- 著者
- Takao K. Suzuki
- 出版者
- The Biophysical Society of Japan
- 雑誌
- Biophysics and Physicobiology (ISSN:21894779)
- 巻号頁・発行日
- vol.19, pp.e190011, 2022 (Released:2022-04-20)
- 参考文献数
- 98
- 被引用文献数
- 3
Design principles of phenotypes in organisms are fundamental issues in physical biology. So far, understanding “systems” of living organisms have been chiefly promoted by understanding the underlying biomolecules such as genes and proteins, and their intra- and inter-relationships and regulations. After a long period of sophistication, biophysics and molecular biology have established a general framework for understanding ‘molecular systems’ in organisms without regard to species, so that the findings of fly studies can be applied to mouse studies. However, little attention has been paid to exploring “phenotypic systems” in organisms, and thus its general framework remains poorly understood. Here I review concepts, methods, and case studies using butterfly and moth wing patterns to explore phenotypes as systems. First, I present a unifying framework for phenotypic traits as systems, termed multi-component systems. Second, I describe how to define components of phenotypic systems, and also show how to quantify interactions among phenotypic parts. Subsequently, I introduce the concept of the macro-evolutionary process, which illustrates how to generate complex traits. In this point, I also introduce mathematical methods, “phylogenetic comparative methods”, which provide stochastic processes along molecular phylogeny as bifurcated paths to quantify trait evolution. Finally, I would like to propose two key concepts, macro-evolutionary pathways and genotype-phenotype loop (GP loop), which must be needed for the next directions. I hope these efforts on phenotypic biology will become one major target in biophysics and create the next generations of textbooks. This review article is an extended version of the Japanese article, Biological Physics in Phenotypic Systems of Living Organisms, published in SEIBUTSU-BUTSURI Vol. 61, p. 31–35 (2021).
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外部データベース (DOI)
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昨年出した論文がBiophysics and Physicobiology Editors' Choice Award 2023を受賞しました！
https://t.co/5p2cQVpHcp
Phenotypic systems biology for organisms:Concepts, methods and case studies
表現型システム生物学：概念、方法、ケーススタディ
https://t.co/cuOpsBESp8
より一層励みます。 https://t.co/K5fAX6wTEc
Phenotypic systems biology for organisms: Concepts, methods and case studies https://t.co/mWdZ0wDIHm
論文が出ました
Phenotypic systems biology for organisms: Concepts, methods and case studies
表現型システム生物学：概念、方法、ケーススタディ
https://t.co/WAYmUQnYf3
遺伝子中心のシステム生物学を、表現型（形態、行動、生活史など）に拡張する野心的な試みです。新分野の創出を目論みます https://t.co/JC8nJpfuQr