Mario Prsa

This study shows that environmental enrichment reorganizes the directional topography of mouse proprioceptive cortex by coordinating its sensory and motor components.

The paper shows that proprioceptive cortical neurons in layer 2/3 are critical for optimal state estimation during motor control, as their removal alters movement variability without affecting kinematics.

This study explores how auditory music perception dimensions can be translated into tactile perception, finding that tactile pitch relates to stimulus frequency and that rapid temporal transitions are key for pitch encoding.

The paper investigates how inferior olive neurons encode sensory events' effects on behavior in mice during motor tasks, finding that some neurons provide informative signals about behavioral consequences.

This study investigates how vibrotactile stimuli are encoded along the ascending somatosensory pathway in mice, revealing a transformation from temporal to rate coding in the thalamus.

This study identifies the rodent proprioceptive cortex using calcium imaging and optogenetics, showing that limb movements are encoded as spatial direction vectors in somatosensory and motor areas.

The paper shows that mouse and human vibro-tactile pitch perception follows a common computational principle involving frequency and amplitude relationships.

The paper shows that mouse somatosensory cortex neurons encode substrate vibration frequencies through spike rate tuning, unlike primate vibrotactile responses.