Titlebook: Neural Control of Movement; William R. Ferrell,Uwe Proske Book 1995 Springer Science+Business Media New York 1995 Parkinson.cortex.evoluti

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Limitations in the Neural Control of Human Thumb and Finger Flexorsin humans, e.g. the presence of flexor pollicis longus in humans. However, there are limitations to independent movement due to kinaesthetic and neural factors as well as to biomechanical linkages. Psychophysical studies have been used to study kinaesthesia in human subjects. The subjects’ ability t

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Enkephalinergic and Monoaminergic Control of Segmental Pathways from Flexor Reflex Afferents (FRA)ely analyzed in high spinal cats. The results showed that DOPA and the enkephalins are synergistic with respect to a depression of short latency FRA pathways but antagonistic with respect to long latency FRA pathways and spinal rhythm generation which are facilitated by DOPA but depressed by the enk

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Classical Conditioning of Eyeblink in Decerebrate Cats and Ferretserpositus nucleus abolish both learning and retention of conditioned responses. There is strong disagreement about the precise nature of the cerebellar involvement, however. Although many now believe that it is the site of learning, is has also been argued that the cerebellum is merely necessary for

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It brings considerations for Test and Support as early as the Inception Stage.? Based on an innovative model - Development Process Activity Cycles (DPAC) - this representation allows visualization of progress including recursive activities.? The model is based on an interpretation of the Deming qua