Titlebook: Hearing — Physiological Bases and Psychophysics; Proceedings of the 6 Rainer Klinke,Rainer Hartmann Conference proceedings 1983 Springer-Ve

dissent

枯萎将要

For many years, the relationship between basilar membrane (BM) mechanics and auditory nerve responses have been a matter of great interest.

Synthesize

异端邪说下

Comparison of Basilar Membrane, Hair Cell and Neural ResponsesFor many years, the relationship between basilar membrane (BM) mechanics and auditory nerve responses have been a matter of great interest.

坦白

Cochlear Potentials in Homozygous and Heterozygous Bronx Waltzer MiceDeol and Gluecksohn-Waelsch (1979) reported the occurrence of a new mutation in a mouse colony at Albert Einstein College of Medicine in New York. This mutation, which was named “Bronx waltzer” (symbol .), was autosomal recessive, with homozygotes (./.) exhibiting two principal abnormalities:

CRUDE

外貌

troponins

https://doi.org/10.1007/978-3-319-27288-7our understanding of the evoked biomechanical responses of the cochlea just as we have come to understand and use its electrophysiological responses. Here we compare and contrast ear canal manifestations of cochlear biomechanics in human and gerbil, and consider some parallels with the round window potential.

Pericarditis

Review Paper: Hair Cells, Receptors with a Motor Capacity?her is to present new experimental results of our own. As to the first aspect, the reviewing can only be brief in the allotted space. More extensive reviews are: for cochlear physiology Dallos (1981), for non-vertebrates Wiederhold (1976), for intracellular electrical responses Weiss (1983).

Supplement

A Comparison of Mechanical Nonlinearities in the Cochleae of Man and Gerbil from Ear Canal Measuremeour understanding of the evoked biomechanical responses of the cochlea just as we have come to understand and use its electrophysiological responses. Here we compare and contrast ear canal manifestations of cochlear biomechanics in human and gerbil, and consider some parallels with the round window potential.