Michele Tagliabue

This study shows that ototoxicity in rats causes loss of vestibular type I hair cells, which correlates with deficits in tail-lift and air-righting reflexes, with different dependencies on specific regions.

The paper investigates the relationship between hair cell integrity and vestibular function, finding that 50% of hair cells are needed for minimal function and 80% for normal function.

The paper investigates how gravity affects 3D perception across visual and haptic modalities, finding that gravity influences a shared internal representation of space.

This study investigates subchronic vestibular hair cell damage in mice, showing partial loss affects VOR and OKR, with reduced visuo-vestibular integration despite VOR recovery.

The paper demonstrates the conservation of locomotion-induced oculomotor activity in higher tetrapods by showing similar spino-extraocular motor coupling in mice and amphibians.