Results 201 to 210 of about 19,069 (240)
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Otoliths as biomechanical gravisensors

Advances in Space Research, 2002
This paper analyzes experimental data related to the reaction of otolith afferents in response to acceleration (Fernandez and Goldberg, 1976). It considers the assumptions that were the basis of the interpretation of the stimulus-response characteristics of afferents proposed by Fernandez and Goldberg. Comparing these experimental data with the results
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Vibration of the Otoliths in a Teleost

2012
Fish populations comprise essential parts of marine and freshwater ecosystems as well as being the foundations of considerable human nutrition, industry, and economy. There is growing concern about the possible harmful effects from human-generated sound on fish.
Carl R, Schilt   +4 more
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OTOLITH FUNCTIONS IN WEIGHTLESSNESS

1975
The role of the vestibular organ in the exploration of space has been studied extensively during the past two decades. Many investigators have shown that some persons experience ill effects during the transition from the normal gravity to subgravity or weightlessness.
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The otolithic organs

1983
The otolithic organs are divided into the utricle and saccule. Birds have a lagena which is also called the third otolithic organ.
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Otolith

2021
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Otolith

2014
Yosuke Tona, Akiko Taura
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Cervical and Otolith Vertigo

The Journal of Laryngology & Otology, 1959
S, COPE, G M, RYAN
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[Canal-otolithic interaction under conditions of otolithic asymmetry].

Fiziologicheskii zhurnal SSSR imeni I. M. Sechenova, 1990
Intact pigeons were exposed to horizontal rotations so that the horizontal canal afferents were activated either separately or simultaneously with macular afferents. When the pigeons, head was off the axis of rotation, the radial acceleration (0.5 g) acted either in sagittal or in frontal plane. In presence of otolith asymmetry, the radial acceleration
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