信息是生物结构及其信息组织的重要组成部分

G. F
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引用次数: 4

摘要

在本文中,它表明,信息涉及操作,独立于其来源或支持,化学,物理或数学。特别指出,信息结构化和信息解构是生物有机体中典型的参与性过程,可以用交互成分之间的关系来表示,强调信息结构化是一个信息吸收过程,信息结构化是一个信息释放过程。此外,一个有机体的功能和功能,作为多个相互作用的组成部分的组合,实际上是以信息的形式表达的。在此基础上,还可以区分和定义七种信息系统,无论是在人/亚人体内还是在真核细胞的生命单位中。感官知觉的信息回路可以用典型的信息通信系统来描述,它由信息源(捕获的感觉)、编码器(涉及的传感器)、传输通道(动物的神经系统或细胞中的通路)、解码器(人类和亚人类生物体的大脑或细胞中的特殊反应)和显示“屏幕”(大脑中的前额叶皮层或细胞中的敏感解释器)组成。因此,可以推断,原始意识不仅可以定义为人类和亚人类有机体,因为大脑回路与大脑相比不那么复杂,而且可以定义为细胞,以感知决策途径/微电路和基因转录/翻译(身体信息(重新)结构)和/或复制(繁殖)过程为特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Information as an Essential Component of the Biological Structures and Their Informational Organization
In this paper it is shown that information is involved in operations, independently of their source or support, chemical, physical or mathematical ones. Particularly, it is shown that info-structuration and info-destructuration are participatory processes typically in biological organisms, which can be represented schematically as a relation between the interacting components, highlighting that the info-structuration is an information-absorbing process and info-destructuration is an info-releasing one. Moreover, functions and functionality of an organism, as a combination of multiple interacting components, are actually expressed as information. It is also shown on this basis that can be distinguished and defined seven informational systems both in the human/sub-human bodies and in the living unit, which is the eukaryotic cell. An info-circuit of a sense perception can be described in terms of typical info-communication systems, as composed by information source (captured sensation), a coder (the involved sensor), a transmission channel (nervous system in animals or pathways in the cell), the decoder (brain in human and sub-human organisms or specialized reaction in the cell) and the displaying “screen" (prefrontal cortex in the brain or sensitive interpreter in the cell). Therefore, it is deduced that a proto-consciousness could be defined not only for the human and sub-human organisms, as rudimentary as the brain circuits are less complex in comparison with the brain, but also in the cell, marked by sentient-decisional pathways/micro-circuits and genetic transcription/translation (body info-(re) structuration) and/or replication (reproduction) processes.
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