Dataset generated for Gjerdrum et al. Refractive precision of ray tracing IOL calculations based on OCT data versus traditional IOL calculation formulas based on reflectometry in patients with a history of laser vision correction for myopiadoi:10.23642/USN.13633307DataverseNO2021-03-011Gjerdrum Bjørn; Gundersen Kjell Gunnar; Lundmark Per Olof; Aakre Bente Monica, 2021, "Dataset generated for Gjerdrum et al. Refractive precision of ray tracing IOL calculations based on OCT data versus traditional IOL calculation formulas based on reflectometry in patients with a history of laser vision correction for myopia", https://doi.org/10.23642/USN.13633307, DataverseNO, V1Dataset generated for Gjerdrum et al. Refractive precision of ray tracing IOL calculations based on OCT data versus traditional IOL calculation formulas based on reflectometry in patients with a history of laser vision correction for myopiadoi:10.23642/USN.13633307Gjerdrum BjørnGundersen Kjell GunnarLundmark Per OlofAakre Bente MonicaUniversity of South-Eastern NorwayDataverseNOUniversity of South-Eastern NorwayUSN Research Data SupportUniversity of South-Eastern Norway2021-03-01Otherpost-LVCOCTray tracingIOL calculationbiometryindividual calculationprediction errorOphthalmology and Optometry not elsewhere classifiedDATASET MIGRATED FROM FIGSHARE: <p><b>Purpose:</b>To compare the refractive predictability of ray tracing IOL calculations based on OCT data versus traditional IOL calculation formulas based on reflectometry in patients with a history of previous myopic laser vision correction (LVC)</p><b>Patient and methods:</b>This was a prospective interventional single-arm study of IOL calculations for cataract and refractive lens exchange (RLE) patients with a history of myopic LVC.Preoperative biometric data was collected using an optical <a>low coherence reflectometry </a>(OLCR) device (Haag-Streit Lenstar 900) and two optical coherence tomography (OCT) devices (Tomey Casia SS-1000 and Heidelberg Engineering Anterion). Traditional post LVC formulas (Barret <a>True-K no-history</a>, Haigis-L and Shammas no-history) with reflectometry data, and ray tracing IOL calculation software (OKULIX, Panopsis GmbH, Mainz, Germany)) with OCT data were used to calculate IOL power. Follow-up examination was two to three months after surgery. The main outcome measure, refractive prediction error (RPE), was calculated as the achieved postoperative refraction minus the predicted refraction. The study followed the tenets of the Declaration of Helsinki and was approved by the Regional Committee for Medical and Health Research Ethics in Norway <a>(Ref. no 2019/768).</a>A written informed consent was obtained<a href="http://creativecommons.org/licenses/by-nc/4.0">CC BY-NC 4.0</a>Refractive precision of ray tracing IOL calculations based on OCT data versus traditional IOL calculation formulas based on reflectometry in patients with a history of laser vision correction for myopia10.2147/OPTH.S298007Refractive precision of ray tracing IOL calculations based on OCT data versus traditional IOL calculation formulas based on reflectometry in patients with a history of laser vision correction for myopiaREADME_RPE_RayTracing_IOLcalc_.rtfREADME_RPE_RayTracing_IOLcalc_.rtfapplication/rtfRPE_RayTracing_IOLcalc.csvRPE_RayTracing_IOLcalc.csvtext/csv