Yasuhiro Inoue

Morphogenesis of the Carapace from Phyllosoma to Puerulus in Spiny Lobsters

This study investigates the morphogenesis of the carapace in spiny lobsters during metamorphosis using histological analysis, live imaging, and computational modeling, revealing anisotropic contraction as a key mechanism.

Elucidating Chiral Myosin-Induced Actin Dynamics: From Single Filament Behavior to Collective Structures

This study investigates chiral actin filament motion induced by myosin XI in vitro, revealing the formation of stable, rotating actin chiral rings through collective motion.

Biregional division angles generate sharp apex and concave joints in leaves

This study investigates the developmental mechanisms of sharp leaf apices in Triadica sebifera, finding that biregional division angles, not cell expansion, drive apex shape and concave joint formation.

Class I myosins direct circumferential F-actin flows to define cell chirality

This study identifies Myo1D and Myo1C as drivers of chiral F-actin flows in Drosophila macrophages, contributing to cell chirality.

Planar polarized force propagation integrates cell behavior with tissue shaping during convergent extension

The paper investigates how polarized cellular forces during 4-cell rosette resolution drive tissue-scale convergent extension by enabling force propagation and proper cell packing.

Mechanical models affecting beetle horn remodeling

This paper investigates the mechanical mechanisms of beetle horn remodeling during metamorphosis using physical simulations and biological experiments, identifying key factors that drive shape transformation.

Frequency and synchrony of actomyosin oscillation during PCP-dependent convergent extension

The paper investigates actomyosin oscillations during convergent extension in Xenopus gastrula, showing synchronous intracellular flows and asynchronous intercellular oscillations, with PCP signaling regulating frequency.