Zaĭtseva R L, Chudnovskiĭ N A
Arkh Anat Gistol Embriol. 1983 Mar;84(3):23-9.
A topographical-anatomical investigation has been performed in the atlanto-occipital joint area by means of Pirogov's saw cuts and the histopographic section technique in 28 corpses of fetuses, newborns and mature persons. Peculiarities of interrelations between the vertebral artery, veins, muscles, nerves and the joint elements have been considered at the level of three horizontal and two sagittal planes made in the joint area. The vertebral artery and its venous plexus have been demonstrated to go in the nearest vicinity to the joint, the veins adhere the joint, and the common fascial vascular sheath entwines in the joint capsule. The proper occipital muscles situating here: the superior and inferior oblique muscles and the musculus rectus capitis posterior major press these vessels, as well as the anterior and posterior branches of the first cervical nerve, to the joint. These tight relations of the muscles, vertebral vessels and branches of the first cervical nerve create conditions for compression of the neuro-vascular formations in the atlanto-occipital joint area.
通过使用皮罗戈夫锯切法和组织断层切片技术,对28具胎儿、新生儿和成年人尸体的寰枕关节区域进行了地形解剖学研究。在关节区域的三个水平面和两个矢状面水平上,研究了椎动脉、静脉、肌肉、神经与关节元件之间相互关系的特点。已证实椎动脉及其静脉丛紧邻关节走行,静脉附着于关节,共同的筋膜血管鞘缠绕在关节囊上。位于此处的枕部固有肌:上斜肌、下斜肌和头后大直肌将这些血管以及第一颈神经的前支和后支压向关节。肌肉、椎动脉和第一颈神经分支之间的这些紧密关系为寰枕关节区域神经血管结构的受压创造了条件。