E. coli chemotaxis network by analyzing flagellar switching dynamics and identifies a kinetic limit that suppresses fluctuations.

The paper shows that small groups of kinesins use asymmetric tension and cooperation to move cargo efficiently in crowded cells.