Reliable perception of self-motion and orientation requires the central nervous system
(CNS) to adapt to changing environments, stimuli, and sensory organ function. The …

Introduction: Vestibular migraine as an entity was described in 1999 and its pathophysiology
is still not established. Simultaneously with research to better understand vestibular …

Objectives Parkinson's disease (PD) commonly affects visuospatial navigation causing
postural instability and falls. Our overarching aim was to examine the visual and vestibular …

Perception of our linear motion, heading, relies on convergence from multiple sensory
systems utilizing visual and vestibular signals. Multisensory convergence takes place in the …

Multisensory integration is critical for resolving ambiguities in isolated sensory systems
assuring accurate perception of one's own linear motion, ie, heading. The vestibular signal …

Introdução: A enxaqueca vestibular foi descrita como uma entidade em 1999 e sua
fisiopatologia ainda não está estabelecida. Simultaneamente às pesquisas para entender …

The syndrome of oculopalatal tremor (OPT) featuring the olivo-cerebellar hypersychrony
leads to disabling pendular nystagmus and palatal myoclonus. This rare disorder provides …

The cerebellum, located dorsal to the brainstem, has critical role in movement coordination
by utilizing two key principles, adapting for unexpected errors and incorporating the …