ATHENS, Greece — Intraoperative aberrometry increases the accuracy of IOL power selection and has a lower mean prediction error than the formulas based on preoperative biometry, according to a study carried out at the University of Toronto.
“The inability to accurately predict postoperative effective lens position is a major limitation in achieving emmetropia. Despite recent advances, only 60% to 78% of all eyes achieve a spherical equivalent within 0.5 D of the predicted refraction. Intraoperative aberrometry addresses these limitations,” Jingyi Ma, MD, said at the European

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ATHENS, Greece — Intraoperative aberrometry increases the accuracy of IOL power selection and has a lower mean prediction error than the formulas based on preoperative biometry, according to a study carried out at the University of Toronto.
“The inability to accurately predict postoperative effective lens position is a major limitation in achieving emmetropia. Despite recent advances, only 60% to 78% of all eyes achieve a spherical equivalent within 0.5 D of the predicted refraction. Intraoperative aberrometry addresses these limitations,” Jingyi Ma, MD, said at the European

Full Story →