Titlebook: Understanding the Cochlea; Geoffrey A. Manley,Anthony W. Gummer,Richard R. Fa Book 2017 Springer International Publishing AG 2017 auditory

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Electromechanical Feedback Mechanisms and Power Transfer in the Mammalian Cochlea,he deflection of the hair cell stereocilia. Electromechanical force is generated by the soma of the outer hair cell and acts against viscous forces. These forces are expected to be particularly large in the narrow subtectorial space between the reticular lamina and the overlying tectorial membrane.

Palliation

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Ion and Fluid Homeostasis in the Cochlea,othelial cells of the cochlea. Specific ion transport functions occur in specific cell types that coordinate the production and maintenance of endolymph, which is the fluid in the lumen of the cochlear duct that supports the sensory transduction process. The critical nature of these ion transport pr

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Remote Sensing the Cochlea: Otoacoustics,gnitude of energy. Perhaps surprisingly, not only does it respond to sound but emits it as well. These sounds, known as otoacoustic emissions (OAEs), provide a means to probe the fundamental biophysics underlying transduction and amplification in the ear. This chapter outlines the theoretical consid

ablate

Localized Internal Stimulation of the Living Cochlea Using Electrical and Optical Methods,ifiable manner are described. Electrical stimulation of the intracochlear fluids causes the sensory epithelium of the cochlea to vibrate and sound to be emitted from the ear canal. Different strategies for localized electrical stimulation are presented along with advantages and disadvantages of each

Epithelium

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New Directions in Cochlear Development, describe the embryonic origins of the cochlear duct and spiral ganglion, the signals that induce the organ of Corti, the precise arrangement of the auditory hair cells and supporting cells, and recent work on how the hair cells become innervated by afferent and efferent neurons before the onset of hearing.

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Ion and Fluid Homeostasis in the Cochlea,ocesses is underscored by observations of hearing loss when ion transport mechanisms malfunction as a result of mutations, drug exposure, or hormonal imbalance. This chapter describes our basic understanding of salient ion transport processes and their regulation by hormones and other regulatory pathways.