Yoshii I, Ikeda A
Department of Anatomy, Kawasaki Medical School, Okayama, Japan.
Anat Rec. 1992 Jun;233(2):321-8. doi: 10.1002/ar.1092330216.
A study of the arterial architecture of the orbit, especially the ophthalmic artery and the course of the posterior ciliary artery in the retroocular space, was carried out in 198 cadavers by three-dimensional arteriographic analysis. The posterior ciliary arteries were classified into three types: lateral posterior ciliary, medial posterior ciliary, and accessory posterior ciliary arteries. Both the lateral and medial posterior ciliary arteries reach the eyeball in three ways: (1) they run antero-inferiorly in a winding course to the posterior margin of the eyeball, then shift upward vertically at a 60-90 degree angle and reach the eyeball, where they divide into several ciliary branches (69%); (2) after a similar course, others branch to the eyeball from the superior side (29.3%); or (3) they reach the eyeball in an almost straight course along the optic nerve (1.7%). The fundamental characteristics of these three types of posterior ciliary artery pattern also exist in subhuman primates.
通过三维动脉造影分析,对198具尸体的眼眶动脉结构,特别是眼动脉和眼球后间隙中睫状后动脉的走行进行了研究。睫状后动脉分为三种类型:外侧睫状后动脉、内侧睫状后动脉和副睫状后动脉。外侧和内侧睫状后动脉均通过三种方式到达眼球:(1) 它们以蜿蜒的路径向前下方走行至眼球后缘,然后以60 - 90度角垂直向上移位并到达眼球,在那里分成几个睫状分支(69%);(2) 经过类似的路径后,其他分支从上方到达眼球(29.3%);或(3) 它们沿着视神经以几乎直线的路径到达眼球(1.7%)。这三种睫状后动脉模式的基本特征在非人灵长类动物中也存在。