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在生命起始阶段引导能量流动。

Bootstrapping the energy flow in the beginning of life.

作者信息

Hengeveld R, Fedonkin M A

机构信息

Institute of Ecological Science, Vrije Universiteit, De Boelelaan 1087, Amsterdam, HV 1081, The Netherlands.

出版信息

Acta Biotheor. 2007;55(2):181-226. doi: 10.1007/s10441-007-9019-4. Epub 2007 Oct 25.

Abstract

This paper suggests that the energy flow on which all living structures depend only started up slowly, the low-energy, initial phase starting up a second, slightly more energetic phase, and so on. In this way, the build up of the energy flow follows a bootstrapping process similar to that found in the development of computers, the first generation making possible the calculations necessary for constructing the second one, etc. In the biogenetic upstart of an energy flow, non-metals in the lower periods of the Periodic Table of Elements would have constituted the most primitive systems, their operation being enhanced and later supplanted by elements in the higher periods that demand more energy. This bootstrapping process would put the development of the metabolisms based on the second period elements carbon, nitrogen and oxygen at the end of the evolutionary process rather than at, or even before, the biogenetic event.

摘要

本文认为,所有生命结构所依赖的能量流起初启动缓慢,低能量的初始阶段开启了第二个能量稍高的阶段,依此类推。通过这种方式,能量流的积累遵循一种自举过程,类似于计算机发展过程中所发现的那样,第一代计算机使构建第二代计算机所需的计算成为可能,等等。在能量流的生物发生初创阶段,元素周期表中较低周期的非金属构成了最原始的系统,它们的运行后来被更高周期中需要更多能量的元素增强并取代。这种自举过程会使基于第二周期元素碳、氮和氧的新陈代谢的发展处于进化过程的末期,而不是在生物发生事件之时,甚至之前。

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