Titlebook: Crustacean Experimental Systems in Neurobiology; Konrad Wiese Conference proceedings 2002 Springer-Verlag Berlin Heidelberg 2002 Crustacea

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Feng Xie,Xiang Zeng,Bin Zhou,Yusong Tanroscientific interest. However, the fact is that when neurobiologists have studied the circuitry that mediates escape in crayfish, they have not simply been elucidating neural circuitry and mechanisms that are of arcane zoological interest; rather, they have been making discovery after discovery tha

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Studies in Computational Intelligencearises from the demonstration that individual neurons are endowed with an intrinsic burst-organizing mechanism that insures a patterned output to any appropriate excitatory drive and that interconnections among a small number of neurons with such a capability can ensure coordinated, patterned, rhyth

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https://doi.org/10.1007/978-3-642-00580-0sition and movement of the segments to which they attach (Wiersma et al. 1953). The SRs are embedded in an innervated receptor muscle strand so that, although they lie in the periphery, their level of activity can be adjusted from the central nervous system. Because the fine receptor muscles lie in

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Exact and Approximate Minimal Pattern Miningtype are neurochemically alike and produce the same transmitter: all motoneurons, all preganglionic autonomic and postganglionic parasympathetic neurons, but not sensory neurons, use acetylcholine as their transmitter. In the very large phylum of arthropods, the situation is the opposite: sensory ne

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Exact and Approximate Minimal Pattern Miningto light in studies of crustacean muscle fibers (Fatt and Katz 1953; Fatt and Ginsborg 1958). The last two examples bring out the highly significant role of experimental work on crustacean nerve and muscle cells in the discovery of fundamental physiological principles.

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https://doi.org/10.1007/978-3-030-18129-1aporation when the crabs are active on the surface. For females, the burrow provides a favourable breeding environment, and it allows males to establish and maintain a territory, which, depending on the mating system, may either be attractive to females, or may give a male access to female burrows i

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Studies in Computational Intelligencein 1971; Namba and Mulloney 1999; Mulloney, this Vol.) and neuromodulatory neurons (Bartos et al. 1999; Blitz et al. 1999; Marder this vol), provide much of the adaptive flexibility of motor behavior as a whole. This organization suggests that evolutionary flexibility of motor systems might also be

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https://doi.org/10.1007/978-3-642-00580-0ecord leg position and movements. If some receptor control is limited to a given leg, external mechanoreceptors seem to be crucial in the interleg coordination. Future development in crustacean walking will concern a better knowledge of both the locomotor CPG and the kinematic and dynamic parameters involved in free walking behaviours.