利用不同深度的横向OCT图像合成活体视网膜纵向图像

A. Podoleanu, M. Seeger, D. Webb, D. Jackson
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引用次数: 0

摘要

通常,在收集纵向OCT切片(大致垂直于视网膜表面的切片)时,OCT必须借助于扫描激光检眼镜(SLO)、眼底相机或简单的CCD可视化单元来指导选择要拍摄的图像。通常,这个过程必须重复几次才能定位视网膜上的某些特征。使用本文所描述的系统,一旦存储了一组横向(大致平行于视网膜)OCT图像,就可以合成任何位置的纵向图像。
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Synthesised Longitudinal Images of the Retina of the Living Eye Generated Using Tansversal OCT Images Acquired at Different Depths
Usually, when collecting longitudinal OCT slices (slices roughly perpendicular to the surface of the retina), an OCT has to be assisted by a scanning laser ophthalmoscope (SLO), a fundus camera or a simple CCD visualisation unit to guide the selection of the image to be taken. Quite often, the procedure has to be repeated several times to locate some features in the retina. With a system as described in this paper, once a collection of transversal (roughly parallel to the retina) OCT images is stored, a longitudinal image at any position can be synthesised.
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