Smeele L E
Department of Anatomy and Embryology, State University of Utrecht, The Netherlands.
Acta Anat (Basel). 1988;131(4):338-41.
The temporomandibular joint disk was investigated in fetal and adult human specimens in a morphological study. The dorsal aspect of the disk appears to be composed of a superior, an intermediate and an inferior lamina, thus forming a trilaminar zone. The intermediate lamina continues via the petrotympanic fissure into the middle ear cavity to insert onto the malleus and its anterior ligament. However, the notion that traction on the disk causes the auditory ossicles to move is rejected on morphological grounds.
在一项形态学研究中,对胎儿和成人的人类标本中的颞下颌关节盘进行了研究。关节盘的背侧似乎由上层、中层和下层薄片组成,从而形成一个三层区域。中层薄片通过岩鼓裂延续至中耳腔,附着于锤骨及其前韧带。然而,基于形态学依据,关节盘上的牵引力会导致听小骨移动这一观点被否定。