有袋类动物髌骨和髌骨的地形、结构和功能

S. Reese, U. R. Pfuderer, H. Bragulla, K. Loeffler, K. Budras
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引用次数: 26

摘要

髌骨是一种籽状骨,存在于大多数哺乳动物中,通常位于股四头肌的止点肌腱中。迄今为止,对有袋类动物髌骨的地形、结构和功能了解甚少。本文对30种61只有袋类动物进行了影像学、尸检和光镜检查。研究发现,只有土拨鼠科具有典型的髌骨。其他种类显示出由纤维软骨组成的髌骨。patelloid的结构揭示了以下科有袋动物的共同特征:(1)Dasyuridae, Phalangeridae, Pseudocheriidae和Potoroidae;(2) Burramyidae;(3)步蛾科、步蛾科、树蛾科;(4)大足总科(除松足科和大足科)。我们的研究结果表明,髌骨软骨的分化程度与作用在髌骨上的机械力密切相关,而机械力是由特定的运动方式和生活方式造成的。一般来说,骨髌骨不属于有袋动物的系统发育程序-除了与胎盘哺乳动物亚纲(真兽目)非常密切相关的土鳖。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Topography, Structure and Function of the Patella and the Patelloid in Marsupials
The patella is a sesamoid bone that is found in most mammals and is regularly located in the insertion tendon of the quadriceps femoris muscle. Up to now, only a little has been known about the topography, structure and function of the patella in marsupials. Therefore the stifles of 61 marsupials of 30 different species were studied by radiography, necropsy and light microscopy. It was found that only the family of bandicoots (Peramelidae) possessed a typical patella. The other species revealed a patelloid consisting of fibrocartilage. The structure of the patelloid revealed common characteristic features in the following families of marsupials: (1) Dasyuridae, Phalangeridae, Pseudocheriidae, and Potoroidae; (2) Burramyidae; (3) Phascolarctidae, Vombatidae, and Dendrolagus; and (4) Superfamily Macropodoidea (except Dendrolagus and Potoroidae). Our results imply that the degree of differentiation in the fibrocartilage of the patelloid was strongly correlated to the mechanical forces acting on the patelloid which are a result of the specific kind of locomotion and the way of life. Generally the bony patella does not belong to the phylogenetic programme of the marsupials – with the exception of the bandicoots which are very closely related to the subclass of placental mammals (Eutheria).
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