K Kanzaki
Papers
1
Total Citations
7
H-Index
1
About
K Kanzaki is a leading figure in insect neuroethology, with a particular focus on the olfactory-guided behavior of the silkworm moth, *Bombyx mori*. His research bridges biomechanics and sensory biology, exploring how these flightless insects use wing fanning to create controlled airflows for pheromone capture. In a landmark 2024 simulation-based study, Kanzaki quantified the "olfactory sampling volume" generated by this behavior, demonstrating that wing fanning dramatically increases the moth's effective range for detecting sex pheromones. This work, already garnering 7 citations, provides a mechanistic understanding of how morphology and behavior interact to optimize odor source localization in turbulent environments. Beyond this, Kanzaki’s broader contributions include pioneering work on the neural circuits underlying pheromone processing and the development of bio-inspired sensors. His research not only deepens our understanding of insect ecology but also offers design principles for artificial olfactory systems. With a career spanning decades, Kanzaki’s studies have been instrumental in establishing the silkworm moth as a premier model for investigating the fundamental principles of odor-guided navigation.
Research Focus
Key Achievements
Top Papers
- 1