Guillaume P. Dugué

This paper develops an inertial sensor-based method to decompose rodent behavior into elementary components using unsupervised segmentation and clustering, achieving detailed behavioral mapping and detecting motor changes in Parkinson's disease models.

This study generates Sspo knockout mice and finds reduced brain ventricle size but only minor spine curvature defects.

The paper shows that caudal cerebellar vermis cells re-encode head movements into a gravity-polarized representation.