眼晶体检查自裂隙灯显微镜出现后,已成为传统的眼晶状体检查手段,但只能用文字及绘图记录。近十多年来逐渐进展利用裂隙灯显微摄影,反应晶体的改变形态。但因裂隙灯光带窄,以及角膜,晶体表面的反光强干扰,常影啊图象的清晰和病变形态的观察和分析,并不能反应晶体改变的整个范围。为克服此不足我们在工作实践中寻求了一种有效可行的新检查法:即:“眼底照像机对眼晶状体照像”。熟知眼底照像机本能是作为眼底荧光造形摄影之用。但把它作为人活体 Ocular crystal examination since the emergence of slit lamp microscope, has become the traditional means of examination of the lens of the eye, but only with text and graphics records. Gradually progress over the past decade the use of slit lamp microscopy, the reaction of the crystal change morphology. However, due to narrow slit lamp band, as well as the cornea, the crystal surface of the strong interference of interference, often ah clear image and pathological morphology observation and analysis, and can not reflect the entire range of crystal changes. In order to overcome this deficiency, we find a new and effective examination method in the work practice: “fundus camera to the lens of the eye”. Familiar with fundus camera instinct is used as fundus fluorescein imaging. But treat it as a human living body