The objective of this thesis was to quantify three-dimensional ocular stability
in response to head movements in healthy human subjects and in patients
with various types of peripheral vestibular disorders. Despite a large increase
in our knowledge from animal and human studies about the neuronal circuitry
that regulates three-dimensional (3D) vestibular organization (for a recent
review see Angelaki and Cullen 2008), its application to clinical practice is still
a long way ahead. In order to bridge this gap, we explored in healthy
subjects the naturally occurring variability in 3D vestibulo-ocular stabilization
and compared these results with changes that occur in 3D vestibulo-ocular
stabilization in patients with various types of unilateral vestibular disorders.http://repub.eur.nl/res/pub/19244/100414_Goumans%2C%20Janine.pdf
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