Research in Vestibular Science

Review

Understanding Vestibular Information Processing in Velocity-Storage Circuit and Application to Interpreting Clinical Manifestation of Vestibular Disorders: Jeong-Yoon Choi; Res Vestib Sci. 2021;20(3):81-92. Published online September 15, 2021; DOI: https://doi.org/10.21790/rvs.2021.20.3.81

Abstract PDF: The velocity-storage circuit comprised of bilateral vestibular nucleus complexes, commissural fiber, and nodulus and uvula functions in refining the raw vestibular signal to estimate rotational velocity, gravity direction, and inertia. In this review, we pursued the functional significance of this velocity-storage circuit and how this physiologic knowledge could help us understand the clinical symptoms and signs of patients with vestibular disorders.

Understanding vestibular information processing in velocity-storage circuit and application to interpreting clinical manifestation of vestibular disorders: Jeong-Yoon Choi; Received August 28, 2021 Accepted September 2, 2021 Published online September 2, 2021; [Accepted]

Abstract: The velocity storage circuit comprised of bilateral vestibular nucleus complexes, commissural fiber, and nodulus and uvula functions in refining the raw vestibular signal to estimate rotational velocity, gravity direction, and inertia. In this review, we pursued the functional significance of this velocity-storage circuit and how this physiologic knowledge could help us understand the clinical symptoms and signs of patients with vestibular disorders.

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