生物体的行为和起源。

IF 1.9 4区 物理与天体物理 Q2 BIOLOGY
Matthew Egbert, Martin M Hanczyc, Inman Harvey, Nathaniel Virgo, Emily C Parke, Tom Froese, Hiroki Sayama, Alexandra S Penn, Stuart Bartlett
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引用次数: 1

摘要

在生命起源研究中,通常将生命的最初阶段视为特定环境条件的被动结果。本文考虑了另一种可能性:生命的前身已经在积极地调节他们的环境,以维持他们自己坚持下去所必需的条件。为了支持这一提议,我们描述了“基于生存能力的行为”:一种简单实体可以根据其健康状况自适应地调节其环境的方式,并以此增加其生存的可能性。根据对简单的自我保护非生物系统的实证研究,我们认为这些基于生存能力的行为足够简单,可以先于新达尔文主义进化。我们还解释了它们的运作如何降低主流理论对生命产生的环境的苛刻要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Behaviour and the Origin of Organisms.

Behaviour and the Origin of Organisms.

It is common in origins of life research to view the first stages of life as the passive result of particular environmental conditions. This paper considers the alternative possibility: that the antecedents of life were already actively regulating their environment to maintain the conditions necessary for their own persistence. In support of this proposal, we describe 'viability-based behaviour': a way that simple entities can adaptively regulate their environment in response to their health, and in so doing, increase the likelihood of their survival. Drawing on empirical investigations of simple self-preserving abiological systems, we argue that these viability-based behaviours are simple enough to precede neo-Darwinian evolution. We also explain how their operation can reduce the demanding requirements that mainstream theories place upon the environment(s) in which life emerged.

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来源期刊
CiteScore
3.20
自引率
15.00%
发文量
12
审稿时长
>12 weeks
期刊介绍: The subject of the origin and early evolution of life is an inseparable part of the general discipline of Astrobiology. The journal Origins of Life and Evolution of Biospheres places special importance on the interconnection as well as the interdisciplinary nature of these fields, as is reflected in its subject coverage. While any scientific study which contributes to our understanding of the origins, evolution and distribution of life in the Universe is suitable for inclusion in the journal, some examples of important areas of interest are: prebiotic chemistry and the nature of Earth''s early environment, self-replicating and self-organizing systems, the theory of the RNA world and of other possible precursor systems, and the problem of the origin of the genetic code. Early evolution of life - as revealed by such techniques as the elucidation of biochemical pathways, molecular phylogeny, the study of Precambrian sediments and fossils and of major innovations in microbial evolution - forms a second focus. As a larger and more general context for these areas, Astrobiology refers to the origin and evolution of life in a cosmic setting, and includes interstellar chemistry, planetary atmospheres and habitable zones, the organic chemistry of comets, meteorites, asteroids and other small bodies, biological adaptation to extreme environments, life detection and related areas. Experimental papers, theoretical articles and authorative literature reviews are all appropriate forms for submission to the journal. In the coming years, Astrobiology will play an even greater role in defining the journal''s coverage and keeping Origins of Life and Evolution of Biospheres well-placed in this growing interdisciplinary field.
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