Titlebook: Botulinum and Tetanus Neurotoxins; Neurotransmission an Bibhuti R. DasGupta Book 1993 Springer Science+Business Media New York 1993 Antigen

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https://doi.org/10.1057/978-1-137-57007-9 neuromuscular junction. Although many neurons use Ca.-dependent exocytosis to release transmitters, some retinal neurons now appear to use a different mechanism. A motor neuron rapidly mobilizes the release of sufficient transmitter to ensure muscle contraction. The pre-synaptic signal is an action

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S?ren W. Eskildsen,Johannes Wagneral., 1988) and that they block synaptic transmission without interfering with the influx of calcium at the nerve terminal (Dreyer et al., 1983; Molgo et al., 1989). It seems therefore clear that these toxins act on a component of the nerve terminal implicated in the neurotransmitter release mechanis

indigenous

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Radiation Propagation Simulation,ith a cocktail of other compounds including bioactive peptides, within membrane-enclosed secretory vesicles known as chromaffin granules. In situations of stress, acetylcholine is released from splanchnic nerve terminals innervating the adrenal medulla and this in turn causes the chromaffin granule

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Maria Regina Schr?der,Ingeborg Brandt of these cells and the various types of experiments in which they are employed. We will then discuss in some detail their use as a model for neuronal secretion. There are several extensive and authoritative reviews on PC12 cells which provide much more detailed information on the origin, differenti

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The Dynamic-Strategy Model Revisited phospholipase A2 neurotoxins. There is a considerable amount of information about the sequence of events in clostridial neurotoxin-induced blockade of transmitter release.. Pharmacological, morphological and related studies indicate that botulinum neurotoxin and tetanus toxin proceed through a seri

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Social Statics and Social Dynamicsave used the electric organ of . as the source to obtain subcellular components of the cholinergie nerve terminals. Giant proteoliposomes which have incorporated presynaptic plasma membrane proteins are able to translocate acetylcholine in a calcium dependent manner, in the presence of A23187 calciu

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