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赵保路. 自由基生物学与物理学[J]. 物理, 2007, 36(08): 579-583.
引用本文: 赵保路. 自由基生物学与物理学[J]. 物理, 2007, 36(08): 579-583.
Free-radical biology and physics[J]. PHYSICS, 2007, 36(08): 579-583.
Citation: Free-radical biology and physics[J]. PHYSICS, 2007, 36(08): 579-583.

自由基生物学与物理学

Free-radical biology and physics

  • 摘要: 自由基生物学与物理学关系密切,没有物理学关于电子的理论和检测技术,就没有自由基生物学今天的辉煌,没有自由基生物学与物理学的结合,也许至今大部分人都还不知道什么是自由基。文章从自由基生物学的发展讨论物理与生物学的关系。

     

    Abstract: There is a close relationship between free-radical biology and physics. The great advances in modern free-radical biology would not have occurred if physics had not provided the theory and detection technology for electrons. Without the combination of free-radical biology with physics, many people today might not even know what a free radical is. The relationship between biology and physics is discussed from the viewpoint of the development of free-radical biology.

     

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