Takayuki Teramoto

The paper shows that all extravasating cells form Ca²⁺-dependent membrane blebs, but the source of Ca²⁺ varies by lineage, highlighting distinct regulatory mechanisms.

The paper uses the yolk sac vasculature of early avian embryos to study cancer cell extravasation, showing distinct morphologies and dynamics through fluorescent labeling.

The paper shows that SOCE-mediated Ca2+ elevation drives membrane bleb formation in avian PGCs, essential for in vivo migration.

This study shows that the stiffness of primordial germ cells is required for their arrest and extravasation in avian embryos, with actin polymerization regulating this stiffness.

The paper analyzes whole-brain imaging data of C. elegans to decompose neural dynamics and model information flow using time-delay embedding, independent component analysis, and dimensionality reduction techniques.

The paper develops a deep-learning-based pipeline for segmenting and tracking cells in 3D brain imaging data, achieving high accuracy across different conditions and datasets.

The paper creates a dataset of neuron expression patterns and positions in C. elegans to improve annotation of whole-brain imaging data.

This study develops an ensemble learning approach for automated annotation of whole-brain C. elegans imaging data, achieving 25% error in neuron annotation.