Longhua Hu

This study investigates the McdAB system in Halothiobacillus neapolitanus, revealing that McdA's ATPase activity is DNA-stimulated and that McdB displaces McdA from DNA, forming gradients to prevent carboxysome aggregation.

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

This paper shows FtsZ treadmilling acts as a template and conveyor to organize cell wall synthesis during bacterial division, with roles changing over time.

This study identifies key residues in McdB that modulate its interaction with McdA, revealing distinct roles for weak and strong interactions in carboxysome positioning and partitioning.

The paper identifies McdB as a protein that interacts with McdA to create oscillatory patterns on the nucleoid, enabling equidistant positioning of carboxysomes in cyanobacteria.