Interaction of acoustic and vestibular afferent activity observed in ear muscles
@article{Meyer2004InteractionOA, title={Interaction of acoustic and vestibular afferent activity observed in ear muscles}, author={Dietrich L. Meyer and K. P. Schaefer and A. Winkelmann}, journal={Zeitschrift f{\"u}r Neurologie}, year={2004}, volume={200}, pages={213-218}, url={https://api.semanticscholar.org/CorpusID:12257156} }
Findings indicate an interaction of acoustic and vestibular afferent inputs in the brain stem and single motor units of rabbits' external ear muscles to acoustic stimulation.
2 Citations
Morphology of posterior canal related secondary vestibular neurons in rabbit and cat
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Biology, Medicine
Strong similarities in the morphology of PC linked secondary vestibular neurons in the two species suggesting paramount importance for this wiring pattern in the spatial organization of eye movements is suggested.
Morphology of vertical canal related second order vestibular neurons in the cat
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Biology, Medicine
The described axonal arborization of second order vestibular neurons reflects the organization of intrinsic coordinate systems as exemplified by the geometry of the semicircular canal and the extraocular muscle planes.
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Biology, Medicine
Investigation of single units of external ear-muscles during vestibular and optokinetic stimulation revealed the existence of an ear-nystagmus, which was synchronous and similar to the eye-nyStagmus in all respects.
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Biology
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Physics
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Die Aktivität der von den vertikalen Bogengängen abhängigen Neurone im Hirnstamm des Kaninchens
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Summary|1.The discharge frequencies of 32 neurons of vestibular nuclei and reticular formation of the rabbit depending on the vertical semicircular canals were examined during angular acceleration…
Die Aktivität der von den vertikalen Bogengängen abhängigen Neurone im Hirnstamm des Kaninchens
- 2004
Medicine
The recorded values of the highest degree of activation or inhibition caused by acceleration in different positions suggest an exponential function between maximum activation and increasing tilting angle to be valid for motoneurons, as it has been proved for the generator potential of the receptors by experimental bending of the cupula.
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Biology, Medicine