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Adjustment of IOL power for the second eye based on refractive error of the first-operated eye

Adjustment of IOL power for the second eye based on refractive error of the first-operated eye
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摘要 This study was to estimate refractive status of the second eye of those undergo bilateral cataract surgery based on the first-operated eye, and to evaluate the refractive error(RE) in the second eye after correcting 50% of the first-operated eye’s error when it exceeded ±0.50 diopter(D). In this prospective study, 80 patients were scheduled for cataract surgery in the second eye, who underwent cataract surgery in first eye 1-3 mo previously. The RE of each eye postoperatively was determined according to SRK/T formula. When the first-eye refractive error(FERE) exceeded ±0.5 D, the intraocular lens(IOL) power of the second eye was adjusted 50% of the FERE. The second-eye refractive error(SERE) was measured 1 mo after surgery. The FERE exceeded-0.50 D in 12 eyes(-0.675±0.16 D), and the adjusted SERE was-0.322±0.73 D(P<0.05). The FERE exceeded +0.50 D in 8 eyes(1.533±1.14 D),and the adjusted SERE was 0.168±1.36 D(P<0.05). The unadjusted SERE in 60 cases remained-0.38 to 0.42 D when the FERE within ±0.05 D. This prospective study confirmed that the prediction of the second eye could be improved by correcting 50% of FERE when this error exceeded ±0.50 D. This study was to estimate refractive status of the second eye of those undergo bilateral cataract surgery based on the first-operated eye, and to evaluate the refractive error(RE) in the second eye after correcting 50% of the first-operated eye’s error when it exceeded ±0.50 diopter(D). In this prospective study, 80 patients were scheduled for cataract surgery in the second eye, who underwent cataract surgery in first eye 1-3 mo previously. The RE of each eye postoperatively was determined according to SRK/T formula. When the first-eye refractive error(FERE) exceeded ±0.5 D, the intraocular lens(IOL) power of the second eye was adjusted 50% of the FERE. The second-eye refractive error(SERE) was measured 1 mo after surgery. The FERE exceeded-0.50 D in 12 eyes(-0.675±0.16 D), and the adjusted SERE was-0.322±0.73 D(P<0.05). The FERE exceeded +0.50 D in 8 eyes(1.533±1.14 D),and the adjusted SERE was 0.168±1.36 D(P<0.05). The unadjusted SERE in 60 cases remained-0.38 to 0.42 D when the FERE within ±0.05 D. This prospective study confirmed that the prediction of the second eye could be improved by correcting 50% of FERE when this error exceeded ±0.50 D.
出处 《International Journal of Ophthalmology(English edition)》 SCIE CAS 2019年第8期1348-1350,共3页 国际眼科杂志(英文版)
基金 Supported by Natural Science Foundation of China (No.81300743)
关键词 CATARACT SURGERY refractive ERROR the FIRST eye the SECOND eye cataract surgery refractive error the first eye the second eye
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