Common model of evolution for living cell and central nervous system

V.L Vvedensky
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引用次数: 3

Abstract

Both living cell and central nervous system can be treated as objects similar to artificial neural networks, actively studied now. One can see deep analogies between evolutionary processes in these systems, and correspondences can be established between some phenomena and objects. These are: genome vs. memory, gene vs. symbol, cell type vs. image, mitosis vs. sleep, organism vs. perception state, species vs. language, fertilization vs. attention, meiosis vs. paradoxal sleep. There is reason to study these correspondences on more technical level being based upon network nature of the living cell and nervous system.

活细胞和中枢神经系统的共同进化模式
活细胞和中枢神经系统都可以看作类似于人工神经网络的对象,目前正在积极研究。人们可以在这些系统的进化过程中看到深刻的相似性,并且可以在一些现象和对象之间建立对应关系。这些是:基因组vs.记忆,基因vs.符号,细胞类型vs.图像,有丝分裂vs.睡眠,有机体vs.感知状态,物种vs.语言,受精vs.注意力,减数分裂vs.矛盾睡眠。基于活细胞和神经系统的网络特性,有理由在更技术的层面上研究这些对应关系。
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