K. Kagaya

This study identifies the fine structure of the latch mechanism in the mandible of trap-jaw ants, revealing how it enables ultra-fast movements through energy storage and release.

The paper develops a Bayesian model comparison method to quantify individual behavioral types in sponge crabs by analyzing cap-making behavior.

The paper investigates how brittle stars with varying numbers of arms coordinate locomotion, finding a common mechanism involving a front position and synchronized arm movements.

This study shows that a single defined sister chromatid fusion leads to micronuclei formation and cell cycle destabilization in human cells.