Titlebook: Neural Information Processing; 11th International C Nikhil Ranjan Pal,Nik Kasabov,Swapan Kumar Parui Conference proceedings 2004 Springer-V

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Influence of Dendritic Spine Morphology on Spatiotemporal Change of Calcium/Calmoduline-Dependent Prare injected at the spine head. We find that CaMKII-CaMCa. concentration in the mushroom-type spine is much higher than those in the others and that its decay is much slower. This result is the first finding that shows the relation between the change in the spine morphology and the glutamic acid sen

MOTIF

The Spatiotemporal Dynamics of Intracellular Ion Concentration and Potentiallowing phenomena are revealed. When the cell depolarized, firstly ions flow into (or out to) only to the thin space very adjacent to the membrane by rapid ion flows through ion channels. Secondly, ions slowly diffuse far away by ion concentration gradients. The movement speeds are determined only by

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occult

d systems; machine learning applications; industry-academia collaboration; and experimentation in software engineering. ??. . . .978-3-030-65853-3978-3-030-65854-0Series ISSN 1865-1348 Series E-ISSN 1865-1356

條街道往前推

Mitsuo Yoshida,Yasuaki Kuroe,Takehiro Morirequirements-based testing; crowdsourcing in software engineering; software and systems architecture; experimentation in software engineering; and smart environments.?.978-3-319-71439-4978-3-319-71440-0Series ISSN 1865-1348 Series E-ISSN 1865-1356

morale

ALLEY

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FORGO

Influence of Dendritic Spine Morphology on Spatiotemporal Change of Calcium/Calmoduline-Dependent Pritatory synaptic weight. It has been suggested that the weight is determined by spine morphology. It was also reported that the thick spines (mushroom type) whose head is fully developed remain mostly stable. Therefore, the memory in the cerebral neuronal circuit is possibly stored in the spine morp

存心

Memory Modification Induced by Pattern Completion and STDP in Hippocampal CA3 Modelat the pattern completion ability of the hippocampal CA3 and symmetric spike timing-dependent synaptic plasticity induce memory modification so that the hippocampal CA3 can memorize invariable parts of repetitive episode as essential elements and forget variable parts of those as unnecessary ones.