Stuck B E, Talsma D M, Beatrice E S
Invest Ophthalmol Vis Sci. 1977 Nov;16(11):1068-70.
The eyes of 15 rhesus monkeys were evaluated. Various degrees of vitreal syneresis were observed in 28 of the 30 eyes. The observed vitreal structures varied from fine strands randomly spaced throughout the vitreous to thick, intertwining, fibrous networks with some clumping of the collagenous condensate at the fiber junctions. Qualitatively, the degree of syneresis was slightly more extensive in the eight older mature males than in the seven younger animals. In all animals a clear view of the fundus could be obtained with the ophthalmoscope. The vitreous structures may be one cause of variability in ocular dose-response relationships for exposure to laser radiation. The effect on retinal exposure experiments of the finer vitreal structure is considered minimal.
对15只恒河猴的眼睛进行了评估。在30只眼睛中的28只观察到了不同程度的玻璃体脱离。观察到的玻璃体结构各不相同，从随机分布于整个玻璃体的细丝到粗大、相互缠绕的纤维网络，在纤维连接处有一些胶原凝聚物的聚集。定性地说，8只年龄较大的成熟雄性恒河猴的玻璃体脱离程度比7只较年轻的动物略严重。在所有动物中，用检眼镜都能清晰地看到眼底。玻璃体结构可能是激光辐射眼部剂量反应关系变异性的一个原因。较细的玻璃体结构对视网膜暴露实验的影响被认为是最小的。
