Gao J, Oqvist G, Messner K
Department of Orthopaedics and Sports Medicine, Faculty of Health Sciences, University of Linköping, Sweden.
J Anat. 1994 Dec;185 ( Pt 3)(Pt 3):663-7.
In the search for a suitable experimental model the rabbit has increasingly been used for investigations on the meniscus. The present study focused on the morphology and innervation of the anterior and posterior medial meniscal attachments in adolescent and adult rabbits in comparison with man. Grossly, the posterior attachment has a similar anatomical position as in man, but the anterior is inserted more anteriorly and more laterally, with a long ligament-like structure between the osseous insertion and the meniscal horn. As in man, the attachment resembles a ligamentous insertion and contains zones of uncalcified and calcified fibrocartilage and subchondral bone. The proportion of the calcified cartilaginous zone in the attachment increases during maturation as in articular cartilage. Nerve fibres were found not only at the horns but also in the uncalcified and calcified fibrocartilaginous zones and the underlying bone. The differences between rabbit and human menisci should be borne in mind when interpreting data from animal experiments.
在寻找合适的实验模型时,兔子越来越多地被用于半月板研究。本研究聚焦于青少年和成年兔子内侧半月板前后附着点的形态和神经支配,并与人类进行比较。大体上,后附着点的解剖位置与人类相似,但前附着点插入更靠前且更靠外侧,在骨插入点和半月板角之间有一个长的韧带样结构。与人类一样,该附着点类似韧带样插入,包含未钙化和钙化的纤维软骨以及软骨下骨区域。与关节软骨一样,附着点中钙化软骨区的比例在成熟过程中增加。不仅在半月板角,而且在未钙化和钙化的纤维软骨区以及下方的骨中都发现了神经纤维。在解释动物实验数据时,应牢记兔子和人类半月板之间的差异。