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- W2128626398 abstract "The nervous system is made of two types of cells: the gliades cells and neurons. The astrocytes, as the majority of the gliades cells, were considered a long time primarily for their role of support and preservation of nervous fabric. But obviously there are more and more reasons in favour of a much more important implication of the astrocytes in the nervous communication. The astrocytes are coupled the ones with others by 'gap-junctions' through which can circulate various metabolites. It is by these junctions that the astrocytes evacuate towards the capillaries extra cellular potassium excess generated by an intense neuronal activity. Through this astrocytes network would be propagated for example calcium ions waves of which regulating effect could be felt in a great numbers of synapses at the same time. The astrocytes prolongations which surround the synapses could thus exert a more total control of the ionic concentration and aqueous volume in the synaptic slits. The astrocyte network would thus constitute a no- synaptic system of transmission which would be superimposed on the neuronal system to play an important role of modulation of the neuronal activities. For this purpose, and in the hope to light the neurosurgeons and the specialists who are interested in transplantations and a better control of transport and the specialist who are interested in transplantations and a better control of transport and operation of the nerve impulse, this" @default.
- W2128626398 created "2016-06-24" @default.
- W2128626398 creator A5051793976 @default.
- W2128626398 date "2009-03-01" @default.
- W2128626398 modified "2023-09-26" @default.
- W2128626398 title "Analogie du transport neuronal au transport électronique en nanotechnologie" @default.
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