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首页> 外文期刊>Journal of Ophthalmology >Sutured Intrascleral Posterior Chamber Intraocular Lens Fixation with Ciliary Sulcus Location Guided by Ultrasonic Biological Microscopy: A Retrospective Analysis of Anatomical and Refractive Outcome
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Sutured Intrascleral Posterior Chamber Intraocular Lens Fixation with Ciliary Sulcus Location Guided by Ultrasonic Biological Microscopy: A Retrospective Analysis of Anatomical and Refractive Outcome

机译:缝合尿液后腔体晶状体晶状体固定用超声生物学显微镜引导的睫状硫磺定位:解剖和屈光结果的回顾性分析

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Purpose. To report the outcome of sutured intrascleral posterior chamber intraocular lens (PC IOL) fixation with ciliary sulcus location guided by ultrasonic biological microscopy (UBM). Methods. Patients who underwent a sutured intrascleral PC IOL fixation were reviewed and divided into four groups. In group 1, the traditional sulcus fixation (2?mm from limbus) of IOL was performed. In groups 2, 3, and 4, UBM was performed before surgery to locate the position of the ciliary sulcus as the haptics insertion position. IOL power was selected by decreasing the calculated value of the IOL power by 1.0?D, 1.0?D, 0.5?D, and 0.0?D, respectively. Results. Sixty-one patients (63 eyes) were included in the four groups. After 4.1?±?3.0 months’ follow-up, the postsurgery spherical equivalent (SE) was 0.73?±?1.86, 0.71?±?0.84, 1.14?±?0.45, and 0.07?±?0.89 diopters (D), respectively. Statistical significance was reached for the postsurgery SE with target refraction between group 1 (p=0.027, 0.05), group 2 (p=0.003, 0.01), and group 3 (p=0.017, 0.05). No significant difference existed for the postsurgery SE with target refraction in group 4 (p=0.779, 0.05), and the postsurgery SE in group 4 was the nearest to target refraction. Conclusion. Intrascleral PC IOL fixation guided by UBM is helpful for locating the ciliary sulcus and satisfactory visual outcomes with a predictable IOL power calculation.
机译:目的。报告用超声波生物学显微镜(UBM)引导的纤毛血管核心晶状体(PC IOL)固定的核心后腔内腔内晶状体(PC IOL)固定。方法。审查并分为四组接受脊髓核酸核核核核核核核心固定。在第1组中,进行IOL的传统硫磺固定(来自戊瓦)的传统硫磺固定(2Ωmm)。在第2,3和4组中,在手术前进行UBM以定位睫状沟的位置作为触觉插入位置。通过将1.0℃的IOL功率的计算值减小为1.0≤d,1.0≤d,0.5≤d,0.0≤0,选择IOL电源。结果。四组包含六十一名患者(63只眼)。 4.1之后?±3.0个月后续后续,后勤球面等效物(SE)为0.73?±1.86,0.71?±0.84,14.?±α?0.45和0.07?±0.89°(D) 。在第1组(P = 0.027,<0.05)之间的靶折射,第2组(P = 0.003,<0.01)和第3组(P = 0.017,<0.05),达到统计学显着性。在第4组(P = 0.779,> 0.05)中,对靶折射的后静理SE没有显着差异(P = 0.779),第4组中的后尿合术是最接近的靶折射。结论。由UBM引导的肠内PC IOL固定有助于使用可预测的IOL功率计算定位睫状体沟和令人满意的视觉结果。

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