Brézulier Damien, Pellen-Mussi Pascal, Sorel Olivier, Jeanne Sylvie
Université de Rennes, ISCR, CNRS - UMR 6226, Pole Odontologie, 35000 Rennes, France.
Orthod Fr. 2018 Dec;89(4):343-353. doi: 10.1051/orthodfr/2018034. Epub 2018 Dec 19.
Mechanobiology, at the interface between biology and biophysics, studies the impact of mechanical forces on tissues, cells and biomolecules. The application of orthodontic forces, followed by induced tooth displacement, is a striking example of its clinical application.
The purpose of this article was to compile a review of the literature on the subject of mechanobiology; from its detection at bone level to the presentation of stimulated intracellular pathways.
The literature search was conducted on the Pubmed database in April 2018, with associations of the terms "mechanobiology", "orthodontics", "cell culture", "physiopathology".
Three major areas of research were selected: highlighting of the phenomenon and its application in the field of bone biology; the cellular effectors of mechanobiology and its clinical applications. The use of mechanobiology in dentofacial orthopedics opens up a new field of reflection for clinicians regarding future advances in orthodontics.
机械生物学处于生物学和生物物理学的交叉领域,研究机械力对组织、细胞和生物分子的影响。正畸力的施加以及随后诱导的牙齿移动,是其临床应用的一个显著例子。
本文的目的是汇编一篇关于机械生物学主题的文献综述;从在骨水平的检测到所刺激的细胞内信号通路的呈现。
2018年4月在PubMed数据库上进行文献检索,使用了“机械生物学”“正畸学”“细胞培养”“病理生理学”等术语组合。
选择了三个主要研究领域:该现象的突出及其在骨生物学领域的应用;机械生物学的细胞效应器及其临床应用。机械生物学在牙颌面正畸学中的应用为临床医生就正畸学未来进展开辟了一个新的思考领域。