Naoki A. Uemura

The paper shows that bacterial swimming speed rankings change in confined spaces, with some species maintaining high speeds in narrow channels while others slow down.

The paper identifies a new swimming mechanism in Actinoplanes missouriensis zoospores using anterior flagella bundles, achieving ultrafast speeds through supramolecular organization rather than motor speed.

This study shows how bacteria use flagellar wrapping to move through narrow passages, with hook flexibility being essential for this movement.

This study investigates CLAP in LEE-negative STEC, showing chain formation dynamics and genetic diversity, with claB prevalence and EibG's role in virulence.

This study shows thermophilic bacteria use water flow for long-distance migration, driven by type IV pili and shear-induced tilting.