Salif Komi

The paper proposes spatial and network principles for locomotion generation in the spinal cord using a mouse model and integrates single-cell RNA sequencing with spatial transcriptomics.

The paper investigates neural dynamics underlying walking and stopping in rats, finding locomotion follows a limit-cycle attractor and stopping transitions to a fixed-point attractor.

The paper investigates how PPN stimulation induces movement arrest in rats and shows it disrupts hippocampal theta rhythm without emotional components.