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下颌运动的功能状态和颞下颌关节的滑膜泵。是否有可能为 TMJ 提供生物力学上正确的替代品?

Functional states of mandibular movements and synovial pumps of the temporomandibular joint. Is it possible to provide a biomechanically correct replacement for the TMJ?

机构信息

Department of Orthodontics, Georg August University of Göttingen, Germany.

出版信息

Ann Anat. 2012 Mar 20;194(2):200-7. doi: 10.1016/j.aanat.2011.10.004. Epub 2011 Oct 14.

Abstract

Due to its complexity, there is currently an incomplete understanding of temporomandibular joint (TMJ) function, especially in relation to the morphological interplay of the condyle and the disc as well as the disc, the Os temporale and the lateral pterygoid muscle. This also holds true for synovial flow and synovial pumps, the existence of which we postulate and for which we present a theory of their mechanism. In view of the complexity of mandibular movements and the morphology and function of the TMJ, we need to know how precisely a reconstruction of the TMJ, if necessary, must be adapted to nature. An analysis of the morphology of the functional states of the mandible, as well as the synovial pump system, should at least provide a basis for moulding reconstructions.

摘要

由于其复杂性,目前人们对颞下颌关节(TMJ)的功能还不完全了解,尤其是在髁突和盘状结构的形态相互作用以及盘状结构、颞骨鳞部和翼外肌方面。对于滑液流动和滑液泵也是如此,我们假设它们的存在,并提出了它们的机制理论。鉴于下颌运动的复杂性以及 TMJ 的形态和功能,如果有必要,我们需要知道对 TMJ 的重建必须精确到何种程度才能适应自然。对下颌功能状态的形态以及滑液泵系统的分析,至少应该为塑形重建提供基础。

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