2026· Notes Académiques de l Académie d agriculture de France / Academic Notes of the French Academy of Agriculture· Vol 22, pp. 1-10· 0 citations
TL;DR
The holistic standpoint (the truth is in the whole) has a long duration history in physiology and inspired the work of a pioneer of systems biology, Jacques Ricard, who described the complexity of enzymatic reactions, and of other biologists, like Michel Thellier.
Abstract
The name ‘‘systems biology’’ has a recent history. However, the holistic standpoint (the truth is in the whole) has a long duration history in physiology. More recently, systems biology has developed from the 1930s on, with Ludwig von Bertalanffy’s work, which resulted in a general systems theory. According to this viewpoint, the growth in complexity in society requires an approach in terms of open systems, a view which was in advance of his time since the thermodynamics of open systems and irreversible processes was developed by Ilya Prigogine and Paul Glansdorff in the 1950s. In France, it was introduced in systems biology in the 1960s. It inspired the work of a pioneer of systems biology, Jacques Ricard, who described the complexity of enzymatic reactions, and of other biologists, like Michel Thellier. Since then, systems biology has developed significantly and its field has diversified. Nowadays, it is badly needed to spread systemic ideas faced with the prevailing oversimplifications in society.
The aim of this article is to identify existing conceptual gaps, argue for the methodological importance of the ontological shift from the classical “substantial” perspective to a process-oriented one, and formulate the requirements for a future “algebra of life”.
Physicists have been fascinated by the biological sciences for many years, but it has also deemed not amenable to be studied by the molecular sciences—for most of recorded history it was actually believed that biology had its own laws, a view that started to erode when the synthesis of urea on a laboratory posed a qu...
The founder of molecular systems developmental biology, Davidson was the first to use large amounts of DNA sequencing in studies on development, and he also developed new mechanistic concepts in evolutionary theory, however, he placed his new methods within the framework of traditional epistemology.
U. Deichmann· Perspectives in biology and...· 1 citation
Jacques Monod’s philosophical essay
Chance and Necessity
(1970) briefly credits a little-known Finnish scientist for contributions to the study of enzyme synthesis, noting with regret that the author, ‘Karstrom’, had left biochemical research ‘to become a monk’. This article uses the biochemist-turned-Adventist H...
Eve-Riina Hyrkäs· British Journal for the Hist...· 0 citations