Titlebook: Alpha and Gamma Motor Systems; Anthony Taylor,Margaret H. Gladden,Rade Durbaba Book 1995 Springer Science+Business Media New York 1995 dev

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哺乳動物

Critique of Papers on Motoneurone Inputsining two papers by Appenteng, Curtis, Grimwood, Min & Yang, and Binder & Powers focus on methodological issues concerning the measurement of synaptic strength, but also consider applications of these methods.

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Synaptic Remodelling During the Postnatal Differentiation of Peroneal Motoneurones in Kittenslated nucleolus and a somatic membrane with a rich equipment of various axonic terminals. They are contacted by five types of synaptic boutons, namely F, S, M, P, C types according to the terminology of Conradi (1969). γ MNs have a compact nucleolus and a somatic membrane with few synaptic boutons, they only receive F and S terminals.

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The “Size Principle” of Human α-Motoneurones example the Ia fibres) evokes large EPSPs in small and small EPSPs in large α-motoneurones. It has been proposed that this is a universal feature of all excitatory input systems to α-motoneurones (Lüscher & Clamann, 1992; but see Heckman & Binder, 1993).

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Hysteresis in Recurrent Inhibition and Proprioceptive Feedback: Do they Compensate for Hysteresis ofuce forces or torques, little is known about the implementation of the required intermediate transformations. Mutatis mutandis, the same applies to rhythmic movements generated by central pattern generators.

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https://doi.org/10.1007/978-1-4615-1935-5development; muscle; physiology; receptor; research; spinal cord

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