Estelle Raffin

This study uses TMS and spinal fMRI to show how spinal cord activity changes with TMS intensity, revealing intensity-dependent BOLD responses in specific spinal regions.

This study uses ccPAS to investigate directional specificity in visual motion processing, finding that Backward ccPAS enhances re-entrant MT-to-V1 signals, which correlates with improved motion discrimination.

This study uses TMS-fMRI to investigate how localized brain perturbations affect network organization and behavior, finding distinct responses in early visual areas and the medio-temporal area.

This study shows that anti-phase tACS between V1 and V5 improves motion discrimination by altering phase-amplitude coupling in the alpha band.

The paper demonstrates that electrocutaneous stimulation of the face inhibits motor evoked potentials in the hand, revealing face-hand afferent inhibition in the normal state.

This study investigates how training and immobilization interact to influence cortical plasticity in the human primary motor hand area, showing synergistic effects rather than competition.