Intraocular lens power calculation in the elderly population using the Kane formula in comparison with existing methods. [PDF]
Reitblat O +6 more
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Accuracy of 12 IOL power calculation formulas in highly myopic eyes. [PDF]
Vilaltella M +3 more
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Comparison of corneal reconstruction between CASIA2 and Pentacam: Impact on IOL power calculation. [PDF]
Blanco-Martínez I +4 more
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A two-step formula constant optimization strategy for minimal standard deviation and zero mean prediction error in IOL power calculation. [PDF]
Langenbucher A +5 more
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Comparison of Biometric Measurements and IOL Power Calculation Between a Swept-Source OCT and an Optical Low-Coherence Reflectometry Biometer. [PDF]
Romero D +5 more
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IOL Power Calculation in the Short Eye
Abstract Short eyes include simple microphthalmos, complex microphthalmos, nanophthalmos, relative anterior microphthalmos, and posterior microphthalmos. The definition of each of these subgroups is given, as well as the possible genetic mutations leading to these anatomical characteristics.
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IOL Power Calculation Formulas in Post-LASIK Eyes Using Two Biometry Systems in Vietnam. [PDF]
Khanh TN, Anh BTV, Thuy PTT.
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Comparison of Traditional and AI-Based Methods: Barrett Universal II vs. Ladas Super Formula in IOL Power Calculation. [PDF]
Yasar II +5 more
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IOL Power Calculation After Laser-Based Refractive Surgery: Measured vs. Predicted Posterior Corneal Astigmatism Using the Barrett True-K Formula. [PDF]
De Rosa G +4 more
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Norrby Formulas for IOL Power Calculation
Abstract This chapter gives Norrby’s background in optics as researcher working for a major international IOL manufacturer and his early and subsequent work in the optics and development of IOL power calculation formulas. He has developed three formulas for IOL power (Norrby thick lens formula, Norrby thin lens formula, and Norrby regression ...
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