Seven governing principles in biology

Tae Seok Moon
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Abstract

In physical science such as physics and chemistry, there are governing principles that are universal and applicable to all relevant systems, including energy conservation, entropy increase, uncertainty principle in quantum mechanics, and chemical equilibrium. However, what are governing principles in biology that are unique to all living systems? After collecting opinions and thoughts from diverse scientists and engineers all over the world, I summarize seven governing principles or laws in biology: central dogma, evolution, biological robustness, regeneration, reproduction, development, and causality. Some of these are not necessarily unique in biological systems from a reductionist’s point of view (e.g., causality), and others are applicable predominantly to eukaryotes (e.g., reproduction and development). Notably, many engineering systems have mimicked biological systems to enhance their performance. In this perspective article, I discuss these principles to better understand the rules of life and help construct improved engineering systems that we can use and control in an ethical, safe, and rational way.
生物学的七个基本原则
在物理、化学等物理科学中,有一些普遍适用于所有相关系统的支配原理,包括能量守恒、熵增、量子力学中的测不准原理、化学平衡等。然而,所有生命系统独有的生物学支配原则是什么?在收集了世界各地不同科学家和工程师的意见和想法后,我总结了生物学的七大支配原则或规律:中心法则、进化、生物稳健性、再生、繁殖、发展和因果关系。从还原论的角度来看,其中一些在生物系统中并不一定是唯一的(例如,因果关系),而另一些则主要适用于真核生物(例如,繁殖和发育)。值得注意的是,许多工程系统已经模仿生物系统来提高它们的性能。在这篇观点文章中,我将讨论这些原则,以更好地理解生活规则,并帮助构建改进的工程系统,我们可以以道德、安全和合理的方式使用和控制这些系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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