Departamento de Lógica y Filosofía de la Ciencia, Universidad del País Vasco (UPV/EHU), San Sebastian, Spain.
Orig Life Evol Biosph. 2010 Apr;40(2):203-13. doi: 10.1007/s11084-010-9201-6. Epub 2010 Feb 25.
In the present, post-genomic times, systemic or holistic approaches to living phenomena are compulsory to overcome the limits of traditional strategies, such as the methodological reductionism of molecular biology. In this paper, we propose that theoretical and philosophical efforts to define life also contribute to those integrative approaches, providing a global theoretical framework that may help to deal with or interpret the huge amount of data being collected by current high-throughput technologies, in this so-called 'omics' revolution. We claim that two fundamental notions can capture the core of the living, (basic) autonomy and open-ended evolution, and that only the complementary combination of these two theoretical constructs offers an adequate solution to the problem of defining the nature of life in specific enough-but also encompassing enough-terms. This tentative solution should also illuminate, in its most elementary version, the leading steps towards living beings on Earth.
在当前的后基因组时代,必须采用系统或整体的方法来研究生命现象,以克服传统策略的局限性,例如分子生物学的方法还原论。在本文中,我们提出理论和哲学上对生命的定义也有助于这些综合方法,提供一个全局的理论框架,这可能有助于处理或解释当前高通量技术所收集的大量数据,在这个所谓的“组学”革命中。我们认为,两个基本概念可以抓住生命的核心,(基本)自主性和无界进化,只有这两个理论结构的互补组合才能为生命的本质提供一个足够具体但又足够全面的定义问题的解决方案。这个初步的解决方案也应该在其最基本的版本中阐明,朝着地球上的生命存在迈出的主要步骤。