Hiroyuki Ai

The paper examines changes in a vibration-sensitive interneuron in honeybees during maturation, finding increased firing rate differences and localized dendritic density changes in foragers.

This paper introduces a segmentation scheme for complex neuronal arbors, demonstrating its effectiveness on honeybee neurons.

The study tracks the development of honeybee waggle dances in 14 bees, distinguishing between recruits and novice scouts based on dance behavior patterns and trip duration changes.

The paper simulates interneuron circuits in the honeybee primary auditory center to test if inhibitory connections explain observed responses to vibration signals.