The Auditory Midbrain: Structure and Function in the Central by Lindsay Aitkin
By Lindsay Aitkin
Scientific investigations of a descriptive nature contain in creasingly subtle definitions of an issue. an concept is trans shaped after preliminary experiments right into a operating speculation that has a few testable results. infrequently within the neurosci ences do such exams thoroughly falsify the speculation; in most cases they result in a converted, extra basic speculation. you may argue that during order to outline a systematic challenge, one needs to first know it. This monograph is an try to draw jointly wisdom and knowing from a number of disciplines, gathered from stories performed over greater than eighty 12 months, of the services of the auditory midbrain. This a part of the mind has been of constant curiosity to me, from my days as a postgraduate scholar within the mid-1960s to the current time, simply because such a lot of rules approximately principal auditory association and serve as have constructed from experiences of this zone. This publication is devoted to Jerzy E. Rose, Professor Emer itus of Neurophysiology on the college of Wisconsin. His mind and readability of brain were answerable for a number of the glossy rules of auditory neurophysiology. those rules were integrated right into a sequence of vintage papers on audi tory neuroscience that would be very important for a very long time to corne. moreover, Jerzy Rose has been an encouraged instructor whose precepts of mind constitution and serve as were a tremendous effect on his scholars, together with the author.
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Additional info for The Auditory Midbrain: Structure and Function in the Central Auditory Pathway
They are similar in size to the beaded endings seen along lemniscal axons in Golgi material and, like the latter, degenerate following lesions ofthe lateral lemniscus (Jones and Rockel, 1973). These type I terminals are thus likely to be the endings of auditory afferents originating 47 48 Chapter 5 from the brain stem. A combined light and electron microscopic study by Oliver (1984a) has revealed that terminals of lemniscal axons originating from the dorsal cochlear nucleus make asymmetric contacts with dendrites of both disc-shaped (principal) and stellate (multipolar) cells.
For example, agents may act on the extrasynaptic membranes of the soma or axon hillock of a neuron-in this case activation may be succeeded by slow inactivation. Electrophysiological evidence in favor of acetylcholine acting as an excitatory transmitter was shown by the fact that acetylcholine produced a rapid onset of excitation in a majority of neurons; eserine (a cholinesterase inhibitor) excited a similar proportion of neurons, whereas atropine (a muscarinic antagonist), dihydro-~-erythroidine, and d-tubocurarine (nicotinic antagonists) blocked tone-evoked excitation (Watanabe and Simada, 1973).
Strychnine, however, shown to block inhibition in the spinal cord (Eccles, 1964), had no effect. , 1971), was not used in the study of Watanabe and Simada. It is clear that a body of neurochemical and electrophysiological evidence supports roles for acetylcholine as an excitatory transmitter and GABA as an inhibitory transmitter in the inferior colliculus. In Fig. 13, a schematic outline is given of the possible synaptic relationships between the alaminar, small, multipolar cell and an oriented principal cell; the probable locations of putative cholinergic and GABAergic terminals are shown.