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Volume 12 No 2 (2014)
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Electron Transfers and Holographic Molecules: Why Neuroscientists Should Take Quantum Phenomena into Consideration
Philippe Anglade, Yamina Larabi-Godinot and Shigeru Tsuji
Abstract
Discoveries concerning the neurotransmission mode of the nerve impulse contributed a lot to the development of
modern neurosciences. Neurons release chemical agents, such as neurotransmitters and neuromodulators, which
bind to receptors of their target cells, enabling, thus, propagation of nerve impulse from cell to cell. In the nervous
system, intercellular exchanges of information take place as bindings of ions or molecules to receptor proteins. These
bindings induce changes in the conformation of the proteins which can, in this way, integrate and memorize physical
and chemical alterations affecting the surrounding neurons.
Keywords
nervous system, receptor protein, electron transfers, holographic molecules, quantum memory
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