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Experiments of High-Resolution Retinal Imaging with Adaptive Optics

机译：自适应光学技术的高分辨率视网膜成像实验

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At the base of the early reported 19 element adaptive optical system for human retina imaging, a new adaptive optical system has been developed. The wavefront correction element is a newly developed 37 element deformable mirror. Some modifications have been adopted for easy operation. Experiments for different imaging wavelengths and axial positions were conducted. Mosaic pictures of photoreceptors and capillaries were obtained. This would be the most detailed image of capillary distribution cover ±3° by ±3° field around the fovea ever reported. Normal and abnormal eyes of different ages have been inspected. Some preliminary very early diagnosis experiment has been tried in laboratory. This system is being planned to move to the hospital for clinic experiments.
机译：在早期报道的用于人类视网膜成像的19元件自适应光学系统的基础上，开发了一种新的自适应光学系统。波前校正元件是新开发的37元件可变形反射镜。为了便于操作已采取了一些修改。进行了不同成像波长和轴向位置的实验。获得了感光体和毛细血管的马赛克图片。这将是有报道的中央凹周围±3°x±3°视野的毛细管分布覆盖的最详细图像。已检查了不同年龄的正常和异常眼睛。一些初步的非常早期的诊断实验已经在实验室进行了尝试。该系统正计划移至医院进行临床实验。

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