Jean‐Yves Bouet

This study investigates ParBF biocondensate dynamics in bacteria, showing they maintain stability through regulated phase separation and ParAF's dual role in assembly and coalescence.

This study investigates ParA oscillations in E. coli and shows how they contribute to ParA concentration fluctuations and partition fidelity through a feedback mechanism.

The paper shows the ParB-CTP cycle enables phase separation in bacterial DNA segregation by enhancing ParB-ParB interactions, supported by simulations and experiments.

This study identifies effluxosomes as dynamic membrane structures in M. tuberculosis that coordinate multi-metal resistance through PacL proteins and P-ATPase pumps.

This study investigates how DNA supercoiling affects ParB DNA binding and partition complex assembly in bacteria, finding no significant impact and suggesting ParB-ParB interactions are key for condensate formation.

The paper models the ParB sliding clamp mechanism for DNA spreading and finds it cannot fully explain in vivo binding patterns and rapid assembly kinetics.

The paper identifies the Nucleation & Caging model as the mechanism for ParB-parS partition complex formation, showing it is conserved across plasmids and chromosomes.