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Study of Normal Human Retina Cell by Adaptive Optics and Pathological Way

机译:自适应光学和病理方式对正常人视网膜细胞的研究

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Images of retinal cell were collected in 60 male normal volunteers with normal vision using adaptive optic system. All have their right eye checked. Study was focused on the imaging of the outer layer cell at the fovea. And another, 12 specimen of human retina were studied under the differential interference contrast microscopy, focus was placed on different layer of the photoreceptor at the fovea. High-resolution images of the retinal cells were obtained by adaptive optic system in all the volunteers. In pathological study, we also get clear imaged of different layer of the photoreceptor. Based on histopathological support and others, it is concluded that the outer layer cell taken by the adaptive optic system is the outer and inner segment of the cone.
机译:使用自适应光学系统,在60名雄性正常志愿者中收集视网膜细胞的图像。所有人都有右眼检​​查。研究专注于FOVEA的外层细胞的成像。并且,在差动干扰对比显微镜下研究了另外12种人视网膜标本,将焦点放在FOVEA的光感受器的不同层上。在所有志愿者中,通过自适应光学系统获得视网膜细胞的高分辨率图像。在病理学研究中,我们也清楚地成像对光感受器的不同层。基于组织病理学支撑和其他,得出结论,自适应光学系统拍摄的外层电池是锥体的外部和内部。

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