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医学思维的黏合剂。进化性出现与向下因果关系。

The cement of medical thought. Evolutionary emergence and downward causation.

作者信息

Azzone G F

机构信息

CNR Unit for Biomembranes, Department of Experimental Biomedical Science, University of Padua, Padova, Italy.

出版信息

Hist Philos Life Sci. 1998;20(2):163-87.

Abstract

The aetio-pathogenetic sequences and the physio-pathological patterns of diabetes, emphysema, cholera, circulatory shock and thrombosis have been analysed with respect to an evolutionary interpretation. The diseases, although reflecting alterations of processes that can always be described in physico-chemical language, occur only at the level of biological systems which reflects the decodification of genomic project: the teleonomic projects that have been developed during evolution. The concepts of evolutionary emergence and of downward causation have been used to discuss the relationship between the molecular events responsible for the initiation of the disease, and the subsequent events responsible for the aetio-pathogenesis, for the systemic disarrangement and for the additional alterations of tissues and cells independent of the initial molecular events. In diabetes the systemic disarrangement, glycosuria and hyperglycemia, reflect the evolutionary emergence of the processes regulating carbohydrate metabolism, whereas the cardiovascular and neurological alterations are effects of the systemic disarrangement by a mechanism of downward causation. The complexity of the aetio-pathogenesis and of the physio-pathological patterns of diseases is due to the generation of information during the evolution of multi-hierarchical entities. The evolutionary epistemology approach is useful to explain the behaviour of complex systems.

摘要

已从进化解释的角度分析了糖尿病、肺气肿、霍乱、循环性休克和血栓形成的病因发病序列及生理病理模式。这些疾病虽然反映了那些总能用物理化学语言描述的过程的改变,但仅发生在反映基因组计划解码的生物系统层面:即进化过程中发展出的目的论计划。进化出现和向下因果关系的概念已被用于讨论引发疾病的分子事件与随后导致病因发病、全身紊乱以及与初始分子事件无关的组织和细胞额外改变的事件之间的关系。在糖尿病中,全身紊乱、糖尿和高血糖反映了调节碳水化合物代谢过程的进化出现,而心血管和神经改变则是通过向下因果关系机制由全身紊乱导致的结果。疾病病因发病和生理病理模式的复杂性源于多层次实体进化过程中信息的产生。进化认识论方法有助于解释复杂系统的行为。

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