The present study in rats was conducted to identify brain regions affected by the interruption
of vestibular transmission and to explore selected aspects of their functional connections …

An acute unilateral vestibulopathy leads to symptoms of vestibular tone imbalance, which
gradually decrease over days to weeks due to central vestibular compensation. Animal …

Objective Patients with acute central vestibular syndrome suffer from vertigo, spontaneous
nystagmus, postural instability with lateral falls, and tilts of visual vertical. Usually, these …

Neuronal lesions trigger mechanisms of structural and functional neuroplasticity, which can
support recovery. However, the temporal and spatial appearance of structure–function …

Unilateral inner ear damage is followed by a rapid behavioural recovery due to central
vestibular compensation. In this study, we utilized serial [18 F] Fluoro-deoxyglucose ([18 F] …

Unilateral damage to the inner ear results in an acute vestibular syndrome, which is
compensated within days to weeks due to adaptive cerebral plasticity. This process, called …

Functional brain activation studies described the presence of separate cortical areas
responsible for central processing of peripheral vestibular information and reported their …

Why vestibular compensation (VC) after an acute unilateral vestibular loss is the neuro-
otologist's best friend is the question at the heart of this paper. The different plasticity …

Contrary to the view of a rigid, hardwired adult central nervous system (CNS) that was
commonly accepted up to a few decades ago (Ramon y Cajal, 1928), the adult CNS is now …

Numerous studies in animals and humans have shown that damage to the vestibular system
in the inner ear results in spatial memory deficits, presumably because areas of the brain …