Titlebook: Axoplasmic Transport in Physiology and Pathology; Dieter G. Weiss,Alfredo Gorio Conference proceedings 1982 Springer-Verlag Berlin Heidelb

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General Properties of Axoplasmic TransportThe biological significance of axoplasmic transport is widely recognized. Lacking detailed knowledge of the underlying mechanisms, in this paper all movement of molecules and particles inside nerve cell processes that cannot be related to diffusion or Brownian movement is to be called“axoplasmic tra

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Effect of Physiological Activity in Goldfish Optic Axons on Axonal Transport of Protein and Nucleosi by supplying constituents required for synaptic transmission [6, 7]. It might therefore be anticipated that physiological activity would in turn have an influence on axonal transport. There is ample evidence that the . of fast axonal transport is unaffected by neuronal activity [7], but is there an

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Axonal Transport, Neurosecretory Vesicles, and the Endocrine Neuronophysiological characteristics of neurons, it is also specialized to biosynthesize, axonally transport, and secrete large quantities of peptide hormones. In as much as it is a bona fide neuron, one would expect that axonal transport plays the same roles in endocrine neurons as it does in other neuro

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Axonal Transport in the Sprouting Neuron: Transfer of Newly Synthesized Membrane Components to the Cthe diameter of the processes and the rate of advancement of the nerve growth cones, the rate of addition of new membrane to the cell surface can be calculated. In a sympathetic neuron of the rat, grown in culture under the influence of nerve growth factor, elongation of neuntes occurs at a rate of

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The Role of Axonal Transport in the Growth of the Olfactory Nerve Axonsvertebrate peripheral nerve or in lower vertebrate optic nerve, systems in which nerve injury is followed by rapid distal degeneration and regrowth of injured axons. (For review: see Graf stein and McQuarrie [7].) Findings to date have included changes in the amount and composition of rapidly transp

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Changes in Fast-Transported Protein in Regenerating Axons: Essential or Incidental?omatolysis”, including an alteration in protein synthesis patterns of the cell bodies. Synthesis f transmitter-related enzymes decreases while that of structural proteins increases [15]. Changes in the composition of fast transported protein might be expected when the axon is elongating instead of t

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The Role of Axoplasmic Transport in the Restoration of Synaptic Transmission and in the Process of Sen observable at the light microscopic level and were termed chromatolysis. In summary, the reaction is characterized by dissolution of the basophilic granules, rounding of the perikaryon, enlargement of the nucleolus, and dispersal of the Nissl substance. The latter corresponds to the disaggregatio