Plasticity in the Life SciencesUniversity of Chicago Press, 6 déc. 2024 - 320 pages Analyzes the reasons why biologists have referred to and continue to refer to plasticity. Plasticity has become an important topic in biology, with some even wondering if it has now acquired the theoretical importance in biology that the concept of the gene enjoyed at the beginning of the last century. In this historical and epistemological study, philosopher Antonine Nicoglou shows how the recurrence of the general idea of plasticity—throughout the history of the life sciences—indicates its essential role in the way we think about life processes. Although plasticity has become a key element in new evolutionary thinking, she argues, its role in contemporary biology is also not insignificant. Rather, as mobilized in contemporary biology, plasticity most often seeks to account for the specific nature of living systems. The book is divided into two parts. The first takes up the history of plasticity from Aristotle to contemporary biology; the second part offers an original way of distinguishing between different phenomena described by “plasticity.” In the process, the author explores what has led some biologists to speak of plasticity as a way of overcoming genetic determinism. |
Table des matières
The Plastic Embryo | |
The Emergence of an Operational Concept of Plasticity in Genetics | |
A Boundary Concept | |
Defining Plasticity | |
Biological Plasticity an Explanans in Developmental Process | |
Biological Plasticity a Synonym for Biological Regulation? | |
Biological Plasticity an Explanandum in Evolutionary Process | |
Toward an Integration | |
Resistance or Recurrence | |
Acknowledgments | |
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Expressions et termes fréquents
ability active adaptation analysis approach biologists Bradshaw Cambridge Platonists canalized trait causal cause cell cellular century chap Christian von Wolff concept of phenotypic concept of plasticity considered contemporary biology context Darwin defined definition of plasticity described developmental biology developmental explanation developmental plasticity developmental process distinction embryology embryonic induction environment environmental epigenesis epigenetic landscape epistemic evo-devo evolution evolutionary biology example explain explanans expression factors framework genes genetic geneticists genotype heredity idea identify integration interaction Johannsen Leibniz linked living meaning mechanisms metaphysical modern synthesis molecular morphological mutations natural selection norm of reaction notion of plasticity observed organism origin particular passive phenomena phenomenon phenotypic plasticity philosophers Piaget Pigliucci plastic nature population population genetics possible question Reaktionsnorm refer regulation result role sciences scientific seems sense Sober specific structure term plasticity theoretical theory tissue types of explanation understanding variability Waddington West-Eberhard Wolff Woltereck
