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Automated 2D-3D quantitative analysis of corneal graft detachment post DSAEK based on AS-OCT images

机译:基于AS-OCT图像的Cyneal移植脱落后DSAEK的自动化2D-3D定量分析

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Background and Objective: In current ophthalmological practices, assessment of graft condition post Descemet's stripping automated endothelial keratoplasty (DSAEK) is performed qualitatively using few (four) anterior-segment optical coherence tomography (AS-OCT) radial B-scans. From those scans, clinicians need to mentally synthesize the graft in 3D, and estimate its overall condition. In contrast, quantitative representation of 360 degrees thickness profile would facilitate better visualization of graft condition, and hence medical decision making. Consequently, clinicians seek to quantify potential detachments in 3D from the aforementioned sparse B-scans. Against this backdrop, aiming to assist doctors in making an accurate postoperative assessment, we attempted at 3D visualization and quantification of donor lenticule separation (DLS) using only four AS-OCT radial B-scans.
机译:背景和目的:在目前的眼科实践中,移植病情后剥离剥离自动内皮角膜术(DSAEK)的评估使用少量(四)前段光学相干断层扫描(AS-OCT)径向B扫描进行定性进行。 从那些扫描,临床医生需要精神上综合3D的移植物,并估计其整体条件。 相反,360度厚度曲线的定量表示将有助于更好地可视化接枝条件,因此是医学决策。 因此,临床医生从上述稀疏B扫描中寻求量化3D的潜在分离。 在此背景下,旨在协助医生进行准确的术后评估,我们尝试仅使用四个AS-OCT径向B扫描进行3D可视化和量化供体细胞分离(DLS)。

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