Ryohei Kanzaki

This study shows that ants use internal states to modulate beacon-aiming behavior in response to past, imminent, and predicted adverse substrate conditions.

The paper develops a high-performance simulator for a biophysically detailed whole-brain Drosophila model using multi-compartment Hodgkin-Huxley neurons, achieving near real-time simulation on a supercomputer.

This study shows that the pheromone binding protein BmPBP1 affects the temporal resolution of antennal responses in silkmoths, impacting their ability to track pheromone plumes.

The paper develops a framework to integrate 2D ISH images with 3D gene expression data, successfully aligning and comparing them after noise reduction.

The paper examines descending neurons in the silkmoth Bombyx mori brain, identifying their connections to the lateral accessory lobe and posterior slope, and their role in pheromone orientation.