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Überträgerstoff/en: Unterschied zwischen den Versionen

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der chemischen Signalübertragung zwischen Nervenzellen (interneuronal), sowie zwischen Nervenzellen und anderen Körperzellen (neuroeffektorisch) dienende Stoffe. Sie sind zumeist niedermolekulare Aminosäuren, Amine oder Ester, die in den Nervenenden synthetisiert werden können, können aber auch höhermolekulare Peptide sein, die im Nervenzellkern gebildet werden müssen. Die Freisetzung der Neurotransmitter, zumeist aus den Nervenendigungen, wird durch die Ionenflüsse induziert, insbesondere durch den Calcium-Einstrom, die mit Eintreffen der Erregungsdepolarisierung am Nervenende entstehen.
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the chemical signal transmission between nerve cells (interneuronal), as well as between nerve cells and other body cells (neuroeffective) serving substances. They are mostly low-molecular amino acids, amines or esters that can be synthesized in the nerve endings, but can also be higher-molecular peptides that must be formed in the nerve cell nucleus. The release of the neurotransmitters, mostly from the nerve endings, is induced by the ion fluxes, in particular by the calcium influx, which occurs with the arrival of the excitation depolarization at the nerve end.

Aktuelle Version vom 16. April 2019, 22:38 Uhr

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the chemical signal transmission between nerve cells (interneuronal), as well as between nerve cells and other body cells (neuroeffective) serving substances. They are mostly low-molecular amino acids, amines or esters that can be synthesized in the nerve endings, but can also be higher-molecular peptides that must be formed in the nerve cell nucleus. The release of the neurotransmitters, mostly from the nerve endings, is induced by the ion fluxes, in particular by the calcium influx, which occurs with the arrival of the excitation depolarization at the nerve end.