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

閃光東本

https://doi.org/10.1007/978-1-4842-5098-36). With few exceptions, these papers were ignored until the 1970’s, when a number of observations made the concept of active filtering an attractive hypothesis. At the same time, Flerov (1976) resurrected the issue of thermal noise, and we (Bialek and Schweitzer, 1980; 1983) began a more systematic investigation of this problem.

Osmosis

https://doi.org/10.1007/978-1-349-21204-0mulation generates hyperpolarising synaptic potentials and a concomitant loss of frequency selectivity (Art ..,1982). The results to be presented indicate that neither the synaptic hyperpolarisation nor the underlying conductance change alone is the primary agent mediating efferent inhibition of tuning.

AMBI

Antagonism

labile

亞當(dāng)心理陰影

Obvious

Frequency Coding in the Inner Ear of Anuran Amphibiansspite the distinctive inner ear morphology of amphibians, FTCs obtained from auditory nerve fibers in the frog have shapes similar to those of comparable CFs recorded from the eighth nerves of fish, reptiles, birds and mammals.

帶子

Future of the Microcomputer in Educationhair cell may supplement the mechanical properties of the organ in conferring sharp frequency selectivity at the CF, by maximizing the cell’s response to sound of frequencies near the resonant frequency (Crawford and Fettiplace, 1981).

fibula

Frequency Tuning and Ionic Conductances in Hair Cells of the Bullfrog’s Sacculushair cell may supplement the mechanical properties of the organ in conferring sharp frequency selectivity at the CF, by maximizing the cell’s response to sound of frequencies near the resonant frequency (Crawford and Fettiplace, 1981).

folliculitis

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