Titlebook: Auditory System; Anatomy Physiology ( H. W. Ades,A. Axelsson,E. G. Wever,Wolf D. Keidel, Book 1974 Springer-Verlag, Berlin · Heidelberg 197

北京人起源

Comparative Anatomy of the Middle Ear,s type are the lateral lines of fishes and aquatic amphibians; these are located on the external body surface; they are stimulated by water rushing past the animal, by the animal’s moving through the water, or by localized water displacements (acoustic near field) in the vicinity of a sound source.

Vasodilation

不自然

小爭吵

The Blood Supply of the Inner Ear of Mammals, here. Instead, the present chapter deals with the vascular supply to the modiolus and the capillary areas in the spiral lamina, in the external wall, and at the basal end of the cochlea. The nomenclature adopted on the cochlear vessels has partly been changed from those that have been used in repor

遺傳學(xué)

addict

Anatomy of the Afferent Auditory Nervous System of Mammals,m. Each analysis presents a picture of the system based upon its own experimental procedures. It is the purpose of this chapter to present the auditory system, from acoustic nerve to cerebral cortex, as it stands revealed by anatomical experiments and observations.

MELD

Central Auditory Pathways of Nonmammalian Vertebrates, of which were made during the first thirty years of this century. It is a tribute to the skill and patience of the investigators of that time that much of their work has proved correct in the light of reinvestigation with modern methods of study and the increase in general knowledge of nervous syst

Measured

性滿足

Hearing in Invertebrates,ached different degrees of anatomical and functional complexity. The numbers of receptor cells in the ears vary from a single cell to several thousand. Arthropod ears operate over an intensity range from 0 dB to more than 100 dB (all dB values in this chapter are relative to 2 · 10. N/m.). The frequ

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