Confocal Retinal Imaging Using a Digital Light Projector with a Near Infrared VCSEL Source.
Confocal Retinal Imaging Using a Digital Light Projector with a Near Infrared VCSEL Source.
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使用带有近红外 VCSEL 源的数字光投影仪进行共焦视网膜成像。
DOI：
10.1117/12.2290286
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发表时间：
2018
期刊：
影响因子：
--
通讯作者：
Elsner,AnnE
中科院分区：
文献类型：
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作者：
Muller,MatthewS;Elsner,AnnE
一个定制的近红外VCSEL源已经实现了共焦非散瞳视网膜相机，数字光检眼镜（DLO）。近红外光的使用提高了患者的舒适度，避免瞳孔收缩，穿透更深的视网膜，并且不会掩盖视觉刺激。DLO通过将数字成像设备显示的一系列线与2D CMOS相机的滚动快门曝光同步来执行共焦成像。实时软件调整使多重散射光成像成为可能，从而快速且具有成本效益地强调玻璃疣和更深视网膜中的其他散射破坏。一个单独的5.1“LCD显示屏为视觉实验提供可定制的可见刺激，同时进行近红外成像。
A custom near infrared VCSEL source has been implemented in a confocal non-mydriatic retinal camera, the Digital Light Ophthalmoscope (DLO). The use of near infrared light improves patient comfort, avoids pupil constriction, penetrates the deeper retina, and does not mask visual stimuli. The DLO performs confocal imaging by synchronizing a sequence of lines displayed with a digital micromirror device to the rolling shutter exposure of a 2D CMOS camera. Real-time software adjustments enable multiply scattered light imaging, which rapidly and cost-effectively emphasizes drusen and other scattering disruptions in the deeper retina. A separate 5.1″ LCD display provides customizable visible stimuli for vision experiments with simultaneous near infrared imaging.