Aix Marseille Univ, CNRS, BIP, IMM, Marseille, France.
Theory Biosci. 2022 Jun;141(2):105-123. doi: 10.1007/s12064-021-00342-w. Epub 2021 May 6.
Disagreement over whether life is inevitable when the conditions can support life remains unresolved, but calculations show that self-organization can arise naturally from purely random effects. Closure to efficient causation, or the need for all specific catalysts used by an organism to be produced internally, implies that a true model of an organism cannot exist, though this does not exclude the possibility that some characteristics can be simulated. Such simulations indicate that there is a limit to how small a self-organizing system can be: much smaller than a bacterial cell, but around the size of a typical virus particle. All current theories of life incorporate, at least implicitly, the idea of catalysis, but they largely ignore the need for metabolic regulation.
关于在可以支持生命的条件下生命是否必然存在的争议仍未解决,但计算表明,自我组织可以自然地从纯粹的随机效应中产生。对于有效因果关系的封闭性,或者生物体所使用的所有特定催化剂都需要在内部产生,这意味着一个生物体的真正模型不可能存在,尽管这并不排除某些特征可以被模拟的可能性。这种模拟表明,自我组织系统可以小到一定的极限:远小于细菌细胞,但大约是典型病毒颗粒的大小。所有当前的生命理论至少在暗示中都包含了催化的概念,但它们在很大程度上忽略了代谢调节的需要。