Krogsaa B, Fledelius H, Larsen J, Lund-Andersen H
Graefes Arch Clin Exp Ophthalmol. 1985;222(4-5):212-4. doi: 10.1007/BF02133677.
The optics of slit-lamp fluorophotometry were analyzed. This analysis forms the basis of the formulation of a slit-lamp technique called photometric oculometry, which makes it possible to measure intraocular distances. A comparison between ultrasonography and photometric oculometry in the determination of the ocular axial length was carried out. Measurements in 11 eyes showed statistical agreement, with a mean of 22.90 mm, SD +/- 1.815 (ultrasound), and a mean of 23.17 mm, SD +/- 1.667 (photometry). The principle involved in photometric oculometry is of special importance for the calculation of the blood-retinal barrier permeability to fluorescein by vitreous fluorophotometry, since the method allows the volume of the vitreous body to be estimated directly from the slit-lamp fluorophotometer recording.
对裂隙灯荧光光度法的光学原理进行了分析。该分析构成了一种名为光度眼测量法的裂隙灯技术的基础,这种技术能够测量眼内距离。对超声检查法和光度眼测量法在测定眼轴长度方面进行了比较。对11只眼睛的测量显示出统计学上的一致性,超声测量的平均值为22.90毫米,标准差±1.815,光度测量的平均值为23.17毫米,标准差±1.667。光度眼测量法所涉及的原理对于通过玻璃体荧光光度法计算血视网膜屏障对荧光素的通透性尤为重要,因为该方法可直接根据裂隙灯荧光光度计记录估算玻璃体的体积。