Hirofumi Sato

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.

This study identifies CLH-1, a ClC chloride channel, as essential for salt chemotaxis in C. elegans by regulating chloride and calcium dynamics in the ASER neuron.

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