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Reactive near field electromagnetic axonal communication channels and their role in neurodegenerative diseases

机译:反应性近场电磁轴突通讯通道及其在神经退行性疾病中的作用

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Research focus is on the micron-scale subsystem of the human nervous system known as the axon, or nerve fibre. In studying what has been traditionally treated as an electrochemical subsystem, we find that the axon is both an electrochemical and electromagnetic link in an intricately designed network. This work offers a game changing look at phenomena which enable interaction among millions of fibres tightly packed in bundles and tracts in the human peripheral and central nervous systems, respectively. We maintain that these fibres do not act independently as generally believed, but form intricate spatial and temporal near-field networks. An understanding of these networks will lead to improved diagnostics and therapeutics for neurodegenerative diseases.
机译:研究重点是人类神经系统的微米级子系统,即轴突或神经纤维。在研究传统上被视为电化学子系统的东西时,我们发现轴突在复杂设计的网络中既是电化学的连接又是电磁的连接。这项工作为人们带来了改变游戏规则的现象,这些现象使成千上万的紧紧捆扎在人体周围和中枢神经系统中的束和束中的纤维之间能够相互作用。我们坚持认为,这些光纤并不像通常认为的那样独立发挥作用,而是形成复杂的空间和时间近场网络。对这些网络的理解将导致神经退行性疾病的诊断和治疗方法的改善。

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