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[颞下颌关节的生物学发育。新成就(作者译)]

[Biological development of temporomandibular joints. New attainments (author's transl)].

作者信息

Couly G

出版信息

Ann Otolaryngol Chir Cervicofac. 1981;98(10-11):511-21.

PMID:7337355
Abstract

Insofar as they are mobile, coupled organs of the masticatory system, the two human temporomandibular joints, true membranous sutures, are bound by their relations with the central nervous system and by the general laws of osteoarticular biomechanics. Certain invariants of temporomandibular morphogenesis are described, these concerning human cephalization phenomena, and more particularly the role of the neural crests in the elaboration of the temporomandibular relationship, its biomechanical features, and articular kinematics. The role of Marsch Robinson's theory, neurocristopathic malformations, and total temporomandibular joint prostheses are discussed. Fundamentally biomechanical in nature, dentomaxillofacial, and by extension, cephalic orthopedics require a multidisciplinary approach.

摘要

作为咀嚼系统中可活动的耦合器官,人类的两个颞下颌关节,即真正的膜性缝,通过它们与中枢神经系统的关系以及骨关节生物力学的一般规律而相互联系。描述了颞下颌形态发生的某些不变性,这些不变性涉及人类头部形成现象,更具体地说,涉及神经嵴在颞下颌关系的形成、其生物力学特征和关节运动学中的作用。讨论了马尔施·罗宾逊理论、神经嵴病性畸形和全颞下颌关节假体的作用。本质上是生物力学性质的牙颌面,以及由此延伸的头部矫形学,需要多学科方法。

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