Titlebook: Identified Neurons and Behavior of Arthropods; Graham Hoyle Book 1977 Plenum Press, New York 1977 brain.muscle.nervous system.neurons.neur

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Role of Peripheral Inhibition in the Control of Arthropod Muscleto many animal phyla including vertebrates, mollusks, and arthropods. In the vertebrates, peripheral inhibition is restricted to the action of neurons belonging to the autonomic division of the nervous system; in mollusks, as far as is known at the present time, peripheral inhibition is restricted t

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Mechanisms for the Production of Rhythmic Behavior in Crustaceansly studied in different preparations was a milestone in the development of invertebrate neurophysiology and has resulted in extensive usage of invertebrate systems as models for studying vertebrate integrative mechanisms.

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Circumesophageal Interneurons and Behavior in Crayfishs. In addition to summarizing our current knowledge of several classes of neural elements in these connectives, we will note the advantages and disadvantages of this segment for study. Finally, we will set forth a plan of further experimentation with the aim of gaining more direct information on the

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Control of Crayfish Escape Behaviory in an important series of papers published from 1936 to 1952 (Wiersma, 1938, 1947., ., 1949, 1952.; Wiersma and Schalleck, 1947, 1948; Wiersma and Turner, 1950). Wiersma showed that the giant fibers are “command neurons” for escape, which, by a single firing, produce a fast flexion and extension o