Journal of Cataract & Refractive Surgery · 1993 · 449 citations · 14 references
Ophthalmic SurgeryEngineeringSurgeryImage AnalysisPattern RecognitionAstigmatism AnalysisBiostatisticsCataractNew MethodCorneal AstigmatismMachine VisionOphthalmologyInverse ProblemsMedical Image ComputingOptical Image RecognitionFeature ScalingKeratoconusComputer VisionAstigmatism GoalOculoplasticsEye TrackingGlaucomaMedicinePlastic Surgery
The method defines an astigmatism goal, enabling surgeons to measure magnitude and angle of surgical error precisely. It uses an index of surgical success adjusted for preoperative astigmatism level to quantify outcomes. The approach allows surgeons to evaluate necessary surgery to meet goals, compare multiple techniques statistically, and resolve discrepancies between spectacle and corneal astigmatism.
This method of astigmatism analysis recognizes the need to define an astigmatism goal, thus allowing the surgeon to obtain precise, separate measures of the magnitude and the angle of surgical error. From this, the surgeon can evaluate what surgery may be required to achieve the initial preoperative goal. An index that measures surgical success is adjusted for the level of preoperative astigmatism. The resulting data allow statistical comparison of multiple surgeries and techniques. This method also assists in resolving the case when spectacle and corneal astigmatism do not coincide.
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British Association for the Advancement of Science
Chauncey D. Leake · Science · 1960 · 752 citations
Astigmatic difference in refractive errors.
E. Naylor · British Journal of Ophthalmology · 1968 · 84 citations · Full text