Kenji Sugioka

The paper identifies three mechanisms regulating cellular rotation in C. elegans during dorsal-ventral axis formation and shows they act in distinct phases and roles.

This paper shows that cell cycle oscillations in a polarity network allow cells to switch polarity states in response to morphogenetic cues by modulating feedback and stability.

The paper introduces DemuxHMM, a recombination-aware demultiplexing method that improves scalability and performance for large-scale single-cell embryo profiling.

This study shows cytokinesis-induced cortical flow twists HMR-1/cadherin, breaking the first left-right symmetry in C. elegans embryos.

This study identifies genes involved in spatial control and mechanical resilience of cytokinesis in C. elegans embryos through RNAi screens and secondary validations.

The paper identifies extracellular cues that tune actomyosin flows to orient cell division axes in C. elegans and mouse embryos.