Titlebook: Neuronal Mechanisms of Hearing; Josef Syka,Lindsay Aitkin Book 1981 Plenum Press, New York 1981 attention.biochemistry.brain.communication

Muffle

The Parasympathetic Innervation of the Inner Ear and the Problem of Cochlear Efferents: Enzyme and Aans of the inner ear is non-controversial. Opposing concepts that the centrally originating efferent fibers of the cochlear and vestibular nerves are parasympathetic (Ross 1969; Eyries and Chouard, 1970), and that the efferent-type terminals on hair cells might be collateral branches of spiral and v

DRAFT

Adaptation and Dynamic Response Occurring at Hair Cell-Afferent Fiber Synapseel. Upon cessation of the sound, the rate goes down for a while below the level of spontaneous firing (Harris and Dallos, 1979). Also when a small increment or decrement is added to the intensity of the sound, afferent discharges show characteristic dynamic changes (Smith and Zwislocki, 1975). Since

Obligatory

Phase Versus Frequency in Caiman Primary Auditory Fibres: Is There a Travelling Wave?er of properties similar to those of mammals (Klinke and Pause, 1977, 1980). A major difference is the shift of the characteristic frequency of caiman auditory fibres towards lower frequencies with decreasing body temperature (Klinke and Smolders, 1977). This phenomenon was also shown in other lower

TOM

充气球

拍翅