Titlebook: Cortical Sensory Organization; Multiple Auditory Ar Clinton N. Woolsey Book 1982 The HUMANA Press Inc. 1982 Nervous System.cerebral cortex.

施舍

https://doi.org/10.1007/978-1-4612-5817-9Nervous System; cerebral cortex; cortex; forebrain; information; neurons; neurophysiology; perception; physi

木質(zhì)

pantomime

Wavelets in Functional Data Analysis chain connecting the ear to the cerebral cortex. It is this system that presumably imposes tonotopic and binaural maps upon the auditory cortex. A second input system is composed of fibers that arise and terminate within the cortex itself. These corticocortical connections serve to interconnect dif

nascent

Introduction: Examples of Functional Data,nding of the geometry and sources of input to given cortical fields; and (.) to a much more topographically refined definition of the destinations of projections originating in given auditory cortical fields. This new understanding of auditory thalamocortical and corticothalamic organization has bee

啜泣

coagulation

Kai Zhang,Lifei Wei,Xiangxue Li,Haifeng Qianhe basilar membrane. Auditory cortex of the owl monkey can be divided into five fields using electrophysiological maps and cytoarchitectonic criteria (37). The positions of these auditory cortical fields on the superior temporal gyrus are depicted in Fig. 4.1. Both the primary field (A I) and the fi

meritorious

ticlopidine

oscope. Such an examination, however, gives us only limited information about the signal properties, so that the signal is usually analyzed with a spectrum analyzer. The spectrum analyzer has many filters tuned to different frequencies and it expresses the output of each as a function of time. There

HEDGE

f neuronal connectivity gives rise to the “maps” of the retina, cochlea and body surface in the central nervous system. Numerous studies have addressed themselves to the developmental mechanisms underlying the formation of topographical projections. Partly because of these trends, there has been rel

pus840

s lamina, first applied to the cat by Woolsey and Walzl (43, 44) was employed to define topological relations between the cochlea and the cortical auditory field in the monkey [Walzl and Woolsey (33); Woolsey and Walzl (45)]. Only a general diagram of the results has ever been published [Woolsey and